CN104367189B - Power-saving vertical drinking fountain stand - Google Patents

Power-saving vertical drinking fountain stand Download PDF

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Publication number
CN104367189B
CN104367189B CN201410631245.4A CN201410631245A CN104367189B CN 104367189 B CN104367189 B CN 104367189B CN 201410631245 A CN201410631245 A CN 201410631245A CN 104367189 B CN104367189 B CN 104367189B
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China
Prior art keywords
water
cabinet
fairlead
heat
heat exchange
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CN201410631245.4A
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Chinese (zh)
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CN104367189A (en
Inventor
成志方
祝冬初
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常熟市海晟电器有限公司
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Priority to CN201410631245.4A priority Critical patent/CN104367189B/en
Publication of CN104367189A publication Critical patent/CN104367189A/en
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Publication of CN104367189B publication Critical patent/CN104367189B/en

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Abstract

A kind of power-saving vertical drinking fountain stand, belongs to drinking device technical field.Including cabinet, its top constitutes cabinet epicoele, and bottom constitutes cabinet cavity of resorption, by cabinet chamber divides between the upper and lower chamber of cabinet, arranges water-collecting tray in the side of the short transverse of cabinet, is arranging hot water corresponding to the position above water-collecting tray and cold is turning on the tap;Water treatment machine structure, is located under cabinet intracavity, is connected with water supply line;Water heating arrangements, is located on cabinet intracavity;Electric controller, is located on cabinet intracavity, is connected with described water treatment machine structure and water heating arrangements electrical control;Process water fairlead, be connected with water treatment machine structure;Hot water fairlead, one end is connected with water heating arrangements, the other end is connected with hot water tap;Feature: also include heat exchange mechanisms, it is located on cabinet intracavity, turns on the tap with cold, water heating arrangements and process water fairlead and be connected simultaneously.The selectivity requirement of the person of drinking can be met;Good energy-saving effect can be embodied.

Description

Power-saving vertical drinking fountain stand
Technical field
The invention belongs to drinking device technical field, be specifically related to a kind of power-saving vertical drinking fountain stand.
Background technology
Aforesaid vertical drinking fountain stand is also referred to as vertical drinking or vertical drinking-water platform, even also known as cabinet-type drinking fountain, this water dispenser is widely used in school, conference centre, office space, stadiums, industrial and mining establishment, people-to-people contacts public place frequently such as station, waiting room, airport boarding lounge, etc..
Vertical drinking in prior art be typically only capable to provide high warm water and cannot provide boiled after the cold boiled water through cooling, thus be difficult to the selection requirement of the boiled water meeting people to drinking different temperatures in actual use.Because in the such as station that passenger comes and goes hurriedly, airport place, drinking cold boiled water and both can quench one's thirst for client, the time can be saved again;Again because in school, the break time of student is shorter (being generally 10-15min), drink high-temperature hot boiled water and can delay the time after school that student is valuable undoubtedly.
" health full-automatic quick-cooling, heating boiled water machine " that Chinese patent Authorization Notice No. CN2155523Y provides can provide hot boiled water and cold boiled water, this patent is except being equipped with hot water-heating container, separately equipped with a cold water-heating container and a cold water storage cistern, pipe (patent the claims bended pipe) leaching providing cold boiled water to cold water-heating container is placed in cold water storage cistern.By this patent specification page 4 the 3rd being walked to the explanation of page 5 eighth row, the cold boiled water of its offer is only through being arranged on the water that sterilizing filter on water inlet pipe pipeline filters and the mineralizer that is arranged in cold water storage cistern processes, it is not that heated device burns boiled water, thus is difficult to ensure the hygienic requirements of water that self cooling water-heating container drinks.Additionally, in order to meet the requirement providing cold boiled water, be equipped with a cold water storage cistern for depositing cold water in machine and the structure of water dispenser will certainly be made to complicate and enlarge markedly volume.
Authorization Notice No. CN201005513Y introduces to be had " a kind of boiled water, the dual-purpose machine of cold boiled water ", this patent is to add, at boiled water, the one end connecting a water pipe in hot tank, the other end at water pipe arranges cold turning on the tap, and a cold water pipe is set in machine, being placed in the water of (being immersed in) cold water storage cistern by the middle part of cold water pipe, boiled water adds the hot boiled water in hot tank and draws through water pipe and taken (specifically can walk to the 18th row referring to this patent specification page 2 the 4th) by cold turning on the tap.This CN201005513Y compares CN2155523Y, the cold boiled water provided is once boiled water, it is thus able to meet hygienic requirements, but be equipped with cold water pipe in order to make to be caused the cold water for cooling turned on the tap by water pipe and can enlarge markedly the volume of water dispenser equally and make structure tend to complicated.
Above-mentioned two patents are except deficiency noted above, there is also the logical fraud of the waste energy, because high-temperature hot boiled water discharges shortage of heat in cooling down the process by cold boiled water and is utilized by the tap water diversion pipeline waiting heating, that is effective heat exchange each other can not be embodied, although two patents will provide for the pipe leaching of cold boiled water and are placed in the measure of cold water storage cistern and can improve the water temperature of cold water storage cistern to a certain extent, but owing to the volume of cold water storage cistern is bigger with the volume great disparity of the pipe providing cold boiled water, thus the water temperature of cold water storage cistern is improved often better than nothing, moreover the water in cold water storage cistern can not disposable whole supply heating water tank, and only need moisturizing just to be supplemented to heating water tank by cold water storage cistern in heating water tank.
For above-mentioned prior art, the applicant has done useful design, defines technical scheme described below.
Summary of the invention
The task of the present invention is in that to provide a kind of and had not only contributed to providing hot boiled water but also be conducive to provide cold boiled water and use the different choice that meets the person of drinking and require, be of value to and make full use of the heat that hot boiled water discharge in the process being cooled to cold boiled water and the power-saving vertical drinking fountain stand using the good energy-saving effect of embodiment.
The task of the present invention is performed by, a kind of power-saving vertical drinking fountain stand, including a cabinet, the top of this cabinet is constituted cabinet epicoele, bottom is constituted cabinet cavity of resorption, by cabinet chamber divides between the upper and lower chamber of cabinet, it is equipped with a water-collecting tray in the side of the short transverse of cabinet, and is being equipped with hot water tap corresponding to the position above water-collecting tray and cold is turning on the tap;One water treatment machine structure, this water treatment machine structure is arranged on intracavity under described cabinet, and is connected with water supply line in a state of use;One water heating arrangements, this water heating arrangements is arranged on intracavity on described cabinet;One electric controller, this electric controller is arranged on intracavity on described cabinet, and is connected with described water treatment machine structure and water heating arrangements electrical control simultaneously;One for by by the process water fairlead processing water extraction after the process of described water treatment machine structure, and this process water fairlead is connected with water treatment machine structure;One hot water fairlead, one end of this hot water fairlead is connected with described water heating arrangements, and the other end is connected with described hot water tap;It is characterized as being: also include one for being cooled to cold boiled water by being carried out heat exchange by the hot water that described water heating arrangements is boiled with the process water drawn by described process water fairlead and cause the described cold heat exchange mechanisms turned on the tap, this heat exchange mechanisms is arranged on intracavity on described cabinet, and cold turn on the tap with described simultaneously, water heating arrangements and process water fairlead and be connected.
In a specific embodiment of the present invention, described water heating arrangements includes water heating tank and electric heater, water heating tank is fixed on intracavity on the cabinet of described cabinet, a water heating tank three way cock communicated with the water heating tank chamber of water heating tank it is provided with at the top of this water heating tank, a water heating tank water inlet interface communicated with water heating tank chamber it is provided with in the following side of water heating tank, electric heater is arranged on described water heating tank intracavity and is connected with described electric controller electrical control by circuit, one end of described hot water fairlead is connected with described water heating tank three way cock, described heat exchange mechanisms is connected with water heating tank three way cock and water heating tank water inlet interface, described cabinet chamber demarcation strip offers one for through cabinet, the process water fairlead resigning hole of cavity of resorption, described process water fairlead this process water fairlead resigning hole of traverse being connected with described water treatment machine structure.
In another specific embodiment of the present invention, described heat exchange mechanisms includes heat exchange coil, inner sleeve, first, second heat exchange coil three way cock, hot water transitional connection pipe, four-way heat control valve, cold boiled water outlet pipe, heat control valve hot water fairlead and the cold boiled water fairlead of heat control valve, heat exchange coil is fixed on the described cabinet chamber demarcation strip side towards described cabinet epicoele by the fixing plate of heat exchange coil, inner sleeve is contained in heat exchange coil, space between outer wall and the inwall of heat exchange coil of this inner sleeve is configured to the process water heat exchanging chamber of heat exchange coil, and the internal canula lumen of inner sleeve is configured to hot boiled water heat exchanging chamber, first heat exchange coil three way cock connects the one end at heat exchange coil, the described water fairlead that processes is connected with the first interface of this first heat exchange coil three way cock, and communicate with described process water heat exchanging chamber, second heat exchange coil three way cock connects the other end at heat exchange coil, one end of hot water transitional connection pipe is connected with the four-way heat control valve first interface of four-way heat control valve, and the other end of hot water transitional connection pipe is connected with described water heating tank three way cock, one end of cold boiled water outlet pipe is connected with second interface of the first heat exchange coil three way cock, and communicate with the cold boiled water outlet of described hot boiled water heat exchanging chamber, the other end of cold boiled water outlet pipe is connected with four-way heat control valve second interface of four-way heat control valve, one end of heat control valve hot water fairlead is connected with four-way heat control valve the 3rd interface of four-way heat control valve, and the first of the other end of this heat control valve hot water fairlead and the second heat exchange coil three way cock connects mouth and connects and communicate with the hot boiled water water inlet of the hot boiled water heat exchanging chamber of described inner sleeve, one end of the cold boiled water fairlead of heat control valve is connected with four-way heat control valve the 4th interface of four-way heat control valve, and the other end of this heat control valve cold boiled water fairlead is connected with described cold turning on the tap, described water heating tank water inlet interface is connected to a heat-exchanging water and introduces one end of pipe, and this heat-exchanging water introduces the other end of pipe and the second of the second heat exchange coil three way cock connects mouth and connect;On described cabinet and corresponding to described hot water tap and cold turn on the tap between above position be provided with a display screen, the electrical connection of this display screen and described electric controller.
In another specific embodiment of the present invention, on described water heating tank and be positioned at the bottom of water heating tank and be connected to a water discharge pipe overnight for being got rid of by the water overnight of the water heating tank intracavity of water heating tank, being provided with a water discharge pipe overnight on the pipeline of this water discharge pipe overnight and control valve, this water discharge pipe overnight controls valve and is connected with described electric controller electrical control by circuit.
In another specific embodiment of the present invention, being equipped with a hot water fairlead and control valve on the pipeline of described hot water fairlead, this hot water fairlead controls valve and is connected with described electric controller electrical control by circuit.
Also having in a specific embodiment in the present invention, is provided with a cold boiled water fairlead on the pipeline of described heat control valve cold boiled water fairlead and controls valve, and this cold boiled water fairlead controls valve and is connected with described electric controller electrical control by circuit;End at second interface of described first heat exchange coil three way cock is constituted one first three way cock's shrouding, and the first of described second heat exchange coil three way cock connect mouth end constitute have one second three way cock's shrouding, one end of described inner sleeve and first three way cock's shrouding are fixed, and the cold boiled water outlet of the hot boiled water heat exchanging chamber of this inner sleeve leans out the first three way cock's shrouding side back to described process water heat exchanging chamber, and the hot boiled water water inlet of hot boiled water heat exchanging chamber leans out the second three way cock's shrouding side back to described process water heat exchanging chamber.
In more and in a specific embodiment of the present invention, described four-way heat control valve has a flow regulable control knob.
The present invention's and then in a specific embodiment, described water-collecting tray offers a spilled water hole, and connects a tapping pipe for being got rid of by the water in water-collecting tray in the position corresponding to this spilled water hole.
In the present invention again more and in a specific embodiment, the bottom of described cabinet is provided with roller.
In again and then in a specific embodiment of the present invention, described water treatment machine structure includes the first filter and the second filter, this is first years old, second filter is arranged on intracavity under the cabinet of described cabinet each other with longitudinally parallel state, first filter water inlet of the first filter connects one end of a filter inleting pipe, the other end of this filter inleting pipe is connected with water supply line, and on the pipeline of this filter inleting pipe, it is equipped with a filter inleting pipe controls valve, this filter inleting pipe controls valve and is connected with described electric controller electrical control by circuit, first filter outlet of the first filter is connected with the second filter water inlet of the second filter by filter transition conduit, and the second filter outlet of the second filter is connected with described process water fairlead.
Technical scheme provided by the invention is owing to being additionally arranged heat exchange mechanisms, thus can provide hot boiled water and cold boiled water to the person of drinking, and can meet the selectivity requirement of the person of drinking;Owing to heat exchange mechanisms makes to be processed by water treatment machine structure and improved temperature by the water processing the extraction of water fairlead before entering water heating arrangements while being cold boiled water by the cooling of hot boiled water, thus good energy-saving effect can be embodied.
Accompanying drawing explanation
Fig. 1 is embodiments of the invention structure chart.
Fig. 2 is the detailed structure view of the heat exchange coil of the heat exchange mechanisms shown in Fig. 1, inner sleeve, the first heat exchange coil three way cock and the second heat exchange coil three way cock.
Detailed description of the invention
In order to enable the auditor especially public of Patent Office to be more clearly understood from technical spirit and the beneficial effect of the present invention, applicant will elaborate below by way of example, but the description to embodiment is not all the restriction to the present invention program, any foundation pro forma but not substantial equivalent transformation that is only done by present inventive concept is regarded as technical scheme category.
Refer to Fig. 1, figure 1 illustrates: a cabinet 1, this cabinet 1 is vertical cabinet, constitute on the top of this cabinet 1 and have cabinet epicoele 11, and bottom composition has cabinet cavity of resorption 12, cabinet is separated by cabinet chamber demarcation strip 13 between upper and lower chamber 11,12, under the side of short transverse and use state of cabinet 1, it is equipped with a water-collecting tray 14 towards the side (namely right side of location status shown in Fig. 1) of the person of drinking, and is being equipped with hot water tap 15 corresponding to the position above water-collecting tray 14 and cold is turning on the tap 16;One water treatment machine structure 2, this water treatment machine structure 2 is arranged in aforementioned cabinet cavity of resorption 12, and is connected with water supply line in a state of use, the tap water pipe line 8 of water supply line such as Fig. 1 signal;One water heating arrangements 3, this water heating arrangements 3 is arranged in aforementioned cabinet epicoele 11;One electric controller 4, this electric controller 4 is similarly disposed in cabinet epicoele 11, and is connected with water treatment machine structure 2 and water heating arrangements 3 electrical control simultaneously;One for processing the process water fairlead 5 that water is drawn after being processed by water treatment machine structure 2, and this process water fairlead 5 is connected with water treatment machine structure 2;One hot water fairlead 6, one end of this hot water fairlead 6 is connected with aforementioned water heating arrangements 3, and the other end is connected with former hotter water tap 15.
In FIG, although the hot water tap 15 that illustrates of applicant and cold turn on the tap 16 quantity be respectively one, but be based on specialty general knowledge and can comply with and need increase and decrease, thus should not be restricted by the restriction of diagram quantity.
Technical essential as technical scheme provided by the invention, the structural system of aforementioned vertical drinking fountain stand also include one for by by the boiled hot water of aforementioned water heating arrangements 3 under ensureing the premise that hot water is provided with drawn by aforementioned processing water fairlead 5 process water carry out heat exchange and be cooled to cold boiled water and cause aforementioned cold turn on the tap 16 heat exchange mechanisms 7, this heat exchange mechanisms 7 has been arranged in aforementioned cabinet epicoele 11, and simultaneously turn on the tap 16 with cold, water heating arrangements 3 and process water fairlead 5 and be connected.
As shown in Figure 1, aforementioned water heating arrangements 3 includes water heating tank 31 and electric heater 32, water heating tank 31 is by the fixing foot 315 of water heating tank and is fixed in the cabinet epicoele 11 of cabinet 1 with fixing foot screw 3151 in the position corresponding to the screw hole 111 being opened in the cavity wall of cabinet epicoele 11, at the top of this water heating tank 31 and be provided with a water heating tank three way cock 312 communicated with the water heating tank chamber 311 of water heating tank 31 in the position corresponding to water heating tank outlet 316, it is provided with water heating tank water inlet interface 313 electric heater 32 communicated with water heating tank chamber 311 be arranged in water heating tank chamber 311 in the following side of water heating tank 31 and be connected with the electrical control of aforementioned electric controller 4 by circuit.One end of aforesaid hot water fairlead 6 is connected with water heating tank three way cock 312, and aforementioned heat exchange mechanisms 7 is connected with water heating tank three way cock 312 and water heating tank water inlet interface 313.Offering one on aforementioned cabinet chamber demarcation strip 13 for the process water fairlead resigning hole 131 in the upper and lower chamber 11,12 of through cabinet, the process water fairlead 5 being connected with aforementioned water treatment machine structure 2 is through this process water fairlead resigning hole 131.
Preferably, muff 317(is set outside aforesaid water heating tank 31 and also can claim heat-insulation layer), the former electric heater 32 is electric heating pipe type electric heater.
Please see Fig. 2 and in conjunction with Fig. 1 by emphasis, aforesaid heat exchange mechanisms 7 preferably but not the structure that is definitely limited to is as follows: include heat exchange coil 71, inner sleeve 72, first, second heat exchange coil three way cock 73, 74, hot water transitional connection pipe 75, four-way heat control valve 76, cold boiled water outlet pipe 77, heat control valve hot water fairlead 78 and the cold boiled water fairlead 79 of heat control valve, heat exchange coil 71 is by the fixing plate 711 of the heat exchange coil of generally n shape and is fixed on the aforementioned cabinet chamber demarcation strip 13 side towards cabinet epicoele 11 with fixing plate bolt 7111 in the position corresponding to the fixing plate bolt hole 132 being preset on aforementioned cabinet chamber demarcation strip 13, but, if heat exchange coil 71 being arranged in cabinet cavity of resorption 12 for the purpose evading technical scheme, so should be considered as equivalent replacement and still belong within disclosed by the invention and shielded right.Inner sleeve 72 is contained in heat exchange coil 71, and the space between outer wall and the inwall of heat exchange coil 71 of this inner sleeve 72 is configured to the process water heat exchanging chamber 712 of heat exchange coil 71, and the internal canula lumen of inner sleeve 72 is configured to hot boiled water heat exchanging chamber 721.By the clear signal of Fig. 2, the quantity of inner sleeve 72 has three, but this quantity also not must be selected, it is possible to according to needing increase and decrease, the position at the two ends of inner sleeve 72 completely cuts off (being also described below) with aforesaid process water heat exchanging chamber 712 in addition.First heat exchange coil three way cock 73 preferably connects in one end of heat exchange coil 71 with screw thread docked mode, aforesaid process water fairlead 5 is connected with the first interface 731 of this first heat exchange coil three way cock 73, and communicate with processing water heat exchanging chamber 712, specifically, show through first interface chamber 7311(Fig. 2 of first interface 731 by processing the water drawn of water fairlead 5) entrance processes in water heat exchanging chamber 712.Second heat exchange coil three way cock 74 is also, it is preferred that adopt screw thread docked mode to connect the other end at heat exchange coil 71.Threaded with the four-way heat control valve first interface 761 of four-way heat control valve 76 in one end of hot water transitional connection pipe 75, and the other end of hot water transitional connection pipe 75 is threadeded with aforementioned water heating tank three way cock 312.Threaded with second interface 732 of the first heat exchange coil three way cock 73 in one end of cold boiled water outlet pipe 77, and communicate with the cold boiled water outlet 7211 of aforementioned hot boiled water heat exchanging chamber 721, namely communicating with the outlet of inner sleeve 72, the other end of cold boiled water outlet pipe 77 is threadeded with four-way heat control valve second interface 762 of four-way heat control valve 76.One end of heat control valve hot water fairlead 78 is connected with four-way heat control valve the 3rd interface 763 of four-way heat control valve 76, and the first of the other end of this heat control valve hot water fairlead 78 and the second heat exchange coil three way cock 74 connects mouth 741 and connects and communicate with the hot boiled water water inlet 7212 of the hot boiled water heat exchanging chamber 721 of inner sleeve 72, namely communicates with the water inlet of inner sleeve 72.Threaded with four-way heat control valve the 4th interface 764 of four-way heat control valve 76 in one end of the cold boiled water fairlead 79 of heat control valve, and the other end of this heat control valve cold boiled water fairlead 79 16 is connected with aforesaid cold turning on the tap.As shown in Figure 1, on aforesaid water heating tank intakes interface 313, it is connected to a heat-exchanging water introduces one end of pipe 3131, and this heat-exchanging water introduce pipe 3131 the other end and the second heat exchange coil three way cock 74 second to connect mouth 742 threaded, this second oral cavity 7421 that connects connecting mouth 742 make water introduce in water heating tank chamber 311 through heat-exchanging water introducing pipe 3131;On aforesaid cabinet 1 and hot water tap 15 and the cold position turned on the tap above between 16 are being provided with a display screen 17, this display screen 17 is electrically connected with described electric controller 4, and on the cabinet panel arrange display screen 17, it is additionally provided with a hot water drink the cold boiled water of button 19a and one and drink button 19b, pressing hot water is drunk button 19a and can be obtained hot water from hot water tap 15, press cold boiled water and drink button 19b, just can from the cold 16 cold boiled water of acquisition of turning on the tap.
From the signal of Fig. 2, one end of the cold boiled water outlet 7211 of aforesaid inner sleeve 72 is closed by first three way cock's shrouding 733 of the end being formed in the first heat exchange coil three way cock 73, is namely made process water heat exchanging chamber 712 and cold boiled water outlet 7211 completely cut off by this first three way cock shrouding 733.Equally, one end of the hot boiled water water inlet 7212 of aforesaid inner sleeve 72 is closed by the second three way cock's shrouding 743 being formed in the second heat exchange coil three way cock 74 end, namely process water heat exchanging chamber 712 and hot boiled water water inlet 7212 is made to completely cut off by this second three way cock shrouding 743, thus the position having confirmed the two ends of the inner sleeve 72 that applicant says herein above is and the statement processing water heat exchanging chamber 712 isolation.By description above, one end of inner sleeve 72 is fixed with first three way cock's shrouding 733, and the cold boiled water outlet 7211 of the hot boiled water heat exchanging chamber 721 of this inner sleeve 72 leans out the first three way cock's shrouding 733 side back to aforementioned processing water heat exchanging chamber 712, and the other end of inner sleeve 72 and second three way cock's shrouding 743 are fixed, and the hot boiled water water inlet 7212 of hot boiled water heat exchanging chamber 721 leans out the second three way cock's shrouding 743 side back to aforementioned processing water heat exchanging chamber 712.
See Fig. 1, on aforementioned water heating tank 31 and be positioned at the bottom of water heating tank 31 and be namely connected to a water discharge pipe overnight 314 for being got rid of by the water overnight in the water heating tank chamber 311 of water heating tank 31 in the position of the osculum 318 corresponding to water heating tank 31, the pipeline of this water discharge pipe 314 overnight is provided with a water discharge pipe overnight and controls valve 3141, this water discharge pipe overnight controls valve 3141 and is connected with the electrical control of described electric controller 4 by circuit, opened water discharge pipe overnight control valve 3141 according to set time by electric controller 4 can be got rid of by the water overnight in water heating tank chamber 311.
Preferably, being equipped with a hot water fairlead and control valve 61 on the pipeline of aforesaid hot water fairlead 6, this hot water fairlead controls valve 61 and is connected with described electric controller 4 electrical control by circuit;Being provided with a cold boiled water fairlead on the pipeline of aforesaid heat control valve cold boiled water fairlead 79 and control valve 791, this cold boiled water fairlead controls valve 791 and is connected with the electrical control of aforesaid electric controller 4 by circuit.
As shown in Figure 1, at aforesaid four-way heat control valve 76, there is a flow regulable control knob 765, the uninterrupted of hot water transitional connection pipe 75 can be changed by the operation to this Flow-rate adjustment control handle 765, to realize the temperature of cold boiled water is controlled, namely the temperature of cold boiled water provided by the invention can regulate.
Preferably, aforesaid water-collecting tray 14 offers a spilled water hole 141, and connects one in the position corresponding to this spilled water hole 141 for the water in water-collecting tray 14 being got rid of the tapping pipe 1411 of (draining into the external world).Preferably, the bottom of aforementioned cabinet 1 is provided with roller 18.
Still see Fig. 1, aforesaid water treatment machine structure 2 includes the first filter 21 and the second filter 22, this is first years old, second filter 21, 22 are arranged in the cabinet cavity of resorption 12 of aforementioned cabinet 1 with longitudinally parallel state each other, first filter water inlet 211 of the first filter 21 connects one end of a filter inleting pipe 2111, the other end of this filter inleting pipe 2111 is connected with water supply line, and on the pipeline of this filter inleting pipe 2111, it is equipped with a filter inleting pipe controls valve 21111, this filter inleting pipe controls valve 21111 and is connected with electric controller 4 electrical control by circuit, first filter outlet 212 of the first filter 21 is connected with the second filter water inlet 221 of the second filter 22 by filter transition conduit 2121, and the second filter outlet 222 of the second filter 22 is connected with aforementioned processing water fairlead 5, namely it is connected with the aforementioned tap water pipe line 8 of Fig. 1 signal.
During use, filter inleting pipe is made to control valve 2111(electromagnetic valve by electric controller 4) open, the filter inleting pipe 2111 of the first filter water inlet 211 of the first filter 21 introduces to the first filter 21 from tap water pipe line 8, filtration and cascade filtration again is entered in the second filter 22 from the first filter outlet 212 through filter transition conduit 2121 and the second filter water inlet 221 after the first filter 21 filtration and single filter, drawn by the second filter outlet 222 of the second filter 22, treated water fairlead 5 introduces the first heat exchange coil three way cock 73, it is re-introduced into the process water heat exchanging chamber 712 of heat exchange coil 71, connected mouth 742 by the second of the second heat exchange coil three way cock 74 to draw, introduce pipe 3131 through heat-exchanging water to introduce in water heating tank chamber 311.Electric heater 32 now is in running order, by boiled for the water in water heating tank 32.Water in water heating tank chamber 311 is divided into two-way through water heating tank three way cock 312, and a road supply hot water fairlead 6, supplying hot water tap 15 is taken, and another road causes four-way heat control valve 76 through hot water transitional connection pipe 75.At four-way heat control valve 76 place, by heat control valve hot water fairlead 78, hot water is fed back to four-way heat control valve 76 through the hot boiled water water inlet 7212 of inner sleeve 72, hot boiled water heat exchanging chamber 721, cold boiled water outlet 7211 and cold boiled water outlet pipe 77 successively, then is led to cold turning on the tap by heat control valve cold boiled water fairlead 79 and 16 take.In this process, while the hot boiled water of the hot boiled water heat exchanging chamber 721 of inner sleeve 72 becomes cold boiled water, the temperature by way of the water processing water heat exchanging chamber 712 is improved, namely heat is exchanged by by way of the water processed in water heat exchanging chamber 712 with the aqueous phase in hot boiled water heat exchanging chamber 721, make the temperature entering into the water in water heating tank chamber 311 improve and embody energy-conservation, namely save the power consumption of electric heater 32.
In sum, technical scheme provided by the invention overcomes the shortcoming in prior art, has favorably accomplished invention task, has cashed the technique effect recorded in the superincumbent technique effect hurdle of applicant faithfully.

Claims (9)

1.A kind of power-saving vertical drinking fountain stand, including a cabinet (1), the top of this cabinet (1) is constituted cabinet epicoele (11), bottom is constituted cabinet cavity of resorption (12), separated by cabinet chamber demarcation strip (13) between the upper and lower chamber of cabinet (11,12), it is equipped with a water-collecting tray (14) in the side of the short transverse of cabinet (1), and is equipped with hot water tap (15) and cold turn on the tap (16) in the position of the top corresponding to water-collecting tray (14);One water treatment machine structure (2), this water treatment machine structure (2) is arranged in described cabinet cavity of resorption (12), and is connected with water supply line in a state of use;One water heating arrangements (3), this water heating arrangements (3) is arranged in described cabinet epicoele (11);One electric controller (4), this electric controller (4) is arranged in described cabinet epicoele (11), and is connected with described water treatment machine structure (2) and water heating arrangements (3) electrical control simultaneously;One for process water fairlead (5) processing water extraction after being processed by described water treatment machine structure (2), and this process water fairlead (5) is connected with water treatment machine structure (2);One hot water fairlead (6), one end of this hot water fairlead (6) is connected with described water heating arrangements (3), and the other end is connected with described hot water tap (15);It is characterized in that: also include one for being cooled to cold boiled water by being carried out heat exchange by the hot water that described water heating arrangements (3) is boiled with the process water drawn by described process water fairlead (5) and cause the heat exchange mechanisms (7) of described cold turn on the tap (16), this heat exchange mechanisms (7) is arranged in described cabinet epicoele (11), and simultaneously with described cold turn on the tap (16), water heating arrangements (3) and process water fairlead (5) connect, described water heating arrangements (3) includes water heating tank (31) and electric heater (32), water heating tank (31) is fixed in the cabinet epicoele (11) of described cabinet (1), water heating tank three way cock (312) communicated with the water heating tank chamber (311) of water heating tank (31) it is provided with at the top of this water heating tank (31), water heating tank water inlet interface (313) communicated with water heating tank chamber (311) it is provided with in the following side of water heating tank (31), electric heater (32) is arranged in described water heating tank chamber (311) and is connected with described electric controller (4) electrical control by circuit, one end of described hot water fairlead (6) is connected with described water heating tank three way cock (312), described heat exchange mechanisms (7) is connected with water heating tank three way cock (312) and water heating tank water inlet interface (313), described cabinet chamber demarcation strip (13) offers one for through cabinet, cavity of resorption (11,12) process water fairlead resigning hole (131), described process water fairlead (5) this process water fairlead resigning hole (131) of traverse being connected with described water treatment machine structure (2).
2.Power-saving vertical drinking fountain stand according to claim 1, it is characterized in that described heat exchange mechanisms (7) includes heat exchange coil (71), inner sleeve (72), first, second heat exchange coil three way cock (73,74), hot water transitional connection pipe (75), four-way heat control valve (76), cold boiled water outlet pipe (77), heat control valve hot water fairlead (78) and the cold boiled water fairlead (79) of heat control valve, heat exchange coil (71) is fixed on described cabinet chamber demarcation strip (13) side towards described cabinet epicoele (11) by the fixing plate (711) of heat exchange coil, inner sleeve (72) is contained in heat exchange coil (71), space between outer wall and the inwall of heat exchange coil (71) of this inner sleeve (72) is configured to process water heat exchanging chamber (712) of heat exchange coil (71), and the internal canula lumen of inner sleeve (72) is configured to hot boiled water heat exchanging chamber (721), first heat exchange coil three way cock (73) connects the one end in heat exchange coil (71), described process water fairlead (5) is connected with the first interface (731) of this first heat exchange coil three way cock (73), and communicate with described process water heat exchanging chamber (712), second heat exchange coil three way cock (74) connects the other end in heat exchange coil (71), one end of hot water transitional connection pipe (75) is connected with four-way heat control valve first interface (761) of four-way heat control valve (76), and the other end of hot water transitional connection pipe (75) is connected with described water heating tank three way cock (312), one end of cold boiled water outlet pipe (77) is connected with second interface (732) of the first heat exchange coil three way cock (73), and communicate with the cold boiled water outlet (7211) of described hot boiled water heat exchanging chamber (721), the other end of cold boiled water outlet pipe (77) is connected with the four-way heat control valve the second interface (762) of four-way heat control valve (76), one end of heat control valve hot water fairlead (78) is connected with the four-way heat control valve the 3rd interface (763) of four-way heat control valve (76), and the first of the other end of this heat control valve hot water fairlead (78) and the second heat exchange coil three way cock (74) connects mouth (741) and connects and communicate with the hot boiled water water inlet (7212) of the hot boiled water heat exchanging chamber (721) of described inner sleeve (72), one end of the cold boiled water fairlead (79) of heat control valve is connected with the four-way heat control valve the 4th interface (764) of four-way heat control valve (76), and the other end of this heat control valve cold boiled water fairlead (79) is connected with described cold turn on the tap (16), described water heating tank water inlet interface (313) is connected to a heat-exchanging water and introduces one end of pipe (3131), and this heat-exchanging water introduces the other end of pipe (3131) and the second of the second heat exchange coil three way cock (74) connects mouth (742) and connect;Above and a display screen (17), this display screen (17) and described electric controller (4) electrical connection it is provided with in the position corresponding to described hot water tap (15) and the cold top turned on the tap between (16) at described cabinet (1).
3.Power-saving vertical drinking fountain stand according to claim 1, it is characterized in that bottom that is upper described water heating tank (31) and that be positioned at water heating tank (31) is connected to a water discharge pipe overnight (314) for being got rid of by the water overnight in the water heating tank chamber (311) of water heating tank (31), being provided with a water discharge pipe overnight on the pipeline of this water discharge pipe overnight (314) and control valve (3141), this water discharge pipe overnight controls valve (3141) and is connected with described electric controller (4) electrical control by circuit.
4.Power-saving vertical drinking fountain stand according to claim 1, it is characterized in that being equipped with a hot water fairlead on the pipeline of described hot water fairlead (6) controls valve (61), this hot water fairlead controls valve (61) and is connected with described electric controller (4) electrical control by circuit.
5.Power-saving vertical drinking fountain stand according to claim 2, it is characterized in that being provided with a cold boiled water fairlead on the pipeline of described heat control valve cold boiled water fairlead (79) controls valve (791), this cold boiled water fairlead controls valve (791) and is connected with described electric controller (4) electrical control by circuit;End at second interface (732) of described first heat exchange coil three way cock (73) is constituted one first three way cock's shrouding (733), and the first of described second heat exchange coil three way cock (74) connect mouth (741) end constitute have one second three way cock's shrouding (743), one end of described inner sleeve (72) is fixed with first three way cock's shrouding (733), and the cold boiled water outlet (7211) of the hot boiled water heat exchanging chamber (721) of this inner sleeve (72) leans out the first three way cock's shrouding (733) side back to described process water heat exchanging chamber (712), and the hot boiled water water inlet (7212) of hot boiled water heat exchanging chamber (721) leans out the second three way cock's shrouding (743) side back to described process water heat exchanging chamber (712).
6.Power-saving vertical drinking fountain stand according to claim 2, it is characterised in that described four-way heat control valve (76) has flow regulable control knob (765).
7.Power-saving vertical drinking fountain stand according to claim 1, it is characterized in that offering a spilled water hole (141) on described water-collecting tray (14), and connect a tapping pipe (1411) for being got rid of by the water in water-collecting tray (14) in the position corresponding to this spilled water hole (141).
8.Power-saving vertical drinking fountain stand according to claim 1 and 2, it is characterised in that the bottom of described cabinet (1) is provided with roller (18).
9.Power-saving vertical drinking fountain stand according to claim 1, it is characterized in that described water treatment machine structure (2) includes the first filter (21) and the second filter (22), this is first years old, second filter (21,22) it is arranged in the cabinet cavity of resorption (12) of described cabinet (1) with longitudinally parallel state each other, first filter water inlet (211) of the first filter (21) connects one end of a filter inleting pipe (2111), the other end of this filter inleting pipe (2111) is connected with water supply line, and on the pipeline of this filter inleting pipe (2111), it is equipped with a filter inleting pipe controls valve (21111), this filter inleting pipe controls valve (21111) and is connected with described electric controller (4) electrical control by circuit, first filter outlet (212) of the first filter (21) is connected with the second filter water inlet (221) of the second filter (22) by filter transition conduit (2121), and the second filter outlet (222) of the second filter (22) is connected with described process water fairlead (5)
CN201410631245.4A 2014-11-11 2014-11-11 Power-saving vertical drinking fountain stand CN104367189B (en)

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CN105078248A (en) * 2015-09-02 2015-11-25 常熟市海晟电器有限公司 Energy-saving modular water boiler capable of providing cold boiled water and boiled water
CN106108668A (en) * 2016-07-29 2016-11-16 佛山市顺德区美的饮水机制造有限公司 Water dispenser and blowdown thereof control device and blowdown control method
CN106175455A (en) * 2016-08-31 2016-12-07 浙江绍兴苏泊尔生活电器有限公司 Pressure soy milk grinder
CN106943011A (en) * 2017-01-22 2017-07-14 广西喜爱家饮水设备有限公司 A kind of automatic thermoregulation drinking machine and its method for regulating temperature
CN106691202A (en) * 2017-01-22 2017-05-24 广西喜爱家饮水设备有限公司 Water-drinking device capable of preventing repeated heating

Citations (1)

* Cited by examiner, † Cited by third party
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CN204181464U (en) * 2014-11-11 2015-03-04 常熟市海晟电器有限公司 Power-saving vertical drinking fountain stand

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN204181464U (en) * 2014-11-11 2015-03-04 常熟市海晟电器有限公司 Power-saving vertical drinking fountain stand

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Address after: Hong Kong Li Tong Industrial Park, 215511 Jinjiang road in Jiangsu city of Suzhou province Changshou City Mei

Patentee after: CHANGSHU HIBRIGHT ELECTRICAL APPLIANCE CO., LTD.

Address before: Hong Kong Li Tong Industrial Park, 215511 Jinjiang road in Jiangsu city of Suzhou province Changshou City Mei

Patentee before: Changshu Hai Sheng Electric Co., Ltd.