CN208420955U - Protein analyzer reagent thermostatic assembly - Google Patents
Protein analyzer reagent thermostatic assembly Download PDFInfo
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- CN208420955U CN208420955U CN201821248347.8U CN201821248347U CN208420955U CN 208420955 U CN208420955 U CN 208420955U CN 201821248347 U CN201821248347 U CN 201821248347U CN 208420955 U CN208420955 U CN 208420955U
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- thermostat
- constant temperature
- bottom plate
- insulating layer
- protein analyzer
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Abstract
The utility model discloses protein analyzer reagent thermostatic assemblies, and the thermostatic assembly thermometric for solving existing immunoanalyzer is inaccurate, the limited problem of constant temperature, heat dissipation effect.The utility model includes thermostat, constant temperature bottom plate, cooling module, temperature measurement structure and radiator structure, the top notch configured slot lid of the thermostat, the constant temperature bottom plate is arranged in the bottom of the thermostat, the cooling module is arranged in the bottom of the constant temperature bottom plate, insulating layer is set around the thermostat, insulating layer shell is set on the outside of the insulating layer, the temperature measurement structure includes temperature sensor and sensor jacket, the temperature sensor is inserted into the sensor jacket, in the removably insertable constant temperature bottom plate of sensor jacket, the lower end of the insulating layer shell connects base support, the radiator structure is arranged in the bottom of the cooling module and vacantly in base support.The utility model has the advantages that heat preservation, good heat dissipation effect.
Description
Technical field
The utility model relates to thermostat technical fields, and in particular to protein analyzer reagent thermostatic assembly.
Background technique
Full-automatic specific protein analyzer is clinically used check analysis instrument, when being detected to reagent,
It needs to carry out temperature control to reagent, the storage temperature of usual reagent all controls in a certain range, if exceeding temperature control model
Enclose, then be likely to influence reagent shelf-life, if temperature is excessively high or too low, can also make the ingredient in reagent change into
And influence testing result.
For some reagents for needing low temperature that could keep components unchanged, be generally located in front of testing in refrigerator into
Row saves, and in the detection process, since detection needs the time, during this period of time it is also required to guarantee that reagent is the temperature in needs
Spend range in, if not to test agent carry out cryogenic thermostat control, be easy so that when detecting ingredient change influence inspection
It surveys as a result, thus it is guaranteed that the cryogenic thermostat of this kind of reagent detection process is to guarantee the accurate importance of result.
And want the heat insulation effect of thermostatic assembly good, it is accurate to need to detect, and integral heat insulation performance is good, and present full-automatic spy
The refrigerating thermal-insulation effect for determining the thermostatic assembly of protein analyzer is limited, needs to be further increased, and in terms of heat dissipation, present perseverance
The heat dissipation of warm assembly radiating structure is not good enough, and being easy to appear cooling module damage or radiating bad leads to thermostatic assembly temperature control not
It is quasi-.
Utility model content
The technical problem to be solved by the utility model is to the thermostatic assembly thermometric of existing immunoanalyzer is not
Standard, constant temperature, heat dissipation effect are limited.
The utility model provides the protein analyzer reagent thermostatic assembly to solve the above problems.
The utility model is achieved through the following technical solutions:
Protein analyzer reagent thermostatic assembly, including thermostat, constant temperature bottom plate, cooling module, temperature measurement structure and heat dissipation
The constant temperature bottom plate, the constant temperature bottom is arranged in the bottom of structure, the top notch configured slot lid of the thermostat, the thermostat
The cooling module is arranged in the bottom of plate, insulating layer is arranged around the thermostat, on the outside of the insulating layer outside setting insulating layer
Shell, the temperature measurement structure include temperature sensor and sensor jacket, and the temperature sensor is inserted into the sensor jacket, institute
It states in the removably insertable constant temperature bottom plate of sensor jacket, the lower end of the insulating layer shell connects base support, described to dissipate
Heat structure is arranged in the bottom of the cooling module and vacantly in base support.
The design principle of the utility model are as follows: pass through setting thermostat and guarantee the temperature of thermostat to carry out the guarantor of reagent
Constant temperature bottom plate is arranged in the bottom of temperature, thermostat, and thermostat layer is arranged in surrounding, and the cooling module refrigeration being arranged under constant temperature bottom plate is led to
It crosses heat transfer thermostat layer and constant temperature bottom plate is freezed, in this way, the thermostat of grooved lid is equivalent to a refrigerating box, can will place
Low-temperature preservation is carried out in reagent therein；Cooling piece can generate a large amount of heat in process of refrigerastion, if these heat pass not in time
It passs away, the temperature of thermostat can be had an impact, also result in the lost of life of refrigeration member, the application is in the bottom of cooling piece
Radiator is set, and when radiator vacantly in base support, the heat of radiator can pass through the sky of base support
Air-flow is logical to take away heat；Temperature sensor is fitted into sensor jacket by the application, then inserts the sheath into the progress of constant temperature bottom plate
Thermometric not only protects temperature sensor, and easy for installation.
The utility model preferred protein analyzer reagent thermostatic assembly, the sensor jacket includes integrally formed
Body and pullover are covered, duct is set inside the set body, for being inserted into the temperature sensor, outer spiral shell is arranged in the external of the set body
Cross recess, the constant temperature bottom plate setting is arranged in line, the slot of the pullover setting and hole link, the upper surface of the pullover
With the matched thread jack of set body, the sensor jacket of the structure is similar to bolt structure, when mounting temperature sensor, only needs
Temperature sensor is packed into sensor jacket, then by sensor jacket precession thread jack, structure is simple, operation side
Just, when temperature sensor failure needs repairing or replaces, sensor jacket is screwed out.
The utility model preferred protein analyzer reagent thermostatic assembly, the sensor jacket and the constant temperature bottom plate
Material therefor is identical, can guarantee that sensor jacket is identical with the thermal coefficient of constant temperature bottom plate in this way, reduces measuring and calculating error, favorably
In accurate measurement and calculate temperature.
The utility model preferred protein analyzer reagent thermostatic assembly, the base support include horizontal top and with
Opening is arranged in the middle part of two vertical vertical plates of the both ends edge of horizontal top, the horizontal top, for tying across heat dissipation
Structure, the circular hole that the vertical plate setting electric wire passes through, the wing plate vertical with vertical plane, the wing plate is arranged in the free end of vertical plate
On be respectively provided with through-hole, the shell of base support side and full-automatic specific protein analyzer can be attached, be torn open by bolt
Dress is convenient.
The utility model preferred protein analyzer reagent thermostatic assembly, the front and back of the insulating layer shell
Upper end is respectively provided with wing plate two, and through-hole two is arranged on the wing plate two, can be by insulating layer shell and full-automatic spy by bolt
The shell for determining protein analyzer is attached, to realize the connection of thermostatic assembly and full-automatic specific protein analyzer, and is torn open
Dress is convenient.
The utility model preferred protein analyzer reagent thermostatic assembly, the radiator structure include heat-radiating substrate and dissipate
Multiple cooling fins are arranged on the heat-radiating substrate in Hot-air fan, and the radiator fan is mounted on the lower section of cooling fin.
The utility model preferred protein analyzer reagent thermostatic assembly, the thermostat, insulating layer shell, constant temperature bottom
Plate, heat-radiating substrate and cooling fin material therefor are LY12, and the aluminum alloy hardness of the model is high, good heat conductivity.
Multiple positions in storehouse are arranged in the thermostat in the utility model preferred protein analyzer reagent thermostatic assembly, use
In placement reagent bottle.
The utility model preferred protein analyzer reagent thermostatic assembly, the bottle cap that reagent bottle is arranged in the slot cover are worn
The through-hole three crossed.
The utility model preferred protein analyzer reagent thermostatic assembly, the top sides edge of the thermostat and insulating layer
Setting heat preservation adhesive-layer is sealed between shell.
The utility model has the following advantages and benefits:
1. the utility model is made by the Seal Design of thermostat layer, constant temperature bottom plate and slot cover, the refrigeration of bottom cooling module
It obtains entire thermostat and is in frozen state, good constant-temperature effect.
2. radiator structure is arranged on base support vacantly the utility model, the thermal energy be conducive in radiator structure is quick
The air to be circulated is taken away.
3. the temperature sensor of the utility model is mounted in threaded sensor jacket, sensor jacket is as screw one
Sample can be entered in constant temperature bottom plate with precession, compact-sized, and preventing gap from existing influences detection structure, and the material of the sensor jacket
Matter is consistent with constant temperature bottom plate, reduces measuring and calculating error, is conducive to accurately measure and calculate temperature.
Detailed description of the invention
Attached drawing described herein is used to provide to further understand the utility model embodiment, constitutes the one of the application
Part does not constitute the restriction to the utility model embodiment.In the accompanying drawings:
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the front section view of the utility model.
Fig. 3 is the sensor jacket structural schematic diagram of the utility model.
Fig. 4 is the sensor jacket cross-sectional view of the utility model.
Label and corresponding parts title in attached drawing:
1- thermostat, 2- constant temperature bottom plate, 3- insulating layer shell, 4- base support, 5- radiator structure, 50- cooling fin, 51-
Radiator fan, 6- insulating layer, 7- sensor jacket, 70- cover body, 71- pullover, the duct 72-, 8- cooling module, 9- reagent bottle.
Specific embodiment
For the purpose of this utility model, technical solution and advantage is more clearly understood, below with reference to embodiment and attached drawing,
The utility model is described in further detail, and the exemplary embodiment and its explanation of the utility model are only used for explaining this
Utility model is not intended to limit the scope of the present invention.
As Figure 1-Figure 4, protein analyzer reagent thermostatic assembly, including thermostat 1, constant temperature bottom plate 2, cooling module
8, temperature measurement structure and radiator structure 5, the top notch configured slot lid of the thermostat 1, the thermostat 1 bottom setting described in
The cooling module 8 is arranged in constant temperature bottom plate 2, the bottom of the constant temperature bottom plate 2, and insulating layer 6, institute is arranged in 1 surrounding of thermostat
Setting insulating layer shell 3 on the outside of insulating layer 6 is stated, the temperature measurement structure includes temperature sensor and sensor jacket 7, the temperature
Sensor is inserted into the sensor jacket 7, in the removably insertable constant temperature bottom plate 2 of sensor jacket 7, the insulating layer
The lower end of shell 3 connects base support 4, and the radiator structure 5 is arranged in the bottom of the cooling module 8 and vacantly in pedestal branch
In frame 4.
Pass through setting thermostat 1 and guarantees the temperature of thermostat 1 to carry out the heat preservation of reagent, the bottom setting of thermostat 1
Thermostat layer is arranged in surrounding in constant temperature bottom plate 2, and the lower cooling module 8 being arranged of constant temperature bottom plate 2 freezes, by heat transfer thermostat layer and
Constant temperature bottom plate 2 is freezed, in this way, the thermostat 1 of grooved lid is equivalent to a refrigerating box, can by the reagent being placed therein into
Row low-temperature preservation；Cooling piece can generate a large amount of heat in process of refrigerastion, can be to perseverance if these heat pass not in time
The temperature of warm slot 1 has an impact, and also results in the lost of life of refrigeration member, the application is in the bottom of cooling piece setting heat dissipation dress
It sets, and when radiator vacantly in base support 4, the heat of radiator can pass through the air circulation of base support 4 will
Heat is taken away；Temperature sensor is fitted into sensor jacket 7 by the application, then is inserted the sheath into constant temperature bottom plate 2 and carried out thermometric, no
But temperature sensor is protected, and easy for installation.
Further, the sensor jacket 7 includes integrally formed set body 70 and pullover 71, is set inside the set body 70
Duct 72 is set, for being inserted into the temperature sensor, external screw thread, the setting of pullover 71 and hole is arranged in the external of the set body 70
Cross recess, the setting of constant temperature bottom plate 2 and the set body 70 is arranged in the slot that road 72 is connected to, the upper surface of the pullover 71
The thread jack matched, the sensor jacket 7 of the structure is similar to bolt structure, only need to be by temperature sensing when mounting temperature sensor
Device is packed into sensor jacket 7, and then by 7 precession thread jack of sensor jacket, structure is simple, easy to operate, works as temperature
When sensor failure needs repairing or replaces, sensor jacket 7 is screwed out.
Further, the sensor jacket 7 is identical with 2 material therefor of constant temperature bottom plate, can guarantee to sense in this way
Device sheath 7 is identical with the thermal coefficient of constant temperature bottom plate 2, reduces measuring and calculating error, is conducive to accurately measure and calculate temperature.
Further, the base support 4 includes that horizontal top and two vertical with the both ends edge of horizontal top are perpendicular
Opening is arranged in the middle part of straight panel, the horizontal top, the circle for passing through across radiator structure 5, the vertical plate setting electric wire
Hole, the free end of vertical plate are arranged the wing plate vertical with vertical plane, are respectively provided with through-hole on the wing plate, can be the bottom of by by bolt
The shell of 4 side of seat support and full-automatic specific protein analyzer is attached, convenient for disassembly and assembly.
A front surface and a side surface bottom edge of the insulating layer shell 3 is vertically arranged wing plate three, the wing plate three and the water
Ceiling is connected by screw bolts, to realize the connection of insulating layer shell 3 and the base support 4.
Further, the upper end of the front and back of the insulating layer shell 3 is respectively provided with wing plate two, on the wing plate two
Through-hole two is set, can be attached the shell of insulating layer shell 3 and full-automatic specific protein analyzer by bolt, thus
Realize the connection of thermostatic assembly and full-automatic specific protein analyzer, and convenient for disassembly and assembly.
Further, the radiator structure 5 includes heat-radiating substrate and radiator fan 51, is arranged on the heat-radiating substrate multiple
Cooling fin 50, the radiator fan 51 are mounted on the lower section of cooling fin 50.
Further, the thermostat 1, constant temperature bottom plate 2, heat-radiating substrate and 50 material therefor of cooling fin are LY12, should
The aluminum alloy hardness of model is high, good heat conductivity.
Further, 4 bin levels are set in the thermostat 1, for placing reagent bottle 9.
Further, the through-hole three that the bottle cap of reagent bottle 9 passes through is set in the slot cover.
Further, the top sides of the thermostat 1 are close along carrying out with setting heat preservation adhesive-layer between insulating layer shell 3
Envelope, the heat preservation adhesive-layer material therefor are EPDM.
Further, the cooling module 8 is electronic refrigerating sheet.
Further, the insulating layer shell 3 and 4 material therefor of base support are Q235.
In the utility model, term " on " used, "lower", " in ", " two sides " etc. be subject to attached drawing.
Above-described specific embodiment, to the purpose of this utility model, technical scheme and beneficial effects carried out into
One step is described in detail, it should be understood that being not used to limit the foregoing is merely specific embodiment of the present utility model
Determine the protection scope of the utility model, within the spirit and principle of the utility model, any modification for being made equally is replaced
It changes, improve, should be included within the scope of protection of this utility model.
Claims (9)
1. protein analyzer reagent thermostatic assembly, which is characterized in that including thermostat (1), constant temperature bottom plate (2), cooling module
(8), temperature measurement structure and radiator structure (5), the top notch configured slot lid of the thermostat (1), the bottom of the thermostat (1)
The constant temperature bottom plate (2) is set, and the cooling module (8), thermostat (1) week is arranged in the bottom of the constant temperature bottom plate (2)
Setting insulating layer (6) is enclosed, insulating layer shell (3) are set on the outside of the insulating layer (6), the temperature measurement structure includes temperature sensor
With sensor jacket (7), the temperature sensor is inserted into the sensor jacket (7), sensor jacket (7) detachable interposing
Enter in the constant temperature bottom plate (2), the lower end of the insulating layer shell (3) connects base support (4), and the radiator structure (5) sets
Set the bottom in the cooling module (8) and vacantly in the base support (4).
2. protein analyzer according to claim 1 reagent thermostatic assembly, which is characterized in that the sensor jacket
(7) include integrally formed set body (70) and pullover (71), duct (72) are set inside the set body (70), it is described for being inserted into
External screw thread is arranged in temperature sensor, the external of the set body (70), and the slot being connected to duct (72) is arranged in the pullover (71),
Cross recess, constant temperature bottom plate (2) setting and the matched screw thread of the set body (70) is arranged in the upper surface of the pullover (71)
Jack.
3. protein analyzer according to claim 1 or 2 reagent thermostatic assembly, which is characterized in that the sensor shield
It is identical with constant temperature bottom plate (2) material therefor to cover (7).
4. protein analyzer according to claim 1 or 2 reagent thermostatic assembly, which is characterized in that the base support
It (4) include horizontal top and two vertical plates vertical with the both ends edge of horizontal top, the middle part setting of the horizontal top
It is open, the circular hole for passing through across radiator structure (5), the vertical plate setting electric wire, the free end of vertical plate is arranged and erects
It faces vertical wing plate directly, is respectively provided with through-hole on the wing plate.
5. protein analyzer according to claim 1 or 2 reagent thermostatic assembly, which is characterized in that outside the insulating layer
The upper end of the front and back of shell (3) is respectively provided with wing plate two, and through-hole two is arranged on the wing plate two.
6. protein analyzer according to claim 1 or 2 reagent thermostatic assembly, which is characterized in that the radiator structure
(5) include heat-radiating substrate and radiator fan (51), multiple cooling fins (50), the radiator fan are set on the heat-radiating substrate
(51) it is mounted on the lower section of cooling fin (50).
7. protein analyzer according to claim 6 reagent thermostatic assembly, which is characterized in that the thermostat (1) is protected
Warm layer shell (3), constant temperature bottom plate (2), heat-radiating substrate and cooling fin (50) material therefor are LY12.
8. according to claim 1, the reagent thermostatic assembly of protein analyzer described in 2 or 7, which is characterized in that the thermostat
(1) the multiple positions in storehouse of setting in, for placing reagent bottle (9).
9. protein analyzer according to claim 8 reagent thermostatic assembly, which is characterized in that examination is arranged in the slot cover
The through-hole three that the bottle cap of agent bottle (9) passes through.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821248347.8U CN208420955U (en) | 2018-08-03 | 2018-08-03 | Protein analyzer reagent thermostatic assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821248347.8U CN208420955U (en) | 2018-08-03 | 2018-08-03 | Protein analyzer reagent thermostatic assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208420955U true CN208420955U (en) | 2019-01-22 |
Family
ID=65124245
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821248347.8U Active CN208420955U (en) | 2018-08-03 | 2018-08-03 | Protein analyzer reagent thermostatic assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208420955U (en) |
-
2018
- 2018-08-03 CN CN201821248347.8U patent/CN208420955U/en active Active
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