CN203576301U - Water dispenser capable of realizing instant heating and/or refrigerating - Google Patents
Water dispenser capable of realizing instant heating and/or refrigerating Download PDFInfo
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- CN203576301U CN203576301U CN201320760004.0U CN201320760004U CN203576301U CN 203576301 U CN203576301 U CN 203576301U CN 201320760004 U CN201320760004 U CN 201320760004U CN 203576301 U CN203576301 U CN 203576301U
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Abstract
The utility model relates to a water dispenser capable of realizing instant heating and/or refrigerating. The water dispenser comprises a dispenser platform with an operating panel and a water supply port, a water storage tank arranged in rear of the dispenser platform, a water suction pump arranged at the bottom of the dispenser platform and connected below the water storage tank, and a heating and/or refrigerating unit arranged on the lateral side of the dispenser platform and connected between the water suction pump and the water supply port, the operating panel, the water suction pump and the heating and/or refrigerating unit are connected with a circuit board to control operation, a user only needs to operate through the operating panel, and drinking water can be enabled to flow through the heating and/or refrigerating unit from the water storage tank to be instantly heated and/or refrigerated, and then quickly flows out form the water supply port of the dispenser platform to be immediately supplied to the user for drinking. Hot water or cold water can be immediately acquired without arranging a heat-preserving or cold-preserving water storage tank, so that electricity consumption can be lowered substantially, and size can be reduced.
Description
Technical field
The utility model relates to a kind of water dispenser, espespecially a kind of without insulation being set or protecting ice aqua storage tank, and can allow user obtain immediately the water dispenser of can immediately heating of hot water or frozen water and/or refrigeration.
Background technology
Existing drinking-water function provides the boiling water of the warm different temperatures of ice, and its structure comprises a heating unit that drinking-water is boiled, by water-cooled heat frigorific unit, the plural number insulation of stored hot water, warm water, frozen water or the water temp. sensing unit of guarantor's ice aqua storage tank and sensing insulation or guarantor's ice aqua storage tank temperature regime respectively; During water dispenser running, drinking-water connects to guide in hot water thermal insulating aqua storage tank after first being boiled by heating unit and stores, hot water carries out being delivered to after cooling warm water insulation aqua storage tank or frozen water by frigorific unit more by the road to be protected in ice aqua storage tank and stores, and makes user or protect the boiling water that obtain the warm different temperatures of ice ice aqua storage tank from each insulation.
Moreover, the water temp. sensing unit of existing water dispenser is all carrying out temperature detecting to each insulation or guarantor's ice aqua storage tank at any time, for example sensing the temperature deficiency of hot water thermal insulating aqua storage tank, or frozen water is while protecting ice aqua storage tank excess Temperature, just can start heating unit or frigorific unit and heat and/or refrigeration, make the water dispenser state in running often, cause power consumption to increase, add in water dispenser and be provided with three aqua storage tanks, cause the bulky shortcoming taking up room.
Therefore, occur on the market a kind of instant heating type drinking machine, this instant heating type drinking machine comprises the suction pump that is arranged on the water butt that is used for storing drinking-water on board, and will drinking-water extracts out from water butt, electric heater and a feed water inlet of the instant heating of a pair of drinking-water; User operates the operating key on water dispenser, just can immediately heat the drinking-water of the electric heater of flowing through, and allows user obtain hot water from feed water inlet and drinks.
Prior art CN201779861 is a kind of electric heater being applied on instant heating type drinking machine, this electric heater is a metal shell, housing is provided with water inlet pipe and outlet pipe, described housing is mutually combined and is sealed to form by a upper casing, a lower casing, upper casing surface printing has heater circuit plate, so that the drinking-water of the housing of flowing through is heated immediately, and lower casing is provided with the ribs that inner space isolation is formed to roundabout water channel between upper casing, lower casing.
Dealer is when actual production, electric heater is to use stainless steel, stainless steel has different specifications according to the element ratio difference of adding, wherein be applied on food utensil is to adopt SUS430,304 or 316 equal-specifications, the low price of SUS430, but be easier in surface printing circuit board than SUS304 and 316, SUS304,316 has better high acid and alkali-resistance characteristic than SUS430, but price is also high than SUS430, do not allow to be easy to surface printing circuit board yet.
Dealer is in order to save manufacturing cost, and the upper cover of electric heater adopts the specification of SUS430, and lower cover adopts the specification of SUS304 or 316, to facilitate the upper cover surface printing heating circuit at SUS430.But electric heater is in heating process, SUS430 specification is easily disengaged manganese metal and is infiltrated in drinking-water, be detrimental to health, if change SUS304 or 316 specification printed circuit board (PCB)s into, its manufacturing cost uprises, printing treatment process complexity, cannot take into account food sanitation safe and production cost.
In view of this, the utility model designer accumulates research and the practical experience of association area for many years, special utility model goes out a kind of can immediately heating and/or the water dispenser of refrigeration, to solve existing water dispenser, in order to be incubated or to protect ice, cause the large and bulky shortcoming of power consumption, and the disappearance of improving existing electric heater structure can disengage manganese metal in drinking-water.
Summary of the invention
The purpose of this utility model is to provide a kind of and can immediately heats and/or the water dispenser of refrigeration, the setting that this water dispenser system omits insulation or protects ice aqua storage tank, after allowing user operate by guidance panel, can obtain hot water or frozen water immediately, therefore can significantly reduce power consumption, and reduce volume.
For reaching above-mentioned purpose, the utility model can heat and/or the water dispenser of refrigeration immediately, comprising:
One board, this board is generally cuboid, the front water space for user access drinking-water that sets to the concave, this water space top is provided with one and can flows out the feed water inlet of drinking water, and board end face is provided with a guidance panel, and rear extension arranges a base ㄤ;
One storage tank, is arranged on the base at board rear and is used for storing drinking-water, and storage tank bottom has a suction eye flowing out for drinking-water;
One suction pump, is arranged on board bottom and is connected in the suction eye of storage tank below, is used for the drinking-water in storage tank to extract out from suction eye;
One heating and/or frigorific unit, is arranged on board side and is connected between suction pump and feed water inlet, is used for to the instant heating of the drinking-water of flow through heating and/or frigorific unit and/or refrigeration; And
One circuit board, is arranged on board bottom and is electrically connected with aforementioned operation panel, suction pump and heating and/or frigorific unit, and energy control operation panel, suction pump and heating and/or frigorific unit running;
After user operates by guidance panel, suction pump extracts the drinking-water in storage tank from suction eye, and order drinking-water is flowed through after heating and/or the instant heating of frigorific unit and/or refrigeration, soon by the feed water inlet of board, flow out for user and drink, without insulation being set or protecting ice aqua storage tank and can obtain immediately hot water or frozen water, therefore can significantly reduce power consumption, and reduce volume.
Below further illustrate the specific embodiment of each element:
During enforcement, described heating and/or frigorific unit comprise a cavity that is sealed shape, and heating plate and/or a cold plate that is superimposed on this cavity lateral surface, described cavity two ends are respectively equipped with the water inlet and the delivery port that by its hollow part, are interconnected, described water inlet is provided with a water inlet pipe and is connected with suction pump, described delivery port is provided with an outlet pipe and is connected with the feed water inlet of board, and drinking-water flows out by being subject to instant heating and/or the refrigeration of heating plate and/or cold plate in cavity from storage tank.
During enforcement, heating and/or frigorific unit are provided with some fixing holes or fixed leg at cavity corresponding to a side of heating plate and/or cold plate, heating plate and/or cold plate are provided with locating hole for the two be superimposed fixing use corresponding to some and fixing hole or fixed leg, after making cavity and heating plate and/or cold plate superimposed, can carry out spiral shell admittedly or rivet and fix with nut or rivet, avoid the state of heating and/or frigorific unit rising-heat contracting-cold to cause heating plate and/or cold plate to come off from cavity; During enforcement, fixing hole or fixed leg can be set directly at the cavity outside of heating and/or frigorific unit, or are arranged for fixing hole or fixed leg by extension jamb around cavity.
Rely on above-mentioned structure, heating plate and/or cold plate are to be superimposed on cavity lateral surface, not only can be immediately to the instant heating of the drinking-water in cavity and/or refrigeration, when drinking-water is flowed through cavity, can Direct Contact Heating plate and/or cold plate, avoid in the operation of heating and/or refrigeration, the heavy metal composition on heating plate and/or cold plate is soluble in water to human body generation harm.
During enforcement, in the cavity of this heating and/or frigorific unit, be provided with plural number and can allow flow-disturbing rib or the flow-disturbing projection of drinking-water thermally equivalent and/or refrigeration, plural number flow-disturbing rib or plural flow-disturbing projection are distributed in distance, and make drinking-water can be in cavity by flow-disturbing, be accelerated to be heated and/or time of refrigeration.
During enforcement, this heating and/or frigorific unit comprise first cavity that is sealed shape, one is superimposed on the heating plate of the first cavity lateral surface, one is the second cavity of sealed shape, and the cold plate of a superimposed second cavity lateral surface, and the two ends of described first and second cavity are respectively equipped with the water inlet and the delivery port that by its hollow part, are interconnected, described each water inlet is respectively equipped with a water inlet pipe and is connected with suction pump, described each delivery port is established has respectively an outlet pipe to be connected with the feed water inlet of board, user is by the selection of guidance panel, the drinking-water that energy control is flowed through in the first cavity is accepted the instant heating of heating plate, or control the drinking-water of flowing through in the second cavity and accept the instant refrigeration of cold plate.
During enforcement, between the water inlet pipe of described first and second cavity and suction pump, be provided with a two-position three way magnetic valve, by guidance panel, can control the water inlet pipe that this two-position three way magnetic valve switches to the first cavity and be connected with suction pump, or the water inlet pipe that switches to the second cavity is connected with suction pump.
When user selects drinking hot water, the water inlet pipe that this two-position three way magnetic valve of guidance panel control switches to the first cavity is connected with suction pump, drinking-water is flow in the first cavity and heat; Otherwise when user selects Chilled Drinking Water, the water inlet pipe that two-position three way magnetic valve switches to the second cavity is connected with suction pump, drinking-water is flow to and in the second cavity, carry out refrigeration.
During enforcement, in first and second cavity of this heating and/or frigorific unit, be respectively equipped with a plurality of flow-disturbing rib or flow-disturbing projections that can allow drinking-water thermally equivalent and/or refrigeration, described plural flow-disturbing rib or plural flow-disturbing projection are distributed in distance, and make drinking-water can be in cavity by flow-disturbing, be accelerated to be heated and/or time of refrigeration.
During enforcement, the storage tank of water dispenser further comprises one and is arranged on storage tank outside and the carrying handle and that storage tank can be mentioned hides in the upper cover of storage tank opening.
During enforcement, in storage tank, be further provided with a filter that can filter drinking-water, after allowing drinking-water in storage tank filter in advance, then extract out and heat and/or the step of refrigeration from suction eye; Certainly, directly the delivery port of Domestic water filter being connected in to storage tank, is also one of the feasible specific embodiment.
During enforcement, water dispenser is further provided with a water-collecting tray, the drinking-water disengaging from feed water inlet with access below water space.
During enforcement, this storage tank is transparent material, the base of board is provided with the illuminating lamp that can irradiate storage tank, described illuminating lamp is electrically connected with circuit board, illuminating lamp can produce ruddiness when heating and/or frigorific unit execution heating function, when carrying out refrigerating function, can produce blue light, allow user can know that identification feed water inlet is hot-water supply or cold water, and can produce the landscaping effect of light transformation.
Compared to prior art, the utlity model has following advantage:
1. the setting of omitting insulation or guarantor's ice aqua storage tank, after allowing user operate by guidance panel, can obtain hot water or frozen water immediately, therefore can significantly reduce power consumption, reduces volume.
2. heating plate and/or cold plate are to be superimposed on cavity outside, while making drinking-water inner from flow through heating and/or frigorific unit, can directly not touch heating plate and/or cold plate, avoid the heavy metal composition on heating plate and/or cold plate soluble in water to human body generation harm, take into account food sanitation safe and production cost.
Following foundation technological means of the present utility model, lists and is suitable for the specific embodiment of the present utility model, and coordinates graphic explanation as rear:
Accompanying drawing explanation
Fig. 1 is stereo appearance figure of the present utility model;
Fig. 2 is three-dimensional exploded view of the present utility model;
Fig. 3 is heating of the present utility model and/or frigorific unit the first embodiment;
Fig. 4 is heating of the present utility model and/or frigorific unit the second embodiment;
Fig. 5 is cavity of the present utility model and heating plate and/or cold plate three-dimensional exploded view;
Fig. 6 is cavity of the present utility model and heating plate and/or cold plate combination schematic diagram;
Fig. 7 is heating of the present utility model and/or frigorific unit the 3rd embodiment;
Fig. 8 is heating of the present utility model and/or frigorific unit the 4th embodiment.
Description of reference numerals: 10 boards; 11 water spaces; 12 feed water inlets; 13 water-collecting trays; 14 guidance panels; 15 bases; 20 storage tanks; 21 suction eyes; 22 filters; 23 carrying handles; 24 upper covers; 30 suction pumps; 40 heating and/or frigorific units; 41 cavitys; 411 fixing holes or fixed leg; 412 frames; 41a the first cavity; 41b the second cavity; 42 heating plates and/or cold plate; 421 locating holes; 42a heating plate; 42b cold plate; 43 water inlets; 43a, 43b water inlet; 431 water inlet pipes; 431a, 431b water inlet pipe; 44 delivery ports; 44a, 44b delivery port; 441 outlet pipes; 441a, 441b outlet pipe; 45 flow-disturbing ribs; 45a, 45b flow-disturbing rib; 46 flow-disturbing projections; 46a, 46b flow-disturbing projection; 47 two-position three way magnetic valves; 50 circuit boards; 60 illuminating lamps.
The specific embodiment
As shown in Figure 1 and Figure 2, the utility model can heat and/or the water dispenser of refrigeration immediately, comprising: a board 10, a storage tank 20, a suction pump 30, heating and/or frigorific unit 40 and a circuit board 50.
This board 10 is generally cuboid, the front water space 11 for user access drinking-water that sets to the concave, these water space 11 tops are provided with one can flow out the feed water inlet 12 of drinking water, below is provided with a water-collecting tray 13, board 10 end faces are provided with a guidance panel 14, rear extension arranges base 15 ㄤ, and base 15 is provided with aforementioned storage tank 20.
This storage tank 20 is used for storing drinking-water, and bottom has a suction eye 21 flowing out for drinking-water, and aforementioned suction pump 30 is arranged on board 10 bottoms and is connected in the suction eye 21 of storage tank 20 belows, is used for the drinking-water in storage tank 20 to extract out from suction eye 21.Storage tank 20 is interior is further provided with a filter 22 that can filter drinking-water, after allowing drinking-water in storage tank 20 filter in advance, then extracts out from suction eye 21; Certainly, directly the delivery port of Domestic water filter being connected in to storage tank 20, is also one of the feasible specific embodiment.
This heating and/or frigorific unit 40 are arranged on board 10 sides and are connected between suction pump 30 and feed water inlet 12, are used for to the instant heating of the drinking-water of flow through heating and/or frigorific unit 40 and/or refrigeration.
This circuit board 50 is electrically connected with aforementioned operation panel 14, suction pump 30 and heating and/or frigorific unit 40 with being arranged on board 10 bottoms, and can control operation panel 14, suction pump 30 and heating and/or frigorific unit 40 operate.
Rely on above-mentioned structure, after user operates by guidance panel 14, suction pump 30 extracts the drinking-water in storage tank 20 from suction eye 21, and order drinking-water is flowed through after heating and/or the instant heating of frigorific unit 40 and/or refrigeration, soon by the feed water inlet 12 of board 10, flow out for user and drink, without insulation being set or protecting ice aqua storage tank and can obtain immediately hot water or frozen water, therefore can significantly reduce power consumption, and reduce volume.
As shown in Figures 2 to 4, described heating and/or frigorific unit 40 comprise a cavity 41 that is sealed shape, and heating plate and/or a cold plate 42 that is superimposed on these cavity 41 lateral surfaces, described cavity 41 two ends are respectively equipped with the water inlet 43 and the delivery port 44 that by its hollow part, are interconnected, described water inlet 43 is provided with a water inlet pipe 431 and is connected with suction pump 30, described delivery port 44 is provided with an outlet pipe 441 and is connected with the feed water inlet 12 of board 10, and drinking-water flows out by interior instant heating and/or the refrigeration that can be subject to heating plate and/or cold plate 42 of cavity 41 from storage tank 20.
In diagram, in this heating and/or frigorific unit 40 cavitys 41, be provided with plural number and can allow flow-disturbing rib 45 or the flow-disturbing projection 46 of drinking-water thermally equivalent and/or refrigeration, plural number flow-disturbing rib 45 or plural flow-disturbing projection 46 are distributed in distance, and drinking-water can be accelerated to be heated by flow-disturbing and/or time of refrigeration cavity 41 is interior.
Because heating plate and/or cold plate 42 are to be superimposed on cavity 41 lateral surfaces, not only can be immediately to the instant heating of the drinking-water in cavity 41 and/or refrigeration, when drinking-water is flowed through cavity 41, can Direct Contact Heating plate and/or cold plate 42, avoid in the operation of heating and/or refrigeration, the heavy metal composition on heating plate and/or cold plate 42 is soluble in water to human body generation harm.
Moreover, as shown in Figure 5, Figure 6, heating and/or frigorific unit 40 are provided with some fixing holes or fixed leg 411 at cavity 41 corresponding to a side of heating plate and/or cold plate 42, heating plate and/or cold plate 42 are provided with locating hole 421 for the two be superimposed fixing use corresponding to some and fixing hole or fixed leg 411, after making cavity 41 and heating plate and/or cold plate 42 superimposed, can carry out spiral shell admittedly or rivet and fix with nut or rivet, avoid the state of heating and/or frigorific unit rising-heat contracting-cold to cause heating plate and/or cold plate to come off from cavity; During enforcement, fixing hole or fixed leg 411 can be set directly at cavity 41 outsides of heating and/or frigorific unit 40, or are arranged for fixing hole or fixed leg 411 by extension jamb 412 around cavity 41.
As Fig. 1, Fig. 7, shown in Fig. 8, this heating and/or frigorific unit have heating and refrigerating function simultaneously, comprise a first cavity 41a who is sealed shape, one is superimposed on the heating plate 42a of the first cavity 41a lateral surface, one is the second cavity 41b of sealed shape, and the cold plate 42b of a superimposed second cavity 41b lateral surface, and the two ends of described the first cavity 41a and the second cavity 41b are respectively equipped with the water inlet 43a being interconnected by its hollow part, 43b and delivery port 44a, 44b, described each water inlet 43a, 43b is respectively equipped with a water inlet pipe 431a, 431b is connected with suction pump 30, described each delivery port 44a, 44b establishes respectively an outlet pipe 441a, 441b is connected with the feed water inlet 12 of board 10, user is by the selection of guidance panel 14, the drinking-water that energy control is flowed through in the first cavity 41a is accepted the instant heating of heating plate 42a, or control the drinking-water of flowing through in the second cavity 41b and accept the instant refrigeration of cold plate 42b.
In diagram, between the water inlet pipe 431a of described the first cavity 41a, the water inlet pipe 431b of the second cavity 41b and suction pump 30, be provided with a two-position three way magnetic valve 47, by guidance panel 14, can control the water inlet pipe 431a that this two-position three way magnetic valve 47 switches to the first cavity 41a and be connected with suction pump 30, or the water inlet pipe 431b that switches to the second cavity 41b is connected with suction pump 30.
When user selects drinking hot water, the water inlet pipe 431a that guidance panel 14 these two-position three way magnetic valves 47 of control switch to the first cavity 41a is connected with suction pump 30, drinking-water is flow in the first cavity 41a and heats; Otherwise when user selects Chilled Drinking Water, the water inlet pipe 431b that 47 of two-position three way magnetic valves switch to the second cavity 41b is connected with suction pump 30, drinking-water is flow in the second cavity 41b and carry out refrigeration.
Similarly, in the first cavity 41a of this heating and/or frigorific unit 40 and the second cavity 41b, be respectively equipped with a plurality of flow-disturbing rib 45a, 45b or flow-disturbing projection 46a, 46b that can allow drinking-water thermally equivalent and/or refrigeration, described plural flow-disturbing rib 45a, 45b or plural flow-disturbing projection 46a, 46b are distributed in distance, and drinking-water can be accelerated to be heated and/or time of refrigeration by flow-disturbing cavity 41 is interior.
As Fig. 1, shown in Fig. 2, this storage tank 20 is transparent material, further comprise a carrying handle 23 that is arranged on storage tank 20 outsides and storage tank 20 can be mentioned, and one hide in the upper cover 24 of storage tank 20 openings, board 10 is provided with the illuminating lamp 60 that can irradiate storage tank 20 on base 15, described illuminating lamp 60 is electrically connected with circuit board 50, illuminating lamp 60 can produce ruddiness when heating and/or frigorific unit 40 carries out heating function, when carrying out refrigerating function, can produce blue light, allow user can know that identification feed water inlet 12 is hot-water supply or cold water, and can produce the landscaping effect of light transformation.
More than illustrate the utility model just illustrative; and nonrestrictive, those of ordinary skills understand, in the case of not departing from the spirit and scope that claim limits; can make many modifications, variation or equivalence, but within all falling into protection domain of the present utility model.
Claims (10)
1. can immediately heat and/or the water dispenser of refrigeration, comprise: a board, a storage tank, a suction pump, a heating and/or frigorific unit and a circuit board, is characterized in that:
This board is rectangular shape, the front water space for user access drinking-water that sets to the concave, and this water space top is provided with one and can flows out the feed water inlet of drinking water, and board end face is provided with a guidance panel, and rear extension arranges a base;
This storage tank is arranged on the base at board rear, is used for storing drinking-water, and this storage tank bottom has a suction eye flowing out for drinking-water;
This suction pump is arranged on board bottom, is connected in the suction eye of storage tank below, is used for drinking-water in storage tank to extract out;
This heating and/or frigorific unit are arranged on board side, are connected between suction pump and feed water inlet, are used for to the instant heating of the drinking-water of flow through heating and/or frigorific unit and/or refrigeration;
This circuit board is arranged on board bottom, is electrically connected with aforementioned operation panel, suction pump and heating and/or frigorific unit, and energy control operation panel, suction pump and heating and/or frigorific unit running.
2. according to claim 1 can immediately heating and/or the water dispenser of refrigeration, it is characterized in that: described in this, heating and/or frigorific unit comprise a cavity that is sealed shape, and heating plate and/or a cold plate that is superimposed on this cavity lateral surface, described cavity two ends are respectively equipped with the water inlet and the delivery port that by hollow part, are interconnected, described water inlet is provided with a water inlet pipe being connected with suction pump, and described delivery port is provided with an outlet pipe being connected with the feed water inlet of board.
3. according to claim 2 can immediately heating and/or the water dispenser of refrigeration, it is characterized in that: in the cavity of this heating and/or frigorific unit, be provided with plural number and can allow flow-disturbing rib or the flow-disturbing projection of drinking-water thermally equivalent and/or refrigeration, plural flow-disturbing rib or plural flow-disturbing projection are distributed in distance.
4. according to claim 2 can immediately heating and/or the water dispenser of refrigeration, it is characterized in that: heating and/or frigorific unit are provided with some fixing holes or fixed leg at cavity corresponding to a side of heating plate and/or cold plate, heating plate and/or cold plate are provided with locating hole for the two be superimposed fixing use corresponding to this fixing hole or fixed leg.
5. according to claim 1 can immediately heating and/or the water dispenser of refrigeration, it is characterized in that: this heating and/or frigorific unit comprise first cavity that is sealed shape, one is superimposed on the heating plate of the first cavity lateral surface, one is the second cavity of sealed shape, and the cold plate of a superimposed second cavity lateral surface, and the two ends of described first and second cavity are respectively equipped with the water inlet and the delivery port that by hollow part, are interconnected, described each water inlet is respectively equipped with a water inlet pipe being connected with suction pump, described each delivery port is respectively equipped with an outlet pipe being connected with the feed water inlet of board.
6. according to claim 5 can immediately heating and/or the water dispenser of refrigeration, it is characterized in that: between the water inlet pipe of described first and second cavity and suction pump, be provided with a two-position three way magnetic valve, by guidance panel, can control the water inlet pipe that this two-position three way magnetic valve switches to the first cavity and be connected with suction pump, or the water inlet pipe that switches to the second cavity is connected with suction pump.
7. according to claim 5 can immediately heating and/or the water dispenser of refrigeration, it is characterized in that: in first and second cavity of this heating and/or frigorific unit, be respectively equipped with a plurality of flow-disturbing rib or flow-disturbing projections that can allow drinking-water thermally equivalent and/or refrigeration, described plural flow-disturbing rib or plural flow-disturbing projection are distributed in distance.
8. according to can immediately heat and/or the water dispenser of refrigeration described in any one in claim 1 to 7, it is characterized in that: the storage tank of water dispenser further comprises one and is arranged on storage tank outside and the carrying handle and that storage tank can be mentioned hides in the upper cover of storage tank opening.
9. according to claim 8 can immediately heating and/or the water dispenser of refrigeration, is characterized in that: in storage tank, be further provided with a filter that can filter drinking-water.
10. according to can immediately heat and/or the water dispenser of refrigeration described in any one in claim 1 to 7, it is characterized in that: this storage tank is transparent material, board is provided with the illuminating lamp that can irradiate storage tank on base, described illuminating lamp is electrically connected with circuit board, and illuminating lamp throws light on to storage tank when heating and/or frigorific unit running.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320760004.0U CN203576301U (en) | 2013-11-26 | 2013-11-26 | Water dispenser capable of realizing instant heating and/or refrigerating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320760004.0U CN203576301U (en) | 2013-11-26 | 2013-11-26 | Water dispenser capable of realizing instant heating and/or refrigerating |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203576301U true CN203576301U (en) | 2014-05-07 |
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ID=50574289
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320760004.0U Expired - Fee Related CN203576301U (en) | 2013-11-26 | 2013-11-26 | Water dispenser capable of realizing instant heating and/or refrigerating |
Country Status (1)
| Country | Link |
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| CN (1) | CN203576301U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104739243A (en) * | 2015-04-28 | 2015-07-01 | 浙江朗诗德健康饮水设备股份有限公司 | Water dispenser |
| CN105662149A (en) * | 2016-04-22 | 2016-06-15 | 杭州云蜂工业设计有限公司 | Purified water direct drinking machine |
| CN111750533A (en) * | 2019-03-26 | 2020-10-09 | 天津莱奥德机械有限公司 | High-precision flow hot water constant temperature control system |
-
2013
- 2013-11-26 CN CN201320760004.0U patent/CN203576301U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104739243A (en) * | 2015-04-28 | 2015-07-01 | 浙江朗诗德健康饮水设备股份有限公司 | Water dispenser |
| CN105662149A (en) * | 2016-04-22 | 2016-06-15 | 杭州云蜂工业设计有限公司 | Purified water direct drinking machine |
| CN105662149B (en) * | 2016-04-22 | 2018-06-22 | 杭州云蜂工业设计有限公司 | A kind of pure water Drinking fountain |
| CN111750533A (en) * | 2019-03-26 | 2020-10-09 | 天津莱奥德机械有限公司 | High-precision flow hot water constant temperature control system |
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