TH2201002012A - A padlock cylinder and keys with numerous additional locking elements. - Google Patents

Abstract

------28/06/2022------(OCR) This invention provides a padlock assembly consisting of a plug with a keyhole, a main pin aligned with the keyhole, a side bar, a secondary pin adjacent to the keyhole, and at least one auxiliary side bar control element for controlling the sliding mechanism of the side bar. The lock blank has a key tooth with a main upper edge to receive the main bit for controlling the main pin, a tooth to receive the secondary bit for controlling the secondary pin, and at least one sliding pin. The sliding pin engages with several levels of teeth within the keyhole to move the sliding pin from the retracted position to the disengaged position, where one end of the sliding pin drives the auxiliary side bar control element. ------------ The lock assembly consists of a plug with a keyhole, a main pin aligned with the keyhole, a side bar, a secondary pin adjacent to the keyhole, and at least one auxiliary side bar control element for controlling the movement of the side bar. The lock blank has a blade with a main upper edge to receive the main bit for controlling the main pin and a frame to receive the secondary pin for controlling the secondary pin. And at least one shuttle pin. The shuttle pin comprises multiple levels of ridges within the keyway to move the shuttle pin from its retracted position to its extended position, where the tip of the shuttle pin activates the auxiliary sidebar control element.

Claims (51)

------28/06/2565------(OCR) 1. A blank key to be fabricated into a key for use with a padlock housing, a slot with a keyhole fabricated into it, where the slot is positioned to rotate within a bore fabricated in the housing, a side strip positioned within the side strip opening fabricated in the slot and structured for radial movement relative to the slot's axis of rotation to engage with the side strip groove fabricated in the wall of the bore fabricated in the housing to control the rotation of the slot within the housing, a main locking assembly aligned with the keyhole to control the rotation of the slot within the housing and for controlling the radial movement of the side strip within the side strip opening, one or more secondary locking assemblies positioned adjacent to the keyhole to control the radial movement of the side strip within the side strip opening, and at least one auxiliary side strip control element to control the radial movement of the side strip within the side strip opening. The blank key will include key teeth structured to be inserted into the padlock's keyhole, and these key teeth consist of: a top main edge. The upper main edge is structured to receive the cut-out main slot within it, which controls the main locking mechanism when a blank key is inserted into the keyhole. The lower edge, the first and second opposite sides extending between the upper and lower main edges, consists of tines running lengthwise for at least one-third of the length of the key teeth. These tines have secondary upper edges, which are structured to receive the cut-out secondary slot within them, which controls the secondary locking mechanism when a blank key is inserted into the keyhole. The second side consists of grooves opposite the tines, running lengthwise for at least one-third of the length of the key teeth, and at least one movable element arranged within the key teeth. Where the sliding element is constructed to overlap multiple ridges protruding from the side of the keyhole and aligned with the groove when a key, constructed from a blank key, is inserted into the keyhole to move the sliding element from a position where the second part of the sliding element extends into the groove to a second position where the second part of the sliding element extends out of the groove, and the first part of the sliding element extends from the first side of the key teeth to actuate the auxiliary side bar control element. 2. Blank key according to claim 1, where the sliding element is incorporated with a sliding bolt placed within a through hole extending through the key teeth from the first side to the second side, and where the sliding bolt is incorporated with the first head, the second head, and a middle section connecting the first head to the second head, where the first and second heads are wider than the middle section. 3. Blank key according to claim 2, which is further incorporated with a sliding bolt retainer placed within a retainer hole constructed in the key teeth. 4. A blank key according to claim 2 or 3, in which the sliding bolt passes through the hole between the first and second heads of the sliding bolt. 5. A key constructed from any blank key according to claim 1 through 4, and further incorporated with a primary slot cut as the upper primary edge for controlling the primary bolt of the lock assembly when the key is inserted into the keyhole, and a secondary slot cut as the upper secondary edge for controlling the secondary bolt of the lock assembly when the key is inserted into the keyhole. 6. A key according to claim 5, in which the primary slot is an ergonomic slot arranged to lift and rotate the primary bolt assembly. 7. A lock assembly comprising: a housing and a slot with a keyhole constructed in it, in which the slot is positioned rotatably within a bore constructed in the housing. The side bar is positioned within the side bar opening created in the keyway and is configured for radial movement relative to the keyway's pivot axis to engage the side bar groove created in the wall of the bore created in the housing for controlling the keyway's rotation within the housing. The main locking assembly is aligned with the keyhole and configured to contact the main key cutter for controlling the keyway's rotation within the housing and the radial movement of the side bar within the side bar opening. One or more secondary locking pins are positioned adjacent to the keyhole and configured to contact the secondary key cutter for controlling the radial movement of the side bar within the side bar opening. Each secondary locking pin incorporates a transverse projection that extends into the keyhole in contact with the secondary key cutter. Multiple ridges extend from the side of the keyhole and run lengthwise along at least a portion of the side of the keyhole. The multi-level ridges are arranged to intersect with at least one sliding pin positioned within the keyway as it is inserted into the keyhole. The sliding pin is arranged for movement within the keyway between the retracted position, where one end of the sliding pin is retracted relative to the side of the keyway opposite the multi-level ridge, and the extended position, where the end of the sliding pin is extended from the side of the keyway opposite the multi-level ridge, driving the movement of the sidebar control element from the locked to the unlocked state. The multi-level ridges consist of: a first level, which extends from the front end of the keyway and is arranged to provide a space for the sliding pin to be in the retracted position to engage the keyway within the keyway; and a second level, which is located further from the front end of the keyway than the first level, extending further from the side of the keyway than the first level, is positioned opposite the sidebar control element, and is arranged to be in contact with the sliding pin to position the sliding pin in the extended position, where the end of the sliding pin is extended into the constructed protrusion. The third level, positioned further from the front end of the keyhole than the second level, protrudes further from the side of the keyhole than the second level and is aligned to overlap the grooves of the key teeth. The first level change ramp, which is a continuation of the first and second levels, is configured to move the sliding lock from the pulled position back to the extended position, and the second level change ramp, which is a continuation of the second and third levels, is configured to prevent the sliding lock from moving forward through the second level, and at least one auxiliary side bar control element is positioned adjacent to the keyhole opposite the level change ramp and is configured to make contact by the sliding lock key extended radially of the side bar within the side bar opening and consists of a sliding lock interlocking part positioned within the convex part or opening adjacent to the keyhole and offset laterally from the transverse extension of each secondary lock in such a way that the auxiliary side bar control element is contacted by the sliding lock key extended into the convex part or opening but not by the secondary lock bit. 8. Lock assembly according to claim 7. Each master lock assembly consists of a master pin and a master lock nut arranged coaxially within a hole created in the housing and a sickle-shaped slot aligned when the master lock assembly is locked. The master lock assembly controls the rotation of the slot inside the housing, lifted by the main key cutting portion to a position within the aligned hole where the separation between each master pin and its associated nut is aligned with the shear force between the slot and the housing. The master pin of each master lock assembly, which controls the radial movement of the side bar within the side bar opening, consists of a side bar recess created in the side bar surface. The side bar itself consists of a main guide bar extending from this guide bar in relation to each master lock assembly that controls the radial movement of the side bar within the side bar opening. And where each main locking assembly controlling the radial movement of the side bar within the side bar opening can rotate within the aligned holes between the locking direction where the side bar recess is not aligned with the main nut and the main nut contacts the main locking assembly to prevent radial movement of the side bar within the side bar opening and the unlocking direction where the side bar recess is aligned with the main nut and the main nut can enter the side bar recess to allow radial movement of the side bar within the side bar opening. 9. The padlock assembly according to claim 7 or 8 where the main locking assembly is raised within the aligned holes by the main cutting portion cut along the upper main edge of the key teeth inserted into the keyhole. And the main bolt of each main bolt assembly, which controls the radial movement of the side bar within the side bar opening, is rotated within a series of holes by an angled cutting edge that engages with the bent chisel tip of the main bolt. 10. The padlock assembly according to any one of claims 7 through 9, where each secondary bolt is positioned within a corresponding secondary hole created in the slot and extends into the side bar opening, and each secondary bolt contains a slot of the side bar created in it, and the side bar contains a secondary stopper. and where each secondary locking pin is able to slide between (ii) a locking position where the slot of the side bar is aligned with the secondary stopper and the secondary stopper contacts the secondary locking pin to prevent radial movement of the side bar within the side bar opening, and (ii) a release locking position where the slot of the side bar is aligned with the secondary stopper and the secondary stopper can enter the slot of the side bar to allow radial movement of the side bar within the side bar opening. 11. A padlock assembly according to claim 10 where each secondary locking pin is arranged to be raised within the corresponding secondary hole by a secondary cutting edge cut along the upper secondary stopper of the teeth created on the key teeth inserted into the keyhole. 12. A padlock assembly according to claims 7 through 11 where the auxiliary side bar control element consists of at least one auxiliary locking pin. Each reinforcing pin is positioned within the hole of the corresponding reinforcing pin, which is built into the socket and extends into the opening of the sidebar. Each reinforcing pin incorporates an overlapping feature of the sidebar built into it, and the sidebar incorporates a reinforcing stop feature associated with each reinforcing pin. and whereby the sliding bolt contacts the sliding bolt overlap of each auxiliary bolt when the key is inserted into the keyhole to move the auxiliary bolt between (ii) the locked state where the side bar overlap feature is not aligned with the auxiliary block feature and the auxiliary block feature contacts the auxiliary bolt to prevent radial movement of the side bar within the side bar opening, and (ii) the unlocked state where the side bar overlap feature is aligned with the auxiliary block feature and the auxiliary block feature can work in conjunction with the side bar overlap feature to allow radial movement of the side bar within the side bar opening. 13. The padlock assembly in claim 12 where the auxiliary bolt is included with the lifting bolt, the hole of the associated auxiliary bolt is included with the hole of the lifting bolt in which the lifting bolt is positioned for axial movement. The side bar overlapping feature comprises a side bar slot built into the lift-off latch, and the auxiliary stopper feature comprises an auxiliary stopper layer built onto the side bar, whereby when the auxiliary stopper latch is locked, the lift-off latch is positioned axially within the lift-off latch hole in such a way that the side bar slot is not aligned with the auxiliary stopper layer, and the auxiliary stopper layer contacts the lift-off latch to prevent radial movement of the side bar within the side bar opening; and when the auxiliary stopper latch is unlocked, the lift-off latch is positioned axially within the lift-off latch hole in such a way that the side bar slot is aligned with the auxiliary stopper layer, and the auxiliary stopper layer can enter the side bar slot to allow radial movement of the side bar within the side bar opening. 14. The padlock assembly as described in claim 12, where the auxiliary stopper incorporates a flipper latch. The auxiliary locking hole incorporates the flipper locking hole, within which the flipper locking pin is positioned for rotational movement around the longitudinal axis of the flipper locking pin. The side-hooking feature incorporates a side-hooking mechanism built into the flipper locking pin, and the additional stopper feature incorporates a cut-out section of the flipper locking pin built into the side-hooking pin. When the auxiliary locking hole is locked, the flipper locking pin is aligned to rotate within the flipper locking hole in such a way that the side-hooking pin is not aligned with the cut-out section of the flipper locking pin and the side-hooking pin contacts the side-hooking pin to prevent radial movement of the side-hooking pin within the side-hooking pin opening. When the auxiliary locking hole is unlocked, the flipper locking pin is aligned to rotate within the flipper locking hole in such a way that the side-hooking pin is aligned with the cut-out section of the flipper locking pin. and the side bar stopper can enter the cutout of the flipper latch to allow radial movement of the side bar within the side bar opening. 15. The lock assembly according to any of the claims 7 through 11, where the auxiliary side bar control element incorporates at least one slider positioned within the hole of the interconnected slider, is built into the lock head for axial movement relative to the lock head, where the hole of the slider extends into the side bar opening, and where the slider incorporates a side bar stopper protruding from that section. and the side bar consists of a cutout of the slider and where the slider latch contacts the slider latch interlock of the slider when the key is inserted into the keyhole to move the slider between (0) the locked state in which the side bar stopper is not aligned with the cutout of the slider and the side bar contacts the side bar stopper to prevent radial movement of the side bar within the side bar opening and (n) the unlocked state in which the side bar stopper is aligned with the cutout of the slider and the cutout of the slider accepts the side bar stopper to allow radial movement of the side bar within the side bar opening. 16. The lock assembly according to any one of claims 7 through 11, where one of the auxiliary side bar control element and the side bar consists of an auxiliary side bar control recess that accepts the associated auxiliary stopper feature and the other of the auxiliary side bar control element and the side bar consists of an auxiliary stopper feature that is configured to accept The auxiliary side bar control recess is positioned within the auxiliary side bar control recess, which is aligned with the associated auxiliary stopper, and the auxiliary stopper contacts the auxiliary side bar control element to prevent radial movement of the side bar within the side bar opening, and (ii) the unlocked state, where the auxiliary side bar control recess is aligned with the associated auxiliary stopper, and the auxiliary stopper can enter the auxiliary side bar control recess to allow radial movement of the side bar within the side bar opening. 17. The padlock assembly according to claim 16, where the auxiliary side bar control element includes a lifting pin within the lifting pin hole, in which the lifting pin is positioned for axial movement. The auxiliary side bar control recess incorporates a side bar slot built into the lifting latch and an auxiliary stopper feature incorporating an auxiliary stopper layer built onto the side bar. When the auxiliary side bar control element is locked, the lifting latch is positioned axially within the latch hole in such a way that the side bar slot is not aligned with the auxiliary stopper layer, and the stopper layer contacts the lifting latch to prevent radial movement of the side bar within the side bar opening. When the auxiliary side bar control element is unlocked, the lifting latch is positioned axially within the latch hole in such a way that the side bar slot is aligned with the auxiliary stopper layer. And the auxiliary side bar control element can be inserted into the slot of the side bar to allow radial movement of the side bar within the side bar opening. 18. The padlock assembly according to claim 17 where the lifting bolt is incorporated with a beveled edge that is structured to engage by the sliding key teeth that are inserted into the keyhole to move the lifting bolt axially within the lifting bolt hole from the locked to the unlocked position. 19. The padlock assembly according to claim 16 where the auxiliary side bar control element is incorporated with a flipper bolt within the flipper bolt hole in which the flipper bolt is positioned for rotational movement around the longitudinal axis of the flipper bolt. The side bar engagement feature is incorporated with a side bar engagement feature built on the flipper bolt, and the auxiliary side bar control recess is incorporated with a cut-out section of the flipper bolt built into the side bar, and where when one of the auxiliary side bar control elements is in the locked position. The flipper pin is aligned to rotate within the flipper pin hole in such a way that it interlocks with the side bar, not aligning it with the cut-out section of the flipper pin, and interlocks with the side bar to prevent radial movement of the side bar within the side bar opening. When the auxiliary side bar control element is in the unlocked position, the flipper pin is aligned to rotate within the flipper pin hole in such a way that it interlocks with the side bar, aligning it with the cut-out section of the flipper pin. 20. The lock assembly according to claim 19, whereby the flipper latch incorporates a transversely protruding sliding latch interlocking element which is arranged to interlock with the sliding keyway which is inserted into the keyhole to rotate the flipper latch from the locked to the unlocked position. 21. The lock assembly according to claim 16, whereby the auxiliary side bar control element incorporates at least one slider which is positioned within the hole of the interlocking slider which is built into the locking head for axial movement relative to the locking head; the side bar interlocking feature incorporates a side bar stopper which protrudes from the slider; and the auxiliary side bar control recess incorporates a slider cutout which is built into the side bar; and whereby when the auxiliary side bar control element is in the locked position. The side bar stopper is not aligned with the cut-out section of the slider, and the side bar contacts the side bar stopper to prevent radial movement of the side bar within the side bar opening. When the auxiliary side bar control element is in the unlocked position, the side bar stopper is aligned with the cut-out section of the slider, and the cut-out section of the slider accepts the side bar stopper to allow radial movement of the side bar within the side bar opening. 22. The padlock assembly pursuant to claim 21, where the slider is incorporated with an overlapping protrusion where the sliding latch of the key is inserted into the keyhole to move the slider axially within the slider hole from the locked to the unlocked position. 23. The lock head for the padlock assembly. The lock head is incorporated with... The keyhole is shaped to accommodate the key teeth, which are shaped to fit and have a width that extends laterally from one side of the keyhole to the second opposite side. The side bars are positioned within the side bar opening created in the keyhole and are configured for radial movement relative to the keyhole's pivot axis, interlocking with the side bar grooves created in the bore of the keyhole housing to control the keyhole's rotation within the housing. A main locking assembly, aligned with the keyhole, is configured to contact the main locking jaws of the keyhole to control the keyhole's rotation within the housing and the radial movement of the side bars within the side bar opening. One or more secondary locking pins are positioned adjacent to the keyhole and are configured to contact the secondary locking jaws of the keyhole to control the radial movement of the side bars within the side bar opening. Each secondary locking pin incorporates a transverse extension that enters the keyhole where it contacts the secondary locking jaws of the keyhole. At least one sidebar control element is positioned adjacent to the keyhole and configured to make contact with the sliding key's radial movement control mechanism between the locked state, which prevents radial movement of the sidebar within the sidebar opening, and the unlocked state, which allows radial movement of the sidebar within the sidebar opening. It comprises an overlapping sliding key segment that is laterally offset from the transverse portion of each secondary key segment in such a way that the sidebar control element is contacted by the sliding key segment but not by the secondary key segment. Multiple ridges extend from the second side of the keyhole and run lengthwise along at least a portion of the length of the second side of the keyhole. Where multi-level ridges are arranged in a manner that intersects with at least one sliding pin positioned within the keyway inserted into the keyhole, where the sliding pin is arranged for movement within the keyway between the retracted position, where one end of the sliding pin is retracted relative to the side of the keyway opposite the multi-level ridge, and the extended position, where the end of the sliding pin is extended relative to the side of the keyway opposite the multi-level ridge, driving the sliding movement of the sidebar control element from the locked to the unlocked state. Where-level ridges consist of: a first level, which extends from the front end of the keyway and is arranged to provide a space for the sliding pin to be in the retracted position to enter the keyway within the keyway; and a second level, which is located further from the front end of the keyway than the first level, extending further from the second side of the keyway than the first level, and is positioned opposite the sidebar control element. and is configured to make contact by a sliding pin to position the sliding pin in the extended position with the tip of the sliding pin extending into the groove created on the first side of the keyway opposite the second level. The third level is positioned further from the front end of the keyway than the second level, extending further from the second side of the keyway than the second level, and is configured to overlap the groove of the keyway tooth. The first level transition ramp is continuous with the first and second levels and is configured to move the sliding pin from the retracted position to the extended position, and the second level transition ramp is continuous with the second and third levels and is configured to prevent the sliding pin from moving forward through the second level. 24. The slot according to claim 23, where the side bar control element comprises a lifting pin positioned within the lifting pin hole for axial movement and a side bar slot extending transversely across the lifting pin, and the side bar comprises a stopper layer, where, when the side bar control element is locked, the lifting pin is positioned axially within the lifting pin hole in such a way that the side bar slot is not aligned with the stopper layer. The sidebar guide contacts the lifting latch to prevent radial movement of the sidebar within slot 1 of sidebar 1, and when the sidebar control element is in the unlocked position, the lifting latch is positioned axially within the lifting latch hole in such a way that the sidebar slot is aligned with the sidebar guide, and the sidebar guide can enter the sidebar slot to allow radial movement of the sidebar within the sidebar opening. 25. Plug according to claim 23, where the sidebar control element consists of at least one slider positioned within the corresponding slider hole built into the plug for axial movement relative to the plug and has a sidebar guide protruding from the slider, and the sidebar consists of a section of the slider, where when the sidebar control element is in the locked position, the sidebar guide is not aligned with the section of the slider and the sidebar contacts the sidebar guide to prevent radial movement of the sidebar within the sidebar opening, and when the sidebar control element is in the unlocked position. The side bar stopper is aligned with the slider cutout, and the slider cutout receives the side bar stopper to allow radial movement of the side bar within the side bar opening. 26. The plug according to claim 23, where the side bar control element comprises a flipper pin positioned within the flipper pin hole where the flipper pin is intended for auxiliary movement around the longitudinal axis of the flipper pin within it, and has a side bar stopper, and the side bar comprises the flipper pin cutout, where, when the side bar control element is locked, the flipper pin is aligned auxiliary within the flipper pin hole in such a way that the side bar stopper is not aligned with the flipper pin cutout and the side bar stopper contacts the side bar to prevent radial movement of the side bar within the side bar opening, and when the side bar control element is unlocked. The flipper latch is aligned so that it supports within the flipper latch bore in such a way that the side tab is aligned sickle-shaped with the flipper latch cutout, and the side tab can enter the flipper latch cutout to allow radial movement of the side tab within the side tab opening. 27. A lock head according to one of the claims 23 through 26, where the third level extends beyond the midpoint that bisects the width of the keyway between the first and second sides of the keyway. 28. A lock assembly comprising a cylindrical housing, a lock head positioned rotatably within a bore created in the housing, a keyway created within the lock head, shaped to accept interlocking key teeth and extending longitudinally through the lock head and extending laterally from the first side of the keyway to the second opposite side of the keyway. The side bar is positioned within the side bar opening created in the keyway and is configured for radial movement relative to the keyway's pivot axis to interlock with the side bar groove created in the wall of the bore created in the housing for controlling the rotation of the keyway inside the housing. The first and second side bar control elements are positioned within the keyway on the first side of the keyway and are configured for movement between the locked state, which prevents radial movement of the side bar within the side bar opening, and the unlocked state, which allows radial movement of the side bar within the side bar opening. Multiple ridges extend from the second side of the keyway and run lengthwise along at least part of the length of the second side of the keyway, with the multiple ridges configured to interlock with the first and second sliding pins, which are positioned within the keyway teeth inserted into the keyway, where the first sliding pin is configured for movement within the keyway teeth between the first position where the second end of the first sliding pin enters the groove. With the second position where the second end of the first sliding bolt is moved out of the groove and the first end of the first sliding bolt extends from the first side of the keyway to drive the sliding movement of the first sidebar control element from the locked to the unlocked state, and the second sliding bolt is configured for sliding movement within the keyway between the first position where the second end of the second sliding bolt is inserted into the groove and the second position where the second end of the second sliding bolt is moved out of the groove and the first end of the second sliding bolt extends from the first side of the keyway to drive the sliding movement of the second sidebar control element from the locked to the unlocked state, and where the multi-level ridges comprise the first part which consists of: the first level of the first part which extends from the front end of the keyway and is configured to provide a space for the first and second sliding bolts in the first position to enter the keyway within the keyway; the second level of the first part which is positioned further from the front end of the keyway than the first level of the first part. Where the second level of section one extends further from the second side of the keyway than the first level of section one, it is positioned opposite the first sidebar control element and is configured to make contact with the first sliding bolt, defining the first sliding bolt in position two, with the first end of the first sliding bolt retracting into the first convex section created on the first side of the keyway opposite the second level of section one; the first level transition ramp of section one, which is continuous with the first and second levels of section one, and is configured to move the first and second sliding bolts from position one to position two when the key is inserted into the keyway; and the return ramp, which is continuous with the second level of section one, and is configured to move the second sliding bolt from position two to position one; and section two, which is positioned further from the front end of the keyway than section one and comprises: the first level of section two, which is configured to provide clearance for the second sliding bolt in position one to enter section two; and the second level of section two, which is positioned further from the front end of the keyway than the first level of section two. Where the second level of the second section extends further from the second side of the keyway than the first level of the second section, it is positioned opposite the second sidebar control element and is configured to make contact with the second sliding bolt, defining the second sliding bolt in the second position with the first end of the second sliding bolt recessing into the second protrusion created on the first side of the keyway opposite the second level of the second section. The third level, positioned further from the front end of the keyway than the second level of the second section, extends further from the second side of the keyway than the second level of the second section and is configured to overlap the keyway groove. The first level transition ramp of the second section is continuous with the first level of the second section and the second level of the second section and is configured to move the second sliding bolt from position one to position two, and the second level transition ramp is continuous with the second level of the second section and the third level and is configured to prevent the second sliding bolt from moving forward through the level. The second part of the second and the lawsuit, let the key be inserted again. 29. The lock assembly according to 'Clause 28' where at least one side bar control element first and at least one side bar control element second consist of a lifting pin positioned within the lifting pin hole for axial movement and a side bar slot extending transversely across the lifting pin, and the side bar consists of a stopper where, when the side bar control element is locked, the lifting pin is positioned axially within the lifting pin hole such that the side bar slot is not aligned with the stopper, and the stopper contacts the lifting pin to prevent radial movement of the side bar within the side bar opening, and when the side bar control element is unlocked, the lifting pin is positioned axially within the lifting pin hole such that the side bar slot is aligned with the stopper. and the sidebar stopper can fit into the sidebar slot to allow radial movement of the sidebar within the sidebar opening. 30. The lock assembly according to claim 28 where at least one sidebar control element first and at least one sidebar control element second consist of at least one slider positioned within the corresponding slider hole which is built into the slot for axial movement relative to the slot and has a sidebar stopper lug protruding from the slider and the sidebar consists of the slider extension section where, when sidebar control element 1 is in the locked position, the sidebar stopper lug is not aligned with the slider extension section and the sidebar contacts the sidebar stopper lug to prevent radial movement of the sidebar within the sidebar opening, and when sidebar control element is in the unlocked position, the sidebar stopper lug is aligned with the slider extension section. and the offset of the slider accepts the side bar stopper to allow radial movement of the side bar within the side bar opening. 31. The padlock assembly according to claim 28 where at least one first side bar retaining element and at least one second side bar retaining element are incorporated with a flipper latch positioned within the flipper latch hole, where the flipper latch is intended for rotational movement around its longitudinal axis, and there is a side bar interlock and the side bar incorporated with the offset of the flipper latch, where when the side bar retaining element is locked, the flipper latch is aligned to rotate within the flipper latch hole in such a way that the side bar interlock is not aligned with the offset of the flipper latch and the side bar interlock contacts the side bar to prevent radial movement of the side bar within the side bar opening, and when the side bar retaining element is unlocked. The flipper pin is aligned to rotate within the flipper pin's hole in such a way that the side bar interlock is aligned with the flipper pin's cutout, and the side bar interlock can engage the flipper pin's cutout to allow radial movement of the side bar within the side bar opening. A blank key to be used as a key for the lock consists of a housing, a plug with a keyhole formed in it, where the plug is rotated within the hole formed in the housing, a side bar supplied within the side bar opening formed in the plug and configured for radial movement along the plug's axis of rotation for interlocking with the side bar groove formed in the wall of the hole formed in the housing to control the rotation of the plug within the housing, a main leg set aligned with the keyhole for controlling the rotation of the plug within the housing and for controlling the radial movement of the side bar within the side bar opening, at least one secondary pin adjacent to the keyhole for controlling the radial movement of the side bar within the side bar opening, and at least one auxiliary side control element for controlling the radial movement of the side bar within the side bar opening. The key blank contains a keyblade configured to be inserted into the keyhole of the lock. The assembled key blade consists of: a main top edge, where the main top edge is configured to receive the main bitting cut into it to control the main pin component of the lock when the key from the key blank is inserted into the keyhole; a lower edge, opposite the first and second sides extending between the main top edge and the lower edge, where the first side includes at least one rib extending longitudinally along the length of the keyblade; a rib with a secondary top edge, where the secondary top edge is configured to receive the secondary bitting cut into it to control the secondary pin of the lock when the key from the key blank is inserted into the keyhole; and where the second side includes a groove opposite the rib and extending longitudinally along at least one section of the keyblade; and at least one movable element within the keyblade, where the movable element is configured to engage with several levels of lugs extending from the sides of the keyhole and aligning with the grooves as the key from the key blank is inserted into the keyhole to move the movable element from its first position, where the second section of the movable element extends into the groove to its second position, where the second section of the movable element... The blade will be moved out of the groove, and the first part of the movable component will protrude from the first side of the blade to activate the auxiliary side bar control element. 2. The blank key of claim 1, in which the movable part consists of a shuttle pin arranged within a through hole protruding through the blade from side one to side two, and a pin in which the pin consists of a first head, a second head, and a middle section connecting the first head to the second head, where the first and second heads are wider than the middle section, and the keyway is further fitted with a rivet, a pin supplied in the holder, a hole and a cut through the through hole between the first and second heads of the shuttle pin. 3. A blank key to claim 1 or 2, with the shuttlecock pin protruding through the rib. 4. The key for operating the lock consists of a housing, a plug with a keyhole formed in it, where the plug is rotated within the hole formed in the housing, a side bar supplied within the side bar opening formed in the plug and configured for radial movement with respect to the plug's pivot axis for engaging the side bar groove formed in the wall of the hole formed in the housing to control the rotation of the plug within the housing, a main pin component corresponding to the keyhole for controlling the rotation of the plug within the housing and for controlling the radial movement of the side bar within the side bar opening, at least one secondary pin adjacent to the keyhole to control the radial movement of the side bar within the side bar opening, and at least one auxiliary side bar control component for controlling the radial movement of the side bar within the side bar opening. The key consists of a blade configured to be inserted into the lock's keyhole, a principal: the upper main edge with the principal cutter in it to control the main pin component of the lock when the key is inserted into the keyhole, and the lower opposite edges, the first and second, extending between the upper main edge and the lower edge. The first side includes ribs that extend longitudinally for at least part of the keyblade's length. These ribs have a secondary edge where a secondary cutter is cut into them to control the secondary pin of the lock when the key is inserted into the keyhole. The second side includes grooves opposite the ribs and extending longitudinally for at least part of the keyblade's length, and at least one movable element within the keyblade. This movable element is designed to engage with several levels of ridges extending from the second side of the keyhole and aligning with the groove as the key, formed by the keyway, is inserted into the keyhole to move the movable element from its initial position. The second part of the movable element extends into the groove to a second position, the second part of the movable element is moved out of the groove, and the first part of the movable element extends from one side of the blade to actuate the auxiliary side bar control element. 5. The key to claim 4, where the primary milling is an angled mill configured to lift and rotate the primary pin assembly. 6. The key of claim 4 or 5, in which the movable part consists of a stud pin arranged within a through hole extending through the key blade from side one to side two, and the stud pins that form the first head, the second head, and the middle section connecting the first head and the second head, where the first and second heads are wider than the middle section. 7. The key of claim 6, which is further incorporated with a stud fastener, in which the feather stud is positioned in the fastening hole and bent through the hole between the first and second head sections of the main stud. 8. The assembled lock assembly includes: the housing; a plug with a keyhole formed in it, where the plug is rotatably inserted within the hole formed in the housing; side bars supplied within the side bar opening formed in the plug and configured for radial movement along the axis of rotation of the plug for interlocking with the side bar groove formed in the wall of the hole formed in the housing to control the rotation of the plug within the housing; a set of main pins aligned with the keyhole and configured to contact with the main key cut to control the rotation of the plug within the housing and the radial movement of the side bars within the side bar opening; one or more secondary pins positioned adjacent to the keyhole and configured to contact by pressing the secondary pins of the key to control the radial movement of the side bars within the side bar opening, each secondary pin consisting of a transverse extension protruding into the keyhole to contact the secondary pins of the key cut; and at least one auxiliary side bar control element adjacent to the keyhole and configured to contact with the secondary pins of the key to control the radial movement of the side bars within the side bar opening. The sides include the shuttlecock pin retaining section, which is positioned sideways from the transverse protrusion of each secondary pin, so that the auxiliary control of the side bar is contacted by the shuttlecock pin protruding from the key but not by the second secondary part of the key. 9. The locking assembly of claim 8, comprising each main pin component, consists of a main pin and a main pin driver coaxially arranged within the holes formed in the housing and the aligned plug when the locking component is in locked form. There, the main pin assembly controls the rotation of the plug within the housing by increasing the degree by the main milling of the key to a position within the aligned hole. The separation between each main pin and its associated main pin driver is aligned with the shear line between the plug and the housing. The main pin portion of each main pin component that controls the radial movement of the sidebar within the sidebar opening includes the sidebar recess formed in the side surface of the pin, and where the sidebar includes the extended main block pull associated with each main pin assembly that controls the radial movement of the sidebar within the sidebar opening, and where each main pin assembly that controls the radial movement of the sidebar within the sidebar opening rotates within the aligned hole during locked rotation alignment, where the sidebar recess does not align with the main lock and the main lock contacts the main pin to prevent movement. In the radial direction of the side bar within the side bar opening and the rotational unlocking alignment, the side slot is positioned with the main lock, and the main lock can enter the side slot allowing the side bar to move radially within the side bar opening. 10. The locking assembly of claim 8 or 9, where the main pin component is raised within a hole positioned by cutting a main cutter along the top edge of the main blade of the key inserted into the hole. The key and the main pin of each main pin assembly, which control the radial movement of the side bar within the side bar opening, rotate within a hole positioned by an errant cutter fitted with the angled chisel tip of the main pin. 11. The locking assembly of either claim 8 through 10 shall consist of each stud positioned within the corresponding stud hole which forms in the plug and extends into the sidebar opening, and each stud shall have a sidebar slot formed in it, and the sidebar, including the stud block, and each stud shall be movable between (i) a locked position in which the sidebar slot is not aligned with the stud block and the stud block is in contact with the stud to prevent radial movement of the sidebar within the sidebar opening, and (ii) an unlocked position in which the sidebar slot is aligned with the stud block and the stud block can enter the sidebar slot to allow the sidebar to move radially within the sidebar opening. 12. The lock assembly of any one of the claims 8 through 11, where each secondary pin is configured to be raised within the corresponding secondary hole by cutting a secondary cutter along the upper secondary edge of the rib formed on the blade of the key inserted into the keyhole. 13. The locking assembly of any one of the claims 8 through 12 shall have an auxiliary sidebar control element consisting of at least one auxiliary pin, each of which is displaced within the corresponding auxiliary pin hole formed in the plug and extends into the sidebar opening, and each auxiliary pin contains the sidebar engagement feature formed in it, and the sidebar has an auxiliary blocking feature associated with each auxiliary pin, and each auxiliary pin shall be movable between (i) a locked state in which the sidebar engagement feature does not correspond to the auxiliary blocking feature and the auxiliary blocking feature contacts the auxiliary pin to prevent radial movement of the sidebar within the sidebar opening, and (ii) an unlocked state in which the sidebar engagement feature corresponds to the auxiliary blocking feature and the auxiliary blocking feature can be cooperative with the sidebar engagement feature to allow radial movement of the sidebar within the sidebar opening. 14. The locking assembly of claim 13, in which the auxiliary pin is moved between the locked and unlocked states by a movable shuttle pin positioned within the keyblade and moved when the key is inserted into the keyhole between the first position retracted into the keyblade and the second position protruding from the keyblade to hold the auxiliary pin and move it from the locked to the unlocked state. 15. The locking assembly in claim 13 or 14, where the auxiliary pin consists of a lift pin; the associated auxiliary pin hole consists of a lift pin hole containing a lift pin for axial movement; the side bar engagement feature consists of a side bar slot built into the lift pin; and the auxiliary blocking feature consists of an auxiliary blocking rack built onto the side bar, where, when the auxiliary pin is in the locked state, the lift pin is axially positioned within the lift pin hole so that the side bar slot is not aligned with the auxiliary blocking rack, and the auxiliary blocking rack contacts the lift pin to prevent radial movement of the side bar within the side bar opening; and when the auxiliary pin is in the unlocked state, the lift pin is axially positioned within the lift pin hole so that the side bar slot is aligned with the auxiliary blocking rack, and the auxiliary blocking rack can enter the side bar slot to allow radial movement of the side bar within the side bar opening. 16. The locking assembly of claim 13 or 14, where the auxiliary pin comprises the flipper pin; the associated auxiliary pin hole comprises the flipper pin hole, in which the flipper pin is positioned for rotational movement around the longitudinal axis of the flipper pin; the side bar engagement feature comprises the side bar retaining puller built into the flipper pin; and the auxiliary blocking feature comprises the flipper pin cutout built into the side bar, and there, when the auxiliary pin is in the locked position, the flipper pin rotates in a direction within the flipper pin hole so that the side bar retaining puller is not aligned with the flipper pin cutout, and the side bar retaining puller contacts the side bar to prevent radial movement of the side bar within the side bar opening; and when the auxiliary pin is in the unlocked position. The flipper's pin rotates in a direction inside the flipper's tin hole so that the sidebar clamp puller is aligned with the flipper's cutout pin, and the sidebar clamp puller can feed the flipper's cutout pin to allow radial movement of the sidebar within the sidebar opening. 17. The locking assembly of any one of the claims 8 through 14 where the auxiliary sidebar control element consists of at least one slider positioned within the corresponding slider hole formed in the plug for axial movement relative to the plug, where the slider hole extends into the sidebar opening, and there the slider has a puller blocking the protruding sidebar, and the sidebar has the slider cutout, and where the slider can move between (i) a locked state in which the sidebar lock is not aligned with the slider cutout and the sidebar contacts the sidebar lock to prevent radial movement of the sidebar within the sidebar opening, and (ii) an unlocked state in which the sidebar blocking puller is aligned with the slider cutout and the slider cutout receives the sidebar blocking puller to allow radial movement of the sidebar within the sidebar opening. 18. The locking assembly of any one of the claims 8 through 14 shall, in which one of the control elements, the auxiliary sidebar and the sidebar itself, comprises an auxiliary sidebar control element that has acquired the associated auxiliary blocking feature and other auxiliary sidebar control elements and the sidebar itself, including the auxiliary blocking feature configured to be accepted within the auxiliary sidebar control slot corresponding to the associated auxiliary blocking feature, and each auxiliary sidebar control element shall be movably controlled by the key's tether pin inserted into the keyway for movement between (i) the locked state in which the sidebar control element does not correspond to the associated auxiliary blocking feature and the auxiliary blocking feature contacts the auxiliary sidebar control element to prevent radial movement of the sidebar within the sidebar opening, and (ii) the unlocked state in which the auxiliary sidebar control slot is aligned with a the associated auxiliary blocking feature and the auxiliary blocking feature can enter the auxiliary sidebar control slot to allow the sidebar to move radially within the sidebar opening. 19. The locking assembly of claim 18, where the auxiliary side bar control element comprises a lift pin within the lift pin hole, where the lift pin is eliminated for axial movement; the auxiliary side bar control recess comprises a side bar slot formed in the lift pin; and the auxiliary blocking feature comprises an auxiliary blocking rack formed on the side bar, where, when the auxiliary side bar control element is in the locked state, the lift pin is in an axial position within the lift pin hole, so that the side bar slot is not aligned with the auxiliary blocking rack, and the auxiliary blocking rack contacts the lift pin to prevent radial movement of the side bar within the side bar opening; and when the auxiliary side bar control element is in the unlocked state, the lift pin is in an axial position within the lift pin hole, so that the side bar slot is aligned with the auxiliary blocking rack, and the auxiliary blocking rack can enter the side bar slot to allow radial movement of the side bar within the side bar opening. 20. The locking assembly of claim 19, where the lifting pin consists of a configured beveled edge, is secured by a tethering pin of the key blade inserted into the keyhole to move the lifting pin axially within the lift pin hole from the locked to the unlocked position. 21. The locking assembly of claim 18, where the auxiliary sidebar control element consists of a flipper pin inside the flipper pin hole, where the flipper pin is eliminated for rotational movement around the longitudinal axis of the flipper pin; the sidebar engagement feature consists of a sidebar retaining puller built onto the flipper pin, and the auxiliary sidebar control element consists of a flipper pin cutout formed in the sidebar, and there, when the auxiliary sidebar control element is in the locked state, the flipper pin rotates into the flipper pin hole so that the sidebar retaining puller is not aligned with the flipper pin cutout, and the sidebar retaining puller contacts the sidebar to prevent radial movement of the sidebar within the sidebar opening; and when the auxiliary sidebar control element is in the unlocked state, the flipper pin rotates inward in the flipper pin hole so that the sidebar retaining puller is aligned with the flipper pin cutout, and the sidebar retaining puller can enter the flipper pin hole to allow radial movement of the sidebar within the sidebar opening. 22. The locking assembly of claim 21, where the flipper pin consists of a transversely protruding pin retainer configured to be held by the blade's pulley pin inserted into the keyway to rotate the flipper pin from the locked to the unlocked state. 23. The locking assembly of claim 18, where the auxiliary sidebar control element comprises at least one slider supplied within the corresponding slider hole formed in the plug for axial movement relative to the plug; the sidebar engagement feature comprises a sidebar blocking the pull protruding from the slider and the auxiliary sidebar control element comprises a slider cutout created in the sidebar and where, when the auxiliary sidebar control element is in the locked state, the sidebar locking bar is not aligned with the slider cutout and the sidebar touches the sidebar blocking pull to prevent radial movement of the sidebar within the sidebar opening and when the auxiliary sidebar control element is in the unlocked state, the sidebar locking bar is aligned with the slider cutout and the slider cutout receives the sidebar blocking bar to allow radial movement of the sidebar within the sidebar opening. 24. The locking assembly of claim 23, where the slider, consisting of a configured projection, is engaged by the shuttle pin of the blade, which is inserted into the keyway to move the slider axially within the slider hole from the locked to the unlocked state. 25. The lock assembly comprises a cylindrical housing; a rotatable discard plug within a recessed hole in the housing; a keyhole recessed within the plug, shaped to accommodate a similarly shaped keyblade, extending longitudinally through the plug and widening from the first side of the keyhole to the second, opposite side of the keyhole; a side bar supplied within the side bar opening recessed in the plug and configured for radial movement along the axis of rotation of the plug for meshing the side bar grooves recessed in the wall of the recessed hole in the housing to control the rotation of the plug within the housing; and at least one side bar control element supplied within the plug on the second side of the keyhole and configured for movement between the locked state, which blocks radial movement of the side bar within the side bar opening, and the unlocked state, which allows radial movement of the side bar within the side bar opening; and multi-level ridges protruding from one side of the keyhole and extending longitudinally at least part of the length of the first side of the keyhole, where these multi-level ridges are configured to mesh with at least one shuttle pin positioned within the keyblade inserted into the keyhole, with the shuttle pin configured for movement within the keyblade between the first and second positions. The second end of the shuttle pin extends into the groove to the second position, with the second end of the keyway. The shuttle pin is moved out of the groove, and one end of the shuttle pin protrudes from the first side of the keyway to activate the sidebar control movement from the first to the second position. The multi-level ridges consist of: the first level protruding from the front of the keyway and configured to provide space for the shuttle pin, held in the first position, to enter the keyway within the blade; the second level further from the front of the keyway than the first level, protruding further from the first side of the keyway than the first level, opposite the sidebar control, and configured to transfer the shuttle pin to the second position, with one end of the shuttle pin protruding convexly at the second side of the keyway opposite the second level; the third level further from the front of the keyway than the second level, protruding further from the first side of the keyway than the second level, and configured to hold the groove of the blade; the first transition ramp, continuous with the first and second levels, and configured to move the shuttle pin from the first to the second position; and the second transition ramp, continuous with the second and third levels, and configured to block the shuttle pin from passing the second level. 26. The locking assembly of claim 25, whereby the auxiliary sidebar control element comprises a lift pin supplied within the lift pin hole for axial movement and a sidebar slot that extends transversely through the lift pin, and the sidebar comprises a guide layer in which, when the sidebar control element is locked, the lift pin is axially positioned within the lift pin hole so that the sidebar slot is not aligned with the block rack, and the block rack contacts the lift pin to prevent radial movement of the sidebar within the sidebar opening; and when the sidebar control element is unlocked, the lift pin is axially positioned within the lift pin hole so that the sidebar slot is aligned with the block rack, and the block rack can enter the sidebar slot to allow the sidebar to move radially within the sidebar opening. 27. The locking assembly of claim 25 or 26, whereby the sidebar control element consists of at least one slider positioned within the corresponding slider hole formed in the plug for axial movement relative to the plug, and a sidebar stop bar protruding from the slider, and the sidebar consists of a slider cutout which, when the sidebar control element is in the locked state, the sidebar lock bar is not aligned with the slider cutout, and the sidebar contacts the sidebar stop bar to prevent radial movement of the sidebar within the sidebar opening; and when the sidebar control element is in the unlocked state, the sidebar lock bar is aligned with the slider cutout, and the slider cutout receives the sidebar lock bar to allow radial movement of the sidebar within the sidebar opening. 28. The locking assembly of claims 25 through 27 shall be such that the sidebar control element consists of a flipper pin supplied within the flipper pin hole, which allows rotational movement around the longitudinal axis of the flipper pin, and a sidebar retaining puller, and the sidebar consists of a flipper pin cutout, which, when the sidebar control element is in the locked state, rotates into the flipper pin hole so that the sidebar retaining puller is not aligned with the flipper pin cutout, and the sidebar retaining puller contacts the sidebar to prevent radial movement of the sidebar within the sidebar opening; and when the sidebar control element is in the unlocked state, the flipper pin rotates inward inward in the flipper pin hole so that the sidebar retaining puller is aligned with the flipper pin cutout, and the sidebar retaining puller can feed into the flipper pin hole to allow radial movement of the sidebar within the sidebar opening. 29. Any lock assembly of claims 25 through 28, where the third degree extends beyond the centerline dividing the width of the keyhole between the first and second sides of the keyhole. 30. Plug for Lock Assembly. The plug is assembled with a keyhole shaped to receive a keyblade of the same shape and extending sideways from the first side of the keyhole to the second, opposite side of the keyhole. A side bar is supplied within the side bar opening formed in the plug and configured for radial movement along the axis of rotation of the plug for meshing the side bar groove formed in the wall of the hole formed in the housing to control the rotation of the plug within the housing, and at least one side bar control element is positioned adjacent to the keyhole and configured to contact the key's shuttle pin to control the radial movement of the side bar within the side bar opening, and includes a feathered pin holder laterally attached from the transverse extension of each shuttle pin so that the side bar control element is contacted by the shuttle pin extending from the key but not by the key's shuttle. Multiple ridges extend from one side of the keyhole and lengthen at least part of the length of the first side of the keyhole, where the multiple ridges are configured to mesh at least one feathered pin positioned within the keyblade inserted into the keyhole, where the feathered pin is positioned. The shuttle pin moves within the keyblade between retracted positions, where one end of the shuttle pin is retracted relative to the side of the blade opposite the multi-level ridge, to the extended position, where the end of the shuttle pin protrudes from the side of the blade opposite the multi-level ridge to trigger the movement of the sidebar control element from the locked to the unlocked state. The multi-level ridge comprises: a first level protruding from the front of the keyway and configured to provide space for the shuttle pin in the retracted position to enter the keyway within the blade; a second level further from the front of the keyway than the first level, protruding further from the first side of the keyway than the first level, opposite the sidebar control, and configured to position the shuttle pin in the extended position, with the end of the shuttle pin protruding convexly on the second side of the keyway opposite the second level; a third level further from the front of the keyway than the second level, protruding further from the first side of the keyway than the second level, and configured to hold the groove of the blade; the first transition ramp, continuous with the first and second levels, and configured to move the shuttle pin from the retracted to the extended position; and a second transition ramp, continuous with the second and third levels, and configured to... Block the shuttle bus from passing the second level. 31. Plug of claim 30 where the auxiliary sidebar control element consists of a lift pin positioned within the lift pin hole for axial movement and a sidebar slot that extends transversely through the lift pin, and the sidebar consists of a guide layer in which, when the sidebar control element is locked, the lift pin is positioned axially within the lift pin hole so that the sidebar slot is not aligned with the block rack, and the block rack contacts the lift pin to prevent radial movement of the sidebar within the sidebar opening, and when the sidebar control element is unlocked, the lift pin is positioned axially within the lift pin hole so that the sidebar slot is aligned with the block rack, and the block rack can enter the sidebar slot to allow the sidebar to move radially within the sidebar opening. 32. Plug of claim 30, where the sidebar control element consists of at least one slider positioned within the corresponding slider hole formed in the plug for axial movement relative to the plug, and a sidebar barrier protruding from the slider, and the sidebar consists of a slider cutout which, when the sidebar control element is in the locked state, the sidebar locking bar is not aligned with the slider cutout, and the sidebar contacts the sidebar barrier to prevent radial movement of the sidebar within the sidebar opening; and when the sidebar control element is in the unlocked state, the sidebar locking bar is aligned with the slider cutout, and the slider cutout receives the sidebar locking bar to allow radial movement of the sidebar within the sidebar opening. 33. Plug of claim 30, where the sidebar control element consists of a flipper pin supplied within the flipper pin hole, which allows rotational movement around the longitudinal axis of the flipper pin, and a sidebar retaining puller, and the sidebar consists of a flipper pin cutout, which, when the sidebar control element is in the locked state, rotates into the flipper pin hole so that the sidebar retaining puller is not aligned with the flipper pin cutout, and the sidebar retaining puller contacts the sidebar to prevent radial movement of the sidebar within the sidebar opening; and when the sidebar control element is in the unlocked state, the flipper pin rotates inward inward in the flipper pin hole so that the sidebar retaining puller is aligned with the flipper pin cutout, and the sidebar retaining puller can feed into the flipper pin hole to allow radial movement of the sidebar within the sidebar opening. 34. The plug of claim 30, where the third level extends beyond the centerline by bisecting the width of the keyway between the first side of the keyway and the second side of the keyway. 35. A blank key for use as a key for a lock with a cylindrical housing. A rotating plug within a hole formed in the housing. The keyhole formed within the plug has multiple levels of ridges with a first level transition ramp, a second level transition ramp, and a third level transition ramp. Side bars supplied within the opening of the side bar formed in the plug and configured for radial movement along the axis of rotation of the plug for interlocking with the grooves of the side bar formed in the wall of the hole formed in the housing to control the rotation of the plug within the housing, and at least one additional side bar control component for controlling the radial movement of the side bar within the side bar opening. A key slot containing a blade configured to be inserted into the keyhole of the lock. The assembled key blade includes: a main upper edge, where the main upper edge is configured to receive the main bit cut in it; a lower edge, opposite the first and second sides extending between the main upper edge and the lower edge, where the second side includes a longitudinal groove extending at least part of the length of the key blade. At least one shuttle pin is supplied within the through hole that extends through the keyblade from the first side to the second side, where the shuttle pin is configured to interlock with the multi-level ridges protruding from the second side of the keyhole and align with the groove as the key formed by the key gap is inserted into the keyhole to move the shuttle pin from its first position, where the second end of the shuttle pin extends into the groove, to its second position, where the second end of the shuttle pin is moved out of the groove and one end of the shuttle pin protrudes from one side of the blade, activating the auxiliary side bar control element. 36. The blank key of claim 35, which is feathered, consists of a first head, a second head, and a middle section connecting the first and second heads, where the first and second heads are wider than the middle section. 37. A blank key to claim 35, which is further incorporated with a shuttlecock fastener in which the shuttlecock is positioned in the fastening hole and cuts through the hole between the first and second head sections of the shuttlecock stud. 38. Blank key of claim 35, whereby the auxiliary sidebar control element consists of a lift pin supplied within the lift pin hole for axial movement and has a sidebar slot that extends transversely through the lift pin, and the sidebar consists of a guide layer in which, when the shuttle pin is in the first position, the lift pin is axially positioned within the lift pin hole so that the sidebar slot is not aligned with the auxiliary block shelf, and the auxiliary block shelf contacts the lift pin to prevent radial movement of the sidebar within the sidebar opening, and when the shuttle pin is in the second position, the lift pin is axially positioned within the lift pin hole so that the sidebar slot is aligned with the auxiliary block shelf, and the auxiliary block shelf can enter the sidebar slot to allow radial movement of the sidebar within the sidebar opening. 39. Blank key of claim 35, whereby the auxiliary sidebar control element consists of at least one fin pin positioned within the fin pin hole for rotational movement around the longitudinal axis of the fin pin, and the sidebar is mounted on the fin pin, and the sidebar contains the fin pin cutout, and thus, when the fin pin is in the first position, the fin pin rotates inward in the fin pin hole so that the sidebar retaining puller is not aligned with the fin pin locking slot, and the sidebar retaining puller contacts the sidebar to prevent radial movement of the sidebar within the sidebar opening; and when the fin pin is in the second position, the fin pin rotates inward in the fin pin hole so that the sidebar retaining puller is aligned with the fin pin locking slot, and the sidebar retaining puller can enter the fin pin slot of the fin plate to allow radial movement of the sidebar within the sidebar opening. 40. Blank key of claim 35 where the auxiliary sidebar control element consists of at least one slider supplied within the corresponding slider hole which is formed in the plug for axial movement relative to the plug, and there is a sidebar stop bar protruding from the slider, and the sidebar consists of a slider cutout which, when the shuttle pin is in the first position, the sidebar stop pin is not aligned with the slider cutout and the sidebar contacts the sidebar stop bar to prevent radial movement of the sidebar within the sidebar opening, and when the shuttle pin is in the second position, the sidebar stop pin is aligned with the slider cutout and the slider cutout receives the sidebar stop bar to allow radial movement of the sidebar within the sidebar opening. 41. The blank key of claim 35 contains two or more feather pins. 42. A blank key of claim 35, where the groove is centered to the centerline of the blade. 43. A key for operating a lock with a cylindrical housing, a rotating plug within a hole formed in the housing, and front and end faces. The keyhole formed within the plug has multiple levels of ridges with a first level ramp for the first transition, a second level ramp for the second transition, and a third level ramp. Side bars are supplied within the openings of the side bars formed in the plug and configured for lateral movement along the axis of rotation of the plug for interlocking the grooves of the side bars formed in the walls of the hole formed in the housing to control the rotation of the plug within the housing, and at least one auxiliary side bar control element for controlling the radial movement of the side bars within the openings of the side bars. The key consists of a blade configured to be inserted into the keyhole of the lock. The blade consists of: a main upper edge with a main bit in it to control the main components of the lock when the key is inserted into the keyhole; a lower edge, first and opposite, a second side extending between the main upper and lower edges, where the second side includes a longitudinal groove extending at least part of the length of the keyblade. At least one shuttle pin is supplied within the through hole that extends through the keyblade from the first side to the second side, where the shuttle pin is configured to interlock with the multi-level ridges protruding from the second side of the keyhole and align with the groove as the key formed by the key gap is inserted into the keyhole to move the shuttle pin from its first position, in which the second end of the shuttle pin extends into the groove, to its second position, in which the second end of the shuttle pin is moved out of the groove and one end of the shuttle pin protrudes from one side of the blade to activate the auxiliary side bar control element. 44. Key to claim 43, whereby the auxiliary sidebar control element consists of a lifting pin supplied within the lift pin hole for axial movement and has a sidebar slot, and the sidebar consists of an auxiliary block shelf, whereby when the shuttle pin is in the first position, the lifting pin is axially positioned within the lift pin hole so that the sidebar slot is not aligned with the auxiliary block shelf, and the auxiliary block shelf contacts the lifting pin to prevent radial movement of the sidebar within the sidebar opening; and when the shuttle pin is in the second position, the lifting pin is axially positioned within the lift pin hole so that the sidebar slot is aligned with the auxiliary block shelf, and the auxiliary block shelf can enter the sidebar slot to allow radial movement of the sidebar within the sidebar opening. 45. Key of claim 43, whereby the auxiliary sidebar control element comprises at least one slider supplied within the corresponding slider hole formed in the plug for axial movement relative to the plug, and there is a sidebar stop bar protruding from the slider, and the sidebar comprises a slider cutout which, when the shuttle pin is in the first position, the sidebar stop pin is not aligned with the slider cutout and the sidebar contacts the sidebar stop bar to prevent radial movement of the sidebar within the sidebar opening, and when the shuttle pin is in the second position, the sidebar stop pin is aligned with the slider cutout and the slider cutout receives the sidebar stop bar to allow radial movement of the sidebar within the sidebar opening. 46. Key of claim 43, whereby the auxiliary sidebar control element consists of at least one fin pin positioned within the fin pin hole for rotational movement around the longitudinal axis of the fin pin, and the sidebar is mounted on the fin pin, and the sidebar contains the fin pin cutout, and thus, when the fin pin is in the first position, the fin pin rotates inward in the fin pin hole so that the sidebar retaining puller is not aligned with the fin pin locking slot, and the sidebar retaining puller contacts the sidebar to prevent radial movement of the sidebar within the sidebar opening; and when the fin pin is in the second position, the fin pin rotates inward in the fin pin hole so that the sidebar retaining puller is aligned with the fin pin locking slot, and the sidebar retaining puller can enter the fin pin slot of the fin plate to allow radial movement of the sidebar within the sidebar opening. 47. The key to claim 43, where the groove is centered to the midline of the blade. 48. The locking assembly of the claim comprises a cylindrical housing; a rotatable discard plug within a recessed hole in the housing; a keyway recessed within the plug, shaped to accept a similarly shaped keyblade, and extending longitudinally along the length of the plug and widening from the first side of the keyway to the second opposite side of the keyway; a side bar supplied within the side bar opening recessed in the plug and configured for radial movement along the axis of rotation of the plug for interlocking with the side bar grooves recessed in the walls of the recessed hole in the housing to control the rotation of the plug within the housing; and the first and second side bar control elements supplied within the plug at the second side of the keyway and configured for movement between the locked state, which blocks radial movement of the side bar within the side bar opening, and the unlocked state, which allows radial movement of the side bar within the side bar opening; and multi-level ridges protruding from one side of the keyway and extending longitudinally at least part of the length of the first side of the keyway. Where the multi-level ridges are defined to hold the first and second shuttle pins, the pins supplied within the blade that are inserted into the keyhole, where the first shuttle pin is defined to move within the keyhole between positions one, where the second end of the first shuttle pin extends into the groove to position two, where the second end of the first shuttle pin is moved out of the groove and one end of the first shuttle pin protrudes from the first side of the keyblade to activate the movement of the first sidebar control from the locked to the unlocked state, and the second shuttle pin is defined to move within the keyhole between positions one, where the second end of the second shuttle pin extends into the groove to position two, where the second end of the second shuttle pin is moved out of the groove and one end of the second shuttle pin protrudes from the first side of the blade to activate the movement of the second sidebar control from the locked to the unlocked state, and where the multi-level ridges consist of: The first part consists of: The first level protrudes from the front of the keyhole and is configured to provide space for The first and second rivets are positioned in the first position to enter the keyway inside the blade section. The first section, level two, is further from the front of the keyway than the first section, level one, where it protrudes from the first side of the keyway more than the first section, level one, and is located opposite the first sidebar, control element, and configured to contact the first rivet to position the first rivet in the second position, with one end of the first rivet extending to the first protrusion formed on the second side of the keyway opposite the first section, level two; the first transition ramp, adjacent to the first and second levels of the first section, and configured to move the first and second rivets from position one to position two when the key is inserted into the keyway; and the regression ramp, continuous with the second level of the first section, and configured to move the second rivet from position two to position one, and the second section is further from the front of the keyway than the first section and consists of: the second section, level one, which is configured to provide space for the second rivet located... The first position is to enter the second section. The second section, level two, is further from the front of the keyway than the second section, level two, where the second section, level two, is further from the first side of the keyway than the first section, level two, located opposite the second sidebar, control element, and configured to make contact with the second feather pin to position the second feather pin in the second position, where the first end of the second feather pin extends into the second convex area formed on the second side of the keyway opposite the second section, level two; the third level is further from the front of the keyway than the second section, level two, extending further from the first side of the keyway than the second level of the second section, and configured to hold the groove of the blade. The first transition ramp, level two, is continuous with the first level of the second section and level two, and is configured to move the second feather pin from position one to position two, and the second transition ramp, continuous with the second level two and level three, and is configured to block the second feather pin from advancing through level two of the second section and to prevent the key from being further inserted. 49. The locking assembly of claim 48, whereby at least one sidebar control element and a second sidebar control element consist of a lift pin positioned within the lift pin hole for axial movement and a sidebar slot protruding transversely through the lift pin, and the sidebar consists of a guide layer in which, when the sidebar control element is locked, the lift pin is axially positioned within the lift pin hole so that the sidebar slot is not aligned with the block rack, and the block rack contacts the lift pin to prevent radial movement of the sidebar within the sidebar opening, and when the sidebar control element is unlocked, the lift pin is axially positioned within the lift pin hole so that the sidebar slot is aligned with the block rack, and the block rack can enter the sidebar slot to allow radial movement of the sidebar within the sidebar opening. 50. The locking assembly of claim 48 where at least one of the first sidebar control elements and the second sidebar control element consist of at least one slider positioned within the corresponding slider hole formed in the plug for axial movement relative to the plug, and there is a sidebar stopper extending from the slider, and the sidebar consists of a slider cutout which, when the sidebar control element is in the locked state, the sidebar locking bar is not aligned with the slider cutout, and the sidebar contacts the sidebar stopper to prevent radial movement of the sidebar within the sidebar opening, and when the sidebar control element is in the unlocked state, the sidebar locking bar is aligned with the slider cutout, and the slider cutout receives the sidebar locking bar to allow radial movement of the sidebar within the sidebar opening. 51. The locking assembly of claim 48, where at least one first sidebar control element and a second sidebar control element consist of flipper pins positioned within the flipper pin holes for rotational movement around the longitudinal axis of the flipper pins, and a sidebar retaining element and a sidebar retaining element consisting of flipper pin cutouts which, when the sidebar control element is in the locked state, the flipper pin rotates into the flipper pin hole so that the sidebar retaining puller is not aligned with the flipper pin cutout, and the sidebar retaining puller contacts the sidebar to prevent radial movement of the sidebar within the sidebar opening; and when the sidebar control element is in the unlocked state, the flipper pin rotates inward in the flipper pin hole so that the sidebar retaining puller is aligned with the flipper pin cutout, and the sidebar retaining puller can feed into the flipper pin hole to allow radial movement of the sidebar within the sidebar opening.