TWM621660U - Mobile epidemic-prevention detection structure - Google Patents

Abstract

A mobile epidemic prevention detection structure includes a base, a battery, a sensor, a guide, a sterilizer module and a main controller. A plurality of wheels are installed on the base for setting other components. The sensor is used for detection to obtain a distance signal and a body temperature signal. The sensor is used for detection to obtain a hand sensing signal. The guide is used to generate voice prompts. The main controller is electrically connected to the above-mentioned electronic components, controls the guide to generate the voice prompt according to the distance signal or the hand sensing signal, generates a body temperature value according to the body temperature signal, and controls the sterilizer model according to the hand sensing signal Group provides bactericidal solution. This structure can sense the position of the human body, generate voice guidance, prompt the public to take body temperature or disinfection actions, and increase the flexibility of use.

Description

Mobile Epidemic Prevention Detection Structure

This creation is about an epidemic prevention detection structure, especially a mobile epidemic prevention detection structure that integrates multiple functions such as 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. The above-mentioned equipment can also be equipped with sensors to detect the position of the human body, so that the temperature measurement and disinfection operations can be automated. However, most of these devices are designed to be installed in fixed locations (walls, doorways) and lack the advantage of mobility.

Looking at the above, the creator of this creation has painstakingly researched, considered and designed a mobile epidemic prevention detection structure to improve the shortcomings of the existing technology, thereby improving the use of flexibility of use.

One purpose of this creation is to propose a mobile epidemic prevention detection structure, which includes a base, a battery, a sensor, a guide, a sterilizer module, and a main controller. A plurality of wheels are installed on the base for setting the battery, the sensor, the sensor, the guide, the sterilizer module and the main controller. The sensor is used for detection to obtain a distance signal and a body temperature signal. The sensor is used for detection to obtain a hand sensing signal. The guide is used to generate voice prompts. The sterilizer module is used to provide sterilization liquid. The main controller is electrically connected to the sensor, the sensor, the guide, and the sterilizer module, and the main controller controls the guide to generate the voice prompt according to the distance signal or the hand sensing signal, A body temperature value is generated according to the body temperature signal, and the sterilizer module is controlled to provide the sterilizing liquid according to the hand sensing signal. With the above components, the epidemic prevention detection structure can be used to sense the position of the human body and generate voice guidance, prompting the public to perform actions such as temperature measurement, hand disinfection or body disinfection. The epidemic prevention detection structure itself is a movable structure, which increases the use of flexibility.

Further, the main controller is electrically connected to the body temperature lamp indicator, and the main controller activates the body temperature lamp indicator according to the body temperature value. The main controller can receive a body temperature threshold, and according to the body temperature value and the body temperature threshold, control to activate the body temperature lamp display, and can directly prompt the public or the operator whether the public's body temperature is too high. However, the body temperature value can also be displayed through the body temperature digital display. In addition, the sensor can detect to obtain an ambient temperature, and the main controller corrects the body temperature value according to the ambient temperature.

Further, the distance signal includes a remote human body distance signal, and the main controller controls the guide device to generate the voice prompt according to the remote human body distance signal. Or, the distance signal includes an effective distance signal, and the main controller controls the sensing according to the effective distance signal The device is activated to obtain the temperature signal.

Further, the sensor is used to obtain a body sensing signal, when the body sensing signal is generated, it represents that the body of the public is close to the spraying range of the sterilizer module, and the main controller activates a plurality of the sterilizer modules according to the body sensing signal. nozzle to provide the sterilizing liquid. The main controller can be further electrically connected to a manual sterilization switch, and the main controller controls the sterilizer module to provide the sterilizing liquid according to an activation signal of the manual sterilization switch, thereby increasing the flexibility of the mobile epidemic prevention detection structure.

Further, the power supply unit has a power supply for connecting the chamber and electrically connecting the battery.

Besides, the main controller can also be electrically connected to the LED light display, and control the LED light display to generate a light prompt according to the distance signal, the body temperature value, the hand sensing signal, and the body sensing signal.

In addition, the sensor can be used for detection to obtain a height signal, the sterilizer module is installed on a lifting mechanism, and the main controller controls the sterilizer module on the lifting mechanism according to the height signal. The height position enables the nozzle to provide the sterilizing liquid, however, the main controller can also control the nozzle of the sterilizer module corresponding to the height to provide the sterilizing liquid according to the height signal.

10: Pedestal

20: Wheels

30: Power Department

31: Power supply

32: battery

40: main controller

41: Remote human sensor

42: Body temperature measurement distance sensor

43: Human body temperature sensor

44: Ambient temperature sensor

45: Temperature setter

46: Voice Announcer

47: Body temperature lamp sign display

48: Body temperature digital display

49: LED light display

50: Hand Sanitizer Module

51: Hand sensor

52: Nozzle

60: Main controller of sterilizing liquid

61: Body Sensor

62: Spray Sterilizer Module

63: Sprinkler

64: Manual sterilization switch

FIG. 1 is a schematic diagram of an embodiment of a mobile epidemic prevention detection structure.

Figure 2 is a system diagram of a mobile epidemic prevention detection structure.

FIG. 3 is a schematic diagram of the use of the mobile epidemic prevention detection structure of FIG. 1 for spray sterilization.

FIG. 4 is a schematic diagram of the use of the mobile epidemic prevention detection structure of FIG. 1 for hand sterilization.

Please refer to FIG. 1 to FIG. 2 , which illustrate the implementation of a mobile epidemic prevention detection structure. As shown in the figure, the mobile epidemic prevention detection structure includes a base 10, a power supply 30, a sensor, a guide, a sterilizer module, and a main controller (40, 60). A plurality of wheels 20 are installed on the bottom of the base 10, and the base 10 is also provided with a power supply part 30, a sensor, a sensor, a guide, a sterilizer module and a main controller (40, 60).

The power supply unit 30 may include a battery 32 and a power supply 31 at the same time. The power supply 31 is used to charge the battery 32, and the battery 32 can provide electrical energy to the electronic components in the device. Only the replaceable battery 32 may be provided in the power supply unit 30 , and the functions of the electronic components may be maintained by replacing the battery 32 .

The sensors include a remote human body sensor 41 , a body temperature measurement distance sensor 42 , a body temperature sensor 43 , and an ambient temperature sensor 44 . The remote human body sensor 41 may be an ultrasonic sensor for obtaining a remote human body distance signal, thereby judging whether there are people passing by. The body temperature measurement distance sensor 42 can be an infrared sensor or a light sensor, and is used to measure the distance between a specific person and the mobile epidemic prevention detection structure, and obtain a distance signal, and the main controller 40 can determine the distance Whether the distance signal is within an effective measurement distance (ie, the effective distance signal), and control other components correspondingly according to the distance signal or the effective distance signal. The human body temperature sensor 43 can be an infrared sensor, which is used to sense the body temperature of a specific person and obtain a body temperature signal, and the ambient temperature sensor 44 is used to obtain an ambient temperature as a basis for body temperature correction.

The sensors include a hand sensor 51 or/and a body sensor 61 . The hand sensor 51 generates a hand sensing signal when the hands of the public are approaching, and the body sensor 61 is used to sense the distance between the public and the mobile epidemic prevention detection structure. distance and obtain a body sensor signal. In other words, The generation of the hand sensing signal and the body sensing signal represents that the public is approaching the spraying range of the hand sterilizer module 50 or the spray sterilizer module 62 . It is worth mentioning that the remote human body sensor 41 or the body temperature measurement distance sensor 42 can also be controlled to generate the body sensing signal.

The guide includes a voice announcer 46 for generating voice prompts for calling voice prompts, guidance voice prompts, incomplete voice prompts, abnormal voice prompts or end voice prompts. The guide can also further include an LED light display 49, which is controlled by the main controller at the same time as the voice announcer 46 to generate prompt messages such as voice and light, to guide the public to perform actions such as temperature measurement or disinfection, or to broadcast measurements. temperature results.

The sterilizer module may include a hand sterilizer module 50 and a spray sterilizer module 62 , and the hand sterilizer module 50 includes a nozzle 52 . The spray sterilizer module 62 has a chamber for carrying the sterilizing liquid, and a plurality of nozzles 63 are connected to the chamber through pipelines. And the spray sterilizer module 62 is controlled by the sterilizing liquid main controller 60 . The above-mentioned sterilizing liquid can include hand sanitizer, alcohol or hypochlorous acid water, and can be provided in the form of spray, drip or foam.

In this embodiment, the base 10 is an upright platform, and the human body temperature sensor 43, the hand sterilizer module 50, the spray sterilizer module 62, the battery 32, and the bottom sterilizer are arranged in sequence from top to bottom. For the plurality of wheels 20, the installation height of the human body temperature sensor 43 can correspond to the position of the forehead of the public, and the installation height of the hand sterilizer module 50 can correspond to the position of the hands of the public when the arms are raised. The spray sterilizer module 62 and the spray head 63 are located at a relatively lower position to correspond to the body position of the public. A voice announcer 46 may be mounted above the base 10 to attract the public's attention. The LED light display 49 is an elongated lamp and is installed adjacent to the spray head 63 of the spray sterilizer module 62 , so that the light prompt of the LED light display 49 can attract attention and guide the public to move to the LED light display 49 .

The main controller 40 can be controlled by software, and at least controls the above-mentioned electronic components through the following procedures.

The main controller 40 controls the voice annunciator 46 to generate a call voice prompt, such as "please come to the front of the epidemic prevention machine", to guide the public to approach the mobile epidemic prevention detection structure.

The main controller 40 determines whether the distance between the public and the mobile epidemic prevention detection structure is within the effective measurement distance (40cm-60cm) according to the distance signal of the body temperature measurement distance sensor 42 . If not, voice prompts will continue to be generated to guide people forward. If so, proceed to the next step.

The main controller 40 controls the human body temperature sensor 43 to measure the body temperature and obtain a body temperature signal, and the main controller 40 obtains a body temperature value according to the body temperature signal.

After the main controller 40 generates the body temperature value, it controls the voice annunciator 46 to generate a guiding voice prompt such as "Please put your hands into the hand sterilization area". If the main controller 40 receives the hand sensing signal generated by the hand sensor 51 , the nozzle 52 of the hand sterilizer module 50 is controlled to provide a sterilizing liquid (as shown in the schematic diagram of use in FIG. 4 ) to the hands of the public to complete the hand sterilization operation. If the main controller 40 does not receive the hand sensing signal, it will control the voice annunciator 46 to continue to generate an unfinished voice prompt of "hands have not been sterilized, please cooperate with the policies of the Ministry of Health and Welfare to prevent epidemics".

Next, the main controller 40 controls the voice annunciator 46 or/and the LED light display 49 to generate a prompt message to guide the public to move toward the nozzle 63 or to a predetermined position, and the main controller 40 also transmits the control information to the Sterilizing liquid main controller 60 . If the sterilizing liquid main controller 60 also receives the body sensing signal generated by the body sensor 61, it controls the spray head 63 of the spray sterilizer module 62 to provide mist sterilizing liquid to spray on the body of the public (as shown in the schematic diagram of use in FIG. 3) . If the main controller 60 of the sterilizing solution fails to obtain the body sensing signal within the predetermined time, the main controller 40 will continue to control the voice announcer 46 or the LED light display 49 to generate messages such as "The body has not been sterilized, please cooperate with the policies of the Ministry of Health and Welfare for epidemic prevention. Everyone is responsible for epidemic prevention." 』The voice prompt is not completed.

After the body disinfection is completed, the main controller 40 controls the voice announcer 46 to generate For example, the voice prompt of "Thank you for your cooperation with the Ministry of Health and Welfare", or the light prompt with the LED light display 49, let the public know the information of the end of disinfection.

With the above components, the epidemic prevention detection structure can be used to sense the position of the human body and generate voice guidance, prompting the public to perform actions such as temperature measurement, hand disinfection or body disinfection. The epidemic prevention detection structure itself is a movable structure, which increases the use of flexibility.

Besides, before broadcasting the voice prompt, the main controller 40 can receive the remote human body distance signal to judge whether there are people passing by. If so, the main controller 40 controls the voice annunciator 46 to generate a guide voice prompt to notify the public to approach the moving forward-type epidemic prevention detection structure.

In addition, the main controller 40 can also be electrically connected to a body temperature digital display 48, the body temperature digital display 48 is used to display the body temperature value, and the main controller 40 controls the body temperature digital display 48 to display the body temperature value. For example, the human body temperature sensor 43 is an infrared body temperature sensor, and the body temperature signal obtained by the human body temperature sensor 43 will be displayed on the screen of the body temperature digital display 48 in the form of a heat distribution map. and control the body temperature value to be displayed on the body temperature digital display 48 and correspond to the position of the humanoid image.

In addition, the main controller 40 can also be electrically connected to a body temperature light indicator 47. If the body temperature value is higher than a body temperature threshold (eg, 37.5 degrees), the main controller 40 controls the activation of the body temperature light indicator 47 to generate a warning Signals, such as: a red light or a green light to represent that the public is having a fever or a normal body temperature, which can more directly convey the information of whether the body temperature is within the normal range. The above-mentioned body temperature threshold value can be a preset value, however, the main controller 40 can also be electrically connected to a body temperature setting device 45 for inputting the body temperature threshold value, and the main controller 40 then according to the body temperature value and the body temperature threshold value, The temperature lamp sign display 47 is controlled to generate a specific lamp sign.

Further, when the main controller 40 obtains the body temperature value, the ambient temperature measured by the ambient temperature sensor 44 can be used as a basis for correcting the body temperature value. In addition, when the ambient temperature is too high and there is a possibility of false detection, the main controller 40 can control the language according to the ambient temperature. The audio annunciator 46 generates a measurement temperature overload information, or generates a voice prompt to guide the public to rest in the shade for a while, and then perform the above-mentioned body temperature measurement operation. It is worth mentioning that the above-mentioned body temperature threshold or ambient temperature can also be received by the main controller 40 through remote data transmission, and the above-mentioned functions can be performed.

In addition, the sterilizing liquid main controller 60 can also control the spray head 63 to provide mist sterilizing liquid only by receiving the body sensor signal without receiving the control information from the main controller 40. When the human body is close to the body sensor 61, the spray head 63 of the spray sterilizer module 62 can be automatically activated to achieve the sterilization function.

In addition, the sterilizing liquid main controller 60 can be electrically connected to a manual sterilizing switch 64 , and the sterilizing liquid main controller 60 controls the spray sterilizer module 62 to provide mist sterilizing liquid according to an activation signal of the manual sterilizing switch 64 . , so that the operator can actively move the entire mobile epidemic prevention detection structure and use it for environmental cleaning operations to increase the flexibility of use. However, the main controller 40 can also control a transmission module according to a preset trajectory, so that the wheels 20 follow the preset trajectory, so that the mobile epidemic prevention detection structure can perform automatic fixed-point patrol and perform environmental sterilization function. Through the transmission module, the main controller 40 can also control the movement of the wheels when the public does not reach the predetermined position for effective measurement distance or spray disinfection, so that the mobile epidemic prevention detection structure can be actively moved to perform body temperature measurement or disinfection. job location.

In addition, the body sensor 61 can detect to obtain a height signal, the hand sterilizer module 50 or/and the spray sterilizer module 62 are installed on a lifting mechanism, and the main controller (40, 60) according to the The height signal controls the height position of the hand sterilizer module 50 or the spray sterilizer module 62 on the lifting mechanism, so as to correspond to the position of the people's hands or bodies. However, when the height signal is obtained, the main controller (40, 60) can also control the nozzle 63 corresponding to the height to provide the sterilizing liquid according to the height signal.

The above description is exemplary only, not limiting. Anything not departing from this The spirit and scope of the disclosure, and the equivalent modifications or changes made to them shall be included in the scope of the appended patent application.

10: Pedestal

20: Wheels

30: Power Department

41: Remote human sensor

42: Body temperature measurement distance sensor

43: Human body temperature sensor

44: Ambient temperature sensor

45: Temperature setter

46: Voice Announcer

47: Body temperature lamp sign display

48: Body temperature digital display

49: LED light display

50: Hand Sanitizer Module

51: Hand sensor

52: Nozzle

61: Body Sensor

62: Spray Sterilizer Module

63: Sprinkler

64: Manual sterilization switch

Claims (10)

A mobile epidemic prevention detection structure, comprising: a base on which a plurality of wheels are installed; a battery mounted on the base; a sensor, mounted on the base, for detecting to obtain a distance signal and a body temperature signal; a sensor, mounted on the base, to detect and obtain a hand sensing signal; a guide installed on the base for generating a voice prompt; a sterilizer module mounted on the base for providing a sterilizing solution; and a main controller, mounted on the base, electrically connected to the sensor, the sensor, the guide, and the sterilizer module, wherein the main controller is based on the distance signal or/and the hand The induction signal controls the guide to generate the voice prompt, generates a body temperature value according to the body temperature signal, and controls the sterilizer module to provide the sterilizing liquid according to the hand induction signal. The mobile anti-epidemic detection structure according to claim 1, wherein the battery is electrically connected to a power supply. The mobile anti-epidemic detection structure as claimed in claim 1, wherein the main controller is electrically connected to a body temperature lamp indicator, and the main controller activates the body temperature lamp indicator according to the body temperature value. The mobile epidemic prevention detection structure according to claim 3, wherein the main controller is electrically connected to a body temperature setting device for inputting a body temperature threshold, and the main controller controls the temperature according to the body temperature value and the body temperature threshold. Activate the temperature light sign display. The mobile epidemic prevention detection structure of claim 1, wherein the sensor detects to obtain an ambient temperature, and the main controller corrects the body temperature value according to the ambient temperature. The mobile anti-epidemic detection structure of claim 1, wherein the distance signal includes a remote human body distance signal, and the main controller controls the guide to generate the voice prompt according to the remote human body distance signal. The mobile anti-epidemic detection structure according to claim 1, wherein the distance signal includes an effective distance signal, and the main controller controls the sensor to activate according to the effective distance signal to obtain the body temperature signal. The mobile anti-epidemic detection structure of claim 1, wherein the sensor is used to obtain a body sensing signal, and the main controller activates a plurality of nozzles of the sterilizer module according to the body sensing signal to provide the sterilizing liquid. The mobile anti-epidemic detection structure as claimed in claim 1, wherein the main controller is electrically connected to an LED light display, and the main controller controls the LED light display to generate light according to the distance signal, the body temperature value or the hand sensing signal A light prompt. The mobile anti-epidemic detection structure of claim 1, wherein the main controller is electrically connected to a manual sterilization switch, and the main controller controls the sterilizer module to provide the sterilizing liquid according to an activation signal of the manual sterilization switch .

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