CN111227404A - Isolation protective garment cutting structure with air holes and sewing process - Google Patents
Isolation protective garment cutting structure with air holes and sewing process Download PDFInfo
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- CN111227404A CN111227404A CN202010134643.0A CN202010134643A CN111227404A CN 111227404 A CN111227404 A CN 111227404A CN 202010134643 A CN202010134643 A CN 202010134643A CN 111227404 A CN111227404 A CN 111227404A
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41H—APPLIANCES OR METHODS FOR MAKING CLOTHES, e.g. FOR DRESS-MAKING OR FOR TAILORING, NOT OTHERWISE PROVIDED FOR
- A41H3/00—Patterns for cutting-out; Methods of drafting or marking-out such patterns, e.g. on the cloth
- A41H3/01—Patterns for cutting-out; Methods of drafting or marking-out such patterns, e.g. on the cloth using stencils
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
- A41D13/00—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches
- A41D13/12—Surgeons' or patients' gowns or dresses
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
- A41D27/00—Details of garments or of their making
- A41D27/12—Shields or protectors
- A41D27/13—Under-arm shields
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
- A41D27/00—Details of garments or of their making
- A41D27/28—Means for ventilation
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Health & Medical Sciences (AREA)
- General Health & Medical Sciences (AREA)
- Physical Education & Sports Medicine (AREA)
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Abstract
A cutting structure and a sewing process of an isolation protective garment with air holes are provided, wherein a second splicing edge is formed between a collar pit point and an armpit point of a front cut piece, and a third splicing edge is formed between the armpit point and a first inflection point; the front cut piece is sewed with the sleeve cut piece through the second splicing edge, and the front cut piece is sewed with the armpit splicing piece through the third splicing edge. A first sharp corner point, a second inflection point, a second sharp corner point and a third inflection point are formed on the armpit splicing piece; a fourth splicing edge is formed between the first sharp corner point and the second inflection point, a fifth splicing edge is formed between the second inflection point and the second sharp corner point, a sixth splicing edge is formed between the second sharp corner point and the third inflection point, and a seventh splicing edge is formed between the third inflection point and the first sharp corner point; the underarm spliced piece is sewed with the front cut piece through a fourth spliced edge, the underarm spliced piece is sewed with the rear cut piece through a seventh spliced edge, and the underarm spliced piece is sewed with the sleeve cut piece through a fifth spliced edge and a sixth spliced edge. The invention improves the ventilation effect of the protective clothing on the premise of ensuring the isolation effect of the protective clothing.
Description
Technical Field
The invention relates to a cutting structure and a sewing process of an isolation protective garment with air holes, and belongs to the technical field of garments.
Background
The new-type 2019 coronavirus named by the world health organization (2019-nCoV) brings huge changes to the life of people, and as the main propagation ways of the new-type coronavirus are respiratory droplets and contact propagation, medical substances such as masks and protective clothing are in short supply, a situation that a cover is difficult to obtain and a user is hard to obtain appears around the country, the world is held, all the people can fight against epidemic situations and donate money, and finally the disease is vicious.
The applicant is at the head of the national hardship and is used as a garment production enterprise to actively research, produce, sell and donate medical and civil sanitary protective articles. Through technical transformation, the production of the protective clothing is rapidly expanded, and the time is taken up with the epidemic situation.
The existing medical protective clothing fabric is relatively poor in breathability due to functional reasons, and medical workers can sweat a lot when wearing and moving for a long time, so that the medical workers feel sultry and are uncomfortable to the body, but the medical workers have to wear the protective clothing according to the requirements of working environments, and have to struggle with the sick and evil when suffering from body decoction. How to improve the ventilation effect of the protective clothing on the premise of ensuring the isolation effect of the protective clothing is a technical problem to be solved urgently.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides the cutting structure and the sewing process of the isolation protective clothing with the air holes, so that the manufactured protective clothing has good isolation effect and good ventilation effect, and the wearing comfort level experience of medical personnel is improved.
The technical scheme for solving the technical problems is as follows: a cutting structure of isolation protective clothing with air holes comprises a pair of bilaterally symmetrical cap cut pieces, a pair of bilaterally symmetrical front cut pieces, a pair of bilaterally symmetrical underarm splicing cut pieces, a pair of bilaterally symmetrical sleeve cut pieces, a pair of bilaterally symmetrical trousers cut pieces and a back cut piece;
the left and right symmetrical cap cut pieces are spliced by a sewing line to form a face opening, a face pleat is arranged at the face opening, and a first splicing edge is formed at the lower part of each cap cut piece; the lower part of the cap cut piece is respectively sewed with the upper parts of the front cut piece, the rear cut piece and the sleeve cut piece through the first splicing edge;
collar pit points, armpit points and first inflection points are formed on the front cut pieces which are bilaterally symmetrical, a second splicing edge is formed between the collar pit points and the armpit points, and a third splicing edge is formed between the armpit points and the first inflection points; the front cut piece is sewn with the sleeve cut piece through the second splicing edge, and the front cut piece is sewn with the underarm splicing piece through the third splicing edge;
a first sharp corner point, a second inflection point, a second sharp corner point and a third inflection point are formed on the left and right symmetrical underarm splicing pieces; a fourth splicing edge is formed between the first sharp corner point and the second inflection point, a fifth splicing edge is formed between the second inflection point and the second sharp corner point, a sixth splicing edge is formed between the second sharp corner point and the third inflection point, and a seventh splicing edge is formed between the third inflection point and the first sharp corner point; the underarm spliced pieces are sewn with the front cut pieces through the fourth spliced edges, the underarm spliced pieces are sewn with the rear cut pieces through the seventh spliced edges, and the underarm spliced pieces are sewn with the sleeve cut pieces through the fifth spliced edges and the sixth spliced edges;
the upper portion of the pant piece is sewn to the lower portion of the front panel, and the upper portion of the pant piece is also sewn to the lower portion of the back panel.
As the preferable scheme of the cutting structure of the isolation protective clothing with the air holes, the cutting structure further comprises a pair of symmetrical knee splicing cutting pieces, the left side and the right side of the knee splicing cutting pieces are mutually sewn, and the upper parts of the knee splicing cutting pieces are sewn with the lower parts of the trousers cutting pieces.
As the preferred scheme of the structure is tailor to the isolation protective clothing who takes the bleeder vent, cut-parts are pieced together to the armpit and the cut-parts are pieced together to the knee and are adopted ventilative screen cloth, the knee is pieced together the cut-parts and is sewed up with the trousers cut-parts after folding.
As the preferred scheme of the structure is tailor to the isolation protective clothing who takes the bleeder vent, still include that bilateral symmetry's trousers shank cut-parts are a pair of, the upper portion of trousers shank cut-parts with the cut-parts are pieced together to the knee and are sewed up, and the left and right sides of trousers shank cut-parts is sewed up mutually, and the lower part of trousers shank cut-parts is formed with the trousers mouth, trousers mouth department is equipped with the ankle and takes out the pleat.
The structure is tailor to the isolation protective clothing who takes the bleeder vent preferred scheme, still includes the cut-parts that keep out the wind, the upper portion of cut-parts that keep out the wind with the front cut-parts is sewed up, the lower part of cut-parts that keep out the wind with the upper portion of trousers cut-parts is sewed up.
As the preferable scheme of the cutting structure of the isolation protective clothing with the air holes, the joints of the trousers cut pieces and the back cut pieces are provided with back waist seams and rubber root shirring.
As the preferable scheme of the cutting structure of the isolation protective clothing with the air holes, zippers are sewed in the front middle positions of the front cut piece and the trousers cut piece.
The invention also provides the isolation protective clothing with the air holes, which is sewn by adopting the cutting structure.
The invention also provides a sewing process of the isolation protective clothing with the air holes, which comprises the following steps:
and (3) overlapping the cap cutting pieces: overlapping the splicing positions of the left and right cap cut pieces to form a cap and a face shape; performing shirring on the face mouth by using the oak root according to a preset size;
sleeve stitching: overlapping the front sleeve cage of the right piece of the sleeve cut piece and the front sleeve cage of the front piece to form a right armhole seam from the point of the collar pit to the point of the armpit; overlapping the right piece rear armholes of the sleeve cutting pieces and the rear armholes of the rear cutting pieces to form right armhole seams from the point of the collar pit to the point of the armpit; overlapping the front armholes of the left sleeve piece and the front armholes of the front sleeve piece to form a left armhole seam from the point of the collar pit to the point of the armpit; overlapping the left rear armholes of the sleeve cut pieces and the rear armholes of the rear cut pieces to form a left armhole seam from the point of the collar pit to the point of the armpit;
stitching the oxter: the underarm spliced pieces are overlapped with the front cut pieces through the fourth spliced edges, the underarm spliced pieces are overlapped with the rear cut pieces through the seventh spliced edges, and the underarm spliced pieces are overlapped with the sleeve cut pieces through the fifth spliced edges and the sixth spliced edges;
the knee pieces, the trouser pieces and the trouser shank pieces are superposed: overlapping a lower edge of a right piece of the trouser cut piece with an upper edge of a right piece of the knee splicing cut piece, overlapping a lower edge of the right piece of the knee splicing cut piece with an upper edge of the right piece of the trouser lower leg splicing cut piece, and turning up an upper edge seam of the overlapped knee splicing cut piece to form a knee loose edge of the right trouser leg; the left piece of the knee splicing piece and the left piece of the trouser cutting piece, the left piece of the knee splicing piece and the left piece of the trouser leg cutting piece are overlapped with each other to form a left trouser leg knee loose edge;
and (3) overlapping the cut pieces: the knee splicing cut pieces, the front seams and the back seams of the right trousers pieces after the trousers cut pieces and the lower leg cut pieces are overlapped, and right trousers legs are formed from crotch bending points to foot openings in an overlapped mode; the front seam and the back seam of the left trouser piece are folded to form a right trouser leg;
folding the crotch seam: the left and right pieces of the trousers cut piece are overlapped with the sewing line to form crotch-following curved seams;
and (3) overlapping the upper and lower waist seams: the front cut piece and the back cut piece are overlapped and then the lower opening forms an upper middle waist seam; the crotch seams of the two trouser legs of the lower section are overlapped to form a middle waist seam of the lower section, and the middle waist seam of the upper section and the middle waist seam of the lower section are overlapped by a stitching line to form a middle waist part of the protective suit;
the cap cutting pieces are superposed with the large collar pit: after the cap cutting pieces are overlapped, the lower opening edge and the large collar nest seam are overlapped to form a ready-made clothes neck with a cap.
As the preferable scheme of the sewing process of the isolation protective clothing with the air holes, the method also comprises the following steps: and after the upper and lower waist seams are overlapped, the back seams of the back cut piece and the trousers cut piece are shirred according to the marks and the rubber root of the sewing thread with the set size.
As the preferred scheme of the isolation protective clothing sewing process with the air holes, the wind shielding cut piece and the ready-made clothes are overlapped: the upper opening edge of the wind shielding cut piece is internally held, then the wind shielding cut piece is folded, and the wind shielding is formed according to the position of the front cut piece and the cut piece.
A collar pit point, an underarm point and a first inflection point are formed on the front cut piece, a second splicing edge is formed between the collar pit point and the underarm point, and a third splicing edge is formed between the underarm point and the first inflection point; the front cut piece is sewed with the sleeve cut piece through the second splicing edge, and the front cut piece is sewed with the armpit splicing piece through the third splicing edge. A first sharp corner point, a second inflection point, a second sharp corner point and a third inflection point are formed on the left and right symmetrical underarm splicing pieces; a fourth splicing edge is formed between the first sharp corner point and the second inflection point, a fifth splicing edge is formed between the second inflection point and the second sharp corner point, a sixth splicing edge is formed between the second sharp corner point and the third inflection point, and a seventh splicing edge is formed between the third inflection point and the first sharp corner point; the underarm spliced piece is sewed with the front cut piece through a fourth spliced edge, the underarm spliced piece is sewed with the rear cut piece through a seventh spliced edge, and the underarm spliced piece is sewed with the sleeve cut piece through a fifth spliced edge and a sixth spliced edge. The invention makes the armpit of the protective clothing form a breathable area, and the armpit part with more sweat accelerates the evaporation of sweat, and has good breathable effect. The invention improves the wearing comfort experience of medical personnel, ensures the isolation effect of the protective clothing, and enables the medical personnel to be more comfortable and attentive to combat epidemic situations.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It should be apparent that the drawings in the following description are merely exemplary, and that other embodiments can be derived from the drawings provided by those of ordinary skill in the art without inventive effort.
The structures, ratios, sizes, and the like shown in the present specification are only used for matching with the contents disclosed in the specification, so as to be understood and read by those skilled in the art, and are not used to limit the conditions that the present invention can be implemented, so that the present invention has no technical significance, and any structural modifications, changes in the ratio relationship, or adjustments of the sizes, without affecting the effects and the achievable by the present invention, should still fall within the range that the technical contents disclosed in the present invention can cover.
FIG. 1 is a schematic diagram of a cutting structure of an isolation protective garment with air holes according to an embodiment of the present invention;
FIG. 2 is a schematic view of the overlapping of the knee panel, the pant panel and the lower leg panel in an inverted position according to an embodiment of the present invention;
FIG. 3 is a schematic view of a knee panel, a pant panel, and a pant calf panel provided in an embodiment of the invention after being superimposed;
FIG. 4 is a schematic diagram of the front effect of the protective clothing manufactured by the cutting structure of the isolation protective clothing with the air holes provided in the embodiment of the invention;
FIG. 5 is a schematic diagram of the reverse side effect of the protective clothing made by the cutting structure of the isolation protective clothing with the air holes provided by the embodiment of the invention.
In the figure, 1, a cap cutting piece; 2. front panel; 3. splicing the underarm; 4. cutting the sleeves; 5. cutting the trousers pieces; 6. back cutting; 7. a face opening; 8. a first splicing edge; 9. collar pit points; 10. the underarm point; 11. a first inflection point; 12. a second spliced edge; 13. a third spliced edge; 14. a first sharp point; 15. a second inflection point; 16. a second corner point; 17. a third inflection point; 18. a fourth spliced edge; 19. a fifth splicing edge; 20. a sixth splicing edge; 21. a seventh splicing edge; 22. cutting pieces for knees; 23. cutting pieces of trousers legs; 24. and (6) wind shielding cut pieces.
Detailed Description
In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in detail below. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present invention. This invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used herein in the description of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.
Referring to fig. 1, a cutting structure of the isolation protective clothing with the air holes is provided, which comprises a pair of left and right symmetrical cap cut pieces 1, a pair of left and right symmetrical front cut pieces 2, a pair of left and right symmetrical underarm splicing cut pieces 3, a pair of left and right symmetrical sleeve cut pieces 4, a pair of left and right symmetrical trousers cut pieces 5 and a back cut piece 6.
Specifically, the left and right symmetrical cap cut pieces 1 are spliced by a sewing line to form a face opening 7, a face pleat is arranged at the face opening 7, and a first splicing edge 8 is formed at the lower part of the cap cut piece 1; the lower part of the cap panel 1 is respectively sewed with the upper parts of the front panel 2, the back panel 6 and the sleeve panel 4 through the first splicing edges 8. Overlapping the splicing parts of the left and right symmetrical cap cutting pieces 1 to form the shape of a cap and a face opening 7; the face opening 7 is pleated by using an oak root according to a set size, and the pleated face opening 7 is tightly attached to the face of a wearer, so that the protective function is improved, and the face is suitable for various fat and thin face types; the process standard is set as 301 stitches, the number of needles is 10 needles/3 cm, and the carriage returns for fixing.
Specifically, a collar point 9, an underarm point 10 and a first inflection point 11 are formed on the front panel 2 which is bilaterally symmetrical, a second splicing edge 12 is formed between the collar point 9 and the underarm point 10, and a third splicing edge 13 is formed between the underarm point 10 and the first inflection point 11; the front panel 2 is sewed with the sleeve panels 4 through the second splicing edges 12, and the front panel 2 is sewed with the armpit splicing panels 3 through the third splicing edges 13. A first corner point 14, a second corner point 15, a second corner point 16 and a third corner point 17 are formed on the left and right symmetrical underarm splicing pieces 3; a fourth splicing edge 18 is formed between the first corner point 14 and the second corner point 15, a fifth splicing edge 19 is formed between the second corner point 15 and the second corner point 16, a sixth splicing edge 20 is formed between the second corner point 16 and the third corner point 17, and a seventh splicing edge 21 is formed between the third corner point 17 and the first corner point 14; underarm pieces 3 pass through fourth concatenation limit 18 is sewed up with front panel 2, and underarm pieces 3 pass through seventh concatenation limit 21 is sewed up with back cut-parts 6, and underarm pieces 3 pass through fifth concatenation limit 19 and sixth concatenation limit 20 are sewed up with sleeve cut-parts 4. The upper part of the cut-parts 5 is sewed with the lower part of the front cut-parts 2, and the upper part of the cut-parts 5 is also sewed with the lower part of the back cut-parts 6.
Specifically, the right front sleeve cage of the sleeve cut piece 4 and the front sleeve cage of the front cut piece 2 are overlapped to form a right armhole seam from a collar point 9 to an underarm point 10; overlapping the right rear armhole of the sleeve cut piece 4 and the rear armhole of the rear cut piece 6 to form a right armhole seam from a collar point 9 to an underarm point 10; the left front sleeve cage of the sleeve cut piece 4 and the front sleeve cage of the front cut piece 2 are overlapped to form a left sleeve cage seam from a collar pit point 9 to an underarm point 10; the left rear armhole of the sleeve cut piece 4 and the rear armhole of the rear cut piece 6 are overlapped to form a line, and a left armhole seam is formed from a collar pit point 9 to an underarm point 10.
Specifically, the underarm spliced piece 3 is sewn with the front piece 2 through the fourth spliced edge 18, the underarm spliced piece 3 is sewn with the back piece 6 through the seventh spliced edge 21, and the underarm spliced piece 3 is sewn with the sleeve piece 4 through the fifth spliced edge 19 and the sixth spliced edge 20. The right front lower seam of the underarm splicing piece 3 is overlapped with the right side seam of the front cutting piece 2, the right front upper seam of the underarm splicing piece 3 is overlapped with the right front seam of the sleeve cutting piece 4, and the underarm splicing piece 3 is overlapped from the first sharp corner point 14 to the second sharp corner point 16 through the second inflection point 15; the right back seam of the underarm splicing piece 3 is overlapped with the right side seam of the back cutting piece 6, the right back seam of the underarm splicing piece 3 is overlapped with the right back seam of the sleeve cutting piece 4, and the underarm splicing piece 3 is overlapped and turned from the first sharp corner point 14 to the second sharp corner point 16 through the third turning point 17 to form a right big body sleeve connecting cylinder; the left piece of the oxter splicing piece 3 is sewn with the left side of the front cutting piece 2, and the left piece of the oxter splicing piece 3 and the left side of the rear cutting piece 6 are sewn and overlapped with the right sleeve to form a left big connecting sleeve.
In one embodiment of the cutting structure of the isolating protective clothing with the air holes, the cutting structure further comprises a pair of symmetrical knee splicing cut pieces 22, the left side and the right side of the knee splicing cut pieces 22 are sewn mutually, and the upper parts of the knee splicing cut pieces 22 are sewn with the lower parts of the trousers cut pieces 5. Still include bilateral symmetry's trousers shank cut-parts 23 a pair ofly, the upper portion of trousers shank cut-parts 23 with cut-parts 22 is pieced together to the knee and sews up, and the left and right sides of trousers shank cut-parts 23 is sewed up mutually, and the lower part of trousers shank cut-parts 23 is formed with the trousers mouth, the trousers mouth department is equipped with the ankle and takes out the pleat.
Specifically, the lower edge of the right piece of the trousers cut piece 5 and the upper edge of the right piece of the knee splicing cut piece 22 are overlapped and lathed, the lower edge of the right piece of the knee splicing cut piece 22 and the upper edge of the right piece of the lower leg of the trousers cut piece 23 are overlapped and lathed, the upper edge of the overlapped knee splicing cut piece 22 is sewn upwards and inwards to form a movable edge of the invisible breathable net for the knees of the right trouser legs, the effect is shown as figure 2, the overlapping schematic diagram of the cut pieces is shown as figure 3, the breathable net cloth can be automatically opened to increase the ventilation and exhaust functions when the human body moves, the appearance effect is not influenced, and the dustproof effect and other effects can be enhanced; the left piece of the knee splicing piece 22, the left piece of the trouser cutting piece 5 and the left piece of the trouser lower leg cutting piece 23 are laminated together to form a right piece, and a movable edge of the invisible breathable net for the knees of the right trouser legs is formed.
In one embodiment of the cutting structure of the isolating protective clothing with the air holes, the armpit cut pieces 3 and the knee cut pieces 22 adopt air-permeable net cloth, and the knee cut pieces 22 are folded and sewn with the trousers cut pieces 5. Cut-parts 22 are pieced together to similar folding fan after folding in the knee, can follow the action of knee and open and closed, promote ventilation effect under the prerequisite of further guaranteeing the protective effect.
In one embodiment of the cutting structure of the isolating protective clothing with the air holes, the cutting structure further comprises a wind shielding cut-off piece 24, the upper part of the wind shielding cut-off piece 24 is sewn with the front cut-off piece 2, and the lower part of the wind shielding cut-off piece 24 is sewn with the upper part of the trousers cut-off piece 5. The upper opening edge of the wind shielding cut piece 24 is internally held, then the wind shielding cut piece 24 is folded in half, and wind shielding is formed according to the position lines set by the front cut piece 2 and the trousers cut piece 5.
In one embodiment of the cutting structure of the isolating protective clothing with the air holes, the joint of the trousers cut pieces 5 and the back cut pieces 6 is provided with a back waist seam rubber root pleat. And after the upper and lower waist seams are overlapped, the back seams of the back cut piece 6 and the trousers cut piece 5 are pleated according to the marks and the rubber root of the sewing thread with the set size.
In one embodiment of the cutting structure of the isolating protective clothing with the air holes, a zipper is sewed at the front middle positions of the front cut piece 2 and the trousers cut piece 5. The front middle positions of the front cut piece 2 and the trousers cut piece 5 are provided with zippers, so that the trousers are convenient to put on and take off.
Referring to fig. 4 and 5, the embodiment of the invention also provides an isolation protective garment with air holes, which is sewn by adopting the cutting structure.
The embodiment of the invention also provides a sewing process of the isolation protective clothing with the air holes, which comprises the following steps:
and (3) superposing the cap cutting pieces 1: overlapping the splicing parts of the left and right cap cutting pieces 1 to form the shape of a cap and a face opening 7; performing shirring at the face opening 7 by using an oak root according to a preset size;
sleeve stitching: the right front sleeve cage of the sleeve cut piece 4 and the front sleeve cage of the front cut piece 2 are overlapped to form a right sleeve cage seam from a collar point 9 to an underarm point 10; overlapping the right rear armhole of the sleeve cut piece 4 and the rear armhole of the rear cut piece 6 to form a right armhole seam from a collar point 9 to an underarm point 10; the left front sleeve cage of the sleeve cut piece 4 and the front sleeve cage of the front cut piece 2 are overlapped to form a left sleeve cage seam from a collar pit point 9 to an underarm point 10; overlapping the left rear armhole of the sleeve cut piece 4 and the rear armhole of the rear cut piece 6 to form a left armhole seam from a collar point 9 to an underarm point 10;
stitching the oxter: the underarm spliced pieces 3 are overlapped with the front pieces 2 through the fourth spliced edges 18, the underarm spliced pieces 3 are overlapped with the back pieces 6 through the seventh spliced edges 21, and the underarm spliced pieces 3 are overlapped with the sleeve cut pieces 4 through the fifth spliced edges 19 and the sixth spliced edges 20;
the knee splicing cut pieces 22, the trouser cut pieces 5 and the trouser lower leg cut pieces 23 are superposed: the lower edge of the right piece of the trouser section 5 is overlapped with the upper edge of the right piece of the knee splicing section 22 by a sewing line, the lower edge of the right piece of the knee splicing section 22 is overlapped with the upper edge of the right piece of the trouser leg splicing section 22 by a sewing line, and the upper edge of the overlapped knee splicing section 22 is sewn upwards and inwards to form a knee movable edge of the right trouser leg; the left piece of the knee splicing cut piece 22 and the left piece of the trouser cut piece 5, and the left piece of the knee splicing cut piece 22 and the left piece of the trouser lower leg cut piece 23 are superposed to form a left trouser leg knee loose edge with the same folding process as the right piece of the knee splicing cut piece 22;
and (3) overlapping the cut pieces 5: the front seam and the back seam of the right trouser piece after the knee splicing cut piece 22, the trouser cut piece 5 and the trouser shank cut piece 23 are overlapped, and right trouser legs are formed from crotch bending points to foot openings through overlapping; the front seam and the back seam of the left trouser piece are folded to form a right trouser leg;
folding the crotch seam: the left and right pieces of the trousers cut-parts 5 are overlapped with the sewing line to form crotch-following curved seams;
and (3) overlapping the upper and lower waist seams: the front cut piece 2 and the back cut piece 6 are overlapped and then the lower opening forms an upper middle waist seam; the crotch seams of the two trouser legs of the lower section are overlapped to form a middle waist seam of the lower section, and the middle waist seam of the upper section and the middle waist seam of the lower section are overlapped by a stitching line to form a middle waist part of the protective suit;
the cap cutting pieces 1 are superposed with the large collar pit: after the cap cutting pieces 1 are overlapped, the lower opening edge and the large collar nest seam are overlapped to form a ready-made clothes neck with a cap.
In one embodiment of the sewing process of the isolation protective clothing with the air holes, the sewing process further comprises the following steps: and after the upper and lower waist seams are overlapped, the back seams of the back cut piece 6 and the trousers cut piece 5 are pleated according to the marks and the rubber root of the sewing thread with the set size.
In one embodiment of the sewing process of the isolation protective clothing with the air holes, the wind shielding cut piece 24 is overlapped with the ready-made clothing: the upper opening edge of the wind shielding cut piece 24 is internally held, then the wind shielding cut piece 24 is folded in half, and wind shielding is formed according to the position lines set by the front cut piece 2 and the trousers cut piece 5.
A collar point 9, an underarm point 10 and a first inflection point 11 are formed on a front panel 2, a second splicing edge 12 is formed between the collar point 9 and the underarm point 10, and a third splicing edge 13 is formed between the underarm point 10 and the first inflection point 11; the front panel 2 is sewed with the sleeve panels 4 through the second splicing edges 12, and the front panel 2 is sewed with the underarm splicing panels 3 through the third splicing edges 13. A first corner point 14, a second corner point 15, a second corner point 16 and a third corner point 17 are formed on the left and right symmetrical underarm splicing pieces 3; a fourth splicing edge 18 is formed between the first corner point 14 and the second corner point 15, a fifth splicing edge 19 is formed between the second corner point 15 and the second corner point 16, a sixth splicing edge 20 is formed between the second corner point 16 and the third corner point 17, and a seventh splicing edge 21 is formed between the third corner point 17 and the first corner point 14; the underarm spliced piece 3 is sewed with the front piece 2 through the fourth spliced edge 18, the underarm spliced piece 3 is sewed with the back piece 6 through the seventh spliced edge 21, and the underarm spliced piece 3 is sewed with the sleeve piece 4 through the fifth spliced edge 19 and the sixth spliced edge 20. The invention makes the armpit of the protective clothing form a breathable area, and the armpit part with more sweat accelerates the evaporation of sweat, and has good breathable effect. In addition, cut-parts 22 department can be opened and closed along with the action of knee to the knee, further promotes ventilation effect under the prerequisite of guaranteeing protective effect, does not influence the outward appearance effect, can also strengthen effects such as dustproof simultaneously. The invention improves the wearing comfort experience of medical personnel, ensures the isolation effect of the protective clothing, and enables the medical personnel to be more comfortable and attentive to combat epidemic situations.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. The cutting structure of the isolation protective clothing with the air holes is characterized by comprising a pair of left and right symmetrical cap cut pieces (1), a pair of left and right symmetrical front cut pieces (2), a pair of left and right symmetrical underarm splicing cut pieces (3), a pair of left and right symmetrical sleeve cut pieces (4), a pair of left and right symmetrical trousers cut pieces (5) and a back cut piece (6);
the left and right symmetrical cap cut pieces (1) are spliced by a sewing line to form a face opening (7), a face pleat is arranged at the face opening (7), and a first splicing edge (8) is formed at the lower part of the cap cut pieces (1); the lower part of the cap cut piece (1) is respectively sewed with the upper parts of the front cut piece (2), the back cut piece (6) and the sleeve cut piece (4) through the first splicing edge (8);
a collar point (9), an armpit point (10) and a first inflection point (11) are formed on the front cut piece (2) which is bilaterally symmetrical, a second splicing edge (12) is formed between the collar point (9) and the armpit point (10), and a third splicing edge (13) is formed between the armpit point (10) and the first inflection point (11); the front cut piece (2) is sewn with the sleeve cut pieces (4) through the second splicing edges (12), and the front cut piece (2) is sewn with the underarm splicing pieces (3) through the third splicing edges (13);
a first sharp corner (14), a second inflection point (15), a second sharp corner (16) and a third inflection point (17) are formed on the left and right symmetrical underarm splicing pieces (3); a fourth splicing edge (18) is formed between the first corner point (14) and the second corner point (15), a fifth splicing edge (19) is formed between the second corner point (15) and the second corner point (16), a sixth splicing edge (20) is formed between the second corner point (16) and the third corner point (17), and a seventh splicing edge (21) is formed between the third corner point (17) and the first corner point (14); the underarm spliced pieces (3) are sewn with the front cut pieces (2) through the fourth spliced edges (18), the underarm spliced pieces (3) are sewn with the rear cut pieces (6) through the seventh spliced edges (21), and the underarm spliced pieces (3) are sewn with the sleeve cut pieces (4) through the fifth spliced edges (19) and the sixth spliced edges (20);
the upper part of the trousers cut pieces (5) is sewed with the lower part of the front cut pieces (2), and the upper part of the trousers cut pieces (5) is also sewed with the lower part of the back cut pieces (6).
2. The cutting structure of the isolating protective clothing with the ventilation holes as claimed in claim 1, further comprising a pair of knee split cut pieces (22) which are symmetrical left and right, wherein the left and right sides of the knee split cut pieces (22) are sewed together, and the upper part of the knee split cut pieces (22) is sewed together with the lower part of the trousers cut pieces (5).
3. The structure is tailor to take isolation protective clothing of bleeder vent of claim 2, characterized in that, still includes a pair of trousers shank cut-parts (23) of bilateral symmetry, the upper portion of trousers shank cut-parts (23) with cut-parts (22) are pieced together to the knee, and the left and right sides of trousers shank cut-parts (23) are sewed up each other, and the lower part of trousers shank cut-parts (23) is formed with the trousers mouth, the trousers mouth department is equipped with the ankle and takes out the pleat.
4. The structure of cutting the insulation protective clothing with the ventilation holes as claimed in claim 1, further comprising a wind shielding cut piece (24), wherein the upper part of the wind shielding cut piece (24) is sewed with the front cut piece (2), and the lower part of the wind shielding cut piece (24) is sewed with the upper part of the trousers cut piece (5).
5. The structure of claim 1, wherein the joint between the cut piece (5) and the back cut piece (6) is provided with a back waist-sewn rubber root pleat.
6. The structure of claim 1, wherein the zipper is sewn at the front middle position of the front panel (2) and the front middle position of the trousers panel (5).
7. An insulating protective garment with ventilation holes, characterized in that the insulating protective garment is sewn by adopting a cutting structure according to any one of claims 1 to 6.
8. The sewing process of the isolation protective clothing with the air holes is characterized by comprising the following steps:
superposing the cap cutting pieces (1): overlapping the splicing positions of the left and right cap cutting pieces (1) to form the shape of a cap and a face opening (7); the face opening (7) is shirred by using an oak root according to a preset size;
sleeve stitching: the right front armholes of the sleeve cutting pieces (4) are overlapped with the right front armholes of the front cutting pieces (2) to form a sewing line; the right rear armholes of the sleeve cutting pieces (4) and the right rear armholes of the rear cutting pieces (6) are overlapped to form a sewing line; the left front armholes of the sleeve cutting pieces (4) and the left front armholes of the front cutting pieces (2) are overlapped to form a sewing line; the left rear armholes of the sleeve cutting pieces (4) and the left rear armholes of the rear cutting pieces (6) are overlapped to form a sewing line;
stitching the oxter: the underarm spliced pieces (3) are overlapped with the front cut pieces (2) through fourth spliced edges (18), the underarm spliced pieces (3) are overlapped with the rear cut pieces (6) through seventh spliced edges (21), and the underarm spliced pieces (3) are overlapped with the sleeve cut pieces (4) through fifth spliced edges (19) and sixth spliced edges (20);
the knee splicing cut pieces (22), the trouser cut pieces (5) and the trouser lower leg cut pieces (23) are overlapped: the lower edge of the right piece of the trouser cut piece (5) is overlapped with the upper edge of the right piece of the knee splicing cut piece (22) by a sewing line, the lower edge of the right piece of the knee splicing cut piece (22) is overlapped with the upper edge of the right piece of the trouser leg splicing cut piece by a sewing line, and the upper edge of the overlapped knee splicing cut piece (22) is sewn upwards and inwards to form a knee movable edge of the right trouser leg; the left piece of the knee splicing cut piece (22) and the left piece of the trouser cut piece (5), the left piece of the knee splicing cut piece (22) and the left piece of the trouser lower leg cut piece (23) are overlapped with each other to form a left trouser leg knee loose edge;
and (3) overlapping the trousers cutting pieces (5): the front seam and the back seam of the right trouser piece after the knee splicing cut piece (22), the trouser cut piece (5) and the trouser shank cut piece (23) are overlapped, and right trouser legs are formed from crotch bending points to foot openings by overlapping; the front seam and the back seam of the left trouser piece are folded to form a right trouser leg;
folding the crotch seam: the left and right pieces of the trousers cut pieces (5) are overlapped by the sewing line to form crotch-following curved seams;
and (3) overlapping the upper and lower waist seams: the front cut piece (2) and the back cut piece (6) are overlapped and then the lower opening forms an upper middle waist seam; the crotch seams of the two trouser legs of the lower section are overlapped to form a middle waist seam of the lower section, and the middle waist seam of the upper section and the middle waist seam of the lower section are overlapped by a stitching line to form a middle waist part of the protective suit;
the cap cutting pieces (1) are superposed with the large collar pit: after the cap cutting pieces (1) are overlapped, the lower opening edge and the large collar nest seam are overlapped and sewn to form the ready-made clothes neck with the cap.
9. The sewing process of the isolating protective clothing with the vent holes as claimed in claim 8, further comprising the following steps: and (3) sewing the back waist and drawing the oak root: and after the upper and lower waist seams are overlapped, the back seams of the back cut piece (6) and the trousers cut piece (5) are shirred according to the marks and the rubber roots of the sewing threads with set sizes.
10. The sewing process of the isolating protective clothing with the vent holes as claimed in claim 8, further comprising the following steps: the wind shielding cutting piece (24) is superposed with the ready-made clothes: the upper opening edge of the wind shielding cut piece (24) is internally held, then the wind shielding cut piece (24) is folded in half, and wind shielding is formed according to the position lines set by the front cut piece (2) and the trousers cut piece (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010134643.0A CN111227404A (en) | 2020-03-02 | 2020-03-02 | Isolation protective garment cutting structure with air holes and sewing process |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202010134643.0A CN111227404A (en) | 2020-03-02 | 2020-03-02 | Isolation protective garment cutting structure with air holes and sewing process |
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| CN111227404A true CN111227404A (en) | 2020-06-05 |
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| CN202010134643.0A Pending CN111227404A (en) | 2020-03-02 | 2020-03-02 | Isolation protective garment cutting structure with air holes and sewing process |
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