CN1068881A - Water boiling heater structure - Google Patents

Water boiling heater structure Download PDF

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Publication number
CN1068881A
CN1068881A CN 91105149 CN91105149A CN1068881A CN 1068881 A CN1068881 A CN 1068881A CN 91105149 CN91105149 CN 91105149 CN 91105149 A CN91105149 A CN 91105149A CN 1068881 A CN1068881 A CN 1068881A
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CN
China
Prior art keywords
water
storagetank
boiling water
boiling
drinking
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CN 91105149
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Chinese (zh)
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CN1024216C (en
Inventor
李茂坤
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李茂坤
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Priority to CN 91105149 priority Critical patent/CN1024216C/en
Publication of CN1068881A publication Critical patent/CN1068881A/en
Application granted granted Critical
Publication of CN1024216C publication Critical patent/CN1024216C/en

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Abstract

The present invention relates to a kind of novelty structure of beginning to drink, can utilize the steam of generation in drinking water boiler and the boiling water storagetank and the hot boiling water that discharges thereof to come the preheating unboiled water, have hot boiling water to produce, cold boiling water and distilled water and energy conservation, with the drinking water of supply health, safety.

Description

The present invention relates to a kind of novelty structure of beginning to drink, can utilize the high-temperature steam recovery heat of generations in drinking water boiler and the boiling water storagetank, desire to enter unboiled water in the boiler with preheating, and have easy and simple to handle, the advantage of energy conservation, and the drinking water of supply security, health.
With the raising of work national economy level, people quite pay attention to the safety of drinking water quality, and especially the sanitary condition of drinking equipments such as water dispenser, water filter or various sterile pure water processing system is all extremely consumed popular concern.
Begin to drink machine and water filter the system existence already constructional device, but the old-fashioned machine of beginning to drink and water filter respectively have its shortcoming, as the water of drinking raw for family, school, restaurant, public place, organ, owing to need capacity big, and need to supply it with hicap, so, in the overall system structure design not at that time, easily formed problems such as energy waste and health.If with each subsection or little place for it, establish independent potable water system respectively, or use water dispenser, water filter etc., then its quantity is many, also too disperses, and tunnel causes and lacks fixing maintenance and maintenance, does not also meet economic benefit.
It is reported again, water dispenser, water filter and the pure water treatment system that sell the market, some discovery after Environmental Protection Agency's examination at random, not good enough aspect sterilization, filter effect, mainly levy the fixing protection and the maintenance of filter shortage of tying in using.
The present invention's main purpose is to provide a kind of water boiling heater structure, this structure can be utilized the high-temperature vapour of drinking water boiler and the generation of boiling water storagetank and the heat that the boiling water in the boiling water storagetank is converted to cold boiling water, unboiled water is carried out preheating, and the water generates in boiling water storagetank and the cold boiling water storagetank is circulated, so that by overall structure supply safe drinking water, to reach energy savings and to simplify the effect of maintaining.
According to the present invention, a kind of water boiling heater structure comprises: a treatment device for water, be used to handle the unboiled water of introducing, and it is located at water source introducing place; One drinking water boiler is used for boil water; One boiling water storagetank is used to store the hot water that boils through drinking water boiler, and is provided with one group of heater in inside, and to keep drinking water in certain high temperature, it is located at the output end of hot water of drinking water boiler; One heat exchanger, be used for that preheating enters the unboiled water of boiler and the steam of the interior generation of cooling drinking water boiler and boiling water storagetank is distilled water, and be used to cool off the hot water that the boiling water storagetank discharges, to produce cold boiling water, it is located between water treatment facilities, drinking water boiler and the boiling water storagetank; One distilled water storagetank, the steam that is used to store generation in drinking water boiler and the boiling water storagetank is the distilled water that cools down becomes, it is located at the output of heat exchanger, and is provided with the pipeline that communicates with the external world; One cold boiling water storagetank is used to store the cold boiling water that the hot water that discharged by the boiling water storagetank forms through cools down, and it is located at the heat exchanger output; One control valve is used to control the hot water amount that the boiling water storagetank discharges, and effectively to be cooled to required cold boiling water, it is located between boiling water storagetank output end of hot water and the heat exchanger; One boiling water pump, being used for circulating rests on the hot water of pipeline, so that flow back to heating in the boiling water storagetank again, it is located at reclaim line least significant end place; One cold boiling water pump is used to pump the cold boiling water in the cold boiling water storagetank, flows back to heating again in the drinking water boiler again through heat exchanger, and it is located in the cold boiling water return duct; A plurality of drinking-water taps are used to compile boiling water pipeline and cold boiling water pipeline, with the supply drinking water.
The accompanying drawing drawing is simply described as follows:
Fig. 1 is the begin to drink flow chart of structure of the present invention.
The present invention's water boiling heater structure, as shown in Figure 1, this structure from water source 10(as water tower, water service, underground water etc.) introduce unboiled water, filter, handle by treatment device for water 20, magnetic valve 30 via output discharges in good time again, gives drinking water boiler 40 with the clean water quality of replenishing capacity and boils.Wherein, 40 of treatment device for water 20 and drinking water boilers are provided with one group of heat exchanger 50, and by the unboiled water of three groups of pipeline pre-heated flow in interchanger that is installed in its inside, so that energy savings.Again, drinking water boiler 40 outputs are provided with magnetic valve 31 and stop the unboiled water in the stoves to flow in the boiling water storagetank 60, so that boil back unlatchings in good time in the unboiled water heating, and the boiling water of boiling are entered in the boiling water storagetank 60, so that supply constituent parts to have hot boiling water to drink.
The hot water usefulness that boiling water storagetank 60 boils for holding, store drinking water boiler 40 has certain high temperature for keeping hot water, is to be equiped with heater 90 in boiling water storagetank 60.And in an output pipeline installing control valve 91, and be connected with one group of pipeline in the heat exchanger 50, so that the flow of hot water in the groove is in heat exchanger 50, with circulating in the temperature that heat exchanger 50 interior low temperature unboiled water reduce hot boiling water, to convert cold boiling water to, and reach the effect of preheating low temperature unboiled water, and reclaim the energy effectively.Again, boiling water storagetank 60 another outputs directly hot-water supply give the consumer and drink, and for school, the restaurant, the public place, the pipeline facilities of organ etc., because shunting supply, cause pipeline long, make the hot water circulation therebetween, or stagnate, cause the loss of heat, and make hot water become the low temperature boiling water, it is the original purpose of forfeiture, function, then have additional water return pipeline 92, and it is mobile to utilize the pump 70 that is installed in least significant end to drive hot water circuit, makes it return in the boiling water storagetank 60, reheat by heater 50, give the consumer with effective and positively hot-water supply and drink.
In addition, drinking water boiler 40 upper ends are equiped with steam pipework, to guide the high-temperature steam that its inside is generated, heat exchanger 50 inner another group cooling lines make it to flow through, reduce the temperature of steam with the unboiled water that circulates in the low temperature in the heat exchanger 50, and make it be condensed into distilled water, so that flow in the distilled water storagetank 61 by other end outlet, reaching the effect of preheating low temperature unboiled water, and use the energy effectively.Moreover, the pipeline that can communicate with the external world with distilled water storagetank 61, and make drinking water boiler 40 in discharging hot water when giving boiling water storagetank 60, can obtain external atmospheric pressure through a steam pipework thus, so that hot water flows in the boiling water storagetank 60 naturally because of the height potential difference.
In addition, boiling water storagetank 60 inside are equiped with heater 90, replenish and make hot water obtain an amount of heat energy, having kept the certain high temperature degree, and because pump 70 running institutes cause all pressure changes, be from original static pressure deduction, therefore, boiling water storagetank 60 internal pressures are low, and boiling point is reduced, hereat, hot water is when lower temperature in the boiling water storagetank 60, promptly producing boiling voluntarily, and obtained a large amount of steam, is to introduce low temperature unboiled water reduction high-temperature steam temperature in the heat exchanger 50 by jet chimney, and make it be condensed into distilled water, so that flow in the distilled water storagetank 61, reaching the effect of preheating low temperature unboiled water, and reclaim the energy effectively by other end outlet.And the pipeline that can communicate with the external world by distilled water storagetank 61, and make boiling water storagetank 60 give the consumer when drinking in discharging hot water can obtain external atmospheric pressure through a steam-return line thus, so that hot water is because of the height potential difference, and discharges naturally.
As mentioned above, three groups of pipelines of heat exchanger 50 inner installings, accept respectively from the steam of drinking water boiler 40 with the 60 interior generations of boiling water storagetank, and hot water flows to person in the cold boiling water storagetank 62 in the boiling water storagetank 60, and make heat exchanger 50 have the function of preheating low temperature unboiled water, and reclaim the energy effectively really.Therefore, this structure is in long-time running, and using energy source is the most economical.
Cold boiling water storagetank 62 is to hold, store from boiling water storagetank 60 and through heat exchanger 50 and reduce the cold boiling water usefulness of temperature, with the control valve 91 adjustment hot water rates of outflow that are installed in 60 of heat exchanger 50 and boiling water storagetanks, can adjust the temperature of cooling.Again, be provided with the air pipe that communicates with the external world in the cold boiling water storagetank 62, and join with pipeline and each drinking-water tap 80, be provided with return line in leading 80 ends of drinking-water again, the pump 71 that utilization is installed between return duct is pumped, make that cold boiling water can be regularly or quantitative being sent to is installed in the pipeline of treatment device for water 20 output magnetic valves 30 times, and via space in the heat exchanger 50, send to again in the drinking water boiler 40 boil again, sterilization, to guarantee water hygiene, avoid cold boiling water to increase, and cause germ reproduction because of period of storage.Simultaneously, between the pipeline of pump 71 and magnetic valve 30, establish another magnetic valve 32,, go into cold Boiler Room in order to prevent the unboiled water adverse current with pump 71 actions.
The present invention's formation below is used effect and is illustrated it with regard to it as mentioned above.By water source 10(as water tower, water service place, underground water etc.) unboiled water of introducing, because of the reason of water quality easily produces following point:
(1) form fouling: this is caused by hard water, and the pressure in the time of reducing heat transfer efficiency and increase water by heat exchanger, drinking water boiler pipeline falls.
(2) corrosion, partly system is caused by water-soluble surface of separating airborne gas pickling exposure.Corrosion often is popular in the soft water area.
(3) growth of organic matter can promote the generation of body refuse and bacterium algae thing under certain environment, because it can form the heat insulation film of one deck, also influenced heat-transfer effect, and can facilitate the corrosion of pit (pitting) shape.
Treatment device for water 20 promptly is designed at the problems referred to above, and hence one can see that water treatment system, water treatment problems have influence on the economic benefit of this system; It can help to guarantee that drinking water boiler and each storagetank can play effectiveness for a long time and effectively, and it can reduce required electric power and maintenance cost, prolongs equipment life.Hereat, consider that (one) because the setting of treatment device for water 20, and good water treatment is arranged, produce high equipment effectiveness from the economic benefit of total system; Form fouling as above-mentioned hard water in native state, during heating, easily precipitate a kind of lime scale (Lime scale), the precipitation of this kind mineral matter and other filth can be gathered in pipe, valve, pump, with pipe fitting within wall, restriction is flowed, and influences the heating and the corrosion of pipe of drinking water boiler 40.(2),, also may need to clean often even contamination factor is very low if there is not the water treatment of treatment device for water 20.(3) if any suitable treatment device for water 20, equipment can be selected rational contamination factor for use, and mounting cost is lower naturally.Hereat, setting up of treatment device for water 20 can make water quality rationalize.
The clean water quality that treatment device for water 20 is sent, cause preheating in the heat exchanger 50 with conduit, re-booting to drinking water boiler boils for 40 li, and the saturated vapors that utilize drinking water boiler 40 inner saturated vapors that generate and boiling water storagetank 60 inside of storing hot boiling water to generate, and come preheating to desire to enter unboiled water in the boiler by the hot boiling water that discharges in the groove, use the minimizing boiling time, this kind reclaims and uses heat, can realize the saving of the energy really.
Again, boiling water storagetank 60 utilizes the hot boiling water of pump 70 cyclic high-temperatures, gives people's use and can stablize, positively supply hot boiling water.Again, pump 70 is to circulate boiling water usefulness, also because of pump 70 runnings, and cause pressure change, and hot boiling water is reduced because of pressure, cause boiling point to descend, the situation that produces the vacuum running in the running is arranged then, is that pump 70 is installed in extreme lower position in the structure, uses the anti-generation of a situation here.So, cold boiling water storagetank 62 also utilizes cold boiling water in pump 71 circulating slots, ruins with the water quality that prevents to store in groove, can make the structure of beginning to drink that the drinking water of people's safety, health is provided thus.And at pump 71 cold boiling water is delivered to 50 of heat exchangers and be provided with a magnetic valve 32, can together move, cause the pollution of cold boiling water with the adverse current that prevents unboiled water with it.
In the domestic market that the consumption consciousness comes back gradually, the health of drinking water certainly will be subjected to consumer's attention, and the dealer has the continuous quality of drinking water that improves only, to meet consumer's hygienic requirements.
In sum, the present invention's the structure of beginning to drink, structure is novel, and easy and simple to handle, and maintenance also increases the service life easily, and has more the effect of the drinking water of energy savings and supply security, health.

Claims (1)

  1. A kind of water boiling heater structure is characterized in that comprising:
    One treatment device for water is used to handle the unboiled water of introducing, and it is located at water source introducing place;
    One drinking water boiler is used for boil water;
    One boiling water storagetank is used to store the hot water that boils through drinking water boiler, and is provided with one group of heater in inside, and to keep drinking water in certain high temperature, it is located at the output end of hot water of drinking water boiler;
    One heat exchanger, be used for that preheating enters the unboiled water of boiler and the steam of the interior generation of cooling drinking water boiler and boiling water storagetank is distilled water, and be used to cool off the hot water that the boiling water storagetank discharges, to produce cold boiling water, it is located between water treatment facilities, drinking water boiler and the boiling water storagetank;
    One distilled water storagetank, the steam that is used to store generation in drinking water boiler and the boiling water storagetank is the distilled water that cools down becomes, it is located at the output of heat exchanger, and is provided with the pipeline that communicates with the external world;
    One cold boiling water storagetank is used to store the cold boiling water that the hot water that discharged by the boiling water storagetank forms through cools down, and it is located at the heat exchanger output;
    One control valve is used to control the hot water amount that the boiling water storagetank discharges, and effectively to be cooled to required cold boiling water, it is located between boiling water storagetank output end of hot water and the heat exchanger;
    One boiling water pump, being used for circulating rests on the hot water of pipeline, so that flow back to heating in the boiling water storagetank again, it is located at reclaim line least significant end place;
    One cold boiling water pump is used to pump the cold boiling water in the cold boiling water storagetank, flows back to heating again in the drinking water boiler again through heat exchanger, and it is located in the cold boiling water return duct;
    A plurality of drinking-water taps are used to compile boiling water pipeline and cold boiling water pipeline, with the supply drinking water.
CN 91105149 1991-07-22 1991-07-22 Water boiling heater structure CN1024216C (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 91105149 CN1024216C (en) 1991-07-22 1991-07-22 Water boiling heater structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 91105149 CN1024216C (en) 1991-07-22 1991-07-22 Water boiling heater structure

Publications (2)

Publication Number Publication Date
CN1068881A true CN1068881A (en) 1993-02-10
CN1024216C CN1024216C (en) 1994-04-13

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Application Number Title Priority Date Filing Date
CN 91105149 CN1024216C (en) 1991-07-22 1991-07-22 Water boiling heater structure

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CN (1) CN1024216C (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104771072A (en) * 2015-04-15 2015-07-15 上海通海机械专用设备有限公司 Heat exchange type direct water dispenser and high and low temperature drinking water control method thereof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104771072A (en) * 2015-04-15 2015-07-15 上海通海机械专用设备有限公司 Heat exchange type direct water dispenser and high and low temperature drinking water control method thereof

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Publication number Publication date
CN1024216C (en) 1994-04-13

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