JP3170263U - Integrated mount for shirts - Google Patents

Abstract

To provide an integrated mount for a shirt, which can fix the mount and the shirt by a simple operation and can confirm the product display displayed on the inside of the collar of the shirt.
A backing paper 10 is formed on a back surface of a shirt P with a single pattern. A collar shaping section 20 is continuously provided on the upper end of the mount 10 via a connecting section 30. The collar shaping part 20 is superposed along the inside of the collar. The mount 10 is composed of the paper body 10A and the auxiliary mount 10B. Auxiliary mount 10B is continuously provided on the side edge of the mount main body 10A. The mount body 10A is superposed on the back surface of the shirt P. The auxiliary mount 10B is placed on one of the sleeves folded on the mount body 10A. The other sleeve is folded and overlapped on the auxiliary mount 10B.
[Selection] Figure 1

Description

  The present invention relates to an integrated shirt mount that is used to maintain the shape of a folded shirt, cutter shirt, etc., and can be used to fix the mount and the shirt with a simple operation. The present invention relates to an integrated mount for a shirt capable of confirming a product display displayed on the inner side.

  Conventionally, shirts are sold over the counter, for example, by wrapping a pattern such as cardboard and storing it in a bag without losing its shape. At this time, a rectangular pattern paper was superimposed on the body of the shirt, and a collar for preventing the collapse of the shape was inserted into the folded collar, and these pattern paper and color were fixed with pins and clips.

  Packaging in this way requires pins, clips, and the like in addition to the pattern, so that the packaging work takes time and costs are increased, and the user may be injured with the pins. In addition, when a normal mount and a plastic reinforcing material are set as a set, the consumer must separate the paper waste from the plastic waste after use and take out the waste. Therefore, Patent Document 1, Patent Document 2, and the like have proposed an integrated mount that allows a shirt to be folded and wrapped only with a pattern.

  Each of the mounts is formed by integrally forming a collar shaping portion, a sandwiching portion, a shoulder fixing portion, and the like on a square frame-shaped mount body having four side edges on the top, bottom, left and right. In patent document 1, a collar shaping part is arrange | positioned along the inner side of a collar, and in patent document 2, it inserts and arrange | positions in the folding part of a collar.

Utility Model Registration No. 3037554 JP 2005-126129 A

  Since the conventional integrated mount does not use pins or clips, the shirt may be displaced from the mount after packaging.

  Therefore, in Patent Document 1, folding plates are provided on the left and right sides of the mount, and a member that is an extended portion protruding from the upper end portion of the left and right folded plates is inserted into the fitting groove of the mount and fixed, and a member that is a button stop sheet is provided. The button is fixed to the button of the shirt folded on the back of the mount, so that the shirt is prevented from slipping off the mount.

  However, the work of inserting such a member serving as the extending portion into the mount while folding the shirt, the work of hanging the button stopper sheet on the button, and the like are laborious work. Moreover, in Patent Document 1, since a butterfly piece as a separate member is used to fix the collar, there is a disadvantage that the number of members is increased as an integrated mount.

  Moreover, according to the integrated mount like patent document 1, it has the structure which arrange | positions a collar shaping part along the inside of the collar of a shirt. However, a general shirt has an individual product label indicating the size of the shirt on the inside of the collar.

  In addition to the collar and sleeve length sizes, the product label includes the shirt material, processing method, manufacturer, and product number. And since this product display becomes an important mark of the shirt before attaching the tag attached at the time of shirt wrapping, or a tag, the product display is hidden using an integrated mount like patent document 1. Inconveniently, it becomes impossible to confirm whether the product and the tag match.

  On the other hand, in Patent Document 2, in order to fix the collar forming part, in particular, a notch is formed in the left and right end parts of the collar shaping part, and this notch is inserted into the first button of the shirt to fix the collar shaping part. Proposed. However, the work of inserting the cut of the collar shaping part into the first button of the shirt from the left and right must be extremely difficult work.

  Moreover, since the vicinity of the first button is the most noticeable part as a collar point of the shirt, it is necessary to treat it as a product. Therefore, when inserting the cut of the collar shaping part into the first button, care must be taken not to get any wrinkles or dirt on the collar point, and this insertion work becomes more difficult. Yes.

  In addition, even when an integrated mount that fixes the collar by cutting the collar forming portion is used, there is a possibility that portions other than the collar may be displaced from the mount. For example, sleeves stacked on the mount are easily misaligned, and the misaligned sleeves may cause wrinkles in unexpected places, which may reduce the commercial value of the shirt.

  Therefore, the present invention has been devised to solve the above-mentioned problems, and it is possible to fix the mount and the shirt with a simple operation and to check the product display displayed on the inside of the shirt collar. The purpose is to provide an integrated mount for shirts.

  In order to achieve the above-mentioned object, the first means in the present invention is formed through a mount 10 formed on a back surface of the shirt P, which is formed of a single pattern, and a connecting portion 30 provided at the upper end of the mount 10. In the integrated mount for the shirt P, which is provided with a collar shaping portion 20 that is continuously provided and overlaps along the inside of the collar P1, and maintains the shape of the folded shirt P, the mount 10 is placed on the back of the shirt P. It is composed of a mount main body 10A to be superposed and an auxiliary mount 10B connected to the side edge of the mount main body 10A, and the auxiliary mount 10B is stacked on one sleeve P2 folded on the mount main body 10A. The other sleeve P2 is folded and overlapped on the auxiliary mount 10B.

  In the second means, a plurality of clip pieces 11 for locking the folded sleeve P2 from the direction of the collar P1 are cut and raised in the mount main body 10A, and the folded sleeve P2 is formed on the auxiliary mount 10B. A rectangular polymer piece 12 to be locked from the P2 direction is cut and raised.

  In the third means, a button fixing piece 31 cut and raised from the connecting portion 30 to the mount body 10A is formed, and the button fixing piece 31 has an insertion hole 32A having a diameter larger than the button diameter of the shirt P and a diameter smaller than the button diameter. The button fixing hole 32 provided with the locking hole 32B is opened, and the button fixing hole 32 is fitted to the button of the shirt P on the back side of the mount 10.

  The fourth means is that a part of the collar shaping unit 20 is formed with a confirmation window 21 through which a product display displayed on the inside of the collar P1 of the shirt P can be seen.

  5th means WHEREIN: The said collar shaping part 20 is provided in the strip | belt shape provided so that it might overlap with the inside of the collar P1 through the connection part 30 provided in a row by the upper end part of the said mount 10, and contact | abutting the outer side of the collar P1. The insertion piece 22 is formed at one end of the collar shaping portion 20, and the insertion piece 22 is inserted and locked at a position adjacent to the confirmation window portion 21 at the other end of the collar shaping portion 20. A plurality of locking slits 23 are formed, and the positions of the locking slits 23 are selected and connected in a ring shape that matches the size of the collar P1.

According to claim 1 of the present invention, the mount 10 is composed of a mount main body 10A superposed on the back surface of the shirt P, and an auxiliary mount 10B connected to the side edge of the mount main body 10A. The backing sheet 10B is stacked on one of the sleeves P2 folded upward, and the other sleeve P2 is folded and stacked on the backing sheet 10B so that the backing sheet and the shirt P can be fixed easily. can do. Moreover, the shirt P packaged together with the mount 10 has the sleeve P2 of the shirt P alternately polymerized between the mount main body 10A and the auxiliary mount 10B, so that the possibility of the shirt P shifting from the mount after packaging is eliminated. It was done. In addition, by using all paper materials without using plastic materials, CO ₂ emissions are extremely low and the environmental impact is low. Moreover, since it is all made of paper, there is no need for consumers to separate after use.

  As in claim 2, a plurality of clip pieces 11 for locking the folded sleeve P2 from the direction of the collar P1 are cut and formed on the mount body 10A, and the folded sleeve P2 is formed on the auxiliary mount 10B. Since the rectangular polymer piece 12 that is locked from the direction is cut and raised, the fixing force between the mount 10 and the shirt P can be further increased. That is, the clip piece 11 locks the sleeve P2 of the shirt P folded on the mount body 10A from the direction of the collar P1, and the overlapping piece 12 of the sleeve P2 of the shirt P folded on the auxiliary mount 10B faces the sleeve P2. Therefore, the mount main body 10A, each sleeve P2 of the shirt P, and the auxiliary mount 10B are integrated, and the folded state is firmly held.

  As described in claim 3, by configuring the button fixing hole 32 of the button fixing piece 31 cut and raised from the connecting portion 30 to the mount main body 10A to fit the button of the shirt P on the back side of the mount 10, the mount main body 10A. The shirt P can be further fixed to the arm. In addition, since the button fixing piece 31 is a member cut and raised from the connecting portion 30 that continuously connects the collar shaping portion 20, the collar shaping portion 20, the connecting portion 30, and the mount body 10 </ b> A are connected to the shirt via the button fixing piece 31. There is also an effect of being fixed to P.

  As shown in claim 4, a confirmation window portion 21 in which a product display displayed on the inside of the collar P <b> 1 of the shirt P is formed in a part of the collar shaping portion 20, so that the display is displayed on the inside of the collar P <b> 1 of the shirt P. It became possible to confirm the displayed product display. And the collar shaping part 20 which formed this confirmation window part 21 is connected with the base_sheet | mounting_paper 10 via the connection part 30, and there is no possibility that it may shift | deviate after packaging. Therefore, there is no possibility that the confirmation window 21 is displaced and the product display cannot be seen.

  As in claim 5, the insertion piece 22 is formed at one end of the collar shaping portion 20, and the insertion piece 22 is inserted at a position where the other end portion of the collar shaping portion 20 is adjacent to the confirmation window portion 21. By forming a plurality of locking slits 23 to be stopped, when the position of the locking slit 23 is selected and connected in a ring shape according to the size of the collar P1, the insertion of the confirmation window portion 21 is not displaced. The pieces 22 can be connected.

It is a front view of the state which developed this device with a shirt. It is a front view which shows one Example of this invention. It is a perspective view which shows the connection part and collar shaping part of this invention. It is a rear view which shows the use procedure of the mount main body of this invention. It is a rear view which shows the use procedure of the auxiliary | assistant mount of this invention. It is a rear view which shows the use procedure of the superposition | polymerization piece of this invention. It is a rear view which shows the shirt folded by this invention. It is a principal part sectional side view which shows the button fixing piece of this invention, an auxiliary | assistant mount, and a mount main body. It is a front view which shows the use condition of the collar shaping part of this invention. It is a perspective view which shows the use condition of the collar shaping part of this invention.

  According to the present invention, the object of the present invention has been achieved such that the mount and the shirt can be fixed with a simple operation, and the product display displayed on the inside of the collar of the shirt can be confirmed.

  Embodiments of the present invention will be described below. The basic configuration of the present invention is an integrated mount composed of a mount 10 formed of a single pattern, a collar shaping portion 20 and a connecting portion 30 (see FIG. 1).

  The mount 10 is a member that is superposed on the back surface of the shirt P, and includes a mount main body 10A and an auxiliary mount 10B (see FIG. 2). The mount main body 10A is a rectangular member that is superimposed on the back surface of the shirt P, and an auxiliary mount 10B is connected to the side edge of the mount main body 10A so as to be freely bent.

  The mount body 10A is formed by cutting and raising a plurality of clip pieces 11, and the sleeve P2 folded by the clip pieces 11 is locked from the direction of the collar P1. On the other hand, a rectangular overlapping piece 12 is cut and formed on the auxiliary mount 10B, and the folded sleeve P2 is locked from the sleeve P2 direction (see FIG. 4). Further, the auxiliary mount 10B is provided with a superposed piece 12 for locking the sleeve P2 from the lateral direction (see FIG. 6).

  To fold the shirt P using the mount 10, first, the mount body 10 </ b> A is placed on the back of the shirt P. Next, one sleeve P2 is folded on the mount body 10A, and the sleeve P2 is locked by the clip piece 11 (see FIG. 4). Further, the auxiliary mount 10B is placed on one sleeve P2 folded on the mount body 10A (see FIG. 5). Thereafter, the other sleeve P2 is folded on the auxiliary mount 10B (see FIG. 6). The overlapping piece 12 of the auxiliary mount 10B is engaged with the sleeve P2 from the lateral direction. In the example of illustration, it is comprised so that the sleeve P2 which the superposition | polymerization piece 12 latched using some clip pieces 11 may also be latched.

  The connecting portion 30 is a member continuously provided at the upper end of the mount 10, and a collar shaping portion 20 that overlaps along the outside of the collar P1 of the shirt P and overlaps inside the collar P1 is continuously provided (see FIG. 3). ). Further, a button fixing piece 31 is formed from the connecting portion 30 to the mount body 10A (see FIG. 2). The button fixing piece 31 has a band shape formed by cutting and raising the connecting portion 30 and has a button fixing hole 32 opened. The button fixing hole 32 is a hole provided with an insertion hole 32A and a locking hole 32B. That is, the insertion hole 32A is formed larger than the button diameter of the shirt P, and the locking hole 32B is formed smaller than the button diameter. Then, the button fixing hole 32 is fitted to the button of the shirt P on the back side of the mount 10 (see FIG. 7).

  The collar shaping portion 20 is a band-shaped member that overlaps inside the collar P1 of the shirt P, and is formed so as to overlap inside the collar P1 via a connecting portion 30 that contacts the outside of the collar P1 (FIG. 9). reference). Furthermore, a confirmation window portion 21 through which the product display displayed on the inside of the collar P1 of the shirt P can be seen is formed in a part of the collar shaping portion 20 (see FIG. 2). In the illustrated example, the insertion piece 22 is formed at one end of the collar shaping portion 20 and the other end of the collar shaping portion 20 forms a plurality of locking slits 23. Then, the insertion piece 22 is inserted and locked into one of the locking slits 23 to be connected in a ring shape corresponding to the size of the collar P1 (see FIG. 8).

  At this time, the locking slit 23 is set at a position adjacent to the confirmation window portion 21. This is configured such that the position of the confirmation window portion 21 does not shift when the position of the locking slit 23 is selected and the insertion piece 22 is inserted (see FIG. 3).

  The present invention can be used not only for shirts P but also for shirts P in general, such as cutter shirts P, on which a collar P1 stands. Moreover, each structure of this invention is not limited to the example of illustration, It can change arbitrarily in the range which does not change the summary of this invention.

P-shirt P1 Collar P2 Sleeve 10 Mount 10A Mount body 10B Auxiliary mount 11 Clip piece 12 Overlapping piece 20 Collar shaping part 21 Confirmation window part 22 Insertion piece 23 Locking slit 30 Connection part 31 Button fixing piece 32 Button fixing hole 32A Insertion hole 32B Locking hole

Claims (5)

  It is formed of a single pattern, and includes a mount that overlaps with the back of the shirt, and a collar shaping portion that is continuously provided via a connecting portion provided at the upper end of the mount and overlaps along the inside of the collar, In the integrated shirt mount that maintains the shape of the shirt in the folded state, the mount is composed of a mount body that is superimposed on the back of the shirt, and an auxiliary mount that is connected to the side edge of the mount body, An integrated mount for a shirt, wherein an auxiliary mount is stacked on one sleeve folded on the mount body, and the other sleeve is folded and stacked on the auxiliary mount.   A plurality of clip pieces for locking the folded sleeve from the collar direction are cut and formed on the mount body, and a rectangular superposition piece for locking the folded sleeve from the sleeve direction is cut on the auxiliary mount. The integral mount for a shirt according to claim 1, which is raised and formed.   A button fixing piece cut and raised from the connecting part to the mount body is formed, and a button fixing hole provided with an insertion hole larger in diameter than the button diameter of the shirt and a locking hole smaller in diameter than the button diameter is formed in the button fixing piece. The shirt-mounting board according to claim 1 or 2, wherein the button-mounting hole is formed so as to be fitted to a button of a shirt on the back side of the board.   The shirt-mounting board as claimed in claim 1, wherein a confirmation window portion is formed in a part of the collar shaping portion so that a product display displayed on the inside of the shirt collar can be seen.   The collar shaping part is formed in a strip shape provided so as to overlap with the inside of the collar through a connecting part that is connected to the upper end part of the mount and contacts the outside of the collar, and is formed at one end of the collar shaping part. Forming the insertion piece, forming a plurality of locking slits for inserting and locking the insertion piece at a position adjacent to the confirmation window portion at the other end of the collar shaping portion, and the position of the locking slit The integrated mount for shirts of Claim 1 or 4 comprised so that it might select and connect in the ring shape according to the size of the collar.

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