CN2935030Y - Water heater and refrigerator - Google Patents

Water heater and refrigerator Download PDF

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Publication number
CN2935030Y
CN2935030Y CN 200620129660 CN200620129660U CN2935030Y CN 2935030 Y CN2935030 Y CN 2935030Y CN 200620129660 CN200620129660 CN 200620129660 CN 200620129660 U CN200620129660 U CN 200620129660U CN 2935030 Y CN2935030 Y CN 2935030Y
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CN
China
Prior art keywords
refrigerator
heat
boiler
water
water tank
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Expired - Fee Related
Application number
CN 200620129660
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Chinese (zh)
Inventor
康景安
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Individual
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Individual
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Priority to CN 200620129660 priority Critical patent/CN2935030Y/en
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Publication of CN2935030Y publication Critical patent/CN2935030Y/en
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Expired - Fee Related legal-status Critical Current

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Abstract

The utility model belongs to a household appliance, in particular to a source refrigerator water heater. The utility model is a source refrigerator water heater, comprises a refrigerator, and is structurally characterized in that the utility model also comprises a hot water tank; a heat exchanger tube connected with a heat absorption pipe of the refrigerator is placed in the hot water tank, in addition, a waste water case can be added; an evaporator is arranged in the waste water case to act as another heater of the hot water tank. Conclusively, the utility model has the advantages of energy conservation, use of heat discharged by existing refrigerators, heating water in the hot water tank, use of heat in waste water, integration of the refrigerator and the water heater, transferring coldness and heat energy to different positions for utilization, accordingly energy is further saved and manufacturing cost is further reduced.

Description

The water source refrigerator type water heater
Technical field
The utility model belongs to household electrical appliance, relates in particular to the water source refrigerator type water heater.
Background technology
Along with science and technology development, various household electrical appliance emerge in an endless stream, and for people provide more and more comfortable living condition, have also brought energy crisis, energy savings to become the common target of pursuing of knowledgeable people simultaneously.I have done deep research to saving family expenses energy problem, find that the refrigerator in the family is the bigger electrical equipment of a power consumption, and the heat that it discharges does not obtain utilizing, and also cause summer indoor temperature to raise, and have aggravated the consumption of the energy.
Summary of the invention
The utility model overcomes weak point of the prior art, and a kind of water source refrigerator type water heater that can make full use of the heat that refrigerator discharges is provided, and reaches the purpose of energy savings.
The technical scheme that the utility model adopted is a kind of water source refrigerator type water heater, comprises refrigerator, and its structural feature is that it also includes boiler, and the heat-exchange tube that joins with the endothermic tube of refrigerator places boiler.
The utility model is by increasing boiler, and the heat-exchange tube of refrigerator placed boiler, make the refrigerant temperature in the heat-exchange tube reduce, water in the boiler is heated simultaneously, in the past for a long time, people are when making and utilizing refrigerator, all only pay attention to its refrigerating efficiency, do not expect that but the heat with its generation is used, the utility model looks for another way, and original refrigerator is discharged into indoor heat energy is used, and refrigerator and water heater are united two into one, save a large amount of energy, improved the thermal efficiency.
The purpose of this utility model can also be achieved by following approach.
The compressor of refrigerator places the below of boiler, and has heat carrier to link to each other.The heat that is produced during with the compressor operating of refrigerator by heat carrier imports boiler, has both increased the heat of boiler, improves the condition of work of compressor again.
This heat carrier can be the good metallic article of thermal conductivity, also can be a tank, and its water inlet pipe and water outlet pipe joins with boiler respectively, and water inlet pipe connects the below of boiler, and outlet pipe connects the top of boiler.
Also can increase by a waste water tank, one evaporimeter is arranged in the waste water tank, and there is a reversal valve that the heat-exchange tube of evaporimeter, refrigerator is linked to each other with endothermic tube, the port of export and the heat-exchange tube of reversal valve join, the compressor inlet and the heat-exchange tube of refrigerator join, and the port of export joins with evaporator end, heat-exchange tube entrance point.
The also available dividing plate of waste water tank is separated into two cavity volumes, places evaporimeter in first cavity volume, and has tube connector and second cavity volume to join, and is disposed to second cavity volume after water is full, and delivery pipe and WC pans in second cavity volume join, and waste water can be used for towards toilet.
There is a circle fin in the boiler outside, forms the vertical perforation cavity that dispels the heat between fin and the boiler, and there is a seal cover upper end, in the outer ring of fin one heat-insulation layer is arranged.When the seal cover of upper end can't be opened owing to the restriction of position, also can be designed to: below boiler, increase ventilating fan, exhaust duct is arranged in the seal cover.
The purpose that increases fin is to prevent that can open seal cover when the water in the boiler in summer is too warm dispels the heat, and heat-insulation layer is in order to prevent the boiler heat radiation winter.
One boiling water chamber is arranged in heat-insulation layer, and its water inlet pipe is that a top has the flexible pipe of ball float, and places boiler, an electrical bar is arranged in the boiling water chamber, and delivery port is arranged.This moment heat carrier---tank, its water inlet pipe connects the below of boiler, outlet pipe inserts the boiling water chamber.
At the boiler middle part some hollow radiating tubes are arranged, they are perpendicular to the bottom of boiler.
Also can simplify the structure of boiler, reduce the heat dissipation channel of boiler, increase magnetic valve A, magnetic valve B, magnetic valve C, the outer radiator of case and electric-control system, magnetic valve A is connected between the endothermic tube and heat-exchange tube of refrigerator, magnetic valve B is connected between the evaporimeter and heat-exchange tube of waste water tank, and magnetic valve C is connected between the endothermic tube and the outer radiator of case of refrigerator.
In sum, advantage of the present utility model is energy savings, the heat of current refrigerator discharging is used, water in the heat hot water tank, also the heat in the waste water is used simultaneously, refrigerator and water heater are united two into one, cold and hot energy is transferred to different places be used simultaneously, more energy-conservation like this, also reduced production cost.
Description of drawings
Fig. 1 is the utility model structural representation
Fig. 2 is the structural representation of the utility model embodiment 2
Fig. 3 is the structural representation of the utility model embodiment 3
Fig. 4 is the A-A view of Fig. 3
Fig. 5 is the structural representation of the utility model embodiment 4
Fig. 6 is the structural representation of the utility model embodiment 5
Wherein: 332 high-order mouthfuls of 34 second cavity volume 35 gaps 36 dividing plates 37 tube connectors 38 flush ports 39 filling pipes 4 evaporimeters 5 reversal valves 6 boiling water chambeies 61 water inlet pipes, 62 ball floats, 63 electrical bars, 64 boiling water of 17 casees outer radiator 2 boilers, 21 fin 22 heat-insulation layers, 23 heat radiation cavity 24 seal covers, 25 radiating tube 26 exhaust ducts, 3 waste water tank 31 water inlets, 32 first cavity volume 33 drainpipes, 331 low level mouths of 1 refrigerator, 11 heat-exchange tubes, 12 endothermic tubes, 13 compressors, 14 magnetic valve A15 magnetic valve B, 16 magnetic valve C export 7 heat carriers, 71 water inlet pipes, 72 outlet pipes, 8 ventilating fans
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described in detail
As shown in Figure 1, embodiment 1, and a kind of water source refrigerator type water heater comprises refrigerator 1, and it also includes boiler 2, and the heat-exchange tube 11 that joins with the endothermic tube 12 of refrigerator 1 places boiler 2.
Embodiment 2, as shown in Figure 2, the compressor 13 of refrigerator 1 places the below of boiler 2, and there is heat carrier 7 to link to each other, this heat carrier can be the good metallic article of thermal conductivity, also can be a tank, and its water inlet pipe and water outlet pipe joins with boiler 2 respectively, water inlet pipe 71 connects the below of boiler, and outlet pipe 72 connects the top of boiler 2.One waste water tank 3 is arranged below refrigerator and boiler, one evaporimeter 4 is arranged in the waste water tank 3, and there is a reversal valve 5 that the heat-exchange tube 11 of evaporimeter 4, refrigerator 1 is linked to each other with endothermic tube 12, the port of export of reversal valve 5 and heat-exchange tube 11 join, compressor 13 entrance points and the heat-exchange tube 11 of refrigerator 1 join, and the port of export joins with evaporimeter 4 entrance points, heat-exchange tube 11 entrance points.There is a heat-insulation layer 22 outside of boiler 2, water inlet 31 at waste water tank 3 is equipped with filter, its drainpipe 33, be inverted U-shaped, two inflow entrances are arranged, low level mouth 331 is positioned at the bottom of waste water tank 3, be used under normal condition, the cold water of waste water tank 3 bottoms being discharged earlier, another high-order mouthful 332 is higher than inverted U-shaped top, is used for water level overflow when too high, prevents waste water tank 3 middle water level superelevation.It is identical with embodiment 1 that all the other do not state part.
Its course of work is: winter, the shortage of heat that the refrigerator refrigeration produces is with the water in the heat hot water tank 2, can increase by one by the heat cycles of waste water source to boiler 2, refrigerant is after compressor absorbs heat to the endothermic tube 12 of refrigerator, evaporimeter 4 waste water tank 3 simultaneously, the water that enters in 11 pairs of boilers 2 of heat-exchange tube through reversal valve 5 heats, return compressor, finish the working cycles of refrigerant.Summer, because temperature height, the hot water consumption is few, the heat that refrigerator produces is many, after but the circulation between close compressor and the evaporimeter 4, refrigerant were freezed from the compressor to the refrigerator, the water that enters in 11 pairs of boilers 2 of heat-exchange tube through reversal valve 5 heated, return compressor, finish the working cycles of refrigerant.
As shown in Figure 3, Figure 4, embodiment 3, be on the basis of embodiment 2, further to improve, increase by a circle fin 21 in boiler 2 outsides, fin 21 concave-convex surfaces, parallel with boiler 2, form the vertical heat radiation cavity 23 that connects, there is a seal cover 24 upper end, and there are some hollow radiating tubes 25 at the middle part, they vertically run through the bottom of boiler 2, form heat dissipation channel.One boiling water chamber 6 is arranged in heat-insulation layer, and this moment, heat carrier was a tank, and its water inlet pipe 71 connects the below of boiler, and outlet pipe 72 inserts boiling water chamber 6, and an electrical bar 63 is arranged in the boiling water chamber, and boiling water outlet 64 is arranged.Waste water tank is separated into two cavity volumes with dividing plate 36, place evaporimeter 4 in first cavity volume 32, and there are tube connector 37 and second cavity volume 34 to join, be disposed to second cavity volume 34 after water is full, delivery pipe 38 in second cavity volume joins with WC pans, waste water can be used for towards toilet, an overflow pipe 35 is arranged in the upper end of delivery pipe 38, there is a filling pipe 39 below.
Embodiment 4, as shown in Figure 5, its profile position is identical with Fig. 4, waste water tank 3 is positioned at the top of refrigerator 1 and boiler 2, the water inlet pipe 61 in boiling water chamber 6 is flexible pipes that a top has ball float 62, and place boiler 2, one electrical bar 63 is arranged in the boiling water chamber 6, and delivery port 64 is arranged, below boiler, increase ventilating fan 8, the exhaust duct 26 that leads to the rear is arranged in the seal cover 24, the circulation of air speed of the heat dissipation channel of boiler is accelerated in ventilating fan upwards air-supply in 8 summers, thereby accelerates the heat radiation of boiler, winter, the water temperature that also is not enough to the heat hot water tank when heat that refrigerator and waste water tank produced reaches requirement, can blow downwards by ventilating fan 8, utilizes air as thermal source, with evaporimeter 4 is heat exchanger, absorbs heat from air boiler 2 is further heated.It is identical with embodiment 3 that all the other do not state part.
Embodiment 5, as shown in Figure 6, on the basis of embodiment 3, reduce the heat dissipation channel of boiler 2, simplify the structure of boiler 2, increase magnetic valve A14, magnetic valve B15, magnetic valve C16, the outer radiator 17 of case and electric-control system, magnetic valve A14 is connected between the endothermic tube 12 and heat-exchange tube 11 of refrigerator, and magnetic valve B15 is connected between the evaporimeter 4 and heat-exchange tube 11 of waste water tank 3, and magnetic valve C16 is connected between the endothermic tube 12 and the outer radiator 17 of case of refrigerator.Its operation principle is: when refrigerator is started working, magnetic valve A14 is open-minded, magnetic valve B15, magnetic valve C16 close, and refrigerant is finished the working cycles of refrigerant from the endothermic tube 12---magnetic valve A14---heat-exchange tube 11---compressor of compressor 13---refrigerator at this moment; When refrigerator quits work, and the water temperature in the waste water tank 3 is higher than automatically controlled setting value, evaporimeter 4 is started working, magnetic valve B15 is open-minded, magnetic valve A14, magnetic valve C16 close, refrigerant is finished the working cycles of refrigerant from the evaporimeter 4---magnetic valve B15---heat-exchange tube 11---compressor 13 of compressor 13---waste water tank 3 at this moment; Summer, because temperature height, the hot water consumption is few, the heat that refrigerator produces is many, when the water temperature in the boiler 2 surpassed setting value, magnetic valve C16 was open-minded, and magnetic valve B15, magnetic valve A14 close, this moment, refrigerant radiator 17---compressor 13 outside the endothermic tube 12--magnetic valve C16---case of compressor 13--refrigerator was finished the working cycles of refrigerant.It is identical with embodiment 3 that all the other do not state part.

Claims (10)

1, a kind of water source refrigerator type water heater comprises refrigerator (1), it is characterized in that it also includes boiler (2), and the heat-exchange tube (11) that joins with the endothermic tube (12) of refrigerator (1) places boiler (2).
2, water source according to claim 1 refrigerator type water heater is characterized in that the compressor (13) of refrigerator (1) places the below of boiler (2), and has heat carrier (7) to link to each other.
3, water source according to claim 1 refrigerator type water heater, it is characterized in that, it also includes a waste water tank (3), one evaporimeter (4) is arranged in the waste water tank (3), and there is a reversal valve (5) that the heat-exchange tube (11) of evaporimeter (4), refrigerator (1) is linked to each other with endothermic tube (12), the port of export of reversal valve (5) and heat-exchange tube (11) join, compressor (13) entrance point and the heat-exchange tube (11) of refrigerator (1) join, and the port of export and evaporimeter (4) entrance point, heat-exchange tube (11) entrance point join.
4, water source according to claim 1 refrigerator type water heater, it is characterized in that, there is a circle fin (21) in boiler (2) outside, form the vertical perforation cavity (23) that dispels the heat between fin (21) and the boiler (2), there is a seal cover (24) upper end, in the outer ring of fin (21) heat-insulation layer (22) is arranged.
5, water source according to claim 4 refrigerator type water heater, it is characterized in that, one boiling water chamber (6) is arranged in heat-insulation layer (22), its water inlet pipe (61) is the flexible pipe that a top has ball float (62), and place boiler (2), one electrical bar (63) is arranged in the boiling water chamber (6), and delivery port (64) is arranged.
6, water source according to claim 4 refrigerator type water heater, it is characterized in that, one boiling water chamber (6) is arranged in heat-insulation layer (22), heat carrier (7) is a tank, its water inlet pipe (71) connects the below of boiler, outlet pipe (72) inserts boiling water chamber (6), an electrical bar (63) is arranged in boiling water chamber (6), and delivery port (64) is arranged.
7, water source according to claim 1 refrigerator type water heater is characterized in that, at boiler (2) middle part some hollow radiating tubes (25) is arranged, and they vertically run through the bottom of boiler (2).
8, water source according to claim 3 refrigerator type water heater is characterized in that the drainpipe (33) in waste water tank (3), be inverted U-shaped, two inflow entrances are arranged, and low level mouth (331) is positioned at the bottom of waste water tank (3), and another high-order mouthful (332) are higher than inverted U-shaped top.
9, water source according to claim 3 refrigerator type water heater, it is characterized in that, waste water tank (3) is separated into two cavity volumes with dividing plate (36), place evaporimeter (4) in first cavity volume (32), and there are tube connector (37) and second cavity volume (34) to join, delivery pipe (38) is arranged in second cavity volume, an overflow pipe (35) is arranged in the top, there is a filling pipe (39) below.
10, water source according to claim 1 refrigerator type water heater, it is characterized in that, it also includes a waste water tank (3), magnetic valve A (14), magnetic valve B (15), magnetic valve C (16), the outer radiator (17) of case and electric-control system, one evaporimeter (4) is arranged in the waste water tank (3), magnetic valve A (14) is connected between the endothermic tube (12) and heat-exchange tube (11) of refrigerator, magnetic valve B (15) is connected between the evaporimeter (4) and heat-exchange tube (11) of waste water tank (3), and magnetic valve C (16) is connected between the endothermic tube (12) and the outer radiator (17) of case of refrigerator.
CN 200620129660 2006-06-16 2006-07-22 Water heater and refrigerator Expired - Fee Related CN2935030Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 200620129660 CN2935030Y (en) 2006-06-16 2006-07-22 Water heater and refrigerator

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
CN200620074016.8 2006-06-16
CN200620074016 2006-06-16
CN 200620129660 CN2935030Y (en) 2006-06-16 2006-07-22 Water heater and refrigerator

Publications (1)

Publication Number Publication Date
CN2935030Y true CN2935030Y (en) 2007-08-15

Family

ID=38351719

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 200620129660 Expired - Fee Related CN2935030Y (en) 2006-06-16 2006-07-22 Water heater and refrigerator

Country Status (1)

Country Link
CN (1) CN2935030Y (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105202846A (en) * 2015-08-12 2015-12-30 付光振 Novel dual-purpose deep freezer

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105202846A (en) * 2015-08-12 2015-12-30 付光振 Novel dual-purpose deep freezer
CN105202846B (en) * 2015-08-12 2018-09-21 付光振 A kind of dual-purpose refrigerator-freezer

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Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20070815

Termination date: 20110722