Hand washing and disinfection monitoring access control system

Abstract

The utility model relates to the technical field of access control, and particularly discloses a hand washing and disinfection monitoring access control system, a first vertical hinged door is arranged at an entrance of a disinfection room, the first vertical hinged door is normally closed and driven by a first motor, and a face recognition device is arranged on the first vertical hinged door and used for recognizing whether a worker has permission to enter the disinfection room or not; the hand washing disinfector is installed in the disinfection room and connected with the control host, a second vertical hinged door is arranged at the joint of the disinfection room and the workshop, the second vertical hinged door is normally open and driven by a second motor, a monitoring camera is arranged on the second vertical hinged door, and the monitoring camera is connected with the control host. The monitoring camera collects face information close to the second vertical hinged door in real time and transmits the face information to the control host, and the face recognition device, the monitoring camera, the first motor and the second motor are all connected with the control host. A worker can directly pass through the second vertical hinged door to enter the workshop after washing hands and disinfecting, and if the worker does not wash hands and is close to the second vertical hinged door, the second vertical hinged door can be closed to prevent the worker from entering.

Description

TECHNICAL FIELD

[0001] The utility model relates to access control technical field, concretely is a hand washing disinfection monitoring access control system. BACKGROUND

[0002] In the field of wine food processing, the working environment and personal hygiene of the staff are strictly monitored, and the staff must wash their hands and disinfect before entering the working room in some positions. The traditional method is to set a hand washing and disinfection room at the door of the working room, and the staff enter the working room after washing their hands and disinfecting. A special person needs to be arranged to supervise the staff to wash their hands and disinfect, which wastes manpower and is easy to cause the situation of entering the working room without disinfection. Therefore, the patent with the publication number "CN214151817U" discloses an access control system based on hand washing and disinfection monitoring, which comprises a hand washing and disinfection device, an access control signal receiver, a special door magnetic lock, and a sliding door motor for controlling the opening and closing of the sliding door. The hand washing and disinfection device is provided with an infrared sensor opposite to the hand washing end, and the infrared sensor signal is connected to the access control signal receiver. The access control signal receiver is connected to the special door magnetic lock and the sliding door motor through wires. A face detection camera is arranged on the hand washing and disinfection device, and the face monitoring camera signal is connected to the access control signal receiver. The infrared sensor signal is connected to the face monitoring camera. The infrared sensor of the hand washing and disinfection device and the disinfection timing confirm whether the hand washing and disinfection meets the standard, and then the face monitoring camera is started to identify the personnel. The access control signal receiver receives the signals of the hand washing and disinfection device and the face detection camera, opens the special door magnetic lock, starts the sliding door motor, and opens the sliding door. The above technical scheme has the following defects: the sliding door needs to be frequently opened and closed. In reality, only a few people will forget to wash their hands and disinfect, and every staff member has to wait for the sliding door to open before entering the working room, which leads to a long time for the staff to enter the working room and low efficiency. UTILITY MODEL CONTENT

[0003] In view of the deficiencies of the prior art, the technical problem solved by the utility model is to provide a hand washing and disinfection monitoring access control system to solve the existing problems.

[0004] The utility model provides to adopt the technical scheme that a kind of hand washing and disinfection monitoring access control system, including disinfection room, first casement door, first motor, hand washing and disinfection device, second casement door and second motor, first casement door is located at disinfection room entrance, first casement door is always closed and is opened and closed by first motor drive, be equipped with face recognition device on first casement door, hand washing and disinfection device is installed in disinfection room, hand washing and disinfection device is connected with control host computer, disinfection room and workroom junction are equipped with second casement door, second casement door is always open and is opened and closed by second motor drive, be equipped with monitoring camera on second casement door, monitoring camera is connected with control host computer, monitoring camera real-time acquisition the face information of personnel close to second casement door and is passed to control host computer, the face recognition device, monitoring camera, first motor and second motor are connected with control host computer.

[0005] The beneficial effects of the present solution are: compared with the prior art, the speed of opening and closing the casement door is faster than that of the sliding door, two casement doors are provided, the first casement door is always closed, and the face recognition device is provided to prevent non-working personnel from entering the disinfection room, the second casement door is always open, and the working personnel can directly enter the workroom through the second casement door after hand washing and disinfection in the disinfection room, if not hand washing and disinfection, the second casement door will be closed to prevent personnel from entering when approaching the second casement door, effectively improving the efficiency of working personnel entering the workroom.

[0006] Further, the hand washing and disinfection device is provided with an infrared sensor opposite the hand washing end, a photographing camera is provided above the hand washing and disinfection device, the infrared sensor is connected with the photographing camera, after the infrared sensor senses that the hand is inserted into the hand washing and disinfection device for a period of time, the photographing camera starts to take a photo of the face of the person being disinfected, and transmits the photo to the control host computer.

[0007] Further, the second casement door is also provided with a voice prompter, the voice prompter is connected with the control host computer, and the voice prompter plays a prompt sound when the second casement door is closed, to inform the working personnel that they need to wash their hands and disinfect before entering.

[0008] Further, the shafts of the first casement door and the second casement door are vertically arranged, the motor is connected with the shaft through a gear set, the motor rotates to drive the casement door to rotate to realize the opening and closing action, and the rapid opening and closing of the door can be realized.

[0009] Further, the hand washing and disinfection device is provided with a plurality of hand washing and disinfection devices, since the second casement door is always open, multiple hand washing and disinfection devices are provided in the disinfection room, and as long as the personnel performing hand washing and disinfection can directly pass through the second casement door, different persons do not need to wait for the door to open, greatly improving the efficiency. BRIEF DESCRIPTION OF DRAWINGS

[0010] Fig. 1 It is a structural schematic diagram of the utility model;

[0011] Fig. 2 The control schematic diagram of the utility model;

[0012] In the figure: 1-disinfection room, 2-first vertical hinged door, 3-first motor, 4-hand washing disinfecting device, 5-second vertical hinged door, 6-second motor. DETAILED DESCRIPTION

[0013] The technical solutions in the embodiments of the utility model will be apparently and completely described below with reference to the drawings in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, rather than all the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by those skilled in the art without creative labor fall within the protection scope of the utility model.

[0014] The embodiments are shown as follows: Figs. 1-2 A hand washing disinfection monitoring access control system, including disinfection room 1, first vertical hinged door 2, first motor 3, hand washing disinfecting device 4, second vertical hinged door 5 and second motor 6, first vertical hinged door 2 is arranged at the entrance of disinfection room 1, first vertical hinged door 2 is always closed and is driven to open and close through first motor 3, face recognition device is arranged on first vertical hinged door 2, for identifying whether staff has the access right to disinfection room 1, hand washing disinfecting device 4 is installed in disinfection room 1, hand washing disinfecting device 4 is connected with control host computer, second vertical hinged door 5 is arranged at the connecting place of disinfection room 1 and workroom, second vertical hinged door 5 is always open and is driven to open and close through second motor 6, monitoring camera is arranged on second vertical hinged door 5, monitoring camera is connected with control host computer, monitoring camera collects the face information of personnel close to second vertical hinged door 5 in real time and transmits to control host computer, the face recognition device, monitoring camera, first motor 3 and second motor 6 are all connected with control host computer.

[0015] Infrared sensor is arranged on hand washing disinfecting device 4 opposite the hand washing end, photographing camera is arranged above hand washing disinfecting device 4, infrared sensor is connected with photographing camera, after infrared sensor senses that the hand is inserted into hand washing disinfecting device 4 and lasts for a period of time, photographing camera starts to photograph the face of the person being disinfected to obtain a photo, and transmits the photo to control host computer, voice prompter is further arranged on second vertical hinged door 5, voice prompter is connected with control host computer, when second vertical hinged door 5 is closed, voice prompter plays prompt sound, and informs staff that hand disinfection is needed before entering, the rotating shafts of first vertical hinged door 2 and second vertical hinged door 5 are vertically arranged, motor is connected with rotating shaft through gear set, motor rotation drives vertical hinged door to rotate to realize opening and closing action, and the rapid opening and closing of door can be realized, hand washing disinfecting device 4 can be arranged with several, since second vertical hinged door 5 is always open, disinfection room 1 is provided with multiple hand washing disinfecting devices 4, as long as the personnel performing hand disinfection can directly pass through second vertical hinged door 5, different persons do not need to wait for the door to open, and the efficiency is greatly improved.

[0016] The specific implementation process is as follows: the control host controls the entry of the staff white list and the corresponding face information, the personnel on the white list have the permission to enter the disinfection room 1, when the staff approaches the first vertical hinged door 2, the control host starts the face recognition device to automatically identify whether it is the personnel in the white list, after the identification is passed, the control host controls the first motor 3 to work to open the first vertical hinged door 2, the staff enters the disinfection room 1 through the first vertical hinged door 2, the hand is stretched into the hand washing disinfecting device 4, the infrared sensor of the hand washing disinfecting device 4 senses the hand and lasts for a period of time, the photographing camera starts to photograph the face of the person who is washing hands to obtain a photo, and the photo is transmitted to the control host to determine that the hand has been washed and disinfected, the staff walks to the second vertical hinged door 5 after washing and disinfecting the hands, approaches the second vertical hinged door 5, enters the monitoring range of the monitoring camera, the monitoring camera collects the face information of the person who approaches the second vertical hinged door 5 and transmits the face information to the control host, the control host compares the face information with the photo taken by the photographing camera, the second vertical hinged door 5 is always open, if the face information can be matched with the photo, the staff can directly pass through the second vertical hinged door 5 to enter the working room, if the face information cannot be matched with the photo, the control host controls the second motor 6 to work to drive the second vertical hinged door 5 to close to prevent the personnel from entering, when the second vertical hinged door 5 is closed, the voice prompter works to issue a prompt sound to remind the staff to wash and disinfect the hands before entering, in the access control system, the staff can directly pass through the second vertical hinged door 5 to enter the working room after washing and disinfecting the hands, if the staff does not wash and disinfect the hands, the staff needs to return to the hand washing disinfecting device 4 to disinfect, the vertical hinged door can be quickly opened and closed through the motor drive, and a plurality of hand washing disinfecting devices can be arranged in the disinfection room 1 to improve the entering efficiency of the staff.

[0017] The above is only an embodiment of the present application, and the specific structure and characteristics of the scheme are not described in detail. It should be pointed out that for those skilled in the art, without departing from the structure of the present application, a number of modifications and improvements can be made, which should be considered as the protection range of the present application, and these will not affect the effect and practicality of the present application. The protection range claimed in the present application should be subject to the content of its claims, and the specific implementation mode and the like recorded in the specification can be used to explain the content of the claims.

Claims

1. A hand washing disinfection monitoring access control system, characterized in that: The device comprises a sterilization room, a first sliding door, a first motor, a hand washing sterilizer, a second sliding door and a second motor, the first sliding door is arranged at the entrance of the sterilization room, the first sliding door is normally closed and is driven to open and close by the first motor, a face recognition device is arranged on the first sliding door, the hand washing sterilizer is installed in the sterilization room, the hand washing sterilizer is connected with a control host, a second sliding door is arranged at the connection between the sterilization room and the working room, the second sliding door is normally open and is driven to open and close by the second motor, a monitoring camera is arranged on the second sliding door, the monitoring camera is connected with the control host, the monitoring camera collects the face information of the personnel near the second sliding door in real time and transmits the face information to the control host, and the face recognition device, the monitoring camera, the first motor and the second motor are connected with the control host.

2. The hand washing sanitization monitoring access control system of claim 1, wherein: The hand washing sterilizer is provided with an infrared sensor opposite the hand washing end, and a photographing camera is arranged above the hand washing sterilizer, and the infrared sensor is connected with the photographing camera.

3. The hand washing sanitization monitoring access control system of claim 1, wherein: A voice prompter is further arranged on the second sliding door, and the voice prompter is connected with the control host.

4. The hand washing sanitization monitoring access control system of claim 1, wherein: The rotation shafts of the first sliding door and the second sliding door are vertically arranged, and the motor is connected with the rotation shaft through a gear set.

5. The hand washing sanitization monitoring access control system of claim 1, wherein: The hand washing sterilizer is provided with a plurality of hand washing sterilizers.

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