CN105030208A - Assembly method of thermometer - Google Patents
Assembly method of thermometer Download PDFInfo
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- CN105030208A CN105030208A CN201510300258.8A CN201510300258A CN105030208A CN 105030208 A CN105030208 A CN 105030208A CN 201510300258 A CN201510300258 A CN 201510300258A CN 105030208 A CN105030208 A CN 105030208A
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Abstract
The invention discloses an assembly method of a thermometer. The thermometer comprises a body member. The assembly method includes the steps of A, coupling one end of a transmission line to a sensor; B, adding a proper amount of high thermal conductivity glue into a chamber of a temperature sensitive cap member; C, placing the sensor processed in the step A into the temperature sensitive cap member processed in the step B; D, heating and baking the temperature sensitive cap member processed in the step C in an oven, firmly bonding the temperature sensitive cap member to the sensor through the high thermal conductivity glue which evenly attaches to the inner wall of the temperature sensitive cap member; and E, finally, bonding the temperature sensitive cap member processed in the step D to a temperature sensitive head of the body member through insulation glue, and fully sealing a chamber of the temperature sensitive cap member. The assembly method has the advantages that thermal balance is quickly achievable and replacement is available.
Description
Technical field
The present invention relates to measurement of bldy temperature field, relate to a kind of assembly method of clinical thermometer in particular.
Background technology
On the use field of health-care (healthcare), electronic thermometer (electronicthermometers) comparatively traditional glass clinical thermometer (glassthermometers) has more advantage, such as, the sterilisation program (sterilizationprocedure) of glass thermometer can be exempted; The risk broken when avoiding clinical thermometer to drop; Mistake when digital temperature display mode can avoid temperature to read; The degree of accuracy improved by suitable circuit design and accuracy, accurately can be measured the Fahrenheit temperature (Fahrenheit temperature=(9* Celsius temperature+160)/5) of 1/10th and be shown.
But, having time response (slowtimeresponse) is slowly the problem that electronic thermometer also exists for a long time, main cause is the quality (mass) that has of temperature sensing head (probe) and thermal capacity (heatcapacity), make temperature sensing head cannot change into human body temperature by room temperature immediately, generally speaking, temperature sensing head is measured a final equilibrium temperature value (finalstabilizedtemperature) and about needs 1.5 to 2 minutes.
Application number be 2010206909316 Chinese utility model patent file disclose a kind of clinical thermometer with hollow heat-conducting structure, comprising: a body member, there is a display part; End member, have a hollow cavity and the thermal interface around hollow cavity, this end member is fixed in body member; One sensor, inside the thermal interface being attached to end member, produces a temperature signal with the temperature of sense heat contact surface; One group of transmission line, is coupled to sensor to transmit temperature signal to display part, uses the corresponding temperature value of display one; And a hollow heat-conducting structure, insert in the hollow cavity of end member, hollow heat-conducting structure comprises one and fits tightly the thermal conductive surface inside thermal interface and link the above-mentioned transmission line of thermal conductive surface, wherein this group transmission line and thermal conductive surface copline and form a complete continuous surface pattern, above with thermal conductive surface laminating thermal interface fast and evenly transmit hot-fluid to the mode of transmission line, can accelerate the time response of electronic clinical thermometer.
But the applicant is after use the patented product, find that the patented product also has following problem: first, shown in description [0031] section of this patent and Figure of description 3, that hollow heat-conducting structure is inserted in end member, and sensor of fitting is in the inner side of end member, then assembles remaining parts (as comprising detecting part, the body member of display part and bonnet) and complete the making of clinical thermometer.But this installation method, hollow heat-conducting structure and end member inside have interval all the time to be existed, have the thermal energy lost because of air flowing and hot biography for when end member heats up, be unfavorable for that end member reaches thermally equilibrated state fast, the time response of electronic clinical thermometer can not be accelerated to greatest extent; The second, with reference to this patent description [0006] section shown in, end member is fixed on body member, when making in end member or body member one to be in cisco unity malfunction, can not change, and cause overall the scrapping of needs, add economic cost.
Therefore, the applicant, by by adopting new clinical thermometer installation method, better solves the problems of the technologies described above.
Summary of the invention
For the deficiency that prior art exists, the object of the present invention is to provide a kind of clinical thermometer assembly method that can reach thermal equilibrium state and replaceable feature fast.
For achieving the above object, the invention provides following technical scheme: a kind of assembly method of clinical thermometer, includes body member, it is characterized in that including following steps:
A: one end of transmission line is coupled on sensor;
B: add appropriate high-heat-conductivity glue in the cavity of temperature-sensitive cap component;
C: the temperature-sensitive cap component after step B process put into by the sensor after first processing of step A is good;
D: baking oven heated baking put into by the temperature-sensitive cap component after being handled well by step C again, by high-heat-conductivity glue, temperature-sensitive cap component and sensor is firmly bonded together, and high-heat-conductivity glue is attached on the inwall of temperature-sensitive cap component uniformly;
E: finally with adiabatic gum, the temperature-sensitive cap component in step D and the temperature-sensitive head component on body member are bonded together, and the cavity of temperature-sensitive cap component is sealed completely.
By adopting technique scheme, clinical thermometer of the present invention, the temperature-sensitive head component include body member, being wholely set with body member and temperature-sensitive cap component, one end of transmission line is coupled to this sensor to transmit this temperature signal, and the other end is extended on the outside of temperature-sensitive cap component, sensor is attached on the bottom of the cavity of temperature-sensitive cap component, to sense the temperature of this temperature-sensitive cap component and to produce a temperature signal, and one end that temperature-sensitive head component deviates from body member is inserted in the cavity of described temperature-sensitive cap component, and be filled with thermoplastic adiabatic gum between described temperature-sensitive head component and temperature-sensitive cap component, first plays being interconnected for temperature-sensitive head component and temperature-sensitive cap component, second also serves and coordinates with high-heat-conductivity glue, and temperature-sensitive cap component inside is sealed completely, to reduce because of the thermal energy that air flowing and heat pass for and loses when temperature-sensitive cap component heats up, so that clinical thermometer temperature-sensitive head component reaches thermally equilibrated state fast, in addition, the present invention is filled with high-heat-conductivity glue on the cavity of its temperature-sensitive cap component, make can melt under the high temperature conditions, thus before sensor of the present invention and transmission line being assemblied in temperature-sensitive cap component, appropriate high-heat-conductivity glue is added in temperature-sensitive cap component, or after sensor of the present invention and transmission line being assemblied in temperature-sensitive cap component, appropriate high-heat-conductivity glue is added in temperature-sensitive cap component, then whole parts (the temperature-sensitive cap component of heat-conducting glue and sensor is housed) are put into baking oven heated baking (in official hour and temperature), by glue, temperature-sensitive cap component and sensor are firmly bonded together, and glue is attached on the inwall of temperature-sensitive cap component uniformly, temperature-sensitive cap component inside is sealed completely, to effectively reduce the thermal energy lost because of air flowing and hot biography for when temperature-sensitive cap component heats up, so that temperature-sensitive head component reaches thermally equilibrated state fast, the Chinese utility model patent file being 2010206909316 compared with application number is compared, clinical thermometer temperature-sensitive head component of the present invention, thermal equilibrium state can be reached fast and shorten the Measuring Time of clinical thermometer, reach thermal equilibrium state than the traditional temperature-sensitive head component described in above-mentioned patent and at least shorten more than 10S, and clinical thermometer of the present invention, in dismountable connected mode between temperature-sensitive head component and temperature-sensitive cap component, thus when at temperature-sensitive head component and temperature-sensitive cap component, one of them is in cisco unity malfunction, adiabatic gum fusing (fusion temperature only need higher than the fusion temperature of adiabatic gum) that user only need will solidify, can by temperature-sensitive head component and the mutually isolated taking-up of temperature-sensitive cap component, with the parts more renewed, thus avoid scrapping of clinical thermometer entirety, decrease economic loss, thus patent of the present invention has and can reach thermal equilibrium state and removable feature fast.
The present invention is set to further: described transmission line is in step by frock coiling shape.
By adopting technique scheme, transmission line is helically arranged, thus by increasing the heating surface area (transmission line spiral effectively can strengthen heating surface area) of sensor, sensor critesistor can be rapidly heated, shorten the heating-up time of temperature-sensitive head component, shorten the Measuring Time of clinical thermometer to reach thermal equilibrium state fast further.
The present invention is set to further: the inwall spread configuration of this cavity is close to by the described sense line in step C.
By adopting technique scheme, sense line is made to be close to the inwall spread configuration of this cavity, also with the heating surface area (transmission line spiral effectively can strengthen heating surface area) by increasing sensor, sensor critesistor can be rapidly heated, shorten the heating-up time of temperature-sensitive head component, shorten the Measuring Time of clinical thermometer to reach thermal equilibrium state fast further.
The present invention is set to further: described high-heat-conductivity glue is in stepb any one in Eccobond 281, vulcanizate, hard rubber, butadiene-styrene rubber, neoprene, neoprene vulcanizate, butyl rubber or acrylonitrile-butadiene rubber.
The present invention is set to further: the time of toasting in step D and temperature select concrete material to determine by high-heat-conductivity glue.
The present invention is set to further: the described adiabatic gum in step e is acrylic glue or silica gel or closes the super glue of many board AAA all-transparents.
By adopting technique scheme, acrylic glue or silica gel or close the super glue of many board AAA all-transparents all there is good heat-proof quality, the heat that can effectively reduce in temperature-sensitive cap component is delivered to temperature-sensitive head component, so that clinical thermometer temperature-sensitive head component reaches thermally equilibrated state fast.
The present invention is set to further: the fusion temperature of described adiabatic gum is less than the fusion temperature of high-heat-conductivity glue.
By adopting technique scheme, the fusion temperature of adiabatic gum is set to the fusion temperature being less than high-heat-conductivity glue, when temperature-sensitive head component is in cisco unity malfunction, user only need by solidify adiabatic gum fusing (fusion temperature can preferably between the fusion temperature and the fusion temperature of high-heat-conductivity glue of adiabatic gum, adiabatic gum only between temperature-sensitive head component and temperature-sensitive cap component is melted, and the high-heat-conductivity glue in temperature-sensitive cap component is still in curdled appearance), can by temperature-sensitive head component and the mutually isolated taking-up of temperature-sensitive cap component, with the parts more renewed, thus avoid scrapping of clinical thermometer entirety, decrease economic loss, and when being in cisco unity malfunction at temperature-sensitive cap component, user need by the adiabatic gum solidified and high-heat-conductivity glue fusing (fusion temperature can be preferably all on the fusion temperature of adiabatic gum and the fusion temperature of high-heat-conductivity glue, adiabatic gum between temperature-sensitive head component and temperature-sensitive cap component is melted and high-heat-conductivity glue in temperature-sensitive cap component, and the high-heat-conductivity glue in temperature-sensitive cap component is still in curdled appearance), can by temperature-sensitive head component and the mutually isolated taking-up of temperature-sensitive cap component, with the parts more renewed, thus avoid scrapping of clinical thermometer entirety, decrease economic loss.
The present invention compares relative to the Chinese utility model patent file that application number is 2010206909316, is extruded with some feature following.
1: by the heating surface area (sensor enamel-covered wire spiral a few circle) increasing sensor, sensor critesistor can be rapidly heated; Shorten the heating-up time of temperature-sensitive head component.
2: by adiabatic gum, temperature-sensitive head component and temperature-sensitive cap component are bonded together, and temperature-sensitive cap component inside is sealed completely, to reduce because of the thermal energy that air flowing and heat pass for and loses when temperature-sensitive cap component heats up, to reach thermally equilibrated state fast.
3: can mutually isolatedly be taken out by temperature-sensitive head component and temperature-sensitive cap component, with the parts more renewed, thus avoid scrapping of clinical thermometer global facility, decrease economic loss, thus patent of the present invention has and can reach thermal equilibrium state and removable feature fast.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in further detail.
Fig. 1 is the installation diagram A of the assembly method of a kind of clinical thermometer of the present invention;
Fig. 2 is the installation diagram B of the assembly method of a kind of clinical thermometer of the present invention;
Fig. 3 is the installation diagram C of the assembly method of a kind of clinical thermometer of the present invention;
Fig. 4 is the installation diagram D of the assembly method of a kind of clinical thermometer of the present invention;
Fig. 5 is the installation diagram E of the assembly method of a kind of clinical thermometer of the present invention.
In figure: 1, sensor; 2, cavity; 3, temperature-sensitive cap component; 4, transmission line; 5, high-heat-conductivity glue; 6, temperature-sensitive head component; 7, adiabatic gum.
Detailed description of the invention
Referring to figs. 1 through Fig. 5, the embodiment of the assembly method of a kind of clinical thermometer of the present invention is described further.
Referring to figs. 1 through a kind of clinical thermometer shown in Fig. 5, include sensor 1, there is the temperature-sensitive cap component 3 of hollow form cavity 2 and transmission line 4.
Shown in reference Fig. 3 to Fig. 5, described sensor 11 is attached on the bottom of temperature-sensitive cap component 3 cavity 2, to sense the temperature of this temperature-sensitive cap component 3 and to produce a temperature signal.
Shown in reference Fig. 1, Fig. 3, Fig. 4 and Fig. 5, one end of described transmission line 4 is coupled to this sensor 1 to transmit this temperature signal, and the other end is extended on the outside of temperature-sensitive cap component 3.
Shown in reference Fig. 2 to Fig. 5, be also filled with high-heat-conductivity glue 5 in described cavity 2, for seal chamber 2, with reference to shown in figure, about high-heat-conductivity glue 5 amount for seal chamber 2 after solidifying can account for the half of cavity 2 capacity.
Shown in reference Fig. 1, Fig. 3, Fig. 4 and Fig. 5, the present invention is set to further: described transmission line 4 is spiral setting, transmission line 4 is helically arranged, thus by increasing the heating surface area (transmission line 4 spiral effectively can strengthen heating surface area) of sensor 1, sensor 1 critesistor can be rapidly heated, shorten the heating-up time of temperature-sensitive head component 6, shorten the Measuring Time of clinical thermometer to reach thermal equilibrium state fast further.
Shown in reference Fig. 3 to Fig. 5, the present invention is set to further: the inwall spread configuration of this cavity 2 is close to by described sense line, sense line is made to be close to the inwall spread configuration of this cavity 2, also with the heating surface area (transmission line 4 spiral effectively can strengthen heating surface area) by increasing sensor 1, sensor 1 critesistor can be rapidly heated, shorten the heating-up time of temperature-sensitive head component 6, shorten the Measuring Time of clinical thermometer to reach thermal equilibrium state fast further.
Shown in reference Fig. 2 to Fig. 5, the present invention is set to further: described high-heat-conductivity glue 5 is any one in Eccobond 281, vulcanizate, hard rubber, butadiene-styrene rubber, neoprene, neoprene vulcanizate, butyl rubber or acrylonitrile-butadiene rubber, for Eccobond 281 explanation, Eccobond 281 be a kind of one pack system, highly-filled, have thixotropic paste epoxy glue, can cementing multiple material as metal, glass and plastics etc., make the present invention reach better effect.
Shown in reference Fig. 1, Fig. 3, Fig. 4 and Fig. 5, the present invention is set to further: described transmission line 4 is enamel-covered wire.
Shown in reference Fig. 5, the present invention is set to further: a kind of clinical thermometer, comprise body member (not draw in Fig. 3, it is the download top position setting of temperature-sensitive head component 6 in figure 3), also include the temperature-sensitive head component 6 and temperature-sensitive head component 6 that are wholely set with body member, one end that described temperature-sensitive head component 6 deviates from body member is inserted in the cavity 2 of described temperature-sensitive cap component 3, and be filled with thermoplastic adiabatic gum 7 between described temperature-sensitive head component 6 and temperature-sensitive cap component 3, for being interconnected of temperature-sensitive head component 6 and temperature-sensitive cap component 3, clinical thermometer of the present invention, include body member, the temperature-sensitive head component 6 be wholely set with body member and temperature-sensitive head component 6, and one end that temperature-sensitive head component 6 deviates from body member is inserted in the cavity 2 of described temperature-sensitive cap component 3, and be filled with thermoplastic adiabatic gum 7 between described temperature-sensitive head component 6 and temperature-sensitive cap component 3, first plays being interconnected for temperature-sensitive head component 6 and temperature-sensitive cap component 3, second also serves and coordinates with high-heat-conductivity glue 5, and temperature-sensitive cap component 3 inside is sealed completely, to reduce because of the thermal energy that air flowing and heat pass for and loses when temperature-sensitive cap component 3 heats up, so that clinical thermometer temperature-sensitive head component 6 reaches thermally equilibrated state fast.The present invention and application number is made to be compared with the Chinese utility model patent file of 2010206909316, clinical thermometer of the present invention, in dismountable connected mode between temperature-sensitive head component 6 and temperature-sensitive cap component 3, thus when at temperature-sensitive head component 6 and temperature-sensitive cap component 3, one of them is in cisco unity malfunction, the adiabatic gum 7 solidified only need melt by user (fusion temperature only need higher than the fusion temperature of adiabatic gum 7), can by temperature-sensitive head component 6 and the mutually isolated taking-up of temperature-sensitive cap component 3, with the parts more renewed, thus avoid scrapping of clinical thermometer entirety, decrease economic loss.
Shown in reference Fig. 5, the present invention is set to further: described adiabatic gum 7 is for acrylic glue or silica gel or close the super glue of many board AAA all-transparents, acrylic glue or silica gel are all or close the super glue of many board AAA all-transparents and have good heat-proof quality, the heat that can effectively reduce in temperature-sensitive cap component 3 is delivered to temperature-sensitive head component 6, so that clinical thermometer temperature-sensitive head component 6 reaches thermally equilibrated state fast.
Shown in reference Fig. 5, the present invention is set to further: the fusion temperature of described adiabatic gum 7 is less than the fusion temperature of high-heat-conductivity glue 5, the fusion temperature of adiabatic gum 7 is set to the fusion temperature being less than high-heat-conductivity glue 5, when temperature-sensitive head component 6 is in cisco unity malfunction, the adiabatic gum 7 solidified only need melt by user, and (fusion temperature can preferably between the fusion temperature and the fusion temperature of high-heat-conductivity glue 5 of adiabatic gum 7, adiabatic gum 7 only between temperature-sensitive head component 6 and temperature-sensitive cap component 3 is melted, and the high-heat-conductivity glue 5 in temperature-sensitive cap component 3 is still in curdled appearance), can by temperature-sensitive head component 6 and the mutually isolated taking-up of temperature-sensitive cap component 3, with the parts more renewed, thus avoid scrapping of clinical thermometer entirety, decrease economic loss, and when being in cisco unity malfunction at temperature-sensitive cap component 3, the adiabatic gum 7 solidified and high-heat-conductivity glue 5 need melt by user, and (fusion temperature can be preferably all on the fusion temperature of adiabatic gum 7 and the fusion temperature of high-heat-conductivity glue 5, adiabatic gum 7 between temperature-sensitive head component 6 and temperature-sensitive cap component 3 is melted and high-heat-conductivity glue 5 in temperature-sensitive cap component 3, and the high-heat-conductivity glue 5 in temperature-sensitive cap component 3 is still in curdled appearance), can by temperature-sensitive head component 6 and the mutually isolated taking-up of temperature-sensitive cap component 3, with the parts more renewed, thus avoid scrapping of clinical thermometer entirety, decrease economic loss.
Be following 2 problems of the Chinese utility model patent file existence of 2010206909316 for application number: first, the thermal energy lost because of air flowing and hot biography for when end member heats up, be unfavorable for that end member reaches thermally equilibrated state fast, the time response of electronic clinical thermometer can not be accelerated to greatest extent; The second, end member is fixed on body member, when making in end member or body member one to be in cisco unity malfunction, can not change, and causes overall the scrapping of needs, adds economic cost.The present invention better solves the problems of the technologies described above by have employed new assembly method.
Referring to figs. 1 through shown in Fig. 5, assembly method of the present invention includes following steps.
A: one end of transmission line 4 is coupled on sensor 1.
B: add appropriate high-heat-conductivity glue 5 in the cavity 2 of temperature-sensitive cap component 3.
C: the temperature-sensitive cap component 3 after step B process put into by the sensor 1 after first processing of step A is good.
D: baking oven heated baking put into by the temperature-sensitive cap component 3 after being handled well by step C again, by high-heat-conductivity glue 5, temperature-sensitive cap component 3 and sensor 1 is firmly bonded together, and high-heat-conductivity glue 5 is attached on the inwall of temperature-sensitive cap component 3 uniformly.
E: finally with adiabatic gum 7, the temperature-sensitive cap component 3 in step D is bonded together with the temperature-sensitive head component 6 on body member, and the cavity 2 of temperature-sensitive cap component 3 is sealed completely.
It should be noted that in addition, installation step of the present invention, can assemble by A → B → C → D → E order, can assemble by B → A → C → D → E order yet, two orders all do not affect the final actual effect that the present invention brings.
Referring to figs. 1 through shown in Fig. 5, clinical thermometer of the present invention, the temperature-sensitive head component 6 include body member, being wholely set with body member and temperature-sensitive cap component 3, one end of transmission line 4 is coupled to this sensor 1 to transmit this temperature signal, and the other end is extended on the outside of temperature-sensitive cap component 3, sensor 1 is attached on the bottom of the cavity 2 of temperature-sensitive cap component 3, to sense the temperature of this temperature-sensitive cap component 3 and to produce a temperature signal, and one end that temperature-sensitive head component 6 deviates from body member is inserted in the cavity 2 of described temperature-sensitive cap component 3, and be filled with thermoplastic adiabatic gum 7, the first between described temperature-sensitive head component 6 and temperature-sensitive cap component 3 and play being interconnected for temperature-sensitive head component 6 and temperature-sensitive cap component 3, second also serves and coordinates with high-heat-conductivity glue 5, and temperature-sensitive cap component 3 inside is sealed completely, to reduce because of the thermal energy that air flowing and heat pass for and loses when temperature-sensitive cap component 3 heats up, so that clinical thermometer temperature-sensitive head component 6 reaches thermally equilibrated state fast, in addition, the present invention is filled with high-heat-conductivity glue 5 on the cavity 2 of its temperature-sensitive cap component 3, make can melt under the high temperature conditions, thus before sensor 1 of the present invention and transmission line 4 are assemblied in temperature-sensitive cap component 3, appropriate high-heat-conductivity glue 5 is added in temperature-sensitive cap component 3, or after sensor 1 of the present invention and transmission line 4 are assemblied in temperature-sensitive cap component 3, appropriate high-heat-conductivity glue 5 is added in temperature-sensitive cap component 3, then whole parts (the temperature-sensitive cap component 3 of heat-conducting glue and sensor 1 is housed) are put into baking oven heated baking (in official hour and temperature), by glue, temperature-sensitive cap component 3 and sensor 1 are firmly bonded together, and glue is attached on the inwall of temperature-sensitive cap component 3 uniformly, temperature-sensitive cap component 3 inside is sealed completely, to effectively reduce the thermal energy lost because of air flowing and hot biography for when temperature-sensitive cap component 3 heats up, so that temperature-sensitive head component 6 reaches thermally equilibrated state fast, the Chinese utility model patent file being 2010206909316 compared with application number is compared, clinical thermometer temperature-sensitive head component 6 of the present invention, thermal equilibrium state can be reached fast and shorten the Measuring Time of clinical thermometer, reach thermal equilibrium state than the traditional temperature-sensitive head component 6 described in above-mentioned patent and at least shorten more than 10S, and clinical thermometer of the present invention, in dismountable connected mode between temperature-sensitive head component 6 and temperature-sensitive cap component 3, thus when at temperature-sensitive head component 6 and temperature-sensitive cap component 3, one of them is in cisco unity malfunction, the adiabatic gum 7 solidified only need melt by user (fusion temperature only need higher than the fusion temperature of adiabatic gum 7), can by temperature-sensitive head component 6 and the mutually isolated taking-up of temperature-sensitive cap component 3, with the parts more renewed, thus avoid scrapping of clinical thermometer entirety, decrease economic loss, thus patent of the present invention has and can reach thermal equilibrium state and removable feature fast.
Referring to figs. 1 through shown in Fig. 5, the present invention compares relative to the Chinese utility model patent file that application number is 2010206909316, be extruded with some feature following.
1: by the heating surface area enamel-covered wire of the sensor 1 (spiral a few circle) increasing sensor 1, sensor 1 critesistor can be rapidly heated; Shorten the heating-up time of temperature-sensitive head component 6.
2: by adiabatic gum 7, temperature-sensitive head component 6 and temperature-sensitive cap component 3 are bonded together, and temperature-sensitive cap component 3 inside is sealed completely, to reduce because of the thermal energy that air flowing and heat pass for and loses when temperature-sensitive cap component 3 heats up, so that clinical thermometer temperature-sensitive head component 6 reaches thermally equilibrated state fast.
3. can mutually isolatedly be taken out by temperature-sensitive head component 6 and temperature-sensitive cap component 3, with the parts more renewed, thus avoid scrapping of clinical thermometer global facility, decrease economic loss, thus patent of the present invention has and can reach thermal equilibrium state and removable feature fast.
Claims (7)
1. an assembly method for clinical thermometer, includes body member, it is characterized in that including following steps:
A: one end of transmission line is coupled on sensor;
B: add appropriate high-heat-conductivity glue in the cavity of temperature-sensitive cap component;
C: the temperature-sensitive cap component after step B process put into by the sensor after first processing of step A is good;
D: baking oven heated baking put into by the temperature-sensitive cap component after being handled well by step C again, by high-heat-conductivity glue, temperature-sensitive cap component and sensor is firmly bonded together, and high-heat-conductivity glue is attached on the inwall of temperature-sensitive cap component uniformly;
E: finally with adiabatic gum, the temperature-sensitive cap component in step D and the temperature-sensitive head component on body member are bonded together, and the cavity of temperature-sensitive cap component is sealed completely.
2. the assembly method of a kind of clinical thermometer according to claim 1, is characterized in that: described transmission line is in step by frock coiling shape.
3. the assembly method of a kind of clinical thermometer according to claim 1 and 2, is characterized in that: the inwall spread configuration of this cavity is close to by the described sense line in step C.
4. the assembly method of a kind of clinical thermometer according to claim 1, is characterized in that: described high-heat-conductivity glue is in stepb any one in Eccobond 281, vulcanizate, hard rubber, butadiene-styrene rubber, neoprene, neoprene vulcanizate, butyl rubber or acrylonitrile-butadiene rubber.
5. the assembly method of a kind of clinical thermometer according to claim 1 or 2 or 4, is characterized in that: the time of toasting in step D and temperature select concrete material to determine by high-heat-conductivity glue.
6. the assembly method of a kind of clinical thermometer according to claim 1, is characterized in that: the described adiabatic gum in step e is acrylic glue or silica gel or closes the super glue of many board AAA all-transparents.
7. the assembly method of a kind of clinical thermometer according to claim 1 or 2 or 4 or 6, is characterized in that: the fusion temperature of described adiabatic gum is less than the fusion temperature of high-heat-conductivity glue.
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| CN106168555A (en) * | 2016-08-31 | 2016-11-30 | 青岛海颐天仪器有限公司 | Intelligent multifunctional returns and evaporates instrument |
| CN106377230A (en) * | 2016-03-22 | 2017-02-08 | 深圳九星印刷包装集团有限公司 | Temperature measuring system and temperature measuring device thereof |
| CN109253822A (en) * | 2018-09-12 | 2019-01-22 | 刘凯 | Accelerate the method and clinical thermometer of thermometer measurement speed |
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| CN1499181A (en) * | 2002-11-04 | 2004-05-26 | 红电医学科技股份有限公司 | Quick response electrothermometer |
| EP1533599A1 (en) * | 2003-11-19 | 2005-05-25 | Oriental System Technology Inc. | Electronic clinical thermometer |
| CN201996531U (en) * | 2010-11-19 | 2011-10-05 | 捷威科技股份有限公司 | Thermometer with hollow heat conduction structure |
| CN102525427A (en) * | 2010-12-30 | 2012-07-04 | 捷威科技股份有限公司 | Mercury-free non-electronic type thermometer with protection structure |
| CN103424207A (en) * | 2013-09-04 | 2013-12-04 | 东阿阿胶阿华医疗器械有限公司 | Electronic clinical thermometer and manufacturing method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106377230A (en) * | 2016-03-22 | 2017-02-08 | 深圳九星印刷包装集团有限公司 | Temperature measuring system and temperature measuring device thereof |
| CN106168555A (en) * | 2016-08-31 | 2016-11-30 | 青岛海颐天仪器有限公司 | Intelligent multifunctional returns and evaporates instrument |
| CN109253822A (en) * | 2018-09-12 | 2019-01-22 | 刘凯 | Accelerate the method and clinical thermometer of thermometer measurement speed |
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