CN113558352A

CN113558352A - Mounting box of rotary puller assembly machine and mounting mechanism of mounting box

Info

Publication number: CN113558352A
Application number: CN202010351880.2A
Authority: CN
Inventors: 冈部克朗
Original assignee: YKK Corp
Current assignee: YKK Corp
Priority date: 2020-04-28
Filing date: 2020-04-28
Publication date: 2021-10-29
Anticipated expiration: 2040-04-28
Also published as: TW202139883A; TWI779518B; CN113558352B

Abstract

The invention provides a placing box of a rotary puller assembling machine and an installation mechanism of the placing box. A cassette has been developed which can be supplied with a main body in a manner such that the main body falls from directly above in a rotary slider assembling machine without replacing a turntable. A mounting box (13) of a rotary slider assembling machine is provided with: a base (16) that can be attached to and detached from the turntable (11); a stage (17) on which a main body (2) as a component is placed; a lifting mechanism (18) which is fixed to the base and guides the objective table in a manner that the objective table can be lifted; a pair of side blocks (19, 19) which accommodate the main body on the objective table in a manner of surrounding the main body from the left and the right of the main body; and an opening/closing mechanism (21) that is fixed to the base and guides the pair of side blocks so as to be openable and closable in the left and right direction.

Description

Mounting box of rotary puller assembly machine and mounting mechanism of mounting box

Technical Field

The present invention relates to a slider assembling machine of a rotary type in which a turn table is rotated in a slider assembling machine for assembling a slider of a slide fastener, and more particularly, to a set box in which components of a slider are supported on a turn table in a posture suitable for assembly in the rotary type slider assembling machine. Further, the present invention relates to a mounting mechanism of the cassette for mounting the cassette to the turntable.

Background

The slider of the slide fastener includes a body for engaging and disengaging elements, and a pull tab for operating the body.

In a conventional rotary slider assembling machine, there is a rotary slider assembling machine including: a turntable having a storage groove formed in an outer peripheral portion thereof for storing the main body; and a ring surrounding the outer periphery of the turntable (patent document 1). In the rotary slider assembling machine, the receiving groove and the ring cooperate to form a receiving space portion for receiving the main body, a notch portion is provided in a part of the ring, and the main body is supplied from the notch portion to the turntable.

Documents of the prior art

Patent document

Patent document 1: chinese utility model registration No. 207138757 specification

Disclosure of Invention

Problems to be solved by the invention

The rotary slider assembling machine is a slider assembling machine in which sliders to be assembled are mass-produced (assembled).

However, there is an attempt to produce a plurality of types of sliders in small quantities using 1 rotary slider assembling machine, respectively. In order to achieve this, it is necessary to replace the turntable, other various devices, and adjust the mounting position in accordance with the slider to be attached, and this series of replacement work is cumbersome.

In addition, the rotary slider assembling machine disclosed in patent document 1 adopts a method of moving the main body from the outer side in the radial direction to the inner side in the radial direction with respect to the turn table in the method of supplying the main body. However, for example, if a robot arm is used, the main body may be supplied by a method of dropping the main body from directly above the storage space, unlike this supply method.

Therefore, the present inventors have made an effort to develop a set cassette that can supply a main body in such a manner that the main body falls from directly above, without replacing a turntable. Incidentally, the set box is a member to be set (attached) to the turntable, and is a box (case) for storing components of the slider. In addition, it is thought that: a mounting mechanism for mounting the cassette to the turntable has also been developed so that the cassette can be easily replaced.

The present invention has been made in view of the above circumstances, and it is a 1 st object thereof to provide the above-described storage box. Further, the 2 nd object of the present invention is to provide an attachment mechanism for attaching the cassette to the turntable.

Means for solving the problems

The invention provides a placing box of a rotary type puller assembling machine, which comprises: a base to which components of a slider of a slide fastener are supplied and which is attachable to and detachable from a turntable; a stage on which a main body as a component is placed; a lifting mechanism fixed to the base and guiding the stage in a manner that the stage can be lifted, the lifting mechanism including a lifting guide; a pair of side blocks for accommodating the main body on the stage in a manner of surrounding the main body from the left and right sides of the main body; and an opening/closing mechanism fixed to the base and configured to guide the pair of side blocks so as to be openable and closable in the left and right direction, the opening/closing mechanism including an opening/closing guide.

The elevating mechanism may be provided with at least an elevating guide, and as a means for generating a force for elevating the stage, a driving means, a spring, or the like may be provided as a part of the elevating mechanism. As an example, the following lifting mechanism is desirable.

That is, the elevating mechanism includes a lowering spring that presses the stage to lower the stage.

The opening/closing mechanism may include at least an opening/closing guide, and the opening/closing mechanism may include a driving device, a spring, or the like as a part of the opening/closing mechanism as a device for generating power to open and close the pair of side blocks. As an example, the following opening and closing mechanism is desirable.

That is, the opening/closing mechanism includes a closing spring that presses the pair of side blocks so as to close the pair of side blocks.

Further, the opening/closing mechanism may include a driving device as a device for generating a force for opening the pair of side blocks, and the driving device may directly press the pair of side blocks in the left-right direction so that the pair of side blocks are opened against a restoring force of the closing spring. In order not to dispose the driving device around the pair of side blocks, the following is desirable.

The opening/closing mechanism includes: a transmission device which converts upward movement into movement in the left-right direction to transmit the movement to the pair of side blocks and opens the pair of side blocks; and a transfer descent spring that generates a downward force to restrict upward movement. The transmission device further includes: a drive cam that is displaced in the vertical direction and is pressed downward by a transmission lowering spring; a driven cam that is pushed by the rising drive cam and is displaced in the left-right direction together with the pair of side blocks; and a drive cam guide fixed to the base and guiding the drive cam in such a manner that the drive cam can be raised and lowered.

With respect to the setting box, it does not matter how the components of the slider are positioned, but as an example, it is desirable to set the box as follows.

Namely, the placing box is provided with: a positioning member for positioning a main body and a pull-tab as parts; and a guide portion for positioning, which is provided on the upper surface of the base, and guides the positioning member so that the positioning member can reciprocate with respect to the stage. The positioning member further includes: a body part; a side claw protruding from the trunk and inserted into the internal space of the main body; a pull tab pressing member which presses the pull tab from above; and a pusher support mechanism that connects the pull-tab pusher to the trunk portion and that allows the tip end portion of the pull-tab pusher to be lifted, the pusher support mechanism including a shaft portion.

The rotary slider assembling machine includes a mounting box, a turntable, and a connecting device for connecting the mounting box to the turntable in a detachable manner. In order to facilitate the coupling operation, it is desirable that the mounting mechanism of the cassette including the turntable, the cassette, and the coupling device is configured as follows.

That is, the mounting mechanism of the cassette according to the present invention includes a cassette, a turntable, and a coupling device. The connecting device further includes: a fixed block fixed to the turntable; a 1 st shaft supported by the fixed block; an arm extending in a radial direction around a 1 st axis and rotatable around the 1 st axis; a 2 nd shaft extending from a distal end portion of the arm in a direction intersecting a longitudinal direction of the arm; and a lever which can rotate around the 2 nd axis and clamps the base of the setting box in cooperation with the turntable. On this basis, the rod is provided with: a cam portion which rotates around the 2 nd axis and clamps the base in cooperation with the turntable; and an operating portion extending from the cam portion.

ADVANTAGEOUS EFFECTS OF INVENTION

The placing box of the invention is provided with the opening and closing guide, therefore, the left and right intervals of the pair of side blocks are widened only by shifting the pair of side blocks to the opening position, the left and right intervals of the pair of side blocks can be made wider than the left and right dimension of the main body to be supplied, and the main body can be supplied to the loading platform from the upper part. In the cassette according to the present invention, the pair of side blocks are displaced to the closed position, so that the distance between the pair of side blocks in the right and left direction is narrowed, and the movement of the main body in the right and left direction is restricted by the pair of side blocks, thereby stabilizing the posture of the main body on the stage. Further, since the mounting box of the present invention includes the vertically movable stage, at least a part of the body can be projected upward with respect to the pair of side blocks by simply raising the stage, and the assembled slider can be discharged by the projected part.

In addition, the mounting box of the invention is provided with the side claw and the pull piece pressing piece, so that the main body and the pull piece can be stabilized during assembly, and the assembly precision can be improved.

In addition, the mounting mechanism of the cassette of the present invention can change the shortest distance between the outer periphery of the cam portion and the 1 st axis only by operating the lever, and therefore, the turntable and the base can be easily coupled and disassembled.

Drawings

Fig. 1 is a perspective view showing a cassette according to a first embodiment of the present invention.

Fig. 2 is a sectional view showing an opening and closing mechanism of the set cassette.

Fig. 3 is a sectional view showing the elevating mechanism of the receiving box.

Fig. 4 is a sectional view showing an opening and closing mechanism and a lifting mechanism of the storage box.

Fig. 5 is a partially exploded perspective view of the mounting box.

Fig. 6 is a sectional view taken along line VI-VI of fig. 7, and is a sectional view horizontally cutting the set box.

Fig. 7 is a rear view of the set cassette as viewed from the rear.

Fig. 8 is a right side view showing the positioning member of the set cassette.

Fig. 9 (a), (B), and (C) are explanatory views showing the first half of the procedure of using the set cassette.

Fig. 10 (a), (B), and (C) are explanatory views showing the second half of the procedure of using the cassette.

Fig. 11 is a final explanatory view showing the order of use of the set cassettes.

Fig. 12 is a plan view of the rotary assembler.

Fig. 13 is a perspective view showing a coupling device according to a first embodiment of the present invention.

Fig. 14 is a sectional view showing a state in which the coupling device and the turntable are coupled.

Fig. 15 (a) and (B) are explanatory views showing the first half of the procedure of using the coupling device.

Fig. 16 (a) and (B) are explanatory views showing the second half of the procedure of using the coupling device.

Description of the reference numerals

1. A slider; 2. a main body; 3. a pull tab; 3a, an annular portion; 4. a cover; 4h, through holes; 5. an upper wing plate; 6. a lower wing plate; 7. a column; 8. a flange; 9. a cover fixing portion; m, a rotary puller assembling machine; 11. a turntable; 11a, a table main body; 11h, holes; 13. placing a box; 14. a connecting device; 15. a mounting mechanism for the placement box; 16. a base; 16c, a through hole; 16h, through holes; 16r, a base main body portion; 16s, a base sub-body portion; 16t, connecting part; 16u, access hole; 17. an object stage; 18. a lifting mechanism; 19. a side block; 19a, an inclined surface; 21. an opening and closing mechanism; 22. a positioning member; 23. a positioning reciprocating mechanism; 25. a body part; 25a, an upper half body; 25b, side plate parts; 25c, a joint plate portion; 25d, lower body; 26. a side claw; 26a, a tip portion; 27. a pull tab pressing member; 27A, a left pressing piece; 27B, a right pressing piece; 28. a pressing member supporting mechanism; 31. a shaft portion; 32. a pressure spring; 33. a supported portion; 33a, a left supported portion; 33b, a right supported portion; 33h, holes; 34. a pressing piece main body part; 34a, a left presser main body portion; 34b, a right pressing piece main body part; 35a, left tabletting; 35b, pressing the tablet on the right side; 36. a positioning guide part; 37. a stopping device; 38. a guide body; 39. a reciprocating member; 41. a groove part; 42. a track plate; 43. a groove space portion; 44. a guide plate; 46. a plunger; 46a, a plunger body; 46b, a ball; 46c, a spring; 47. a front recess; 48. a rear recess; 51. a lifting guide; 52. a lowering spring; 53. a lift stop; 55. a lifting member; 56. a guide body; 57. a master block; 57a, an opening; 57b, a through hole; 57c, a guide hole; 57h, downward hole; 57i, down hole; 57s, main block body; 57t, fitting convex portion; 58. a sub-board; 59. a rising stopper; 61. a drop stop; 63. a projecting piece; 64. a pin; 66. an opening/closing guide; 67. an opening and closing stopper; 68. a closing spring; 69. a transfer device; 71. a descent spring for transmission; 72. an opening and closing member; 73. a guide body; 75. a closing stop; 76. opening the stopper; 78. a holed piece (Japanese: ポケット); 78h, accommodating holes; 79. pressing a plate; 81. a drive cam; 81a, a contact surface; 82. a driven cam; 82a, a contact surface; 83. a drive cam guide; 84. a drop stop; 84a, an opening; 86. a space part for a drive cam; 87. a transfer member; 87a, a convex portion; 88. a guide body; 91. a positioning part; 92. a convex portion; 101. a fixed block; 102. a 1 st axis; 103. an arm; 104. a 2 nd axis; 105. a rod; 106. a spring for the lever; 107. a gasket; 107h, through holes; 108. a posture determining part; 111. a front block; 112. a rear block; 113. a middle block; 113a, corner recesses; 115. a cam portion; 116. an operation section; 117. a plate cam; 117h, spin hole; 119. a collision member; 121. a planar portion; 122. a curved face portion; 123. a space section.

Detailed Description

As shown in fig. 1 and 2, a slider 1 of a slide fastener attached by a rotary slider attaching machine to which the present invention is applied includes: a main body 2; a pull tab 3 placed on the upper surface of the body 2; and a cover 4 fastened to an upper portion of the body 2 to fix the tab 3.

As is well known, the body 2 moves in one direction with respect to the left and right element rows not shown, thereby bringing the left and right element rows closer to each other to engage the left and right element rows, and moves in the opposite direction to the one direction to separate the left and right element rows. The direction in which the left and right element rows are engaged is defined as the front, and the direction in which the left and right element rows are disengaged is defined as the rear. The main body 2 further includes: an upper wing plate 5 and a lower wing plate 6 which are opposite to each other in the up-down direction; a column 7 which is located between the front part of the upper wing plate 5 and the front part of the lower wing plate 6 and is erected at the left and right middle parts; a plurality of flanges 8 protruding from the left and right end portions of at least one of the upper panel 5 and the lower panel 6 so as to narrow the vertical interval; and a pair of

cover fixing portions

9, 9 projecting vertically from the upper surface of the upper wing plate 5 with a space therebetween, and fixing the cover 4.

The cover 4 includes a space (not shown) for accommodating the pair of

cover fixing portions

9 and 9. The space of the cover 4 opens downward. The cover 4 is fastened and deformed so as to sandwich the cover fixing portions 9 from the left and right. The cover 4 cooperates with the main body 2 to form a through hole 4h penetrating in the left and right directions. The tab 3 penetrates the through hole 4 h.

The tab 3 includes an annular portion 3a penetrating the through hole 4 h.

As shown in fig. 12, the rotary slider assembling machine M includes: a turntable 11 that repeats rotation and stop, that is, intermittently rotates; a plurality of set boxes 13 to which components of the slider 1 of the slide fastener are supplied and which are detachable from the turn table 11; and a plurality of coupling devices 14 that are fixed to the turntable 11 and that couple the turntable 11 and the cassette 13 to each other in a manner that the turntable 11 and the cassette 13 can be detached from each other. The mechanism including the turntable 11, the cassette 13, and the coupling device 14 is the attachment mechanism 15 of the cassette 13 according to the first embodiment of the present invention.

Further, although not shown, the rotary slider assembling machine M includes, in addition to the attachment mechanism 15 for mounting the cartridge 13: a rotating device for rotating the turntable 11; a main body supply device for supplying the main body 2 to the set box 13; a tab supply device for supplying the tab 3 to the main body 2 in the setting box 13; a mask supply device for supplying a mask 4 to the main body 2 with the pull tab 3 in the set box 13; cover fastening means for fastening the cover 4 to the body 2 to assemble the slider 1; a finished product inspection device for inspecting the assembled slider 1; a non-defective product discharge device for discharging a non-defective product in the inspected slider 1; and a defective product discharge device for discharging a defective product in the slider 1 after the inspection. Incidentally, as shown in fig. 12, the turntable 11 is repeatedly rotated and stopped at 45 degrees within an angular range of 0 ° to 360 ° when rotated by 1 rotation. Thus, there are 8 stopping points on the turntable 11. And, at the 1 st stop point among the 8 stop points, the main body supply means operates to supply the main body 2 to the set cassette 13. At the 2 nd stop point, the tab feeding device operates to feed the tab 3 onto the main body 2. Nothing is done at the 3 rd stop location. At the 4 th stop point, the mask feeding means operates to feed the mask 4 from above the pull tab 3. At the 5 th stop point, the cover fastening means operates and the cover 4 is fixed to the pair of

cover fixing portions

9, 9. At the 6 th stop point, the finished product inspection device operates to inspect whether the slider 1 is a good product or a bad product. At the 7 th stop point, the defective product discharge device operates to discharge the defective slider 1. At the 8 th stop point, the non-defective product ejecting apparatus operates to eject the slider 1 of the non-defective product. The rotary slider assembling machine M is provided with a set box 13 at a position corresponding to each stop point in the outer peripheral portion of the turn table 11. The rotary slider assembling machine M is provided with a plurality of driving devices (not shown) for partially driving the set box 13 at the periphery of the set box 13. The structure of the mounting mechanism 15 for mounting the cartridge 13 will be described in detail below.

As shown in fig. 1, the cassette 13 includes: a base 16 to which components of the slider 1 are supplied and which is attachable to and detachable from the turn table 11; an object stage 17 on which the body 2 of the slider 1 is placed; a lifting mechanism 18 fixed to the base 16 and guiding the stage 17 so that the stage 17 can be lifted; a pair of side blocks 19 that house the body 2 of the slider 1 on the stage 17 so as to surround the body 2 from the left and right sides of the body 2; an opening/closing mechanism 21 fixed to the base 16 and guiding the pair of side blocks 19 so that the pair of side blocks 19 can be opened and closed in the right and left directions; a positioning member 22 for positioning the body 2 and the pull-tab 3; and a positioning reciprocating mechanism 23 provided on the upper surface of the base 16 and guiding the positioning member 22 so that the positioning member 22 can reciprocate with respect to the stage 17.

As shown in fig. 12, the base 16 is placed on the outer peripheral portion of the upper surface of the turntable 11. The base 16 is provided so as to extend from the center of the turntable 11 in the radial direction of the turntable 11.

The "radial direction" of the turntable 11 is also referred to as a "front-rear direction". The "forward direction" is a direction from the center of the turntable 11 toward the radially outer side. The "rear direction" is a direction from the radially outer side of the turntable 11 toward the center. The "left-right direction" is a left-right direction when the turn table 11 is viewed from the radially outer side.

As shown in fig. 5, the base 16 is a plate whose thickness direction is the vertical direction. As shown in fig. 1, a positioning member 22 and a positioning reciprocating mechanism 23 are provided above the rear portion of the base 16, and a stage 17, a pair of side blocks 19, an elevating mechanism 18, and an opening/closing mechanism 21 are provided in the front portion of the base 16.

As shown in fig. 1, 7, and 8, the positioning member 22 includes: a body part 25; a side claw 26 which protrudes from the trunk portion 25 and is inserted into the internal space of the main body 2; a tab presser 27 that presses the tab 3 from above; and a presser support mechanism 28 that connects the tab presser 27 to the trunk portion 25 and that allows the tip end portion of the tab presser 27 to be raised and lowered.

The torso portion 25 has a pusher support mechanism 28 fixed to an upper portion thereof and a side claw 26 fixed to a lower portion thereof. The upper part of the trunk 25 will be described in detail later.

As shown in fig. 10 (c), the side claws 26 extend forward from the lower portion of the trunk portion 25. As shown in fig. 9, the distal end portion (front portion) 26a of the side claw 26 branches into two branches. This corresponds to the shape of the body 2. The main body 2 is placed on the stage 17 with the column 7 facing the front. At this time, the inner space of the main body 2 is divided left and right at the front thereof by the column 7. Then, the distal end portions 26a of the two legs of the side claws 26 are inserted from the rear of the main body 2 toward the divided portions. The distal end portions 26a of the side claws 26 are in contact with the inner peripheral surface of the main body 2, thereby positioning the main body 2 vertically and horizontally from the inside of the main body 2.

As shown in fig. 8, the holder support mechanism 28 includes at least a shaft portion 31, and the shaft portion 31 connects the tab holder 27 to the trunk portion 25 and allows the tip end portion of the tab holder 27 to move up and down. In the present embodiment, the holder support mechanism 28 includes a compression spring 32 in addition to the shaft portion 31, and the compression spring 32 is accommodated between the tab holder 27 and the trunk portion 25 at a position rearward of the shaft portion 31 and presses the front portion of the tab holder 27 downward.

The tab presser 27 is a (long) member extending in the front-rear direction. Further, the tab presser 27 includes: a supported portion 33 supported by the pusher support mechanism 28; a pusher body portion 34 extending forward from the supported portion 33 and separated laterally at a front portion thereof; and a left presser piece 35a and a right presser piece 35b which approach each other from the left and right in a manner to narrow the interval in the front portion of the presser main body 34, and which press the upper surface of the tab 3 from the left and right.

In the present embodiment, the tab presser 27 is an independent component separated from the left and right as shown in fig. 1. That is, the tab presser 27 includes a left presser 27A and a right presser 27B. Further, the pressing piece body 34 of the tab pressing piece 27 includes a left pressing piece body 34a of the left pressing piece 27A and a right pressing piece body 34B of the right pressing piece 27B, and the supported portion 33 of the tab pressing piece 27 includes a left supported portion 33a of the left pressing piece 27A and a right supported portion 33B of the right pressing piece 27B. As shown in fig. 7, the left supported portion 33a and the right supported portion 33b are disposed so as to be separated from the left and right side surfaces of the trunk portion 25 in the left and right directions, and are disposed in a state of being separated from the upper surface of the trunk portion 25 above the upper surface. The left presser 27A and the right presser 27B are connected to the upper portion of the trunk portion 25 by the shaft portion 31, respectively. The tab presser 27 is supported so that the tip end portion can swing about a shaft portion 31 extending horizontally, and the left presser 27A and the right presser 27B are supported so as to swing about the shaft portion 31.

As shown in fig. 7, the upper part of the trunk portion 25 includes: an upper half 25a accommodated between the left supported portion 33a and the right supported portion 33 b; a pair of

side plate portions

25b, 25b disposed on the left and right of the left supported portion 33a and the right supported portion 33 b; and a pair of engaging

plate portions

25c, 25c that engage the upper half portion 25a and the pair of

side plate portions

25b, 25b along the left and right below the left supported portion 33a and the right supported portion 33 b. In this way, the upper portion of the trunk portion 25 is in a state in which the pair of

side plate portions

25b, 25b are arranged on the left and right of the upper half portion 25a with respect to the upper half portion 25 a. Further, a left supported portion 33a is disposed between the left side plate portion 25b and the upper half portion 25a, and a right supported portion 33b is disposed between the right side plate portion 25b and the upper half portion 25 a. The shaft portion 31, which spans between the pair of side plate portions 25b, extends in the left-right direction and penetrates the upper body portion 25a, the left supported portion 33a, and the right supported portion 33 b. Incidentally, the lower part of the trunk portion 25 is a lower body portion 25d extending downward from the upper body portion 25 a.

The pressure spring 32 is a compression coil spring. The pressing springs 32 are disposed between the left engaging plate portion 25c and the left supported portion 33a facing upward thereof, and between the right engaging plate portion 25c and the right supported portion 33b facing upward thereof. Incidentally, holes 33h for accommodating the upper portions of the pressing springs 32 are formed in the lower surfaces of the left and right supported portions 33a and 33 b. Further, the pressure spring 32 is in a contracted state, and due to its restoring force, a portion of the tab holder 27 located rearward of the shaft portion 31 is pressed upward, and as a result, a tip end portion (front portion) of the tab holder 27 is pressed downward.

Further, although not shown, a driving device for pressing the tip end portion of the tab presser 27 upward against the restoring force of the compression spring 32 is provided above the turntable 11 independently of the set cassette 13 including the compression spring 32. By pressing the tab holder 27 downward at a position rearward of the shaft portion 31 by the driving device, the tip end portion of the tab holder 27 is raised. Further, a positioning reciprocating mechanism 23 that guides the positioning member 22 including the compression spring 32 so as to be capable of reciprocating in the front-rear direction.

As shown in fig. 1, the positioning reciprocating mechanism 23 includes at least a positioning guide 36, and the positioning guide 36 is provided on the upper surface of the base 16 and guides the positioning member 22 so that the positioning member 22 can reciprocate with respect to the stage 17. In the present embodiment, as shown in fig. 6, the positioning reciprocating mechanism 23 includes a positioning guide 36, and a stop device 37 for determining a stop position at the time of forward movement (forward movement) and a stop position at the time of return movement (backward movement) of the positioning member 22.

As shown in fig. 6 and 7, the positioning guide 36 includes: a guide body 38 extending in the front-rear direction; and a reciprocating member 39 that reciprocates back and forth along the guide body 38.

The guide body 38 is formed in cooperation with the base 16 in the present embodiment. The guide body 38 is rail-shaped. As shown in fig. 3 and 7, the guide body 38 includes: a groove portion 41 formed recessed on the upper surface of the base 16 and extending along the front and rear; and left and

right rail plates

42, 42 fixed to the left and right sides of the groove 41 on the upper surface of the base 16 and extending toward the upper and left and right center portions of the groove 41. The guide body 38 includes a groove space 43 having a vertically inverted T-shaped cross section formed by the groove 41 and the pair of

rail plates

42 and 42. The groove space 43 extends in the front-rear direction.

The reciprocating member 39 is formed in cooperation with the lower portion (lower body portion 25d) of the trunk portion 25 in the present embodiment. The reciprocating member 39 includes a lower portion of the body portion 25 accommodated between the pair of rail plates 42, and a pair of

guide plates

44, 44 protruding from the lower portion of the body portion 25 along the left and right.

The positioning guide 36 guides the positioning member 22 so that the positioning member 22 can reciprocate. Further, although not shown, a driving device for reciprocating the positioning member 22 is provided above the turntable 11 independently of the cassette 13. A stopper 37 for determining a stop position at the time of reciprocating (at the time of forward and backward movements) of the positioning member 22 reciprocated by the driving device is provided to the guide main body 38 and the shuttle 39.

As shown in fig. 6, the stop device 37 includes: a plunger 46; a front concave portion 47 into which the tip end portion of the plunger 46 can be inserted and withdrawn; and a rear concave portion 48 which is capable of inserting and removing the tip end portion of the plunger 46 at a position rearward of the front concave portion 47. In the present embodiment, the plunger 46 is embedded in one of the portions of the base 16 that stand on the left and right with respect to the groove portion 41. Further, the distal end portion of the plunger 46 is in a state of protruding toward the groove portion 41 side. The plunger 46 further includes: a cylindrical plunger main body 46 a; a ball 46b internally disposed within the plunger body 46 a; and a spring 46c (compression coil spring) which is internally provided in the plunger main body 46a and which partially projects the ball 46b from the plunger main body 46a to the groove portion 41 side.

The front recess 47 and the rear recess 48 are formed on the surfaces of the pair of

guide plates

44, 44 of the reciprocating member 39 that face the plunger 46 and are recessed at intervals in the front-rear direction. The position of the positioning member 22 when the distal end portion of the plunger 46 is fitted into the front concave portion 47 is referred to as a retreated position. The position of the positioning member 22 when the distal end portion of the plunger 46 is fitted into the rear concave portion 48 is referred to as an advanced position. When the positioning member 22 is in the retreated position, that is, in a state where the distal end portion (ball 46b) of the plunger 46 is fitted in the front concave portion 47, if a driving device (not shown) moves the positioning member 22 forward (advances), the ball 46b is separated from the front concave portion 47, and the ball 46b advances and is fitted in the rear concave portion 48, so that the positioning member 22 is in the advanced position. At this time, the distal end portions 26a of the side claws 26 and the distal end portions of the pull tab holding pieces 27 of the positioning member 22 are arranged above the stage 17, and the components of the slider 1 are positioned. In a state where the positioning member 22 is located at the forward position, that is, in a state where the distal end portion of the plunger 46 is fitted in the rear concave portion 48, when the driving device reciprocates (retreats) the positioning member 22, the ball 46b is fitted in the front concave portion 47, and the positioning member 22 becomes the retreated position. The tip end 26a of the side claw 26 and the tip end of the tab holder 27 are separated from above the stage 17.

As shown in fig. 2, 3, and 6, the stage 17 is a stage on which the body 2 of the slider 1 is placed. The outer shape of the front portion of the upper surface of the stage 17 is substantially the same as (identical or similar in shape and size to) the outer shape of the main body 2 in plan view. The rear portion of the upper surface of the stage 17 has a rectangular shape extending in the front-rear direction in plan view. Further, a lifting mechanism 18 guides the stage 17 so that the stage 17 can be lifted and lowered.

As shown in fig. 3, the elevating mechanism 18 includes at least an elevating guide 51, and the elevating guide 51 is fixed to the base 16 and guides the stage 17 so that the stage 17 can be elevated. In the present embodiment, the lifting mechanism 18 includes, in addition to the lifting guide 51: a lowering spring 52 that presses the stage 17 so as to lower the stage 17; and a lift stopper 53 which determines a lift range of the stage 17.

The lifting guide 51 includes: a lifter 55 extending in the up-down direction; and a guide body 56 that guides the lifter 55 so that the lifter 55 can move up and down. In the present embodiment, the elevating guide 51 fixes the elevating member 55 to the stage 17 and fixes the guide body 56 to the base 16.

As shown in fig. 3 and 5, the guide body 56 has a cylindrical shape penetrating in the vertical direction, more specifically, a square cylindrical shape. Further, the guide body 56 includes: a main block 57 having an opening 57a that opens forward in a plan view; and a sub-plate 58 fixed to the main block 57 and closing the opening 57a of the main block 57 from the front.

The main block 57 is fixed to the lower surface of the front portion of the base 16. Further, through holes 16h that open upward to the opening 57a of the main block 57 are formed in the left and right intermediate portions of the front portion of the base 16. The through hole 16h forms a lower part of a space for elevating the stage 17, and extends in the left-right direction and the rear direction with respect to the opening 57a in a plan view. The main block 57 further includes: a main block body 57s disposed on the lower side with respect to the base 16; and a fitting projection 57t that projects upward from the main block body 57s and is fitted into the through hole 16 h.

As shown in fig. 3 and 10 (c), the lifter 55 extends downward from the lower surface of the front portion of the stage 17, and has a vertical overall length longer than the overall length of the guide body 56. The lifter 55 has a prismatic shape corresponding to the inner surface shape of the guide body 56. Also, it is the elevation stopper 53 that determines the elevation range of the stage 17 disposed above the elevation member 55.

The up-down stopper 53 includes an up-down stopper 61 for determining a down-down limit position and an up-down stopper 59 for determining a up-down limit position.

The descent stopper 61 is constituted by the stage 17 and the guide main body 56 (main block 57). The stage 17 is vertically opposed to the main block 57, and the lowering limit position of the stage 17 is determined by collision. The lowering limit position of the stage 17 is a position where components of the slider 1 are fitted, and therefore, is sometimes referred to as an "fitting position".

The lift stopper 59 includes a projecting piece 63 projecting from the lower portion of the lifter 55 to the periphery, and a guide body 56 facing above the projecting piece 63.

The protruding piece 63 protrudes forward and backward from the lower portion of the lifter 55. The rear portion of the projecting piece 63 faces the lower side of the guide main body 56 (main block 57).

The rear portion of the protruding piece 63 faces the main block 57 in the vertical direction, and the lift limit position of the stage 17 is determined by collision. Incidentally, the extreme elevation position is a position where the upper surface of the stage 17 and the upper surface of the side block 19 are at the same height. This position is a position where the assembled slider 1 is discharged, and therefore, is sometimes referred to as "discharge position". Further, housed between the rear portion of the projecting piece 63 and the upper and lower portions of the guide body 56 is a lowering spring 52.

The descending spring 52 is a compression coil spring as shown in fig. 3, 4, and 10 (c). The upper portion of the descent spring 52 is housed in a downward hole 57h formed in the lower surface of the main block 57 of the guide body 56. The downward hole 57h is also opened at the rear surface of the guide body 56. To position the descent spring 52 accommodated in the downward hole 57h, the pin 64 protrudes upward from the rear portion of the protruding piece 63. The pin 64 is inserted into the inside of the descending spring 52 so that the descending spring 52 is positioned.

When the stage 17 is present at the mounting position, the lower portion of the lowering spring 52 protrudes downward from the downward hole 57h, and the rear portion of the protruding piece 63 is vertically separated from the guide main body 56 (main block 57). Further, in order to move the stage 17 from the mounting position to the discharge position, an elevation driving device for elevating the stage 17 against the restoring force of the lowering spring 52 is provided below the projecting piece 63 independently of the cassette 13, although not shown. A pair of side blocks 19 are disposed on the left and right of the stage 17 and above the base 16.

As shown in fig. 2 and 3, the side block 19 has a surface on the stage 17 side of the left and right side surfaces as a surface along the side surface of the stage 17. The pair of side blocks 19, 19 sandwich the stage 17 at the mounting position from the left and right by the opening and closing mechanism 21. Further, the surfaces of the upper portions of the pair of side blocks 19, 19 on the stage 17 side become a pair of

inclined surfaces

19a, 19a that are separated in both right and left directions as they go upward. Therefore, the distance between the pair of side blocks 19 in the left-right direction is wider at the upper portion than at the lower portion, and the body 2 of the slider 1 can be easily put in.

The opening/closing mechanism 21 includes at least an opening/closing guide 66, and the opening/closing guide 66 is fixed to the base 16 and the side block 19 and guides the pair of side blocks 19, 19 so that the pair of side blocks 19, 19 can be opened and closed in the right and left directions. In addition, in the present embodiment, the opening/closing mechanism 21 includes, in addition to the opening/closing guide 66: an open/close stopper 67 for determining an open/close range of the pair of side blocks 19, 19; a closing spring 68 that presses the pair of side blocks 19, 19 so as to close (approach) the pair of side blocks 19, 19; a transmission device 69 that converts upward movement into left-right movement, transmits the movement to the pair of side blocks 19, and opens (separates) the pair of side blocks 19, 19; and a transmission lowering spring 71 that generates a downward force in such a manner as to restrict the upward movement of the transmission 69.

As shown in fig. 2, the opening/closing guide 66 includes an opening/closing member 72 that moves in the left-right direction, and a guide body 73 that guides the opening/closing member 72 so that the opening/closing member 72 can move in the left-right direction. In the present embodiment, the guide body 73 is fixed to the upper surface of the front portion of the base 16 and extends in the left-right direction. In addition, the guide body is provided with grooves (reference numerals omitted) extending along the left and right at the front and rear surfaces. The shutter 72 is shaped to cover the guide body 73 from the upper surface and sandwich the upper portion of the guide body 73 from the lower side (groove) thereof. The shutter 72 projects downward from the side block 19. Also, it is the opening/closing stopper 67 that determines the moving range of the side block 19 in the left-right direction.

The open/close stopper 67 includes a close stopper 75 that determines a closed position (approaching limit position) of the pair of side blocks 19, and an open stopper 76 that determines an open position (separating limit position) of the pair of side blocks 19, 19.

As shown in fig. 2 and 4, the closing stopper 75 is composed of the stage 17 and a pair of side blocks 19 and 19. The stage 17 and the left side block 19 oppose each other in the left-right direction, and the stage 17 and the right side block 19 oppose each other in the left-right direction, and the closed position of the side blocks 19 is determined by collision. Incidentally, the stage 17 is opposed to the pair of side blocks 19, 19 in the left-right direction over the entire lifting range. Further, the opening stopper 76 is detailed later. Further, a closing spring 68 presses the pair of side blocks 19, 19 so as to close the pair of side blocks 19, 19 with the stage 17 interposed therebetween (so as to approach the stage 17 in the left-right direction).

The closing spring 68 is a compression coil spring as shown in fig. 2 and 6. Further, a perforated piece 78 that houses the closing spring 68 protrudes downward from the lower surface of the side block 19 at a position rearward of the shutter 72 of the opening-closing guide 66. The apertured member 78 is in the form of a block. Further, a housing hole 78h for housing the closing spring 68 is formed in a surface of the left and right side surfaces of the holed member 78 opposite to the stage 17. The housing hole 78h is formed to surround the closing spring 68 from the outer peripheral side of the closing spring 68. On the other hand, a pressing plate 79 that presses the closing spring 68 from the surface on the opposite side to the stage 17 is fixed to the side surface in the front portion of the base 16. The closing spring 68 accommodated in the accommodating hole 78h is accommodated in a state of being contracted in the left-right direction by the pressing plate 79. The platen 79 faces the holed member 78 on the opposite side of the stage 17 from the holed member 78. Thus, the holed member 78 and the pressure plate 79 are in a positional relationship capable of colliding, and thus constitute the opening stopper 76.

In addition, the closing spring 68 urges the side block 19 in the left-right direction toward the stage 17 with its restoring force. Although not shown, an opening drive device for opening the pair of side blocks 19 and 19 against the restoring force of the closing spring 68 is disposed below the set cassette 13 independently of the set cassette 13. Further, what converts the upward movement of the opening drive means into a movement in the left-right direction to transmit to the pair of side blocks 19, 19 and to open (separate) the pair of side blocks 19, 19 is a transmission means 69.

As shown in fig. 2, 3, and 5, the transmission device 69 includes: a drive cam 81 that is displaced in the vertical direction and is pressed downward by the transmission lowering spring 71; a driven cam 82 that is pushed by the rising drive cam 81 to be displaced in the left-right direction together with the pair of side blocks 19, 19; a drive cam guide 83 fixed to the base 16 and guiding the drive cam 81 such that the drive cam 81 can be raised and lowered; and a descent stopper 84 that determines a descent limit position of the drive cam 81.

The driven cam 82 is a portion facing the stage 17 side in the right and left side portions of the holed member 78. The driven cam 82 is further away from the stage 17 than the surface facing the stage 17 among the left and right side surfaces of the side block 19. That is, a drive cam space 86 is formed between the stage 17 side surface of the left and right side surfaces of the driven cam 82 and the stage 17. The drive cam space 86 is formed on the left and right of the stage 17 and accommodates the drive cam 81.

The drive cam 81 extends in the up-down direction. The upper portion of the drive cam 81 contacts the lower portion of the driven cam 82 along left and right surfaces 81a and 82a (hereinafter referred to as contact surfaces). Contact surfaces 81a and 82a between the upper portion of the drive cam 81 and the driven cam 82 are inclined surfaces inclined so as to approach the stage 17 as going upward. As shown in fig. 2 and 5, the base 16 is formed with a through hole 16c extending in the vertical direction through which the drive cam 81 is inserted into the drive cam space 86 from below the base 16. Further, a through hole 57b extending in the vertical direction through which the drive cam 81 passes is formed in the main block 57 of the up-down guide 51 at a position corresponding to the through hole 16c of the base 16. Further, a driving cam guide 83 for guiding the pair of driving

cams

81 and 81 so that the pair of driving

cams

81 and 81 can move up and down.

As shown in fig. 2 and 3, the drive cam guide 83 includes a transmission member 87 extending in the vertical direction and a guide body 88 for guiding the transmission member 87 so that the transmission member 87 can move up and down. In the present embodiment, the drive cam guide 83 has the transmission member 87 fixed to the pair of drive cams 81, and the guide body 88 fixed to the lower surface of the base 16.

The transmission member 87 is in the present embodiment in a plate shape having a thickness direction in the front-rear direction. The transmission member 87 has a pair of

drive cams

81 and 81 projecting upward from the left and right sides of the upper surface of the transmission member 87.

The guide body 88 is the guide body 56 (main block 57) of the elevating guide 51, and the transmission member 87 is guided from the front surface and the rear surface of the transmission member 87. A guide hole 57c for guiding the transmission member 87 so that the transmission member 87 can be raised and lowered is formed in the rear portion of the lower surface of the main block 57. The guide hole 57c penetrates along the left and right sides, and communicates with a through hole 57b through which the drive cam 81 penetrates. Further, the front surface portion of the guide hole 57c and the front surface of the transmission piece 87 are fitted to each other by a concave portion and a convex portion extending in the vertical direction so that the transmission piece 87 can be lifted and lowered, so that the transmission piece 87 is not displaced in the left and right direction in the guide hole 57 c. Incidentally, fig. 5 shows a case where a convex portion 87a is formed on the front surface of the transmission member 87. A descent stopper 84 that prevents the transmission member 87 from falling and determines a descent limit position of the drive cam 81 is fixed to a lower surface of the main block 57.

The descent stopper 84 is shaped to support the transmission member 87 from below at a position above the lower end of the transmission member 87. The transmission member 87 is formed in a shape in which the upper portion protrudes in both right and left directions with respect to the lower portion. Therefore, the upper portion of the transmission member 87 is provided with lower end surfaces on both left and right sides. The descent stopper 84 is formed in a frame shape so as to support left and right lower end surfaces in an upper portion of the transmission member 87 from below and guide a lower portion of the transmission member 87 so as to be displaceable in the vertical direction. Incidentally, the front side of the frame-shaped descent stopper 84 becomes the opening 84 a. As shown in fig. 4, a downward hole 57h for accommodating the lowering spring 52 of the elevating mechanism 18 is disposed directly above the opening 84 a. The opening 84a is not in contact with the descending spring 52 and the rear portion of the projecting piece 63 of the ascending stopper 59. A transmission lowering spring 71 presses downward a transmission member 87 supported from below by the lowering stopper 84.

The transmission lowering spring 71 is housed between the main block 57 and the transmission member 87 in the vertical direction as shown in fig. 2. A downward hole 57i for accommodating the transmission lowering spring 71 is formed in the lower surface of the main block 57. In the illustrated example, two

downward holes

57i, 57i are formed in the lower surface of the base 16 so as to be spaced apart from each other in the left-right direction. The transmission lowering spring 71 is housed in the upper surface of the transmission member 87 and the two

downward holes

57i and 57i on the upper side thereof in a contracted state, and generates a downward force to restrict the upward movement of the transmission member 87. When the transmission member 87 collides with the descent stopper 84, the pair of side blocks 19 and 19 are brought into a closed state in which they sandwich the stage 17 by the restoring force of the closing spring 68.

The set box 13 is controlled to stop at 8 stop points as described above, and at several stop points, the robot arm feeds the components of the slider 1 onto the stage 17 of the set box 13.

As shown in fig. 9 (a), the main body 2 is supplied from directly above the stage 17 at the 1 st stop point. At this time, the driving device for the opening and closing mechanism is operated to raise the transmission member 87, and the transmission device 69 converts the upward movement of the transmission member 87 into the movement in the left-right direction to separate the pair of side blocks 19, 19 from the stage 17 and set the state to the open state. In addition, the stage 17 exists at the mounting position (the descent limit position). When the main body 2 is supplied, as shown in fig. 9 (B), the driving device for the opening/closing mechanism is separated from the transmission member 87, and the pair of side blocks 19 and 19 approach the stage 17 by the restoring force of the closing spring 68, thereby being in the closed state. When the dimension of the main body 2 in the left-right direction is slightly smaller than the dimension of the stage 17 in the left-right direction, the main body 2 is accommodated between the pair of side blocks 19, 19 in a state capable of being slightly moved. When the dimension of the main body 2 in the left-right direction is slightly larger than the dimension of the stage 17 in the left-right direction, the main body 2 is sandwiched between the pair of side blocks 19, 19. Incidentally, at the 1 st stop point, the positioning member 22 exists at a retreated position that is away from the stage 17 in the rearward direction.

Next, as shown in fig. 9 (C), the tab 3 is supplied onto the body 2 at the 2 nd stop point, and the annular portion 3a of the tab 3 is penetrated by the front cover fixing portion 9. Thereafter, the drive device for the pusher support mechanism of the positioning member 22 is operated to raise the distal end portion of the tab pusher 27 as shown in fig. 10 (a). Then, when the drive device for the shuttle 23 is operated to advance the positioning member 22 to the advanced position as shown in fig. 10 (B), and the tip end portion of the tab presser 27 reaches the position directly above the tab 3, the drive device for the presser support mechanism is operated so as to be separated from the tab presser 27, and the tab 3 is pressed by the tip end portion of the tab presser 27. At this time, the distal end portion 26a of the side claw 26 is inserted into the body 2, and the body 2 is positioned.

This state is maintained at the 3 rd stop point and the 4 th stop point. Further, at the 4 th stop point, the cover 4 is supplied directly above the pair of

cover fixing portions

9, 9. At the 5 th stop point, the drive device for the pressing member support mechanism of the positioning member 22 is operated to raise the tip end portion of the tab pressing member 27, and in this state, the cover 4 is fastened and fixed to the pair of

cover fixing portions

9, 9. Thereafter, the drive device for the pressing member support mechanism is operated to separate from the tab pressing member 27, and the tab 3 is pressed by the tip end portion of the tab pressing member 27. Thereafter, at the 6 th stopping location, the state at the 5 th stopping location is substantially maintained. Further, the positioning member 22 may be retracted to an intermediate position between the forward position and the backward position by operating a driving device for the reciprocating mechanism 23.

At the 7 th stop point and the 8 th stop point, the drive device for the shuttle 23 is operated to retreat the positioning member 22 to the retreated position as shown in fig. 10 (C), and the tab presser 27 and the side pawl 26 are separated from the slider 1. Further, as shown in fig. 11, the stage 17 is raised to the discharge position by operating the driving device for the elevating mechanism. In the ejecting position, the upper surface of the stage 17 and the upper surface of the side block 19 are at the same height, and therefore, the slider 1 can be gripped by the robot arm and ejected.

Since the set box 13 according to the first embodiment of the present invention described above includes the opening/closing guide 66, the left-right interval between the pair of side blocks 19, 19 is widened by displacing the pair of side blocks 19, 19 to the opened position, the left-right interval between the pair of side blocks 19, 19 can be made wider than the left-right dimension of the predetermined main body 2 to be supplied, and the main body 2 can be supplied onto the stage 17 from above.

In the placement box 13 according to the first embodiment, the pair of side blocks 19 and 19 are displaced to the closed position, so that the left-right distance between the pair of side blocks 19 and 19 is narrowed, and the movement of the main body 2 in the left-right direction is restricted by the pair of side blocks 19 and 19, thereby stabilizing the posture of the main body 2 on the stage 17.

Further, since the set box 13 of the first embodiment includes the stage 17 that can be lifted and lowered, the body 2 can be projected upward with respect to the pair of side blocks 19, 19 by simply lifting the stage 17, and the assembled slider 1 can be discharged by the projected portion. Incidentally, with the set box 13 of the first embodiment, at the rising limit position of the stage 17, the height of the upper surface of the stage 17 is the same as the height of the upper surface of the side block 19, and therefore, the assembled slider 1 is easily ejected.

Further, since the set cassette 13 according to the first embodiment is attached to the turn table 11, when the slider 1 to be attached is changed, the set cassette 13 according to the shape and size of the changed slider 1 may be attached to the turn table 11 instead, and the turn table 11 does not have to be replaced.

Further, since the mounting box 13 of the first embodiment includes the side claws 26 and the tab holders 27, the body 2 and the tabs 3 can be stabilized during assembly, and the assembly accuracy can be improved. Further, since the cassette 13 according to the first embodiment is independent of the driving device, the size of the cassette 13 can be reduced compared to the case where the cassette is integrated with the driving device.

As shown in fig. 12, the set cassettes 13 are placed on the outer peripheral portion of the upper surface of the turntable 11 having a disk shape at equal intervals. In order to determine the position for placing the cassette 13, as shown in fig. 16 (B), a positioning portion 91 is formed on the turntable 11 and the cassette 13. In the present embodiment, the turntable 11 includes a disc-shaped table main body 11a, and a projection 92 projecting upward from the upper surface of the table main body 11 a. The base 16 of the storage box 13 has a recess (not shown) on its lower surface into which the projection 92 is fitted. The cassette 13 positioned by the positioning portion 91 including the convex portion 92 and the concave portion is fixed to the turntable 11 by the coupling device 14.

As shown in fig. 13 and 14, the coupling device 14 includes: a fixed block 101 fixed to the turntable 11 (table main body 11 a); a 1 st shaft 102 supported by the fixed block 101; an arm 103 extending in a radial direction around the 1 st axis 102 and rotatable around the 1 st axis 102; a 2 nd shaft 104 extending from a distal end portion of the arm 103 in a direction intersecting the longitudinal direction of the arm 103; a lever 105 which can rotate around the 2 nd axis 104 and which clamps the base 16 of the cassette 13 in cooperation with the turntable 11; a lever spring 106 which is penetrated between the 1 st shaft 102 and the 2 nd shaft 104 by the arm 103; a washer 107 for pressing the base 16 downward by the rod 105, which is inserted through the arm 103 and sandwiched between the rod spring 106 and the rod 105; and a posture determining unit 108 for determining the posture of the arm 103 rotating about the 1 st axis 102 when the mounting box 13 is coupled to the base 16.

The fixed block 101 includes a front block 111 and a rear block 112 facing each other in the front-rear direction, and a middle block 113 extending between the lower portion of the front block 111 and the lower portion of the rear block 112. Both end portions of the 1 st shaft 102 are rotatably supported by the front block 111 and the rear block 112.

The 1 st axis 102 extends horizontally. Further, an arm 103 is fixed to an intermediate portion of the 1 st shaft 102. Therefore, the arm 103 is integrated with the 1 st shaft 102, and the arm 103 can rotate about the 1 st shaft 102.

Further, the arm 103 extends in a radial direction around the 1 st axis 102. Therefore, one end of the arm 103 is fixed to the 1 st shaft 102, and the other end (tip end) of the arm 103 is separated from the 1 st shaft 102. The longitudinal direction of the arm 103 coincides with the radial direction around the 1 st axis 102. The arm 103 penetrates the lever spring 106 and the washer 107 in this order from the one end side toward the other end side.

The rod spring 106 is a compression coil spring. An arm 103 penetrates inside the lever spring 106. The 2 nd shaft 104 is fixed to a portion of the arm 103 that protrudes to the opposite side of the 1 st shaft 102 with respect to the lever spring 106 and the washer 107, that is, a distal end portion of the arm 103.

The 2 nd axis 104 extends in a direction orthogonal to the longitudinal direction of the arm 103 and parallel to the 1 st axis 102. The 2 nd shaft 104 extends in a radial direction around the arm 103. Therefore, the 2 nd shaft 104 has a longitudinal middle portion thereof penetrated and fixed by the arm 103, and longitudinal both end portions of the 2 nd shaft 104 extend so as to be spaced apart from the arm 103. The rods 105 are rotatably supported at both ends of the 2 nd shaft 104.

The rod 105 includes: a cam portion 115 that rotates about the 2 nd shaft 104 and clamps the base 16 in cooperation with the turntable 11; and an operating portion 116 extending from the cam portion 115.

The cam portion 115 includes a pair of

plate cams

117, 117 penetrated by both end portions in the longitudinal direction of the 2 nd shaft 104. The operation portion 116 extends from the pair of

plate cams

117, 117 in a radial direction around the 2 nd shaft 104. The direction in which the operation portion 116 extends is the longitudinal direction of the rod 105.

A rotation hole 117h through which the 2 nd shaft 104 is rotatably inserted is formed in the center of the plate cam 117. The distance between the center of the rotation hole 117h (2 nd shaft 104) and the outer periphery of the plate cam 117 (cam portion 115) is not constant. The longitudinal direction of the rod 105 is extended at right angles to the longitudinal direction of the arm 103, and the posture of the rod 105 at this time is set to the 1 st posture. The longitudinal direction of the rod 105 is made to coincide with the longitudinal direction of the arm 103, and the posture of the rod 105 at this time is set to the 2 nd posture. In the 1 st posture, the shortest distance between the outer periphery of the cam portion 115 and the 1 st shaft 102 is shorter than that in the 2 nd posture. When the set cassette 13 is detached from the turntable 11, the lever 105 assumes the 2 nd posture. On the other hand, when the cassette 13 is coupled to the turntable 11, the lever 105 assumes the 1 st posture, and the arm 103 assumes a posture extending upward from the 1 st shaft 102 in a straight line (upright posture). Further, it is the posture determining section 108 that positions the arm 103 in the upright posture.

The posture determining unit 108 is constituted by a collision member 119 inserted between the 1 st shaft 102 and the rod spring 106 by the arm 103 and the middle block 113 which is collided by the collision member 119.

The collision member 119 is fixed in contact with the 1 st shaft 102. A flat portion 121 is formed on the outer peripheral surface of the intermediate portion in the longitudinal direction of the 1 st shaft 102 so that the striker 119 makes surface contact therewith. To be more specific, the 1 st axis 102 has a shape in which the middle portion in the longitudinal direction thereof is cut along a plane parallel to the axial direction of the cylinder. More specifically, the 1 st shaft 102 includes, in its longitudinal intermediate portion: a planar portion 121 extending parallel to the longitudinal direction of the 1 st shaft 102; and a curved surface portion 122 that connects both ends of the planar portion 121 in an arc shape when viewed from the longitudinal direction of the 1 st shaft 102, and the arc is shaped to extend parallel to the longitudinal direction of the 1 st shaft 102.

One end of the arm 103 extending in a direction perpendicular to the plane portion 121 is embedded in the plane portion 121 at the middle portion of the 1 st shaft 102 in the longitudinal direction. Further, the arc of the curved surface portion 122 is a shape larger than a semicircle.

A corner portion of the middle block 113, which is formed by one of the left and right side surfaces and the upper surface, is formed with a corner recess 113a recessed along the curved surface portion 122 of the 1 st shaft 102 so as to have an arc-shaped cross section. In addition, the collision member 119 collides with a portion of the upper surface of the middle block 113 adjacent to the angular recess 113a, positioning the arm 103 in the upright posture. The upper surface of the middle block 113 is located below the upper surfaces of the front block 111 and the rear block 112. A space 123 for accommodating the striker 119 between the front block 111 and the rear block 112 is formed above the middle block 113.

Further, a washer 107 is disposed between the cam portion 115 and the rod spring 106. The washer 107 has a through hole 107h through which the arm 103 passes. The washer 107 is radially outwardly extended from the rod spring 106. The washer 107 is pressed against the cam portion 115 by the elastic force of the lever spring 106. The gasket 107 presses the base 16 of the cassette 13 against the turntable 11.

As shown in fig. 16 (B), the base 16 includes a coupling portion 16t that is pressed by the washer 107 and coupled by the coupling device 14. An access hole 16u through which the arm 103 can be accessed is formed in the connection portion 16t, and the access hole 16u penetrates in the vertical direction and opens laterally. Incidentally, as shown in fig. 5, the base 16 includes: a base body 16r on which a rail plate 42 of the positioning reciprocating mechanism 23 is placed; a pair of base sub-bodies 16s, 16s extending left and right on the front side of the base main body 16r and on which a guide body 73 of the opening/closing guide 66 is placed; and a connecting portion 16t that is shaped to extend laterally from the base main body portion 16 r. A through hole 16h is formed between the pair of base sub-bodies 16s, 16 s.

As shown in fig. 16 (B), a hole 11h for embedding the fixed block 101 is formed in the upper surface of the turntable 11 (table main body 11 a). The coupling device 14 is in a state where the fixed block 101 is embedded in the hole 11h of the turntable 11 and the rod 105 is disposed above the turntable 11.

The above-described coupling device 14 is used in the following order.

As shown in fig. 15 (a), the lever 105 is in the 1 st posture in a state where the cassette 13 and the turntable 11 are coupled by the coupling device 14. At this time, the lever 105 is in a horizontal state, and the coupling portion 16t of the base 16 is pressed against the turntable 11 via the washer 107 by the cam portion 115. At this time, the posture of the arm 103 is an upright posture.

Next, as shown in fig. 15 (B), when the lever 105 is rotated about the 2 nd shaft 104 to bring the lever 105 into the 2 nd posture, the state in which the washer 107 is in close contact with the coupling portion 16t of the base 16 is released, and the washer 107 is brought into a state in which it is separated upward from the coupling portion 16t by the elastic force of the lever spring 106.

Next, as shown in fig. 16 (a), the lever 105 is rotated about the 1 st axis 102 so that the lever 105 is separated from the position directly above the connection portion 16t, and the posture of the arm 103 is brought into a fallen posture.

Thereafter, the set cassette 13 is raised as shown in fig. 16 (B). In this way, the cassette 13 can be replaced with another cassette.

In the attachment mechanism 15 of the cassette 13 according to the first embodiment of the present invention, the shortest distance between the outer periphery of the cam portion 115 and the 1 st shaft 102 can be changed by simply operating the lever 105, and therefore, the turntable 11 and the base 16 can be easily connected and disconnected.

The attachment mechanism 15 of the cassette 13 according to the first embodiment pivots the lever 105 about the 1 st axis 102 to change the posture of the arm 103 from the upright posture to the fallen posture, or vice versa. In order that the washer 107 does not become an obstacle due to the relationship with the base 16 (the coupling portion 16t) when the posture of the arm 103 is changed in this manner, the lever spring 106 presses the washer 107 outward in the radial direction about the 1 st shaft 102, and therefore the attachment mechanism 15 of the cassette 13 according to the first embodiment can easily operate the lever 105.

In addition, the attachment mechanism 15 of the set box 13 according to the first embodiment can produce a predetermined slider 1 by preparing any type of set box 13 according to the first embodiment corresponding to the body 2 to be attached and replacing the set box 13 according to the slider 1 to be produced, and can be a useful mechanism that does not require a conventional ring surrounding the turn table 11 without replacing the turn table 11.

The present invention is not limited to the above-described embodiments, and can be modified as appropriate within a scope not departing from the gist thereof. For example, in the above-described embodiment, the ejecting position of the assembled slider 1 (the lift limit position of the stage 17) is the same height position as the upper surface of the side block 19, but the present invention is not limited to this, and may be a different height position, that is, a position higher than the upper surface of the side block 19 or a position lower than the upper surface of the side block 19. Even in the case of different height positions, the slider 1 placed on the upper surface of the stage 17 at the lift limit position of the stage 17 is in a state of being at least partially projected with respect to the side block 19, and the slider 1 can be ejected by the projected portion.

Claims

1. A placing box (13) of a rotary puller assembling machine (M) is characterized in that,

a mounting box (13) of the rotary slider assembling machine (M) is provided with:

a base (16) to which components of the slider (1) of the slide fastener are supplied and which is attachable to and detachable from the turntable (11);

a stage (17) on which a main body (2) as a component is placed;

a lifting mechanism (18) which is fixed to the base (16) and guides the stage (17) so that the stage (17) can be lifted, the lifting mechanism (18) including a lifting guide (51);

a pair of side blocks (19, 19) that house the main body (2) so as to surround the main body (2) from the left and right of the main body (2) on the stage (17); and

and an opening/closing mechanism (21) that is fixed to the base (16) and guides the pair of side blocks (19, 19) so that the pair of side blocks (19, 19) can be opened and closed in the left and right direction, wherein the opening/closing mechanism (21) includes an opening/closing guide (66).

2. Housing box (13) of a rotary slider assembly machine (M) according to claim 1, characterized in that,

the lifting mechanism (18) is provided with a descending spring (52) which presses the objective table (17) in a mode of making the objective table (17) descend.

3. Housing box (13) of a rotary slider assembly machine (M) according to claim 1 or 2, characterized in that,

the opening/closing mechanism (21) is provided with a closing spring (68) that presses the pair of side blocks (19, 19) so as to close the pair of side blocks (19, 19).

4. Housing box (13) of a rotary slider assembly machine (M) according to claim 3, characterized in that,

the opening/closing mechanism (21) is provided with: a transmission device (69) for converting an upward movement into a movement in the left-right direction, transmitting the movement to the pair of side blocks (19, 19), and opening the pair of side blocks (19, 19); and a transmission lowering spring (71) which generates a downward force to restrict upward movement,

the transmission device (69) is provided with: a drive cam (81) that is displaced in the vertical direction and is pressed downward by the transmission lowering spring (71); a driven cam (82) that is pushed by the rising drive cam (81) and displaced in the left-right direction together with the pair of side blocks (19, 19); and a drive cam guide (83) that is fixed to the base (16) and guides the drive cam (81) so that the drive cam (81) can be raised and lowered.

5. Housing box (13) of a rotary slider assembly machine (M) according to claim 1, characterized in that,

a mounting box (13) of the rotary slider assembling machine (M) is provided with: a positioning member (22) for positioning the body (2) and the pull-tab (3) as parts; and a guide section (36) for positioning, which is provided on the upper surface of the base (16) and guides the positioning member (22) so that the positioning member (22) can reciprocate relative to the stage (17),

the positioning member (22) is provided with: a body part (25); a side claw (26) that protrudes from the trunk (25) and is inserted into an internal space of the main body (2); a pull tab pressing member (27) which presses the pull tab (3) from above; and a presser support mechanism (28) that connects the pull-tab presser (27) to the trunk portion (25) and that enables the tip end portion of the pull-tab presser (27) to be raised and lowered, the presser support mechanism (28) including a shaft portion (31).

6. An installation mechanism (15) of a placing box (13) of a rotary type puller assembling machine (M) is characterized in that,

an attachment mechanism (15) for a receiving box (13) of the rotary slider assembling machine (M) is provided with: the nest box (13) of claim 1; said turret (11); and a coupling device (14) that couples the cassette (13) and the turntable (11) such that the cassette (13) can be attached to and detached from the turntable (11),

the connecting device (14) is provided with: a fixed block (101) fixed to the turntable (11); a 1 st shaft (102) supported by the fixed block (101); an arm (103) that extends in a radial direction around the 1 st axis (102) and is rotatable around the 1 st axis (102); a 2 nd shaft (104) extending from the distal end of the arm (103) in a direction intersecting the longitudinal direction of the arm (103); and a lever (105) that can rotate around the 2 nd axis (104) and that clamps the base (16) of the set box (13) in cooperation with the turntable (11),

the rod (105) is provided with: a cam portion (115) that rotates about the 2 nd axis (104) and that clamps the base (16) in cooperation with the turntable (11); and an operation portion (116) extending from the cam portion (115).