TWI830069B - Temperature measurement and disinfection device - Google Patents

Abstract

The present invention provides a temperature measurement and disinfection device that can automatically and smoothly perform both temperature measurement and hand disinfection. A temperature measurement and disinfection device 1 according to one aspect of the present invention includes a space forming part 10 for forming a space 10a for the hand H to be placed, and a space forming part 10 for detecting that the hand H has been placed at a predetermined position in the space 10a of the space forming part 10. The hand detection part 20, the temperature measurement part 30 for measuring the temperature of the hand H arranged at a predetermined position, and the disinfectant spray part for spraying disinfectant on the palm of the hand H arranged at the predetermined position. 40. And the control part 50 for controlling the actions of each part, and the hand detection part 20, the temperature measurement part 30 and the disinfectant spray part 40 are provided in the space forming part 10.

Description

Temperature measurement and disinfection device

The invention relates to a temperature measurement and disinfection device that can measure temperature and disinfect hands.

From the perspective of epidemic prevention or hygiene, it is common to disinfect hands and detect body temperature at the entrance to buildings such as facilities or stores or before entering the room. Invention Patent Document 1 discloses a hand disinfection and drying device, which has a sensor system for detecting the hand insertion action by inserting the hand once into an accommodating portion having a size that allows the hand to be inserted. The hands are sensed, and the operation of blowing air to the hands for drying and spraying disinfectant for disinfection are simultaneously performed.

Invention Patent Document 2 discloses an automatic hand washing device, in which a box-shaped frame system has two openings for inserting the user's hands for disinfection, and is equipped with a spray that operates without touching the hands. Automatic spraying function of disinfectant by nozzle. This automatic hand washing device is configured to include a concave portion, and the concave portion is a substantially uniformly formed concave portion, so that the disinfectant liquid sprayed from the spray nozzle will be accurately directed toward the correct position, that is, toward the fingertips, The fingers and palms have an oval-shaped opening, which keeps the hands in the correct position during disinfection.

Invention Patent Document 3 discloses a finger sterilizer for supplying disinfectant solution to the fingers of pedestrians, which has a rain gutter-shaped body that is open on the upper surface, front and rear respectively and extends to allow pedestrians' hands to pass through. part; a sensor that is provided near the opening of the body part and used to detect fingers entering the disinfection space of the body part from the opening; and is provided in the body part on the front side closer to the traveling direction of the pedestrian than the sensor. The inner surface of the side plate is a spray nozzle that sprays the disinfectant liquid based on detection by the sensor; and a pump that sprays the disinfectant liquid from the spray nozzle.

[Prior Technical Document] [Invention Patent Documents]

[Patent Document 1] Japanese Patent Application Publication No. 2011-031011.

[Patent Document 2] Japanese Patent Publication No. 2012-501686.

[Patent Document 3] Japanese Patent Application Laid-Open No. 2020-025771.

In the case of body temperature detection of people preparing to enter a building or room, the person in charge will use a handheld temperature detector to detect the body temperature of each person, or set up an infrared image to detect the person's body temperature. . In addition, regarding hand disinfection, the manual pump type uses manual operation to operate the pump to spray the disinfectant solution, while the electric pump type uses the handle to cover the bottom of the nozzle to automatically spray the disinfectant solution. There is a need to carry out the tasks of temperature measurement and hand disinfection as smoothly as possible without spending as much manpower and time as possible.

The object of the present invention is to provide a temperature measurement and disinfection device that can automatically and smoothly perform both temperature measurement and hand disinfection.

The temperature measurement and disinfection device of the first invention is provided with a first member and a second member that is opposite to the first member and located above the first member, and is used to form a third member that is expected to be inserted by the hand. An opening and a space forming part of the space of the second opening that is opposite to the first opening and is located on the opposite side of the first opening; located on the side of the second opening in the space, and with A hand detection part for detecting that the hand inserted from the first opening has been arranged at a predetermined position in the aforementioned space; used for spraying disinfectant liquid on the palm that has been arranged at the aforementioned predetermined position, and the injection port of the aforementioned disinfectant liquid The disinfectant spraying part provided on the first member is arranged on the side of the first opening with respect to the hand detection part, and is used for measuring the temperature of the back of the hand arranged at the predetermined position, and is provided before a temperature measuring part of the second member; and a control part for controlling the actions of each part. The control unit uses the temperature measurement unit to measure the temperature of the back of the hand after the hand detection unit detects that the hand has been placed at the predetermined position, and then sprays the disinfectant from the disinfectant spray unit. control. The temperature measurement and disinfection device is configured in such a way that when the disinfectant liquid is sprayed from the injection port, it will hit the second member and will not be sprayed on the person's face.

The warm sterilization device of the second invention has a ceiling part and a bottom part opposite to the ceiling part, and is used to form a front opening part for inserting hands, and is located on the opposite side of the front side opening part and the front side. a hand insertion space forming part with a side opening forming a hand insertion space opposite to the rear side opening; a first hand detection part for detecting the distance to the hand arranged in the hand insertion space; A second hand detection part for detecting the position of the hand in the hand insertion space closer to the back side opening than the first hand detection part; for detecting the position of the hand already arranged in the hand insertion space A temperature measurement part for measuring the temperature of the hand at a predetermined position; a disinfectant spray part for spraying disinfectant on the palm of the hand at the predetermined position; and a control part for controlling the actions of each part. The aforementioned control unit has met the first condition for the aforementioned first hand detection unit to detect the hand, and is not for the aforementioned first hand detection unit to detect the hand after the aforementioned second hand detection unit detects the hand. Using the second condition of the hand detection sequence as a condition, the temperature measurement part is used to measure the temperature of the hand, and then the disinfectant liquid is sprayed from the disinfectant liquid injection part.

The warm sterilization device of the third invention is provided with a first member and a second member that is opposite to the first member and located above the first member, and is used to form a first member that is expected to be inserted by the hand. The opening and the space forming part of the space of the second opening located on the opposite side of the first opening and opposite to the first opening; located on the side of the second opening in the space, and used for A hand detection part that detects that the hand inserted from the first opening has been arranged at a predetermined position in the space; is used to spray disinfectant liquid on the palm that has been arranged at the predetermined position, and the injection port of the disinfectant liquid is The disinfectant spray part provided on the first member is arranged in front of the hand detection part. The first opening side is used to measure the temperature of the back of the hand that has been arranged at the aforementioned predetermined position, and is provided on the back of the hand temperature measuring portion of the aforementioned second member; On the opening side, there is a palm temperature measuring part provided in the second member for measuring the temperature of the palm arranged at the predetermined position; and a control part for controlling the operation of each part. The control unit uses the temperature measurement unit to measure the temperature of the back of the hand after the hand detection unit detects that the hand has been placed at the predetermined position, and then sprays the disinfectant from the disinfectant spray unit. control. The temperature measurement and disinfection device is configured in such a way that when the disinfectant liquid is sprayed from the injection port, it will hit the second member and will not be sprayed on the person's face. The hand detection part, the back of hand temperature measurement part, the palm temperature measurement part and the disinfectant spray part are provided in the space forming part.

The present invention can provide a temperature measurement and disinfection device that can automatically and smoothly perform both temperature measurement and hand disinfection.

1,1B,301,401: Temperature measurement and disinfection device

2,4: Pillars

10,310,410: Space Formation Department

10a: Space

10f: Bottom

20,420:Hand detection part

30: Thermometry Department

31,331: The first temperature measurement department

32,332: Second temperature measurement department

33,333: The third temperature measurement department

40,340,440: Disinfectant spray part

40a, 340a: Jet port

50,360,450:Control Department

60,90,390,460:Notification Department

70,370,470:Pump

80,380,480: Cabinet

110: Ring part

111:Part One

112:Part 2

120: Encirclement Department

130: Ontology part

140,150: Ceiling part

160: Guidance Department

161,162:Erection Department

302,402: Lower pillar

303,403: Upper pillar

305,381: Ceiling part

310a, 410a: hand inserted into space

321: First hand detection department

322: Second hand detection part

331a, 332a, 333a: Temperature measurement range

351:First Luminous Department

352:Second Luminous Department

371: Front side opening

372,410c: Back side opening

382: Bottom

383: Wizard pattern

410b: Front side opening

410f: Bottom

410h: Upper surface

430a: Back of hand detection part

430b: First palm temperature measurement part

430c: Second palm temperature measuring part

430d: Third palm temperature measurement part

430x: Eleventh palm temperature measurement part

430y: Twelfth palm temperature measurement part

430z: Wrist temperature measurement part

H:Hand

M: Guidance sign

[Fig. 1] is a perspective view illustrating the temperature measurement and disinfection device according to the first embodiment.

[Fig. 2] is a cross-sectional view illustrating the temperature measurement and disinfection device according to the first embodiment.

[Fig. 3] is a block diagram illustrating the structure of the temperature measurement and disinfection device according to the first embodiment.

[Fig. 4] is a flow chart illustrating the operation of the temperature measurement and disinfection device according to the first embodiment.

[Fig. 5] is a schematic diagram showing an example of the use state of the temperature measurement and disinfection device according to the first embodiment.

[Fig. 6] is a cross-sectional view illustrating the temperature measurement and disinfection device according to the second embodiment.

[Fig. 7] is a schematic diagram showing another example of the space forming portion.

[Fig. 8] is a schematic diagram showing another example of the space forming portion.

[Fig. 9] is a schematic diagram showing another example of the space forming portion.

[Fig. 10] is a schematic diagram showing another example of the space forming portion.

[Fig. 11] is a schematic diagram showing another example of the space forming portion.

[Fig. 12] is a perspective view illustrating a temperature measurement and disinfection device according to a third embodiment of the present invention.

[Fig. 13] is a rear view of the temperature measurement and disinfection device shown in Fig. 1.

[Fig. 14] is a diagram for illustrating a hand insertion space for hand insertion and positioning formed by the space forming portion of the temperature measurement and disinfection device according to the third embodiment of the present invention, viewed from an oblique downward direction.

[Fig. 15] is a diagram for explaining the structure of the side of the hand insertion space of the temperature measurement and disinfection device according to the third embodiment of the present invention.

[Fig. 16] is a diagram for illustrating the first temperature measurement part, the second temperature measurement part, the third temperature measurement part and the disinfectant spray part of the temperature measurement and disinfection device according to the third embodiment of the present invention when viewed from a planar direction. Schema of configuration and function.

[Fig. 17] is a diagram illustrating the temperature measurement range of the first temperature measurement part, the second temperature measurement part, and the third temperature measurement part of the temperature measurement and disinfection device according to the third embodiment of the present invention when viewed from diagonally above. Mode.

[Fig. 18] is a diagram for illustrating the temperature measurement range of the first temperature measurement part, the second temperature measurement part, and the third temperature measurement part of the temperature measurement and disinfection device according to the third embodiment of the present invention when viewed from the side. Mode.

[Fig. 19] is used to illustrate the first hand detection part, the second hand detection part, the first temperature measurement part, and the temperature measurement and disinfection device according to the third embodiment of the present invention when viewed from the side direction. Schematic diagram of the positions of the second temperature measurement part, the third temperature measurement part and the disinfectant spray part.

[Fig. 20] is a diagram for explaining the position and shape of the first light-emitting part and the second light-emitting part of the temperature measurement and disinfection device according to the third embodiment of the present invention when viewed from a planar direction.

[FIG. 21] is a diagram for explaining the light emission pattern of the first light emitting part and the second light emitting part shown in FIG. 20.

[Figure 22] is a functional block diagram of the temperature measurement and disinfection device.

[Fig. 23] is a flow chart illustrating the overall operation of the temperature measurement and disinfection device according to the third embodiment.

[Fig. 24] is a diagram for explaining the operation of step S101 shown in Fig. 23.

[Fig. 25] is a perspective view illustrating a temperature measurement and disinfection device according to a fourth embodiment of the present invention.

[Fig. 26] is a rear view illustrating the temperature measurement and disinfection device shown in Fig. 25.

[Fig. 27] is a diagram for illustrating a hand insertion space for inserting and positioning a hand formed by the space forming portion of the temperature measurement and disinfection device according to the embodiment, viewed from the side.

[Fig. 28] is a diagram for explaining the arrangement of the hand detection part, the temperature measurement part, and the disinfectant spray part provided in the space forming part shown in Fig. 27 when viewed from the side direction.

[Fig. 29] is used to illustrate the hand detection part, the first palm temperature measurement part, the second palm temperature measurement part, the third palm temperature measurement part and the disinfectant spray part shown in Figure 28 when viewed from the plane direction. Schema of configuration.

[FIG. 30] is a diagram for explaining the arrangement of the back-of-hand temperature measurement part provided in the space forming part shown in FIG. 27.

[Fig. 31] is a block diagram illustrating the structure of the temperature measurement and disinfection device shown in Fig. 25.

[Fig. 32] is a flow chart illustrating the operation of the temperature measurement and disinfection device shown in Fig. 25.

[Fig. 33] is a perspective view illustrating a temperature measurement and disinfection device according to the fifth embodiment of the present invention.

The embodiments of the present invention will be described below based on the drawings. In addition, in the following description, the same members are denoted by the same reference numerals, and the description of the members that have already been described is appropriately omitted.

<First implementation mode>

FIG. 1 is a perspective view illustrating the temperature measurement and disinfection device according to the first embodiment.

FIG. 2 is a cross-sectional view illustrating the temperature measurement and disinfection device according to the first embodiment.

FIG. 3 is a block diagram illustrating the structure of the temperature measurement and disinfection device according to the first embodiment.

The temperature measurement and disinfection device 1 of this embodiment is a device that automatically performs temperature measurement and disinfection by inserting a hand into a predetermined position. The temperature measurement and disinfection device 1 is provided with a space forming part for forming a space 10a for the hand H to be placed. 10. The hand detection part 20 for detecting the hand H, the temperature measurement part 30 for measuring the temperature of the hand H, the disinfectant spray part 40 for spraying the disinfectant on the palm of the hand H, and the control part The control unit 50 for the operation of each unit.

The space forming part 10 has an annular part 110 provided in a cylindrical shape. The annular portion 110 has an opening (first opening) into which the hand H can be inserted.

Furthermore, it has a second opening located on the opposite side of the first opening and facing the first opening.

The size of the opening is such that even if the hand H is inserted into the space 10a of the space forming part 10, it will not come into contact with the inside of the space forming part 10 (even if the hand H is placed around the center of the space 10a, it will not come into contact with the space). The size of the forming part 10). The space forming portion 10 has a size or shape that allows an adult's hand H to be inserted, but a child's head cannot be inserted. The size of the opening is, for example, a width of about 15 centimeters (cm) to about 25 cm and preferably about 20 cm, and a length of about 10 cm to about 20 cm, preferably about 13 cm.

In this embodiment, the annular portion 110 is in the shape of a tube with an oval opening, and is arranged so that the extending direction of the tube matches the insertion direction of the hand H. In this embodiment, the insertion direction of the hand H is a direction in which the lower side of the hand in the insertion direction is slightly lower than the horizontal line. The angle of inclination is about 5 degrees or more and about 45 degrees or less with respect to the horizontal line, and preferably about 15 degrees. This allows the hand H to be naturally inserted into the space 10 a of the space forming part 10 . Furthermore, the disinfectant liquid sprayed into the space forming part 10 does not remain in the space forming part 10 and becomes easy to flow downwards at an angle.

The annular portion 110 has a first portion 111 as a part of the annular portion 110 and a second portion 112 as another portion. The first part 111 is the lower part of the annular part 110 , and the second part 112 is the upper part (higher than the first part 111 ) opposite to the first part 111 . The space forming part 10 is arranged, for example, at the upper end of the pillar 2 . The pillar 2 can be installed on the floor and extend in the up and down direction.

The hand detection part 20 is provided in the space forming part 10 and is used to detect that the hand H has been arranged at a predetermined position in the space 10a of the space forming part 10. The hand detection part 20 uses, for example, an infrared sensor. or optical sensor. Here, the predetermined position of the hand H refers to a position where the temperature of the hand H can be measured and disinfected in the space 10a. The hand detection part 20 is, for example, disposed on the lower side of the second part 112 of the annular part 110 in the insertion direction of the hand H, and is provided so as to detect the periphery of the fingers of the hand H. This makes it easier to detect that the hand H has been inserted deep into the space 10 a of the space forming part 10 .

The temperature measuring part 30 is provided in the space forming part 10 and is used to measure the temperature of the hand H arranged at a predetermined position in the space 10 a of the space forming part 10 . For example, an infrared sensor is used in the hand detection part 20 . The temperature measuring part 30 is arranged, for example, on the hand side of the second part 112 of the annular part 110 in the insertion direction of the hand H, and is configured to measure the temperature of at least the back of the hand H.

Here, although the hand detection part 20 and the temperature measurement part 30 are provided independently in this embodiment, they can also be integrated (by sharing a sensor or by sharing a sensor). detector module). In this way, the hand detection part and the temperature measurement part only need to use one structure.

The disinfectant liquid spraying unit 40 is provided in the space forming part 10 and is used to spray disinfectant liquid onto the palm of the hand H arranged at a predetermined position in the space 10 a of the space forming part 10 . The disinfectant spray part 40 is arranged, for example, in the first part 111 of the annular part 110. In the first embodiment, two injection ports 40 a of the disinfectant injection part 40 are provided in the first part 111 . The disinfectant liquid sprayed from the spray port 40a is sprayed over a wide range of the palm of the hand H.

The support column 2 is provided with a box 80 for accommodating the disinfectant solution and a pump 70 for supplying the disinfectant solution from the box 80 to the disinfectant solution spraying part 40 . By arranging the box 80 and the pump 70 in the pillar 2, the design of the temperature measurement and disinfection device 1 is improved.

The control part 50 is provided inside the support|pillar 2, for example. After the hand H is detected by the hand detection unit 20 , the control unit 50 controls the temperature measurement of the hand H by the temperature measurement unit 30 and the injection of the disinfectant liquid from the disinfectant liquid injection unit 40 at a predetermined timing. For example, after detecting the hand H with the hand detection unit 20 , the control unit 50 measures the temperature of the hand with the temperature measurement unit 30 , and then issues an instruction to the pump 70 to supply the disinfectant solution from the box 80 to the disinfection chamber. The liquid injection part 40 is configured to control the spraying of disinfectant liquid from the injection port 40a. by controlling The control unit 50 controls the timing of spraying the disinfectant solution after completing the temperature measurement of the hand H, thereby suppressing the influence of the spray of the disinfectant solution on the temperature measurement.

The temperature measurement and disinfection device 1 may also be provided with a notification part 60 . The notification part 60 is provided in the space forming part 10, for example. The notification unit 60 notifies by displaying light, sound, characters (numbers), etc. The control unit 50 may also be configured to control, for example, notifying the notification unit 60 of information on whether the value of the temperature measurement completed by the temperature measurement unit 30 meets a certain condition. As an example, the notification part 60 is disposed adjacent to the opening of the annular part 110, and is set so that when the measured temperature value exceeds a certain value (for example, 37.5°C), the notification part 60 emits red light. When the value is below a certain value, the notification part 60 emits green light. It can also be set so that when the temperature measurement value exceeds a certain value, the notification part 60 will emit a red light and sound a warning sound. The notification unit 60 may have a display device (liquid crystal display device, etc.), and may display the temperature measurement result (the value of the body temperature) on the display device.

In addition, various settings of the temperature measurement and disinfection device 1 can also be performed through application software such as a mobile terminal. You can also use application software to set certain conditions for notifications (temperature thresholds), types of notifications (light color, type of sound, etc.), power ON/OFF (on/off), etc., and communicate using mobile terminals. function to send the settings to the control unit 50. In addition, the control unit 50 can also send information such as the value of the completed temperature measurement or the remaining amount of disinfectant to the mobile terminal, and display it through the application software. The application software may also have the function of the notification unit 60 .

(Operation of temperature measurement and disinfection device)

FIG. 4 is a flow chart illustrating the operation of the temperature measurement and disinfection device according to the first embodiment.

First, as shown in step S101, it is determined whether the hand H is detected. The hand H is detected through the hand detection unit 20 . When the hand H is inserted into a predetermined position of the space 10a in the space forming part 10, the hand H is detected through the hand detection part 20. When the hand H is not inserted into the predetermined position, the hand detection part 20 will not detect the hand H. This avoids unnecessary temperature checks or disinfection.

When the hand H is detected through the hand detection unit 20, as shown in step S102, the temperature of the hand H is measured. The temperature measurement is performed through the temperature measurement part 30 .

Next, as shown in step S103, the control unit 50 determines whether the temperature measurement result obtained by the temperature measurement unit 30 meets a certain condition. When the certain condition is not met (No in step S103), the process proceeds to step S104, where the notification unit 60 issues a notification (warning). For example, when the temperature measurement result is higher than a preset temperature (for example, 37.5° C.), the notification unit 60 issues a notification (warning). This enables rapid response to people with high body temperatures.

When certain conditions are met (Yes in step S103), the process proceeds to step S105, and the disinfectant liquid is sprayed from the disinfectant liquid spraying part 40 to the palm of the hand H. The control unit 50 counts the period during which the disinfectant liquid is sprayed from the disinfectant liquid spray unit 40 .

Next, as shown in step S106, the control unit 50 determines whether a certain time has elapsed since the disinfectant liquid was sprayed from the disinfectant liquid injection unit 40. When the certain time has not elapsed (No in step S106), the disinfectant liquid is continued to be sprayed from the disinfectant liquid injection unit 40. When a certain period of time has elapsed (Yes in step S106), as shown in step S107, the injection of the disinfectant solution is stopped. Thereafter, as shown in step S108, the notification unit 60 performs notification (completion).

Next, as shown in step S109, it is judged whether the processing is completed. If it is not completed (No in step S109), the process returns to step S101 and the subsequent processing is repeated. On the other hand, when completed (Yes in step S109), the process is ended.

With the temperature measurement and disinfection device 1 like this, by positioning the hand H in the space 10a of the space forming part 10, the temperature measurement of the hand H by the temperature measurement part 30 and the disinfection liquid injection part 40 can be carried out. Spray disinfectant on the palm of hand H. Thereby, a series of processes from temperature measurement to disinfection can be automatically performed with just one action of placing the hand H into the space 10a of the space forming part 10. That is, temperature measurement and disinfection can be completed in the space 10a of the space forming part 10.

In addition, in the temperature measurement and disinfection device 1, since the hand detection part 20 detects that the hand H has been placed in the predetermined position of the space 10a of the space forming part 10, the temperature measurement and disinfection are performed, so there is no need to The temperature measurement and disinfection are performed before the hand H is completely inserted into the space 10a. Therefore, the temperature measurement position of the hand H can be stabilized and the accuracy of temperature measurement can be improved. In addition, enough disinfectant can be sprayed on the palm of the hand H, thereby improving the reliability of disinfection.

When spraying disinfectant, the hand H will be inserted into the annular part 110 and the upper part will be covered by the second part 112 of the annular part 110 , so there will be no leakage (spraying) of the disinfectant into the space forming part 10 The situation on the outside. Therefore, even if the disinfectant liquid is sprayed upward from the first part 111, it will hit the hand H or the second part 112, but will not spray onto the face.

In addition, since the control unit 50 controls the spraying of disinfectant liquid from the disinfectant liquid injection unit 40 when the temperature measurement value obtained by the temperature measurement unit 30 meets certain conditions, it is possible to quickly perform measurement according to the temperature measurement result. If the temperature value does not meet certain conditions, disinfection will not be performed but a notification (warning) will be issued.

In the thermometric disinfection device 1, the disinfectant spray part 40 is provided in the first part 111 of the annular part 110, and sprays the disinfectant from the lower side toward the upper palm of the hand H. For this purpose, the disinfectant is sprayed on the palm of hand H with the palm of hand H naturally facing downward. On the other hand, the hand detection part 20 and the temperature measurement part 30 are provided in the second part 112 of the annular part 110. That is, since the hand detection part 20 and the temperature measurement part 30 are disposed on the upper side, the remaining disinfectant is not easy to adhere to the hand detection part 20 or the temperature measurement part 30, and the disinfectant can be inhibited from detecting the hand. The influence caused by the measuring part 20 and the temperature measuring part 30.

Here, the space forming part 10 preferably has a discharge structure that can discharge the remaining disinfectant sprayed and disinfected from the disinfectant injection part 40 to the outside of the space forming part 10 . Examples of the discharge structure include a structure in which the injection port 40a is set higher than its surroundings (for example, the injection port 40a is set higher than its surroundings). (a structure placed on a slightly raised portion of the first portion 111), or the first portion 111 of the annular portion 110 has an inclined structure. This can prevent residual disinfectant liquid after spraying from accumulating inside the space forming part 10 .

In addition, the temperature measurement and disinfection device of this embodiment has the following characteristics due to the above-mentioned structure.

(Characteristic 1) A temperature measuring part is provided in the space formed by the space forming part, and a hand detection part is provided for detecting that the hand has been placed at a predetermined position suitable for temperature measurement by the temperature measuring part, thereby achieving Perform high-precision temperature measurement. The accuracy of the temperature measurement system is significantly affected by the relationship between the temperature measurement part and the position of the hand. In this implementation aspect, the temperature measurement can be performed after detecting that the hand has been placed at a predetermined position.

(Feature 2) Since there is a first opening for inserting the hand and a second opening located on the opposite side, there is no visual resistance when inserting the hand through the first opening and the hand can be inserted naturally. . That is, people are known to be resistant to inserting their hands into enclosed spaces. Therefore, when there is an opening in front of the insertion direction of the hand, the hand can be naturally moved (inserted) toward the opening.

(Feature 3) By arranging the temperature measurement part and the detection part independently and positioning the hand detection part on the second opening side relative to the temperature measurement part, when the hand is inserted through the second opening, Because when the detection part detects the hand, the hand is not at the predetermined position, so even if the temperature measurement part measures the temperature, the detection cannot be performed appropriately. In this way, the system can handle the abnormality as a temperature measurement abnormality.

(Feature 4) By arranging the temperature measurement part and the detection part independently, and positioning the hand detection part on the second opening side relative to the temperature measurement part, the hand detection part can detect that the hand has passed through the aforementioned The first opening is inserted into a predetermined position in the space to perform temperature measurement as a condition.

(Example of usage status)

FIG. 5 is a schematic diagram showing an example of a usage state of the temperature measurement and disinfection device according to the first embodiment.

The temperature measurement and disinfection device 1 sets the height of the space forming part 10 through the support 2 . In the example shown in FIG. 5 , the height is set so that a standing user can naturally insert the hand H into the space 10 a of the space forming part 10 . In addition, the annular portion 110 of the space forming portion 10 descends toward the lower side of the hand in the insertion direction of the hand H. Way tilted. Therefore, the hand H can be naturally inserted into the space 10a without raising the arm and with little need to bend the wrist.

When the hand H is inserted into the space 10a and the hand detection part 20 detects that the hand H has been inserted into the predetermined position, the temperature of the hand H is measured through the temperature measurement part 30, and after the temperature measurement, the hand H is continuously sprayed from the disinfectant spray part 40. Spray disinfectant on the palms of hand H to disinfect. Thereby, just by inserting the hand H into the space 10a of the space forming part 10, a series of processes from temperature measurement to disinfection can be performed.

<Second Implementation Mode>

FIG. 6 is a cross-sectional view illustrating the temperature measurement and disinfection device according to the second embodiment.

The temperature measurement and disinfection device 1B of the second embodiment has a structure including a plurality of temperature measurement parts 30 . As an example of a plurality of temperature measurement parts 30 , the first temperature measurement part 31 and the second temperature measurement part 32 are provided in the second part 112 of the annular part 110 , and the third temperature measurement part 33 is provided in the annular part 110 The first part of 111. The first temperature measurement part 31 and the second temperature measurement part 32 are used to measure the temperature of the back of the hand H, and the third temperature measurement part 33 is used to measure the temperature of the palm of the hand H.

The plurality of temperature measuring parts 30 are all arranged on the hand upper side of the annular part 110 in the insertion direction of the hand H (higher than the hand detection part 20 and the disinfectant spray part 40 in the insertion direction). Thereby, the temperature of the back and palm of the hand H can be appropriately measured while the hand H is inserted deep into the space 10a.

The control unit 50 estimates a numerical value regarded as the body temperature from the temperature measurement results obtained by the plurality of temperature measurement units 30 . That is, the numerical values of the first temperature measurement part 31 and the second temperature measurement part 32 that have completed the temperature measurement of the back of the hand H are compared with the numerical values of the third temperature measurement part 33 that have completed the temperature measurement of the palm of the hand H. Body temperature is estimated using a predetermined calculation formula as a parameter. The injection of the disinfectant solution or the notification executed by the notification unit 60 is controlled based on whether the estimated body temperature value meets certain conditions.

According to the temperature measurement and disinfection device 1B of the second embodiment, the body temperature can be estimated with high accuracy by measuring the temperature of the back and palm of the hand H by the plurality of temperature measuring units 30, and based on the estimated body temperature, Perform proper disinfection.

For example, the injection of the disinfectant liquid or the notification by the notification unit 60 is controlled based on whether the highest body temperature value among the body temperatures detected by the plurality of temperature measurement units 30 meets a certain condition.

(Other examples of space forming parts)

7 to 11 are schematic diagrams showing other examples of the space forming portion.

The example of the space forming portion 10 described below can be applied to any one of the temperature measurement and sterilization device 1 of the first embodiment and the temperature measurement and sterilization device 1B of the second embodiment described above.

The space forming part 10 shown in FIG. 7 has a cylindrical annular part 110. The user can perform temperature measurement and disinfection by inserting the hand H into the ring portion 110 . In the annular portion 110 shown in FIG. 7 , since the opening is substantially circular, it is easy to insert the hand H into the annular portion 110 . When the hand H is put into the ring portion 110 for disinfection, the front and back of the hand H can be easily turned over, so that the disinfectant can be fully sprayed on the palm of the hand H or the back of the hand H.

The space forming part 10 shown in FIG. 8 has an arc-shaped surrounding part 120 and a main body part 130 arranged below the surrounding part 120. The surrounding portion 120 is integrally formed so as to extend from the two pillars 2, thereby improving designability. The main body part 130 is provided with the injection port 40a of the disinfectant liquid injection part 40. In addition, the main body 130 is provided with a guide mark M that imitates the shape of a hand. The user can perform temperature measurement and disinfection by arranging the hand H with the guide mark M. Since the main body 130 is inclined, even if the sprayed disinfectant rebounds and adheres to the surface of the main body 130, it will flow downward.

The space forming part 10 shown in FIG. 9 has a ceiling part 140 and a main body part 130 arranged below the ceiling part 140. The body part 130 is integrally formed with the pillar 2 and is provided above the pillar 2 . The main body part 130 is provided with the injection port 40a of the disinfectant liquid injection part 40. The user can perform temperature measurement and disinfection by placing the hand H above the body part 130 . Since the main body 130 is inclined, even if the sprayed disinfectant rebounds and adheres to the surface of the main body 130, it will flow downward.

The space forming part 10 shown in FIG. 10 has a ceiling part 150 and a main body part 130 arranged below the ceiling part 150. The body part 130 is integrally formed with the pillar 2 and is provided above the pillar 2 . The main body part 130 is provided with the injection port 40a of the disinfectant liquid injection part 40. The user can perform temperature measurement and disinfection by placing the hand H above the body part 130 . Since the main body 130 is inclined, even if the sprayed disinfectant rebounds and adheres to the surface of the main body 130, it will flow downward.

The space forming part 10 shown in FIG. 11 has a U-shaped guide part 160. The U-shaped guide portion 160 has openings in the front-rear direction and above. The vertical part 161 on one side of the guide part 160 is provided with the injection port 40a of the disinfectant spray part 40, and the vertical part 162 on the other side is provided with the hand detection part 20 and the temperature measuring part 30. The user can perform temperature measurement and disinfection by inserting the hand H into the U-shaped guide part 160 . The bottom part of the U-shape of the guide part 160 may also be inclined. Thereby, even if the sprayed disinfectant rebounds and adheres to the bottom of the guide part 160, it will flow downward. Since the U-shaped guide part 160 is provided with openings at the front, back and top, it is easy for the user to put the hand H in, and it is easy for the user to pull out the hand H after the temperature measurement and disinfection are completed.

As described above, according to the temperature measurement and disinfection device 1 of the embodiment, it is possible to perform both temperature measurement and hand disinfection automatically and smoothly.

<Third Implementation Mode>

Hereinafter, a third embodiment of the present invention will be described based on the drawings. In addition, in the following description, the same members are denoted by the same reference numerals, and the description of the members that have already been described is appropriately omitted.

FIG. 12 is a perspective view illustrating a temperature measurement and disinfection device 301 according to a third embodiment of the present invention.

FIG. 13 is a rear view illustrating the temperature measurement and disinfection device 301 according to the third embodiment of the present invention.

14 is a diagram for explaining the hand insertion space 310a for hand insertion and positioning formed by the space forming part 310 of the temperature measurement and disinfection device 301 according to the third embodiment of the present invention, viewed from an oblique downward direction.

FIG. 15 is a diagram for explaining the structure of the side of the hand insertion space 310a of the temperature measurement and disinfection device 301 according to the third embodiment of the present invention.

FIG. 16 is used to illustrate the first temperature measurement part 331, the second temperature measurement part 332, the third temperature measurement part 333 and the disinfectant liquid spray of the temperature measurement and disinfection device 301 according to the third embodiment of the present invention when viewed from a plan direction. Schematic diagram of the configuration and functions of the part 340.

FIG. 17 is used to illustrate the temperature measurement range of the first temperature measurement part 331 , the second temperature measurement part 332 and the third temperature measurement part 333 of the temperature measurement and disinfection device 301 according to the third embodiment of the present invention when viewed from obliquely above. of schema.

FIG. 18 is used to illustrate the temperature measurement range of the first temperature measurement part 331 , the second temperature measurement part 332 and the third temperature measurement part 333 of the temperature measurement and disinfection device 301 according to the third embodiment of the present invention when viewed from the side. of schema.

Figure 19 is used to illustrate the first hand detection part 321, the second hand detection part 322, and the first temperature measurement part of the temperature measurement and disinfection device 301 according to the third embodiment of the present invention when viewed from the side direction. 331. Diagram of the positions of the second temperature measurement part 332, the third temperature measurement part 333 and the disinfectant spray part 340.

FIG. 20 is a diagram for explaining the position and shape of the first light-emitting part 351 and the second light-emitting part 352 of the temperature measurement and disinfection device 301 according to the third embodiment of the present invention when viewed from a planar direction.

FIG. 21 is a diagram for explaining the light emission mode of the first light emitting part 351 and the second light emitting part 352 shown in FIG. 20 .

Figure 22 is a functional block diagram of the temperature measurement and disinfection device 301.

The temperature measurement and disinfection device 301 of the third embodiment is a device that automatically performs temperature measurement and disinfection by inserting a hand into a predetermined position in the hand insertion space 310a.

The temperature measurement and disinfection device 301 is provided with: a space forming part 310 for forming a hand insertion space 310a for positioning the hand H, a first hand detection part 321 and a second hand detection part 322 for detecting the hand H. , the first temperature measurement part 331 for measuring the temperature of the back of the hand H, the second temperature measurement part 332 and the third temperature measurement part 333 for measuring the temperature of the palm of the hand H, the palm of the hand H The disinfectant liquid injection part 340 that sprays disinfectant liquid, the first light-emitting part 351 and the second light-emitting part 352, and the control part 360 for controlling the operation of each part.

The space forming part 310 has a front side opening 371 through which a hand can be inserted into the front side. The size of the front side opening 371 is such that even if the hand H is inserted into the hand insertion space 310 a of the space forming part 310 , the hand H will not come into contact with the inside of the space forming part 310 . The front side opening 371 has a size or shape such that an adult's hand H can be inserted but a child's head cannot be inserted.

In addition, a back side opening 372 opposite to the front side opening 371 is formed on the back side of the space forming portion 310 . In this way, since the back side opening 372 is provided, the user's discomfort when inserting the hand H from the front side opening 371 into the hand insertion space 310 a can be visually reduced.

In this third embodiment, the space forming portion 310 is a substantially rectangular parallelepiped-shaped space with a front side smoothly drawing a curve.

The bottom 382 of the hand insertion space 310a may be a direction in which the bottom is slightly lower than the horizontal line from the front to the rear in the insertion direction (depth direction) of the hand H. The angle of inclination is about 5 degrees to about 45 degrees relative to the horizontal line, preferably about 12 degrees. Thereby, the hand H becomes naturally insertable into the hand insertion space 310a of the space forming part 310. In addition, the disinfectant solution sprayed into the space forming part 310 does not remain in the hand insertion space 310a and easily flows downwards at an angle.

A guide pattern 383 in the shape of a hand is formed on the bottom 382 as a mark for positioning the hand in the hand insertion space 310a.

The space forming part 310 is arranged, for example, at the upper end of the lower support 302 . The lower pillar 302 may be disposed on the floor and extend in the up and down direction. The surface of the lower pillar 302 can display advertisements and the like.

Above the space forming part 310, an upper pillar 303 capable of displaying advertisements and the like is provided on the surface side.

As shown in FIGS. 14 and 15 , the first hand detection part 321 is provided on the ceiling part 381 on the side of the back side opening 372 with respect to the center of the hand insertion space 310 a.

The first hand detection unit 321 is used to detect the distance (distance in the height direction) from the hand arranged in the hand insertion space 310a.

A second hand detection part 322 is provided on the side of the first hand detection part 321 of the ceiling part 381 closer to the back side opening part 372. The second hand detection part 322 is used to detect the hand located in the hand insertion space 310 a closer to the back side opening 372 than the first hand detection part 321 .

The first temperature measuring part 331 is provided near the front side opening 371 of the ceiling part 381 .

As shown in FIGS. 16 to 18 , the first temperature measurement unit 331 uses both the inside of the hand insertion space 310 a and the outside of the hand insertion space 310 a on the side of the front side opening 371 as the temperature measurement range 331 a.

The first temperature measurement part 331 is used to measure the temperature of the back of the hand H located at a predetermined position in the hand insertion space 310a.

The second temperature measuring part 332 is disposed near the front side opening 371 of the bottom 382, and uses both the inside of the hand insertion space 310a and the outside of the hand insertion space 310a on the side of the front side opening 371 as the temperature measurement range 332a.

The second temperature measuring part 332 is used to measure the temperature of the palm of the hand H located at a predetermined position in the hand insertion space 310a.

The third temperature measurement part 333 is provided at the bottom 382 and has a side closer to the back side opening 372 in the hand insertion space 310a than the second temperature measurement part 332 as the temperature measurement range 333a.

The third temperature measuring part 333 is used to measure the temperature of the palm of the hand H located at a predetermined position in the hand insertion space 310a.

As shown in FIG. 16 , in a plan view, the first temperature measurement part 331 is arranged on the ceiling part 381 to be opposite to the part corresponding to the wrist vicinity of the guide pattern 383 .

In a plan view, the second temperature measurement portion 332 and the third temperature measurement portion 333 are disposed near the front side opening 371 and at a position of the bottom 382 that is not opposite to the guide pattern 383 .

By arranging the first temperature measurement part 331 , the second temperature measurement part 332 and the third temperature measurement part 333 near the front side opening 371 , the temperature of the hand H inserted through the front side opening 371 can be appropriately measured. , and can ensure the distance from the injection port 340a provided near the center, thereby suppressing the spraying of the disinfectant solution to the first temperature measurement part 331 , the second temperature measurement part 332 and the third temperature measurement part 333 . In addition, the temperature near the wrist can be measured through the first temperature measurement part 331 and the second temperature measurement part 332.

The first temperature measurement part 331, the second temperature measurement part 332, and the third temperature measurement part 333 each include a plurality of temperature sensors arranged in a matrix. For example, each has a total of 64 temperature sensors 8×8. The temperature sensor is, for example, an infrared sensor.

As shown in FIGS. 12 and 16 , the injection port 340a of the disinfectant liquid injection part 340 is provided at the bottom 382 of the hand insertion space 310a. The disinfectant liquid is sprayed from the injection port 340a toward the ceiling portion 381 within a predetermined angle range. The disinfectant is sprayed over a wide area of the palm of hand H.

At this time, since the injection port 340a and the palm of the hand H are within a predetermined distance range, the disinfectant liquid will be sprayed on the entire palm of the hand H. When the hand H is too close to the spray port 340a, the spray range will be narrowed. In the third implementation aspect, based on the detection signal from the first hand detection part 321, when the hand H and the first hand detection part 321 are within a predetermined distance range, it is determined that the hand is in the predetermined distance range. position and carry out temperature measurement and spraying of disinfectant.

The space forming part 310 has a discharge structure that discharges the remaining disinfectant liquid sprayed and disinfected from the disinfectant liquid injection part 340 to the outside of the hand insertion space 310a.

A plurality of injection ports 340a may be provided.

As shown in FIG. 12 , a first light-emitting part 351 and a second light-emitting part 352 are provided on the ceiling part 305 of the temperature measurement and disinfection device 301 .

The first light emitting part 351 is provided at the edge part on the back side of the ceiling part 305 , and the second light emitting part 352 is provided at the edge part on the front side of the ceiling part 305 .

The control part 360 is based on the first condition that the first hand detection part 321 detects the hand, and the first hand detection part 321 does not perform hand movement within a certain period of time after the second hand detection part 322 detects the hand. The second condition for detection and the third condition that the distance between the first hand detection part 321 and the hand H is within a predetermined range when the hand H is in the hand insertion space 310a are all met as conditions, and the position of the hand H is determined. at a predetermined location.

When the control unit 360 determines that the hand H is at a predetermined position, it performs temperature measurement of the hand by the first temperature measurement unit 331, the second temperature measurement unit 332, and the third temperature measurement unit 333, and then performs The disinfectant liquid spraying unit 340 is controlled to spray the disinfectant liquid from the spray port 340a to the palm of the hand H.

That is, when the control unit 360 performs the above determination and inserts the hand through the back side opening 372 , it is determined that the hand H is not at the predetermined position. In addition, since the distance between the hand H and the first hand detection part 321 is within a predetermined range (the distance range from the disinfectant liquid sprayed from the injection port 340a to the entire palm of the hand H), the spray disinfection is carried out as a condition. liquid, so the entire palm can be properly disinfected.

The control part 360 obtains temperature measurement information from a plurality of temperature sensors of the first temperature measurement part 331, the second temperature measurement part 332, and the third temperature measurement part 333 respectively, and retrieves temperature measurements that display a predetermined temperature range. information, and based on the captured temperature measurement information, it is judged whether the human body temperature reflected by the hand is normal.

The control unit 360 considers that the fourth condition has been met, either when the above third condition is met or when the temperature measurement information necessary for making the above determination can be obtained, and the first light emitting unit 351 is in the first state. glowing state.

Furthermore, when the above-mentioned fourth condition is not met, the control unit 360 causes the first light-emitting unit 351 to be in the second light-emitting state.

The control part 360 causes the second light-emitting part 352 to be in the third light-emitting state when the human body temperature reflected by the hand is within a predetermined normal range.

The control unit 360 causes the second light-emitting unit 352 to be in the fourth light-emitting state when the human body temperature reflected by the hand is outside the predetermined normal range.

Here, although the hand detection part and the temperature measurement part are provided independently in this third embodiment, these settings may also be integrated (by sharing a sensor or by sharing a sensor). detector module). In this way, the hand detection part and the temperature measurement part only need to use one structure.

The positions of the disinfectant spray part, the temperature measurement part, and the hand detection part on the bottom surface 10f can be changed appropriately.

The upper support 303 is provided with a box for containing the disinfectant solution and a pump for supplying the disinfectant solution from the box to the disinfectant solution spraying part 340 . By arranging the box and the pump in the upper support 303, the design of the temperature measurement and disinfection device 301 is improved.

For example, the control unit 360 determines that the hand H position is at a predetermined position based on the detection values obtained from the first hand detection unit 321 and the second hand detection unit 322, and then uses the first temperature measurement unit 331 and the second temperature measurement unit 331 to detect the hand H position. The second temperature measurement part 332 and the third temperature measurement part 333 measure the temperature of the hand H, and then issue a command to the pump 370 to supply the disinfectant liquid from the box 380 to the disinfectant liquid injection part 340, and spray the disinfectant liquid from the injection port. control. By controlling the timing of spraying the disinfectant solution after completing the temperature measurement of the hand H through the control unit 360, the influence of the spray of the disinfectant solution on the temperature measurement can be suppressed.

The notification unit 390 is equipped with a wireless communication function such as "Bluetooth (registered trademark)", and sends a notification signal via wireless to the communication device of the staff located far away from the temperature measurement and disinfection device 301. The communication device is a wearable terminal such as a smart watch or a terminal such as a smartphone.

By being equipped with a wireless communication function, even if the person is not nearby for monitoring, the vibration function of a smart watch or the like can be used to notify people whose body temperature exceeds a predetermined standard. Thereby, people working around the temperature measurement and disinfection device 301 can monitor the temperature measurement and disinfection device 301 while performing other tasks without looking at the monitor.

In addition, various settings of the temperature measurement and disinfection device 301 can also be performed through application software such as mobile terminals. You can also use application software to set certain conditions for notifications (temperature thresholds) or notification types (light color or sound type, etc.), power ON/OFF, etc., and use the communication function of the mobile terminal to send the settings. to the control unit 360. In addition, the control unit 360 can also send information such as the value of the completed temperature measurement or the remaining amount of disinfectant to the mobile terminal, and display it through the application software. The application software may also have the function of the notification unit 390.

(Operation of temperature measurement and disinfection device)

FIG. 23 is a flow chart illustrating the overall operation of the temperature measurement and disinfection device according to the third embodiment.

First, as shown in step S201, it is determined whether the hand H is located at a predetermined position in the hand insertion space 310a. This step S201 will be explained using FIG. 24 .

The control unit 360 determines whether the hand has been detected based on the detection signal from the first hand detection unit 321. When it is determined that the first condition of detection is met, the control unit 360 proceeds to step S302 (step S301).

In step S302, the control unit 360 determines whether it has met the requirements after the second hand detection unit 322 detects the hand based on the detection signals from the first hand detection unit 321 and the second hand detection unit 322. The second condition that the first hand detection unit 321 does not detect the hand within a certain period of time, when it is determined that it is met, goes to step S303.

The control unit 360 determines, based on the detection signal from the first hand detection unit 321, whether the distance between the first hand detection unit 321 and the hand H is within the predetermined range when the hand H is in the hand insertion space 310a. When the third condition is determined to be met (step S303), it is determined that the hand H is at a predetermined position (step S304).

When the control unit 360 determines that the hand H is at a predetermined position, it performs temperature measurement of the hand performed by the first temperature measurement unit 331 , the second temperature measurement unit 332 , and the third temperature measurement unit 333 .

Therefore, when the hand H is not inserted into the predetermined position, the detection of the hand H performed by the hand detection unit 320 will not be performed. This avoids unnecessary temperature measurement or disinfection.

When the hand H is detected through the hand detection part 320, as shown in step S202, the temperature of the hand H is measured. The temperature measurement is performed through the first temperature measurement part 331 , the second temperature measurement part 332 and the third temperature measurement part 333 .

Next, as shown in step S203, the control unit 360 determines whether the hand temperature measurement meets certain conditions based on the temperature measurement information obtained from the first temperature measurement unit 331, the second temperature measurement unit 332, and the third temperature measurement unit 333. judge.

Next, go to step S204. In step S204, the disinfectant liquid is sprayed from the disinfectant liquid injection part 340 to the palm of the hand H. The control unit 360 counts the period during which disinfectant is injected from the disinfectant injection unit 340 .

By controlling the timing of spraying the disinfectant solution after completing the temperature measurement of the hand H through the control unit 360, the influence of the spray of the disinfectant solution on the temperature measurement can be suppressed.

Next, as shown in step S205, the control unit 360 determines whether a certain time has elapsed since the disinfectant liquid was sprayed from the disinfectant liquid injection unit 340. When the certain time has not passed (N (No) in step S205), the disinfectant liquid is continued to be sprayed from the disinfectant liquid injection part 340.

When a certain period of time has elapsed (Y (Yes) in step S205), as shown in step S206, the injection of the disinfectant solution is stopped. Thereafter, as shown in step S207, the notification unit 390 performs notification (completion).

Next, as shown in step S208, it is judged whether the processing is completed. If it is not completed (N (No) in step S208), the process returns to step S201 and the subsequent processing is repeated. On the other hand, when completed (Y (Yes) in step S208), the process is ended.

During the above operation process, the control unit 360 controls the light-emitting states (the first light-emitting state to the fifth light-emitting state) of the first light-emitting unit 351 and the second light-emitting unit 352 according to the conditions of FIG. 21 .

This enables rapid response to people with high body temperatures.

The arrangement of the first light-emitting part 351 and the second light-emitting part 352 may be reversed, or they may be provided at other positions.

In such a temperature measurement and disinfection device 301, the hand H is positioned in the hand insertion space 310a, and the first hand detection part 321 and the second hand detection part 322 detect that the hand has passed through the front side opening. After 371 is positioned at a predetermined location, it automatically performs temperature measurement and disinfection actions. The predetermined position is a predefined position in the depth and height direction within the hand insertion space 310a that is suitable for temperature measurement and spraying of disinfectant. Therefore, the system can measure temperatures with high accuracy and spray disinfectant over the entire palm.

When the disinfectant is sprayed, the hand H will be inserted into the hand insertion space 310a, and the hand insertion space 310a is covered by the lower pillar 302 and the upper pillar 303, so there will be no leakage (spraying) of the disinfectant into the space forming part. The situation on the outside of 310. Therefore, there will be no spraying of disinfectant on people's faces.

It should be noted that although the third embodiment and its application examples have been described above, the present invention is not limited to these examples. For example, a person with ordinary skill in the technical field to which the present invention belongs can appropriately add, delete, or design changes to the constituent elements of each of the aforementioned third embodiments or application examples thereof, or appropriately combine each of the third embodiments. Any technical features of the aspect are included in the scope of the present invention as long as they have the gist of the present invention.

The shapes of the space forming part 310 and the hand insertion space 310a in the third embodiment are not particularly limited.

In addition, a plurality of disinfectant liquid spraying parts 340 may be provided at different positions. Furthermore, the number and structure of the temperature measuring parts are not particularly limited to the above.

In addition, each thermometer measures temperature at positions directly below and directly above or at a specific angle.

<Fourth Implementation Mode>

FIG. 25 is a perspective view illustrating the temperature measurement and disinfection device of the fourth embodiment.

Figure 26 is a rear view illustrating the temperature measurement and disinfection device of the fourth embodiment.

FIG. 27 is a diagram for explaining the hand insertion space 410a formed by the space forming part 410 of the temperature measurement and disinfection device according to the fourth embodiment for the hand to be inserted and positioned, viewed from the side direction.

FIG. 28 is a diagram illustrating the hand detection part 420 , the first palm temperature measurement part 430 b , the second palm temperature measurement part 430 c and the third palm temperature measurement part 430 c that are provided in the space forming part 410 shown in FIG. 27 when viewed from the side direction. Schematic diagram of the arrangement of the palm temperature measuring part 430d and the disinfectant spray part 440.

FIG. 29 is used to illustrate the hand detection part 420, the first palm temperature measurement part 430b, the second palm temperature measurement part 430c, the third palm temperature measurement part 430d and the disinfectant shown in FIG. 28 when viewed from a planar direction. Diagram showing the arrangement of the injection part 440.

FIG. 30 is a diagram for explaining the arrangement of the back-of-hand temperature measurement portion 430a provided in the space forming portion 410 shown in FIG. 27 .

FIG. 31 is a block diagram illustrating the structure of the temperature measurement and disinfection device 401.

The temperature measurement and disinfection device 401 of this embodiment is a device that automatically performs temperature measurement and disinfection by inserting a hand into a predetermined position in the hand insertion space 410a.

The temperature measurement and disinfection device 401 is provided with: a space forming part 410 for forming a hand insertion space 410a for positioning the hand H; a hand detection part 420 for detecting the hand H; and a part for measuring the temperature of the back of the hand H. The back of hand temperature measurement part 430a; the first palm temperature measurement part 430b, the second palm temperature measurement part 430c, and the third palm temperature measurement part 430d for measuring the temperature of the palm of hand H; used for spray disinfection of the palm of hand H The disinfectant spray part 440 of the liquid; and the control part 450 for controlling the operation of each part.

The space forming part 410 has a front side opening part 410b into which the hand H can be inserted. The size of the front side opening 410b is such that even if the hand H is inserted into the space 410a of the space forming part 410, it will not come into contact with the inside of the space forming part 410 (even if the hand H is placed around the center of the space 410a (to the extent that it will contact the space forming part 410). The space forming portion 410 has a size or shape that allows an adult's hand H to be inserted, but a child's head cannot be inserted.

In addition, a back side opening 410c is formed on the back side of the space forming part 410.

In this embodiment, the space forming part 410 is a rectangular space, and the extending direction of the space forming part 410 is arranged to match the insertion direction of the hand H. In this embodiment, the insertion direction of the hand H may also be set to a direction in which the lower side of the hand in the insertion direction is slightly lower than the horizontal line. The angle of inclination is about 5 degrees or more and about 45 degrees or less with respect to the horizontal line, and preferably about 12 degrees. This allows the hand H to be naturally inserted into the hand insertion space 410a of the space forming part 410. Furthermore, the disinfectant liquid sprayed into the space forming part 410 does not remain in the space forming part 410 and easily flows downward in an inclined direction.

The space forming part 410 is arranged, for example, at the upper end of the lower pillar 402 . The lower pillar 402 can be disposed on the floor and extend in the up and down direction. The surface of the lower pillar 402 can display advertisements and the like.

Above the space forming part 410, an upper pillar 403 capable of displaying advertisements and the like is provided on the surface side.

The hand detection part 420 is provided in the space forming part 410 and is used to detect that the hand H has been arranged at a predetermined position in the space 410a of the space forming part 410. The hand detection part 420 uses, for example, an infrared sensor or an optical sensor. Here, the predetermined position of the hand H refers to a position within the space 410a where the temperature of the hand H can be measured and disinfected.

The hand detection unit 420 is disposed on the back side of the insertion direction of the hand H in the space 410a of the space forming unit 410, and is provided so as to detect the periphery of the fingers of the hand H. Thereby, it becomes easier to detect that the hand H has been inserted into the predetermined position in the hand insertion space 410a of the space forming part 410.

The back of hand temperature measurement part 430a, the first palm temperature measurement part 430b, the second palm temperature measurement part 430c and the third palm temperature measurement part 430d are provided in the space forming part 410, and are arranged in the space 410a of the space forming part 410. The hand H at a predetermined position is used for temperature measurement. The hand detection part 420 uses, for example, an infrared sensor.

An infrared thermometer is used as the back of hand temperature measurement part 430a, the first palm temperature measurement part 430b, the second palm temperature measurement part 430c, and the third palm temperature measurement part 430d.

The back-of-hand temperature measurement part 430a is provided on the upper surface 410h of the hand insertion space 410a.

The first palm temperature measurement part 430b, the disinfectant spray part 440, the second palm temperature measurement part 430c, the third palm temperature measurement part 430d and the hand detection part 420 are connected to the bottom surface 410f of the hand insertion space 410a from the front side opening. 410b is arranged sequentially toward the back side opening 410c, for example, in a straight line. A pattern of a hand as a mark for positioning the hand H is drawn on the bottom surface 410f.

The first palm temperature measuring part 430b is used to measure the temperature of the surrounding area of the wrist bone of the hand H located at a predetermined position in the hand insertion space 410a. The first palm temperature measuring part 430b is located approximately 20 mm from the front side opening 410b.

The second palm temperature measurement part 430c is used to measure the temperature of the area around the fingertip ball of the hand H located at a predetermined position in the hand insertion space 410a. The second palm temperature measuring part 430c is located approximately 160 mm from the front side opening 410b.

The third palm temperature measuring part 430d is used to measure the temperature near the middle finger of the hand H located at a predetermined position in the hand insertion space 410a.

The third palm temperature measuring portion 430d is located approximately 160 mm from the front side opening 410b.

The disinfectant spray part 440 sprays the disinfectant near the center of the hand H.

The space forming part 410 has a discharge structure capable of discharging the remaining disinfectant sprayed and disinfected from the disinfectant injection part 440 to the outside of the hand insertion space 410a.

The disinfectant spray part 440 is located approximately 70 mm from the front side opening 410b.

The first palm temperature measuring part 430b is arranged to measure the temperature around the wrist bone of the hand H, the second palm temperature measuring part 430c is arranged to measure the temperature near the center of the hand H, and the third palm temperature measuring part 430d is configured to measure the temperature around the ball of opponent H's fingertips.

In the temperature measurement and disinfection device 401, the temperature of the back of the hand H is measured using the back-of-hand temperature measurement part 430a, and the first palm temperature measurement part 430b and the second palm temperature measurement part are sequentially arranged along the insertion direction of the hand H. 430c and the third palm temperature measuring unit 430d measure the temperature of the palm of the hand H, and then determine whether to notify based on the temperature measurement results, so even when the state of the hand H is different, more accurate measurements can be made. announcement of.

Furthermore, in the temperature measurement and disinfection device 401, the hand H only needs to be inserted into the hand insertion space 410a with the back of the hand H facing down, so the temperature measurement and disinfection of the hand H can be performed in a natural posture.

Here, although the hand detection part and the temperature measurement part are provided independently in this embodiment, they can also be integrated into one piece (by sharing one sensor or by sharing one sensor). module). In this way, the hand detection part and the temperature measurement part only need to use one structure.

The disinfectant spray part 440 is provided in the space forming part 410 and is used to spray the disinfectant onto the palm of the hand H from below the hand insertion space 410a. The disinfectant liquid sprayed from the injection port of the disinfectant liquid spray part 440 is sprayed over a wide range of the palm of the hand H. A plurality of disinfectant spray parts 440 may be provided.

The positions of the disinfectant spray part, temperature measurement part, and hand detection part on the bottom surface 410f can be changed appropriately.

The upper support 403 is provided with a tank for accommodating the disinfectant solution and a pump for supplying the disinfectant solution from the tank to the disinfectant solution spraying part 440 . By arranging the box and the pump in the upper pillar 403, the design of the temperature measurement and disinfection device 401 is improved.

The control part 450 is provided inside the support|pillar 4, for example. After the hand H is detected by the hand detection unit 420, the control unit 450 performs temperature measurement on the back of the hand 430a, the first palm temperature measurement unit 430b, the second palm temperature measurement unit 430c and the third palm at a predetermined timing. The temperature measurement part 430d controls the temperature measurement of the hand H and the injection of disinfectant liquid from the disinfectant liquid injection part 440.

For example, after the hand H is detected by the hand detection unit 420, the control unit 450 uses the back of the hand temperature measurement unit 430a, the first palm temperature measurement unit 430b, the second palm temperature measurement unit 430c and the third palm temperature measurement unit. 430d executes the temperature measurement of the hand H, and then issues a command to the pump 470 to supply the disinfectant liquid from the box 480 to the disinfectant liquid spray part 440, and to spray the disinfectant liquid from the injection port. By controlling the timing of spraying the disinfectant solution after completing the temperature measurement of the hand H through the control unit 450, the influence of the spray of the disinfectant solution on the temperature measurement can be suppressed.

The temperature measurement and disinfection device 401 may also be provided with a notification part 460.

The notification part 460 is provided in the space forming part 410, for example. The notification unit 460 notifies by displaying light, sound, characters (numbers), etc. The control unit 450 may also be configured to control, for example, notifying the notification unit 460 of information on whether the value of the temperature measurement completed by the temperature measurement unit 430 meets a certain condition. As an example, the notification part 460 is installed in a predetermined place, and is set so that when the measured temperature value exceeds a certain value (for example, 37.5°C), the notification part 460 emits a red light; when it is below a certain value, the notification part 460 460 will emit green light.

It can also be set so that when the temperature measurement value exceeds a certain value, the notification part 460 will emit a red light and sound a warning sound. The notification unit 460 may have a display device (liquid crystal display device, etc.), and may display the temperature measurement result (the value of the body temperature) on the display device.

The notification unit 460 is equipped with a wireless communication function such as "Bluetooth (registered trademark)", and sends a notification signal via wireless to the communication device of the staff located far away from the temperature measurement and disinfection device 401. The communication device is a wearable terminal such as a smart watch or a terminal such as a smartphone.

By being equipped with a wireless communication function, even if the person is not nearby for monitoring, the vibration function of a smart watch or the like can be used to notify people whose body temperature exceeds a predetermined standard. Thereby, people working around the temperature measurement and disinfection device 401 can monitor the temperature measurement and disinfection device 401 while performing other tasks without looking at the monitor.

Whether the notification unit 460 performs notification is determined by the control unit 450 based on the temperature measurement results of the back of the hand temperature measurement unit 430a, the first palm temperature measurement unit 430b, the second palm temperature measurement unit 430c, and the third palm temperature measurement unit 430d.

The control unit 450 determines whether the largest value among the values measured by the back of the hand temperature measurement unit 430a, the first palm temperature measurement unit 430b, the second palm temperature measurement unit 430c, and the third palm temperature measurement unit 430d meets a certain condition. (exceeding a certain value) information to decide whether to notify.

In addition, the control unit 450 may also perform calculations using the temperature values measured by the back-of-hand temperature measurement unit 430a, the first palm temperature measurement unit 430b, the second palm temperature measurement unit 430c, and the third palm temperature measurement unit 430d, and perform calculations based on The calculation results will be used to decide whether to notify. This calculation system is, for example, average value calculation.

The above constant value is set to a temperature at which diseases such as infectious diseases are likely to occur.

As shown in Figure 31, the temperature measurement and disinfection device 401 is provided with a hand detection part 420, a back of hand temperature measurement part 430a, a first palm temperature measurement part 430b, a second palm temperature measurement part 430c, a third palm temperature measurement part 430d, Disinfectant spray part 440, control part 450, notification part 460 and pump 470.

In addition, various settings of the temperature measurement and disinfection device 401 can also be performed through application software such as mobile terminals. You can also use application software to set certain conditions for notifications (temperature thresholds) or notification types (light color or sound type, etc.), power ON/OFF, etc., and use the communication function of the mobile terminal to send the settings. to the control unit 450. In addition, the control unit 450 can also send information such as the value of the completed temperature measurement or the remaining amount of disinfectant to the mobile terminal, and display it through the application software. The application software may also have the function of the notification unit 460.

(Operation of temperature measurement and disinfection device)

FIG. 32 is a flow chart illustrating the operation of the temperature measurement and disinfection device according to the embodiment.

First, as shown in step S401, it is determined whether the hand H is detected. The hand H is detected through the hand detection unit 420 . When the hand H is inserted into the predetermined position of the hand insertion space 410a in the space forming part 410, the hand H is detected through the hand detection part 420. When the hand H is not inserted into the predetermined position, the hand detection part 420 will not be activated to detect the hand H. This avoids unnecessary temperature checks or disinfection.

When the hand H is detected through the hand detection part 420, as shown in step S402, the temperature of the hand H is measured. The temperature measurement is performed through the back of the hand temperature measurement part 430a, the first palm temperature measurement part 430b, the second palm temperature measurement part 430c, and the third palm temperature measurement part 430d.

Next, as shown in step S403, the control unit 450 performs the temperature measurement results obtained by the back of the hand temperature measurement unit 430a, the first palm temperature measurement unit 430b, the second palm temperature measurement unit 430c, and the third palm temperature measurement unit 430d. Judgment that meets certain conditions.

When the certain condition is not met (N (No) in step S403), the process proceeds to step S404, and the notification unit 460 issues a notification (warning). For example, when the temperature measurement result is higher than a preset temperature (for example, 37.5°C), the notification unit 460 issues a notification (warning). This enables rapid response to people with high body temperatures.

When a certain condition is met (Y (Yes) in step S403), the process proceeds to step S405, and in step S405, the disinfectant liquid is sprayed from the disinfectant liquid injection part 440 to the palm of the hand H. The control unit 450 counts the period during which the disinfectant liquid is sprayed from the disinfectant liquid injection unit 440 .

Next, as shown in step S406, the control unit 450 determines whether a certain time has elapsed since the disinfectant liquid was sprayed from the disinfectant liquid injection unit 440. When the certain time has not passed (N (No) in step S406), the disinfectant liquid is continued to be sprayed from the disinfectant liquid injection part 440.

When a certain period of time has elapsed (Y (Yes) in step S406), as shown in step S407, the injection of the disinfectant solution is stopped. Thereafter, as shown in step S408, the notification unit 460 performs notification (completion).

Next, as shown in step S409, it is judged whether the processing is completed. If it is not completed (N (No) in step S409), the process returns to step S401 and the subsequent processing is repeated. On the other hand, when completed (Y (Yes) in step S409), the process is ended.

With the temperature measurement and disinfection device 401 like this, by positioning the hand H in the space forming part 410 and inserting the hand into the space 410a, it is possible to carry out the temperature measurement part 430a of the back of the hand, the first palm temperature measurement part 430b, the second palm The temperature measurement unit 430c and the third palm temperature measurement unit 430d measure the temperature of the hand H and spray the disinfectant liquid onto the palm of the hand H from the disinfectant liquid spray unit 440. Thereby, a series of processes from temperature measurement to disinfection can be automatically performed with just one action of inserting the hand H into the space forming part 410 and inserting the hand into the space 410a. That is, temperature measurement and disinfection can be completed within the hand insertion space 410a.

In addition, in the temperature measurement and disinfection device 401, since the hand detection part 420 detects that the hand H has been placed in the predetermined position of the hand insertion space 410a, the temperature measurement and disinfection are performed, so there will be no hand H that has not yet been The temperature measurement and disinfection are performed while the hand is completely inserted into the hand insertion space 410a.

Therefore, the temperature measurement position of the hand H can be stabilized and the accuracy of temperature measurement can be improved. In addition, enough disinfectant can be sprayed on the palm of the hand H, thereby improving the reliability of disinfection.

When the disinfectant is sprayed, the hand H will be inserted into the hand insertion space 410a, and the hand insertion space 410a is covered by the lower pillar 402 and the upper pillar 403, so there will be no leakage (spraying) of the disinfectant into the space forming part. The situation on the outside of 410. Therefore, there will be no spraying of disinfectant on people's faces.

In addition, the control unit 450 determines when the temperature values obtained from the back of the hand temperature measurement unit 430a, the first palm temperature measurement unit 430b, the second palm temperature measurement unit 430c, and the third palm temperature measurement unit 430d meet certain conditions. When the situation arises, the disinfectant liquid is sprayed from the disinfectant liquid injection unit 440, so that it is possible to quickly respond to the temperature measurement results. For example, when the temperature measurement value does not meet a certain condition, disinfection is not performed but a notification (warning) is issued. .

Here, the space forming part 410 preferably has a discharge structure that can discharge the residual disinfectant sprayed and disinfected from the disinfectant injection part 440 to the outside of the space forming part 410 . Examples of the discharge structure include a structure in which the injection port is set higher than its surroundings. This can prevent residual disinfectant liquid after injection from accumulating inside the space forming part 410 .

<Fifth implementation mode>

FIG. 33 is a diagram for explaining the position of the temperature measuring part of the temperature measuring and sterilizing device according to the embodiment of the present invention.

As shown in FIG. 33 , in the fifth embodiment, there are an eleventh palm temperature measurement part 430x, a twelfth palm temperature measurement part 430y, and a wrist temperature measurement part 430z. In addition, this fifth embodiment also has a back-of-hand temperature measurement part 430a like the fourth embodiment.

The eleventh palm temperature measuring part 430x is used to measure the temperature of the area around the fingertip ball of the hand H located at a predetermined position in the hand insertion space 410a.

The twelfth palm temperature measuring part 430y is used to measure the temperature near the center of the hand H positioned at a predetermined position in the hand insertion space 410a.

The wrist temperature measurement part 430z is used to measure the temperature of the wrist of the hand H located at a predetermined position in the hand insertion space 410a. Specifically, the temperature is measured at a position about 5cm away from the base of the wrist.

In addition, the wrist temperature measurement unit 430z can also measure the temperature of the arm at the base of the wrist instead of the wrist.

Furthermore, a plurality of wrist temperature measuring parts 430z may also be provided.

The notification part 460 shown in FIG. 31 is obtained by performing the temperature measurement on the back of the hand 430a, the eleventh palm temperature measurement part 430x, the twelfth palm temperature measurement part 430y, and the wrist temperature measurement part 430z in response to the control from the control part 450. Notification of whether the measured temperature value meets certain conditions.

In the fifth implementation aspect, the process of FIG. 32 is also basically the same as the process of the fourth implementation aspect.

As described above, according to this embodiment, since the temperature is measured on the back, palm, and wrist of hand H, the temperature measurement results based on the three positions are not affected by the state of the hand, and high-temperature measurement can be performed more stably. Accurate temperature measurement.

The present invention is not limited to the above-mentioned embodiments. The number or position of the temperature measuring parts is not limited, and in all embodiments, one can be provided on the upper surface of the hand insertion space.

1: Temperature measurement and disinfection device

2:Pillar

10: Space Formation Department

10a: Space

20:Hand detection part

30: Thermometry Department

40: Disinfectant spray part

40a: Jet port

50:Control Department

60:Notification Department

70:Pump

80: Cabinet

111:Part One

112:Part 2

H:Hand

Claims (16)

A temperature measurement and sterilization device, which is provided with: a space forming part, which has a first component and a second component that is opposite to the first component and is located above the first component, and is used to form a space with an expected yield. The space between the first opening where the hand is inserted and the second opening on the opposite side of the first opening and which is opposite to the first opening; the hand detection part is located on the third opening in the space. The second opening side is used to detect that the hand inserted from the first opening has been placed at a predetermined position in the space; the disinfectant spraying part is used to spray disinfectant to the palm that has been placed at the predetermined position, In addition, the injection port of the disinfectant solution is provided on the first member; the temperature measuring part is arranged on the side of the first opening relative to the hand detection part, and is used to measure the back of the hand that has been arranged at the predetermined position. The temperature measurement is performed and is provided on the second member; and the control unit is used to control the actions of each part; the control unit performs the temperature measurement after the hand detection unit detects that a hand has been placed at the predetermined position. , use the aforementioned temperature measurement part to measure the temperature of the back of the hand, and then spray the aforementioned disinfectant liquid from the aforementioned disinfectant liquid spraying part; the aforementioned temperature measurement and disinfection device is such that when the aforementioned disinfectant liquid is sprayed from the aforementioned injection port, it will touch The aforementioned second component is constructed in such a way that it does not spray onto the human face. The temperature measurement and disinfection device as described in claim 1, wherein the control unit injects the disinfectant liquid from the disinfectant liquid injection unit when the value of the body temperature measured by the temperature measurement unit meets certain conditions. control. The temperature measurement and disinfection device according to Claim 1 or Claim 2, wherein the direction of the hand inserted into the space of the space forming part is used as the insertion direction, and the hand detection part is arranged farther than the temperature measurement part and The disinfectant spray part is closer to the lower hand side in the insertion direction. A temperature measurement and disinfection device, which is provided with: a hand insertion space forming part, which has a ceiling part and a bottom opposite to the ceiling part, and is used to form a front side opening for hand insertion and a front side opening located at the front side The hand insertion space of the back side opening is opposite to the front side opening on the opposite side of the part; the first hand detection unit is used to detect the hand insertion space between the hand and the hand that has been arranged in the hand insertion space. distance; the second hand detection part is used to detect the position of the hand inserted into the space closer to the back side opening than the first hand detection part; and the temperature measurement part is used to Measure the temperature of the hand that has been placed at a predetermined position in the hand insertion space; the disinfectant spray part is used to spray disinfectant to the palm that has been placed at the predetermined position; and the control part is used to control the actions of each part ; The aforementioned control unit has met the first condition for the aforementioned first hand detection unit to detect the hand, and is not intended to detect the aforementioned first hand detection unit after the aforementioned second hand detection unit detects the hand. Using the second condition of the hand detection sequence as a condition, control is performed to measure the temperature of the hand using the temperature measurement unit, and then spray the disinfectant liquid from the disinfectant liquid injection unit. The temperature measurement and disinfection device according to claim 4, wherein a height is set between the ceiling part and the bottom part in the space where the hand is inserted, and a height is set between the front side opening part and the back side opening part. In the case of depth: the control unit further determines that the hand insertion space has been arranged at a position in the predetermined depth direction and height direction based on the detection signal from the first hand detection unit. mentioned before Using the third condition of the predetermined position as a condition, control is performed such that the hand temperature is measured using the temperature measurement unit, and then the disinfectant liquid is sprayed from the disinfectant liquid injection unit. The temperature measurement and disinfection device according to claim 4 or claim 5, wherein the temperature measurement portion uses both the inside of the hand insertion space and the outside of the front side opening side of the hand insertion space as the temperature measurement range. . The temperature measurement and disinfection device according to claim 6, wherein the temperature measurement part has: a first temperature measurement part, which is installed near the front side opening of the ceiling part, and is inserted into the space with the hand and The two outer sides of the front opening and the hand insertion space serve as the temperature measurement range; the second temperature measurement part is disposed near the front opening of the bottom, and is connected to the hand insertion space by the hand insertion space. The two outer sides of the front opening side of the hand insertion space serve as the temperature measurement range; and a third temperature measurement part is provided at the bottom and is closer to the hand insertion space than the second temperature measurement part. The aforementioned back side opening side serves as the temperature measurement range. The temperature measurement and disinfection device as described in claim 7, wherein: the first temperature measurement part, the second temperature measurement part, and the third temperature measurement part each have a plurality of temperature sensors arranged in a matrix; The control unit retrieves and displays a predetermined temperature from the temperature measurement information from the plurality of temperature sensors of each of the first temperature measurement unit, the second temperature measurement unit, and the third temperature measurement unit. range of temperature measurement information, and based on the captured temperature measurement information to determine whether the human body temperature reflected by the aforementioned hands is normal. A temperature measurement and disinfection device as described in claim 7 or claim 8, wherein: A guide pattern in the shape of a hand is formed on the bottom portion as a mark for positioning the hand in the hand insertion space; the first temperature measurement portion is opposite to the corresponding portion of the guide pattern near the wrist and is provided on The ceiling part, the second temperature measurement part and the third temperature measurement part are provided near the front side opening and not at the position of the bottom on the guide pattern. For example, the temperature measurement and disinfection device described in claim 8 further includes a first light-emitting part and a second light-emitting part, and the control part can obtain the necessary measurement data based on the situation that the above-mentioned third condition has been met and in order to make the above-mentioned judgment. In any case of the temperature information, it is deemed that the fourth condition has been met, and the first light-emitting part is made in the first light-emitting state; if the fourth condition is not met, the first light-emitting part is made in the second light-emitting state. ; The aforementioned control unit causes the aforementioned second light-emitting portion to be in the third light-emitting state when the human body temperature reflected by the aforementioned hand is within a predetermined normal range; when the human body temperature reflected by the aforementioned hand is within the predetermined normal range; If it is outside the normal range, the second light-emitting part is placed in the fourth light-emitting state. A temperature measurement and sterilization device, which is provided with: a space forming part, which has a first component and a second component that is opposite to the first component and is located above the first component, and is used to form a space with an expected yield. The space between the first opening where the hand is inserted and the second opening on the opposite side of the first opening and which is opposite to the first opening; the hand detection part is located on the third opening in the space. The second opening side is used to detect that the hand inserted from the first opening has been arranged at a predetermined position in the space; The disinfectant liquid injection part is used to spray disinfectant liquid on the palm that has been arranged at the aforementioned predetermined position, and the injection port of the aforementioned disinfectant liquid is provided in the aforementioned first member; the back of the hand temperature measurement part is arranged relative to the aforementioned hand. The detection part on the side of the first opening is used to measure the temperature of the back of the hand that has been arranged at the predetermined position, and is provided on the second member; the palm temperature measurement part is arranged on the side relative to the hand detection part. The measuring part on the side of the first opening is used to measure the temperature of the palm arranged at the predetermined position and is provided on the second member; and the control part is used to control the actions of each part; the control part is After the hand detection unit detects that a hand has been placed at the predetermined position, the temperature measurement unit is used to measure the temperature of the back of the hand, and then the disinfectant is sprayed from the disinfectant spray unit; the above-mentioned control is performed The temperature measurement and disinfection device is constructed in such a way that when the disinfectant liquid is sprayed from the injection port, it will hit the second member without spraying onto the face; the aforementioned hand detection part, the aforementioned back-of-hand temperature measurement part, The palm temperature measurement part and the disinfectant spray part are provided in the space forming part. The temperature measuring and sterilizing device according to claim 11, wherein a plurality of the palm temperature measuring portions are arranged in the space in a direction from the front side where the hand enters toward the back side. The temperature measurement and disinfection device according to claim 12, wherein the disinfectant liquid spraying part is arranged between the first palm temperature measurement part and the second palm temperature measurement part among the plurality of palm temperature measurement parts. The temperature measurement and disinfection device as described in claim 12, wherein: the first palm temperature measurement part among the plurality of palm temperature measurement parts is used to measure the temperature of the peripheral area of the wrist bone of the hand located at the aforementioned predetermined position; plural The second palm temperature measurement part among the aforementioned palm temperature measurement parts is used to measure the temperature of the peripheral area of the fingertip ball of the hand located at the aforementioned predetermined position. The temperature measurement and disinfection device as described in any one of claims 11 to 14, further includes: a wrist temperature measurement part for measuring the temperature of the wrist or arm of the aforementioned hand. The temperature measuring and sterilizing device as described in claim 13, further comprising: a third palm temperature measuring part, sandwiching the second palm temperature measuring part between the third palm temperature measuring part and the first palm temperature measuring part, and used for aligning the The temperature is measured near the middle finger of the hand at the aforementioned predetermined position.