CN101322619A - Green direct drinking machine capable of recovering whole sensible heat - Google Patents
Green direct drinking machine capable of recovering whole sensible heat Download PDFInfo
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- CN101322619A CN101322619A CNA2008101448185A CN200810144818A CN101322619A CN 101322619 A CN101322619 A CN 101322619A CN A2008101448185 A CNA2008101448185 A CN A2008101448185A CN 200810144818 A CN200810144818 A CN 200810144818A CN 101322619 A CN101322619 A CN 101322619A
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Abstract
The invention relates to an environment-friendly direct drinking water machine which can recycle all sensible heat; during the process that upper water is heated to 100-200 DEG C for sterilizing to become drinking water, a closed-circuit caloric content cycle, which is formed by 1-40 DEG C small temperature difference heat exchange technology, is adopted for producing the drinking water, the temperature of which is higher than that of the upper water by 1-40 DEG C, and 50-99% of sensible heat is recycled in total; therefore, only by compensating 1-50% of sensible heat loss and heat loss in the systemic circulation through heating, 20-1000 liters of drinking water can be produced by one kwh of electricity, the coefficient of performance of the drinking water machine can reach 80, which is 100 times of the traditional electric kettle for boiling water (100 DEG C); therefore, the drinking water machine is the most energy-saving product in the world in the 21st century.
Description
(1) technical field
The present invention relates to a kind of recovery complete sensible heat green direct drinking machine.
(2) background technology
Tradition electric kettle/stove boils water, and 25 ℃ of city tap-waters per ton (hereinafter to be referred as " going up water ") need power consumption 87 degree ability boiled to 100 ℃, have following shortcoming:
1, owing to 25 ℃ of whole playback environments of boiled sensible heat, thereby forms open circuit heat content process, not only increase operating cost, cause the huge waste of the energy to 100 ℃; And must dispose high power electrothermal device and heat preservation storage water tank, increase initial cost;
2, drink 5 steps of preceding experience: (a) go up water and be connected to electric kettle; (b) going up water in the electric kettle burns to 100 ℃; (c) drinking-water is toppled in vacuum flask/case and is incubated; (d) insulation drinking-water is toppled in the water tumbler; (e) drinking-water cools to room temperature and drinks in the cup; The cumulative time of above-mentioned steps is at least more than half an hour;
3,60～100 ℃ of high temperature drinking-water are very easily scalded children and old man in each step, therefore have potential safety hazard;
4, boiled back, each transfer step of being gone through before drinking contact with many utensils such as heat preservation storage water tank and atmosphere, easily cause the drinking-water secondary pollution.
(3) summary of the invention
Purpose of the present invention: provide a kind of recovery complete sensible heat green direct drinking machine, last water is in pasteurization to 100～120 ℃, in the process that becomes drinking-water, the closed circuit heat content that forms by 1～40 ℃ little temperature difference heat transfer technology circulates, produce only high 1～40 ℃ drinking-water, all reclaim 50～99% sensible heats than last water; Therefore only need heat in the bucking-out system circulation 1～50% sensible heat loss and heat waste, can produce 20～1000 liters of drinking-water by every degree electricity, the coefficient of performance of water dispenser can reach 80, being 100 times and 22 times of heat pump (55 ℃) hot water machine that traditional electric kettle burns (100 ℃) boiling water, therefore is global energy-conserving product of 21 century! Water and the same valency of drinking-water in the realization force the water transmission ﹠ distribution to be necessary to promote and are the drinking-water transmission ﹠ distribution, and the secondary pollution of plastic bottle/bucket to drinking-water avoided in comprehensive manpower and material resources consumption of saving in the dispensing of existing drum drinking-water, the energy-conservation revolution of guiding drinking-water! The moment of drinking-water prepares and drinks immediately, has also realized: 1, save the drinking-water preparation time; 2, improve office and life efficient; 3, avoid scalding the raising safe drinking water; 4, need not kind of refrigeration cycle cooling drinking-water.
The technical solution used in the present invention promptly reclaims the complete sensible heat green direct drinking machine as shown in Figure 1, wherein: the 1-filter; The 2-check-valves; The 3-relief valve; 4-band insulation regenerator; 5-heating/insulating tube; The 6-valve of drinking water; The 7-heating source; The 8-temperature switch; The 9-pressure switch; The 10-magnetic valve; The 11-force (forcing) pump; The 12-flow control valve; 13-water temperature signal lamp; The 14-threeway.
According to the recovery complete sensible heat green direct drinking machine shown in accompanying drawing 1, accompanying drawing 2 and the accompanying drawing 3: it is formed recuperation of heat and is heated branch road by water side, heating/insulating tube 5, band insulation regenerator 4 drinking-water sides, drinking-water valve 6 and connecting line and pipe fitting etc. on filter 1, check-valves 2, relief valve 3, the band insulation regenerator 4;
Heating/insulating tube 5 is formed heater with heating source 7;
The break-make of heating source 7, the temperature switch 8 that is provided with by water inlet, heating/insulating tube 5 bottom carries out closed-loop control.
Setting pressure switch 9 on the pipeline between filter 1 and the check-valves 2, the break-make of closed-loop control heating source 7.
On the drinking-water side main line between heating/insulating tube 5 delivery ports to the first drinking-water valve 6, from the nearest position of branch road of drawing of this drinking-water valve 6 magnetic valve 10 is installed, and by its break-make of pressure switch 9 closed-loop controls.
On the pipeline between filter 1 and the check-valves 2, and the inlet pipeline of pressure switch 9 is installed force (forcing) pump 11.
The color of temperature switch 8 closed-loop control water temperature signal lamps 13 or the bright/switching of going out.
Band insulation regenerator 4 is heat exchanger as the last water of band insulation and between drinking water, and is plate type heat exchanger 4, or double pipe heat exchanger 4, or concentric tube type heat exchanger 4, or counter-flow heat exchanger such as coaxial-type heat exchanger 4; Or plate-fin heat exchanger 4, or shell and tube exchanger 4, or crossflow heat exchanger 4, or coil exchanger 4.
Band insulation regenerator 4 be the last water of 1 band insulation and drink water between heat exchanger; Or the last water of 2～20 band insulations with drink water between the mutual of heat exchanger connect, between wherein per two heat exchangers, last water side interface connects with pipeline, the drinking-water side interface connects with the pipeline of band threeway 14, the other end of threeway 14 connects drinking-water valve 6 by capillary, gas relief line, low to prepare continuously respectively/in/high temperature drinking-water.
Various heat exchange extension position in that band insulation regenerator 4 is drunk water between side-entrances and the outlet connects 1～20 drinking-water valve 6 by capillary, gas relief line respectively, low to prepare continuously respectively/in/high temperature drinking-water.
Filter 1 subsidiary installation, cleaning and maintenance angle valve.
The course of work that the present invention reclaims the green directly preparation of complete sensible heat drinking-water is in conjunction with the accompanying drawings 1, accompanying drawing 2 and accompanying drawing 3 be described as follows:
1, exhaust: 25 ℃ of gauge pressures that go up water with 1～6bar, flow through water side on filter 1, check-valves 2, relief valve 3, the band insulation regenerator 4, heating/insulating tube 5, band insulation regenerator 4 drinking-water sides, and drain all air in recuperation of heat and the heating branch road by the drinking-water valve of opening 6, after complete water outlet, close drinking-water valve 6 again;
2, start: connect power supply and start water dispenser, the temperature switch 8 that water inlet, heating/insulating tube 5 bottom is provided with when the perception water temperature is lower than 100 ℃, is connected heating source 7 by closed-loop control, up to the last water in the heating/insulating tube 5 is heated to 100 ℃ of drinking-water;
3, backheat: open drinking-water valve 6, flow into water side on the band insulation regenerator 4 through the last water of filter 1 is convenient with its 1～6bar gauge pressure, and 100 ℃ of drinking-water are pressed into the drinking-water side that band is incubated regenerator 4 in the heating/insulating tube 5, to form 1 ℃ little temperature difference countercurrent flow of water and drinking-water in the both sides of being with insulation regenerator 4, wherein 25 ℃ upward are preheated to 99 ℃ behind the whole recovery of water 99% sensible heat; Also be cooled to 26 ℃ after 100 ℃ of drinking-water discharge 99% sensible heat simultaneously, and discharged by drinking-water valve 6, process continues to carry out, up to closing drinking-water valve 6;
4, heat, hold temperature, sterilization: the water side outlet has been preheated to 99 ℃ last water on the band insulation regenerator 4, when flowing through the water inlet of heating/insulating tube 5 bottoms, by 8 perception of set temperature switch, and by closed-loop control connection heating source 7, be heated to 100 ℃ will go up water, and in heating/insulating tube 5, hold temperature and slowly flowed 3 minutes, with high temperature sterilization, produce drinking-water;
5, supply water: after water dispenser installs, should be on average water pressure downward modulation rectification flow control valve 12 so that the maximum output during all drinking-water valve 6 standard-sized sheets does not exceed the rated value of water dispenser; And before opening drinking-water valve 6, also must note the state of the temperature switch 8 water temperature signal lamp 13 of controlling, reach the national health index to guarantee drinking-water; Open the drinking-water valve 6 at band insulation regenerator 4 drinking-water side outlet places, can prepare 26 ℃ of drinking-water continuously; Open the drinking-water valve 6 in the middle of the band insulation regenerator 4 drinking-water sides in the accompanying drawing 1, or 2 band insulation regenerator 4 middle drinking-water valves 6 that connected by drinking-water side threeway 14 in the unlatching accompanying drawing 3, temperature switch 8 perception water temperatures are lower than 100 ℃, just the heating power of heating source 7 in the big accompanying drawing 1 of corresponding accent, or 2 interpolation electrical bar heating sources 7 in the increase accompanying drawing 3, to increase heating power, prepare 85 ℃ of drinking-water continuously;
6, protection: when selecting 100～120 ℃ of heating-up temperatures, drop to the corresponding saturation pressure value of heating-up temperature in case go up water pressure, pressure switch 9 is just sent signal, turn-offs heating source 7 on the one hand, in case overtemperature occurs in the heating/insulating tube 5; Turn-off magnetic valve 10 on the other hand, to keep the pressure in the heating/insulating tube 5, prevent to open by mistake open the valve 6 of drinking water after, cause heating/insulating tube 5 in decompression, overheated, the flash distillation of hot water; And when last water pressure was higher than the return difference setting value, pressure switch 9 was just sent signal, connected heating source 7 simultaneously and opened magnetic valve 10, recovered the water dispenser operate as normal;
7, pressurization: when last water pressure is regular when being lower than the corresponding saturation pressure value of heating-up temperature, or open-air well water, or open-air water is after fully precipitation and other processing; Just need between filter 1 and check-valves 2, and on the inlet pipeline of pressure switch 9 force (forcing) pump 11 is installed,, guarantee its operate as normal so that the water dispenser water inlet is forced on the corresponding saturation pressure value of heating-up temperature;
8, clean: go up the drinking-water valve 6 of water by flexible pipe connecting band insulation regenerator 4 drinking-water side outlets, open the handle of relief valve 3 simultaneously, the pressure reduction of water and atmosphere is implemented oppositely to clean to recuperation of heat and heating branch road in the utilization, to remove various forms of dirts; Should close the last water angle valve before the filter 1 this moment.
Boil water with traditional electric kettle of open circuit heat content process and to compare, the technology of the present invention advantage is as follows:
1, energy-conservation: as to go up water in pasteurization to 100～120 ℃, in the process that becomes drinking-water,, produce only high 1～40 ℃ drinking-water, all reclaim 50～99% sensible heats than last water by the closed circuit heat content circulation that 1～40 ℃ little temperature difference heat transfer technology forms; Therefore only need heat in the bucking-out system circulation 1～50% sensible heat loss and heat waste, can produce 20～1000 liters of drinking-water by every degree electricity, be 2～100 times that traditional electric kettle burns (100 ℃) boiling water;
2, performance: the water dispenser coefficient of performance=Q
Sensible heat÷ Q
Heating
=(T
Heating-T
Last water) ÷ (T
Heating-T
Preheating)
＝(105-25)÷(100-99)
＝80
Wherein: Q
Sensible heat-last water preheat sensible heat and the summation that heats sensible heat; Q
Heating-going up water heats sensible heat; T
Heating-last water heating-up temperature; T
Last water-last coolant-temperature gage; T
Preheating-last water preheat temperature; As seen therefore the coefficient of performance 80 of water dispenser, even reach 22 times of plain edition air source formula heat pump (55 ℃) hot water machine coefficient of performance national normal value 3.7 is global energy-conserving product of 21 century!
3, instant: Fast Heating has realized the moment preparation process that last water advances, drinks water and, and for the big and random start and stop of amount of drinking water, need not to wait for, can drink immediately, be equal to, save the drinking-water preparation time than like product with the running water occupation mode, improve office and life efficient, be user-friendly to;
4, safety: only high 1～40 ℃ low temperature drinking-water than environment temperature, avoid scalding children and old man, improve safe drinking water; Produce 1 ton of drinking-water every day and only need the 49W electrical heating power, reduce power consumption, avoid electric leakage harm at all, the safety of guaranteeing product is with reliable;
5, health: make full use of water pressure, in closed system by the noncontact heat exchange, realize that backheat and heating wait that water arrives the preparation flow of drinking water all on, even in the lower highlands of air pressure, also can realize 100～120 ℃ high temperature sterilization, and avoid the atmosphere secondary pollution, guarantee to go up the health of water sterilization process; Step-by-step movement preheating, heating, cooling drinking-water not only keep water quality fresh, and avoid repeatedly boiled formed thousand boiling water, and repeats many power consumptions 50% for this reason; The design of no heat preservation storage water tank also makes: (1), simple and reasonable, and be convenient to complete machine and adopt food-grade 316 stainless steels, the secondary pollution of avoiding getting rusty drinking-water; (2), running water operation, be easy to clean, easy to operate, avoid incrustation secondary pollution drinking-water, guarantee that drinking-water reaches the national health index; (3), body is little frivolous, can wall-hangingly install, and saves the space; (4), pipeline design, hide water source and power supply, fashion is attractive in appearance;
6, same valency: every degree electricity can produce 20～1000 liters of drinking-water, realized last water and the same valency of drinking-water, forced the water transmission ﹠ distribution to be necessary to promote and be drinking-water transmission ﹠ distribution, comprehensive manpower and material resources consumption of saving in the dispensing of existing drum drinking-water, avoid of the secondary pollution of plastic bottle/bucket, the energy-conservation revolution of guiding drinking-water to drinking-water!
7, the electricity charge: if every day is with 2 liters of calculating of the whole world 6,700,000,000 populations drinking-water, will be than traditional electric kettle 15.5 hundred million degree of saving energy that boil water, and 64.5 * 10
6The kW generate output; Also significantly reduce CO simultaneously
2, SO
2Discharge capacity, the annual saving operation electricity charge reach 2,829 hundred million yuans;
8, cost: every day, 1 ton water dispenser only needed the 49W heating power can keep continuous operation, need not water pump, cooling cycle system and heat preservation storage water tank, thereby reduced the product initial cost at double; If to reclaim the water dispenser of 90%, one per minute of sensible heat, move the commercial valency electricity charge of being saved in 1.7 days continuously, promptly recoverable water dispenser investment for 20 liters of 33 ℃ of drinking-water;
9, protection: water dispenser removes heating-up temperature closed-loop control and proof and electric leakage-proof safety; Also turn-off heating source and magnetic valve when cutting off the water simultaneously,, nothing anhydrous with the realization system pressed and all do not worked; Each control element and valve are simple, reliable, the life-span is long, guarantee product safety, reliably under the high performance prerequisite keeping;
10, market: can in time satisfy war, disaster relief scene, crowded places such as hospital and bank and supermarket etc. such as hostel, army's barracks, hotel and dining room, railway station and airport, government bodies, commercial office building, industrial and mining enterprises, tank and naval vessels, provide the most energy-conservation and the demand of drinking water easily, wash one's face and rinse one's mouth; More can be global hundreds of millions families green straight drink equipment is provided.
In sum, " green is directly drunk " promptly solves current energy and environment problem by " recovery complete sensible heat ", and user and society are at utmost benefited from it.As " green is directly drunk " mode, the present invention is being when the sterilization of user Geng Gao water temperature solves drinking water hygiene, also help the user more high efficiency reclaim and utilize energy in the drinking-water, the use that increases water supply capacity and reduce non-renewable energy resources.The present invention will make traditional electrical hot-water bottle/stove seem to have no life, and become history very soon.
(4) description of drawings
Accompanying drawing 1 is a system flow chart of the present invention, wherein band insulation regenerator 4 double pipe heat exchangers for the band insulation;
Accompanying drawing 2 is a system flow chart of the present invention, and wherein band insulation regenerator 4 is the plate type heat exchanger of 1 band insulation.
Accompanying drawing 3 is a system flow chart of the present invention, and wherein band insulation regenerator 4 is the mutual series connection of 2 band insulation plate type heat exchangers, and the side interface of wherein drinking water connects drinking-water valve 6 by threeway 14; And heating source 7 is combinations of 2 different heating power interpolation electrical bars 7.
(5) specific embodiment
The embodiment 1 of the recovery complete sensible heat green direct drinking machine that the present invention proposes as shown in Figure 2, now be described as follows: it is by DN15 internal thread stainless steel filter 1, DN15 internal thread stainless steel check-valves 2, DN15 internal thread stainless steel relief valve 3, DN15 internal thread stainless steel Flow-rate adjustment stop valve 12, heat exchange area 1.827m
2316 stainless steel plate type bands insulations regenerator 4 on 316 stainless steel heating/insulating tubes 5, band insulation regenerator 4 drinking-water sides, DN15 internal thread stainless steel magnetic valve 10, DN15 internal thread stainless steel drinking-water ball valve 6 and diameter 15mm stainless steel connecting line and the pipe fitting etc. of water side, diameter 70mm and height 400mm, form recuperation of heat and heat branch road; Institute's 140W electric heating coil heating source that twines 7 is formed heater between heating/insulating tube 5 and its outer wall and the heat-insulation layer; The break-make of heating source 7, the temperature switch 8 that is provided with by heating/insulating tube 5 base diameter 15mm stainless steel water inlets carries out closed-loop control.Setting pressure switch 9 on the pipeline between filter 1 and the check-valves 2, the break-make of closed-loop control heating source 7.Magnetic valve 10 is also by its break-make of pressure switch 9 closed-loop controls.Because last water meter is pressed only 0.1bar, be lower than the corresponding saturation pressure value of 105 ℃ of heating-up temperatures, on the pipeline between filter 1 and the check-valves 2 so lift 8mH is installed
2O, flow 0.5L/min, DN15 internal thread stainless steel interface force (forcing) pump 11.Red/green the color of temperature switch 8 closed-loop control water temperature signal lamps 13 is switched.The embodiment of the invention 1 is 25 ℃ of last coolant-temperature gages, and during 105 ℃ of heating-up temperatures, per minute is for 0.5 liter of 27 ℃ of drinking-water; Recyclable sensible heat 97.5% reclaims sensible heat power 2.715kW, and every degree electricity is produced 400 liters of drinking-water, economize on electricity 97.5%; Single phase poaer supply rated voltage 220V, rated frequency 50Hz, rated power 140W, the average input electric power during operation is 70W only, noiselessness, every water dispenser weight 10kg, operating weight 12kg.
The embodiment 2 of the recovery complete sensible heat green direct drinking machine that the present invention proposes as shown in Figure 2, now be described as follows: it is by DN15 internal thread stainless steel filter 1, DN15 internal thread stainless steel check-valves 2, DN15 internal thread stainless steel relief valve 3, DN15 internal thread stainless steel Flow-rate adjustment stop valve 12, heat exchange area 1.071m
2316 stainless steel plate type bands insulations regenerator 4 on 316 stainless steel heating/insulating tubes 5, band insulation regenerator 4 drinking-water sides, 10,3 DN15 internal thread stainless steels drinking-water ball valves 6 in parallel of DN15 internal thread stainless steel magnetic valve and diameter 15mm stainless steel connecting line and the pipe fitting etc. of water side, diameter 140mm and height 400mm, form recuperation of heat and heat branch road; Heating/insulating tube 5 is formed heater with its interpolation 360W electrical bar heating source 7; The break-make of heating source 7, the temperature switch 8 that is provided with by heating/insulating tube 5 base diameter 15mm stainless steel water inlets carries out closed-loop control.Setting pressure switch 9 on the pipeline between filter 1 and the check-valves 2, the break-make of closed-loop control heating source 7.Magnetic valve 10 is also by its break-make of pressure switch 9 closed-loop controls.Because last water meter is pressed 2.3bar, far above the corresponding saturation pressure value of heating-up temperature, so on the pipeline between filter 1 and the check-valves 2, force (forcing) pump 11 is not installed.Bright/the switching of going out of temperature switch 8 closed-loop control water temperature signal lamps 13.The embodiment of the invention 2 is 25 ℃ of last coolant-temperature gages, and during 105 ℃ of heating-up temperatures, per minute is for 2 liters of 30 ℃ of drinking-water; Recyclable sensible heat 93.75% reclaims sensible heat power 10.44kW, and every degree electricity is produced 160 liters of drinking-water, economize on electricity 93.75%; 3 phase power supply rated voltage 380V, rated frequency 50Hz, rated power 360W, the average input electric power during operation is 180W only, noiselessness, every water dispenser weight 6.5kg, operating weight 14kg.
The embodiment 3 of the recovery complete sensible heat green direct drinking machine that the present invention proposes as shown in Figure 3, now be described as follows: it is by DN15 internal thread stainless steel filter 1, DN15 internal thread stainless steel check-valves 2, DN15 internal thread stainless steel relief valve 3, DN15 internal thread stainless steel Flow-rate adjustment stop valve 12, heat exchange area 0.154m
2316 stainless steel plate type bands insulations regenerator 4 on water side, heat exchange area 0.154m
2316 stainless steel plate type bands insulations regenerator 4 on 316 stainless steel heating/insulating tubes 5, band insulation regenerator 4 drinking-water sides, DN15 internal thread stainless steel magnetic valve 10, DN15 internal thread stainless steel threeway 14 and the drinking-water ball valve 6 that is connected thereof, band insulation regenerator 4 drinking-water sides, 3 DN15 internal thread stainless steels drinking-water ball valves 6 in parallel and diameter 15mm stainless steel connecting line and the pipe fitting etc. of water side, diameter 140mm and height 400mm, form recuperation of heat and heat branch road; Heating/insulating tube 5 is formed heater with its interpolation 360W electrical bar heating source 7 and interpolation 8000W electrical bar heating source 7; The break-make of heating source 7, the temperature switch 8 that is provided with by heating/insulating tube 5 base diameter 15mm stainless steel water inlets carries out closed-loop control.Setting pressure switch 9 on the pipeline between filter 1 and the check-valves 2, the break-make of closed-loop control heating source 7.Magnetic valve 10 is also by its break-make of pressure switch 9 closed-loop controls.Because last water meter is pressed 4.3bar, far above the corresponding saturation pressure value of heating-up temperature, so on the pipeline between filter 1 and the check-valves 2, force (forcing) pump 11 is not installed.Bright/the switching of going out of temperature switch 8 closed-loop control water temperature signal lamps 13.The embodiment of the invention 3 is 25 ℃ of last coolant-temperature gages, and during 105 ℃ of heating-up temperatures, per minute is for 2 liters of 30 ℃ of drinking-water; Recyclable sensible heat 93.75% reclaims sensible heat power 10.44kW, and every degree electricity is produced 160 liters of drinking-water, economize on electricity 93.75%; 3 phase power supply rated voltage 380V, rated frequency 50Hz, rated power 8360W, average input electric power when taking 30 ℃ of drinking-water is 180W only, the average input electric power 8360W when taking 70 ℃ of drinking-water, noiselessness, every water dispenser weight 8.5kg, operating weight 16kg.
Claims (14)
1, a kind of recovery complete sensible heat green direct drinking machine, it is by filter (1); Check-valves (2); Relief valve (3); Band insulation regenerator (4); Heating/insulating tube (5); Drinking-water valve (6); Heating source (7); Temperature switch (8); Pressure switch (9); Magnetic valve (10); Force (forcing) pump (11); Flow control valve (12); Water temperature signal lamp (13); Threeway compositions such as (14); It is characterized in that: filter (1), check-valves (2), relief valve (3), band insulation regenerator (4) are gone up water side, heating/insulating tube (5), band insulation regenerator (4) drinking-water side, drinking-water valve (6) and connecting line and pipe fitting etc., form recuperation of heat and heating branch road; Heating/insulating tube (5) is formed heater with heating source (7); The break-make of heating source (7), the temperature switch (8) that is provided with by water inlet, heating/insulating tube (5) bottom carries out closed-loop control.
2, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: setting pressure switch (9) on the pipeline between filter (1) and the check-valves (2), the break-make of closed-loop control heating source (7).
3, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: on the drinking-water side main line between heating/insulating tube (5) delivery port to the first drinking-water valve (6), magnetic valve (10) is installed in the nearest position of branch road of drawing from this drinking-water valve (6), and by its break-make of pressure switch (9) closed-loop control.
4, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: on the pipeline between filter (1) and the check-valves (2), and the inlet pipeline of pressure switch (9) is installed force (forcing) pump (11).
5, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: go up water side-entrance place at band insulation regenerator (4) flow control valve (12) is installed.
6, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: the color of temperature switch (8) closed-loop control water temperature signal lamp (13) or the bright/switching of going out.
7, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: band insulation regenerator (4) is as heat exchanger between the last water of being with insulation and the drinking-water, be plate type heat exchanger (4), or double pipe heat exchanger (4), or concentric tube type heat exchanger (4), or coaxial-type heat exchanger counter-flow heat exchangers such as (4); Or plate-fin heat exchanger (4), or shell and tube exchanger (4), or crossflow heat exchanger (4), or coil exchanger (4).
8, according to the described band of claim 7 insulation regenerator (4), it is characterized in that: band insulation regenerator (4) be the last water of 1 band insulation and drink water between heat exchanger; Or the last water of 2～20 band insulations with drink water between the mutual of heat exchanger connect, between wherein per two heat exchangers, last water side interface connects with pipeline, the drinking-water side interface connects with the pipeline of band threeway (14), the other end of threeway (14) connects drinking-water valve (6) by capillary, gas relief line, low to prepare continuously respectively/in/high temperature drinking-water.
9, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: the various heat exchange extension position between band insulation regenerator (4) drinking-water side-entrance and outlet, connect 1～20 drinking-water valve (6) by capillary, gas relief line respectively, low to prepare continuously respectively/in/high temperature drinking-water.
10, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: heating source (7) is the interpolation electrical bar (7) of heating/insulating tube (5), or the heating wire/band that twines (7) between the outer wall of heating/insulating tube (5) and the heat-insulation layer, or the burner (7) of fuel such as natural gas, liquefied gas, gas and oil, kerosene, diesel oil, ethanol, alcohol, coal, or the interior logical steam pipe coil (7) of heating/insulating tube (5), or the interior logical hot-water coil pipe (7) of heating/insulating tube (5).
11, according to the described heating source of claim 10 (7), it is characterized in that: heating source (7) is 1 adjustable heating source of heating power (7); Or the combination (7) of 2～20 different heating power heating sources.
12, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: filter (1), check-valves (2), relief valve (3) are combined as one or two pipe fitting.
13, according to the described recovery complete sensible heat of claim 1 green direct drinking machine; it is characterized in that: filter (1) is protectiveness contaminant filter (1); or charcoal filter (1); or ultra filtration filter (1); or be coated with silver granuel material filter (1); or logical (Bipolar-technology) filter (1) of nanometer, or the combination filter of above-mentioned several filter types (1).
14, according to the described recovery complete sensible heat of claim 1 green direct drinking machine, it is characterized in that: filter (1) is subsidiary to be installed, cleans and the maintenance angle valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CNA2008101448185A CN101322619A (en) | 2008-07-26 | 2008-07-26 | Green direct drinking machine capable of recovering whole sensible heat |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008101448185A CN101322619A (en) | 2008-07-26 | 2008-07-26 | Green direct drinking machine capable of recovering whole sensible heat |
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| CN101322619A true CN101322619A (en) | 2008-12-17 |
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| CN103453655A (en) * | 2012-05-29 | 2013-12-18 | 北京航空航天大学 | Energy-saving temperature adjustable electric boiler and method for boiling water |
| CN104127133A (en) * | 2014-08-22 | 2014-11-05 | 英特卡机电(惠州)有限公司 | Standard drinking water quick handler and handling method |
| CN104315706A (en) * | 2014-10-18 | 2015-01-28 | 侴乔力 | Siphon heating tank-driven boiled water, cold boiled water and hot water conditioner |
| CN104764594A (en) * | 2014-01-08 | 2015-07-08 | 格力电器（中山）小家电制造有限公司 | Pressure switch detection device |
| CN106667268A (en) * | 2017-01-22 | 2017-05-17 | 广西喜爱家饮水设备有限公司 | Water dispenser with image recognition function |
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| CN106859334A (en) * | 2017-01-22 | 2017-06-20 | 广西喜爱家饮水设备有限公司 | A kind of home intelligent water dispenser |
| CN106859335A (en) * | 2017-01-22 | 2017-06-20 | 广西喜爱家饮水设备有限公司 | A kind of smart object recognizes drinking-water system |
| CN106859336A (en) * | 2017-01-22 | 2017-06-20 | 广西喜爱家饮水设备有限公司 | A kind of multifunctional drinking machine |
| CN110108027A (en) * | 2019-05-16 | 2019-08-09 | 厦门森卓节能科技有限公司 | A kind of plateau water boiling device and method |
| CN110650663A (en) * | 2017-03-17 | 2020-01-03 | 诺威德尔塔咖啡贸易工业有限公司 | Beverage preparation device with compact structure and method for operating said device |
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2008
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| CN103453655A (en) * | 2012-05-29 | 2013-12-18 | 北京航空航天大学 | Energy-saving temperature adjustable electric boiler and method for boiling water |
| CN104764594A (en) * | 2014-01-08 | 2015-07-08 | 格力电器（中山）小家电制造有限公司 | Pressure switch detection device |
| CN104127133A (en) * | 2014-08-22 | 2014-11-05 | 英特卡机电(惠州)有限公司 | Standard drinking water quick handler and handling method |
| CN104315706A (en) * | 2014-10-18 | 2015-01-28 | 侴乔力 | Siphon heating tank-driven boiled water, cold boiled water and hot water conditioner |
| CN106667268A (en) * | 2017-01-22 | 2017-05-17 | 广西喜爱家饮水设备有限公司 | Water dispenser with image recognition function |
| CN106859337A (en) * | 2017-01-22 | 2017-06-20 | 广西喜爱家饮水设备有限公司 | A kind of intelligent drinking-water system |
| CN106859334A (en) * | 2017-01-22 | 2017-06-20 | 广西喜爱家饮水设备有限公司 | A kind of home intelligent water dispenser |
| CN106859335A (en) * | 2017-01-22 | 2017-06-20 | 广西喜爱家饮水设备有限公司 | A kind of smart object recognizes drinking-water system |
| CN106859336A (en) * | 2017-01-22 | 2017-06-20 | 广西喜爱家饮水设备有限公司 | A kind of multifunctional drinking machine |
| CN110650663A (en) * | 2017-03-17 | 2020-01-03 | 诺威德尔塔咖啡贸易工业有限公司 | Beverage preparation device with compact structure and method for operating said device |
| CN110650663B (en) * | 2017-03-17 | 2022-02-25 | 诺威德尔塔咖啡贸易工业有限公司 | Beverage preparation device with compact structure and method for operating said device |
| CN110108027A (en) * | 2019-05-16 | 2019-08-09 | 厦门森卓节能科技有限公司 | A kind of plateau water boiling device and method |
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