CN203619537U - Temperature measuring device with probe structure - Google Patents

Abstract

The utility model relates to a temperature measuring device with a probe structure. The probe structure comprises a transmissive head and an ultraviolet luminous source, wherein the ultraviolet luminous source emits ultraviolet and the ultraviolet is transmitted through the transmissive head. The temperature measuring device comprises the probe structure and a temperature measuring body, wherein the probe structure is assembled in the temperature measuring body.

Description

There is the temperature measuring device of sonde configuration

Technical field

This utility model has about a kind of temperature measuring device, particularly a kind of temperature measuring device with sonde configuration.

Background technology

Generally at the temperature measuring device that measures body temperature and use, such as ear temperature meter (rifle) or clinical thermometer etc., user need be positioned at temperature measuring device the sonde configuration insertion ear of front end or face to carry out the measurement of body temperature.

But after using ear temperature meter (rifle) or clinical thermometer etc., user is often ignored clean sonde configuration, under accumulating over a long period, the dirt on sonde configuration or dust are easily adhered from the teeth outwards, and this will cause and measure the inaccurate of temperature next time.

Utility model content

For solving the existing problem of prior art, this utility model provides a kind of temperature measuring device with sonde configuration, and it comprises a sonde configuration and a measuring temp body.Sonde configuration comprises a printing opacity head and at least one luminescence-utraviolet source.Ultraviolet is sent to appear in printing opacity head and in order to sterilizing in luminescence-utraviolet source.Measuring temp body is assembled with sonde configuration.

By above-mentioned technical scheme, can reach the technique effect that sonde configuration is sterilized.

Accompanying drawing explanation

Fig. 1 is the axonometric chart of this utility model sonde configuration.

Fig. 2 is the explosive view of this utility model sonde configuration.

Fig. 3 is the profile of this utility model sonde configuration.

Fig. 4 is the axonometric chart of this utility model temperature measuring device.

[symbol description]

100 sonde configurations

101 printing opacity heads

102 luminescence-utraviolet sources

103 medium altitude chambers

104 transmittance sections

105 printing opacity headstocks

106 temperature sensing module

107 bronze medal caps

108 temperature sensors

109 copper sheathings

110 bases

200 temperature measuring devices

201 measuring temp bodies

202 circuit boards

203 buttons

204 temperature displays

The specific embodiment

Please refer to Fig. 1 to Fig. 3, Fig. 1 is wherein the axonometric chart of this utility model sonde configuration, and Fig. 2 is the explosive view of this utility model sonde configuration, the profile that Fig. 3 is sonde configuration.

In graphic, show a sonde configuration 100, and this sonde configuration 100 comprises a printing opacity head 101, two luminescence-utraviolet sources 102, a temperature sensing module 106 and bases 110.

Printing opacity head 101 is open hollow tube-shape and comprises a medium altitude chamber 103, and printing opacity head 101 comprises a transmittance section 104 and a printing opacity headstock 105, and transmittance section 104 connects printing opacity headstock 105.In the present embodiment, transmittance section 104 is formed in one on manufacturing with printing opacity headstock 105.

Two luminescence-utraviolet sources 102, are arranged at medium altitude chamber 103.In other embodiments, luminescence-utraviolet source also can be arranged at printing opacity headstock.A ultraviolet light source can be sent in each luminescence-utraviolet source 102.When the light that send in luminescence-utraviolet source 102 is ultraviolet light source (Ultraviolet), after it is luminous, can appear the transmittance section 104 in printing opacity head 101, and by ultraviolet, sonde configuration 100 be carried out to bactericidal action.

Temperature sensing module 106, comprises a bronze medal cap 107, a temperature sensor 108 and a copper sheathing 109.Copper cap 107, temperature sensor 108 and copper sheathing 109 are sequentially assembled and formation temperature sensing module 106.Temperature sensing module 106 is arranged at medium altitude chamber 103.

Base 110, is arranged in printing opacity headstock 105, so that luminescence-utraviolet source 102 is closely fixed in medium altitude chamber 103.

Please refer to Fig. 1 to Fig. 4, Fig. 4 is wherein the axonometric chart of this utility model temperature measuring device embodiment, be the temperature measuring device 200 of the sonde configuration 100 of the above-mentioned Fig. 1 to Fig. 3 of Fig. 4 display application, and this temperature measuring device 200 is ear temperature meter (rifle) form.

Temperature measuring device 200 in graphic, except comprising above-mentioned sonde configuration 100, comprises a measuring temp body 201 in addition.Sonde configuration 100 is assembled on measuring temp body 201.In addition, measuring temp body 201 comprises a circuit board 202, a button 203 and a temperature display 204.

Button 203 is electrically connected at circuit board 202, and temperature display 204 is also electrically connected at circuit board 202, and the temperature sensing module 106 of sonde configuration 100 is also electrically connected at circuit board 202.Should be noted at this, button 203 is the elements that start whole circuit board 202 and be connected, therefore button is made a general reference a kind of switch (switch).In addition, temperature display 204 is except can, in order to displays temperature numerical value, more showing different backlight colors, and it can allow user see that by the different backlight colors of demonstration situation (for example fever) shows result.

Therefore, above-mentioned temperature measuring device 200 can send a ultraviolet by the design in luminescence-utraviolet source 102, and designs by the printing opacity of printing opacity head 101 again, and by ultraviolet, sonde configuration 100 is carried out to bactericidal action.

Claims (5)

1. a temperature measuring device with sonde configuration, is characterized in that, comprising:

One sonde configuration, comprising:

One printing opacity head; And

At least one luminescence-utraviolet source, it sends ultraviolet to appear in this printing opacity head, in order to sterilizing; And

One measuring temp body, it is assembled with this sonde configuration.

2. the temperature measuring device with sonde configuration as claimed in claim 1, it is characterized in that, this printing opacity head of this sonde configuration is open hollow tube-shape and comprises a medium altitude chamber, and this printing opacity head comprises a transmittance section and a printing opacity headstock, and this transmittance section connects this printing opacity headstock.

3. the temperature measuring device with sonde configuration as claimed in claim 2, is characterized in that, this luminescence-utraviolet source of this sonde configuration is arranged at this printing opacity headstock luminous to appear this transmittance section in this printing opacity head.

4. the temperature measuring device with sonde configuration as claimed in claim 2, is characterized in that, this luminescence-utraviolet source of this sonde configuration is arranged at this medium altitude chamber luminous to appear this transmittance section in this printing opacity head.

5. the temperature measuring device with sonde configuration as claimed in claim 2, is characterized in that, this sonde configuration more comprises a temperature sensing module, and it is arranged at this medium altitude chamber.

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