Disclosure of Invention
Aiming at the defects in the prior art, the invention provides an intelligent biological safety protection channel.
The technical scheme of the invention is as follows:
an intelligent biological safety protection channel is arranged at an entrance of a selected area and comprises an entrance door frame, a channel, an exit door frame, a camera lens, an infrared thermal imaging thermometer, a human body infrared induction switch, an LED illuminating lamp, a disinfection device, a security inspection device, a microcomputer controller, a disinfection pad, an upper computer provided with a monitoring system and a face recognition system and a big data information acquisition system positioned at the cloud end;
two ends of the channel are respectively connected with the inlet door frame and the outlet door frame; the infrared thermal imaging thermodetector, the human body infrared induction switch and the camera lens are all arranged at the upper end of the entrance door frame facing the entering direction of people and/or organisms; the infrared thermal imaging thermometer, the human body infrared induction switch and the camera lens are electrically connected with the upper computer; the human body infrared induction switch is also electrically connected with the microcomputer controller; the LED illuminating lamp is arranged at the top end of the inner side of the channel; the sterilizing device is arranged on two side walls close to the channel side in the entrance door frame, the top end and two sides of the inner side of the channel, and is electrically connected with the microcomputer controller; the safety inspection equipment is fixedly arranged at a selected position in the channel; the disinfection pad is laid on the channel floor.
The infrared thermal imaging thermometer is used for measuring the body temperature of a human body and transmitting the measured temperature data to the monitoring system; the human body infrared induction switch is used for detecting and inducing human body activity information and simultaneously transmitting the human body activity information to the microcomputer controller and the monitoring system; the camera lens is used for collecting images or video streams entering human faces and sending the images or video streams to the face recognition system.
The microcomputer controller is used for starting the disinfection device according to the human body activity information received from the human body infrared induction switch;
on one hand, the monitoring system counts the flow quantity of the personnel according to the human body activity information received from the human body infrared induction switch; on the other hand, according to the human body temperature data received from the infrared thermal imaging thermometer, the data is compared with the normal body temperature value, if the data exceeds the normal body temperature value, an alarm is given, and meanwhile, the alarm information is transmitted to a cloud big data information acquisition system;
the face recognition system is used for processing the received face information to obtain identity information of personnel and transmitting the identity information to the big data information acquisition system of the cloud end;
the big data information acquisition system comprises: the body temperature alarm system is used for receiving body temperature alarm information from the monitoring system and receiving face information from the face recognition system, and storing the received information for related personnel to check and apply.
Further, according to the intelligent biological safety protection channel, the disinfection device comprises a disinfectant spraying device and a non-spraying disinfection and sterilization device.
Further, intelligence biological safety protection passageway, still including setting up antiseptic solution storage box, antiseptic solution spray pump and the liquid level alarm near the passageway, the liquid level alarm sets up in antiseptic solution storage box, still is connected with upper computer electricity simultaneously.
The invention has the beneficial effects that: the intelligent biological safety protection channel is a multifunctional intelligent channel, is suitable for a channel inlet of a region with dense personnel flow, is used for replacing manual work to automatically carry out body temperature test and identity information acquisition on pedestrians, carries out real-time and efficient control on epidemic prevention conditions of public environments, and is also used for automatically carrying out comprehensive disinfection and killing on passing personnel, articles and surrounding aerosol and rapidly and efficiently controlling secondary or multiple spreading of virus and bacteria. The intelligent biological safety protection channel is simple to install, convenient and fast to transport, long in service life, convenient and fast, convenient to move, reasonable in overall structural design, strong in functionality, safe and reliable.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to fig. 1 to 4 in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be obtained by a person skilled in the art without any inventive step based on the embodiments of the present invention, are within the scope of the present invention.
The intelligent biological safety protection channel of the embodiment can be arranged at an entrance of a selected area in a dense place of personnel, such as an airport, a railway station, a wharf, a hotel, a restaurant, a medical institution, a living community, a school, a mechanism unit and the like, and comprises an entrance door frame 1, a channel 2, an exit door frame 3, an infrared thermal imaging thermometer 4, a human body infrared induction switch 5, a camera lens 6, an LED illuminating lamp 7, a disinfection device 8, a security inspection device 9, a microcomputer controller 10, an upper computer 13 provided with a monitoring system 11 and a face recognition system 12, a big data information acquisition system 15 positioned at a cloud end 14 and a disinfection pad 16;
two ends of the channel 2 are respectively connected with the entrance door frame 1 and the exit door frame 3 through a pin joint device; the passageway 2 is an aisle area for disinfection, sterilization and safety inspection of people, organisms and/or articles; the entrance door frame 1 and the exit door frame 3 are respectively used as an entrance for people and/or organisms to enter and an exit for people and/or organisms to exit;
the infrared thermal imaging thermometer 4, the human body infrared induction switch 5 and the camera lens 6 are all arranged at the upper end of the entrance door frame 1 facing the entering direction of people and/or organisms;
the infrared thermal imaging thermometer 4 is an infrared thermal imaging thermometer in the prior art, and is used for measuring the body temperature of a human body and transmitting the measured temperature data to the monitoring system 11;
the human body infrared induction switch 5 is a human body infrared induction switch in the prior art and is used for detecting and inducing human body activity information and simultaneously transmitting the human body activity information to the microcomputer controller 10 and the monitoring system 11;
the camera lens 6 is a camera or a camera lens on a camera in the prior art, and the camera or the camera in the prior art is installed at the upper end of the entrance door frame 1 facing the entering direction of people and organisms during implementation; the image or video stream of the entering person's face is captured by the camera lens 6 of the installed prior art camera or camcorder and sent to the face recognition system 12.
The LED illuminating lamps 7 are arranged at the top end of the inner side of the channel 2 and used for providing required illumination for the channel 2, and the number of the LED illuminating lamps 7 is determined according to actual requirements;
the sterilizing devices 8 are arranged on two side walls close to the inner side of the channel 2 in the entrance door frame 1, and the top end, the left side and the right side of the inner side of the channel 2, and are used for sterilizing and disinfecting personnel, organisms, air and/or articles;
the security inspection equipment 9 is fixedly installed at a proper selected position in the channel 2 and used for inspecting luggage articles carried by entering people, and the security inspection equipment 9 of the embodiment is security inspection equipment in the prior art, such as security inspection equipment used in places such as subways, railway stations and airports;
the microcomputer controller 10 is a microcomputer controller in the prior art, such as a single chip microcomputer, and is used for starting the disinfection device 8 according to the human body activity information received from the human body infrared induction switch 5;
the monitoring system 11, on one hand, counts the flow of the personnel according to the human body activity information received from the human body infrared induction switch 5; on the other hand, according to the human body temperature data received from the infrared thermal imaging thermometer 4, the data is compared with the normal body temperature value, if the data exceeds the normal body temperature value, an alarm is given, and meanwhile, the alarm information is transmitted to a big data information acquisition system 15 of the cloud 14;
the face recognition system 12 is configured to process the received face information to obtain identity information of the person, and transmit the identity information to the big data information acquisition system 15 of the cloud 14;
the upper computer 13 is a computer used for installing and operating computer programs of the monitoring system 11 and the face recognition system 12;
the cloud 14 is a remote cloud in the prior art, and the big data information acquisition system 15 of the embodiment is located in a cloud end;
the big data information acquisition system 15: the system is used for receiving body temperature alarm information from the monitoring system 11, receiving face information from the face recognition system 12, and storing the received information for viewing application by related personnel.
The disinfection pad 16 is laid on the ground of the passageway 2, and cleans and disinfects soles of people entering the passageway 2, soles of organisms and/or bottoms of luggage.
Further, degassing unit 8 in the intelligent biosafety protection passageway of this embodiment includes antiseptic solution spray set and non-spraying formula disinfection and isolation device.
The disinfectant spraying device is used for spraying disinfectant to disinfect and sterilize the disinfectant sprayed on the personnel, organisms and/or article bodies in the channel 2;
the non-spraying disinfection and sterilization device, such as a plasma disinfection device in the prior art, is mainly used for disinfecting and sterilizing air and/or aerosol in the channel 2;
further, the intelligent biological safety protection channel of the embodiment further comprises a disinfectant storage tank 17, a disinfectant spraying pump 18 and a liquid level alarm which are arranged near the channel 2;
the disinfectant storage box 17 is used for storing disinfectant required by the intelligent biological safety protection channel on site;
the disinfectant spraying pump 18 is used for pumping the disinfectant in the disinfectant storage tank 17 into the disinfectant spraying device;
the liquid level alarm is used for monitoring the liquid level in the disinfectant storage tank 17, alarming when the liquid level is lower than a preset threshold value, and transmitting alarm information to the monitoring system for displaying so as to remind related staff of supplementing required disinfectant into the disinfectant storage tank 17.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.