JPH06207372A - Device for mounting stocking more deeply - Google Patents

Abstract

PURPOSE:To naturally mount stockings more deeply without twisting them while automating an operation requiring a heavy labor by inserting a hand into the crotch part of the stockings and drawing them down while opening the stockings temporarily mounted on a last conveyed on a track of a stocking finishing machine at the top part of the last. CONSTITUTION:A last-opening member 66 of a last distance-opening unit I is inserted between a pair of heal-jointing type lasts 1 having stockings 2 temporarily mounted on and carried on a track 3 of a stocking finishing machine using a last-synchronous unit (A) moving synchronously with the lasts so as to open the top part 1a of the lasts. A drawing member 63 of a unit (D) for mounting the stockings more deeply, synchronous with the last-synchronous unit (A) is turned by about 90 deg. and inserted into the crotch part 2b of the stockings mounted on the opened lasts 1 and the drawing member is lowered so as to draw down the stockings, thus mounting the stockings 2 more deeply. The drawing member 63 is designed so as to be turned in the reverse direction and to get out to the outside of the lasts above the crotch part 2b of the stockings.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for additionally mounting socks that are temporarily mounted on a heel-fitting type footwear that runs on a track in a sock finishing machine.

[0002]

2. Description of the Related Art Conventionally, as a technique for additionally mounting socks that are temporarily mounted on a foot mold running on a track in a sock finishing machine,
For example, the one described in Japanese Examined Patent Publication No. 13063/1990 is known.

This technique is a sock mounting device for a sock finishing machine for processing socks mounted on the foot mold while moving a large number of vertically supported inverted foot molds along a predetermined path. A front and rear slide head that is provided along the moving path of the mold, moves within a predetermined section at the same speed as the moving speed of the foot mold, and after reaching the end position of the section, returns to the original start position again. Between the vertical slide head attached to the front-rear slide head, which is driven independently of the front-rear slide head to move in the vertical direction, and between the pair of foot-shaped legs attached to the vertical slide head and moving side by side in the front-rear direction. Equipped with a pair of front and rear pull-down bars that fit vertically in the groove, the vertical slide head moves up and down before the front and rear slide heads reach the end position and return to the original start position again. In which it was to end the cycle.

However, in recent years, there is a demand for socks with heels for high-end products, and also for socks that are very stretchable and elastic, so-called zocchi, in order to make the lines of women's legs look thin. It is rising. Therefore, a foot mold that meets the requirements of both of these is made and is manufactured by a conventional sock finishing machine, but the worker is a heel type foot mold that is conveyed on the orbit of the sock finishing machine. Temporarily attach one pair of socks to the two foot molds with the crotch part branched (Temporary attachment means
As shown by the dotted line in FIG. 7, the sock is inserted to a position slightly beyond the heel of the toe), and at the next working position, another worker temporarily attaches the toe toe of the sock temporarily attached. While opening, he puts his hand on the crotch, puts it down, and puts on socks.

[0005]

However, in the case of general socks, the unattached portion exceeds the heel portion of the foot type in the operation of inserting the hand into the crotch part while opening the tip end portion of the foot type. Sometimes it becomes a resistance and power is required, and when the socks are zocchi, its elasticity becomes a resistance and requires more power, and if 12,000 to 15,000 pairs of shoes are added a day, it is hard work and Fatigue is a great deal, and automation is eagerly awaited. However, Tokuhei 2-1
In the technique described in Japanese Patent No. 3063, as shown in FIG. 7 to FIG. 9 of the seventh and eighth sheets of the publication, the foot type without a heel corresponds to the above-mentioned requirement. It is not a device that can.

The present invention was developed for the purpose of solving the above-mentioned problems.

[0007]

According to the present invention, as shown in FIGS. 1 to 9, a sock 2 which is temporarily attached to a heel-equipped type toe 1 which runs on a track 3 of a sock finishing machine is additionally attached. In this case, the foot type synchronized moving means A provided to move a predetermined distance in synchronization with the movement of the foot type 1 traveling on the track 3 and return to the original position is provided at the next process position of the position of the temporary sock mounting portion 8 and A sock crotch insertion mechanism E provided in parallel along the track 3 so as to be inserted into and removed from the sock crotch portion 2b of the foot by rotating the sock pulling member 63 by a required angle, and the sock crotch insertion mechanism. An elevating mechanism F that supports E and moves the pull-down member 63 up and down is provided. The pull-down member 63 is inserted into the sock crotch portion 2b of the foot at the start position of the foot-type synchronization and lowered to move the pull-down member 63 by a predetermined distance. Socks that raise the pull-down member 63 to the front The mounting means D is arranged in synchronism with the movement of the dolly 32 of the foot pattern synchronizing movement means A and arranged in parallel in the traveling direction of the foot model 1, and the socks 2 to be conveyed to the foot mold synchronizing start position are temporarily mounted. The tip of the foot mold by inserting the foot mold opening member 66 between the pair of foot molds 1 that have been formed and at a position from the sock opening portion 2a temporarily attached to the foot mold 1 to the approximately middle portion in the length direction of the foot mold 1. The foot-type gap opening means I provided with the pulling-down member 63 easily inserted into the sock crotch portion 2b temporarily opened on the foot-type 1 is synchronized with the movement of the carriage 32 of the foot-type synchronizing movement means A, and The sock 2 is arranged in parallel in the advancing direction of the foot mold 1, and the sock 2 temporarily attached to the heel-fitting type foot mold 1 running on the track 3 is additionally mounted.

[0008]

Embodiments of the present invention will be described below with reference to the accompanying drawings. First, in order to deepen understanding, an outline of an embodiment of a sock finishing machine using the apparatus of the present invention will be described. As shown in FIG. 9, the sock finishing machine includes a set chamber 5 for steam-setting the sock 2 attached to the foot 1 along an elliptical orbit 3 having a part of a straight line, and a drying process for drying the set sock 2. Chamber 6, sock extracting section 7 for extracting dried socks 2, sock temporary mounting section 8 for temporarily mounting unprocessed socks 2 on the foot mold 1 from which the socks 2 have been removed, and additionally mounting sock temporarily mounted socks A carriage 4 which is arranged so as to sequentially make a round with the sock increasing / attaching portion 9, and on which a group of foot molds 1 are erected and supported on the track 3.
In the set room 5, the drying room 6, and the sock extracting section 7 are made to stand still in a collective state.
It is configured such that it is conveyed in a diffused state at a position, and is gathered at a position in front of the set chamber 5, while being conveyed to the next process position for each set process.

The apparatus for carrying out the present invention is installed at the position of the sock increasing and attaching section 9 shown in FIG.
As shown in FIG. 3, foot-type synchronized moving means A provided so as to move a predetermined distance in synchronization with the movement of the foot type 1 and return to the original position,
The pull-down member 63 to be inserted into the sock crotch portion 2b temporarily attached to the foot mold 1 is inserted into the sock crotch portion 2b of the foot model 1 at the start position of the foot model synchronization and lowered to move the foot model synchronous moving means A by a predetermined distance. Between the pair of foot molds 1 on which the sock increasing / attaching means D provided so that the pulling-down member 63 escapes and rises up, and the sock 2 conveyed to the foot mold synchronizing start position are temporarily mounted The foot mold opening member 66 is inserted at a position from the worn sock opening portion 2a to a substantially middle portion in the lengthwise direction of the foot mold 1, and the foot mold tip portion 1 is inserted.
Foot-type gap opening means I provided with a pull-down member 63 easily inserted into the sock crotch portion 2b temporarily opened to the foot 1 and an unattached portion of the sock 2 temporarily attached to the foot 1 in the toe direction. It is composed of sock holding means J which holds the socks and facilitates the additional mounting of socks.

Next, the details of each means will be described. The foot-type synchronized movement means A is provided along the rail 34a laid in parallel along the track 3 at the next process position after the position of the temporary sock mounting portion 8, and as shown in FIGS. A first transmission mechanism B that transmits power from the conveyance drive source of the foot mold 1 to the fixed-side transmission portion, and a first reciprocating mechanism C that receives the transmission of synchronous power from the first transmission mechanism and reciprocates the carriage 32. Consists of
The carriage 32 is configured to reciprocate in synchronization with the conveyance speed of the foot mold 1.

As shown in FIG. 3, the first transmission mechanism B has a shaft 13 rotatably supported by a bearing 12 on a fixed frame 11.
The toothed pulley 14 that is fitted and fixed on the toothed pulley 1 is transmitted from a conveyance drive source of the foot mold 1 through a toothed belt (not shown),
The power of the toothed pulley is transmitted through the toothed pulley 15 fitted and fixed to the tip of the shaft to the toothed belt 16 to the toothed pulley 17.
As shown in FIG. 4, the transmission is transmitted to the shaft 21 supported by the coupling 19 to the bearing 20 to the sprocket 22 fitted and fixed to the shaft 21 via the speed reducer 18.

As shown in FIGS. 3 and 4, the first reciprocating mechanism C supports two wheel support plates 24 on the fixed frame 11 in parallel and horizontal states with appropriate intervals. At least one of the two wheel support plates 24 and 24 is rotatably supported at an appropriate interval by facing two sets of double sprockets 25, which are integrated by combining two sprockets. On the other hand, two sets of sprockets 26 are opposed to each other and are rotatably supported at appropriate intervals. The double sprocket 25 and the sprocket 26 are spanned by a chain 27, and a roller 28 is pinned between the chains 27 facing each other at the link portion of the chain, as shown in FIG.
Another roller 29 is fitted to the roller. Further, the roller 29 is loosely engaged with a roller guide 30 shown in FIGS. 3 and 6, and the roller guide is provided with a rail 3 via a slide arm 31 as shown in FIGS.
The roller guide 30 is connected to a moving frame 48 integrated with the carriage 32 traveling on 4a, and the roller guide 30 is moved left and right by the movement of the chain 27 to reciprocate the carriage 32. Then, the sprocket 22 of the first transmission mechanism B and one of the double sprockets 25 of the first reciprocating mechanism are bridged by the chain 33 so that the power of the foot-shaped carrier drive source is the first reciprocating mechanism. It is transmitted to C. That is, the carriage 32 can be moved in synchronization with the conveyance speed of the foot mold 1.

As shown in FIGS. 1 and 2, the sock increasing / attaching means D includes a pulling down member 63 which is inserted into the sock crotch portion 2b temporarily attached to the foot mold 1 at the foot mold synchronizing start point position of the foot mold 1. The sock crotch portion inserting mechanism E to be inserted into the sock crotch portion, and the pull-down member elevating mechanism F for vertically moving the pull-down member 63 of the sock crotch portion inserting mechanism in synchronization with the foot-shaped synchronizing movement means A. It is configured such that the pull-down member 63 is ejected and raised before the pull-down member 63 is lowered and the pull-down member 63 is moved by a predetermined distance.

As shown in FIG. 1, the pulling-down member lifting mechanism F includes a second transmission mechanism G for transmitting power from a conveyance drive source of the same foot mold 1 as the foot mold synchronous moving means A to fixed-side conduction, and a second transmission mechanism G. The second reciprocating mechanism H is configured to move the pulling member 63 on the carriage 32 up and down by receiving synchronous power from the two-conducting mechanism.

As shown in FIG. 1, the second transmission mechanism G has a shaft 13 rotatably supported by a bearing 12 on a fixed frame 11.
From the other toothed pulley 36 that is fitted and fixed to the toothed belt 37 through the toothed belt 37 to the toothed pulley 38 to the bearing box 3.
9-toothed pulley 40-toothed belt 41-spline shaft 4
It is transmitted to 2. Further, as shown in FIGS. 5 and 6, the spline shaft 42 includes a bearing 43 and a bearing bracket 44.
Mounted on the fixed frame body 11 by means of the spline shaft 42
Is rotatably supported. Further, a spline holder 45a is slidably fitted to the spline shaft, and two sprockets 45b are fixed to the spline holder at appropriate intervals to form an integral moving sprocket 45, and a bearing is provided. It is rotatably supported by a holder 46, and the bearing holder 46 is attached to the dolly 32 of the above-mentioned foot type synchronous moving means. Then, as the carriage 32 is moved by the foot-type synchronous moving means A, the bearing holder 46,
The movable sprocket 45 is integrally configured so that it can reciprocate as shown by a chain double-dashed line.

In the second reciprocating mechanism H, as shown in FIGS. 1 and 5, a moving frame 48 is vertically mounted on a carriage 32, and a sprocket support frame 49 is vertically mounted at a substantially central position of the moving frame. And a guide rail 50 is vertically attached to the side of the guide rail 50. Further, as shown in FIGS. 3 and 4, the sprocket support frame 49 is vertically provided with a mechanism substantially the same as the first reciprocating mechanism C used in the foot-type synchronous moving means A, and the roller guide 30 is The elevator frame 51 shown in FIG. 7 is attached to the elevator frame 51. As shown in FIG. 6, the elevator frame 51 is provided with a roller 52 having both ends thereof projected and attached to a corner pillar of the moving frame 48. Along the plate 53, a slide bearing 54 is fitted to the above-mentioned guide rail 50 so as to be vertically movable at a substantially central portion thereof. Then, by moving the moving sprocket 45 of the second transmission mechanism and one of the double sprockets 55 of the second reciprocating mechanism by the chain 57, the power of the foot-shaped carrier drive source is changed to the second reciprocating mechanism. The lifting frame 51 is configured to be moved up and down in synchronism with the movement speed of the dolly 32 by being transmitted to H. The second reciprocating mechanism H has a double sprocket 5 as shown in FIG.
5 and the sprocket 56 are bridged by a chain 58, and can perform the same function as the above-described first reciprocating mechanism C.

As shown in FIGS. 7 and 8, the sock crotch portion inserting mechanism E mounts a cylinder mounting member 59 on the elevating frame 51 according to the angle of the foot 1 shown in FIG. Is the cylinder 60 and the piston rod portion 60a
With the clevis portion 60b attached with a pin, the joint 61 is attached to the piston rod portion, the joint is attached to one end of the lever 62 with the pin 61a, and the lever is a fulcrum fixed to the elevating frame 51. A lever fulcrum pin 62a is rotatably attached to a mounting base 64, and a pull-down member 63 is fixed to the lever 62. Then, as shown in FIG.
The piston rod portion 61a is contracted by operating the cylinder 60 in which the piston rod portion 60a of 0 extends and stands by, and the lever 62 is rotated at a certain angle with the lever fulcrum pin 62a as a fulcrum, as shown in FIG. The pull-down member 63 is rotated to position the pull-down member 63 in a horizontal state. Then, as shown in the figure, it is inserted between the two foot molds 1. That is, when the sock 2 is temporarily attached to the foot 1, the pull-down member 63 is inserted into the sock crotch portion 2a from above, and the pull-down member elevating mechanism F operates to move the pull-down member 63 to the sock. The sock 2 is configured to be lowered while maintaining the state of being inserted into the crotch portion 2b so that the sock 2 can be additionally mounted on the foot mold 1.
When the pulling-down member 63 is finished to be re-installed, the cylinder 62 is reversely operated to rotate the pulling-down member 63 to the upper side of the sock crotch portion 2b so that the pulling-down member 63 is ejected and positioned in the vertical state.

As shown in FIGS. 2 and 8, the foot pattern spacing opening means I is arranged in synchronism with the movement of the dolly 32 of the foot pattern synchronizing movement means A and in parallel with the moving direction of the foot pattern 1. The moving frame body 65 is connected to the carriage 32 of the foot-type synchronous moving means A or the moving frame 48 by the connecting members 74a and 74b, and the roller 72 is pivotally supported by the moving frame body 65, and the roller is provided on the side of the track 3. It is attached to and is reciprocally movable in synchronization with the foot mold 1. Further, a foot-shaped opening member 66 for inserting the tip end portion between the foot molds is fixed to the moving frame body in parallel with the moving direction of the foot mold 1, and a shaft 67 is fixed to the bracket 70 by using the shaft as a fulcrum. It is movably supported, and an arm 68 is attached to the shaft 67.
The piston rod portion 69a of the cylinder 69 is connected via the, and the clevis portion 69b of the cylinder is attached to the support plate 71 of the moving frame body 65. Then, when the foot mold 1 is conveyed to the foot mold synchronous starting point position, the cylinder 69 is operated, the piston rod portion 69a extends, and the shaft 67 is rotated through the arm 68 by an appropriate angle, thereby the foot mold opening member. 66 is inserted between the pair of foot molds to open the space of the foot mold 1 from the substantially middle position of the foot mold to the foot mold tip portion 1a. Also, the cylinder 69
By reversely operating, the piston rod portion 69a contracts so that the foot mold opening member 66 can be removed from the pair of foot molds 1.

As shown in FIGS. 2 and 8, the foot die opening member 66 has a tip portion formed in an appropriate conical shape so that it can be easily inserted between a pair of foot dies, and a rear end portion thereof has a shaft. 67 is fixed, and the shaft is rotatably supported in parallel with the moving direction of the foot mold 1 from a substantially middle position of the moving frame body 65 in the foot mold length direction to the upper side.

In this embodiment, the foot-shaped gap opening means I is provided in front of the moving frame 48 via the foot-shaped die, but, for example, at the position of the moving frame 48 and the pull-down member 6 is provided.
3 may be provided without hindrance to insertion and pulling down, and the insertion position of the foot mold opening member 66 is also at a substantially intermediate position in the foot mold length direction. Depending on the length, the position may be an appropriate position from the sock opening portion 2a temporarily attached to the foot mold 1 to a substantially middle portion in the length direction of the foot mold 1, and the present invention is not limited to the present embodiment.

Further, in the present embodiment, the foot mold gap opening means I is rotated from below between a pair of foot molds and inserted from the tip of the foot mold opening member 66. The opening member 66 may be provided between the pair of foot molds so as to move straight forward and backward, and the point is that the foot mold opening member 66 may be configured to be inserted between the pair of foot molds from the tip end thereof. The invention is not limited to the embodiments.

As shown in FIGS. 1 and 2, the sock holding means J is located at the upper rear position of the moving frame 48, which moves in synchronism with the conveying speed of the foot mold 1 on which the sock 2 is temporarily mounted, and is a blower 75.
Is arranged so that the unworn portion of the sock 2 temporarily attached to the foot mold 1 can be held in the toe direction from the heel portion of the blow-up foot mold 1 so as not to hang down.

Next, the operation will be described. First, the transfer speed of the foot 1 conveyed to the position of the additional mounting portion 9 of the sock, the carriage 32 and the moving frame 48 by the foot synchronous moving means A.
Are moving in sync. Then, when the foot mold 1 temporarily attached to the sock 2 is conveyed to the position of the additional mounting portion 9 of the sock in a diffused state, the return motion (that is, the foot movement) of the device of the present invention synchronized with the progress of the foot mold 1 is performed. By the backward movement of the mold synchronizing movement means A, the foot mold opening member 66 fixed position of the foot mold tip opening means I (the opening member fixed position is the position where the carriage 32 and the moving frame 48 are completely returned by the foot mold synchronizing movement means A). 2 and FIG. 7, the cylinder 69 of the foot-shaped gap opening means I is actuated in the vicinity of the foot-shaped synchronized starting point position that moves in synchronization with the movement of the foot-shaped die 1). As described above, the tip end portion is inserted between the pair of foot molds, the tip end portion of the foot mold 1 is opened, and the cylinder 60 of the sock crotch portion insertion mechanism E is operated during that time to operate the pull-down member 63.
Is rotated about 90 degrees to be in a horizontal state, and the lowering member lifting mechanism F descends to lower the lowering member 63 to insert it into the temporarily mounted sock crotch portion 2b and press it from above. Pull down 2 to the lower part of foot mold 1 and add socks 2. On the other hand, the foot-shaped opening member 66 is provided on the cylinder 6 immediately after the sock crotch portion 2b of the pull-down member 63 is inserted.
9 is reversely operated to cause the foot mold opening member 66 to escape from between the foot molds 1 and return to the original position. Next, the pulling-down member 63 is at the prescribed position (the position where the socks that have been temporarily mounted are substantially mounted on the toe)
When it descends to, the cylinder 60 of the sock crotch insertion mechanism E is reversely actuated by the signal of the sensor to reversely rotate the pulling-down member 63, and the pulling-down member is brought into a vertical state to be detached from the upper part of the sock to the outside of the sock thigh. When the presser foot is released, the pull-down member 63 escapes from the foot mold. Then, the foot type synchronized moving means A is switched to the backward movement, the pulling-down member 63 rises in the vertical state, prepares for the foot type 1 to be conveyed next, and is temporarily attached to the foot type 1 in sequence. Wear more socks 2.

In the embodiment of the present invention, one pair of socks is temporarily attached to each pair of two toes, and the socks 2 temporarily attached to the two pairs of toes 1 are additionally attached at the same time. But,
For example, if there is enough time, it is possible to use one pair of sock crotch insertion mechanism E and foot-type gap opening means I, or if there is no time, three or more pairs of sock crotch insertion mechanism. E
The foot-shaped gap opening means I may be used, and the present invention is not limited to this embodiment.

[0025]

Since the present invention is constructed as described above, it is possible to automate the work of inserting the sock by inserting a hand into the crotch of the sock while opening the foot end of the sock that has been temporarily installed. Therefore, when inserting and lowering this crotch part while opening the tip of the foot, when the unattached part of the sock exceeds the heel of the foot type, resistance is required, and further socks are required. If it is a zocchi, its elasticity will become a resistance and it will take more and more power.
If more than 100 pairs of shoes are worn, the work that would cause heavy fatigue and worker fatigue will be completely eliminated, and automation of the sock finishing work using the heel-matching type foot mold can be promoted. Also, rotate the pulling down member by the required angle and insert it into the sock crotch part that is temporarily attached to the foot mold, and press down the sock crotch part from above,
After the sock is mounted by lowering the pulling down member, the socking crotch insertion mechanism is provided so that the pulling down member is reversely rotated by a required angle to release the presser foot from above the sock crotch part and release it to the outside of the upper of the foot form. Since the socks are not twisted, and the socks are not scratched or pulled, it is possible to increase the number of socks to be attached without difficulty, and high quality socks can be expected.

[Brief description of drawings]

FIG. 1 is a partially cutaway schematic front view showing the overall configuration of an embodiment of an apparatus for carrying out the present invention.

FIG. 2 is a schematic top view showing the overall configuration of an embodiment of an apparatus for carrying out the present invention.

FIG. 3 is a partially cutaway schematic front view showing the foot-type synchronous moving means of the embodiment of the present invention.

FIG. 4 is a schematic top view showing the foot-type synchronized moving means of the embodiment of the present invention.

FIG. 5 is a partially cutaway schematic front view of the sock increasing attachment means of the embodiment of the present invention.

FIG. 6 is a partially cutaway schematic top view of the sock increasing attachment means of the embodiment of the present invention.

FIG. 7 is a schematic side view of the sock crotch portion inserting mechanism of the embodiment of the present invention.

FIG. 8 is a schematic side view of a sock crotch portion inserting mechanism of the foot type gap opening means and the sock increasing / attaching means of the embodiment of the present invention.

FIG. 9 is a simplified top view showing an embodiment of a sock finishing machine using an apparatus for carrying out the present invention.

[Explanation of symbols]

 A foot-type synchronous moving means B first transmission mechanism C first reciprocating movement mechanism D sock increasing attachment means E sock crotch insertion mechanism F pulling member lifting mechanism G second conduction mechanism H second reciprocating movement mechanism I foot type gap opening means J Socks holding means 1 Foot 1a Foot tip 2 Socks 2a Socks opening 2b Socks crotch 3 Track 4 Carriage 5 Set room 6 Drying room 7 Socks removal section 8 Socks temporary installation section 9 Socks installation section 11 Fixed frame Body 12 Bearing 13 Shaft 14 Toothed pulley 15 Toothed pulley 16 Toothed belt 17 Toothed pulley 18 Reducer 19 Coupling 20 Bearing 21 Shaft 22 Sprocket 24 Wheel support plate 25 Double sprocket 26 Sprocket 27 Chain 28 Roller 28a pin 29 Roller 30 Roller Guide 31 Slide Arm 32 Cart 33 Chain 34a Rail 6 toothed pulley 37 toothed belt 38 toothed pulley 39 bearing box 40 toothed pulley 41 toothed belt 42 spline shaft 43 bearing 44 bearing bracket 45 moving sprocket 45a spline holder 45b sprocket 46 bearing holder 47 toothed pulley 48 moving frame 49 Sprocket support frame 50 Guide rail 51 Lifting frame 52 Roller 53 Guide plate 54 Slide bearing 55 Double sprocket 56 Sprocket 57 Chain 58 Chain 59 Cylinder mounting member 60 Cylinder 60a Piston rod part 60b Clevis part 61 Joint 61a Pin 62 Lever 62a Lever fulcrum Pin 63 Pull-down member 64 Support point mount 65 Moving frame 66 Foot type opening member 67 Axis 68 Arm 69 Cylinder 69a Piston rod Part 69b Clevis part 70 Bracket 71 Support plate 72 Roller 73 Rail 74a Connecting member 74b Connecting member 75 Blower

Claims (1)

[Claims] 1. When additionally mounting the sock 2 temporarily mounted on the heel-fitting type footwear 1 traveling on the track 3 in the sock finishing machine, in synchronization with the movement of the footwear 1 traveling on the track 3. Foot-shaped synchronous moving means A provided so as to move a predetermined distance and return to the original position
Are provided in parallel with each other along the track 3 at the next process position after the position of the temporary sock mounting portion 8, and the sock lowering member 63 is rotated by a required angle so that the sock lowering member 63 can be inserted into and removed from the leg sock crotch portion 2b. Socks crotch insertion mechanism E
And a pull-down member elevating mechanism F that supports the sock crotch portion inserting mechanism E and moves the pull-down member 63 up and down.
The sock increasing / attaching means D that inserts the pulling-down member 63 into the sock crotch portion 2b of the foot type at the start position of the foot type synchronization and lowers it so that the pulling-down member 63 is ejected and lifted before the pulling-down member 63 moves a predetermined distance, A pair of footwear 1 in which the socks 2 are arranged in synchronism with the movement of the trolley 32 of the mold synchronizing movement means A and are arranged in parallel in the advancing direction of the footwear 1, and the socks 2 to be conveyed to the footwear synchronizing start position are temporarily mounted. The foot mold opening member 66 is inserted between the sock opening portion 2a temporarily attached to the foot mold 1 and approximately the middle in the length direction of the foot mold 1 to open the foot mold tip portion 1a and open the foot mold 1 In the sock crotch portion 2b temporarily attached to the sock, the foot-shaped gap opening means I provided with the pulling-down member 63 for easy insertion is synchronized with the movement of the dolly 32 of the foot-shaped synchronized moving means A and in the traveling direction of the foot type 1. They are arranged in parallel and are temporarily attached to the heel-to-foot type 1 toe that runs on the track 3. Increasing mounting device socks configured to mount increasing the sock 2.