Low-toxicity and non-sensitization ecological operation work clothes and preparation method thereof

Abstract

The application relates to the technical field of clothes, in particular to a low-toxicity and non-sensitization ecological operation work clothes and a preparation method thereof. The work clothes comprise a coat, a first auxiliary part is arranged in the two sleeve opening parts of the coat, a second auxiliary part is arranged on the waist of the coat, a headgear is arranged on the upper end of the coat, a rectangular opening is formed on the front end of the headgear, a transparent plate is arranged on the front wall of the headgear, a lower zipper is arranged on the upper end of the trousers, the upper end of the lower zipper is connected with the lower end of the upper zipper through a first zipper lock, and a fourth auxiliary part is arranged on the lower end of the two leg opening parts of the trousers. The transparent plate is used for fully sealing the rectangular opening, the transparent plate can be conveniently disassembled and reassembled, the probability of leakage at the position of the rectangular opening is effectively reduced, and the use effect and performance are effectively ensured.

Description

Technical Field

[0001] This invention relates to a low-toxicity, non-allergenic eco-friendly workwear and its preparation method, belonging to the field of clothing technology. Background Technology

[0002] With the continuous development of the chemical industry, most chemical work scenarios are in low-toxicity, non-allergenic ecological environments. These conditions place high demands on the sealing performance of protective work clothes. Currently, the integrated protective work clothes suitable for this environment are made of a hood, jacket, and trousers sewn together as one piece. The hood has a face opening at the front, and a tightening rope is fitted at the opening to fit the contours of the human face.

[0003] In smoke-free working conditions, workers can tighten the rope after wearing protective clothing and masks to make the opening fit their face; in smoke-filled working conditions, workers need to wear protective goggles and then tighten the rope to complete the face seal protection.

[0004] However, this traditional structure has obvious drawbacks: when the ropes are tightened, the fabric at the opening is compressed into multiple layers of wrinkles, creating gaps and leakage channels. External smoke can easily seep into the hood through these gaps, endangering the health of workers. If a fully enclosed protective suit is used directly, it will significantly increase production costs. At the same time, the donning and doffing operations are cumbersome, resulting in poor practicality and ultimately reducing the overall performance of the protective suit. Summary of the Invention

[0005] To address the problems in the existing technology, this invention provides a low-toxicity, non-allergenic eco-friendly workwear and its preparation method.

[0006] The technical solution adopted by this invention to solve its technical problem is: A low-toxicity, non-allergenic eco-friendly workwear, comprising: The top has a zipper strap installed at the bottom, and the two cuffs of the top are connected to the outward ends with a first auxiliary component. The outer end of the waist of the top is equipped with a second auxiliary component. The headgear is connected to the middle of the upper part of the top. The top and the headgear are integrated into one structure. The front end of the headgear is recessed to form a rectangular opening, which extends to the inner wall of the headgear. The inner front wall of the headgear is connected to a transparent plate through a third auxiliary component, and the transparent plate is located at the rear end of the opening. The pants have a zipper strap installed at the upper end, and the upper end of the zipper strap is engaged with the lower end of the upper zipper strap by a first zipper. The pants are located at the lower end of the second auxiliary component, and the upper end of the pants extends into the second auxiliary component. The lower ends of both legs of the pants are connected to a fourth auxiliary component.

[0007] Furthermore, the first auxiliary component includes a first elastic band, which is connected and disposed on the outward end of the cuff of the garment, and the first elastic band is arranged in a ring structure. A ring belt is installed on the outer side of the first elastic band, and a plurality of elastic bands are disposed between the ring belt and the first elastic band.

[0008] Furthermore, the annular belt has an inwardly recessed groove at its inner end, and the groove is located outside the elastic belt. An arc-shaped protective pad is installed on the inner wall of the groove.

[0009] Furthermore, the second auxiliary component includes a ring-shaped fabric, the upper end of which is mounted on the outer end of the waistband of the top, and the trousers are located at the lower end of the ring-shaped belt, with the upper end of the trousers extending into the ring-shaped belt.

[0010] Furthermore, an installation bag is provided at the outer end of the lower ring of the annular fabric. The installation bag is arranged in a C-shape and is located below the zipper belt. A second pull rope is movably installed inside the installation bag, and the two ends of the second pull rope extend from the two ends of the installation bag, respectively.

[0011] Furthermore, the fourth auxiliary component includes a second elastic band, a protective band, and a connecting band. The second elastic band is connected to the lower end of the leg opening of the trousers and is arranged in a ring structure. Two vertical bands are symmetrically installed at the lower end of the second elastic band. The protective band is arranged in an arc structure, and the upper ends of the left and right sides of the protective band are respectively connected to the lower ends of the two vertical bands. The rear end of the connecting band is connected to the front end of the two vertical bands.

[0012] Furthermore, the third auxiliary component includes an inner zipper strap, a frame-type inner strap, and an outer zipper strap. The frame-type inner strap is installed on the inner front wall of the headgear and is located outside the rectangular opening. The inner wall of the frame-type inner strap is provided with an outer zipper strap. The inner wall of the outer zipper strap is connected to the inner zipper strap by a second zipper, and the inner zipper strap is installed at the outer end of the transparent plate.

[0013] Furthermore, a frame-like bag is provided on the inner wall of the rectangular opening, and the frame-like bag extends out of the front side of the rectangular opening. A first pull rope is movably installed inside the frame-like bag. Both ends of the first pull rope extend out from the lower end of the frame-like bag, and the extension of the first pull rope is located on the front side of the headgear. Two air filters are symmetrically installed on the lower front end of the transparent plate, and the air filters are located inside the frame-like bag. Both air filters extend to the rear end of the transparent plate.

[0014] Furthermore, an outer box is installed on the upper front end of the transparent plate, and the outer box is located inside the frame bag. The outer plate is slidably connected inside the outer box, and the outer plate extends out of the lower side of the outer box. The outer plate is located on the upper side of the air filter. An outer magnetic plate is embedded at the rear end of the outer plate, and the outer magnetic plate is attached to the front end of the transparent plate. An inner box is provided at the rear end of the transparent panel, and the inner box is located directly behind the outer box. An inner plate is slidably connected inside the inner box, and the inner plate extends out of the lower side of the inner box. An inner magnetic plate is embedded at the front end of the outer plate, and the inner magnetic plate is located directly behind the outer magnetic plate. The inner magnetic plate and the outer magnetic plate are arranged to attract each other. A mounting plate is provided at the lower end of the inner plate. A cleaning pad is installed at the front end of the mounting plate and is attached to the rear end of the transparent panel. A rubber pad is provided at the rear end of the inner box, and a protective pad is installed at the rear end of the mounting plate.

[0015] A method for preparing low-toxicity, non-allergenic eco-friendly work clothes includes the following steps: Step 1: Cutting out the basic fabric for the headgear, top, circular fabric, pants, and framed inner band. The second step is zipper sewing. Sew the outer zipper tape to one end of the frame-type inner fabric, then sew the frame-type inner fabric into shape. Sew the upper zipper tape to the lower end of the upper garment fabric, and sew the lower zipper tape with the first zipper to the upper end of the lower trousers fabric. The third step is to assist in sewing. The frame-type package is attached to the inner wall of the rectangular opening of the headgear prototype fabric. The frame-type inner strap with the outer zipper is then sewn onto the inner end of the headgear prototype fabric. The installation package is then sewn onto the outer end of the circular fabric prototype fabric. Finally, the circular fabric prototype fabric is sewn onto the predetermined position of the top prototype fabric. Step 4: Overall sewing. Sewing the headgear, top, and pants together to form the shape, and then sewing the headgear and top together. Step 5: Functional sewing. The first elastic bands in the first structure, which are formed by the first elastic band, the loop band, and multiple elastic bands, are sewn to the two outward-facing cuffs of the top. Then, the second elastic bands in the second structure, which are formed by the second elastic band, the two vertical bands, and the connecting band, are sewn to the lower hem of the trousers. Step 6: Assembly. Assemble the first pull cord into the frame bag, then assemble the second pull cord into the installation bag, and finally fix the inner zipper with the second zipper to the outer end of the transparent panel.

[0016] The beneficial effects of this invention are: On one hand, the first pull cord causes both the frame bag and the rectangular opening to retract, effectively sealing the rectangular opening of the hood against the person's face. On the other hand, the inner and outer zipper straps connect the inner frame and the transparent panel. The hood and frame bag located at the rectangular opening conceal the inner and outer zipper straps, achieving complete sealing of the rectangular opening with the transparent panel. The transparent panel is also easy to install and remove, effectively reducing the probability of leakage at the rectangular opening, ensuring performance and effectiveness, and expanding its application range. Attached Figure Description

[0017] Other features, objects, and advantages of the invention will become more apparent from the following detailed description of non-limiting embodiments with reference to the accompanying drawings: Figure 1 This is a structural schematic diagram of a low-toxicity, non-allergenic eco-friendly workwear according to the present invention; Figure 2 for Figure 1 Enlarged view of section A in the middle; Figure 3 This is an assembly diagram of the first elastic band, elastic band, and ring band in a low-toxicity, non-allergenic eco-friendly workwear of the present invention. Figure 4 This is a perspective view of the top layer of a low-toxicity, non-allergenic eco-friendly workwear according to the present invention. Figure 5 This is a cross-sectional view of the headgear in a low-toxicity, non-allergenic eco-friendly workwear of the present invention; Figure 6 This is a perspective view of the transparent panel in a low-toxicity, non-allergenic eco-friendly workwear of the present invention; Figure 7 This is a cross-sectional view of the transparent panel in a low-toxicity, non-allergenic eco-friendly workwear of the present invention.

[0018] In the picture: 1. Headgear; 11. Transparent panel; 111. Inner zipper strap; 12. Air filter; 13. Frame bag; 131. First drawstring; 14. Frame inner strap; 141. Outer zipper strap. 15. Outer box; 151. Outer panel; 152. Outer magnetic plate; 16. Inner box; 161. Rubber pad; 162. Inner panel; 163. Inner magnetic plate; 164. Mounting plate; 165. Cleaning pad. 2. Top, 21. First elastic band, 22. Elastic band, 23. Circular band, 231. Curved protective pad, 24. Top zipper strap; 3. Circular fabric; 31. Installation bag; 32. Second pull rope; 4. Pants bottom; 41. Second elastic band; 42. Connecting strap; 43. Vertical strap; 44. Protective strap; 45. Zipper strap. Detailed Implementation

[0019] To make the technical means, creative features, objectives and effects of this invention easier to understand, the invention will be further described below in conjunction with specific embodiments.

[0020] Example 1: As Figures 1-7As shown, a low-toxicity, non-allergenic eco-friendly workwear is provided, including: a top 2, with a first elastic band 21 connected to the outward end of each of the two cuffs of the top 2. The first elastic band 21 is arranged in a ring structure to tighten the cuffs of the top 2. A ring belt 23 is installed on the outward side of each of the two first elastic bands 21, and the ring belt 23 provides a mounting carrier for the elastic band 22. Multiple elastic bands 22 are disposed between the annular band 23 and the first elastic band 21. The multiple elastic bands 22 work together to connect the annular band 23 and the first elastic band 21. The annular band 23 is recessed outward at its inner end to form a groove on the outer side of the elastic band 22. The groove provides installation space for the arc-shaped protective pad 231 and assists in wearing the annular band 23. The arc-shaped protective pad 231 is installed on the inner wall of the groove to protect the wearer's thumb from contact with the groove. The hood 1, which is integrated with the upper garment 2, is connected and set on the upper middle part of the upper garment 2. The hood 1 protects the head of the wearer. A rectangular opening is formed by the rearward recess at the front end of the hood 1, and the rectangular opening extends to the inner wall of the hood 1. The rectangular opening facilitates the wearer's external vision. A frame-type bag 13 extending from the front of the rectangular opening is set on the inner wall of the rectangular opening. The frame-type bag 13 provides installation space for the first pull rope 131. The first pull rope 131 is movably installed inside the frame-type bag 13, and both ends of the first pull rope 131 extend from the lower end of the frame-type bag 13. The extension of the first pull rope 131 is located on the front side of the headgear 1. The first pull rope 131 and the frame-type bag 13 work together to retract the rectangular opening. The frame-type inner strap 14 located outside the rectangular opening is installed on the inner front wall of the headgear 1. The frame-type inner strap 14 provides a mounting carrier for the outer zipper strap 141. The outer zipper strap 141 is set on the inner wall of the frame-type inner strap 14. The inner zipper strap 111 is installed on the outer end of the transparent plate 11 located at the rear end of the opening. The inner wall of the outer zipper strap 141 is connected to the inner zipper strap 111 by a second zipper engagement. The outer zipper strap 141 and the inner zipper strap 111 work together to install the transparent plate 11 on the inner front wall of the headgear 1. Two air filters 12 located inside the frame bag 13 are symmetrically mounted on the lower front end of the transparent plate 11, and both air filters 12 extend to the rear end of the transparent plate 11. The two air filters 12 work together to assist the wearer's breathing. The upper zipper strap 24 is installed on the lower end of the top 2, and the lower zipper strap 45 is installed on the upper end of the pants 4. The upper end of the lower zipper strap 45 and the lower end of the upper zipper strap 24 are connected to each other by a first zipper. The upper end of the pants 4, located at the lower end of the ring strap 23, extends into the ring strap 23. The lower zipper strap 45 and the upper zipper strap 24 are used together to allow the top 2 and pants 4 to be quickly disassembled and assembled. Two second elastic bands 41 are respectively connected and installed at the lower ends of the two leg openings of the trousers 4, and the second elastic bands 41 are arranged in a ring structure. The leg openings of the trousers 4 are tightened by the second elastic bands 41. Two vertical straps 43 are symmetrically installed at the lower ends of the two second elastic bands 41, and the protective strap 44 is arranged in an arc structure. The upper ends of the left and right sides of the protective strap 44 are respectively connected to the lower ends of the two vertical straps 43. The protective strap 44 and the two vertical straps 43 work together to pull down the corresponding second elastic bands 41. The rear end of the connecting strap 42 is connected to the front end of the two vertical straps 43. The connecting strap 42 prevents the protective strap 44 from detaching. The outer end of the waist of the top 2 is connected to the upper end of the ring-shaped fabric 3. The ring-shaped fabric 3 is used to hide the lower zipper strap 45 and the upper zipper strap 24. The installation bag 31, which is arranged in a C-shape, is set on the outer end of the ring-shaped fabric 3. The installation bag 31 is located below the lower zipper strap 45. The installation bag 31 provides installation space for the second pull rope 32. The second pull rope 32 is movably installed in the installation bag 31, and the two ends of the second pull rope 32 extend from the two ends of the installation bag 31. The installation bag 31 and the second pull rope 32 are used together for binding operations.

[0021] When in use, the person first puts on the trousers 4, then puts on the shirt 2. At this time, the person's head is inside the hood 1. Then, the circular cloth 3 is flipped up, and the upper zipper strap 24 and the lower zipper strap 45 are connected. Then, the first zipper is used to make the upper zipper strap 24 and the lower zipper strap 45 engage, thereby connecting the shirt 2 and the trousers 4. Then, the circular cloth 3 is flipped down to return to its original position. Next, pull up the lower trousers 4 to make them more taut. Then, pull and tie the second drawstring 32 to tie the ring-shaped fabric 3 and the lower trousers 4 together. This hides and protects the upper zipper strap 24 and the lower zipper strap 45, effectively reducing the probability of leakage at the connection between the top 2 and the lower trousers 4. It also adjusts and fixes the wearing position of the lower trousers 4, effectively reducing the probability of tripping or falling due to the looseness of the lower trousers 4, and improving wearing comfort. The protective strap 44 can be placed at the lower end of the person's shoes, and the connecting strap 42 can be placed at the front of the person's legs. At this time, the protective strap 44 and the two vertical straps 43 will pull down and restrict the second elastic band 41, effectively reducing the probability of the second elastic band 41 slipping upward due to the person's walking, effectively reducing the probability of leakage at the wearing position of the second elastic band 41, and preventing the protective strap 44 from falling off from the person's shoes through the connecting strap 42. The ring belt 23 can be worn on the palm of the person's hand, and the inside of the person's thumb is inserted into the groove. At this time, the ring belt 23 and multiple elastic belts 22 will pull the first elastic band 21 outward to restrict it, effectively reducing the probability of the first elastic band 21 retracting due to the swing of the person's arm, and effectively reducing the probability of leakage at the wearing position of the first elastic band 21.

[0022] In a low-toxicity, non-allergenic, and smoke-free environment, people can wear masks and then pull the first pull rope 131, which will cause the frame bag 13 and the rectangular opening to contract, thereby effectively fitting the rectangular opening of the headgear 1 to the person's face. In a low-toxicity, non-allergenic environment with smoke, before wearing the device, first place the transparent plate 11 inside the headgear 1, positioning it at the rear end of the rectangular opening. Then, connect the inner zipper strap 111 with the outer zipper strap 141, and use the second zipper to engage the inner zipper strap 111 and the outer zipper strap 141, thereby connecting the inner frame strap 14 and the transparent plate 11. The headgear 1 and the frame bag 13 located at the rectangular opening will conceal the inner zipper strap 111 and the outer zipper strap 141, achieving complete sealing of the rectangular opening using the transparent plate 11. Furthermore, the transparent plate 11 can be easily installed and removed, effectively reducing the probability of leakage at the rectangular opening, ensuring performance and effectiveness, and expanding its usability.

[0023] Example 2: Figure 6 and Figure 7 As shown, the outer box 15 located inside the frame bag 13 is mounted on the upper front end of the transparent plate 11. The outer box 15 guides the outer plate 151. The outer plate 151 extending from the lower side of the outer box 15 is slidably connected to the inside of the outer box 15. The outer plate 151 is located on the upper side of the air filter 12. The outer plate 151 provides an installation carrier for the outer magnetic plate 152. The inner box 16, located directly behind the outer box 15, is positioned on the rear end of the transparent plate 11. The inner box 16 guides the inner plate 162. The inner plate 162, extending from the lower side of the inner box 16, is slidably connected inside the inner box 16. The inner plate 162 provides a mounting carrier for components such as the inner magnetic plate 163. The outer magnetic plate 152, which is attached to the front end of the transparent plate 11, is embedded on the rear end of the outer plate 151. The inner magnetic plate 163, located directly behind the outer magnetic plate 152, is embedded on the front end of the outer plate 151. The inner magnetic plate 163 and the outer magnetic plate 152 are arranged to attract each other. When the inner magnetic plate 163 and the outer magnetic plate 152 are used together, the inner plate 162 and the outer plate 151 can move synchronously. Mounting plate 164 is located on the lower end of inner plate 162. Mounting plate 164 provides a mounting carrier for components such as cleaning pad 165. Cleaning pad 165, which is attached to the rear end of transparent plate 11, is mounted on the front end of mounting plate 164. Cleaning pad 165 is used to clean the rear end of transparent plate 11. Rubber pad 161 is located on the rear end of inner box 16. Rubber pad 161 is used to isolate and support the wearer's face from inner box 16, and to protect the wearer's face. Protective pad is mounted on the rear end of mounting plate 164. Protective pad can be rubber pad 161.

[0024] After being worn, the rubber pad 161 adheres to the forehead of the person. When water mist appears at the rear end of the transparent plate 11, the outer plate 151 moves left and right, which in turn causes the outer magnetic plate 152 to move left and right. Since the outer magnetic plate 152 and the inner magnetic plate 163 are mutually attracted and arranged, the left and right movement of the outer magnetic plate 152 will cause the inner magnetic plate 163 to move left and right, which in turn causes the inner plate 162 to move left and right, and causes the mounting plate 164 to move left and right. This causes the cleaning pad 165 to move left and right along the rear end of the transparent plate 11, so as to clean the rear end of the transparent plate 11 in a timely manner, effectively reducing the probability of collisions during walking, and effectively ensuring the effect and performance of use.

[0025] A method for preparing low-toxicity, non-allergenic eco-friendly work clothes includes the following steps: Step 1: Cutting out the basic fabric for the head hat 1, top 2, circular fabric 3, pants 4, and framed inner band 14. Step 2: Zipper sewing. Sew the outer zipper strap 141 to one end of the frame inner strap 14 prototype fabric. Then sew the frame inner strap 14 prototype fabric into shape. Sew the upper zipper strap 24 to the lower end of the upper garment 2 prototype fabric. Sew the lower zipper strap 45 with the first zipper to the upper end of the lower pants 4 prototype fabric. The third step is to assist in sewing. The frame bag 13 is attached to the inner wall of the rectangular opening of the prototype fabric of the headgear 1. The frame inner strap 14 with the outer zipper strap 141 is then sewn onto the inner end of the prototype fabric of the headgear 1. The installation bag 31 is then sewn onto the outer end of the prototype fabric of the ring fabric 3. Finally, the prototype fabric of the ring fabric 3 is sewn onto the predetermined position of the prototype fabric of the top 2. Step 4: Overall sewing. Sewing together the headgear 1, top 2 and pants 4 separately, and then sewing the headgear 1 and top 2 together. Step 5, Functional sewing: The first elastic band 21 of the two structures formed by the first elastic band 21, the loop band 23 and the multiple elastic bands 22 are sewn to the two outward-facing cuffs of the upper garment 2 respectively. Then, the second elastic band 41 of the two structures formed by the second elastic band 41, the two vertical bands 43 and the connecting band 42 are sewn to the lower end of the leg opening of the lower pants 4 respectively. Step 6: Assembly. Assemble the first pull cord 131 into the frame bag 13, then assemble the second pull cord 32 into the installation bag 31, and fix the inner zipper strap 111 with the second zipper to the outer end of the transparent plate 11.

[0026] Although this specification describes embodiments, not every embodiment contains only one independent technical solution. This narrative style is merely for clarity. Those skilled in the art should consider the specification as a whole, and the technical solutions in each embodiment can also be appropriately combined to form other embodiments that can be understood by those skilled in the art.

Claims

1. A low-toxicity, non-allergenic, eco-friendly workwear, characterized in that, include: The upper garment (2) has a zipper strap (24) installed at the lower end of the upper garment (2), and the two cuffs of the upper garment (2) are connected to the outer ends of the first auxiliary component. The waist of the upper garment (2) is equipped with a second auxiliary component. A headgear (1) is connected to the middle of the upper part of the top (2). The top (2) and the headgear (1) are integrated. The front end of the headgear (1) is recessed to form a rectangular opening, and the rectangular opening extends to the inner wall of the headgear (1). The front wall of the inner part of the headgear (1) is connected to a transparent plate (11) through a third auxiliary component, and the transparent plate (11) is located at the rear end of the opening. The lower pants (4) are equipped with a zipper strap (45) at the upper end, and the upper end of the zipper strap (45) and the lower end of the upper zipper strap (24) are connected to each other by a first zipper. The lower pants (4) are located at the lower end of the second auxiliary component, and the upper end of the lower pants (4) extends into the second auxiliary component. The lower ends of the two pant legs of the lower pants (4) are connected to the fourth auxiliary component.

2. The low-toxicity, non-allergenic eco-friendly workwear according to claim 1, characterized in that: The first auxiliary component includes a first elastic band (21), which is connected to the outer end of the cuff of the upper garment (2) and is arranged in a ring structure. A ring band (23) is installed on the outer side of the first elastic band (21), and multiple elastic bands (22) are provided between the ring band (23) and the first elastic band (21).

3. The low-toxicity, non-allergenic eco-friendly workwear according to claim 2, characterized in that: The annular band (23) is recessed outward at its inner end to form a groove, and the groove is located outside the elastic band (22). An arc-shaped protective pad (231) is installed on the inner wall of the groove.

4. The low-toxicity, non-allergenic eco-friendly workwear according to claim 3, characterized in that: The second auxiliary component includes a ring-shaped fabric (3), the upper end of which is mounted on the outer end of the waist of the top (2), and the trousers (4) are located at the lower end of the ring belt (23), with the upper end of the trousers (4) extending into the ring belt (23).

5. The low-toxicity, non-allergenic eco-friendly workwear according to claim 4, characterized in that: An installation bag (31) is provided at the outer end of the lower ring of the annular fabric (3). The installation bag (31) is arranged in a C-shape and is located below the zipper belt (45). A second pull rope (32) is movably installed inside the installation bag (31), and the two ends of the second pull rope (32) extend from the two ends of the installation bag (31).

6. The low-toxicity, non-allergenic eco-friendly workwear according to claim 5, characterized in that: The fourth auxiliary component includes a second elastic band (41), a protective band (44), and a connecting band (42). The second elastic band (41) is connected to the lower end of the leg opening of the trousers (4) and is arranged in a ring structure. Two vertical bands (43) are symmetrically installed at the lower end of the second elastic band (41). The protective band (44) is arranged in an arc structure, and the upper ends of the left and right sides of the protective band (44) are respectively connected to the lower ends of the two vertical bands (43). The rear end of the connecting band (42) is connected to the front end of the two vertical bands (43).

7. The low-toxicity, non-allergenic eco-friendly workwear according to claim 6, characterized in that: The third auxiliary component includes an inner zipper strap (111), a frame-type inner strap (14), and an outer zipper strap (141). The frame-type inner strap (14) is installed on the inner front wall of the headgear (1) and is located outside the rectangular opening. The inner wall of the frame-type inner strap (14) is provided with an outer zipper strap (141). The inner wall of the outer zipper strap (141) is connected to the inner zipper strap (111) by a second zipper engagement, and the inner zipper strap (111) is installed at the outer end of the transparent plate (11).

8. The low-toxicity, non-allergenic eco-friendly workwear according to claim 6, characterized in that: A frame bag (13) is provided on the inner wall of the rectangular opening, and the frame bag (13) extends out of the front side of the rectangular opening. A first pull rope (131) is movably installed inside the frame bag (13). Both ends of the first pull rope (131) extend out from the lower end of the frame bag (13), and the extension of the first pull rope (131) is located in front of the headgear (1). Two air filters (12) are symmetrically installed on the lower front end of the transparent plate (11), and the air filters (12) are located inside the frame bag (13). Both air filters (12) extend to the rear end of the transparent plate (11).

9. The low-toxicity, non-allergenic eco-friendly workwear according to claim 8, characterized in that: The outer box (15) is installed on the upper front end of the transparent plate (11), and the outer box (15) is located inside the frame bag (13). The outer plate (151) is slidably connected inside the outer box (15), and the outer plate (151) extends out of the lower side of the outer box (15). The outer plate (151) is located on the upper side of the air filter (12). The outer magnetic plate (152) is embedded at the rear end of the outer plate (151), and the outer magnetic plate (152) is attached to the front end of the transparent plate (11). The transparent plate (11) has an inner box (16) at its rear end, and the inner box (16) is located directly behind the outer box (15). The inner box (16) has an inner plate (162) that is slidably connected inside, and the inner plate (162) extends out of the lower side of the inner box (16). The outer plate (151) has an inner magnetic plate (163) embedded at its front end, and the inner magnetic plate (163) is located directly behind the outer magnetic plate (152). The inner magnetic plate (163) and the outer magnetic plate (152) are arranged to attract each other. The lower end of the inner plate (162) has an installation plate (164). The front end of the installation plate (164) has a cleaning pad (165) installed, and the cleaning pad (165) is attached to the rear end of the transparent plate (11). The rear end of the inner box (16) has a rubber pad (161), and the rear end of the installation plate (164) has a protective pad installed.

10. A method for preparing a low-toxicity, non-allergenic, eco-friendly workwear, using the low-toxicity, non-allergenic, eco-friendly workwear as described in claim 9, characterized in that... Includes the following steps: Step 1: Cutting out the prototype fabrics for the head hat (1), top (2), circular fabric (3), trousers (4), and framed inner band (14); Step 2: Zipper sewing. Sew the outer zipper strap (141) onto one end of the frame inner strap (14) prototype fabric. Then, sew the frame inner strap (14) prototype fabric into shape. Sew the upper zipper strap (24) onto the lower end of the upper garment (2) prototype fabric and sew the lower zipper strap (45) with the first zipper onto the upper end of the lower pants (4) prototype fabric. The third step is to assist in sewing. The frame bag (13) is sealed onto the inner wall of the rectangular opening of the prototype fabric of the head hat (1). The frame inner strap (14) with the outer zipper strap (141) is then sewn onto the inner end of the prototype fabric of the head hat (1). The installation bag (31) is then sewn onto the outer end of the prototype fabric of the ring cloth (3). The prototype fabric of the ring cloth (3) is then sewn onto the predetermined position of the prototype fabric of the top (2). Step 4: Overall sewing. The head hat (1), top (2) and pants (4) are sewn together to form the shape. Then the head hat (1) and top (2) are sewn together. Fifth step, functional sewing: the first elastic band (21) of the first structure formed by the first elastic band (21), the ring band (23) and multiple elastic bands (22) are sewn to the two outward-facing cuffs of the upper garment (2). Then, the second elastic band (41) of the second structure formed by the second elastic band (41), the two vertical bands (43) and the connecting band (42) are sewn to the lower end of the leg opening of the trousers (4). Step 6: Assembly. Assemble the first pull cord (131) into the frame bag (13), then assemble the second pull cord (32) into the installation bag (31), and fix the inner zipper strap (111) with the second zipper onto the outer end of the transparent plate (11).

Images