CN208192848U - Intelligent drinking machine - Google Patents
Intelligent drinking machine Download PDFInfo
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- CN208192848U CN208192848U CN201720770983.6U CN201720770983U CN208192848U CN 208192848 U CN208192848 U CN 208192848U CN 201720770983 U CN201720770983 U CN 201720770983U CN 208192848 U CN208192848 U CN 208192848U
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Abstract
The utility model discloses intelligent drinking machine, level sensing is carried out to boiled water tank and storage cold water storage cistern, when moisture storage capacity is lower than default liquid level, start heating module, refrigeration module, increase water storage to boiled water tank and storage cold water storage cistern, boiled water and chilled water are separately stored, and Repeat-heating is avoided, it avoids boiled water from rushing with unboiled water to convert, meets the health demand of drinking water；User keys in required water and water temperature in input module according to demand, controller module calculates required minable water yield and cool water quantity, corresponding minable water yield and cool water quantity are injected into mixed water tank, required water is connect in mixed water tank water outlet by user, it realizes quantitative, fixed temperature water intaking, meets the needs of different user；Above-mentioned health, realization that is quantitative, determining warm nature energy, so that the utility model has stronger practicability, application is easier to be promoted.
Description
Technical field
The utility model relates to a kind of water dispensers, drink more particularly to the intelligence for providing healthy water, energy quantitative constant temperature water intaking
Water dispenser.
Background technique
Public arena is respectively provided with water dispenser such as airport, station, service organization, supplies drinking water for user.A few days ago, it drinks
The quality of water supply of water dispenser and user demand become urgent problem to be solved.
The water dispenser of existing public arena, usually only provides boiled water and not boiled water, and people are according to oneself need
Ask, can only estimator and temperature, then the water for being voluntarily watered, and converting is water, is unfavorable for human health；When in a period of time
Unmanned water receiving, and when water temperature declines, water dispenser will heat again, and water is boiled, and boiled water is repeated several times, for thousand rollings
Water is equally unfavorable for human health.As it can be seen that the health problem for the drinking water that existing water dispenser provides causes anxiety.Public arena, people
Demand it is different, such as connect drinking water in quenching one's thirst, take medicine, make coffee, rush albumen powder, each not phase of dosage and temperature
Together, people can only voluntarily be watered according to demand, and measure and temperature can only rule of thumb control, often will appear the demand of not meeting
Situation.
To sum up think, the water dispenser of existing public arena, health problem, quantitative constant temperature problem are not able to satisfy all kinds of people
Group's demand, the practicability is poor.
Utility model content
The utility model provides a kind of intelligent drinking machine, solves the problems, such as that the practicability is poor existing for existing water dispenser.
Intelligent drinking machine, including controller module, input module, drive module, heating module, heating temperature detection mould
Block, refrigeration module, cryogenic temperature detection module, boiled water tank level sensing module and storage cold water storage cistern level sensing module；
The output end of the input module is connected with controller module；The control terminal and controller module of the drive module
It is connected, the output end all the way of the drive module is connected with the control terminal of heating module, the another output of the drive module
End is connected with the control terminal of refrigeration module；The output end of the heating module is through heating temperature detecting module and controller module phase
Even；The output end of the refrigeration module is connected through cryogenic temperature detection module with controller module；The boiled water tank level sensing
The output end of module is connected with controller module；The storage cold water storage cistern level sensing module is connected with controller module；
Further comprise heating case, boiled water tank, refrigeration case, storage cold water storage cistern and mixed water tank；Drainage injection system is crossed in outside
Hot tank is heated in heating case, boiled water is injected boiled water tank after boiled, and the water injection refrigeration case of half carries out in boiled water tank
Freezing, the cold water after refrigeration is injected into storage cold water storage cistern, when water withdrawal and water intaking temperature is arranged by input module in user, boiled water tank
It is injected into mixed water tank in proportion with storage cold water storage cistern, exports water by the water withdrawal and water intaking temperature of user；
The heating case, boiled water tank, refrigeration case, storage cold water storage cistern, the water inlet of mixed water tank and water outlet are provided with valve,
The control terminal of each valve is connected with controller module.
It further, further include display module, the display module is connected with controller module, shows water yield and water outlet
Temperature.
Further, the refrigeration module mainly includes cooling piece, is arranged in the refrigeration case bottom.
Further, the heat that the cooling piece absorbs is conducted to heating case, for assisting heat external to cross drainage.
It further, further include waste water tank, the waste water tank is received to be generated from boiled water tank, storage cold water storage cistern and mixed water tank
Waste water.
Further, the shell of the boiled water tank and storage cold water storage cistern is equipped with heat preservation evacuated panel.
The advantages of the utility model, is with effect:
1, level sensing is carried out to boiled water tank and storage cold water storage cistern, when moisture storage capacity is lower than default liquid level, starting heating module,
Refrigeration module increases water storage to boiled water tank and storage cold water storage cistern, and boiled water and chilled water are separately stored, avoid Repeat-heating, keep away
Exempt from boiled water to convert with unboiled water punching, meets the health demand of drinking water；User according to demand input module key in needed for water and
Water temperature, controller module calculate required minable water yield and cool water quantity, and corresponding minable water yield and cool water quantity are injected into mixed water tank,
Required water is connect in mixed water tank water outlet by user, realizes quantitative, fixed temperature water intaking, meets the needs of different user；Above-mentioned health,
Realization that is quantitative, determining warm nature energy, so that the utility model has stronger practicability, application is easier to be promoted；
2, the heat that cooling piece absorbs is back to heating case, energy is saved in auxiliary heating；
3, it is respectively provided with heat preservation evacuated panel in the shell of boiled water tank and storage cold water storage cistern, realizes the heat preservation for converting boiled water and cold water, keeps away
Exempt from heat loss, saves energy.
Detailed description of the invention
Fig. 1 is the utility model structural principle block diagram.
Fig. 2 is each cabinet schematic diagram of the utility model.
Specific embodiment
The utility model is described in further detail with reference to embodiments, but the utility model is not limited to these implementations
Example.
Intelligent drinking machine, including controller module, input module, drive module, heating module, heating temperature detection mould
Block, refrigeration module, cryogenic temperature detection module, boiled water tank level sensing module and storage cold water storage cistern level sensing module；It is described
The output end of input module is connected with controller module；The control terminal of the drive module is connected with controller module, the drive
The output end all the way of dynamic model block is connected with the control terminal of heating module, the another output end of the drive module and refrigeration module
Control terminal be connected；The output end of the heating module is connected through heating temperature detecting module with controller module；The refrigeration
The output end of module is connected through cryogenic temperature detection module with controller module；The output end of the boiled water tank level sensing module
It is connected with controller module；The storage cold water storage cistern level sensing module is connected with controller module；Further comprise heating case,
Boiled water tank, refrigeration case, storage cold water storage cistern and mixed water tank；Drainage injection heating case is crossed in outside, is heated in heating case, boiled
Boiled water is injected into boiled water tank afterwards, the water injection refrigeration case of half freezes in boiled water tank, and the cold water after refrigeration is injected into Chu Leng
Water tank, when water withdrawal and water intaking temperature is arranged by input module in user, boiled water tank and storage cold water storage cistern are injected into mixed water in proportion
In case, water is exported by the water withdrawal and water intaking temperature of user；The heating case, boiled water tank, refrigeration case, storage cold water storage cistern, mixed water tank
Water inlet and water outlet be provided with valve, the control terminal of each valve is connected with controller module.
Input module is keyboard or touch screen.When for keyboard, water requirement and temperature, controller mould is arranged in keyboard in user
The key assignments of block scan keyboard obtains the demand of user, calculates minable water yield and cool water quantity with the prior art, open boiled water tank and
Cold water storage cistern outlet valve is stored up, releases corresponding water into mixed water tank, the mixed water for meeting user demand passes through mixed water tank
Water outlet outflow.Touch screen has effect identical with keyboard, and user inputs institute's water requirement and temperature in touch screen.
Drive module mainly includes relay.When need to be heated, controller module sends to relay and instructs, and connects system
The power supply of thermal modules, heating case start to heat.When need to be freezed, controller module sends to relay and instructs, and connects refrigeration
Modular power source, refrigeration case start to freeze.
Heating module setting crosses drainage in heating case, for heating the outside flowed into through heating case water inlet.Heat mould
Block mainly includes heating film electric heating tube, and heating film electric heating tube longitudinally runs through heating case, heated circuit and external power supply
Connection.Power switch is provided on heater circuit, controller module sends signal to drive module, then power switch closure or disconnected
It opens, external power supply is switched on or switched off heater circuit, heating film electric heating tube, and heating module starts to work or stops working, and heats
Or drainage is crossed in the outside stopped in heating case.
Heating temperature detecting module is digital temperature sensor, for detecting the temperature of water in heating case.When heating case
When interior coolant-temperature gage reaches 100 DEG C, controller module receives the temperature signal, sends signal to drive module, disconnects heating mould
The power supply of block stops heating, and under the control of controller module, and that opens the outlet valve and boiled water tank for heating case enters water
Mouth valve, boiled water is stored into boiled water tank.
Refrigeration module mainly includes cooling piece, slide rheostat and power switch, wherein cooling piece is arranged described
Refrigeration case bottom, the boiled water for boiled water tank conveying to come freeze.Public arena water dispenser responsible person can be according to weather
Variation, the temperature of water after being freezed by slide rheostat adjustment, usually 10 DEG C -50 DEG C.Refrigeration module is in controller module
Under control, it is switched on or off power switch, starts refrigeration of freezing or stop.
Cooling piece includes two sides, is absorbed heat on one side, is radiated on one side, and conductive force is played, and thermal inertia is small, and cooling time is very
Fastly, in the case where the good cold end of hot-side heat dissipation is unloaded, as soon as being powered less than minute, cooling piece can reach maximum temperature difference.For section
Heating energy consumption is saved, the utility model conducts the heat that cooling piece absorbs to heating case, for assisting heat external to cross drainage.
Cryogenic temperature detection module is digital temperature sensor, for detecting the temperature of water in refrigeration case.Work as refrigeration case
Interior coolant-temperature gage drops to preset value, and controller module receives the temperature signal, sends signal to drive module, disconnects refrigeration mould
The power supply of block stops refrigeration.
It is provided with level sensing module in boiled water tank, is boiled water tank level sensing module, is opened for detecting in boiled water tank
The liquid level of water, when liquid level is lower than preset value, controller module opens the valve of the water inlet of heating case, receives external filtering
Water starts heating module, is heated, until water is boiled, and after water is boiled, open heating case outlet valve and
The water inlet valve of boiled water tank imports boiled water in boiled water tank.
Level sensing module is set in storage cold water storage cistern, to store up cold water storage cistern level sensing module, for detecting storage cold water storage cistern
The liquid level of inner cold water, when liquid level is lower than preset value, controller module opens boiled water tank outlet valve and refrigeration case water inlet
Valve injects boiled water toward refrigeration case, starts refrigeration module, freeze to boiled water, after refrigeration to preset temperature, opens refrigeration
The outlet valve and storage cold water storage cistern water inlet valve of case, cold water is injected in storage cold water storage cistern.
Further comprise waste water tank, the waste water tank is received from boiled water tank, storage cold water storage cistern and mixed water tank generation
Waste water.When the water in boiled water tank, storage cold water storage cistern and mixed water tank is more than that preset time is not discharged, controller module is directly opened
The water inlet valve of water tank, the outlet valve of storage cold water storage cistern and mixed water tank and waste water tank, waste water is discharged into waste water tank.It burns
Water retention time after opening is not discharged beyond preset time, and user can impact health after drinking, and waste water tank is arranged
Help that waste water is discharged in time, ensures the health of drinking water.
In the utility model, heat between case and boiled water tank, between boiled water tank and refrigeration case, boiled water tank and mixed water tank it
Between, between refrigeration case and storage cold water storage cistern, between storage cold water storage cistern and mixed water tank, between boiled water and waste water tank, mixed water tank and waste water tank
Between and storage cold water storage cistern and waste water tank between, by conduit be connected, for conveying the water under each state.
Further comprise display module, the display module is connected with controller module, shows water yield and out water temperature
Degree.When user is by water and water temperature needed for keyboard or touch display screen setting, setting value is shown by display module.
Also water flow meter and temperature sensor can be set in mixed water tank according to demand, detect the practical water yield and leaving water temperature of mixed water tank,
And show practical moisture storage capacity and leaving water temperature, it is carried out with preset water and water temperature convenient for manager and user
Comparison.
To save energy consumption, also heat preservation evacuated panel is all arranged in the shell of boiled water tank and storage cold water storage cistern in the utility model.For
Boiled water and cold water are kept the temperature, avoided because the heat transfer with environment causes frequently heating and refrigeration.
The working process of the utility model is as follows:
Under the control of controller module, heating case receives external drainage of crossing and is heated, heating temperature detecting module inspection
Coolant-temperature gage is measured in case up to after 100 DEG C, controller module disconnects heating module, and boiled water is injected into boiled water tank；Work as boiled water tank
When level sensing module detects boiled water liquid level lower than preset value, controller module control heating case receives outside again and crosses drainage
It is heated, repeats above-mentioned heating operations；
A part of water, which is injected into refrigeration case, under the control of controller module, in boiled water tank freezes, when refrigeration temperature
Degree detection module detects that coolant-temperature gage is reduced to preset value in case, and controller module disconnects refrigeration module, and will be cold after refrigeration
Water is injected into storage cold water storage cistern；When storage cold water storage cistern level sensing module detects that liquid level is lower than preset value in case, controller mould
A part of water in boiled water tank is injected into refrigeration case by block again to freeze, and repeats above-mentioned process of refrigerastion；
User's water and water temperature needed for input module setting, controller module carry out operation and control by the prior art
System, the minable water yield being calculated and cool water quantity are injected into mixed water tank, and from the water outlet of mixed water tank be discharged user needed for water.
The utility model relates to computer program, comparison and control be the prior art, do not improve.
Claims (6)
1. intelligent drinking machine, it is characterised in that:
Including controller module, input module, drive module, heating module, heating temperature detecting module, refrigeration module, refrigeration
Temperature detecting module, boiled water tank level sensing module and storage cold water storage cistern level sensing module；
The output end of the input module is connected with controller module；The control terminal of the drive module and controller module phase
Even, the output end all the way of the drive module is connected with the control terminal of heating module, the another output end of the drive module
It is connected with the control terminal of refrigeration module；The output end of the heating module is through heating temperature detecting module and controller module phase
Even；The output end of the refrigeration module is connected through cryogenic temperature detection module with controller module；The boiled water tank level sensing
The output end of module is connected with controller module；The storage cold water storage cistern level sensing module is connected with controller module；
Further comprise heating case, boiled water tank, refrigeration case, storage cold water storage cistern and mixed water tank；Drainage injection heating case is crossed in outside,
It being heated in heating case, boiled water is injected into boiled water tank after boiled, the water injection refrigeration case of half freezes in boiled water tank,
Cold water after refrigeration is injected into storage cold water storage cistern, when water withdrawal and water intaking temperature is arranged by input module in user, boiled water tank and storage
Cold water storage cistern is injected into mixed water tank in proportion, exports water by the water withdrawal and water intaking temperature of user；
The heating case, boiled water tank, refrigeration case, storage cold water storage cistern, the water inlet of mixed water tank and water outlet are provided with valve, each valve
The control terminal of door is connected with controller module.
2. intelligent drinking machine according to claim 1, it is characterised in that:
Further comprise display module, the display module is connected with controller module, shows water yield and leaving water temperature.
3. intelligent drinking machine according to claim 1, it is characterised in that: the refrigeration module mainly includes cooling piece,
It is arranged in the refrigeration case bottom.
4. intelligent drinking machine according to claim 3, it is characterised in that: the heat that the cooling piece absorbs is conducted to heating
In case, for assisting heat external to cross drainage.
5. intelligent drinking machine according to claim 1, it is characterised in that: further comprise waste water tank, the waste water tank
Receive the waste water generated from boiled water tank, storage cold water storage cistern and mixed water tank.
6. intelligent drinking machine according to claim 1, it is characterised in that: the shell of the boiled water tank and storage cold water storage cistern is all provided with
There is heat preservation evacuated panel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720770983.6U CN208192848U (en) | 2017-06-29 | 2017-06-29 | Intelligent drinking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720770983.6U CN208192848U (en) | 2017-06-29 | 2017-06-29 | Intelligent drinking machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208192848U true CN208192848U (en) | 2018-12-07 |
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ID=64489891
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720770983.6U Active CN208192848U (en) | 2017-06-29 | 2017-06-29 | Intelligent drinking machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208192848U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107095577A (en) * | 2017-06-29 | 2017-08-29 | 叶子钰 | Intelligent drinking machine |
| CN109846359A (en) * | 2019-03-05 | 2019-06-07 | 南京工业职业技术学院 | A kind of intelligent drinking machine control system and water dispenser |
| CN111166170A (en) * | 2020-02-21 | 2020-05-19 | 南京工程学院 | Intelligent water dispenser capable of controlling water quantity and water temperature |
-
2017
- 2017-06-29 CN CN201720770983.6U patent/CN208192848U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107095577A (en) * | 2017-06-29 | 2017-08-29 | 叶子钰 | Intelligent drinking machine |
| CN109846359A (en) * | 2019-03-05 | 2019-06-07 | 南京工业职业技术学院 | A kind of intelligent drinking machine control system and water dispenser |
| CN111166170A (en) * | 2020-02-21 | 2020-05-19 | 南京工程学院 | Intelligent water dispenser capable of controlling water quantity and water temperature |
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