CN1106554C - Full function air conditioning refrigerating and heating box - Google Patents
Full function air conditioning refrigerating and heating box Download PDFInfo
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- CN1106554C CN1106554C CN98110354A CN98110354A CN1106554C CN 1106554 C CN1106554 C CN 1106554C CN 98110354 A CN98110354 A CN 98110354A CN 98110354 A CN98110354 A CN 98110354A CN 1106554 C CN1106554 C CN 1106554C
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Abstract
The present invention provides a refrigerating and warming case with an air conditioner and full function, and relates to a device which has the functions of the air conditioner, a refrigerator, a warming case, a cold water drinking machine, a hot water drinking machine, a humidifier and a water heater. The present invention comprises a compressor, a muffler, a four-way electromagnetic reversing valve, a three-way electromagnetic reversing valve of a condenser, the condenser or the condenser of a water heater, a buffer and a three-way electromagnetic reversing valve. A loop of the refrigerating and warming case and a loop of the cold water drinking machine are connected between the outlet end of a first dry filter and the inlet end of a second dry filter in parallel. The present invention enables the air conditioner, the refrigerator, the warming case, the cold water drinking machine, the hot water drinking machine, the water heater and the humidifier to be singly used or simultaneously used, and achieves the purposes of high efficiency and energy saving.
Description
Full function air conditioning refrigerating and heating box relates to the compression refrigerating apparatus in a plurality of evaporation circuits and two condensation loops.
Existing refrigerator, air-conditioner, water dispenser, humidifier and water heater, it is the stand-alone product of five kinds of different purposes, refrigerator is used for refrigeration, frozen food, and air-conditioner is used to regulate indoor temperature, and water dispenser is used for the edible of hot and cold water, humidifier is used for the adjusting of indoor humidity, water heater is used for the usefulness of bathroom and life, and five be identical on the cooling and warming principle, all contains compressor, condenser and electric heater, the compressor of every kind of product all is interrupter duty, and service efficiency is low.The patent No. is that 96234368.4 " the difunctional refrigeration machine of refrigerator and air-conditioning " discloses a kind of technical scheme with refrigerator and shared compressor of air-conditioner and condenser.This technical scheme also comprises refrigerator capillary, evaporator of refrigerator, evaporator of refrigerator fan, air conditioner capillary pipe, A/C evaporator and A/C evaporator fan except comprising compressor, condenser, condenser fan, liquid reservoir and control circuit.Above-mentioned " refrigerator and the difunctional refrigeration machine of air-conditioning " compared with the refrigerator of monomer, the air-conditioner of monomer, though saved a compressor and a cover condenser, improved the service efficiency of machine dress compressor, but have following deficiency: 1. refrigerator and air-conditioning can not be worked simultaneously, be refrigerator when partly freezing the air-conditioner part can not regulate indoor temperature, when air-conditioner is partly worked refrigerator part can not be freezed, thereby has limited the performance of refrigerator, air-conditioner function; 2. refrigerator can only freeze, and can not convert warm case according to actual needs to and use, and range of application is narrow; 3. refrigerator, air-conditioner can not answer actual needs air to be carried out humidity is regulated and the conversion of Cold and hot food water, have limited giving full play to of refrigerator, air-conditioner function; 4. the complementary energy of air-conditioner can not convert bathing water according to actual needs to, and energy utilization rate is low.
The purpose of this invention is to provide a kind of air-conditioner, the warm case of ice, water dispenser, humidifier and water heater can work simultaneously, can work independently again, and refrigerator can be made the full function air conditioning refrigerating and heating box that the refrigerator use can be done warm case use again.
This full function air conditioning refrigerating and heating box comprises shared compressor, muffler, four-way electromagnetic reversing valve, condenser, condenser fan, buffer, refrigeration pipe connects valve, first device for drying and filtering, heat pipeline and connect valve, the air-conditioning check valve, the air conditioner refrigerating capillary, air-conditioning system warms up assisted capillary, A/C evaporator, the A/C evaporator fan, the warm case check valve of ice, the warm case refrigerating capillary of ice, the warm case of ice heats assisted capillary, the warm case evaporimeter of ice, the warm case evaporator fan of ice, its design feature is to have additional Cold Drinking Water machine check valve, Cold Drinking Water machine capillary, Cold Drinking Water machine evaporimeter, the hot shot water machine check valve, the hot shot water machine evaporimeter, hot shot water machine heats pipeline and connects valve, heater condenser, water heater pipeline connects valve, three-way solenoid valve, the air-conditioning electromagnet cut off valve, warm case first three-way solenoid valve of ice, warm case second three-way solenoid valve of ice, the warm case electromagnet cut off valve of ice, warm case the 3rd three-way solenoid valve of ice, warm case the 4th three-way solenoid valve of ice, Cold Drinking Water machine first three-way solenoid valve, the dynamo-electric magnetic stop valve of Cold Drinking Water, Cold Drinking Water machine second three-way solenoid valve, hot shot water machine first three-way solenoid valve, hot shot water machine second three-way solenoid valve, hot shot water machine the 3rd three-way solenoid valve, the condenser three-way solenoid valve, the annexation of above-mentioned device is that the arrival end of the port of export of compressor and muffler is by pipeline connection, the port of export of muffler and the arrival end of four-way electromagnetic reversing valve are by pipeline connection, be connected with hot shot water machine the 3rd three-way solenoid valve successively by pipeline between first port of export of four-way electromagnetic reversing valve and the 3rd port of export, the condenser three-way solenoid valve, condenser, buffer, three-way solenoid valve, refrigeration pipe connects valve, first device for drying and filtering, the air-conditioning electromagnet cut off valve, the air-conditioning check valve, the air conditioner refrigerating capillary, A/C evaporator, hot shot water machine second three-way solenoid valve, second device for drying and filtering with heat pipeline and be connected valve, be connected with liquid reservoir by pipeline between second port of export of four-way electromagnetic reversing valve and the suction end of compressor, the 3rd port of export of four-way electromagnetic reversing valve is communicated with the 3rd end interface of three-way solenoid valve by pipeline, between the arrival end of the port of export of first device for drying and filtering and second device for drying and filtering, be parallel with warm case of ice and the series loop of Cold Drinking Water machine, be serially connected with warm case first three-way solenoid valve of ice in the series loop, the warm case check valve of ice, the warm case refrigerating capillary of ice, warm case second three-way solenoid valve of ice, the warm case electromagnet cut off valve of ice, the warm case evaporimeter of ice, warm case the 3rd three-way solenoid valve of ice and warm case the 4th three-way solenoid valve of ice and hot shot water machine second three-way solenoid valve; Be serially connected with Cold Drinking Water machine first three-way solenoid valve in the series loop of Cold Drinking Water machine, Cold Drinking Water machine check valve, the cold capillary of Cold Drinking Water mechanism, the dynamo-electric magnetic stop valve of Cold Drinking Water, Cold Drinking Water machine evaporimeter and Cold Drinking Water machine second three-way solenoid valve and hot shot water machine second three-way solenoid valve, wherein the 3rd end interface of first three-way solenoid valve of the 3rd end interface of warm case first three-way solenoid valve of ice and Cold Drinking Water machine is by pipeline and air-conditioning check valve, air conditioner refrigerating contact capillaceous is communicated with, the 3rd end interface of the 3rd end interface of warm case the 3rd three-way solenoid valve of ice and second three-way solenoid valve of Cold Drinking Water machine is communicated with by the port of export of pipeline with first device for drying and filtering, the 3rd end interface of warm case second three-way solenoid valve of ice is by the pipeline connection of the port of export of pipeline and hot shot water machine check valve, the 3rd interface end of warm case the 4th three-way solenoid valve of ice is connected the valve connection by pipeline with the pipeline that heats of hot shot water machine, the 3rd interface end of the 3rd three-way solenoid valve of hot shot water machine and the air inlet of condenser three-way solenoid valve are connected with hot shot water machine first successively by pipeline and heat pipeline and be connected valve, water heater heats tube connector, connect valve, the hot shot water machine check valve, the hot shot water machine evaporimeter, hot shot water machine first three-way solenoid valve, hot shot water machine second heats pipeline and connects valve, the hot shot water machine tube connector, connect valve, wherein the 3rd interface end of hot shot water machine first three-way solenoid valve heats with second of hot shot water machine and is connected the valve inlet end by pipeline connection, the arrival end of the 3rd interface end of second three-way solenoid valve of hot shot water machine and hot shot water machine first three-way solenoid valve is connected with the hot shot water machine evaporimeter, be connected with water heater first pipeline in the 3rd interface end of condenser three-way solenoid valve with the arrival end of buffer and be connected valve, tube connector, heater condenser, water heater second pipeline connects valve, tube connector, two ends and the warm assisted capillary of the air-conditioning system of being connected at the air-conditioning check valve, warm up the two ends of case check valve and be connected to the warm assisted capillary of the warm case system of ice, condenser fan at ice, the A/C evaporator fan, each department's clothes of the warm case evaporator fan of ice are installed in condenser, A/C evaporator, near the warm case evaporimeter of ice.
For improving the function of full function air conditioning refrigerating and heating box; on the pipeline between silencing end end and the four-way electromagnetic reversing valve arrival end, be connected to the high voltage protective switch; between second port of export of silencing end end and four-way electromagnetic reversing valve, be connected to the high voltage short circuit protective valve by pipeline; on the pipeline between the suction end of the liquid reservoir port of export and compressor, be connected to low-voltage protective switch, be serially connected with the dehumidifying electromagnet cut off valve and the capillary that dehumidifies by pipeline between the node that connects valve at three-way solenoid valve, refrigeration pipe and the arrival end of liquid reservoir.
Full function air conditioning refrigerating and heating box, close with this known technology of control circuit of monomer air-conditioner, its difference is being to be added with the aforementioned all kinds of solenoid control relays of newly establishing in the control core circuit with the single-chip microcomputer just, realize air-conditioner by being placed on the full function air conditioning refrigerating and heating box panel corresponding gauge tap, the warm case of ice, the Cold Drinking Water machine freezes simultaneously, warm case of air-conditioner ice and hot shot water machine (humidifier) are made warm (heat) simultaneously, air-conditioner hot shot water machine system warms up (heat), the warm case of ice, Cold Drinking Water mechanism is cold, air-conditioner, cold and the hot shot water machine of Cold Drinking Water mechanism, the warm case system of ice warm (heat), and air-conditioner, the warm case of ice, cold and the five kinds of duties of water heater system warm (heat) of Cold Drinking Water mechanism.
1. the warm case Cold Drinking Water machine of air-conditioner ice freezes simultaneously: after compressor gets electric operation, the low-temp low-pressure gaseous refrigerant is compressed into high temperature and high pressure gaseous refrigerant, arrival end from four-way electromagnetic reversing valve behind muffler flows into, and flow out from first port of export a of four-way electromagnetic reversing valve, flow into the arrival end of hot shot water machine the 3rd three-way solenoid valve by the road, and flow out from second port of export b of three-way solenoid valve, enter the arrival end a of condenser three-way solenoid valve, and from second port of export b inflow condenser, under the effect of condenser fan, high temperature and high pressure gaseous refrigerant is condensed into the cryogenic high pressure liquid refrigerant, again through buffer, the first arrival end a of three-way solenoid valve flows into refrigeration pipe with second port of export b and is connected valve, tube connector, behind first device for drying and filtering, enter air-conditioner hose simultaneously, warm case pipeline of ice and Cold Drinking Water machine pipeline; Enter the cold-producing medium of air-conditioner hose, air-conditioning electromagnet cut off valve, air-conditioning check valve, air conditioner refrigerating capillary through conducting, after becoming the low-temp low-pressure liquid refrigerant, flow into A/C evaporator, under the effect of A/C evaporator fan, carry out heat exchange, carry the low-temp low-pressure gaseous coolant of heat, flow into second device for drying and filtering through second port of export b and the first arrival end a of hot shot water machine second three-way solenoid valve; Enter the cold-producing medium of the warm case pipeline of ice, through icing second port of export b and the first arrival end a of warm case first three-way solenoid valve, the warm case check valve of ice, the warm case refrigerating capillary of ice, second port of export b and the first arrival end a of warm case second three-way solenoid valve of ice, the ice that must conduct warms up the case electromagnet cut off valve, flow into the warm case evaporimeter of ice, carry out nature or under the effect of the warm case evaporator fan of ice, carry out heat exchange, carry the low-temp low-pressure gaseous coolant of heat, the first arrival end a through icing warm case the 3rd three-way solenoid valve and second port of export b flow into warm case the 4th three-way solenoid valve of ice the first inlet a and from the second outlet b flow into hot shot water machine second three-way solenoid valve the second outlet b and and the first inlet a enter second device for drying and filtering; Flow into the cold-producing medium of Cold Drinking Water machine pipeline, through the second outlet b of Cold Drinking Water machine first three-way solenoid valve and the first inlet a, Cold Drinking Water machine check valve, the Cold Drinking Water cold capillary of mechanism and the dynamo-electric magnetic stop valve of Cold Drinking Water that must conduct, flow into Cold Drinking Water machine evaporimeter, carry out heat exchange at Cold Drinking Water machine evaporimeter, low-temp low-pressure gaseous coolant after the exchange, through first inlet and second outlet of Cold Drinking Water machine second three-way solenoid valve, flow into second device for drying and filtering through the second outlet b and the first inlet a of hot shot water machine second three-way solenoid valve; The low-temp low-pressure gaseous coolant of above-mentioned inflow second device for drying and filtering, connect valve, tube connector and flow into the 3rd outlet c of four-way electromagnetic reversing valve and flow out through heating pipeline again from second port of export b, enter liquid reservoir, flow into compressor by liquid reservoir again, refrigeration work circulation when finishing warm case of air-conditioner ice and Cold Drinking Water machine.
2. warm case of air-conditioner ice and hot shot water machine (humidifier) are made warm (heat) simultaneously: after compressor gets electric operation, the low-temp low-pressure gaseous refrigerant is compressed into high temperature and high pressure gaseous refrigerant, behind muffler from the arrival end of four-way electromagnetic reversing valve of electric commutation conducting flows into and flows out from the 3rd port of export c, connect valve through heating pipeline, tube connector, second device for drying and filtering, get the first arrival end a of hot shot water machine (humidifier) second three-way solenoid valve of electric commutation conducting, the 3rd port of export c flows into hot shot water machine (humidifier) evaporimeter and carries out the directly-heated type heat exchange, and from the first arrival end a of hot shot water machine (humidifier) first three-way solenoid valve of electric commutation conducting flows into, flow out from second port of export b, and enter warm case pipeline of ice and air-conditioner hose simultaneously; Enter the high temperature and high pressure gaseous refrigerant of the warm case pipeline of ice, through icing second port of export b and the first arrival end a of warm case the 4th three-way solenoid valve, flow into second port of export b and the first arrival end a of warm case the 3rd three-way solenoid valve of ice, enter the warm case evaporimeter of ice, under the effect of its nature or fan, carry out heat exchange, carry the liquid refrigerating medium of cryogenic high pressure of cold, the warm case electromagnet cut off valve of the ice through conducting, the first inlet a and second port of export b of warm case second three-way solenoid valve of ice, the warm case refrigerating capillary of ice, the warm case of ice heats the first inlet a and the second outlet b of assisted capillary and warm case first three-way solenoid valve of ice; Flow into first device for drying and filtering; The high temperature and high pressure gaseous refrigerant that enters air-conditioner hose at first enters A/C evaporator, under the effect of its fan, carry out heat exchange, carry the cryogenic high pressure refrigerating medium of cold, successively through air-conditioning step-down capillary, the air-conditioning electromagnet cut off valve that air-conditioning heats assisted capillary and must conduct, flow into first device for drying and filtering, the refrigerating medium of above-mentioned inflow first device for drying and filtering connects valve through refrigeration pipe again, tube connector, three-way solenoid valve, buffer, enter condenser, under the effect of its fan, carry out heat exchange, become the low-temp low-pressure gaseous refrigerant, export the b and the first inlet a through second of condenser three-way solenoid valve again, the second outlet b of hot shot water machine the 3rd three-way solenoid valve and the first inlet a flow into conduct commutation four-way electromagnetic reversing valve first port of export a and flow out from second port of export b, enter liquid reservoir, enter the suction end of compressor by liquid reservoir, finish air-conditioner, the warm case of ice, hot shot water machine is made warm (heat) working cycles simultaneously.
3. air-conditioner, hot shot water machine system warm up (heat), and ice warms up case, Cold Drinking Water mechanism is cold; The working cycles of air-conditioner, hot shot water machine system warm (heat) is with described in 2; The warm case of ice, the refrigeration principle of Cold Drinking Water machine is: connect valve through heating pipeline, tube connector, second device for drying and filtering, hot shot water machine second three-way solenoid valve, the high temperature and high pressure gaseous refrigerant that enters A/C evaporator is condensed into the cryogenic high pressure liquid refrigerant under the effect of A/C evaporator fan, flowing into the air conditioner refrigerating capillary carries out after the first time, the step-down throttling became low-temperature low-pressure refrigerant, enter warm case pipeline of ice and time water dispenser pipeline simultaneously, enter the 3rd outlet c and the first inlet a of warm case first three-way solenoid valve of the ice of cold-producing medium through conducting commutation of the warm case pipeline of ice, the warm case refrigerating capillary of warm case check valve of ice and ice is once more after the step-down, the second outlet b through icing warm case second three-way solenoid valve and the first inlet a, the warm case electromagnet cut off valve of the ice that must conduct enters the warm case evaporimeter of ice and carries out heat exchange (or exchange fast under the effect of its fan), low-temp low-pressure gaseous coolant after the evaporation heat absorption again by the first arrival end a and the 3rd port of export c of warm case the 3rd three-way solenoid valve of ice after the electric commutation conducting enters first device for drying and filtering, below circulation is with described in 2; Enter the cold-producing medium of Cold Drinking Water machine pipeline, the 3rd outlet c of Cold Drinking Water machine first three-way solenoid valve through getting electric commutation conducting and the first inlet a, Cold Drinking Water machine check valve, Cold Drinking Water machine capillary enter Cold Drinking Water machine evaporimeter from the dynamo-electric magnetic stop valve of the Cold Drinking Water that must conduct after the step-down once more, carry out heat exchange, low-temp low-pressure refrigerating medium after the heat absorption by the first inlet a and the 3rd outlet c of Cold Drinking Water machine second three-way solenoid valve of electric commutation conducting enters first device for drying and filtering, below circulation is with described in 2.
4. air-conditioner, Cold Drinking Water mechanism are cold; Hot shot water machine, the warm case system of ice warm (heat): air-conditioner, the cold circulation of Cold Drinking Water mechanism is described with 1, the warm pyrogen reason of the warm case system of hot shot water machine ice is: after compressor gets electric operation, low-temp low-pressure gaseous refrigerant pressure is fine into high temperature and high pressure gaseous refrigerant, arrival end from four-way electromagnetic reversing valve behind muffler flows into, and flow out from first port of export a of four-way electromagnetic reversing valve, flow into by the road the first arrival end a of hot shot water machine the 3rd three-way solenoid valve after the electric commutation conducting, flow out from the 3rd port of export c, connect valve through hot shot water machine again, tube connector, the hot shot water machine check valve enters hot shot water machine evaporimeter and the warm case pipeline of ice simultaneously; The high temperature and high pressure gaseous refrigerant that enters the hot shot water machine evaporimeter carries out the heat exchange first time in the hot shot water machine evaporimeter, inferior HTHP after the exchange mix the attitude cold-producing medium by hot shot water machine first three-way solenoid valve after the electric commutation conducting first go into a end, and from the 3rd port of export c flow out by the road by hot shot water machine second connect valve, tube connector enters the first arrival end a of condenser three-way solenoid valve and flows into condenser from second port of export, carries out the condensation second time under the effect of condenser fan; The 3rd port of export c that enters warm case second three-way solenoid valve of the ice of high temperature and high pressure gaseous refrigerant through getting electric commutation conducting of the warm case pipeline of ice flows into, and flow out from first port of export a, flow into the warm case evaporimeter of ice by the warm case electromagnet cut off valve of the ice that must conduct and carry out heat exchange (or under the effect of fan, exchanging), inferior HTHP after the exchange mixes the first arrival end a that the attitude cold-producing medium enters warm case the 3rd three-way solenoid valve of ice, from second port of export b flow into the first arrival end a of warm case the 4th three-way solenoid valve of ice of electric commutation conducting, and, connect valve by hot shot water machine second from the 3rd port of export c outflow, tube connector, the condenser three-way solenoid valve enters condenser and carries out the condensation second time.
5. air-conditioner, ice warm up case, Cold Drinking Water mechanism is cold; Water heater system warms up (heat); Its operation principle is: the high temperature and high pressure gaseous refrigerant that flows into hot shot water machine the 3rd three-way solenoid valve, the first arrival end a of condenser three-way solenoid valve through getting electric commutation conducting, and flow out from the 3rd port of export c, connect valve by water heater first, tube connector enters heater condenser, under the effect of Water in Condenser, high-temperature high-pressure refrigerant is condensed into the cryogenic high pressure cold-producing medium, and condensed cryogenic high pressure cold-producing medium connects valve by water heater second, tube connector, the buffer three-way solenoid valve, refrigeration pipe connects valve, tube connector enters first device for drying and filtering; Air-conditioner, ice warm up case, the cold principle of Cold Drinking Water mechanism is described with 1.
From the above, the common compressor of this full function air conditioning refrigerating and heating box, by akin with known technology be the control core circuit with the single-chip microcomputer, can realize that just air-conditioner, the warm case of ice and Cold Drinking Water machine freeze simultaneously; Air-conditioner, the warm case of ice and hot shot water machine (humidifier) are made warm (heat) simultaneously, air-conditioner and hot shot water machine (humidifier) system warm (heat), and warm case of ice and Cold Drinking Water mechanism are cold; Air-conditioner and Cold Drinking Water mechanism are cold, the warm case system of hot shot water machine and ice warm (heat): air-conditioner, the warm case of ice and Cold Drinking Water mechanism are cold; Water heater system is warm, and the user can arbitrarily change as required, and is very convenient, can give full play to the function of air-conditioner, the warm case of ice, cold and hot water drinking machine, humidifier and water heater.Unavailable complementary energy that this full function air conditioning refrigerating and heating box mainly can fall general air-conditioner, the warm case of ice to heat exchange by condenser, the most of conversion absorbs in antikinesis, made full use of, further improved the operating efficiency of compressor, played energy-efficiently, reduced the purpose of circumstance of temperature difference effect; Because it is outdoor that compressor is placed in, therefore, indoor noiselessness helps neurasthenia and insomnia witness's healthy and rest.
Accompanying drawing shows the embodiment of full function air conditioning refrigerating and heating box, and wherein Fig. 1 is the structure principle chart of full function air conditioning refrigerating and heating box.Fig. 2 is the structural representation of the outdoor machine part of full function air conditioning refrigerating and heating box.Fig. 3 is the outward appearance front view of the indoor set part of full function air conditioning refrigerating and heating box.Fig. 4 is the structural representation of the water heater part of the warm case of global function ice.Fig. 5 is the B-B cutaway view of Fig. 3.Fig. 6 is the A-A cutaway view of Fig. 3.Fig. 7 is the side view of Fig. 2.Fig. 8 is the rearview of Fig. 2.In Fig. 3,73 for air-conditioning goes out all grid, and 74 is the humidifier gas outlet, 75 is full function air conditioning refrigerating and heating box control panel display switch, and 76 and 79 are the warm chamber door of ice, and 77 is the hot shot water machine outlet valve, 78 is the water dispenser drip tray, 80 are the warm case heat-insulation layer of ice, and 82 are the warm case temperature controller of ice, and 101 for sweeping air grid in Fig. 6, in Fig. 4,83 is water heater liner, and 84 is water heater control flow display, and 85 is the heater box, 86 is the water heater gauge tap, 87 is the cold water water intaking valve, and 88 is the water heater electrical auxiliary heater, and 89 is hot water effluent's valve, 90 is the cold water outlet valve, 91 is cold and hot delivery port, and 92 for water heater temperature's difference dividing plate, at Fig. 7, among Fig. 8,93 is the air-conditioner outdoor unit loam cake, 94 for the Air Filter layback is poor, and 95 is poor for drawing on the Air Filter, and 96 is the air-conditioning protection network, 97 is the air-conditioning Air Filter, 98 are air-conditioning Air Filter handle, and 99 is that Air Filter is drop-down poor, and 100 is backplate behind the cooler compressor.
In the present embodiment, full function air conditioning refrigerating and heating box comprises compressor 1, the arrival end of the outlet side of compressor 1 and muffler 2 is by pipeline connection, the arrival end of the port of export of muffler 2 and four-way electromagnetic reversing valve 3 is by pipeline connection, be serially connected with the arrival end a and second port of export b of hot shot water machine the 3rd three-way solenoid valve 5 between first port of export a of four-way electromagnetic reversing valve 3 and the 3rd port of export c successively by pipeline, the first arrival end a of condenser three-way solenoid valve 8 and second port of export b, condenser 6, trimmer valve 9, three-way solenoid valve 10, refrigeration pipe connects valve 17,19, tube connector 18, first device for drying and filtering 71, air-conditioning electromagnet cut off valve 54, air-conditioning check valve 52, air conditioner refrigerating capillary 51, A/C evaporator 46, second port of export b of hot shot water machine second three-way solenoid valve 69 and the first arrival end a, second in dry filter 72 with heat pipeline and be connected valve 22,16, tube connector 15, be serially connected with liquid reservoir 4 by pipeline between second port of export b of four-way electromagnetic reversing valve 3 and the suction end of compressor 1, the 3rd end port of export c of four-way electromagnetic reversing valve 3 is communicated with the 3rd port of export c of three-way solenoid valve 10 by pipeline, between the arrival end of three-way solenoid valve 10 and liquid reservoir 4, be serially connected with air conditioner dehumidification electromagnet cut off valve 11 and dehumidifying capillary 12 by pipeline, between the arrival end of the port of export of first device for drying and filtering 71 and second device for drying and filtering 72, be parallel with series loop, series loop has three, wherein is serially connected with warm case first three-way solenoid valve 56 of ice on first loop, the warm case check valve 50 of ice, the warm case refrigerating capillary 49 of ice, warm case second three-way solenoid valve 48 of ice, the warm case electromagnet cut off valve 45 of ice, the warm case evaporimeter 42 of ice, warm case the 3rd three-way solenoid valve 44 of ice, warm case the 4th three-way solenoid valve 41 of ice and hot shot water machine second three-way solenoid valve 69; On second loop, be serially connected with warm case first three-way solenoid valve 60 of ice, the warm case check valve 59 of ice, the warm case refrigerating capillary 57 of ice, warm case second three-way solenoid valve 39 of ice, the warm case electromagnet cut off valve 40 of ice, the warm case evaporimeter 37 of ice, warm case the 3rd three-way solenoid valve 35 of ice, warm case the 4th three-way solenoid valve 36 of ice and hot shot water machine second three-way solenoid valve 69; On tertiary circuit, be serially connected with Cold Drinking Water machine first three-way solenoid valve 28; Cold Drinking Water machine check valve 29; the cold capillary 30 of Cold Drinking Water mechanism; the dynamo-electric magnetic stop valve 34 of Cold Drinking Water; Cold Drinking Water machine evaporimeter 33; Cold Drinking Water machine second three-way solenoid valve 31 and hot shot water machine second three-way solenoid valve 69; warm case first three-way solenoid valve 56 of ice and 60 and the 3rd end c interface of Cold Drinking Water machine first three-way solenoid valve 28 by pipeline and air-conditioning check valve 52; the contact of air conditioner refrigerating capillary 51 is communicated with; ice warms up the 3rd end c interface of case second three- way solenoid valve 48 and 39 by pipeline and hot shot water machine evaporimeter 70; contact between the hot shot water machine check valve 27 is communicated with; warm case the 3rd three-way solenoid valve 44 of ice; 35 and the 3rd end c interface of Cold Drinking Water machine second three-way solenoid valve 31 be communicated with by the port of export of pipeline with first device for drying and filtering 71; the 3rd end c interface that ice warms up case the 4th three- way solenoid valve 41 and 36 is communicated with the 3rd end c interface of hot shot water machine first three-way solenoid valve 32 by pipeline; two ends and the warm assisted capillary 53 of the air-conditioning system of being connected at air-conditioning check valve 52; warm up the two ends of case check valve 50 and 59 and be connected to the warm assisted capillary 55 and 58 of the warm case system of ice at ice; the 3rd end c interface of hot shot water machine the 3rd three-way solenoid valve 5 is connected by pipeline with the first arrival end a of condenser three-way solenoid valve 8 and is connected to; hot shot water machine first connects valve 21 and 25; link road 24; hot shot water machine check valve 27; hot shot water machine evaporimeter 70; first arrival end a of hot shot water machine first three-way solenoid valve 32 and the 3rd port of export c; hot shot water machine second connects valve 26 and 20; tube connector 23; be serially connected with water heater first with the arrival end of buffer 9 by pipeline at the 3rd port of export c of condenser three-way solenoid valve 8 and be connected valve 61 and 63; tube connector 62; heater condenser 64; water heater second connects valve 14 and 13; tube connector 65; condenser fan 7; A/C evaporator fan 47; the warm case evaporator fan 43 of ice and 38 each department's clothes are installed in condenser 6; A/C evaporator 46; the warm case evaporimeter 42 of ice and 37 near; on the pipeline between the arrival end of the port of export of muffler 2 and four-way electromagnetic reversing valve 3, be connected to high voltage protective switch 66, on the pipeline between second port of export b of the port of export of muffler 2 and four-way electromagnetic reversing valve 3, be connected to short-circuit protection valve 67; on the pipeline between the port of export of the arrival end of compressor 1 and liquid reservoir 4, be connected to low-voltage protective switch 68.
This embodiment is a core control part with the single-chip microcomputer in circuit control.Similar to the control circuit of general known split type transducer air conditioning, refrigerator, do not state so omit.
The present invention structurally can make integral type shown in Figure 3, also can make split type.
Claims (1)
1. a full function air conditioning refrigerating and heating box includes compressor (1), muffler, (2), four-way electromagnetic reversing valve (3), condenser (6), buffer (9), liquid reservoir (4), refrigeration pipe connects valve (17,19), refrigeration pipe tube connector (18), heat pipeline and connect valve (16,22), heat pipeline tube connector (15), first device for drying and filtering (71), second device for drying and filtering (72), air-conditioning check valve (52), air conditioner refrigerating capillary (51), air-conditioning system warms up assisted capillary (53), A/C evaporator (46), A/C evaporator fan (47), the warm case check valve (50 of ice, 59), the warm case refrigerating capillary (49 of ice, 57), the warm assisted capillary (55 of the warm case system of ice, 58), the warm case evaporimeter (42 of ice, 37), the warm case evaporator fan (43 of ice, 38), three-way solenoid valve (10), air-conditioning electromagnet cut off valve (54), warm case first three-way solenoid valve (56 of ice, 60), warm case second three-way solenoid valve (48 of ice, 39), the warm case electromagnet cut off valve (45 of ice, 40), warm case the 3rd threeway electromagnet cut off valve (44 of ice, 35), warm case the 4th threeway electromagnet cut off valve (41 of ice, 36), Cold Drinking Water machine first three-way solenoid valve (28), Cold Drinking Water machine check valve (29), Cold Drinking Water mechanism cold capillary (30), the dynamo-electric magnetic stop valve (34) of Cold Drinking Water, Cold Drinking Water machine evaporimeter (33), Cold Drinking Water machine second three-way solenoid valve (31), hot shot water machine first three-way solenoid valve (32), hot shot water machine second three-way solenoid valve (69), hot shot water machine check valve (27), hot shot water machine evaporimeter (70), the hot shot water machine pipeline connects valve (25,21) and (26,20), hot shot water machine tube connector (23,24) hot shot water machine the 3rd three-way solenoid valve (5), condenser three-way solenoid valve (8), water heater pipeline connects valve (61,63) and (13,14), water heater tube connector (62,65), heater condenser (64), the annexation of above-mentioned device is that the arrival end of the port of export of compressor (1) and muffler (2) is by pipeline connection, the arrival end of the port of export of muffler (2) and four-way electromagnetic reversing valve (3) is by pipeline connection, be connected with hot shot water machine the 3rd three-way solenoid valve (5) successively by pipeline between first port of export (a) of four-way electromagnetic reversing valve (3) and the 3rd port of export (c), condenser three-way solenoid valve (8), condenser (6), buffer (9), three-way solenoid valve (10), refrigeration pipe connects valve (17,19), first device for drying and filtering (71), air-conditioning electromagnet cut off valve (54), air-conditioning check valve (52), air conditioner refrigerating capillary (51), A/C evaporator (46), hot shot water machine second three-way solenoid valve (69), second device for drying and filtering (72) with heat pipeline and be connected valve (22,16), be connected with liquid reservoir (4) by pipeline between second port of export (b) of four-way electromagnetic reversing valve (3) and the suction end of compressor (1), the 3rd port of export (c) of four-way electromagnetic reversing valve (3) is communicated with the 3rd end interface (c) of three-way solenoid valve (10) by pipeline, between the arrival end of the port of export of first device for drying and filtering (71) and second device for drying and filtering (72), be parallel with warm case of ice and the series loop of Cold Drinking Water machine, be in series with warm case first three-way solenoid valve (56 of ice in the series loop, 60), the warm case check valve (50 of ice, 59), the warm case refrigerating capillary (49 of ice, 57), warm case second three-way solenoid valve (48 of ice, 39), the warm case electromagnet cut off valve (45 of ice, 40), the warm case evaporimeter (42 of ice, 37), warm case the 3rd three-way solenoid valve (44 of ice, 35) and warm case the 4th three-way solenoid valve (41 of ice, 36), hot shot water machine second three-way solenoid valve (69); Be connected to Cold Drinking Water machine first three-way solenoid valve (28) in the series loop of Cold Drinking Water machine, Cold Drinking Water machine check valve (29), Cold Drinking Water mechanism cold capillary (30), the dynamo-electric magnetic stop valve (34) of Cold Drinking Water, Cold Drinking Water machine evaporimeter (33), Cold Drinking Water machine second three-way solenoid valve (31) and hot shot water machine second three-way solenoid valve (69), wherein ice warms up case first three-way solenoid valve (56,60) the 3rd end interface (c) and the 3rd end interface (c) of Cold Drinking Water machine first three-way solenoid valve (28) are by pipeline and air-conditioning check valve (52), the contact of air conditioner refrigerating capillary (51) is communicated with, warm case the 3rd three-way solenoid valve (44 of ice, the 3rd end interface (c) of the 3rd end interface (c) 35) and second three-way solenoid valve (31) of Cold Drinking Water machine is communicated with by the outlet of pipeline with first device for drying and filtering (71), warm case second three-way solenoid valve (48 of ice, 39) the 3rd end interface (c) is by the pipeline connection of the port of export of pipeline and hot shot water machine check valve (27), warm case the 4th three-way solenoid valve (41 of ice, 36) the 3rd interface end (c) is connected valve (26) connection by pipeline with the pipeline that heats of hot shot water machine, the 3rd interface end (c) of the 3rd three-way solenoid valve (5) of hot shot water machine and the air inlet (a) of condenser three-way solenoid valve (8) are in series with hot shot water machine first successively by pipeline and heat pipeline and be connected valve (21,25), tube connector (24), hot shot water machine check valve (27), hot shot water machine evaporimeter (70), hot shot water machine first three-way solenoid valve (32), hot shot water machine second heats pipeline and connects valve (26,20), tube connector (23), wherein the 3rd interface end (c) of hot shot water machine first three-way solenoid valve (32) heats pipeline with second of hot shot water machine and is connected the arrival end of valve (26) by pipeline connection, the 3rd interface end (c) of second three-way solenoid valve (69) of hot shot water machine is in series with hot shot water machine evaporimeter (70) with the arrival end (a) of hot shot water machine first three-way solenoid valve (32), be serially connected with water heater first pipeline in the 3rd interface end (c) of condenser three-way solenoid valve (8) with the arrival end of buffer (9) and be connected valve (61,63), tube connector (62), heater condenser (64), water heater second pipeline connects valve (14,13) and tube connector (65), two ends and the warm assisted capillary (53) of the air-conditioning system of being connected at air-conditioning check valve (52), at the warm case check valve (50 of ice, 59) two ends also are connected to the warm assisted capillary (53 of the warm case system of ice, 58), condenser fan (7), A/C evaporator fan (47), the warm case evaporator fan (43 of ice, 38) each department's clothes is installed in condenser (6), A/C evaporator (46), the warm case evaporimeter (42 of ice, 37) near, be connected to heater condenser (64) between the 3rd port of export (c) of condenser three-way solenoid valve (8) and the arrival end of buffer (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN98110354A CN1106554C (en) | 1998-07-19 | 1998-07-19 | Full function air conditioning refrigerating and heating box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN98110354A CN1106554C (en) | 1998-07-19 | 1998-07-19 | Full function air conditioning refrigerating and heating box |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1210238A CN1210238A (en) | 1999-03-10 |
| CN1106554C true CN1106554C (en) | 2003-04-23 |
Family
ID=5220410
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN98110354A Expired - Fee Related CN1106554C (en) | 1998-07-19 | 1998-07-19 | Full function air conditioning refrigerating and heating box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1106554C (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1316207C (en) * | 2003-10-09 | 2007-05-16 | 程新生 | Cabinet type four-in-one machine of air conditioner, water heater, drinking machine, and air purifier |
| CN102297484A (en) * | 2011-05-30 | 2011-12-28 | 周良文 | Novel electric temperature regulator |
| CN107504757A (en) * | 2014-05-07 | 2017-12-22 | 长乐市丽智产品设计有限公司 | A kind of energy-saving drinking machine |
| CN104949386A (en) * | 2015-06-12 | 2015-09-30 | 孙红琴 | cool-heat exchanging heater |
| CN108131357A (en) * | 2017-11-28 | 2018-06-08 | 江苏金荣森制冷科技有限公司 | The tubing type industrial constant-temperature machine of hydraulic pressure bypass with adjustable relief valve |
| CN114786790A (en) * | 2019-10-03 | 2022-07-22 | 能源创新系统有限公司 | System and method for extracting water from the environment and regulating the temperature with low energy consumption using a heat exchange cascade |
-
1998
- 1998-07-19 CN CN98110354A patent/CN1106554C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN1210238A (en) | 1999-03-10 |
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