CN103010507A - Knotting machine - Google Patents
Knotting machine Download PDFInfo
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- CN103010507A CN103010507A CN201110289024XA CN201110289024A CN103010507A CN 103010507 A CN103010507 A CN 103010507A CN 201110289024X A CN201110289024X A CN 201110289024XA CN 201110289024 A CN201110289024 A CN 201110289024A CN 103010507 A CN103010507 A CN 103010507A
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- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 21
- 210000004247 hand Anatomy 0.000 claims description 8
- 210000005224 forefinger Anatomy 0.000 claims description 4
- 210000003813 thumb Anatomy 0.000 claims description 4
- 239000004020 conductor Substances 0.000 claims description 3
- 210000003811 finger Anatomy 0.000 claims description 3
- 230000005540 biological transmission Effects 0.000 abstract 2
- 238000010586 diagram Methods 0.000 description 2
- 238000012271 agricultural production Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000012141 concentrate Substances 0.000 description 1
- 238000005520 cutting process Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000009776 industrial production Methods 0.000 description 1
- 230000002045 lasting effect Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
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Abstract
The invention discloses a knotting machine, which aims to provide a machine with full mechanization and automation to utilize ropes to tie and knot objects. The knotting machine mainly comprises a support, a flexible wall, a rope, a rope sling device, an operation panel, a transmission belt, a working circuit and a program control chip. The knotting machine has the technical scheme that a vertical plate is connected onto a base of the support; a support arm and the rope sling device are arranged on one side of the vertical plate; the flexible wall is arranged on the support arm; a rope pulling device is arranged on the flexible wall; a rope loop device and the program control chip are arranged on the other side of the vertical plate; a rope loop is arranged in the rope loop device; the chip is respectively connected with a power plug and a working motor through guide wires; one side of the support arm on one end of the vertical plate is connected with the operation panel; and the other side of the support arm is connected with the transmission belt. The knotting machine is mainly applicable for knotting small objects.
Description
Technical field
The present invention relates to a kind of electronic product, more particularly, it relate to a kind of utilize rope binding article, to the article knot and the machinery automatically controlled.
Background technology
At present, in industrial and agricultural production and business activity, the binding article, to article knots employed various machineries, when using rope and rope class A of geometric unitA, still mostly rely on artificial or half rely on manually, consuming time, effort, efficient are low.
Summary of the invention
Purpose of the present invention is to overcome the deficiencies in the prior art, provide a kind of Fully-mechanized, automation utilize rope binding article, to the machinery of article knot handle.
Knot of the present invention is machine, mainly comprise support, flexible wall, rope, the rope sling device, the operation panel, belt conveyor, pull up circuit and program control chip, its technical scheme is: connection board on bracket base, riser one side is provided with hold-down arm and rope sling device, flexible wall is housed on the hold-down arm, flexible wall is provided with rope pulling device, the riser opposite side is provided with fake device and program control chip, in the fake device fake is housed, chip is connected with work drive motor with attaching plug respectively by wire, riser one end limit hold-down arm one side is connected with the operation panel, and opposite side is connecting belt conveyor.
Hold-down arm on the described riser is the arc round bar, is provided with parallel two along the vertical vertical line of riser, riser and its junction are provided with wire guide, and hold-down arm is cavity, wherein lays circuit, arm is provided with opening, is inserted with conductor interface, and front end is provided with the electrical motor with gear; The end limit that riser connects the operation panel is provided with and hold-down arm support bar in the same way.
Described flexible wall is semicircle curved wall, the distance between corresponding two hold-down arms of its rear end end face, be provided with the circular hole that the flexible wall curved surface in two edges connects, circle hole radius equals the outside radius of hold-down arm, and hold-down arm inserts flexible wall along circular hole, flexible wall front end is made as wedge shape, is provided with clamp; Flexible wall is provided with rope pulling device, bearded needle and recessed tooth bar.
Described rope pulling device, be comprised of electrical motor, gear, chain, paster bar and cylinder, with the electrical motor dislocation of hold-down arm front end, flexible wall rear and front end is provided with gear, gear is connected with motor reel on being located at coaxial line, be provided with front and back two row's cylinder and driving chains along flexible wall curved surface between two gears, the part outside face of chain posts the paster bar, and is inboard at flexible wall, the part of chain paster bar, not inboard at cylinder, in the flexible wall outside, chain is around the cylinder outside; A flexible wall front end clamp side relative with rope pulling device is provided with bearded needle, and bearded needle is connected by connecting rod with the electrical motor that is located at thereafter; The electrical motor of the corresponding hold-down arm front end of flexible wall is provided with recessed tooth bar along flexible wall curved surface, and is mutually meshing with the gear that the motor reel of hold-down arm front end is connected; Flexible wall inside face is provided with capping, and except clamp and paster bar part, remainder is covered by capping.
Described rope sling device, be located at the drop point site of flexible wall front end clamp on the riser, its front side or downside be in parallel to be provided with corresponding with the paster bar position on the flexible wall and with riser the rectangle eyelet hole that the vertical vertical line of hold-down arm is vertical and intersect to be set, its by the front of eyelet hole one end or below be provided with the rope sling bolt, the back of the other end or above be provided with twine knife; The rope sling device is comprised of concave base, sliding seat, sling hand and electrical motor, concave base one end is fixed on the riser, the other end is provided with Baltimore groove along axis, Baltimore groove is provided with the pedestal axle, concave base connects sliding seat by the pedestal axle, and the pedestal axle is connected with the electrical motor tooth that is located at the concave base outside; Sliding seat is stuck in the concave base, the vertical upper shaft that is provided with the pedestal axle on it, the upper shaft both sides respectively are fixed with the sling hand, two sling hands are parallel to each other, be provided with gear by riser one side, be connected with the electrical motor tooth that is located at its side, the sliding seat upper and lower part is made as semicircle take axle separately as the center of circle, and the paster with overhead kick is posted on top; Sling elbow section is made as mobilizable parallelogram, and the junction, sideline is provided with the spring of upright spring head, front end and is provided with two fingers, sensing that thumb the is straight outside, and forefinger becomes the camber line K/UP by the inboard first, again the parabola directed forward outside, angle at 45 °; Twine knife is the rotary tulwar that is bumped in the riser wall, is connected with the motor reel that is bumped into its side.
Described fake device, vertically corresponding with eyelet hole, be located at the opposite side of rope sling device on the riser, the fake device is provided with the fake post along the axis, the fake post becomes 15 ° of-35 ° of edged surfaces to tilt towards riser, it is sleeve at the bottom of the semi-round band that its end that leans forward is connected with cylindrical wall, the sleeve wall curved surface is provided with opening, opening part is connected with bell-shaped wire rope handling cylinder, and the other end spout of funnel of wire rope handling cylinder inserts the eyelet hole on the riser, and fake is housed in the sleeve, rope passes by the spout of funnel of wire rope handling cylinder, the other end of fake post inserts in the pedestal that is connected on the riser, and the pedestal side is provided with electrical motor, is connected by connecting rod with the fake post.
Described operation panel is semicircle curved slab, is fixed on the support bar of riser, paster bar position on the corresponding flexible wall is provided with the rope-race of perforation along operation panel curved surface, and rope-race is provided with wire clips by the back side of riser one end, corresponding flexible wall front end is being provided with opening with the riser junction.
The invention has the beneficial effects as follows: (1) full automaticity knot handle does not rely on manpower.(2) knot is quick, lasting, stable.(3) both can use separately, and also can be assemblied on the production machine and support the use with main frame.(4) slip-knot knot handle, stem-butts cutting off is convenient.
Description of drawings
Fig. 1 is that the vertical unijunction of the present invention is the External view of type.
Fig. 2 is that the vertical binode of the present invention is the External view of type.
Fig. 3 is that the horizontal unijunction of the present invention is the External view of type.
Fig. 4 is that the horizontal binode of the present invention is the External view of type.
Fig. 5 is that the vertical unijunction of the present invention is the constructional drawing of type support riser and flexible wall.
Fig. 6 is that the vertical binode of the present invention is the constructional drawing of type support riser and flexible wall.
Fig. 7 is that the horizontal unijunction of the present invention is the constructional drawing of type support riser and flexible wall.
Fig. 8 is that the horizontal binode of the present invention is the constructional drawing of type support riser and flexible wall.
Fig. 9 (a), Fig. 9 (b), Fig. 9 (c), Fig. 9 (d), Fig. 9 (e), Fig. 9 (f), be the fundamental diagram of rope sling device of the present invention.
Figure 10 is that the horizontal knot of the present invention is the lateral plan of machine fake device.
Figure 11 is circuit diagram of the present invention.
In figure: flexible recessed tooth bar 12 rope sling device 13 lacing hole 14 rope sling bolt 15 twine knife 16 concave base 17 pedestal axle 18 sliding seat 19 upper shaft 20 paster 21 sling hand 22 fake device 23 fake post 24 sleeve 25 wire rope handling cylinder 26 connecting rod 27 pedestal 28 fake 29 rope 30 operation panel 31 rope-race 32 opening 33 wire clips 34 conveyer belts 35 of wall 5 clamp 6 rope pulling device 7 chain 8 paster bar 9 cylinder 10 bearded needle 11 of base 1 riser 2 support arm 3 gear 4.
The specific embodiment
Below in conjunction with the drawings and specific embodiments the present invention is described in further detail.
A kind of knot is machine, comprise support, flexible wall 5, rope 30, rope sling device 13, operation panel 31, belt conveyor 35, pull up circuit and program control chip, connection board 2 on bracket base 1, riser 2 one sides are provided with hold-down arm 3 and rope sling device 13, flexible wall 5 is housed on the hold-down arm 3, flexible wall 5 is provided with rope pulling device 7, such as Fig. 5,6,7,8.Riser 2 opposite sides are provided with fake device 23 and program control chip, and 23 li of fake devices are equipped with fake 29, such as Figure 10.Chip is connected with work drive motor with attaching plug respectively by wire, and riser 2 one end limit hold-down arm 3 one sides are connected with operation panel 31, and opposite side is connecting belt conveyor 35, such as Fig. 1,2,3,4.
Hold-down arm 3 is the arc round bar, is provided with parallel two along the vertical vertical line of riser 2, and riser 2 is provided with wire guide with its junction, and hold-down arm 3 is cavity, wherein lays circuit, and arm is provided with opening, is inserted with conductor interface, and front end is provided with the electrical motor with gear 4; The end limit that riser 2 connects operation panel 31 is provided with and hold-down arm 3 support bar in the same way, such as Fig. 5,6,7,8.
Flexible wall 5 is semicircle curved wall, and the distance that corresponding two hold-down arms of its rear end end face are 3 is provided with the circular hole that flexible wall 5 curved surfaces in two edges connect, circle hole radius equals the outside radius of hold-down arm 3, hold-down arm 3 inserts flexible wall 5 along circular hole, and flexible wall 5 front ends are made as wedge shape, are provided with clamp 6; Flexible wall 5 is provided with rope pulling device 7, bearded needle 11 and recessed tooth bar 12, such as Fig. 5,6,7,8.
Rope pulling device 7 is comprised of electrical motor, gear, chain 8, paster bar 9 and cylinder 10, electrical motor dislocation with hold-down arm 3 front ends, flexible wall 5 rear and front ends are provided with gear, gear is connected with motor reel on being located at coaxial line, be provided with front and back two row's cylinder 10 and driving chains 8 along flexible wall 5 curved surfaces between two gears, the part outside face of chain 8 posts paster bar 9, in flexible wall 5 inboards, the part of chain 8 paster bars 9, not in cylinder 10 inboards, in flexible wall 5 outsides, chain 8 is around cylinder 10 outsides; The side that flexible wall 5 front end clamps 6 and rope pulling device 7 are relative is provided with bearded needle 11, and bearded needle 11 is connected by connecting rod with the electrical motor that is located at thereafter; The electrical motor of flexible wall 5 corresponding hold-down arm 3 front ends is provided with recessed tooth bar 12 along flexible wall 5 curved surfaces, and is mutually meshing with the gear 4 that the motor reel of hold-down arm 3 front ends is connected; Flexible wall 5 inside faces are provided with capping, and except clamp 6 and paster bar 9 parts, remainder is covered by capping, such as Fig. 5,6,7,8.
Fake device 12 is vertically corresponding with eyelet hole 14, be located at the opposite side of rope sling device 13 on the riser, fake device 23 is provided with fake post 24 along the axis, 24 one-tenth 15 °-35 ° of edged surfaces of fake post tilt towards riser, it is sleeve 25 at the bottom of the semi-round band that its end that leans forward is connected with cylindrical wall, the sleeve wall curved surface is provided with opening, opening part is connected with bell-shaped wire rope handling cylinder 26, the other end spout of funnel of wire rope handling cylinder 26 inserts the eyelet hole 14 on the riser 2, and 25 li in sleeve is equipped with fake 29, and rope 30 passes by the spout of funnel of wire rope handling cylinder 26, the other end of fake post 24 inserts 28 li of the pedestals that are connected on the riser 2, pedestal 28 sides are provided with electrical motor, are connected by connecting rod with fake post 24, such as Figure 10.
Operation panel 31 is semicircle curved slab, be fixed on the support bar of riser 2, paster bar 9 positions on the corresponding flexible wall 5, be provided with the rope-race 32 of perforation along operation panel 31 curved surfaces, rope-race 32 is provided with wire clips 34 by the back side of riser 2 one ends, corresponding flexible wall 5 front ends are being provided with opening 33 with riser 2 junctions, such as Fig. 1,2,3,4.
In Fig. 5 and embodiment shown in Figure 1, the hold-down arm 3 of riser 2 one sides is along the perpendicular line setting of base 1, complete machine is provided with one group of knot system, namely riser 2 one sides are provided with a rope sling device 13, correspondingly, the eyelet hole 14 of rope sling device 13 front sides, it is by the rope sling bolt 15 of eyelet hole 14 1 end fronts, twine knife 16 and the electrical motor thereof of other end back, the horizontal fake device 23 of riser 2 opposite sides, clamp 6 on the flexible wall 5, rope pulling device 7, bearded needle 11 and electrical motor thereof, rope-race 32 on the operation panel 31, opening 33, wire clips 34 behind, corresponding on arranging, magnitude setting all is one, and therefore named vertical unijunction is type.
In Fig. 6 and embodiment shown in Figure 2, the hold-down arm 3 of riser 2 one sides is along the perpendicular line setting of base 1, complete machine is provided with two groups of knots system, namely riser 2 one sides are provided with two rope sling devices 13, correspondingly, the eyelet hole 14 of rope sling device 13 front sides, it is by the rope sling bolt 15 of eyelet hole 14 1 end fronts, twine knife 16 and the electrical motor thereof of other end front, the horizontal fake device 23 of riser 2 opposite sides, clamp 6 on the flexible wall 5, rope pulling device 7, bearded needle 11 and electrical motor thereof, rope-race 32 on the operation panel 31, opening 33, wire clips 34 behind, corresponding on arranging, magnitude setting all is two, and therefore named vertical binode is type.
In Fig. 7 and embodiment shown in Figure 3, the hold-down arm 3 of riser 2 one sides is along the parallel lines setting of base 1, complete machine is provided with one group of knot system, namely riser 2 one sides are provided with a rope sling device 13, correspondingly, the eyelet hole 14 of rope sling device 13 downsides, by the rope sling bolt 15 below eyelet hole 14 1 ends, twine knife 16 and electrical motor thereof above the other end, the vertical fake device 23 of riser 2 opposite sides, clamp 6 on the flexible wall 5, rope pulling device 7, bearded needle 11 and electrical motor thereof, rope-race 32 on the operation panel 31, opening 33, wire clips 34 behind, corresponding on arranging, magnitude setting all is one, and therefore named horizontal unijunction is type.
In Fig. 8 and embodiment shown in Figure 4, the hold-down arm 3 of riser 2 one sides is along the parallel lines setting of base 1, complete machine is provided with two groups of knots system, namely riser 2 one sides are provided with two rope sling devices 13, correspondingly, the eyelet hole 14 of rope sling device 13 downsides, it leans on the rope sling bolt 15 below eyelet hole 14 1 ends, twine knife 16 and electrical motor thereof above the other end, the vertical fake device 23 of riser 2 opposite sides, clamp 6 on the flexible wall 5, rope pulling device 7, bearded needle 11 and electrical motor thereof, rope-race 32 on the operation panel 31, opening 33, wire clips 34 behind, corresponding on arranging, magnitude setting all is two, and therefore named horizontal binode is type.
In the above-described embodiments, pull out the fag end of fake 29, insert the wire rope handling cylinder 26 of fake device 23, rope 30 eyelet hole 14 places that rope roll 26 inserts on the risers 2 that wear long pass, and simultaneously fake 29 are inserted on the fake post 24 of 25 li in sleeve, such as Figure 10.
Plug plugs in, press source switch, pull up circuit is started working under chip controls, belt conveyor 35 is sent here and is treated that the binding knot is article, the motor start-up of hold-down arm 3 front ends, the recessed tooth bar 12 that the gear 4 that is connected with motor reel is bitten flexible wall 5 rotates, drive flexible wall 5 along hold-down arm 3 travelling backwards, arrive hold-down arm 3 and riser 2 junctions, the end limit bump riser 2 of flexible wall 5, because the paster bar 9 on flexible wall 5 end limits is front prominent, impact concentrates on the paster bar 9, and the rope 30 at eyelet hole 4 places corresponding with it is inserted in the overhead kick on the paster bar 9; The electrical motor counter-rotating, gear 4 drives flexible wall 5 and oppositely moves forward, the motor start-up of rope pulling device 7, the gear driven chain 8 that is connected with motor reel is mobile in the same way with flexible wall 5, paster bar 9 hauls rope 30 with chain 8 reaches, the tooth radius of setting rope pulling device 7 is identical with gear 4 radiuses of hold-down arm 3 front ends, then this moment rope pulling device 7 gear rotational speed be three times of rotating speed of gear 4, when flexible wall 5 oppositely the reach quarter turns apart from the time, the chain 8 of rope pulling device 7 arrives 3/4 circumferential distance place, such as Fig. 5,6,7,8.
Wire rope handling cylinder 26 drives at fake post 24 and is moved to eyelet hole 14 other ends and stretches out spout of funnel forward, rope sling device 13 connects the motor start-up of upper shaft 20, flexible wall 5 continues reach, the required rope 30 of flexible wall 5 reaches this moment is by providing with the rope pulling device 7 of flexible wall 5 with the speed reversed turning, such as Fig. 5,6,7,8.
The upper shaft 20 of rope sling device 13 rotates under the motor drives of its side, drive the two sling hands 22 parallel with eyelet hole 14 and provoke the rope 30 that is connected between wire rope handling cylinder 26 and the wire clips 34, work is greater than 180 ° rotation, rope 30 inserts with paster 21 close contacts on sliding seat 19 tops and by the overhead kick on it and catches on, such as Fig. 9 (a), Fig. 9 (b).Upper shaft 20 counter-rotating, sling hand 22 be with rope 30 revolutions of sliding seat 19 front ends, and the forefinger front end frames that two sling hands are 22 outer are lived two ropes 30 of sliding seat 19 rear ends and they are taken on the rope sling bolt 15, such as Fig. 9 (c).Upper shaft 20 is rotated further, driving two sling hands 22 presses down, the thumb of two sling hands 22 is subject to the pulling force of rope 30, the parallelogram of ancon opens, and oppositely draw in, sling hand 22 arms shorten, and space out between front end rope 30 and the rear end rope 30, form a triangle rope sling, such as Fig. 9 (d).The motor start-up of pedestal axle 18 drives sliding seat 19 and does in the counterclockwise direction 90 ° of rotations, two and then upsets of sling hand 22, and the rope sling that forward and backward two ends rope 30 forms is and then upset also, such as Fig. 9 (e).
Flexible wall 5 arrives the junction of operation panel 31 and riser 2, embrace the article of waiting to bundle the knot handle on the operation panel 31, its front end clamp 6 inserts along operation panel 31 default openings 33, clamp 6 front ends arrive between rope sling bolt 15 and the rope sling device 13, the motor start-up of the bearded needle 11 of clamp 6 one sides, drive bearded needle 11 and pass crank motion of triangle rope sling work, bearded needle 11 catches on the rope 30 on the rope pulling device 7 paster bars 9 and bites, the pedestal axle 8 of rope sling device 13 is oppositely done 90 ° of revolutions, sliding seat 19 playback, flexible wall 5 revolutions, the article that the rope 30 of biting with bearded needle 11 binds on the operation panel 31, the upper shaft 20 of rope sling device 13 remakes reversed turning, two sling hands 22 are adjacent to the binding article with front end rope 30 and by the rope 30 of flexible wall 5 tensions, flexible wall 5 continues revolution, pulls out rope 30 from sling hand 22, slip-knot is formed, such as Fig. 9 (e), Fig. 9 (f).
The motor start-up of twine knife 16, twine knife 16 cuts off the rope 30 of pulling out from wire rope handling cylinder 26, twine knife 16 playback, flexible wall 5 continues revolution, the rope 30 of tying article passes rope-race 32 along operation panel 31 wire clips 34 behind, the binding article are taken away operation panel 31, and bearded needle 11 is loosening, sling hand 22, wire rope handling cylinder 26 returns.
Claims (7)
1. a knot is machine, comprise support, flexible wall, rope, rope sling device, operation panel, belt conveyor, pull up circuit and program control chip, it is characterized in that: connection board on bracket base, riser one side is provided with hold-down arm and rope sling device, flexible wall is housed on the hold-down arm, flexible wall is provided with rope pulling device, the riser opposite side is provided with fake device and program control chip, in the fake device fake is housed, chip is connected with work drive motor with attaching plug respectively by wire, riser one end limit hold-down arm one side is connected with the operation panel, and opposite side is connecting belt conveyor.
2. knot according to claim 1 is machine, it is characterized in that: described hold-down arm, be the arc round bar, vertical vertical line along riser is provided with parallel two, and riser and its junction are provided with wire guide, and hold-down arm is cavity, wherein lay circuit, arm is provided with opening, is inserted with conductor interface, and front end is provided with the electrical motor with gear; The end limit that riser connects the operation panel is provided with and hold-down arm support bar in the same way.
3. knot according to claim 1 and 2 is machine, it is characterized in that: described flexible wall, be semicircle curved wall, distance between corresponding two hold-down arms of its rear end end face, be provided with the circular hole that the flexible wall curved surface in two edges connects, circle hole radius equals the outside radius of hold-down arm, and hold-down arm inserts flexible wall along circular hole, flexible wall front end is made as wedge shape, is provided with clamp; Flexible wall is provided with rope pulling device, bearded needle and recessed tooth bar.
According to claim 1 and 2 or 3 described knots machine, it is characterized in that: described rope pulling device, formed by electrical motor, gear, chain, paster bar and cylinder, electrical motor dislocation with the hold-down arm front end, flexible wall rear and front end is provided with gear, gear is connected with motor reel on being located at coaxial line, be provided with front and back two row's cylinder and driving chains along flexible wall curved surface between two gears, the part outside face of chain posts the paster bar, inboard at flexible wall, the part of chain paster bar, not inboard at cylinder, in the flexible wall outside, chain is around the cylinder outside; A flexible wall front end clamp side relative with rope pulling device is provided with bearded needle, and bearded needle is connected by connecting rod with the electrical motor that is located at thereafter; The electrical motor of the corresponding hold-down arm front end of flexible wall is provided with recessed tooth bar along flexible wall curved surface, and is mutually meshing with the gear that the motor reel of hold-down arm front end is connected; Flexible wall inside face is provided with capping, and except clamp and paster bar part, remainder is covered by capping.
5. knot according to claim 1 is machine, it is characterized in that: described rope sling device, be located at the drop point site of flexible wall front end clamp on the riser, its front side or downside be in parallel to be provided with corresponding with the paster bar position on the flexible wall and with riser the rectangle eyelet hole that the vertical vertical line of hold-down arm is vertical and intersect to be set, its by the front of eyelet hole one end or below be provided with the rope sling bolt, the back of the other end or above be provided with twine knife; The rope sling device is comprised of concave base, sliding seat, sling hand and electrical motor, concave base one end is fixed on the riser, the other end is provided with Baltimore groove along axis, Baltimore groove is provided with the pedestal axle, concave base connects sliding seat by the pedestal axle, and the pedestal axle is connected with the electrical motor tooth that is located at the concave base outside; Sliding seat is stuck in the concave base, the vertical upper shaft that is provided with the pedestal axle on it, the upper shaft both sides respectively are fixed with the sling hand, two sling hands are parallel to each other, be provided with gear by riser one side, be connected with the electrical motor tooth that is located at its side, the sliding seat upper and lower part is made as semicircle take axle separately as the center of circle, and the paster with overhead kick is posted on top; Sling elbow section is made as mobilizable parallelogram, and the junction, sideline is provided with the spring of upright spring head, front end and is provided with two fingers, sensing that thumb the is straight outside, and forefinger becomes the camber line K/UP by the inboard first, again the parabola directed forward outside, angle at 45 °; Twine knife is the rotary tulwar that is bumped in the riser wall, is connected with the motor reel that is bumped into its side.
6. knot according to claim 1 is machine, it is characterized in that: described fake device, vertically corresponding with eyelet hole, be located at the opposite side of rope sling device on the riser, the fake device is provided with the fake post along the axis, the fake post becomes 25 ° of edged surfaces to tilt towards riser, it is sleeve at the bottom of the semi-round band that its end that leans forward is connected with cylindrical wall, and the sleeve wall curved surface is provided with opening, and opening part is connected with bell-shaped wire rope handling cylinder, the other end spout of funnel of wire rope handling cylinder inserts the eyelet hole on the riser, fake is housed in the sleeve, and rope passes by the spout of funnel of wire rope handling cylinder, and the other end of fake post inserts in the pedestal that is connected on the riser, the pedestal side is provided with electrical motor, is connected by connecting rod with the fake post.
According to claim 1 or 3 described knots machine, it is characterized in that: described operation panel, be semicircle curved slab, be fixed on the support bar of riser, paster bar position on the corresponding flexible wall is provided with the rope-race of perforation along operation panel curved surface, and rope-race is provided with wire clips by the back side of riser one end, corresponding flexible wall front end is being provided with opening with the riser junction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110289024XA CN103010507A (en) | 2011-09-23 | 2011-09-23 | Knotting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110289024XA CN103010507A (en) | 2011-09-23 | 2011-09-23 | Knotting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103010507A true CN103010507A (en) | 2013-04-03 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110289024XA Pending CN103010507A (en) | 2011-09-23 | 2011-09-23 | Knotting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103010507A (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4094342A (en) * | 1976-02-21 | 1978-06-13 | Max Co., Ltd. | Automatic binder |
| WO1995013966A1 (en) * | 1993-11-17 | 1995-05-26 | Cyklop Transportverpakkingen B.V. | Girding device |
| CN1175929A (en) * | 1995-02-17 | 1998-03-11 | 便达固股份有限公司 | Article binding method and apparatus |
| JP2009286441A (en) * | 2008-05-29 | 2009-12-10 | Taiyo Seiki Kk | Tape fastening method and tape fastening device |
| KR20100004280U (en) * | 2008-10-16 | 2010-04-26 | 정옥순 | Rubber-string Banding Mechine |
-
2011
- 2011-09-23 CN CN201110289024XA patent/CN103010507A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4094342A (en) * | 1976-02-21 | 1978-06-13 | Max Co., Ltd. | Automatic binder |
| WO1995013966A1 (en) * | 1993-11-17 | 1995-05-26 | Cyklop Transportverpakkingen B.V. | Girding device |
| CN1175929A (en) * | 1995-02-17 | 1998-03-11 | 便达固股份有限公司 | Article binding method and apparatus |
| JP2009286441A (en) * | 2008-05-29 | 2009-12-10 | Taiyo Seiki Kk | Tape fastening method and tape fastening device |
| KR20100004280U (en) * | 2008-10-16 | 2010-04-26 | 정옥순 | Rubber-string Banding Mechine |
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Application publication date: 20130403 |