KR100423673B1 - An inner wear - Google Patents

Abstract

The formation of protrusions and indentations on the inner surface of the innerwear by the change of the knit structure stimulates the skin, has a massage effect and promotes the reduction of subcutaneous fat and / or excess flesh. Projections and recesses having different knit structures are alternately woven on the inner surface of the innerwear, and the recesses are composed of alternating deep and shallow recesses.

Description

Innerwear {AN INNER WEAR}

The present invention relates to innerwear for women, and more particularly, to innerwear that fits perfectly to the wearer's body, such as tank tops, waist nippers, bodysuits, underpants, girdle, spats, pantyhose, tights, leotards, swimwear, etc. Elastic knit fabric with an elegant appearance.

As a woman ages, flesh or subcutaneous fat accumulates around the abdomen, hips, thighs, etc., the skin loses its elasticity, and the body loses its shape, making it difficult to maintain attractive body behavior. Therefore, some women wear correction underwear to adjust their body shape.

For example, girdle, a woman's universal innerwear, is worn to make the shape of the wearer's body more attractive under the waist, especially in the hips, abdomen, buttocks and thighs. The girdle pulls the protruding lower abdomen and pushes it in, while at the same time lifting the prone buttocks to create a natural shaped curve. Girdles create attractive body rows and are therefore worn by many women.

In recent years, however, the wearer's body shape is not only corrected, but the wearer's skin is also stimulated through the wave-shaped protrusions formed on the inner surface of the girdle to produce a massage effect, and a refresh effect and / or relaxation. Girdles for the purpose of generating an effect and being able to wear it comfortably are proposed.

An example of such a girdle is disclosed in Japanese Patent Laid-Open No. 11-152607. Many rows of wavy projections woven using a tuck stitch are formed on the inner surface of the girdle, and each time the wearer's body moves, these wavy projections properly press and irritate the wearer's skin. Thereby causing a massage action, causing the girdle to exhibit a refreshing and relaxing effect.

As shown in Fig. 19, in this girdle, the girdle (G) of the part where several rows of elastically variable alternating wave-shaped protrusions (W, W, ..., W) must fit against the wearer's body. It is woven in a continuous row using tuck stitches on the inner surface of the cuff).

When the wearer moves her body in the case of exercise or the like, these wave-shaped protrusions W, W, ..., W are elastically deformed, and the pressure appropriate to the wearer's skin coming into contact with the protrusions by this action. By adding a massage effect, a refresh effect and a relaxation effect are given.

However, in the above-described conventional example, as shown in the schematic diagram of Fig. 20, several rows of elastically variable wave-like protrusions W, W, ..., W including the chin stitch are provided in the first half of the predetermined portion. If they are formed in a row continuously without interruption, and therefore the wave-shaped protrusions W, W, ..., W are pulled out by the movement of the wearer's body, the protrusions W are too large as shown in FIG. By being pulled out, the height of the protrusion W temporarily becomes very low while the wearer is moving, and there is a problem that the massage effect and the refresh effect by the protrusion W do not appear sufficiently.

An object of the present invention is to provide an inner wear without the above-mentioned problems.

It is still another object of the present invention to provide innerwear that stimulates the skin by forming protrusions and recesses on the inner surface of the innerwear by changing different knit structures.

Still another object of the present invention is to provide an inner wear having three regions having different depths to ensure a smooth air circulation between the skin and the inner wear.

Still another object of the present invention is to provide an inner wear having a reinforcing structure in a knitted structure that forms a protrusion to hold the protrusion even when excessively expanded.

According to a characteristic of the invention, the innerwear comprises an elastic knitted fabric comprising protrusions and recesses having different knit structures with respect to the inner surface of the innerwear in a position that must fit the wearer's body. The recesses may include alternately deep and shallow recesses.

According to the above-described configuration, every time the wearer's body moves when the innerwear is worn, the protrusions and recesses on the inner surface of the innerwear stimulate the wearer's skin, provide a massage action, promote metabolism, and promote blood circulation. Promote. In addition, flesh or subcutaneous fat is tightened by protrusions and recesses, and this pinching action is repeated every time the wearer's body moves, so that the flesh and / or subcutaneous fat is naturally reduced.

In a configuration in which the recesses include deep recesses and shallow recesses, in particular, the pinching force changes according to the difference in depth between the deep recesses and the shallow recesses, which has a greater effect in reducing subcutaneous fat.

In addition, when wearing innerwear, the carapace and / or subcutaneous fat are pushed to the shallow and deep recesses by the protrusions, but even when the shallow recess is filled with the cartilage and / or subcutaneous fat, the carapace and / or Alternatively, as the air layer remains on the subcutaneous fat layer, the air permeability is improved, the feeling of pressure is alleviated, and fresh and comfortable innerwear is obtained.

In addition, air enters deep and shallow recesses to give a heat insulating effect, and therefore, the innerwear of the present invention may be used as innerwear for preventing cold.

The innerwear has a knitted structure in which deep recesses are woven into plain stitches, shallow recesses are arranged in a matrix form in the plane stitch area and the float stitch area, and the protrusions are the plane stitch area and the float stitch. The regions may have a knit structure arranged alternately, and the number of rows of stitches may have a configuration that is set more in the float stitch region of the protrusion than in the float stitch region of the shallow concave portion.

The protrusion may consist of a float stitch area and a plane stitch area, and the float stitch area may be formed of a plurality of float stitches and one or more tuck stitches.

In addition, the float stitch area may be formed of a plurality of float stitches and a plurality of tuck stitches set for each predetermined number of float stitches.

In addition, the recess or the shallow recess may be constituted by the arrangement of the plane stitch region, the float stitch region and the tuck stitch region.

According to this configuration, the protrusions are pulled by the float stitch regions in which the plain stitch regions are alternately arranged so that they swell to some extent on the back side, and the shallow recesses are caused by the float stitch regions where the plane stitch regions are arranged in a matrix form. As the number of rows of stitches is set more in the float stitch area of the projection than in the float stitch area of the shallow concave portion, the amount of protrusion of the bulge is increased. Greater than the amount In addition, the deep recesses are woven in plain stitches and thus remain flat. As a result, the knitted structure on the back side (inner surface) ensures that the wave forms of the protrusions, the deep recesses and the shallow recesses are reliably formed, and the relationship between the protrusions, the deep recesses and the shallow recesses is maintained. One effect will be apparent. In a configuration in which the float stitch area of the protrusion or the shallow concave further includes a chin stitch or chin stitch portion, the chin stitch further enhances the formation of the protrusion.

The expanding yarn of the float stitch may have a stronger strength than the yarns that make up the other stitches. Thereby strengthening and supporting the formation of protrusions.

When innerwear is worn, the innerwear is woven so that the outer surface side of each deep concave portion expands almost elliptical, and the outer surface side of each shallow concave portion expands almost square. Thus, an elliptical appearance is prominent in appearance, and innerwear having an attractive and elegant design that cannot be achieved with conventional innerwear can be obtained.

1 is a schematic perspective view showing a girdle according to a first embodiment of the present invention;

2 is a schematic perspective view showing a long spat according to a second embodiment of the present invention;

3 is a schematic perspective view showing a tank top according to a third embodiment of the present invention;

4 is a schematic perspective view showing a swimsuit according to a fourth embodiment of the present invention;

Fig. 5 is a schematic illustration showing the front side (outer surface) of the innerwear knitted fabric of the present invention at the time of non-wearing;

Fig. 6 is a schematic illustration showing the front side (outer surface) of the innerwear knitted fabric of the present invention at the time of wearing;

Fig. 7 is a schematic explanatory view showing recesses and protrusions on the back side (inner surface) of the innerwear knitted fabric of the present invention at the time of non-wearing;

8 is a cross-sectional view taken along the line A-A of FIG.

Fig. 9 is a schematic explanatory view showing recesses and protrusions on the back side (inner surface) of the innerwear knitted fabric of the present invention when worn;

10 is a plan view showing an example of the knit structure of the innerwear of the present invention;

Fig. 11 is an enlarged plan view showing the front side (outer surface) of the knit structure of the innerwear of the present invention at the time of non-wearing;

Fig. 12 is an enlarged plan view showing the back side (inner surface) of the knit structure of the innerwear of the present invention at the time of non-wearing;

Fig. 13 is an enlarged plan view showing the front side (outer surface) of the knit structure of the innerwear of the invention when worn;

Fig. 14 is an enlarged plan view showing the back side (inner surface) of the knit structure of the innerwear of the invention when worn;

15 is a plan view showing a first modification of the knit structure of the innerwear of the present invention;

16 is a plan view showing a second modification of the knit structure of the innerwear of the present invention;

17 is a plan view showing a third modification of the knit structure of the innerwear of the present invention;

18 is a plan view showing a fourth modification of the knit structure of the innerwear of the present invention;

19 is a schematic perspective view showing a conventional girdle;

20 is an explanatory diagram showing a state when a part of a conventional protrusion is not inflated; And

It is explanatory drawing which shows the state when a part of conventional protrusion is expanded.

An embodiment of the present invention will be described below with reference to FIG. 1. 1 shows a first embodiment of the present invention. Reference numeral 1 denotes the main body of the girdle. The left and right sides of the main body of the girdle are each woven by circular pieces, and the edges of the girdle are joined to each other by sewing each other to form one girdle.

According to this girdle, a highly elastic plate-shaped elastic belt 2 is formed along the lateral direction around the outer periphery of the upper opening of the girdle main body 1, and the girdle has a lower panty cloth 3 which wraps around the wearer's hips and waist. , A groin cloth (4) of elastically sutured fibers surrounding the groin of the wearer, and a thigh fabric (5) surrounding the thighs of the wearer.

Elastic yarns such as polyamide and polyuratan, cotton yarn, and the like are used for the girdle main body 1. The protrusions 6 and the recesses 7 and 8 of different structures are alternately woven in the circumferential direction on the inner surface of the thigh cloth 5 and the lower panty cloth 3 of the girdle main body shown in FIG. 8, the recesses including the deep recesses 7 and the shallow recesses 8 are alternately woven as shown in FIG. 7. In addition, the front side (outer surface) of the knitted structure is alternately woven in the order shown in Fig. 5 in which portions corresponding to the protrusions 6, the deep recesses 7, the protrusions 6, and the shallow recesses 8 are shown. .

More specifically, as shown in Fig. 10, each of the deep recesses 7 is woven in a plane stitch, and each of the protrusions 6 includes one row and 20 column float stitch regions (R1: second float stitch regions), Three rows and 20 rows of plain stitch regions R2 are arranged alternately, and each shallow recess 8 has two rows and two rows float stitch regions (R3: first float stitch regions) and two rows and two columns. Plain stitch regions R4 are arranged in a matrix.

Although the knitted structure in FIG. 10 has been expanded and shown for explanation, in reality, in each of the protrusions 6, each plane stitch area R2 is a loop (for each row of 20 rows float stitch area R1). 61) expands to the back side by the amount of 20 rows pulled in one row, and in each shallow concave portion 8, each plane stitch area R4 is a loop of two rows and two columns float stitch areas R3. By 81, it expands to the back side by the amount of two rows pulled in one row. As a result, as shown in Fig. 12, the rear surface side (inner surface) of the knit structure has the protrusions 6, the deep recesses 7, the protrusions 6, and the shallow recesses 8 alternately squeezed in this order. As shown in Fig. 11, the front side (outer surface) of the knit structure has a portion corresponding to the protrusion 6, the deep recess 7, the protrusion 6 and the shallow recess 8 in this order. Alternately weaved.

In addition, when the girdle is worn, as shown in Figs. 6 and 13, on the front side of the knit structure, the outer surface side of each protrusion 6 does not change significantly in shape, and the outside of each deep recess 7 The surface side expands and changes to an approximately oval shape. The outer surface side of each shallow recess 8 expands and changes into a substantially rectangular shape. In addition, as shown in Figs. 9 and 14, on the back side (inner surface) of the knitted structure, the shape of the protruding portion does not change significantly, but the deep concave portion 7 expands and changes to an approximately elliptical shape, and is shallow. The recess 8 expands and changes into a rectangle.

The reason why the shape of the deep concave portion 7 is changed as described above is that the protrusions 6 are held in a state in which 20 rows are pulled in a single row by the loop 61 of each row 1 row 20 float float region R1. ) Cannot be expanded, while the deep recess 7 is free to expand as it is knitted with the plain stitch, and thus suppressed by the non-expanding protrusions 6, on all four sides by the protrusions 6. Each enclosed deep recess 7 expands to change shape, and the shape of each deep recess 7 becomes approximately elliptical.

The reason why the shape of the shallow recesses 8 changes as described above is that the protrusions 6 do not expand, while the 2 rows 2 rows float stitch area R3 and the 2 rows 2 rows plain stitch area R4. As each shallow recess 8 having a knit structure arranged in this matrix expands and changes while maintaining a quadrangle, it is restrained by the non-expandable protrusion 6 and at four sides by the protrusion 6. The enclosed shallow recesses 8 expand and change shape so that the shape of each shallow recess 8 becomes approximately square.

When the girdle knitted in this way is worn, the inner surface between the abdomen and the hip and the protrusions 6 formed on the inner surface around the thighs are brought into close contact with the corresponding part of the wearer's body. Do the same, irritate the wearer's skin, resulting in improved blood circulation and overall improvement of the wearer's metabolism.

This contributes considerably to the improvement of health, and furthermore, the outstanding effect only in the present invention is described below.

When these girdle is worn, as shown in Figs. 6 and 13, on the outer surface of the girdle, a shape like a square on the outer surface side of each of the deep recesses 7 greatly expands laterally and stands out in appearance. It becomes oval in shape, and as a result, it is possible to obtain attractive and refined girdle which could not be obtained in the conventional girdle, and thus is suitable as innerwear for women.

On the other hand, on the inner surface of the girdle, the cartilage and / or subcutaneous fat are tightened by the laterally extending projections 6, the deep recesses 7 and the shallow recesses 8, each time the wearer moves. By this repeated tightening effect, there is an effect that the fat and / or subcutaneous fat is naturally reduced.

The tightening force changes according to the depth difference between the deep recesses 7 and the shallow recesses 8, and as a result, the effect of reducing subcutaneous fat is further increased. In addition, when wearing the girdle, carcasses and / or subcutaneous fat are pressed by the protrusions to move into the shallow recesses 8 and deep recesses 8, while the shallow recesses 8 are carved and / or subcutaneous fat. Even when filled with deep recesses, an air layer remains on the layer of carnage and / or subcutaneous fat, resulting in a girdle with improved ventilation and a relaxed feeling of pressure, thus providing a refreshing and pleasant fit Can be obtained. In addition, the air enters the deep recesses 7 and the shallow recesses 8, whereby the thermal insulation effect occurs, and thus the girdle can be used for thermal insulation.

2 shows a second embodiment of the present invention. The first embodiment relates to a girdle that wraps up to the thigh, but this embodiment relates to a long spat 11 that wraps from the bottom of the thigh to the ankle, and the recesses and protrusions on the inner surface of both the front side and the back side are It is formed from the waist to the ankle. In contrast, the basic knit method including the material of the elastic yarn is the same as in the first embodiment, and the same reference numerals are given to the same parts.

When the long spat 11 woven in this manner is worn, in addition to the same effect as in the first embodiment, the elliptical shape on the outer surface side of the deep concave portion 7 appears obliquely as the distance from the ankle is increased. Squatting action appears on the leg, which reduces the swelling and fatigue of the leg.

3 shows a third embodiment of the present invention. The first and second embodiments relate to innerwear worn on the lower half of the body, but this embodiment relates to an example in which the present invention is applied to a tank top worn on the upper half of the body. The recesses and the protrusions are formed on both front and rear sides of the tank top 21.

When the tank top 21 woven in this manner is worn, in addition to the effects of the first embodiment, the effect of massaging the shoulders and the back is obtained, thereby releasing the fatigue of the shoulders.

4 shows a fourth embodiment of the present invention. The first and second embodiments relate to innerwear worn on the lower body of the body, while the third embodiment relates to innerwear worn on the upper body of the body, but this embodiment is a swimsuit worn on both the lower body and the upper body of the body. The example which applied this invention to (31) is related. The recesses and protrusions are formed on the inner surfaces of both the front and back sides of the swimsuit 31.

When the swimsuit 31 woven in this manner is worn, the effects in the first and third embodiments occur.

Next, various patterns of the knitted structure according to the present invention will be described below with reference to FIGS. 15 to 17.

The first modification is shown in FIG. 15. As shown in FIG. 15, the protrusions 106 are formed by alternately arranging one row and 20 column float stitch regions (R11 (second float stitch region) and three rows and 20 column plain stitch regions R12). . In each second float stitch area R11, the turk stitches 161 (162, 163, 164, or 165) are formed in all rows (161 to 165 turk stitch groups). The shallow concave portion 108 has a two-row, two-column float stitch area (R13: first float stitch area), two-row, two-column plain stitch area R14, and two-row, two-column turk stitch area R15 in a certain order. It is formed to be arranged. Deep recesses 107 are formed by plane stitches.

In the same manner as the arrangement shown in FIG. 10, the knitted structure of FIG. 15 is developed and illustrated for the purpose of explanation, but in reality, the portions corresponding to the protrusions 106 are alternately arranged in the plane stitch area R12 and the float stitch area ( R11), and the back side (inner surface) of the knit structure is each 3 rows and 20 rows of plane stitches in an amount equivalent to 20 columns pulled in one row by the loop 166 formed in each row 1 and 20 columns. Region R12 is caused to expand. In addition, each of the float stitch regions R11 of the protrusion 106 is tucked into each of the four rows by the turk city groups 161 to 165, thereby maintaining a predetermined height even when the knitted material expands.

That is, when the 20-row float stitch and the 20-row plain stitch are combined with the turk stitch formed in each of the 4 rows of each float stitch region R11, and weaved alternately to construct the protrusion 106, the protrusion 106 can be maintained at an appropriate height. have. Since a few Turk stitches are formed in each of the four rows, there is no burden due to the sewing operation of the circular knitting machine during weaving.

The shallow concave portion 108 has a back surface side (inner side) of the knit structure corresponding to each plane stitch region R14, which is formed in two loops 81 formed in each of the two rows and two columns of the float stitch regions R13. Thereby expanding by an amount equivalent to two rows pulled into one row. The shallow concave portion 108 is configured such that each two-row, two-column turk stitch region R15 is adjacent to the float stitch region R13 and the plane stitch region R14 in a constant direction and in a predetermined order. Thus, even when the knitted material expands, the shallow concave portion 108 reliably maintains its predetermined depth due to the presence of the turk stitch 182.

The shallow concave portion 108 arranges the two-row, two-column plane stitch area R14 and the two-row, two-column turk stitch area R15 in a matrix, or the two-row, two-column plain stitch area R14 and two-column two. It may also be made by arranging the row float stitch regions R13 in a matrix. Although the knitted fabric is expanded in a manner similar to the knit structure shown in Fig. 15 in which the float stitch area R13, the plane stitch area R14, and the turk stitch area R15 are adjacent to each other in a certain order, these modified arrangements are shallow concave. The part 108 is reliably made to a predetermined depth.

As shown in FIG. 12, according to the first modification of the pattern, the back side (inner side) of the knit structure includes the protrusion 106, the deep recess 107, the protrusion 106, and the shallow recess 108. ) Will be arranged in this order in turn. In addition, as shown in FIG. 11, the front side (outer side) of the knitted structure has a portion corresponding to the protrusion 106, the deep recess 107, the protrusion 106, and the shallow recess 108. They will be arranged in order.

As shown in FIGS. 6 and 13, when the girdle knitted as the first variant is worn, the outer surface of the girdle is each deep recess 107 while keeping each protrusion 106 always unchanged. The outer surface side of is expanded in a substantially rectangular shape, and the outer surface side of each shallow recess 108 is deformed in such a way that it expands in an approximately elliptical shape.

As shown in Figs. 9 and 14, the back side (inner side) of the girdle knit structure is substantially elliptical in the inner surface side of each deep concave portion 107 while keeping each projection 106 invariably. And the inner surface side of each shallow recess 108 is expanded in a substantially rectangular shape.

The reason why the deep concave portion 107 is changed into the shape described above is that the float stitch regions R11 are tugs made by the turk stitch groups 161 to 165, and each one row of 20 rows float stitch regions R11. This is because the projection 106 cannot be expanded because the state is maintained so that 20 rows are pulled into one row by the loop 66 of the " On the other hand, the deep concave portion 107 is knitted in a plane stitch and thus can be freely inflated, so that the deep concave portion 107, which is enclosed on all four sides by the protrusion 106, respectively, is provided in the non-expandable protrusion 106. The shape of each deep recess 107 becomes approximately elliptical while expanding and changing its shape while being restrained by it.

In addition, the reason why the shallow concave 108 is changed into the shape described above is that the protrusions 106 cannot be expanded, while each of the shallow concave 108 has a two-row, two-column float stitch area R13, two. The row 2 column plain stitch region R14 and the 2 row 2 column turk stitch region R15 have a knitted structure arranged in an adjoining manner, thereby expanding and changing while maintaining the square shape, and by the protrusions 106. This is because the shallow recesses 108 surrounded on all four sides expand and change the shape while being restrained by the non-expandable protrusions 106, so that the shape of each shallow recess 108 becomes approximately square. .

When the girdle knitted as a first variant is worn, the protrusions 106 formed around the inner surface between the belly and buttock and the thighs that fit snugly against these parts of the wearer's body are finger-pressure. ) And irritates the wearer's skin, thereby promoting circulation of blood and lymph and improving the overall metabolism of the wearer's body. Therefore, a significant contribution is made to health promotion, and the following excellent effect on the present invention is also shown.

As shown in Figs. 6 and 13, when the girdle is worn, on the outer surface of the girdle, a substantially rectangular shape on the outer surface side of each deep concave portion 107 is greatly expanded laterally and becomes approximately elliptical. It becomes apparent in appearance, and attractive and refined girdles which cannot be obtained from a conventional girdle are obtained, which makes it a suitable girdle as an innerwear of women.

On the inner surface of the girdle, on the other hand, the carnage and / or subcutaneous fat is laterally tightened by the protrusions 106, the deep recesses 107, and the shallow recesses 108, and this tightening action is carried out when the wearer moves. Repeated every time, the effect is that the flesh and / or subcutaneous fat is naturally reduced.

In particular, the tightening force changes according to the depth difference between the deep recess 107 and the thin recess 108, and as a result, has a greater effect in reducing subcutaneous fat. In addition, when girdle is applied, the flesh and / or subcutaneous fat pulled by the protrusion 106 is moved into the shallow recess 106 and the deep recess 107, while the shallow recess 108 is swelled and / or Or, even if filled with subcutaneous fat, in the deep recess 107, an air layer is retained on the layer of flesh and / or subcutaneous fat, improving girdle's breathability and relieving pressure, resulting in freshness and good fit. In addition, air is introduced into the deep concave portion 107 and the shallow concave portion 108 to effect the cold protection effect can be used for girdle insulation.

In the first modification of the knit structure, the protrusions and recesses formed on the inside of the knitted fabric of the garment are alternately formed with the protrusions 106 and the recesses having different knit structures, and each recess is a deep recess 107. And deep recesses 107 and shallow recesses 108 alternately formed with protrusions 106 interposed between the shallow recesses 108. However, the deformation of the knitted fabric is not limited to this.

In more detail, as shown in Fig. 16 showing the second modification, the protrusions 206B aligned in the row direction are knit fabrics of in-wear such that the plain stitch area 203 and the protrusions 206B are alternately formed. It may be formed on the inner surface of the.

Similar to the arrangements shown in FIGS. 10 and 15, the knitted structure of FIG. 16 is shown expanded for explanatory purposes. Each protrusion 206B includes a float stitch area R21 and a plane stitch area R22. More specifically, knitted segment R20 having four rows and sixteen rows as a unit of a knitted structure including one row and sixteen rows of float stitch regions R21 and three rows and sixteen rows of plain stitch regions R22, They are aligned side by side in the row direction. That is, the series of knitted segments R20 are straightly aligned in the row direction (lateral direction).

On the back side (inner side) of the knit structure, each plane stitch area R22 is bulged by an amount corresponding to 16 rows pulled by the loop 245 of each one row and 16 column float stitch area R21. . Therefore, the protrusions 206B are aligned straight in the row direction with the ribs of each of the protrusions kept at a predetermined height and the plane stitch area 203 interposed between adjacent ones of the protrusions 206B. The folded turk stitches are formed in the float stitch area R21 of the projection 206B in four rows (that is, the turk stitch groups with reference numerals 241 to 244), respectively.

In this way, when each of the protrusions 206B is formed by combining the turk stitches formed in each of the four rows of each float stitch area R21 with the 16 rows of the float stitches and the 16 rows of the plane stitches, the protrusions 206B are annular knitted. Since it is free from the burden caused by the bar operation during knitting of the group, it is possible to keep the projection 206B at a sufficient height.

Clothing made of the knitted fabric of the second modification of the knitted structure has the following effects. Since the plane stitch area 203 interposed between adjacent ones of the protrusions 206B is inflated each time the wearer moves her body, the tension applied to each protrusion 206B is reduced. With this structure, the knit fabric is inflated with each projection 206B which ensures that the desired height is maintained.

Therefore, the series of protrusions 206B and the recesses corresponding to the plane stitch area 203 reliably provide a massage action, and as a result, a pattern of a form inflated by the series of protrusions and the recesses is formed in its appearance. Provide clothing with a fascinating, stylish design.

Next, a third modification of the knitted structure will be described with reference to FIG. 7. As shown in Fig. 17, the protrusions 106C aligned in a row or bend in the row direction may be formed on the inner surface of the knitted fabric of the garment. The protrusions 206C are arranged in a row direction by a certain number of columns in such a way that the protrusions 206C are bent with the plain stitched area 203 'interposed between adjacent ones of the protrusions 206C. Are moved from each other.

Similar to the arrangement shown in FIGS. 10, 15, and 16, the knitted structure of FIG. 17 is shown in an expanded state for the sake of explanation. The portion corresponding to each protrusion 206C includes a float stitch area R21 'and a plane stitch area R22'. More specifically, the single-row 16-column float stitch area R21 'and the three-row 16-column plane stitch area R22' in such a manner that the knitted segments R20 'are moved from each other in the column direction by a certain number of columns. As a unit of a knitted fabric structure including a knitted fabric segment (R20 ') including 4 rows and 16 columns, respectively, are arranged side by side in the row direction. That is, the series of knitting units R20 'are arranged in a bend form in the row direction.

The back side (inner side) of the knit structure corresponds to 16 rows in which each plane stitch area R22 'is pulled into one row by a loop 245' of each one row of 16 row float stitch areas R21 '. Inflated by amount. Therefore, the projections 206C are aligned straight in the row direction with the ribs of each of the projections maintained at a predetermined height and the plane stitch area 203 'interposed between adjacent ones of the projections 206C. The folded turk stitch is formed in four rows (that is, the folded turk stitch group of reference numerals 241 'to 244') in the float stitch region R21 'of the protrusion 206C, respectively.

Therefore, similar to the knitted structure shown in Fig. 16, the series of protrusions 206C and the recesses corresponding to the plane stitch area 203 'reliably provide a massage action, and as a result, the series of protrusions and the recesses An inflated pattern is then formed on the exterior, providing a fascinating and stylish garment.

Next, with reference to FIG. 18, the 4th modified example of a knit structure is demonstrated. The protrusions 206d aligned in the row direction may be formed on the inner surface of the knit fabric of the garment in such a manner that the plain stitch 203 " and the protrusions 206D are alternately formed.

Similar to the arrangements shown in FIGS. 10, 15, 16, and 17, the knit structure of FIG. 18 is shown in an unfolded state for illustrative purposes. The portion corresponding to each protrusion 206D includes a float stitch area R21 "and a plane stitch area R22". More specifically, a knitted segment having four rows and sixteen rows as a unit of a knitted structure including a one-row 16-column float stitch region R21 "and a three-row 16-column plain stitch region R22" is a knitted segment. (R20 ") are arranged side by side in the row direction in such a way that they are moved from each other in the column direction by a certain number of columns. That is, the series of knitted segments R20" are aligned straight in the row direction (lateral direction).

The back side (inner side) of the knit structure corresponds to 16 rows in which each plane stitch area R22 " is pulled into one row by a loop 245 " of each one row and 16 row float stitch area R21 ". Thus, the protrusions 206D are aligned straight in the row direction with the ribs of each of the protrusions held at a predetermined height and the plane stitch area 203 " sandwiched between adjacent ones of the protrusions 206D. do.

However, in this modification, one turk stitch 241 "is formed in the float stitch area R21" of the projection 206D. In the fourth variant, the turk stitch 241 "is formed by thread present in the subsequent row to form the loop 245". However, it may be evaluated that the turk stitch is formed by yarn on the middle row or the top row in the float stitch area R21 ″.

The series of protrusions 206D and the recesses corresponding to the plane stitch area 203 " reliably provide the massage action, and as a result, a pattern inflated by the series of protrusions and the recesses is formed on the exterior, which is fascinating. And provides stylish clothing.

In the above embodiment, the whole knitted fabric is woven from the same knitted material. However, the present invention is not limited thereto. For example, the knit material for the loop 166 in the float stitch of the first variant of the knit structure is more than used for other parts to increase the tensile force exerted in the loop 166 of the float stitch area R11. Has a stronger strength. In the case of the loops 61 (166, 245, 245 ′, 245 ″), a double yarn may be provided instead of a single yarn.

Also, in the configuration of the fourth variant, the loop 245 "may be constituted by soft yarn, and the turk stitch 241" may be constituted by hard yarn. Soft and hard yarns may be combined into a single yarn in the plane stitch area.

The same modification can be applied to the two loops 81 provided in each float stitch area R13. Similarly, the above modification can be applied to the Turk group of (161 to 165), (241 to 244), (241 "to 244") and (241 "), (181) and (182).

The foregoing description is a description of the basic embodiment of the present invention. However, the present invention is not limited to the above embodiment. For example, the abdomen in front of the girdle or the long spats may be formed in a V shape to compress the abdomen more strongly.

Moreover, in the above description, the examples illustrate knitted fabrics using yarns of the same material, but the present invention is not limited thereto. In order to enhance the pulling strength of the loops 61 (166, 245, 245 '245 "), the loops 61 (166) of the float stitch area R1 (R11, R21, R21', R21"). , 245, 245 ', 245 ") may be formed of a yarn having a higher strength than the threads constituting other stitches. Other yarns, such as loops 61 (166, 245, 245' 245") You can create a double loop by adding a loop. This may also apply to the two loops 81 and 181 of each float stitch area R3 and R13.

It goes without saying that various design variations are possible without departing from the spirit of the invention and maintaining the object of the invention.

As described above, the innerwear according to the present invention is composed of an elastic knitted fabric including protrusions and recesses having different knit structures alternately with respect to the inner surface of the innerwear in portions that must fit the wearer's body. The recess includes a deep recess and a shallow recess. The protrusion has a knit structure in which a plain stitch area and a float stitch area are alternately arranged.

When wearing the innerwear, whenever the wearer's body moves the protrusions and recesses on the inner surface of the innerwear, the wearer's skin is stimulated to generate a massage effect, promote metabolism, and improve blood circulation. Furthermore, the fat and / or subcutaneous fat is tightened by the protrusions, and each time the wearer's body moves, the deep and shallow recesses repeat the tightening action, thereby exhibiting the effect of naturally reducing the fat and / or subcutaneous fat. .

In particular, the tightening force changes with the difference in depth between the deep and shallow recesses, resulting in a better subcutaneous fat reduction effect. Moreover, when wearing innerwear, the cartilage and / or subcutaneous fat is pushed back as the protrusion moves to the shallow and deep recesses, and even when the cartilage and / or subcutaneous fat fills the shallow recess, the deep recess is air layer. The innerwear according to the present invention has improved respirability and can reduce the feeling of pressure because it remains on the flesh and / or subcutaneous fat layer of the flesh, thereby obtaining a good fit. In addition, since the air entering the deep recesses and the shallow recesses creates a warming effect, the innerwear according to the present invention can also be used for warming.

The deep recess may preferably be woven in a plain stitch. In addition, the shallow concave portion may be formed of a knitted structure in which the plain stitch area and the float stitch area are arranged in a matrix. Further, the shallow concave portion may preferably be formed in a knit structure in which the plane stitch area, the float stitch area, and the turk stitch area are arranged in a matrix. In addition, the protrusion may be configured such that the plane stitch region and the second float stitch region are alternately arranged, and the number of rows of stitches is set so that the float stitch region of the protrusion is larger than the float stitch region of the shallow concave portion.

Thus, the wavy shapes of the protrusions, the deep recesses and the shallow recesses can be reliably formed on the opposite side (inner surface) of the knit structure while maintaining the relationship between the protrusions, the deep recesses and the shallow recesses. The effect can be reliably exhibited.

When wearing innerwear, the outer surface of each deep recess extends approximately oval, and each shallow recess can be squeezed such that the innerwear expands approximately square. Therefore, when wearing the innerwear, the oval becomes prominent in appearance and becomes an attractive, classy design, so it can be an ideal women's innerwear not achieved in the conventional innerwear.

The float stitch area of the protrusion preferably comprises a plurality of float stitches and one or more stuck stitches. It is also preferable that a plurality of turk stitches are formed, and the turk stitches are arranged for each predetermined number of float stitches. Turk stitches strengthen and support the formation of protrusions by the combination of float stitches and plain stitches.

In addition, it is preferable that the expanded yarn of the second float stitch has a stronger strength than the threads forming the other stitches. This strengthens and supports the formation of the protrusions by the combination of the float stitch and the plane stitch.

This application is based on the JP Patent application 2001-60323, 2001-115763, 2001-155544, The content of these patent applications becomes a part of this specification as a reference.

Claims (8)

An innerwear comprising an elastic knitted fabric comprising protrusions and recesses having different knitting structures alternately with respect to the inner surface of the innerwear in a position that must fit the wearer's body. The innerwear according to claim 1, wherein the recess includes a deep recess and a shallow recess. The method of claim 2, wherein the deep concave portion is woven in a plane stitch, the shallow concave portion is formed of a knitted structure in which the plain stitch region and the first float stitch region is arranged in a matrix, the projection is a plane stitch region and a second float The innerwear, wherein the stitch regions are formed in a knit structure arranged alternately, and the number of rows of stitches is set so that the second float stitch region is larger than the first float stitch region. The method of claim 2, wherein the deep concave portion is woven in a plane stitch, the shallow concave portion is composed of a knitted structure in which a plain stitch region, a first float stitch region and a turk stitch region are arranged in a matrix, the projection is a plain stitch region And a second float stitch region alternately arranged, wherein the number of rows of stitches is set so that the number of stitch rows of the second float stitch region is larger than that of the first float stitch region. 5. The innerwear of claim 3 or 4, wherein the second float stitch region includes a plurality of float stitches and one or more turk stitches. The innerwear of claim 1, wherein the protrusion includes a plane stitch area and a float stitch area alternately arranged, and the float stitch area includes a knit structure including a plurality of float stitches and one or more turk stitches. The innerwear according to claim 6, wherein the float stitch area includes a plurality of turk stitches for every predetermined number of float stitches. The innerwear according to claim 6, wherein the concave portion is composed of a plain stitch.