JPH07330125A - Stacker hanger - Google Patents

Abstract

PURPOSE:To provide a stacker hanger with which sewing can be carried out in a remarkably wide range while it is held in a clip device so that the time required for attaching and removing an article to be sewed, onto and from the clip device, can be eliminated, and thereby it is possible to enhance the productivity. CONSTITUTION:A stacker hanger comprises a reel device 1 which is guided and conveyed by a conveying means 30, and a clip device 10 suspended from the reel device 1. through the intermediary of a wire member 4, and for removably holding an article 35 to be sewed. The reel device 1 is composed of a reel member 5 rotatably supported to a reel device body 2, for winding thereon a wire member 4, a resilient member 6 for urging the reel member 5 to be rotated in a return direction in which it winds up the wire member 4, and an engaging and disengaging means 7 located between the reel member 5 and the reel device body 2, for checking the reel member 5 from being rotated in return in a condition such that the wire member 4 is paid out by a predetermined length, and for releasing the reel member 5 so that the reel member 5 can be rotated in return.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a stacker hanger device.

[0002]

2. Description of the Related Art A stacker hanger device has a function of conveying a sewn product in a sewn factory in a suspended state, and the sewn product is sewn one after another during the conveyance. As a conventional stacker hanger device,
For example, the one shown in FIG. 8 is known. The stainless pipe 30 serving as a conveying means includes a stay 33 on which a roller 31 is rotatably hooked and conveyed, and a clip device 36 attached to the stay 33 and removably holding a sewing target 35.

However, in such a conventional stacker hanger device, the material to be sewn 35 held by the clip device 36 can be smoothly conveyed by the roller 31 rolling on the pipe 30. There is a roller 31
The length between the clip device 36 and the clip device 36 is fixed and fixed. Therefore, the sewing machine 35 (not shown)
When the sewing is performed on the sewing machine, the movement range of the sewing target 35 is limited, and the sewing target 35 is limited to the range in which the sewing can be performed while the clip device 36 is held. It is necessary to remove the sewing machine 35 from the clip device 36, which not only hinders the sewing work, but also frequently needs to remove the sewing object 35 from the clip device 36 every time a portion relatively close to the clip device 36 is sewn. As a result, the work of holding the clip device 36 again was performed, resulting in poor workability.

For example, in the process of assembling a women's clothing suit, at about 20 steps immediately before the completion (before the collecting and pressing step), the clip device 36 holds the article 35 to be sewn and sequentially sew it while transferring it. There are about 30 to 4
Only 0% of the steps can be handled while being held by the clip device 36, and the remaining 60 to 70% of the steps are currently sewn by removing the sewing target 35 from the clip device 36. The time required for attaching or detaching the sewn object 35 has been a bottleneck for improving productivity. The summarizing and pressing step is a step of removing the lint of the sewn object 35 and correcting the shape by pressing.

[0005]

The present invention has been made in view of such conventional technical problems, and has the following configuration. According to the invention of claim 1, a reel device 1 guided and conveyed by the conveying means 30 and a clip vertically installed on the reel device 1 via a cord member 4 for detachably holding a sewing object 35. The reel device 1 is rotatably supported by the reel device main body 2,
Between the reel member 5 around which the rope member 4 is wound, the elastic body 6 that urges the return rotation of the reel member 5 in the direction in which the rope member 4 is wound, and between the reel member 5 and the reel device main body 2. Engaging / disengaging means 7 for locking the return rotation of the reel member 5 when the rope member 4 is fed out by a predetermined amount and permitting the return rotation of the reel member 5 by a releasing operation.
It is a stacker hanger device characterized by having. In the configuration of the invention of claim 2, the engaging / disengaging means 7 is
By the cam member 20 which is concentric and integral with the reel member 5, and the locking position B and the spring member 21 which are rotatably supported by the reel device main body 2 within a predetermined angle range and elastically held by the spring member 21. The cam member 20 engages with the pawl member 22 as the reel member 5 is fed and rotated in one direction for feeding the rope member 4. Projection 20a that allows the stop position B to be taken
A medium diameter portion 20b that is connected to one side of the protrusion portion 20a and that allows the reel member 5 to be extended and rotated while maintaining the locking position B of the claw member 22; The cord member 4 has a small diameter portion 20c which is connected to the side and allows the inversion of the claw member 22 and a locking portion 20d formed by a step surface between the medium diameter portion 20b and the small diameter portion 20c. With the predetermined amount of feeding, the claw member 22 that takes the locking position B is locked at the corner between the protrusion 20a and the intermediate diameter part 20b to fix the locking position B, and the reel member 5 While restraining the return rotation, the rope member 4 is extended from the state where the pawl member 22 takes the locking position B, and the pawl member 22 taking the locking position B is moved to the small diameter portion 20.
After the relative movement to the position corresponding to c, the claw member 22 is locked by the return rotation of the reel member 5 and the locking portion 20d.
When the reel member 5 is returned and rotated, the claw member 22 that is in the released position C by engaging and reversing the engagement with the release position C has a protrusion 20a, a middle diameter portion 20b, and a small diameter portion 2 of the cam member 20.
The stacker hanger device according to claim 1, wherein the stacker hanger device is capable of passing through each of 0c. According to the configuration of the invention of claim 3, the clip device 10 is rotatably coupled to the suspension member 11 and one end portion of the suspension member 11, and is compressed and interposed between the suspension member 11 and the suspension member 11. A case 13 that is urged to rotate by means of 12, and in a free state in which the elastic force of the spring 12 is received, a cover is provided between one end 13a of the case 13 and the vicinity of the other end of the suspension member 11. 3. The stacker hanger device according to claim 1, wherein the sewn product 35 can be held.

[0006]

According to the first aspect of the present invention, the clip device 10 is caused to hold the article to be sewn 35, and the reel device 1 is conveyed by the conveying means 3.
It is conveyed while being guided by 0. When the reel device 1 moves to the vicinity of the sewing machine, the clip device 10 is pulled down. As a result, the elastic member 6 is elastically deformed, and the cord member 4 wound around the reel member 5 is fed out. A predetermined amount of the rope member 4 is fed out, and the clip device 10
When the material 35 to be sewn held by the sewing machine is pulled up to the sewing machine, the return rotation of the reel member 5 is locked by the engaging / disengaging means 7, and the pulling force acts on the rope member 4 and the clip device 10. In this state, the sewing target 35 is sewn by the sewing machine.

When the sewing is completed, the engagement / disengagement means 7 is released to allow the return rotation of the reel member 5, and the elastic force of the elastic body 6 causes the return rotation of the reel member 5 to return the reel member 5. The member 4 is wound around the reel member 5. Thus, the rope member 4 is shortened, and the sewing device 35 is suspended from the clip device 10, and the reel device 1 is guided to the vicinity of the next sewing machine while being guided by the transfer means 30. In this way, sewing with a plurality of sewing machines is performed one after another. Of course, in the case of sewing the material 35 to be sewn near the clip device 10, the material 35 to be sewn from the clip device 10 is sewn.
Is removed so as not to be hindered by the clip device 10, and the sewing target 35 is attached to the clip device 10 again after the sewing is completed.

According to the second aspect of the invention, the operation for locking the return rotation of the reel member 5 by the engaging / disengaging means 7 and the releasing operation are performed as follows. That is, the operation of locking the return rotation of the reel member 5 is performed by a predetermined amount of the rope member 4.
Of the claw member 2 to the protruding portion 20a of the cam member 20.
2 is engaged to allow the pawl member 22 to take the locking position B, and the pawl member 22 is positioned on the side of the cam member 20 having the middle diameter 20b.
After that, the reel member 5 is slightly returned and rotated, and the claw member 22 that takes the locking position B is locked at the corner between the protrusion 20a and the intermediate diameter portion 20b to fix the locking position B, The return rotation of the reel member 5 is restricted. Locking position B on the claw member 22
Is fixed, the return rotation of the reel member 5 is locked and the winding of the rope member 4 is restricted. In the state where the pawl member 22 is set to the locking position B, the pawl member 22 has a medium diameter portion 20b and a small diameter portion 20c that perform a feeding rotation.
And it can pass through the protrusion 20a.

Further, in the releasing operation of the reel member 5, the cord member 4 is slightly extended from the state where the pawl member 22 takes the locking position B, the pawl member 22 is passed through the middle diameter portion 20b, and the small diameter portion 2 is moved.
It is relatively moved to the position corresponding to 0c. As a result, one end of the claw member 22 can be locked by the locking portion 20d. Next, when the reel member 5 is returned to rotate, the claw member 22 engages with the locking portion 20d in association with the return rotation and causes the claw member 22 to assume the inverted position C. The pawl member 22 that takes the release position C has a middle diameter portion 20b, a protrusion portion 20a, and a small diameter portion 2 of the cam member 20 when the reel member 5 is returned and rotated.
Since 0c can be respectively passed, the cord member 4 can be wound around the reel member 5 while sequentially passing these.

According to the invention of claim 3, the spring 12
The case 13 is rotated against the resilience of the case 13 to form a gap between the one end 13a of the case 13 and the vicinity of the other end of the hanging member 11, and the sewing target 35 is inserted from this gap. . Then, when the case 13 is rotated by the elastic force of the spring 12, the sewing target 35 is held between the one end 13a of the case 13 and the vicinity of the other end of the hanging member 11. By forming a gap between the one end portion 13a of the case 13 and the vicinity of the other end portion of the hanging member 11, the held sewing object 35 can be removed.

[0011]

Embodiments of the present invention will be described below with reference to the drawings. 1 to 7 show a stacker hanger device 1
An example is shown. The stacker hanger device is a stay 33 in which a roller 31 is rotatably hooked on a stainless pipe 30 (or rail) which is a conveying unit shown in FIG.
And the reel device 1 attached to the lower end of the stay 33, and the reel device 1 suspended from the reel device 1 via the rope member 4 to be sewn.
And a clip device 10 for detachably holding.

As shown in FIG. 7, the clip device 10 is connected to a hanging member 11 having an inverted J-shape and one end of the hanging member 11 by a pin 14 so as to be rotatable. 7 and a case 13 that is urged to rotate in the clockwise direction in FIG. 7 by a spring 12 that is compressed and interposed between the case and the case. One end 13a of 13 is elastically pressed against the other end of the hanging member 11. 13b is case 1
3 is a recess formed between the one end portion 13a of 3 and the pin 14, and a finger is put on the recess 13b to compress the spring 12 and the case 1 to the suspension member 11.
By ascending and swinging 3 around the pin 14, a gap is formed between the one end portion 13a of the case 13 and the other end portion of the hanging member 11, and the sewing object 35 is inserted from this gap. be able to. When the finger is removed from the case 13 with the sewn product 35 inserted through the gap, the case 13 receiving the elastic force of the spring 12 swings downward, and the one end portion 13a
Is squeezed near the other end of the suspending member 11, so that the article to be sewn 35 is held between the case 13 and the suspending member 11.

As shown in FIGS. 1 to 3, the reel device 1 is fixed to the lower end portion of the stay 33 and has a box-shaped reel device main body 2 and a support shaft rotatably supported by the reel device main body 2. 3, a reel member 5 which is rotatably supported by the support shaft 3, and winds the rope member 4 from the upper end side, and a spring spring which urges the return rotation of the reel member 5 in the direction in which the rope member 4 is wound. Elastic body 6 and engaging / disengaging means 7
Have and.

The rope member 4 is made of synthetic resin, fiber, metal or the like and has a rope shape. The upper end of the rope member 4 is fixed to the reel member 5 and wound around the reel member 5, and the middle portion is the opening of the reel device main body 2. It hangs from the portion 2c, and the lower end is fixed to the central portion of the hanging member 11. Elastic body 6 consisting of a spring
Has one end fixed to the support shaft 3 and the other end fixed to the reel member 5. In addition, the rotation of the support shaft 3 is stopped by a set screw 2b screwed to a boss portion 2a fixed to the reel device main body 2. Then, the set screw 2b is loosened, the grip portion 3a shown in FIG. 2 is rotated together with the support shaft 3, and the set screw 2b is used to stop the rotation of the support shaft 3 again, so that the reel member 5 is returned. It is possible to increase / decrease the elastic force of the elastic body 6 to be urged. Since the weight is changed by changing the sewn object 35, it is possible to appropriately change the elastic force of the elastic body 6 to adjust the pulling force and the winding force required for feeding the rope member 4.

The engagement / disengagement means 7 is provided between the reel member 5 and the reel device main body 2 and locks the return rotation of the reel member 5 when the rope member 4 is fed out by a predetermined amount.
The release operation allows the return rotation. That is, the engagement / disengagement means 7 includes a cam member 20 that is concentrically and integrally fixed to the reel member 5, and a claw member 22 that is rotatably supported within the reel device main body 2 within a predetermined angle range. As shown in FIG. 3, the claw member 22 has a rhombus shape, a center portion of which is rotatably supported by the reel device body 2 by a pin 22a, and an upper end portion of which is attached to the reel device body 2 by a mounting seat 25. The spring member 21 is fixed via the spring member 21 and is elastically engageable with the bent spring member 21, and the lower end portion is engageable with the cam surface of the cam member 20 while maintaining a predetermined relationship. Claw member 22
Is rotated within a predetermined angle range to release the holding position B (shown in FIG. 4) where the upper end is engaged with the recess 21a of the spring member 21 and is elastically held, or the holding by the spring member 21 is released. It is possible to take the released position C (shown in FIG. 6). Note that when the claw member 22 takes the release position C, as shown in FIG.
As shown in FIG. 5, the middle curved portion 21b of the spring member 21 elastically contacts the side surface 22b of the claw member 22 to suppress the blind rotation of the claw member 22.

On the other hand, the cam member 20 includes a pair of protrusions 20a forming a large-diameter arcuate inclined surface and each protrusion 20a.
The medium diameter portion 20b connected to one side (the front side in the rotation direction in which the cord member 4 is wound) and the small diameter portion 20c connected to one side of each medium diameter portion 20b. Part 20c
The step surface between and forms the locking portion 20d. Each of the protrusions 20a has a side surface 2 at the lower end of the claw member 22 whose other side surface 20e takes the release position C as the reel member 5 is rotated.
2b, and then the claw member 22 in the posture shown in FIG.
Since the claw member 22 is caused to take the locking position B as shown in FIG. 4, the reel member 5 and the cam member 20 are slightly returned and rotated. The lower end of the claw member 22 is locked at the corner between the protrusion 20a and the intermediate diameter portion 20b, and the locking position B of the claw member 22 is locked.
Can be fixed.

The middle-diameter portion 20b allows the lower end portion of the claw member 22 to elastically slidably contact with each other to allow the reel member 5 to be fed and rotated while maintaining the locking position B. The small-diameter portion 20c is a portion that disengages the lower end portion of the claw member 22 from the cam member 20 and allows the claw member 22 to be reversed.
The engagement with the medium diameter portion 20b is released while the locking position B is taken, and the spring member 2 is moved to the small diameter portion 20c.
The claw member 22 which receives the elastic force of 1 is slightly rotated clockwise in FIG. After that, when the reel member 5 is returned and rotated, the lower end portion of the claw member 22 is engaged with the locking portion 20d, and the claw member 22 is rotated clockwise along with the subsequent return rotation of the reel member 5. It is rotated to take the release position C. The pair of protrusions 20a, the medium diameter portion 20b, and the small diameter portion 20c are formed so as to be point-symmetrical around the support shaft 3, and both the small diameter portions 20c occupy approximately 1/3 to 1/4 circumference. ing.

Thus, the claw member 22 which takes the locking position B
Is the small diameter portion 2 of the cam member 20 while maintaining the locking position B.
0c, of course, allows the protrusion member 20a and the medium diameter portion 20b to pass therethrough, and allows the reel member 5 to be fed and rotated. At that time, the spring member 21 is slightly elastically deformed. In addition, the pawl member 22 that takes the release position C maintains the release position C while maintaining the cam member 2
The zero rotation protrusion 20a, the medium diameter portion 20b, and the small diameter portion 20c are allowed to pass through to permit the return rotation of the reel member 5. While the reel member 5 is returned and rotated, the protrusion 20a
When passing through, the spring member 21 is slightly elastically deformed.

Next, the operation of the above embodiment will be described. Initially, in the engagement / disengagement means 7, the claw member 22 assumes the release position C as shown in FIG. 6, and the cord member 4 is assumed to be in a state of being sufficiently wound around the reel member 5. A finger is hooked on the recess 13b of the case 13 to swing the case 13 upward, and the sewing target 35 is inserted through the gap formed between the one end 13a of the case 13 and the other end of the hanging member 11,
Release your finger from the case 13. As a result, the spring 12
The case 13 that receives the elastic force of sways in the clockwise direction in FIG. 7, and the workpiece 35 is held between the one end 13a of the case 13 and the other end of the hanging member 11. Next, the roller 31 hooked on the pipe 30 is rolled to move the stacker hanger device. When the stacker hanger device reaches the vicinity of the sewing machine (not shown), the sewn object 35 is pulled together with the clip device 10 and the sewn object 35 is pulled onto the bed of the sewing machine.

When the clip device 10 is pulled, the reel member 5
Rotate while elastically deforming the elastic body 6, and the rope member 4 is paid out from the reel member 5. At that time, in the engagement / disengagement means 7, the cam member 20 rotates in the clockwise direction shown by the arrow in FIG. Since the claw member 22 rotates in the counterclockwise direction indicated by the arrow in FIG. 6 while coming into contact with the other side surface 20e and pushes up the spring member 21 while elastically deforming it, the protrusion 20a causes the lower end portion of the claw member 22 to move. After being separated from, the upper end of the claw member 22 takes a posture in which it is engaged with the recess 21a of the spring member 21 as shown in FIG.

Therefore, the clip device 10 is stretched to stretch the rope member 4 to rotate the reel member 5 and the cam member 20 appropriately, and the lower end portion of the pawl member 22 has one side surface 20f of the protrusion 20a or the cam. When the hand is released from the clip device 10 while being in contact with the medium-diameter portion 20b of the member 20, the reel member 5 is slightly rotated in the counterclockwise direction in FIG. 3 by the elastic force of the elastic body 6, While the rope member 4 is slightly wound around the reel member 5, the lower end portion of the claw member 22 is in close contact with the corner portion between the one side surface 20f of the protrusion 20a and the intermediate diameter portion 20b, and the locking position shown in FIG. By taking B, the return rotation of the cam member 20 and the reel member 5 is restricted. Thus, the pulling force by the elastic force of the elastic body 6 does not act on the rope member 4, so that the sewing machine 35 can be freely moved while the clip device 10 is attached to the sewing object 35. Can be sewn. It should be noted that the fact that the claw member 22 has taken the locking position B means that the protrusion 20 is located at the lower end of the claw member 22.
It can be known by the feeling when a comes off.

Next, when the predetermined sewing is completed, the clip device 10 is slightly pulled, the reel member 5 and the cam member 20 are slightly extended and rotated, and the lower end portion of the claw member 22 is moved from the state shown in FIG. After passing the middle diameter portion 20b of the cam member 20 and moving it to a position corresponding to the small diameter portion 20c, the cord member 4 is loosened by releasing the hand from the clip device 10. As a result, the reel member 5 that receives the elastic force of the elastic body 6 rotates in the returning direction, and while the rope member 4 is wound around the reel member 5, as shown in FIG. Engage with the bottom edge. Next, the claw member 22 rotates clockwise and completely separates from the recess 21a of the spring member 21, and takes the release position C shown in FIG.

When the clip device 10 is further loosened, the lower end portion of the claw member 22 remains in the release position C and the lower end portion is the middle diameter portion 20.
It is elastically brought into contact with b, and then comes into contact with the projection 20a to get over it. In this way, when the claw member 22 is in the release position C, the cam member 20 can freely return and rotate without being locked by the claw member 22, so that the rope member 4 is sufficiently wound around the reel member 5. The clip device 10 may be brought into contact with the reel device main body 2 in a state where the cord member 4 is sufficiently wound around the reel member 5. Thus, the claw member 2
If the hand is released from the clip device 10 after the lower end of 2 is positioned in the small diameter portion 20c, the cord member 4 can be sufficiently wound. The small-diameter portion 20c is specifically about 2/3 to 1
Since it is formed only for / 2 rounds, the work of pulling the clip device 10 to position the lower end portion of the claw member 22 on the small diameter portion 20c is relatively easy.

With the rope member 4 wound on the reel member 5, the roller 31 hooked on the stainless pipe 30 is rolled to move the stacker hanger device, and the stacker hanger device is moved to the vicinity of the next sewing machine. And pulling the sewn object 35 together with the clip device 10
Can be pulled to the sewing machine bed and sewn in the same manner. In this way, it is possible to successively sew the material 35 to be sewn with the clip device 10 still attached. Needless to say, the sewing target 35 is detached from the clip device 10 and sewn at a portion that cannot be sewn with the clip device 10 still attached.

For example, in the process of assembling a women's clothing suit, in about 20 processes immediately before the completion (before the collecting and pressing process), the clip device 10 holds the article 35 to be sewn while carrying it. About 70 to 80% of the steps can be handled with the sewn object 35 held on the clip device 10, and the remaining 20 to 30% of steps can be performed by removing the sewn object 35 from the clip device 10. Sew. Thus, the time required for attaching or detaching the sewing object 35 is reduced, and the productivity is remarkably improved.
In the above 20 steps, lining, hem stitching, buttoning, etc. are performed.

[0026]

As can be understood from the above description,
According to the present invention, since the space between the reel device and the clip device can be arbitrarily expanded and contracted, when the sewing machine is sewn on the sewing object, the range of movement of the sewing object is not significantly restricted. However, the range in which sewing can be performed while holding it on the clip device expands significantly, not only does it hinder the sewing work, but also the work to remove the sewn item from the clip device each time the part near the clip device is sewn. As a result, the holding work for the clip device is omitted, and as a result, the time required for attaching or detaching the material to be sewn is reduced, and the productivity is remarkably improved.

According to the second aspect of the present invention, the clip device can be pulled together with the article to be sewn to freely set the distance between the reel device and the clip device, and the rope member can be wound up. .By the releasing means, the return rotation of the reel member is locked in a state where the rope member is fed out by a predetermined amount, and
The release operation that allows the return rotation of the reel member is significantly facilitated. According to the third aspect of the present invention, the work of attaching or detaching the material to be sewn to the clip device becomes efficient.

[Brief description of drawings]

FIG. 1 is a diagram showing a stacker hanger device according to an embodiment of the present invention.

FIG. 2 is a sectional view showing the reel device of the same.

FIG. 3 is a sectional view taken along line III-III in FIG.

FIG. 4 is a similar operation explanatory diagram.

FIG. 5 is an explanatory view of the same operation.

FIG. 6 is an explanatory view of the same operation.

FIG. 7 is a partial cross-sectional view showing the same clip device.

FIG. 8 is a view showing a conventional stacker hanger device.

[Explanation of symbols]

1: reel device, 2: reel device main body, 4: cord member,
5: reel member, 6: elastic body, 7: engaging / disengaging means, 1
0: clip device, 11: hanging member, 12: spring, 13: case, 13a: one end, 20: cam member,
20a: protrusion, 20b: medium diameter, 20c: small diameter, 2
0d: Locking part, 21: Spring member, 22: Claw member, 30:
Stainless pipe (conveying means), 31: roller, 33:
Stay, 35: sewn object, B: locked position, C: released position.

Claims (3)

[Claims] 1. A reel device (1) which is guided and conveyed by a conveying means (30) and a reel device (1) which is vertically installed via a cord member (4) to sew a sewing object (35). A reel device (1) for detachably holding the reel device (1), wherein the reel device (1) is rotatably supported by the reel device body (2), and around which the rope member (4) is wound. Between the elastic body (6) for urging the return rotation of the reel member (5) in the winding direction of the cord member (4) and the reel member (5) and the reel device main body (2). A member provided to lock the return rotation of the reel member (5) in a state where the rope member (4) is fed out by a predetermined amount and allow the return rotation of the reel member (5) by a releasing operation. A stacker hanger device characterized by having a coupling / decoupling means (7). 2. An engagement / disengagement means (7) is rotatably supported by a reel member (5) and a cam member (20) concentric with the reel member body (2) within a predetermined angle range. A latching position (B) elastically held by the spring member (21) and a pawl member (22) capable of taking a releasing position (C) where the holding by the spring member (21) is released; As the cam member (20) feeds and rotates the reel member (5) in one direction for feeding the rope member (4), the pawl member (2)
A protrusion (20a) that allows the locking position (B) to be adopted in 2);
The claw member (22) is connected to one side of the protrusion (20a).
Is connected to one side of the medium diameter portion (20b) which allows the reel member (5) to be fed out and rotated while maintaining the locking position (B), and the claw member ( 22) which allows the reversal of the small diameter portion (20c), and a locking portion (20) formed by a step surface between the medium diameter portion (20b) and the small diameter portion (20c).
d), and when the rope member (4) is extended by a predetermined amount, the claw member (22) that takes the locking position (B) is provided between the protrusion (20a) and the medium diameter portion (20b). The locking position (B) is fixed by locking the locking position (B) of the reel member (5) to restrain the return rotation of the reel member (5), and the claw member (22) is locked from the locking position (B). (4) is extended, and the claw member (22) that takes the locking position (B) is moved to the small diameter portion (20).
After the relative movement to the position corresponding to c), the claw member (22) engages and reverses with the locking portion (20d) as the reel member (5) returns and rotates, and the release position (C). Take
The claw member (22) in the release position (C) is provided with a protrusion (20a), a middle diameter portion (20b) and a small diameter portion (20c) of the cam member (20) when the reel member (5) is returned and rotated.
2. The stacker hanger device according to claim 1, wherein the stacker hanger device is capable of passing through each of the above. 3. The clip device (10) comprises a suspension member (1).
1) is rotatably coupled to one end of the suspension member (11) and is rotationally biased by a spring (12) which is compressed and interposed between the suspension member (11) and the suspension member (11). The case (13) and the suspension member (1) and the one end portion (13a) of the case (13) in a free state where the elastic force of the spring (12) is received.
The stacker hanger device according to claim 1 or 2, characterized in that the article to be sewn (35) can be held near the other end of (1).