JP2007290728A - Lapel guard - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To transport tailored-collar clothes in a packing pox by providing a lapel guard capable of preventing damage to shapes of lapels by securely retaining the attached state of a lapel guard regardless of vibration. <P>SOLUTION: An almost U-shaped sheet material 10 is provided in which lower ends of wings 7 and 8 are joined by a connecting part 9. Bend staring points 12 and 13 are set on lower parts of inside edges 11 of the wings 7 and 8 so that there is a step between them. Creases 14 extend upward from the corresponding starting points so that an interspace between them increases. Creases 15 extend upward from the corresponding starting points 12 and 13 between the corresponding creases 14 and inside edges 11 so as to be shorter than the creases 14. Creases 17 and 18 also extend straight down from the corresponding starting points 12 and 13. A cut 19 is formed in each of the wings 7 and 8. Insertion pieces 20 are formed on inside edges 11 so as to be inserted into the corresponding cuts 19 after the wings 7 and 8 are folded over so that their inside edges 11 are located outside. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a lapel guard.

  Generally, in the garment industry, the lower collar part of a tailored collar such as a jacket or a suit is called a lapel (sometimes referred to as “return” in Japan), for example, as shown in FIG. In such a three-button jacket 1, the upper collar part 2 is treated as belonging to the collar side at the change of step, but the lower collar part is called as a lapel 3 and treated as belonging to the body 4 side. Yes.

  And for clothing with this type of tailored collar, the soft feeling of the lapel 3 on the chest is very important, and the fold line of the lapel 3 is softly inflated and curved. However, if the fold of the wrapping line of the lapel 3 is crushed and folded flat like when ironing, the product's sense of quality will be severely impaired. Unless a three-dimensional press is requested, it is impossible to restore the folded bulge of the lapel 3, resulting in a significant drop in commercial value.

  For this reason, when carrying the jacket 1 or the suitcase at the time of shipment, a hanging method is adopted in which the lapel 3 is hung on the hanger 5 so that the lapel 3 does not collapse, and is stacked on the packing box like general clothing. The method of packing and transporting has not been adopted.

  However, in the transportation using the hanging system as described above, since the efficiency of loading on the truck is extremely poor, there is a problem that the transportation cost of the product is high. It is desired to provide a lapel guard that can be inserted between the lapel 3 and the body 4 to prevent the lapel 3 from being deformed.

Incidentally, as prior art document information related to this type of lapel guard, there are the following Patent Document 1 and Patent Document 2, for example.
Japanese Utility Model Publication No. 38-22337 Japanese Utility Model Publication No. 31-9844

  However, since the proposed lapel guards as shown in Patent Documents 1 and 2 were intended to fold the jacket 1 and the like and store it in a chiffon or the like, the left and right lapels 3 and the body 4 Even if they are used for transportation in the packaging box as they are, the lapel guard is not affected by the vibration of the packaging box during transportation. There was a possibility that the shape retention effect could not be obtained due to the separation from the gap.

  More specifically, the lapel guard proposed in Patent Document 1 has a structure in which a pair of left and right mold parts having a V-shaped or O-shaped cross section are connected by a horseshoe-shaped body that can be hung around a neck. The left and right pair of mold parts are inserted between the lapel 3 and the body 4 to prevent the shape from being deformed. However, in the case of a lapel guard having such a structure, when hung on a hanger, etc. Even if you can expect the fall prevention function that you do not have to drop each mold part, it is not possible to prevent each mold part from moving outside due to vibration during folding storage. There was a high possibility that it would fall out of between the body 4 and the body 4.

  In addition, the lapel guard proposed in Patent Document 2 is a separate lapel guard on the left and right sides that can be attached to the lapel by inserting a lapel into a gap formed by bending a thin plate. Folding storage because it has a mounting configuration that tends to move downward in the direction opposite to the lapel insertion direction, and because the left and right lapel guards are separate from each other If vibration is sometimes received, each of the lapel guards moves downward and there is a high possibility that the proper mounting state (mounting state in which a shape retaining effect is obtained) with respect to the lapel 3 will be solved.

  In short, as is apparent from FIG. 6, the lapel 3 such as the jacket 1 is overlapped in the front and rear directions with the buttons such as the jacket 1 closed, but is originally three-dimensional and bulky. Since the lapel guards also partially overlap each other, when the jacket 1 or the like folded in such a state is stacked on the packing box, an overload is applied to the partially overlapping lapel guards, and the force in the direction to remove the lapel guards The lapel guard becomes easy to move by receiving vibration in a state where such a force is applied.

  The present invention has been made in view of the above circumstances, and provides a lapel guard that can maintain a proper wearing state reliably and prevent a lapel from being deformed even when subjected to vibration, thereby providing a clothing having a tailored collar. The purpose is to realize transportation of goods by packing boxes.

  The present invention is a lapel guard that is inserted between a lapel and a body of clothing having a tailored collar to prevent the lapel from being deformed, and has wing pieces on both sides, and a lower end of each wing piece. It consists of a substantially U-shaped sheet material that is connected to each other by a connecting part, and each bending point is set with a step in the height direction at each lower position of the inner sides facing each other, and each bending point is set. A first fold line extending upward from the starting point and being spaced apart from each other, and a second fold extending between the first fold line and the inner side of each wing piece from the bending starting point to the midway position. Forming a fold line and a third fold line extending directly below each of the fold starting points to reach the lower side of the sheet material, and bending at a position outside the first fold line in each blade piece Extend short towards the starting point A piercing line is formed, and when the first and second fold lines are valley-folded and the inner side of each wing piece is folded outward, it can be inserted into the score line and held in a folded state. In this way, an insertion piece is formed on the inner side of each blade piece.

  Thus, when assembling the lapel guard made of the sheet material configured as described above into a usable state, the first and second fold lines are folded in a valley and the inner side of each blade piece is folded outward. When the insertion pieces on the respective inner sides are inserted into the left and right cut lines, a triangular pyramid-shaped ridge that tapers downward is formed on each wing piece, so that each ridge forms a V-shape. Be placed.

  At this time, since the second fold line forming the ridge lines of the left and right ridges extends only from the fold start point to the middle position upward, the upper ridge part where the mountain height increases does not have a clear ridge line. It forms a bulge that draws a gentle curved surface.

  Then, the third fold line extending directly below the lower fold starting point is defined as a mountain fold, and the third fold line extending directly below the higher fold starting point is defined as a valley fold. If the other wing piece part is partially folded on the part, the lapel guard is assembled in a usable state.

  And when attaching the lapel guard assembled in this way to clothing with a tailored collar, the valley fold part of the third fold line extending directly below the fold starting point with the higher height overlaps the front and back Insert one of the wing pieces (the wing piece on the side where the higher folding start point is set) along the surface of the back body and the upper side of this valley fold. Is inserted into the back of the lapel of the back body, and the other wing piece (height is the height of the third fold line extending directly below the lower fold starting point). Fold the wing piece on the side where the higher folding starting point is set) to the front body surface, and insert the ridge located above the mountain fold into the back of the lapel on the front body You can do it.

  In this way, a triangular pyramid-shaped box structure is formed in the most part of each raised portion, and the folded state is firmly held by the engagement between the cut line and the insertion piece, so that high strength against the overload is high. Even when clothing with tailored collar is folded and stacked in a packing box, the shape of each lapel is prevented from being raised by the raised part of the lapel guard, and the bulge of each lapel is kept soft. Will be.

  In addition, the upper ridge where the height of the mountain rises forms a bulge that draws a gentle curved surface without having a clear ridgeline, so the ridgeline of the ridge on the clothing to be stacked There are no worries about bugs.

  In addition, this lapel guard uses a Z-shaped zigzag fold formed by each wing piece part and the connecting part and adopts a very characteristic wearing form that corresponds to the overlapping of the body parts, so that it receives vibration. However, a fixing function that reliably maintains an appropriate wearing state is exhibited.

  That is, since each wing piece part of the lapel guard moves in a direction away from each other and comes off from the back of the lapel, the connecting part folded in a Z shape between each wing piece part is accompanied by an upright operation. In such a state that the erection operation of the connecting portion is held down by the overload of the clothing, it is impossible to move the wing pieces in the direction away from each other.

  Furthermore, since the closing end of the front body is held between the front wing piece and the back connecting part, the lapel guard is removed from the front body so that an overload is applied when the clothing is stacked. It becomes difficult to come off, and the proper mounting state (mounting state in which a shape retaining effect is obtained) is well maintained in combination with the function that the left and right wing pieces are held together via the connecting portion.

  Further, in the present invention, a first slit is formed on the outer side of the wing piece portion having a lower bending start point and cut inward at substantially the same height as the bending starting point, and the height is high. It is preferable to form a second slit that extends in the left-right direction at the same height as the first slit across a third fold line extending directly downward from the fold starting point.

  In this way, when the third fold line extending downward from the higher fold starting point is valley-folded, the second slit is overlapped in the valley-folded portion in a folded state and one end A half-length slit is formed so that the valley fold portion can be inserted between the front and back body parts while passing the sewing part of the first button into the slit, while the front body part It is also possible to hang the sewing portion of the first button through the first slit of the wing piece portion folded back on the surface of the blade.

  In addition, it is preferable that the sheet material is composed of thick paper, and in this way, it is possible to facilitate the production of the lapel guard and to significantly reduce the production cost by using an inexpensive material. Become.

  According to the lapel guard of the present invention described above, various excellent effects as described below can be obtained.

  (I) According to the invention described in claim 1 of the present invention, it is possible to reliably maintain the proper wearing state even when subjected to vibrations and prevent the lapel from being deformed. The product can be transported by a packing box, and the efficiency of loading on a truck or the like can be remarkably improved to greatly reduce the product transport cost.

  (II) According to the invention described in claim 2 of the present invention, the lapel guard can be hooked on the first button by passing the sewing portion of the first button through the first and second slits. An even more secure fixing function can be imparted to the lapel guard, and the lapel guard can be more reliably maintained in an appropriate wearing state.

  (III) According to the invention described in claim 3 of the present invention, the construction of the lapel guard is facilitated and the production cost is greatly reduced by using a cheap material by constituting the sheet material with cardboard. Can be achieved.

  Embodiments of the present invention will be described below with reference to the drawings.

  1 to 5 show an example of an embodiment for carrying out the present invention, and portions denoted by the same reference numerals as those in FIG. 6 represent the same items.

  In this embodiment, a lapel guard 6 that is inserted between a lapel 3 and a body 4 of a jacket 1 (clothing with a tailored collar) as shown in FIG. 1 to prevent the lapel 3 from being deformed is shown in FIG. As shown, wing pieces 7 and 8 are provided on both sides, and the lower ends of the wing pieces 7 and 8 are connected to each other by a connecting portion 9 so as to be constituted by a sheet material 10 made of substantially U-shaped cardboard.

  The details of the sheet material 10 will be described below with reference to FIG. 2. The folding starting points are provided below the inner sides 11 facing each other of the blade pieces 7 and 8 with a step in the height direction. 12 and 13 are set, a fold line 14 extending upward from the respective fold starting points 12 and 13, and a fold line 14 and an inner side 11 at each of the blade pieces 7 and 8, respectively. A folding line 15 extending upward from the folding starting points 12 and 13 to a midway position, and a folding line 17 extending downward from each of the folding starting points 12 and 13 to the lower side 16 of the sheet material 10. 18 are formed.

  In forming these fold lines 14, 15, 17, and 18, for example, it is only necessary to put a weak line such as a perforation in the surface layer portion of each back surface so that it can be bent easily. It is sufficient that the formation of a broken line is induced at the position.

  Further, a cut line 19 that extends short toward the folding start points 12 and 13 is formed at a position outside the folding line 14 in each blade piece 7 and 8, and the folding lines 14 and 15 are valley-folded. When the inner side 11 of each blade piece 7, 8 is folded outward, it is inserted into the cut line 19 so that the folded state can be maintained and the inserted piece 20 is inserted into the inner side 11 of each blade piece 7, 8. Is formed.

  Further, in the present embodiment, a slit 21 is formed on the outer side of the wing piece 8 where the lower bending start point 13 is set. The slit 21 cuts inward at substantially the same height as the bending start point 13. At the same time, a slit 22 is formed that extends in the left-right direction at the same height as the slit 21 across the fold line 17 that extends downward from the fold starting point 12 having a higher height.

  Thus, when the lapel guard 6 composed of the sheet material 10 configured as described above is assembled into a usable state, the folding lines 14 and 15 are folded and the inner sides 11 of the blade pieces 7 and 8 are moved outward. When the insert piece 20 of each inner side 11 is inserted into the left and right cut lines 19 as shown in FIG. 3, the triangular pyramid-shaped raised portions taper downward toward the respective blade pieces 7 and 8 as shown in FIG. 23 is formed, and each ridge 23 is arranged in a V shape.

  At this time, the fold line 15 that forms the ridge line of the left and right ridges 23 extends only from the fold start points 12 and 13 to the middle position upward, so the upper ridge part 23 where the mountain height increases is a clear ridge line. It forms a bulge that draws a gentle curved surface.

  Next, a fold line 18 that extends downward from the lower fold starting point 13 is a mountain fold, and a fold line 17 that extends downward from the higher fold starting point 12 is a valley fold, as shown in FIG. If the other wing piece portion 8 is partially folded on one wing piece portion 7, the lapel guard 6 is assembled in a usable state.

  Then, when the lapel guard 6 assembled in this way is attached to the jacket 1, as shown in FIGS. 1 and 5, the body fold 4 that overlaps the valley fold portion of the fold line 17 extending directly below the fold starting point 12 in the front and rear directions. Insert one of the wing pieces 7 along the surface of the back body 4 and insert the raised portion 23 located above the valley fold into the back of the lapel 3 of the back body 4. In addition, the other wing piece portion 8 is folded back along the surface of the front body 4 at the mountain fold portion of the fold line 18, and the raised portion 23 located above the mountain fold portion is placed on the lapel of the front body 4. Just insert it into the back of 3.

  At this time, in this embodiment, when the fold line 17 is valley-folded, the slit 22 is overlapped in a folded state at the valley-folded portion to form a half-length slit 22 ′ with one end opened. Therefore, it is possible to insert the valley fold portion between the front and rear body parts 4 while passing the sewing part of the first button 24 (see FIG. 1) through the slit 22 ′, while the front body part 4 The sewing portion of the first button 24 can be similarly passed through the slit 21 of the wing piece 8 that is turned back to the surface, and can be hooked.

  In this way, a triangular pyramid-shaped box structure is formed in the most part of each raised portion 23 and the folded state is firmly held by the engagement between the cut line 19 and the insertion piece 20, so Even if the jacket 1 is folded and stacked in a packaging box, the lapel 3 is prevented from being deformed by the raised portions 23 of the lapel guard 6, and the bulging of each lapel 3 is soft. Will be held in a state.

  In addition, since the upper ridge part 23 where the mountain height is high has a bulge that draws a gentle curved surface without having a clear ridgeline, the ridgeline of the ridge part 23 with respect to the clothing to be stacked. There are no worries about bugs.

  In addition, this lapel guard 6 has a very characteristic mounting that uses the Z-shaped zigzag fold (see FIG. 5) formed by the wing pieces 7 and 8 and the connecting portion 9 to correspond to the overlapping of the body parts 4. Since the form is adopted, a fixing function that reliably maintains an appropriate wearing state even when subjected to vibration is exhibited.

  That is, in order to move the blade pieces 7 and 8 of the lapel guard 6 away from each other (directions indicated by arrows A and B in FIG. 5) and disengage from the back of the lapel 3, Since the connecting portion 9 is folded up in a Z-shape, the rising operation of the connecting portion 9 is in a state where it is pressed down by the upper load of the stacked jackets 1. The wing pieces 7 and 8 cannot be moved in the direction away from each other at all.

  Further, the closing end portion of the front body 4 is held between the front wing piece 8 and the back connecting portion 9, so that the lapel guard 6 is applied to the extent that an overload is applied when the jacket 1 is stacked. It is difficult to come off the front body 4, and the right and left wing pieces 7, 8 are coupled to each other via the connecting portion 9 to maintain the proper wearing state (wearing state in which a shape retaining effect is obtained). Will be.

  Therefore, according to the above-described embodiment, the proper wearing state can be reliably maintained even when subjected to vibration, and the lapel 3 can be prevented from being deformed. Carrying with boxes can be realized, and the efficiency of loading on trucks and the like can be remarkably improved, and the cost of carrying goods can be greatly reduced.

  Further, particularly in this embodiment, the lapel guard 6 can be hooked on the first button 24 by passing the sewing portion of the first button 24 through the slits 21 and 22 ′. It can be applied to the lapel guard 6, and the lapel guard 6 can be more reliably maintained in an appropriate wearing state.

  Moreover, in the example provided with the slits 21 and 22 (22 ′) for hooking the lapel guard 6 to the first button 24 in this way, the clothing such as the jacket 1 is hung on the hanger while the lapel guard 6 is attached. However, an incidental effect that the fall of the lapel guard 6 can be expected.

  Furthermore, in the example described here, the sheet material 10 forming the lapel guard 6 is made of thick paper, so that the production of the lapel guard 6 is facilitated and the production cost is greatly increased by using inexpensive materials. Reduction can be achieved.

  Note that the lapel guard of the present invention is not limited to the above-described embodiment, and in the illustrated example, a male jacket is described. However, in a female jacket, the left and right body parts are overlapped. In such a case, the step of the bending starting point may be reversed from the example shown in the figure, and the scope of the present invention is not deviated. Of course, various changes can be made.

It is a front view which shows an example of the form which implements this invention. It is a front view which shows an example of the sheet | seat material which comprises the lapel guard of FIG. It is a front view which shows the state which raised the inner side of each blade piece part of FIG. 2 to the outer side. FIG. 4 is a front view showing a state in which each blade piece part of FIG. 3 is partially folded. It is sectional drawing of the arrow of the VV direction of FIG. It is a front view which shows an example of the clothing goods with a tailored color.

Explanation of symbols

1 Jacket (clothing with tailored collar)
2 Upper collar part 3 Lapel 4 Body 5 Hanger 6 Lapel guard 7 Wing piece part 8 Wing piece part 9 Connection part 10 Sheet material 11 Inner side 12 Bending start point 13 Bending start point 14 Bending line (first bending line)
15 Folding line (second folding line)
16 Lower side 17 Folding line (third folding line)
18 Folding line (third folding line)
19 Cutting line 20 Inserting piece 21 Slit (first slit)
22 Slit (second slit)
22 'slit 23 protuberance 24 first button

Claims (3)

  A lapel guard that is inserted between a lapel and a body of a clothing having a tailored collar to prevent the lapel from deforming, and has wing pieces on both sides, and the lower ends of the wing pieces are connected to each other. Are formed with substantially U-shaped sheet materials, and each bending start point is set with a step in the height direction at the lower position of the inner side facing each other of each blade piece, and upward from each bending starting point. A first fold line extending so as to be spaced apart from each other, and a second fold line extending from the fold starting point upward to a midway position between the first fold line and the inner side of each blade piece, A third fold line extending directly from each of the fold starting points to reach the lower side of the sheet material is formed, and directed toward the fold starting point at a position outside the first fold line in each blade piece. Shortly extending score line Each wing piece is formed so that the first and second fold lines are valley-folded and the inner side of each wing piece portion is folded outward so as to be inserted into the cut line and held in a folded state. A lapel guard characterized by an insertion piece formed on the inner side of the part.   Form a first slit that cuts inward at the same height as the bending start point on the outer side of the wing piece with the lower bending start point set, and directly below the higher bending start point. 2. The lapel guard according to claim 1, wherein a second slit that extends in the left-right direction at the same height as the first slit is formed across a third bending line that extends.   The lapel guard according to claim 1 or 2, wherein the sheet material is made of cardboard.

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