JP2020183595A - Garment - Google Patents

Abstract

To provide a garment capable of enhancing comfort when worn by preventing wrinkles from being formed as much as possible in the vicinity of a boundary between a front body and a sleeve during an operation for moving the arm or the hand forward.SOLUTION: In a garment, an armhole line Sc on a sleeve side is disposed so as to be connected to a virtual armhole line Vs which is imaginarily set on a front body side and an armhole line Sb on a back body side, in a developed plane opened along a side line W of bodies 1 and an underarm line T of a sleeve 4, and thereby a virtual state where an intersection of the armhole line Sc with the underarm line T is set as a first underarm point P1 is set. An outer area E outside the front body in the virtual state surrounded by a line connecting a sleeve cap point P0 where a shoulder line K and a sleeve cap line M are connected and a second underarm point P2 inside the first underarm point P1 by a predetermined dimension H, a line connecting the first underarm point P1 and the second underarm point P2, and the virtual armhole line Vs on the front body side, is removed, and thereby a gap is formed between a notched line C and the sleeve 4 side, and the sleeve cap line M is inclined toward the front body side by a predetermined angle θ with respect to the virtual sleeve cap line Vm.SELECTED DRAWING: Figure 2

Description

The present invention relates to a garment in which a pair of sleeves are continuously provided on a body having a front body and a back body with a sleeve line as a boundary.

Conventionally, this kind of garment is common, but for example, to explain with the example of the hanten published in JP-A-2016-69766 (Patent Document 1), as shown in FIG. 10, the garment made of the hanten Fa includes a front body 101 that can be opened and closed at the front, a body 100 having a back body 102 that is connected to the front body 101 with a shoulder line K and a side line (not shown) as boundaries, and left and right sides of the body 100. It is provided with a pair of sleeves 103 having a sleeve mountain line M continuous with the shoulder line K and a sleeve underline T facing the sleeve mountain line M, which are connected to the sleeve line S as a boundary.

Japanese Unexamined Patent Publication No. 2016-69766

By the way, in general, when clothes are put on, when moving the arms and hands, there are many movements to position the arms toward the front. In this case, as shown in FIG. 10, in the conventional clothes Fa. Has a problem that wrinkles are formed on the front body 101 and the sleeve 103 near the boundary between the front body 101 and the sleeve 103, causing so-called "slackness" and "gorotsuki", which may impair comfort. In particular, when it comes to winter clothes, cotton is put inside and the clothes become thicker, which causes a large amount of "slackness" and "gorotsuki".

The present invention has been made in view of the above problems, and is worn so that wrinkles are less likely to occur near the boundary between the front body and the sleeves when wearing clothes and moving the arms and hands toward the front. The purpose is to provide clothing with improved comfort.

The garment of the present invention for achieving the above object includes a body having a back body that is connected to the front body and the front body with shoulder lines K and side lines W as boundaries, and sleeves on the left and right sides of the body. In a garment having a sleeve mountain line M connected to the shoulder line K and a pair of sleeves having a sleeve underline T facing the sleeve mountain line M, which are connected to the shoulder line S as a boundary.
The front body side sleeve line S is the front body side sleeve line Sa, the back body side sleeve line S is the back body side sleeve line Sb, and the sleeve side sleeve line S is the sleeve side sleeve. Let's call it Sc
In the unfolding plane developed by opening along the side line W of the body and the underline T of the sleeve.
The sleeve side sleeve line Sc of the sleeve is connected to the virtual front body side virtual sleeve line Vs and the back body side sleeve line Sb continuous with the side line W of the front body, and the sleeve mountain line M of the sleeve is A virtual state is set in which the position line is the virtual sleeve mountain line Vm and the intersection of the front body side virtual sleeve line Vs and the sleeve underline T is the first sleeve point P1.
The connection point between the shoulder line K and the sleeve mountain line M is defined as the sleeve mountain point P0, and the point inside the first sleeve bottom point P1 of the front body by a predetermined dimension H is defined as the second sleeve bottom point P2.
Surrounded by a line connecting the sleeve mountain point P0 and the second sleeve point P2, a line connecting the first sleeve point P1 and the second sleeve point P2, and a virtual sleeve line Vs on the front body side. The outer area E of the front body in the above virtual state is excised.
The line connecting the sleeve ridge point P0 and the second sleeve point P2 is the front body side sleeve line Sa, and the line connecting the first sleeve point P1 and the second sleeve point P2 is the cut line C. A gap is formed between the notch line C and the sleeve side, and the sleeve side sleeve line Sc of the sleeve is continuously provided on the front body side sleeve line Sa and the back body side sleeve line Sb. The sleeve mountain line M is configured to incline toward the front body side by a predetermined angle θ with respect to the virtual sleeve mountain line Vm.
In this case, the front body side virtual sleeve line Vs and the front body side sleeve line Sa may be a straight line, a curved line, or a combination thereof, and may be appropriately determined according to the specifications of the garment.

As a result, in this garment, since the second sleeve point P2 is located inside the first sleeve point P1 by a predetermined dimension H on the development plane, the sleeves are continuously attached to the body by suturing or the like. Then, since the front side of the sleeve is pulled to the front side of the excised outer area E and is continuously installed, the sleeve mountain line M is inclined toward the front body side by a predetermined angle θ with respect to the virtual sleeve mountain line Vm. Become. Therefore, when the side line W of the body and the underline T of the sleeves are connected in succession, the back body is lifted, and the sleeves are inclined forward from the beginning by the amount corresponding to the predetermined angle θ. Become. For this reason, when wearing clothes and moving the arms and hands toward the front, wrinkles are less likely to occur near the boundary between the front body and sleeves, so-called "slackness" and "gorotsuki" are less likely to occur, making it comfortable to wear. Is improved.

In addition, when wearing clothes, for example, when the arm naturally hangs down or when trying to move the arm to the rear, the front side of the sleeve is pulled to the rear side to some extent, but the back body side sleeve line Sb The relationship between the sleeve side sleeve line Sc is the same as before, and since a gap is formed between the notch line C and the sleeve side, the elasticity of the sleeve is ensured by the amount of this gap. The uncomfortable situation is prevented. In addition, since a gap is formed under the armpit, elasticity is ensured by the amount of the gap even when the arm is leveled, moved up and down, or turned, so that the movement of the arm can be performed easily. Can be done.

Then, if necessary, the body and sleeves are configured symmetrically with respect to the vertical center line of the body, and the length of the anterior chest circumference line connecting the left and right first sleeve lower points P1 is set to L1. When the shortest length between the center line along the shoulder line K and the vertical direction of the body and the sleeve ridge point P0 is L2, and the length of the sleeve ridge line M between the sleeve ridge point P0 and the cuff is L3. , L1, L2 and L3 in the above virtual state are maintained. As a result, the body and sleeves are formed symmetrically with respect to the vertical center line of the body, which facilitates production. Further, since the length of the anterior chest circumference line, the length of the shoulder line K, and the length of the sleeves do not change, the above-mentioned actions and effects can be surely realized.

Further, if necessary, the predetermined dimension H of the cut line C connecting the first sleeve point P1 and the second sleeve point P2 is set to H = 10 mm to 100 mm. Although it depends on the type of clothes and the size of children's clothes, adult clothes, etc., if it is less than 10 mm, the effect is small, and if it exceeds 100 mm, the inclination of the sleeves is too large, which is not preferable. Within this range, the above actions and effects can be surely realized.

In this case, it is effective to set Dv = Da when the stroke length of the front body side virtual sleeve line Vs is Dv and the stroke length of the front body side sleeve line Sa is Da. Since Dv = Da, when suturing, it is possible to prevent slippage and facilitate production.

Furthermore, if necessary, the predetermined angle θ is set to θ = 10 ° to 20 °. If it is less than 10 °, the effect is small, and if it exceeds 20 °, the inclination of the sleeve is too large, which is not preferable. Preferably, θ = 15 ° ± 2 °.

Further, the body is configured to have a front body side side line Wa and a back body side side line Wb that can be opened and closed along the side line W of the body and can be garnished with each other at the time of closing, and the front body side. The armpit opening / closing means for opening / closing the body is provided along the armpit line Wa and the armpit line Wb on the rear body side. When putting on or taking off clothes, if the side of the body is opened by the side opening / closing means, the body of the clothes can be unfolded, so that it can be easily put on or taken off. Especially for children and the elderly, it is extremely convenient when not only the person himself but also a third party does it. Moreover, if it is expanded, it can be used for a rug and can be improved in versatility. Further, when used as clothes for patients in hospitals and the like, injections and treatments can be performed by opening the sides while wearing the clothes.

In this case, a band-shaped body carry-out portion is continuously provided along either the front body side side line Wa or the back body side side line Wb, and either the front body side side line Wa or the back body side side line Wb is provided. It is effective to form a band-shaped body superimposing portion on the other side on which the body carry-out portion can be superposed, and to provide the side opening / closing means 10 on the body carry-out portion and the body superimposing portion. Since the body carry-out part and the body superimposing part are overlapped and closed, the airtightness when wearing clothes can be improved. It is especially effective when applied to winter clothes.

Furthermore, if necessary, the front body and the back body are integrally formed. It can facilitate the production of the body.

Further, if necessary, the sleeve can be opened and closed along the sleeve underline T of the sleeve, and has a front sleeve underline Ta and a rear sleeve underline Tb that can be attached to each other at the time of closing. The sleeve opening / closing means for opening / closing the sleeve is provided along the Ta and the underline Tb of the rear sleeve. When putting on or taking off clothes, the sleeve opening and closing means can also open the sleeves, so that the body of the clothes can be unfolded, and it can be made easier to put on or take off. Especially for children and the elderly, it is extremely convenient when not only the person himself but also a third party does it. In addition, since the sleeves can be opened, the sleeves can be made larger when unfolded, and the versatility can be further improved, such as by using it as a rug. Further, when used as clothes for patients in hospitals and the like, injections and treatments can be performed by opening the sleeves while wearing the clothes.

In this case, a band-shaped sleeve carry-out portion is continuously provided along either one of the front sleeve underline Ta and the rear sleeve underline Tb, and the sleeve is provided on the other side of either the front sleeve underline Ta or the rear sleeve underline Tb. It is effective to form a band-shaped sleeve overlapping portion on which the carry-out portion can be superimposed, and to provide the sleeve opening / closing means on the sleeve carry-out portion and the sleeve overlapping portion. Since the sleeve extension portion and the sleeve overlapping portion are overlapped and closed, the airtightness when wearing clothes can be further improved. It is especially effective when applied to winter clothes.

Further, if necessary, the front of the front body can be opened and closed, and the front of the front body can be opened and closed along the one edge and the other edge so as to have one edge and the other edge that can be garnished with each other when closed. It is configured to be provided with front opening / closing means. When putting on or taking off clothes, the front opening / closing means can be used to open the front of the body to make it easier to put on or take off.

According to the present invention, since the second under-sleeve point P2 is located inside the first under-sleeve point P1 by a predetermined angle H in the development plane, when the sleeves are continuously provided to the body by stitching or the like, the sleeves Since the front side is pulled to the front side and is continuously provided, the sleeve mountain line M is inclined toward the front body side by a predetermined angle θ with respect to the virtual sleeve mountain line Vm. Therefore, when the side line W of the body and the underline T of the sleeves are connected in succession, the back body is lifted, and the sleeves are inclined forward from the beginning by the amount corresponding to the predetermined angle θ. Become. For this reason, when wearing clothes and moving the arms and hands toward the front, wrinkles are less likely to occur near the boundary between the front body and sleeves, so-called "slackness" and "gorotsuki" are less likely to occur, making it comfortable to wear. Is improved. In addition, when wearing clothes, for example, when the arm naturally hangs down or when trying to move the arm to the rear, the front side of the sleeve is pulled to the rear side to some extent, but the back body side sleeve line Sb The relationship between the sleeve side sleeve line Sc is the same as before, and since a gap is formed between the notch line C and the sleeve side, the elasticity of the sleeve is ensured by the amount of this gap. The uncomfortable situation is prevented. In addition, since a gap is formed under the armpit, elasticity is ensured by the amount of the gap even when the arm is leveled, moved up and down, or turned, so that the movement of the arm can be performed easily. Can be done.

It is a perspective view which shows in the state of wearing the clothes which concerns on embodiment of this invention. It is a development plan view which shows the development plane which developed the clothes which concerns on embodiment of this invention together with the virtual state. It is a side view which shows the clothes which concerns on embodiment of this invention in a three-dimensionally assembled state. It is a side view which shows the action together with the clothes which concerns on embodiment of this invention, and the arm is raised. It is a top view which shows the action together with the garment which concerns on embodiment of this invention in a three-dimensionally assembled state. It is a development plan view which shows the development plane of the modified example which changed the sleeve opening and closing means with the virtual state in the garment which concerns on embodiment of this invention. It is a top view which shows the garment which concerns on another embodiment of this invention, unfolds a part of a body and separates a sleeve from a body and shows with a virtual state. The garment according to the embodiment of the present invention is shown, (a) is a developed plan view showing the back body, (b) is a developed plan view showing half of the front body together with a virtual state, and (c) is a developed view showing one sleeve. It is a plan view. The garment according to another embodiment of the present invention is shown, (a) is a developed plan view showing the back body, (b) is a developed plan view showing half of the front body together with a virtual state, and (c) is one sleeve. It is a development plan view which shows. It is a top view which shows with the defect in the state which the conventional clothes are assembled three-dimensionally.

Hereinafter, the garment according to the embodiment of the present invention will be described in detail with reference to the accompanying drawings.
As shown in FIGS. 1 to 5, the garment F according to the embodiment is a hanten and has a cotton pad (not shown) inside. The garment F as a hanten consists of a body 1 having a back body 3 which is connected to the front body 2 and the front body 2 with a shoulder line K and a side line W as a boundary, and sleeve lines S on the left and right sides of the body 1. A pair of sleeves 4 having a sleeve mountain line M continuous with the shoulder line K and a sleeve underline T facing the sleeve mountain line M are provided. In the embodiment, the sleeve 4 is sewn to the body 1 and the edge of the terminal is also sewn. Although not shown, it goes without saying that it has a suture allowance for suturing. In the embodiment, the sleeve line S on the front body 2 side is the sleeve line Sa on the front body side, the sleeve line S on the back body 3 side is the sleeve line Sb on the back body side, and the sleeve on the sleeve 4 side. The hole line S is a sleeve side sleeve line Sc.

FIG. 2 is a development plane opened and developed along the side line W of the body 1 and the sleeve underline T of the sleeve 4. In this development plane, the body 1 and the sleeves 4 are symmetrically configured with respect to the vertical center line Q of the body 1. Now, to explain one of the left and right sides, a virtual state is set in the development plane. In the virtual state, the sleeve side sleeve line Sc of the sleeve 4 is connected to the virtual front body side virtual sleeve line Vs and the back body side sleeve line Sb continuous with the side line W of the front body 2, and the sleeve 4 The line where the sleeve mountain line M is located is defined as the virtual sleeve mountain line Vm, and the intersection of the front body side virtual sleeve line Vs and the sleeve underline T is defined as the first sleeve underline point P1.

Further, in this development plane, the connection point between the shoulder line K and the sleeve mountain line M is set as the sleeve mountain point P0, and the point inside the first sleeve bottom point P1 of the front body 2 by a predetermined dimension H is set as the second sleeve bottom point P2. There is. Then, in the embodiment, the line connecting the sleeve ridge point P0 and the second sleeve point P2, the line connecting the first sleeve point P1 and the second sleeve point P2, and the front body side virtual sleeve line Vs. The outer area E of the front body 2 in the enclosed virtual state is excised.

As a result, in the embodiment, the line connecting the sleeve ridge point P0 and the second sleeve bottom point P2 is configured as the front body side sleeve line Sa. Further, in the embodiment, the line connecting the first sleeve point P1 and the second sleeve point P2 is a cut line C. In this case, the front body side virtual sleeve line Vs, the front body side sleeve line Sa, and the notch line C may be a straight line, a curved line, or a combination thereof, and may be appropriately determined according to the specifications of the garment F. In the embodiment, it is a straight line.

Then, a gap 5 is formed between the notch line C and the sleeve 4 side, and the sleeve side sleeve line Sc of the sleeve 4 is continuously provided on the front body side sleeve line Sa and the back body side sleeve line Sb. The sleeve mountain line M is tilted toward the front body 2 side by a predetermined angle θ with respect to the virtual sleeve mountain line Vm. In the embodiment, the gap 5 is formed between the upper end side of the front sleeve underline Ta and the upper end side of the rear sleeve underline Tb, which will be described later.

More specifically, in the development plane, the length of the front chest circumference line connecting the left and right first cuff points P1 is L1, and the center line Q and the cuff mountain point P0 along the shoulder line K in the vertical direction of the body 1. When the shortest length of and is L2 and the length of the sleeve ridge line M between the sleeve ridge point P0 and the cuff is L3, L1, L2 and L3 in the virtual state are maintained.

Further, the predetermined dimension H of the cut line C connecting the first sleeve point P1 and the second sleeve point P2 is set to H = 10 mm to 100 mm. Although it depends on the type of clothing F and the size of children's clothing, adult clothing, etc., if it is less than 10 mm, the effect is small, and if it exceeds 100 mm, the inclination of the sleeve 4 is too large, which is not preferable. Within this range, the actions and effects according to the embodiment can be surely realized.

Further, when the stroke length of the front body side virtual sleeve line Vs is Dv and the stroke length of the front body side sleeve line Sa is Da, Dv = Da is set. That is, the second sleeve point P2 is set so that Dv = Da. Since Dv = Da, it is possible to prevent slippage when suturing, and it is possible to facilitate production. As a result, in the embodiment, the front upper end of the sleeve underline T (the front sleeve underline Ta described later) on the front side of the sleeve 4 corresponding to the first sleeve point P1 in the virtual state is connected to the second sleeve point P2. Will be done. Since it is a cloth, an error of about ± 1 mm occurs.

Furthermore, the predetermined angle θ is set to θ = 10 ° to 20 °. If it is less than 10 °, the effect is small, and if it exceeds 20 °, the inclination of the sleeve 4 is too large, which is not preferable. Preferably, θ = 15 ° ± 2 °. Within this range, the actions and effects according to the embodiment can be surely realized.

Further, the front body 2 and the back body 3 are integrally formed. The front center of the front body 2 is openable and closable, and has one edge 2a and the other edge 2b that can be attached to each other when closed. Reference numeral 6 denotes an open edge of the collar portion 7 continuous with the one edge 2a and the other edge 2b. The one edge 2a portion, the other edge 2b portion, and the collar portion 7 are covered with the decorative collar member 8. A front opening / closing means 10 for opening / closing the front of the front body 2 is provided along one edge 2a and the other edge 2b. In the embodiment, the front opening / closing means 10 is composed of a loop button 13 including a pair of the button 11 and the loop string 12 engaged with the button 11. The button 11 of the loop button 13 is provided on one edge 2a, and the loop string 12 of the loop button 13 is projected on the other edge 2b.

Further, the body 1 is openable and closable along the side line W of the body 1, and has a front body side side line Wa and a rear body side side line Wb that can be attached to each other when closed. A strip-shaped body carry-out portion 15 is continuously provided along either the front body side side line Wa or the back body side side line Wb (in the embodiment, the back body side side line Wb), while the front body side. A band-shaped body overlapping portion 16 on which the body carry-out portion 15 can be superimposed is formed on either the side line Wa or the back body side side line Wb (in the embodiment, the front body side side line Wa). Further, a side opening / closing means 20 for opening / closing the body 1 is provided along the front side side line Wa and the back body side side line Wb. The side opening / closing means 20 is provided in the body carry-out portion 15 and the body overlapping portion 16. In the embodiment, the side opening / closing means 20 is configured by arranging a plurality of rows of snap buttons 23 including a pair of one button 21 and the other button 22 that are fitted to each other. One button 21 of the snap button 23 is fastened to the body carry-out portion 15, and the other button 22 is fastened to the body superimposing portion 16.

Furthermore, the sleeve 4 is openable and closable along the sleeve underline T of the sleeve 4, and is configured to have a front sleeve underline Ta and a rear sleeve underline Tb that can be attached to each other when closed. Further, a sleeve opening / closing means 30 for opening / closing the sleeve 4 is provided along the front sleeve underline Ta and the rear sleeve underline Tb. In the embodiment, the sleeve opening / closing means 30 is configured by arranging a plurality of rows of loop buttons 33 including a pair of a button 31 and a loop string 32 engaged with the button 31. The button 31 of the loop button 33 is provided on the rear sleeve underline Tb, and the loop string 32 of the loop button 33 is projected on the front sleeve underline Ta. As a result, when the front sleeve underline Ta and the rear sleeve underline Tb are closed by the sleeve opening / closing means 30, the gap 5 formed between the notch line C and the sleeve 4 side is on the upper end side of the front sleeve underline Ta. And formed between the rear sleeve underline Tb and the upper end side.

Therefore, according to the clothes F according to this embodiment, when the clothes F are put on or taken off, the front opening / closing means 10 can be used to open the front of the body 1 so that the clothes F can be easily put on or taken off. .. Further, if the side of the body 1 is opened by the side opening / closing means 20, the body 1 of the clothes F can be unfolded, so that it can be easily put on or taken off. Further, since the sleeve opening / closing means 30 can open the sleeves, the body 1 of the garment F can be unfolded, and the body 1 can be further easily put on or taken off. Especially for children and the elderly, it is extremely convenient when not only the person himself but also a third party does it. In addition, when deployed, it can be used as a rug to improve versatility. Further, when the clothes F are used for patients in hospitals and the like, injections and treatments can be performed by opening the sides and sleeves while wearing the clothes F.

Further, according to the garment F according to the embodiment, as shown in FIG. 2, the second sleeve point P2 is located inside the first sleeve point P1 by a predetermined angle H in the development plane. Therefore, when the sleeve 4 is connected to the body 1 by suturing or the like, the front side of the sleeve 4 is pulled to the front side of the excised outer area E and is connected, that is, the front side of the sleeve 4 is the predetermined size H Since it is pulled to the front side and is continuously provided, the sleeve mountain line M is inclined toward the front body 2 side by a predetermined angle θ with respect to the virtual sleeve mountain line Vm. Therefore, as shown in FIG. 5, when the side line W of the body 1 and the sleeve underline T of the sleeve 4 are connected in succession, the back body 3 is lifted, and the sleeve is corresponding to the predetermined angle θ. 4 will incline forward from the beginning (solid line in FIG. 5). For this reason, wrinkles are less likely to occur near the boundary between the front body 2 and the sleeve 4 when wearing clothes and moving the arm or hand forward (two-dot chain line in FIG. 5), so-called "slack" or "slip". "Rubbing" is less likely to occur and comfort is improved.

Further, for example, when the arm is naturally hung down or when the arm is to be moved backward, the front side of the sleeve 4 is pulled to the rear side to some extent, but the back body side sleeve line Sb The relationship between the sleeve side sleeve line Sc and the sleeve side sleeve line Sc is the same as before, and since a gap 5 is formed between the notch line C and the sleeve 4 side, the elasticity of the sleeve 4 is ensured by the amount of this gap 5. Therefore, a situation that impairs comfort is prevented. Further, as shown in FIG. 4, since the gap 5 is formed under the armpit, the elasticity of the gap 5 is ensured even when the arm is leveled, moved up and down, or rotated. Therefore, the movement of the arm can be performed easily.

Further, since the body 1 and the sleeve 4 are formed symmetrically with respect to the vertical center line Q of the body 1, it is easy to manufacture. Furthermore, since the length L1 of the anterior chest circumference line L1, the shortest length L2 between the center line Q and the sleeve mountain point P02, and the length L3 of the sleeve mountain line M maintain L1, L2 and L3 in the virtual state. Since the length of the anterior chest circumference line, the length of the shoulder line K, and the length of the sleeve 4 do not change, the production is facilitated in this respect as well. In addition, the above actions and effects can be surely realized.

FIG. 6 shows a modified example in which the sleeve opening / closing means 30 is changed in the garment F according to the embodiment of the present invention. In the sleeve 4 of the garment F, a band-shaped sleeve carry-out portion 40 is continuously provided along either one of the front sleeve underline Ta and the rear sleeve underline Tb (in the embodiment, the front sleeve underline Ta), and the front sleeve A band-shaped sleeve overlapping portion 41 on which the sleeve extension portion 40 can be superimposed is formed on either the underline Ta or the rear sleeve underline Tb (in the embodiment, the back body side sleeve underline Tb). The sleeve opening / closing means 30 is provided in the sleeve extending portion 40 and the sleeve overlapping portion 41. The sleeve opening / closing means 30 is configured by arranging a plurality of rows of snap buttons 37 composed of a pair of one button 35 and the other button 36 that are fitted to each other. One button 35 of the snap button 37 is fastened to the sleeve extension portion 40, and the other button 36 is fastened to the sleeve overlapping portion 41. It has the same effects and effects as above.

FIG. 7 shows the garment F according to another embodiment of the present invention. The garment F includes, for example, a suit having a body 1 that opens forward, and sleeves 4 to which a sleeve underline T is sewn. Then, in the same manner as described above, in the unfolding plane of the body 1, the virtual front body side virtual sleeve line Vs and the back body side sleeve line Sc in which the sleeve side sleeve line Sc of the sleeve 4 is continuous with the side line W of the front body 2 are connected. It is connected to the line Sb, and a virtual state is set in which the intersection of the front body side virtual sleeve line Vs and the sleeve underline T is set as the first sleeve point P1. The front body side virtual sleeve line Vs and the back body side sleeve line Sb are composed of curved lines.

Also in the present embodiment, the connection point between the shoulder line K and the sleeve mountain line M is set as the sleeve mountain point P0, and the point inside the first sleeve point P1 of the front body 2 by a predetermined dimension H is set as the second sleeve point P2. , The line connecting the sleeve mountain point P0 and the second sleeve point P2, the line connecting the first sleeve point P1 and the second sleeve point P2, and the virtual sleeve line Vs on the front body side in a virtual state. The outer area E of the front body 2 is excised. The line connecting the sleeve ridge point P0 and the second sleeve point P2 is the front body side sleeve line Sa, and the line connecting the first sleeve point P1 and the second sleeve point P2 is the cut line C. Here, when the stroke length of the front body side virtual sleeve line Vs is Dv and the stroke length of the front body side sleeve line Sa is Da, Dv> Da is set.

Then, a gap 5 (not shown) is formed between the notch line C and the sleeve side sleeve line Sc of the sleeve 4, and the sleeve side sleeve line Sc of the sleeve 4 is used as the front body side sleeve line Sa and the rear. It is connected to the body side sleeve line Sb. In FIG. 7, reference numeral 50 is a non-sewn portion corresponding to the notch line C in the sleeve side sleeve line Sc and not connected to the front body side sleeve line Sa, and the gap 5 (shown) together with the notch line C. To form. This also produces the same actions and effects as described above.

FIG. 8 shows the garment F according to the embodiment of the present invention. This is an example of children's clothing, which can be opened and closed along the front side side line Wa and the back body side side line Wb of the body, can be opened and closed along the sleeve underline T of the sleeve 4, and the front of the front body 2 can be opened and closed. It is formed as possible. The back body 3 shown in FIG. 8A includes a lower main body 3a and an upper yoke 3b sewn to the main body 3a. In the front body 2 shown in FIG. 8B, the outer area E where the shaded portion is cut off is shown. Reference numeral 2c is a folded-back portion that is folded back and sewn inside the other edge 2b of the front body 2. Further, in the sleeve 4 shown in FIG. 8 (c), reference numeral 51 is a sleeve carry-out portion continuously provided along the front sleeve underline Ta, and reference numeral 52 is a front body side sleeve of the sleeve carry-out portion 51 along the notch line C. The non-sewn portion, reference numeral 53, which is not connected to the drill line Sa, is a gathered portion for gathering the inner part of the sleeve side sleeve drill line Sc. In FIG. 8, the unit of dimension is (cm).

FIG. 9 shows the garment F according to another embodiment of the present invention. This is an example of women's clothing, which can be opened and closed along the front side side line Wa and the back body side side line Wb of the body, can be opened and closed along the sleeve underline T of the sleeve 4, and the front of the front body 2 can be opened and closed. It is formed as possible. In FIG. 9B, the outer area E where the shaded portion is cut off is shown. In FIG. 9, the unit of dimension is (cm).

In the above embodiment, the front of the front body 2 can be opened and closed, but the present invention is not limited to this, and a type that does not open and close may be used, and may be changed as appropriate. Further, the side line W and the sleeve underline T may also be of a type that does not open and close, and may be changed as appropriate. Further, it goes without saying that the present invention can be applied to any kind of clothing F having sleeves 4, such as a hanten, a suit, children's clothing, and women's clothing. In short, the invention is not limited to the embodiments of the invention described above, and those skilled in the art will make many modifications to these exemplary embodiments without substantial departure from the novel teachings and effects of the invention. It is easy to make, and many of these modifications are within the scope of the present invention.

F Clothes 1 Body 2 Front body 2a One edge 2b The other edge 3 Back body 3a Body 3b York 4 Sleeves 5 Gap 6 Opening edge 7 Collar 8 Decorative collar member K Shoulder line W Side line Wa Front body side Side line Wb Back body side Side line S Sleeve line Sa Front body side sleeve line Sb Back body side sleeve line Sc Sleeve side sleeve line M Sleeve mountain line T Sleeve under line Ta Front sleeve under line Tb Rear sleeve under line Q Center line Vs Front body side virtual sleeve Guri line Vm Virtual sleeve mountain line P0 Sleeve mountain point P1 1st sleeve bottom point P2 2nd sleeve bottom point E Outer area C Cut line θ Predetermined angle 10 Front opening / closing means 11 Button 12 Loop string 13 Loop button 15 Body carry-out part 16 Body overlap part 20 Side opening / closing means 21 One button 22 The other button 23 Snap button 30 Sleeve opening / closing means 31 Button 32 Loop string 33 Loop button 35 One button 36 The other button 37 Snap button 40 Sleeve extension part 41 Sleeve overlapping part 50 Non-sewn part 51 Sleeve extension part 52 Non-sewn part 53 Gathered part

The garment of the present invention for achieving the above object includes a body having a back body that is connected to the front body and the front body with shoulder lines K and side lines W as boundaries, and sleeves on the left and right sides of the body. In a garment having a sleeve mountain line M connected to the shoulder line K and a pair of sleeves having a sleeve underline T facing the sleeve mountain line M, which are connected to the shoulder line S as a boundary.
The front body side sleeve line S is the front body side sleeve line Sa, the back body side sleeve line S is the back body side sleeve line Sb, and the sleeve side sleeve line S is the sleeve side sleeve. Let's call it Sc
In the unfolding plane developed by opening along the side line W of the body and the underline T of the sleeve.
The sleeve side sleeve line Sc of the sleeve is connected to the virtual front body side virtual sleeve line Vs and the back body side sleeve line Sb continuous with the side line W of the front body, and is continuous with the shoulder line K. Assuming the virtual sleeve mountain line Vm , a virtual state is set in which the intersection of the virtual sleeve line Vs on the front body side and the sleeve underline T is set as the first sleeve point P1.
The connection point between the shoulder line K and the sleeve mountain line M is defined as the sleeve mountain point P0, and the point inside the first sleeve bottom point P1 of the front body by a predetermined dimension H is defined as the second sleeve bottom point P2.
Surrounded by a line connecting the sleeve mountain point P0 and the second sleeve point P2, a line connecting the first sleeve point P1 and the second sleeve point P2, and a virtual sleeve line Vs on the front body side. The outer area E of the front body in the above virtual state is excised.
The sleeve cap line connecting the point P0 and the second sleeve under point P2 and the front body side armhole line Sa, the line connecting the first sleeve under point P1 and the second sleeve under point P2 and the cut line C,
In the development plane, the sleeve-side armhole line Sc of the sleeve while continuously to the front body side armhole lines Sa and back body side armhole lines Sb, the sleeve cap line with respect to the imaginary sleeve cap line Vm M Is tilted toward the front body side by a predetermined angle θ .
A hole-shaped gap is formed between the notch line C and the upper end side of the sleeve to close the side line W of the body and the sleeve underline T of the sleeve .
In this case, the front body side virtual sleeve line Vs and the front body side sleeve line Sa may be a straight line, a curved line, or a combination thereof, and may be appropriately determined according to the specifications of the garment.

If necessary, the body and sleeves are symmetrically configured with respect to the vertical center line of the body . In this case, the length of the front chest circumference line connecting the left and right first cuff points P1 to each other is L1, and the shortest distance between the center line along the shoulder line K and the vertical direction of the body and the cuff mountain point P0. When the length is L2 and the length of the sleeve ridge line M between the sleeve ridge point P0 and the cuff is L3, L1, L2 and L3 in the virtual state are maintained unchanged. As a result, the body and sleeves are formed symmetrically with respect to the vertical center line of the body, which facilitates production. Further, since the length of the anterior chest circumference line, the length of the shoulder line K, and the length of the sleeves do not change, the above-mentioned actions and effects can be surely realized.

FIG. 2 is a development plane opened and developed along the side line W of the body 1 and the sleeve underline T of the sleeve 4. In this development plane, the body 1 and the sleeves 4 are formed symmetrically with respect to the vertical center line Q of the body 1. Now, to explain one of the left and right sides, a virtual state is set in the development plane. In the virtual state, the sleeve side sleeve line Sc of the sleeve 4 is connected to the virtual front body side virtual sleeve line Vs and the back body side sleeve line Sb continuous with the side line W of the front body 2, and the shoulder line. Assuming a virtual sleeve mountain line Vm continuous with K, the intersection of the front body side virtual sleeve line Vs and the sleeve underline T is set as the first sleeve underline point P1.

Then, on the development plane, the sleeve mountain line M is predetermined with respect to the virtual sleeve mountain line Vm in a state where the sleeve side sleeve line Sc of the sleeve 4 is connected to the front body side sleeve line Sa and the back body side sleeve line Sb. It is tilted toward the front body by an angle θ. In this state, as shown in FIG. 4, a hole-shaped gap 5 is formed between the notch line C and the upper end side of the sleeve 4, and the side line W of the body 1 and the sleeve underline T of the sleeve 4 are closed. It is said. That is, in the embodiment, the gap 5 is formed between the upper end side of the front sleeve underline Ta and the upper end side of the rear sleeve underline Tb, which will be described later.

Then, a hole-shaped gap 5 (not shown) is formed between the notch line C and the sleeve side sleeve line Sc of the sleeve 4, and the sleeve side sleeve line Sc of the sleeve 4 is used as the front body side sleeve line Sc. It is connected to Sa and the back sleeve line Sb, and the side line W of the body and the sleeve underline T of the sleeve are closed. In FIG. 7, reference numeral 50 is a non-sewn portion corresponding to the notch line C in the sleeve side sleeve line Sc and not connected to the front body side sleeve line Sa, and is a hole-shaped gap 5 together with the notch line C. Form (not shown). This also produces the same actions and effects as described above.

Claims (11)

The front body and the body having a back body that is connected to the front body with the shoulder line K and the side line W as the boundary, and the shoulder line K that is connected to the left and right of the body with the sleeve line S as the boundary. In a garment having a sleeve mountain line M continuous with the sleeve mountain line M and a pair of sleeves having a sleeve underline T facing the sleeve mountain line M.
The front body side sleeve line S is the front body side sleeve line Sa, the back body side sleeve line S is the back body side sleeve line Sb, and the sleeve side sleeve line S is the sleeve side sleeve. Let's call it Sc
In the unfolding plane developed by opening along the side line W of the body and the underline T of the sleeve.
The sleeve side sleeve line Sc of the sleeve is connected to the virtual front body side virtual sleeve line Vs and the back body side sleeve line Sb continuous with the side line W of the front body, and the sleeve mountain line M of the sleeve is A virtual state is set in which the position line is the virtual sleeve mountain line Vm and the intersection of the front body side virtual sleeve line Vs and the sleeve underline T is the first sleeve point P1.
The connection point between the shoulder line K and the sleeve mountain line M is defined as the sleeve mountain point P0, and the point inside the first sleeve bottom point P1 of the front body by a predetermined dimension H is defined as the second sleeve bottom point P2.
Surrounded by a line connecting the sleeve mountain point P0 and the second sleeve point P2, a line connecting the first sleeve point P1 and the second sleeve point P2, and a virtual sleeve line Vs on the front body side. The outer area E of the front body in the above virtual state is excised.
The line connecting the sleeve ridge point P0 and the second sleeve point P2 is the front body side sleeve line Sa, and the line connecting the first sleeve point P1 and the second sleeve point P2 is the cut line C. A gap is formed between the notch line C and the sleeve side, and the sleeve side sleeve line Sc of the sleeve is continuously provided on the front body side sleeve line Sa and the back body side sleeve line Sb. A garment characterized in that the sleeve mountain line M is inclined toward the front body side by a predetermined angle θ with respect to the virtual sleeve mountain line Vm. The body and sleeves are configured to be symmetrical with respect to the vertical center line of the body, and the length of the anterior chest circumference line connecting the left and right first sleeve lower points P1 is L1 and along the shoulder line K. When the shortest length between the center line along the vertical direction of the body and the sleeve ridge point P0 is L2 and the length of the sleeve ridge line M between the sleeve ridge point P0 and the cuffs is L3, L1 in the virtual state. , L2 and L3, the garment according to claim 1. The garment according to claim 1 or 2, wherein the predetermined dimension H of the cut line C connecting the first sleeve point P1 and the second sleeve point P2 is H = 10 mm to 100 mm. The third aspect of claim 3, wherein when the stroke length of the front body side virtual sleeve line Vs is Dv and the stroke length of the front body side sleeve line Sa is Da, Dv = Da is set. Clothes. The garment according to any one of claims 1 to 4, wherein the predetermined angle θ is set to θ = 10 ° to 20 °. The body is configured to have a front body side side line Wa and a back body side side line Wb that can be opened and closed along the side line W of the body and can be attached to each other at the time of closing, and the front body side side line Wa. The garment according to any one of claims 1 to 5, wherein the side opening / closing means for opening / closing the body is provided along the back side side line Wb. A strip-shaped body carry-out portion is continuously provided along one of the front side side line Wa and the back body side side line Wb, and the other side of either the front body side side line Wa and the back body side side line Wb. The garment according to claim 6, wherein a band-shaped body superimposing portion on which the body carry-out portion can be superposed is formed, and the side opening / closing means is provided on the body carry-out portion and the body superimposing portion. The garment according to claim 6 or 7, wherein the front body and the back body are integrally formed. The sleeve is configured to be openable and closable along the sleeve underline T of the sleeve, and has a front sleeve underline Ta and a rear sleeve underline Tb that can be attached to each other when closed, and the front sleeve underline Ta and the rear sleeve underline. The garment according to any one of claims 6 to 8, wherein the sleeve opening / closing means for opening / closing the sleeve is provided along Tb. A strip-shaped sleeve carry-out portion is continuously provided along either one of the front sleeve underline Ta and the rear sleeve underline Tb, and the sleeve carry-out portion is provided on the other side of either the front sleeve underline Ta or the rear sleeve underline Tb. The garment according to claim 9, wherein a band-shaped sleeve overlapping portion that can be overlapped is formed, and the sleeve opening / closing means is provided on the sleeve bringing-out portion and the sleeve overlapping portion. The front of the front body can be opened and closed, and one edge and the other edge that can be attached to each other at the time of closing are provided, and a front opening / closing means for opening and closing the front of the front body is provided along the one edge and the other edge. The garment according to any one of claims 1 to 10, characterized in that.

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