CN205338451U - Quick cooled multifunctional cup of warm electricity generation of automatic control - Google Patents
Quick cooled multifunctional cup of warm electricity generation of automatic control Download PDFInfo
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- CN205338451U CN205338451U CN201520958170.0U CN201520958170U CN205338451U CN 205338451 U CN205338451 U CN 205338451U CN 201520958170 U CN201520958170 U CN 201520958170U CN 205338451 U CN205338451 U CN 205338451U
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- automatic control
- heat generating
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Abstract
The utility model provides a quick cooled multifunctional cup of warm electricity generation of automatic control, include cup 3, power indicator 4, temperature monitor 9, heat electricity generation piece 10, temperature sensor 20, the accumulate device 13, controlling means 14, button 22 adjusts the temperature, the USB interface 21 that charges, stirring vane 11, motor 16, cooling switch 6 sets up at the cup 7 upper end, be provided with motor commutator 8 to 7 middle part at the cup, power indicator 4 sets up in the lateral surface upper end of cup 3 department, lateral surface middle part position at cup 3 is provided with temperature monitor 9, be provided with heat electricity generation piece 10 on the outer peripheral surface of cup 3, upside fixed mounting at 3 bottom faces of cup has temperature sensor 20, inside right side at bottom of cup seat 12 is provided with accumulate device 13 and controlling means 14, be provided with the USB interface 21 that charges in bottom of cup seat left side, USB charge the 21 right sides interface be provided with adjust the temperature the button 22, therefore, people drink hot water or tea is more convenient.
Description
Technical field
The utility model discloses a kind of automatic control warm quick cooled multifunction cup of generating, belong to daily living article technical field, specifically one designs based on common water tumbler, is equipped with the cup base of special construction, TRT, electric storage device, stirring vane, motor, temperature sensor and control device etc. in the automatic control warm quick cooled multifunction cup of generating of one.
Background technology
Water tumbler is to use the articles for daily use extremely frequently in people's daily life, and almost all people is required for using water tumbler to drink water, particularly in the place such as office space and household.Nowadays along with the rhythm of life of people is accelerated, many times, it is desirable to cool down as may be adapted to the warm water that people directly drink the hot water of higher temperature in the short period of time, therefore the requirement of water tumbler also being improved constantly.Various water tumbler was there is before this utility model, although it is as more in kinds such as thermal-insulating type, drop resistant type, heat insulation types, but the quick cooling of hot water can not be realized when people are eager drinking hot water, maybe need to use other auxiliary items to dispel the heat, but have that efficiency is low, easily spill out the unsafe problems such as hot water, the employing electric fan also having directly blows on hot water, but exist dangerous, battery not environmentally, the defect such as unhygienic, and there is problems such as can not using when dead battery, therefore, the flexible use of people it is not easy to.
Summary of the invention
In order to overcome above-mentioned technical disadvantages, the purpose of this utility model is to provide a kind of automatic control warm quick cooled multifunction cup of generating, makes people's drinking hot water and aqueous solution faster.
For reaching above-mentioned purpose, this utility model adopts the technical scheme that: include cup 3, cup is 7, power supply indicator 4, temperature indicator 9, heat generating sheet 10, temperature sensor 20, electric storage device 13, control device 14, homoiothermic button 22, USB charging inlet 21 and chiller, cup 3 is set to the upper shed structure of container with inner chamber body, together with bowl cover 2 passes through threaded engagement with cup 3, cup is fixed on one cementing to 7 and cup 3, cooling switch 6 is arranged on the upper end that cup is 7, cup 7 middle part be provided with motor commutation switch 8, power supply indicator 4 is arranged on the lateral surface upper end of cup 3, lateral surface medium position at cup 3 is provided with temperature indicator 9, the external peripheral surface of cup 3 is provided with heat generating sheet 10, the outside cylinder side of heat generating sheet 10 and cup 3 is close together, it is installed with temperature sensor 20 in the upside of cup 3 bottom face, cup base 12 is arranged on bottom cup 3, cup base 12 is cementing with cup 3 is fixed on one.
Cup base 12 is provided with cavity, it is internally provided with quickly cooling device at cup base 12, quickly cooling device includes stirring vane 11, motor shaft 19, sealing ring 18, motor 16, motor 16 is fixedly mounted in motor cabinet 15, motor cabinet 15 and cup base 12 are manufactured in one, the middle, bottom of cup 3 is provided with an axis hole 17, sealing ring 18 it is provided with in axis hole 17, motor shaft 19 inserts in sealing ring 18, the upper end of motor shaft 19 and stirring vane 11 are fixedly connected, inner right side at cup base 12 is provided with electric storage device 13 and controls device 14, USB charging inlet 21 it is provided with on the left of cup base, homoiothermic button 22 it is provided with on the right side of USB charging inlet 21.
This utility model devises, and heat generating sheet 10, temperature sensor 20, USB charging inlet 21, homoiothermic button 22, motor 16, controls device 14, electric storage device 13, cooling switch 6 and motor commutation switch 8 and couples together composition path by power lead 5.
This utility model devises, and heat generating sheet 10 is set to adopt the hot power generating component such as hot power transformation or temperature difference sheet.
This utility model devises, power supply indicator 4 adopts the LED velocitron with two kinds of colors green, red, and the current electric storage device electricity of green expression fills, it is possible to provide charging for external equipment, the current electric storage device electricity of red expression is too low, it is impossible to provide charging for external equipment.
This utility model devises, and temperature indicator 9 adopts the LCDs in upper and lower dual display district, upper display screen display current water temperature state, the target water temperature threshold temperature that the display of lower display screen sets.
This utility model devises, and sealing ring 18 preferably adopts cylindrical seal ring.
This utility model devises, and homoiothermic button 22 adopts the button combination with three buttons in upper, middle and lower, for the target temperature of 9 times display screens of design temperature display.
This utility model devises, and electric storage device 13 preferably adopts lithium accumulator.
When pouring hot boiled water in cup 3, the heat moment of boiled water can be delivered on heat generating sheet 10, the boiled water thermal energy of acquisition can be that electric energy passes through power lead 5 and passes to motor 16 by heat generating sheet 10, at this moment motor 16 rotates immediately, thus driving stirring vane 11 to rotate, stirring hot water and realizing quickly cooling.
When the aqueous temperature in cup 3 is more high, the heat energy that heat generating sheet 10 receives is more many, thus generated energy is also more big, the velocity of rotation of motor 16 and dynamics are more big, when the aqueous temperature in cup 3 reduces, rotating speed and the dynamics of motor 16 also decrease.
When heat generate electricity sheet 10 electricity can more time, it is also possible to by electric storage device 13 unnecessary electricity stored and utilizes, it is possible to being mobile phone etc. by USB charging inlet 21, external equipment provides charging.The charge condition of this utility model electric storage device 13 is grasped for ease of people, people can pass through to observe the light color of power supply indicator 4 and understand charge condition, represent that electric storage device 13 electricity is full when power supply indicator 4 is in green and charging can be set for outside, represent that when power supply indicator 4 takes on a red color electric storage device 13 electricity is not enough, also need to wait heat generating more multiple electric energy of sheet again.
When people need the chilling temperature degree setting hot water in cup 3, target setting water temperature can also be carried out by homoiothermic button 22, the tactile upper and lower key pressing homoiothermic button 22 can be passed through during setting and setting key can complete to arrange, after target temperature value sets, control device 14 and can judge whether that sending instruction controls rotation or the stopping of motor according to the aqueous solution Current Temperatures of 20 perception of temperature sensor.
Such as: when hot water being poured in cup 3, the temperature sensor 20 meeting current hot water temperature of perception bottom cup 3, and on the upper display screen of temperature indicator 9, show current aqueous temperature value in real time, simultaneously, heat generating sheet 10 thermal-arrest generating can provide electric energy to motor 16 and electric storage device 13, drives motor 16 to rotate；Assume when the target temperature that it is desirable to is 43 DEG C, at this moment homoiothermic button 22 target setting temperature the lower display screen display target temperature at temperature indicator 9 are passed through, control the difference of the temperature value that real time contrast's temperature sensor 20 recorded of device 14 and the target temperature value of setting, when both are equal, motor 16 will stop operating, stirring vane 11 stops operating, and cooling procedure stops, and heat generating sheet 10 electricity can be stored among electric storage device 13.
When people do not need quick cooling function, also by cup, the cooling switch 6 on 7 being controlled the on off operating modes of motor 16, when pressing cooling and switching 6, refrigerating function is opened；When clicking cooling switch 6 again, cooling circuit cuts off, and heat generating sheet 10 electricity can all be stored within electric storage device 13, can arrange charging for outside.It addition, for improving cooling effect, when refrigerating function is opened, the motor commutation on 7 is switched also by cup the rotating of 8 control motor 16, being pushed up as rotating forward when motor commutation switchs 8, when pushing down on, motor 16 reverses.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
Accompanying drawing 1 is an embodiment of the present utility model, the present embodiment is illustrated in conjunction with accompanying drawing 1, include cup 3, cup is 7, power supply indicator 4, temperature indicator 9, heat generating sheet 10, temperature sensor 20, electric storage device 13, control device 14, homoiothermic button 22, USB charging inlet 21 and chiller, cup 3 is set to the upper shed structure of container with inner chamber body, together with bowl cover 2 passes through threaded engagement with cup 3, cup is fixed on one cementing to 7 and cup 3, cooling switch 6 is arranged on the upper end that cup is 7, cup 7 middle part be provided with motor commutation switch 8, power supply indicator 4 is arranged on the lateral surface upper end of cup 3, lateral surface medium position at cup 3 is provided with temperature indicator 9, the external peripheral surface of cup 3 is provided with heat generating sheet 10, the outside cylinder side of heat generating sheet 10 and cup 3 is close together, it is installed with temperature sensor 20 in the upside of cup 3 bottom face, cup base 12 is arranged on bottom cup 3, cup base 12 is cementing with cup 3 is fixed on one.
It is internally provided with quickly cooling device at cup base 12, quickly cooling device includes stirring vane 11, motor shaft 19, sealing ring 18, motor 16, motor 16 is fixedly mounted in motor cabinet 15, motor cabinet 15 and cup base 12 are manufactured in one, the middle, bottom of cup 3 is provided with an axis hole 17, sealing ring 18 it is provided with in axis hole 17, motor shaft 19 inserts in sealing ring 18, the upper end of motor shaft 19 and stirring vane 11 are fixedly connected, inner right side at cup base 12 is provided with electric storage device 13 and controls device 14, USB charging inlet 21 it is provided with on the left of cup base, homoiothermic button 22 it is provided with on the right side of USB charging inlet 21.
In the present embodiment, heat generating sheet 10, temperature sensor 20, USB charging inlet 21, homoiothermic button 22, motor 16, control device 14, electric storage device 13, cooling switch 6 and motor commutation switch 8 and couple together composition path by power lead 5.
In the present embodiment, heat generating sheet 10 is set to adopt the hot power generating component such as hot power transformation or temperature difference sheet.
In the present embodiment, power supply indicator 4 adopts the LED velocitron with two kinds of colors green, red, and the current electric storage device electricity of green expression fills, it is possible to provide charging for external equipment, the current electric storage device electricity of red expression is too low, it is impossible to provide charging for external equipment.
In the present embodiment, temperature indicator 9 adopts the LCDs in upper and lower dual display district, upper display screen display current water temperature state, the target water temperature threshold temperature that the display of lower display screen sets.
In the present embodiment, sealing ring 18 preferably adopts cylindrical seal ring.
In the present embodiment, homoiothermic button 22 adopts the button combination with three buttons in upper, middle and lower, for the target temperature of 9 times display screens of design temperature display.
In the present embodiment, electric storage device 13 preferably adopts lithium accumulator.
When pouring hot boiled water in cup 3, the heat moment of boiled water can be delivered on heat generating sheet 10, the boiled water thermal energy of acquisition can be that electric energy passes through power lead 5 and passes to motor 16 by heat generating sheet 10, at this moment motor 16 rotates immediately, thus driving stirring vane 11 to rotate, stirring hot water and realizing quickly cooling.
When the aqueous temperature in cup 3 is more high, the heat energy that heat generating sheet 10 receives is more many, thus generated energy is also more big, the velocity of rotation of motor 16 and dynamics are more big, when the aqueous temperature in cup 3 reduces, rotating speed and the dynamics of motor 16 also decrease.
When heat generate electricity sheet 10 electricity can more time, it is also possible to by electric storage device 13 unnecessary electricity stored and utilizes, it is possible to being mobile phone etc. by USB charging inlet 21, external equipment provides charging.The charge condition of this utility model electric storage device 13 is grasped for ease of people, people can pass through to observe the light color of power supply indicator 4 and understand charge condition, represent that electric storage device 13 electricity is full when power supply indicator 4 is in green and charging can be set for outside, represent that when power supply indicator 4 takes on a red color electric storage device 13 electricity is not enough, also need to wait heat generating more multiple electric energy of sheet again.
When people need the chilling temperature degree setting hot water in cup 3, target setting water temperature can also be carried out by homoiothermic button 22, the tactile upper and lower key pressing homoiothermic button 22 can be passed through during setting and setting key can complete to arrange, after target temperature value sets, control device 14 and can judge whether that sending instruction controls rotation or the stopping of motor according to the aqueous solution Current Temperatures of 20 perception of temperature sensor.
Such as: when hot water being poured in cup 3, the temperature sensor 20 meeting current hot water temperature of perception bottom cup 3, and on the upper display screen of temperature indicator 9, show current aqueous temperature value in real time, simultaneously, heat generating sheet 10 thermal-arrest generating can provide electric energy to motor 16 and electric storage device 13, drives motor 16 to rotate；Assume when the target temperature that it is desirable to is 43 DEG C, at this moment homoiothermic button 22 target setting temperature the lower display screen display target temperature at temperature indicator 9 are passed through, control the difference of the temperature value that real time contrast's temperature sensor 20 recorded of device 14 and the target temperature value of setting, when both are equal, motor 16 will stop operating, stirring vane 11 stops operating, and cooling procedure stops, and heat generating sheet 10 electricity can be stored among electric storage device 13.
When people do not need quick cooling function, also by cup, the cooling switch 6 on 7 being controlled the on off operating modes of motor 16, when pressing cooling and switching 6, refrigerating function is opened；When clicking cooling switch 6 again, cooling circuit cuts off, and heat generating sheet 10 electricity can all be stored within electric storage device 13, can arrange charging for outside.
It addition, for improving cooling effect, when refrigerating function is opened, the motor commutation on 7 is switched also by cup the rotating of 8 control motor 16, being pushed up as rotating forward when motor commutation switchs 8, when pushing down on, motor 16 reverses.
Quickly cooling device motor rotation of the present utility model is without extra power, hot water self heat is changed into electric energy by the thermoelements such as sheet that generated electricity by heat provides power source for motor, whole device has intelligent, the more hot generated energy of water is more big, motor speed and dynamics more big, hot water cooldown rate is more fast；After water temperature reduces generated energy also more less, motor speed and dynamics also decrease, until motor stops operating when current water temperature reaches target temperature, quick cooling program stops.Except adaptive intelligence refrigerating function, this utility model waste heat produced by sheet 10 that also can heat be generated electricity is stored in electric storage device 13, can arranging offer power supply for mobile phone, electric torch etc. are outside, being particluarly suitable on train, motor-car has the hot water occasion without power supply.This utility model ingenious, compact conformation of design, handsome in appearance, can widely use in places such as office, commercial affairs club, hotel, households, use particularly in the hot occasion wishing rapid cooling thermal water summer.
Generate electricity in quick cooled multifunction cup technical field in automatic control warm；Every include cup 3, cup is 7, power supply indicator 4, temperature indicator 9, heat generating sheet 10, temperature sensor 20, electric storage device 13, control device 14, homoiothermic button 22, USB charging inlet 21 and chiller, cup 3 is set to the upper shed structure of container with inner chamber body, cup is fixed on one cementing to 7 and cup 3, cooling switch 6 is arranged on the upper end that cup is 7, cup 7 middle part be provided with motor commutation switch 8, power supply indicator 4 is arranged on the lateral surface upper end of cup 3, lateral surface medium position at cup 3 is provided with temperature indicator 9, the external peripheral surface of cup 3 is provided with heat generating sheet 10, the outside cylinder side of heat generating sheet 10 and cup 3 is close together, it is installed with temperature sensor 20 in the upside of cup 3 bottom face, cup base 12 is arranged on bottom cup 3, cup base 12 is cementing with cup 3 is fixed on one, it is internally provided with quickly cooling device at cup base 12, quickly cooling device includes stirring vane 11, motor shaft 19, sealing ring 18, motor 16, motor 16 is fixedly mounted in motor cabinet 15, motor cabinet 15 and cup base 12 are manufactured in one, the middle, bottom of cup 3 is provided with an axis hole 17, inner right side at cup base 12 is provided with electric storage device 13 and controls device 14, USB charging inlet 21 it is provided with on the left of cup base, the technology contents of homoiothermic button 22 it is provided with all in protection domain of the present utility model on the right side of USB charging inlet 21.
Claims (4)
1. the automatic control warm quick cooled multifunction cup of generating；It is characterized in that: include cup (3), cup is (7), cup base (12), heat generating sheet (10), temperature sensor (20), temperature indicator (9), power supply indicator (4) and chiller, described cup (3) is set to the upper shed structure of container with inner chamber body, it is characterized in that: be provided with an axis hole (17) in the middle, bottom of cup (3), cup is fixed on one cementing to (7) and cup (3), at cup, the middle part of (7) is provided with motor commutation switch (8), cooling switch (6) is arranged on cup the upper end of (7), power supply indicator (4) is arranged on the lateral surface upper end of cup (3), lateral surface medium position at cup (3) is provided with temperature indicator (9), the external peripheral surface of cup (3) is provided with heat generating sheet (10), it is installed with temperature sensor (20) in the upside of cup (3) bottom face, the bottom of cup (3) is provided with cup base (12), described cup base (12) is characterized in that, cup base 12 is provided with cavity, it is internally provided with quickly cooling device at cup base (12), quickly cooling device includes stirring vane (11), motor shaft (19), sealing ring (18), motor (16), motor (16) is fixedly mounted in motor cabinet (15), motor cabinet (15) and cup base (12) are manufactured in one, an axis hole (17) it is provided with in the middle, bottom of cup (3), sealing ring (18) it is provided with in axis hole (17), motor shaft (19) inserts in sealing ring (18), the upper end of motor shaft (19) and stirring vane (11) are fixedly connected, inner right side at cup base (12) is provided with electric storage device (13) and controls device (14), USB charging inlet (21) it is provided with on the left of cup base, USB charging inlet (21) right side is provided with homoiothermic button (22), heat generating sheet (10), temperature sensor (20), USB charging inlet (21), homoiothermic button (22), motor (16), control device (14), electric storage device (13), cooling switch (6) and motor commutation switch (8) and couple together composition path by power lead (5).
2. the quick cooled multifunction cup of automatic control according to claim 1 warm generating；It is characterized in that: heat generating sheet (10) is set to adopt the hot power generating component such as hot power transformation or temperature difference sheet.
3. the quick cooled multifunction cup of automatic control according to claim 1 warm generating；It is characterized in that:
Temperature indicator (9) adopts the LCDs in upper and lower dual display district, upper display screen display current water temperature state, the target water temperature threshold temperature that the display of lower display screen sets.
4. the quick cooled multifunction cup of automatic control according to claim 1 warm generating；It is characterized in that: homoiothermic button (22) adopts the button combination with three buttons in upper, middle and lower, for the target temperature of display screen under design temperature display (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520958170.0U CN205338451U (en) | 2015-11-27 | 2015-11-27 | Quick cooled multifunctional cup of warm electricity generation of automatic control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520958170.0U CN205338451U (en) | 2015-11-27 | 2015-11-27 | Quick cooled multifunctional cup of warm electricity generation of automatic control |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205338451U true CN205338451U (en) | 2016-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520958170.0U Expired - Fee Related CN205338451U (en) | 2015-11-27 | 2015-11-27 | Quick cooled multifunctional cup of warm electricity generation of automatic control |
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| Country | Link |
|---|---|
| CN (1) | CN205338451U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105286427A (en) * | 2015-11-27 | 2016-02-03 | 宫文峰 | Automatic temperature control thermal power generation rapid cooled type multifunctional water cup |
| CN107411480A (en) * | 2017-06-20 | 2017-12-01 | 李田 | A kind of portable tea separation thermos cup |
-
2015
- 2015-11-27 CN CN201520958170.0U patent/CN205338451U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105286427A (en) * | 2015-11-27 | 2016-02-03 | 宫文峰 | Automatic temperature control thermal power generation rapid cooled type multifunctional water cup |
| CN107411480A (en) * | 2017-06-20 | 2017-12-01 | 李田 | A kind of portable tea separation thermos cup |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160629 Termination date: 20161127 |