CN205041214U - Intelligent water dispenser - Google Patents

Intelligent water dispenser Download PDF

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Publication number
CN205041214U
CN205041214U CN201520753420.7U CN201520753420U CN205041214U CN 205041214 U CN205041214 U CN 205041214U CN 201520753420 U CN201520753420 U CN 201520753420U CN 205041214 U CN205041214 U CN 205041214U
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China
Prior art keywords
water
fuselage
air
magnetic valve
sensor
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CN201520753420.7U
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Chinese (zh)
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林万顷
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Xiamen Qizhi Import And Export Co Ltd
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Abstract

The utility model discloses an intelligent water dispenser, including the fuselage system, still include water processing system and control system, the fuselage system includes the fuselage and sets up the water tank that dries in the air on fuselage upper portion, is equipped with the water inlet on the fuselage and goes out tap, water processing system includes first solenoid valve, and first solenoid valve is the pipeline intercommunication respectively water inlet, water pump and cooling tube one end, water pump pipe way intercommunication to the heater with second solenoid valve pipeline intercommunication, second solenoid valve pipeline intercommunication to go out tap, the inside and fuselage outlet of the water tank that dries in the air, cooling tube other end intercommunication to the water tank bottom of drying in the air, first solenoid valve, water pump, heater and the equal circuit connection of second solenoid valve to control system. The utility model relates to a reasonable safety: can avoid thousand boiling water, water, half -cooked water, can also be at any time the just convenient warm water that obtains hot water, various temperature and the cold water of beneficial health, the utility model discloses, the intelligence degree is high, reasonable in design, good reliability.

Description

Intelligent drinking machine
Technical field
The utility model relates to a kind of water dispenser, be specially a kind of full-automatic, the intelligent drinking machine of monitoring in real time can be carried out by connecting Internet.
Background technology
Water is Source of life, and anyone be unable to do without and drinks water.The amount of drinking water is worthy of careful study, under normal circumstances, adult every day amount of drinking water at 1000-1500 milliliter.It is pointed out that the amount of drinking water should because of people because of time and different: on the one hand, the people that such as height body is strong, daily drink amount is some more with regard to outline; When temperature is higher, people's perspire is many, also should drink water more.When wanting to drink water when feeling thirsty, the dehydration in body reaches 2%, and thirsty itself is the performance of serious water shortage in body in fact, and this is one of fatal custom causing " inferior health " state.Meanwhile, more do not note drinking water, the desire of drinking water will be lower, and people will become more and more lack of water.Further, some disease, as fever, chronic inflammation, constipation, and diabetic etc. suitably should increase amount of drinking water.On the other hand, after water absorbed, blood can be made thinning, blood volume increases, and will increase the weight of the burden of heart, thus Patients with Cardiac Failure will control amount of drinking water; Kidney bears draining task, as excessive in drunk water, and can increase the weight of its burden equally, so, there are the kidney disease patients such as renal failure can not excessively to drink water on the contrary, especially can not disposable great quantity of water drinking, advise preferably under physician guidance, determining the amount of drinking water, drink water at regular time and quantity.
The temperature of drinking water is worthy of careful study.The extreme enrichment of social materials, people need the water of various temperature, and such as: bubble extra-strong tea needs boiling water, bubble green tea needs the water of the water of 90 degree, the needs 80 degree that make coffee, rushes the fresh warm water that the best water that gets up in water, the morning of milk powder needs 60 degree is 37 degree.But obtain boiling water people to need, obtain cold water needs just can obtain after boiled for water cooling again, with boiling water and cold water during the water that obtain other temperature will go, very inconvenient.
Form correct method of drinking water and custom, but a lot of people drinks water because busy work and whole day are forgotten, once thirsty, then suddenly drink one and lead to.By to the amount of drinking water, time, secondary Real-Time Monitoring and prompting, correct drinking water can be accomplished, but still cannot form a habit.Human society is made up of the network of personal connections of numerous and complicated, and the relation of these different categories is all indispensable important component part in people's daily life.Now be cybertimes, people always can be illustrated in life on social networks, and a kind of psychology of a kind of custom reflection, we can adopt the mode of excitation to allow them naturally drink water on time to utilize this psychology.
Need and can drink: at any time, safe, measurable, can many kinetic energy water dispenser of temperature control, and long-term record can to drink water the clever water dispenser of frequency, the capacity that drinks water, also need to carry out the intelligent drinking machine of data interaction by interconnection network.
The water source of tradition water dispenser is drummed pure water or mineral water, only has and manually goes out hot water, warm water function, and the person's of existence bottled water possibility is contaminated, repeated boiling energy consumption is wasted and the problem of generation " thousand boiling water "; Simultaneously because traditional water dispenser is all the top water inlet that discharges water below, make hot water cold water mix and produce " water ".Some the problem what is called " intelligent drinking machine " improved on traditional infrastructure occurred at present, part more or less solves the problem of " thousand boiling water " and " water ", possess temperature-control water outlet, quantitative-outlet function, but just some fixing " intelligence " of pre-setting: temperature control just presets several conventional temperature, is also quantitatively preset conventional capacity, can not realize the temperature outside presetting or the water yield; Simultaneously water source must be the bottled water (mineral water or pure water) manually installed additional, and one that may exist important hidden danger, namely water source may be subject to pollution.
In view of this, special proposition the present invention.
Utility model content
The technical problems to be solved in the utility model is to overcome the deficiencies in the prior art, there is provided that a kind of compact conformation is simple, flow process science safety, all kinds of drinking-water demand can be met, and realize data interaction, analysis and shared intelligent drinking machine, water source is convenient to be obtained, safe drinking water is convenient, solves the problem of mating with other demands of drinking-water.
For solving the problems of the technologies described above, the basic conception of the utility model employing technical scheme is:
A kind of intelligent drinking machine, comprises fuselage system, also comprises the water treatment system and control system that are positioned at fuselage interior; Described fuselage system comprises fuselage and is arranged on the water tank that dries in the air of back, and fuselage is provided with water inlet and depotition cock; Described water treatment system comprises the first magnetic valve, first magnetic valve is water inlet, water pump and radiating tube one end described in pipeline connection respectively, described pump tube is communicated to the heater be communicated with the second electromagnetic valve pipeline, and described second electromagnetic valve pipeline is communicated to depotition cock, the water tank that dries in the air is inner and fuselage discharge outlet; The described radiating tube other end is communicated to the water tank bottom that dries in the air; Described first magnetic valve, water pump, heater and the equal circuit of the second magnetic valve are connected to control system.
Further, also comprise detection system, described detection system comprises TDS water quality detection sensor, acid-base value detecting sensor, temperature sensor, low liquid level sensor and high liquid level sensor, and each sensor is all connected with control system circuit and the signal detected can be passed to control system in real time; TDS water quality detection sensor and acid-base value detecting sensor are arranged on the pipeline that the first magnetic valve is connected with water inlet; Described temperature sensor is positioned at the bottom of drying in the air outside water tank, and described low liquid level sensor is positioned at water tank bottom of drying in the air, and described high liquid level sensor is positioned at the water tank internal upper part that dries in the air.
Further, described control system comprises communication control module and display module, described communication control module is positioned at fuselage inside top, communication control module is the single-chip microcomputer being connected with MCU master controller and wireless communication module, and described single chip circuit connects each sensor described in described first magnetic valve, water pump, heater, the second magnetic valve and detection system; Described display module comprises display screen, operating key and loudspeaker, and is all connected with communication control module circuit,
Further, described fuselage system also comprises water spilage tray, and described fuselage front is provided with display window and described depotition cock, and fuselage lower rear is provided with described water inlet, discharge outlet and thermovent, and water inlet is with filter screen; Fuselage back side is provided with power switch, and power switch circuit connects described single-chip microcomputer; Described water spilage tray is dismountable to be arranged on fuselage, be positioned at immediately below depotition cock vertical direction; Described display module is arranged in display window; Described radiating tube is positioned at inside thermovent.
Further, described detection system also comprises LOAD CELLS, and described LOAD CELLS to be arranged in water spilage tray and to be connected with described single chip circuit.
Further, described water spilage tray comprises the box grid of box body and the connection of box body top, and the bottom of tray interior is slope, and the bottom on slope is provided with dewatering outlet.
Further, described radiating tube is S bend pipe road, is provided with fan between radiating tube and thermovent.
Further, described in the water tank that dries in the air comprise casing and case lid, bottom half is taper, and bottom half is provided with delivery port and is communicated with the described radiating tube other end; Case lid and casing hinged or removably connect.
Further, the left and right sides below fuselage front is equipped with expansion bayonet socket, is provided with control system and reserves expanded circuit interface in expansion bayonet socket.
After adopting technique scheme, the utility model compared with prior art has following beneficial effect: the utility model safety reasonable in design: can avoid thousand boiling water, water, half-cooked water, can also obtain hot water, the warm water of various temperature and the cold water of useful health at any time and easily; The water drunk all was burnt completely, to former water be running water or purify waste water less demanding; Modular design and reserved port, drinking water function can be expanded, such as: control to increase by the warm water of water dispenser safety and MCU and rush milk powder module expansion automatic milk powder dissolving function, control to increase water purification module expand water purification function with coordinating of water pump and magnetic valve by the MCU of water dispenser, etc.; By various monitoring, very clear to water quality condition, drinking-water that can be relieved; By to drinking-water frequency, amount of drinking water, drinking-water node, so the various data records of quality of drinking water etc., storage, the basis of large data analysis is provided; Can also to kinsfolk as old man or child carry out various drinking reminder; Also can be sent to network by communication module and then be transferred to mobile phone, carry out operated from a distance at any time, convenient.The utility model degree of intelligence is high, reasonable in design, reliability is strong.
Accompanying drawing explanation
Fig. 1 is the Standard schematic diagram of the utility model intelligent drinking machine;
Fig. 2 is the structural representation of the system of fuselage shown in Fig. 1;
Fig. 3 is the schematic rear view of fuselage shown in Fig. 2;
Fig. 4 is the structural representation of water treatment system shown in Fig. 1;
Fig. 5 is the structural representation of water tank of drying in the air shown in Fig. 1;
Fig. 6 is water treatment process schematic diagram;
Fig. 7 is the utility model control block diagram;
In figure:
1, fuselage; 11, depotition cock; 12, dry in the air water tank; 13, water spilage tray; 14, display window; 15, water inlet; 16, discharge outlet; 17, thermovent; 18, power switch; 19, bayonet socket is expanded; 121, casing; 122, case lid; 123, delivery port; 131, box body; 132, box grid;
21, the first magnetic valve; 22, water pump; 23, the second magnetic valve; 24, heater; 25, radiating tube; 26, fan; 211, water inlet pipe; 212, drainpipe;
31, TDS water quality detection sensor; 32, acid-base value detecting sensor; 33, temperature sensor; 34, LOAD CELLS; 35, low liquid level sensor; 36, high liquid level sensor.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, to help understanding content of the present utility model.
As Figure 1-3, a kind of intelligent drinking machine, comprises fuselage system, is positioned at the water treatment system of fuselage interior, detection system and control system.
Fuselage system comprises fuselage 1, depotition cock 11, dry in the air water tank 12 and water spilage tray 13, fuselage 1 is as carrying screen platform, its front is provided with: display window 14, depotition cock 11, lower rear are provided with water inlet 15, discharge outlet 16, thermovent 17, water inlet 15 connects running water pipe or water purifier etc., and water inlet 15 is with filter screen; Back side is provided with power switch 18, power switch 18 connection control system; Depotition cock 11 is drinking water exhalant canal;
Shown in composition graphs 5, the water tank 12 that dries in the air is positioned at side, fuselage 1 top, the case lid 122 that the water tank 12 that dries in the air comprises casing 121 and removably connects with casing 121, case lid 122 can be hinged on casing 121 or buckle closure on casing 121; Be taper bottom casing 121, the central authorities bottom at the bottom of case are the delivery port 123 of the water tank 12 that dries in the air.
Water spilage tray 13 is positioned at the below in the front of fuselage 1, it is depotition cock 11 directly over its vertical direction, water spilage tray 13 comprises the box grid 132 of box body 131 and the connection of box body 131 top, fall into time under the remaining water droplet of depotition cock 11 in water spilage tray 13, the bottom of box body 131 inside is ramp designs, and the bottom on slope is provided with dewatering outlet for outwards toppling over Yu Shui; The mode that water spilage tray 13 is coordinated with card or briar tooth by bayonet socket is connected on fuselage, and making it upwards mention can be separated with fuselage 1.
Shown in composition graphs 4, described water treatment system comprises the first magnetic valve 21, and water pump 22, second magnetic valve 23, heater 24 and radiating tube 25 and fan 26, first magnet valve 21, water pump 22, heater 24, second magnetic valve 23 all pass through cross current; Described first magnetic valve 21 is two enter an outlet valve (wherein, A position and B position are into water position, and 1 is water level, A position, B position, 1 refer to magnetic valve valve port), described second magnetic valve 23 is that (wherein, A position is into water position, and 1,2 and 3 is water level into three outlet valves; A position, 1,2,3 refer to magnetic valve valve port); Described heater 24 is duct type heating, preferably high-power, variable heater, described radiating tube 25 is food-grade S type meander-like pipeline, and be preferably stainless steel, the first magnetic valve 21, water pump 22, second magnetic valve 23, heater 24 and fan 26 are all connected with control system circuit; Fuselage 1 is provided with thermovent 17, and radiating tube 25 is positioned at the inner side of thermovent 17, and fan 26 is between radiating tube 25 and thermovent 17.
Concrete, the A position of the first magnetic valve 21 is communicated with water inlet 15 by water inlet pipe 211, and the B position of the first magnetic valve 21 connects radiating tube 25 one end, and radiating tube 25 other end is communicated with delivery port 123 bottom the water tank 12 that dries in the air; 1 connection water pump 22 of the first magnetic valve 21; Water pump 22 connects heater 24, heater 24 connects the A position of the second magnetic valve 23,1 of second magnetic valve 23 2 connection connecting fuselage depotition cock 11, second magnetic valve 23 water tank 12 that dries in the air is inner, and 3 of the second magnetic valve 23 connect fuselage discharge outlet 16 by drainpipe 212; Described water inlet pipe 211 and drainpipe 212 are food-grade PP material.
Described detection system comprises: TDS water quality detection sensor 31, acid-base value detecting sensor 32, temperature sensor 33, LOAD CELLS 34, low liquid level sensor 35 and high liquid level sensor 36, and each sensor is all connected with control system circuit and the signal detected can be passed to control system in real time.Described TDS water quality detection sensor 31 is positioned on water inlet pipe 211, is used for monitoring solubility salt, ionic organic compound and the heavy metal ion in water; Described acid-base value detecting sensor 32 is positioned on water inlet pipe 211, for monitoring the pH value of water, described temperature sensor 33 is positioned at the bottom of drying in the air outside water tank 12, for monitoring the temperature of water in the water tank that dries in the air, described LOAD CELLS 34 is positioned at water spilage tray 13, for measuring the amount of water outlet; Described low liquid level sensor 35 is positioned at water tank 12 bottom of drying in the air, and for whether monitoring the water level that dries in the air in water tank lower than setting value, described high liquid level sensor 36 is positioned at water tank 12 internal upper part that dries in the air, and whether to dry in the air in water tank water level higher than setting value for monitoring.
Described control system comprises communication control module and display module, described communication control module is positioned at fuselage inside top, communication control module is the single-chip microcomputer being connected with MCU master controller and wireless communication module, described single chip circuit connects each sensor described in described first magnetic valve, water pump, heater, the second magnetic valve and detection system, controls described water treatment system and detection system work.
Described display module is positioned at the display window in fuselage front, comprises display screen, operating key and loudspeaker, and is all connected with communication control module circuit, the information that display module can be sent with the various ways such as picture and text, acousto-optic display communication control module; Can arrange the individual character function of the utility model water dispenser in conjunction with operating key and display screen.
Wireless communication module of the present utility model can be WiFi module, bluetooth module or GPRS module etc., communication control module by wireless restricted manner be connected also accessing Internet with wireless router or Intelligent mobile equipment, can download, upgrade built-in program, the utility model intelligent drinking machine can be controlled by the APP remote access on the intelligent terminals such as mobile phone, also the remote data of the utility model water dispenser can be pushed to mobile phone and step on intelligent terminal; The combination of communication control module integrated wireless communication function and display module, makes the utility model intelligent drinking machine become an intelligent terminal.
The left and right sides below fuselage 1 front is equipped with expansion bayonet socket 19, is respectively expansion bayonet socket A, expansion bayonet socket B, is provided with control system and reserves expanded circuit interface, can plug into electric milk dissolving device or other water appliances in expansion bayonet socket 19.
As shown in Figure 5,6, when needing boiling water, the A position of the first magnetic valve 21 is opened, B position is closed, and former water flows through the water inlet 15 of fuselage from running water pipe or water purifier, through the A position of filter screen, the first magnetic valve 21, enter water pump 22, sent into heater 24 by water pump 22 more boiled, arrive the A position water inlet of the second magnetic valve 23, open for 1 of the second magnetic valve 23,2 closedowns, 3 closedowns, boiling water flows out through the depotition cock 11 of fuselage 1, obtains boiled boiling water.
When preparing cold water, first by boiled for former water, arrive the A position, water inlet position of the second magnetic valve 23, open for 2 of second magnetic valve 23,1 and 3 closedowns, boiling water injects the water tank 12 that dries in the air, when exceeding high water level warning line, high liquid level sensor 36 is by the information transmission that monitors to communication control module, and communication control module is reported to the police by loudspeaker or display screen, then the A position of the first magnetic valve 21 is closed, B opens position, water pump 22 works, boiling water is extracted out from the delivery port 123 bottom the water tank 12 that dries in the air, enter radiating tube 25, fan 26 works, heat is taken out of thermovent 17 in air-cooled mode, cooled warm water enters the B position of the first magnetic valve 21, enter water pump 22 successively, heater 24, now heater 24 does not work, the water inlet position of direct arrival second magnetic valve 23, open water outlet for 2 of second magnetic valve 23, 1 closedown, 3 closedowns, stream of warm water is toward drying in the air water tank 12, form circulation, after temperature sensor 33 detects that water temperature is consistent with room temperature, circulation stops, so that the water dried in the air in water tank 12 is dropped to room temperature.
When needing cold water, the A position of the first magnetic valve 21 is closed, and B opens position, and water pump 22 works, the cold water dried in the air in water tank 12 is extracted out from the delivery port 123 bottom the water tank 12 that dries in the air, flow through radiating tube 25, enter the B position of the first magnetic valve 21, enter water pump 22 and idle heater 24 successively, enter the A position, water inlet position of the second magnetic valve 23 afterwards, open for 1 of second magnetic valve 23,2 and 3 closedowns, cold water flows out depotition cock 11.
Need not when running water is long, or TDS water quality detection sensor 31 or acid-base value detecting sensor 32 detect that the water quality in water pipe is poor, in order to initial former water poor for water quality is discharged, the water outlet link of flow process of heating up water change into 1 closedown of the second magnetic valve, 2 closedowns, 3 open, the poor water of default volume (adjustable, according to TDS water quality sensor induction adjustment in real time) is discharged through drainpipe.
When obtaining warm water, have the half-cooked water of the remaining formation of unboiled water in pipeline, during the second magnetic valve 23 water outlet, program acquiescence first discharges the warm water of a certain amount of (adjustable), then goes out warm water from depotition cock.
When needing the warm water of various temperature, consistent with the approach obtaining cold water, heater work when cold water flows through heater.Pass through the power of water pump coutroi velocity and control heater according to required temperature, after cold water is heated to required temperature, go out warm water from depotition cock.
When the water dried in the air in water tank 12 is overnight or exceed the duration of setting, when needing draining, similar with the approach obtaining cold water, 1 of second magnetic valve 23 and 2 closedowns, 3 open, current are toward drainpipe 212, and in the water tank 12 that dries in the air, water level is lower than after minimum warning line, low liquid level sensor 35 is reported to the police, by the delayed duration preset, water pump 22 cuts out, and thoroughly discharges the remaining water dried in the air in water tank and pipeline.
When needing to obtain quantitative water, water tumbler is placed on water spilage tray 13, LOAD CELLS 34 is started working, and weight is reset, depotition cock starts water outlet, and LOAD CELLS 34 measures the weight of constantly change in real time, and sends signal to control system, claim after required amount, depotition cock stops water outlet.
During first time use the utility model, also to carry out a series of networking and arrange.Do not network and can use built-in Elementary Function yet.After networking, intelligent drinking machine will become the intelligent terminal that can be accessed internet immediately, and other intelligent terminals also control intelligent drinking machine by internet remote access.
After intelligent drinking machine networking, by the setting to the built-in program of communication notification module, just can realize: all water inlets, water outlet, draining, to heat up water etc. action all the intelligent terminal such as available handsets utilize network high in the clouds to arrange; Water quality, water temperature, cold water amount, all to obtain by network high in the clouds by data such as water frequency, power consumption, water consumptions, to be judged by software analysis for user and realize large data sharing.The function that specifically can realize is as follows:
1, very fast heat up water (power that water pump controls current and adjustment heater realizes);
2, automatic burning dries in the air boiling water (communication control system programme-control realizes, can be manual, can be long-range);
3, without water overnight (exceeding the cold water arranging duration or period after boiled automatically discharge and reburn);
4, fast cooling (hot water is circulated by heat radiation and enables fan and realizes);
5, exempt from add water (connecing running water or water purifying apparatus realization);
6, without half-cooked water (first discharging a certain amount of machine interior conduit water before water outlet);
7, without thousand boiling water (water outlet is just heated, and not water outlet is not heated);
8, without the old water of pipeline; (before water outlet, first discharging the old water of a certain amount of pipeline from the beginning);
9, temperature-control water outlet (from water tank water intaking of drying in the air, be heated to required temperature, realize safety assurance);
10, (LOAD CELLS realizes quantitative-outlet: the containers such as water tumbler are placed on water spilage tray, and LOAD CELLS resets, and after water outlet, sensor is measured weight in real time and feeds back to control system, and after arriving limit value, system stops water outlet, realizes quantitative-outlet function; )
11, monitoring water quality (TDS water quality sensor, soda acid sensor realize);
12, cold water fresh-keeping (in the water tank that dries in the air, interpolation silver rod or casing adopt the ceramic making having fresh-keeping effect coating);
13, modularized design.
Therefore, intelligent drinking machine of the present utility model be not only one can control oneself carry out into water, heat up water, water outlet, draining automatic drinking water apparatus, and be the intelligent drinking machine having possessed the data display alarms such as water quality, temperature, capacity, the most important thing is to have possessed can the intelligent drinking machine constantly updated of remote access and control, data receiver and propelling movement, program.
The above is only preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.

Claims (9)

1. an intelligent drinking machine, comprises fuselage system, it is characterized in that, also comprises the water treatment system and control system that are positioned at fuselage interior; Described fuselage system comprises fuselage and is arranged on the water tank that dries in the air of back, and fuselage is provided with water inlet and depotition cock; Described water treatment system comprises the first magnetic valve, first magnetic valve is water inlet, water pump and radiating tube one end described in pipeline connection respectively, described pump tube is communicated to the heater be communicated with the second electromagnetic valve pipeline, and described second electromagnetic valve pipeline is communicated to depotition cock, the water tank that dries in the air is inner and fuselage discharge outlet; The described radiating tube other end is communicated to the water tank bottom that dries in the air; Described first magnetic valve, water pump, heater and the equal circuit of the second magnetic valve are connected to control system.
2. intelligent drinking machine according to claim 1, it is characterized in that: also comprise detection system, described detection system comprises TDS water quality detection sensor, acid-base value detecting sensor, temperature sensor, low liquid level sensor and high liquid level sensor, and each sensor is all connected with control system circuit and the signal detected can be passed to control system in real time; TDS water quality detection sensor and acid-base value detecting sensor are arranged on the pipeline that the first magnetic valve is connected with water inlet; Described temperature sensor is positioned at the bottom of drying in the air outside water tank, and described low liquid level sensor is positioned at water tank bottom of drying in the air, and described high liquid level sensor is positioned at the water tank internal upper part that dries in the air.
3. intelligent drinking machine according to claim 2, it is characterized in that: described control system comprises communication control module and display module, described communication control module is positioned at fuselage inside top, communication control module is the single-chip microcomputer being connected with MCU master controller and wireless communication module, and described single chip circuit connects each sensor described in described first magnetic valve, water pump, heater, the second magnetic valve and detection system; Described display module comprises display screen, operating key and loudspeaker, and is all connected with communication control module circuit.
4. intelligent drinking machine according to claim 3, it is characterized in that: described fuselage system also comprises water spilage tray, described fuselage front is provided with display window and described depotition cock, and fuselage lower rear is provided with described water inlet, discharge outlet and thermovent, and water inlet is with filter screen; Fuselage back side is provided with power switch, and power switch circuit connects described single-chip microcomputer; Described water spilage tray is dismountable to be arranged on fuselage, be positioned at immediately below depotition cock vertical direction; Described display module is arranged in display window; Described radiating tube is positioned at inside thermovent.
5. intelligent drinking machine according to claim 3, is characterized in that: described detection system also comprises LOAD CELLS, and described LOAD CELLS to be arranged in water spilage tray and to be connected with described single chip circuit.
6. intelligent drinking machine according to claim 4, is characterized in that: described water spilage tray comprises the box grid of box body and the connection of box body top, and the bottom of tray interior is slope, and the bottom on slope is provided with dewatering outlet.
7. the intelligent drinking machine according to any one of claim 1-3, is characterized in that: described radiating tube is S bend pipe road, is provided with fan between radiating tube and thermovent.
8. the intelligent drinking machine according to any one of claim 1-3, is characterized in that: described in the water tank that dries in the air comprise casing and case lid, bottom half is taper, and bottom half is provided with delivery port and is communicated with the described radiating tube other end; Case lid and casing hinged or removably connect.
9. the intelligent drinking machine according to any one of claim 1-3, is characterized in that: the left and right sides below fuselage front is equipped with expansion bayonet socket, is provided with control system and reserves expanded circuit interface in expansion bayonet socket.
CN201520753420.7U 2015-09-25 2015-09-25 Intelligent water dispenser Withdrawn - After Issue CN205041214U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105193264A (en) * 2015-09-25 2015-12-30 厦门七智进出口有限公司 Intelligent water dispenser
CN106820980A (en) * 2017-01-23 2017-06-13 浙江大学 A kind of intelligent drinking machine that can adjust temperature and water yield
CN108444108A (en) * 2018-03-09 2018-08-24 浙江海莱芙电子科技有限公司 A kind of large capacity high-temperature-hot-water machine
CN109730532A (en) * 2019-03-18 2019-05-10 四川智饮环保科技有限公司 A kind of device and method of guidance kindergarten's student health drinking-water

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105193264A (en) * 2015-09-25 2015-12-30 厦门七智进出口有限公司 Intelligent water dispenser
CN105193264B (en) * 2015-09-25 2018-04-24 林万顷 Intelligent drinking machine
CN106820980A (en) * 2017-01-23 2017-06-13 浙江大学 A kind of intelligent drinking machine that can adjust temperature and water yield
CN108444108A (en) * 2018-03-09 2018-08-24 浙江海莱芙电子科技有限公司 A kind of large capacity high-temperature-hot-water machine
CN109730532A (en) * 2019-03-18 2019-05-10 四川智饮环保科技有限公司 A kind of device and method of guidance kindergarten's student health drinking-water

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