Medical latex glove removal and disposal equipment

Abstract

The utility model relates to medical latex glove removal and treatment equipment, and belongs to the field of medical instruments. The equipment is composed of a glove removing assembly, a glove processing assembly, a disinfecting and killing system, a sensing system and a controller. After a medical worker stretches into the palm, the sterilizing system sterilizes the glove box and the entrance all the time. A medical worker inserts the wrist opening of the glove into the glove removing hook, and after the waste glove is separated, the glove is scraped off by the stripping brush. And then the controller controls the isolating film reel and the lower plastic packaging mechanism to plastically package the pocket-shaped isolating bag, so that the waste gloves fall into the pocket-shaped isolating bag. And the falling waste gloves are subjected to plastic package isolation by the upper plastic package mechanism, the disinfection system stops disinfection, and control is ended. According to the glove removing device, simple and convenient removal of medical latex gloves, disinfection of waste gloves and palms and independent sealing treatment of the waste gloves are achieved, the glove removing efficiency can be improved, and direct and secondary transmission risks of viruses are avoided.

Description

Technical Field

[0001] The invention relates to a medical latex glove removal and disposal device, belonging to the field of medical equipment. Background Art

[0002] Medical latex gloves have been widely used in all aspects of medical treatment. Medical staff need to wear medical latex gloves for a long time and need to change them regularly. During the removal process, there is a greater risk of infection when medical staff manually remove medical latex gloves, so there are more convenient and safer removal devices than manual removal. However, in actual applications, some medical latex glove removal devices require users to perform multiple steps, which increases the difficulty of removing gloves, especially in emergency situations. The disinfection mechanism of some equipment fails to fully ensure the thoroughness of disinfection of the glove surface and the inside of the equipment, and the closed design after the gloves are removed is also defective, leading to potential contamination risks. Direct infection caused by glove removal and medical infection caused by improper disposal of discarded gloves are not uncommon. The development of medical latex glove removal and disposal equipment is of great value to the development of the medical industry itself and national public health security. Summary of the invention

[0003] In view of this, the present invention aims to propose a medical latex glove removal and disposal equipment, which has the function of assisting medical staff to quickly complete glove removal, real-time disinfection, and automatically and independently seal and dispose of discarded gloves. The medical latex glove removal and disposal equipment, the structural characteristics of the equipment are that it is composed of a glove removal assembly 1, a glove disposal assembly 2, a disinfection system 3, a sensor system 4 and a controller 5, which are installed as a whole on a frame; the glove removal assembly 1 is composed of a glove box 6, a movable bottom plate 7, a glove removal hook 8, a stripping brush 9, a drive motor 1, 10 and a drive motor 2, 11; the glove box 6 is fixedly connected to the frame, and the upper surface of the glove box 6 is made of a transparent material; the movable bottom plate 7 is driven by the drive motors 1, 10, and can be rotatably installed at the bottom of the glove box 6; the column end of the glove removal hook 8 is connected to the glove The glove box 6 is fixedly connected to the stripping brush 9, and the other end is a sheet metal structure pointing to the tail of the glove box 6; the stripping brush 9 is driven by the driving motors 2 and 11, and can be reciprocatingly installed on the top of the glove box 6. The stripping brush 9 is made of soft material on the side close to the glove removal hook 8. The stripping brush 9 can be rotated to scrape the discarded gloves from the glove removal hook 8 to the movable bottom plate 7; the glove removal hook 8, stripping brush 9, driving motors 1 and 10 and driving motors 2 and 11 are all two, symmetrically installed on both sides of the glove box 6, and the distance between the glove removal hooks 8 on both sides is slightly larger than the thickness of the palm, so that the medical staff can insert and withdraw their palms;

[0004] The disinfection system 3 controls the disinfectant to enter the nozzle 1 14 in the glove box 6 and the nozzle 2 16 in the glove box entrance 15 through the disinfection baffle 12 and the nozzle 13; the nozzle 14 points to different directions so that the disinfectant can be sprayed to various areas inside the glove box 6; the nozzle 2 16 is arranged around the glove box entrance 15 to disinfect the outer surface of the glove inserted into the glove box 6 and the outer surface of the palm of the hand pulled out of the glove box 6;

[0005] The sensor system 4 includes a force detection unit 17 and an optical detection unit 18 installed on the movable bottom plate 7, which respectively detect whether the latex gloves have fallen off the movable bottom plate 7 and whether the palm has been pulled out of the glove box 6; the glove disposal assembly 2 is composed of an isolation film reel 19, a lower plastic sealing mechanism 20, an upper plastic sealing mechanism 21, drive mechanisms 3, 22, drive mechanisms 4, 23 and drive mechanisms 5, 24; the isolation film reel 19, the lower plastic sealing mechanism 20, the upper plastic sealing mechanism 21, the drive mechanisms 3, 22, the drive mechanisms 4, 23 and the drive mechanisms 5, 24 There are two glove removal assembly 1, 4, 23 and two drive mechanisms 5, 24, which are symmetrically arranged on both sides of the glove removal assembly 1; the isolation film reel 19 is driven by the drive mechanisms 5, 24 to release the isolation film in sections; the lower plastic sealing mechanism 20 is driven by the drive mechanisms 3, 22 to plastic seal the lower part of the isolation film on both sides to form a pocket-shaped isolation bag; the upper plastic sealing mechanism 21 is driven by the drive mechanisms 4, 23 to plastic seal the top of the pocket-shaped isolation bag to achieve complete isolation of the internal space; the isolation film can be plastic sealed in any form such as heating plastic sealing, ultrasonic plastic sealing, etc.

[0006] The controller 5 receives the input signal of the optical detection unit 18, and when the medical staff extends the palm of either side, controls the disinfection system 3 to disinfect the glove box 6 and the glove box entrance 15 all the time;

[0007] When the medical staff inserts the glove wrist into the glove removal hook 8 and removes the discarded glove by pulling back the palm, the controller 5 controls the stripping brush 9 to scrape the discarded glove off the glove removal hook 8;

[0008] The controller 5 receives the input signal of the force detection unit 17, and when it detects that the discarded gloves fall off the movable bottom plate 7, controls the isolation film reel 19 and the lower plastic sealing mechanism 20 to operate, plastic seals a pocket-shaped isolation bag, and then controls the movable bottom plate 7 to open, so that the discarded gloves soaked with disinfectant fall into the pocket-shaped isolation bag;

[0009] The controller 5 controls the upper plastic sealing mechanism 21 to plastic seal and isolate the discarded gloves that fall into the pocket-shaped isolation bag; finally, the controller 5 controls the disinfection system 3 to stop disinfection; and the control ends.

[0010] The beneficial effects of the present invention are that it realizes the simple removal of medical latex gloves, the reliable disinfection of discarded gloves and palms, and the automatic independent sealing disposal of discarded gloves. On the one hand, it improves the glove removal efficiency of medical staff and avoids the infection risk caused by improper removal; on the other hand, the removed discarded gloves are connected to the disinfectant for independent sealing disposal, avoiding the secondary transmission of viruses contaminated by the discarded gloves. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] The accompanying drawings constituting a part of the present invention are used to provide a further understanding of the present invention. The exemplary embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute an improper limitation of the present invention. In the accompanying drawings:

[0012] Figure 1 It is a schematic diagram of the overall structure of the medical latex gloves removal and disposal equipment of the present invention;

[0013] Figure 2 It is a structural schematic diagram of the glove removal assembly of the medical latex glove removal and disposal equipment of the present invention;

[0014] Figure 3 A longitudinal cross-sectional view of a glove removal assembly of the medical latex glove removal and disposal device of the present invention;

[0015] Figure 4 It is a transverse cross-sectional view of the glove removal assembly of the medical latex glove removal and disposal device of the present invention. DETAILED DESCRIPTION

[0016] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

[0017] The medical latex gloves removal and disposal equipment is characterized in that the equipment is composed of a glove removal assembly 1, a glove disposal assembly 2, a disinfection system 3, a sensor system 4 and a controller 5, which are installed on a frame as a whole; the glove removal assembly 1 is composed of a glove box 6, a movable bottom plate 7, a glove removal hook 8, a stripping brush 9, drive motors 1, 10 and drive motors 2, 11; the glove box 6 is fixedly connected to the frame, and the upper surface of the glove box 6 is made of a transparent material; the movable bottom plate 7 is driven by the drive motors 1, 10 and can be rotatably installed at the bottom of the glove box 6; the column end of the glove removal hook 8 is connected to the glove The glove box 6 is fixedly connected to the stripping brush 9, and the other end is a sheet metal structure pointing to the tail of the glove box 6; the stripping brush 9 is driven by the driving motors 2 and 11, and can be reciprocatingly installed on the top of the glove box 6. The stripping brush 9 is made of soft material on the side close to the glove removal hook 8. The stripping brush 9 can be rotated to scrape the discarded gloves from the glove removal hook 8 to the movable bottom plate 7; the glove removal hook 8, stripping brush 9, driving motors 1 and 10 and driving motors 2 and 11 are all two, symmetrically installed on both sides of the glove box 6, and the distance between the glove removal hooks 8 on both sides is slightly larger than the thickness of the palm, so that the medical staff can insert and withdraw their palms;

[0018] The disinfection system 3 controls the disinfectant to enter the nozzle 1 14 in the glove box 6 and the nozzle 2 16 in the glove box entrance 15 through the disinfection baffle 12 and the nozzle 13; the nozzle 14 points to different directions so that the disinfectant can be sprayed to various areas inside the glove box 6; the nozzle 2 16 is arranged around the glove box entrance 15 to disinfect the outer surface of the glove inserted into the glove box 6 and the outer surface of the palm of the hand pulled out of the glove box 6;

[0019] The sensor system 4 includes a force detection unit 17 and an optical detection unit 18 installed on the movable bottom plate 7, which respectively detect whether the latex gloves have fallen off the movable bottom plate 7 and whether the palm has been pulled out of the glove box 6; the glove disposal assembly 2 is composed of an isolation film reel 19, a lower plastic sealing mechanism 20, an upper plastic sealing mechanism 21, drive mechanisms 3, 22, drive mechanisms 4, 23 and drive mechanisms 5, 24; the isolation film reel 19, the lower plastic sealing mechanism 20, the upper plastic sealing mechanism 21, the drive mechanisms 3, 22, the drive mechanisms 4, 23 and the drive mechanisms 5, 24 There are two glove removal assembly 1, 4, 23 and two drive mechanisms 5, 24, which are symmetrically arranged on both sides of the glove removal assembly 1; the isolation film reel 19 is driven by the drive mechanisms 5, 24 to release the isolation film in sections; the lower plastic sealing mechanism 20 is driven by the drive mechanisms 3, 22 to plastic seal the lower part of the isolation film on both sides to form a pocket-shaped isolation bag; the upper plastic sealing mechanism 21 is driven by the drive mechanisms 4, 23 to plastic seal the top of the pocket-shaped isolation bag to achieve complete isolation of the internal space; the isolation film can be plastic sealed in any form such as heating plastic sealing, ultrasonic plastic sealing, etc.

[0020] The controller 5 receives the input signal of the optical detection unit 18, and when the medical staff extends the palm of either side, controls the disinfection system 3 to disinfect the glove box 6 and the glove box entrance 15 all the time;

[0021] When the medical staff inserts the glove wrist into the glove removal hook 8 and removes the discarded glove by pulling back the palm, the controller 5 controls the stripping brush 9 to scrape the discarded glove off the glove removal hook 8;

[0022] The controller 5 receives the input signal of the force detection unit 17, and when it detects that the discarded gloves fall off the movable bottom plate 7, controls the isolation film reel 19 and the lower plastic sealing mechanism 20 to operate, plastic seals a pocket-shaped isolation bag, and then controls the movable bottom plate 7 to open, so that the discarded gloves soaked with disinfectant fall into the pocket-shaped isolation bag;

[0023] The controller 5 controls the upper plastic sealing machine 21 to plastic-seal and isolate the discarded gloves that fall into the pocket-shaped isolation bag; finally, the controller 5 controls the disinfection system 3 to stop disinfection; and the control ends.

[0024] Those skilled in the art will appreciate that the present invention is not limited to the specific embodiments described herein, and that various obvious changes, readjustments and substitutions can be made by those skilled in the art without departing from the scope of protection of the present invention. Therefore, although the present invention has been described in more detail through the above embodiments, the present invention is not limited to the above embodiments, and may include more other equivalent embodiments without departing from the concept of the present invention, and the scope of the present invention is determined by the scope of the appended claims.

Claims

1. Medical latex gloves removal and disposal equipment, characterized in that It consists of a glove removal assembly (1), a glove disposal assembly (2), a disinfection system (3), a sensor system (4) and a controller (5), and is integrally mounted on a frame; The glove removal assembly (1) is composed of a glove box (6), a movable bottom plate (7), a glove removal hook (8), a stripping brush (9), a drive motor 1 (10) and a drive motor 2 (11); the glove box (6) is fixedly connected to the frame, and the upper surface of the glove box (6) is made of a transparent material; the movable bottom plate (7) is driven by the drive motor 1 (10) and is rotatably installed on the bottom of the glove box (6); the column end of the glove removal hook (8) is fixedly connected to the glove box (6), and the other end is a sheet metal structure pointing to the rear of the glove box (6); the stripping brush (9) is driven by the drive motor 1 (10) and is rotatably installed on the bottom of the glove box (6); The driving motor 2 (11) is driven and can be reciprocatingly mounted on the top of the glove box (6). The stripping brush (9) is made of soft material near the glove removal hook (8). The stripping brush (9) can be rotated to scrape the discarded gloves from the glove removal hook (8) to the movable bottom plate (7). There are two glove removal hooks (8), stripping brushes (9), driving motors 1 (10) and driving motors 2 (11), which are symmetrically mounted on both sides of the glove box (6). The distance between the glove removal hooks (8) on both sides is slightly larger than the thickness of the palm, so that the palms of medical staff can be inserted and withdrawn. The disinfection system (3) controls the disinfectant to enter the nozzle 1 (14) in the glove box (6) and the nozzle 2 (16) in the glove box entrance (15) respectively through the disinfection baffle (12) and the pipe mouth (13); the nozzle 1 (14) points in different directions so that the disinfectant can be sprayed to various areas inside the glove box (6); the nozzle 2 (16) is arranged around the glove box entrance (15) to disinfect the outer surface of the glove inserted into the glove box (6) and the outer surface of the palm of the hand pulled out of the glove box (6); The sensor system (4) comprises a force detection unit (17) and an optical detection unit (18) mounted on the movable bottom plate (7), for respectively detecting whether the latex glove has fallen off the movable bottom plate (7) and whether the palm has been pulled out of the glove box (6); The glove disposal assembly (2) is composed of an isolation film reel (19), a lower plastic sealing mechanism (20), an upper plastic sealing mechanism (21), a driving mechanism 3 (22), a driving mechanism 4 (23) and a driving mechanism 5 (24); the isolation film reel (19), the lower plastic sealing mechanism (20), the upper plastic sealing mechanism (21), the driving mechanism 3 (22), the driving mechanism 4 (23) and the driving mechanism 5 (24) are each two and are symmetrically arranged on both sides of the glove removal assembly (1); the isolation film reel (19) is driven by the driving mechanism 5 (24) to release the isolation film in sections; the lower plastic sealing mechanism (20) is driven by the driving mechanism 3 (22) to plastic seal the lower part of the isolation film on both sides to form a pocket-shaped isolation bag; the upper plastic sealing mechanism (21) is driven by the driving mechanism 4 (23) to plastic seal the top of the pocket-shaped isolation bag to achieve isolation of the internal space from the outside; the plastic sealing form of the isolation film is heating plastic sealing or ultrasonic plastic sealing.

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