CN206714619U - More temperature drinking machines and its ice-water device - Google Patents

Abstract

It the utility model is related to a kind of more temperature drinking machines and its ice-water device, it can be installed in below kitchen cabinet or land vertical drinking machine with water, it is main to use refrigerating plant and its refrigerating chip and be equipped with a cycle cooling system, or temperature drinking machine more than more, ice-water device share a cycle cooling system, and heat energy caused by the refrigerating chip can be taken away closing space；And ice-water device of the present utility model, it is another to coordinate one water purifier of installation or bottled water, a ultraviolet sterilization apparatus and a heater to turn into temperature drinking machine more than one, its small volume and be not take up the very big interior space, and it can adopt modularization and make ice-water device, more temperature drinking machines easily installation and maintenance, and frozen water, room temperature cold water, warm water and/or hot water are provided and drunk for user depending on selecting a water outlet needed for it, it is considerably practical and convenient.

Description

More temperature drinking machines and its ice-water device

Technical field

A kind of more temperature drinking machines and its ice-water device are the utility model is related to, more particularly to coordinates circulation to dissipate with cooling chip Hot systems manufacture the technology category of cold water and its more temperature drinking machines.

Background technology

Press, water is the important component for forming human body, and our bodies will be about keeping 40 liters of water, and our daily mistakes Water can with individual activity amount and environment difference, add up to the moisture content being lost in daily about 2000~3000CC, therefore I can supplement the moisture content of various temperature from drinking-water and diet daily.

Therefore the importance of drinking-water has some idea of, therefore more temperature drinking machines and water purifier are the indispensable equipment of Modern Family, and Living space can be occupied, is conventional upright formula water dispenser 9 as as-shown-in figures 10 a and 10b, from its Figure 10 b a-a cross sections From the point of view of, a water purifier 91, a hot water liner 92, a warm water bucket 93, one pressure would generally be configured with inside the conventional upright formula water dispenser 9 Contracting machine 94, a condenser 95, a radiator fan 96, a power subsystem 97 and a controller 98, make it possess have hot water, warm water and The function of frozen water；But its vertical drinking machine with water 9 assembled, or traditional cupboard mo(u)ld bottom half water dispenser 9a as shown in fig. 11a, its Volume occupies very big space, and its air cooling type of cooling taken can produce to confined space just as huge monster Substantial amounts of heat energy, as shown in fig. 11c, heating, power consumption can be produced to its installation environment or its residing confined space, undermine and set It is standby to wait harmful effect.

Therefore, past usual ice-water device must use the compressor 94 and condenser 95 of arranging in pairs or groups, radiator fan 96, because It occupies the reason for much room and its poor heat radiation, cause currently more warm type water dispensers containing supply chilled water be not easy to be installed in stream Take to provide drinking-water in small space below reason platform simultaneously, cook.

Utility model content

In view of the problem of above-mentioned existing water dispenser point, then the utility model people utility model go out a kind of more temperature drinking machines and Its ice-water device, therefore main purpose of the present utility model is:A kind of frozen water of detachable cycle cooling system is provided Device and more temperature drinking machines；Secondary objective of the present utility model is:A kind of ice-water device and more temperature for providing small volume are drunk water Machine；Another object of the present utility model is:Excellent in heat dissipation effect, ice-water device, the more temperature drinking machines of installation tool elasticity are provided.

For the above-mentioned purpose, the utility model is to use following technological means：A kind of ice-water device, comprising：One ice making Bucket, also comprising a container, and the container connects and sets an oral siphon and an outlet pipe, and wherein the oral siphon, which connects, sets outside water purification simultaneously Water entry pressure is provided, and the outlet pipe then connects the effluent switch for setting outside；One refrigerating plant, refrigerating plant comprise at least a refrigeration Chip, refrigerating chip is around the ice making bucket, and the chill surface of the refrigerating chip, which connects, sets a cool-guiding device, and the cool-guiding device prolongs Extend the ice making interior of bucket；One cycle cooling system, cycle cooling system include an at least first heat exchanger and a radiating Main frame, first heat exchanger and heat radiation host computer simultaneously form stand alone type cooling circulation cooling loop, and the wherein first heat exchanger connects Located at the heating face of the refrigerating chip；And a controller, the refrigerating plant, cycle cooling system are electrically connected with, makes the controller Started or closed the control of the refrigerating plant, cycle cooling system；One power subsystem, there is provided power supply needed for ice-water device.

The more temperature drinking machines of the utility model, it is to connect the water source for setting outside and water entry pressure is provided, it includes：One water purification Device, filter water source raw water is into water purification；One ice making bucket, also comprising a container, and the container connects and sets an oral siphon and an outlet pipe, Wherein the oral siphon, which connects, sets the water purifier, and the outlet pipe then connects the effluent switch for setting outside；Again around the ice making bucket Connect and set an at least refrigerating chip, and the chill surface of the refrigerating chip connects and sets a cool-guiding device, and the cool-guiding device extends to the ice making water Bucket is internal, and the refrigerating chip and the cool-guiding device form refrigerating plant；One cycle cooling system, cycle cooling system include at least one First heat exchanger and a heat radiation host computer, first heat exchanger and heat radiation host computer simultaneously form stand alone type cooling circulation cooling loop, Wherein the first heat exchanger is arranged in the heating face of the refrigerating chip；One ultraviolet sterilization apparatus, also comprising one first connection Pipe and one second connecting tube, wherein first connecting tube are connected between the ultraviolet sterilization apparatus and water purifier, second connection Pipe is connected between the ultraviolet sterilization apparatus and effluent switch；One heater, also connected comprising one the 3rd connecting tube and one the 4th Pipe, wherein the 3rd connecting tube is arranged between the heater and water purifier, and the 4th connecting tube is arranged in the heater with going out Between taps；One controller, the refrigerating plant, cycle cooling system, ultraviolet sterilization apparatus, heater are electrically connected with, is made The controller is started or closed the control journey of the refrigerating plant, cycle cooling system, ultraviolet sterilization apparatus, heater Sequence；An and power subsystem, there is provided power supply needed for ice-water device；

One first temperature sensor is provided with around the above-mentioned ice making bucket, one second temperature is provided with around the refrigerating plant Sensor is spent, and first temperature sensor, second temperature sensor are electrically connected with the controller, are somebody's turn to do with the sharp controller The programme-control that refrigerating plant, cycle cooling system start or closed.

The above-mentioned heat radiation host computer also includes a water pump, a deputy tank, a second heat exchanger and a radiator fan, i.e., should Water pump, deputy tank, second heat exchanger and foregoing first heat exchanger form circulation cooling loop；And the heat radiation host computer also wraps Containing a temperature indicator, and the temperature indicator is installed in the outside of heat radiation host computer.

The above-mentioned effluent switch is set to an electromagnetic type effluent switch, a mechanical water faucet, electronic type tap or intelligence Can tap.

The utility model can produce following effect against existing technologies:

1st, the utility model is using refrigerating chip and coordinates cycle cooling system, caused heat energy can be taken away into closing Space, relatively manufactured ice-water device out, small volume can adopt modularization without taking up space, it is easily installed And safeguard, and the water dispenser of cupboard mo(u)ld bottom half, the slimming multiple use such as vertical drinking machine with water or desk type water dispenser are may be produced that, application Wide model and the supply water way that convenient practicality is provided.

2nd, ice-water device module of the present utility model can install a water purifier, a ultraviolet sterilization apparatus and/or a heating additional Device turns into temperature drinking machine more than one, its small volume and be not take up more temperature drinking machines of the very big interior space, thus unnecessary room can be moved out of Interior space is as a means of utilization；It is another that frozen water, room temperature cold water, warm water and/or hot water are provided, a water outlet is selected needed for it drink so that user regards With, or water for cooking is used, it is considerably practical and convenient.

3rd, the utility model device can adopt the cycle cooling system of separate type, the heat that can generate institute's refrigerating chip It can discharge outside its residing closing space of institute, heating, power consumption will not be produced to institute's installation environment or local environment, undermine equipment Deng harmful effect.

Brief description of the drawings

Fig. 1 a：The structural representation of the utility model ice-water device.

Fig. 1 b：The structural representation of the refrigerating chip of the utility model ice-water device.

Fig. 2：The internal structure schematic diagram of the utility model circulating cooling system main frame.

Fig. 3：The utility model ice making bucket temperature sensing and its flow chart of power-off control.

Fig. 4：The utility model refrigerating chip temperature sensing and its flow chart of cycle cooling system power-off control.

Fig. 5 a：The internal structure schematic diagram of the more temperature drinking machines of the utility model separate type.

Fig. 5 b：The utility model isolated is the internal structure schematic diagram of desk-top more temperature drinking machines.

Fig. 6 a：The utility model device applies to vertical drinking machine with water.

Fig. 6 b：The utility model device applies to the b-b cross-sectional views of vertical drinking machine with water.

Fig. 7 a：The utility model device applies to cupboard mo(u)ld bottom half water dispenser, and is recycled cooling heat radiation system and is installed on stream The schematic diagram of Li Tai sides.

Fig. 7 b：The utility model device applies to cupboard mo(u)ld bottom half water dispenser, and is recycled cooling heat radiation system and is installed on room Outside, and temperature drinking machine more than more shares the schematic diagram of a circulating cooling cooling system.

Fig. 8：The utility model effluent switch uses the Organization Chart of more temperature drinking machines of single electronic type depotition cock.

Fig. 9：The more temperature drinking-water of the utility model make the step flow chart of water and heat dissipating method.

Figure 10 a：The structural representation of the embodiment of conventional upright formula water dispenser.

Figure 10 b：The a-a cross-sectional views of the structural representation of the embodiment of conventional upright formula water dispenser.

Figure 11 a：The structural representation at the back side of traditional cupboard mo(u)ld bottom half water dispenser.

Figure 11 b：The cross-sectional view of the structural representation at the back side of traditional kitchen mo(u)ld bottom half water dispenser.

Figure 11 c：Heat energy caused by traditional cupboard mo(u)ld bottom half water dispenser can not discharge the schematic diagram of confined space.

Drawing reference numeral explanation：

A：Ice-water device；

B、C：More temperature drinking machines；

1：Ice making bucket；

11：Container；

12：Oral siphon；

13：Outlet pipe；

2：Refrigerating plant；

21：Refrigerating chip；

22：Cool-guiding device；

3：Cycle cooling system；

31：Heat radiation host computer；

311：Water pump；

312：Second heat exchanger；

313：Deputy tank；

314：Temperature indicator；

315：Radiator fan；

32：First heat exchanger；

4：Ultraviolet sterilization apparatus；

41：First connecting tube；

42：Second connecting tube；

5：Heater；

51：3rd connecting tube；

52：4th connecting tube；

61：5th connecting tube；

62：6th connecting tube；

63：7th connecting tube；

7：Controller；

70：Power subsystem；

701：Radiator；

71：First temperature sensor；

72：Second temperature sensor；

73：Magnetic valve and motor side by side；

8：Water purifier；

81：Effluent switch；

9：Vertical drinking machine with water；

9a：Cupboard mo(u)ld bottom half water dispenser；

91：Water purifier；

92：Hot water liner；

93：Warm water bucket；

94：Compressor；

95：Condenser；

96：Radiator fan；

97：Power subsystem；

98：Controller.

Embodiment

First, refer to shown in Fig. 1 a to Fig. 3, be a kind of ice-water device A of the present utility model, comprising:One ice making water 1, one refrigerating plant 2 of bucket, a cycle cooling system 3, a controller 7 and a power subsystem 70；Wherein,

The ice making bucket 1, also comprising a container 11, and the container connects and sets an oral siphon 12 and an outlet pipe 13, wherein should Oral siphon 12 connects the water purification for setting outside, and the outlet pipe 13 then connects the effluent switch 81 for setting outside, and the feasibility as Fig. 5 a show is real Apply example；

The refrigerating plant 2, as shown in Fig. 1 a and Fig. 1 b, refrigerating plant 2 comprises at least a refrigerating chip 21, the refrigeration Chip 21 is installed in around the ice making bucket 1 and (is equiped with two refrigerating chips 21 in the present embodiment), each refrigerating chip 21 Chill surface 212 connects respectively sets a cool-guiding device 22, and the cool-guiding device 22 is extended to inside the ice making bucket 1, and by the refrigerating chip Water purification in the cold conduction of 21 outputs to the container 11, becomes frozen water；Further as shown in Figure 1 b, the refrigerating chip 21 between a heating face 211, a chill surface 212 by being provided with multiple NP semiconductors, after the refrigerating chip 21 is passed into dc source, The heat of the chill surface 212, which can conduct, causes the chill surface 212, allows the chill surface 212 to produce ice-cold effect.

The cycle cooling system 3, as shown in Figure 2, cycle cooling system 3 includes an at least first heat exchanger 32 and one Heat radiation host computer 31, first heat exchanger 32 and heat radiation host computer 31 form a stand alone type cooling circulation cooling loop, wherein this first Heat exchanger 32 can be set to liquid-cooled and be arranged in the heating face 211 of the refrigerating chip 21；Further, the heat radiation host computer 31 also wraps Contain a water pump 311, a deputy tank 313, a second heat exchanger 312 and a radiator fan 315, the i.e. water pump 311, secondary water Case 313, second heat exchanger 312 and foregoing first heat exchanger 32 form enclosed circulation liquid-cooling heat radiation loop, and with cold But liquid is as cooling medium, therefore the coolant is filled in the deputy tank 313, and the two heat exchangers 312 can be set to ventilation type, i.e., Must set a radiator fan 315 with by the first heat exchanger 32 heat energy obtained by exchange dissipate to the outside of closing space；Separately The heat radiation host computer 31 also includes a temperature indicator 314, and the temperature indicator 314 is installed in the outside of heat radiation host computer 31, For inspecting the temperature of the coolant of the cycle cooling system 3 instantly；And

The controller 7, the refrigerating plant 2, cycle cooling system 3 are electrically connected with, the controller 7 is started or is closed The refrigerating plant 2, the control program of cycle cooling system 3；One first temperature is separately provided with around the container 11 of ice making bucket 1 Sensor 71 is spent, and a second temperature sensor 72 is provided with around the refrigerating plant 2, and first temperature sensor 71, the Two temperature sensors 72 are electrically connected with the controller 7, with the sharp controller 7 according to its sensing temperature carry out the refrigerating plant 2, The programme-control that cycle cooling system 3 starts or closed；Special one carries, the controller 7 can in set a converter plant, and the frequency conversion Device can be higher to the progress VFC of radiator fan 315 of the cycle cooling system 3, such as the temperature of cycle cooling system 3, Then the converter plant of the controller 7 makes the radiator fan 315 faster rotate, should if the temperature of cycle cooling system 3 is relatively low The converter plant of controller 7 makes the relatively slower of radiator fan 315 rotate.

And the programme-control that the refrigerating plant 2 starts or closed, as shown in figure 3, the refrigerating plant 2 is in initial start, To the water purification conduction cooling in the ice making bucket 1 and frozen water can be made, hold when first temperature sensor 71 senses the ice making bucket 1 Frozen water in device 11 is not low when arriving its preset temperature (about 5 DEG C or so), then the controller 7 can make the refrigerating plant 2, circulation dissipate The continued operation of hot systems 3, it is low to default temperature to treat that first temperature sensor 71 senses the frozen water in the container 11 of ice making bucket 1 When spending, then the controller 7 can make the refrigerating plant 2 power off and stop its running, but the cycle cooling system 3 still continued operation one The section time, causing the cooling water in the cycle cooling system 3 to be down to preset temperature can just stop；If the frozen water quilt in the container 11 again Sense and (heated up) when its temperature is not low to arrive preset temperature, then the controller 7 can wake up the refrigerating plant 2, circulation dissipates The running of hot systems 3；

And the programme-control that the cycle cooling system 3 starts or closed, as shown in figure 4, the cycle cooling system 3 is in the system Device for cooling 2 starts the cycle cooling system 3 when initial start；When the second temperature sensor 72 senses the circulation During 3 temperature overheating of cooling system (about 125 DEG C or so), then the continued operation of cycle cooling system 3 radiates；Treat that the second temperature passes When sensor 72 senses that the temperature of cycle cooling system 3 is low to arrive preset temperature, then the controller 7 can make the refrigerating chip 21 power off And stop to operate, the safety of the refrigerating chip 21 is protected according to this, to prevent to allow the refrigeration when the first temperature sensor 71 is damaged It is damaged during the overload running of chip 21 because of high temperature, and electric energy can be saved；In other words, when the second temperature sensor 71 detects this During the overload running of refrigerating chip 21, prompt to alert in the temperature indicator 314；And

The power subsystem 70, there is provided power supply needed for the utility model device entirety.

By the refrigerating chip 21 of the utility model ice-water device A refrigerating plant 2 by the cool-guiding device 22 to the ice making Water purification refrigeration in the container 11 of bucket 1 is into frozen water, and heat energy caused by the heating face 211 of refrigerating chip 21 then passes through circulation Liquid-cooled first exchanger 32 set by cooling system 3 by heat energy caused by the heating face 211 bring to this air-cooled second Exchanger 312, then again through the radiator fan 315 set by second exchanger 312 by outside the heat produced to its closing space Portion, the heat energy for allowing the refrigerating chip 21 to generate are discharged in the outside of installed closing space, as shown in Figure 7a, will not Heating, power consumption, the harmful effect for undermining relevant device etc. are produced to its installation environment or its local environment.Special one carries, this Utility model ice-water device A can be manufactured into the i.e. desk-top more temperature drinking machines of the more temperature drinking machines of separate type (such as Fig. 5 a), isolated (such as Fig. 5 b), slimming the more temperature drinking machines of vertical type (such as Fig. 6 a and Fig. 6 b), the more temperature drinking machines of cupboard mo(u)ld bottom half (such as Fig. 7 a, Fig. 7 b) or its Desk type water dispenser that he minimizes etc..

Refer to shown in Fig. 5 a and Fig. 5 b, be a kind of more temperature drinking machine B of the present utility model, and more temperature drinking machine B in External connection water source and effluent switch 81, and the beneath effluent switch 81 can be the machinery of a magnetic valve effluent switch 81, one Formula tap, an electronic type tap or an intelligent tap；In addition to foregoing ice-water device A, in its more temperature drinking machine B Portion also includes a ultraviolet sterilization apparatus 4, a heater 5, a water purifier 8；Wherein,

The ultraviolet sterilization apparatus 4, also comprising one first connecting tube 41 and one second connecting tube 42, wherein first connection Pipe 41 is connected between the ultraviolet sterilization apparatus 4 and water purifier 8, second connecting tube 42 connect the ultraviolet sterilization apparatus 4 with Between effluent switch 81；And germicidal irradiation, Jin Erti can be carried out to the water purification of inflow provided with UV lamp in the ultraviolet sterilization apparatus 4 Supply room temperature cold water；And

The heater 5, also comprising one the 3rd connecting tube 51 and one the 4th connecting tube 52, wherein the 3rd connecting tube 51, which connects, sets Between the heater 5 and water purifier 8, the 4th connecting tube 52 is arranged between the heater 5 and effluent switch 81；And it should add Hot device 5, which includes having heaters heating can be carried out to the water purification of inflow, to be boiled and is incubated, to provide hot water.This another practicality is new The warm water of type device then mixes the hot water of the heater 5 and the room temperature cold water of the ultraviolet sterilization apparatus 4；Additionally comprise one the 5th Connecting tube 61, one the 6th connecting tube 62, one the 7th connecting tube 63, and the 5th connecting tube 61, the 6th connecting tube 62 connect set respectively The ultraviolet sterilization apparatus 4, heater 5, and the 7th connecting tube 63 then connects the effluent switch 81, it is cold so as to mixing the room temperature Water turns into warm water with hot water.Special one carries, and the heater 5 can also hot water liner substitution.

Therefore, more temperature drinking machine B of the present utility model controller 7 is electrically connected with refrigerating plant 2, the cycle cooling system 3rd, ultraviolet sterilization apparatus 4, heater 5, make the controller 7 started or closed the refrigerating plant 2, cycle cooling system 3, The control program of ultraviolet sterilization apparatus 4, heater 5；Therefore the water purifier 8 gives the system respectively by each pipeline offer filter water Output frozen water, room temperature cold water, hot water, the warm water according to this such as ice water bucket 1, ultraviolet sterilization apparatus 4, heater 5, are finally gone out by this again The water outlet of taps 81, drunk or for for cooking in order to which user needs to operate the effluent switch 81 depending on it to select a water outlet Water.

Special one carries, and the cycle cooling system 3 is installed in more temperature drinking machine B machine by more temperature drinking machine B shown in Fig. 5 a It is sub outside；And the cycle cooling system 3 is installed in its machine by another feasible embodiment, more temperature drinking machine C as shown in Figure 5 b It is sub internal；Both foregoing equally can obtain preferable radiating effect.

Because more temperature drinking machine B of the present utility model refrigerating plant 2 uses refrigerating chip 21 without using traditional compressor Form, relatively manufactured more temperature drinking machine B small volumes out can adopt modularization without taking up space, it is easily pacified Dress and maintenance；Therefore the more temperature drinking machine B of the utility model may be produced that the more temperature drinking machines of thin type vertical type (such as Fig. 6 a and Fig. 6 b), And can see from Fig. 6 b b-b sections, lack the configuration of the compressor of traditional type, condenser and fan, the more temperature drinks of the vertical type The integral thickness of water dispenser is very thin and is not take up too many space；In addition, the heat radiation host computer 31 that can be recycled cooling system 3 is installed on window On family, hot gas caused by more temperature drinking machine B of the present utility model can be discharged to outdoor, the yard such as quite suitable office Institute；Also the more temperature drinking machine B of the utility model can be manufactured into kitchen mo(u)ld bottom half water dispenser, (Fig. 7 a or figure below kitchen cabinet can be installed in 7b), it is possible to provide the culinary art of family kitchen and drinking water.Special one is carried, and the heat radiation host computer 31 of its cycle cooling system 3 is visually installed The present situation in place, better model may be selected and be installed on the outside of kitchen cabinet (Fig. 7 a) or in (Fig. 7 b) outside room；Also can by two or More temperature drinking machine B of more than two share a cycle cooling system 3, as shown in Figure 7b.

Refer to shown in Fig. 8, another more temperature drinking machine B of the present utility model effluent switch 81 is according to single electronic type water Tap, preferred embodiment can then arrange in pairs or groups using magnetic valve and a motor 73 side by side, by the ice making bucket 1 of more temperature drinking machine B, purple Outside line sterilizing unit 4, heater 5, water purifier 8 or bottled water add suction pump pipe arrangement to be used as it into using the single electronic type tap Go out water management, the single electronic type tap is provided with pressing or touch switch, and each of which pressing or touch switch correspond to ice Water, room temperature cold water, warm water, the electromagnetic switch of magnetic valve and motor 73 side by side of hot water effluent, so that user is regarded needed for it The water outlet of one control frozen water, room temperature cold water, warm water, hot water is selected with pressing or touch control manner；Certain water outlet of the present utility model Switch 81 is not limited to use the electronic type tap, can also connect a mechanical water faucet, an intelligent tap or an electromagnetism The modes such as valve effluent switch.

Refer to shown in Fig. 8 and Fig. 9, via technological means used in the more temperature drinking machine B of above-mentioned the utility model, can return A kind of more temperature drinking-water of the present utility model of receiving out make water and heat dissipating method, include following step：One water purification separating step, to raw water Filter sterilization flows through multiple tracks by a flow-dividing control pipeline that magnetic valve and motor 73, pipeline are formed side by side into after water purification；More than one Wen Zaoshui steps, it is to be corresponded to by multiple fresh water generators and be arranged in magnetic valve and the motor 73 side by side, wherein the plurality of make water dress Put and generate frozen water, room temperature cold water, warm water or hot water respectively, and the frozen water, hot water, warm water storage are put in set ice making bucket 1st, heater 5, and the room temperature cold water is via direct water outlet after the ultraviolet sterilization apparatus 4 set by it, and the warm water then mixes The room temperature cold water and direct water outlet after the direct water outlet of hot water；One circulation cooling step, cold core is set around the ice making bucket 1 Piece 21, and build a cycle cooling system 3 and connect the refrigerating chip 21, and the cycle cooling system 3 then uses liquid-cooled first Heat exchanger 32, ventilation type second heat exchanger 312 are collocated with each other mode, wherein taking away the system with the cold first heat exchanger 32 of liquid The heat energy of cold core piece 21, finally with the second heat exchanger 312 that is gas-cooled by heat dissipation in the extraneous air of closing space；And one select One water outlet step, at least one pipeline is extended by effluent switch 81, and the pipeline connects or collected frozen water, room temperature cold water, temperature The pipeline such as water and/or hot water, drunk with sharp user depending on selecting a water outlet needed for it.

Finally it should be noted that：Various embodiments above is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should Understand：It can still modify to the technical scheme described in foregoing embodiments, either to which part or whole Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly The scope of each embodiment technical scheme of type.

Claims (9)

1. a kind of ice-water device, it is characterised in that include:

One ice making bucket, also comprising a container, and the container connects and sets an oral siphon and an outlet pipe, wherein the oral siphon connects If the water purification of outside simultaneously provides water entry pressure, and the outlet pipe then connects the effluent switch for setting outside；

One refrigerating plant, the refrigerating plant comprise at least a refrigerating chip, and the refrigerating chip is located at the ice making bucket Around, the chill surface of the refrigerating chip, which connects, sets a cool-guiding device, and the cool-guiding device extends to the ice making interior of bucket；

One cycle cooling system, the cycle cooling system include an at least first heat exchanger and a heat radiation host computer, and described One heat exchanger and the heat radiation host computer simultaneously form stand alone type cooling circulation cooling loop, wherein the first heat exchanger connects and set In the heating face of the refrigerating chip；And

One controller, the refrigerating plant, cycle cooling system are electrically connected with, the controller is started or is closed described The control of refrigerating plant, cycle cooling system；

One power subsystem, there is provided power supply needed for ice-water device；

By the refrigerating chip to the water purification refrigeration in the ice making bucket, and heat energy caused by the refrigerating chip then leads to The cycle cooling system is crossed to distribute to outside elsewhere.

2. ice-water device according to claim 1, it is characterised in that one first temperature is provided with around the ice making bucket Sensor, is provided with a second temperature sensor, and first temperature sensor around the refrigerating plant, and second temperature passes Sensor is electrically connected with the controller, carries out the refrigerating plant with the profit controller, cycle cooling system starts or closes Programme-control.

3. ice-water device according to claim 1, it is characterised in that the heat radiation host computer of the cycle cooling system also includes There are a water pump, a second heat exchanger and a radiator fan, i.e., described water pump, second heat exchanger and the first foregoing heat exchange Device forms circulation cooling loop.

4. ice-water device according to claim 3, it is characterised in that the heat radiation host computer also includes a deputy tank and one Temperature indicator, and the deputy tank connects the second heat exchanger, and the temperature indicator is installed in heat radiation host computer Outside.

5. a kind of more temperature drinking machines, it is to connect the water source for setting outside and water entry pressure is provided, it is characterised in that include：

One water purifier, filter water source raw water is into water purification；

One ice making bucket, also comprising a container, and the container connects and sets an oral siphon and an outlet pipe, wherein the oral siphon connects If the water purifier, and the outlet pipe then connects the effluent switch for setting outside；Connect and set at least around the ice making bucket again One refrigerating chip, and the chill surface of the refrigerating chip connects and sets a cool-guiding device, and the cool-guiding device extends to the ice making bucket Inside, the refrigerating chip and the cool-guiding device form refrigerating plant；

One cycle cooling system, the cycle cooling system include an at least first heat exchanger and a heat radiation host computer, and described One heat exchanger and the heat radiation host computer simultaneously form stand alone type cooling circulation cooling loop, wherein the first heat exchanger connects and set In the heating face of the refrigerating chip；

One ultraviolet sterilization apparatus, also comprising one first connecting tube and one second connecting tube, wherein first connecting tube connects Between the ultraviolet sterilization apparatus and water purifier, second connecting tube connects the ultraviolet sterilization apparatus and effluent switch Between；

One hot water liner, also comprising one the 3rd connecting tube and one the 4th connecting tube, wherein the 3rd connecting tube is arranged in the heat Between water courage and water purifier, the 4th connecting tube is arranged between the hot water liner and effluent switch；

One controller, the refrigerating plant, cycle cooling system, ultraviolet sterilization apparatus, hot water liner are electrically connected with, make the control Device processed is started or closed the control program of the refrigerating plant, cycle cooling system, ultraviolet sterilization apparatus, hot water liner； And

One power subsystem, there is provided power supply needed for ice-water device；

Frozen water to the water purification refrigeration in the ice making bucket and is produced by the refrigerating chip, and produced by the refrigerating chip Heat energy then distributed by the cycle cooling system to outside elsewhere, and ultraviolet sterilization apparatus manufacture room temperature cold water, The hot water liner manufactures hot water, in order to which user drinks depending on selecting a water outlet needed for it.

6. more temperature drinking machines according to claim 5, it is characterised in that additionally comprise one the 5th connecting tube, one the 6th connection Pipe, one the 7th connecting tube, and the 5th connecting tube, the 6th connecting tube connect set the ultraviolet sterilization apparatus, hot water liner respectively, And the 7th connecting tube then connects the effluent switch, turn into warm water so as to mixing the room temperature cold water and hot water.

7. more temperature drinking machines according to claim 5, it is characterised in that one first temperature is provided with around the ice making bucket Sensor is spent, a second temperature sensor, and first temperature sensor, second temperature sensing are provided with the refrigerating plant Device is electrically connected with the controller, and the refrigerating plant, cycle cooling system startup or closing are carried out with the profit controller Programme-control.

8. more temperature drinking machines according to claim 5, it is characterised in that the heat radiation host computer also includes a water pump, one Deputy tank, a second heat exchanger and a radiator fan, i.e., described water pump, deputy tank, second heat exchanger and foregoing first Heat exchanger forms circulation cooling loop；And the heat radiation host computer also includes a temperature indicator, and the temperature indicator It is installed in the outside of heat radiation host computer.

9. according to more temperature drinking machines described in claim 5,6,7 or 8, it is characterised in that the effluent switch is set to an electromagnetism Valve type effluent switch, a mechanical water faucet, electronic type tap or intelligent tap.