CN105919430A - Intelligent power-saving water storage type water dispenser capable of reasonably utilizing peak valley electricity, and control method of water dispenser - Google Patents
Intelligent power-saving water storage type water dispenser capable of reasonably utilizing peak valley electricity, and control method of water dispenser Download PDFInfo
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- CN105919430A CN105919430A CN201610534146.3A CN201610534146A CN105919430A CN 105919430 A CN105919430 A CN 105919430A CN 201610534146 A CN201610534146 A CN 201610534146A CN 105919430 A CN105919430 A CN 105919430A
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- water
- heat pipe
- pipe
- storage device
- dispenser
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J31/00—Apparatus for making beverages
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J31/00—Apparatus for making beverages
- A47J31/44—Parts or details or accessories of beverage-making apparatus
- A47J31/4403—Constructional details
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J31/00—Apparatus for making beverages
- A47J31/44—Parts or details or accessories of beverage-making apparatus
- A47J31/46—Dispensing spouts, pumps, drain valves or like liquid transporting devices
- A47J31/462—Dispensing spouts, pumps, drain valves or like liquid transporting devices with an intermediate liquid storage tank
- A47J31/467—Dispensing spouts, pumps, drain valves or like liquid transporting devices with an intermediate liquid storage tank for the infusion
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J31/00—Apparatus for making beverages
- A47J31/44—Parts or details or accessories of beverage-making apparatus
- A47J31/54—Water boiling vessels in beverage making machines
- A47J31/542—Continuous-flow heaters
- A47J31/545—Control or safety devices
Abstract
The invention discloses an intelligent power-saving water storage type water dispenser capable of reasonably utilizing peak valley electricity, and a control method of the water dispenser. The intelligent power-saving water storage type water dispenser comprises a machine body, an instant-heating pipe, an internal pipeline and a control module; a hot water faucet and a cold water faucet are arranged on a front panel of the machine body, and an intelligent head is arranged on the top of the machine body; a control cabinet is arranged on a side wall of the machine body, and the control module is installed in the control cabinet; the internal pipeline comprises an intelligent seat, a cold water outlet pipe, a water inlet pipe of the instant-heating pipe, a hot water outlet pipe, a water inlet pipe of a water storage device, the water storage device and a water outlet pipe of the water storage pipe; the control module comprises a single chip microcomputer, a touch liquid crystal display screen, a power amplifier, a liquid level sensor, a temperature sensor, a water inlet electromagnetic valve, a water outlet electromagnetic valve and a liquid level limit switch. The intelligent power-saving water storage type water dispenser solves the problems of electric energy waste caused by repeatedly heating and thousand boiling water, and avoids the harm of a mixture of unboiled water and boiled water to gastrointestinal health; the instant-heating pipe of the water dispenser can be rapidly replaced; the working condition of the water dispenser can be monitored in real time by a touch screen or a mobile phone in real time; the working time and stored water heating amount of the water dispenser are set as required, and the water dispenser can remind to drink water.
Description
Technical field
The present invention relates to a kind of intelligence storage-type water dispenser and control method, the intelligent energy-saving storage-type water dispenser of a kind of Appropriate application peak-trough electricity and control method, belong to Smart Home technical field.
Background technology
Owing to what water dispenser used generally goes, each area water dispenser total amount is the most, it is known that its total power consumption is huge, and all concentrates on the peak of power consumption time period.And country's peak-trough electricity gap increases increasingly, occur in that peak electricity not, the present situation that paddy electricity is rich；Typically there is peak electricity period vacancy on daytime greatly in short of electricity, may be forced power cuts to limit consumption.At low-valley interval at night, power consumption is few, systematic electricity sufficient but with not going out, generating set have to be limited and exert oneself until allowing it shut down, the biggest wasting of resources can be caused.Therefore National Development and Reform Committee issues: carried out electricity consumption time-of-use tariffs policy before the end of the year 2015 comprehensively.Developing a water dispenser so compeling to be essential is the work of Appropriate application peak-trough electricity, and one is energy-conservation, and two is economical, and three is to contribute for State Grid's peak load shifting..
Summary of the invention
It is an object of the present invention to provide a kind of intelligent energy-saving storage-type water dispenser.
For solving above-mentioned technical problem, the technical solution used in the present invention is:
Technical scheme one:
The intelligent energy-saving storage-type water dispenser of a kind of Appropriate application peak-trough electricity, including fuselage, i.e. heat pipe, internal duct and control module；Fuselage front panel top is provided with water storage faucet, cold water faucet, and the top of fuselage arranges intellectual head；The sidewall of fuselage is provided with switch board, and control module is arranged in switch board；Internal duct includes smart seat, cold water outlet pipe, i.e. heat pipe water inlet pipe, hot water outlet pipe, water storage device water inlet pipe, water storage device, water storage device outlet pipe；Described control module includes that single-chip microcomputer, power amplifier, liquid level sensor, temperature sensor, entering water electromagnetic valve, hot water go out electromagnetic valve, liquid level limit switch, and described liquid level sensor, temperature sensor, liquid level limit switch are arranged on inside water storage device；Passage forward homing position type cleaning cap means it is provided with on described smart seat；Described water storage device is provided with reverse homing position type cleaning cap means；
Intellectual head and smart seat airtight connection；Being provided with smart seat cold water outlet pipe and smart seat hot water outlet pipe bottom smart seat, smart seat cold water outlet pipe connects cold water faucet by cold water outlet pipe；Smart seat hot water outlet pipe connects one end of i.e. heat pipe by i.e. heat pipe water inlet pipe；The i.e. other end of heat pipe picks out water solenoid valve (27)；Going out water solenoid valve (27) and be divided into two-way by i.e. heat pipe installation valve, a road connects hot water tap through hot water outlet pipe, and another road passes sequentially through and connects water storage faucet into water storage device water inlet pipe, water storage device, water storage device outlet pipe；Described entering water electromagnetic valve installs the junction of heat pipe water inlet pipe in sight and i.e. heat pipe, goes out water solenoid valve and is arranged on i.e. heat pipe and the junction of water storage device water inlet pipe；
The respective input of described single-chip microcomputer connects temperature sensor, liquid level sensor, liquid level limit switch output, and its corresponding output end taps into water solenoid valve through power amplifier, hot water goes out electromagnetic valve and the control end of i.e. heat pipe.Described single-chip microcomputer controls hot water according to the peak power-on time section preset and low ebb power-on time section and goes out the state of electromagnetic valve, in peak power-on time section, open entering water electromagnetic valve, close hot water and go out electromagnetic valve, enable peak heating paths, in low ebb power-on time section, open hot water and go out electromagnetic valve, enable low ebb heating paths, whether detection discharging device reaches default liquid level, if it has, closedown entering water electromagnetic valve and hot water go out electromagnetic valve, otherwise open entering water electromagnetic valve and hot water goes out electromagnetic valve, until single-chip microcomputer detects that the water yield reaches to preset level value.
Described intelligent energy-saving storage-type water dispenser also includes that valve installed by fixed i.e. heat pipe；Fuselage backboard is provided with i.e. heat pipe and installs cabinet；Valve installed by fixed i.e. heat pipe and i.e. heat pipe installation valve is threeway, is separately fixed at i.e. heat pipe and installs bottom surface and the end face of cabinet；Described i.e. heat pipe is detachable i.e. heat pipe, installs heat pipe in sight and installs in cabinet；Described i.e. heat pipe two ends connect fixed i.e. heat pipe installation valve respectively and the corresponding port of valve installed by i.e. heat pipe；Described i.e. heat pipe is installed cabinet and is arranged over quick change i.e. heat pipe chute.
Described passage forward homing position type cleaning cap means includes forward homing position type cleaning cap and the forward back-moving spring being arranged on smart seat；Described homing position type cleans reverse homing position type cleaning cap and the reverse back-moving spring that cap means includes being arranged on water storage device.
Described intelligent energy-saving storage-type water dispenser also includes touch LCD screen, described touch LCD screen is arranged on the front panel top of fuselage, it is bi-directionally connected through power amplifier and transforming circuit with single-chip microcomputer, for showing the water yield and water temperature in described water storage device, the water dispenser working time is set.
Described intelligent energy-saving storage-type water dispenser also includes Internet network interface equipment, is connected by mobile Internet with mobile device.
Described Internet network interface equipment is DTE/DCE interface equipment or network controller or NIC Ethernet card or supports the novel embedded microprocessor of what Internet network accessed.
The i.e. heat pipe of described water dispenser replaces with electronic cooling pipe or electronic cooling pipe and i.e. heat pipe integrated device.
Technical scheme two:
A kind of for the control method of water dispenser described in technical scheme one, including step in detail below:
Step 1: arrange peak power-on time section and low ebb power-on time section and medical health drinking-water classification, medical health drinking-water classification includes fat-reducing, fatigue；
Step 2: judge whether current time is in peak power-on time section, if it is, turn to step 3, otherwise turns to step 4；
Step 3: open entering water electromagnetic valve, closes out water solenoid valve, is in peak drinking mode；Turn to step 6；
Step 4: open entering water electromagnetic valve, opens out water solenoid valve, and the i.e. heat pipe of control works, until it reaches preset temperature；
Step 5: whether the water yield of detection detection water storage device reaches default liquid level, if it is, cut off heating power supply, quits work, is in keeping warm mode.Otherwise forward step 4 to.
Step 6: judge whether to arrive the drinking-water time that set medical health drinking-water classification is corresponding, if it is, turn to step 7；Otherwise turn to step 2；
Step 7: carry out user reminding with water；Turn to step 2.
Use technique scheme, the invention has the beneficial effects as follows:
1, the present invention is stored by Single-chip Controlling one-time heating, solves people's subimbition, repeatedly heating waste of energy and " thousand boiling water " harm problem；Cold water, hot water are completely isolated simultaneously, it is to avoid the problem that " water " produces harm the intestines and stomach；
2, the structure of invention employing back pressure type water supply heating, water is installed valve and i.e. heat pipe connection through fixed i.e. heat pipe, by i.e. heat pipe installation valve supply water after i.e. heat pipes heat, is heated more abundant；Back pressure type water supply heating minimizing gravity, to the pressure of heater, prevents from crushing；Space availability ratio is bigger；
3, the cleaning of the homing position type in present invention cap, isolation water and the extraneous contact time, dust-proof while, decrease heat radiation；
4, present configuration is simple, energy quick-replaceable i.e. heat pipe, easy to clean；
5, the single-chip microcomputer in the present invention carries out data communication with touch screen or mobile phone, and according to local peak-trough electricity time policy, user can set the working time of water dispenser, can be according to different human needs setting water storage capacities；
6, the present invention can set the water dispenser prompting different people amount of drinking water by touch screen or mobile phone and drink water the time.
Accompanying drawing explanation
Fig. 1 is the external structure front view of the present invention；
Fig. 2 is the external structure rearview of the present invention；
Fig. 3 is the cut-away view of the present invention；
Fig. 4 is the smart seat perspective view of the present invention；
Fig. 5 is the water storage device perspective view of the present invention；
Fig. 6 is quick change of the present invention i.e. heat pipe structure figure；
Fig. 7 is that cabinet figure installed by the i.e. heat pipe of the present invention；
Fig. 8 is control module theory diagram of the present invention；
Wherein:
1-fuselage；2-intellectual head；3-hot water tap；4-cold water faucet；5-water storage faucet；6-storage tank；7-touch LCD screen；8-control module；9-switch board；10-quick change i.e. heat pipe chute；11-stud；12-nut；13-i.e. heat pipe；Cabinet installed by the i.e. heat pipe of 14-；15-smart seat；16-cold water outlet pipe；17-hot water effluent's pipe joint；18-temperature sensor；19-liquid level sensor；20-i.e. heat pipe water inlet pipe；21-entering water electromagnetic valve；22-water storage device outlet pipe；23-breather；24-water storage device water inlet pipe；Valve installed by the i.e. heat pipe of 25-；26-hot water outlet pipe；27-goes out water solenoid valve；28-passage forward homing position type cleaning cap；29-forward back-moving spring；30-connection for breather pipe；31-smart seat cold water outlet pipe；32-smart seat hot water outlet pipe；33-water storage device；The reverse back-moving spring of 34-；35-reverse homing position type cleaning cap；36-liquid level limit switch；37-installs screw；Valve installed by the fixed i.e. heat pipe of 38-.
Detailed description of the invention
Embodiment 1:
As it is shown in figure 1, the intelligent energy-saving storage-type water dispenser of a kind of Appropriate application peak-trough electricity, including fuselage 1, i.e. heat pipe 13, internal duct and control module 8；The front panel top of fuselage 1 is provided with water storage faucet 5, cold water faucet 4, and the top of fuselage 1 arranges intellectual head 2；The sidewall of fuselage 1 is provided with switch board 9, and control module 8 is arranged in switch board 9；Internal duct includes smart seat 15, cold water outlet pipe 16, i.e. heat pipe water inlet pipe 20, hot water outlet pipe 26, water storage device water inlet pipe 24, water storage device 33, water storage device outlet pipe 22；Described control module includes single-chip microcomputer, power amplifier, liquid level sensor, temperature sensor, entering water electromagnetic valve 21, goes out water solenoid valve 27, liquid level limit switch 36, and described liquid level sensor 19, temperature sensor 18, hydraulic stop switch 36 are arranged on water storage device 33 inside；Passage forward homing position type cleaning cap means it is provided with on described smart seat；Described water storage device is provided with reverse homing position type cleaning cap means；
Intellectual head 2 and smart seat 15 airtight connection；Being provided with smart seat cold water outlet pipe 31 and smart seat hot water outlet pipe 32 bottom smart seat 15, smart seat cold water outlet pipe 31 connects cold water faucet 4 by cold water outlet pipe 16；Smart seat hot water outlet pipe 32 connects one end of i.e. heat pipe 13 by i.e. heat pipe water inlet pipe 20；The i.e. other end of heat pipe 13 is divided into two-way to export by i.e. heat pipe installation valve 25, and a road connects hot water tap 3 through hot water outlet pipe 26, and another road passes sequentially through and connects water storage faucet 5 into water storage device water inlet pipe 24, water storage device 33, water storage device outlet pipe 22；Described entering water electromagnetic valve 21 installs the junction of heat pipe water inlet pipe 20 in sight and i.e. heat pipe 13, and hot water goes out electromagnetic valve 27 and installs heat pipe 13 in sight and enter the junction of water storage device water inlet pipe 24；
The respective input of described single-chip microcomputer connects temperature sensor 18, liquid level sensor 19, liquid level limit switch 36 outfan, and its corresponding output end taps into water solenoid valve 21 through power amplifier, goes out the control end of water solenoid valve 27 and i.e. heat pipe 13.Described single-chip microcomputer is according to the peak power-on time section preset and low ebb power-on time section, control hot water and go out the state of electromagnetic valve 27, in peak power-on time section, open entering water electromagnetic valve 21, close hot water and go out electromagnetic valve 27, enable peak heating paths, in low ebb power-on time section, open hot water and go out electromagnetic valve 27, enable low ebb heating paths, whether detection discharging device reaches default liquid level, if reached, close entering water electromagnetic valve 21 and go out water solenoid valve 27, otherwise open entering water electromagnetic valve 21 and go out water solenoid valve 27, until single-chip microcomputer detects that the water yield reaches preset value.
First water dispenser low ebb working time section, the moisture storage capacity of paddy electricity time period and heating-up temperature is set during use.Then water dispenser enters duty, can automatically control heated condition according to time period water dispenser, if within the trough-electricity time period, drinking machine heating water storage, until water storage device storage full water, water dispenser stops heating；If not within the low valley point time period, water dispenser can decide whether heating according to the water yield in water storage device, and when the water yield in water storage device reaches the liquid level set, water dispenser stops heating and enters holding state, closes out water solenoid valve 27, otherwise continues heating water storage.
Described intelligent energy-saving storage-type water dispenser also includes that valve 38 installed by fixed i.e. heat pipe；Fuselage 1 backboard is provided with i.e. heat pipe and installs cabinet 14；Valve 38 installed by fixed i.e. heat pipe and i.e. heat pipe installation valve 25 is threeway, is separately fixed at i.e. heat pipe and installs bottom surface and the end face of cabinet 14；Described i.e. heat pipe 13 is detachable i.e. heat pipe, installs heat pipe in sight and installs in cabinet 14；Described i.e. heat pipe 13 two ends connect fixed i.e. heat pipe installation valve 38 respectively and the corresponding port of valve 25 installed by i.e. heat pipe；Described i.e. heat pipe is installed cabinet 14 and is arranged over quick change i.e. heat pipe chute 10；Stud 11, nut 12 and i.e. heat pipe 25 are installed valve and are linked together, and turn on the 12-nut i.e. heat pipe of slip 25-and install valve, the most replaceable.
The i.e. heat pipe 13 of described water dispenser could alternatively be electronic cooling replacement i.e. heat pipe 13 or electronic cooling and i.e. heat pipe 13 integrated device.
Described passage forward homing position type cleaning cap means includes forward homing position type cleaning cap 28 and the forward back-moving spring 29 being arranged on smart seat 15；Described homing position type cleaning cap means includes reverse homing position type cleaning cap 35 and the reverse back-moving spring 34 being arranged on water storage device 33.
Described intelligent energy-saving storage-type water dispenser also includes touch screen 7, described touch screen 7 is arranged on the front panel top of fuselage 1, it is bi-directionally connected through power amplifier and transforming circuit with single-chip microcomputer, is used for showing the water yield and water temperature in described water storage device 33, the water dispenser working time is set.
Described intelligent energy-saving storage-type water dispenser also includes Internet network interface equipment, is connected by mobile Internet with mobile device.
Described Internet network interface equipment is DTE/DCE interface equipment or network controller or NIC Ethernet card or supports the novel embedded microprocessor of what Internet network accessed.
The present embodiment uses the EMIT embedded micro Internet interconnection technique of mware company, the embedded devices such as 8 or 16 single-chip microcomputers can be accessed the technology of Internet by it, it is achieved remote data acquisition based on Internet, Based Intelligent Control, upload, the function such as download.After phone network, find this equipment by IP address, and be controlled transmitting with data.
The core that the present invention controls using single-chip microcomputer as logical operations control and mobile communication, single-chip microcomputer, power amplifier, communication module are integrated；Touch LCD screen is as information input, water dispenser situation output display and the display device of the drinking-water regular time table according to medical science.Employing Modular Flexible designs, control system can be according to user's request, extend voluntarily, and program is replaceable, realize not changing hardware, only need to revise program software to can be achieved with the requirement of different user and show water dispenser working condition in real time by display screen, and by communication module for microcontrollers, mobile phone also can control to accept water dispenser working condition.It can provide different drinking reminder for different crowds, and such as to there being mottle crowd, morning, one glass of cold boiled water water can treat mottle；Open reminder time, the crowd to fat-reducing, drinks some water after the meal half an hour, can be used to lose weight.Can be it will be seen that use water general knowledge after phone network: quaffing water can be with constipation relieving；Sleep previous cup water heart is beneficial to；Can be emetic with saline when of nauseating.
Embodiment 2:
It is a kind of for the control method of water dispenser described in embodiment 1, it is characterised in that: include step in detail below:
Step 1: arrange peak power-on time section and low ebb power-on time section and medical health drinking-water classification, medical health drinking-water classification includes fat-reducing, fatigue；
Step 2: judge whether current time is in peak power-on time section, if it is, turn to step 3, otherwise turns to step 4；
Step 3: open entering water electromagnetic valve 21, closes out water solenoid valve 27, is in peak drinking mode；Turn to step 6；
Step 4: open entering water electromagnetic valve 21, opens out water solenoid valve 27, and control i.e. heat pipe 13 works, until it reaches preset temperature；
Step 5: whether the water yield of detection detection water storage device 33 reaches default liquid level, if it is, cut off heating power supply, quits work, is in keeping warm mode.Otherwise forward step 4 to.
Step 6: judge whether to arrive the drinking-water time that set medical health drinking-water classification is corresponding, if it is, turn to step 7；Otherwise turn to step 2；
Step 7: carry out user reminding with water；Turn to step 2.
Claims (8)
1. the intelligent energy-saving storage-type water dispenser of an Appropriate application peak-trough electricity, it is characterised in that: include fuselage (1), i.e. heat pipe (13), internal duct and control module (8)；The top of fuselage (1) arranges intellectual head (2), and the front panel top of fuselage (1) is provided with hot water tap (3), cold water faucet (4), and middle part is provided with water storage faucet (5), and bottom is provided with storage tank (6)；The sidewall of fuselage (1) is provided with switch board (9), and control module (8) is arranged in switch board (9)；Internal duct includes smart seat (15), cold water outlet pipe (16), i.e. heat pipe water inlet pipe (20), hot water outlet pipe (26), water storage device water inlet pipe (24), water storage device (33), water storage device outlet pipe (22)；Described control module includes single-chip microcomputer, power amplifier, liquid level sensor (19), temperature sensor (18), entering water electromagnetic valve (21), goes out water solenoid valve (27), liquid level limit switch (36), and described liquid level sensor (19), temperature sensor (18), hydraulic stop switch (36) are arranged on water storage device (33) inside；Passage forward homing position type cleaning cap means it is provided with on described smart seat；Described water storage device is provided with reverse homing position type cleaning cap means；
Intellectual head (2) and smart seat (15) airtight connection；Smart seat (15) bottom is provided with smart seat cold water outlet pipe (31) and smart seat hot water outlet pipe (32), and smart seat cold water outlet pipe (31) connects cold water faucet (4) by cold water outlet pipe (16)；Smart seat hot water outlet pipe (32) connects one end of i.e. heat pipe (13) by i.e. heat pipe water inlet pipe (20)；The i.e. other end of heat pipe (13) is installed valve (25) by i.e. heat pipe and is picked out water solenoid valve (27)；Go out water solenoid valve (27) connect water storage faucet (5) through low ebb heating paths respectively by outlet pipe and connect hot water tap (3) through peak heating paths；Peak heating paths includes hot water outlet pipe (26)；Water storage device water inlet pipe (24) that low ebb heating paths includes being sequentially connected with, water storage device (33), water storage device outlet pipe (22), described entering water electromagnetic valve (21) installs the junction of heat pipe water inlet pipe (20) in sight and i.e. heat pipe (13)；Go out water solenoid valve (27) and heat pipe in sight (13) and the junction of water storage device water inlet pipe (24) are installed；
The respective input of described single-chip microcomputer connects temperature sensor (18), liquid level sensor (19), the outfan of liquid level limit switch (36) respectively, and its corresponding output end taps into water solenoid valve (21) respectively through power amplifier, goes out the control end of water solenoid valve (27) and i.e. heat pipe (13)；Described single-chip microcomputer controls the state of water solenoid valve (27) according to the peak power-on time section preset and low ebb power-on time section, in peak power-on time section, open entering water electromagnetic valve (21), close out water solenoid valve (27), enable peak heating paths, in low ebb power-on time section, open out water solenoid valve (27), enable low ebb heating paths, whether the water level of detection water storage device (33) reaches default liquid level, if reached, close entering water electromagnetic valve (21) and go out water solenoid valve (27), otherwise open entering water electromagnetic valve (21) and hot water goes out electromagnetic valve (27), until single-chip microcomputer detects that the water yield reaches preset value.
The intelligent energy-saving storage-type water dispenser of Appropriate application peak-trough electricity the most according to claim 1, it is characterised in that: described intelligent energy-saving storage-type water dispenser also includes that valve (38) installed by fixed i.e. heat pipe；The backboard of fuselage (1) is provided with i.e. heat pipe and installs cabinet (14)；Valve (38) installed by fixed i.e. heat pipe and i.e. heat pipe installation valve (25) is threeway, is separately fixed at i.e. heat pipe and installs bottom surface and the end face of cabinet (14)；Described i.e. heat pipe (13) is detachable i.e. heat pipe, installs heat pipe in sight and installs in cabinet (14)；Described i.e. heat pipe 13 two ends connect fixed i.e. heat pipe installation valve (38) respectively and the corresponding port of valve (25) installed by i.e. heat pipe；Described i.e. heat pipe is installed cabinet (14) and is arranged over quick change i.e. heat pipe chute (10).
The intelligent energy-saving storage-type water dispenser of Appropriate application peak-trough electricity the most according to claim 1, it is characterised in that: described passage forward homing position type cleaning cap means includes forward homing position type cleaning cap (28) and the forward back-moving spring (29) being arranged on smart seat (15)；Described homing position type cleaning cap means includes reverse homing position type cleaning cap (35) and the reverse back-moving spring (34) being arranged on water storage device (33).
The intelligent energy-saving storage-type water dispenser of Appropriate application peak-trough electricity the most according to claim 1, it is characterized in that: described intelligent energy-saving storage-type water dispenser also includes touch LCD screen (7), described touch LCD screen (7) is arranged on the front panel top of fuselage (1), with single-chip microcomputer both-way communication, for showing the water yield in described water storage device (33) and water temperature, peak power-on time section and low ebb power-on time section and medical health drinking-water classification are set.
The intelligent energy-saving storage-type water dispenser of Appropriate application peak-trough electricity the most according to claim 1, it is characterised in that: described intelligent energy-saving storage-type water dispenser also includes Internet network interface equipment, is connected by mobile Internet with mobile device.
The intelligent energy-saving storage-type water dispenser of Appropriate application peak-trough electricity the most according to claim 5, it is characterised in that: described Internet network interface equipment is DTE/DCE interface equipment or network controller or NIC Ethernet card or supports the novel embedded microprocessor of what Internet network accessed.
The intelligent energy-saving storage-type water dispenser of Appropriate application peak-trough electricity the most according to claim 5, it is characterised in that: i.e. the heat pipe (13) of described water dispenser replaces with electronic cooling pipe or electronic cooling pipe and i.e. heat pipe (13) integrated device.
8. the control method of a water dispenser described in the claim 1, it is characterised in that: include step in detail below:
Step 1: arrange peak power-on time section and low ebb power-on time section and medical health drinking-water classification, medical health drinking-water classification includes fat-reducing, fatigue；
Step 2: judge whether current time is in peak power-on time section, if it is, turn to step 3, otherwise turns to step 4；
Step 3: open entering water electromagnetic valve (21), closes out water solenoid valve (27), is in peak drinking mode；Turn to step 6；
Step 4: open entering water electromagnetic valve (21), opens out water solenoid valve (27), and control i.e. heat pipe (13) works, until it reaches preset temperature；
Step 5: whether the water yield of detection detection water storage device (33) reaches default liquid level, if it is, cut off heating power supply, quits work, is in keeping warm mode, otherwise forward step 4 to；
Step 6: judge whether to arrive the drinking-water time that set medical health drinking-water classification is corresponding, if it is, turn to step 7；Otherwise turn to step 2；
Step 7: carry out user reminding with water；Turn to step 2.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610534146.3A CN105919430B (en) | 2016-07-08 | 2016-07-08 | A kind of reasonable intelligent energy-saving storage-type water dispenser and control method using peak-trough electricity |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610534146.3A CN105919430B (en) | 2016-07-08 | 2016-07-08 | A kind of reasonable intelligent energy-saving storage-type water dispenser and control method using peak-trough electricity |
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| Publication Number | Publication Date |
|---|---|
| CN105919430A true CN105919430A (en) | 2016-09-07 |
| CN105919430B CN105919430B (en) | 2018-07-03 |
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| CN201610534146.3A Active CN105919430B (en) | 2016-07-08 | 2016-07-08 | A kind of reasonable intelligent energy-saving storage-type water dispenser and control method using peak-trough electricity |
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| CN105919430B (en) | 2018-07-03 |
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