阅读说明：本技术 一种具有红外测体温装置的防疫终端 (Epidemic prevention terminal with infrared body temperature measuring device ) 是由 卢海南 于 2020-04-16 设计创作，主要内容包括：本发明专利一种具有红外测体温装置的防疫终端,包括红外测体温装置、显示屏驱动电路、自动报警电路、图像传感模块、通信模块、显示屏。利用红外热成像技术对人体进行分布性测温,在人群中篩查体温升高的个体、及密切接触群体,追踪感染源头。具备利用物联网云技术,进行对社会疫情的防疫功能。适用于机关团体、学校、居民小区商店、等范围进行精准篩查体温升高的个体人群。(The invention discloses an epidemic prevention terminal with an infrared body temperature measuring device, which comprises the infrared body temperature measuring device, a display screen driving circuit, an automatic alarm circuit, an image sensing module, a communication module and a display screen. An infrared thermal imaging technique is used to measure the distribution of temp. of human body, and the individual with high temp. rise and the close contact group are investigated in crowd to trace the source of infection. The social epidemic situation prevention system has the epidemic prevention function of utilizing the Internet of things cloud technology to carry out social epidemic situation. Is suitable for the individual population with high body temperature for precision sieve determination in institutional groups, schools, residential quarter stores, etc.)

1. The utility model provides an epidemic prevention terminal with infrared body temperature device of surveying, its characterized in that includes infrared body temperature device of surveying, display screen drive circuit, induction circuit, autoalarm circuit, image sensing module, communication module, display screen, host computer shell, infrared body temperature device of surveying connect display screen drive circuit, display screen drive circuit with autoalarm circuit, image sensing module, communication module, display screen, host computer shell electricity connect.

2. The epidemic prevention terminal with infrared body temperature measuring device according to claim 1, wherein the infrared body temperature measuring device comprises one of an infrared thermal imaging device and an infrared thermometer device.

3. The epidemic prevention terminal with infrared body temperature measuring device according to claim 2, wherein the infrared thermal imaging device comprises an infrared lens, an infrared detector, an ARM processor, a DSP processor, a video encoder, a visible light lens, a visible light sensor, and a data collector.

4. The epidemic prevention terminal with infrared body temperature measuring device of claim 1 wherein the automatic alarm circuit comprises a touch sensor circuit.

5. The epidemic prevention terminal with infrared body temperature measuring device according to claim 1, wherein the image sensing module comprises a camera and an image transmission circuit.

6. The epidemic prevention terminal with infrared body temperature measuring device according to claim 1, wherein the communication module comprises a 4G/5G communication module.

7. The epidemic prevention terminal with infrared body temperature measuring device of claim 1, wherein the display screen comprises a liquid crystal display.

8. The epidemic situation epidemic prevention terminal with infrared body temperature measuring device according to claim 1, wherein the host shell comprises a shell frame, a liquid crystal display panel, an artificial alarm button, an alarm induction switch, a power module socket, a mouse socket, a USB flash disk socket, an OUN wiring hole, a camera lens, an external camera lens jack, an external infrared lens jack, an external microphone device jack and an infrared temperature measuring lens a.

Technical Field

The invention relates to the field of hygiene and epidemic prevention, in particular to an epidemic prevention terminal with an infrared body temperature measuring device.

Background

The video display screen at the elevator monitoring terminal in the current market is controlled by a controller: the display screen comprises a display screen driving circuit, a communication module, an AL intelligent module, an audio module and other modules, a display screen shell, a liquid crystal panel, a visual lens and an artificial alarm button. The device for collecting information such as elevator running environment and broadcasting advertisements by adopting the technologies such as Internet of things and artificial intelligence. Because the elevator monitoring terminal does not have infrared thermal imaging device, consequently can not measure the temperature to the human body, can not play a role in epidemic situation.

At present, no epidemic situation epidemic prevention terminal with an infrared body temperature measuring device exists in the market.

Disclosure of Invention

The invention provides an improved video display screen of an elevator monitoring terminal, and a real-time monitoring terminal which has an infrared thermal imaging function and can continuously detect high-temperature individuals from the mobile population sieve for a long time and closely contact people.

The utility model provides an epidemic prevention terminal with infrared survey body temperature device which characterized in that includes infrared survey body temperature device, display screen drive circuit, induction circuit, autoalarm circuit, image sensing module, communication module, display screen, host computer shell, infrared temperature measuring device connect display screen drive circuit, display screen drive circuit with autoalarm circuit, image sensing module, communication module, display screen, host computer shell electricity connect.

The infrared body temperature measuring device comprises one of an infrared thermal imaging device and an infrared thermometer device.

The infrared thermal imaging device comprises an infrared lens, an infrared detector, an ARM processor, a DSP processor, a video encoder, a visible light lens, a visible light sensor and a data acquisition unit.

The automatic alarm circuit comprises a touch sensor circuit.

The image sensing module comprises a camera and an image transmission circuit.

The communication module comprises a 4G/5G communication module.

The electronic display screen comprises a liquid crystal display screen.

The host shell comprises a shell frame 1, a liquid crystal display panel 2, an artificial alarm key 3, an induction switch 4, a power switch 5, a power module socket 6, a mouse socket 7, a USB flash disk socket 8, an OUN wiring hole 9, a camera lens 10, an external camera lens jack 11, an external infrared lens jack 12, an external microphone device jack 13 and an infrared temperature measuring lens a.

The invention discloses an epidemic prevention terminal with an infrared body temperature measuring device, which comprises an infrared temperature measuring device, a display screen driving circuit, an automatic alarm circuit, an image sensing module, a communication module, a display screen and a host shell. The intelligent monitoring system has the functions of monitoring the body temperature of people in real time, automatically alarming, carrying out man-machine conversation, broadcasting advertisements, serving as an elevator terminal and serving as an epidemic situation epidemic prevention terminal of the Internet of things. It is suitable for individual people in organs, schools, residential areas, elevators, shopping malls, stations, airports, etc. to perform accurate zeolite screening for increasing body temperature.

Drawings

Fig. 1 is a schematic structural diagram of a single-lens apparatus according to the present invention.

FIG. 2 is a schematic diagram of the schematic structure of a dual lens device of the present invention

FIG. 3 is a schematic structural diagram of the single temperature measuring lens integrated machine of the present invention.

Fig. 4 is a schematic structural diagram of the housing of the split machine of the present invention.

FIG. 5 is a schematic view of the structure of the housing of the single temperature-measuring lens all-in-one machine of the present invention.

The infrared temperature measuring device 101 with a single temperature measuring lens, the infrared thermal imaging device 102 with double temperature measuring lenses, the split host machine device 202 and the single temperature measuring lens integrated host machine device 301 are arranged in the figure.

The host shell comprises a shell frame 1, a liquid crystal display panel 2, an artificial alarm key 3, an inductive switch 4, a power switch 5, a power module socket 6, a mouse socket 7, a USB flash disk socket 8, an OUN wiring hole 9, a camera lens 10, an external camera lens jack 11, an external infrared lens jack 12, an external microphone device jack 13 and an infrared temperature measuring lens a.

DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION

Fig. 1 and 4 are schematic diagrams of a single temperature measuring lens split device according to the first embodiment of the present invention. The utility model provides an epidemic prevention terminal with infrared body temperature measuring device, its characterized in that includes infrared temperature measuring device 101, display screen drive circuit, autoalarm circuit, induction circuit, image sensing module, communication module, electronic display screen, the host computer shell, infrared temperature measuring device 101 connect display screen drive circuit, display screen drive circuit with autoalarm circuit, induction circuit, image sensing module, communication module, display screen, host computer shell electricity connect.

The infrared temperature measuring device 101 comprises an infrared lens, an infrared detector, an ARM processor and a video encoder.

The infrared lens is used for scanning a detected person, receiving infrared radiation emitted by the detected person and converting the infrared radiation into an electric signal.

The infrared detector acquires infrared video data through the infrared lens.

The ARM processor obtains infrared video data from the infrared detector for processing, obtains processed infrared images and transmits the processed infrared images to the display screen mainboard.

And the video encoder is used for encoding the video data processed by the ARM processor and then returning the video data to the ARM processor.

The driving circuit is used for driving the display screen to display various received images.

The induction circuit is an induction switch of the infrared temperature measuring device.

The automatic alarm circuit is a touch sensor circuit and is used for automatic alarm and man-machine conversation.

The image sensing module comprises a camera data collector and an image transmission circuit and is used for shooting and transmitting a shot image to the display screen mainboard for displaying, or the communication module transmits the terminal server.

The communication module is a 4G/5G communication module and is used for sending information to the storage of the Internet of things server for processing.

The host device 202 includes a display screen driving circuit, an automatic alarm circuit, a sensing circuit, an image sensing module, a communication module, and an electronic display screen.

The host structure comprises an outer shell frame 1, a liquid crystal display panel 2, an artificial alarm key 3, an induction switch 4, a power switch 5, a power module socket 6, a mouse socket 7, a USB flash disk socket 8, an OUN wiring hole 9, a camera lens 10, an external camera lens jack 11, an external infrared lens jack 12 and an external microphone device jack 13.

The infrared temperature measuring device 101 is a YJ2208 infrared thermometer, and comprises a single-lens infrared lens, a 384 multiplied by 288 uncooled infrared detector and an ARM digital processor.

The host device 202 comprises a driving circuit of RK3288 security desk mainboard, an 80cm inductive switch 4, an ultrathin touch switch 5-20V automatic alarm circuit, an image sensor of 200 ten thousand pixels with a 0V2640 camera lens 10, a USB interface supporting JPEG/RGB565 format output, and a 4G communication module.

The host shell comprises a shell frame 1, a liquid crystal display panel 2, an artificial alarm key 3, an induction switch 4, a power switch 5, a power module socket 6, a mouse socket 7, a USB flash disk socket 8, an OUN wiring hole 9, a camera lens 10, an external camera lens jack 11, an external infrared lens jack 12 and an external microphone device jack 13.

The YJ2208 infrared thermometer is connected with the host through USP.

The working principle of the first embodiment is as follows: when the measured object approaches the 80cm inductive switch 4, the inductive circuit is started, and the YJ2208 infrared thermometer 101 is electrified. The infrared lens is used for scanning a detected person, receiving infrared radiation emitted by the detected person, converting the infrared radiation into an electric signal, the 384 multiplied by 288 uncooled infrared detector obtains infrared video data through the infrared lens, the obtained infrared video data are processed through the ARM digital processor, the video data are coded and then returned to the ARM processor, the infrared video data are processed by the ARM processor and then transmitted to the RK3288 ampere table main board of the advertising screen through the USB interface, the RK3288 ampere driving circuit of the table main board drives the liquid crystal display panel 2 to display the received infrared image and temperature figures on the liquid crystal display panel, or the infrared image and the temperature figures are transmitted to the 4G communication module and sent to the storage of the Internet of things server for processing. When the temperature reading of the measured target individual exceeds 37 and 3 ℃, the automatic alarm circuit of the RK3288 safety desk main board can be automatically started, the camera lens 10 of the image sensing module of the 0V2640 camera lens can automatically trigger the shutter to shoot the head image of the over-temperature individual, and the head image is transmitted to the 4G communication module and sent to the storage of the server of the Internet of things for processing. When the measured object is far away from the 80cm induction switch 4, the induction switch 4 is reset, and the YJ2208 infrared thermometer is powered off (stops detection).

When an emergency occurs or a pedestrian needs to be rescued, the alarm button 4 can be pressed down, the ultrathin touch switch 5-20V circuit is started, and the alarm is given to the Internet of things platform through the RK3288 safety desk main board communication 4G communication module.

The product of the first embodiment is suitable for occasions that one person passes by one person, such as: the detection channel is used in occasions such as offices, schools, various stations and the like.

Embodiment two, fig. 2 and fig. 4 are schematic structural diagrams of a split body machine with two thermometric lenses according to the present invention. The second embodiment is the same as the first embodiment except that the infrared thermal imaging device 102 is a YJ2210 two-lens infrared thermal imaging thermometer and a 500cm inductive switch 4.

The infrared thermal imaging device 102 includes an infrared lens, an infrared detector, an ARM processor, a DSP processor, a visible light lens, a visible light sensor, a data collector, and a video encoder.

And the DSP processor is used for carrying out intelligent operation on the video data received by the ARM processor and returning an operation result to the ARM processor.

The visible light sensor acquires visible light video data through the visible light lens.

And the data acquisition unit is used for acquiring infrared video data or visible light video data.

The YJ2210 double-lens infrared thermal imaging thermometer 102 comprises an infrared lens, a 384 multiplied by 288 uncooled infrared detector, an ARM digital processor, a DSP processor, 320 thousands of visible light lenses, a visible light sensor, a data acquisition unit and a video encoder.

The YJ2210 double-lens infrared thermal imaging thermometer 102 is connected with a host through a USP.

Working principle of the second embodiment: when the measured object is close to the 500cm inductive switch 4, the inductive circuit is started, and the YJ2210 double-lens infrared thermal imaging thermometer 102 is electrified. The infrared camera is used for scanning a detected person, receiving infrared radiation emitted by the detected person and converting the infrared radiation into an electric signal, the 384 multiplied by 288 uncooled infrared detector obtains infrared video data through the infrared camera, the obtained infrared video data are processed through the ARM digital processor, the obtained processed infrared image and visible light sensor obtain visible light video data through 320 ten thousand visible light cameras, and the infrared video data and the visible light video data are collected and transmitted to the ARM digital processor by the data collector, and the ARM processor synchronously transmits the infrared video data and the visible light video data collected by the collector to the DSP processor for intelligent operation in a memory sharing mode. The infrared image and temperature data are transmitted to the RK3288 safe table main board of the advertisement screen through the USB interface after being processed by the ARM processor, and the RK3288 safe table main board drives the liquid crystal display panel 2 to display the received infrared image and temperature data on the liquid crystal display panel 2 or transmit the infrared image and temperature data to the 4G communication module to be transmitted to the storage of the Internet of things server for processing. When the temperature reading of the measured target individual exceeds 37 and 3 ℃, the automatic alarm circuit of the RK3288 safety desk main board can be automatically started, the camera lens 10 of the image sensing module of the 0V2640 camera lens can automatically trigger the shutter to shoot the head image of the over-temperature individual, and the head image is transmitted to the 4G communication module and sent to the storage of the server of the Internet of things for processing. When the measured object is far away from the 500cm inductive switch 4, the inductive switch is reset, and the YJ2210 double-lens infrared thermal imaging thermometer is powered off (stops detection).

The product of the second embodiment has the scanning imaging temperature measurement performance in a large range for a human body. The device is suitable for spaces for activities of multiple persons such as stations, airports, markets, squares and the like.

Embodiment three, fig. 3 and fig. 5 are schematic diagrams of a single temperature measurement lens all-in-one machine of the invention. The working principle of the temperature measuring device is the same as that of the first embodiment, and the difference is that the infrared temperature measuring device and the host are of an integrated structure.

The host device 301 comprises a single-lens infrared lens, a 384 x 288 uncooled infrared detector and an ARM digital processor. The device comprises a driving circuit of a RK3288 safety desk main board, a 30cm inductive distance switch 4, an ultrathin touch switch 5-20V automatic alarm circuit, an image sensing module of 200 ten thousand pixels with a 0V2640 camera lens, a JPEG/RGB565 format output support module and a 4G communication module.

The host shell structure comprises a shell frame 1, a liquid crystal display panel 2, an alarm button 3, an induction switch 4, a power switch 5, a power module socket 6, a mouse socket 7, a USB flash disk socket 8, an OUN wiring hole 9, a camera lens 10, an external camera lens jack 11, an external infrared lens jack 12, an external microphone device jack 13 and an infrared temperature measuring lens a.

The single lens of the infrared temperature measuring device is an infrared temperature measuring lens a, and the working principle of the third embodiment is the same as that of the first embodiment.

The product of the third embodiment is suitable for use in a small space.

The fourth embodiment, fig. 3 and fig. 5 are schematic diagrams of the single temperature measurement lens all-in-one machine of the invention. The infrared temperature measuring device is an infrared temperature measuring meter device and consists of an infrared probe and a main line board assembly. When the infrared temperature measuring lens a is an infrared temperature measuring meter probe.

The induction distance of the induction switch 4 is 10 cm.

Working principle of the fourth embodiment: when a measured object approaches to the inductive switch 4 of 10cm, the inductive circuit is started, the infrared thermometer device is electrified, the infrared probe a collects the temperature of the measured object, and the obtained electric signal number is displayed on the liquid crystal display panel 2 by the main line board assembly and the driving circuit of the RK3288 ampere table main board or is sent by the 4G communication module. When the measured target is far away from the 10cm inductive switch 4, the inductive switch is reset, and the infrared thermometer device is powered off (stops detecting).

The product of the fourth embodiment is suitable for small-range spaces such as the space in the elevator car.

Because the cloud of the internet of things has the function of storing a large database, the aim of performing accurate sieve diagnosis on individual people with high body temperature rise and people in close contact with the internet of things platform in a large range at low cost is achieved. Effectively help government departments to track disease sources and play roles of joint defense and joint control.

The above embodiments described in the present invention are only preferred embodiments, and are not intended to limit the present invention, and any product combining the infrared body temperature measuring device and the terminal within the scope of the present invention is also within the scope of the present invention.