JP2012082547A - Hem protrusion preventive implement - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a hem protrusion preventive implement which effectively prevents the hem of an upper garment from shifting from the quarter lining of a hem garment without interfering the smooth action of a wearer.SOLUTION: The hem protrusion preventive implement 1 is placed between the hem garment and the upper garment at the waist part of the wearer to prevent the hem of the upper garment from protruding from the quarter lining of the hem garment. The hem protrusion preventive implement 1 includes: an outside base plate 2 pressure-contacted to the quarter lining of the hem garment; an inside base plate 3 pressure-contacted to the hem of the upper garment; and an elastic connection member 4 elastically connecting the outside base plate 2 and the inside base plate 3 with each other. The outside surface of the outside base plate 2 is provided with an outside slide-preventive structure 21 for preventing the outside base plate 2 and the hem garment from sliding off. The inside surface of the inside base plate 3 is provided with an inside slide-preventive structure 31 for preventing the inside base plate 3 and the upper garment from shifting. The inside base plate 3 is elastically movable at least upward based on the outside base plate 2.

Description

  The present invention relates to a hem protrusion preventing tool that is interposed between a lower garment and an upper garment at a waist of an adherent and prevents the hem of the upper garment from protruding from the back of the lower garment.

An operation in which the wearer wearing the upper and lower garments stretches his back or bows while the hem of the upper garment such as a shirt or blouse is inside the lower garment such as slacks or skirt When you go on, the hem of the upper garment may protrude from the lower back of the lower garment. In order to prevent such clothes from being disturbed, for example, a non-slip piece as disclosed in Patent Document 1 has been proposed.
This anti-slip piece is attached to the lower back of the lower garment, and is configured to prevent the hem of the upper garment from shifting upward from the lower back of the lower garment due to frictional resistance with the upper garment.

JP-A-6-341002

  However, since the anti-slip piece prevents the upper garment from being displaced upward due to frictional resistance while being fixed to the lower garment, if the movement of the wearer is larger than the play of the upper garment, The upper garment stretches out. Therefore, the smooth movement of the wearer is hindered and the comfort is deteriorated.

  Further, when the upper garment is pulled upward with a force exceeding the frictional resistance, the hem of the upper garment is shifted upward from the non-slip piece. At this time, even if the hem does not completely protrude from the back of the waist, once the skirt of the upper garment is displaced, it will not return to its original position. In this case, the upper hem of the upper garment is maintained. In particular, when the anti-slip piece is attached, once the hem of the upper garment is displaced, it is difficult to repair it.

  The present invention has been made in view of such problems, and can effectively prevent the hem of the upper garment from shifting from the back of the lower garment without hindering the smooth operation of the wearer. It is intended to provide a protrusion prevention device.

The present invention is an anti-protrusion preventer that is interposed between the lower garment and the upper garment at the waist of the wearer, and prevents the hem of the upper garment from protruding from the lower back of the lower garment,
An outer substrate pressed against the lower back of the lower garment;
An inner substrate pressed against the hem of the upper garment;
An elastic connecting member for elastically connecting the outer substrate and the inner substrate to each other;
The outer surface of the outer substrate is provided with an outer anti-slip structure that prevents the outer substrate and the lower garment from slipping,
The inner side surface of the inner substrate is provided with an inner slip prevention structure that prevents the inner substrate and the upper garment from slipping,
The hem is prevented from being protruded at least at the upper side with respect to the outer substrate. (Claim 1)

  The skirt protrusion prevention device is provided with the outer slip prevention structure on the outer surface of the outer substrate and the inner slip prevention structure on the inner surface of the inner substrate. Therefore, when the hem protrusion prevention device is attached to the waist of the wearer, the outer substrate pressed against the lower back of the lower garment is fixed to the lower back of the lower garment by frictional resistance and pressed against the hem of the upper garment. The inner substrate is fixed to the hem of the upper garment by frictional resistance. The outer substrate and the inner substrate are elastically connected to each other by the elastic connecting member, and the inner substrate can be elastically moved upward with respect to the outer substrate. Therefore, in the state in which the hem protrusion preventing device is attached, the skirt of the upper garment is allowed to move elastically upward with respect to the lower back of the lower garment. That is, the movement of the garment of the upper garment is allowed when the garment of the upper garment is pulled upward by performing an operation such as stretching the back or bowing. Therefore, even if the amount of rise of the upper garment associated with the movement of the wearer is greater than the play of the upper garment, the upper garment will not be stretched along with the movement. Therefore, the smooth operation of the wearer is not hindered and the comfort is not deteriorated.

  Further, as described above, when the upper hem of the upper garment is pulled upward in accordance with the movement of the wearer, the inner substrate fixed to the upper garment by frictional resistance follows the rise of the upper hem of the upper garment. It rises elastically with respect to the outer substrate fixed by the frictional resistance. That is, when the elastic connecting member is elastically deformed, the inner substrate rises with respect to the outer substrate in a state where a predetermined downward restoring force is applied. Therefore, when the wearer returns to the original posture, the hem of the upper garment is returned downward by the restoring force, and the relative positional relationship with the lower back of the lower garment is restored. . This prevents the hem of the upper garment from bumping outside the lower garment. That is, it is possible to effectively prevent the skirt of the upper garment from shifting from the back of the lower garment.

  As described above, according to the present invention, there is provided a hem protrusion preventing device that can effectively prevent the hem of the upper garment from being displaced from the back of the lower garment without hindering the smooth operation of the wearer. be able to.

The top view of the skirt protrusion prevention tool in an Example. The perspective view of the skirt protrusion prevention tool in an Example. The front view of the skirt protrusion prevention tool seen from the inside in an Example. The rear view of the skirt protrusion prevention tool seen from the outside in an Example. FIG. 2 is a cross-sectional view taken along line AA in FIG. 1. FIG. 3 is a cross-sectional view taken along line B-B in FIG. 1. FIG. 2 is a cross-sectional equivalent view taken along the line AA of FIG. FIG. 3 is a cross-sectional equivalent view taken along the line BB in FIG. Cross-sectional explanatory drawing which shows the mounting state of the skirt protrusion prevention tool in an Example. Sectional explanatory drawing which shows a mode when the upper garment is pulled up, and is a mounting state of the hem protrusion preventing device in the embodiment.

  Examples of the lower garment include slacks and skirts. Examples of the upper garment include a shirt and a blouse. The elastic connecting member can be made of rubber or resin, for example. The outer anti-slip structure and the inner anti-slip structure can also be made of rubber or resin.

  In addition, a plurality of the elastic connection members are provided, and a part of the plurality of elastic connection members is a spacer member that forms a gap between the outer substrate and the inner substrate. The other part is a lower restoring member for increasing the force of restoring the inner substrate downward relative to the outer substrate while allowing the inner substrate to move upward relative to the outer substrate. It is preferable that it is present (claim 2).

  In this case, the outer board is pressed against the lower back of the lower garment and the inner board is pressed against the hem of the upper garment by the spacer member, and the lower hem of the upper garment is pulled back to the lower back of the lower garment by the lower restoring member. Therefore, the skirt of the upper garment can be effectively prevented from shifting. That is, when the hem protrusion preventing device is mounted on the waist of the wearer, the spacer member, which is an elastic connecting member, is elastically deformed so as to be crushed between the inner substrate and the outer substrate. As a result, the restoring force acts in a direction in which the spacer member pushes the inner substrate and the outer substrate in opposite directions, so that the outer substrate can be pressed against the waist of the lower garment and the inner substrate can be pressed against the hem of the upper garment. . When the skirt of the upper garment is pulled upward and the inner substrate is elastically moved upward with respect to the outer substrate, the lower restoring member is elastically deformed so that the inner substrate is pulled back downward. Works. Thereby, the hem of the upper garment can be pulled back to the lower back of the lower garment.

  In addition, it is preferable that the lower restoring member is formed such that a fixing portion with the inner substrate is formed above a fixing portion with the outer substrate. In this case, when the inner substrate moves upward with respect to the outer substrate, that is, when the skirt of the upper garment is pulled upward, the lower restoring member is stretched. Therefore, at this time, a restoring force acts in a direction in which the lower restoring member contracts, and a force for pulling the inner substrate downward acts smoothly, so that the hem of the upper garment can be pulled back to the back of the lower garment.

  The spacer members are preferably arranged at three locations in the horizontal direction, and one lower restoring member is formed between the spacer member at the center and the spacer portions on both sides thereof. (Claim 4). In this case, the function of the spacer member described above and the function of the lower restoring member can be exhibited in a well-balanced manner.

  The upper edge of the inner substrate is preferably located below the upper edge of the outer substrate. In this case, when the upper garment is pulled up, the inner substrate that has risen following the upper garment can be prevented from being exposed from the lower back of the lower garment. That is, even if the hem protrusion prevention device is attached to the lower back of the lower garment so that the upper edge of the outer substrate does not protrude, the hem of the upper garment is lifted by bowing or stretching back, and the inner substrate It is conceivable that the upper edge of the inner substrate is exposed from the back of the lower garment when the height of the inner substrate rises. Therefore, at least when the elastic connecting member is in a free state (a state where it is not elastically deformed), the inner substrate is raised by positioning the upper edge of the inner substrate below the upper edge of the outer substrate. However, it can suppress that the upper end edge is exposed from a lower garment.

  The outer substrate and the inner substrate preferably have flexibility. In this case, the outer substrate and the inner substrate can easily follow the lower garment and the upper garment, respectively, and the function of the hem protrusion prevention device can be more effectively exhibited. A sense of incongruity due to wearing can be reduced.

  The inner substrate is preferably curved so as to be convex outward in the horizontal cross section. In this case, the inner substrate can be easily pressed along the waist of the wearer through the upper garment, so that the function of the hem protrusion prevention device can be more effectively exhibited. It is possible to reduce a person's uncomfortable feeling.

  Moreover, it is preferable that the said outer side board | substrate has a latching | locking part for latching to the upper end part of the said lower garment (Claim 8). In this case, it is possible to prevent the skirt protrusion preventing device from being displaced and to easily attach the hem protrusion preventing device to an appropriate position.

A skirt protrusion preventing device according to an embodiment of the present invention will be described with reference to FIGS.
As shown in FIGS. 9 and 10, the hem protrusion preventing device 1 of this example is interposed between the lower garment 5 and the upper garment 6 in the waist portion W of the wearer, and the hem 61 of the upper garment 6 is the waist of the lower garment 5. This is an article for preventing the back 51 from protruding.

As shown in FIGS. 1 to 6, the hem protrusion preventing device 1 includes an outer substrate 2 that is pressed against the waist back 51 of the lower garment 5, an inner substrate 3 that is pressed against the hem 61 of the upper garment 6, and the outer substrate 2. And an elastic connecting member 4 that elastically connects the inner substrate 3 to each other.
As shown in FIG. 4, an outer slip prevention structure 21 is provided on the outer surface of the outer substrate 2 to prevent the outer substrate 2 and the lower garment 5 from slipping.
As shown in FIG. 3, an inner slip prevention structure 31 that prevents the inner substrate 3 and the upper garment 6 from slipping is provided on the inner surface of the inner substrate 3.
As shown in FIGS. 5 to 8, the skirt protrusion preventing device 1 is configured such that the inner substrate 3 can elastically move at least upward with respect to the outer substrate 2.

As shown in FIG. 1, a plurality of elastic connecting members 4 are provided. A part of the plurality of elastic connecting members 4 is a spacer member 41 that forms an interval between the outer substrate 2 and the inner substrate 3. Further, another part of the plurality of elastic connecting members 4 restores the inner substrate 3 downward relative to the outer substrate 2 while allowing the inner substrate 3 to move upward relative to the outer substrate 2. A lower restoring member 42 for increasing the force.
The spacer members 41 are disposed at three positions in the horizontal direction, and one downward restoring member 42 is formed between the central spacer member 41 and the spacer portions 41 on both sides thereof.

  As shown in FIG. 6, the lower restoring member 42 is formed by forming a fixing portion 423 with the inner substrate 3 above the fixing portion 422 with the outer substrate 2. Specifically, the fixing portion 423 of the lower restoring member 42 with the inner substrate 3 is provided at the upper end portion of the inner substrate 3, and the fixing portion 422 of the lower restoring member 42 with the outer substrate 2 is at the lower end portion of the outer substrate 2. Is provided.

  As shown in FIGS. 3, 5, and 6, the upper edge 32 of the inner substrate 3 is located below the upper edge 22 of the outer substrate 2. In particular, the difference in height between the upper edge 32 of the inner substrate 3 and the upper edge 22 of the outer substrate 2 is such that the elastic connecting member 4 is elastically deformed as shown in FIGS. It is preferable that the amount of increase is greater than

The outer substrate 2 and the inner substrate 3 have flexibility. The outer substrate 2 and the inner substrate 3 are made of, for example, a resin plate such as PET (polyethylene terephthalate), and the thickness thereof is, for example, 1 mm or less.
As shown in FIG. 1, the inner substrate 3 is curved so as to protrude outward in the horizontal cross section.

  Moreover, the spacer member 41 which is a kind of the elastic connecting member 4 is made of a resin such as polyurethane, for example. The spacer member 41 is bonded to the outer substrate 2 and the inner substrate 3 so as to stand substantially vertically. The spacer member 41 disposed at the center in the horizontal direction between the outer substrate 2 and the inner substrate 3 has a shorter length in the standing direction than the spacer members 41 disposed on both sides thereof. Thus, the inner substrate 3 has a curved shape that is convex toward the outer substrate 2.

  The lower restoring member 42, which is another type of the elastic connecting member 4, can be made of natural rubber, for example. The lower restoring member 42 is formed in a band shape, one end of which forms a fixing portion 422 bonded to the lower end portion of the outer substrate 2, and the other end of the fixing portion 432 bonded to the upper end portion of the inner substrate 3. It is composed.

  As shown in FIGS. 3 and 4, the inner anti-slip structure 31 and the outer anti-slip structure 21 provided on the inner surface of the inner substrate 3 and the outer surface of the outer substrate 2, respectively, are resin pads made of a resin such as polyurethane, for example. 311 and 211. A plurality of the resin pads 311 and 211 are respectively bonded to the inner surface of the inner substrate 3 and the outer surface of the outer substrate 2.

  Further, the outer substrate 2 has a locking portion 23 for locking to the upper end portion 52 of the lower garment 5. That is, as shown in FIGS. 4 and 5, a hook-shaped locking portion 23 is fixed to the upper end portion of the outer surface of the outer substrate 2. Then, as shown in FIGS. 9 and 10, by locking the locking portion 23 to the upper end portion 52 of the lower garment 5, the hem protrusion preventing device 1 can be attached to a predetermined position on the waist W of the wearer. it can. In addition, although the latching | locking part 23 will be exposed to the outer side of the lower garment 23, when it inserts between the belt 53 arrange | positioned on the outer side and the lower garment 5, it does not stand out on appearance.

  In addition, the skirt protrusion prevention tool 1 may be used in a plurality of sets, or only one. Specifically, for example, one hem protrusion prevention device 1 may be attached to each of the left and right sides of the wearer, or one hem protrusion prevention device 1 may be attached to the back.

Next, the function and effect of this example will be described.
The skirt protrusion preventing device 1 is provided with an outer slip prevention structure 21 on the outer surface of the outer substrate 2 and an inner slip prevention structure 31 on the inner surface of the inner substrate 3. Therefore, as shown in FIGS. 9 and 10, when the hem protrusion preventing device 1 is attached to the waist portion W of the wearer, the outer substrate 2 pressed against the waist back 51 of the lower garment 5 is the back of the lower garment 5. The inner substrate 3 fixed to the hem 61 of the upper garment 6 and fixed to the hem 61 of the upper garment 6 is fixed to the hem 61 of the upper garment 6 by the frictional resistance.

  The outer substrate 2 and the inner substrate 3 are elastically connected to each other by the elastic connecting member 4, and the inner substrate 3 can be elastically moved upward with respect to the outer substrate 2. Therefore, the skirt 61 of the upper garment 6 is allowed to elastically move upward with respect to the waist back 51 of the lower garment 5 in a state where the hem protrusion preventing device 1 is mounted. That is, when the hem 61 of the upper garment 6 is pulled upward by the movement of the wearer, for example, by stretching or bowing, the movement of the hem 61 of the upper garment 6 as shown in FIG. Is acceptable. Therefore, even if the amount of rise of the upper garment 6 accompanying the movement of the wearer is larger than the play of the upper garment 6, the upper garment 6 does not stretch with the movement. Therefore, the smooth operation of the wearer is not hindered and the comfort is not deteriorated.

  Further, as described above, when the hem 61 of the upper garment 6 is pulled upward in accordance with the movement of the wearer, the inner substrate is fixed to the upper garment 6 by frictional resistance following the rise of the hem 61 of the upper garment 6. 3 rises elastically with respect to the outer substrate 2 fixed to the lower garment 5 by frictional resistance. That is, when the elastic connecting member 4 is elastically deformed, the inner substrate 3 rises with respect to the outer substrate 2 in a state where a predetermined downward restoring force is applied. Therefore, as shown in FIG. 9, when the wearer returns to the original posture, the hem 61 of the upper garment 6 is returned downward by the restoring force, and the relative position of the lower garment to the back of the lower garment. The relationship will be restored. As a result, the hem 61 of the upper garment 6 does not bump out of the lower garment 5. That is, it is possible to effectively prevent the hem 61 of the upper garment 6 from being displaced from the waist back 51 of the lower garment 5.

  A part of the plurality of elastic connecting members 4 is a spacer member 41 and the other part is a downward restoring member 42. As a result, the outer substrate 2 is pressed against the waist back 51 of the lower garment 5 by the spacer member 41 and the inner substrate 3 is pressed against the hem 61 of the upper garment 6, and the hem 61 of the upper garment 6 is pressed by the lower restoring member 42. 5 can be pulled back to the waist back 51, so that the shift of the hem 61 of the upper garment 6 can be effectively prevented. That is, when the skirt protrusion preventing device 1 is attached to the waist portion W of the wearer, the spacer member 41 that is the elastic connecting member 4 is elastically deformed so as to be crushed between the inner substrate 3 and the outer substrate 2. As a result, a restoring force acts in a direction in which the spacer member 41 pushes the inner substrate 3 and the outer substrate 2 to the opposite sides. Can be press-contacted to the hem 61. When the hem 61 of the upper garment 6 is pulled upward and the inner substrate 3 is elastically moved upward relative to the outer substrate 2, the lower restoring member 42 is elastically deformed so that the inner substrate 3 is moved downward. Restoring force acts to pull back. Thereby, the hem 61 of the upper garment 6 can be pulled back to the waist back 51 of the lower garment 5.

  The lower restoring member 42 is formed by forming a fixing portion 423 with the inner substrate 3 above the fixing portion 422 with the outer substrate 2. Therefore, when the inner substrate 3 moves upward with respect to the outer substrate 2, that is, when the skirt 61 of the upper garment 6 is pulled upward, the lower restoring member 42 is stretched as shown in FIG. Therefore, at this time, a restoring force acts in a direction in which the lower restoring member 42 contracts, and a force that pulls the inner substrate 3 downward acts smoothly, and the hem 61 of the upper garment 6 moves to the waist back 51 of the lower garment 5. Can be pulled back.

  In addition, the spacer members 41 are disposed at three locations in the horizontal direction, and one downward restoring member 6 is formed between the central spacer member 41 and the spacer portions 41 on both sides thereof. Thereby, the function of the spacer member 41 and the function of the lower restoring member 42 described above can be exhibited in a well-balanced manner.

  The upper edge 32 of the inner substrate 3 is located below the upper edge 22 of the outer substrate 2. Therefore, as shown in FIG. 10, when the upper garment 6 is pulled up, the inner substrate 3 that has risen following the upper garment 6 can be prevented from being exposed from the lower back 51 of the lower garment 5. In other words, even if the hem protrusion preventing device 1 is mounted on the lower back 51 of the lower garment 5 so that the upper edge 32 of the outer substrate 3 does not protrude, the hem 61 of the upper garment 6 is bowed or stretched back. When the inner substrate 3 is raised, the upper edge 32 of the inner substrate 3 may be exposed from the waist back 51 of the lower garment 5. Therefore, at least when the elastic connecting member 4 is in a free state (a state in which it is not elastically deformed), the upper edge 32 of the inner substrate 3 is positioned below the upper edge 22 of the outer substrate 2, thereby Even if the substrate 3 rises, it is possible to suppress the upper end edge 32 from being exposed from the lower garment 5.

  In addition, since the outer substrate 2 and the inner substrate 3 have flexibility, the outer substrate 2 and the inner substrate 3 can easily follow the lower garment 5 and the upper garment 6, respectively, and the function of the hem protrusion prevention device 1 is more effectively achieved. In addition, it is possible to reduce the uncomfortable feeling caused by the mounting of the anti-protrusion prevention device 1.

The inner substrate 3 is curved so as to protrude outward in the horizontal cross section. Thereby, since the inner side board | substrate 3 becomes easy to be pressed along the waist part W of a wearer via the upper garment 6, the function of the hem protrusion prevention tool 1 can be exhibited more effectively, Can be reduced.
Further, since the outer substrate 2 has the locking portion 23, it is possible to prevent the skirt protrusion preventing device 1 from being displaced and to easily attach the hem protrusion preventing device 1 to an appropriate position.

  As described above, according to the present example, a hem protrusion preventing device that can effectively prevent the hem of the upper garment from shifting from the back of the lower garment without hindering the smooth movement of the wearer is provided. be able to.

DESCRIPTION OF SYMBOLS 1 Bottom protrusion prevention tool 2 Outer board | substrate 21 Outer slip prevention structure 3 Inner board 31 Inner slip prevention structure 4 Elastic connection member

The present invention is an anti-protrusion preventer that is interposed between the lower garment and the upper garment at the waist of the wearer, and prevents the hem of the upper garment from protruding from the lower back of the lower garment,
An outer substrate pressed against the lower back of the lower garment;
An inner substrate pressed against the hem of the upper garment;
An elastic connecting member interposed between an inner surface of the outer substrate and an outer surface of the inner substrate, and elastically connecting the outer substrate and the inner substrate to each other;
The outer surface of the outer substrate is provided with an outer anti-slip structure that prevents the outer substrate and the lower garment from slipping,
The inner side surface of the inner substrate is provided with an inner slip prevention structure that prevents the inner substrate and the upper garment from slipping,
The hem is prevented from being protruded at least at the upper side with respect to the outer substrate. (Claim 1)

Claims (8)

A hem protruding prevention tool for interposing between the lower garment and the upper garment at the waist of the wearer, and preventing the hem of the upper garment from protruding from the back of the lower garment of the lower garment,
An outer substrate pressed against the lower back of the lower garment;
An inner substrate pressed against the hem of the upper garment;
An elastic connecting member for elastically connecting the outer substrate and the inner substrate to each other;
The outer surface of the outer substrate is provided with an outer anti-slip structure that prevents the outer substrate and the lower garment from slipping,
The inner side surface of the inner substrate is provided with an inner slip prevention structure that prevents the inner substrate and the upper garment from slipping,
A hem protrusion preventer characterized in that the inner substrate is configured to be capable of elastically moving at least upward with respect to the outer substrate.   2. The plurality of elastic connection members according to claim 1, wherein a part of the plurality of elastic connection members is a spacer member that forms a gap between the outer substrate and the inner substrate, and the plurality of elastic connections. The other part of the connecting member is a lower part for increasing a force for restoring the inner board to the lower side with respect to the outer board while allowing an elastic movement of the inner board to the upper side with respect to the outer board. A hem protrusion preventer characterized by being a restoring member.   3. The skirt protrusion preventing device according to claim 2, wherein the lower restoring member is formed with a fixing portion with the inner substrate above a fixing portion with the outer substrate.   4. The spacer member according to claim 2, wherein the spacer member is disposed at three horizontal positions, and the lower restoring member is formed between the spacer member at the center and the spacer portions on both sides thereof. An anti-protruding tool characterized by   5. The hem protrusion preventing device according to claim 1, wherein an upper end edge of the inner substrate is positioned below an upper end edge of the outer substrate.   6. The skirt protrusion preventing device according to claim 1, wherein the outer substrate and the inner substrate have flexibility.   The hem protrusion prevention device according to claim 1, wherein the inner substrate is curved so as to protrude outward in a horizontal section.   The hem protrusion prevention device according to claim 1, wherein the outer substrate has an engaging portion for engaging with an upper end portion of the lower garment.

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