CN103884087A - Instant heating type constant-temperature energy-saving water boiler - Google Patents
Instant heating type constant-temperature energy-saving water boiler Download PDFInfo
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Abstract
The invention relates to an instant heating type constant-temperature energy-saving water boiler. The instant heating type constant-temperature energy-saving water boiler mainly comprises a cold water tank, a boiled water tank, heating tubes, a steam collection tank, a cold-hot connection tube, a steam exhaust tube, a boiled water faucet, a water level detector, a sensor, a temperature detector, a temperature controller and the like, and is mainly characterized in that the cold water tank and the boiled water tank are arranged separately, and the steam collection tank is arranged above the boiled water tank; one end of the cold-hot connection tube is connected with the lower portion of the cold water tank while the other end of the cold-hot connection tube is connected with the lower portion of the boiled water tank; one end of the steam exhaust tube is connected with the steam collection tank and penetrates through the lower portion of the cold water tank from top to bottom to be open at a water receiving tray outside the cold water tank. A critical boiling temperature control method of 'feeding and heating layer by layer' is adopted by the water boiler, water can be boiled as soon as needed and used as soon as boiled, water is boiled according to needed quantity, qualified boiled water can be provided continuously, and 'repeatedly heated water' and 'mixture of unboiled water and boiled water' are completely eradicated. In addition, cold water is preheated by steam generated in the boiled water tank, so that electric energy is saved.
Description
Affiliated technical field
The invention belongs to boiled water machine technical field, relate to a kind of boiled water machine that electric energy conversion is heat energy that utilizes, particularly a kind of instant-heating-type constant-temperature energy-saving boiling water machine.
Background technology
As everyone knows, boiled water machine also calls off hydrophone, electric water-boiling device, is that a kind of design in order to adapt to different crowd drinking-water demand environment a kind of utilizes the equipment that boils water that electric energy conversion is heat energy.
The representative boiled water machine of the first generation of China is float-ball type boiled water machine, and this boiled water machine is a kind of equipment that boils water that electric energy conversion is heat energy of having realized.Advantage: internal structure is simple, is mainly made up of casing (for water storage and heat up water), ball float (for controlling water level), heat-generating pipe (for heating).Shortcoming: the one, water tank only has one, unboiled water and boiling water can not be separated, and again owing to only having a ball float as water level control, can not control water intaking time, unboiled water enters in water tank, thereby causes the generation of " water ", the 2nd, heating tube is all heating feedwater forever repeatedly, cause the generation of " thousand boiling water ", affect the quality of drinking water and people's health: the 3rd, from the principle of machine, in structure and control, see, can not meet the water of releasing is all boiling water, its reason: 1, add cold water from top, and top is provided with cold water storage tank, and boil water and the boiled water tank of decontroling water is placed in bottom, because hot water density is low and the reason such as thermal convection current causes hot water floating, cold water sinks, therefore, as long as top cold water storage cistern has cold water, just will inevitably be in hot water convection current situation, while decontroling water in bottom, all can be mixed with unboiled water emits, what now boiled water machine was emitted is not real boiling water, and just raw boiling water, 2, owing to being to add running water by ball float control, in the time that cistern water level is high, ball float floating, water inlet ball-cock assembly is closed, and stop into water, and in the time decontroling the decline of water water level, ball float declines, and water inlet ball-cock assembly is opened, and adds running water.Boiled water machine is only subject to water level control, puts how much water and out just add how much water, and the speed that heat-generating pipe is heated up water is limited, therefore, the water that this float-ball type boiled water machine is released can not meet to discharge water be all boiling water; 3, the temperature control of float-ball type boiled water machine mostly adopts liquid expansion type temperature switch and temperature indicating meter, and trueness error is ± 6-8 DEG C that it is all boiling water that the float-ball type boiled water machine of this type of switch control can not meet the water of releasing.
The representative boiled water machine of the second generation of China is boiling type boiled water machine, this boiled water machine is can produce the shortcoming of " water " and a kind of boiled water machine of developing for China's first generation boiled water machine product, its principle is mainly that unboiled water and boiling water are separated, by a casing of original float-ball type, change two casings of boiling type into, in a casing, electrothermal tube is housed, is responsible for boiling water, another casing is responsible for storing boiling water.Can effectively avoid like this mixing of unboiled water and boiling water, thoroughly solve " water " problem.But because implementation structure is comparatively complicated, cost is higher at first, box sealing and can not clean the reasons such as the caused life-span is long, does not have the too high market coverage.
The representative boiled water machine of the third generation of China is step-by-step movement energy-saving boiling water machine, the principle of this boiled water machine is that water is successively heated, water inlet below, each water inlet one deck is also heated to 95 degree, the one deck of intaking again, shifts boiling water onto last layer, continues the cold water that heating newly enters, so circulation water inlet and heating process, until whole box water is all heated to be boiling water.The advantage of step-by-step movement energy-saving boiling water machine is: while concentrating water, the stand-by period is short, just energy water outlet after one deck is boiled; After burned one case water, can use continuously after low water level is popped one's head in and intake, insulation power consumption is relatively less.But, step-by-step movement energy-saving boiling water machine has just escalated into original FCL heating and thermal insulation the successively mode of heating of substep, although having improvement to a certain degree aspect water tank volume, heat time, heating for multiple times and the saving energy, but because step-by-step movement energy-saving boiling water machine does not fundamentally change the structure of its water storage heating, so still there is water storage, insulation, repeatedly Repeat-heating and the shared problem of hot and cold water tank in it.Due to the motion of hydrone, hot and cold water will inevitably admixed togetherly cause step-by-step movement energy-saving boiling water machine to have a large amount of " water " to exist, its faucet is located in the intersection of hot and cold water in addition, and making prepared boiling water is often " water " of cold and hot mixing, to healthy unfavorable.In sum, also there is following major defect in stepping energy-saving boiling water machine: unboiled water and boiling water mix mutually, and " water " phenomenon is serious; Still need insulation, waste electric energy, " thousand boiling water " also can not be avoided; Water power mixes, dangerous, has electric leakage hidden danger; Easily scaling, must often safeguard.Thereby although step-by-step movement energy-saving boiling water machine can be energy-conservation, it is unfavorable that health is drunk, and also has obvious defect.
In sum, current traditional boiled water machine (first generation float-ball type boiled water machine, second generation boiling type boiled water machine, third generation stepping-type boiled water machine), there is the problem of " water ", " thousand boiling water ", can not meet burning water is out all boiling water, cannot solve the constant temperature problem of " boiling water ", can not accomplish " water boiled, plug and play, how many by how many burnings immediately at any time ", solve the power saving boiling water.
Summary of the invention
Object of the present invention is exactly for the existing problem and shortage part of traditional boiled water machine (float-ball type boiled water machine, boiling type boiled water machine etc., stepping-type boiled water machine), and a kind of " water boiled, plug and play, how many by how many burnings immediately at any time " is provided, do not produce the instant-heating-type constant-temperature energy-saving boiling water machine of " thousand boiling water ", " water ".
Technical solution of the present invention is: a kind of instant-heating-type constant-temperature energy-saving boiling water machine, mainly by cold water storage cistern, boiled water tank, vapor collection case, heat-generating pipe, cold and hot connecting tube, gland steam exhauster, turn on the tap and the observing and controlling utensil such as water-level detecting, sensing measuring and controlling temp forms, its principal character is: cold water storage cistern and boiled water tank divide and be arranged, vapor collection case be arranged on boiled water tank above; One end of cold and hot connecting tube is connected with the bottom of cold water storage cistern, and the other end is connected with the bottom of boiled water tank; One end of gland steam exhauster is connected with vapor collection case, and the bottom after-opening that passes cold water storage cistern is from top to bottom in the saucer of cold water storage cistern outside.
Cold water storage cistern described in the technology of the present invention solution is a kind of water tank for boiled water tank storage cold water.Cold water storage cistern is provided with water inlet pipe, cold water storage cistern water inlet ball-cock assembly and cold water low water level protection float switch.Water inlet pipe can provide cold water to cold water storage cistern.Cold water storage cistern water inlet ball-cock assembly, cold water low water level protection float switch interlocking, the magnetic valve of working power switch and water inlet pipe is chain.When the water level in cold water storage cistern is lower than setting when liquid level, cold water low water level protection float switch sends water supply signal, and working power switch closes a floodgate and sends water supply instruction to the magnetic valve of water inlet pipe, and feed pipe provides cold water to cold water storage cistern.When the water level in cold water storage cistern is higher than setting when liquid level, cold water storage cistern water inlet ball-cock assembly sends and stops the signal that supplies water, and working power switch disconnects and sends and stop the instruction of supplying water to water inlet pipe magnetic valve, and feed pipe stops providing cold water to cold water storage cistern.
Cold water storage cistern described in the technology of the present invention solution is also a kind of water tank for boiled water tank manufacture preheating water.The bottom of cold water storage cistern is designed to slender type, the gland steam exhauster joining with vapor collection case from top to bottom through the elongated part after-opening of cold water storage cistern bottom in the saucer of cold water storage cistern outside, to facilitate discharge condensed water, when the steam that boiled water tank produces drains into saucer by gland steam exhauster, emit the cold water in heat preheating cold water case, because cold water storage cistern bottom is designed to slender type, can utilize the cold water of steam thermal energy heating cold water storage cistern as much as possible bottom, thereby maximum possible utilize steam thermal energy, can be faster and better for to be about to add the cold water of boiled water tank to carry out preheating.Cold water in cold water storage cistern is after the steam thermal energy absorbing in steam pipe, cold water temperature is preheating to 30-40 DEG C, then enter boiled water tank by cold and hot connecting tube, this cold water (preheating water) is heated to boiling temperature (100 DEG C) from 30-40 DEG C, only need heating 60-70 DEG C, the not waste but be sent to bottom and come by condensation principle the cold water source of pre-heating boiling case of its a large amount of vapours that produce.The cold water providing to boiled water tank due to cold water storage cistern is a kind of water after cold water storage cistern preheating, when this water is heated into boiling water in boiled water tank, can save electric energy, improves heat utilization rate, reduces the energy consumption of complete machine, thereby reaches energy-conservation object.
Boiled water tank described in the technology of the present invention solution, one utilizes electric energy to make cold water (preheating water) be heated to the water tank of boiling water temperature especially.Heat-generating pipe is set in boiled water tank electric energy is provided for boiled water tank boils water.The bottom of boiled water tank is connected with cold and hot connecting tube, can receive the cold water (preheating water) in self-cooling water tank.In boiled water tank, be provided with the measuring appliances such as thermophilic temperature controller, ultra-temp controller, temperature-sensing probe, boiling water low-flow water level protection probe.In the process of boiled water tank heating cold water (preheating water), while being heated to critical boiling by cold water (preheating water), due to thermophilic temperature controller and magnetic valve interlocking, in the time that thermophilic temperature controller real-time monitors water temperature and reaches critical boiling, send the signal that preheating water is provided to boiled water tank, working power switch closes a floodgate and while electromagnetic valve work power supply opening, supplement cold water (preheating water) by cold water storage cistern to boiled water tank, due to the water yield of passing through of the matched volume of heat-generating pipe power and boiled water tank and connecting tube, pass through accurate Calculation control, thereby ensure that cold water storage cistern supplements and in the process that under the pressure of cold water (preheating water) water in cold water storage cistern, (water level of cold water storage cistern is higher than the leading position of boiled water tank) moves upward, absorbs the heat that heat-generating pipe produces and become boiling water to boiled water tank, flow out from boiled water tank tap, produce boiling water thereby realize, until job control power supply is closed in outside, as obtained again boiling water, need only open operate outside control power supply, boiled water machine can repeat a process.Boiled water machine is for keeping reaching healthy drinking water minimum temperature (national Specification is more than 93 degrees Celsius), calculate by accurate control temperature control water, control the work of heating tube and magnetic valve, adopt successively the critical boiling technology of intaking, successively heating, coordinate boiling water temperature and inflow (water level) in boiled water tank.Simultaneously, the laminar flow theory of applied fluid mechanics and the physical characteristic that boiling water is light, cold water is heavy, guarantee that boiled water layer upwards floats and moves under the support of newly entering cold water layer, makes the new cold water layer that this time enters enter transient heating state, and reach critical boiling, complete the Heating Cyclic of one deck water inlet.Only heat one deck water at every turn, after boiling, enter again one deck water, successively boiling, thereby sustainable raising, for qualified boiling water, has been stopped " water " and " thousand boiling water ", simultaneously, because boiling water does not exist heating repeatedly, from the angle of healthy water, there is not the problem of growing nitrite, be conducive to continue supply 100% healthy drinking water, meet healthy water idea.
Vapor collection case described in the technology of the present invention solution is mainly to collect the steam that produces of boiled water tank and for the cold water of cold water storage cistern is carried out to preheating in the time of critical boiling.Vapor collection case is arranged at the top of boiled water tank, and is connected with gland steam exhauster.The middle part of vapor collection case arranges and turns on the tap.Adopt vapor collection recovery technology, the steam producing can make boiled water tank critical boiling time imports cold water storage cistern cold water is carried out to preheating, has both saved the energy, avoids again steam to spread in the negative effect producing in turnover environment.
Heat-generating pipe described in the technology of the present invention solution is the device that one utilizes electric energy conversion for heat energy, cold water (preheating water) to be heated.Heat-generating pipe provides electric energy for boiled water tank boils water, for extending the service life of heat-generating pipe, heat-generating pipe adopts special type " nickel chromium triangle red copper alloy heat generating pipe " conventionally.This heat-generating pipe reliable product quality is durable, and the life-span is up to more than 5 years.For avoiding heat-generating pipe dry combustion method, should guarantee that the cold water low water level of cold water storage cistern protects the horizontal level of float switch higher than the horizontal level of the boiling water low water level protection probe of boiled water tank.Cold water low water level protection float switch and boiling water low water level probe are one group; temperature-sensing probe and ultra-temp controller are one group, can pass through interlocked control, in the time that the signal detecting does not meet setting value; can automatically disconnect the working power of complete machine, to guarantee the Electrical Safety of heat-generating pipe.
Cold and hot connecting tube described in the technology of the present invention solution is a kind ofly to provide communicating pipe of preheating water for boiled water tank.Cold and hot connecting tube connects cold water storage cistern and boiled water tank, in cold and hot connecting tube, be provided with magnetic valve, and the working power switch of magnetic valve and cold water low water level protection float switch, cold water storage cistern water inlet ball-cock assembly, heat-generating pipe, boiling water low water level protection probe interlocking, when the liquid level in boiling water low water level protection probe perception boiled water tank lower than set liquid level time, boiling water low water level protection probe sends to the magnetic valve of cold and hot connecting tube the signal that preheating water is provided to boiled water tank, working power switch closes a floodgate and sends water supply start signal to the magnetic valve of cold and hot connecting tube, cold water storage cistern provides preheating water by the magnetic valve of cold and hot connecting tube to boiler.When water intaking power switch in outside is closed, the turning on the tap while stopping decontroling water of boiled water tank, the working power switch of the magnetic valve of cold and hot connecting tube disconnects, cold and hot connecting tube magnetic valve stops providing cold water (preheating water) to boiled water tank.When the water level of cold water storage cistern is when setting liquid level; cold water low water level protection float switch sends signal; the working power switch of magnetic valve disconnects; closed electromagnetic valve; magnetic valve stops providing cold water (preheating water) to boiled water tank, and the ball-cock assembly of cold water storage cistern water inlet simultaneously instruction water inlet pipe is intake to cold water storage cistern.
Gland steam exhauster described in the technology of the present invention solution, its effect is to make the steam of vapor collection case collection and the cold water of cold water storage cistern carry out heat exchange, one end of this pipe is connected with vapor collection case, and the other end is opened on the saucer of cold water storage cistern outside to facilitate discharge condensed water.Gland steam exhauster enters the horizontal plane position of cold water storage cistern should be a little less than the horizontal plane position of the cold water low water level protection float switch of cold water storage cistern.
Turning on the tap described in the technology of the present invention solution, its effect is supply drinking water.For preventing heating tube dry combustion method, turn on the tap should be arranged at the bottom of vapor collection case and in or concordant position, a little higher than heat-generating pipe top.Why cold water in cold water storage cistern can enter boiled water tank by cold and hot connecting tube and burn till after boiling water by the outflow of turning on the tap; the principle of institute's foundation is the law of connected vessels in physics; according to law of connected vessels, the setting position of turning on the tap should with cold water storage cistern in the position of cold water low water level protection float switch in same level.
The invention has the beneficial effects as follows: due to the critical boiling temperature-controlled process of boiled water tank employing " successively water inlet, successively heating ", only heat one deck water at every turn, after boiling, enter again one deck water, successively boiling, thereby can make boiled water tank " water boiled, plug and play, how many by how many burnings immediately at any time ", sustainablely provide qualified boiling water, stopped the problem of " thousand boiling water ", " water "; Due to the steam producing in boiled water tank can be in cold water storage cistern preheating cold water, the cold water that the cold water providing to boiled water tank is a kind of preheating, thereby can save electric energy be heated into boiling water in boiled water tank time, improve heat utilization rate, reduce the energy consumption of complete machine, thereby reach energy-conservation object.
Below, the present invention is further described by reference to the accompanying drawings.
Brief description of the drawings
Fig. 1 is structural representation of the present invention.
In figure: 1, cold water storage cistern; 2, cold water storage cistern water inlet ball-cock assembly; 3, water inlet pipe; 4, cold water low water level protection float switch; 5, cold and hot connecting tube; 6, magnetic valve; 7, boiled water tank; 8, thermophilic temperature controller; 9, ultra-temp controller; 10, turn on the tap; 11, heat-generating pipe; 12, vapor collection case; 13, blast pipe; 14, temperature-sensing probe; 15, boiling water low water level protection probe.
Detailed description of the invention
The embodiment of the present invention as shown in Figure 1.
Turn on the tap (10) be arranged on vapor collection case (12) bottom; position is higher than the waterline in boiled water tank (7); should in or concordant position, a little higher than heat-generating pipe (11) top; but position is lower than cold water storage cistern (1) inner cold water waterline; should with cold water storage cistern (1) in cold water low water level protection float switch (4) present position in same level; thereby can, according to the law of connected vessels in physics, realize the natural flow of cold water (preheating water) by the water-head of cold water storage cistern (1) and boiled water tank (7).Cold water (preheating water) is in the flow process of boiled water tank (7), and the heat that absorbs heat-generating pipe (11) becomes boiling water, and by turning on the tap, flow out (10).Thereby realize providing of boiling water.
In boiled water tank (7) and cold water storage cistern (1), be respectively equipped with boiling water low water level protection probe (15) and cold water low water level protection float switch (4).In boiled water tank (7), be respectively equipped with temperature-sensing probe (14), ultra-temp controller (9) and thermophilic temperature controller (8).In the time that this instant-heating-type constant-temperature energy-saving boiling water machine is initially started shooting work, cold water low water level protection float switch (4) in cold water storage cistern (1), when any one in boiling water low water level protection probe (15) in boiled water tank (7) do not detect water level signal, due to cold water low water level protection float switch (4), boiling water low water level protection probe (15) is connected with the working power of heat-generating pipe (11) and is controlled interlocking, can disconnect the working power switch of heat-generating pipe (11), and the working power switch of simultaneously connecting magnetic valve (6) is to the interior moisturizing of boiled water tank (7), until boiling water low water level probe (15) detects the working power switch that disconnects magnetic valve (6) after water level signal, boiled water tank (7) enters holding state, until the cold water low water level protection float switch (4) in cold water storage cistern (1) also detects after water level signal, complete machine enters stand-by operation state, now only open turn on the tap (10), heat-generating pipe (11) starts heating and produces boiling water.Detect that at temperature-sensing probe (14) and thermophilic temperature controller (8) water temperature reaches the water temperature in boiled water tank (7) simultaneously, while reaching the critical boiling value that machine sets, can connect the working power switch of magnetic valve (6), cold water storage cistern (1) can be by cold and hot connecting tube (5) to the interior cold water (preheating water) that supplements desired flow of boiled water tank (7), now turn on the tap (10) will flow out boiling water, as long as cold water low water level protection float switch (4) and boiling water low water level protection probe (15) all detect water level signal, ultra-temp controller (9) and warming probe (14) do not detect coolant-temperature gage overtemperature simultaneously, boiled water tank (7) can non-stoply repeat above process, ceaselessly produce boiling water, until close working power switch, boiled water tank (7) can enter holding state.
In cold water storage cistern (1) and boiled water tank (7), be equipped with respectively low water level protection; wherein the horizontal level of the protection float switch of the cold water low water level in cold water storage cistern (1) (4) is popped one's head in (15) higher than the boiling water low water level protection in boiled water tank (7), thereby can effectively protect not dry combustion method of heat-generating pipe (11).
Boiling water low water level protection probe (15) in cold water low water level protection float switch (4) and boiled water tank (7) in cold water storage cistern (1) is one group; warming probe (14) and ultra-temp controller (9) in boiled water tank (7) are one group; when the signal detecting does not meet setting value; due to the control of interlock circuit; can automatically disconnect the working power of complete machine, to ensure safety.
Boiled water machine is for keeping reaching healthy drinking water minimum temperature (national Specification is more than 93 degrees Celsius), calculate by accurate control temperature control water, control the work of heating tube and magnetic valve, adopt successively the critical boiling technology of intaking, successively heating, coordinate boiling water temperature and inflow (water level) in boiled water tank.Simultaneously, the laminar flow theory of applied fluid mechanics and the physical characteristic that boiling water is light, cold water is heavy, guarantee the boiled water layer motion of upwards floating under the support of newly entering cold water layer, make the new cold water layer that this time enters enter transient heating state, and reach critical boiling and complete the Heating Cyclic of one deck water inlet.Only heat one deck water at every turn, after boiling, enter again one deck water, successively boiling, thereby sustainablely provide qualified boiling water, stop " water " and " thousand boiling water ", simultaneously, because boiling water does not exist heating repeatedly, from the angle of healthy water, there is not the problem of growing nitrite, be conducive to continue the healthy boiling water of supply, meet healthy water idea.
Claims (8)
1. an instant-heating-type constant-temperature energy-saving boiling water machine, mainly formed by observing and controlling utensils such as cold water storage cistern (1), boiled water tank (7), vapor collection case (12), heat-generating pipe (11), cold and hot connecting tube (5), gland steam exhauster (13), turn on the tap (10) and water-level detecting, sensing measuring and controlling temps, its principal character is: cold water storage cistern (1) and boiled water tank (7) point are arranged, vapor collection case (12) be arranged on boiled water tank (7) above; One end of cold and hot connecting tube (5) is connected with the bottom of cold water storage cistern (1), and the other end is connected with the bottom of boiled water tank (7); One end of gland steam exhauster (13) is connected with vapor collection case (12), and the other end passes the bottom after-opening of cold water storage cistern (1) from top to bottom in the outside saucer of cold water storage cistern (1).
2. a kind of instant-heating-type constant-temperature energy-saving boiling water machine according to claim 1; it is characterized in that: described cold water storage cistern (1); the top of this case arranges water inlet pipe (3); bottom is designed to slender type, and inside arranges cold water storage cistern water inlet ball-cock assembly (2) and cold water low water level protection float switch (4).
3. a kind of instant-heating-type constant-temperature energy-saving boiling water machine according to claim 1; it is characterized in that: described boiled water tank (7); the top of this case arranges vapor collection case (12), and inside arranges heat-generating pipe (11), temperature-sensing probe (14), boiling water low water level protection probe (15), thermophilic temperature controller (8), ultra-temp controller (9).
4. a kind of instant-heating-type constant-temperature energy-saving boiling water machine according to claim 1; it is characterized in that: described heat-generating pipe (11), its working power switch and cold water low water level protection float switch (4), boiling water low water level protection probe (15) and warming probe (14) and ultra-temp controller (9) are chain.
5. a kind of instant-heating-type constant-temperature energy-saving boiling water machine according to claim 1, is characterized in that: described vapor collection case (12), and the top of this case is connected with gland steam exhauster (13), and bottom arranges turn on the tap (10).
6. a kind of instant-heating-type constant-temperature energy-saving boiling water machine according to claim 1; it is characterized in that: described cold and hot connecting tube (5); this pipe connects cold water storage cistern (1) and boiled water tank (2); magnetic valve (6) is set in cold and hot connecting tube (5), and the working power switch of magnetic valve (6) and cold water low water level protection float switch (4), cold water storage cistern water inlet ball-cock assembly (2), heat-generating pipe (11), boiling water low water level protection probe (15), (10) interlocking of turning on the tap.
7. a kind of instant-heating-type constant-temperature energy-saving boiling water machine according to claim 1; it is characterized in that: described gland steam exhauster (13), this pipe enters the horizontal level of cold water storage cistern (1) should be a little less than the horizontal level of the cold water low water level protection float switch (4) of cold water storage cistern (1).
8. a kind of instant-heating-type constant-temperature energy-saving boiling water machine according to claim 1; it is characterized in that: described turning on the tap (10); this tap is arranged at the bottom of vapor collection case (12); and concordant position, a little higher than heat-generating pipe (11) top, protects the position of float switch (4) in same level with the cold water low water level in cold water storage cistern (1).
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| CN201210593647.0A CN103884087A (en) | 2012-12-19 | 2012-12-19 | Instant heating type constant-temperature energy-saving water boiler |
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| CN106288332A (en) * | 2015-06-08 | 2017-01-04 | 福建斯狄渢电开水器有限公司 | A kind of instantaneously heated type heater |
| CN106510465A (en) * | 2016-12-20 | 2017-03-22 | 广东世纪丰源饮水设备制造有限公司 | Instant constant-temperature constant-current warm and hot water dispenser for school and heating method thereof |
| CN108253618A (en) * | 2016-12-28 | 2018-07-06 | 深圳市英尼康科技有限公司 | A kind of energy saving water heater of simple type |
| CN108253619A (en) * | 2016-12-28 | 2018-07-06 | 深圳市英尼康科技有限公司 | A kind of energy-saving type boiling water device |
| CN109899961A (en) * | 2019-03-21 | 2019-06-18 | 中山活水来智慧物联网有限责任公司 | A kind of drinking hot water and steam scorch all-in-one machine |
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| CN201043795Y (en) * | 2007-04-23 | 2008-04-02 | 刘雷刚 | Fast boiling water equipment |
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