An improved safety protective clothing

Abstract

The invention discloses an improved safety protection clothing, including a jumpsuit and an underwear body, wherein the underwear body is sewn with at least one layer of anti-cutting and anti-knife-cutting high-molecular polyethylene fabric; the jumpsuit is detachably connected with shoe covers and a hood, the hood is provided with a mask, a mask, an activated carbon breathing port and a protective eye mask are provided in the hood, the activated carbon breathing port and the protective eye mask are both on the mask, a first zipper is provided on the back of the jumpsuit, a rescue device is provided on the front of the jumpsuit, a disinfection device is provided on one sleeve of the jumpsuit, a storage device is provided on the other sleeve of the jumpsuit, and an upper thermometer and an anesthetic needle are stored in the storage device; the underwear body and the jumpsuit are provided with underarm exhaust ports, crotch exhaust ports and knee back exhaust ports of layered filters. The improved safety protection clothing of the present invention not only integrates the functions of anti-cutting, anti-knife stabbing and anti-knife cutting, but also has strong protection safety, convenient movement and good ventilation and heat dissipation effect.

Description

Technical Field

[0001] The invention relates to the technical field of protective clothing, in particular to an improved safety protective clothing. Background Art

[0002] There are many types of protective clothing, including fire protection clothing, industrial protective clothing, medical protective clothing, military protective clothing and protective clothing for special groups. Protective clothing is mainly used in military, fire protection, chemical, cleaning and disinfection, laboratories and other industries and departments. According to the protective function, it can be divided into health-type protective clothing, safety-type protective clothing and hygienic protective clothing / work clothing.

[0003] In order to maintain social stability and security, in addition to strengthening control over public security issues, the public's awareness of self-protection is also essential. However, there is no medical protective clothing on the market that integrates functions such as anti-cutting, anti-stabbing, and anti-knife slashing, which can be suitable for medical practitioners.

[0004] In addition, the existing medical jumpsuits have the following deficiencies: 1. Poor air permeability causes the heat generated by the body to accumulate in the protective clothing, accelerating the work of the sweat glands of medical staff, which in turn causes the medical staff to faint due to lack of water. 2. The existing medical jumpsuits can only filter out dust particles in the air, and the protective clothing cannot prevent toxic substances in the air from being inhaled into the mouth and nose. The protective effect on harmful viruses and bacteria in the air is limited, which affects the health of medical staff. 3. The existing medical jumpsuits do not have video recording, audio recording and one-button alarm functions, so it is impossible to save evidence and call the police for help in the first time when being violated. 4. There is no storage structure on the protective clothing. Medical staff can only carry a medical kit when they need to use tools. The protective clothing is already inconvenient to move, and carrying a medical kit makes the movement constraints more obvious.

[0005] In view of this, the inventor of this case conducted in-depth research on protective clothing for medical jumpsuits, which led to the creation of this case. Summary of the invention

[0006] The purpose of the present invention is to provide an improved safety protective clothing, which not only integrates the functions of preventing cuts, stabs and slashes, but also has strong protective safety, convenient movement, breathability and good heat dissipation effect.

[0007] In order to achieve the above object, the present invention adopts the following technical solution:

[0008] An improved safety protection clothing, comprising a body with two sleeves and a pair of trousers with two trouser legs sewn into an integrated structure, and also comprising an underwear body for medical staff to wear directly in the body suit, wherein the underwear body is sewn with at least one layer of high-molecular polyethylene fabric that is resistant to slashing and knife cutting; the body suit is detachably connected with shoe covers and a hood, the hood is provided with an observation port, the hood is provided with a transparent mask that blocks the observation port, a mask, an activated carbon breathing port and a protective eye mask are arranged inside the hood, the activated carbon breathing port and the protective eye mask are both on the mask, and the back of the body suit corresponding to the back of the human body and the back of the human body corresponding to the back of the human body The front of the chest and the back of the jumpsuit are provided with a first zipper for people to wear in the jumpsuit, the front of the jumpsuit is provided with a rescue device with video recording, recording and one-button alarm functions, one sleeve of the jumpsuit is provided with a disinfection device with a disinfection function for hands to be inserted for timely disinfection, the other sleeve of the jumpsuit is provided with a storage device, and more than one thermometer and multiple anesthetic needles are stored in the storage box; the underwear body and the jumpsuit are both provided with underarm exhaust ports, crotch exhaust ports and back of knee exhaust ports, and the jumpsuit is provided with layered filters corresponding to the underarm exhaust ports, crotch exhaust ports and back of knee exhaust ports.

[0009] The underwear body comprises a top and pants, the top comprises a front placket cloth piece, a sleeve cloth piece, a back cloth piece and a collar extension section arranged at the neckline of the top and used to protect the human neck, the front placket cloth piece is provided with a second zipper for people to wear the top, and the second zipper extends to the upper end of the collar extension section.

[0010] An elastic band is provided at one leg opening of the pants, and third zippers are installed at the seams on both sides of the pants, extending downward from the leg opening to the corresponding hip bone of the human body or the corresponding joint between the thigh and the calf of the human body, and the third zipper is a closed zipper.

[0011] The underwear body also includes a head cover for protecting the human head. The head cover is provided with an opening for exposing the face, and the head cover is provided with through holes corresponding to the two cochleae on the head. The head cover is made of a layer of high-molecular polyethylene fabric that is resistant to cutting and knife cutting.

[0012] The front of the jumpsuit is provided with a detachably connected embroidered name sticker, the back of the jumpsuit is provided with a plurality of reflective strips and a plurality of fluorescent strips, the reflective strips and the fluorescent strips are arranged alternately in an upper and lower manner on the jumpsuit, and the jumpsuit is provided with a textile layer, an activated carbon layer, an antibacterial layer and a waterproof layer from the inside to the outside of the jumpsuit.

[0013] The mask is detachably connected to the hood, the face mask is adhered to the hood, a first elastic band and a second elastic band are sewn on the hood for tightening the face mask to fit closely to the face along the direction of the head circumference, one end of the first elastic band and the second elastic band are respectively on the corresponding sides of the mask, the hood is provided with sound transmission holes corresponding to two ears of the human body, the head cover is detachably connected to the sound transmission holes with activated carbon cloth, and the layered filter is provided with a silver fiber antibacterial layer, a filter layer and a melt-blown non-woven fabric layer in sequence from the inside of the jumpsuit to the outside of the jumpsuit.

[0014] The rescue device includes a shell with a waterproof function, in which a camera module with a camera and a video recording function, a one-button alarm module with a button and a one-button alarm function, a recording module with a microphone and a recording function, and a controller are installed. The camera module, the one-button alarm module and the recording module are electrically connected to the controller. The camera on the camera module, the button of the one-button alarm module and the microphone of the recording module are all exposed outside the shell, and a sealing ring is arranged at the corresponding position of the shell. A battery and a charging and discharging circuit connected to the battery are installed in the shell, and the charging and discharging circuit is electrically connected to the controller. A power socket connected to the charging and discharging circuit via a wire is provided on the shell, and a rubber plug for sealing the power socket for waterproofing is detachably installed on the shell.

[0015] The disinfection device is located at a position where the corresponding sleeve corresponds to the outside of the human forearm or at a position where the corresponding sleeve corresponds to the outside of the biceps brachii of the human forearm. A clamping seat is provided on the sleeve where the disinfection device is located to fix the disinfection device by clamping. A closed groove is provided on the clamping seat. A pair of spring pieces are arranged on the groove wall of the groove. The disinfection device includes a disinfection box. A pit for a pair of spring pieces to slide and clamp in position is provided on the outer wall of the disinfection box. Disinfectant alcohol and a part of the disinfectant alcohol are contained in the disinfection box. A disinfection sponge is provided in the disinfection box, a disinfection opening is provided for the palm to be inserted straight into for disinfection, a gap is provided between the disinfection sponge and the inner wall of the disinfection box for the palm to be inserted straight into, a plug-in piece is provided in the disinfection box corresponding to the disinfection opening and is inserted into the disinfection box and blocks the disinfection opening, a pair of slide grooves are provided in the disinfection box corresponding to the disinfection opening and are slidably inserted into the plug-in piece, and a sealing strip is provided in the slide groove, which has the same length as the slide groove and is in contact with the plug-in piece for sealing.

[0016] The storage device is located at a position where the corresponding sleeve corresponds to the outside of the human forearm or at a position where the corresponding sleeve corresponds to the outside of the biceps brachii of the human forearm. The storage device includes a bottom shell and a flip cover that is flipped and snapped onto the bottom shell. The bottom shell is provided with first pits for storing the above-mentioned thermometers one by one, and a first clamping block is provided inside each of the first pits to clamp and fix the above-mentioned thermometer. The bottom shell is provided with multiple second pits for storing multiple anesthetic needles at the same time, and a second clamping block is provided on the inner wall of each of the second pits to clamp and fix each anesthetic needle. The first pit and multiple second pits are arranged side by side along the length direction of the sleeve.

[0017] The shoe cover comprises a sole and an upper made of at least one layer of the above-mentioned high molecular polyethylene fabric, and the sole and the upper are bonded together.

[0018] The beneficial effects of the present invention are:

[0019] (1) The anti-slash and anti-knife high-molecular polyethylene fabric is applied to the underwear body, so that the improved safety protection clothing of the present invention has the function of anti-slash and anti-knife cutting. Wearing it in dangerous situations is helpful to protect yourself from anti-slash, anti-knife cutting or stabbing. In addition, because the high-molecular polyethylene fabric itself is thin and light, it is convenient for people to move around, making it more flexible after wearing, increasing the flexibility of the staff and reducing unnecessary energy loss. The high-molecular polyethylene fabric has good air permeability, which can avoid the stuffy feeling when people wear it, and is convenient for people to wear it for exercise. (2) The one-piece suit is detachably connected with shoe covers and a head cover with a transparent mask to achieve comprehensive protection, ensure that medical staff are fully isolated from patients after wearing it, and effectively protect medical staff from droplet infection, contact infection or airborne virus infection. The rescue device set on the one-piece suit can call the police for help in time when a conflict occurs between the patient or the patient's family and the medical staff, and effectively preserve evidence through video and recording, protect the medical staff to reasonably safeguard their own legitimate rights and interests, and provide protection for the medical staff's own safety. The disinfection device installed on one sleeve can disinfect the hands in time after diagnosis and contact with the patient, so as to avoid the medical staff from being infected or the medical staff from forming a multi-person contact infection centered on the medical staff. The storage device installed on the other sleeve is convenient for directly taking out the thermometer and measuring the patient's body temperature. When the patient or the patient's family members have a conflict with the medical staff or when the patient's condition is serious, the patient can be anesthetized. (3) The underarm exhaust port, crotch exhaust port and knee back exhaust port are installed on the underwear body and the jumpsuit, which can ventilate the parts of the human body with more blood vessels and more sweating, ensure breathability, and dry the volatile gas of sweat generated inside the protective suit, so that the inside of the protective suit will not be damp. The drying of the inside is also conducive to reducing the irritability of the staff. At the same time, the layered filter can filter the air entering the jumpsuit to prevent dust impurities or bacteria and viruses from penetrating the protective suit and causing harm to the medical staff. Therefore, the improved safety protective clothing of the present invention not only integrates the functions of preventing cuts, stabs and slashes, but also has strong protective safety, convenient movement, breathability and good heat dissipation effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] For ease of explanation, the present invention is described in detail with reference to the following specific embodiments and the accompanying drawings.

[0021] Figure 1 It is a schematic diagram of the main structure of the present invention (shoe covers, etc. are omitted in the figure).

[0022] Figure 2 It is a rear view structural schematic diagram of the present invention (shoe covers etc. are omitted in the figure).

[0023] Figure 3 The figure is a schematic diagram of the structure of the underwear body of the present invention (including the head cover).

[0024] Figure 4 It is a schematic diagram of the half-section structure of the disinfection device in the present invention.

[0025] Figure 5 This is a schematic diagram of the storage device of the present invention in an open state (a thermometer and a plurality of anesthesia needles, etc. are omitted in the figure).

[0026] In the figure:

[0027] Jumpsuit-1; hood-11; sound transmission hole-110; face mask-12; mask-13; activated carbon breathing port-14; hand tightening port-15; cloth piece-16; stretch belt-17; first zipper-01; underarm exhaust port-101; crotch exhaust port-102; back of knee exhaust port-103; Top-21; head cover-24; through hole-241; front placket cloth piece-211; sleeve cloth piece-212; collar extension section-213; second zipper-02; third zipper-03; shell-31; camera-32; button-33; microphone-34; disinfection box-41; disinfection sponge-42; slide groove-410; sealing strip-411; disinfection port-412; bottom shell-51; flip cover-52; first pit-53; first card block-54; second pit-55; second card block-56; embroidered name sticker-6; reflective strip-7; fluorescent strip-8. DETAILED DESCRIPTION

[0028] In order to further explain the technical solution of the present invention, the present invention is described in detail below through specific embodiments.

[0029] like Figure 1-5As shown, the improved safety protection clothing of the present invention comprises a body with two sleeves and a pair of trousers with two trouser legs sewn into a one-piece structure, and the appearance of the body suit 1 is similar to the existing ordinary body suit 1. It also comprises an underwear body for medical staff to wear directly in the body suit 1, and the underwear body is sewn with at least one layer of anti-cutting and anti-knife-cutting polymer polyethylene fabric; in this way, the anti-cutting and anti-knife-cutting polymer polyethylene fabric is applied to the underwear body, so that the improved safety protection clothing of the present invention has the function of anti-cutting and anti-knife-cutting, and wearing it in dangerous situations is helpful to protect oneself from anti-cutting, anti-knife-cutting or stabbing injuries. In addition, because the polymer polyethylene fabric itself is thin and light in weight, it is convenient for people to move around, making it more flexible after wearing, increasing the flexibility of the staff and reducing unnecessary energy loss. The polymer polyethylene fabric has good air permeability, which can avoid the stuffiness when people wear it, and is convenient for people to wear it for exercise. It should be noted that the high molecular weight polyethylene fabric is a well-known fabric (i.e., the high molecular weight polyethylene fabric is the Kevlar anti-slash material disclosed in Patent No. 201420308561.3, or the high-strength fiber disclosed in Patent No. 201410095608.7). As is known, the internal organs of the human body are located in the upper body, so they are relatively weak. This is more conducive to protecting the upper body of the human body and plays a role in strengthening the protection of the upper body of the human body.

[0030] The bodysuit 1 is detachably connected with shoe covers (not shown in the figure) and a hood 11, the hood 11 is provided with an observation port, which is located on the front side of the hood 11 corresponding to the human face, and the hood 11 is provided with a transparent mask 12 that blocks the observation port. Specifically, the hood 11 has a hem, and the hem of the hood 11 can directly extend to the shoulder of the bodysuit 1. The neckline of the bodysuit 1 is provided with a ring-shaped Velcro or an ordinary zipper, and the hood 11 can be connected to the neckline of the bodysuit 1 through a ring-shaped Velcro or an ordinary zipper Velcro or an ordinary zipper. The hood 11 is provided with a mask 13, an activated carbon breathing port 14 and a protective eye mask. The activated carbon breathing port 14 and the protective eye mask are both on the transparent mask 12. Specifically, the protective eye mask is integrally formed with the mask 12. The activated carbon breathing port 14 is provided on the mask 12. The activated carbon breathing port 14 is a vent for medical staff to breathe when wearing the jumpsuit 1. The back of the jumpsuit 1 corresponds to the back of the human body and the front corresponds to the chest of the human body. The back of the jumpsuit 1 is provided with a first zipper 01 for people to wear in the jumpsuit 1. The front of the jumpsuit 1 is provided with a rescue device with video recording, recording and one-button alarm functions. A disinfection device with a disinfection function for timely disinfection of hands is provided on one sleeve of the jumpsuit 1. A storage device for storing thermometers and anesthesia needles is provided on the other sleeve of the jumpsuit 1. The storage device stores one or more thermometers (not shown in the figure) and multiple anesthetic needles (not shown in the figure). Compared with the existing ordinary jumpsuit 1, it has the following better and more excellent effects: First, when a conflict occurs between a patient or a patient's family and medical staff, the medical staff can call the police for help in time, and effectively preserve evidence through video and audio recording, protect the medical staff to reasonably safeguard their own legitimate rights and interests, and provide protection for the medical staff's own safety. Second, medical staff disinfect their hands in time after diagnosing and contacting patients to avoid medical staff being infected or forming a contact-based multi-person infection centered on medical staff through medical staff. Third, it is convenient for medical staff to directly use thermometers, meet the need to measure the patient's body temperature in time, facilitate work, and help improve work efficiency. When a conflict occurs between a patient or a patient's family and medical staff or when the patient's condition is serious, the patient can be anesthetized.

[0031] The underwear body and the bodysuit 1 are both provided with underarm exhaust ports 101, crotch exhaust ports 102 and back-of-knee exhaust ports 103, and the bodysuit 1 is provided with layered filters corresponding to the underarm exhaust ports 101, crotch exhaust ports 102 and back-of-knee exhaust ports 103. With the above-mentioned structural setting, the effect achieved is: the setting of the exhaust ports (here referring to the underarm exhaust ports 101, crotch exhaust ports 102 and back-of-knee exhaust ports 103 collectively) accelerates the exchange between the protective clothing and the outside air, promotes the heat dissipation inside the protective clothing, and reduces the probability of physical discomfort caused by stuffiness of the staff. The underarm exhaust ports 101, crotch exhaust ports 102 and back-of-knee exhaust ports 103 are also provided corresponding to the parts of the human body with more blood vessels and more sweating, which are easy to ventilate the parts of the human body with more sweating, ensure air permeability, and can dry the volatile gas of sweat generated inside the protective clothing, so that the inside of the protective clothing will not be damp, and the internal drying is also conducive to reducing the irritability of the staff. At the same time, the layered filter can filter the air entering the jumpsuit 1 to prevent dust impurities or bacteria and viruses from penetrating the protective clothing to cause harm to medical staff.

[0032] Specifically, the ends of the two sleeves on the jumpsuit 1 are provided with hand tightening openings 15. The hand tightening openings 15 are mainly convenient for being stuck on the wrists of the rubber gloves worn by medical staff, and a sealed connection is formed between the two. There are two shoe covers, and both shoe covers are connected to the corresponding trouser legs of the jumpsuit 1 with Velcro or ordinary zippers. Cloth pieces 16 for the connection between the shoe covers and the trouser legs are sewn on the two trouser legs of the jumpsuit 1. The cloth pieces 16 are the same as the fabric of the jumpsuit 1. The provided cloth pieces 16 mainly cover the Velcro or ordinary zippers connecting the shoe covers and the trouser legs, and form effective protection for the connection. In addition, since the jumpsuit 1 is separated from the underwear body, in leisure time, the jumpsuit 1 can be worn alone, the underwear body can be worn alone, or the two can be worn together, and the space for people to choose is convenient for people to wear according to actual conditions. In addition, even if the jumpsuit 1 is damaged, the underwear body can still provide a certain degree of protection, and the jumpsuit 1 can be directly replaced without causing the jumpsuit 1 and the underwear body to be discarded at the same time, which is more environmentally friendly and reasonable.

[0033] In this embodiment, preferably, the underwear body includes a top 21 and pants, the top 21 includes a front placket cloth piece 211, a sleeve cloth piece 212, a back cloth piece and a collar extension section 213 arranged at the neckline of the top 21 and used to protect the neck of the human body, and the front placket cloth piece 211 is provided with a second zipper 02 for people to wear the top 21, and the second zipper 02 extends to the upper end of the collar extension section 213. With the above-mentioned structural arrangement, the front placket cloth piece 211 of the top 21 is locked by the second zipper 02, which is more convenient to wear, faster to wear, saves dressing time, and is more conducive to dealing with emergencies. In critical situations, the second zipper 02 can be directly zipped to the collar extension section 213, and the collar extension section 213 can protect the user's neck from injury, which is more conducive to protecting the carotid artery of the neck and has better safety.

[0034] In this embodiment, an elastic band 23 is provided at one leg opening of the pants, and the elastic band 23 here adopts the existing one. The third zipper 03 extending downward from the leg opening to the corresponding hip bone of the human body or the corresponding joint between the thigh and the calf of the human body is installed at the seams on both sides of the pants. The third zipper 03 is an existing closed zipper with fine teeth or an existing ordinary zipper. The above structure is adopted, on the one hand, it is convenient for medical staff to wear and the wearing is faster. On the other hand, it saves time for dressing and is more conducive to dealing with emergencies.

[0035] In this embodiment, the underwear body also includes a headgear 24 for protecting the human head. The headgear 24 is provided with an opening for exposing the face (the opening here is the exposed hole for the medical staff to expose the face), and the headgear 24 is provided with through holes 241 corresponding to the two cochleae on the head. The headgear 24 is made of a layer of anti-cutting and anti-knife high molecular polyethylene fabric. With the above-mentioned structural setting, the through holes 241 are set to ensure that the medical staff has the same hearing when wearing the headgear 24 and not wearing the headgear 24, and will not form sound blocking or cutting, so that the medical staff can listen to external sounds normally. The opening is set, while providing sufficient protection for the medical staff's head, it will not affect the normal breathing of the medical staff and the normal identification between the medical staff, facilitate normal communication, and avoid embarrassment. The headgear 24 is set to prevent the medical staff from being cut on the head. It is also suitable for the needs of other special industries, which is conducive to protecting the heads of special practitioners and avoiding head cuts.

[0036] In this embodiment, the front of the jumpsuit 1 is provided with a detachably connected embroidered name sticker 6, where the embroidered name sticker 6 is connected to the jumpsuit 1 by Velcro or a press button. The embroidered name sticker 6 is convenient for patients to obtain the identity information of medical staff, and is also convenient for normal identification of identities between two medical staff, facilitating normal communication and avoiding embarrassment. The back of the jumpsuit 1 is provided with a plurality of reflective strips 7 and a plurality of fluorescent strips 8, and the reflective strips 7 and fluorescent strips 8 are arranged in an alternating manner on the jumpsuit 1. In this way, medical staff wearing the jumpsuit 1 can be identified in a light environment or an irrelevant environment, especially when rescuing patients on highways or dangerous mountainous roads. The reflective effect of the reflective strips 7 and the fluorescent strips 8 makes it easy for passing vehicle drivers to identify, which is more conducive to protecting the installation of medical staff. Increasing the recognition degree of medical staff in dark or outdoor environments increases the safety of protective clothing in disguise. The alternating arrangement of the reflective strips 7 and the fluorescent strips 8 ensures that the luminous or reflected light is not too strong, thus avoiding glare from the reflection or the luminous light and not affecting the normal driving of the passing vehicles and occupants.

[0037] In this embodiment, the jumpsuit 1 is provided with a textile layer, an activated carbon layer, an antibacterial layer and a waterproof layer from the inside to the outside. The activated carbon layer can dry the volatile gas of sweat generated inside the jumpsuit 1, so that the inside of the jumpsuit 1 is not damp, and the drying inside is also conducive to reducing the irritability of medical staff. The antibacterial layer can isolate the bacteria and viruses in the external environment to prevent bacteria and viruses from penetrating the jumpsuit 1 to harm the medical staff. The waterproof layer can make the jumpsuit 1 waterproof, so that the medical staff can work outdoors on rainy days.

[0038] In this embodiment, the head cover 24 is provided with two vertically parallel Velcro male pieces close to the two sides of the mask 12. The two Velcro male pieces can also be directly provided on the mask 12. Specifically, the two Velcro male pieces are arranged just corresponding to the two sides of the human cheeks. The mask 13 is provided with a Velcro female piece that matches the two Velcro male pieces. The mask 13 and the head cover 11 are detachably connected by Velcro. The mask 12 is bonded to the head cover 11 and blocks the observation port. The edges between the mask 12 and the head cover 24 are bonded by polyamide adhesive to improve the sealing of the protective clothing. The head cover 11 is sewn with a first elastic band and a second elastic band for tightening the mask 12 to fit closely to the face along the head circumference direction. One end of the first elastic band and the second elastic band are respectively on the corresponding sides of the mask 12. In this way, elastic bands (i.e., the first elastic band and the second elastic band) are provided on both sides of the mask 12 to ensure that the mask 12 fits the face of the medical staff and avoids the mask 12 from shifting during the work of the medical staff, thereby affecting the medical staff's line of sight.

[0039] In this embodiment, the hood 11 is provided with sound transmission holes 110 corresponding to the two ears of the human body, through which external sound can penetrate into the jumpsuit 1. The hood 11 is detachably connected to the sound transmission holes 110 with activated carbon cloth, and the activated carbon cloth and the hood 11 are connected by Velcro. The layered filter is provided with a silver fiber antibacterial layer, a filter layer and a melt-blown non-woven fabric layer from the inside to the outside (here refers to from the inside of the jumpsuit 1 to the outside of the jumpsuit 1). With the above structure, the filter layer is provided, which can effectively filter the toxic particles in the external environment, and the setting of the silver fiber antibacterial layer can not only filter the micron-level toxic particles, but also inhibit the growth of bacteria. The setting of the exhaust port accelerates the exchange between the protective clothing and the outside air, promotes the dissipation of heat inside the protective clothing, and reduces the probability of physical discomfort caused by stuffiness of the staff.

[0040] As a further preferred embodiment of the present invention, the bodysuit 1 is provided with a retractable belt 17 corresponding to the waist of the human body, so that the bodysuit 1 can fit the body of the protective personnel more closely and improve the comfort of the protective personnel's activities. At the same time, the bodysuit 1 is not too loose to affect normal work. The retractable belt 17 here is also an existing elastic belt.

[0041] In this embodiment, the rescue device includes a shell 31 with a waterproof function, and the shell 31 is equipped with a camera module with a camera 32 and a camera function, a one-button alarm module with a button 33 and a one-button alarm function (specifically, the one-button alarm module uses an alarm module in an existing mobile phone or phone watch that directly dials 110 for alarm without a SIM card, and pressing the button 33 is equivalent to directly dialing the 110 number for alarm), a recording module with a microphone 34 and a recording function, and a controller (not shown in the figure). The camera module, the one-button alarm module and the recording module are connected to the controller. The camera 32 on the camera module, the button 33 of the one-button alarm module, and the microphone 34 of the recording module are all exposed outside the shell 31, and a sealing ring is provided at the corresponding part of the shell 31. A battery (not shown in the figure) and a charging and discharging circuit (not shown in the figure) connected to the battery are installed in the shell 31. The charging and discharging circuit is electrically connected to the controller. A power socket connected to the charging and discharging circuit via a wire is provided on the shell 31. A rubber plug (not shown in the figure) for blocking the power socket for waterproofing is detachably installed on the shell 31. The sealing ring and rubber plug are provided so that the rescue device can be used together with the jumpsuit 1, which is convenient for cleaning the jumpsuit 1 and the rescue device will not leak and be damaged. With the above-mentioned structural setting, when a conflict occurs between the patient or the patient's family and the medical staff, timely alarm and help can be realized by directly pressing the button 33, and evidence can be effectively preserved by taking pictures and recording, protecting the medical staff to reasonably safeguard their own legitimate rights and interests, and providing protection for the medical staff's own safety. Specifically, the camera module, the one-button alarm module, and the recording module are all existing well-known modules, and the controller is also an existing one. The camera module, the one-button alarm module, and the recording module are connected to the controller in a conventional manner.

[0042] In this embodiment, the disinfection device is located at a position of the corresponding sleeve corresponding to the outside of the biceps brachii of the human forearm, and a clamping seat (not shown in the figure) is provided on the sleeve where the disinfection device is located to fix the disinfection device by clamping, and a closed groove is provided on the clamping seat, and a pair of spring pieces are arranged on the groove wall of the groove. The disinfection device includes a disinfection box 41, and a pit for a pair of spring pieces to slide and snap into position is provided on the outer wall of the disinfection box 41. Disinfection alcohol and a disinfection sponge 42 partially immersed in the disinfection alcohol are contained in the disinfection box 41, and a palm is provided on the disinfection box 41. The disinfection port for straightly extending into the disinfection, the disinfection sponge 42 and the inner wall of the disinfection box 41 have a gap between the two for the palm to straightly extend into, the disinfection box 41 is provided with a plug-in piece 42 that penetrates into the disinfection box 41 and blocks the disinfection port 412 in a plug-in manner, and the disinfection box 41 is provided with a pair of chute 410 arranged in a counterposition and for the plug-in piece 42 to slide and insert into, and the chute 410 is provided with a sealing strip 411 with the same length as the chute 410 and used to contact the upper and lower surfaces of the corresponding parts of the plug-in piece 42 to form a contact seal. With the above-mentioned structural arrangement, after the medical staff diagnoses the virus infection, they can disinfect their hands at any time and in time. At the same time, it is also convenient for the medical staff to directly insert it into the disinfection device before taking off the jumpsuit 1, and disinfect the hands in time to avoid secondary infection or infection due to residues on the hands when taking off the jumpsuit 1. It is not only convenient to use, but also reduces the risk of medical staff being infected by the virus. It can also eliminate the concerns of medical staff about taking off the jumpsuit 1 and reduce the psychological burden of medical staff. Usually, thermometers, tweezers or anesthesia needles can be inserted into the internal disinfection device for disinfection, especially after the medical tools (i.e. thermometers, tweezers or anesthesia needles, etc.) are used by the patient before diagnosis and before the next patient uses them, the medical tools can be disinfected in time, which is convenient and applicable. Avoid the occurrence of contact-based multi-person infection or group infection centered on medical staff.

[0043] In this embodiment, the storage device is located at the corresponding sleeve corresponding to the position of the lateral side of the biceps brachii of the human forearm, which is mainly convenient for medical staff to take the thermometer or the anesthetic needle stored in the storage device. The storage device includes a bottom shell 51 and a flip cover 52 flipped and connected to the bottom shell 51 by an elastic joint strip, the flip cover 52 is integrally formed with the bottom shell 51, and the flip cover 52 is buckled on the bottom shell 51 in a conventional manner, and the bottom shell 51 is provided with a first pit 53 for storing the above-mentioned thermometers one by one, and the first block 54 for clamping and fixing the above-mentioned thermometer is arranged inside each of the first pits 53, and the bottom shell 51 is provided with a plurality of second pits 55 for storing multiple anesthetic needles at the same time, and the inner wall of each of the second pits 55 is provided with a second block 56 for clamping and fixing each anesthetic needle, and the first pit 53 and the plurality of the second pits 55 are arranged side by side along the length direction of the sleeve. The first clamping block 54 and the second clamping block 56 are both silicone blocks, and are fixedly embedded in the inner wall of the corresponding first concave pit 53 and the inner wall of the corresponding first concave pit 53 in a one-to-one correspondence. With the above-mentioned structural arrangement, the first concave pit 53 and the first clamping block 54 are convenient for storing and fixing the thermometer, convenient for emergency direct use, and avoiding the thermometer from shaking and being damaged. The second concave pit 55 and the second clamping block 56 are convenient for storing and fixing multiple anesthesia needles at the same time, convenient for emergency direct use, and avoiding the anesthesia needles from shaking and being damaged.

[0044] In this embodiment, it is further preferred that the shoe cover comprises a sole and an upper made of at least one layer of the above-mentioned high molecular polyethylene fabric, and the sole and the upper are connected together in a conventional manner. In this way, when people wear the above-mentioned shoes, it can prevent other sharp objects from falling onto the upper and stabbing the human foot, which is more conducive to protecting people's feet.

[0045] Compared with the prior art, the improved safety protective clothing of the present invention also has the following beneficial effects:

[0046] 1. The underwear body is made of anti-cutting and anti-knife high-molecular polyethylene fabric. Since the high-molecular polyethylene fabric itself is thin, light and breathable, the underwear body is light, convenient for people to move around, breathable and anti-cutting, making it more flexible to wear, increasing the flexibility of the staff and reducing unnecessary energy loss. It can avoid the feeling of stuffiness when people wear it and is convenient for people to wear it for exercise.

[0047] 2. Since the jumpsuit 1 and the underwear body are separate, when people are relaxing, they can wear the jumpsuit 1 alone, or wear the underwear body alone, or wear the two together, which provides space for people to choose and is convenient for people to wear according to actual conditions. In addition, even if the jumpsuit 1 is damaged, the underwear body can still provide some protection, and the jumpsuit 1 can be directly replaced, without causing the jumpsuit 1 and the underwear body to be discarded at the same time, which is more environmentally friendly and reasonable.

[0048] 3. The provision of the underarm exhaust port 101, the crotch exhaust port 102 and the exhaust port 103 on the back of the knee accelerates the exchange between the jumpsuit 1 and the outside air, promotes the heat dissipation inside the jumpsuit 1, and reduces the probability of medical staff suffering from physical discomfort due to stuffiness.

[0049] 4. The mask 13 can be replaced at any time, which is clean, hygienic and convenient. The activated carbon breathing port 14 of the mask 13 can effectively prevent the inhalation of harmful viruses and bacteria in the external environment, thereby ensuring the health of medical staff.

[0050] 5. A reflective strip 7 and a fluorescent strip 8 are provided on the back of the jumpsuit 1 to increase the recognition degree of medical staff in dark, outdoor environments, and dangerous environments with heavy traffic, thereby increasing the safety of the improved safety protective clothing of the present invention in disguise.

[0051] 6. The hand tightening opening 15, the detachable connection between the two trouser legs and the shoe covers and the elastic belt 17 at the waist of the jumpsuit 1 can make the protective clothing tighter and more suitable for the body shape, making it more flexible after wearing, increasing the flexibility of medical staff and reducing unnecessary energy loss.

[0052] 7. The bodysuit 1 has an activated carbon layer, which can dry the volatile gas of sweat generated inside the bodysuit 1, so that the inside of the bodysuit 1 will not be damp. The internal drying is also conducive to reducing the irritability of medical staff. The antibacterial layer can isolate the bacteria and viruses in the external environment to prevent bacteria and viruses from penetrating the protective clothing to cause harm to medical staff. The waterproof layer can make the protective clothing waterproof, so that medical staff can work outdoors on rainy days.

[0053] 8. The setting of the storage device can facilitate carrying various types of medical tools, avoid the inconvenience caused by carrying a medical box, and can quickly take and put tools, greatly increasing the convenience of work.

[0054] 9. The setting of rescue equipment can timely call the police for help when conflicts occur between patients or their families and medical staff, and effectively preserve evidence through video and audio recording, protect medical staff to reasonably safeguard their legitimate rights and interests, and provide protection for the safety of medical staff themselves.

[0055] 10. The disinfection device can be set up to disinfect hands in time after diagnosis and contact with patients, so as to avoid medical staff from being infected or forming a multi-person contact infection centered on medical staff. The storage device set on the other sleeve is convenient for direct access to the thermometer and convenient for measuring the patient's body temperature. When the patient or the patient's family members have a conflict with the medical staff or the patient's condition is serious, the patient can be anesthetized.

[0056] 11. The edge between the mask 12 and the head cover 24 is bonded by polyamide adhesive to improve the sealing of the protective clothing. Elastic bands (i.e., the first elastic band and the second elastic band) are provided on both sides of the mask 12 to ensure that the mask 12 fits the face of the medical staff and prevents the mask 12 from shifting during the work of the medical staff, thereby affecting the vision of the protective staff.

[0057] 12. The jumpsuit 1 is separated from the underwear body, so that when you are relaxing, you can wear the jumpsuit 1 alone, or wear the underwear body alone, or wear them together, which provides space for people to choose and is convenient for people to wear according to actual conditions. In addition, even if the jumpsuit 1 is damaged, the underwear body can still provide some protection, and the jumpsuit 1 can be directly replaced, without causing the jumpsuit 1 and the underwear body to be discarded at the same time, which is more environmentally friendly and reasonable.

[0058] 13. The embroidered name sticker 6 is provided to facilitate patients to obtain the identity information of medical staff, and also facilitates normal identification of identities between two medical staff, facilitates normal communication and avoids embarrassment.

[0059] The invention discloses an improved safety protective clothing, which not only integrates the functions of preventing cuts, stabs and slashes, but also has strong protective safety, convenient movement, breathability and good heat dissipation effect.

[0060] The above embodiments and drawings do not limit the product form and style of the present invention. Any appropriate changes or modifications made by ordinary technicians in the relevant technical field should be deemed to be within the patent scope of the present invention.

Claims

1. An improved safety protective clothing, comprising a body with two sleeves and trousers with two trouser legs sewn into an integrated structure, characterized in that: It also includes an underwear body for medical staff to wear directly in the jumpsuit, the underwear body is made of at least one layer of anti-slash and anti-knife high-molecular polyethylene fabric; the jumpsuit is detachably connected with shoe covers and a hood, the hood is provided with an observation port, the hood is provided with a transparent mask that blocks the observation port, the hood is provided with a mask, an activated carbon breathing port and a protective eye mask, the activated carbon breathing port and the protective eye mask are both on the mask, the back of the jumpsuit corresponding to the back of the human body and the front of the human body corresponding to the chest, the back of the jumpsuit is provided with a first zipper for people to wear in the jumpsuit, the front of the jumpsuit is provided with a rescue device with video recording, recording and one-button alarm functions, one sleeve of the jumpsuit is provided with a disinfection device with a disinfection function for hands to be inserted into for timely disinfection, and the other sleeve of the jumpsuit is provided with a storage device, and the storage device stores more than one thermometer and multiple anesthesia needles; The underwear body and the bodysuit are both provided with underarm exhaust ports, crotch exhaust ports and back knee exhaust ports, and the bodysuit is provided with layered filters corresponding to the underarm exhaust ports, crotch exhaust ports and back knee exhaust ports; The storage device is located at a position where the corresponding sleeve corresponds to the outside of the human forearm or at a position where the corresponding sleeve corresponds to the outside of the biceps brachii of the human forearm, the storage device comprises a bottom shell and a flip cover connected to the bottom shell by an elastic joint strip, the flip cover is integrally formed with the bottom shell, the flip cover is buckled on the bottom shell in a conventional manner, the bottom shell is provided with first pits for storing the above-mentioned thermometers one by one, the interior of each of the first pits is provided with a first clamping block for clamping and fixing the above-mentioned thermometer, the bottom shell is provided with a plurality of second pits for storing a plurality of anesthetic needles at the same time, the inner wall of each of the second pits is provided with a second clamping block for clamping and fixing each anesthetic needle, the first pit and the plurality of the second pits are arranged side by side along the length direction of the sleeve; The disinfection device is located at a position where the corresponding sleeve corresponds to the outside of the human forearm or at a position where the corresponding sleeve corresponds to the outside of the biceps brachii of the human forearm. The sleeve is provided with a clamping seat for fixing the disinfection device by clamping, and a closed groove is provided on the clamping seat. A pair of spring pieces are arranged on the groove wall of the groove. The disinfection device includes a disinfection box, and a pit for the pair of spring pieces to slide and clamp in position is provided on the outer wall of the disinfection box. Disinfectant alcohol and a part of the disinfectant are immersed in the disinfection box. A disinfection sponge in toxic alcohol, a disinfection port for a palm to be inserted straight into for disinfection is opened on the disinfection box, a gap is provided between the disinfection sponge and the inner wall of the disinfection box for a palm to be inserted straight into, a plug-in piece is provided in the disinfection box corresponding to the disinfection port and inserted into the disinfection box and blocks the disinfection port, a pair of slide grooves arranged in opposition and for the plug-in piece to be slidably inserted into are provided in the disinfection box corresponding to the disinfection port, a sealing strip is provided in the slide groove, the length of which is equal to that of the slide groove and is in contact with the plug-in piece for sealing.

2. The improved safety protective clothing according to claim 1 is characterized in that: The underwear body comprises a top and pants, the top comprises a front placket cloth piece, a sleeve cloth piece, a back cloth piece and a collar extension section arranged at the neckline of the top and used to protect the human neck, the front placket cloth piece is provided with a second zipper for people to wear the top, and the second zipper extends to the upper end of the collar extension section.

3. The improved safety protective clothing according to claim 2 is characterized in that: An elastic band is provided at one leg opening of the pants, and third zippers are installed at the seams on both sides of the pants, extending downward from the leg opening to the corresponding hip bone of the human body or the corresponding joint between the thigh and the calf of the human body, and the third zipper is a closed zipper.

4. An improved safety protective clothing according to any one of claims 1 to 3, characterized in that: The underwear body also includes a head cover for protecting the human head. The head cover is provided with an opening for exposing the face, and the head cover is provided with through holes corresponding to the two cochleae on the head. The head cover is made of a layer of high-molecular polyethylene fabric that is resistant to cutting and knife cutting.

5. The improved safety protective clothing according to claim 1 is characterized in that: The front of the jumpsuit is provided with a detachably connected embroidered name sticker, the back of the jumpsuit is provided with a plurality of reflective strips and a plurality of fluorescent strips, the reflective strips and the fluorescent strips are arranged alternately in an upper and lower manner on the jumpsuit, and the jumpsuit is provided with a textile layer, an activated carbon layer, an antibacterial layer and a waterproof layer from the inside to the outside of the jumpsuit.

6. An improved safety protective clothing according to claim 1 or 5, characterized in that: The mask is detachably connected to the hood, the face mask is adhered to the hood, a first elastic band and a second elastic band are sewn on the hood for tightening the face mask to fit closely to the face along the direction of the head circumference, one end of the first elastic band and the second elastic band are respectively on the corresponding sides of the mask, the hood is provided with sound transmission holes corresponding to two ears of the human body, the head cover is detachably connected to the sound transmission holes with activated carbon cloth, and the layered filter is provided with a silver fiber antibacterial layer, a filter layer and a melt-blown non-woven fabric layer in sequence from the inside of the jumpsuit to the outside of the jumpsuit.

7. An improved safety protective clothing according to claim 1 or 5, characterized in that: The rescue device includes a shell with a waterproof function, in which a camera module with a camera and a video recording function, a one-button alarm module with a button and a one-button alarm function, a recording module with a microphone and a recording function, and a controller are installed. The camera module, the one-button alarm module and the recording module are electrically connected to the controller. The camera on the camera module, the button of the one-button alarm module and the microphone of the recording module are all exposed outside the shell, and a sealing ring is arranged at the corresponding position of the shell. A battery and a charging and discharging circuit connected to the battery are installed in the shell, and the charging and discharging circuit is electrically connected to the controller. A power socket connected to the charging and discharging circuit via a wire is provided on the shell, and a rubber plug for sealing the power socket for waterproofing is detachably installed on the shell.

8. The improved safety protective clothing according to claim 1, characterized in that: The shoe cover comprises a sole and an upper made of at least one layer of the above-mentioned high molecular polyethylene fabric, and the sole and the upper are bonded together.

Images