TWM605502U

TWM605502U - Human body temperature measuring device for thermal imaging camera

Info

Publication number: TWM605502U
Application number: TW109207265U
Authority: TW
Inventors: 張宗賢; 王禹鈞
Original assignee: 串流國際股份有限公司
Priority date: 2020-06-10
Filing date: 2020-06-10
Publication date: 2020-12-21

Abstract

一種熱顯像儀應用之人體溫度量測裝置，其包含有一第一溫測單元、一第二溫測單元以及一熱顯像儀。該第一溫測單元可量測人體溫度；該第二溫測單元可量測本身之表面溫度；該熱顯像儀以有線、無線方式連接該第二溫測單元，該熱顯像儀至少包括有一第三測溫單元，該第三測溫單元可量測該第二測溫單元之表面溫度，持續透過該第二測溫單元量測本身之表面溫度、以及該第三測溫單元所量測之第二測溫單元之表面溫度，對該第三測溫單元做歸零校正，並透過該第一溫測單元於待測目標距離量測人體溫度後對該第三測溫單元進行待測目標距離之相對體溫校正。藉此，可由第一溫測單元與即時對第三測溫單元進行校正之第二溫測單元之配合，以使熱顯像儀應用具有較佳之溫測精準度。 A human body temperature measuring device applied by a thermal imager, which comprises a first temperature measurement unit, a second temperature measurement unit and a thermal imager. The first temperature measurement unit can measure the temperature of the human body; the second temperature measurement unit can measure its own surface temperature; the thermal imager is connected to the second temperature measurement unit in a wired or wireless manner, and the thermal imager is at least It includes a third temperature measurement unit, which can measure the surface temperature of the second temperature measurement unit, continuously measures its own surface temperature through the second temperature measurement unit, and the third temperature measurement unit Measure the surface temperature of the second temperature measurement unit, perform zero correction on the third temperature measurement unit, and perform the third temperature measurement unit on the third temperature measurement unit after measuring the human body temperature at the distance from the target to be measured through the first temperature measurement unit The relative body temperature correction of the distance to the target to be measured. Thereby, the first temperature measurement unit can be matched with the second temperature measurement unit for real-time calibration of the third temperature measurement unit, so that the thermal imager application has better temperature measurement accuracy.

Description

熱顯像儀應用之人體溫度量測裝置 Human body temperature measuring device for thermal imaging device

本創作是有關於一種熱顯像儀應用之人體溫度量測裝置，尤指一種可使熱顯像儀具有較佳溫測精準度之熱顯像儀應用之人體溫度量測裝置。 This creation is about a human body temperature measuring device for thermal imaging applications, especially a human body temperature measuring device for thermal imaging applications that can make the thermal imaging device have better temperature measurement accuracy.

一般之熱顯像儀係用以量測並顯示待測物之溫度數值。 The general thermal imager is used to measure and display the temperature value of the object under test.

然而由於熱顯像儀僅於出廠時進行校正，並無法依據所架設之環境即時進行歸零校正，而導致一般之熱顯像儀較不具溫測之精準度。 However, because the thermal imaging camera is only calibrated at the factory, and cannot be reset to zero according to the environment in which it is installed, the general thermal imaging camera is less accurate in temperature measurement.

本創作之主要目的係在於，可由第一溫測單元與即時對第三測溫單元進行校正之第二溫測單元之配合，以使熱顯像儀應用具有較佳之溫測精準度。 The main purpose of this creation is to coordinate the first temperature measurement unit with the second temperature measurement unit that can instantly calibrate the third temperature measurement unit, so that the thermal imaging device has better temperature measurement accuracy.

為達上述之目的，本創作係一種熱顯像儀應用之人體溫度量測裝置，其包含有：一第一溫測單元、一第二溫測單元以及一熱顯像儀。該第一溫測單元可量測人體溫度；該第二溫測單元可量測本身之表面溫度；該熱顯像儀連接該第二溫測單元，該熱顯像儀至少包括有一第三測溫單元，該第三測溫單元可量測該第二測溫單元之表面溫度，持續透過該第二測溫單元量測本身之表面溫度、以及該第三測溫單元所量測之第二測溫單元之表面溫度，對該第三測溫單元做歸零校正，並透過該第一溫測單元於待測目標距離量測人體溫度後對該第三測溫單元進行待測目標距離之相對體溫校正。 In order to achieve the above purpose, this creation is a human body temperature measurement device for thermal imaging applications, which includes: a first temperature measurement unit, a second temperature measurement unit and a thermal imaging device. The first temperature measurement unit can measure the temperature of the human body; the second temperature measurement unit can measure its own surface temperature; the thermal imager is connected to the second temperature measurement unit, and the thermal imager includes at least a third measurement unit A temperature unit, the third temperature measurement unit can measure the surface temperature of the second temperature measurement unit, continuously measure its own surface temperature through the second temperature measurement unit, and the second temperature measurement unit measured by the third temperature measurement unit The surface temperature of the temperature measuring unit is reset to zero for the third temperature measuring unit, and after the human body temperature is measured at the target distance to be measured through the first temperature measuring unit, the target distance to be measured is performed on the third temperature measuring unit Relative body temperature correction.

於上述之熱顯像儀應用之人體溫度量測裝置中，該第一溫測單元為耳溫槍或額溫槍。 In the human body temperature measurement device used in the above thermal imaging device, the first temperature measurement unit Yuan is ear thermometer or forehead thermometer.

於上述之熱顯像儀應用之人體溫度量測裝置中，該第二溫測單元為熱感器。 In the above-mentioned human body temperature measurement device for thermal imaging applications, the second temperature measurement unit is a thermal sensor.

於上述之熱顯像儀應用之人體溫度量測裝置中，該第二溫測單元經由一接收單元連接該熱顯像儀。 In the above-mentioned human body temperature measuring device for thermal imaging device, the second temperature measuring unit is connected to the thermal imaging device via a receiving unit.

於上述之熱顯像儀應用之人體溫度量測裝置中，該接收單元以有線或無線方式連接該熱顯像儀。 In the above-mentioned human body temperature measuring device for thermal imaging device, the receiving unit is connected to the thermal imaging device in a wired or wireless manner.

於上述之熱顯像儀應用之人體溫度量測裝置中，該熱顯像儀更進一步包括一處理器、一校正運算模組及一顯示操作模組，該校正運算模組、該第三溫測單元與該顯示操作模組連接該處理器。 In the human body temperature measuring device used in the thermal imaging device, the thermal imaging device further includes a processor, a calibration operation module, and a display operation module. The calibration operation module and the third temperature The measuring unit is connected with the display operation module to the processor.

1:第一溫測單元 1: The first temperature measurement unit

2:第二溫測單元 2: The second temperature measurement unit

3:熱顯像儀 3: Thermal imager

31:處理器 31: processor

32:校正運算模組 32: Calibration calculation module

33:第三溫測單元 33: The third temperature measurement unit

34:顯示操作模組 34: display operation module

4:接收單元 4: receiving unit

第1圖，係本創作之外觀示意圖。 Figure 1 is a schematic diagram of the appearance of this creation.

第2圖，係本創作之另一方塊示意圖。 Figure 2 is another block diagram of this creation.

請參閱『第1圖及第2圖』所示，係分別為本創作之外觀示意圖及本創作之另一方塊示意圖。如圖所示：本創作係一種熱顯像儀應用之人體溫度量測裝置，其包含一第一溫測單元1、一第二溫測單元2以及一熱顯像儀3所構成。 Please refer to "Figure 1 and Figure 2", which are a schematic diagram of the appearance of this creation and another schematic diagram of this creation. As shown in the figure: This creation is a human body temperature measurement device for thermal imaging applications, which includes a first temperature measurement unit 1, a second temperature measurement unit 2 and a thermal imaging device 3.

該第一溫測單元1可量測人體溫度。 The first temperature measuring unit 1 can measure the body temperature.

該第二溫測單元2可量測本身之表面溫度。 The second temperature measuring unit 2 can measure its own surface temperature.

該熱顯像儀3連接該第二溫測單元2，該熱顯像儀3至少包括有一第三測溫單元33，該第三測溫單元33可量測該第二測溫單元2之表面溫度，持續透過該第二測溫單元2量測本身之表面溫度、以及該第三測溫單元33所量測之第二測溫單元2之表面溫度，對該第三測溫單元33做歸零校正，並透過該第一溫測單元1於待測目標距離量測人體溫度後對該第三測溫單元33進行待測目標距離之相對體溫校正。 The thermal imager 3 is connected to the second temperature measurement unit 2. The thermal imager 3 includes at least a third temperature measurement unit 33, and the third temperature measurement unit 33 can measure the surface of the second temperature measurement unit 2 The temperature continuously measures the surface temperature of the second temperature measurement unit 2 through the second temperature measurement unit 2 and the surface temperature of the second temperature measurement unit 2 measured by the third temperature measurement unit 33, and returns to the third temperature measurement unit 33 Zero calibration, and after the first temperature measurement unit 1 measures the human body temperature at the target distance to be measured, the third temperature measurement unit 33 performs relative body temperature correction of the target distance to be measured.

當本創作於運用時，可於該熱顯像儀3之架設位置以該第一溫測單元1與該第二溫測單元2持續並即時進行量測，由該第一溫測單元1量測人體溫度，並以該第一溫測單元1量測所得之人體溫度為依據，作為補償校正該熱顯像儀3於固定距離之外熱輻射衰減所得溫度之讀值，以進行待測目標距離之相對體溫校正；待完成待測目標距離之相對體溫校正之後，再由該第二溫測單元2量測其本身之表面溫度，並以該第三測溫單元33所量測之第二測溫單元2之表面溫度，而透過該第二測溫單元2量測本身之表面溫度、以及該第三測溫單元33所量測之第二測溫單元2之表面溫度，對該第三測溫單元33做歸零校正，並透過該第一溫測單元1於待測目標距離量測人體溫度後對該第三測溫單元33進行待測目標距離之相對體溫校正，進而可由第一溫測單元1與即時對第三測溫單元33進行校正之第二溫測單元2之配合，以使熱顯像儀3應用具有較佳之溫測精準度。如此，可藉由智慧化溫度補償校正技術，提供該熱顯像儀3隨時校正因環境光線、溼度、溫度、氣流等外在不可控因素，而造成的量測溫度上下飄移，而使該熱顯像儀3隨時保持測溫精準度(為+-0.3度C)。 When this creation is used, the first temperature measurement unit 1 and the second temperature measurement unit 2 can be used for continuous and real-time measurement at the erection position of the thermal imager 3, and measured by the first temperature measurement unit 1 Measure the human body temperature, and use the human body temperature measured by the first temperature measuring unit 1 as the basis to compensate and correct the reading of the temperature obtained by the thermal radiation attenuation of the thermal imager 3 at a fixed distance to perform the target to be measured The relative body temperature correction of the distance; after the relative body temperature correction of the target distance to be measured is completed, the second temperature measurement unit 2 measures its own surface temperature, and the second temperature measurement unit 33 measures the second The surface temperature of the temperature measurement unit 2 is measured by the second temperature measurement unit 2 and the surface temperature of the second temperature measurement unit 2 measured by the third temperature measurement unit 33. The temperature measuring unit 33 performs zero-return calibration, and after measuring the human body temperature at the target distance to be measured through the first temperature measuring unit 1, the third temperature measuring unit 33 performs the relative body temperature correction of the target distance to be measured. The temperature measurement unit 1 cooperates with the second temperature measurement unit 2 for real-time calibration of the third temperature measurement unit 33, so that the thermal imager 3 has better temperature measurement accuracy. In this way, the intelligent temperature compensation correction technology can be used to provide the thermal imaging camera 3 to correct the measured temperature drift up and down due to external uncontrollable factors such as ambient light, humidity, temperature, and airflow at any time. The imager 3 maintains the temperature measurement accuracy (+-0.3°C) at all times.

於本創作之一較佳具體實施例中，該第一溫測單元1可為耳溫槍或額溫槍。如此，可藉由該第一溫測單元1即時量測人體溫度，以提供該熱顯像儀3進行待測目標距離之相對體溫校正。 In a preferred embodiment of the present invention, the first temperature measuring unit 1 can be an ear thermometer or a forehead thermometer. In this way, the human body temperature can be measured in real time by the first temperature measuring unit 1 to provide the thermal imager 3 for the relative body temperature correction of the target distance to be measured.

於本創作之一較佳具體實施例中，該第二溫測單元2可為熱感器。如此，可藉由該第二溫測單元2持續量測該第二溫測單元2之表面溫度，以提供該熱顯像儀3進行歸零校正。 In a preferred embodiment of the present invention, the second temperature measuring unit 2 can be a thermal sensor. In this way, the surface temperature of the second temperature measurement unit 2 can be continuously measured by the second temperature measurement unit 2, To provide the thermal imager 3 for zero-return calibration.

於本創作之一較佳具體實施例中該第二溫測單元2經由一接收單元4連接該熱顯像儀3；其中該接收單元4以有線或無線方式連接該熱顯像儀3。如此，可使該第二溫測單元2依據實際運用之需求由該接收單元4以有線或無線方式連接該熱顯像儀3，以使該第二溫測單元2量測其表面溫度後進行溫度數值之傳輸，以達溫度數值傳輸時之穩定性。 In a preferred embodiment of the present invention, the second temperature measuring unit 2 is connected to the thermal imager 3 via a receiving unit 4; wherein the receiving unit 4 is connected to the thermal imager 3 in a wired or wireless manner. In this way, the second temperature measurement unit 2 can be connected to the thermal imager 3 by the receiving unit 4 in a wired or wireless manner according to actual application requirements, so that the second temperature measurement unit 2 can measure its surface temperature before proceeding. The transmission of the temperature value to achieve the stability of the temperature value transmission.

於本創作之一較佳具體實施例中，該熱顯像儀3至少包括一處理器31、一校正運算模組32及一顯示操作模組34，該校正運算模組32、該第三溫測單元33與該顯示操作模組34連接該處理器31；其中處理器31可作為該校正運算模組32、該第三溫測單元33與該顯示操作模組34運作時之運算及處理中心，而該第三溫測單元33可為熱感器。 In a preferred embodiment of the present invention, the thermal imager 3 at least includes a processor 31, a calibration operation module 32, and a display operation module 34. The calibration operation module 32, the third temperature The measurement unit 33 and the display operation module 34 are connected to the processor 31; wherein the processor 31 can be used as the operation and processing center of the calibration operation module 32, the third temperature measurement unit 33 and the display operation module 34 , And the third temperature measurement unit 33 may be a thermal sensor.

如此，可由該第一溫測單元1量測人體溫度，並由該接收單元4後傳輸至該處理器31，而以該第一溫測單元1量測所得之人體溫度為依據，使該處理器31驅動該校正運算模組32進行校正運算，以作為補償校正該熱顯像儀3於固定距離之外熱輻射衰減所得溫度之讀值，以進行待測目標距離之相對體溫校正；待完成待測目標距離之相對體溫校正之後，再由該第二溫測單元2量測本身之表面溫度，並以該第三測溫單元33所量測之第二測溫單元2之表面溫度，而透過該第二測溫單元2量測本身之表面溫度、以及該第三測溫單元33所量測之第二測溫單元2之表面溫度，使該處理器31驅動該校正運算模組32進行校正運算，對該第三測溫單元33做歸零校正，並透過該第一溫測單元1於待測目標距離量測人體溫度後對該第三測溫單元33進行待測目標距離之相對體溫校正所得之溫度數值，以同步回饋校正該熱顯像儀3，進而可由第一溫測單元1與即時對第三測溫單元33進行校正之第二溫測單元2之配合，以使熱顯像儀3應用具有較佳之溫測精準度。如此，可藉由智慧化溫度補償校正技術，提供該熱顯像儀3隨時校正因環境光線、溼度、溫度、氣流等外在不可控因素，而造成的量測溫度上下飄移，而使該熱顯像儀3隨時保持測溫精準度(為+-0.3度C)，而可由該第三溫測單元33進行所需之溫度量測後由該顯示操作模組34加以顯示。 In this way, the human body temperature can be measured by the first temperature measuring unit 1, and then transmitted to the processor 31 by the receiving unit 4, and based on the human body temperature measured by the first temperature measuring unit 1, the processing The device 31 drives the correction calculation module 32 to perform correction calculations to compensate and correct the reading of the temperature obtained by the thermal radiation attenuation of the thermal imager 3 at a fixed distance, so as to perform the relative body temperature correction of the target distance to be measured; After the relative body temperature of the target distance to be measured is corrected, the second temperature measurement unit 2 measures its own surface temperature, and uses the surface temperature of the second temperature measurement unit 2 measured by the third temperature measurement unit 33, and The surface temperature of the second temperature measurement unit 2 is measured by the second temperature measurement unit 2 and the surface temperature of the second temperature measurement unit 2 measured by the third temperature measurement unit 33, so that the processor 31 drives the calibration calculation module 32 to perform The correction calculation is performed on the third temperature measuring unit 33 to perform zero correction, and after measuring the human body temperature at the target distance to be measured through the first temperature measuring unit 1, the third temperature measuring unit 33 is compared with the target distance to be measured The temperature value obtained by body temperature correction is used to calibrate the thermal imager 3 with synchronous feedback, and then the first temperature measurement unit 1 can be matched with the second temperature measurement unit 2 for real-time correction of the third temperature measurement unit 33 to heat The imager 3 application has better temperature measurement accuracy. In this way, you can Huihua's temperature compensation and correction technology provides the thermal imaging camera 3 to calibrate up and down drifts of the measured temperature caused by external uncontrollable factors such as ambient light, humidity, temperature, airflow, etc., so that the thermal imaging camera 3 can be adjusted at any time The temperature measurement accuracy is maintained (+-0.3 degrees C), and the required temperature measurement can be performed by the third temperature measurement unit 33 and then displayed by the display operation module 34.

綜上所述，本創作熱顯像儀應用之人體溫度量測裝置可有效改善習用之種種缺點，可由第一溫測單元與即時對第三測溫單元進行校正之第二溫測單元之配合，以使熱顯像儀應用具有較佳之溫測精準度；進而使本創作之產生能更進步、更實用、更符合員工使用之所須，確已符合創作專利申請之要件，爰依法提出專利申請。 In summary, the human body temperature measurement device used in the thermal imaging device of this invention can effectively improve the various shortcomings of conventional use. The first temperature measurement unit can be matched with the second temperature measurement unit for real-time correction of the third temperature measurement unit. , In order to make the application of thermal imaging camera have better temperature measurement accuracy; in turn, the creation of this creation can be more advanced, more practical, and more in line with the needs of employees, and it has indeed met the requirements of the creation patent application. Application.

惟以上所述者，僅為本創作之較佳實施例而已，當不能以此限定本創作實施之範圍；故，凡依本創作申請專利範圍及新型說明書內容所作之簡單的等效變化與修飾，皆應仍屬本創作專利涵蓋之範圍內。 However, the above are only the preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation; therefore, all simple equivalent changes and modifications made according to the scope of the patent application for this creation and the content of the new specification , Should still be within the scope of this creation patent.

1:第一溫測單元 1: The first temperature measurement unit

2:第二溫測單元 2: The second temperature measurement unit

3:熱顯像儀 3: Thermal imager

34:顯示操作模組 34: display operation module

Claims

一種熱顯像儀應用之人體溫度量測裝置，其包含有：一第一溫測單元，可量測人體溫度；一第二溫測單元，可量測該第二溫測單元本身之表面溫度；以及一熱顯像儀，其連接該第二溫測單元，該熱顯像儀至少包括有一第三測溫單元，該第三測溫單元可量測該第二測溫單元之表面溫度，持續透過該第二測溫單元量測本身之表面溫度、以及該第三測溫單元所量測之第二測溫單元之表面溫度，對該第三測溫單元做歸零校正，並透過該第一溫測單元於待測目標距離量測人體溫度後對該第三測溫單元進行待測目標距離之相對體溫校正。 A human body temperature measuring device applied by a thermal imager, which includes: a first temperature measuring unit that can measure the temperature of the human body; a second temperature measuring unit that can measure the surface temperature of the second temperature measuring unit itself And a thermal imager connected to the second temperature measurement unit, the thermal imager includes at least a third temperature measurement unit, the third temperature measurement unit can measure the surface temperature of the second temperature measurement unit, Continuously measure the surface temperature of the second temperature measurement unit through the second temperature measurement unit and the surface temperature of the second temperature measurement unit measured by the third temperature measurement unit, perform a zero correction on the third temperature measurement unit, and pass the After the first temperature measurement unit measures the human body temperature at the target distance to be measured, the third temperature measurement unit performs relative body temperature correction of the target distance to be measured.

依申請專利範圍第1項所述之熱顯像儀應用之人體溫度量測裝置，其中，該第一溫測單元為耳溫槍或額溫槍。 According to the human body temperature measuring device applied by the thermal imaging device according to the first item of the scope of patent application, the first temperature measuring unit is an ear thermometer or a forehead thermometer.

依申請專利範圍第1項所述之熱顯像儀應用之人體溫度量測裝置，其中，該第二溫測單元為熱感器。 According to the human body temperature measurement device applied by the thermal imaging device described in the first item of the scope of patent application, the second temperature measurement unit is a thermal sensor.

依申請專利範圍第1項所述之熱顯像儀應用之人體溫度量測裝置，其中，該第二溫測單元經由一接收單元連接該熱顯像儀。 According to the human body temperature measuring device used in the thermal imaging device described in the first item of the scope of patent application, the second temperature measuring unit is connected to the thermal imaging device via a receiving unit.

依申請專利範圍第4項所述之熱顯像儀應用之人體溫度量測裝置，其中，該接收單元以有線或無線方式連接該熱顯像儀。 According to the human body temperature measuring device used in the thermal imaging device according to the fourth item of the patent application, the receiving unit is connected to the thermal imaging device in a wired or wireless manner.

依申請專利範圍第1項所述之熱顯像儀應用之人體溫度量測裝置，其中，該熱顯像儀更進一步包括一處理器、一校正運算模組及一顯示操作模組，該校正運算模組、該第三溫測單元與該顯示操作模組連接該處理器。 The human body temperature measuring device applied by the thermal imaging device according to the first item of the scope of patent application, wherein the thermal imaging device further includes a processor, a calibration calculation module and a display operation module, the calibration The operation module, the third temperature measurement unit and the display operation module are connected to the processor.