TWM622346U - Desktop Epidemic Prevention Detection Device - Google Patents

Abstract

A desktop epidemic prevention detection device includes a remote sensor, a voice announcer, a hand sterilizer module, a spray sterilizer module, a main controller and a chassis. The chassis enables the spray sterilizer module to be positioned in front of the hand sterilizer module. The distance sensor obtains the distance signal of the human body. The voice announcer generates voice prompts. The hand sanitizer module has a hand sensor to obtain the hand sensor signal. The spray sterilizer module receives the body signal from the body sensor. The main controller controls the voice annunciator to generate voice prompts according to at least one of the distance signal, the hand sensing signal and the body signal, controls the hand sterilizer module to provide sterilizing liquid according to the hand sensing signal, and controls the spray sterilizer module according to the body signal Provide disinfectant spray. Such a desktop anti-epidemic device can disinfect both hands and body at the same time.

Description

Desktop Epidemic Prevention Detection Device

This creation is about an epidemic prevention detection device, especially a desktop epidemic prevention detection device that integrates multiple functions such as body temperature measurement, hand disinfection, and body disinfection, which is conducive to flexibility in use.

If there is still no effective drug treatment or vaccine prevention for respiratory diseases caused by droplet infection or contact infection, for the general public, strengthening hygiene habits, maintaining ventilation or frequent disinfection can at least produce the first line of defense to prevent epidemics Invasion and spread of sexually transmitted diseases.

Epidemiological diseases of the upper respiratory tract caused by certain viruses are also at the peak of virus infection when the patient has a fever. Therefore, when constructing epidemic prevention equipment in public places, it is also very important to monitor the body temperature of people entering and leaving, and to screen suspected cases.

At present, there are many equipment for measuring body temperature and disinfection, such as installing infrared temperature sensors in the access control system, desktop or wall-mounted hand disinfection devices, or spraying channels with disinfection water surrounded by curtains. However, some desktop anti-epidemic devices only have simple body temperature measurement or hand disinfection, and there is no integrated application.

Looking at the above, the creator of this creation has painstakingly researched, thought about and designed an epidemic prevention detection device to improve the deficiencies of the existing technology, thereby increasing the flexibility of use.

The present invention provides a desktop epidemic prevention detection device, which includes a remote sensor, a voice announcer, a hand sterilizer module, a spray sterilizer module, a main controller, and a chassis to install the above components. The chassis enables the spray sterilizer module to be positioned in front of the hand sterilizer module. The distance sensor detects to obtain the distance signal. The voice announcer is used to generate voice prompts. The hand sanitizer module has a hand sensor to obtain the hand sensor signal. The spray sterilizer module receives the body signal from the body sensor. The main controller is electrically connected to the remote sensor, the voice announcer, the hand sterilizer module and the spray sterilizer module. The main controller controls the voice announcer according to at least one of the distance signal, the hand induction signal and the body signal. Generate a voice prompt, control the hand sterilizer module to provide sterilization liquid according to the hand induction signal, and control the spray sterilizer module to provide disinfection spray according to the body signal.

Such an epidemic prevention detection device can provide hand disinfection and body disinfection at the same time, and can further integrate a temperature measurement module.

Further, the main controller can be electrically connected to a human body temperature sensor to obtain a body temperature signal, and the main controller controls the voice annunciator to generate a voice prompt according to the body temperature signal. The main controller can also be electrically connected to the face recognition module, the face recognition module obtains a face signal and a mask signal, and the main controller controls the voice broadcaster to generate voice prompts according to the face signal or the mask signal.

In addition, the chassis can be provided with an information display and electrically connected to the main controller. The main controller displays corresponding prompt messages according to the signals obtained by the hand sensor, the human body sensor, the human body temperature sensor or the face recognition module.

Further, the spray sterilizer module has a water tank, an infusion pipe and a liquid spray pipe, the water tank is installed in the chassis, the liquid spray pipe provides disinfection spray, and the infusion pipe connects the water tank and the liquid spray pipe. The infusion tube has a hard case to allow for a straight set-up of the infusion tube and is located at the front of the case. The spray sterilizer module can also be electrically connected to the disinfectant reserve water level warning device.

Further, the chassis is provided with a water tray below the hand sterilizer module.

10: Chassis

20: Power Department

21: Power supply

22: battery

30: Main Controller

31: Function setter

32: Remote sensor

33: Human body temperature sensor

34: Face recognition module

35: Disinfectant reserve water level warning device

36: Voice Announcer

37: Information Display

40: Hand sanitizer module

41: Hand sensor

42: Nozzle

43: Water Tray

50: Disinfectant main controller

51: Human body sensor

52: Spray Sterilizer Module

520: Infusion tube

521: Liquid spray tube

522: Sprinkler

60: Desktop

FIG. 1 is a schematic diagram of an embodiment of a desktop epidemic prevention detection device.

Figure 2 is a system diagram of a desktop epidemic prevention detection device.

FIG. 3 is a schematic diagram of the use of sterilization for the desktop epidemic prevention detection device of FIG. 1 .

Please refer to FIG. 1 to FIG. 3 , which is a desktop epidemic prevention detection device, which mainly integrates hand disinfection, body disinfection and temperature measurement through a chassis 10 , and uses voice broadcast and screen display for use guidance. Taking the embodiment shown in FIG. 1 as an illustration, the chassis 10 can be placed on a desktop 60 with its base adjacent to the edge of the desktop 60 . above. The spray sterilizer module 52 has a rod-like appearance, and one end is installed on the chassis 10 so that the spray sterilizer module 52 protrudes outside the desktop 60 . Therefore, the spray sterilizer module 52 is located in front of the hand sterilizer module 40 . The function of each component is described in detail below.

The bottom of the case 10 is provided with a power supply unit 20 , including a power supply 21 or/and a battery 22 , so as to provide electrical energy to the electronic components in the device. The power supply unit 20 may be provided only with a replaceable battery 22 or only with a power supply 21 connected to room electricity.

The main controller 30 is used to integrate the signals of various electronic components. The operation panel of the main controller 30 is integrated and electrically connected to the function setting device 31 , the remote sensor 32 , the human body temperature sensor 33 , and the face recognition module 34 , Voice announcer 36 , Information display 37 .

The function setter 31 is used to set various reference values during measurement, for example, the base body temperature, ambient temperature. The remote sensor 32 may be an ultrasonic sensor, which is used to detect the approach of people from a distance, and generate a distance signal according to the distance of the people, thereby judging whether there are people passing by. The human body temperature sensor 33 and the face recognition module 34 are arranged above the information display 37. The human body temperature sensor 33 is used to obtain a body temperature signal, and the face recognition module 34 can be a camera module, which is used to obtain a person face signal and a mask signal. When the main controller 30 receives a distance signal, a body temperature signal, a face signal, and a mask signal, it controls the voice announcer 36 to generate a corresponding voice prompt according to the corresponding signals.

The main controller 30 can also control the information display 37 to display the corresponding prompt message according to the above detected information, for example, in the form of images, text or pictures, or with the voice prompt of the voice announcer 36, to display the body temperature signal and inform whether there is a Epidemic prevention guidance for wearing masks, guiding body disinfection, and hand sterilization.

The hand sterilizer module 40 is disposed inside the casing protruding from the front of the case 10 , and has a chamber (not shown in the figure) to store the sterilizing liquid. A hand sensing signal is obtained, and the nozzle 42 is arranged around the hand sensor 41. When the main controller 30 receives the hand sensing signal, it controls the nozzle 42 to provide sterilizing liquid, and the sterilizing liquid can be hand sanitizer, alcohol or hypochlorous acid Water and other solutions with sterilization and disinfection effects, but the sterilization liquid can also be provided in the form of foam. In addition, the chassis 10 is also provided with a water tray 43 located below the nozzle 42 to receive water droplets.

The function of body disinfection is controlled by the main controller 50 of the disinfectant, and executes its functions according to a predetermined schedule. When the main controller 30 receives a body temperature signal or a hand induction signal, or receives a completed body temperature measurement or hand disinfection When the operation instruction signal is given, the disinfectant main controller 50 will control the human body sensor 51 and the spray sterilizer module 52 according to the signal. The human body sensor 51 is arranged in the main The front of the controller 30 is approximately the same height as the body temperature sensor 33 and the face recognition module 34, which are used to sense the position of the human body to obtain body signals. The spray sterilizer module 52 has a water tank (not shown), A liquid infusion pipe 520 and a liquid spray pipe 521 are installed in the case 10 . In this embodiment, the infusion tube 520 has a hard shell, so that the liquid spray tube 521 is positioned straight in front of the hand sterilizer module 40 , or at the same time, the other end of the liquid spray tube 521 is placed against the bottom of the table top 60 . On the upright side (as shown in FIG. 3 ), make the spray head 522 of the liquid spray pipe 521 face forward.

Such a design enables the chassis 10 to be positioned at the edge of the desktop, therefore, the public can approach the desktop epidemic prevention detection device, stretch their hands forward to be located under the hand sterilizer module 40, and at the same time, the forehead will also be located at the main control At an appropriate measurement position in front of the device 30, the epidemic prevention operations of measuring body temperature and sterilizing hands are completed. Next, the disinfectant main controller 50 obtains the body signal, and controls the spray head 522 to face the body of the public to provide disinfectant spray.

Further, the main controller 30 is also electrically connected to a disinfectant reserve water level warning device 35 for detecting the water level of the water tank of the spray sterilizer module 52 and generating a warning message according to the low water level.

In this embodiment, the main controller 30 can be controlled by software, and at least controls the above-mentioned electronic components through the following procedures.

1. When the remote sensor 32 senses that people are approaching, the voice annunciator 36 is activated to guide the people to approach, or at the same time, the information display 37 displays an image of "please follow the epidemic prevention instructions" to attract people's attention.

2. When the public is relying on the epidemic prevention detection device, start the next stage of voice and video guidance, and ask the public to bring their foreheads close to the information display 37 (that is, to feel the body temperature of the main controller 30 at the same time). Detector 33 and face recognition module 34), simultaneously or sequentially, ask the public to place their hands under the hand sterilizer module 40.

3. At this time, it can be judged that the head of the public is in the appropriate measurement position through the face signal of the face recognition module 34. If the head position deviates, the voice announcer 36 is controlled to guide the public to the correct position, and Perform operations such as mask identification and activation of the human body temperature sensor 33. Then, when the main controller 30 receives the hand sensing signal, it controls the nozzle 42 to provide sterilizing liquid, and then, when the main controller 30 receives the body signal, it controls the spray head 522 to face the body of the public to provide sterilizing spray.

Among them, if there are unfinished items, such as not wearing a mask (there is no mask signal), hyperthermia, not performing hand sterilization or body sterilization, it will continue to use voice or prompt messages to inform that specific epidemic prevention has not been completed. measure.

The above description is exemplary only, not limiting. Any equivalent modifications or changes that do not depart from the spirit and scope of the present invention shall be included in the appended patent application scope.

10: Chassis

22: battery

30: Main Controller

31: Function setter

32: Remote sensor

33: Human body temperature sensor

34: Face recognition module

36: Voice Announcer

37: Information Display

40: Hand sanitizer module

41: Hand sensor

42: Nozzle

43: Water Tray

51: Human body sensor

52: Spray Sterilizer Module

520: Infusion tube

521: Liquid spray tube

522: Sprinkler

60: Desktop

Claims (9)

A desktop anti-epidemic detection device, comprising: a distance sensor for detecting to obtain a distance signal; a voice announcer for generating a voice prompt; a hand sterilizer module with a hand sensor to obtain a hand sensor signal; a spray sterilizer module, receiving a body signal from a body sensor; A main controller is electrically connected to the remote sensor, the voice announcer, the hand sterilizer module, and the spray sterilizer module. The main controller is based on the distance signal, the hand induction signal, At least one of the body signals controls the voice annunciator to generate the voice prompt, controls the hand sterilizer module to provide sterilizing liquid according to the hand sensing signal, and controls the spray sterilizer module to provide sterilization spray according to the body signal; as well as a case, the remote sensor, the voice announcer, the hand sterilizer module, the spray sterilizer module and the main controller are installed, and the spray sterilizer module is positioned on the hand sterilizer module front of the group. The desktop anti-epidemic detection device as claimed in claim 1, wherein the chassis is provided with an information display and is electrically connected to the main controller, and the main controller is based on the hand sensor, the human body sensor or the face recognition model. A corresponding prompt message is displayed according to the signal obtained by the group. The desktop anti-epidemic detection device as claimed in claim 1, wherein the main controller is electrically connected to a human body temperature sensor to obtain a body temperature signal, and the main controller controls the voice annunciator to generate the voice according to the body temperature signal hint. The desktop anti-epidemic detection device according to claim 1, further comprises a face recognition module, which is installed in the chassis and is electrically connected to the main controller, and the face recognition module obtains a face signal and a mask signal, The main controller controls according to the face signal or the mask signal The voice announcer generates the voice prompt. The desktop anti-epidemic detection device according to claim 1, wherein the spray sterilizer module is electrically connected to a disinfectant reserve water level warning device. The desktop epidemic prevention detection device according to claim 1, wherein the spray sterilizer module has a water tank, an infusion pipe and a liquid spray pipe, the water tank is installed in the case, and the liquid spray pipe provides a disinfection spray, The infusion pipe communicates with the water tank and the liquid spray pipe. The desktop anti-epidemic detection device according to claim 6, wherein the infusion tube has a hard shell, so that the liquid spray tube is arranged straight. The desktop anti-epidemic detection device according to claim 1, wherein the chassis is provided with a water tray located below the hand sanitizer module. The desktop anti-epidemic detection device according to claim 1, wherein the main controller is electrically connected to a function setting device.

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