CN105411388B - Non-secondary pollution speed heat water dispenser and temprature control method - Google Patents
Non-secondary pollution speed heat water dispenser and temprature control method Download PDFInfo
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- CN105411388B CN105411388B CN201510720875.3A CN201510720875A CN105411388B CN 105411388 B CN105411388 B CN 105411388B CN 201510720875 A CN201510720875 A CN 201510720875A CN 105411388 B CN105411388 B CN 105411388B
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Abstract
Non-secondary pollution speed heat water dispenser and temprature control method belong to water dispenser technical field.Body upper of drinking water setting bucket pedestal, diversion column is set on bucket pedestal, setting exhalant canal and inlet channel in diversion column, inlet channel lower port connects check valve, microprocessor in water dispenser body is set and the water pump connecting is controlled with it, heater, temperature inductor, temperature inductor is mounted on heater water outlet, engine body exterior of drinking water sets aqueous vapor Seperating box, control switch, microprocessor and external power supply, control switch, heater, temperature inductor connects, diversion column is connect with pump intake, pump outlet is connect with heater water inlet, heater water outlet is connect with aqueous vapor Seperating box water inlet.Above-mentioned non-secondary pollution speed heat water dispenser and temprature control method, simple in structure, power saving, performance are stablized, and water outlet is smooth, and the temperature difference for going out hot water is small, non-secondary pollution, and will not Repeat-heating, using health, conveniently.
Description
Technical field
The invention belongs to water dispenser technical fields, specially non-secondary pollution speed heat water dispenser and temprature control method.
Background technology
Bottled water is drunk with traditional water dispenser and there is " secondary pollution " and " Repeat-heating " two big defect, and improper use can damage
Health.The bagged water dispenser of the Patent No. 200610050508.8 of applicant's invention, solves the problems, such as " secondary pollution ", but
It does not solve the problems, such as " Repeat-heating ".Meanwhile packed water is attached on water dispenser, it is to be led by the sharp cone distal being arranged on water dispenser
Water column stabs out the mode of sack, and water in bag is drained on drinking machine tap, and the sealing of packed water and water guide column is unstable,
Easy leak；Packed water need to also be troublesome, costly by outer bag or other chest in moving process is carried；Match with packed water
The water dispenser of set is complicated and unstable.
The patent No. of applicant's invention is respectively two kinds of ZL200810121103.8 and ZL200910095781.6 i.e. hot
Formula drinking machine heating system, although " Repeat-heating " can be solved the problems, such as, complicated, performance is unstable, hot water effluent
Not smooth, the temperature difference is big.
Other disclosed heating systems all do not solve " secondary pollution " simultaneously when applied to water dispenser in the prior art
The problem of.
Invention content
For the above-mentioned problems in the prior art, it is an object of the invention to design to provide a kind of non-secondary pollution speed
The technical solution of hot shot water machine and temprature control method, simple in structure, power saving, performance are stablized, and water outlet is smooth, go out the temperature of hot water
Poor small, non-secondary pollution, and will not Repeat-heating, using health, conveniently.
The non-secondary pollution speed heat water dispenser, including body of drinking water, it is characterised in that drinking-water body upper setting water
Bucket pedestal, sets diversion column on bucket pedestal, sets out waterpipe and admission line in diversion column, setting microprocessor in water dispenser body
Device and the water pump connecting, heater, temperature inductor are controlled with it, temperature inductor is mounted on heater water outlet, drinking-water
Engine body exterior setting aqueous vapor Seperating box, control switch, microprocessor and external power supply, control switch connection；It is brought out under diversion column
The water inlet of the mouth of a river and water pump connects, and the water outlet of water pump is connect with heater water inlet, and heater water outlet is detached with aqueous vapor
Box water inlet connects, and the water circuit system of the water dispenser is enclosed construction.
The non-secondary pollution speed heat water dispenser, it is characterised in that the medial surface of the bucket pedestal is arranged to cambered surface
Structure, the bottommost of cambered surface are higher by the top 1-3mm of diversion column.
The non-secondary pollution speed heat water dispenser, it is characterised in that drinking-water internal body setting is connect with microprocessor
Automatic study button, learning program are completed in factory.
The non-secondary pollution speed heat water dispenser, it is characterised in that diversion column is sealed solid with bucket pedestal by sealing ring
Fixed cooperation.
The temprature control method of the non-secondary pollution speed heat water dispenser, it is characterised in that include the following steps：
1）Preset value 4：A. leaving water temperature is set as 80-90 degree；B. heater highest limit value 95-98 degree；C. it is drinking
When water dispenser enters automatic learning program, one 40 degree of value is set to heter temperature, it is only small in the actual temperature of heater
When 40 degree, heater can just work；When the actual temperature of heater is higher than 40 degree, heater does not work, water pump
It first works, the temperature for making heater by flow reduces, and when heater is down to equal to or less than 40 degree, heater starts work
Make；D. when starting automatic study, the voltage of first feed pump is 5 volts；
2）Bottled water is attached on bucket pedestal, plugs external power supply, clicks automatic study button；
3）Its temperature is being measured by the temperature inductor of setting in the heater, when heter temperature is equal to or less than 40
When spending, microprocessor starts to measure network voltage and environment temperature；
4）When heter temperature reaches 40 degree, water dispenser starts to warm up timing, respectively record be heated to 50 degree, 60 degree,
Then required time at 70 degree, 80 degree is calculated the thermal inertia of water dispenser by fuzzy algorithmic approach；
5）In heter temperature from during 80 degree are raised to 95-98 degree, microprocessor can automatic fine tuning water pump 7 electricity
Pressure, when heater, which reaches preset 95-98, spends, locking water pump voltage 8-12 seconds, if at this point, going out water temperature can stablize
83-88 degree then no longer finely tunes the voltage of water pump；If leaving water temperature cannot be stablized in 83-88 degree, microprocessor can be at 8-12 seconds
The voltage of fine tuning water pump is started again at after clock, until the precise and stable of leaving water temperature can be kept；
6）The voltage of automatic storage leaving water temperature and water pump, network voltage, environment temperature, heter temperature are associated with system
Number, terminates automatic learning program.
Above-mentioned non-secondary pollution speed heat water dispenser and temprature control method, simple in structure, power saving, performance are stablized, and go out flow
Freely, the temperature difference for going out hot water is small, non-secondary pollution, and will not Repeat-heating, using health, conveniently.
Description of the drawings
Fig. 1 is the structural diagram of the present invention；
In figure：1- drinking-water body, 2- buckets pedestal, 3- diversion columns, 4- sealing rings, 5- aqueous vapors Seperating box, 5a- water outlets are logical
Road, 5b- outlet passageways, 6- controls switch, 7- water pumps, 8- temperature inductors, 9- heaters, 10- external power supplies, 11- microprocessors
Device, 12- check valves.
Specific embodiment
Below in conjunction with Figure of description, the invention will be further described.
As shown in the figure, the non-secondary pollution speed heat water dispenser, including body 1 of drinking water, 1 top of drinking-water body setting bucket base
Seat 2 sets diversion column 3 on bucket pedestal 2, and aquaporin and inlet channel are set out in diversion column 3, and the connection of inlet channel lower port is single
To valve 12, microprocessor 11 in drinking-water body 1 is set and the water pump 7 connecting, heater 9, temperature inductor 8 are controlled with it, temperature
The water outlet that inductor 8 is mounted on heater 9 is spent, control switch 6, microprocessor 11 and outside are set outside drinking-water body 1
Power supply 10,6 connection of control switch；3 lower end water outlet of diversion column is connect with the water inlet of water pump 7, the water outlet of water pump 7 and heating
The water inlet connection of device 9, the water outlet of heater 9 are connect with aqueous vapor Seperating box 5, and the water circuit system of the water dispenser is tied for closing
Structure.The medial surface of the bucket pedestal 2 is arranged to globoidal structure, and the bottommost of cambered surface is higher by the top 1-3mm of diversion column 3.
Diversion column 3 is fixed with sealing with bucket pedestal 2 by sealing ring 4.
The check valve 12 does not go out when bucket is foldable（Leakage）Water, when bucket is not foldable can air inlet so as to ensure
Water in bucket can be taken.Aquaporin-5 a and outlet passageway 5b are provided on the aqueous vapor Seperating box 5, exhalant canal 5a's
Water inlet is arranged on 5 bottom of aqueous vapor Seperating box, and the air inlet of outlet passageway 5b is arranged on the top of 5 cavity of aqueous vapor Seperating box, goes out
Tool is at regular intervals at the top of 5 cavity of air inlet aqueous vapor Seperating box of gas channel 5b, facilitates steam from the air inlet of outlet passageway 5b
Discharge aqueous vapor Seperating box 5；The aqueous vapor Seperating box 5 can allow the boiling water flowed to here to carry out aqueous vapor separation, be released effectively water outlet
Vapour lock in mouthful, so that it is guaranteed that boiling water water outlet is smooth.
The leaving water temperature of above-mentioned water dispenser and water pump voltage, network voltage, environment temperature, temperature of heating plate incidence coefficient
It is to be obtained by the method that default and microprocessor learns to be combined automatically.The temperature control of non-secondary pollution speed heat water dispenser
Method includes the following steps：
1）Preset value 4：A. leaving water temperature is set as 80-90 degree；B. 9 highest limit value 95-98 degree of heater；C. exist
When water dispenser enters automatic learning program, give 9 temperature setting of heater one 40 degree of value, only in the practical temperature of heater 9
When degree is less than or equal to 40 degree, heater 9 can just work；When the actual temperature of heater 9 is higher than 40 degree, the not work of heater 9
To make, water pump 7 first works, and the temperature for making heater 9 by flow reduces, when heater 9 is down to equal to or less than 40 degree, heating
Device 9 is started to work；D. when starting automatic study, the voltage of first feed pump 7 is 5 volts；
2）Bottled water is attached on bucket pedestal 2, plugs external power supply 10, clicks automatic study button；
3）Its temperature is measured in the temperature inductor 8 by being arranged on 9 water outlet of heater, when 9 temperature of heater etc.
When 40 degree, heater 9 is started to work, and microprocessor starts to measure network voltage and environment temperature；
4）When 9 temperature of heater reaches 40 degree, water dispenser starts to warm up timing, respectively record be heated to 50 degree, 60 degree,
Then required time at 70 degree, 80 degree is calculated the thermal inertia of water dispenser by fuzzy algorithmic approach；
5）In 9 temperature of heater from during 80 degree are raised to 95-98 degree, microprocessor 11 can automatic fine tuning water pump 7
Voltage, when heater 9, which reaches preset 95-98, spends, 7 voltage of locking water pump 8-12 seconds, if at this point, going out water temperature can stablize
In 80-90 degree, then the voltage of water pump 7 is no longer finely tuned；If leaving water temperature cannot be stablized in 80-90 degree, the meeting of microprocessor 11 exists
The voltage of fine tuning water pump 7 is started again at after 8-12 seconds, until the precise and stable of leaving water temperature can be kept；
6）The voltage of automatic storage leaving water temperature and water pump 7, network voltage, environment temperature, 11 temperature of heater are associated with
Coefficient terminates automatic learning program.
For above-mentioned water dispenser compared with traditional water dispenser, every water dispenser every year at least can 1000 degree of power saving.Every water dispenser
Quantity is boiled water based on 360 liters every year, is still divided many times with non-secondary pollution speed heat water dispenser of the present invention is either disposable
By 360 liters of boiled of water 90 degree of need electricity, and 1200 degree of electricity are then needed with traditional water dispenser.The reason of traditional water dispenser is power-consuming has two
A, first, the heating jug capacity of traditional water dispenser is generally 1000 milliliters of about 5 glasss of water, how much consumer opens no matter being actually needed
Water, must all water clean burn in tank be opened by taking away water every time, if practical only need one glass of boiling water, then needed for boiled another 4 glasss of water
Electricity is exactly the electricity being wasted, and wastes 80% electricity；Second is that traditional water dispenser under ideal case, be always at burning-stop-
During the circulating-heating for burning-stopping, according to detection daily 2 degree of the power consumption of such case, 1 year is exactly 730 degree.
Above-mentioned water dispenser, the type shape of bucket may be used the patent No. invented with applicant and divide ZL20122 0541118.1
It is matched with two kinds of buckets of ZL201220541169.4, the medial surface of the bucket pedestal 2, which is arranged to globoidal structure, to be played
Guiding role, the bottommost of cambered surface are higher by the top 1-3mm of diversion column 3, can be automatic after bottled water is buckled to onto bucket pedestal 2
It slides into until hollow flow-guiding column 3 is allowed to be pierced into bung and is coordinated securely, without bung deliberately is directed at hollow flow-guiding column.If no
Radian, the hollow depth for designing cambered surface on the inside of bucket seat are not greater than the height of hollow flow-guiding column, then necessary in barrelling water
It is cautious that bung is directed at hollow flow-guiding column, it otherwise will fill partially.The water dispenser is out of bucket to aqueous vapor Seperating box
All pipelines completely enclose, since no any pollutant can be entered in the water route of water dispenser, thus need not cleaning, so as to
Ensure that drinking water can flow out under full closeding state, it is possible to prevente effectively from secondary pollution.
Above-mentioned water dispenser, heater 9 do not store hot water, just can handle as long as normal-temperature water flows through heater 9 by the flow velocity of setting
Water is boiled.When control switch 6 is pressed to cold water position, water pump 7 is started to work, and heater 9 does not work, and cold water is from aqueous vapor Seperating box 10
Middle outflow；When control switch 6 is pressed to hot water position, heater 9, temperature inductor 8, microprocessor 11 are started to work, and work as heating
When 9 temperature of device reaches setting value, general only to need 3 seconds, water pump 7 is started to work, and boiling water is flowed out from aqueous vapor Seperating box 5；Work as control
System switch is pressed to 0 position, and all electric appliances are stopped in water dispenser.After the completion of above-mentioned water dispenser assembling, machine is tested in the 1st energization
When with the automatic study button in microprocessor 11,11 computer software of microprocessor is according to the program test collection water pump set
7th, heater 9, environment temperature, temperature inductor 8, network voltage and leaving water temperature and velocity correlation connection parameter and deposit automatically
Storage, this are completed before being operated in manufacture by manufacturer.User, only need to be by control switch 6 when using this water dispenser.
Above-mentioned water dispenser goes out water speed by the real-time adjusting boiling water of water pump 7, so that it is guaranteed that leaving water temperature is precise and stable.
Due to the heating power of water dispenser be it is fixed, but water dispenser environment temperature when in use, network voltage be it is multifarious,
If 7 flow of water pump is constant, leaving water temperature is with regard to unstable.Network voltage and the higher leaving water temperature of environment temperature will be higher,
It is on the contrary then lower.If vapour will be sprayed by being higher by 100 degree, cannot make tea less than 80 degree.In order to ensure the accurate steady of leaving water temperature
It is fixed, it just has to allow water pump 7 that can adjust pump capacity in real time according to specific network voltage and environment temperature.Above-mentioned water dispenser leads to
Cross to adjust in real time and adjust the flow of water pump 7 for the voltage of feed pump 7, for feed pump 7 voltage higher water pump 7 flow more
Greatly, it is on the contrary then smaller.
Above-mentioned water dispenser is in 9 water outlet set temperature inductor 8 of heater, when microprocessor 11 receives temperature inductor
The voltage that water pump 7 will be increased during the information of 8 temperature drifts transmitted is accelerated water speed, when microprocessor 11 receives temperature sense
The voltage that water pump 7 will be reduced when answering the relatively low information of the temperature that device 8 transmits slows down and water speed.
Claims (4)
1. the temprature control method of non-secondary pollution speed heat water dispenser, it is characterised in that the non-secondary pollution speed heat drinking-water
Machine, including body of drinking water（1）, body of drinking water（1）Top sets bucket pedestal（2）, bucket pedestal（2）Upper setting diversion column（3）,
Diversion column（3）Aquaporin and inlet channel are inside set out, mouth connects check valve under inlet channel（12）, body of drinking water（1）Interior setting
Microprocessor（11）And the water pump connecting is controlled with it（7）, heater（9）, temperature inductor（8）, temperature inductor（8）Installation
In heater（9）Water outlet, microprocessor（11）With external power supply（10）, control switch（6）, heater（9）, temperature sense
Answer device（8）Connection；Diversion column（3）Lower end water outlet and water pump（7）Water inlet connection, water pump（7）Water outlet and heater
（9）Water inlet connection, heater（9）Water outlet and aqueous vapor Seperating box（5）Water inlet connection, aqueous vapor Seperating box（5）If
It puts in drinking-water body（1）Outside, the water circuit system of the water dispenser is full-closed structure；
Temprature control method includes the following steps：
1）Preset value 4：A. leaving water temperature is set as 80-90 degree；B. heater（9）Highest limit value 95-98 degree；C. it is drinking
When water dispenser enters automatic learning program, to heater（9）The value that one 40 degree of temperature setting, only in heater（9）Reality
When temperature is less than or equal to 40 degree, heater（9）It can just work；In heater（9）Actual temperature be higher than 40 degree when, heater
（9）It does not work, water pump（7）It first works, heater is made by flow（9）Temperature reduce, work as heater（9）It is down to and is equal to or small
When 40 degree, heater（9）It starts to work；D. when starting automatic study, first feed pump（7）Voltage be 5 volts；
2）Bottled water is attached to bucket pedestal（2）On, plug external power supply（10）, click automatic study button；
3）By being arranged on heater（9）In temperature inductor（8）Its temperature is measured, works as heater（9）Temperature be equal to or
During less than 40 degree, heater（9）It starts to work, microprocessor starts to measure network voltage and environment temperature；
4）Work as heater（9）When temperature reaches 40 degree, water dispenser starts to warm up timing, respectively record be heated to 50 degree, 60 degree, 70
Degree, 80 degree when required time, the thermal inertia of water dispenser is then calculated by fuzzy algorithmic approach；
5）In heater（9）Temperature is from during 80 degree are raised to 95-98 degree, microprocessor（11）It can automatic fine tuning water pump（7）
Voltage, work as heater（9）When reaching preset 95-98 and spending, water pump is locked（7）Voltage 8-12 seconds, if at this point, going out water temperature
It can stablize in 80-90 degree, then no longer finely tune water pump（7）Voltage；If leaving water temperature cannot be stablized in 80-90 degree, microprocessor
Device（11）Fine tuning water pump can be started again at after 8-12 seconds（7）Voltage, until the precise and stable of leaving water temperature can be kept；
6）Automatic storage leaving water temperature and water pump（7）Voltage, network voltage, environment temperature, heater（9）The association system of temperature
Number, terminates automatic learning program.
2. the temprature control method of non-secondary pollution speed heat water dispenser as described in claim 1, it is characterised in that the water
Bucket pedestal（2）Medial surface be arranged to globoidal structure, the bottommost of cambered surface is higher by diversion column（3）Top 1-3mm.
3. the temprature control method of non-secondary pollution speed heat water dispenser as described in claim 1, it is characterised in that drinking-water body
（1）Inside setting and microprocessor（11）The automatic study button of connection.
4. the temprature control method of non-secondary pollution speed heat water dispenser as described in claim 1, it is characterised in that diversion column（3）
With bucket pedestal（2）Pass through sealing ring（4）It is fixed with sealing.
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| CN110801154B (en) * | 2019-11-12 | 2021-09-24 | 呼格吉乐 | Drinking machine |
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| CN105411388A (en) | 2016-03-23 |
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Effective date of registration: 20201223 Address after: 311700 1st floor, building 3, No.69, Nanshan 1st Road, Qiandaohu Town, Chun'an County, Hangzhou City, Zhejiang Province Patentee after: Zhejiang xizi3000 Drinking Water Technology Co.,Ltd. Address before: 311700, No. 69, Nanshan Road, Thousand Island town, Chunan County, Zhejiang, Hangzhou Patentee before: CHUN'AN QIANDAOHU RENREN ENTERPRISE Co.,Ltd. |
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Effective date of registration: 20210804 Address after: 311700, No. 69, Nanshan Road, Thousand Island town, Chunan County, Zhejiang, Hangzhou Patentee after: CHUN'AN QIANDAOHU RENREN ENTERPRISE Co.,Ltd. Address before: 311700 1st floor, building 3, No.69, Nanshan 1st Road, Qiandaohu Town, Chun'an County, Hangzhou City, Zhejiang Province Patentee before: Zhejiang xizi3000 Drinking Water Technology Co.,Ltd. |
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Denomination of invention: Fast heating Water dispenser without secondary pollution and temperature control method Effective date of registration: 20230627 Granted publication date: 20180622 Pledgee: Zhejiang Chun'an Rural Commercial Bank Co.,Ltd. Pledgor: CHUN'AN QIANDAOHU RENREN ENTERPRISE Co.,Ltd. Registration number: Y2023980046014 |
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