JP2550003B2 - Label hanger magazine and its driving device - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is an assembly in which a number of label hangers for attaching a price tag, a label indicating quality or manufacturer, and a trademark display tag (collectively referred to as a label) to clothing and various other products are connected. The present invention relates to a label hanger magazine and a label hanger attaching device for attaching the label hanger to clothes, bags and various other products.

[0002]

2. Description of the Related Art In general, a thin stick type label hanger made of a thermoplastic material in which the molecular orientation is adjusted by stretching such as polypropylene or nylon is shown in FIG. A cross bar 200 adapted to be inserted through is provided, and a wide spatula 201 is provided at the other end of the thin bar. The label is attached to the cross rod 200 when the cross rod 200 is inserted into the fabric or the like, so that once the label hanger is inserted into the fabric or the like, the label does not come off from the fabric or the like. .

As another conventional example, one described in Japanese Patent Laid-Open No. 54-98200, that is, as shown in FIGS. 11 to 13, a label hanger 100 is provided on the first end side of a thin rod 101. A magazine type is known which has a bonded label 102, a cross bar 103 bonded to the second end, and a connecting piece 104 bonded to the cross bar 103.

That is, this is one in which the end of the connecting piece 104 of the label hanger 100 is joined to the common support 105 and a number of label hangers 100 are connected to form a label hanger magazine. A nipple 106 is formed on the first end of the thin rod 101, and a tapered thin rod head 107 is formed on the thin rod 1.
08 is connected to this nipple 106. The cross-sectional area of the base 109 of the thin rod head 107 is made larger than that of the thin rod 101.

Although the label 102 is sized to accommodate the rod 108, the base 1 of the rod head 107
Narrow bar storage sleeve 111 having a narrow bar storage hole 110 having a diameter smaller than 09, and a head storage recess 112 that is configured to receive the thin bar head 107 and cooperate with it. It has a joint section.

When the tapered thin rod head 107 is inserted into the head storage recess 112 through the thin rod storage hole 102, the thin rod storage sleeve 111 and the tapered thin rod head 107 are elastic, whereby the thin rod is inserted. The head 107 can pass through the thin rod storage sleeve 111. Once the thin rod head 107 is inserted, the base 109 of the thin rod head 107 engages with the lower end surface 113 of the thin rod storage sleeve 111, and the thin rod 101 is prevented from coming off the label 102.

1 from such a label hanger magazine
To attach one label hanger 100 to clothing or the like, an insertion instrument as described in US Pat. No. 3,924,788 was used, and the hollow rod of the insertion instrument was passed through the cross bar 103 to be inserted into the clothing or the like. The cross bar 103 from which the connecting piece 104 is separated from the hollow needle is inserted into clothing or the like.

[0008]

By the way, in order to attach a label to the label hanger of the former type, that is, a single thin rod type hanger (see FIG. 10) having a cross bar at one end and a spatula at the other end, It was done manually using the insertion tool. That is, the operator picked up the label hangers one by one with one hand and put them together with the label on the clothing, etc., and operated the insertion tool with the other hand to drive the cross bar of the label hanger into both the label and the clothing at the same time. So 1
I could only hit about 200 in time, and there were many failures.

In the latter type, as shown in FIGS.
The label 102 shown in FIG. 13 requires a special shape and structure for accommodating the label engaging portion shown in FIG. 13, which increases the manufacturing cost of the label 102 itself. There was a flaw. Recently, a paper label on which a bar code is printed as various information is widely used. Such a paper label is shown in FIG.
It was difficult to form a label similar to the conventional example as shown in FIGS. Moreover, there is a need to attach a label printed with a bar code or the like suitable for each product in accordance with many kinds of products.
It was difficult to meet such needs with the label hanger as shown in FIG.

Further, if the label hanger provided with the dedicated label shown in FIGS. 11 to 13 is used, the work efficiency is improved, but it is necessary to previously attach the dedicated label to the label hanger. As described above, it has a special shape and structure, and the manufacturing cost is high. In addition, recent labels include
Color, size, price, and other information is printed on barcodes, etc., and to attach various types of labels to small numbers of different types of products in correspondence with individual products, conventional label hanger labels with labels are supported. It is difficult to do so, and it would be enormously expensive to deal with it. To attach a label corresponding to a wide variety of products to a product, it is better to apply a label to the product corresponding to the label and hit the label hanger with a dedicated label label hanger as shown in FIGS. 20 to 22. It is more cost effective than using it. However, the work efficiency is poor as described above. Driving a label hanger to which a label is attached in advance on clothing or the like improves work efficiency 4 to 5 times as compared with hitting the label on the clothing or the like by inserting the label hanger through the label and the clothing.

Therefore, according to the present invention, the label can be easily attached, and the type of the label to be used can be selected, and the subsequent attachment work to clothes and various other products can be performed efficiently without the label becoming too obstructive. An object of the present invention is to provide a label hanger magazine in which a large number of label hangers are continuously connected, and a driving device which can easily attach the label hanger to each product from the label hanger magazine.

[0012]

In order to achieve the above-mentioned object, the invention according to claim 1 is a label hanger magazine which is integrally formed of a flexible plastic material as a whole and has a common support portion. The same number of label hangers are arranged through a large number of connecting pieces, and the label hanger is provided with a thread-like portion that forms a substantially T-shaped or Y-shaped shape as a whole. A cylindrical tubular portion is provided, and a bulging head having a tip portion that penetrates the tubular portion and a tail portion that protrudes in opposite directions and is substantially orthogonal to the other end of the thread-shaped portion that faces the tubular portion. And a rod-shaped portion in a direction orthogonal to the common support portion at the remaining center-side end portion of the thread-shaped portion, and the tubular portion and the head-tail portion of the thread-shaped portion one end and the other end. By a driving device that is inserted through each product such as clothing It is configured to be disconnected to each other mutually when obsess to each product, the rod-shaped portion of said central ends are those configured as a label is attached when disconnected from the connecting piece by a label insertion device.

In the invention according to claim 2, the pair of left and right arms on the front end side of the main body is closed by manually grasping the pair of left and right operation parts on the base end side of the scissor-shaped main body which can be opened and closed. The head and tail portions of the label hanger magazine set in the loading grooves of the left and right arms are pushed off one by one from the tip side to insert the head of the head-and-tail portion into the tubular portion. A device for driving a label hanger for attaching a label to a desired product, comprising a cutter that cuts a connecting piece that connects the head and tail of the head and tail while pushing the tail of the head and tail, and is provided on one of the arms. A push rod that enters the slide hole and a cutter that cuts the connecting piece that connects the next cylinder portion in parallel while pushing out the cylinder portion is provided, and the push rod that enters the slide hole provided in one of the other arms. Moving cylinder and both operation parts These push rods and push cylinders are moved forward through a two-step mechanism that performs a preliminary action and a main action by closing the grasping hand. The seesaw mechanism connected to the operation section and a plurality of head-to-tail sections and slidable sections, which are slidably set in the inner insertion grooves of the left and right arm sections and connected by connecting pieces, are elastically pressed from the proximal end side. After the one on the front end side is delivered, a pushing mechanism for pushing the next head-to-tail portion and the tubular portion gradually into the slide hole and pushing out.

In the invention according to claim 3, the pair of left and right arm portions on the front end side of the main body is closed by holding the pair of left and right operation portions on the proximal end side of the scissor-shaped main body which can be opened and closed by hand. By rotating and abutting, and pressing the cylinder and head-to-tail section of the label hanger magazine set in the loading grooves of the left and right arms one by one from the tip side to insert the head of the head-to-tail section into the tube section. , A label hanger driving device for attaching a label to a desired product, wherein each arm part is
An immovable member that is integral with the operating portion, and a movable member that is slidable within a certain range with respect to the immovable member and abuts each other when the operating portion is closed and then is pushed in a direction toward each immovable member. And the one immovable member has a push rod portion that abuts and pushes against the tail portion of the head-tail portion, and the other immovable member has a pushing tubular portion that abuts and pushes against the tubular portion. , A plurality of head-to-tail portions that are slidably set in the loading groove and connected by connecting pieces are pressed by the elastic force from the base end side, and the one on the tip side is fed out, and then the next head-to-tail portion is gradually moved to the slide hole. An extruding mechanism that pushes out to the one moving member is provided, and a plurality of cylindrical portions slidably set in the loading groove and connected by a connecting piece are elastically pressed from the base end side, and the one on the tip side is After being sent out, the next cylinder is gradually The extrusion mechanism going extruded is pressed against the hole but on the movable member of the other.

[0015]

In the label hanger magazine of the present invention, the thread-like portion is formed into a substantially T-shape or Y-shape. After the label is attached to the end of the thread-like portion on the central side, the label-hanger magazine is formed. The remaining two ends, that is, the connecting work between the cylinder part and the head-to-tail part, which is performed at the same time as attaching the to the clothes etc., only needs to grasp the operating part of the scissor-like openable body by hand and simply perform the closing operation. , The label can be smoothly connected to the head and tail when connecting the clothes to the clothes.

Further, in the driving device of the present invention, when such label hanger magazines are collectively loaded and set in the loading groove of the pushing mechanism, they are automatically fed to the tip side by the elastic force of the built-in spring. Further, the tube portion and the head-to-tail portion sent to the leading edge only have to perform the closing operation by grasping the operating portion of the scissor-like openable body by hand and performing the closing operation. 2 of this operation
The step operation is automatically performed, and the push cylinder forcibly sends the cylinder part forward, and at this time, the cutter protruding from the push cylinder pushes out and pushes out the next cylinder part. , A push rod with a similar cutter protruding pushes the head and tail from the next one. As a result, both the tubular part and the head-to-tail part are sent out in the direction in which they collide with each other, the head part of the head-to-tail part is connected to the through hole of the tubular part, and it is automatically connected from the arm part of the main body. Is pushed out of the body.

[0017]

Embodiments of the present invention will be described below with reference to the accompanying drawings. FIG. 1 shows a label hanger magazine according to the present invention. The label hanger magazine is integrally formed of a flexible plastic material as a whole, and has a common supporting portion 1 and a connecting piece 1A. A large number of label hangers 2 are provided via. Further, the label hanger 2 has a thread-like portion 21 forming a generally inverted Y-shape (or an overall inverted T-shape), and is not connected to the common support portion 1 and one end side thereof. On the other end side facing each other (similarly in the case of a substantially inverted T-shape), a cylindrical portion 22 and a head-and-tail portion 23 are respectively provided.

Further, the label hanger 2 attached to the common support 1 via the connecting piece 1A has a central end (hereinafter referred to as a central end) which is orthogonal to the installation direction of the common support 1. The rod-shaped portion 24 oriented in the direction of the contact is provided, and the contact portion 25 provided at a portion where the rod-shaped portion 24 and the three thread-shaped portions intersect with each other by using a label insertion device described later.
A label (not shown) can be attached between and. In addition, when the label is attached, the connecting piece 1A is cut and the bar-shaped portion 24 is separated from the common supporting portion 1 in a separated manner. However, the label hangers 2 are integrally connected in parallel by the connecting pieces 2A and 2B. Therefore, it can be easily set even when it is set in the driving device described later.

In the thread-like portion 21 of this embodiment, the connecting portion between the bulging portion 25 and the rod-like portion 24 is formed in a straight linear shape, and the tubular portion 22, the head-and-tail portion 23 and the contact portion 25 are formed.
Each thread-like portion 21 connecting with and is curved in a slightly R shape.

The tubular portion 22 is formed in a hollow cylindrical shape with both ends open, in other words, a through hole having an appropriate diameter is opened, and the head portion of the head-to-tail portion 23 is opened from the opening portion on one end side. The through hole is configured to have elasticity so that the inner diameter can be changed to some extent so that it cannot return when 23A is inserted and penetrates. In addition, the through hole of the tubular portion 22 is
In addition to being stretchable, it may be configured to have a tapered cross-section that narrows in the distal direction.

The head-to-tail portion 23 has a head portion 23A having a slightly conical shape on one end side toward the opening portion of the tubular portion 22 and having an outer dimension slightly larger than other portions, and a head portion centered on a mounting portion of the thread portion 21. Tail 23 protruding to the side opposite to the side
B. The maximum outer dimension of the head portion 23A is an optimum value according to the minimum inner diameter dimension of the tubular portion 22.

Next, a driving device used when the label hanger is attached to various products such as clothes and bags will be described. In addition, prior to using this driving device, a rod-shaped portion 24 and a bulged portion 25 are appropriately attached with a label insertion device.
It is necessary to insert various labels from the center end into the thread-like portion 21 between and, but as a label insertion device for this purpose, a publication relating to an application already filed by the same applicant. See, for example, the one described in JP-A-5-186602.

FIG. 2 is a schematic explanatory view showing a label hanger driving device according to the present invention. This driving device has a substantially scissor-shaped main body 3 in which an arm portion 4 and an operating portion 5 are arranged on the distal end side and the proximal end side, and a pushing motion that enters a slide hole 41 provided on the distal end side of the one side arm portion 4. The cylinder 61 and the push rod 62 that enters the slide hole 42 provided on the distal end side of the other arm 4 and the seesaw mechanism 6 that operates the push barrel 61 and the push rod 62 via the two-step mechanism 9. , Each arm 4
The cylindrical portion 22 and the head-and-tail portion 23 of the label hanger magazine loaded in the loading groove 43 provided in the
2 and an extrusion mechanism 7 for sending out toward 2.

In the main body 3, the operation portion 5 which is normally opened as shown in FIG. 3 is grasped by the hand by the compression spring 51, and the operation portion 5 is closed as shown in FIG. The head portion 23A can be fitted into the tubular portion 22 of each label hanger 2 one by one.

As a part of the pushing mechanism 7, a loading groove 43 communicating with the above-mentioned slide holes 41, 42 is opened in each arm portion 4, and the loading groove 43 is provided with a large number of label hangers. The base end side of the label hanger magazine has a large opening so that the label hanger magazines connected in parallel can be loaded. A part of the opening part is located on the tip side of the opening part to prevent the label hanger magazine from falling off. Is closed.

On the base end side of the loading groove 43, as a part of the pushing mechanism 7, the loaded tubular portion 22 and head-to-tail portion 23 are provided.
In order to constantly press the slide holes 41, 42 on the tip end side with elastic force, pressers 71, 72 and springs 73, 73 for pressing these pressers 71, 72 are installed.

The seesaw mechanism 6 elastically pushes out both the head-to-tail portion 23 and the tubular portion 22 in a direction of abutting each other through a two-step mechanism 8 which continuously performs each of a preliminary movement and a main movement. The head portion 23A is passed through the hole of the tubular portion 22, and the thread-like portions 21 are joined together in a loop shape to be connected, and it is operated by the closing operation of the hand holding both operating portions 5.

The seesaw mechanism 6 of this embodiment has a slightly larger hole diameter than that of the tubular portion 22 and is formed to have the same external dimensions, and has a pushing barrel 61 that collides with the tubular portion 22 from one end side, and a head-to-tail portion 23. Push rods 62 that collide with the end face of the tail portion 23B of the tail, and push rods 61 or push rods 62 with one end side first
It is provided with an arm portion 4 (or an operation portion 5 on the opposite side) rotatably connected to each other at the other end side and left and right actuating pieces 64 rotatably connected by respective rods 63. The rod 63 may be made of various wire materials such as a piano wire, but it is preferable that the rod 63 does not significantly bend when the operation portion 5 is opened and closed.

A flange 61A having an outer size larger than that of the slide hole 41 is formed on the proximal end side of the push cylinder 61 connected to one end of the right operation piece 64. The flange 61A and the slide hole are formed. As shown in FIG. 3, when the seesaw mechanism 6 is not normally operated, the pushing cylinder 61 is retracted toward the inlet of the slide hole 41 between the inlet 41 and the inlet 41.
A compression spring 61B is provided for comparison.

A flange 62A having an outer size larger than that of the slide hole 42 is also formed on the base end side of the push rod 62 connected to one end of the left actuating piece 64, and slides with this flange 62A. Between the entrance of the hole 42 and the push cylinder 61, the push rod 62 is retracted and compared to the entrance side of the slide hole 42 when the seesaw mechanism 6 is not normally operated. The compression spring 62B is interposed.

The push cylinder 61 and push rod 62 are
As shown in FIG. 4 and FIG.
Character-shaped cutters 61C and 62C are provided so that the most distal cylinder part 22 and head-to-tail part 23 can push off the connecting pieces 2A and 2B connected to the adjacent cylinder part 22 and head-to-tail part 23. It has become. In addition, the push cylinder 61 and push rod 6
The connecting pieces 2A, 2B on the most distal side attached to the 2 are discharged to the outside from the holes 45R, 45L opened on the tip side of the arm portion 4.

A projecting member 65 provided at an intermediate portion of each operating piece 64 is pivotally attached to the pivotally supporting member 44 on the arm portion 4 side.
In accordance with the opening / closing operation of the operating portion 5, it swings left and right around its pivot point like a seesaw.

The two-step mechanism 9 reliably and stably pushes out the push cylinder 61 and push rod 62 arranged in the slide holes 41 and 42 by a continuous two-step operation of the preliminary operation and the main operation. 2 in this embodiment.
As shown in FIG. 3 and FIG. 3, a pair of slide rods 91 provided on the outer side of the distal end of each arm portion 4, and the slide rods 91
The compression springs 61B and 6 in the central part.
Slide plate 92 having a hole through which 2B can be freely inserted
And a compression spring 93 having an elastic force larger than that of the compression springs 61B and 62B and interposed between the slide plate 92 and the arm portion 4.

Therefore, according to the driving device of this embodiment, as shown in FIG. 1, a predetermined appropriate label inserting device is used for the label hangers 2 connected in parallel, that is, the label hanger magazine. The desired label 20 (see FIG. 2) is inserted into the thread-shaped portion 21 between the rod-shaped portion 24 and the bulging portion 25. As a result, the label hangers 2 are separated from the common support portion 1, but are not separated because the cylinder portion 22 side and the head-to-tail portion 23 are integrally connected by the connecting pieces 2A2B.

In this way, when the label hanger magazine on which the label 20 is preliminarily mounted is attached to a desired product, for example, a handbag portion of a handbag (not shown) in this embodiment, the label hanger magazine is first driven. The devices are collectively loaded into the loading grooves 43 of the device. That is, the cylinder portion 22 side of the label hanger 2 is loaded in the right loading groove 43, and the head-to-tail portion 23 is loaded in the left loading groove 43.

In this case, in FIG. 2, the pushers 71, 72 are pushed open with the fingers or the like until the spring 73 is fully pushed down toward the base end side (lower side) of each loading groove 43, and the springs are largely opened. The tubular portion 22 and the head-to-tail portion 23 are loaded in the loading groove 43, but when the fingers holding the pushers 71 and 72 are released after loading, the tubular portion 22 and the head-to-tail portion 23 are elastically loaded by the springs 73. It is pushed into each tip side of 43, and is automatically and parallelly loaded in a contact state as shown in FIG.

In this loading operation, since the driving apparatus has not yet been gripped by the hand, as shown in FIG. 3, the arm portion 4 is also opened by the elastic force of the compression spring 51. It is in.

Next, when the operating portion 5 is gripped and closed by hand with the arm portion 4 straddling the handbag portion of the bag, the operating pieces 64 of the seesaw mechanism 6 are closed by this hand.
Moves from the state shown in FIG. 3 in the direction of the arrow to the state shown in FIG. That is, the two-step mechanism 9 operates.

That is, first, by closing the operating portion 5 to a specific angle, the preparatory movement is activated and the respective operating pieces 64 are rotated in the direction of forming a substantially C-shape. 62A is compression springs 61B and 62
Since it moves forward against the elastic force of B, the tip end portions of the push cylinder 61 and the push rod 62 abut the cylinder portion 22 and the tail portion 23B. When the closing operation is further performed beyond the specific angle, the front end surfaces of the flanges 61A and 62A come into contact with the back surface of the slide plate 92, and then the flanges 61A and 62A integrally with the slide plate 92 cause the flanges 61A and 62A to compress the compression springs 61A and 93. Since the pushing cylinder 61 and the pushing rod 62 are pushed and moved forward against the combined elastic force of, the state shifts to the state shown in FIG.

In this way, by the rotating operation of the respective operating pieces 64, the respective push rods 62 and the push barrels 61 are respectively moved by the compression springs 6.
1B, 93 and the compression springs 62B, 93 are moved forward in the slide holes 41, 42 against the elastic force, and the tip ends of these are abutted against the tubular portion 22 and the head-to-tail portion 23, and then the tubular portion 22.
The head and tail 23 are pushed toward each other.

As a result, as shown in FIG. 4, the cutter 61C provided at the front end of the pushing cylinder 61 has the most distal end of the cylinder portion 22.
As the connecting piece 2A connecting this and the adjacent tubular portion 22 is pushed down, the cutter 62C provided at the tip of the push rod 62, as shown in FIG. The connecting piece 2A connecting the adjacent tubular portion 22 is pushed down. As a result, as shown in FIG. 4, the head portion 23A of the head-and-tail portion 23 penetrates the hole of the tubular portion 22, and the tubular portion 22 and the head-and-tail portion 23 are formed.
After and are connected in a loop, they are pulled out from the arm portion 4, so that the label-attached label hanger 2 is attached in a state of being wrapped around the handbag portion.

In this way, at the time of gripping operation, since the closing operation is performed in a state where the arm portion 4 straddles the handbag portion of each bag and sandwiches it, a label is attached between the handbag portion and the bag body portion. The label hangers 2 are attached one by one, but the label hangers 2 in which the head 23A once penetrates and is connected to the through holes are configured so that they cannot be easily removed, as described above. The trouble that the label 20 comes off and falls can be prevented.

Instead of the two-step mechanism or seesaw mechanism of this embodiment, for example, one as shown in FIG. 7 (second embodiment) may be used. That is, this is a pair of scissors-shaped ones including an auxiliary operation section 50 and an auxiliary arm section 40, which are separate from the arm section 4 and the operation section 5 of the previous embodiment constituting the main body 3 and are rotated in the same manner. An auxiliary compression spring 52 having a larger elastic force than that of the compression spring 51 is provided between each operation portion 5 and the auxiliary operation portion 50 so as to be rotatable about the shaft 3A. Although attached, other mechanisms are not particularly different. It should be noted that when the push cylinder 61 and the push rod 62 move forward due to the pivotal closing action of the auxiliary arm portion 40, the movement locus of the push barrel 61 and the push rod 62 moves in the circumferential direction instead of the linear action. Therefore, it is preferable that the flange portions 61A and 62A of the push cylinder 61 and the push rod 62 be provided with play slide grooves that allow slight displacement in the vertical direction.

Therefore, when the driving apparatus of the second embodiment is used, when the operation section 5 and the auxiliary operation section 50 are simultaneously grasped and closed by hand, the elastic force of the compression spring 51 is first resisted. Then, the operation section 5 and the auxiliary operation section 50 are simultaneously closed integrally, so that the arm section 4 and the auxiliary arm section 40 are closed. As a result, first, the protruding portions of the tip (upper portion) of the arm portion 4 located inside are approaching each other. If you continue the closing motion by hand,
Eventually, the protruding parts at the tip (upper part) of the arm part 4 come into contact with each other, and the operating part 5 can no longer be closed. Then, only the auxiliary operating part 50 is closed independently. The moving barrel 61 and the push rod 62 can move forward. The subsequent operation is the same as in the case of the two-step operation of the previous embodiment, in which the tubular portion 22 and the head-to-tail portion 23 are pushed and separated from the next one to be separated and connected in a loop shape.

The driving device for mounting the label hanger in which a number of the label hangers are connected in parallel is not particularly limited to those described in these embodiments. For example, the driving device shown in FIG. It may be three embodiments.

In the driving apparatus of the third embodiment shown in FIG. 8, the arm portion 8 has immovable members 8R and 8L and moving members 80R and 8L.
Although 0L is provided, the seesaw mechanism is not necessary.

The immovable members 8R and 8L are constructed integrally with the operating portion 5, and a pushing cylinder portion 81 and a pushing rod portion 82 project from the tip ends of the surfaces corresponding to each other. In addition, a pressing plate 84 is attached to the intermediate portion on the same surface side via a plurality of springs 83, 83. Further, between the pressing plate 84 and the slide standing walls 85 of the moving members 80R and 80L (which constitutes a loading groove), the pushing mechanism 7 of the previous embodiment.
Similarly to the above, the pressing members 71, 72 via the spring 73.
As shown in FIG. 9, the cylindrical portion 22 and the head-to-tail portion 23 are automatically slid in order from the tip side.
It is sent out toward R and 86L.

The push cylinder 81 is the push cylinder 61 of the previous embodiment.
And a hole slightly larger than the through hole of the tubular portion 22 is formed. Further, the push rod portion 82 is
Similarly, it is similar to the push rod 62 of the previous embodiment,
The head / tail portion 23 is formed to have the same outer diameter dimension as the tail portion 23B. It should be noted that the pushing cylinder portion 81 and the pushing rod portion 82 have a structure shown in FIG.
As shown in, the cutter 8 is attached to the tip side as in the previous embodiment.
1C and 82C are projected.

The moving members 80R and 80L are slidably attached to the respective immovable members 8R and 8L within a certain range. In this embodiment, the moving members 80R and 80L are engaged with the elongated holes 88 formed above and below the immovable members 8R and 8L. A mating pin 88A is provided. A pair of compression springs 87 are interposed between the moving members 80R and 80L and the immovable members 8R and 8L, respectively, and elastic forces are constantly applied to the two moving members 80R and 80L in directions away from each other. There is.

Therefore, according to the driving apparatus of this embodiment, the label 20 is previously attached to the same portion and the label hanger magazine is loaded and set at a predetermined position of the extrusion mechanism, as in the previous embodiment.

After the label hanger magazine is loaded and set in this manner, the operation portion 5 is operated to be held and closed by hand. Then, after the end faces of the moving members 80R and 80L that face each other come into contact with each other, the moving members 80R and 80L are pushed in the direction of compressing the compression spring 87 in the loading groove and move backward (in this case, the respective immovable members). Member 8R,
8L moves forward in a direction relatively approaching the moving members 80R and 80L).

As a result, the pushing cylinder portion 81 of the immovable member 8R that relatively advances in the backward movement and the pushing rod portion 82 of the immovable member 8L that also relatively advances in the backward movement are attached to the label hanger 2.
After cutting off the cylinder portion 22 and the head-and-tail portion 23 on the most distal side of each from the next, the cylinder portion 22 and the head-and-tail portion 23 are sent out from the loading groove toward the slide holes 86R and 86L, and As in the example, connect firmly in a loop.

[0053]

As described above, according to the label hanger magazine of the present invention, the thread-like portion is formed into a substantially T-shape or Y-shape, and the label is attached to one end side of the thread-like portion. Later, at the same time when the label hanger magazine is attached to clothes or the like, the remaining two ends, that is, the connecting work between the cylinder portion and the head-to-tail portion, is simply closed by grasping the operating portion of the scissors-like openable body by hand. It is only necessary to perform the operation, and the work of connecting the tube portion and the head-to-tail portion when attaching to the clothes or the like can be performed easily and smoothly without the label interfering.

Further, according to the driving apparatus of the present invention, such label hanger magazines can be collectively loaded and set in the extrusion mechanism, and the loaded label hanger magazines can be loaded in the loading groove. Since it can be automatically delivered to the tip side by the elastic force of, the troublesome operation is almost unnecessary.

Further, according to the driving device of the present invention, the tubular portion and the head-to-tail portion fed into the leading edge can be simply closed by grasping the operating portion of the scissor-like openable body by hand. That is, in this closing operation, the push cylinder forcibly sends the cylinder part forward, and at this time, the cutter protruding from the push cylinder pushes out and pushes out the next cylinder part by the sending operation. A push rod with a similar cutter projecting pushes the head and tail from the next one, and after that, both the cylinder and head and tail are further fed in the direction of collision, and the cylinder Since the head of the head-to-tail portion is connected to the through hole of the body and is pushed out to the outside automatically from the arm portion of the main body, the mounting operation is very easy.

[Brief description of drawings]

FIG. 1 is a perspective view of a label hanger magazine of the present invention.

FIG. 2 is a plan view showing the embedding device according to the first embodiment of the present invention.

FIG. 3 is an explanatory view for explaining an operating state of the driving device.

FIG. 4 is an enlarged cross-sectional view of one arm portion of the driving device showing a state where the tubular portion is being sent out.

FIG. 5 is an enlarged cross-sectional view of the other arm portion of the driving device showing a state in which the head-to-tail portion is being sent out.

FIG. 6 is a front perspective view of the driving device.

FIG. 7 is a plan view showing an embedding device according to a second embodiment of the present invention.

FIG. 8 is a plan view showing a driving device according to a third embodiment of the present invention.

FIG. 9 is an enlarged sectional view of a main part of the driving device.

FIG. 10 is a perspective view showing a conventional label hanger.

FIG. 11 is a front view showing another conventional label hanger magazine.

FIG. 12 is a side view of FIG. 11.

13 is a cross-sectional view of the engaging portion of the label in FIG.

[Explanation of symbols]

 1 common support part 1A, 2A, 2B connection piece 2 label hanger 20 label 21 bar part 22 cylinder part 23 head tail part 23A head part 23B tail part 24 bar part 3 main body 4,8 arm part 41,42,86R, 86L slide hole 43 Slide groove 5 Operation part 6 Seesaw mechanism 61 Pushing cylinder 61C, 62C, 81C, 82C Cutter 62 Pushing rod 64 Operating piece 7 Pushing mechanism 8R, 8L Immovable member 80R, 80L Moving member 9 Two-step mechanism

Claims (3)

(57) [Claims] 1. A label hanger magazine, which is integrally formed of a flexible plastic material as a whole, in which the same number of label hangers are arranged between a plurality of common supporting parts via a large number of connecting pieces. A thread-like portion forming a generally T-shape or a Y-shape is provided, a substantially cylindrical tube portion is provided at one end of the thread-like portion substantially orthogonal to the other end of the thread-like portion facing the tube portion. A head-to-tail portion having a bulging head portion having a tip portion penetrating the tubular portion and a tail portion having a base end portion protruding in the opposite direction is provided orthogonally, and the common center end portion of the remaining filamentous portions is the common portion. It is provided with a rod-shaped portion in a direction orthogonal to the support portion, and when the thread-shaped portion one end and the other end of the tubular portion and the head-to-tail portion are inserted into each product such as clothes and attached to each product by a driving device to be attached. Configured to be separable from each other, Rod-like portion of Hisashitan label hanger magazine characterized by being configured that the label is attached when disconnected from the connecting piece by a label insertion device. 2. A pair of left and right operation parts on the base end side of the scissor-shaped main body which can be freely opened and closed is gripped and closed by hand so that the pair of left and right arm parts on the front end side of the main body are pivotally opposed to each other. The label and the head and tail of the label hanger magazine set in the loading groove of the arm part are pushed down one by one from the tip side to insert the head of the head and tail into the tube, and attach the label to the desired product. A driving device for a hanger, comprising a cutter that cuts a connecting piece that connects the head and tail of the head and tail while pushing out the tail of the head and tail, and a push rod that enters a slide hole provided in one of the arms, and A pusher barrel that pushes out the tubular part and cuts a connecting piece that connects the next tubular part in parallel with each other, and that holds the operating part and a pushing barrel that enters a slide hole provided in the other arm Preliminary movement by closing the hand And a seesaw mechanism connected to a rotating arm portion on the opposite side or an operating portion on the opposite side for advancing these push rods and push cylinders through a two-step mechanism that performs each of the following operations. , The plurality of head-to-tail portions and the tubular portion, which are slidably set in the inner insertion grooves of the left and right arms and connected by the connecting pieces, are elastically pressed from the base end side, and the tip end side is delivered. A label hanger driving device, further comprising: a pushing mechanism that pushes the head-tail portion and the tubular portion, which are next to each other, gradually into the slide hole and pushes the pushing portion. 3. A pair of left and right operation parts on the base end side of the openable and closable scissors main body is gripped and closed by hand to rotate and abut the pair of left and right arm parts on the front end side of the main body. The label hanger magazines set in the loading grooves of the left and right arms are pressed down one by one from the tip side and the head-to-tail portion, respectively, and the head of the head-to-tail portion is inserted into the tubular portion, and the label is attached to the desired product. A label hanger driving device, wherein each of the arm portions is in contact with each other by an immovable member that is integral with the operation portion, and a slidable member within a certain range with respect to the immovable member when the operation portion is closed. After that, a moving member that is pushed in a direction approaching each immovable member is provided, and the one immovable member has a push rod portion that abuts and presses against the tail portion of the head-tail portion, and the other immovable member is the Abut on the cylinder It has a pushing cylinder part that presses, and a plurality of head-to-tail parts that are slidably set in the loading groove and connected by connecting pieces are elastically pressed from the base end side, and the one on the tip side is sent out, then the next position. The one moving member is provided with an extruding mechanism that gradually pushes out the head-to-tail portion of the cylinder into the slide hole, and a plurality of cylindrical portions slidably set in the loading groove and connected by a connecting piece are elastically applied from the base end side. After pushing and pushing the one on the front end side, the pushing mechanism for pushing the next cylindrical portion gradually into the slide hole and pushing it out is provided in the other moving member. apparatus.