An identification device for monitoring medical protective wear

Abstract

The present invention provides an identification device for monitoring medical protective wear, including several wearing rooms, each of which is provided with a storage compartment for placing items, a voice broadcast module and a controller, and the voice broadcast module is connected to the controller of the wearing room where it is located; the several wearing rooms are respectively a work cap room, a mask room, a work protective clothing room, a first glove room, a goggles set room, a second glove room, and a boot cover / shoe cover room, wherein the work cap room, the mask room, the work protective clothing room, the first glove room, and the goggles set room are connected in sequence, and the goggles set room is also connected with the second glove room and the boot cover / shoe cover room respectively, and the second glove room is also connected with the boot cover / shoe cover room; a through hole is provided between two adjacent wearing rooms, and they are connected through the through hole; and a revolving door is provided at all the through holes. The present invention can detect whether the medical staff's wear meets the wearing requirements, and is suitable for the detection requirements of one to three levels of protective wear for patients with special infections in hospitals.

Description

Technical Field

[0001] The present invention relates to the technical field of medical equipment, and in particular to an identification device for monitoring medical protective wear. Background Art

[0002] Medical protective clothing refers to protective clothing used by medical personnel (doctors, nurses, public health personnel, cleaning staff, etc.) and people entering specific medical and health areas (such as patients, hospital visitors, people entering infected areas, etc.). Its function is to isolate pathogens, harmful ultrafine dust, acidic and alkaline solutions, electromagnetic radiation, etc., to ensure the safety of personnel and keep the environment clean. Just like when contacting suspected / confirmed patients with new coronary pneumonia, medical staff need to wear medical protective clothing. When wearing, there is a certain wearing order, and it must meet the relevant protection level requirements to meet the wearing requirements. The protection level required for medical staff in different positions is different. Among them, ordinary medical staff in outpatient and emergency departments should meet the first-level protection requirements, and the wearing order is as follows: wear disposable work hats → wear medical protective masks → wear work clothes → wear disposable latex gloves; medical staff in isolation observation rooms / rescue rooms, fever clinics, fever pre-examination and triage, and transfer of suspected infected patients should meet the second-level protection requirements, and the wearing order is as follows: wear disposable work hats → wear medical protective masks → wear isolation clothes → wear disposable latex gloves → Wear goggles / face shield → Wear disposable boot covers / shoe covers; Personnel who implement aerosol-inducing operations (including endotracheal intubation, nebulization therapy, sputum-inducing examinations, bronchoscopy, respiratory sputum aspiration, tracheotomy care, etc.), such as medical staff in isolation wards for infected patients, should meet the requirements of level three protection. The order of wearing is as follows: wear a disposable work hat → wear an N95 mask → wear protective clothing → wear disposable latex gloves (inner layer) → wear a full-protection respirator or a positive pressure head cover → wear disposable latex gloves (outer layer) → wear disposable boot covers / shoe covers. If any process is missing or the order is changed, it does not meet the wearing requirements. Sometimes it may even be necessary to wear it again, and protective clothing is in short supply and expensive. Therefore, in order to avoid wearing that does not meet the requirements and ensure that medical staff wear it in accordance with the requirements and avoid infection, the wearing process needs to be monitored. Summary of the invention

[0003] In view of the above, it is necessary to provide an identification device for monitoring medical protective wear to detect whether the medical staff's wear meets the wearing requirements.

[0004] In order to achieve the above object, the technical solution adopted by the present invention is:

[0005] A recognition device for monitoring medical protective wear, comprising a plurality of wearing rooms, each of which is provided with a storage compartment for placing items, a voice broadcast module and a controller, wherein the voice broadcast module is connected to the controller of the wearing room in which it is located;

[0006] The several wearing rooms are respectively a work cap room, a mask room, a work protective clothing room, a first glove room, a goggles set room, a second glove room, and a boot cover / shoe cover room, wherein the work cap room, the mask room, the work protective clothing room, the first glove room, and the goggles set room are connected in sequence, the goggles set room is also connected with the second glove room and the boot cover / shoe cover room respectively, and the second glove room is also connected with the boot cover / shoe cover room; a through opening is provided between two adjacent wearing rooms, and the rooms are connected through the through opening; the boot cover / shoe cover room is also provided with a through opening connected to the outside on the side adjacent to or opposite to the goggles set room, and the side is not the side where the second glove room is located; all the through openings are provided with a rotating door, and the through opening is opened and closed by the rotating door, The rotating shaft of the revolving door is vertically arranged, and is arranged in the middle of the revolving door. The rotating shaft is connected with the output shaft of the door rotating motor. The door rotating motor is installed outside the dressing room, and the door rotating motor is electrically connected to the controller of the dressing room where it is located; a base is arranged at the lower part of one side of the revolving door of all the wearing rooms, and a platform is rotatably arranged on the base, and the rotating axis is placed vertically. The rotating shaft of the platform is connected to the output shaft of the platform rotating motor through a transmission assembly, and the platform rotating motor is installed on the revolving door, and is connected to the controller of the dressing room where it is located. A weight sensor is arranged on the platform, and the weight sensor is connected to the controller of the dressing room where it is located; cameras are arranged in all the wearing rooms, and the cameras are connected to the controller of the dressing room where they are located;

[0007] The work cap room has an entrance, an entrance door is installed at the entrance, and the side where the entrance door is located is different from the side where the rotating door is located; the mask room, work cap room, work protective clothing room and goggles set room are all provided with support blocks, and the support blocks are fixedly connected to the rotating door of the wearing room and are located directly above the platform; a human rangefinder is provided on the support block, and the human rangefinder is connected to the controller of the wearing room, and its measuring part is located directly above the middle of the platform and faces the platform; the cameras on the mask room, work cap room, work protective clothing room and goggles set room are driven by sliding The movable part is slidably installed in the wearing room, the sliding direction is vertical, the sliding trajectory line does not conflict with the support block, the sliding drive part is located between the support block and the platform, and is connected to the controller of the wearing room; the first glove room and the second glove room are both provided with a hand shooting platform, the hand shooting platform is above the platform, the cameras on the first glove room and the second glove room are both installed on the hand shooting platform, and the shooting direction of the camera is vertical; the cameras on the boot cover / shoe cover room are all located above the platform and close to the platform, and the shooting direction of the camera is toward the side where the platform is located.

[0008] Preferably, all storage compartments in the wearing room are provided with a taking port and a placing port, wherein the taking port is located in the wearing room, and the placing port is connected to the outside and is covered with a placing cover.

[0009] Preferably, each dressing room is provided with a collection box and a counter for placing waste, the collection box is a pedal-type trash can, a counting switch is provided at the pedal, the counting switch is electrically connected to the controller, and the controller is connected to the counter.

[0010] Preferably, the platform rotating motor and the platform are arranged on opposite sides of the rotating door.

[0011] Preferably, the sliding drive member is installed on the adjacent side of the rotating door, and includes a sliding drive motor, a rotating screw and a slider. The sliding drive motor is installed on the wearing room and is connected to the controller of the wearing room. The output shaft of the sliding drive motor is connected to the rotating screw. The rotating screw is placed vertically, and its two ends are rotatably connected to the wearing room. A slider is threaded on the rod body of the rotating screw, and the slider is slidably connected to the wearing room. One end of the slider extends to the inside of the wearing room through a guide port on the wearing room, and the camera is installed at this end.

[0012] Preferably, the cameras in the first glove room and the second glove room are arranged in the middle of the hand shooting platform, and the shooting direction of the cameras faces upward.

[0013] Preferably, a human infrared sensor is provided on the hand shooting platform, and the human infrared sensor is connected to a controller.

[0014] Preferably, the hand-photographing platform is installed on a side adjacent to the side where the rotating door is located.

[0015] Preferably, the camera on the boot cover / shoe cover chamber is installed on the adjacent side to the side where the revolving door is located, and the revolving door is arranged close to the adjacent side.

[0016] Preferably, the goggles lens chamber, mask chamber and boot cover / shoe cover chamber each have two independent storage compartments, and the work protective clothing chamber has three independent storage compartments.

[0017] Compared with the prior art, the present invention has the following beneficial effects:

[0018] 1. The present invention uses a camera to take photos to check the wearing status, and issues a voice reminder based on the actual wearing status to remind medical staff whether their wearing meets the wearing requirements. Through the design of multiple wearing rooms and the design of a rotating door between two connected wearable rooms, medical staff can enter the next wearing room to wear clothes only after their wearing meets the level requirements. This method can ensure that medical staff wear clothes in the order of wearing and meet the wearing requirements, avoid missing or wrong wearing, reduce the possibility of clothing waste, and at the same time, improve the wearing efficiency of medical staff.

[0019] 2. The present invention can realize the detection requirements of level 1 to 3 protective wear for patients with special infections in hospitals through the connectivity of the wearing room and voice prompts, thereby making the device more widely applicable and more practical. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 It is a structural schematic diagram of the present invention.

[0021] Figure 2 yes Figure 1 A partial enlarged view of .

[0022] Figure 3 This is a side view of the interior of the dressing room.

[0023] Main component symbols

[0024] In the figure: work cap room 1, mask room 2, work protective clothing room 3, first glove room 4, goggles cover room 5, second glove room 6, boot cover / shoe cover room 7, storage compartment 8, voice broadcast module 9, rotating door 10, rotating shaft 20, transmission belt assembly 201, door rotating motor 30, base 40, platform 401, rotating shaft 402, platform rotating motor 403, transmission assembly 404, support block 50, sliding drive member 60, sliding drive motor 601, rotating screw 602, slider 603, camera 70, hand shooting platform 80, collection box 90.

[0025] The following specific implementation manner will further illustrate the present invention in conjunction with the above-mentioned drawings. DETAILED DESCRIPTION

[0026] See also Figures 1 to 3In a preferred embodiment of the present invention, a recognition device for monitoring medical protective wear includes several wearing rooms, each of which is provided with a storage compartment 8 for placing items, a voice broadcast module 9 and a controller. The voice broadcast module 9 is connected to the controller of the wearing room where it is located, so as to issue a voice reminder through the voice broadcast module 9, so that the wearer can know whether the wear meets the requirements in time. In this embodiment, the voice broadcast module 9 is a speaker. Preferably, the storage compartments 8 of all wearing rooms are provided with a taking port and a placing port. The taking port is located in the wearing room, so that the wearer can take items from the taking port for wearing. The placing port is connected to the outside world, and a placing cover is covered on it. The placing port is used to replenish items from the outside world, and the placing port is closed by the placing cover when replenishment is not needed.

[0027] The several wearing rooms are respectively a work cap room 1, a mask room 2, a work protective clothing room 3, a first glove room 4, a goggles set room 5, a second glove room 6, and a boot cover / shoe cover room 7, wherein the work cap room 1, the mask room 2, the work protective clothing room 3, the first glove room 4, and the goggles set room 5 are connected in sequence, the goggles set room 5 is also connected with the second glove room 6 and the boot cover / shoe cover room 7 respectively, and the second glove room 6 is also connected with the boot cover / shoe cover room 7; a through opening is provided between two adjacent wearing rooms, and the rooms are connected through the through opening; the boot cover / shoe cover room 7 is also provided with a through opening connected to the outside on the side adjacent to or opposite to the goggles set room 5, and the side is not the side where the second glove room 6 is located; all the through openings are provided with a rotating door 10, and the through opening is opened by the rotating door 10 The rotating shaft 20 of the revolving door 10 is vertically arranged, and it is arranged in the middle of the revolving door 10. The rotating shaft 20 is connected to the output shaft of the door rotating motor 30. The door rotating motor 30 is installed outside the dressing room. Specifically, the output shaft of the door rotating motor 30 is connected to the lower part of the rotating shaft 20 through the transmission belt assembly 201. The transmission belt assembly 201 is located at the bottom of the dressing room. The lower end of the rotating shaft 20 extends to the bottom of the dressing room and is connected to the transmission belt assembly 201. The rotation of the transmission belt assembly 201 driven by the door rotating motor 30 drives the rotating shaft 20 to rotate, so that the revolving door 10 rotates and faces from one dressing room to another. The door rotating motor 30 is electrically connected to the controller of the dressing room where it is located to drive the operation of the door rotating motor 30 through the controller. A base 401 is provided at the lower part of one side of the revolving door 10 of all wearing rooms, and a platform is rotatably provided on the base 401, and a rotating shaft 402 is placed vertically, and the rotating shaft 402 of the platform is connected to the output shaft of the platform rotating motor 403 through a transmission component 404 (such as a transmission belt component 201 or a transmission chain component), so that the platform is driven to rotate by the platform rotating motor 403, so that the wearer on the platform faces different places, and the platform rotating motor 403 is installed on the revolving door 10, so that the platform rotating motor 403 rotates with the rotation of the revolving door 10, and the platform rotating motor 403 is connected to the controller of the wearing room, and a weight sensor is provided on the platform, and the weight sensor is connected to the controller of the wearing room, which is used to sense whether there is a wearer standing on the platform, so that the controller can timely drive the platform rotating motor 403 or the door rotating motor 30 to operate to avoid idling; preferably, the platform rotating motor 403 and the platform are arranged on opposite sides of the revolving door 10.

[0028] All wearing rooms are provided with a camera 70, and the camera 70 is connected to the controller of the wearing room. Specifically, each revolving door 10 is matched with a camera 70 to take pictures of the wearer and send the shooting information to the controller. The controller drives the door rotating motor 30 or the voice broadcast module 9 to operate according to whether the shooting information matches the pre-stored picture information. Specifically, the picture information displayed by the shooting information shows that it matches the pre-stored picture information, that is, the wearer's wear meets the requirements of the wearing room. The controller drives the door rotating motor 30 to drive the revolving door 10 to rotate, so that the wearer on the platform enters the next wearing room. If the picture information displayed by the shooting information shows that it does not match the pre-stored picture information, that is, the wearer's wear does not meet the requirements of the wearing room, the controller drives the voice broadcast module 9 to make a voice broadcast to inform the wearer that the item of wear does not meet the wearing requirements and needs to be put on again.

[0029] Furthermore, in the present invention, the work cap room 1 has an entrance, and an entrance door is installed at the entrance. The side where the entrance door is located is different from the side where the revolving door 10 is located. The wearer enters the work cap room 1 from the entrance door to put on the disposable work cap. After putting on the cap, the wearer stands on the platform and faces the revolving door 10. The mask room 2, the work cap room 1, the work protective clothing room 3 and the goggles lens set room 5 are all provided with a support block 50. The support block 50 is fixedly connected to the revolving door 10 of the wearing room and is located directly above the platform. A human rangefinder is provided on the support block 50. The human rangefinder is connected to the controller of the wearing room. The measuring part thereof is located directly above the middle of the platform and faces the platform. It is used to sense the wearer to obtain the wearer's height information. In the present embodiment, the human rangefinder is an ultrasonic height measuring probe; The cameras 70 on the room 1, the work protective clothing room 3 and the goggles set room 5 are slidably installed in the wearing room through the sliding drive 60, the sliding direction is the vertical direction, and the sliding trajectory does not conflict with the support block 50. The sliding drive 60 is located between the support block 50 and the platform, and is connected to the controller of the wearing room. The sliding drive 60 can drive the camera 70 to adjust the position in the height direction, so that the camera 70 can shoot the required position, that is, adjust the position of the camera 70 according to the height of the patient, so as to more clearly shoot the wearer wearing For example, in the mask room 2 where a protective mask is worn, the camera 70 needs to face the patient's face, in the work cap room 1 where a disposable work cap is worn, the camera 70 needs to face the patient's head, and in the work protective clothing room 3 where work clothes, isolation clothes or protective clothing are worn, the camera 70 needs to face the patient's upper and lower body. The position of the camera 70 can be adjusted according to the sliding of the sliding drive member 60. After the adjustment, photos of different sides of the wearer are taken according to the shooting needs, and the photos of different sides are realized by the rotation of the platform. If a front photo needs to be taken, the wearer is rotated with the platform to face the camera 70 through the operation of the platform rotation motor 403. If a side photo needs to be taken, the side of the wearer is facing the camera 70, and the back photo is the back of the wearer facing the camera 70. After obtaining photos of different sides, the photos of each side are compared. If each side meets the wearing requirements, it means that the wearing meets the requirements. If there is any side that does not meet the wearing requirements, it means that the wearing does not meet the requirements and the side needs to be adjusted. Which side does not meet the requirements can be broadcasted through the voice broadcast module 9, which is convenient for the wearer to know and sort out, thereby improving the wearing efficiency.Preferably, in this embodiment, the sliding drive member 60 is installed on the adjacent side of the rotating door 10, and includes a sliding drive motor 601, a rotating screw rod 602 and a slider 603. The sliding drive motor 601 is installed on the wearing room, and is connected to the controller of the wearing room. The output shaft of the sliding drive motor 601 is connected to the rotating screw rod 602. The rotating screw rod 602 is placed vertically, and its two ends are rotatably connected to the wearing room. The slider 603 is threaded on the rod body of the rotating screw rod 602, and the slider 603 is slidably connected to the wearing room. One end of the slider 603 extends to the inside of the wearing room through a guide port on the wearing room, and the camera 70 is installed at this end.

[0030] The first glove room 4 and the second glove room 6 are both used for wearing disposable latex gloves, and a hand shooting platform 80 is provided therein. The hand shooting platform 80 is above the platform. The cameras 70 on the first glove room 4 and the second glove room 6 are both installed on the hand shooting platform 80. The shooting direction of the camera 70 is vertical. The hand shooting platform 80 is used for the wearer to place his hands, so as to shoot the wearer wearing disposable latex gloves. Preferably, in this embodiment, the camera 70 in the first glove room 4 and the second glove room 6 is arranged in the middle of the hand shooting platform 80, and the shooting direction of the camera 70 is upward; the hand shooting platform 80 is installed on the adjacent side of the side where the revolving door 10 is located; a human infrared sensor is provided on the hand shooting platform 80, and the human infrared sensor is connected to the controller, which is used to sense whether a hand is placed on the hand shooting platform 8080, and turn on the camera 70 for shooting after placement.

[0031] The camera 70 on the boot / shoe cover chamber 7 is located above the platform and is arranged close to the platform. The camera 70 is directed toward the side where the platform is located, and is used to photograph the wearer's feet wearing disposable boot covers or disposable shoe covers. Preferably, the camera 70 on the boot / shoe cover chamber 7 is installed on the side adjacent to the side where the revolving door 10 is located, and the revolving door 10 is arranged close to the adjacent side.

[0032] Furthermore, each dressing room is provided with a collection box 90 for placing waste and a counter. The collection box 90 is used to collect damaged supplies. The collection box 90 is a pedal-type trash can, and a counting switch is provided at the pedal. The counting switch is electrically connected to the controller, and the controller is connected to the counter. The counter is used to count the number of damaged supplies. The counter counts once when the counting switch is pressed. The technical status of the counter plus the rotation status of the rotating door 10 in the same dressing room can be used to know the usage status of the dressing room appliances, so as to notify the replenishment in time.

[0033] Furthermore, the goggles chamber 5, the mask chamber 2 and the boot / shoe cover chamber 7 all have two independent storage compartments, and the work protective clothing chamber 3 has three independent storage compartments. Specifically, of the two storage compartments 8 of the goggles chamber 2, one is used for placing goggles or protective face shields, and the other is used for placing full-face respirators or positive pressure headgear; of the two storage compartments 8 of the mask chamber 2, one is used for placing medical protective masks, and the other is used for placing N95 masks; of the two storage compartments 8 of the boot / shoe cover chamber 7, one is used for placing disposable boot covers, and the other is used for placing disposable shoe covers; of the three storage compartments 8 of the work protective clothing chamber 3, one is used for placing work clothes, one is used for placing isolation gowns, and the other is used for placing protective clothing, so as to match the items required for different protection levels.

[0034] Furthermore, each wearing room is provided with a lighting lamp.

[0035] When in use, if it is necessary to wear the first-level protection, enter from the entrance of the work cap room 1, then pass through the mask room 2, the work protective clothing room 3 and the first glove room 4, and wear the disposable work cap, medical protective mask, work clothes and disposable latex gloves in sequence. In the work protective clothing room 3, open the storage compartment 8 for the work clothes according to the selection. After wearing in the first glove room 4, enter the goggles cover room 5, and select the corresponding rotating door according to the voice prompt to enter the boot cover / shoe cover room 7, and then come out through the boot cover / shoe cover room 7.

[0036] If secondary protection is required, the wearing order is as follows: enter from the entrance of the work cap room 1, and then pass through the mask room 2, the work protective clothing room 3, the first glove room 4, the goggles cover room 5, and the boot cover / shoe cover room 7 in turn to wear disposable work caps, medical protective masks, isolation gowns, disposable latex gloves, goggles / protective face shields, and disposable boot covers / shoe covers in turn. In the mask room 2, take out the medical protective mask from the storage compartment 8 where the medical protective masks are placed and wear it; in the work protective clothing room 3, take out the isolation gown from the storage compartment 8 where the isolation gown is placed and put it on; in the goggles cover room 5, take out the goggles or protective face shield from the storage compartment 8 where the goggles or protective face shield are placed and wear them.

[0037] If it is necessary to wear level three protection, enter from the entrance of the work cap room 1, and then pass through the mask room 2, the work protective clothing room 3, the first glove room 4, the goggles cover room 5, the second glove room 6, and the boot / shoe cover room 7 in turn to wear a disposable work cap, N95 mask, protective clothing, disposable latex gloves (inner layer), full protection respirator or positive pressure head cover, disposable latex gloves (outer layer), and disposable boot / shoe covers in turn. In the mask room 2, take out the N95 mask from the storage compartment 8 where the medical protective mask is placed and wear it. In the work protective clothing room 3, take out the isolation gown from the storage compartment 8 where the protective clothing is placed and put it on. In the goggles cover room 5, take out the full-type respirator or positive pressure head cover from the storage compartment 8 where the full-type respirator or positive pressure head cover is placed and wear it.

[0038] In addition, it should be noted that in each wearing room, when the picture information taken by the camera 70 does not match the pre-stored picture information, that is, when the wearer's wearing does not meet the wearing requirements, the corresponding picture information will be stored for later viewing, so that the manager can know where the wearing does not meet the requirements in the wearing process, and then point it out in the later training to standardize the wearing.

[0039] The above description is a detailed description of the preferred feasible embodiments of the present invention, but the embodiments are not intended to limit the scope of the patent application of the present invention. All equivalent changes or modified changes completed under the technical spirit suggested by the present invention should fall within the patent scope covered by the present invention.

Claims

1. An identification device for monitoring medical protective wear, comprising a plurality of wearing rooms, characterized in that: Each wearing room is provided with a storage compartment for placing items, a voice broadcast module and a controller, and the voice broadcast module is connected to the controller of the wearing room where it is located; The several wearing rooms are respectively a work cap room, a mask room, a work protective clothing room, a first glove room, a goggles set room, a second glove room, and a boot cover / shoe cover room, wherein the work cap room, the mask room, the work protective clothing room, the first glove room, and the goggles set room are connected in sequence, the goggles set room is also connected with the second glove room and the boot cover / shoe cover room respectively, and the second glove room is also connected with the boot cover / shoe cover room; a through opening is provided between two adjacent wearing rooms, and the rooms are connected through the through opening; the boot cover / shoe cover room is also provided with a through opening connected to the outside on the side adjacent to or opposite to the goggles set room, and the side is not the side where the second glove room is located; all the through openings are provided with a rotating door, and the through opening is opened and closed by the rotating door, The rotating shaft of the revolving door is vertically arranged, and is arranged in the middle of the revolving door. The rotating shaft is connected with the output shaft of the door rotating motor. The door rotating motor is installed outside the dressing room, and the door rotating motor is electrically connected to the controller of the dressing room where it is located; a base is arranged at the lower part of one side of the revolving door of all the wearing rooms, and a platform is rotatably arranged on the base, and the rotating axis is placed vertically. The rotating shaft of the platform is connected to the output shaft of the platform rotating motor through a transmission assembly, and the platform rotating motor is installed on the revolving door, and is connected to the controller of the dressing room where it is located. A weight sensor is arranged on the platform, and the weight sensor is connected to the controller of the dressing room where it is located; cameras are arranged in all the wearing rooms, and the cameras are connected to the controller of the dressing room where they are located; The work cap room has an entrance, an entrance door is installed at the entrance, and the side where the entrance door is located is different from the side where the rotating door is located; the mask room, work cap room, work protective clothing room and goggles set room are all provided with support blocks, and the support blocks are fixedly connected to the rotating door of the wearing room and are located directly above the platform; a human rangefinder is provided on the support block, and the human rangefinder is connected to the controller of the wearing room, and its measuring part is located directly above the middle of the platform and faces the platform; the cameras on the mask room, work cap room, work protective clothing room and goggles set room are driven by sliding The moving part is slidably installed in the dressing room, the sliding direction is the vertical direction, the sliding trajectory line does not conflict with the support block, the sliding driving part is located between the support block and the platform, and is connected to the controller of the dressing room; the first glove room and the second glove room are both provided with a hand shooting platform, the hand shooting platform is above the platform, the cameras on the first glove room and the second glove room are both installed on the hand shooting platform, and the shooting direction of the camera is the vertical direction; the cameras on the boot cover / shoe cover room are both located above the platform and are arranged close to the platform, and the shooting direction of the camera is toward the side where the platform is located; Each revolving door matches the camera of the dressing room where it is located to take pictures of the wearer, and sends the shooting information to the controller of the dressing room where it is located. The controller drives the door rotation motor or the voice broadcast module to run according to whether the shooting information matches the pre-stored picture information. If the picture information displayed by the shooting information shows that it matches the pre-stored picture information, that is, the wearer's wear meets the requirements of the dressing room, the controller drives the door rotation motor to drive the revolving door to rotate, so that the wearer on the platform enters the next dressing room. If the picture information displayed by the shooting information shows that it does not match the pre-stored picture information, that is, the wearer's wear does not meet the requirements of the dressing room, the controller drives the voice broadcast module to make a voice broadcast to inform the wearer that the item of wear does not meet the wearing requirements and needs to be put on again; When in use, if it is necessary to wear the first-level protective clothing, enter from the entrance of the work cap room, then pass through the mask room, the work protective clothing room and the first glove room, and put on the disposable work cap, medical protective mask, work clothes and disposable latex gloves in sequence; after finishing the wearing in the first glove room, enter the goggles cover room, and select the corresponding rotating door according to the voice prompt to enter the boot cover / shoe cover room, and then come out through the boot cover / shoe cover room; If secondary protective wear is required, the order of wearing is as follows: enter from the entrance of the work cap room, then pass through the mask room, work protective clothing room, first glove room, goggles cover room, boot / shoe cover room in turn, and put on disposable work caps, medical protective masks, isolation gowns, disposable latex gloves, goggles or protective face shields, and disposable boot / shoe covers in turn. In the mask room, take out the medical protective mask from the storage compartment where the medical protective mask is placed and wear it; in the work protective clothing room, take out the isolation gown from the storage compartment where the isolation gown is placed and put it on; in the goggles cover room, take out the goggles or protective face shield from the storage compartment where the goggles or protective face shield are placed and wear them; If it is necessary to wear level three protection, enter from the entrance of the work cap room, and then pass through the mask room, work protective clothing room, first glove room, goggles cover room, second glove room, boot cover / shoe cover room in turn, and wear disposable work cap, N9 mask, protective clothing, inner disposable latex gloves, full protection respirator or positive pressure head cover, outer disposable latex gloves, disposable boot covers / shoe covers in turn. In the mask room, take out the N9 mask from the storage compartment where the medical protective mask is placed and wear it. In the work protective clothing room, take out the protective clothing from the storage compartment where the protective clothing is placed and put it on. In the goggles cover room, take out the full-face respirator or positive pressure head cover from the storage compartment where the full-face respirator or positive pressure head cover is placed and wear it.

2. The identification device for monitoring medical protective wear according to claim 1, characterized in that: The storage compartments of all wearing rooms are provided with a taking port and a placing port. The taking port is located in the wearing room, and the placing port is connected to the outside world and is covered with a placing cover.

3. The identification device for monitoring medical protective wear according to claim 1, characterized in that: Each dressing room is provided with a collection box and a counter for placing waste. The collection box is a pedal-type trash can, and a counting switch is provided at the pedal. The counting switch is electrically connected to the controller, and the controller is connected to the counter.

4. The identification device for monitoring medical protective wear according to claim 1, characterized in that: The platform rotating motor and the platform are arranged on opposite sides of the rotating door.

5. The identification device for monitoring medical protective wear according to claim 1, characterized in that: The sliding drive member is installed on the adjacent side of the rotating door, and includes a sliding drive motor, a rotating screw and a slider. The sliding drive motor is installed on the wearing room and is connected to the controller of the wearing room. The output shaft of the sliding drive motor is connected to the rotating screw. The rotating screw is placed vertically, and its two ends are rotatably connected to the wearing room. A slider is threaded on the rod body of the rotating screw, and the slider is slidably connected to the wearing room. One end of the slider extends to the inside of the wearing room through a guide port on the wearing room, and the camera is installed at this end.

6. The identification device for monitoring medical protective wear according to claim 1, characterized in that: The cameras in the first glove room and the second glove room are arranged in the middle of the hand shooting platform, and the shooting direction of the cameras faces upward.

7. The identification device for monitoring medical protective wear according to claim 1, characterized in that: A human infrared sensor is arranged on the hand shooting platform, and the human infrared sensor is connected to a controller.

8. The identification device for monitoring medical protective wear according to claim 1, characterized in that: The hand shooting platform is installed on the adjacent side of the side where the rotating door is located.

9. The identification device for monitoring medical protective wear according to claim 1, characterized in that: The camera on the boot cover / shoe cover chamber is installed on the adjacent side to the side where the rotating door is located, and the rotating door is arranged close to the adjacent side.

10. The identification device for monitoring medical protective wear according to claim 1, characterized in that: The goggles lens chamber, the mask chamber and the boot / shoe cover chamber each have two independent storage compartments, and the work protective clothing chamber has three independent storage compartments.

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