CN208550923U - A kind of temperature control cup - Google Patents

Abstract

The utility model proposes a kind of temperature control cups, including cup body, temperature control device, the cup body includes at least two liners, water pipe in communication is equipped on each liner, water pipe is connected to hybrid channel after converging, temperature control device includes the electrically operated valve on the water pipe, in water pipe, temperature sensor is set in hybrid channel, temperature sensor, electrically operated valve are connected with microcontroller.The utility model leaving water temperature is adjusted in common Drinking Water Temperature, and temperature control is quick, accurate, without waiting for water outlet is required temperature.

Description

A kind of temperature control cup

Technical field

The utility model relates to infant article technical fields, and in particular to a kind of temperature control cup.

Background technique

When rushing milk powder to child at present, mostly uses and manually adjusts cold-hot water proportion to regulate and control out be suitable for the water temperature drunk, Due to the inexactness of artificial regulatory, thermometric, adjustment are needed repeatedly, it is more cumbersome than relatively time-consuming, and need to prepare two containers and contain It puts and drinks hot water or cold water, there is inconvenience more when outgoing.

Also have and carry out regulation water temperature using milk maker, milk maker is household desk equipment, from power consumption, volume, weight, is made With not supporting Portable outgoing usage scenario to limit in mode, it can not provide and drink warm water.

Also see have it is non-rush milk and drink temp controlling cup with adult, such as using phase-change material heat absorption and heat release, but without temperature regulating device, Temperature is inaccurate, cannot repeat to cool down or heat in the short time, because being filled with phase-change material, space utilization rate is not high, causes Volume weight is big, and volume is small；Also have the cup using electric heating or cooling, since the specific heat of water is high, although be used for compared with The battery of large capacity can only also meet short time temperature control and heat preservation.

Utility model content

For the deficiency in the presence of the prior art, the utility model provides a kind of temperature control cup, solves traditional rush Cumbersome, inaccurate, not portable, volume is small, battery life the is short problem of temperature control in milk powder means.

To achieve the above object, the utility model uses the following technical solution: a kind of temperature control cup, including cup body, temperature Device is controlled, the cup body includes at least two liners, is equipped with water pipe in communication on each liner, water pipe is connected to after converging Hybrid channel, temperature control device include the electrically operated valve on the water pipe, in water pipe, temperature sensor is set in hybrid channel, temperature Degree sensor, electrically operated valve are connected with microcontroller.

Further, the cup body includes two liners, and two liners are respectively single layer liner, double-layer inner containers, in single layer Gallbladder, double-layer inner containers are set in the housing, and cylinder is set on shell, and water pipe, hybrid channel are set in cylinder, and the connection mixing of cylinder peripheral hardware is logical The cup mouth in road, microcontroller are set in cylinder, set cup lid on the cylinder.

Further, radiator is set on the single layer liner.

Further, the first control panel, rechargeable battery are set in the cylinder, are formed between first control panel and cylinder Cavity, cylinder are equipped with temperature setting button, display screen, and one end of temperature setting button is connected to the first control panel, and temperature setting is pressed The button other end extends outwardly after sequentially passing through cavity, cylinder, and the display window for accommodating display screen, display screen one end are set on the cylinder It is connected to the first control panel, display screen is another to be terminated at display window, and gyroscope, the rechargeable battery point are additionally provided on the first control panel Do not connect with display screen, gyroscope, electrically operated valve, temperature sensor, microcontroller, the microcontroller respectively with display screen, Temperature setting button, gyroscope, electrically operated valve, temperature sensor connection.

Further, the import of water pipe, the outlet of hybrid channel is equipped with liquid inductor, the liquid inductor with it is micro- Controller, rechargeable battery are connected.

Further, the electrically operated valve is automatically controlled diaphragm pinch valve, sets cyclone mixer in the hybrid channel.

Further, the second control panel is set in the cylinder, the second control panel is equipped with temperature collection circuit, liquid incudes Acquisition Circuit, diaphragm pinch valve driving circuit, display driver circuit, charging circuit, microcontroller are connected by temperature collection circuit Jointing temp sensor, microcontroller are throttled by liquid inductive pick-up circuit connection liquid inductor, microcontroller by diaphragm Valve-driving circuit connects automatically controlled diaphragm pinch valve, and microcontroller connects display screen, charging circuit connection by display driver circuit Rechargeable battery.

Further, the water pipe, hybrid channel are hose made of silica gel material.

Further, cover board is set on the cylinder, the cover board bottom sets the water storage cavity of connection hybrid channel, the cup mouth On cover board, the apopore of connection cup mouth and water storage cavity is set on the cover board, the cup lid is set on cover board.

Further, the water storage cavity includes the circular outer wall for being connected to cover board bottom, and the outer wall bottom sets bottom plate, The circular hole of corresponding apopore is set on bottom plate, the circular hole outer rim sets the circular connection mouth extended downwardly, and the connection mouth is inserted Enter hybrid channel and is close to hybrid channel inner wall.

Compared with the prior art, the utility model has the following beneficial effects:

1., at least two liners, the water of different temperatures can be stored, hot water, cold water can be also stored separately, are convenient for Temperature adjustment after mixing；

2., water pipe be connected to hybrid channel after converging, namely only set a hybrid channel, reduce production cost,

3., electrically operated valve control the water flow in two water pipes respectively, thus the leaving water temperature of real-time control hybrid channel, Reach temperature adjustment purpose；

4., temperature sensor cooperation microcontroller to control the aperture of electrically operated valve, water temperature is entered by two water pipes Degree and mixing after hybrid channel leaving water temperature comparison, again adjust electrically operated valve aperture, reach temperature adjust quickly, Reliably, accurate purpose avoids the inaccurate of traditional artificial adjustment cumbersome process and artificial regulatory；

5., double-layer inner containers vacuum heat-preserving, for filling hot drink water, single layer liner is not kept the temperature, for filling Cold Drinking Water, and in single layer Gallbladder can also fill hot drink water, can cool down and be converted into Cold Drinking Water, and hot water, cold water are stored separately, convenient for mixing；

6., cylinder be set to shell on, double-layer inner containers, single layer liner are set in the housing, i.e., cylinder, shell to double-layer inner containers, Single layer liner plays the role of fixed, storage, needs two individual containers to be filled with water, pour compared to more traditional artificial adjustment, convenient for taking Band regulates and controls compared to more traditional milk maker, is also easy to carry；

7., the utility model compare more traditional phase-change material temperature control cup, pass through microcontroller and control electrically operated valve Aperture regulation water temperature is without phase-change material, and not only temperature change is fast, and space utilization rate is high；

8., the cup of compare electric heating or cooling, the utility model is without doing work to water, therefore when the continuation of the journey of power supply Between can be guaranteed；

9., cylinder fixed function is played to double-layer inner containers, single layer liner, double-layer inner containers, single layer liner can be made not to contact, It can guarantee that double-layer inner containers, single layer liner are mutually isolated and heat-insulated；

10., the utility model the water pipe being connected to, hybrid channel are set between double-layer inner containers and cup mouth, in single layer liner with Water pipe, the hybrid channel of connection are set between cup mouth, can avoid secondary pollution, prevent bacteria breed；

, shell protect double-layer inner containers, single layer liner, extend its service life, radiator makes in single layer liner Water keeps low temperature, and radiator can also make hot drink water be rapidly converted into Cold Drinking Water in the case where single layer liner fills hot drink water；

, rechargeable battery as power supply, punching can facilitate, and display screen keeps user easy to use, and temperature setting button can be set Determine temperature, keep temperature control more convenient, gyroscope cooperates microcontroller, the inclination of cylinder namely cup body is incuded, to wake up liquid sense Device is answered to work, to keep the temperature of temperature sensor senses more acurrate, system energy consumption is lower；

, automatically controlled diaphragm pinch valve aperture it is controllable, without relative movement part, secondary pollution will not be caused to water flow, revolve Stream mixer makes water flow mixing sufficiently, and without projecting part in entire hybrid channel, can be to mixing in maintenance It is thoroughly cleaned in channel；

, liquid inductor judge that as liquid or air, the temperature of temperature sensor senses is made with this for the fluid touched It is more acurrate, finally make temperature control more accurate；

, water pipe, hybrid channel be that food grade silicone material is made, high temperature resistant, easy cleaning, service life be long, it is environment-protecting and non-poisonous, With good electrical insulating property and easily processed into type, and water pipe, hybrid channel are tubulose, convenient for control flow；

, the cavity that is formed between the first control panel and cylinder facilitate the electrical component on cylinder to radiate, extend electrical member The service life of part；

, adjust temperature after water sends out cup mouth after water storage cavity buffers, make hybrid channel not directly connection cup mouth, more Health；

, water storage cavity in fall " convex " font, fit closely, improve rigid after cover board is connect with cylinder with hybrid channel Degree.

To sum up, the utility model leaving water temperature is adjusted in common Drinking Water Temperature, and temperature control is quick, accurate, without waiting for, Water outlet is required temperature；It is heated without using electric power or reduces water temperature, power supply is long cruise duration；Double-layer inner containers and conventional guarantor Warm water cup structure is consistent, and soaking time is long, and the cooling of single layer liner is quick；It is simple for structure, double-layer inner containers, single layer liner and water outlet water Road (water pipe, hybrid channel) is without secondary pollution without relative movement part, can directly clean, prevent bacteria breed；Rechargeable battery supplies Electricity, no packing material is small in size, light, is convenient for carrying, household, open air, rushes milk, drinking-water.

Detailed description of the invention

Fig. 1 is the structural schematic diagram one of the utility model temperature control cup.

Fig. 2 is the structural schematic diagram two of the utility model temperature control cup.

Fig. 3 is the structural schematic diagram of the utility model water storage cavity.

Fig. 4 is the control block diagram of the utility model.

Appended drawing reference is as follows:

1 shell, 2 double-layer inner containers, 3 single layer liners, 4 radiators, 5 temperature sensors, 6 electrically operated valves, 7 rechargeable batteries, 8 Cyclone mixer, 9 liquid inductors, 10 water pipes, 11 display screens, 12 gyroscopes, 13 temperature setting buttons, 14 cylinders, 15 second Control panel, 16 hybrid channels, 17 glasss of mouths, 18 cup lids, 19 first control panels, 20 cover boards, 21 apopores, 22 outer walls, 23 bottom plates, 24 Circular hole, 25 connection mouths.

Specific embodiment

The utility model is described further with reference to the accompanying drawing.

As shown in Figs 1-4, a kind of temperature control cup, including cup body, temperature control device, the cup body includes two liners, in two Gallbladder is respectively single layer liner 3, double-layer inner containers 2, is equipped with water pipe 10 in communication on single layer liner 3, double-layer inner containers 2, and two Water pipe 10 is connected to hybrid channel 16 after converging, temperature control device includes the electrically operated valve 6 on the water pipe, electronic in the present embodiment Valve 6 is automatically controlled diaphragm pinch valve.

Single layer liner 3, double-layer inner containers 2 are set in shell 1 and both double-layer inner containers 2, single layer liner 3 do not contact, the list Layer liner 3 bottom sets radiator 4, and in the present embodiment, radiator 4 is cooling fin.

Cylinder 14 is set on shell 1, water pipe 10, hybrid channel 16 are set in cylinder 14, and 14 peripheral hardware of cylinder is connected to hybrid channel 16 cup mouth 17, sets cyclone mixer 8 in hybrid channel 16, and in the present embodiment, the water pipe 10, hybrid channel 16 are silicon Hose made of glue material, microcontroller are set in cylinder 14, set cup lid 18 on the cylinder 14.

Temperature sensor 5, the import of water pipe 10, hybrid channel 16 are set in the import of water pipe 10, the outlet of hybrid channel 16 Outlet be equipped with liquid inductor 9.Specific manifestation in this embodiment, by water (flow) direction, in double-layer inner containers 2 water pipe 10 into Mouthful set gradually liquid inductor 9, temperature sensor 5, in 10 import of water pipe of single layer liner 3 set gradually liquid inductor 9, Temperature sensor 5 sets gradually liquid inductor 9, temperature sensor 5 in the outlet of hybrid channel 16, so set, liquid sense Before answering device 9 to be set to temperature sensor 5, sensed in advance fluid properties, so that thermometric side is more quasi-.

The first control panel 19, rechargeable battery 7 are set in the cylinder 14, set microcontroller, this implementation on the first control panel 19 Middle microcontroller model STM32F051K6U6 forms cavity, temperature on cylinder 14 between first control panel 19 and cylinder 14 Degree setting button 13, display screen 11,13 1 end of temperature setting button are connected to the first control panel 19, and temperature setting button 13 is another End extends outwardly after sequentially passing through cavity, cylinder 14, and the display window for accommodating display screen 11, display screen 11 1 are set on the cylinder 14 It is terminated at the first control panel 19, display screen 11 is another to be terminated at display window, is additionally provided with gyroscope 12 on the first control panel 19.

The second control panel 15 is set in the cylinder 14, the second control panel 15 is equipped with temperature collection circuit, liquid induction is adopted Collector, diaphragm pinch valve driving circuit, display driver circuit, charging circuit, microcontroller are connected by temperature collection circuit Temperature sensor 5, microcontroller are throttled by liquid inductive pick-up circuit connection liquid inductor 9, microcontroller by diaphragm Valve-driving circuit connects automatically controlled diaphragm pinch valve, and microcontroller connects display screen 11 by display driver circuit, and charging circuit connects Connect rechargeable battery 7.Specifically, how by temperature collection circuit connection temperature sensor 5, how microcontroller leads to microcontroller Liquid inductive pick-up circuit connection liquid inductor 9 is crossed, it is automatically controlled how microcontroller passes through the connection of diaphragm pinch valve driving circuit Diaphragm pinch valve, microcontroller is the prior art how by display driver circuit connection display screen 11, no longer superfluous herein It states.

The rechargeable battery 7 respectively with display screen 11, gyroscope 12, electrically operated valve 6, temperature sensor 5, microcontroller, Liquid inductor 9 be connected as their power, the microcontroller respectively with display screen 11, temperature setting button 13, gyroscope 12, electrically operated valve 6, temperature sensor 5, the connection of liquid inductor 9 carry out signal input/output with them.

Cover board 20 is set on the cylinder 14,20 bottom of cover board sets the water storage cavity of connection hybrid channel 16, the cup mouth 17 are set on cover board 20, and the apopore 21 of connection cup mouth 17 and water storage cavity is set on the cover board 20, and cup lid 18 is set to cover board 20 On.The water storage cavity includes the circular outer wall 22 for being connected to 20 bottom of cover board, and 22 bottom of outer wall sets bottom plate 23, bottom plate 23 On set the circular hole 24 of corresponding apopore 21,24 outer rim of circular hole sets the circular connection mouth 25 extended downwardly, the connection Mouth 25 is inserted into hybrid channel 16 and is close to 16 inner wall of hybrid channel.

The application method of the present embodiment is as follows: passing through 13 preset temperature of temperature setting button first and stores up preset temperature It is stored in microcontroller, when use tilts shell 1, and gyroscope 12 works, and is waken up by microcontroller set on double-layer inner containers 2 10 import of water pipe, single layer liner 3 10 import of water pipe liquid inductor 9, sense first water flow pass through, be set at this time The temperature sensor 5 of 10 import of water pipe, 10 import of water pipe of single layer liner 3 of double-layer inner containers 2 collects two entrance water temperatures, Aperture of the microcontroller according to preset temperature and the preset two automatically controlled diaphragm pinch valves of two entrance water temperatures, hot and cold water difference It by two automatically controlled diaphragm pinch valves, is mixed in the cyclone mixer 8 of hybrid channel by eddy flow, leaving water temperature reaches substantially Temperature to set temperature, after sensing water flow set on the liquid inductor 9 of the outlet of hybrid channel, set on the outlet of hybrid channel It spends sensor 5 and acquires leaving water temperature feedback to microcontroller, correct two after self-adaptive PID ratio, integral, differential algorithm calculate A automatically controlled water diaphragm pinch valve aperture, thus further accurate control leaving water temperature.When shell 1 returns to vertical placement status, top Spiral shell instrument 12 works, and judgement is now in pouring end state, and microcontroller closes two automatically controlled water diaphragm pinch valves.

Finally, it is stated that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng The utility model is described in detail according to preferred embodiment, those skilled in the art should understand that, it can be to this The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model It encloses, should all cover in the scope of the claims of the utility model.

Claims (10)

1. a kind of temperature control cup, it is characterised in that: including cup body, temperature control device, the cup body includes at least two liners, each interior It being equipped on gallbladder water pipe in communication (10), water pipe (10) is connected to hybrid channel (16) after converging,

Temperature control device includes the electrically operated valve (6) on water pipe, and Yu Shuiguan (10) is interior, hybrid channel (16) are interior sets temperature sensing Device (5), temperature sensor (5), electrically operated valve (6) are connected with microcontroller.

2. a kind of temperature control cup as described in claim 1, it is characterised in that: the cup body includes two liners, two liners point Not Wei single layer liner (3), double-layer inner containers (2), single layer liner (3), double-layer inner containers (2) be set to shell (1) in, shell is set on (1) Cylinder (14), water pipe (10), hybrid channel (16) are set in cylinder (14), and cylinder (14) peripheral hardware is connected to the cup of hybrid channel (16) Mouth (17), microcontroller are set in cylinder (14), set cup lid (18) on the cylinder (14).

3. a kind of temperature control cup as claimed in claim 2, it is characterised in that: set radiator (4) on the single layer liner (3).

4. a kind of temperature control cup as claimed in claim 2, it is characterised in that: set in the cylinder (14) the first control panel (19), Rechargeable battery (7), forms cavity between first control panel (19) and cylinder (14), cylinder (14) is equipped with temperature setting and presses Button (13), display screen (11), (13) one end of temperature setting button are connected to the first control panel (19), and temperature setting button (13) is another End sequentially passes through cavity, cylinder extends outwardly after (14), and the display window for accommodating display screen (11), display are set on the cylinder (14) (11) one ends of screen are connected to the first control panel (19), and display screen (11) is another to be terminated at display window, and the first control panel is also set on (19) There are gyroscope (12),

The rechargeable battery (7) respectively with display screen (11), gyroscope (12), electrically operated valve (6), temperature sensor (5), micro-control Device processed connection, the microcontroller respectively with display screen (11), temperature setting button (13), gyroscope (12), electrically operated valve (6), temperature sensor (5) connects.

5. a kind of temperature control cup as claimed in claim 4, it is characterised in that: the import of water pipe (10), hybrid channel (16) go out Mouth is equipped with liquid inductor (9), and the liquid inductor (9) is connected with microcontroller, rechargeable battery (7).

6. a kind of temperature control cup as claimed in claim 5, it is characterised in that: the electrically operated valve (6) is automatically controlled diaphragm pinch valve, Cyclone mixer (8) are set in the hybrid channel (16).

7. a kind of temperature control cup as claimed in claim 6, it is characterised in that: the second control panel (15) are set in the cylinder (14), Second control panel (15) is equipped with temperature collection circuit, liquid inductive pick-up circuit, diaphragm pinch valve driving circuit, display driving Circuit, charging circuit, microcontroller connect temperature sensor (5) by temperature collection circuit, and microcontroller is incuded by liquid Acquisition Circuit connects liquid inductor (9), and microcontroller connects automatically controlled diaphragm pinch valve by diaphragm pinch valve driving circuit, micro- Controller connects display screen (11) by display driver circuit, and charging circuit connects rechargeable battery (7).

8. a kind of temperature control cup as described in claim 1, it is characterised in that: the water pipe (10), hybrid channel (16) are silicon Hose made of glue material.

9. a kind of temperature control cup as claimed in claim 2, it is characterised in that: set cover board (20), the lid on the cylinder (14) Plate (20) bottom sets the water storage cavity of connection hybrid channel (16), and the cup mouth (17) is set on cover board (20), the cover board (20) On set the apopores (21) of connection cup mouth (17) and water storage cavity, the cup lid (18) is on cover board (20).

10. a kind of temperature control cup as claimed in claim 9, it is characterised in that: the water storage cavity includes being connected to cover board (20) bottom Circular outer wall (22), outer wall (22) bottom sets bottom plate (23), and the circle of corresponding apopore (21) is set on bottom plate (23) Hole (24), circular hole (24) outer rim set the circular connection mouth (25) extended downwardly, connection mouth (25) the insertion mixing Simultaneously it is close to hybrid channel (16) inner wall in channel (16).