One-piece inflatable deformation garment part cutting piece and inflatable automatic wearing garment

Abstract

The invention belongs to the technical field of intelligent clothing, and relates to a one-piece inflatable deformation clothing part cutting piece and inflatable automatic wearing clothing. The one-piece inflatable deformation garment part cutting piece comprises a waistcoat cutting piece, sleeve cutting pieces, a hat cutting piece and trousers cutting pieces. Each cutting piece comprises a cutting piece body, an inflating element, a magnetic button and a power supply, and the inflating element is connected with the power supply; the cutting piece body is divided into different areas to wrap corresponding body parts of a wearer and is provided with an inflatable area, and an inflatable element supplies air to the inflatable area; before inflation, the cutting piece body is flatly laid, the surface of the cutting piece body is provided with a hot-pressing line, all parts of the cutting piece are guided by the hot-pressing line to bend and deform during inflation, a corresponding garment shape is formed after inflation, and seams are connected through magnetic buttons. The inflatable automatic wearing garment is an inflatable automatic wearing waistcoat with a cap, a coat without a cap or a coat with a cap, and is formed by assembling one-piece inflatable deformation garment part cutting pieces. The adaptive garment can be automatically put on and taken off, and the independent living ability of special crowds is improved.

Description

Technical Field

[0001] The present invention belongs to the technical field of intelligent clothing, and relates to a one-piece inflatable deformable clothing component cut piece and an inflatable automatic dressing clothing. Background Art

[0002] In today's society, as an innovative concept, adaptive clothing is gradually attracting more and more attention. The design concept of this kind of clothing mainly lies in flexible adjustment according to the individual's physical characteristics, activity needs and environmental changes to ensure the comfort and convenience of the wearer. For example, in the field of sports and leisure, adaptive clothing can provide better support and protection for athletes; in the field of outdoor exploration, adaptive clothing can meet the wearing needs in extreme environments; in the field of medical care, adaptive clothing can help improve the comfort and work efficiency of caregivers, etc.

[0003] For special groups with limited mobility such as the disabled and the elderly, they often need more flexible, comfortable and easy-to-put-on-and-take-off clothing. With the increasing attention to such groups, some adaptive clothing designed specifically for the special needs of these groups has emerged on the market, such as adjustable sizes, detachable components and built-in supports. For example, the Tommy Hilfiger Adaptive series created by the American fashion classic brand Tommy Hilfiger is equipped with adjustable zippers and Velcro for the clothing designed for the disabled and the elderly, which is convenient for single-handed operation. However, for some users with limited limb motor ability, such as Parkinson's patients, these auxiliary devices may still not be intuitive or easy to operate. The detachable leather clothing designed by Canadian fashion designer Izzy Camilleri consists of two independent left and right halves, and the detachable left and right halves are connected together by a zipper, which can reduce the physical consumption of the disabled when dressing. However, this design is mainly aimed at wheelchair users, and may not provide enough support for other types of disabled people.

[0004] In summary, although some special designs have been adopted for the adaptive clothing on the market, these design details only reduce the dressing steps or simplify the dressing process. It is still difficult for people with severely limited motor ability to complete the dressing steps or the dressing steps are cumbersome. Therefore, these products still have great limitations. Therefore, most elderly people or people with limb disabilities have stated that the existing products on the market do not fully meet their needs.

[0005] Therefore, for special groups with extremely limited motor ability, there is an urgent need to design an adaptive clothing that can achieve automatic dressing and undressing and has high comfort. Summary of the Invention

[0006] The object of the present invention is to solve the problems existing in the prior art, and to provide a one-piece inflatable deformable clothing part cutting piece and an inflatable automatic dressing clothing.

[0007] To achieve the above object, the technical solution adopted by the present invention is as follows:

[0008] A one-piece inflatable deformable vest cutting piece, including a cutting piece body, an inflatable element, a plurality of magnetic buttons, and a power source, the inflatable element is connected to the power source;

[0009] The cutting piece body is divided into five areas: the right chest, the right large abdomen, the left chest, the left large abdomen, and the back piece; the right chest is used to wrap the right area of the wearer's chest, the right large abdomen is used to wrap the right area of the wearer's large abdomen, the left chest is used to wrap the left area of the wearer's chest, the left large abdomen is used to wrap the left area of the wearer's large abdomen, and the back piece is used to wrap the back of the wearer;

[0010] The cutting piece body is provided with an inflatable area, and the inflatable area is supplied with gas by the inflatable element;

[0011] Before inflation, the cutting piece body is laid flat on a horizontal plane, and multiple groups of hot pressing lines are provided on the upper surface in the inflatable area. The right chest is located on the left side of the left chest, the right chest and the left chest are both located on the rear side of the back piece, the right large abdomen is located on the front side of the right chest and on the left side of the back piece at the same time, and the left large abdomen is located on the front side of the left chest and on the right side of the back piece at the same time;

[0012] During inflation, the right chest, the right large abdomen, the left chest, and the left large abdomen are bent and deformed under the guidance of the hot pressing lines, and jointly enclose the front piece;

[0013] After inflation, the one-piece inflatable deformable vest cutting piece is in the form of a vest, and the joints are connected by magnetic buttons.

[0014] The present invention also provides a one-piece inflatable deformable sleeve cutting piece, including a cutting piece body, an inflatable element, a plurality of magnetic buttons, and a power source, the inflatable element is connected to the power source;

[0015] The cutting piece body is divided into two areas: the sleeve cap part and the armhole part; the sleeve cap part is used to wrap the connection between the wearer's upper arm and the shoulder, and the armhole part is used to wrap the wearer's arm;

[0016] The cutting piece body is provided with an inflatable area, and the inflatable area is supplied with gas by the inflatable element;

[0017] Before inflation, the cutting piece body is laid flat on a horizontal plane, and multiple groups of hot pressing lines are provided on the upper surface in the inflatable area. The sleeve cap part and the armhole part are arranged in parallel, and the cutting piece body has a symmetrical structure, and the axis of symmetry is denoted as axis X;

[0018] When inflated, the portions of the sleeve cap part and the armhole part on one side of the axis X bend upward along the axis X under the guidance of the hot pressing line, and the portions of the sleeve cap part and the armhole part on the other side of the axis X bend upward along the axis X under the guidance of the hot pressing line;

[0019] After inflation, the one-piece inflatable deformable sleeve piece takes the form of a sleeve, and the joints are connected by magnetic buttons.

[0020] The present invention also provides a one-piece inflatable deformable hat piece, which includes a piece body, an inflatable element, a plurality of magnetic buttons, and a power source. The inflatable element is connected to the power source;

[0021] The piece body is divided into six regions: the right neck, the right side of the head, the back of the head, the left side of the head, the left neck, and the top of the head. The right neck is used to wrap the right side of the wearer's neck, the left neck is used to wrap the left side of the wearer's neck, the right side of the head is used to wrap the right side of the wearer's head, the left side of the head is used to wrap the left side of the wearer's head, the back of the head is used to wrap the back side of the wearer's head, and the top of the head is used to wrap the upper side of the wearer's head;

[0022] An inflatable area is provided on the piece body, and the inflatable area is supplied with gas by the inflatable element;

[0023] Before inflation, the piece body is laid flat on a horizontal plane, and multiple groups of hot pressing lines located in the inflatable area are provided on the upper surface. The right neck, the right side of the head, the back of the head, the left side of the head, and the left neck are connected in sequence from left to right, and the top of the head and the back of the head are connected in sequence from back to front;

[0024] When inflated, the right neck and the right side of the head bend upward to the right under the guidance of the hot pressing line, the top of the head bends upward to the front under the guidance of the hot pressing line, and the left side of the head and the left neck bend upward to the left under the guidance of the hot pressing line;

[0025] After inflation, the one-piece inflatable deformable hat piece takes the form of a hat, and the joints are connected by magnetic buttons.

[0026] The present invention also provides a one-piece inflatable deformable pants piece, which includes a piece body, an inflatable element, a plurality of magnetic buttons, and a power source. The inflatable element is connected to the power source;

[0027] The piece body is divided into eight regions: the right hip, the right thigh, the right calf, the buttocks, the crotch, the left hip, the left thigh, and the left calf. The right hip is used to wrap the right hip of the wearer, the right thigh is used to wrap the right thigh of the wearer, the right calf is used to wrap the right calf of the wearer, the buttocks are used to wrap the buttocks of the wearer, the crotch is used to wrap the crotch of the wearer, the left hip is used to wrap the left hip of the wearer, the left thigh is used to wrap the left thigh of the wearer, and the left calf is used to wrap the left calf of the wearer;

[0028] The cut piece body is provided with an inflatable area, and the inflatable area is supplied with gas by an inflating element;

[0029] Before inflation, the cut piece body is laid flat on a horizontal plane. The upper surface is provided with multiple groups of hot pressing lines located in the inflatable area. The right hip, right thigh, and right calf are connected in sequence from back to front. The buttocks and crotch are connected in sequence from back to front. The left hip, left thigh, and left calf are connected in sequence from back to front. The right hip, buttocks, and left hip are connected in sequence from left to right. The right thigh, crotch, and left thigh are connected in sequence from left to right;

[0030] During inflation, the right hip, right thigh, and right calf bend upward to the right under the guidance of the hot pressing lines. The left hip, left thigh, and left calf bend upward to the left under the guidance of the hot pressing lines. The crotch bends upward to the back under the guidance of the hot pressing lines;

[0031] After inflation, the cut piece of the one-piece inflatable deformable pants is in the shape of pants, and the joints are connected by magnetic buttons.

[0032] As a preferred technical solution:

[0033] For the cut piece of the one-piece inflatable deformable pants as described above, there is no right calf and left calf.

[0034] The present invention also provides an inflatable automatic wearing hooded vest, which is composed of 1 cut piece of the one-piece inflatable deformable vest as described above and 1 cut piece of the one-piece inflatable deformable hat as described above;

[0035] The cut piece body of the one-piece inflatable deformable vest cut piece is denoted as cut piece body a, and the cut piece body of the one-piece inflatable deformable hat cut piece is denoted as cut piece body b;

[0036] Before inflation, both cut piece body a and cut piece body b are laid flat on a horizontal plane. Cut piece body a is pressed on cut piece body b, and the midpoint of the rear edge of the rear piece of cut piece body a is connected to the midpoint of the front edge of the back of the head part of cut piece body b.

[0037] The present invention also provides an inflatable automatic wearing capless coat, which is composed of 1 cut piece of the one-piece inflatable deformable vest as described above and 2 cut pieces of the one-piece inflatable deformable sleeves as described above;

[0038] The cut piece body of the one-piece inflatable deformable vest cut piece is denoted as cut piece body a, and the cut piece body of the one-piece inflatable deformable sleeve cut piece is denoted as cut piece body c;

[0039] Before inflation, the main body a of the cut piece and the main body c of the cut piece are both laid flat on a horizontal plane. The two main bodies c of the cut pieces are symmetrically distributed left and right. The main body a of the cut piece is pressed on the main body c of the cut piece. The highest point of the sleeve cap part of one main body c of the cut piece is connected to the intersection point of the left edge of the right chest and the left edge of the back piece, and the highest point of the sleeve cap part of the other main body c of the cut piece is connected to the intersection point of the right edge of the left chest and the right edge of the back piece.

[0040] The present invention also provides an inflatable automatic wearing hooded coat, which is composed of one piece of the above-mentioned one-piece inflatable deformable vest cut piece, two pieces of the above-mentioned one-piece inflatable deformable sleeve cut pieces and one piece of the above-mentioned one-piece inflatable deformable hat cut piece;

[0041] The main body of the one-piece inflatable deformable vest cut piece is denoted as the main body a of the cut piece, the main body of the one-piece inflatable deformable sleeve cut piece is denoted as the main body c of the cut piece, and the main body of the one-piece inflatable deformable hat cut piece is denoted as the main body b of the cut piece;

[0042] Before inflation, the main body a of the cut piece, the main body c of the cut piece and the main body b of the cut piece are all laid flat on a horizontal plane. The two main bodies c of the cut pieces are symmetrically distributed left and right. The main body a of the cut piece is pressed on the main body c of the cut piece. The highest point of the sleeve cap part of one main body c of the cut piece is connected to the intersection point of the left edge of the right chest and the left edge of the back piece, and the highest point of the sleeve cap part of the other main body c of the cut piece is connected to the intersection point of the right edge of the left chest and the right edge of the back piece. The main body a of the cut piece and the main body c of the cut piece are both pressed on the main body b of the cut piece. The middle point of the rear edge of the back piece of the main body a of the cut piece is connected to the middle point of the front edge of the back of the head part of the main body b of the cut piece.

[0043] Beneficial effects:

[0044] For special populations with greatly limited motor abilities, such as the elderly, the physically disabled or Parkinson's patients, etc., the adaptive clothing designed by the present invention can realize automatic dressing and undressing, greatly reducing the difficulties and physical exertion of such populations during the dressing process and improving their independent living ability. Description of the drawings

[0045] Figure 1 Schematic diagram of the cut piece shape drawn for Example 1 (unit of distance in the figure: cm);

[0046] Figure 2 Schematic diagram of the connection relationship between the inflatable element and the power supply in Example 1; among them, 201 - digital switch, 202 - suction pump, 203 - inflatable pump, 204 - power supply, 205 - Arduino single-chip microcomputer, 206 - trigger switch;

[0047] Figure 3 Schematic diagram of the morphological changes of the one-piece inflatable deformable vest cut piece prepared in Example 1 before and after inflation;

[0048] Figure 4 Schematic diagram of the shape of the cut piece drawn for Example 2 (distance unit in the figure: cm);

[0049] Figure 5 Schematic diagram of the morphological changes of the one-piece inflatable deformable sleeve cut piece prepared for Example 2 before and after inflation;

[0050] Figure 6 Schematic diagram of the shape of the cut piece drawn for Example 3 (distance unit in the figure: cm);

[0051] Figure 7 Schematic diagram of the morphological changes of the one-piece inflatable deformable hat cut piece prepared for Example 3 before and after inflation;

[0052] Figure 8 Schematic diagram of the shape of the cut piece drawn for Example 4 (distance unit in the figure: cm);

[0053] Figure 9 Schematic diagram of the morphological changes of the one-piece inflatable deformable pants cut piece prepared for Example 4 before and after inflation;

[0054] Figure 10 Schematic diagram of the structure of the inflatable automatic wearing hooded vest prepared for Example 5;

[0055] Figure 11 Schematic diagram of the structure of the inflatable automatic wearing capless coat prepared for Example 6;

[0056] Figure 12 Schematic diagram of the structure of the inflatable automatic wearing capless coat prepared for Example 7. Detailed implementation manners

[0057] The present invention will be further described below in conjunction with the detailed implementation manners. It should be understood that these embodiments are only used to illustrate the present invention and not to limit the scope of the present invention. In addition, it should be understood that after reading the content taught by the present invention, those skilled in the art can make various changes or modifications to the present invention, and these equivalent forms also fall within the scope defined by the appended claims of this application.

[0058] In the following embodiments, the information of the wearer is shown in Table 1:

[0059] Table 1

[0060] Gender Female Age 60 Height (cm) 165 Weight (kg) 70 Chest circumference (cm) 95 Waist circumference (cm) 80 Hip circumference (cm) 100

[0061] Example 1

[0062] A method for preparing a one-piece inflatable deformable vest cut piece, the specific steps are as follows:

[0063] (1) Select the fabric;

[0064] The fabric is a plastic polyurethane (TPU) hot melt film composite fabric with a thickness of 0.4 mm. One side of the fabric is frosted (which can prevent the fabrics from easily adsorbing to each other, thus facilitating subsequent cutting and processing operations);

[0065] (2) According to the information of the wearer, draw the cutting pieces on the frosted surface of the fabric;

[0066] The shape and size of the drawn cutting pieces are as Figure 1 shown. The cutting pieces can be divided into five areas: the right chest, the right large abdomen, the left chest, the left large abdomen, and the back piece. The right chest is used to wrap the right side area of the wearer's chest, the right large abdomen is used to wrap the right side area of the wearer's large abdomen, the left chest is used to wrap the left side area of the wearer's chest, the left large abdomen is used to wrap the left side area of the wearer's large abdomen, and the back piece is used to wrap the wearer's back;

[0067] When the cutting pieces are laid flat on a horizontal plane, the right chest is located on the left side of the left chest, and both the right chest and the left chest are located on the rear side of the back piece. The right large abdomen is located on the front side of the right chest and at the same time on the left side of the back piece. The left large abdomen is located on the front side of the left chest and at the same time on the right side of the back piece. Heat pressing lines, airtight inflation lines, and magnetic button installation points are distributed on the drawing surface of the cutting pieces. All the heat pressing lines are located within the area enclosed by the airtight inflation lines. Each heat pressing line is rectangular, with a length of 2 cm and a width of 0.5 cm. The magnetic button installation points are symmetrically distributed left and right, and the axis of symmetry is denoted as axis X;

[0068] (3) Prepare the cutting piece body;

[0069] Cut out two cutting pieces as described in step (2), and stack them horizontally one above the other (the cutting piece on the upper side is denoted as the upper cutting piece with its drawing surface facing up, and the cutting piece on the lower side is denoted as the lower cutting piece with its drawing surface facing down). Use a single-side sealer to seal and iron along the heat pressing lines and airtight inflation lines of the upper cutting piece (the area of the upper cutting piece other than the heat pressing lines and airtight inflation lines is heat-insulated to avoid incorrect sealing). After the sealing and ironing are completed, an inflatable area is formed between the two cutting pieces. Subsequently, on the surface of the lower cutting piece and within the range of the inflatable area, hermetically paste a soft plastic inflation port. Finally, use a double-sided hot melt adhesive film to composite the parts of the upper cutting piece and the lower cutting piece outside the range of the inflatable area (it can be ironed with an iron) to obtain the cutting piece body;

[0070] (4) Install magnetic buttons;

[0071] Install magnetic buttons on the magnetic button installation points on the upper cutting piece on the left side of axis X and the magnetic button installation points on the lower cutting piece on the right side of axis X in the cutting piece body (the magnetic buttons on the left side of axis X and the magnetic buttons on the right side of axis X attract each other);

[0072] (5) Install the inflation element and the power supply;

[0073] As Figure 2 shown, the inflatable element includes a digital switch 201, an air suction pump 202, an inflation pump 203, an Arduino single-chip microcomputer 205, and a trigger switch 206; the digital switch 201 is provided with a silicone air duct I, a silicone air duct II, and a silicone air duct III. The silicone air duct I is communicated with the air suction pump 202, and the silicone air duct II is communicated with the inflation pump 203; the power supply 204 is electrically connected to the Arduino single-chip microcomputer 205;

[0074] Connect and seal the silicone air duct III with the soft plastic inflation port to obtain a one-piece inflatable and deformable vest cut piece.

[0075] The morphological changes of the finally obtained one-piece inflatable and deformable vest cut piece before and after inflation are as Figure 3 shown;

[0076] When inflated, the right chest, the right large abdomen, the left chest, and the left large abdomen are bent and deformed under the guidance of the hot pressing line, and jointly enclose the front piece; after inflation, the one-piece inflatable and deformable vest cut piece is in the shape of a vest, and the joints are connected by magnetic buttons.

[0077] Example 2

[0078] A preparation method of a one-piece inflatable and deformable sleeve cut piece, the specific steps are as follows:

[0079] (1) Select the fabric;

[0080] The fabric is a plastic polyurethane hot melt film composite fabric with a thickness of 0.4 mm, and one side of the fabric is subjected to frosting treatment;

[0081] (2) According to the information of the wearer, draw the cut piece on the frosted surface of the fabric;

[0082] The shape and size of the drawn cut piece are as Figure 4 shown. The cut piece can be divided into two areas: the sleeve cap part and the armhole part; the sleeve cap part is used to wrap the connection between the wearer's upper arm and the shoulder, and the armhole part is used to wrap the wearer's arm;

[0083] When the cut piece is laid flat on the horizontal plane, the sleeve cap part and the armhole part are arranged in parallel. The pattern drawn on the cut piece has a symmetrical structure, and the axis of symmetry is denoted as axis X; the hot pressing lines, inflation sealing lines, and magnetic button installation points are distributed on the drawn surface of the cut piece. All the hot pressing lines are located within the area enclosed by the inflation sealing lines. Each hot pressing line is rectangular, with a length of 2 cm and a width of 0.5 cm; the magnetic button installation points are symmetrically distributed along the axis X left and right;

[0084] (3) Prepare the cut piece body;

[0085] Cut out two pieces of the cut pieces described in step (2), and stack them horizontally on top of each other (the cut piece on the upper side is denoted as the upper cut piece, with the drawing surface facing up, and the cut piece on the lower side is denoted as the lower cut piece, with the drawing surface facing down). Use a single-sided sealer to seal and iron along the heat-pressing line and the inflatable sealing line of the upper cut piece. After the sealing and ironing are completed, an inflatable area is formed between the two cut pieces. Subsequently, within the range of the inflatable area on the surface of the lower cut piece, a soft plastic inflatable port is hermetically pasted. Finally, use a double-sided hot melt adhesive film to laminate the parts of the upper cut piece and the lower cut piece outside the inflatable area (an iron can be used for ironing) to obtain the cut piece body;

[0086] (4) Install magnetic buttons;

[0087] Install magnetic buttons at the magnetic button installation points on the upper cut piece to the left of the axis X and on the lower cut piece to the right of the axis X in the cut piece body (the magnetic buttons to the left of the axis X and the magnetic buttons to the right of the axis X attract each other);

[0088] (5) Install an inflating component and a power source;

[0089] The inflating component includes a digital switch, a suction pump, an inflating pump, an Arduino single-chip microcomputer, and a trigger switch; the digital switch is provided with a silicone air duct I, a silicone air duct II, and a silicone air duct III. The silicone air duct I is connected to the suction pump, and the silicone air duct II is connected to the inflating pump; the power source is electrically connected to the Arduino single-chip microcomputer;

[0090] Connect and seal the silicone air duct III to the soft plastic inflatable port to obtain a one-piece inflatable deformable sleeve cut piece.

[0091] The morphological changes of the finally obtained one-piece inflatable deformable sleeve cut piece before and after inflation are as Figure 5 shown;

[0092] During inflation, the parts of the sleeve cap part and the armhole part on one side of the axis X bend upward along the heat-pressing line, and the parts of the sleeve cap part and the armhole part on the other side of the axis X bend upward along the heat-pressing line; after inflation, the one-piece inflatable deformable sleeve cut piece is in the shape of a sleeve, and the joint is connected by magnetic buttons.

[0093] Example 3

[0094] A preparation method of a one-piece inflatable deformable hat cut piece, the specific steps are as follows:

[0095] (1) Select a fabric;

[0096] The fabric is a plastic polyurethane hot melt film composite fabric with a thickness of 0.4 mm, and one side of the fabric is subjected to matte treatment;

[0097] (2) Draw the cut piece on the matte surface of the fabric according to the information of the wearer;

[0098] The shape and size of the drawn piece are as Figure 6 shown. The piece can be divided into six regions: the right neck, the right side of the head, the back of the head, the left side of the head, the left neck, and the top of the head. The right neck is used to wrap the right side of the wearer's neck, the left neck is used to wrap the left side of the wearer's neck, the right side of the head is used to wrap the right side of the wearer's head, the left side of the head is used to wrap the left side of the wearer's head, the back of the head is used to wrap the back side of the wearer's head, and the top of the head is used to wrap the upper side of the wearer's head.

[0099] When the piece is laid flat on a horizontal plane, the right neck, the right side of the head, the back of the head, the left side of the head, and the left neck are connected in sequence from left to right, and the top of the head and the back of the head are connected in sequence from back to front. Heat pressing lines, inflatable sealing lines, and magnetic button installation points are distributed on the drawing surface of the piece. All the heat pressing lines are located within the area surrounded by the inflatable sealing lines. Each heat pressing line is rectangular, with a length of 2 cm and a width of 0.5 cm. The magnetic button installation points are located on the right side of the head, the left side of the head, and the top of the head. The magnetic button installation points are symmetrically distributed left and right, and the axis of symmetry is denoted as axis X.

[0100] (3) Prepare the piece body;

[0101] Cut out two pieces of the piece described in step (2), and stack them horizontally one on top of the other (the piece on the upper side is denoted as the upper piece, with the drawing surface of the upper piece facing up, and the piece on the lower side is denoted as the lower piece, with the drawing surface of the lower piece facing down). Use a single-sided sealer to seal and iron along the heat pressing lines and inflatable sealing lines of the upper piece. After the sealing and ironing are completed, an inflatable area is formed between the two pieces. Subsequently, on the surface of the lower piece, within the range of the inflatable area, hermetically paste a soft plastic inflatable port. Finally, use a double-sided hot melt adhesive film to composite the parts of the upper piece and the lower piece outside the inflatable area range (it can be ironed with an iron) to obtain the piece body;

[0102] (4) Install magnetic buttons;

[0103] Install magnetic buttons on the magnetic button installation points on the upper piece to the left of axis X and the magnetic button installation points on the lower piece to the right of axis X in the piece body (the magnetic buttons to the left of axis X and the magnetic buttons to the right of axis X attract each other);

[0104] (5) Install an inflatable component and a power source;

[0105] The inflatable component includes a digital switch, a suction pump, an inflatable pump, an Arduino single-chip microcomputer, and a trigger switch. The digital switch is provided with a silicone air duct I, a silicone air duct II, and a silicone air duct III. The silicone air duct I is connected to the suction pump, and the silicone air duct II is connected to the inflatable pump. The power source is electrically connected to the Arduino single-chip microcomputer;

[0106] Connect the silicone airway Ⅲ with the soft plastic inflation port and seal it to obtain a one-piece inflatable deformable hat piece.

[0107] The morphological changes of the finally prepared one-piece inflatable deformable hat piece before and after inflation are as Figure 7 shown;

[0108] When inflated, the right neck and the right side of the head bend upward to the right under the guidance of the heat-sealing line, the top of the head bends upward to the front under the guidance of the heat-sealing line, and the left head and the left neck bend upward to the left under the guidance of the heat-sealing line; after inflation, the one-piece inflatable deformable hat piece is in the shape of a hat, and the joints are connected by magnetic buttons.

[0109] Example 4

[0110] A preparation method of a one-piece inflatable deformable trouser piece, the specific steps are as follows:

[0111] (1) Select the fabric;

[0112] The fabric is a plastic polyurethane hot melt film composite fabric with a thickness of 0.4 mm, and one side of the fabric is treated with frosting.

[0113] (2) According to the information of the wearer, draw the piece on the frosted surface of the fabric;

[0114] The shape and size of the drawn piece are as Figure 8 shown, and the piece can be divided into eight regions: the right hip, the right thigh, the right calf, the buttocks, the crotch, the left hip, the left thigh, and the left calf; the right hip is used to wrap the right hip of the wearer, the right thigh is used to wrap the right thigh of the wearer, the right calf is used to wrap the right calf of the wearer, the buttocks are used to wrap the buttocks of the wearer, the crotch is used to wrap the crotch of the wearer, the left hip is used to wrap the left hip of the wearer, the left thigh is used to wrap the left thigh of the wearer, and the left calf is used to wrap the left calf of the wearer;

[0115] When the piece is laid flat on a horizontal plane, the right hip, the right thigh, and the right calf are connected in sequence from back to front, the buttocks and the crotch are connected in sequence from back to front, the left hip, the left thigh, and the left calf are connected in sequence from back to front, the right hip, the buttocks, and the left hip are connected in sequence from left to right, and the right thigh, the crotch, and the left thigh are connected in sequence from left to right; heat-sealing lines, inflation sealing lines, and magnetic button installation points are distributed on the drawn surface of the piece, all the heat-sealing lines are located within the area enclosed by the inflation sealing lines, each heat-sealing line is rectangular, the length of the heat-sealing line is 2 cm, and the width of the heat-sealing line is 0.5 cm; the magnetic button installation points are symmetrically distributed left and right, and the axis of symmetry is denoted as axis X;

[0116] (3) Prepare the piece body;

[0117] Cut out two pieces of the cut pieces described in step (2), place them horizontally one above the other (the cut piece on the upper side is denoted as the upper cut piece, with its drawing surface facing up, and the cut piece on the lower side is denoted as the lower cut piece, with its drawing surface facing down). Use a single-sided sealer to seal and iron along the heat-pressing line and the inflatable sealing line of the upper cut piece. After the sealing and ironing are completed, an inflatable area is formed between the two cut pieces. Subsequently, within the range of the inflatable area on the surface of the lower cut piece, hermetically paste a soft plastic inflatable port. Finally, use a double-sided hot melt adhesive film to laminate the parts of the upper and lower cut pieces outside the inflatable area (the iron can be used for ironing) to obtain the cut piece body;

[0118] (4) Install magnetic snap buttons;

[0119] Install magnetic snap buttons at the magnetic snap button installation points on the upper cut piece to the left of the axis X and on the lower cut piece to the right of the axis X in the cut piece body (the magnetic snap buttons to the left of the axis X and those to the right of the axis X attract each other);

[0120] (5) Install an inflating component and a power source;

[0121] The inflating component includes a digital switch, a suction pump, an inflating pump, an Arduino single-chip microcomputer, and a trigger switch; the digital switch is provided with a silicone air duct I, a silicone air duct II, and a silicone air duct III. The silicone air duct I is connected to the suction pump, and the silicone air duct II is connected to the inflating pump; the power source is electrically connected to the Arduino single-chip microcomputer;

[0122] Connect and seal the silicone air duct III to the soft plastic inflatable port to obtain a one-piece inflatable deformable pants cut piece.

[0123] The morphological changes of the finally obtained one-piece inflatable deformable pants cut piece before and after inflation are as Figure 9 shown;

[0124] During inflation, the right hip, right thigh, and right calf bend upward to the right under the guidance of the heat-pressing line, the left hip, left thigh, and left calf bend upward to the left under the guidance of the heat-pressing line, and the crotch bends upward to the back under the guidance of the heat-pressing line; after inflation, the one-piece inflatable deformable pants cut piece is in the shape of pants, and the joints are connected by magnetic snap buttons.

[0125] Example 5

[0126] A preparation method of an inflatable automatic wearing hooded vest. Assemble one one-piece inflatable deformable vest cut piece prepared in Example 1 and one one-piece inflatable deformable hat cut piece prepared in Example 3 to obtain the inflatable automatic wearing hooded vest.

[0127] As Figure 10As shown in the figure, the piece of the one-piece inflatable deformable vest slice is denoted as slice body a, and the piece of the one-piece inflatable deformable hat slice is denoted as slice body b; before inflation, both slice body a and slice body b are laid flat on a horizontal plane, slice body a is pressed on slice body b, and the midpoint of the rear edge of the rear piece of slice body a is connected to the midpoint of the front edge of the back of the head part of slice body b.

[0128] Example 6

[0129] A preparation method of an inflatable automatic wearing hoodless coat is to assemble one one-piece inflatable deformable vest slice prepared in Example 1 and one one-piece inflatable deformable sleeve slice prepared in Example 2 to obtain an inflatable automatic wearing hooded vest.

[0130] As Figure 11 shown, the piece of the one-piece inflatable deformable vest slice is denoted as slice body a, and the piece of the one-piece inflatable deformable sleeve slice is denoted as slice body c; before inflation, both slice body a and slice body c are laid flat on a horizontal plane, the two slice bodies c are symmetrically distributed left and right, slice body a is pressed on slice body c, the highest point of the sleeve cap part of one slice body c is connected to the intersection point of the left edge of the right chest and the left edge of the rear piece, and the highest point of the sleeve cap part of the other slice body c is connected to the intersection point of the right edge of the left chest and the right edge of the rear piece.

[0131] Example 7

[0132] A preparation method of an inflatable automatic wearing hooded coat is to assemble one one-piece inflatable deformable vest slice prepared in Example 1, two one-piece inflatable deformable sleeve slices prepared in Example 2 and one one-piece inflatable deformable hat slice prepared in Example 3 to obtain an inflatable automatic wearing hooded coat.

[0133] As Figure 12 shown, the piece of the one-piece inflatable deformable vest slice is denoted as slice body a, the piece of the one-piece inflatable deformable sleeve slice is denoted as slice body c, and the piece of the one-piece inflatable deformable hat slice is denoted as slice body b; before inflation, slice body a, slice body c and slice body b are all laid flat on a horizontal plane, the two slice bodies c are symmetrically distributed left and right, slice body a is pressed on slice body c, the highest point of the sleeve cap part of one slice body c is connected to the intersection point of the left edge of the right chest and the left edge of the rear piece, and the highest point of the sleeve cap part of the other slice body c is connected to the intersection point of the right edge of the left chest and the right edge of the rear piece, slice body a and slice body c are both pressed on slice body b, and the midpoint of the rear edge of the rear piece of slice body a is connected to the midpoint of the front edge of the back of the head part of slice body b.

Claims

1. A one-piece inflatable deformable vest panel, characterized in that: It includes a cut piece body, an inflatable element, a plurality of magnetic buttons, and a power source, wherein the inflatable element is connected to the power source; The cut piece body is divided into five areas: right chest, right abdomen, left chest, left abdomen, and back piece; the right chest is used to wrap the right side of the wearer's chest, the right abdomen is used to wrap the right side of the wearer's abdomen, the left chest is used to wrap the left side of the wearer's chest, the left abdomen is used to wrap the left side of the wearer's abdomen, and the back piece is used to wrap the wearer's back; An inflatable area is provided on the cut piece body, and the inflatable area is supplied with air by an inflatable element; Before inflation, the cut piece body is laid flat on a horizontal plane, and a plurality of sets of heat pressing lines are arranged on the upper surface in the inflatable area, the right chest is located on the left side of the left chest, the right chest and the left chest are located on the back side of the back piece at the same time, the right large abdomen is located on the front side of the right chest and on the left side of the back piece, and the left large abdomen is located on the front side of the left chest and on the right side of the back piece; When inflated, the right chest, right abdomen, left chest, and left abdomen are bent and deformed under the guidance of the hot pressing line to form a front piece together; After inflation, the one-piece inflatable deformable vest piece is in the shape of a vest, and the seams are connected by magnetic buttons.

2. One-piece inflatable deformable sleeve panel, characterized in that: It includes a cut piece body, an inflatable element, a plurality of magnetic buttons, and a power source, wherein the inflatable element is connected to the power source; The body of the cut piece is divided into two areas: the sleeve cap and the sleeve hole. The sleeve cap is used to wrap the connection between the upper arm and the shoulder of the wearer, and the sleeve hole is used to wrap the arm of the wearer. An inflatable area is provided on the cut piece body, and the inflatable area is supplied with air by an inflatable element; Before inflation, the cut piece body is laid flat on a horizontal plane, and a plurality of sets of hot pressing lines are arranged on the upper surface in the inflatable area, and the sleeve seam part and the sleeve cage part are arranged in parallel. The cut piece body has a symmetrical structure, and the axis of symmetry is recorded as axis X; When inflated, the sleeve portion and the sleeve hole portion located on one side of the axis X are bent upwards toward the axis X under the guidance of the hot pressing line, and the sleeve portion and the sleeve hole portion located on the other side of the axis X are bent upwards toward the axis X under the guidance of the hot pressing line; After inflation, the one-piece inflatable deformable sleeve panel is in the shape of a sleeve, and the seams are connected by magnetic buttons.

3. One-piece inflatable deformable hat piece, characterized in that: It includes a cut piece body, an inflatable element, a plurality of magnetic buttons, and a power source, wherein the inflatable element is connected to the power source; The body of the cut piece is divided into six areas: right neck, right head, back of head, left head, left neck, and top of head; The right neck is used to wrap the right side of the wearer's neck, the left neck is used to wrap the left side of the wearer's neck, the right head is used to wrap the right side of the wearer's head, the left head is used to wrap the left side of the wearer's head, the back of the head is used to wrap the back side of the wearer's head, and the top of the head is used to wrap the upper side of the wearer's head; An inflatable area is provided on the cut piece body, and the inflatable area is supplied with air by an inflatable element; Before inflation, the cut piece body is laid flat on a horizontal plane, and the upper surface is provided with multiple sets of hot pressing lines located in the inflatable area, the right neck, the right head, the back of the head, the left head, and the left neck are connected from left to right in sequence, and the top of the head and the back of the head are connected in sequence from back to front; When inflating, the right neck and right side of the head are bent to the upper right under the guidance of the heat pressing line, the top of the head is bent forward and upward under the guidance of the heat pressing line, and the left side of the head and left side of the neck are bent to the upper left under the guidance of the heat pressing line; After inflation, the one-piece inflatable deformable hat piece is in the shape of a hat, and the seams are connected by magnetic buttons.

4. One-piece inflatable deformable pants panel, characterized in that: It includes a cut piece body, an inflatable element, a plurality of magnetic buttons, and a power source, wherein the inflatable element is connected to the power source; The cut piece body is divided into eight regions, namely, right hip, right thigh, right calf, buttocks, crotch, left hip, left thigh, and left calf; the right hip is used to wrap the right hip of the wearer, the right thigh is used to wrap the right thigh of the wearer, the right calf is used to wrap the right calf of the wearer, the buttocks is used to wrap the buttocks of the wearer, the crotch is used to wrap the crotch of the wearer, the left hip is used to wrap the left hip of the wearer, the left thigh is used to wrap the left thigh of the wearer, and the left calf is used to wrap the left calf of the wearer; An inflatable area is provided on the cut piece body, and the inflatable area is supplied with air by an inflatable element; Before inflation, the cut piece body is laid flat on a horizontal plane, and the upper surface is provided with multiple sets of heat pressing lines located in the inflatable area, the right hip, right thigh, and right calf are connected in sequence from back to front, the buttocks and crotch are connected in sequence from back to front, the left hip, left thigh, and left calf are connected in sequence from back to front, the right hip, buttocks, and left hip are connected in sequence from left to right, and the right thigh, crotch, and left thigh are connected in sequence from left to right; When inflated, the right hip, right thigh and right calf are bent to the upper right under the guidance of the heat press line, the left hip, left thigh and left calf are bent to the upper left under the guidance of the heat press line, and the crotch is bent backward and upward under the guidance of the heat press line; After inflation, the one-piece inflatable deformable pants panel is in the shape of pants, and the seams are connected by magnetic buttons.

5. The one-piece inflatable deformable trousers panel according to claim 4, characterized in that: There is no right calf and left calf.

6. An inflatable automatically-worn hooded vest, characterized in that: It is composed of a one-piece inflatable deformable vest piece as claimed in claim 1 and a one-piece inflatable deformable hat piece as claimed in claim 3; The piece body of the one-piece inflatable deformable vest piece is recorded as piece body a, and the piece body of the one-piece inflatable deformable hat piece is recorded as piece body b; Before inflation, both the cut piece body a and the cut piece body b are laid flat on a horizontal plane, the cut piece body a is pressed on the cut piece body b, and the middle point of the rear edge of the rear piece of the cut piece body a is connected to the middle point of the front edge of the back of the head of the cut piece body b.

7. An inflatable, automatically-worn hoodless coat, characterized in that: It is composed of one piece of inflatable deformable vest panel as claimed in claim 1 and two piece of inflatable deformable sleeve panels as claimed in claim 2; The piece body of the one-piece inflatable deformable vest piece is recorded as piece body a, and the piece body of the one-piece inflatable deformable sleeve piece is recorded as piece body c; Before inflation, both the cutting piece body a and the cutting piece body c are laid flat on a horizontal plane, the two cutting piece bodies c are symmetrically distributed on the left and right, the cutting piece body a is pressed on the cutting piece body c, the highest point of the sleeve seam of one cutting piece body c is connected to the intersection of the left edge of the right chest and the left edge of the back piece, and the highest point of the sleeve seam of the other cutting piece body c is connected to the intersection of the right edge of the left chest and the right edge of the back piece.

8. An inflatable self-wearing hooded jacket, characterized in that: It is composed of one piece of inflatable deformable vest piece as claimed in claim 1, two piece of inflatable deformable sleeve pieces as claimed in claim 2, and one piece of inflatable deformable hat piece as claimed in claim 3; The piece body of the one-piece inflatable deformable vest piece is recorded as piece body a, the piece body of the one-piece inflatable deformable sleeve piece is recorded as piece body c, and the piece body of the one-piece inflatable deformable hat piece is recorded as piece body b; Before inflation, the cutting piece body a, the cutting piece body c and the cutting piece body b are all laid flat on a horizontal plane, the two cutting piece bodies c are symmetrically distributed on the left and right, the cutting piece body a is pressed on the cutting piece body c, the highest point of the sleeve seam of one cutting piece body c is connected to the intersection point of the left edge of the right chest and the left edge of the back piece, the highest point of the sleeve seam of the other cutting piece body c is connected to the intersection point of the right edge of the left chest and the right edge of the back piece, the cutting piece body a and the cutting piece body c are both pressed on the cutting piece body b, and the middle point of the rear edge of the back piece of the cutting piece body a is connected to the middle point of the front edge of the back of the head of the cutting piece body b.

Images