CN219741885U

CN219741885U - Light-weight abdomen-contracting buttocks-lifting trousers

Info

Publication number: CN219741885U
Application number: CN202321137354.1U
Authority: CN
Inventors: 赵岚童
Original assignee: Shantou Libaolai Industrial Co ltd
Current assignee: Shantou Libaolai Industrial Co ltd
Priority date: 2023-05-12
Filing date: 2023-05-12
Publication date: 2023-09-26
Anticipated expiration: 2033-05-12

Abstract

A light-weight abdomen-contracting buttocks-lifting trousers is characterized in that: the front piece assembly is formed by bonding a front outer side cloth layer, a front silica gel layer and a front inner side cloth layer, wherein the front silica gel layer comprises an abdomen lifting and folding mechanism and a front periphery shaping mechanism; the back piece component is formed by attaching a back outer cloth layer, a back silica gel layer and a back inner side cloth layer, wherein the back silica gel layer comprises a back hip lifting shaping mechanism and a back periphery shaping area. Compared with the prior art, the utility model has the beneficial effects that the front silica gel layer and the rear silica gel layer are arranged, and different structural designs are carried out for each region of the waist and the abdomen, so that the purposes of better abdomen contraction and buttocks lifting can be realized, the abdomen appearance of the body can be better shaped, and the ratio of the structures of each part to the human body is more uniform, so that the user can not generate excessive pressure on the local part of the body when wearing the light shaping abdomen contraction buttocks lifting trousers for a long time, the mark on the surface of the human body can be effectively avoided, and the adverse effect on the body can be reduced.

Description

Light-weight abdomen-contracting buttocks-lifting trousers

Technical Field

The utility model relates to a piece of clothing for shaping waist and abdomen areas of a body, which is used by females, in particular to a pair of light shaping abdomen-contracting buttocks-lifting trousers which can respectively shape different areas of the waist and abdomen of a human body, has more uniform pressure on the whole human body and effectively avoids marks on the surface of the human body.

Background

As people grow up, especially after the middle-aged, people often accumulate a lot of fat due to life, work and other reasons. The female is particularly obvious in stature change due to the influence of factors such as fertility and the like, and the importance of the female on stature is far better than that of the male. Therefore, in order to enable the wearer to have a good figure, currently, the wearer often wears the shaping pants with the shaping function to shape the waist and abdomen of the wearer.

However, the applicant found that the structures of these body shaping pants are designed to achieve the purpose of shaping the entire waist and abdomen, which results in too great pressure on the human body and too great burden on the human body for long-term wearing.

As disclosed in chinese patent publication No. CN217136865U, entitled "a pair of abdomen-contracting and hip-lifting shaping pants", a pair of abdomen-contracting and hip-lifting shaping pants includes a shaping pants body, a crotch-contracting belt, a hip-lifting belt and a waist-straightening belt; the middle part of the crotch collecting belt is positioned at the rear side of the waist, one end of the crotch collecting belt advances towards one side crotch part and obliquely downwards bypasses, the crotch collecting belt winds from the front side of the crotch part to the rear side of the side crotch part, the other end of the crotch collecting belt advances towards the other side crotch part and downwards bypasses, and the crotch collecting belt winds from the front side of the crotch part to the rear side of the side crotch part, and forms a non-closed belt-shaped structure; the crotch collecting belt is sewn at the crotch position of the shaping trousers body; the hip lifting belt is sewn at the hip position of the shaping pants body, the upper side of the hip lifting belt is sewn with the crotch collecting belt in a crossing manner, and the lower side of the hip lifting belt is sewn with the lower side of the shaping pants body; the shaping trousers are characterized in that the waist supporting belt is sewn at the waist position of the shaping trousers body, the lower side of the waist supporting belt is sewn with the crotch collecting belt in a crossing manner, and the upper side of the waist supporting belt is sewn with the upper side of the shaping trousers.

This draw abdomen and carry buttockss shaping trousers adopts to draw the crotch area, carry buttockss area and prop up waistband and bind, pull the corresponding position of human body, though can play the shaping effect, draw crotch area, carry buttockss area and prop up waistband itself and can produce very strong oppression to the human body, its pressure is long-term to the human body effect, can cause the harmful effects, moreover by the region of their oppression, because the pressure that receives is obviously bigger than other positions, be liable to form the trace of reining in the human body (just like the suspender of traditional underwear commonly used, but the visual effect that involves, the visual effect that produces is obviously much more), in case the user wears bikini or underwear, pants will seriously influence user's health impression, the side effect is very obvious.

Disclosure of Invention

The utility model aims to provide the light-weight abdomen-contracting buttocks-lifting trousers which can respectively shape different areas of the waist and the abdomen of a human body, has more uniform pressure on the whole part of the human body and effectively avoids marks on the surface of the human body. The technical scheme adopted is as follows:

a light-weight abdomen-contracting buttocks-lifting trousers is characterized in that: the front piece assembly is formed by connecting a front piece assembly and a rear piece assembly, the front piece assembly is formed by laminating a front outer side cloth layer, a front silica gel layer and a front inner side cloth layer, the front silica gel layer comprises an abdomen lifting and folding mechanism and a front periphery shaping mechanism, and the abdomen lifting and folding mechanism sequentially comprises from top to bottom

The V-shaped upper abdomen contracting unit forces the upper side of the abdomen of the human body to contract inwards;

the butterfly-shaped middle lifting abdomen-drawing unit lifts the middle part of the abdomen of the human body upwards and forces the middle part of the abdomen of the human body to shrink inwards;

the prismatic netlike lower abdomen-contracting unit forces the lower part of the abdomen of the human body to shrink inwards;

the left thigh top shaping unit forces the top of the left thigh of the human body to shrink inwards;

the right thigh top shaping unit forces the top of the right thigh of the human body to shrink inwards;

the back piece component is formed by attaching a back outer cloth layer, a back silica gel layer and a back inner cloth layer, wherein the back silica gel layer comprises a back hip lifting shaping mechanism and a back peripheral shaping area, and the back hip lifting shaping mechanism sequentially comprises from top to bottom

A back folding unit forcing the back to shrink inwards;

the buttock shaping unit respectively extrudes and plasticizes the left buttock area and the right buttock area of the human body inwards at the outer sides of the left buttock area and the right buttock area; a w-shaped buttock lifting unit for lifting buttocks upwards from the lower part of buttocks (buttocks comprise a left buttock area and a right buttock area) of a human body;

a left back pressing unit pressing from the left back to the middle;

and a right back pressing unit for pressing from the right back to the middle.

In a preferred scheme, the front outer side surface cloth layer is formed by connecting a front outer side waist and abdomen area with a left front outer side trouser leg area and a right front outer side trouser leg area respectively; the front inner side fabric layer comprises a front inner side waist and abdomen area, a V-shaped crotch area, a left front inner side trouser leg area and a right front inner side trouser leg area, the top end of the V-shaped crotch area is connected with the middle part of the bottom side of the front inner side waist and abdomen area, the top end of the left front inner side trouser leg area is connected with the left side of the bottom side of the front inner side waist and abdomen area, and the right front inner side trouser leg area is connected with the right side of the bottom side of the front inner side waist and abdomen area.

In a more preferable scheme, the V-shaped upper abdomen-contracting unit consists of first grid-shaped silica gel; the butterfly-shaped middle lifting abdomen-drawing unit consists of a Zuo Dila silica gel line group and a right lifting silica gel line group, wherein the left lifting silica gel line group comprises a plurality of Zuo Dila silica gel lines which are parallel to each other, each left lifting silica gel line group is an arc line extending from the upper left to the lower right, the right lifting silica gel line group comprises a plurality of right lifting silica gel lines which are parallel to each other, each right lifting silica gel line group is an arc line extending from the upper right to the lower left, and at least one pair of left lifting silica gel lines and the bottom ends of the right lifting silica gel lines are connected to form a V-shaped structure for lifting the abdomen of a human body from bottom to top; the prismatic netlike lower abdomen-drawing unit consists of prismatic netlike silica gel lines; the left thigh top shaping unit consists of first grid-shaped silica gel which is the same as the V-shaped upper abdomen-contracting unit; the right thigh top shaping unit is composed of the same first grid-shaped silica gel as the V-shaped upper abdomen-contracting unit.

The front periphery shaping mechanism comprises a left front periphery shaping unit and a right front periphery shaping unit, wherein the left front periphery shaping unit is respectively connected with the left side of the V-shaped upper abdomen-drawing unit and the left side of the butterfly-shaped middle lifting abdomen-drawing unit, and the left side of the prismatic reticular lower abdomen-drawing unit; the left front periphery shaping unit comprises a plurality of left front periphery shaping silica gel lines extending from the upper left to the lower right, and the left front periphery shaping silica gel lines are mutually parallel; the right front periphery shaping unit comprises a plurality of right front periphery shaping silica gel lines extending from the upper right to the lower left, and the right front periphery shaping silica gel lines are mutually parallel.

Preferably, the back outer cloth layer is formed by connecting a back outer back area with a left back outer trouser leg area and a right back outer trouser leg area respectively; the back inner side fabric layer comprises a back inner side back area, a buttock area, a left back inner side trouser leg area and a right back inner side trouser leg area, wherein the buttock area is provided with a left buttock hole and a right buttock hole, the top end of the buttock area is connected with the bottom of the back inner side back area, and the top end of the left back inner side trouser leg area and the top end of the right back inner side trouser leg area are respectively connected with the bottom of the buttock area.

In a more preferable scheme, the back folding unit is composed of second latticed silica gel; the buttock shaping unit comprises a left buttock outer shaping arc grid, a buttock separation shaping line group and a right buttock outer shaping arc grid, wherein the left buttock outer shaping arc grid is positioned on a rear inner side cloth layer outside a left buttock hole, the buttock separation shaping line group is positioned on the rear inner side cloth layer between the left buttock hole and the right buttock hole, the buttock separation shaping line group comprises a plurality of reverse V-shaped silica gel lines with the middle parts protruding upwards, the reverse V-shaped silica gel lines are sequentially distributed along the vertical direction, and the right buttock outer shaping arc grid is positioned on the rear inner side cloth layer outside the right buttock hole; the w-shaped buttocks lower buttocks lifting unit is positioned below the buttocks shaping unit and comprises a plurality of w-shaped silica gel lines, and the w-shaped silica gel lines are sequentially distributed along the vertical direction; the left back extrusion unit forms a third flat leaf-shaped molding area extruded towards the right side by a plurality of left back molding silica gel lines; the right back extrusion unit is formed by a plurality of right back shaping silica gel lines into a fourth flat leaf-shaped shaping area extruded towards the left side.

In a more preferable scheme, the rear peripheral shaping area comprises a left rear shaping unit and a right rear shaping unit; the left rear shaping unit is respectively connected with the left side of the left back extrusion unit, the left side of the buttock shaping unit and the left side of the bottom of the buttock lifting unit below the w-shaped buttocks, and comprises a plurality of left rear shaping silica gel lines, each left rear shaping silica gel line extends from the upper left to the lower right respectively, and all left rear shaping silica gel lines are parallel to each other; the right back shaping unit is connected with the right side of the back extrusion unit, the right side of the buttock shaping unit and the right side of the bottom of the buttock lifting unit below the w-shaped buttock respectively, and comprises a plurality of right back shaping silica gel lines, each right back shaping silica gel line extends from the upper right to the lower left respectively, and all right back shaping silica gel lines are mutually parallel.

Compared with the prior art, the utility model has the beneficial effects that the front silica gel layer and the rear silica gel layer are arranged, and different structural designs are carried out for each region of the waist and the abdomen, so that the purposes of better abdomen contraction and buttocks lifting can be realized, the abdomen appearance of the body can be better shaped, and the ratio of the structures of each part to the human body is more uniform, so that the user can not generate excessive pressure on the local part of the body when wearing the light shaping abdomen contraction buttocks lifting trousers for a long time, the mark on the surface of the human body can be effectively avoided, and the adverse effect on the body can be reduced.

Drawings

FIG. 1 is a schematic diagram of the structure of one embodiment of the present utility model;

FIG. 2 is an inside-out inverted front view of the embodiment of FIG. 1;

FIG. 3 is a rear elevational view of the embodiment of FIG. 1 shown inverted inside-out;

FIG. 4 is a schematic structural view of a front silicone layer of the front panel assembly of FIG. 2;

FIG. 5 is a schematic structural view of a rear silicone layer of the rear panel assembly of FIG. 3;

FIG. 6 is a schematic view of the front panel assembly of FIG. 2 prior to a stitch trimming step;

FIG. 7 is a schematic view of the backsheet assembly of FIG. 3 prior to the seam trimming step;

FIG. 8 is a right side view of the waist and abdomen of a user wearing ordinary underpants;

FIG. 9 is a right side view of the waist and abdomen of the user wearing the lightweight, abdomen-contracting, hip-lifting pants of the embodiment of FIG. 1;

FIG. 10 is a rear view of FIG. 9;

fig. 11 is a front view of fig. 9.

Detailed Description

As shown in fig. 1-5, the lightweight abdomen-contracting and buttocks-lifting pants 5 in one embodiment of the utility model are formed by connecting a front panel assembly 1 and a rear panel assembly 2,

the front panel assembly 1 is formed by attaching a front outer side cloth layer 101, a front silica gel layer 102 and a front inner side cloth layer 103, wherein the front silica gel layer 102 comprises an abdomen lifting and folding mechanism 1021 and a front periphery shaping mechanism 1022, and the abdomen lifting and folding mechanism 1021 sequentially comprises from top to bottom

The V-shaped upper abdomen-contracting unit 10211 forces the upper side of the abdomen of the human body to contract inwards;

the butterfly-shaped middle lifting abdomen-drawing unit 10212 lifts the middle part of the human abdomen upwards and forces the middle part of the human abdomen to shrink inwards;

a prismatic mesh lower abdomen-contracting unit 10213 for forcing the lower part of the abdomen of the human body to contract inwards;

a left thigh top shaping unit 10214 that forces the top of the human left thigh to retract inward;

a right thigh top shaping unit 10215 for forcing the top of the right thigh of the human body to shrink inwards;

the rear panel assembly 2 is formed by attaching a rear outer cloth layer 201, a rear silica gel layer 202 and a rear inner cloth layer 203, wherein the rear silica gel layer 202 comprises a back hip lifting shaping mechanism 2021 and a rear peripheral shaping area 2022, and the back hip lifting shaping mechanism 2021 sequentially comprises from top to bottom

A back tucking unit 20211 that forces the back to shrink inward;

the buttock shaping unit 20212 respectively extrudes and plasticizes the left buttock region and the right buttock region of the human body to the inner side outside the left buttock region and the right buttock region;

a w-shaped buttock-lower buttock lifting unit 20213 lifting buttocks upward from below the buttocks (buttocks include a left buttock region, a right buttock region) of the human body;

a left back pressing unit 20214 that presses from the back left side toward the middle;

the right back pressing unit 20215 presses from the right back to the middle.

As shown in FIG. 2, in an alternative embodiment, the front outer side panel layer 101 is formed by joining a front outer side waist and abdomen region 1011 with a left front outer side leg region 1012 and a right front outer side leg region 1013, respectively; the front inner side panel layer 103 includes a front inner side waist-abdomen area 1031, a V-shaped crotch area 1032, a left front inner side leg area 1033, a right front inner side leg area 1034, the top end of the V-shaped crotch area 1032 being connected to the middle portion of the bottom side of the front inner side waist-abdomen area 1031, the top end of the left front inner side leg area 1033 being connected to the left side of the bottom side of the front inner side waist-abdomen area 1031, the right front inner side leg area 1034 being connected to the right side of the bottom side of the front inner side waist-abdomen area 1031.

As shown in fig. 4, an alternative embodiment, the V-shaped upper abdomen-contracting unit 10211 is composed of a first mesh-shaped silica gel; the butterfly-shaped middle pulling abdomen-drawing unit 10212 consists of a Zuo Dila silica gel line group 102121 and a right pulling silica gel line group 102122, the left pulling silica gel line group 102121 comprises a plurality of mutually parallel Zuo Dila silica gel lines 1021211, each left pulling silica gel line 1021211 is an arc line extending from the upper left to the lower right, the right pulling silica gel line group 102122 comprises a plurality of mutually parallel right pulling silica gel lines 1021221, each right pulling silica gel line 1021221 is an arc line extending from the upper right to the lower left, and the bottom ends of the left pulling silica gel lines 1021211 and the right pulling silica gel lines 1021221 are connected to form a V-shaped structure for pulling the abdomen of a human body from bottom to top; the prismatic mesh lower abdomen-contracting unit 10213 is composed of prismatic mesh silica gel lines. In this embodiment, the prismatic mesh-shaped silica gel lines of the prismatic mesh-shaped lower abdomen-contracting unit 10213 are formed by intersecting the lower parts of the plurality of Zuo Dila silica gel lines 1021211 and the lower parts of the plurality of right pulling silica gel lines 1021221. The left thigh top shaping unit 10214 is composed of the same first grid-like silica gel as the V-shaped upper abdomen-contracting unit 10211; the right thigh top shaping unit 10215 is composed of the same first mesh-like silica gel as the V-shaped upper abdomen-contracting unit 10211.

As shown in fig. 4, in an alternative embodiment, the V-shaped upper abdomen-drawing unit 10211, the butterfly-shaped middle abdomen-drawing unit 10212, and the prismatic mesh lower abdomen-drawing unit 10213 are sequentially connected.

As shown in fig. 4, in an alternative embodiment, the front peripheral shaping mechanism 1022 includes a left front peripheral shaping unit 10221 and a right front peripheral shaping unit 10222, where the left front peripheral shaping unit 10221 is connected to the left side of the V-shaped upper abdomen-drawing unit 10211, the left side of the butterfly-shaped middle abdomen-drawing unit 10212, and the left side of the prismatic mesh lower abdomen-drawing unit 10213, and the right front peripheral shaping unit 10222 is connected to the right side of the V-shaped upper abdomen-drawing unit 10211, the right side of the butterfly-shaped middle abdomen-drawing unit 10212, and the right side of the prismatic mesh lower abdomen-drawing unit 10213, respectively; the left front peripheral shaping unit 10221 includes a plurality of left front peripheral shaping silicone lines 102211 extending from the upper left toward the lower right, each of the left front peripheral shaping silicone lines 102211 being parallel to each other; the right front perimeter shaping unit 10222 includes a plurality of right front perimeter shaping silicone lines 102221 extending from the upper right toward the lower left, each right front perimeter shaping silicone line 102221 being parallel to each other.

As shown in fig. 4, in an alternative embodiment, the abdomen lifting and gathering device 1021 further includes a left side shaping unit 10214 and a right side shaping unit 10215, the left side shaping unit 10214 is formed by a plurality of left side abdomen shaping silica gel lines 102141 into a first flat leaf shaped shaping area pressed towards the right side, the left side of the left side shaping unit 10214 is connected with the left front peripheral shaping unit 10221, and the right side of the left side shaping unit 10214 is respectively connected with the V-shaped upper abdomen-drawing unit 10211, the butterfly-shaped middle abdomen-drawing unit 10212 and the prismatic mesh lower abdomen-drawing unit 10213; the right side shaping unit 10215 is a second flat leaf shaped shaping area extruded towards the left side formed by a plurality of right side abdomen shaping silica gel lines 102151, the right side of the right side shaping unit 10215 is connected with the right front periphery shaping unit 10222, and the left side of the right side shaping unit 10215 is respectively connected with the V-shaped upper abdomen drawing unit 10211, the butterfly-shaped middle lifting abdomen drawing unit 10212 and the prismatic net-shaped lower abdomen drawing unit 10213.

As shown in fig. 3, in an alternative embodiment, the back outer cloth layer 201 is formed by connecting a back outer back area 2011 with a left back outer leg area 2012 and a right back outer leg area 2013, respectively; the back inner side fabric layer 203 comprises a back inner side back region 2031, a buttock region 2032, a left back inner side trouser leg region 2033 and a right back inner side trouser leg region 2034, wherein the buttock region 2032 is provided with a left buttock hole 20321 and a right buttock hole 20322, the top end of the buttock region 2032 is connected with the bottom of the back inner side back region 2031, and the top end of the left back inner side trouser leg region 2033 and the top end of the right back inner side trouser leg region 2034 are respectively connected with the bottom of the buttock region 2032.

As shown in fig. 2 and 3, in an alternative embodiment, the pair of lightweight abdomen-contracting and buttocks-lifting pants 5 further includes a crotch-padding cloth 3, wherein two ends of the crotch-padding cloth 3 are respectively connected with the bottom of the V-shaped crotch region 1032 of the front inner side cloth layer 103 and the middle of the bottom side of the buttock region 2032 of the rear inner side cloth layer 203. The crotch pad 3 serves to attach the sanitary napkin.

As shown in fig. 5, in an alternative embodiment, the back gathering unit 20211 is composed of a second mesh-shaped silica gel; the buttock shaping unit 20212 comprises a left buttock outer shaping arc grid 202121, an inter-buttock separation shaping line group 202122 and a right buttock outer shaping arc grid 202123, wherein the left buttock outer shaping arc grid 202121 is positioned on the rear inner side cloth layer 203 outside the left buttock hole 20321, the inter-buttock separation shaping line group 202122 is positioned on the rear inner side cloth layer 203 between the left buttock hole 20321 and the right buttock hole 20322, the inter-buttock separation shaping line group 202122 comprises a plurality of reverse V-shaped silica gel lines 2021221 with the middle parts protruding upwards, the reverse V-shaped silica gel lines 2021221 are sequentially distributed along the vertical direction, and the right buttock outer shaping arc grid 202123 is positioned on the rear inner side cloth layer 203 outside the right buttock hole 20322; the w-shaped buttock lower buttock lifting unit 20213 is positioned below the buttock shaping unit 20212, and the w-shaped buttock lower buttock lifting unit 20213 comprises a plurality of w-shaped silica gel lines 202131, and each w-shaped silica gel line 202131 is sequentially distributed along the vertical direction; the left back pressing unit 20214 forms a third flat leaf-shaped molding region pressed toward the right side from a plurality of left back molding silicone lines 202141; the right back pressing unit 20215 forms a fourth flat leaf-shaped molding region pressed toward the left side from a plurality of right back molding silicone lines 202151.

As shown in fig. 5, an alternative embodiment, the rear peripheral shaping zone 2022 includes a left rear shaping unit 20221, a right rear shaping unit 20222; the left rear shaping unit 20221 is respectively connected with the left side of the left back pressing unit 20214, the left side of the buttock shaping unit 20212, and the left side of the bottom of the w-shaped buttock lifting unit 20213, the left rear shaping unit 20221 comprises a plurality of left rear shaping silica gel lines 202211, each left rear shaping silica gel line 202211 extends from the upper left to the lower right respectively and all left rear shaping silica gel lines 202211 are mutually parallel; the right rear shaping unit 20222 is respectively connected to the right side of the rear back pressing unit, the right side of the buttock shaping unit 20212, and the right side of the bottom of the w-shaped buttock lifting unit 20213, and the right rear shaping unit 20222 includes a plurality of right rear shaping silica gel lines 202221, each of the right rear shaping silica gel lines 202221 extends from the upper right toward the lower left and all of the right rear shaping silica gel lines 202221 are parallel to each other. The rear peripheral shaping zone 2022 extends from the top down from both sides of the rear inner back region 2031 of the rear inner side panel layer 203 through both sides of the buttock region 2032 to the left rear inner leg region 2033 and the right rear inner leg region 2034, respectively.

As shown in fig. 5, in an alternative embodiment, the front silica gel layer 102 further includes a front abdomen top shaping unit 1023, where the front abdomen top shaping unit 1023 is a first fence-shaped silica gel, and the first fence-shaped silica gel extends along the top edge of the front inner cloth layer 103; the back silicone layer 202 further includes a back top shaping unit 2023, where the back top shaping unit 2023 is a second barrier-shaped silicone that extends along the top edge of the back medial side cloth layer 203.

As shown in fig. 2-5, in an alternative embodiment, the lightweight abdomen-contracting and hip-lifting pants 5 further includes an anti-curling mechanism 4, wherein the anti-curling mechanism 4 includes a plurality of fishbones 401, each fishbone 401 is respectively mounted on the top of the front sheet assembly and the top of the rear sheet assembly, the fishbone 401 is a sheet plastic sheet, and the fishbone 401 is vertically arranged. The fishbone 401 is used for keeping the shape of the lightweight abdomen-contracting and buttocks-lifting pants 5 in the top abdomen-contracting area, and preventing the front and back sheet assemblies 1 and 2 in the top abdomen-contracting area from curling.

The following describes the manufacturing process of the lightweight abdomen-contracting and buttocks-lifting pants 5:

1. manufacturing of front panel assembly 1: the front panel assembly 1 is obtained by coating the silica gel of the front silica gel layer 102 on the front inner side fabric layer 103, then placing the front outer side fabric layer 101 on the front silica gel layer 102, and then applying pressure to the front outer side fabric layer 101, so that the front outer side fabric layer 101, the front silica gel layer 102 and the front inner side fabric layer 103 are sequentially bonded.

2. Manufacturing of the backsheet assembly 2: the silica gel of the rear silica gel layer 202 is coated on the rear inner side cloth layer 203, then the rear outer cloth layer 201 is placed on the rear silica gel layer 202, and then pressure is applied to the rear outer cloth layer 201, so that the rear outer cloth layer 201, the rear silica gel layer 202 and the rear inner side cloth layer 203 are sequentially attached to obtain the rear panel assembly 2.

3. The two sides of the front piece component 1 are respectively connected (sewed) with the two sides of the rear piece component 2, the middle part of the bottom side of the front piece component 1 is connected (sewed) with the middle part of the bottom side of the rear piece component 2, then the two ends of the crotch cloth liner are respectively connected (sewed) with the bottom of the front inner side cloth layer 103 and the bottom of the rear inner side cloth layer 203 to prepare the light plastic abdomen-contracting hip-lifting trousers 5, and the step is a sewing and trimming step.

As shown in fig. 6 and 7, in order to facilitate accurate positioning, in the front panel assembly 1 obtained in the above step 1, front positioning edges 10311 are respectively disposed on two sides of a front inner waist and abdomen area 1031 of the front inner fabric layer 103, and first positioning holes 10312 are respectively formed at the top and bottom of the two front positioning edges 10311; and in the back panel assembly 2 obtained in the step 2, the back side positioning edges 20311 are respectively disposed on two sides of the back inner back region 2031 of the back inner side fabric layer 203, and the top and bottom of each of the two back side positioning edges 20311 are respectively provided with a second positioning hole 20312. The first positioning holes 10312 and the second positioning holes 20312 are in one-to-one correspondence, after the corresponding first positioning holes and second positioning holes are aligned, stitching is performed, and finally all front positioning edges 10311 and rear positioning edges 20311 are cut and removed to obtain the light-weight abdomen-contracting and buttocks-lifting trousers 5, at this time, the front piece component 1 does not have a front positioning edge, and the rear piece component 2 does not have a rear positioning edge.

As shown in fig. 8, a user who is fat, wearing ordinary underpants, has his abdomen protruding and buttocks falling down, and does not have the female beauty of the curve at all.

As shown in fig. 9-11, the user in fig. 8 can achieve the purposes of better abdomen contraction and hip lifting by wearing the lightweight abdomen contraction and hip lifting trousers 5, and the abdomen appearance of the body is better shaped, and because the structures of all parts respectively apply pressure to the human body, the force is relatively uniform, the user can not generate excessive pressure on the local body when wearing the lightweight abdomen contraction and hip lifting trousers 5 for a long time, the mark on the surface of the human body can be effectively avoided, and the adverse effect on the body is reduced.

In addition, it should be noted that, in the specific embodiments described in the present specification, names of various parts and the like may be different, and all equivalent or simple changes of the structures, features and principles described in the conception of the present utility model are included in the protection scope of the present utility model. Those skilled in the art may make various modifications or additions to the described embodiments or substitutions in a similar manner without departing from the scope of the utility model as defined in the accompanying claims.

Claims

1. A light-weight abdomen-contracting buttocks-lifting trousers is characterized in that: the front piece assembly is formed by connecting a front piece assembly and a rear piece assembly, the front piece assembly is formed by laminating a front outer side cloth layer, a front silica gel layer and a front inner side cloth layer, the front silica gel layer comprises an abdomen lifting and folding mechanism and a front periphery shaping mechanism, and the abdomen lifting and folding mechanism sequentially comprises from top to bottom

A back folding unit forcing the back to shrink inwards;

the buttock shaping unit respectively extrudes and plasticizes the left buttock area and the right buttock area of the human body inwards at the outer sides of the left buttock area and the right buttock area; a w-shaped buttock lifting unit below the buttocks, which lifts the buttocks upwards from below the buttocks of the human body;

a left back pressing unit pressing from the left back to the middle;

and a right back pressing unit for pressing from the right back to the middle.

2. The lightweight, abdomen-contracting, hip-lifting pant of claim 1, wherein: the front outer side cloth layer is formed by connecting a front outer waist and abdomen area with a left front outer trouser leg area and a right front outer trouser leg area respectively; the front inner side fabric layer comprises a front inner side waist and abdomen area, a V-shaped crotch area, a left front inner side trouser leg area and a right front inner side trouser leg area, the top end of the V-shaped crotch area is connected with the middle part of the bottom side of the front inner side waist and abdomen area, the top end of the left front inner side trouser leg area is connected with the left side of the bottom side of the front inner side waist and abdomen area, and the right front inner side trouser leg area is connected with the right side of the bottom side of the front inner side waist and abdomen area.

3. The lightweight, abdomen-contracting, hip-lifting pant of claim 2, wherein: the V-shaped upper abdomen-contracting unit consists of first grid-shaped silica gel; the butterfly-shaped middle lifting abdomen-drawing unit consists of a Zuo Dila silica gel line group and a right lifting silica gel line group, wherein the left lifting silica gel line group comprises a plurality of Zuo Dila silica gel lines which are parallel to each other, each left lifting silica gel line group is an arc line extending from the upper left to the lower right, the right lifting silica gel line group comprises a plurality of right lifting silica gel lines which are parallel to each other, each right lifting silica gel line group is an arc line extending from the upper right to the lower left, and at least one pair of left lifting silica gel lines and the bottom ends of the right lifting silica gel lines are connected to form a V-shaped structure for lifting the abdomen of a human body from bottom to top; the prismatic netlike lower abdomen-drawing unit consists of prismatic netlike silica gel lines; the left thigh top shaping unit consists of first grid-shaped silica gel which is the same as the V-shaped upper abdomen-contracting unit; the right thigh top shaping unit is composed of the same first grid-shaped silica gel as the V-shaped upper abdomen-contracting unit.

4. The lightweight, abdomen-contracting, hip-lifting pant of claim 2, wherein: the front periphery shaping mechanism comprises a left front periphery shaping unit and a right front periphery shaping unit, wherein the left front periphery shaping unit is respectively connected with the left side of the V-shaped upper abdomen-drawing unit, the left side of the butterfly-shaped middle lifting abdomen-drawing unit and the left side of the prismatic reticular lower abdomen-drawing unit, and the right front periphery shaping unit is respectively connected with the right side of the V-shaped upper abdomen-drawing unit, the right side of the butterfly-shaped middle lifting abdomen-drawing unit and the right side of the prismatic reticular lower abdomen-drawing unit; the left front periphery shaping unit comprises a plurality of left front periphery shaping silica gel lines extending from the upper left to the lower right, and the left front periphery shaping silica gel lines are mutually parallel; the right front periphery shaping unit comprises a plurality of right front periphery shaping silica gel lines extending from the upper right to the lower left, and the right front periphery shaping silica gel lines are mutually parallel.

5. The lightweight, abdomen-contracting, hip-lifting pant of claim 4, wherein: the abdomen lifting and folding mechanism further comprises a left side shaping unit and a right side shaping unit, wherein the left side shaping unit is formed by a plurality of left side abdomen shaping silica gel lines to form a first flat leaf-shaped shaping area extruded towards the right side, the left side of the left side shaping unit is connected with the left front periphery shaping unit, and the right side of the left side shaping unit is respectively connected with the V-shaped upper abdomen drawing unit, the butterfly-shaped middle abdomen lifting and drawing unit and the prismatic reticular lower abdomen drawing unit; the right side shaping unit is formed by a plurality of right side abdomen shaping silica gel lines and presses the second flat leaf-shaped shaping area towards the left side, the right side of the right side shaping unit is connected with the right front periphery shaping unit, and the left side of the right side shaping unit is respectively connected with the V-shaped upper abdomen drawing unit, the butterfly-shaped middle part lifting abdomen drawing unit and the prismatic netlike lower abdomen drawing unit.

6. The lightweight, abdomen-contracting, hip-lifting pant of claim 2, wherein: the rear outer cloth layer is formed by connecting a rear outer back area with a left rear outer trouser leg area and a right rear outer trouser leg area respectively; the back inner side fabric layer comprises a back inner side back area, a buttock area, a left back inner side trouser leg area and a right back inner side trouser leg area, wherein the buttock area is provided with a left buttock hole and a right buttock hole, the top end of the buttock area is connected with the bottom of the back inner side back area, and the top end of the left back inner side trouser leg area and the top end of the right back inner side trouser leg area are respectively connected with the bottom of the buttock area.

7. The lightweight, abdomen-contracting, hip-lifting pant of claim 6, wherein: the back folding unit consists of a second latticed silica gel; the buttock shaping unit comprises a left buttock outer shaping arc grid, a buttock separation shaping line group and a right buttock outer shaping arc grid, wherein the left buttock outer shaping arc grid is positioned on a rear inner side cloth layer outside a left buttock hole, the buttock separation shaping line group is positioned on the rear inner side cloth layer between the left buttock hole and the right buttock hole, the buttock separation shaping line group comprises a plurality of reverse V-shaped silica gel lines with the middle parts protruding upwards, the reverse V-shaped silica gel lines are sequentially distributed along the vertical direction, and the right buttock outer shaping arc grid is positioned on the rear inner side cloth layer outside the right buttock hole; the w-shaped buttocks lower buttocks lifting unit is positioned below the buttocks shaping unit and comprises a plurality of w-shaped silica gel lines, and the w-shaped silica gel lines are sequentially distributed along the vertical direction; the left back extrusion unit forms a third flat leaf-shaped molding area extruded towards the right side by a plurality of left back molding silica gel lines; the right back extrusion unit is formed by a plurality of right back shaping silica gel lines into a fourth flat leaf-shaped shaping area extruded towards the left side.

8. The lightweight, abdomen-contracting, hip-lifting pant of claim 7, wherein: the rear peripheral shaping area comprises a left rear shaping unit and a right rear shaping unit; the left rear shaping unit is respectively connected with the left side of the left back extrusion unit, the left side of the buttock shaping unit and the left side of the bottom of the buttock lifting unit below the w-shaped buttocks, and comprises a plurality of left rear shaping silica gel lines, each left rear shaping silica gel line extends from the upper left to the lower right respectively, and all left rear shaping silica gel lines are parallel to each other; the right back shaping unit is connected with the right side of the back extrusion unit, the right side of the buttock shaping unit and the right side of the bottom of the buttock lifting unit below the w-shaped buttock respectively, and comprises a plurality of right back shaping silica gel lines, each right back shaping silica gel line extends from the upper right to the lower left respectively, and all right back shaping silica gel lines are mutually parallel.

9. The lightweight, abdomen-contracting, hip-lifting pant of claim 6, wherein: the front silica gel layer further comprises a front abdomen top shaping unit, the front abdomen top shaping unit is first fence-shaped silica gel, and the first fence-shaped silica gel extends along the top edge of the front inner side cloth layer; the back silica gel layer further comprises a back top shaping unit, wherein the back top shaping unit comprises second fence-shaped silica gel, and the second fence-shaped silica gel extends along the top edge of the back inner side cloth layer.

10. The lightweight, abdomen-contracting, hip-lifting pant of claim 1, wherein: the lightweight abdomen-contracting hip-lifting trousers further comprise an anti-curling mechanism, wherein the anti-curling mechanism comprises a plurality of fishbones, each fishbone is respectively arranged at the top of the front piece assembly and the top of the rear piece assembly, each fishbone is a sheet-shaped plastic sheet, and each fishbone is respectively and vertically arranged.