CN107014504A - A kind of laddering automatic liquid temperature detection means of intelligent cycle - Google Patents
A kind of laddering automatic liquid temperature detection means of intelligent cycle Download PDFInfo
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- CN107014504A CN107014504A CN201710425728.2A CN201710425728A CN107014504A CN 107014504 A CN107014504 A CN 107014504A CN 201710425728 A CN201710425728 A CN 201710425728A CN 107014504 A CN107014504 A CN 107014504A
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- thermometer
- sliding sleeve
- temperature detection
- laddering
- detection means
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01K—MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
- G01K1/00—Details of thermometers not specially adapted for particular types of thermometer
- G01K1/20—Compensating for effects of temperature changes other than those to be measured, e.g. changes in ambient temperature
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01K—MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
- G01K1/00—Details of thermometers not specially adapted for particular types of thermometer
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01K—MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
- G01K2215/00—Details concerning sensor power supply
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- General Physics & Mathematics (AREA)
- Measuring Temperature Or Quantity Of Heat (AREA)
- Control Of Temperature (AREA)
- Control Of Resistance Heating (AREA)
Abstract
The present invention relates to a kind of intelligent cycle laddering automatic liquid temperature detection means, for existing thermometer（1）, introduce the automatically controlled attemperator of intelligent automation, wherein, based on and specific designed timing circuit（12）, pass through designed miniature rotary electric machine（11）, coordinate thermometer（1）Glass pipe outer wall and rubber sleeve（10）Between friction so that thermometer（1）In design sliding sleeve（2）In move up and down automatically, realize heater and thermometer（1）The contact of vacuole, after temperature detection is carried out, can pass through specific designed electric heater unit（6）, carry out thermally conductive sheet（3）For thermometer（1）Vacuole is incubated, and so, it is possible to control thermometer constantly（1）Last time thermometric temperature is remained, and then causes each thermometric, is to carry out thermometric on the basis of upper once temperature-measuring results, the precision and efficiency of Periodic Temperature measurement can be effectively improved.
Description
Technical field
The present invention relates to a kind of intelligent cycle laddering automatic liquid temperature detection means, belong to liquid temperature detection technique field.
Background technology
Temperature detection is a most commonly seen class in Data Detection, the temperature for obtaining measurand, existing temperature
Detection is more to be detected using thermometer, and the development lived with Intelligent life and Internet of Things, and trip temperature is entered using sensor
Detection, it is also gradually expanded, it is exactly use for laboratory temperature detection in addition, in order to ensure the accurate of data, use for laboratory temperature
Degree detection still uses thermometer, but among actual laboratory applications process, still there is not enough, inconvenience
Place, it is well known that the experimental data in laboratory is to be in be continually changing among process, goes to carry out in the experimental data being continually changing
The exploration of science, and the change procedure of experimental data, are equally the data required for laboratory, but some of existing thermometer
Specific structure determines that it is used, and also there is error, such as the cycle carries out thermometric to the water in heating process, every time using temperature
Degree meter is carried out after thermometric, all can be taken out thermometer in water, waits carry out thermometric again the next moment in cycle, and in waiting process
In, thermometer just can be influenceed and be changed by local environment temperature again, then reaches the next moment in cycle, again put thermometer
When entering thermometric in water, the temperature that thermometer is surveyed will make by variation of ambient temperature Lai, this aspect influences whether thermometric
Efficiency, on the other hand influences whether temperature measurement accuracy.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of based on existing thermometer, the automatically controlled guarantor of introducing intelligent automation
Warm device, can effectively improve laddering automatic liquid temperature detection means of the intelligent cycle of Periodic Temperature measurement accuracy and efficiency.
In order to solve the above-mentioned technical problem the present invention uses following technical scheme：The present invention devises a kind of intelligent cycle and passed
Enter formula automatic liquid temperature detection means, including thermometer, sliding sleeve, thermally conductive sheet, clip, L-shaped bar, rubber sleeve and control mould
Block, and power supply, electric heater unit, load button, miniature rotary electric machine, the timing circuit being connected respectively with control module；
Wherein, power supply is respectively that electric heater unit, load button, miniature rotary electric machine, timing circuit are powered by control module；
Wherein the end on one side is mutually fixedly connected with sliding sleeve side on L-shaped bar, and the L-shaped bar side is mutually hung down with sliding sleeve center line
Directly, the end of another side is connected with clip on L-shaped bar；Sliding sleeve both ends open, and be mutually communicated, the internal diameter of sliding sleeve
It is adapted with the external diameter of glass tube on thermometer, and external diameter of the internal diameter less than vacuole on thermometer of sliding sleeve, sliding sleeve
It is movably set on the glass tube of thermometer；Control module, power supply, load button and timing circuit are fixedly installed on sliding sleeve
On lateral surface；Rubber sleeve is fixedly connected on the top of miniature rotary electric machine rotating bar, and miniature rotary electric machine is fixed by support to be connected
It is connected on sliding sleeve, glass tube is perpendicular in the rotating bar and thermometer of miniature rotary electric machine, and on rubber sleeve and thermometer
Glass pipe outer wall is in contact, in miniature rotary electric machine rotating bar drives rubber sleeve progress rotation process, based on thermometer glass
Friction between pipe outer wall and rubber sleeve so that the glass tube of thermometer is moved up and down in sliding sleeve；Timing circuit includes
DS1302 clock chips, electric capacity C1, electric capacity C2, quartz-crystal filter and stand-by power supply；Wherein, the master of DS1302 clock chips
Power access end is connected with via the feeder ear of control module；The vibration source X1 of DS1302 clock chips respectively with electric capacity C1
One end, one end of quartz-crystal filter is connected；The vibration source X2 of DS1302 clock chips respectively with electric capacity C2 one
End, the other end of quartz-crystal filter are connected；The electric capacity C1 other end is connected with the electric capacity C2 other end, and is grounded；
Reset terminal, input/output terminal, the input end of clock of DS1302 clock chips are connected with control module respectively；DS1302 clocks
The back-up source incoming end of chip is connected with stand-by power supply；Electric heater unit is fixedly installed on the bottom of sliding sleeve lateral surface
Portion, it is double that electric heater unit includes heater body, automatically controlled slide rheostat, electric capacity C, resistance, bidirectional trigger diode and three ends
To controllable silicon；Wherein, one end connection of heater body is via the power supply positive pole of control module, the other end point of heater body
One of terminals not with one end of resistance wire in automatically controlled slide rheostat, triode ac switch are connected；Automatically controlled cunning
One end, one end of resistance, the one end of bidirectional trigger diode of the other end of resistance wire respectively with electric capacity are connected in dynamic rheostat
Connect；The other end of electric capacity, the other end of resistance, triode ac switch another terminals three be connected, and with via control
The power supply negative pole of molding block is connected；The other end of bidirectional trigger diode is connected with the Men Duan of triode ac switch；Control
Molding block is connected with the sliding end of automatically controlled slide rheostat；Mutually fixation connects thermally conductive sheet with the heater body in electric heater unit
Connect, height and position where thermally conductive sheet is located at glass tube bottom on thermometer less than height and position where electric heater unit, sliding sleeve
During end, thermally conductive sheet is in contact with vacuole on thermometer.
It is used as a preferred technical solution of the present invention：The miniature rotary electric machine is miniature brushless rotary motor.
It is used as a preferred technical solution of the present invention：The thermally conductive sheet is copper thermally conductive sheet.
It is used as a preferred technical solution of the present invention：The control module is microprocessor.
It is used as a preferred technical solution of the present invention：The microprocessor is arm processor.
It is used as a preferred technical solution of the present invention：The power supply is button cell.
A kind of intelligent cycle laddering automatic liquid temperature detection means of the present invention using above technical scheme with it is existing
Technology is compared, with following technique effect：
（1）The laddering automatic liquid temperature detection means of intelligent cycle that the present invention is designed, for existing thermometer, introduces intelligence certainly
The automatically controlled attemperator of dynamicization, wherein, based on and specific designed timing circuit, pass through designed miniature rotary electric machine, coordinate
Friction between thermometer glass pipe outer wall and rubber sleeve so that thermometer is automatic in design sliding sleeve move down
It is dynamic, the contact of heater and thermometer vacuole is realized, after temperature detection is carried out, specific designed electrical heating can be passed through
Device, carries out thermally conductive sheet and is incubated for thermometer vacuole, so, it is possible to control thermometer to remain last time survey constantly
Temperature, and then cause each thermometric, it is to carry out thermometric on the basis of upper once temperature-measuring results, is prevented effectively from environment temperature
Influence to temperature measurement data, can effectively improve the precision and efficiency of Periodic Temperature measurement；
（2）In the laddering automatic liquid temperature detection means of intelligent cycle that the present invention is designed, for miniature rotary electric machine, further
Design uses miniature brushless rotary motor so that the designed intelligent cycle laddering automatic liquid temperature detection means of the present invention is in reality
Border both ensure that laddering automatic liquid temperature detection means of designed intelligent cycle has in use, Jing Yin work can be realized
Efficient period automatic liquid temperature detection efficiency, can guarantee that its course of work is not impacted to surrounding environment, embodies design again
During human oriented design；
（3）In the laddering automatic liquid temperature detection means of intelligent cycle that the present invention is designed, for thermally conductive sheet, further design is adopted
Copper thermally conductive sheet is used, based on specific designed electric heater unit, the temperature control for thermometer vacuole can be accurately realized,
Thus, it is possible to be further ensured that the measurement essence of designed laddering automatic liquid temperature detection means of intelligent cycle in actual applications
Degree；
（4）In the laddering automatic liquid temperature detection means of intelligent cycle that the present invention is designed, for control module, further design
Using microprocessor, and specific design uses arm processor, on the one hand can be passed suitable for the later stage for the designed intelligent cycle
Enter the extension demand of formula automatic liquid temperature detection means, on the other hand, succinct control architecture mode can be easy to the dimension in later stage
Shield；
（5）In the laddering automatic liquid temperature detection means of intelligent cycle that the present invention is designed, for power supply, further design is used
Button cell, has the advantage of button cell small volume concurrently, effectively controls the occupancy volume of designed intelligent electric-controlled attemperator,
And designed intelligent electric-controlled attemperator power taking, the stability of electricity consumption are ensure that, and then designed intelligence can be effectively improved
Stability of the cycle laddering automatic liquid temperature detection means in practical application work.
Brief description of the drawings
Fig. 1 is the structural representation of laddering automatic liquid temperature detection means of intelligent cycle designed by the present invention.
Wherein, 1. thermometer, 2. sliding sleeves, 3. thermally conductive sheets, 4. control modules, 5. power supplys, 6. electrical heating dress
Put, 7. load buttons, 8. clips, 9. L-shaped bars, 10. rubber sleeves, 11. miniature rotary electric machines, 12. timing circuits, 13.
Support.
Embodiment
The embodiment of the present invention is described in further detail with reference to Figure of description.
As shown in figure 1, the present invention devises a kind of laddering automatic liquid temperature detection means of intelligent cycle, including thermometer
1st, sliding sleeve 2, thermally conductive sheet 3, clip 8, L-shaped bar 9, rubber sleeve 10 and control module 4, and be connected respectively with control module 4
Power supply 5, electric heater unit 6, load button 7, miniature rotary electric machine 11, the timing circuit 12 connect；Wherein, power supply 5 is by control
Module 4 respectively electric heater unit 6, load button 7, miniature rotary electric machine 11, timing circuit 12 are powered；On L-shaped bar 9 its
The end on middle one side is mutually fixedly connected with the side of sliding sleeve 2, and the side of L-shaped bar 9 and the center line of sliding sleeve 5 are perpendicular, L-shaped
The end of another side is connected with clip 8 on bar 9；The both ends open of sliding sleeve 2, and being mutually communicated, the internal diameter of sliding sleeve 2 with
The external diameter of glass tube is adapted on thermometer 1, and external diameter of the internal diameter less than vacuole on thermometer 1 of sliding sleeve 2, sliding sleeve
2 are movably set on the glass tube of thermometer 1；Control module 4, power supply 5, load button 7 and timing circuit 12 are fixedly installed on
On the lateral surface of sliding sleeve 2；Rubber sleeve 10 is fixedly connected on the top of the miniature rotating bar of rotary electric machine 11, miniature rotary electric machine 11
It is fixedly connected on by support 13 on sliding sleeve 2, the rotating bar of miniature rotary electric machine 11 is mutually hung down with glass tube on thermometer 1
Directly, and rubber sleeve 10 is in contact with glass pipe outer wall on thermometer 1, rubber sleeve 10 is driven to enter in the miniature rotating bar of rotary electric machine 11
In row rotation process, based on the friction between the glass pipe outer wall of thermometer 1 and rubber sleeve 10 so that the glass tube of thermometer 1 exists
Moved up and down in sliding sleeve 2；Timing circuit 12 includes DS1302 clock chips, electric capacity C1, electric capacity C2, quartz-crystal filter
And stand-by power supply；Wherein, the main power source incoming end VCC2 of DS1302 clock chips and the feeder ear VCC phases via control module 4
Connection；One end, the one end of quartz-crystal filter of the vibration source X1 of DS1302 clock chips respectively with electric capacity C1 are connected；
The vibration source X2 of DS1302 clock chips one end respectively with electric capacity C2, the other end of quartz-crystal filter are connected；Electricity
The other end for holding C1 is connected with the electric capacity C2 other end, and is grounded；The reset terminal RST of DS1302 clock chips, input/output terminal
I/O, input end of clock SCLK are connected with control module 4 respectively；The back-up source incoming end VCC1 of DS1302 clock chips with
Stand-by power supply is connected；Electric heater unit 6 is fixedly installed on the bottom of the lateral surface of sliding sleeve 2, and electric heater unit 6 includes heating
Device body, automatically controlled slide rheostat, electric capacity C, resistance, bidirectional trigger diode and triode ac switch；Wherein, heater sheet
One end connection of body via control module 4 power supply positive pole, the other end of heater body respectively with automatically controlled slide rheostat
One end of resistance wire, one of terminals of triode ac switch are connected；Resistance wire is another in automatically controlled slide rheostat
One end, one end of resistance, the one end of bidirectional trigger diode of one end respectively with electric capacity are connected；The other end, the resistance of electric capacity
The other end, another terminals three of triode ac switch be connected, and be connected with via the power supply negative pole of control module 4
Connect；The other end of bidirectional trigger diode is connected with the Men Duan of triode ac switch；Control module 4 and automatically controlled slip variable resistance
The sliding end of device is connected；Thermally conductive sheet 3 is mutually fixedly connected with the heater body in electric heater unit 6, height where thermally conductive sheet 3
Position be less than the place height and position of electric heater unit 6, sliding sleeve 2 be located at thermometer 1 on glass tube bottom when, thermally conductive sheet 3 with
Vacuole is in contact on thermometer 1.Laddering automatic liquid temperature detection means of intelligent cycle designed by above-mentioned technical proposal, for
Existing thermometer 1, introduces the automatically controlled attemperator of intelligent automation, wherein, based on and specific designed timing circuit 12, pass through
Designed miniature rotary electric machine 11, coordinates the friction between the glass pipe outer wall of thermometer 1 and rubber sleeve 10 so that thermometer 1 exists
Moved up and down automatically in design sliding sleeve 2, realize the contact of heater and the vacuole of thermometer 1, entering trip temperature inspection
After survey, it can carry out thermally conductive sheet 3 by specific designed electric heater unit 6 and be incubated for the vacuole of thermometer 1, in this way,
Thermometer 1 can be controlled to remain last time thermometric temperature constantly, and then cause each thermometric, be in upper once thermometric knot
Thermometric is carried out on the basis of fruit, influence of the environment temperature to temperature measurement data is prevented effectively from, Periodic Temperature measurement can be effectively improved
Precision and efficiency.
Surveyed based on the intelligent cycle laddering automatic liquid temperature detector of above-mentioned design on the basis of device technique scheme, the present invention
Also further devise following optimal technical scheme：For miniature rotary electric machine 11, further design uses miniature brushless rotary
Motor so that the designed laddering automatic liquid temperature detection means of intelligent cycle of the present invention in actual use, can be realized quiet
Sound works, and both ensure that laddering automatic liquid temperature detection means of designed intelligent cycle had efficient period automatic liquid temperature detector
Efficiency is surveyed, can guarantee that its course of work is not impacted to surrounding environment again, embody the human oriented design in design process；Pin
To thermally conductive sheet 3, further design uses copper thermally conductive sheet, based on specific designed electric heater unit 6, can accurately realize pin
To the temperature control of the vacuole of thermometer 1, thus, it is possible to be further ensured that designed intelligent cycle laddering automatic liquid temperature detector is surveyed
The measurement accuracy of device in actual applications；For control module 4, further design uses microprocessor, and specific design is adopted
With arm processor, the later stage on the one hand can be applied to for designed laddering automatic liquid temperature detection means of intelligent cycle
Extension demand, on the other hand, succinct control architecture mode can be easy to the maintenance in later stage；For power supply 5, further design is adopted
With button cell, the advantage of button cell small volume is had concurrently, effectively control the occupancy body of designed intelligent electric-controlled attemperator
Product, and designed intelligent electric-controlled attemperator power taking, the stability of electricity consumption are ensure that, and then designed intelligence can be effectively improved
Can stability of the cycle laddering automatic liquid temperature detection means in practical application work.
The present invention devises laddering automatic liquid temperature detection means of intelligent cycle among actual application, specific bag
Include thermometer 1, sliding sleeve 2, copper thermally conductive sheet, clip 8, L-shaped bar 9, rubber sleeve 10 and arm processor, and respectively with ARM
Button cell that processor is connected, electric heater unit 6, load button 7, miniature brushless rotary motor, timing circuit 12；Its
In, button cell is respectively electric heater unit 6, load button 7, miniature brushless rotary motor, timing circuit by arm processor
12 are powered；Wherein the end on one side is mutually fixedly connected with the side of sliding sleeve 2 on L-shaped bar 9, and the side of L-shaped bar 9 is with sliding
The center line of sleeve pipe 5 is perpendicular, and the end of another side is connected with clip 8 on L-shaped bar 9；The both ends open of sliding sleeve 2, and mutually
Insertion, the internal diameter of sliding sleeve 2 is adapted with the external diameter of glass tube on thermometer 1, and the internal diameter of sliding sleeve 2 is less than thermometer
The external diameter of vacuole on 1, sliding sleeve 2 is movably set on the glass tube of thermometer 1；Arm processor, button cell, input are pressed
Button 7 and timing circuit 12 are fixedly installed on the lateral surface of sliding sleeve 2；Rubber sleeve 10 is fixedly connected on miniature brushless rotary motor
The top of rotating bar, miniature brushless rotary motor is fixedly connected on sliding sleeve 2 by support 13, miniature brushless rotary motor
Rotating bar and glass tube on thermometer 1 it is perpendicular, and rubber sleeve 10 is in contact with glass pipe outer wall on thermometer 1, miniature
Brushless rotary motor rotating bar drives rubber sleeve 10 to carry out in rotation process, based on the glass pipe outer wall of thermometer 1 and rubber sleeve 10
Between friction so that the glass tube of thermometer 1 is moved up and down in sliding sleeve 2；Timing circuit 12 includes DS1302 clocks
Chip, electric capacity C1, electric capacity C2, quartz-crystal filter and stand-by power supply；Wherein, the main power source incoming end of DS1302 clock chips
VCC2 is connected with via the feeder ear VCC of arm processor；The vibration source X1 of DS1302 clock chips is respectively with electric capacity C1's
One end, one end of quartz-crystal filter are connected；The vibration source X2 of DS1302 clock chips one end respectively with electric capacity C2,
The other end of quartz-crystal filter is connected；The electric capacity C1 other end is connected with the electric capacity C2 other end, and is grounded；DS1302
Reset terminal RST, input/output terminal I/O, the input end of clock SCLK of clock chip are connected with arm processor respectively；DS1302
The back-up source incoming end VCC1 of clock chip is connected with stand-by power supply；Electric heater unit 6 is fixedly installed on outside sliding sleeve 2
The bottom of side, electric heater unit 6 includes heater body, automatically controlled slide rheostat, electric capacity C, resistance, bidirectional trigger diode
And triode ac switch；Wherein, one end connection of heater body is via the power supply positive pole of arm processor, heater body
One of terminals of the other end respectively with one end of resistance wire in automatically controlled slide rheostat, triode ac switch be connected
Connect；The other end of resistance wire one end respectively with electric capacity in automatically controlled slide rheostat, one end of resistance, bidirectional trigger diode
One end is connected；The other end of electric capacity, the other end of resistance, another terminals three of triode ac switch are connected, and
It is connected with via the power supply negative pole of arm processor；The other end of bidirectional trigger diode and the door end of triode ac switch
It is connected；Arm processor is connected with the sliding end of automatically controlled slide rheostat；Copper thermally conductive sheet and adding in electric heater unit 6
Hot this body phase of device is fixedly connected, and height and position is less than the place height and position of electric heater unit 6, sliding sleeve where copper thermally conductive sheet
2 positioned at during glass tube bottom, copper thermally conductive sheet is in contact with vacuole on thermometer 1 on thermometer 1.Among practical application, use
The geometrical clamp of clip 8 at the edge of vessel port, the fixation of designed liquid temperature detection means is realized by clip by person, and causes temperature
Meter 1 is vertically positioned at the surface of container, and in order to automate measurement performance period, arm processor is according to connected, specific institute
The timing circuit 12 of design enters line period timing, and when timing reaches the cycle, then arm processor STOCHASTIC CONTROL is connected
Miniature brushless rotary motor work, controls its rotating bar to be rotated, then drives rubber in miniature brushless rotary motor rotating bar
Set 10 is carried out in rotation process, based on the friction between the glass pipe outer wall of thermometer 1 and rubber sleeve 10 so that the glass of thermometer 1
Glass pipe is moved down in sliding sleeve 2, that is, copper thermally conductive sheet is not in contact with the vacuole of thermometer 1, by the liquid of thermometer 1
Bubble is placed in preset duration among the liquid of container and carries out fluid temperature detection, after detection obtains fluid temperature value, arm processor
The connected miniature brushless rotary motor work of another secondary control, controls its rotating bar to be rotated, then miniature brushless
Rotary electric machine rotating bar drives rubber sleeve 10 to carry out in rotation process, based between the glass pipe outer wall of thermometer 1 and rubber sleeve 10
Friction so that the glass tube of thermometer 1 is moved up in sliding sleeve 2 so that copper thermally conductive sheet and the vacuole phase of thermometer 1
Contact, then, user is inputted obtained fluid temperature value to arm processor, arm processor connects by load button 7
Inputted fluid temperature value is received, immediately according to obtained fluid temperature value, controls connected electric heater unit 6 to start work
Make so that the heater body in electric heater unit 6 is brought rapidly up to obtained fluid temperature value, and is held in the temperature value, phase
Answer, the copper thermally conductive sheet being connected with heater body can be rapid by temperature conduction to the vacuole of thermometer 1, then now pass through
Heat produced by electric heater unit 6, realizes the insulation for the vacuole of thermometer 1 so that thermometer 1 shows through copper thermally conductive sheet
The temperature shown is held in obtained fluid temperature value, finally, and arm processor controls connected timing circuit 12 to restart
Timing, when timing reaches cycle duration again, then repeats the above-mentioned course of work, so so that carry out liquid survey every time
Wen Shi, being all based on last time obtains what is carried out on the basis of fluid temperature value, on the one hand can avoid ambient temperature effect, it is ensured that
The accuracy and integrality of data acquired and data variation, on the other hand can effectively improve the operating efficiency of cycle thermometric.
Embodiments of the present invention are explained in detail above in conjunction with accompanying drawing, but the present invention is not limited to above-mentioned implementation
Mode, can also be on the premise of present inventive concept not be departed from the knowledge that those of ordinary skill in the art possess
Make a variety of changes.
Claims (6)
1. a kind of laddering automatic liquid temperature detection means of intelligent cycle, including thermometer（1）；It is characterized in that：Also include sliding
Dynamic sleeve pipe（2）, thermally conductive sheet（3）, clip（8）, L-shaped bar（9）, rubber sleeve（10）And control module（4）, and respectively with controlling mould
Block（4）The power supply being connected（5）, electric heater unit（6）, load button（7）, miniature rotary electric machine（11）, timing circuit（12）；
Wherein, power supply（5）By control module（4）Respectively electric heater unit（6）, load button（7）, miniature rotary electric machine（11）、
Timing circuit（12）It is powered；L-shaped bar（9）On the wherein end on one side and sliding sleeve（2）Side is mutually fixedly connected, and L
Shape bar（9）The side and sliding sleeve（5）Center line is perpendicular, L-shaped bar（9）The end of upper another side and clip（8）It is connected；It is sliding
Dynamic sleeve pipe（2）Both ends open, and be mutually communicated, sliding sleeve（2）Internal diameter and thermometer（1）The external diameter of upper glass tube is mutually fitted
Should, and sliding sleeve（2）Internal diameter be less than thermometer（1）The external diameter of upper vacuole, sliding sleeve（2）It is movably set in thermometer
（1）Glass tube on；Control module（4）, power supply（5）, load button（7）And timing circuit（12）It is fixedly installed on sliding sleeve
（2）On lateral surface；Rubber sleeve（10）It is fixedly connected on miniature rotary electric machine（11）The top of rotating bar, miniature rotary electric machine（11）
Pass through support（13）It is fixedly connected on sliding sleeve（2）On, miniature rotary electric machine（11）Rotating bar and thermometer（1）Upper glass
Pipe is perpendicular, and rubber sleeve（10）With thermometer（1）Upper glass pipe outer wall is in contact, in miniature rotary electric machine（11）Rotating bar band
Dynamic rubber sleeve（10）Carry out in rotation process, based on thermometer（1）Glass pipe outer wall and rubber sleeve（10）Between friction so that
Thermometer（1）Glass tube in sliding sleeve（2）In move up and down；Timing circuit（12）Including DS1302 clock chips, electric capacity
C1, electric capacity C2, quartz-crystal filter and stand-by power supply；Wherein, the main power source incoming end of DS1302 clock chips with via control
Molding block（4）Feeder ear be connected；The vibration source X1 of DS1302 clock chips one end respectively with electric capacity C1, quartz crystal
One end of wave filter is connected；The vibration source X2 of DS1302 clock chips one end respectively with electric capacity C2, quartz crystal filtering
The other end of device is connected；The electric capacity C1 other end is connected with the electric capacity C2 other end, and is grounded；DS1302 clock chips are answered
Position end, input/output terminal, input end of clock respectively with control module（4）It is connected；The back-up source of DS1302 clock chips connects
Enter end with stand-by power supply to be connected；Electric heater unit（6）It is fixedly installed on sliding sleeve（2）The bottom of lateral surface, electrical heating dress
Put（6）Including heater body, automatically controlled slide rheostat, electric capacity C, resistance, bidirectional trigger diode and triode ac switch；
Wherein, one end of heater body is connected via control module（4）Power supply positive pole, the other end of heater body respectively with electricity
One end of resistance wire, one of terminals of triode ac switch are connected in control slide rheostat；Automatically controlled slip variable resistance
One end, one end of resistance, the one end of bidirectional trigger diode of the other end of resistance wire respectively with electric capacity are connected in device；Electric capacity
The other end, the other end of resistance, triode ac switch another terminals three be connected, and with via control module
（4）Power supply negative pole be connected；The other end of bidirectional trigger diode is connected with the Men Duan of triode ac switch；Control mould
Block（4）It is connected with the sliding end of automatically controlled slide rheostat；Thermally conductive sheet（3）With electric heater unit（6）In heater body phase
It is fixedly connected, thermally conductive sheet（3）Place height and position is less than electric heater unit（6）Place height and position, sliding sleeve（2）Positioned at temperature
Degree meter（1）During upper glass tube bottom, thermally conductive sheet（3）With thermometer（1）Upper vacuole is in contact.
2. laddering automatic liquid temperature detection means of a kind of intelligent cycle according to claim 1, it is characterised in that：It is described micro-
Type rotary electric machine（11）For miniature brushless rotary motor.
3. laddering automatic liquid temperature detection means of a kind of intelligent cycle according to claim 1, it is characterised in that：It is described to lead
Backing（3）For copper thermally conductive sheet.
4. laddering automatic liquid temperature detection means of a kind of intelligent cycle according to claim 1, it is characterised in that：The control
Molding block（4）For microprocessor.
5. laddering automatic liquid temperature detection means of a kind of intelligent cycle according to claim 4, it is characterised in that：It is described micro-
Processor is arm processor.
6. laddering automatic liquid temperature detection means of a kind of intelligent cycle according to claim 1, it is characterised in that：The electricity
Source（5）For button cell.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710425728.2A CN107014504B (en) | 2017-06-08 | 2017-06-08 | A kind of intelligence period progressive automatic liquid temperature detection device |
| PCT/CN2017/107222 WO2018223581A1 (en) | 2017-06-08 | 2017-10-23 | Intelligent period-progressive automatic liquid temperature detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710425728.2A CN107014504B (en) | 2017-06-08 | 2017-06-08 | A kind of intelligence period progressive automatic liquid temperature detection device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107014504A true CN107014504A (en) | 2017-08-04 |
| CN107014504B CN107014504B (en) | 2019-01-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710425728.2A Active CN107014504B (en) | 2017-06-08 | 2017-06-08 | A kind of intelligence period progressive automatic liquid temperature detection device |
Country Status (2)
| Country | Link |
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| CN (1) | CN107014504B (en) |
| WO (1) | WO2018223581A1 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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Also Published As
| Publication number | Publication date |
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| WO2018223581A1 (en) | 2018-12-13 |
| CN107014504B (en) | 2019-01-04 |
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