WO2019109261A1 - 一种用于扩展显示器的传动装置 - Google Patents

一种用于扩展显示器的传动装置 Download PDF

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Publication number
WO2019109261A1
WO2019109261A1 PCT/CN2017/114684 CN2017114684W WO2019109261A1 WO 2019109261 A1 WO2019109261 A1 WO 2019109261A1 CN 2017114684 W CN2017114684 W CN 2017114684W WO 2019109261 A1 WO2019109261 A1 WO 2019109261A1
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WO
WIPO (PCT)
Prior art keywords
display
base
driving module
pivotally connected
jib
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Ceased
Application number
PCT/CN2017/114684
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English (en)
French (fr)
Inventor
朱卫
陈万春
蔡炎岗
张忠
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to US15/779,548 priority Critical patent/US11032926B2/en
Priority to EP17889521.5A priority patent/EP3722917B8/en
Priority to PCT/CN2017/114684 priority patent/WO2019109261A1/zh
Priority to CN201780001883.XA priority patent/CN110121686B/zh
Publication of WO2019109261A1 publication Critical patent/WO2019109261A1/zh
Anticipated expiration legal-status Critical
Ceased legal-status Critical Current

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    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/1613—Constructional details or arrangements for portable computers
    • G06F1/1633—Constructional details or arrangements of portable computers not specific to the type of enclosures covered by groups G06F1/1615 - G06F1/1626
    • G06F1/1637—Details related to the display arrangement, including those related to the mounting of the display in the housing
    • G06F1/1647—Details related to the display arrangement, including those related to the mounting of the display in the housing including at least an additional display
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16H—GEARING
    • F16H21/00—Gearings comprising primarily only links or levers, with or without slides
    • F16H21/10—Gearings comprising primarily only links or levers, with or without slides all movement being in, or parallel to, a single plane
    • F16H21/44—Gearings comprising primarily only links or levers, with or without slides all movement being in, or parallel to, a single plane for conveying or interconverting oscillating or reciprocating motions
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16H—GEARING
    • F16H21/00—Gearings comprising primarily only links or levers, with or without slides
    • F16H21/46—Gearings comprising primarily only links or levers, with or without slides with movements in three dimensions [3D]
    • F16H21/50—Gearings comprising primarily only links or levers, with or without slides with movements in three dimensions [3D] for interconverting rotary motion and reciprocating motion
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16H—GEARING
    • F16H25/00—Gearings comprising primarily only cams, cam-followers and screw-and-nut mechanisms
    • F16H25/18—Gearings comprising primarily only cams, cam-followers and screw-and-nut mechanisms for conveying or interconverting oscillating or reciprocating motions
    • F16H25/20—Screw mechanisms
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16H—GEARING
    • F16H37/00—Combinations of mechanical gearings, not provided for in groups F16H1/00 - F16H35/00
    • F16H37/12—Gearings comprising primarily toothed or friction gearing, links or levers, and cams, or members of at least two of these types
    • F16H37/122—Gearings comprising primarily toothed or friction gearing, links or levers, and cams, or members of at least two of these types for interconverting rotary motion and oscillating motion
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M13/00—Other supports for positioning apparatus or articles; Means for steadying hand-held apparatus or articles
    • F16M13/005—Other supports for positioning apparatus or articles; Means for steadying hand-held apparatus or articles integral with the apparatus or articles to be supported
    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/1601—Constructional details related to the housing of computer displays, e.g. of CRT monitors, of flat displays
    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/1613—Constructional details or arrangements for portable computers
    • G06F1/1615—Constructional details or arrangements for portable computers with several enclosures having relative motions, each enclosure supporting at least one I/O or computing function
    • G06F1/1624—Constructional details or arrangements for portable computers with several enclosures having relative motions, each enclosure supporting at least one I/O or computing function with sliding enclosures, e.g. sliding keyboard or display
    • G—PHYSICS
    • G06—COMPUTING OR CALCULATING; COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/1613—Constructional details or arrangements for portable computers
    • G06F1/1633—Constructional details or arrangements of portable computers not specific to the type of enclosures covered by groups G06F1/1615 - G06F1/1626
    • G06F1/1637—Details related to the display arrangement, including those related to the mounting of the display in the housing
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
    • H05K5/00—Casings, cabinets or drawers for electric apparatus
    • H05K5/02—Details
    • H05K5/0217—Mechanical details of casings
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16H—GEARING
    • F16H25/00—Gearings comprising primarily only cams, cam-followers and screw-and-nut mechanisms
    • F16H25/18—Gearings comprising primarily only cams, cam-followers and screw-and-nut mechanisms for conveying or interconverting oscillating or reciprocating motions
    • F16H25/20—Screw mechanisms
    • F16H2025/2062—Arrangements for driving the actuator
    • F16H2025/2075—Coaxial drive motors

Definitions

  • the present invention relates to a transmission for expanding a display; and more particularly to a technique for establishing a plurality of display screens to expand and/or collapse.
  • Taiwan No. 99141387 all-in-one screen that can automatically switch display screens
  • patent No. 102147287 display device and method for displaying screens according to splicing instructions
  • application instructions controlling multiple screens to overlap or flatten each other Cases and the like provide a typical embodiment.
  • the above method has also disclosed techniques for moving a screen from a stowed position to a position with a plurality of movable screens, for example, US 2005/008463 A1 (EXPANDED DISPLAY FOR CELLPHONE, PALM PILOT OR COMPUTER), US 7848091B2(DUAL-SCREEN MOBILE DISPLAY DEVICE);
  • a primary object of the present invention is to provide a transmission for extending a display, comprising a body, a combination of at least a first display, a second display, and a transmission module mountable to the body.
  • the transmission module can drive the second display to reciprocate on an X-direction reference axis; and the second display is provided with a driving module to reciprocate the second display on a Y-direction reference axis of the vertical X-direction reference axis,
  • the screen of the first display and the screen of the second display reach an extended combination (constituting the same plane position), and/or a folding mechanism.
  • the technical solution of the present invention is to design a transmission device for expanding a display
  • the transmission module includes a motor-driven rotating shaft and an actuator that moves with the rotation of the rotating shaft, and the transmission is formed into an annular body or a rotating disc structure.
  • a urging portion is provided to reciprocate on a path portion of the body and a traction portion of the second display to drive the second display to move on the X-reference axis to establish an extended combination of the first display, the second display, and/or Or collapsing on the role of the ontology.
  • a transmission device for expanding a display includes a motor-driven drive lever, a follower portion of the combined drive lever, and a pivoting follower portion, and a reaction frame of the second display.
  • the follower can reciprocate (upper and lower) with the movement of the driving rod, so that the reaction frame drives the second display (or its screen) to move on the Y-reference axis to reach the same position as the first display (or its screen) The height position of the) is obtained by stitching the first display.
  • a transmission for expanding a display is assembled with a base frame and a drive.
  • the driver comprises a motor-driven drive rod, a follower portion of the combined drive rod and a pivoting follower, and a reaction arm of the base frame.
  • the follower portion can reciprocate with the movement of the driving rod, so that the reaction arm drives the base frame to open to form the supporting body, and/or drives the base frame to fit the shape of the body.
  • the body 90 combines the first display 10, the second display 20, and/or the third display
  • the structure of 30 has been redesigned.
  • the body 90 is provided with a driver 80, a reaction arm 84 and a base frame 95, so that the base frame 95 can open the support body 90 or be folded into the body 90; the body 90 is provided with the transmission module 40, the transmission 43, and the main transmission column 47.
  • auxiliary transmission post 48 cooperates with the path portions 51, 56 of the main board 50 and/or the sub-board 55 to drive the second display 20 and/or the third display 30 to move between the first position and the second position;
  • the display 20 and/or the third display 30 are provided with a driving module 60, a follower 63, and a reaction frame 70 to drive the second display 20 and/or the third display 30 to a set (height) position, and the first display
  • the 10 combined and/or collapse mechanism and the like are obviously different from the structural form and the operational movement mode of the prior art.
  • the transmission module 40 drives the configuration of the second display 20 and/or the third display 30 to provide a mechanism by which a plurality of transmission modules 40 can be used to drive a plurality of displays.
  • the present invention provides an effective transmission device for expanding a display, the spatial type of which is different from the conventional one, and has the advantages unmatched in the old method, and shows considerable progress, and is fully sufficient. Meet the requirements of the invention patent.
  • Figure 1 is a schematic perspective view of the present invention; showing the structural combination of the body, the first display and the pedestal.
  • Figure 2 is a schematic perspective view of another perspective view of the present invention; showing the structural combination of the body, the base frame and the driver.
  • FIG. 3 is a schematic exploded view of the structure of FIG. 2; depicting the structural configuration of the body, the pedestal, and the driver.
  • Figure 4 is a schematic plan view of Figure 2;
  • Figure 5 is a schematic illustration of an operational embodiment of Figure 4; depicting the situation in which the drive drives or pushes the pedestal.
  • FIG. 6 is a schematic exploded view of the structure of the present invention; showing the structure of the main body, the first display, the transmission module, the second display, the driving module, the third display, and the sub-driving module.
  • Figure 7 is a schematic exploded view showing the structure of the third display and the sub-drive module of the present invention.
  • Figure 8 is a schematic illustration of a planar combination of the present invention; showing the first display, the second display, and/or the third display in a collapsed position or first position.
  • FIG. 9 is a schematic plan view showing an operation of an embodiment of the present invention. depicting a movement of the first display and the second display along the X-reference axis.
  • FIG. 10 is a schematic plan view showing another embodiment of the present invention.
  • FIG. 10 is a schematic diagram showing the movement of the first display and the second display along the X-reference axis to the second position.
  • Figure 11 is a perspective view of the three-dimensional structure of Figure 7.
  • Figure 12 is a schematic plan view showing the structure of the second display and the driving module
  • Figure 13 is a plan view showing the structure of an operating embodiment of Figure 12; depicting the case where the drive rod of the drive module drives the follower toward the lower (or Z-reference) axis in the figure.
  • FIG. 14 is a schematic plan view of FIG. 13; showing that the driving rod of the driving module drives the follower portion to move downward (or the Z-direction reference axis) in the figure, so that the reaction frame pushes the third display toward the Y-reference axis. situation.
  • Figure 15 is a schematic perspective view of an operational embodiment of the present invention; depicting a second display, a third display, or a combination of the first display.
  • first display 11, 21, 31, screen; 20, second display; 22, 32, screen back; 23, 33, base; 24, 34, traction; 25, 35, fixed 26, 36, groove portion; 28, 38, combination portion; 29, 39, restriction portion; 29a, 39a, restriction groove; 30, third display; 32a, stud; 33a, rib; 35a, extension; 37, track; 40, transmission module; 41, 61, 81, motor; 42, shaft; 43 actuator; 44, pilot; 45, drive section; 46, runner; 47, main drive column; 48 drive Column; 50, main board; 51, 56, path part; 51a, 56a, starting point; 51b, 56b end point; 52, 57, pivotal part; 53, main pole; 55, sub-board; 58, sub-bar; 60 drive mode Group; 62, 82, drive rod; 63, 83, follower; 65, 85, base; 86, threaded section; 67, 68, 87, pivotal end; 69, mouth; 70, reaction frame; 71 main
  • a transmission for extending a display of the present invention includes a combination of a body 90 and at least two displays (10, 20...; or display screens).
  • the body 90 defines an X-direction reference axis and a Y-direction reference axis and a Z-direction reference axis perpendicular to the X-direction reference axis; the body 90 is framed and/or a housing structure to fit or house the display.
  • the display includes at least a first display 10 (and screen 11), a second display 20, and/or a third display 30 as an illustrative embodiment.
  • the body 90 is assembled with a base frame 95 and a driver 80.
  • the base frame 95 has one end pivotally connected to the body 90, so that the base frame 95 is formed into a swingable shape.
  • the driver 80 includes a driving lever 82 driven by a motor 81, a follower portion 83 of the combined driving lever 82, a pivoting follower portion 83, a reaction arm 84 of the base frame 95, and the like.
  • the driver 80 (or the motor 81 and the driving rod 82) cooperates with the base 85 to be assembled and fixed on the body 90.
  • the driving rod 82 is provided with a threaded section 86, which is pivotally connected to the follower 83 to adapt the follower 83 to the driving rod. 82 rotates and reciprocates (or moves) on the Z-reference axis.
  • the follower portion 83 is provided with at least one or two pivoting ends 87 for pivoting the reaction arm 84.
  • reaction arm 84 has a first end 84a and a second end 84b; the first end 84a cooperates with the fixing portion 96 on the base frame 95 and the fixing portion shaft hole 97, pivoting the base frame 95, and the second end 84b pivot The pivoting end 87 of the follower 83 is connected.
  • the first end 84a of the compression reaction arm 84 is directed toward the outer direction of the body 90 (or the Y-direction reference axis), and is urged toward the base frame 95 to form the support body 90; for example, the fifth The situation depicted in the figure. And/or when the follower portion 83 moves downward in the drawing, the reaction arm 84 is pulled to pull the pedestal 95 to fit the shape of the body 90; for example, the situation depicted in FIG.
  • the base 85 (or body 90) of the driver 80 is provided with a spur 88 for assisting the follower 83 to move toward the pedestal 95 when the reaction arm 84 is depressed.
  • the body 90 is provided with a positioning portion 91 for assisting in fixing the driving rod 82 of the driver 80 and limiting the range of motion of the driver follower portion 83.
  • the body 90 is provided with a transmission module 40.
  • the transmission module 40 includes a rotating shaft 42 driven by a motor 41 and a transmission 43 that moves in accordance with the rotation of the rotating shaft 42.
  • the transmission 43 is formed into an annular body or a turntable structure, and is provided with a toothed structure guiding portion 44.
  • the rotating shaft 42 has a driving section 45 of a worm structure, and cooperates with a rotating wheel 46 to engage the driving portion 44 of the transmission 43; therefore, when the rotating shaft 42 rotates, the rotating shaft 42 is driven to form a synchronous rotation of the transmission 43.
  • the actuator 43 is provided with at least one transmission post.
  • the second display 20 and the third display 30 are combined, and the transmission column includes a main transmission column 47 and a sub-transmission column 48, which are substantially at opposite positions of the transmission 43.
  • the main body 50 is provided with a main board 50 and/or a sub-board 55.
  • the main board 50 and the sub-board 55 are provided with curved path portions 51 and 56 which are semi-circular orbital structures for receiving the main transmission column 47 and the auxiliary transmission column. 48.
  • the figure shows that the path portion 51 of the main board 50 is arched toward the upper direction in the figure, and is (() type, the path portion 56 of the sub-plate 55 is arched toward the lower direction in the figure, and is ()) Type.
  • the main transmission column 47 is located at the starting point 51a of the main board path portion 51
  • the auxiliary transmission column 48 is located at the starting point 56a of the sub board path portion 56, which are respectively defined as the first position
  • the main transmission column 47 is located at the main board path.
  • the end point 51b of the portion 51 and the sub-transmission column 48 are located at the end point 56b of the sub-plate passage portion 56, and are defined as the second positions, respectively.
  • FIG. 6 also shows that the main board 50 and the sub-board 55 are provided with pivoting portions 52 and 57 respectively for supporting the main rod 53 and the sub-rod 58, and pivotally connecting the second display 20 and the third display 30.
  • the second display 20 and the third display 30 include the screens 21, 31, the screen back plates 22, 32, the bases 23, 33, and the traction portions provided on the bases 23, 33 in the grooved slots. 24, 34.
  • the second display base 23 is coupled to the main plate pivoting portion 52 in cooperation with the main pole 53.
  • the third display base 33 is coupled to the sub-board pivoting portion 57 by the auxiliary lever 58 so that the second display 20 and the third display 30 can be on the X-reference axis. Form a reciprocating movement freely.
  • the main transmission column 47 is pivotally connected (or positioned) to the traction portion 24 of the second display 20, and the auxiliary transmission column 48 is pivotally connected (or positioned) to the traction portion 34 of the third display 30, so that the second display 20,
  • the three displays 30 are reciprocable on the X-referenced axis to establish the function of expanding the combined first display 10 and/or collapsing the body 90.
  • the second display 20 and the third display 30 are respectively provided with a driving module 60.
  • the driving module 60 includes a driving rod 62 driven by a motor 61, a follower portion 63 of the combined driving rod 62, a base portion 65 and a pivoting follower portion 63, a second display 20 (screen back panel 22) or a third display 30 ( The reaction frame 70 of the screen back plate 32).
  • the bases 23, 33 of the second display 20 and the third display 30 are provided with fixing portions 25, 35 and groove portions 26, 36; and the screen back electrodes 22, 32 of the second display 20 and the third display 30 are respectively disposed.
  • the base 33 of the third display 30 (or the second display 20) is formed with a protruding rib 33a structure for reducing the friction or resistance when the drive module follower 63 moves.
  • the driving module 60 (or the motor 61 and the driving rod 62) cooperates with the base portion 65 and the fixing portion 25 of the second display 20 and the fixing portion 35 of the third display 30, and is assembled and fixed to the base body 23, 33.
  • the drive rod 62 is provided with a threaded section 66 pivotally connected to the follower portion 63, so that the follower portion 63 accommodates the rotation of the drive rod 62 and reciprocates (or moves) on the Z-referenced shaft.
  • the fixing portion 35 of the third display 30 is further connected with an extending portion 35a for assisting in maintaining the stability of the follower portion 63 of the driving module 60 when moving on the Z-reference axis.
  • the base 33 of the third display 30 is provided with a rail 37 corresponding to the receiving or detaining a stud 32a disposed on the screen back panel 32; to assist in standardizing the driving stability of the screen back panel 32. degree.
  • the follower portion 63 of the driving module 60 is formed with a mouth portion 69 for accommodating the second display fixing portion 25 (or the third display fixing portion 35); therefore, the size or height position of the mouth portion 69 With the second display fixing portion 25 (or the third display fixing portion 35), the moving distance of the follower portion 63 can be determined.
  • the follower portion 63 and the base portion 65 of the driving module 60 are respectively provided with at least one or two pivoting ends 67, 68 for pivoting the reaction frame 70.
  • the reaction frame 70 showing the drive module 60 includes a main arm 71 and a sub-arm 72.
  • the main arm 71 and the sub-arm 72 have first ends 71a, 72a, second ends 71b, 72b, respectively, and are connected at the first end 71a.
  • the first end 71a of the main arm is pivotally connected to the pivot end 67 of the follower portion 63 of the driving module, and the second end 71b of the main arm is pivotally connected to the second display combining portion 28 (or the third The display assembly portion 38); the jib first end 72a is pivotally connected to the restriction groove 29a of the second display restriction portion 29 (or the restriction groove 39a of the third display restriction portion 39), and the jib second end 72b is pivotally connected to the drive module base The pivoting end 68 of 65.
  • the waist portion 73 of the main arm 71 and the waist portion 74 of the sub-arm 72 are pivotally connected to the shaft pin 75 to form a pivot point, so that the main arm 71 and the sub-arm 72 form an intersecting or X-shaped state. Therefore, the follower portion 63 of the driving module 60 can drive the movement of the rod 62 to reciprocate (upper and lower) along the Z-reference axis, so that the reaction frame 70 drives the second display 20 (screen 21) or the third display 30 ( The screen 31) moves on the Y-reference axis to reach the same height position as the first display 10 (or its screen 11) to obtain the effect of merging the first display 10.
  • the main transmission post 47 is located at the starting point 51a of the main board path portion 51 (and/or the sub-transmission post 48 is located at the starting point 56a of the sub-board path portion 56, or the first position.
  • the rotating shaft driving section 45 of the transmission module 40 is shown to drive the rotating wheel 46
  • the driving portion 44 of the actuator 43 causes the actuator 43 to rotate synchronously to drive the main transmission column 47 to move along the main plate path portion 51 toward the end point 51b and/or the auxiliary transmission column 48 along the sub-plate path portion 56 toward the end point 56b or the second position.
  • driving the second display 20 and the third display 30 to move on the X-reference axis (expanding toward the outside of the body 90).
  • the figure also shows the change of the position of the main transmission post 47 in cooperation with the main plate path portion 51, from the bottom end of the second display pulling portion 24 shown in Fig. 8 to the top end position of the traction portion 24 shown in Fig. 9. It will be appreciated that the position of the secondary drive post 48 in conjunction with the secondary plate path portion 56 changes from the top end of the third display traction portion 34 to the bottom end position of the traction portion 34.
  • the follower portion 63 presses the base portion 65 to press the jib 72 (or the jib second end 72b), and the jib 72 is at the axis of the waist portion 74 thereof.
  • the pin 75 is a fulcrum, and the first arm end 72a of the yoke is allowed to move within the third display limiting groove 39a (or the second display limiting groove 29a), and the screen of the third display 30 is pushed or pushed away toward the reference axis.
  • the backplane limiting portion 39 and the screen 31 together cause the third display 30 (or the second display 20) to reach the set The (height) position, merged or combined with the first display 10 into a monolithic form; for example, the situation depicted in Figures 14 and 15.
  • FIG. 14 Also shown in FIG. 14 is the case where the third display 30 moves along the track 37 of the third display base 33 as it moves on the Y-reference axis. And, when the third display 30 (or the second display 20) reaches the set position or is in the same plane as the first display 10 (or the same position as the first display 10), the reaction frame 70 is in the cross-open position. State, and constitute a similar (X) type.
  • the driving module 60 drives the third display 30 (or the second display 20) to reverse the opposite of the above-mentioned motion type
  • the third display 30 (or the second display 20) is returned to FIG. , 11, 12 shows the position.
  • the third display 30 (or the second display 20) is driven by the transmission module 40 to return from the second position to the first position shown in FIG.

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Computer Hardware Design (AREA)
  • Mechanical Engineering (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Human Computer Interaction (AREA)
  • Microelectronics & Electronic Packaging (AREA)
  • Mathematical Physics (AREA)
  • Devices For Indicating Variable Information By Combining Individual Elements (AREA)
  • Toys (AREA)
  • Transmission Devices (AREA)

Abstract

一种用于扩展显示器的传动装置,包括本体(90)、可装设于本体(90)的至少第一显示器(10)、第二显示器(20)和传动模组(40)的组合。传动模组(40)可驱动第二显示器(20)在一X向参考轴上往复运动;以及第二显示器(20)设置有驱动模组(60),使第二显示器(20)在一垂直X向参考轴的Y向参考轴上往复运动,共同使第一显示器(10)的萤幕、第二显示器(20)的萤幕连到扩展组合,构成在同一平面位置,及/或收合机制等作用。

Description

一种用于扩展显示器的传动装置 技术领域
本发明系有关于一种用于扩展显示器的传动装置;特别是指一种使复数个显示萤幕建立扩展并合及/或收合机制的技术。
背景技术
应用复数个或多个显示器(或称显示萤幕)相互合并组合,形成较大尺寸规格的萤幕型态(或电视墙结构),来达到输出视讯作用的技术手段,已属现有技术。例如:台湾第99141387号(可自动切换显示画面的多合一萤幕)、应用指令控制复数个萤幕相互叠合或拼合技术的第102147287号(依据拼接指令组合显示萤幕的显示装置及其方法)专利案等,系提供了典型的实施例。
上述方法也已经揭示了应用复数个可移动的萤幕,配合转轴驱动,使萤幕从收藏位置移动到开展位置的技术;例如,US 2005/008463 A1(EXPANDED DISPLAY FOR CELLPHONE,PALM PILOT OR COMPUTER)、US 7848091B2(DUAL-SCREEN MOBILE DISPLAY DEVICE);
US2012/0182295 A1(PERSONAL PORTABLECOMMUNICATION DEVICES WITH DEPLOYABLEDISPLAY SYSTEMS FOR THREE DIMENSIONALVISUAL REPRESENTATIONS AND/OR PRIVACY AND METHODS OF USE)专利案等,系提供了可行的实施例。
代表性的来说,这些参考资料显示了有关现有显示萤幕装置在结构和应用方面的设计技术。如果重新设计考虑该显示器或显示查萤幕的动力装置的在结构,使其构造不同于习用装置,将可提供一个在操作简便的条件下,又达到理想的动力传动作用的机制。
发明内容
本发明的主要目的即在于提供一种用于扩展显示器的传动装置,包括本体、可装设于本体的至少第一显示器、第二显示器和传动模组的组合。传动模组可驱动第二显示器在一X向参考轴上往复运动;以及,第二显示器设置有驱动模组,使第二显示器在一垂直X向参考轴的Y向参考轴上往复运动,共同便第一显示器的萤幕、第二显示器的萤幕达到扩展组合(构成在同一平面位置),及/或收合机制等作用。
为实现上述目的,本发明的技术方案是设计一种用于扩展显示器的传动装置,该传动模组包括一马达带动的转轴和随转轴转动而运动的传动器,传动器成一环形体或转盘结构,设有引动部,可在本体的一路经部和第二显示器的一牵引部上往复移动,而带动第二显示器在X向参考轴上运动,建立扩展组合第一显示器、第二显示器及/或收合于本体的作用。
根据本发明的一种用于扩展显示器的传动装置,该驱动模组包括一马达带动的驱动杆、组合驱动杆的随动部和枢接随动部、第二显示器的反应架。以及,随动部可随驱动杆的运动而(上、下)往复运动,使反应架带动第二显示器(或其萤幕)在Y向参考轴上运动,到达相同于第一显示器(或其萤幕)的高度位置,而获得拼合第一显示器的作用。
根据本发明的一种用于扩展显示器的传动装置,该本体组装有一基架和驱动器。驱动器包括一马达带动的驱动杆、组合驱动杆的随动部和枢接随动部、基架的反应臂。以及,随动部可随驱动杆的运动而往复运动,使反应臂带动基架打开形成支撑本体的作用,及/或带动基架收合于本体的型态。
本发明的优点和有益效果在于,运用于扩展显示器的传动装置在符合操作筒便的条件下,相较于旧法而言,系包括了下列的优点和考量:
1、该本体90组合第一显示器10、第二显示器20及/或第三显示器 30的结构已被重行设计考虑。例如,本体90设置驱动器80、反应臂84和基架95,使基架95可打开支撑本体90或收合于本体90的作用;本体90设置传动模组40、传动器43、主传动柱47及/或副传动柱48,配合主板50及/或副板55的路径部51、56,传动第二显示器20及/或第三显示器30在第一位置、第二位置的间运动;第二显示器20及/或第三显示器30设置驱动模组60、随动部63、反应架70,带动第二显示器20及/或第三显示器30到达设定的(高度)位置,而与第一显示器10并合及/或收合机制等部分,明显不同于习知技艺的结构形态和操作运动模式。
2、特别是,传动模组40传动第二显示器20及/或第三显示器30的结构形态,提供了人员可应用复数个传动模组40来传动多个显示器的机制。
故,本发明系提供了一种有效的用于扩展显示器的传动装置,其空间型态系不同于习知者,且具有旧法中无法比拟的优点,系展现了相当大的进步,诚己充分符合发明专利的要件。
附图说明
图1是本发明的立体结构示意图;显示了本体、第一显示器和基架的结构组合情形。
图2是本发明的另一立体结构示意图;显示示了本体、基架和驱动器的结构组合情形。
图3是图2的一结构分解示意图;描绘了本体、基架和驱动器的结构情形。
图4是图2的一平面结构示意图。
图5是图4的一操作实施例示意图;描绘了驱动器带动或推开基架的情形。
图6是本发明的结构分解示意图;显示了本体、第一显示器、传动模组、第二显示器、驱动模组、第三显示器和副驱动模组的结构情形。
图7是本发明的第三显示器和副驱动模组的结构分解示意图。
图8是本发明的一平面组合结构示意图;显示了第一显示器、第二显示器及/或第三显示器位于收合位置或第一位置的情形。
图9是本发明的一操作实施例的平面结构示意图;描绘了传动模组带动第一显示器、第二显示器沿X向参考轴运动展开的运动情形。
图10是本发明的另一操作实施例的平面结构示意图;描绘了传动模组带动第一显示器、第二显示器沿X向参考轴运动展开到达第二位置的运动情形。
图11是图7的立体结构示意图。
图12是本发明的一平面结构示意图;显示了第二显示器、驱动模组的结构组合情形。
图13是图12的一操作实施例的平面结构示意图;描绘了驱动模组的驱动杆带动随动部朝图中下方(或Z向参考轴)运动的情形。
图14是图13的一平面结构示意图;显示了驱动模组的驱动杆带动随动部朝图中下方(或Z向参考轴)运动,使反应架推动第三显示器朝Y向参考轴运动的情形。
图15是本发明的一操作实施例的立体结构示意图;描绘了第二显示器、第三显示器扩展合拼或组合第一显示器的情形。
图中:10、第一显示器;11、21、31、萤幕;20、第二显示器;22、32、萤幕背板;23、33、基体;24、34、牵引部;25、35、固定部;26、36、槽部;28、38、组合部;29、39、限制部;29a、39a、限制槽;30、第三显示器;32a、凸柱;33a、肋部;35a、延伸部;37、轨道;40、传动模组;41、61、81、马达;42、转轴;43传动器;44、引动部;45、驱动段;46、转轮;47、主传动柱;48副传动柱;50、主板;51、56、路径部;51a、56a、起点;51b、56b终点;52、57、枢接部;53、主杆;55、副板;58、副杆;60驱动模组;62、82、驱动杆;63、83、随动部;65、85、基部;66、 86、螺纹段;67、68、87、枢接端;69、口部;70、反应架;71主臂;71a、72a、84a、第一端;71b、72b、84b、第二端;72副臂;73、74、腰部;75、轴销;80、驱动器;84、反应臂;88凸杆;90、本体;91、定位部;95、基架;96、固定部;97、轴接孔。
具体实施方式
下面结合附图和实施例,对本发明的具体实施方式作进一步描述。以下实施例仅用于更加清楚地说明本发明的技术方案,而不能以此来限制本发明的保护范围。
如图1~3所示,本发明的一种用于扩展显示器的传动装置,包括本体90和至少二个显示器(10、20...;或称显示萤幕)的组合。本体90定义有一X向参考轴和垂直于X向参考轴的Y向参考轴、Z向参考轴;本体90成框架及/或壳体结构,配装或收容显示器。以及,显示器至少包括第一显示器10(及萤幕11)、第二显示器20及/或第三原示器30,作为说明实施例。
在所采较佳的实施例中,本体90组装有一基架95和驱动器80。基架95有一端枢接本体90,使基架95形成摆动自如的型态。以及,驱动器80包括一马达81带动的驱动杆82、组合驱动杆82的随动部83和枢接随动部83、基架95的反应臂84等部分。
详细来说,驱动器80(或马达81、驱动杆82)配合基部85,组装固定在本体90上;驱动杆82设有螺纹段86,枢接随动部83,使随动部83适应驱动杆82转动,而在Z向参考轴上往复运动(或移动)。以及,随动部83设有至少一个或二个枢接端87,枢接反应臂84。
图中显示了反应臂84具有第一端84a和第二端84b;第一端84a配合基架95上的固定部96和固定部轴接孔97,枢接基架95,第二端84b枢接随动部83的枢接端87。
如图4、5所示,描绘了马达81带驱动杆82、螺纹段86转动时,驱动随动部83在Z向参考轴上运动,控制基架95打开或收合于本体90的 情形。
当随动部83朝图中上方运动时,压迫反应臂84的第一端84a朝本体90外部方向(或Y向参考轴),推向基架95形成支撑本体90的作用;例如,第5图所描绘的情形。及/或在随动部83朝图中下方运动时,带动反应臂84拉动基架95收合于本体90的型态;例如,第4图所描绘的情形。
在可行的实施例中,驱动器80的基部85(或本体90)设有一凸杆88,用于辅助随动部83压动反应臂84时,确保反应臂84朝向推向基架95的方向运动的作用。以及,本体90设有一定位部91,可辅助固定驱动器80的驱动杆82和限制驱动器随动部83的运动范围。
如6图所示,本体90设置有传动模组40。该传动模组40包括一马达41驱动的转轴42和随转轴42转动而运动的传动器43;传动器43成一环形体或转盘结构,设有齿状结构的引动部44。
具体来说,转轴42有一蜗杆结构的驱动段45,配合一转轮46啮合传动器43的引动部44;因此,转轴42转动时,(经转轮46)会带动传动器43形成同步转动的型态。以及,传动器43设置有至少一个传动柱。
在所采的实施例中,配合第二显示器20、第三显示器30,传动柱包括主传动柱47、副传动柱48,大致位在传动器43两相对位置上。以及,本体90设置有主板50及/或副板55;主板50、副板55设有成半圆环形轨道结构的弧形路经部51、56,分别用以收容主传动柱47、副传动柱48。
图中显示了主板50的路经部51朝图中上方方向园弧拱起,成(︵)型态,副板55的路经部56朝图中下方方向园弧拱起,成(︶)型态。并且,将主传动柱47位在主板路经部51的起点51a、副传动柱48位在副板路经部56的起点56a,分别定义为第一位置,主传动柱47位在主板路经部51的终点51b、副传动柱48位在副板路经部56的终点56b,分别定义为第二位置。
图6也描绘了主板50、副板55设置有枢接部52、57,分别配合主杆53、副杆58,枢接第二显示器20、第三显示器30。
在所采用的实施例中,第二显示器20、第三显示器30包括萤幕21、31、萤幕背板22、32、基体23、33和设置在基体23、33上成沟槽结槽的牵引部24、34。第二显示器基体23配合主杆53连接主板枢接部52,第三显示器基体33配合副杆58连接副板枢接部57,使第二显示器20、第三显示器30可在X向参考轴上形成往复移动自如的型态。以及,使主传动柱47枢接(或位在)第二显示器20的牵引部24,副传动柱48枢接(或位在)第三显示器30的牵引部34,使第二显示器20、第三显示器30可在X向参考轴上往复运动,建立扩展组合第一显示器10及/或收合于本体90的作用。
如图6、7所示,第二显示器20、第三显示器30分别设置组合有一驱动模组60。驱动模组60包括一马达61带动的驱动杆62、组合驱动杆62的随动部63、基部65和枢接随动部63、第二显示器20(萤幕背板22)或第三显示器30(萤幕背板32)的反应架70。
详细来说,第二显示器20、第三显示器30的基体23、33设有固定部25、35和槽部26、36;第二显示器20、第三显示器30的萤幕背极22、32分别设置有组合部28、38、限制部29、39和形成在限制部29、39上的限制槽29a、39a。以及,第三显示器30(或第二显示器20)的基体33形成有凸出的肋部33a结构,用以减少驱动模组随动部63运动时的摩擦力或阻力。
在所采的实施例中,驱动模组60(或马达61、驱动杆62)配合基部65和第二显示器20的固定部25、第三显示器30的固定部35,组装固定在基体23、33上;驱动杆62设有螺纹段66,枢接随动部63,便随动部63适应驱动杆62转动,而在Z向参考轴上往复运动(或移动)。以及,第三显示器30的固定部35还连接形成有一延伸部35a,用以辅助保持驱动模组60的随动部63在Z向参考轴上运动时的稳定度。
如6、7图所示,也显示了第三显示器30的基体33设有轨道37,对应收容或拘留一设置在萤幕背板32的凸柱32a;用以辅助规范萤幕背板32的驱动稳定度。
在可行的实施例中,驱动模组60的随动部63形成有口部69,收容第二显示器固定部25(或第三显示器固定部35);因此,口部69的尺寸规格或高度位置,配合第二显示器固定部25(或第三显示器固定部35),可决定随动部63的移动距离。以及,驱动模组60的随动部63、基部65分别设有至少一个或二个枢接端67、68,枢接反应架70。
图中显示了驱动模组60的反应架70包括主臂71和副臂72;主臂71、副臂72分别具有第一端71a、72a、第二端71b、72b和连接在第一端71a、72a、第二端71b、72b的间的腰部73、74。
<0046>在所采的实施例中,主臂第一端71a枢接驱动模组随动部63的枢接端67,主臂第二端71b枢接第二显示器组合部28(或第三显示器组合部38);副臂第一端72a枢接第二显示器限制部29的限制槽29a(或第三显示器限制部39的限制槽39a),副臂第二端72b枢接驱动模组基部65的枢接端68。
以及,主臂71的腰部73和副臂72的腰部74,配合轴销75枢接形成轴支点,使主臂71、副臂72构成交叉或X型态。因此,驱动模组60的随动部63可驱动杆62的运动而(上、下)沿Z向参考轴往复运动,使反应架70带动第二显示器20(萤幕21)或第三显示器30(萤幕31)在Y向参考轴上运动,到达相同于第一显示器10(或其萤幕11)的高度位置,而获得并合第一显示器10的作用。
如8图所示,显示了第一显示器10、第二显示器20、第三显示器30组合或收容于本体90的情形。这时,主传动柱47位在主板路径部51的起点51a(及/或副传动柱48位在副板路径部56的起点56a,或称第一位置。
如9图所示,描绘了了传动模组40的转轴驱动段45带动转轮46、 传动器43的引动部44,使传动器43同步转动而带动主传动柱47沿主板路径部51朝终点51b及/或副传动柱48沿副板路径部56朝终点56b或第二位置运动,并且驱动第二显示器20、第三显示器30在X向参考轴上运动(朝本体90外部扩展)的型态。
图中也显示了主传动柱47配合主板路径部51的位置改变,从第8图显示的第二显示器牵引部24的底端移动到第9图显示的牵引部24的顶端位置的情形。可了解的是,副传动柱48配合副板路径部56的位置改变,从第三显示器牵引部34的顶端移动到牵引部34的底端位置。
如图10、11所示,当传动器43带动主传动柱47到达主板路径部51的终点51b(及/或副传动柱48到达副板路径部56的终点56b)或第二位置,使第二显示器20(及/或第三显示器30)形成完全扩展状态时,主传动柱47又从第二显示器牵引部24的顶端位置移动到牵引部24的底端位置(及/或副传动柱48从第三显示器牵引部34的底端位置移动到牵引部34的顶端位置)。
如图12、13所示,描绘了第三显示器30和驱动模组60配合的情形。当驱动模组60驱动杆62(或螺纹段66)驱动随动部63沿Z向参考轴朝图中下方运动时,带动随动部枢接端67下压主臂71(或主臂第一端71a),主臂71以其腰部73的轴销75为支点,使主臂第二端71b朝Y向参考轴的方向推动或推开第三显示器30(或第二显示器20)的萤幕背板组合部38和萤幕31(或第二显示器20的萤幕背板组合部28和萤幕21);例如,如14、15所描绘的情形。
以及,随动部63沿Z向参考轴朝图中下方运动时,随动部63配合基部65而压动副臂72(或副臂第二端72b),副臂72以其腰部74的轴销75为支点,而容许副臂第一端72a在第三显示器限制槽39a(或第二显示器限制槽29a)内移动,并且朝Y向参考轴的方向推动或推开第三显示器30的萤幕背板限制部39和萤幕31(或第二显示器20的萤幕背板限制部29和萤幕21),而共同使第三显示器30(或第二显示器20)到达设定的 (高度)位置,与第一显示器10并合或组合成一整体型态;例如,第14、15图所描绘的情形。
如图14也描绘了第三显示器30在Y向参考轴上移动时,其凸柱32a沿第三显示器基体33的轨道37运动的情形。以及,第三显示器30(或第二显示器20)到达设定的位置或与第一显示器10位在同一平面(或相同于第一显示器10的位置)时,反应架70位在交叉打开位置的状态,而构成一类似(X)的型态。
可了解的是,当驱动模组60带动第三显示器30(或第二显示器20)相反于上述运动型态而复动时,系使第三显示器30(或第二显示器20)回到图10、11、12所显示的位置。以及,经传动模组40带动第三显示器30(或第二显示器20),从第二位置复动回到图8显示的第一位置的情形。
以上所述者,仅为本发明的可行实施例而已,并非用来限定本发明实施的范围,即凡依本发明申请专利范围所作的均等变化与修饰,皆为本发明专利范围所涵盖。

Claims (24)

  1. 一种用于扩展显示器的传动装置,包括本体、可装设于本体的复数个显示器和传动模组的组合;本体定义有X向参考轴和垂直于X向参考轴的Y向参考轴、Z向参考轴;复数个显示器至少包括第一显示器、第二显示器,第一显示器具有萤幕;传动模组包括转轴、随转轴运动而运动的传动器,使传动器带动第二显示器在X向参考轴上往复运动;以及第二显示器设置有萤幕、基体和组装在基体上的驱动模组;驱动模组具有基部、枢设于基部的驱动杆、驱动杆带动的随动部,使第二显示器在Y向参考轴上往复运动,共同使第一显示器的萤幕、第二显示器的萤幕构成扩展组合、收合机制。
  2. 如权利要求1所述的一种用于扩展显示器的传动装置,其中该本体成框架和壳体结构的其中之一;本体组装有一基架和驱动器;基架有一端枢接本体,使基架形成摆动自如的型态;以及驱动器包括一马达带动的驱动杆、组合驱动杆的随动部和枢接随动部、基架的反应臂。
  3. 如权利要求2所述的一种用于扩展显示器的传动装置,其中该驱动器配合一基部,组装固定在本体上;驱动杆设有螺纹段,枢接随动部,使随动部响应驱动杆转动,而在Z向参考轴上往复运动;随动部设有至少一个枢接端,枢接反应臂;以及反应臂具有第一端和第二端;反应臂第一端配合基架上的固定部和固定部轴接孔,枢接基架,第二端枢接驱动器随动部的枢接端。
  4. 如权利要求3所述的一种用于扩展显示器的传动装置,其中该驱动器的基部和本体的其中之一,设有一凸杆;以及本体设有一定位部,辅助固定驱动器的驱动杆和限制驱动器随动部的运动范围。
  5. 如权利要求1或2或3或4所述的一种用于扩展显示器的的传动装置,其中该传动模组的传动器成一环形体和转盘结构的其中之一,设有引动部;转轴有一驱动段;传动器设置有至少一传动柱,使传动柱在一路径部中运动,而带动第二显示器运动;路径部成弧形结构, 设置在本体的一主板上;以及第二显示器设有萤幕背板,第二显示器的驱动模组具有一响应驱动模组随动部运动而运动的反应架。
  6. 如权利要求5所述的一种用于扩展显示器的传动装置,其中该传动器的引动部有齿状结构;转轴的驱动段有一蜗杆结构,配合一转轮啮合传动器的引动部。
  7. 如权利要求5所述的一种用于扩展显示器的传动装置,其中该显示器还包括第三显示器,第三显示器也设置有萤幕、基体和组装在基体上的驱动模组,使第三显示器在Y向参考轴上往复运动;第三显示器也设有萤幕背板,第三显示器的驱动模组也具有一响应驱动模组随动部运动而运动的反应架;传动柱包括主传动柱、副传动柱,位在传动器两相对位置上;以及本体还包括一副板,副板也设有一路径部;主板路径部、副板路径部成半圆环形轨道结构,分别收容主传动柱、副传动柱;并且,将主传动柱位在主板路径部的起点、副传动柱位在副板路径部的起点,分别定义为第一位置,主传动柱位在主板路径部的终点、副传动柱位在副板路径部的终点,分别定义为第二位置。
  8. 如权利要求6所述的一种用于扩展显示器的传动装置,其中该显示器还包括第三显示器,第三显示器也设置有萤幕、基体和组装在基体上的驱动模组,使第三显示器在Y向参考轴上往复运动;第三显示器也设有萤幕背板,第三显示器的驱动模组也具有一响应随动部运动而运动的反应架;传动柱包括主传动柱、副传动柱,位在传动器两相对位置上;以及本体还包括一副板,副板也设有一路径部;主板路径部、副板路径部成半圆环形轨道结构,分别收容主传动柱、副传动柱;并且,将主传动柱位在主板路径部的起点、副传动柱位在副板路径部的起点,分别定义为第一位置,主传动柱位在主板路径部的终点、副传动柱位在副板路径部的终点,分别定义为第二位置。
  9. 如权利要求7所述的一种用于扩展显示器的传动装置,其中该主板的路径部朝上方方向圆弧拱起,成
    Figure PCTCN2017114684-appb-100001
    型态,副板的路径部朝下方方向圆弧拱起,
    Figure PCTCN2017114684-appb-100002
    型态;主板、副板设置有枢接部,第二显 示器基体配合一主杆连接主板枢接部,第三显示器基体配合一副杆连接副板枢接部。
  10. 如权利要求8所述的一种用于扩展显示器的传动装置,其中该主板的路径部朝上方方向圆弧拱起,成
    Figure PCTCN2017114684-appb-100003
    型态,副板的路径部朝下方方向圆弧拱起,成
    Figure PCTCN2017114684-appb-100004
    型态;主板、副板设置有枢接部,第二显示器基体配合一主杆连接主板枢接部,第三显示器基体配合一副杆连接副板枢接部。
  11. 如权利要求7所述的一种用于扩展显示器的传动装置,其中该第二显示器的基体、第三显示器的基体分别设有沟槽结构的牵引部,分别收容主传动柱、副传动柱。
  12. 如权利要求8所述的一种用于扩展显示器的传动装置,其中该第二显示器的基体、第三显示器的基体分别设有沟槽结构的牵引部,分别收容主传动柱、副传动柱。
  13. 如权利要求9所述的一种用于扩展显示器的传动装置,其中该第二显示器的基体、第三显示器的基体分别设有沟槽结构的牵引部,分别收容主传动柱、副传动柱。
  14. 如申权利要求10所述的一种用于扩展显示器的传动装置,其中该第二显示器的基体、第三显示器的基体分别设有沟槽结构的牵引部,分别收容主传动柱、副传动柱。
  15. 如权利要求5所述的一种用于扩展显示器的传动装置,其中该第二显示器的基体设有固定部和槽部,第二显示器的萤幕背板设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部,组装固定在第二显示器基体上;驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模组随动部响应驱动杆转动,而在Z向参考轴上往复运动;驱动模组的随动部形成有口部,收容第二显示器固定部;驱动模组的随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和连接在第一端、第二端之间的腰部;主臂第一端枢 接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部;副臂第一端枢接第二显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器在Y向参考轴上运动。
  16. 如权利要求6所述的一种用于扩展显示器的传动装置,其中该第二显示器的基体设有固定部和槽部,第二显示器的萤幕背板设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部,组装固定在第二显示器基体上;驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模组随动部响应驱动杆转动,而在Z向参考轴上往复运动;驱动模组的随动部形成有口部,收容第二显示器固定部;驱动模组的随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和连接在第一端、第二端的间的腰部;主臂第一端枢接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部;副臂第一端枢接第二显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器在Y向参考轴上运动。
  17. 如权利要求7所述的一种用于扩展显示器的传动装置,其中该第二显示器、第三显示器的基体设有固定部和槽部;第二显示器、第三显示器的萤幕背板分别设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部、第三显示器的固定部,组装固定在基体上;驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模组随动部适应驱动杆转动,而在Z向参考轴上往复运动;第三显示器的固定部还连接形成有一延伸部;第三显示器的基体设有轨道,对应收容一设置在第三显示器萤幕背板的凸柱;第三显示器的基体形成有凸出结构的肋部;驱动模组的随动部形成有口部,分别收容第二显示器固定部、第三显示器固定部;第三显示器的驱动模组随动部、基部分别设有至少一个枢接端,枢接反应架;反 应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和枢接在第一端、第二端的间的腰部;主臂第一端枢接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部、第三显示器组合部;副臂第一端枢接第二显示器限制部的限制槽、第三显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器、第三显示器在Y向参考轴上运动。
  18. 如权利要求8所述的一种用于扩展显示器的传动装置,其中该第二显示器、第三显示器的基体设有固定部和槽部;第二显示器、第三显示器的萤幕背板分别设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部、第三显示器的固定部,组装固定在基体上;驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模组随动部适应驱动杆转动,而在Z向参考轴上往复运动;第三显示器的固定部还连接形成有一延伸部;第三显示器的基体设有轨道,对应收容一设置在第三显示器萤幕背板的凸柱;第三显示器的基体形成有凸出结构的肋部;驱动模组的随动部形成有口部,分别收容第二显示器固定部、第三显示器固定部;第二显示器的驱动模组随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和连接在第一端、第二端之间的腰部;主臂第一端枢接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部、第三显示器组合部;副臂第一端枢接第二显示器限制部的限制槽、第三显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器、第三显示器在Y向参考轴上运动。
  19. 如权利要求9所述的一种用于扩展显示器的传动装置,其中该第二显示器、第三显示器的基体设有固定部和槽部;第二显示器、第三显示器的萤幕背板分别设置有组合部、限制部和形成在限制部上 的限制槽;驱动模组配合基部和第二显示器的固定部、第三显示器的固定部,组装固定在基体上;驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模组随动部适应驱动杆转动,而在Z向参考轴上往复运动;第三显示器的固定部还连接形成有一延伸部;第三显示器的基体设有轨道,对应收容一设置在第三显示器萤幕背板的凸柱;第三显示器的基体形成有凸出结构的肋部;驱动模组的随动部形成有口部,分别收容第二显示器固定部、第三显示器固定部;第三显示器的驱动模组随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和连接在第一端、第二端之间的腰部;主臂第一端枢接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部、第三显示器组合部;副臂第一端枢接第二显示器限制部的限制槽、第三显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器、第三显示器在Y向参考轴上运动。
  20. 如权利要求10所述的一种用于扩展显示器的传动装置,其中该第二显示器、第三显示器的基体设有固定部和槽部;第二显示器、第三显示器的萤幕背极分别设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部、第三显示器的固定部,组装固定在基体上;驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模组随动部适应驱动杆转动,而在Z向参考轴上往复运动;第三显示器的固定部还连接形成有一延伸部;第三显示器的基体设有轨道,对应收容一设置在第三显示器萤幕背板的凸柱;第三显示器的基体形成有凸出结构的肋部;驱动模组的随动部形成有口部,分别收容第二显示器固定部、第三显示器固定部;第二显示器的驱动模中随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和枢接在第一端、第二端之间的腰部;主臂第一端枢接驱动模组随动部的枢接 踹,主臂第二端枢接第二显示器组合部、第三显示器组合部;副臂第一端枢接第二显示器限制部的限制槽、第三显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器、第三显示器在Y向参考轴上运动。
  21. 如权利要求11所述的一种用于扩展显示器的传动装置,其中该第二显示器、第三显示器的基体设有固定部和槽部;第二显示器、第三显示器的萤幕背板分别设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部、第三显示器的固定部,组装固定在基体上;驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模姐随动部适应驱动杆转动,而在Z向参考轴上往复运动;第三显示器的固定部还连接形成有一延伸部;第三显示器的基体设有轨道,对应收容一设置在第三显示器萤幕背板的凸柱;第三显示器的基体形成有凸出结槽的肋部;驱动模组的随动部形成有口部,分别收容第二显示器固定部、第三显示器固定部;第二显示器的驱动模组随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和连接在第一端、第二端之间的腰部;主臂第一端枢接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部、第三显示器组合部;副臂第一端枢接第二显示器限制部的限制槽、第三显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器、第三显示器在Y向参考轴上运动。
  22. 如权利要求12所述的一种用于扩展显示器的传动装置,其中该第二显示器、第三显示器的基体设有固定部和槽部;第二显示器、第三显示器的萤幕背板分别设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部、第三显示器的固定部,组装固定在基体上;驱动模组的驱动杆设有螺纹段,枢接驱 动模组随动部,使驱动模组随动部适应驱动杆转动,而在Z向参考轴上往复运动;第三显示器的固定部还连接形成有一延伸部;第三显示器的基体设有轨道,对应收容一设置在第三显示器萤幕背板的凸柱;第三显示器的基体形成有凸出结构的肋部;驱动模组的随动部形成有口部,分别收容第二显示器固定部、第三显示器固定部;第三显示器的驱动模组随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和枢接在第一端、第二端之间的腰部;主臂第一端枢接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部、第三显示器组合部;副臂第一端枢接第二显示器限制部的限制槽、第三显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器、第三显示器在Y向参考轴上运动。
  23. 如权利要求3所述的一种用于扩展显示器的传动装置,其中该第二显示器、第三显示器的基体设有固定部和槽部;第二显示器、第二显示器的萤幕背板分别设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部、第三显示器的固定部,组装固定在基体上;驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模组随动部适应驱动杆转动,而在Z向参考轴上往复运动;第三显示器的固定部还连接形成有一延伸部;第三显示器的基体设有轨道,对应收容一设置在第三显示器萤幕背板的凸柱;第三显示器的基体形成有凸出结构的肋部;驱动模组的随动部形成有口部,分别收容第二显示器固定部、第三显示器固定部;第三显示器的驱动模组随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和连接在第一端、第二端之间的腰部;主臂第一端枢接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部、第三显示器组合部;副臂第一端枢接第二显示器限制部的限制槽、第三显示器限制部的限制槽, 副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器、第三显示器在Y向参考轴上运动。
  24. 如权利要求14所述的一种用于扩展显示器的传动装置,其中该第二显示器、第三显示器的基体设有固定部和槽部;第二显示器、第三显示器的萤幕背板分别设置有组合部、限制部和形成在限制部上的限制槽;驱动模组配合基部和第二显示器的固定部、第三显示器的固定部,组装固定在基体上,驱动模组的驱动杆设有螺纹段,枢接驱动模组随动部,使驱动模组随动部适应驱动杆转动,而在Z向参考制上往复运动;第三显示器的固定部还连接形成有一延伸部;第三显示器的基体设有轨道,对应收容一设置在第三显示器萤幕背板的凸柱;第二显示器的基体形成有凸出结构的肋部;驱动模组的随动部形成有口部,分别收容第二显示器固定部、第三显示器固定部;第三显示器的驱动模组随动部、基部分别设有至少一个枢接端,枢接反应架;反应架包括主臂和副臂;主臂、副臂分别具有第一端、第二端和连接在第一端、第二端之间的腰部;主臂第一端枢接驱动模组随动部的枢接端,主臂第二端枢接第二显示器组合部、第三显示器组合部;副臂第一端枢接第二显示器限制部的限制槽、第三显示器限制部的限制槽,副臂第二端枢接驱动模组基部的枢接端;以及主臂的腰部和副臂的腰部,配合轴销枢接形成轴支点,使反应架带动第二显示器、第三显示器在Y向参考轴上运动。
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