KR20040007481A - Clothing having figure correcting function - Google Patents

Abstract

Edge treatment in the state of being cut off, and having elastic edges unnecessarily and in which the stretch power varies in a direction substantially perpendicular to the knitting direction in one knitted fabric at the same time, the stretch line of which the switching line of the stretch power is linear A medical treatment having a body shape correcting function consisting of edges that are not edge-processed while at least one edge of the top or bottom edge of the medical treatment using the piece made of the knitted fabric at least in part of the raw material fabric constituting the medical treatment is cut. Using the part which the direction of the switching line of the extension power of the area | region which the said extension power of this part changes, and the direction of at least one edge line among the edge lines of the state which were cut | disconnected unnecessarily for this medical edge process were mutually nonparallel. Medical having a body shape correction function made.

Edge treatment As a medical treatment having an unnecessary edge, medical treatment which can be designed in a direction according to each need without paralleling the direction of the switching line of the stretching power in the area where the stretching power changes and the direction of the edge processing unnecessary edge is parallel. Can provide.

Description

Clothing having figure correcting function

Conventionally, for example, the edges of the medical hem and the like are loosened in the state of being cut off, so that some edge treatment has to be performed to prevent loosening. This process is called hemming etc. which performs an edge process, and the method is various in accordance with a site | part and a raw material, for example, as shown in the cross-sectional schematic diagram in FIG. Double-sealed (121, 122 is a suture line) or, as shown in the cross-sectional schematic diagram in Fig. 37, the other fabric or tape-like 131 in a substantially U-shaped cross-section edge of the raw material ( It is common to apply the edge treatment, such as covering 130 and suture 132 and 133 for a suture line. However, this work is a considerable burden in sewing clothes, and furthermore, when the edge treatment is performed in this way, the part becomes thicker, and the edge line of the underwear becomes a convex strip, such as when a tight outer wear is worn thereon, It appears that there is a problem such as impairing the appearance, thickened edge portion and wear feeling.

Therefore, in recent years, the raw material which comprises at least this part of the medical | medical object which consists of an edge processing unnecessary raw material cloth so that this edge part of an edge processing unnecessary raw material cloth, such as a girdle which has an unnecessary edge processing hem, may be a girdle hem part, for example. Medical care used for at least part of the fabric is used. In addition, for medical treatments that are worn in close contact with the body and to which the body correction function has been given, other reinforcing fabrics are not added to the part that is intended to strengthen the elastic power, but are woven into the part that the elastic power is to be strengthened. By increasing the size of the elastic yarn to be formed or inserted, or woven into the same wale, or increasing the number of elastic yarns to be inserted, the elastic yarns being woven, or increasing the width of the region to be inserted, As in the case of using a reinforcing cloth, a method of imparting a body shape correcting function such as a hip-up function is also employed without generating a step.

By the way, in order to form an edge which is not required for edge processing, a technique such as thread drawing is usually used (for example, see description in Japanese Patent Laid-Open No. 2000-303331 or FIG. 2). Therefore, by pulling out the woven thread, the knitted fabric is divided into two parts with the part as a boundary, and each of these two divided opposing edge parts becomes an unnecessary edge treatment edge. Therefore, the edge which is not necessary for edge processing must become the edge of a line substantially parallel to the supply direction of a thread, ie, the knitting direction. Even when the upper and lower edges of the raw material fabric are used together as the edges that are not required for edge treatment, the edges of the lines parallel to the knitting direction are both required.

On the other hand, as described above, in the case where a plurality of regions having different elastic powers are formed by the elastic yarns by a method such as weaving a thick elastic yarn in a portion where the elastic power is to be strengthened, Since this area is formed by means, it is usual that the direction of the switching line of the stretching power must be in the direction along the supply direction of the yarn, that is, the substantially straight line substantially parallel to the knitting direction. If the thickness of the non-elastic yarn to be weaved, or the number of weaving yarns (two or more at the same time to arrange the yarns), instead of the elastic yarn, is changed, a plurality of regions having different stretching powers may be formed. In the case of forming an area in which the elastic power has changed due to the fractional use of the nonelastic yarn, since each elastic power is formed by different means such as fine inelastic yarn or by adjusting the number of weaving threads to a predetermined number. In addition, the direction of the switching line of the stretching power cannot be in the direction of the feeding direction of the yarn, that is, the direction along the substantially straight line substantially parallel to the knitting direction. The same applies to the case of forming the changed region.

Therefore, in the case where an elastic power is changed in one knitted fabric and an unnecessary edge is formed in the same knitted fabric at the same time, the switching power of the expansion power in the elastic power is changed. The direction and the direction of the edge process unnecessary edge line are made into the raw material cloth which turned in the substantially parallel direction.

In FIG. 34, as a model sample, by the above-described conventional method, an area in which stretch power changes due to the use of elastic yarns is formed in one piece of knitted fabric, and at the same time, an edge unnecessary for edge treatment in the same knitted fabric is used. The typical top view of the part which comprises a part of medical care which cut | disconnected what was formed in the suitable shape was shown. On the other hand, the shape of this part is only the shape adopted for description, and is not a rigid shape applied to any specific medical part. However, for example, a part of the shape close to the part of the right side for covering the side surface from the front pelvis of some kind of short girdle and covering the rear hip part is employed as the explanatory model. The left side of the figure is the rear center side. 12-16 and 35 which are mentioned later are also a figure similarly.

In the knitted fabric 100 shown in Fig. 34, the edge of 101 is an unnecessary edge edge, 103 is an area where the stretching power is changed (for example, a region in which a thick elastic yarn is woven into the elastic power), and 102 is the top. It is an edge, and is parallel to the direction 105 of the switching line of the expansion power of the area | region 103 in which expansion power changes, and the direction 104 of the edge 101 which does not need edge processing. In addition, the knitting direction of this knitted fabric is a direction shown by the arrow of 105. As shown in FIG. Then, if the direction 106 of the upper edge 102 line is changed, the direction 105 of the switching line of the expansion power of the expansion power of the region 103 in which the expansion power changes, or the direction 104 of the edge processing unnecessary edge 101. As shown in Fig. 36 or 37, the upper edge 102 cannot be used as an edge processing unnecessary edge, and is folded up and folded in twofold. It becomes the edge which needs processing (hemming).

In FIG. 35, as another model sample, by forming a region in which stretch power varies in one knitted fabric by a conventional method, and at the same time, an unnecessary edge of edge treatment is formed in the same knitted fabric. The schematic plan view of the piece which comprises a part of medical care cut in shape was shown.

In the knitted fabric 100 shown in FIG. 35, the edge of 101 is an edge which is not required for edge treatment, and the waveform 100 has a scallop-shaped waveform. The unnecessary edges of the scalloped shape can be realized by, for example, a method such as Japanese Patent No. 3099085.

Also in this case, in the case where the region 103 in which the elastic power changes (for example, a region in which a thick elastic yarn is woven into the elastic power) is formed, the expansion power of the region 103 in which the elastic power varies. The direction 105 of the switching line and the direction 104 of the edge 101 which is not necessary for edge processing are substantially parallel. Edge treatment Unnecessary edges The scallop-shaped portion of the edge 101 is a wave-shaped curve, but it can be said that the direction of the edge 101 as a whole corresponding to the traveling direction of the wave is the direction of the arrow 104. Light is pulsating, but it is the same treatment as drawing a straight line as a whole. The arrow 104 is a tangential line connecting the vertices of the scallop-shaped wave of the edge 101 which is not necessary to be edged, but is in the direction as a whole. However, the arrow 104 may indicate the direction as a whole even as a center line for dividing the wave up and down. In other words, even when the edge 101 which is not necessary for edge processing is made into a scallop shape, the direction 104 as a whole and the direction 105 of the boundary line of the region 103 in which the stretching power changes are substantially parallel. In addition, the knitting direction of this knitted fabric is a direction shown by the arrow of 105. As shown in FIG. Then, if the direction 106 of the upper edge 102 line is changed, the direction 105 of the switching line of the expansion power of the expansion power of the region 103 in which the expansion power changes, or the direction 104 of the edge processing unnecessary edge 101. As shown in Fig. 36 and Fig. 37, the upper edge 102 cannot be an unnecessary edge for the edge treatment, and is folded in two and folded and sutured. It becomes the edge that needs it.

In the above, in FIG. 34 and FIG. 35, for the sake of simplicity, an example of switching of the stretching power by fractional use of elastic yarn has been described. However, as described above, the thickness of the inelastic yarn to be woven and the number of weaving In the case of forming a region in which the stretching power has changed due to the fractional use of inelastic yarn, such as in the case of forming a plurality of regions in which the stretching power is different by switching the two or more at the same time to provide the yarn. The same applies to the case where both elastic and inelastic yarns are used at the same time to form an area in which the elastic power is changed.

Although not shown, when the direction 105 of the expansion power switching line of the region 103 in which the expansion power changes and the direction 104 of the edge processing unnecessary edge 101 are made non-parallel, Since it is necessary to cut so as to be in the direction of the target, and the cut edge is cut off as it is, the edge which has been subjected to the edge treatment becomes inevitable as described with reference to FIGS. 36 and 37. In other words, it is impossible to make the edge unnecessary edge processing. Further, even when the upper edge 102 is used as an edge that is not required for edge treatment, the direction 105 of the extension line of the expansion power in the region 103 in which the expansion power changes in the direction 106 of the upper edge 102 line is changed. It is the fact that it must be parallel to.

Therefore, conventionally, when the area where the elastic power changes due to elastic yarn or the like is placed at an angle suitable for performing the desired body shape correction, the direction of the edge which is not required for edge treatment cannot be freely changed, and the edge of the hem line, the waste line, etc. In the case of making the edge unnecessary edge processing, the direction is limited, and there is a problem that the hem line or the waste line of the optimal design of medical care can not be used regardless of the direction of the region where the stretching power changes.

In addition, if the design is optimal for medical purposes aimed at the direction of a hem line or a waste line consisting of edges which are not required for edge treatment, the direction of the area where the stretch power changes cannot be freely changed, and the desired body shape correction is performed. There is a problem such that it cannot be disposed at a preferred angle.

Furthermore, as shown in FIG. 16 mentioned later, the angle (alpha) which the direction 85 of the extension line of the expansion power of the area | region 83 with which expansion power changes, and the direction 86 of the edge 82 which do not need edge processing are made | formed The portion of the edge 82 which is larger and unnecessary to the edge treatment reaches the line of the linear stretching power, and the portion where the edge treatment unnecessary edge 82 has a strong stretch power without performing the edge treatment. Medical with an edge where the weak parts were mixed was unmanufacturable.

Therefore, in the conventional medical treatment, the direction of the region where the stretch power changes is arranged at a suitable angle for performing the desired body shape correction, and the directions of the hem line, the waist line, and the like also include the direction of the region where the stretch power changes. In the case of changing freely without being constrained, the shape of the edge portion has to be cut into a target shape and subjected to edge treatment.

The present invention solves such a conventional problem, and freely lines each line in an appropriate direction as necessary without paralleling the direction of the switching line of the stretching power in the area where the stretching power changes and the direction of the edge which is not required for edge treatment. It aims to provide the medical which can be designed.

The present invention is intended to provide the medical treatment of the present invention by appropriately applying a knitted fabric that does not loosen the cutting edge and which does not need edge treatment in the state of being cut even while being cut.

TECHNICAL FIELD This invention relates to the medicine which has the edge process unnecessary edge in the state which was cut off, and has a shape correction function.

1 is a rear view of a short type girdle of one embodiment of the medical treatment of the present invention.

FIG. 2 is a front view of the short type girdle shown in FIG. 1. FIG.

FIG. 3 is an explanatory diagram for explaining a region in which the stretching power of the abdominal covering portion 6 of the short type girdle shown in FIG. 2 changes.

4 is a plan view of a portion only of the abdominal cavity portion of another form of girdle;

5 is a rear view of a long type girdle of one embodiment of the medical treatment of the present invention.

6 is a front view of the long girdle shown in FIG.

FIG. 7 is an explanatory diagram for explaining a region in which the stretching power of the abdominal covering portion 36 of the long girdle shown in FIG. 6 is changed; FIG.

8 is a perspective view of an essential part of a bra in one embodiment of the medical treatment of the present invention.

Figure 9 is a perspective view of a major part of a bra of another embodiment of the medical treatment of the present invention.

Fig. 10 is a perspective view of a main part of a bra of yet another embodiment of the medical treatment of the present invention.

Fig. 11 is a perspective view of an essential part of a bra of yet another embodiment of the medical treatment of the present invention.

Fig. 12 is a schematic view of a part that constitutes a part of medical treatment for explaining an example in which the direction of the switching power of the stretching power in the region where the stretching power changes and the direction of the edge line which is not required for edge treatment are substantially in the non-parallel direction. Floor plan.

Fig. 13 is another schematic diagram of a part that constitutes a part of medical treatment for explaining an example in which the direction of the switching power line of the stretching power in the area in which the stretching power changes and the direction of the edge line which is not required for edge treatment are substantially in a non-parallel direction. Floor plan.

Fig. 14 is a view showing the addition of a part that constitutes a part of the medical treatment for explaining an example in which the direction of the extension power switching line in the area where the expansion power changes and the direction of the edge line which is not required for edge treatment are substantially in the non-parallel direction; Another schematic top view.

Fig. 15 is a view showing the addition of a part that constitutes a part of medical treatment for explaining an example in which the direction of the switching power of the expansion power in the area where the expansion power changes and the direction of the edge processing unnecessary edge line are in a substantially non-parallel direction; Another schematic top view.

FIG. 16 shows that the linear stretch power switching line reaches the edge portion where the straight stretch power switching line in the region where the stretch power changes is not required for edge processing while the cutting line is cut. Another schematic top view of the piece which comprises a part for medical use for demonstrating the example in which the unnecessary edge has the edge where a strong part and a weak part have elastic strength mixed.

The perspective view seen from the back side of the shot type girdle of another one Embodiment of the medical care of this invention.

18 is a perspective view seen from the front side of the short type girdle shown in FIG. 17;

Fig. 19 is a plan view showing a cut line of the front pelvis-side-hip portion filling piece corresponding to the left side of the wearer of the short type girdle shown in Figs. 17 and 18 on the knitted fabric.

Fig. 20 is a perspective view of the short type girdle of another embodiment of the medical treatment of the present invention, as seen from the back side thereof;

21 is a perspective view seen from the front side of the short type girdle shown in FIG. 20;

Fig. 22 is a plan view showing the cut line of the front pelvis-side-hip portion filling piece corresponding to the left side of the wearer of the short type girdle shown in Figs. 20 and 21 on the knitted fabric.

The perspective view seen from the back side of the short type girdle of further another example of the medical treatment of this invention.

Fig. 24 is a perspective view seen from the front side of the short type girdle shown in Fig. 23.

The perspective view seen from the back side of the short type girdle of further another example of the medical treatment of this invention.

Fig. 26 is a perspective view seen from the front side of the short type girdle shown in Fig. 25.

The perspective view seen from the back side of the shot type girdle of further another example of the medical treatment of this invention.

28 is a perspective view seen from the front side of the short type girdle shown in FIG. 27;

The perspective view seen from the back side of the shot type girdle of further another example of the medical treatment of this invention.

30 is a perspective view seen from the front side of the short type girdle shown in FIG. 29;

Fig. 31 is a diagram showing the knitting structure of the knitted fabric used in the present invention.

32 is a diagram showing a knitted structure of another example of the knitted fabric used in the present invention.

Fig. 33 is a view showing another example knitting structure of the knitted fabric used in the present invention.

Fig. 34 is a schematic view of a part that constitutes a part of medical treatment for explaining an example in which the direction of the extension power switching line in the area where the expansion power changes and the direction of the edge line which is not required for edge treatment are directed in substantially parallel directions; Floor plan.

Fig. 35 is another schematic diagram of a part that constitutes a part of medical treatment for explaining an example in which the direction of the switching power of the stretching power in the region where the stretching power changes and the direction of the edge processing unnecessary edge line are in a substantially parallel direction; Floor plan.

36 is a schematic sectional view showing a structure of a conventional edge treatment for preventing loosening.

37 is a schematic sectional view showing another structure of the edge treatment for conventional loosening prevention.

In order to achieve the said subject, the medicine which has a body shape correction function of this invention is the following medical care.

(1) In other words, the medical treatment having the body shape correcting function of the present invention simultaneously includes an area in which a stretched power is changed in a direction substantially perpendicular to the knitting direction while the edge processing unnecessary edge is left in the cut state. At least one edge of the upper or lower edge of the medical treatment, wherein the stretchable power switching line is formed of a stretchable warp knitted fabric having a linear shape, is used as at least a portion of the raw material fabric constituting the medical treatment, while at least one edge of the medical edge is cut. A medical treatment having a body shape correcting function consisting of an unnecessary edge, wherein at least one of the direction of the switching line of the elastic power in the region in which the elastic power of the part changes and the edge line in a state where the medical treatment is unnecessary The direction of the two edge lines is made by using nonparallel parts. A body having a medical compensation.

(2) In the medical treatment having the body shape correction function described in the above (1), the region in which the elastic power changes is formed by (a) a method of forming a plurality of regions having different thicknesses of the elastic yarn to be incorporated, and (b) A method of forming a plurality of regions having different numbers of elastic yarns, (c) a method of changing the width of each region of (a) or (b), (d) the method (a), (b), (c) It is preferable that it is formed by any of the systems which combined at least two or more of.

(3) Moreover, in the medicine which has a body shape correction function of said (1) or (2) description, the said straight line is applied to the edge process unnecessary edge part in the state which cut | disconnected at least one of a medical upper end or a lower edge. It is preferable that the transition line of the stretch power of the shape is reached, and the edge which is not necessary for the edge treatment is an edge where the strong and weak portions of the stretch power are mixed.

(4) Moreover, in the medicine which has a body shape correcting function in any one of said (1)-(3), the edge which is not edge-processed in the state which cut | disconnected at least one of a medical upper end or a lower edge is this knitted fabric. It is preferable that the edge is cut at an angle of 20 to 80 degrees with respect to the knitting direction of.

(5) Moreover, in the medicine which has a body shape correction function of any one of said (1)-(3), at least one edge of the medical upper end or lower edge which consists of an edge processing unnecessary edge in the state which was cut off. Is preferably an edge cut at an angle of 40 to 50 degrees with respect to the knitting direction of the knitted fabric.

(6) In addition, in the medical treatment having the body shape correcting function described in the above-mentioned (1) or (2), the edges which are unnecessary for edge treatment in the state of being cut off are the hem of medical clothing and the direction of the edge line of the hem And the direction of the switching line of the stretching power in the region in which the stretching power of this piece changes are non-parallel to each other.

(7) Moreover, in the medicine which has a body shape correction function in any one of said (1)-(6), it is preferable that a medicine is a medicine which has the hip part which the whole medicine adheres to a body.

(8) In addition, in the medical treatment having the body shape correcting function described in any of the above (1) to (7), it is preferable that the medical treatment is a medical treatment having a hip part selected from a short panty, a girdle, a bodysuit, a reartard, and a swimsuit. Do.

(9) Moreover, in the medical treatment which has a body shape correction function of any one of said (1)-(7), the said fragment which consists of a stretchable warp knitted fabric covers the hip part or the hip part, and the side part which covers a side part. Preferably, it is a segment selected from the front pelvis-side-back segment that covers the segment, the front pelvis and the hip, and the side section therebetween.

(10) In addition, in the medical treatment having the body shape correcting function described in the above (9), the medical treatment is a short pant or girdle, and the short pant or girdle hem and waist line part are unnecessary for edge treatment. It is preferable that the direction of one of the edge lines selected from the hem portion and the waste line portion is parallel to the direction of the switching line of the stretching power in the region where the stretching power of the piece changes.

(11) In addition, in the medical treatment having the body shape correcting function described in the above (9), the medical treatment is a short pant or girdle, and the short pant or girdle hem and waist line part are unnecessary for edge treatment. It is preferable that both of the direction of the hem line and the edge line of the waist line part are made parallel to the direction of the switching line of the stretch power in the region where the stretch power of this piece changes.

(12) Moreover, in the medical which has a body shape correction function as described in any one of said (1)-(11), medical is a short panty or a girdle, and the waist line part of the short pant or the girdle at least behind is cut out. It is composed of an edge that is not necessary for edge treatment in the state of staying, and has a vertex below the rear center line with a part of the back waste line at the bottom side, and an inverted triangular region of approximately left and right line symmetry in the rear center line has strong stretching power. Wherein the base length of the inverted triangular region is 1/4 to 2/3 of the length of the back waist line, more preferably 1/3 to 1/2 of the length of the back waist region, The length on the back center line from the waist line to the vertex of the inverted triangle is the back center line from the waist line of the short panties or girdle to the crotch. It is preferable that it is 1/4-2/3 of length, More preferably, it is length of 1/3-1/2.

(13) In addition, in the medical treatment having the body shape correcting function according to any one of (9) to (12), the medical care is a short pant or girdle, and the area where the elastic power of the piece is made of an elastic warp knitted fabric is weak. The line in the direction in which the transition line of the telescopic power is inclined obliquely from the side of the hip to the rear center side so as to cover the rounded ridge of the hip and the area where the strong stretching power of this part covers the lower side of the rounded ridge of the hip. It is preferable to become.

(14) Moreover, in the medicine which has a body shape correction function of any one of said (1)-(6), it is preferable that medical care is a bra.

(15) In addition, in the medical treatment having the body shape correcting function according to any one of (1) to (5), the medical care is a bra, and the back fabric of the bra is made of the above-mentioned piece comprising an elastic warp knit. The upper and lower edges of the fabric are trimmed, and the edges are unnecessary, and the direction of the switching line of the stretching power of the back cloth is non-parallel with the direction of either the upper or lower edge line of the back cloth. It is preferable that it is done.

(16) Moreover, in the medical treatment which has a body shape correction function as described in any one of said (1)-(5), a medical care is a bra, The back fabric of a bra consists of the said piece which consists of an elastic warp knit, The upper and lower edges of the fabric are trimmed and the edges are unnecessary, and the direction of the switching line of the stretching power of the back cloth is non-parallel with the directions of the edge lines of the upper and lower sides of the back cloth. desirable.

(17) In addition, in the medical treatment having the body shape correcting function described in the above (4) or (5), the edge of the medical upper end, which is composed of an edge unnecessary edge treatment in a state of being cut, is a short panty or a girdle waistline. It is preferable that the edge of the medical bottom which consists of at least a part of a part or the upper edge of a bra bag cloth, and which is made into the trimmed unnecessary edge in the state which was cut | disconnected, is a short pant or the hem of a girdle, or the lower edge of a bra bag cloth.

(18) Moreover, in the medical which has a body shape correction function as described in any one of said (1)-(17), a bright yarn and a dull yarn are used as an inelastic yarn, It is preferable that it is medical | medical which forms the part which squeezes and the part which squeezes dulsa by fractional squeeze, and the visual-like shape of linear form or strip | belt-shaped by the difference of the glossiness of a bright yarn and a dulce yarn is formed in a desired part.

(19) In addition, in the medical treatment having the body shape correcting function described in the above (18), the elastic strength that changes at least one of the thickness of the elastic yarn and the number of weaving is simultaneously incorporated in each region of a plurality of regions having different regions. It is preferable that it is medical | medical which consists of the pattern part which can visually see the upper part of an elastic power by using a bright yarn and a pulsar separately.

(20) Moreover, in the medicine which has the body shape correction function of any one of said (1)-(19), it has the edge processing unnecessary edge in the state which was cut | disconnected, and is a direction substantially perpendicular to a knitting direction Is a 1 × 1 piece structure in which a raw material transition inelastic yarn and an elastic yarn together constitute a piece composed of a stretchable warp knitted fabric having a region in which the stretch power changes in one sheet at the same time, and at least one of the inelastic yarn and the elastic yarn in each knitting needle It is preferred that the sides consist of stretchable knitted fabrics knitted by a closed loop.

(21) Moreover, in the medical which has a body shape correction function of the said (20) description, the said stretchable warp knitted fabric is a stretchable warp which is performed at least 1 sort (s) selected from a preset and a heat set at the temperature of 180 degreeC or more. It is preferable that it is a knitted fabric.

(22) In addition, in the medical treatment having the body shape correction function described in the above (20) or (21), the stretchable warp knitted fabric is knitted to a density exceeding 65 wales per 2.54 cm (1 inch). It is preferable that it is a knitted fabric.

(23) In addition, in the medical treatment having the body shape correcting function described in the above (20) or (21), the edges which are unnecessary for edge treatment in a state of being cut out exceed 45 degrees with respect to the knitting direction of the stretchable warp knitted fabric. It is preferable that it is the edge cut | disconnected at the angle of the range which does not.

In the medical treatment of the present invention, edges that are not edge-processed in the state of being trimmed are not edges unnecessary edges formed by the above-mentioned thread drawing or the like, but using warp knitted fabrics that become edges of edge-processing in the state of being cut. The edge is trimmed.

Even in the state of being cut in this way, as a raw material cloth whose cutting edge (edge of cutting edge) becomes an edge which is not required for edge treatment, a raw material cloth having a knitted structure as shown below can be used. It is not limited only to this, and if it is a raw material cloth which does not loosen the cutting edge (edge which has been cut) and becomes an unnecessary edge process, it does not exclude using the raw material cloth which has another knitting structure.

The knitted fabric serving as the base of the raw material fabric used in the present invention is a 1 × 1 knitting structure in which inelastic yarns and elastic yarns are included, and at least one of the inelastic yarns and elastic yarns in each knitting needle is made of an elastic knitted fabric knitted by a closing nose. Inelastic yarn and elastic yarn are used for knitting yarn to give proper elasticity. By forming a 1 × 1 knitting structure and knitting at least one of the inelastic yarn and the elastic yarn in each knitting needle with a closing nose, it is possible to achieve stability of the knitting nose and prevention of loosening of the edge while being cut. If both sides are knitted by a closing nose, the effect of preventing the loosening of the edge while being cut further improves. As a 1 × 1 knit structure, 1 × 1 tricot knitting is preferable, and in particular, a 1 × 1 tricoat knitting woven with a Raschel knitting machine or a jacquard Raschel knitting machine puts tension on the yarn at the time of knitting, and is easy to raise the density of the knitting structure. It is preferable because of that.

Among the stretchable warp knitted fabrics, the stretch warp knitted fabric A in which both of the nonelastic yarn 90 and the elastic yarn 91 are knitted by the closing nose, as shown in the knitted fabric structure shown in FIG. 31, the knitted fabric shown in FIG. Like the tissue, the elastic nonwoven yarn 90 is knitted by the closing nose, the elastic warp knitted fabric B, which is knitted by the open loop, and the knitted tissue shown in FIG. Both the sacrificial yarn 90 and the elastic yarn 91 alternate between the open nose and the closed nose, except that the elastic yarn 91 is a closed nose, similarly the nonelastic yarn 90, with respect to the open nose of the inelastic yarn 90 in the same knitting. With respect to the closed nose of the elastic yarn 91, the stretchable warp knitted fabric C, in which the open nose is knitted, is practical and excellent. The knitted fabrics of (A) and (B) are particularly excellent in appearance, and (C) is difficult to loop-drop.

As the inelastic yarn to be used, depending on the type of stretchable clothing, any of filament yarn and spun yarn may be used, either synthetic fibers such as nylon or polyester, semisynthetic fibers such as rayon, or natural fibers such as silk or cotton. Can be. Among them, nylon, which is rich in water absorption, is preferably used as a knitted fabric for innerwear. Although there is no restriction | limiting in particular also about an elastic yarn, Generally, a polyurethane elastic yarn, the covering yarn which covered this elastic yarn with an inelastic yarn, etc. can be used.

In this stretchable warp knitted fabric, it is preferable to perform a preset treatment and / or a heat set treatment for the purpose of obtaining the stability of the knitting nose, the effect of preventing the loosening of the edge while being cut, and the like. The treatment temperature also depends on the shape of the apparatus, the preset treatment time, the heat set treatment time, the kind of material, the thickness of the knitted fabric, etc., but at a temperature of 180 ° C. or higher, preferably 185 ° C. or higher, the effect is more reliably 190. If the above treatment is carried out in the range of 1 ° C to 195 ° C, a part of the knitted fabric is softened, the knitting nose is lightly fused to form a knitted fabric, and the edge of the cut is particularly difficult to unwind, which is preferable. The heat set processing time may be, for example, about 15 to 40 m / min, and preferably about 15 to 24 m / min when an apparatus having a 6 to 8 chamber configuration (a total length of the chamber is about 15 to 30 m) is used.

In addition, in general knitted fabrics, the finishing width is about 160 cm, but in this stretchable warp knitted fabric, the finishing width is shortened to the extent possible (for example, 110 to 130 cm), and the high density knitting is the beauty of the knitting nose in elastic clothes. It is preferable to reduce the unwinding of the cutting edge and to improve the stability while maintaining. Although it also depends on the fineness of the knitting yarn to be used, it is more than 55 wale per 2.54 cm (1 inch), preferably more than 60 wale, more preferably more than 65 wale, more preferably about 70 wale It is preferable to knit a knitted fabric and to enlarge the transverse stretch ratio of the knitted fabric. However, this is not the only case where cellulose yarn or cotton yarn is woven as inelastic yarn.

In addition, the use amount of the elastic warp knitted fabric in which the use amount of the inelastic yarn is increased and lengthened, and the elastic yarn is shortened, and the runner length of the inelastic yarn is considerably longer than the runner length of the elastic yarn is preferably used. Specifically, the runner of inelastic yarn of 80 cm / lock or less is 85-120 cm / lock, preferably 95-115 cm / lock, and the runner of elastic yarn of 60 cm / lock or less is 70-110 cm / It is preferable to knit in a rack, preferably 75-105 cm / lock. The ratio of the runner of the elastic yarn to the runner of the inelastic yarn is preferably 1.15 or more, more preferably 1.2 or more, and still more preferably 1.3 or more.

In addition, a "runner" means the length (cm) of the yarn used for making a fixed number of courses here (this is called "lock", and usually 480 courses are called 1 lock).

On the other hand, the warp knitted fabric which can form the edge processing unnecessary edge in the state which was cut | disconnected used by this invention is not a lace raw material cloth.

And in order to form the area | region which stretch power partly changes in the raw material cloth which can form an edge process unnecessary edge in the state cut | disconnected as mentioned above, (a) the thickness of the elastic yarn to be plural different A method of forming an area, (b) a method of forming a plurality of areas having different numbers of weaving elastic yarns, (c) a method of changing the width of each area of (a) or (b), (d) the ( By any of the methods in which at least two or more of a), (b) and (c) are combined, a region with strong stretch power and a region with weak stretch power than the region can be formed.

For example, among the elastic yarns woven into the warp knitted fabric, elastic yarns having larger fineness than other portions are used as knitted yarns in the region having strong stretching power, or the number of elastic yarns woven into the same wale is increased. As described above, it is possible to obtain an elastic warp knitted fabric which is formed by integrating a part where tightening power is integrated.

At this time, the elastic yarn woven into the entire warp knitted fabric may be an elastic yarn having a relatively small fineness, and an elastic yarn having a fine fineness may be additionally woven into the region where the elastic power is to be strengthened, thereby making the region having a strong stretching power. .

In addition, the width of the region with strong stretch power as described above is narrowed, and the width of the region with weak stretch power is wide, while the width of the region with strong stretch power is wide and the width of the region with weak stretch power is defined. It is also possible to adjust the strength and weakness of the expansion power as a whole by adjusting the width of the area where the expansion power differs, such as narrowing.

In addition, you may make grade of expansion-strength strength and weakness three or more stages, and in that case, what is necessary is just to adjust so that the above-mentioned method of changing an elastic power may be three or more stages.

Although not specifically limited, 22-132 dtex is preferable and, as for the fineness of the inelastic yarn incorporated into the said whole elastic warp knitted fabric, More preferably, it is 33-55 dtex.

Inelastic yarns tend to make knitting nose denser. On the other hand, when too thin, strength will weaken. Therefore, 33-55 dtex is preferable because the knitted fabric can be made high density and a stable and strong knitted fabric can be obtained.

In addition, the fineness of the elastic yarn incorporated in the region where the stretching power is weak is not particularly limited, but is preferably 33 to 77 dtex, more preferably 44 to 55 dtex, and the stretching power. The fineness of the elastic yarn incorporated in the strong region is preferably 66 to 231 dtex, more preferably 88 to 154 dtex.

Preferably the fineness of the elastic yarn woven into the whole warp knitted fabric consisting of the stretchable warp knitted fabric is 33 to 77 dtex, more preferably 44 to 55 dtex, and is preferably 66 to 231 dtex in a region with strong stretch power. More preferably, the elastic yarn of 88-154 dtex size is further woven.

The thinner the elastic yarn, the higher the density of the knitted fabric. If it is 154 dtex or more, the state of unnecessary edge treatment can be realized while cutting, but the elongation is reduced, and there is a problem in use in medical care in close contact with the body. On the other hand, elastic yarns thicker than 154 dtex can be used for medical areas that do not require elongation. In addition, even when elastic yarns of 231 dtex or more and 396 dtex are relatively soft, a state in which the edge portion remains uncut even when being cut can be realized. Although the elongation is small, it can be used for areas that do not require elongation.

In addition, the following method may be further applied to forming an area where the stretching power is partially changed in the raw material fabric which can form the edge of the edge treatment unnecessary while being cut.

(e) forming a plurality of regions having different thicknesses of the inelastic yarns to weave,

(f) a method of forming a plurality of regions having different elastic power by changing a thickness of the inelastic yarn to be incorporated, and varying at least one selected from the thickness of the interwoven elastic yarn and the number of the interwoven elastic yarns;

(g) When forming the plurality of regions having different stretching powers by changing the thickness of the inelastic yarn to be incorporated, (g1) a portion for increasing the density of the coarse inelastic yarn to be partially fabricated is formed in each of the above regions, or (g2) A method in which each of the regions is made into a strong or weak region as a whole by forming portions which increase the density of the non-elastic yarn to be partially incorporated.

In order to make the method of (g) easier to understand, specifically, for example, the density of the partially inelastic yarn when forming an area with strong stretch power by making the thickness of the inelastic yarn to be incorporated thick, for example. When forming the area where the elastic power is strong by adjusting the elastic power slightly in a weak direction by forming a portion where the height is increased, and the portion forms a strong elastic power area as a whole, and thins the thickness of the inelastic yarn to be woven. For example, by forming a portion of which the density of the coarse inelastic yarn is partially increased, the stretch power is slightly adjusted in a high direction, and the portion is a method of forming a region having a weak stretch power as a whole. However, to the extent due to the elastic yarn, it is difficult to have a difference in stretching power.

On the other hand, irrespective of the formation of the area of stretch power strength and weakness, or in conjunction with the formation of the area of extension power strength and strength, the use of bright yarn and dulsa as inelastic yarn, and the part of weaving the bright yarn and the dulsa are discerned. It is also preferable to form by squeeze, and to form the visually-like shape of linear form or strip | belt-shaped by the difference of the glossiness of a bright yarn and a dull yarn in a desired place. Since the bright yarn has gloss and the dull yarn kills the gloss, the areas in which the bright yarn is woven and the woven yarn in the Dulsa are visually distinguished by the difference in glossiness to form a linear or band-like visually viable shape. In the design, the aesthetic sense of medical care can be improved, which is preferable.

The following method is illustrated as a method in the case of using a bright yarn and a dulsa as an inelastic yarn in connection with the formation of the stretch power strength and weakness area.

A method of forming a plurality of regions having different elastic power by changing the thicknesses of the bright inelastic sand and the dulce yarn used, for example, using a bright sand that is used as an inelastic sand used in a region having a weak elastic power, By using a combination of coarse dull yarn as the inelastic yarn to be used, or vice versa, by using a dulsa yarn as the inelastic yarn to be used in a region having a weak stretch power, and using a coarse bright yarn as the inelastic yarn to be used in a region having a strong stretch power. The upper part of the stretch power can be linked to the visible shape part. In this way, by associating the upper portion of the stretch power with the visually visible shape portion, it is preferable to improve the aesthetics of the medical design and to visually recognize the functional area of the stretch power strength and weakness in the design.

In addition, instead of using the above method, by using the non-elastic yarn, which is woven together in each region of a plurality of regions having different stretching powers in which at least one of the thickness of the elastic yarn and the number of weaving are different, respectively, by separately using bright yarn and dulsa, It is also preferable to make the upper portion of the stretch power into a visually visible shape portion.

In other words, the area of the elastic power strength and weakness is formed by changing the thickness of the elastic yarn and / or the number of weaving of the elastic yarn, but the elastic power is applied so that each region can be visually recognized as a linear or band shape. The inelastic yarn used for the strong area may be made less, and the inelastic yarn used for the area with weak stretching power may be made of bright yarn, or vice versa.

Further, instead of the above method, the inelastic yarns, which are incorporated into each of a plurality of regions having different stretching powers in which at least one of both the thickness and the number of weaving of the nonelastic yarn and the elastic yarn are different, are respectively the bright yarn and the dulsa yarn. It is also preferable to make the upper part of stretch power into the shape part which can be observed by using fractionation use.

In other words, in the same case as described above, there are various combinations. For example, a region having strong stretching power is formed of a thick elastic yarn and a thick dulsa yarn (non-elastic yarn), and a region having a weak stretching power is a thin elastic yarn. Each area | region can be visually recognized as a linear form or a strip | belt-shaped shape, such as formed by the bright yarn (non-elastic yarn). In addition, if it is a combination of the above-mentioned range, it is not limited to the combination specifically illustrated at all.

The medical treatment of the present invention simultaneously has an area in which one edge has unneeded edge treatment in the state of cutting as described above, and in which the stretch power changes in a direction substantially perpendicular to the knitting direction, in one knitted fabric. A piece composed of a stretchable warp knit having a straight line with a switching line of is used as a piece of at least a part of the raw material fabric constituting medical care. And this part is the part which the direction of the switching line of the elastic power, and the direction of the line which comprises at least one edge of the edge of the upper end of a medical | medical line among the edge lines in the state which cut | disconnected the edge processing unnecessary are non-parallel to each other. Depending on the type and design of the medical care, it is appropriately used as at least part of the parts constituting the medical care. Edge treatment The direction of the line constituting at least one of the edges of the upper or lower edge of the medical treatment, and the direction of the switching line of the stretching power in the region where the stretching power changes, are non-parallel to each other. The fragment can be formed by appropriately cutting at least one edge of the medical upper or lower edge according to the intended design. On the other hand, it is not necessary to necessarily make up all the parts which comprise a medical care with such a raw material cloth, and depending on the part of a medical care, the direction of the at least one edge line of a medical upper end or a lower edge, and the switching line of the expansion power Even if there are portions where parallel directions are used, there is no problem. Moreover, depending on the part of a medical | medical treatment, at least one edge of the top or bottom edge of a medical | medical_care may be the edge process unnecessary edge formed by the conventional thread drawing. Moreover, you may use the raw material cloth (Hereinafter, this raw material cloth may be abbreviated as "material raw material different from this invention.") Which requires edge treatment to a part of medical.

Thus, in the medical treatment of the present invention, the direction of the switching line of the stretching power of the region in which the stretching power is formed according to the thickness of the elastic yarn and / or inelastic yarn and / or the number of weaving yarns, and the direction of the edge line which is not required for edge treatment. Without necessarily in parallel, the area which can be designed substantially freely in a suitable direction according to the needs of each line, arrange | positions the area | region which a stretch power changes at an angle suitable for performing a target body shape correction, and it is a hem line It is also possible to provide a medical treatment having at least a portion of an edge treatment unnecessary edge designed in a line in the free direction without being constrained by the direction of the region in which the stretching power changes. In addition, in the present invention, the direction of the region where the expansion power changes is the same as the direction of the switching line of the expansion power. Here, it is more preferable that the edge of the edge line which is not required for edge treatment is an edge cut at an angle within a range not exceeding 45 degrees with respect to the knitting direction, because the unwinding of the edge while being cut is hard to be noticeable.

On the other hand, from another point of view, more importantly, medical treatment comprising edges which are not required for edge treatment in a state in which the part having the cut portion made of a stretchable warp knitted fabric having a switching portion of elastic power and the elastic power switching line has a linear shape At least one edge of the top or bottom edge is preferably 20 to 80 degrees, more preferably 30 to 60 degrees, still more preferably 40 to 50 degrees, most preferably 45 to the knitting direction of the knitted fabric. It is set as the edge cut | disconnected at the angle of back and front (specifically 43-47 degree | times). On the other hand, in this angle, when the power switching portion by the elastic yarn reaches the edge portion, the cutting edge (in the case of wave, etc. is assumed to be a straight line) and the linear power switching line by the elastic yarn It is also equivalent to the angle. Such a preferred embodiment of the present invention improves the fit to the body of the edge which is not required for edge treatment in a state of being cut, and prevents the edge portion from curling outside the wearer's body. In other words, in a medical treatment having an edge that is not trimmed and having an unnecessary edge treatment in a state of being cut, for example, a waist or a hem, the edge portion may be dried outside the wearer's body. In order to prevent such curling from occurring, it is preferable to cut the cutting line of the portion which becomes the edge treatment unnecessary edge so as to have the aforementioned angle with respect to the knitting direction of the knitted fabric. The knitting direction of the knitted fabric corresponds to the feeding direction of the yarn in the case of knitting the knitted fabric. In the above description, when the line in the knitting direction is assumed to be 20 to 80 degrees with respect to the knitting direction, it is an angle of 20 to 80 degrees on either of the left and right sides, in other words, the angle at which the vertex side of the angle faces toward the traveling direction side of the knitting direction. It is an angle of ± 20 to 80 degrees with respect to the traveling direction line in the knitting direction. It is not the angle | corner which the vertex side of an angle faces to the knitting direction (production direction of a knitted fabric) and the reverse side.

On the other hand, when using the edge which is not necessary for the finishing process to be cut | disconnected in the site | part which has little need to prevent drying out of a body, it is also preferable to use the fragment which has the trimmed edge in the range which does not exceed 45 degree | times. Moreover, it is preferable to use the part which cut | disconnected the cutting edge not in linear form but a wave shape etc., since it can prevent the edge part from curling outside.

When cutting the piece of clothing, when the edge treatment is not necessary while cutting a plurality of edges, either point cannot be cut at 20 to 80 degrees in the knitting direction, and less than 20 degrees in the knitting direction. There is a point that cannot be cut at an angle. When such an edge portion is cut with a waveform, the cutting angle of the edge portion of the curved portion can be 20 to 80 degrees, and the effect of substantially cutting the entire edge portion to 20 to 80 degrees can be obtained. For example, the edges of both sides may not be cut at 20 to 80 degrees, for example, when the waste line and the hem of the short girdle are trimmed, and the edges are not trimmed. It is preferable to set it as.

Edge treatment in the state of being cut off, and having elastic edges unnecessarily and in which the stretch power varies in a direction substantially perpendicular to the knitting direction in one knitted fabric at the same time, the stretch line of which the switching line of the stretch power is linear In order to explain the example in which the direction of the switching line of stretch power and the direction of the edge line which are not processed by an edge are actually a non-parallel direction which consists of a knitted piece which consists of knitted fabrics, it is the same as that of FIGS. 34 and 35 of the model figure used. A description will be given with reference to FIGS. 12 to 16. 12 to 16 each show one model sample, in which one region of the knitted fabric used in the present invention forms a region in which the stretching power varies, and is cut in the same knitted fabric at the same time. Edge treatment The typical top view of the piece which comprises a part of medical care which cut | disconnected what formed unnecessary edge in the suitable shape was shown. On the other hand, the shape of this part is only the shape adopted for description, and is not a rigid shape applied to any specific medical part. However, for example, a part of the shape close to the part of the right side for covering the side surface from the front pelvis of some kind of short girdle and covering the rear hip part is employed as the explanatory model. The left side of the figure is the rear center side.

The knitted fabric 80 shown in Fig. 12 is an edge formed by cutting of the upper and lower edges of 81 and 82, and is an edge which is not trimmed in a state of being cut, and 83 is an area where the stretching power changes (for example, a thicker edge). Elastic yarns are woven into each other, and the elastic power is reinforced), and the direction 85 of the switching line of the elastic power in the region 83 in which the elastic power is changed, the direction 84 of the edges unnecessary edge processing 81, and Edge processing is non-parallel with the direction 86 of the unnecessary edge 82. On the other hand, the knitting direction is the direction indicated by the arrow 85 (hereinafter, this may be abbreviated in the same direction as the direction 85 of the switching line of the stretching power). In addition, in this invention, it is not limited to what was shown in figure, Either of the direction 84 of the edge 81 which is not necessary for edge processing, and the direction 86 of the edge 82 which is not needed for edge processing is switched of stretch power. It may be non-parallel with the direction 85 of a line.

In addition, in this invention, "it has the area | region which a stretch power changes in the direction orthogonally perpendicular to a knitting direction" is demonstrated, for example, referring FIG. For ease of explanation, the description will be made on the assumption that the area in which the expansion power is enhanced is 13, and the other area is the area in which the expansion power is weak. Although the longitudinal direction of the region 13 in which the stretched power is enhanced is parallel to the knitting direction 85, the stretched power does not change even if the knitted fabric is traced in the direction parallel to the knitting direction 85. However, if the knitted fabric is traced in the direction perpendicular to the knitting direction 85 (tracking), it means that an area in which the stretching power changes in that direction appears. Therefore, it does not contradict the said meaning at all that the direction 85 of the switching line of the expansion power of the area | region 83 in which expansion power changes is parallel with a knitting direction.

Next, in FIG. 13, similarly to FIG. 12, an area in which stretch power is changed is formed in one piece of knitted fabric, and at the same time, an unnecessary edge of edge treatment is formed in the same knitted fabric in a cut state. The schematic plan view of the piece which comprises a part of medical care cut | disconnected to the suitable shape was shown. The knitted fabric 80 shown in FIG. 13 is an edge formed by cutting of the upper and lower edges of 81 and 82, and is an unnecessary edge treatment without cutting. The same parts as in FIG. Explanation is omitted. The lower edge 81 has a wavy shape.

And also in this case, it is substantially non-parallel with the direction 85 of the switching line of the expansion power of the area | region 83 where the expansion power changes, and the direction 84 of the edge 81 of an edge shape unnecessary edge processing. The edge 81 is a wave shaped curve, but it can be said that the direction of the edge 81 as a whole corresponding to the traveling direction of the wave is the direction of the arrow 84. Light is pulsating, but it is the same treatment as drawing a straight line as a whole. The arrow 84 is a center line for vertically dividing the wave of 81 waveforms, which is not necessary for edge treatment, in the direction as a whole. However, as shown in FIG. 35, the arrow 84 can indicate the direction as a whole even as a tangent line connecting the peaks of the wave. . In other words, even in the form of a waveform such as the edge 81 which is not necessary for edge processing in a state of being cut, the direction 84 of the whole and the direction of the switching line of the stretching power of the stretching power in the region 83 in which the stretching power changes ( 85) is an example in which it is substantially non-parallel. On the other hand, the knitting direction, that is, the supply direction of the yarn, is the direction indicated by the arrow 85. Moreover, in this example, the direction 86 of the direction 86 of the upper edge 82 which is not trimmed and the direction 85 of the extension line of the extension power of the area | region 83 where the extension power changes also is non-parallel in the state which was cut off. It is. In addition, although the thing of the figure which showed the example of the wave shape of the shape of each wave of the edge of a wave form is equal, the wave shape may be a shape in which the wave is equal, or the shape of the wave is uneven.

Next, in FIG. 14, similarly to FIG. 12, in one knitted fabric, an area where the stretching power changes is formed, and at the same time, an unnecessary edge treatment is formed in the same knitted fabric while being cut. The schematic plan view of the piece which comprises a part of medical care cut | disconnected to the suitable shape was shown. The knitted fabric 80 shown in FIG. 14 is an edge formed by cutting of the upper and lower edges of 81 and 82, and is an unnecessary edge treatment without cutting, and the same reference numerals are given to the same parts as in FIGS. The redundant description is omitted. 81 edge | side of the lower side becomes substantially circular arc shape.

Also in this case, the direction 85 of the switching line of the stretching power of the region 83 in which the stretching power changes is substantially non-parallel with the direction 84 of the edge 81 of the substantially arcuate shape which is not required for edge treatment. The edge that can be regarded as a substantially circular arc like the edge 81 is curved, but the direction of the edge 81 as a whole is the direction of the arrow 84 which is the direction of the tangent of the point A corresponding to its approximately midpoint. I can speak. In other words, even in the form of a circular arc like the edge 81 which is not necessary for edge treatment in a state of being cut, the direction 84 as a whole and the direction of the switching line of the stretching power in the region 83 in which the stretching power changes. (85) is an example to be substantially non-parallel. On the other hand, the knitting direction, that is, the direction in which the yarn is supplied, is the same as 85, and is the direction indicated by the arrow. Moreover, in this example, the direction 86 of the direction 86 of the upper edge 82 which is not trimmed and the direction 85 of the extension line of the extension power of the area | region 83 where the extension power changes also is non-parallel in the state which was cut off. It is. On the other hand, even if the direction of a circular arc is a convex circular arc shape in the upward and downward reverse direction.

Next, in FIG. 15, as in FIG. 12, an uneven edge is formed in a knitted fabric in which a stretch power is changed, and at the same time, in the same knitted fabric in a cut state while being cut. The schematic plan view of the piece which comprises a part of medical care cut | disconnected to the suitable shape was shown. The knitted fabric 80 shown in FIG. 15 is an edge formed by cutting of the upper and lower edges of 81 and 82, and is an unnecessary edge treatment without cutting. The same reference numerals are given to the same parts as in FIGS. The redundant description is omitted. The lower edge 81 is an example in which the two convex curvatures of the upper side are roughly combined shapes of substantially circular arc-shaped curves different from each other.

Also in this case, the direction 85 of the switching line of the stretching power of the region 83 in which the stretching power changes is substantially non-parallel with the directions 84a and 84b of the edge 81 of the substantially arcuate shape which is not required for edge treatment. . In the case where the direction of the edge 81 cannot be unified in one direction in which the direction of the edge 81 is clearly arranged as a whole, such as the edge 81, the direction of the substantially circular arc-shaped edge 81 which is not necessary for edge treatment is as shown in this example. For example, the direction of the edge which can be regarded as the substantially circular arc shape of the ABC line in the left side of the point C of drawing, divided into the some by the boundary point C from which a direction differs, and the point B which corresponds to the substantially midpoint. The direction of the edge of the CDE line which is the direction of the arrow 84a which is the direction of the tangent line, and can be regarded as a substantially circular arc shape with a small curvature at the right side of the point C in the drawing corresponds to the point of the substantially midpoint. It can be said that it is the direction of the arrow 84b which is the direction of tangent of (D). In other words, the direction 84a, 84b of the edge 81 which is not trimmed in the state of being cut is substantially different from the direction 85 of the switching line of the stretching power of the region 83 in which the stretching power changes. This is an example in which phases are antiparallel. On the other hand, either one may be parallel. The knitting direction, that is, the direction in which the yarn is supplied, is the direction indicated by the arrow 85. On the other hand, in this example, the direction 86 of the direction 86 of the upper edge 82 which is not trimmed and the direction 85 of the extension line of the expansion power of the region 83 in which the expansion power changes, is also non-parallel in the state of being cut. It is.

As mentioned above, although the example of the direction which the switching line of the expansion / contraction power of the area | region which changes the expansion / contraction power in this invention, and the edge line which do not need an edge process was actually facing a non-parallel direction was demonstrated, the upper and lower edges were demonstrated. If one of the edge line directions of (81, 82) is non-parallel with the direction 85 of the boundary line of the area | region which a stretch power changes, the other may be parallel as needed in medical design design. . Moreover, in the edge part of a continuous hem, a waist, etc., the part in which the direction of an edge line is parallel with the linear stretch power switching line by elastic yarn may exist partially.

Next, in FIG. 16, as in FIG. 12, an area in which stretch power is changed is formed in one piece of knitted fabric, and at the same time, an unnecessary edge of edge treatment is formed in the same knitted fabric in a cut state. Another schematic top view of the piece which comprises a part of medical care cut in an appropriate shape is shown. The knitted fabric 80 shown in FIG. 16 is an edge formed by cutting the upper and lower edges of 81 and 82, and is an unnecessary edge treatment without cutting, and the same reference numerals are given to the same parts as in FIGS. The redundant description is omitted. In particular, Fig. 16 shows a straight line switching power line in a region in which stretch power is changed to an edge portion where edge treatment is not required while being cut, and this edge treatment unnecessary edge is formed by a portion having a strong stretch power. It is a schematic plan view for demonstrating the example where the weak part becomes the mixed edge.

In Fig. 16, with the switching line of the linear stretching power of the area 83 (expanding 88 being a strong stretching power, and 87 both sides being a weak stretching power) in which the stretching power changes, the cutting line is cut out. The upper edge portion 82 which is not required for edge treatment is reached in the state of, and this edge treatment unnecessary edge 82 is an example in which the edge 88 where the elastic power is strong and the weak portion 87 are mixed.

In addition, this edge processing unnecessary edge 82 is an example of an edge cut at an angle of 20 to 80 degrees (α = 45 degrees in this example) with respect to the knitting direction (the direction indicated by the arrow 85) of the knitted fabric. . By setting it as such a preferable aspect of this invention, the fitting property with respect to the body of the edge process unnecessary edge 82 is improved in the state which was cut, and this edge 82 part can be prevented from curling outside the wearer's body. . In addition, the degree of freedom in medical design increases.

In addition, although not shown in figure, the part with strong stretch power and the weak part may be arrange | positioned by stripe shape alternately at a suitable width | variety, a suitable space | interval, an equal space | interval, or another space | interval. You may arrange | position the site | parts from which three or more extension | stretching powers differ, such as a part with strong elasticity, a weak part, and an intermediate elasticity power, at equal intervals or another space | interval in moderate width | variety, moderate interval, and proper sequence.

In the above, in FIGS. 12 to 16, for the sake of simplicity, an example of switching the stretching power by fractional use of elastic yarn has been described. However, as described above, the thickness of the inelastic yarn to be woven and the number of weaving ( In the case where two or more are simultaneously aligned, the yarn is supplied), and in the case where a plurality of regions having different stretching powers are formed, a region in which the stretching power has changed due to the fractional use of inelastic yarn is formed, or The same applies to the case where the elastic power and the inelastic yarn are used at the same time to form a region in which the elastic power is changed.

On the other hand, the present invention is a "medical treatment having a body shape correction function," but the body shape correction function includes, for example, not only a push function such as suppressing hip up and thighs, but also a body solid such as a rounded bump of the hips. The point which contacts the protruding part extends according to the rounded bump of a body, and also follows the function which does not follow the bump and does not impair necessary bump. The part which needs to be suppressed is suppressed, and the part which needs bulge is followed without damaging a ridge, and correct | amends more neatly while utilizing the original three-dimensional shape of a body. For example, the medical care is a short pant or girdle, and the region where the stretch power of the piece made of the stretchable warp knitted fabric is a preferred form of the present invention covering the rounded ridges of the hips, without damaging the rounded bumps of the hips. It is preferable to provide a medical having a body shape correction function that can fit the three-dimensional shape of the hip while maintaining the roundness of the beautiful hip, and further exert the above-described effect.

On the other hand, in the medical treatment of the present invention, the edge of the medical treatment (the hem or waist in the case of the bottom medical treatment, the upper edge or the lower edge of the bra back cloth) becomes unnecessary edge treatment in a state of being cut. Although it is preferable to exist, the edge part may be strengthened by processing the edge part or sewing the point where tension is easily applied to a length of 10% or less of the total length of each edge part. For example, the suture point with the opening and closing connection part of the left and right back cloth having hook and eye etc. which were formed in the vicinity of the sealing point of the cup of a bra and the back cloth, or the tip of the left and right back cloth, etc. In the neighborhood, the short point or the stitching point with the crotch of the short bottom medical such as the short girdle is easy to take tension at the time of wearing, so about 5-20mm in length is sewed and does not leave the edge part cut It does not interfere with it.

EMBODIMENT OF THE INVENTION Next, although the specific example of the medical care of this invention is quoted, referring drawings, this invention is not limited only to these illustrations.

On the other hand, in the following description, in one piece of knitted fabric, the area where the extension power of the stretched power is changed in the linear stretched power is formed, and at the same time, the cutting is cut in the same knitted fabric of the same piece. The fragment in which the edge has become an edge without unnecessary edge treatment may be described simply as a "hemmingless fragment". In addition, since the above-mentioned hemingless fragment used in the following embodiment is made from the knitted fabric described with reference to FIG. 31 mentioned above, description of the knitted structure of this knitted fabric is abbreviate | omitted. However, as long as the warp knitted fabric which can achieve the objective of this invention, such as the warp knitted fabric demonstrated with reference to FIG. 32 or FIG. 33 mentioned above, of course, the warp knitted fabric of another knitting structure may be sufficient.

Embodiment Example 1

1 is a rear view of a short type girdle of an embodiment of a medical treatment having an edge trimming unnecessary edge and having a body shape correction function in a cut state of the present invention, and FIG. 2 is a front view. On the other hand, in FIG. 2, the hem portion of the back side of FIG. 1 is actually visible, but since it is complicated to show, it becomes difficult to understand, so fold these girdles so as to be flat on the front side and the back side in the side line, and only the outside is shown. Doing.

1 and 2, 1 is an anterior pelvis-side-hip portion covering portion that covers the anterior pelvis-side-back portion, and 6 is an abdominal portion that covers the abdomen. The left and right anterior pelvic-side-hippotomy sections (1) are sutured together at the posterior suture line (4), and the anterior lateral margin of the anterior pelvis-lateral-hippoportal patch (1) is the abdominal appendix. The side edges of (6) and the suture line 5 are sealed to each other. 8 is the front center hem piece.

A hemmingless piece is used for the anterior pelvis-side-hip portion covering piece 1, and the abdominal covering piece 6 is substantially the same as the hemmingless piece, but as described later, the upper side of the abdominal covering piece 6 The edge 7 is not the edge of the state which was cut | disconnected, but forms the edge by turning over the raw material cloth. In these parts, the dark and dark portions in the drawings include dark and dark straight portions, and have strong stretch power, and the non-colored white portions include white straight portions. Indicates a weak area.

The knitting direction of the warp knitted fabric constituting the front pelvis-side-hip portion filling piece 1 is the direction indicated by the arrows of the arrows 85a and 85b. The knitting direction of the warp knitted fabric which comprises these abdominal-filling pieces 6 is also parallel to the longitudinal direction of the area | region where the stretching power is strong drawn in a straight line among the areas where the stretching power is strong. In other words, the stretching power is parallel to the direction of the switching line of the stretching power in the area where the stretching power changes.

As for the front pelvis-side-hip portion covering piece 1, the whole piece is a 1 × 1 piece structure in which nylon yarn and 44 dtex polyurethane yarn are bundled with nylon yarn and polyurethane yarn as described in FIG. Inelastic yarns are all knitted with a closed nose. As the nylon yarn, two types of 44 dtex dulsa and 33 dtex bright yarn were used.

44dtex nylon duct yarn is used for the dark and dark portions (including dark and dark straight portions) in the 9, 10 and 11 regions of the drawing. The yarn is made of 1 × 1 knitted fabric, and the white part is made of 33dtex nylon bright yarn, and is made of the above-described 44dtex polyurethane yarn and 1 × 1 knitted fabric.

In addition to 44 dtex polyurethane yarn in the above-mentioned point (the area of 9 area) including the waist in addition to 44 dtex polyurethane yarn, 77 dtex polyurethane yarn is woven in (the total thickness of polyurethane yarn of this part 44+ 77 = 121 dtex). At the point of use of the bright yarn of 33dtex mentioned above, one polyurethane of 44dtex is woven further, and two polyurethanes of 44dtex in total are woven (44 + 44 = 88dtex of total thickness of this polyurethane company) . The area | region of 9 has formed the area | region with strong stretching power as a whole.

Polyurethane yarn of 44dtex is totally incorporated in the point of the use of nylon dl yarn of 44dtex of the part (ten areas) to cover the round bump of the bottom, and 44dtex of polyurethane is used at the point of the use of nylon bright yarn of 33dtex One saga is used in total. The area | region of 10 forms the area | region which is weak in stretch power as a whole.

The part of the hem (the area of 11) is similar to the upper part around the waist, and in addition to the polyurethane yarn of 44dtex in addition to the polyurethane yarn of 44dtex, the polyurethane yarn of 77dtex is woven in addition (the total thickness of polyurethane yarn) 44 + 77 = 121 dtex) and 2 points of polyurethane yarns of 44 dtex are woven in total at the point of use of the nylon bright yarn of 33 dtex (44 + 44 = 88 dtex of total thickness of polyurethane yarn). The area | region of 11 has formed the area | region with strong stretch power as a whole.

On the other hand, these polyurethane yarns are all looped (not inserted). When two pieces are put together in total, they are piled up and put together in the same wale. The same holds true for this embodiment as well.

The darker part of the area of 10 has a smaller area than the white part of the color, and thus the stretching power of this part is a region of weak stretching power as a whole.

In addition, as mentioned above, the yarn which killed the dull glossiness is used for the dark and dark part of a figure, and the more glossier yarn called bright yarn is used for the white color part, The white-colored part becomes the visible stripe shape, and the linear or the band-like visual shape of the elastic power intensity and weakness appears, and the design improves the aesthetics of the medical and visually recognizes the functional area of the elastic power intensity. It is preferable to be able.

And the edge which is not trimmed in the state which was cut | disconnected in the front pelvis-side-hip part applicator 1 is the edge of the hem line of 2, and the edge of the waist line of 3. The hem line 2 is a wave form, and the direction of the hem line 2 is the same direction as the straight line connecting each vertex of this wave form, ie, the direction shown by the arrow 12, and the stretch power of the area | region which a stretch power changes. The angle is 5 degrees from the direction of the switching line, and is slightly non-parallel. The direction of the waste line 3 also forms an angle of 30 degrees with the direction of the switching line of the stretching power in the region where the stretching power changes, and is non-parallel.

In this example, the rounded ridges of the hips are about 14 cm in width (hereinafter, the width of these areas is based on the values in 64 sizes, i.e., M size). Area 11 has strong stretch power so that the stretch power is weak, and the stretch power is strongly obliquely oriented from the side to the rear center so as to follow the downward portion from the side of the rounded ridge of the hip, and to exhibit the hip-up function. The direction of the switching line of the stretching power in the region where the stretching power changes at a preferred angle is determined. The direction of the hem line 2 and the direction of the waste line 3 are not limited to the direction of the switching line of the stretching power in the region in which the stretching power changes, and are designed in the preferred direction for the girdle. In addition, since the waist portion of the piece also forms a wider stretch area with a stronger width than the rubber tape without using a rubber tape or the like, it is comfortable to wear in terms of wide width without strongly tightening the waist in a linear shape like a rubber tape. The elasticity of the waist part is strengthened without lowering. Therefore, the upper edge of the waist is not thickened, the surrounding area of the waist can be kept neat and the elasticity of the waist is further strengthened, thereby giving the function of fitting the body around the waist and sealing the rubber tape around the waist. Therefore, there is no increase in thickness due to the rubber tape, the silhouette around the waist at the time of wearing can be made a neat silhouette, and the fastening marks of the rubber tape do not remain on the skin. The same applies to the hem periphery.

On the other hand, in FIG. 3, the explanatory drawing of the part only of the abdominal covering piece 6 was shown for demonstrating the area | region in which the stretch power of the abdominal covering piece 6 changes. The abdominal covering piece 6 is also made of the same knitted fabric, but the upper edge 7 is folded upside down in this example as described above, and the edge 7 is formed. If necessary, the upper edge 7 of the abdominal covering piece 6 may be cut into an unnecessary edge edge. The entire abdominal covering piece 6 is a 1 × 1 knitted structure in which nylon nylon of 44 dtex and polyurethane polyurethane of 44 dtex are combined with nylon yarn and polyurethane yarn as described in FIG. 32. The elastic yarn is opened by the nose and the inelastic yarn closed by the nose. 121 dtex of polyurethane yarn is additionally piled up and formed in the dark and dark part of 13 area | region and 15 area | region in the figure, forming the area | strength with strong stretching power, and the color of drawing among 14 area | regions In this dark and dark part, 88 dtex polyurethane yarn is additionally piled up and incorporated. The darker and darker portions of the 14 areas have smaller areas than the whiter ones, and thus the expansion and contraction power of this portion is a region with a smaller expansion power. Since the abdominal covering piece 6 also has a stretch power of the waist portion and forms a region having a stronger stretch power than the rubber tape by using a rubber tape or the like, the waist is strongly shaped like a rubber tape. Without tightening, the elasticity of the waist portion is strengthened without deteriorating the fit in terms of the width. Therefore, the upper edge of the waist is not thickened, the surrounding area of the waist can be kept clean, and the rubber tape is not sealed around the waist, so that the fastening marks of the rubber tape do not remain on the skin. In addition, the lower abdomen is designed to increase elastic strength gradually as the lower abdomen is moved downward, and to suppress the swelling of the lower abdomen with a soft tightening feeling without lowering the feeling of wearing, and the abdomen shape is neat. The correction function to adjust is exhibited. Moreover, the front center side hem piece 8 is a knitted fabric in which the edge part unnecessary edge 16 obtained by the method of the conventional thread drawing is formed as a conventional elastic mesh-like power net in this example. Was used. However, you may use the piece which has an edge which is not edge-processed in the state which was cut | disconnected. In addition, illustration of the crotch part is abbreviate | omitted. The raw material of the crotch part can use various things conventionally used for the crotch part of a short girdle.

As described above, the direction of the hem line 2 and the direction of the waste line 3 of the front pelvis-side surface-hip portion applicator 1 inevitably correspond to the direction of the switching line of the stretch power in the region where the stretch power changes. The medical design can be designed in the desired desired direction without being constrained by the direction of the switching line of the stretching power in the region where the stretching power changes without being forced to be parallel. In other words, the direction of the hem line 2, the direction of the waste line 3, and the direction of the switching line of the stretching power in the region in which the stretching power changes can be designed without restraining each other in a direction desirable for the girdle. More preferable medical care can be done.

On the other hand, although Fig. 4 is a plan view of a portion only of the abdominal appendices 6 of another form, the abdominal appendices 6 shown in Fig. 4 sutures the left and right abdominal applicator subpieces 6a and 6b at the front center. Suture at line 17. Although the abdominal covering piece 6 of FIG. 4 is also made of the fabric of the same knitted fabric as the abdominal covering piece 6 demonstrated in FIG. 3, the upper edge 7 is made into the trimmed state, and it is set as the unnecessary edge processing. have. Then, the direction of the switching line of the stretching power in the region where the stretching power of the abdominal covering portion changes, and the direction of the upper edge 7 line, which is not necessary for edge treatment, in the state of being cut, are nonparallel. In the girdle, instead of the abdominal covering portion described in FIG. 3, the abdominal covering portion described in FIG. 4 may be used.

Embodiment example 2

Fig. 5 is a rear view of the long type girdle of one embodiment of the medical treatment having an edge trimming unnecessary edge and having a body shape correcting function in a cut state of the present invention, and Fig. 6 is a front view.

In Figs. 5 and 6, 31 is the front pelvis-lateral-hip-leg portion applicator covering the front pelvis-side-back-leg-leg, 36 is the abdominal cord portion covering the abdomen. The left and right front pelvis-side-hip-leg provisional segments 31 are sewn together in a posterior suture line 34 and in front of the front pelvis-side-hip-leg provisional segment 31. The lateral edges are sutured to each other at the lateral edge of the abdominal appendage segment 36 and the suture line 35. Moreover, the leg part is sealed by the inner edge 38 so that a leg shape may be carried out.

A hemmingless piece is used for the anterior pelvic-side-hip portion covering part 31, and the abdominal covering piece 36 is about the same as the Hemingless piece, but as will be described later, the upper edge of the abdominal covering part 36 Reference numeral 37 is not an edge in a state of being cut off, and the fabric is turned upside down to form an edge. In these parts, the dark and dark portions in the drawings include dark and dark straight portions, and have strong stretch power, and the non-colored white portions include white straight portions. The weak region is the same as that of FIGS.

The knitting direction of the warp knitted fabric constituting the front pelvis-side-hip portion-leg portion filling portion 31 is the direction indicated by the arrows of the arrows 85a and 85b. The knitting direction of the warp knitted fabric which comprises these abdominal covering parts 36 and including these parts is parallel to the longitudinal direction of the area | region where the elastic power is strong drawn in a straight line among the areas where the elastic power is strong. In other words, the stretching power is parallel to the direction of the switching line of the stretching power in the area where the stretching power changes.

As for the front pelvis-side-hip-leg portion covering portion 31, the whole portion is a 1 × 1 piece structure in which nylon yarn and 44 dtex polyurethane yarn are accompanied with nylon yarn and polyurethane yarn as described in FIG. Both elastic and nonelastic yarns are knitted by a closing nose. As the nylon yarn, two types of 44 dtex dulsa and 33 dtex bright yarn were used.

In the 39, 40, and 41 areas of the drawing, 44 dtex nylon duct yarn is used for dark and dark portions (including dark and dark straight portions) in the drawing, and the above-mentioned polyurethane of 44 dtex is used. The yarn is made of 1 × 1 knitted fabric, and the white part is made of 33dtex nylon bright yarn, and is made of the above-described 44dtex polyurethane yarn and 1 × 1 knitted fabric.

In the upper part (the area of 39) including the waist, in addition to the polyurethane yarn of 44dtex in addition to the polyurethane yarn of 44dtex mentioned above, 77dtex polyurethane yarn is additionally enclosed (the thickness of the polyurethane yarn of this part 44 in total) + 77 = 121 dtex). At the point of use of the nylon bright yarn of 33dtex mentioned above, one polyurethane of 44dtex is woven in in addition, and two polyurethanes of 44dtex in total are woven (the total thickness of the polyurethane company of this part 44 + 44 = 88dtex ). 39 area | region has formed the area | region with strong expansion power as a whole.

Polyurethane yarn of 44dtex is woven in total in the part (the area of 40) to cover the round bump of the bottom, 44dtex of polyurethane dl yarn use, and the point of the use of nylon bright yarn of 33dtex is 44dtex of polyurethane One saga is used in total. The 40 area | region has formed the area | region with weak stretch power as a whole.

Thigh and hem part (area of 41) are similar to the upper part around waist, and in addition to 44dtex polyurethane yarn in place of 44dtex nylon duct yarn use, 77dtex polyurethane yarn is incorporated (polyurethane) The total thickness of the yarn is 44 + 77 = 121 dtex) and two polyurethane yarns of 44 dtex are incorporated in total at the point of using the nylon bright yarn of 33 dtex (the total thickness of the polyurethane yarn is 44 + 44 = 88 dtex). As for the area | region 41, the area | region which has a strong stretch power is formed as a whole.

The darker part of the area of 40 has a smaller area than the white part of the color. Therefore, the stretching power of this part becomes an area of weak stretching power as a whole.

In addition, as mentioned above, the yarn which killed the dull glossiness is used for the dark and dark part of a figure, and the more glossier yarn called bright yarn is used for the white color part, The white-colored part becomes the visible stripe form, and the linear or band-like visual shape of the elastic power intensity and weakness appears, and the design improves the aesthetics of the medical and visually recognizes the functional area of the elastic power intensity. It is preferable to be able.

And the edges of the front pelvis-side-hip-leg portion covering portion 31 being trimmed off are unnecessary edges of 32 hem lines and 33 waste lines. The hem line 32 is corrugated, and the direction of the hem line 32 is the same direction as the straight line connecting each vertex of the waveform, i.e., the direction indicated by the arrow 42, and the boundary line of the region where the stretch power changes. Although parallel to the direction of, the direction of the waste line 33 is non-parallel at an angle of 25 degrees with the direction of the switching line of the stretching power in the region where the stretching power changes.

The direction of the area where the elastic power changes is that in this example, the rounded ridges of the hips are about 12 cm in width, and the elastic powers are weak, and the elastic powers are strong so as to substantially follow the downward portion from the sides of the rounded ridges of the hips. The boundary of) is formed in the direction obliquely obliquely from the upper side to the rear center direction, and the direction of the switching line of the stretching power of the region in which the stretching power changes at an angle which is preferable for exerting a hip-up function. The direction of the waste line 33 is not limited to the direction of the switching line of the stretching power in the region where the stretching power changes, and is designed in a preferred direction for the girdle. On the other hand, the leg part is reinforced with elastic power and adjusts the shape of the thigh to fit the thigh from the entire surface, so that the rubber tape is not crushed on the skin, and the rubber tape is applied to the hem part. Since it does not exist, a step | step does not arise and the function which prevents the gear rise etc. of a hem part is exhibited, without reflecting the line to a garment and degrading an external appearance. In addition, since the waist portion of the piece 31 also forms a region having a stronger stretching power than the rubber tape without using rubber tape, the waist portion of the part 31 has a wider width than the rubber tape. The elasticity of the waist part is strengthened without reducing a feeling of wearing. Therefore, the waist upper part is not thickened, the surrounding area of the waist can be kept clean, and the tightening marks of the rubber tape do not remain on the skin.

In addition, in FIG. 7, the explanatory drawing of the part only of the abdominal covering piece 36 was shown for demonstrating the area | region which the expansion power of the abdominal covering piece 36 changes. As described above, the abdominal covering portion 36 is made of the same knitted fabric, and the abdominal covering portion 6 described in FIG. 3 is slightly different from the shape of the abdominal covering portion 6, but the shape of the abdominal covering portion described in FIG. It is substantially the same as the piece, and the upper edge 37 corresponds to the edge 7 of FIG. 3, and each of the regions 43 to 45 corresponds to the regions 13 to 15 shown in FIG. 3, respectively. Therefore, since it exhibits the function and effect which are substantially equivalent to the abdominal provision piece 6 demonstrated in FIG. 3, duplication description is abbreviate | omitted. In addition, illustration of the crotch part is abbreviate | omitted. The raw material of the crotch part can use various things conventionally used for the crotch part of a long girdle. In addition, instead of the abdominal covering piece 36, you may apply the abdominal covering piece of the form as demonstrated in FIG.

As described above, the waste line 33 is a region in which the stretch power changes, without the fact that the direction of the waste line 33 is inevitably parallel to the direction of the switching line of the stretch power in the region where the stretch power changes. It is possible to design in the desired desired direction without being constrained by the direction of the switching line of stretching power. In other words, the direction of the waste line 33 and the direction of the switching line of the stretching power in the region where the stretching power changes can be designed without restraining each other in a direction preferable to the girdle, so that wearability can be more preferable.

On the other hand, the left and right front pelvis-side-hip-leg portion-providing piece 31 are sewn together at the rear center suture line 34, but the piece 31 is the so-called three-dimensional cut piece at the back center. It is sutured together in line 34. Although this three-dimensional cutting is not shown, the cutting line of the back center side piece has the left-right symmetry left-right side piece which becomes a convex curve line toward the back center, respectively, for example as shown in FIGS. Sutures are made to each other to form a suture line 34 at the rear center. Therefore, the cutting line on the rear center side of the left and right pieces is different from the case where the linear pieces are sewn together, and in the seaming part of the three-dimensional cutting part, the direction of the area where the stretching power changes, in other words, the switching of the stretching power. Although the direction of a line is the same in the direction of the switching line of the extension power of the part in which the three-dimensional cutting of the hem part vicinity is not performed, and the fragment before pre-sealing, it is different after sewing. Usually, in the sealing part of a three-dimensional cutting part, the angle which inclines toward the back center from the side which is a direction of the switching line of stretch power becomes larger. In FIG. 5, since this is complicated, it is not shown in figure. On the other hand, in this invention, whether the direction of the edge line which is not edge-processed in the state which was cut | disconnected, and the direction of the switching line of the extension power of the extension power of the area | region which change an extension power are parallel or non-parallel is a development state before the seizure of this part. Determine in

As described above, in Examples 1 and 2, an example in which the stretch power is strong and the color dark and the power weak white are shown in detail in the drawing is shown in detail. The bottom of the hips is only the area of strong stretch power (only black area in the figure), the rounded ridges of the hips are only the area of weak strength (white area in the figure), and the waist is the stretch power. It is also possible to make only the strong region part (only black region in the figure).

Embodiment Example 3

Fig. 8 is a perspective view of the main part of the bra of the embodiment of the medical treatment having the edge treatment unnecessary edge in the cut state of the present invention and having a body shape correction function.

In Fig. 8, 51 is a stretchable back fabric, 56 is a connecting portion for connecting the left and right back fabrics, 54 is a breast cup, and 55 is a strap.

Hemingless pieces are used for the elastic back fabric 51. In this part, the dark and dark portions in the drawings include dark and dark straight portions, and have strong stretch power, and the non-colored white portions include white straight portions. The weak region is the same as in the case of FIGS.

The knitting direction of the warp knitted fabric constituting this part is the direction indicated by the arrow 85a, and is parallel to the direction of the switching line of the stretching power in the region where the stretching power changes. In other words, the color of the area 60 is dark and parallel to the direction of the straight line. On the other hand, although not shown, the knitting direction of the back fabric against the right side of the wearer is in the direction opposite to the arrow 85a.

As for the bag cloth 51 piece, the whole piece is a 1 × 1 piece structure in which the nylon yarn of 33 dtex and the polyurethane yarn of 44 dtex are combined with the nylon yarn and the polyurethane yarn as described in FIG. The yarn is knitted by the closing nose, and 121 dtex polyurethane yarn is additionally piled up in the 59 and 61 regions to form a strong stretch power region, and the dark and dark portions of the drawing are among the 60 regions. The 88-dtex polyurethane yarn is piled up and integrated in the inside. The darker and darker portions of the 60 areas have smaller areas than the whiter ones, and thus the expansion and contraction power of this portion is a region with a smaller expansion power. In the dark and dark parts of the drawing, the yarn that killed the nylon dulcene gloss is used, and in the white part, a more glossy thread called nylon bright yarn is used, and the dark and dark parts and colors of the drawing are used. The white part becomes the visible stripe form, and the linear or the band-like visual appearance of the elastic power weakness is shown, and a design improves the aesthetics of medical care and can visually recognize the functional area of the elastic power weakness. It is supposed to be.

In addition, the unnecessary edges of the back fabric 51 in the state of being cut off are portions of the lower edge 52 and the upper edge 53 of the back fabric. Both the lower edge 52 and the upper edge 53 are corrugated. The upper and lower edge processing unnecessary edges of the white cloth are not limited to waveforms, and may be straight or curved. The waveform may be an even waveform or an uneven waveform. This point also applies to the following embodiments. The direction of the edge line of the lower edge 52 of the bag cloth 51 is the same direction as the straight line connecting each vertex of this waveform, ie, the direction shown by the arrow 62, and switching the expansion / contraction power of the area | region in which expansion power changes. The angle of the line is 8 degrees with respect to the direction of the line (for example, the direction of the dark and dark straight lines shown in the region 60) and is nonparallel. The direction of the edge line of the upper edge 53 is the same direction as the straight line connecting each vertex of this waveform, ie, the direction shown by the arrow 63, and the direction of the switching line of the stretching power of the region 60 in which the stretching power changes. Is at an angle of 8 degrees and is non-parallel. In other words, the edges of the line fabric that are cut off at the top and bottom of the back fabric are non-parallel so that the distance between the lines forming the unnecessary edge and the boundary line in the region with the weak stretch power are gradually closer toward the rear center. .

On the other hand, the width | variety of the width | variety of the width | variety of 9 cm in width, 4 cm in width, and the weak power in the widest place was 3 cm.

The direction of the switching line of the stretching power in the region where the stretching power changes is in the substantially horizontal direction of the bag cloth 51 in this example. The back fabric 51 has the stretching power of the upper and lower portions, that is, the 59 and 61 regions. And in the area | region of 59 area | regions and 61 area | regions, the width | variety of the part near armpit is designed large, the lean of the armpit part is suppressed, and the neat armpit shape correction function is exhibited. In the back fabric of the conventional bra, rubber tape was attached along the upper and lower edges of the back fabric 51, but the rubber tape was not sealed to the upper and lower edges of the back fabric 51 of the bra of the embodiment. There is no increase in the thickness by the tape, and the silhouette around the thorax at the time of wearing can be made a neat silhouette, and the fastening of the rubber tape does not remain on the skin. In other words, since the area where the stretch power is strong forms a region where the stretch power is stronger than the rubber tape in a wider shape than the rubber tape, like the rubber tape, it is comfortable to wear in a wide aspect without being strongly tightened in a linear shape like the rubber tape. The elasticity of the upper and lower parts of the back cloth is strengthened without lowering. Therefore, the back cloth fits the body, and the shift occurring at the time of exercise is also minimized, and the clothes-like distraction is also prevented.

As described above, the direction of the lower edge 52 line of the back cloth and the direction of the upper edge 53 line are inevitably parallel to the direction of the switching line of the stretching power in the region where the stretching power changes. Without being constrained by the direction of the switching line of the stretching power in the area where the stretching power changes, the direction of the lower edge 52 line and the upper edge 53 line of the back cloth can be designed in the desired desired direction. Can be. In other words, the direction of the line of the lower edge 52 of the cloth and the direction of the line of the upper edge 53 and the change of the extension power of the stretched power in the region where the stretched power changes are designed without restraining each other in the preferred direction for the bra. It can be made into the medical care which wearability is more preferable.

On the other hand, in order to give strength to a back cloth, you may adhere and use two pieces of said pieces with resin etc. Even if it is a single piece of raw material of the above piece, it is possible to form a bag cloth, but in the present embodiment example, two pieces of resin were used by resin bonding. When resin bonding two pieces together, it is easy to adhere | attach when they adhere | attach so that the knitting direction of two pieces may be the same.

Embodiment 4

Fig. 9 is a perspective view of the main part of the bra of another embodiment of the medical treatment having the trimmed unnecessary edge and the body shape correcting function in the cut state of the present invention.

In Fig. 9, 51 is an elastic bag fabric, 56 is a connecting part for connecting the left and right bag fabrics, 54 is a breast cup, and 55 is a strap.

Hemingless pieces are used for the elastic back fabric 51. In this part, the dark and dark portions in the drawings include dark and dark straight portions, and have strong stretch power, and the non-colored white portions include white straight portions. The weak region is the same as in the case of FIGS. Although 44 dtex nylon yarn is used as a nylon yarn, the same code | symbol is attached | subjected to the same part as Embodiment 3, and the duplicate description is abbreviate | omitted.

Unnecessary edge treatment of the bag cloth 51 in the cut state is a portion of the bottom edge 52 and the top edge 53 of the bag cloth. Both the lower edge 52 and the upper edge 53 are corrugated, and the direction of the edge line of the lower edge 52 is the same direction as the straight line connecting each vertex of this waveform, that is, the direction indicated by the arrow 62. It is parallel to the direction of the switching line of the expansion power of the area | region in which expansion power changes (for example, the direction of a dark dark dark line shown in the area | region 60). The direction of the edge line of the upper edge 53 is the same direction as the straight line connecting each vertex of this waveform, that is, the direction shown by the arrow 63, and the extension line of the expansion power of the area | region 60 in which expansion power changes. It is at an angle of 15 degrees to the direction of, and is non-parallel. In other words, so that the distance between the edges of the edge processing unnecessary edge 53 line and the direction of the switching line of the stretch power in the region where the stretch power is weak in the state of being cut off on the upper side of the cloth is gradually toward the rear center. It is antiparallel to each other.

On the other hand, the width | variety of the width | variety of the width | variety of the width | variety of 3 cm and the weak power was 8 cm in the widest place, 8 cm and narrow place.

This bra also exhibits substantially the same functions and effects as the bra shown in the third embodiment, but slightly different from the bra shown in the third embodiment, as a whole, the region 60 is moved from the cup side of the back cloth toward the rear center side. By making the strip shape inclined upwardly, the area of the region 59 with the strong stretching power on the upper edge side of the bag cloth is larger than the area of the region 61 with the stretch power on the lower edge side of the white cloth. The upper part of the connection part with the bag cloth of the substantially circular arc-shaped edge of a breast cup is stabilized, and the adhesiveness with respect to a body of the upper part of a breast cup improves.

Embodiment 5

Fig. 10 is a perspective view of a principal part of a bra in yet another embodiment of the medical treatment having the trimmed unneeded edge of the present invention and the body correction function.

In Fig. 10, 51 is an elastic bag fabric, 56 is a connecting part for connecting the left and right bag fabrics, 54 is a breast cup, and 55 is a strap.

Hemingless pieces are used for the elastic back fabric 51. In this part, the dark and dark portions in the drawings include dark and dark straight portions, and have strong stretch power, and the non-colored white portions include white straight portions. The weak region is the same as in the case of FIGS. In addition, the same code | symbol is attached | subjected to the same part as Embodiment 3, and the duplication description is abbreviate | omitted.

Unnecessary edge treatment of the bag cloth 51 in the cut state is a portion of the bottom edge 52 and the top edge 53 of the bag cloth. Both the lower edge 52 and the upper edge 53 are corrugated, and the direction of the edge line of the lower edge 52 is the same direction as the straight line connecting each vertex of this waveform, that is, the direction indicated by the arrow 62. The angle is 20 degrees to the direction of the switching line of the stretching power in the region where the stretching power changes (for example, the dark and dark straight lines appearing in the region 60) and is non-parallel. The direction of the edge line of the upper edge 53 is the same direction as the straight line connecting each vertex of this waveform, that is, the direction shown by the arrow 63, and the extension line of the expansion power of the area | region 60 in which expansion power changes. It is parallel to the direction of. In other words, such that the distance between the edge 52 line, which is not trimmed at the lower side of the back cloth, and the direction of the switching line of the stretching power in the region where the stretching power is weak, are gradually closer toward the rear center. It is antiparallel to each other.

On the other hand, the width | variety of the width | variety of the width | variety of 7 cm in width, 2.5 cm in narrow location, and the weak power was 2 cm in the widest place.

This bra also exhibits substantially the same functions and effects as the bra shown in the third embodiment, but slightly different from the bra shown in the third embodiment, as a whole, the region 60 is moved from the cup side of the back cloth toward the rear center side. By making a strip | belt-shaped form obliquely downward, the area of the area | region 61 with strong elastic power on the edge of a back cloth is larger than the area of the area 59 with strong elastic power on the upper edge side of a cloth, The lower part of the connection part with the bag cloth of the substantially circular arc-shaped edge of a breast cup is stabilized, and the adhesiveness with respect to the body of the lower part of a breast cup improves.

Embodiment 6

Fig. 11 is a perspective view of the main part of the bra of a further another embodiment of the medical treatment having the trimmed unnecessary edge and the body shape correction function in the cut state of the present invention.

In Fig. 11, 51 is an elastic bag fabric, 56 is a connecting portion for connecting the left and right bag fabrics when worn, and 54 is a breast cup. It is different from the bra of FIGS. 8-10, and it is set as a strapless bra, and the width | variety of the back cloth has substantially the same width from the cup side to the back center side.

Hemingless pieces are used for the elastic back fabric 51. In this part, the dark and dark portions in the drawings include dark and dark straight portions, and have strong stretch power, and the non-colored white portions include white straight portions. The weak region is the same as in the case of FIGS. Although 44 dtex nylon yarn is used as a nylon yarn, the same code | symbol is attached | subjected to the same part as Embodiment 3, and the duplicate description is abbreviate | omitted.

Unnecessary edge treatment of the bag cloth 51 in the cut state is a portion of the bottom edge 52 and the top edge 53 of the bag cloth. Both the lower edge 52 and the upper edge 53 are corrugated, and the direction of the edge line of the lower edge 52 is the same direction as the straight line connecting each vertex of this waveform, that is, the direction indicated by the arrow 62. The angle of 13 degrees is made non-parallel with the direction of the switching line of the expansion / contraction power of the area | region which expansion-contraction power changes (for example, the direction of the dark and dark straight line shown in the area | region 66). In addition, the direction of the edge line of the upper edge 53 is the same direction as the straight line which connects each vertex of this waveform, ie, the direction shown by the arrow 63, and the extension power of the area | region 66 where the expansion power changes is changed. It also forms an angle of 13 degrees with the direction of the switching line, and is non-parallel.

In addition, the width | variety of the area | region 66 whose width | variety of the back cloth was 6 cm and power was set to 2.5 cm.

The back fabric 51 has an area 66 in which the elastic power is reinforced, and is interposed between an area 65 in the upper and lower weak power regions and an area 67 in the weak power region. Since the upper and lower sides of the upper and lower sides of 51) are made of regions with weak stretch power, the regions 65 and 67 with weak stretch power of the upper and lower sides softly contact the skin and do not press the skin strongly, so that no step occurs in this portion. There is an advantage. Other points exhibit substantially the same functions and effects as the bra shown in the third embodiment.

In addition, although the bra shown in the above Embodiment Examples 3-5 showed the example of the bra which has a strap, you may be a strapless bra. Moreover, although the part of the area 59 and the area 61 was made into the area | region which has strong elastic power, and the part of the area | region 60 was made into the area where the elastic power is weak, according to the objective, the part of the area 59 and the area 61 is according to the objective. May be a region where the stretch power is weak and a portion of the region 60 is a region where the stretch power is strong.

In addition, although the bra shown in Embodiment 6 showed the example of a strapless bra, you may be a bra with a strap. Moreover, although the area of the area | region 65 and the area | region 67 was made into the area | region where the elastic power is weak, and the part of the area | region 66 is the area | region which has a strong expansion power, the part of the area | region 65 and the area | region 67 according to the objective. May be a region having strong stretching power and a portion of the region 66 having a weak stretching power.

In the bras shown in Embodiments 3 to 6 described above, at least one edge portion of the lower edge 52 and the upper edge 53 which are not edge-processed in the state in which all of the back fabric 51 is cut off, The above-mentioned linear stretching power switching line has reached, and the edge which is not necessary for the edge treatment may be an edge in which a strong stretching portion and a weak portion are mixed, and at that time, at least one edge of the upper or lower edge. 20 to 80 degrees, more preferably 30 to 60 degrees, still more preferably 40 to 50 degrees, most preferably 45 degrees (specifically 43 to 47 degrees) with respect to the knitting direction of the knitted fabric. By setting it as the preferable aspect of this invention which is an edge cut | disconnected by the edge, the fitting property with respect to the body of the edge | edge processing unnecessary edge in the state which was cut off is improved, There may be a bra that can prevent the seat portion of the wearer's body to dry outside.

On the other hand, in the present invention, it is possible to form a back cloth even if only one back cloth such as a bra is used. However, in order to give strength to the back cloth, two pieces of the back cloth used for the back cloth are bonded with a resin or the like. What may be used is the same as the above-mentioned.

Embodiment 7

Fig. 17 is a perspective view of the back type girdle of the short type girdle of another embodiment of the medical treatment having the edge treatment unnecessary edge in the cut state of the present invention and having a body shape correction function, and Fig. 18 is the shot shown in Fig. 17. 19 is a perspective view seen from the front side of the type girdle, and FIG. 19 shows, on the knitted fabric, a cutting line of the front pelvis-side-hip portion filling piece 1 corresponding to the left side of the wearer of the short type girdle shown in FIGS. 17 and 18. One floor plan.

17 to 19, 1 is an anterior pelvis-side-hip portion covering portion covering anterior pelvis-side-back portion, and 6 is an abdominal filling portion covering an abdomen. The left and right anterior pelvic-side-hippotomy sections (1) are sutured together at the posterior suture line (4), and the anterior lateral margin of the anterior pelvis-lateral-hippoportal patch (1) is the abdominal appendix. The side edges of (6) and the suture line 5 are sealed to each other. 8 is the front center hem piece.

The pelvis-side-hip portion applicator 1 uses a hemmingless piece, and the abdominal applicator piece 6 is roughly the same as the hemmingless piece but uses a knitted fabric without a change in elastic power. The upper edge 7 of the piece 6 is used as the edge of the cut state. In this front pelvis-side-hip portion applicator 1, the regions indicated by 9 and 11 are regions of strong stretch power, and the regions represented by 10 represent regions of weak stretch power. On the other hand, 20a and 20b are switching lines of expansion and contraction power which show boundaries of regions in which the expansion and contraction powers are different.

The knitting direction of the warp knitted fabric constituting the front pelvis-side-hip portion filling piece 1 is the direction indicated by the arrows of the arrows 85a and 85b. The knitting direction of the warp knitted fabric constituting the piece 1 is parallel to the longitudinal direction of the region 10 in which the stretch power is weak, in other words, the direction of the switching lines 20a and 20b of the stretch power in the region where the stretch power changes. Parallel to

The front pelvis-side-hip portion applicator 1 is a 1 × 1 piece of tissue composed of a nylon yarn and a polyurethane yarn as described in FIG. 31, with a closed nose for both elastic yarn and nonelastic yarn, 70 per inch (2.54 cm). It is knitted to the knitting density of the wale.

In the regions 9 and 11 having strong stretching power, nylon yarn of 33 dtex and polyurethane yarn of 121 dtex are used, and the region of weak stretching power 10 is nylon bright yarn of 33 dtex and polyurethane yarn of 77 dtex. have.

As the above-mentioned part which used the yarn which killed the dull glossiness, and the more shiny thread called a bright yarn are used, the part of the area | regions 9, 10, and 11 appears to be visible stripe shape, In the design, it is preferable to improve the aesthetics of medical care and to visually recognize the functional area of the stretch power strength and weakness.

The edges of the front pelvis-side-hip portion 1 where the edge treatment is unnecessary are the edges of the hem line of 2 and the edges of the waist line of 3. The hem line 2 is a wave form, and the direction of the hem line 2 is the same direction as the straight line connecting each vertex of this wave form, ie, the direction shown by the arrow 12 (refer FIG. 19), and a stretch power changes. The angle is 5 degrees from the direction of the switching power lines 20a and 20b of the stretch power in the region (the knitting directions 85a and 85b), and is slightly non-parallel. The angle α of the waste line 3 is also cut at an angle of about 40 degrees with respect to the directions of the knitting directions 85a and 85b. In the state where the front pelvis-side-hip portion applicating piece 1 is cut, the waste line 3, which is an edge which is not necessary for edge treatment, reaches the line 20a of the linear stretching power. The edge which is not processed becomes an edge where the strong part 9 and the weak part 10 are mixed.

In this example, the area in which the elastic power is changed is passed through the rounded ridge of the hip, in which the area of weak elastic power 10 is about 7 cm wide, and beautifully maintained without damaging the rounded ridge of the hip. An area 11 with strong stretching power is formed in a direction inclined obliquely from the side obliquely upwards to the rear center so as to substantially follow the downward portion from the side of the rounded ridge, so that the angle (preferably in this case) The direction of the switching line of the stretching power in the region where the stretching power changes in about 40 degrees with respect to the direction of one waste line 3 is determined. In other words, the direction of the switching power line 20b of the stretching power in the region 11 in which the stretching power is strong is "V" shaped from the rear center as compared to the girdle shown in Embodiments 1 and 2 above, and further "V". "The angle of the chair is urgent, and the function of collecting the shape of the hips on the back center side of the body and lifting upwards is more strongly exerted. In addition, since the waste line 3 is an edge cut at an angle of about 40 degrees with respect to the knitting directions 85a and 85b of the knitted fabric (angle α in FIGS. 19 and 17 is about 40 degrees), the waste line 3 The fit becomes good without the edges curling outside the wearer's body.

As described above, the direction of the hem line 2 and the direction of the waste line 3 are not limited to the direction of the switching line of the stretching power in the region where the stretching power changes, and are designed in the preferred direction for the girdle. In addition, since the waist portion of the piece also forms a region 9 having a stronger stretching power than the rubber tape without using rubber tape or the like, the thickness is increased without strongly tightening the waste in a linear shape like a rubber tape. As a result, the silhouette around the waist at the time of wearing can be made a neat silhouette, and the fastening of the rubber tape does not remain on the skin. The same applies to the hem circumference.

On the other hand, in this example, the abdominal covering piece 6 used a homogeneous stretchable warp knit with no change in stretch power without forming a region having different stretch power. The abdominal covering piece 6 is also made of the fabric of the above-described knitted fabric, which is a 1 × 1 tricot, and the upper edge 7 is an edge which is not trimmed in a state of being cut as described above. The abdominal covering part 6 is a 1 × 1 knitted fabric in which nylon yarns of 44 dtex and polyurethane yarns of 154 dtex are used, and nylon yarns and polyurethane yarns as described in FIG. 32 are combined. Knitted knitwear is used. The knitting direction of this knitted fabric is a direction parallel to the direction of the waste line. On the other hand, as the abdominal covering piece 6, a knitted fabric having a change in elastic power as described in FIG. 3 or FIG. 4 may be used, if necessary, and a stripe shape that can be visually seen using bright yarn and dulsa as inelastic yarn. You may form.

In this example, the front center side hem piece 8 is formed of nylon yarns and polyurethane yarns as described with reference to FIG. 31 using 44dtex nylon yarns and 154dtex polyurethane yarns, without particularly forming regions having different stretching power. It is made into a homogeneous 1 × 1 tricoat without stretching power change accompanied by the above, and it is set as the edge 16 which is not necessary for edge treatment with the edge part cut off. However, you may use the knitted fabric in which the edge process unnecessary edge 16 obtained by the edge part by the conventional thread drawing method is formed.

As described above, the direction of the hem line 2 and the direction of the waste line 3 of the front pelvis-side surface-hip portion applicator 1 inevitably correspond to the direction of the switching line of the stretch power in the region where the stretch power changes. It is possible to design in the desired desired direction without being constrained by the direction of the switching line of the stretching power in the region where the stretching power changes, without being forced to be parallel. In other words, the direction of the hem line 2, the direction of the waste line 3, and the direction of the switching line of the stretching power in the region in which the stretching power changes can be designed without restraining each other in the direction desired for the girdle. More preferable medical care can be done. In addition, these girdle can further enhance the hip-up function as described above, and can provide girdle with good fit without the edge of the waste line 3 curling outside the wearer's body.

On the other hand, in the present girdle, the edges other than the left and right both sides of the crotch can be both edges which are not required for end treatment, and girdles with no step and good fit of the end can be formed while following the three-dimensional shape of the body. . The left and right both sides of the crotch may also be eliminated without cutting off the end portion. On the other hand, since one side made of a material such as a cotton that does not contain elastic yarn is comfortable to wear inside the crotch, a crotch body cloth including cotton yarn and a cotton cloth or the like are usually used for sewing.

Embodiment 8

Fig. 20 is a perspective view, seen from the back side of a short type girdle of another embodiment of the medical treatment having the edge treatment unnecessary edge in the state of being cut out of the present invention and having a body shape correcting function, and Fig. 21 is shown in Fig. 20. 22 is a perspective view of the short type girdle, FIG. 22 shows a cut line of the front pelvis-side-hip portion appendage 1 corresponding to the left side of the wearer of the short type girdle shown in FIGS. 20 and 21; It is a plan view shown in FIG.

20 to 22, 1 is a front pelvis-side-hip portion covering portion covering the front pelvis-side-back portion, and 6 is an abdominal covering portion covering the abdomen. The left and right anterior pelvic-side-hip portion applicators 1 are sewn together at the posterior suture line 4, and the anterior lateral edge of the anterior pelvis-lateral-hip portion applicator 1 is abdominal The side edges of the piece 6 are sealed to each other at the suture line 5. 8 is the front center hem piece.

20 to 22, in the front pelvis-side-hip portion applicator 1, the region where the stretch power changes is the region 9, 11 where the stretch power is strong and the stretch power is about medium. It is similar to the girdle (Embodiment 7) shown in FIGS. 17-19 except the point which consists of three grades of the phosphorus area | region 21 and 22 and the area | region 10 with a weak stretch power. Therefore, the same code | symbol is attached | subjected to the same part as Embodiment 7, and duplication description is abbreviate | omitted. Unless it informs beforehand, it means the same also in a knitted fabric, a used fiber, etc. except the point mentioned above.

A hemingless piece is used for the front pelvic-side-hip portion covering piece 1, and in this front pelvis-side-hip portion covering piece 1, the areas indicated by 9 and 11 are areas with strong stretching power, The region indicated by 10 is a region with weak stretch power, and the regions represented by 21 and 22 are regions with a middle stretch power. On the other hand, 20a, 20b, 20c, and 20d are the switching lines of the stretching power indicating the boundaries of regions in which the stretching power is different.

The knitting direction of the warp knitted fabric constituting the front pelvis-side-hip portion filling piece 1 is the direction indicated by the arrows of the arrows 85a and 85b. The knitting direction of the warp knitted fabric constituting the piece 1 is parallel to the longitudinal direction of the region 10 in which the stretch power is weak, in other words, the switching lines 20a, 20b, 20c of the stretch power in the region where the stretch power changes. Parallel to the direction of 20d).

The front pelvis-side-hip portion applicator 1 is a 1 × 1 piece structure in which nylon yarn and polyurethane yarn as described in FIG. 31 are woven, and both elastic yarn and nonelastic yarn are woven with a closed nose.

44 dtex nylon dulsa and 121 dtex polyurethane yarn are used in the regions 9 and 11 having strong stretching power, 44 dtex nylon dulsa yarn and 77 dtex polyurethane yarn are used in the region 10 having weak stretching power. Two 44 dtex polyurethane yarns (88 dtex total thickness of polyurethane yarn) and 44 dtex nylon bright yarns are incorporated in the areas 21 and 22 having a moderate stretch power.

As mentioned above, the part in which the yarn which killed the dull glossiness is used, and the more glossiness yarn called bright yarn are used, and the part of the area | regions 9, 10, 11, 21, 22 is visible in stripe shape This is preferable because it improves the aesthetics of medical care and can visually recognize the functional area of stretch power strength and weakness in design.

In the state of cutting the pelvis-side-hip part 1 of the front pelvis, the waste line 3, which is an unnecessary edge of the edge treatment, reaches the straight line switching power lines 20a and 20c. The edge which is not required for this edge treatment is an edge in which the strong portion 9 and the intermediate portion 21 and the weak portion 10 are mixed.

In the case where a region having strength and weakness differences in elastic power due to elastic yarns is formed in three or more stages, if an intermediate region is formed between the weak region and the strong region, the intermediate region becomes a buffer between the strength and weak regions. It is especially preferable when the expansion power difference in the strength and weakness area is large.

In this example, the region in which the elastic power changes is the region 10 in which the elastic power is weak, passes through the rounded ridge of the hip, is about 8 cm wide, and the elastic power is medium on both sides 21 and 22. (In this example, the width is 10 cm in total. On the other hand, the width of the region where the stretching power is intermediate is determined by the body correction function to be obtained. However, even if the width of the weak area is a narrow width of about 1 cm to 3 cm Is sufficient, so that the region 11 with strong stretching power is angled obliquely from the top side to the rear center so that the rounded ridge of the hip is more beautifully adjusted, and roughly follows the downward portion from the side of the rounded ridge of the hip. It is formed in the inclined direction, and the stretching power is changed to an angle (in this case, about 40 degrees with respect to the direction of the waste line 3 described above) which is good for the hip-up function. The direction of the stretching power transition line of the region is determined to. In other words, the direction of the switching power line 20d of the stretching power in the region 11 in which the stretching power is strong is "V" shaped from the rear center as compared to the girdle shown in the first embodiment 1 or 2, and further "V". "The angle of the chair is urgent, and the function of collecting the shape of the hips on the back center side of the body and lifting upwards is more strongly exerted. In addition, since the waste line 3 is an edge cut at an angle of about 40 degrees with respect to the knitting directions 85a and 85b of the knitted fabric (angle α in FIGS. 20 and 22 is about 40 degrees), the waste line 3 The fit becomes good without the edges curling outside the wearer's body. Other points exhibit substantially the same functions and effects as those of the girdle shown in the seventh embodiment.

Embodiment 9

Fig. 23 is a perspective view of the back type girdle of the short type girdle of yet another embodiment of the medical treatment having the edge treatment unnecessary edge in the state of being cut out of the present invention and having a body shape correcting function, Fig. 24 is shown in Fig. 23. It is a perspective view seen from the front side of one short type girdle. This short type girdle has different fractional use of dulsa and bright yarn in inelastic sand, and therefore, except that the stripe shapes formed by the dulla and bright yarn are different, substantially using FIGS. 17 to 19. The girdle is substantially the same as the short girdle of the seventh embodiment described.

23 to 24, 1 is an anterior pelvis-side-hip portion covering portion covering anterior pelvis-side-back portion, and 6 is an abdominal covering portion covering an abdomen. The left and right anterior pelvic-side-hippotomy sections (1) are sutured together at the posterior suture line (4), and the anterior lateral margin of the anterior pelvis-lateral-hippoportal patch (1) is the abdominal appendix. The side edges of (6) and the suture line 5 are sealed to each other. 8 is the front center hem piece.

Hemmingless piece is used for the front pelvic-side-hip portion covering piece 1, and abdominal covering piece 6 is about the same as hemingless piece, but there is no change of elastic power by elastic yarn, As a dull yarn and a bright yarn were used to form a banded form. In addition, the upper edge 7 of the abdominal covering piece 6 is also an edge in a cut state. In this front pelvis-side-hip portion applicator 1, the regions indicated by 9 and 11 are regions of strong stretch power, and the regions represented by 10 represent regions of weak stretch power. On the other hand, 20a and 20b are switching lines of stretching power showing boundaries of regions where the stretching power is different.

The front pelvis-side-hip portion applicator piece 1 is woven into a 1 × 1 piece structure in which nylon and polyurethane yarns as described in FIG.

44 dtex nylon dulsa, 33 dtex nylon bright yarn, and 143 dtex polyurethane yarn are used in the regions 9 and 11 having strong stretch power, and 33 dtex nylon bright yarn and 77 dtex polyurethane in the region 10 where the stretch power is weak. The company is used. On the other hand, in the drawings, the darker and darker portions are portions where nylon dulsa is used, and the uncolored white portions are portions where nylon bright yarns are used.

In this example, the area where the stretching power changes is that the region 10 having the weak stretching power passes through the rounded raised portion of the bottom, and the width thereof is about 9 cm.

On the other hand, the abdominal covering piece 6 used the elastic warp knitted fabric in which the stripe shape which can be visually seen using the non-elastic yarn nylon bright yarn and dulsa was used without forming the area | region which differs especially in elastic power based on elastic yarn here. The abdominal covering piece 6 was also made of the fabric of the above-mentioned knitted fabric which is 1 × 1 tricot, and the upper edge 7 was cut | disconnected by the edge process unnecessary edge. The abdominal covering part 6 uses a 44 dtex nylon dulsa yarn, a 33 dtex nylon bright yarn and a 154 dtex polyurethane yarn, and a knitted fabric composed of a nylon fabric and a 1 x 1 knitted fabric accompanied with a nylon yarn as described in FIG. I use it. On the other hand, in the drawings, the darker and darker portions are portions where nylon dulsa is used, and the uncolored white portions are portions where nylon bright yarns are used. The knitting direction of this knitted fabric is a direction parallel to the direction of the waste line.

Other points are substantially the same as those of the girdle shown in the seventh embodiment, and the same functions and effects are exhibited, and thus redundant description is omitted.

Embodiment 10

Fig. 25 is a perspective view of the back type girdle of the short type girdle of another embodiment of the medical treatment having the edge treatment unnecessary edge in the state of being cut out of the present invention and having a body shape correction function, and Fig. 26 is shown in Fig. 25. It is a perspective view seen from the front side of one short type girdle.

The girdle shown in Figs. 25 to 26 has an area where the stretching power varies in the front pelvis-side surface-hip portion applicator 1, the regions 9 and 11 in which the stretching power is strong, and the stretching power is about medium. It is similar to the girdle (Embodiment 9) shown in FIGS. 23-24 except the three grades of the phosphorus area | region 21 and 22 and the area | region 10 with weak stretch power.

25 to 26, 1 is an anterior pelvis-lateral-hip portion covering portion covering anterior pelvis-side-back portion, 6 is an abdominal covering portion covering an abdomen. The left and right anterior pelvic-side-hippotomy sections (1) are sutured together at the posterior suture line (4), and the anterior lateral margin of the anterior pelvis-lateral-hippoportal patch (1) is the abdominal appendix. The side edges of (6) and the suture line 5 are sealed to each other. 8 is the front center hem piece.

A hemingless piece is used for the front pelvic-side-hip portion covering piece 1, and in this front pelvis-side-hip portion covering piece 1, the areas indicated by 9 and 11 are areas with strong stretching power, The region indicated by 10 is a region with weak stretch power, and the regions represented by 21 and 22 are regions with a middle stretch power. On the other hand, 20a, 20b, 20c, and 20d are the switching lines of the stretching power indicating the boundaries of regions in which the stretching power is different.

The front pelvis-side-hip portion applicator piece 1 is a 1 × 1 piece structure in which nylon yarns and polyurethane yarns as described in FIG. 31 are woven, and both elastic yarns and nonelastic yarns are woven with a closed nose. Nylon yarn used 33dtex Bright and 44dtex Dulsa. In the drawings, the darker and darker portions are the portions where nylon dulls are used, and the uncolored white portions are the portions where nylon bright yarns are used.

In the regions 9 and 11 having strong stretching power, the nylon yarn and 121 dtex polyurethane yarn described above are used, and in the region 10 having weak stretching power, 33 dtex nylon bright yarn and 77 dtex polyurethane yarn are used. In the areas 21 and 22 of medium power, two 44 dtex polyurethane yarns (88 dtex total thickness of polyurethane yarn) and the nylon yarn described above are incorporated.

In this example, the region in which the elastic power changes is the region 10 in which the elastic power is weak passes through the rounded ridge of the hip, and the width thereof is about 7 cm, and the elastic power is medium on both sides 21 and 22. (Total width 12 cm) is formed.

In addition, as understood from FIG. 25, a portion of the waste line is used as the base, and the vertex 24 is disposed below the rear center line 4 so that an inverted triangular region of left and right line symmetry is formed on the rear center line 4. The stretch power is composed of a region 9 having a strong power, the base length of the inverted triangular region is about 2/3 of the length of the back waste line 3, and the waste line 3 of the inverted triangular region. An inverted triangular shape whose length on the rear center line 4 from to the vertex 24 of the inverted triangle is about 1/2 the length of the rear center line 4 from the waistline of the girdle to the crotch. Since the elastic power of the region has a strong area, the region where the strong power region 9 of the reverse triangular shape is in contact with the body is the area where the body enters from the back of the body. field However, it is possible to improve the fit of the parts of the back of these bodies. About other points, it is substantially the same as the description in Embodiment 7 and 9, and since substantially the same function and effect can also be achieved, the overlapping description was abbreviate | omitted about the same point.

In addition, about the abdominal covering piece 6, the material similar to Embodiment 9 was used.

These girdles exhibit a function of improving the fit to the site of the back of the body, such as in the vicinity of the vertebral part of the body, and the other points are the same as those described in Embodiments 7 and 9, and the functions are approximately the same. And effects are also achieved.

Embodiment 11

Fig. 27 is a perspective view seen from the back side of the short type girdle of another embodiment of the medical treatment having the edge treatment unnecessary edge in the state of being cut out of the present invention and having a body shape correction function.

27 to 28, 1 is an anterior pelvis-side-hip portion covering portion that covers the anterior pelvis-side-back portion, and 6 is an abdominal portion that covers the abdomen. The left and right anterior pelvic-side-hippotomy sections (1) are sutured together at the posterior suture line (4), and the anterior lateral margin of the anterior pelvis-lateral-hippoportal patch (1) is the abdominal appendix. The side edges of (6) and the suture line 5 are sealed to each other. 8 is the front center hem piece.

The pelvis-side-hip portion applicator 1 uses a hemmingless piece, and the abdominal applicator piece 6 is roughly the same as the hemmingless piece but uses a knitted fabric without a change in elastic power. The upper edge 7 of the piece 6 was taken as an edge in a state of being cut. In this anterior pelvis-side-hip portion applicator 1, the regions indicated by 9 and 11 are regions with strong stretch power, and the regions indicated by 21 are regions with moderate stretch power and regions indicated by 10 are stretch power. Indicates a weak area. On the other hand, 20a, 20b, and 20c are switching lines of stretching power indicating boundaries of regions in which the stretching power is different.

The front pelvis-side-hip portion applicator piece 1 is woven into a 1 × 1 piece structure in which nylon and polyurethane yarns as described in FIG.

44 dtex nylon bright yarn and 121 dtex polyurethane yarn are used in the regions 9 and 11 having strong stretching power, 44 dtex nylon bright yarn and 77 dtex polyurethane yarn are used in the region 21 having a moderate stretch power. In the region 10 in which the stretching power is weak, 44 dtex nylon dulla yarn and 33 dtex polyurethane yarn are used.

About other points, the same code | symbol is attached | subjected about the same point as Embodiment 7 or 9, and the duplicate description is abbreviate | omitted, unless it informs especially beforehand.

In this example, the area where the stretching power changes is that the region 10 having the weak stretching power passes through the rounded raised portion of the bottom, and the width thereof is about 6 cm.

Also, as understood from FIG. 27, a portion of the waste line is used as the base, and has a vertex 24 below the rear center line 4 so that an inverted triangular region of approximately left and right line symmetry in the rear center line 4 is formed. The stretch power is composed of a region 9 having a strong strength, and the base length of the inverted triangular region is about half the length of the back waste line 3, and the waste line 3 of the inverted triangular region. An inverted triangular shape whose length on the rear center line 4 from to the apex 24 of the inverted triangle is about one third the length of the rear center line 4 from the waistline of the girdle to the crotch. Since the elastic power of the region has a strong area, the region where the strong power region 9 of the reverse triangular shape is in contact with the body is the area where the body enters from the back of the body.Eoga, but it is possible to improve the foot of the castle site in the body into the back of them.

These girdles exhibit a function of improving the fit to the site of the back of the body, such as in the vicinity of the vertebral part of the body, and the other points are the same as those described in Embodiments 7 and 9, and the functions are approximately the same. And effects are also achieved.

Embodiment 12

Fig. 29 is a perspective view seen from the back side of a low-waist type girdle in the short type of another embodiment of the medical treatment having the edge treatment unnecessary edge in the state of being cut out and having a body shape correction function; It is a perspective view seen from the front side of the short type girdle shown in FIG.

In Figs. 29 to 30, 1 is an anterior pelvis-lateral-hip portion covering portion covering anterior pelvis-side-back portion, and 6 is an abdominal filling portion covering an abdomen. The left and right anterior pelvic-side-hippotomy sections (1) are sutured together at the posterior suture line (4), and the anterior lateral margin of the anterior pelvis-lateral-hippoportal patch (1) is the abdominal appendix. The side edges of (6) and the suture line 5 are sealed to each other. 8 is the front center hem piece.

For the pelvic-side-hip portion applicator (1), a hemmingless segment is used, and the areas indicated by 9 and 11 are areas with strong stretch power, and the areas represented by 10 are areas with weak stretch power, and are represented by 21 and 22. The area shown is an area with a moderate stretch power. On the other hand, 20a, 20b, 20c, and 20d are the switching lines of the stretching power indicating the boundaries of regions in which the stretching power is different.

In addition, the same code | symbol is attached | subjected about the point similar to Embodiment 7 or 9, and the duplicate description is abbreviate | omitted unless it informs previously.

The front pelvis-side-hip portion applicator piece 1 is woven into a 1 × 1 piece structure in which nylon and polyurethane yarns as described in FIG. As the nylon yarn, 33dtex bright yarn and 33dtex dulce yarn were used.

The above-mentioned nylon yarns and the polyurethane yarns of 132 dtex are used in the regions 9 and 11 having strong stretching power, and the above-mentioned nylon yarns and the polyurethane yarns of 44 dtex are used in the region 10 having the weak stretching power. In the middle areas 21 and 22, the nylon yarn and the 77 dtex polyurethane yarn are woven together.

And the edges of the front pelvis-side-hip portion 1 where the edge treatment is unnecessary are the edge of the hem line of 2 and the edge of the waste line of 3. The hem line 2 is a wave form, and the direction of the hem line 2 is the same direction as the straight line connecting each vertex of this wave form, ie, the direction shown by the arrow 12, and the stretch power of the area | region which a stretch power changes. The direction of the switching lines 20a, 20b, 20c, and 20d (the knitting directions 85a and 85b) is 5 degrees and is non-parallel. The direction of the waste line 3 is also cut at an angle of about 35 degrees with respect to the directions of the knitting directions 85a and 85b. In the state of cutting the pelvis-side-hip part 1 of the front pelvis, the waste line 3, which is an unnecessary edge of the edge treatment, reaches the straight line switching power lines 20a and 20c. The edge which is not required for this edge treatment is an edge in which the strong portion 9 and the intermediate portion 21 and the weak portion 10 are mixed.

In this example, the region in which the elastic power changes is the region 10 in which the elastic power is weak, passes through the rounded ridge of the hip, is about 6 cm wide, and the elastic power is medium on both sides 21 and 22. (Total width 10 cm) is formed.

Moreover, in this example, the front center side hem piece 8 used the knitted fabric in which the edge part unnecessary edge 16 obtained by the conventional thread drawing method was formed as a conventional elastic mesh-like power net. However, you may use the piece which has an edge which is not edge-processed in the state which was cut | disconnected.

This girdle also exhibits substantially the same functions and effects as described in the seventh embodiment and the like.

As mentioned above, although some embodiment was demonstrated, it is not limited to the form of these specific embodiment example description, and the edge part which does not perform the edge process with the medical edge part cut off (unnecessary) of the raw material, The knitted tissue is preferably any of the following.

(1) A 1 × 1 piece of tissue with an elastic yarn and an inelastic yarn, with an open elastic yarn and a closed nonelastic yarn.

(2) A 1 × 1 piece of tissue with elastic yarns and nonelastic yarns, both of which are closed noses.

In addition, the stretching power such as a portion having relatively strong stretching power and a portion having relatively weak stretching power may be appropriately set according to the type of medical care, the part of medical care and the wearer's preference, and therefore there is no particular limitation. In recent years, since the female body shape has become relatively slim, on the average, it has a tendency to be a little weak in stretching power.

Therefore, the specific value of the stretching power is not particularly limited, but the stretching power of the portion having the relatively strong stretching power is appropriately selected in the range of the stretching power of 785 to 1471 mN (80 to 150 gf) in the longitudinal direction of the material (the wale direction). It is preferable. Moreover, it is preferable to select suitably in the range of 588-1177 mN (60-120 gf) in a material longitudinal direction (wale direction) as a stretch power of the part with relatively weak stretch power. On the other hand, as for the ratio of the expansion power of the part with weak elastic power and the part with strong elastic power, when the part with weak elastic power is 1, 1.1-1.5 is preferable for the part with strong elastic power, More preferably, 1.2-1.5, Furthermore, Preferably it is the range of 1.3-1.5.

When it is necessary to measure the stretching power of the piece P, it can measure by performing the following tensile test.

The test piece of width 2.5cm x length 16.0cm is created so that a raw material longitudinal direction (wage direction) may become a longitudinal direction of a test piece, and the both ends are gripped with a clip toward the longitudinal direction. The upper gripping length is 2.5 cm and the lower gripping length is 3.5 cm. Therefore, the gripping interval is 10.0 cm, and is mounted on a constant-extension type tensile tester ("Autograph" AG-500D manufactured by Shimadzu Corporation), 30 ± 2 cm / min. The specimen is stretched to 80% elongation at a rate of 10. At this time, the stress applied to the specimen at 30% elongation is recorded, and this is made as the elongation power (unit mN), and then the stress applied to the specimen stretched to 80% elongation is removed. Then, the test piece contracts to return to its original length, but the stress applied to the test piece when it recovers up to 30% of elongation is the stretch power (unit mN) .These values are set to be automatically recorded by the tensile tester. On the other hand, in both extension power and extension power, these data were calculated | required the average value of two test pieces, and were used as extension power and extension power, respectively.

Here, when the elongation (%) is e, the length of the test piece in the stretching direction is d, and the original length (that is, the holding interval) of the test piece before stretching is e.

It is a value of [(d-e) / e] × 100.

On the other hand, the size of the test piece is preferably used as the size of the test piece in the measurement of the extension power and the stretching power. However, when the sample of such size cannot be cut out from the medical object to be measured, even if the measurement is made smaller than that, the measurement is difficult. None (exchange required) However, the smaller the size of the test piece is, the larger the measurement error is. Therefore, it is preferable to collect and measure the test piece as large as possible in the range that can be cut out.

On the other hand, the warp knitted fabric which consists of stretchable warp knitted fabrics which have the edge processing unnecessary edge in the state which was cut | disconnected used in each Example used the heat set process using the apparatus of 7-chamber structure (the total length of a chamber is about 21 m). And 18 m / min. In addition, the knitting density (whale), the runner of an inelastic yarn, and the runner of an elastic yarn of the part knitted warp knitted body which consisted of the said stretchable warp knitted fabric used by each Example are as Table 1 below.

Table 1

The medicine having a body shape correcting function of the present invention exhibits an effect as described below.

(1) In other words, the medical treatment having the body shape correcting function of the present invention simultaneously includes an area in which a stretched power is changed in a direction substantially perpendicular to the knitting direction while the edge processing unnecessary edge is left in the cut state. At least one edge of the upper or lower edge of the medical treatment, wherein the stretchable power switching line is formed of a stretchable warp knitted fabric having a linear shape, is used as at least a portion of the raw material fabric constituting the medical treatment, while at least one edge of the medical edge is cut. A medical treatment having a body shape correcting function consisting of an unnecessary edge, wherein at least one of the direction of the switching line of the elastic power in the region in which the elastic power of the part changes and the edge line in a state where the medical treatment is unnecessary Pieces in which the direction of two edge lines are non-parallel to each other are used. Therefore, the present invention can design each line in an appropriate direction as necessary without the constraint that the direction of the switching line of the stretching power in the region where the stretching power changes and the direction of the edge line which is not necessary for edge treatment will necessarily be parallel. It is possible to set it as the medical which has a body shape correction function which has the optimal wearability and design as medical. Edge treatment Because the edges that are unnecessary edges are not edged, such as flipping over and stitching, the thickness of the portion becomes flat and not thick, therefore, the fit is excellent and there is no step difference, so the outer wear The step is not reflected. Moreover, since the area | region which a stretch power changes is formed by the weaving of elastic yarn, since a step does not generate | occur | produce compared with the case where a change of elastic power is made by reinforcing cloth, a step is not reflected in an outerwear. On the other hand, the edges that are not required for edge treatment do not need edge treatment, which is advantageous in terms of cost. Therefore, it can be set as the medical which was excellent in functionality, fashion, and economy.

(2) In the medical treatment having the body shape correction function described in the above (1), the region in which the elastic power changes is formed by (a) a manner in which a plurality of regions having different thicknesses of the elastic yarn to be woven are formed, (b) A method of forming a plurality of regions having different numbers of elastic yarns, (c) a method of changing the width of each region of (a) or (b), (d) the method (a), (b), (c) By setting it as the preferable aspect of this invention formed by the method of any of the combination method of at least 2 or more, it is possible to control and set the target stretch power closely, and to form the area | region in which a stretch power changes easily. It is preferable to be able.

(3) Moreover, in the medicine which has a body shape correction function of said (1) or (2) description, the said linear shape is made to the edge which is not edge-processed in the state which cut | disconnected at least one of a medical upper end or a lower edge. The transition line of the expansion and contraction power of the is reached, and this edge treatment unnecessary edge is made into the preferable form of this invention which becomes the edge which a strong elastic part and a weak part are mixed, and has the conventional edge treatment unnecessary medical treatment In the present invention, it is possible to provide medical treatment having an edge with unnecessary edge treatment in which a strong portion and a weak portion in which elasticity power cannot be achieved in one knitted fabric are mixed. Therefore, it is possible to design more freely without switching the stretching power line of the stretch power, which cannot be realized in conventional medical treatments having unnecessary edge treatment, in the direction of the edge treatment unnecessary edge line, and thus the It is preferable to provide the medical care which the freedom of design which is more suitable to a request was increased, and can be provided.

(4) Moreover, in the medicine which has a body shape correction function of any one of said (1)-(3), the edge which is not necessary for edge treatment in the state which cut | disconnected at least one of a medical upper end or a lower edge is this knitted fabric. By making it the preferable aspect of this invention which is the edge cut | disconnected at the angle of 20-80 degree with respect to the knitting direction of, the fit property with respect to the body of the edge processing unnecessary edge in the state which was cut off is improved, and this edge part is It is preferable because it can prevent drying outside the body.

(5) Moreover, in the medical which has a body shape correction function of any one of said (1)-(3), the at least one edge of the medical upper or lower edge which consists of an edge processing unnecessary edge in the state which was cut off. By setting it as the preferable aspect of this invention which is the edge cut | disconnected at the angle of 40-50 degree with respect to the knitting direction of this knitted fabric, the fitting property with respect to the body of the edge processing unnecessary edge is further improved in the state which was cut, and this edge It is preferable to prevent the portion from further drying out on the wearer's body.

(6) Further, in the medical treatment having the body shape correcting function described in the above (1) or (2), the edges which are not trimmed in the state of being cut are the hem of medical clothing and the direction of the edge line of the hem And the direction of the switching line of the stretching power of the region in which the stretching power changes and the edge processing are unnecessary by setting it as a preferred embodiment of the present invention in which the directions of the switching line of the stretching power in the region in which the stretching power of the part changes are parallel to each other. Each line can be designed in an appropriate direction as needed without restraining that the direction of the hem line necessarily becomes parallel, and it is possible to use a medical having a body shape correction function having optimal wearability and designability as medical. It is preferable.

(7) Moreover, in the medicine which has a body shape correcting function in any one of said (1)-(6), it is a body shape correcting function by making it the preferable aspect of this invention which is the medical which has the hip part which the whole medicine adheres to a body. In addition, the wearing feeling is also good, and the step is extremely small, the medical care is almost flat, and the above function of the present invention is effectively exhibited, which is preferable.

(8) In addition, in the medical treatment having a body shape correcting function according to any one of (1) to (7), the medical care provider has a hip part selected from a short pant, a girdle, a bodysuit, a reartard, and a swimsuit. By setting it as the preferable form of these, these types of medical care are the types of medicines which are worn in close contact with a body, and it is preferable as the medicine which has a shape correction function, there are few steps, a touch is favorable, and the function of this invention is effectively exhibited.

(9) Moreover, in the medical treatment which has a body shape correction function of any one of said (1)-(7), the said fragment which consists of a stretchable warp knitted fabric covers the hip part or the hip part, and the side part which covers a side part. Preferably, it is a segment selected from the front pelvis-side-back segment that covers the segment, the front pelvis and the hip, and the side section therebetween. The bottom part is a rounded raised three-dimensional shape, but even when the medical design is designed to fit the three-dimensional shape of the hip power to the direction of the switching power of the stretching power in the area where the stretching power is changed, the direction of the edge line unnecessary for edge treatment. It is possible to design in a preferred direction as needed without being restricted to the direction of the switching line of the stretching power in the region where the stretching power changes. Therefore, it becomes possible to set it as the medicine which has a body shape correction function which has the optimal wearability and design as medical treatment.

(10) In addition, in the medical treatment having the body shape correcting function described in the above (9), the medical treatment is a short pant or girdle, and the short pant or girdle hem and waist line part are unnecessary for edge treatment. Preferred embodiment of the present invention, which is composed of an edge and the direction of one of the edge lines selected from the hem portion and the waste line portion is parallel to the direction of the switching line of the stretching power in the region where the stretching power of the piece changes. In particular, the short pant or girdle is a medical treatment requiring a body shape correction function and a shape correction function of the abdomen of the hip part, and the direction of the switching line of the extension power of the area where the expansion power changes is desirable for body shape correction of such a part. Even in the case of designing medical care by setting the direction, the edge treatment is unnecessary in the state of being cut. The direction of the hem portion or the waistline portion on either side edge line having a seat, without being elastic power is constrained to the direction of the conversion line of a new power of the region to change, it can be designed in a desired direction according to the need. Therefore, it becomes possible to set it as the medicine which has a body shape correction function which has the optimal wearability and design as medical treatment.

(11) Further, in the medical treatment having the body shape correction function described in the above (9), the medical treatment is a short pant or girdle, and the edge pant is unnecessary when the short pant or girdle is cut off and the waist line part is cut. By making it into the preferable form of this invention which consists of an edge and is parallel with the direction of the switching line of the extension power of the area | region where this expansion power of this part changes in this hem part and the edge line of a waste line part, In particular, the short pant or girdle is a medical treatment that requires a body shape correction function and a shape correction function of the hips, and sets the direction of the switching line of the extension power in the area where the extension power changes to a direction suitable for body correction of such a part. Even in the case of designing a medical treatment, the edge treatment is unnecessary and the edges are unnecessary. Direction of the skirt portion and the waist edge line of which the line-side portion also, without being elastic power is constrained to the direction of stretching power transition line of the region to change, can be designed in a desired direction according to the need. Therefore, it becomes possible to set it as the medicine which has a body shape correction function which has the optimal wearability and design as a medicine, and it is very preferable.

(12) Moreover, in the medical which has a body shape correction function as described in any one of said (1)-(11), a medical | medical agent is a short panty or girdle, and the waist line part of the at least back of this short pant or girdle is cut | judged. It is composed of an edge that is not necessary for edge treatment in the state of staying, and has a vertex below the rear center line with a part of the back waste line at the bottom side, and an inverted triangular region of approximately left and right line symmetry in the rear center line has strong stretching power. Wherein the base length of the inverted triangular region is a length of 1/4 to 2/3 of the length of the back waste line, and the back center line from the waste line of the inverted triangular region to the vertex of the inverted triangle. Bones whose length in the image is 1/4 to 2/3 of the length of the back centerline from the waistline of this short pant or girdle to the crotch In the preferred form of the name, the portion where the region of strong elastic power of the inverted triangular contact is the region where the body enters from the back of the body, and more specifically, the body is in the vicinity of the vertebral part of the body. It is preferable because the fitting property to the site | part to which it enters can be improved.

(13) In addition, in the medical treatment having the body shape correcting function according to any one of (9) to (12), the medical care is a short pant or girdle, and a region in which the stretch power of the piece made of the stretchable warp knit is weak. The line in the direction in which the transition line of the telescopic power is inclined obliquely from the side of the hip to the rear center side so as to cover the rounded ridge of the hip and the area where the strong stretching power of this part covers the bottom from the side of the rounded ridge of the hip. By setting it as the preferable aspect of this invention, it is possible to fit the three-dimensional shape of a hip, maintaining the roundness of a beautiful hip, without damaging the rounded bump of a hip, and also exhibiting the hip up function, and also the above-mentioned effect It is desirable to be able to provide a medical having a body shape correcting function.

(14) Moreover, in the medical which has a body shape correcting function as described in any one of said (1)-(6), the area | region which stretch power changes also in a bra by making it the preferable aspect of this invention whose medical care is a bra. It is designed in each direction according to the need without restraining that the direction of the switching line of the stretching power of the power and the direction of the edge processing unnecessary edge line will necessarily be parallel, and the bra having optimal wearability and designability as a bra It becomes possible. Edge treatment Because the edges that are not necessary edges are not edged, such as flipping over and stitching, the thickness of the portion becomes flat and not thick, therefore, it is excellent in fit and there is no step of this part. The step is not reflected. Moreover, since the area | region in which elastic power changes is formed by the weaving of elastic yarn, a neat chest silhouette can be realized without a step being generated and a step not reflected in an outer wear. In addition, edges that are not necessary for edge processing need not be edged, which is advantageous in terms of cost. Therefore, it is preferable to be able to make medical care excellent in functionality, fashion, and economy.

(15) Further, in the medical treatment having the body shape correcting function according to any one of (1) to (5), the medical care is a bra, and the back fabric of the bra is made of the above-mentioned piece consisting of an elastic warp knit. The upper and lower edges of the fabric are trimmed, and the edges are unnecessary, and the direction of the switching line of the stretching power of the back cloth is non-parallel with the direction of either the upper or lower edge line of the back cloth. By setting it as the preferable aspect of this invention, the direction of the switching line of the expansion / contraction power of the area | region in which an expansion-contraction power changes, and the direction of the edge process unnecessary edge line can be designed relatively freely in an appropriate direction as needed, respectively, It is possible to set it as the bra which has preferable wearability and designability as a thing.

(16) Further, in the medical treatment having a body shape correcting function according to any one of (1) to (5), the medical care is a bra, and the back fabric of the bra is made of the above-mentioned piece consisting of an elastic warp knitted fabric. The bone is composed of an unnecessary edge edge treatment with the top and bottom edges of the fabric cut off, and the direction of the switching line of the stretching power of the back cloth is non-parallel to the directions of the edge lines of the top and bottom edges of the back cloth. By setting it as the preferable aspect of this invention, the direction of the switching line of the expansion / contraction power of the area | region which changes an elastic power, and the direction of the edge line which are not edge-processed can be designed very freely in the direction as needed, respectively, and it is suitable as a bra It becomes possible to set it as the bra which has design.

(17) In addition, in the medical treatment having the body shape correcting function described in the above (4) or (5), the edge of the medical upper portion consisting of an unnecessary edge edge treatment in the state of being cut is a short panty or a girdle waistline Preferred of the present invention wherein at least a part of the part or the upper edge of the bra bag cloth and the edge of the medical bottom consisting of the unnecessary edge trimming while being trimmed are the short panties or the hem of the girdle or the lower edge of the bra bag cloth In this embodiment, the fit of the respective edges, which is unnecessary for edge treatment in the state of being trimmed, is improved, and the edge portion can be prevented from curling outside the wearer's body.

(18) Further, in the medical treatment having the body shape correction function according to any one of (1) to (17), a bright yarn and a dulsa are used as the nonelastic yarn, and the bright yarn and the ulsa are squeezed. A stripe pattern is formed with or without dyeing by forming a portion by means of fractional weaving and forming a desirable form of the present invention in which a linear or band-like visually viable shape is formed due to the difference in gloss of Bright and Dulsa at desired locations. It is preferable because it can form and can improve aesthetics of medical care further.

(19) In addition, in the medical treatment having the body shape correcting function described in the above (18), the unevenness is incorporated into each region of a plurality of regions having different elastic powers in which at least one of the thickness of the elastic yarn and the number of weaving are different. By using the sacred yarns separately using bright yarn and dulsa, it becomes the preferable form of this invention which makes the upper part of elastic power into the visible part, and the linear or strip | belt-shaped visual appearance of elastic power strength and weakness is shown. In design, it is desirable to improve the aesthetics of medical care and to visually recognize the functional area of the stretch power strength and weakness.

(20) Moreover, in the medicine which has a body shape correction function of any one of said (1)-(19), it has the edge processing unnecessary edge in the state which was cut | disconnected, and is a direction substantially perpendicular to a knitting direction Is a 1 × 1 piece structure in which a raw material transition inelastic yarn and an elastic yarn together constitute a piece composed of a stretchable warp knitted fabric having a region in which the stretch power changes in one sheet at the same time, and at least one of the inelastic yarn and the elastic yarn in each knitting needle By setting it as the preferable form of this invention which consists of an elastic knitted fabric knitted by the closing nose, it is easy to implement such an elastic warp knitted fabric as the edge unnecessary edge processing which does not generate | occur | produce even if it is cut | disconnected. Do.

(21) Moreover, in the medicine having a body shape correcting function described in the above (20), the stretchable warp knitted fabric has at least one set selected from a preset and a heat set at a temperature of 180 ° C or higher. By setting it as the preferable aspect of this invention which is a knitted fabric, it can be set as the edge which has no edge treatment which is hard to generate | occur | produce further in the state which was cut | disconnected, and it is preferable.

(22) In addition, in the medical treatment having the body shape correction function described in the above (20) or (21), the stretchable warp knit is knitted to a density exceeding 65 wales per 2.54 cm (1 inch). By setting it as the preferable aspect of this invention, even if it is in the state which was cut | disconnected, it can be set as the edge which has no edge process unnecessary hard to generate | occur | produce further, and it is preferable.

(23) Furthermore, in the medical treatment having the body shape correcting function described in the above (20) or (21), the edge of the edge treatment unnecessary in the state of being cut does not exceed 45 degrees with respect to the knitting direction of the stretchable warp knitted fabric. By setting it as the preferable aspect of this invention which is the edge cut | disconnected by the angle of the range which is not in range, it can be set as the unnecessary edge processing edge which hardly produces further loosening even in the state which was cut | disconnected.

As described above, the medical treatment of the present invention is medical treatment having an edge for which edge processing is unnecessary, and the direction according to each need without making the direction of the switching line of the extension power of the area in which the expansion power change and the direction of the edge unnecessary edge processing not parallel. It is possible to provide medical care that can be designed and applied to medical care having various body shape correction functions.

Claims (23)

Edge treatment in the state of being cut off, and having elastic edges unnecessarily and in which the stretch power varies in a direction substantially perpendicular to the knitting direction in one knitted fabric at the same time, the stretch line of which the switching line of the stretch power is linear At least one edge of the edge of the upper or lower side of the medical which used the fragment which consists of a knitted fabric for at least one part of the raw material fabric which comprises a medical body has the shape correction function which consists of an edge which is not processed by the edge with this cutting | disconnection. In medical treatment, a piece in which the direction of the switching line of the stretching power in the region where the stretching power of the piece changes and the direction of at least one edge line among the edge lines in the state of being cut unneeded by the medical treatment are non-parallel to each other. Body correction function, characterized in that made using Having medical care. The method according to claim 1, wherein the area in which the stretching power changes is (a) a method of forming a plurality of areas having different thicknesses of the elastic yarns to weave, (b) a method of forming a plurality of areas having different numbers of the elastic yarns to weave, (c) a method of varying the width of each region of (a) or (b), or (d) any of the methods in which at least two or more of the methods (a), (b) and (c) are combined. Medical having a body shape correction function, characterized in that formed by. The said linear stretch power switching line reaches the edge part which does not need an edge process in the state which cut | disconnected at least one side of a medical upper end or a lower edge, The edge process unnecessary of Claim 1 or 2 An edge is an edge in which a part with strong elastic power and a weak part are mixed, The medicine with a body correction function characterized by the above-mentioned. The body shape correction according to claim 3, wherein the unnecessary edge of the edge treatment is an edge cut at an angle of 20 to 80 degrees with respect to the knitting direction of the knitted fabric, with at least one of the upper and lower edges of the medical being cut. Medical with function. The medical treatment apparatus according to claim 3, wherein at least one edge of the upper or lower edge of the medical treatment, which is composed of edges which are not trimmed, is cut at an angle of 40 to 50 degrees with respect to the knitting direction of the knitted fabric. Medical having a body shape correction function. The change of the stretching power of the area | region which changes the direction of the edge line of this hem, and the expansion power of this part changes in the state of the edge of a medical clothing in the state which cut | disconnected the edge processing in the state which was cut | disconnected. Medical having a body correction function, characterized in that the directions of the lines are non-parallel to each other. The medical treatment having a body shape correcting function according to claim 1 or 2, wherein the medical treatment is medical treatment having a hip part in which the entire medical treatment is in close contact with the body. The medical treatment having a body shape correcting function according to claim 1 or 2, wherein the medical treatment is a medical treatment having a hip selected from among short panties, girdle, body suits, rear riders, and swimsuits. The frontal pelvis according to claim 1 or 2, wherein the fragment made of the stretchable warp knitted fabric covers a hip portion or a hip portion covering portion covering a hip portion and a side portion, and a front pelvis portion covering the front pelvis portion and the hip portion and a side portion therebetween. A body having a body shape correcting function, characterized in that the part selected from the side-back part. 10. The medical treatment according to claim 9, wherein the medical care is a short pant or girdle, and the short pant or girdle is made of trimmed unnecessary edges while the hem and waist line portions of the short panties or girdle are cut and selected from the hem portion and the waste line portion. The direction of one edge line is non-parallel with the direction of the switching line of the extension power of the area | region which this extension power of this part changes, The medicine with a body correction function characterized by the above-mentioned. 10. The medical treatment according to claim 9, wherein the medical care is a short pant or girdle, and the short pant or girdle is made of trimmed unnecessary edges with the hem and waist line part cut off, Any of the directions is non-parallel to the direction of the switching line of the stretching power of the region in which the stretching power of this part changes. 3. The medical treatment according to claim 1 or 2, wherein the medical is a short panty or girdle, and the short pant or girdle is made of an unnecessary edge edge treatment with the waist line portion at least rear of the short pant or girdle being cut, and With a part as the base, the vertex is located below the rear center line, and the left and right line-symmetric inverted triangular regions of the rear center line are made of a region with strong stretching power, and the bottom length of the inverted triangular region is the waist waste. A length of 1/4 to 2/3 of the line length, and the length on the back center line from the waste line of the inverted triangular region to the vertex of the inverted triangle is the crotch portion from the waste line of the short pant or girdle. Medical having a body correction function, characterized in that the length of 1/4 to 2/3 of the back center line length to. 10. The area according to claim 9, wherein the medical care is a short pant or girdle, and a region where the stretch power of the piece made of the stretchable warp knit is weak covers the rounded ridge of the hip, and the region where the stretch power of the piece is strong is the rounded bump of the hip. Medical line having a body correction function, characterized in that the line of stretching power is a line in a direction inclined obliquely from the side of the hip toward the rear center side to cover the lower side from the side. The medical treatment with a body correction function according to claim 1 or 2, wherein the medical treatment is a bra. The medical care bra as claimed in claim 1, wherein the back fabric of the bra is made of the above-mentioned piece made of an elastic warp knitted fabric, and the top and bottom edges of the back fabric are composed of unnecessary edge treatments with the trimmed state. And the direction of the switching line of the stretch power of the bag fabric is non-parallel with the direction of either the upper or the bottom edge line of the bag fabric. The medical care bra as claimed in claim 1, wherein the back fabric of the bra is made of the above-mentioned piece made of an elastic warp knitted fabric, and the top and bottom edges of the back fabric are composed of unnecessary edge treatments with the trimmed state. And the direction of the switching line of the stretch power of the bag fabric is non-parallel to the directions of the edge lines of both the upper and lower sides of the bag fabric. The medical upper edge according to claim 4, wherein the upper edge of the medical upper portion of the waistline portion of the short pant or the girdle or the upper edge of the bra bag cloth, which is composed of the edge treatment unnecessary edge while being cut, is cut and Edge treatment A medical treatment having a body shape correction function, characterized in that the edge of the lower end of the medical body consisting of unnecessary edges is the short edge of the short pant or the hem portion of the girdle or the bra bag cloth. The non-elastic yarn according to claim 1 or 2, which is made of bright yarn and dulsa, is formed by fractional weaving of the part of weaving the bright yarn and the dulsa, and the gloss difference between the bright yarn and the dulsa at the desired location. Medical with a body shape correcting function, characterized in that a visually visible shape of a linear or band shape is formed. 19. The elastic stretching yarn according to claim 18, wherein the non-elastic yarn, which is woven in each region of a plurality of regions having different stretching powers in which at least one of the thickness of the elastic yarn and the number of weaving are different, is used by fractionally using bright yarn and dulsa, respectively. Medical having a body correction function, characterized in that the upper portion of the power is made into a visually visible shape portion. The stretchable warp knitted fabric according to claim 1 or 2, wherein the stretched warp knitted fabric has an unneeded edge treatment in the state of being cut and simultaneously has a region in which the stretch power changes in a direction substantially perpendicular to the knitting direction in one knitted fabric. The raw material constituting the piece consisting of a piece is a 1 × 1 knitting structure in which a non-elastic yarn and an elastic yarn are included, and at least one of the inelastic yarn and the elastic yarn in each knitting needle is made of an elastic knitted fabric knitted by a closing nose. Medical with function. 21. The medical treatment having a body shape correction function according to claim 20, wherein the stretchable warp knit is a stretch warp knit that is subjected to at least one selected from a preset and a heat set at a temperature of 180 ° C or higher. 21. The medical treatment having a body shape correcting function according to claim 20, wherein the stretch warp knit is a stretch warp knit knitted at a density exceeding 65 wales per 2.54 cm (1 inch). 21. The body shape correction function according to claim 20, wherein the edges of the edge treatment unnecessary in the state of being cut are edges cut at an angle in a range not exceeding 45 degrees with respect to the knitting direction of the stretchable warp knitted fabric. Medical treatment.