CN103784015A - Distilled water dispenser - Google Patents
Distilled water dispenser Download PDFInfo
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- CN103784015A CN103784015A CN201410051394.3A CN201410051394A CN103784015A CN 103784015 A CN103784015 A CN 103784015A CN 201410051394 A CN201410051394 A CN 201410051394A CN 103784015 A CN103784015 A CN 103784015A
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Abstract
The invention provides a distilled water dispenser. The distilled water dispenser comprises a base shell. A water supply tank is connected to an evaporation chamber through a water supply tube, wherein a rapid heating device is arranged inside the evaporation chamber. An evaporation tube connected to a distilled water tank is led from the upper portion of the evaporation chamber. The distilled water tank is arranged inside the water supply tank, and the bottom of the distilled water tank is flush with the bottom of the water supply tank. A drinking water heat tube and a drinking water cooling tube are led from the lower portion of the distilled water tank, the cooling tube is connected with a cold water tap, and the heat tube penetrates through the evaporation chamber and then is connected with a hot water tap. A pressure reducing valve is connected into the water supply tube and makes the whole evaporation chamber filled with water and water does not rise into the evaporation tube. A check valve is connected into the drinking water heat tube. A water level detection system is arranged in the water supply tank and the distilled water tank. When the water level detection system detects that the water level of the distilled water tank is lower than the water level of the water supply tank, a control module controls the rapid heating device to work until the water level of the distilled water tank is flush with the water level of the water supply tank. The distilled water dispenser can supply pure distilled water, and is small in space size, free of the water repeated heating process, sanitary and capable of saving energy.
Description
Technical field
The present invention relates to electric equipment field, especially, relate to a kind of water dispenser.
Background technology
At present, water dispenser is very universal, particularly in public places, has belonged to infrastructure; In addition, more family, for facility, is also widely used water dispenser.
For current water dispenser, the subject matter of existence is: when the water temperature in every attemperater drops to setting value, and will be again once boiled to attemperater; So, if do not drunk water for a long time, as winter, the long period is just drunk one glass of water, and the water in attemperater will be by repeatedly boiled, and this produces more nitrite by causing, extremely harmful to human body; And if frequent drinking-water, as summer, causes water in attemperater always in tepid state, and having little time boiledly, this makes again the bacterium in water body, comprises the bacterium accumulating in water dispenser, not only can not get eliminating, return bacterium warm growing environment is provided, unfavorable to human body equally.Therefore, more some people does not like using water dispenser, would rather heat up water with hot-water bottle, and then pour in thermos bottle for subsequent use.And, along with people are more and more higher to the requirement of quality of the life, will be more and more higher for the fastidious property of traditional water dispenser; Can think, traditional water dispenser will can not meet people's life requirement gradually.
Given this, there is the design about distilled water water dispenser at present, for distilled water, although not containing mineral matter, do not have repeatedly boiled situation, and degree of purity is high, with regard to sanitation degree, ensured largely health; And for the disappearance of mineral matter, with regard to daily life, the content of mineral substances in a small amount of several glasss of water of drinking in public can supplement completely from other diet, as have a meal, eat soup, drink milk, and the drunk moisture of heating up water of being in.For casting out of a small amount of mineral matter, compared with casting out health, people can select to cast out a small amount of mineral matter in public naturally.And for the problem of mineral matter, the mode that can put into mineral matter additive in distilled water tank makes up.
For the design of distilled water water dispenser, typical, as application number: 97240130.X, patent name: a kind of patent application of the distilled water water dispenser with cold and hot water supply apparatus.But, in this kind of distilled water water dispenser, the subject matter existing is: at least need to configure distilled water tank, attemperater, this makes the volume of water dispenser very huge, and consider the demand of user for high temperature drinking water, the water in attemperater still needs repeatedly to be heated, and causes producing a small amount of harmful substance, and take electricity, practicality is not good enough.
Summary of the invention
For the problems referred to above, the object of the present invention is to provide a kind of distilled water water dispenser, this distilled water water dispenser not only can provide pure distilled water, and spatial volume is little, without water body heating process repeatedly, health, energy-conservation.
The technical solution adopted for the present invention to solve the technical problems is: this distilled water water dispenser comprises base shell, and described base shell top is provided with water supply installation; Described water supply installation is connected to the vaporization chamber in base shell by feed pipe; In vaporization chamber, be provided with nonstorage calorifier; Evaporation tube is drawn in the top of vaporization chamber, and this evaporation tube is connected to distilled water tank; Drinking-water heat pipe and drink water cooling tube are drawn in the below of described distilled water tank; Described drink water cooling tube connects cold water faucet; Described drinking-water heat pipe connects hot water tap again through after described vaporization chamber, and the water capacity of drinking-water heat pipe that section between hot water tap and vaporization chamber is less than 100ml; In described feed pipe, be connected to pressure-reducing valve, when this pressure-reducing valve is not worked vaporization chamber, the water entering in vaporization chamber by described feed pipe from described water supply installation is just full of whole vaporization chamber, and no longer goes up to described evaporation tube; In described drinking-water heat pipe, be connected to the check valve from distilled water tank to hot water tap; In described distilled water tank, be provided with water-level gauge, when the water level in distilled water tank is lower than when setting value, worked by nonstorage calorifier described in the control module control in described base shell, until the water level in distilled water tank rises to setting value.
As preferably, described water supply installation is a water tank, by the case lid of fetching boiling water, can directly inject running water.
As preferably, described nonstorage calorifier is that power is the electrothermal tube of 2.5kw ~ 4kw; The volume of described vaporization chamber is not more than 100ml.
As preferably, the part of described drinking-water heat pipe in described vaporization chamber is heat-conducting copper pipe, and part outside vaporization chamber is made up of non-heat pipe.
As preferably, the volume of described distilled water tank is 800ml～1500ml.
As preferably, described vaporization chamber outside is provided with insulation construction.
Another kind of technical scheme of the present invention is: this distilled water water dispenser comprises base shell, and described base shell top is provided with water tank; Described water tank is connected to the vaporization chamber in base shell by feed pipe; In vaporization chamber, be provided with nonstorage calorifier; Evaporation tube is drawn in the top of vaporization chamber, and this evaporation tube is connected to distilled water tank; Described distilled water tank is located at water tank inside, and the bottom of distilled water tank and the bottom of water tank are in same level; Drinking-water heat pipe and drink water cooling tube are drawn in the below of described distilled water tank; Described drink water cooling tube connects cold water faucet; Described drinking-water heat pipe connects hot water tap again through after described vaporization chamber, and the water capacity of drinking-water heat pipe that section between hot water tap and vaporization chamber is less than 100ml; In described feed pipe, be connected to pressure-reducing valve, when this pressure-reducing valve is not worked vaporization chamber, the water entering in vaporization chamber by described feed pipe from described water tank is just full of whole vaporization chamber, and no longer goes up to described evaporation tube; In described drinking-water heat pipe, be connected to the check valve from distilled water tank to hot water tap; In described water tank, distilled water tank, be provided with water level detecting system, in the time that this water level detecting system detects water level in distilled water tank lower than water level in water tank, worked by nonstorage calorifier described in the control module control in described base shell, flush until the water level of distilled water tank rises to the water level of water tank.
As preferably, described water level detecting system comprises a float-type light transceiver that can only move up and down as one dimension on fixing vertical direction of being located in water tank; Also comprise a float-type speculum that can only move up and down as one dimension equally of being located in distilled water tank on fixing vertical direction; In the time that water tank flushes with the horizontal plane in distilled water tank, the optical signal sending from described light transceiver is penetrated just in described mirror surface, and by being caught by this light transceiver after this mirror surface reflection; Described light transceiver sends an optical signal every Fixed Time Interval, in the time that this light transceiver can not receive the inverse signal of this optical signal, starts described nonstorage calorifier by described control module.Further, described Fixed Time Interval is 0.1s ~ 1.0s.
The basic beneficial effect of two kinds of technical schemes provided by the present invention is: these two kinds of distilled water water dispensers in use, in the time having water in described water supply installation or water tank, in distilled water tank, there is all the time the distilled water of certain liquid height, in the time that user uses cold water faucet, in distilled water tank, liquid level declines, nonstorage calorifier work in vaporization chamber, thus in distilled water tank, supplement new distilled water, in the time that user uses hot water tap, the moment that in distilled water tank, liquid level is also opened hot water tap starts to decline, like this, the distilled water that flows to hot water tap from drinking-water in heat pipe is heated immediately in vaporization chamber, and hot water tap can be flowed out hot water after discharging at most 100ml cold water, drinking in hot and cold water process, the distilled water of discharging from hot and cold water tap is only heated to boiling point once the evaporation process in vaporization chamber, after this, the distilled water flowing out for cold water faucet, do not carry out again any heating process, and the distilled water flowing out from hot water tap, again heated in the time flowing through vaporization chamber, but owing to only passing through fast in vaporization chamber, the time of staying is shorter, as long as therefore design hot water tap's the water speed that goes out, can make hot distilled water be heated to the temperature of 70 ℃～80 ℃, and be unlikely to again to burn to approaching boiled degree, and, even if burn to higher temperature, water body is also only fired to twice high temperature, repeatedly not boiled, harmfulness can be ignored.This distilled water water dispenser not only can provide pure distilled water, and spatial volume is little, without water body heating process repeatedly, health, energy-conservation.
Accompanying drawing explanation
Fig. 1 is the structural representation of this distilled water water dispenser embodiment mono-.
Fig. 2 is the structural representation of this distilled water water dispenser embodiment bis-.
The specific embodiment
Below in conjunction with drawings and Examples, the present invention is further described:
Implement one:
Figure 1 shows that the embodiment mono-of this distilled water water dispenser, wherein, this distilled water water dispenser comprises base shell 1, and described base shell 1 top is provided with water tank 2; Described water tank 2 is connected to the vaporization chamber 4 in base shell by feed pipe 24; In vaporization chamber 4, be provided with nonstorage calorifier 5; Evaporation tube 34 is drawn in the top of vaporization chamber 4, and this evaporation tube 34 is connected to distilled water tank 3; Drinking-water heat pipe 32 and drink water cooling tube 33 are drawn in the below of described distilled water tank 3; Distilled water tank 3 tops are also provided with the escape pipe 31 that extends to base shell 1 outside, and the caliber of this escape pipe 31 should be as far as possible little, can be distilled water tank 3 pressure releases; Described drink water cooling tube 33 connects cold water faucet 6; Described drinking-water heat pipe 32 connects hot water tap 7 again through after described vaporization chamber 4.
In described feed pipe 24, be connected to pressure-reducing valve 240, when this pressure-reducing valve 240 is not worked vaporization chamber 4, the water entering in vaporization chamber by described feed pipe 24 from described water tank 2 is just full of whole vaporization chamber 4, and no longer goes up to described evaporation tube 34; In order to realize this function, this pressure-reducing valve 240 can adopt adjustable pressure-reducing valve, and a hydraulic gage is set in vaporization chamber 4 bottoms, calculate the water level in vaporization chamber 4 by this hydraulic gage, and regulate the pressure relief value of this pressure-reducing valve 240 by automatically controlled adjustment structure, make the water level of pressure relief value and vaporization chamber 4 proportional, like this, in the time that the interior water level of vaporization chamber 4 reduces, the pressure relief value of pressure-reducing valve 240 declines, from and make in vaporization chamber water level increase, revert to water in vaporization chamber and be just full of the state of whole vaporization chamber 4.Also can be at the interior water-level gauge that arranges of water tank 2, make water-level gauge that the water level value of water tank 2 is fed back to the automatically controlled adjustment structure for regulating these pressure-reducing valve 240 pressure relief value, the pressure relief value of pressure-reducing valve 240 is directly proportional to the water level of water tank 2, thereby the exit that makes pressure-reducing valve 240 has constant hydraulic pressure, to ensure that the water in vaporization chamber is just full of whole vaporization chamber 4.
In described drinking-water heat pipe 32, be connected to the check valve 320 from distilled water tank 3 to hot water tap 7.
The water capacity of described drinking-water heat pipe 32 that section between hot water tap 7 and vaporization chamber 4 is less than 100ml; The part of drinking-water heat pipe 32 in vaporization chamber 4 is heat-conducting copper pipe 321, makes helical form in the present embodiment, and part outside vaporization chamber is made up of non-heat pipe.Like this, due to described pressure-reducing valve 240 and the restriction of check valve 320, make the heat energy in vaporization chamber 4 cannot be passed to water tank 2 and distilled water tank 3, heated to prevent the water body in water tank 2 and distilled water tank 3.
In described distilled water tank 3, be provided with water-level gauge 8, when the water level in distilled water tank 3 is lower than when setting value, worked by nonstorage calorifier 5 described in the control module control in described base shell 1, until the water level in distilled water tank 3 rises to setting value.
For relative dimensions and the parameter of this embodiment mono-, on the basis of analyzing, carry out optimal design below:
Described nonstorage calorifier 5 is preferably the electrothermal tube of 2.5kw ~ 4kw, as, get 3kw, this is in the born power bracket of general family expenses electric wire.So, for one glass of water, in 200ml, burn 80 ℃ from 20 ℃, required heat is 4200 × 60 × 0.2 × J=50400J=50.4KJ, within about 17 seconds, can complete, and in 17 seconds, make a call to one glass of hot water, and be also ordinary people's acceptable time.In the time of design, design hot water tap 7 openings of sizes, to limit water speed, make it about 17 seconds, flow out 200ml water.
The volume of described vaporization chamber 4 is not more than 2 times of cumulative volume of nonstorage calorifier 5 and described spiral copper pipe 321; Can ensure like this evaporation efficiency.Further constraint, control the size of nonstorage calorifier 5 and spiral copper pipe 321, make the volume of vaporization chamber 4 be not more than 100ml, like this, even if the water body in vaporization chamber 4 is cold water, according to calculating above, also will within the time that is less than 8.5 seconds, be heated to high temperature, thus very little to the heat effect of flow out from hot water tap 7 first glass of water.
In order further to improve hot water tap 7 leaving water temperature quality, described vaporization chamber 4 outsides can arrange insulation construction, so that remain higher temperature in vaporization chamber.
The volume of described distilled water tank 3 is 800ml～1500ml, approximately can make 4～8 people fetch water continuously, and distilled water tank 3 should be made as far as possible and be long tubular, makes it water level fast-descending in the time of water outlet, thereby improves the toggle speed of described nonstorage calorifier 5.
According to embodiment mono-, this distilled water water dispenser in use, in the time having water in described water tank 2, has the distilled water of certain liquid height all the time in distilled water tank 3.
In the time that user uses cold water faucet 6, the interior liquid level of distilled water tank 3 declines, and the interior nonstorage calorifier 5 of vaporization chamber 4 is worked, thereby to the interior supplementary new distilled water of distilled water tank 3.In this process, the part of drinking-water heat pipe 32 in vaporization chamber 4 remains the temperature identical with water body in vaporization chamber, 100 ℃ of left and right, because water body not in drinking-water heat pipe 32 is sealed, therefore pressure is higher, cannot seethe with excitement, also no longer heat absorption, the heat being produced by nonstorage calorifier 5 is all for the non-distilled water explosive evaporation in vaporization chamber.
In the time that user uses hot water tap 7, the moment that the interior liquid level of distilled water tank 3 is also opened hot water tap 7 starts to decline, like this, be heated immediately in vaporization chamber 4 from the interior distilled water that flows to hot water tap 7 of drinking-water heat pipe 32, hot water tap 7 can be flowed out hot water after discharging 100ml cold water (distilled water of drinking water in heat pipe 32 that section between hot water tap 7 and vaporization chamber 4) at most, drinking in hot and cold water process, the distilled water of discharging from hot and cold water tap is only heated to boiling point once the evaporation process in vaporization chamber 4, after this, the distilled water flowing out for cold water faucet 6, do not carry out again any heating process, and the distilled water flowing out from hot water tap 7, again heated in the time flowing through vaporization chamber 4, but owing to only passing through fast in vaporization chamber, the time of staying is shorter, as long as therefore design hot water tap's the water speed that goes out, can make hot distilled water be heated to the temperature of 70 ℃～80 ℃, and be unlikely to again to burn to approaching boiled degree, and, even if sub-fraction distilled water is fired to higher temperature, water body is also only fired to twice high temperature, repeatedly not boiled, harmfulness can be ignored.
Calculate again the energy consumption of this distilled water water dispenser below.
The capacity 19L left and right of described water tank 2, i.e. the capacity of one barrel of pure water, i.e. 19kg; In the time that this 19kg water all exhausts from hot water tap's 7 outflows, the consumption process of energy is: evaporation stage, 19kg water burns 100 ℃ once from 20 ℃ (room temperatures), the drinking-water stage, 19kg water burns 80 ℃ once, heat Q1=4200 × 19 × (80+60) J=11172000J=3.1kwh altogether from 20 ℃; Evaporation stage, water body heat of vaporization is 2260kJ/kg, therefore consumption of calorie amounts to 2260000 × 19J=12kwh; Its complementary energy consumption is only the external heat dissipation of vaporization chamber 4, and because vaporization chamber 4 volumes are very little, and Insulation is taked in outside, therefore, its heat dissipation is negligible, and user has drunk one case water, while having drunk 19kg water, the total electric energy consuming is about 15.1kwh, is about 15 degree electricity.
And for current common water dispenser, in the situation that amount of drinking water is less, power consumption every day is greatly about 1.5 degree left and right, one barrel of water generally can be drunk about 8 days, and amounting to power consumption is 12 degree.
Therefore, drink equally 19kg water, this distilled water water dispenser will be spent left and right than the many power consumptions 3 of common drinking machine, in the electricity charge of 0.6 yuan/degree, consume 1.8 yuan of left and right more; But, for this distilled water water dispenser, running water can directly be used, than drummed pure water, the cost at water source is negligible, as, the pure water on mountain, one barrel of Dongting Lake, retail price is about 15 yuan, so, generally speaking, adopt this distilled water water dispenser to drink 19kg water, than adopting common drinking machine to save 13.2 yuan of left and right; Except price problem, also obtain extremely pure water, also avoid water body repeatedly to burn to high temperature and formed harm; And unique deficiency, the loss of mineral matter, but say that as background technology the content of mineral substances in several glasss of drinking water can absorb completely from other diet; On the other hand, the mineral raw material piece that can be wrapped up by filter membrane in the interior setting of described distilled water tank 3, or add mineral additive in distilled water tank 3, or for high-end personage, directly steep the brilliant tea of mineral, can avoid the disappearance of mineral matter.
Embodiment bis-:
Figure 1 shows that the embodiment mono-of this distilled water water dispenser, wherein, this distilled water water dispenser comprises base shell 1 equally, and described base shell 1 top is provided with water tank 2; Described water tank 2 is connected to the vaporization chamber 4 in base shell by feed pipe 24; In vaporization chamber 4, be provided with nonstorage calorifier 5; Evaporation tube 34 is drawn in the top of vaporization chamber 4, and this evaporation tube 34 is connected to distilled water tank 3.
The top of described distilled water tank 3 is also provided with the escape pipe 31 that extends to base shell 1 outside; Drinking-water heat pipe 32 and drink water cooling tube 33 are drawn in below; Described drink water cooling tube 33 connects cold water faucet 6; Described drinking-water heat pipe 32 connects hot water tap 7 again through after described vaporization chamber 4, and the water capacity of drinking-water heat pipe 32 that section between hot water tap 7 and vaporization chamber 4 is less than 100ml; In described feed pipe 24, be connected to pressure-reducing valve 240, when this pressure-reducing valve 240 is not worked vaporization chamber 4, the water entering in vaporization chamber 4 by described water inlet pipe 24 from described water tank 2 is just full of whole vaporization chamber, and no longer goes up to described evaporation tube 34.For the function implementation of this pressure-reducing valve 240, with identical in embodiment mono-, repeat no more.
In described drinking-water heat pipe 32, be connected to the check valve 320 from distilled water tank 3 to hot water tap 7.
For the preferred form of each parts above-mentioned in embodiment bis-and parameter, effect, basic identical with embodiment mono-, reference example one can be understood, and repeats no more herein.
Different from embodiment mono-, in embodiment bis-, described distilled water tank 3 is located at water tank 2 inside, and the bottom of the bottom of distilled water tank 3 and water tank 2 is in same level; In described water tank 2, distilled water tank 3, be provided with water level detecting system, water level in this water level detecting system detects distilled water tank 3 is during lower than water level in water tank 2, worked by nonstorage calorifier 5 described in the control module control in described base shell, flush until the water level of distilled water tank 3 rises to the water level of water tank 2.
The had benefit that arranges of this kind of form of distilled water tank 3 is: first, further simplified the structure of whole water dispenser, the cumulative volume of water dispenser is significantly reduced; Secondly, under stable state, make water tank 2 keep flushing with the horizontal plane that arranges water tank 3, like this, user can only see a water surface in outside, according to the position of this water surface, can judge easily and in water dispenser, also have how many water yields, and without according to the water level in the water level in water tank 2, distilled water tank 3, integrate the water inventory that contains of inferring in water dispenser; Moreover, can avoid such problem: for embodiment mono-, when there is no water in water tank 2, and also have when water in distilled water tank 3, if do not close drinking machine heating switch,, because the liquid level in distilled water tank 3 is dropping to after designated water level, nonstorage calorifier 5 will carry out sky and burn, and very easily burns out; And in embodiment bis-, while exhausting due to the water of water tank 2, the water in distilled water tank 3 must also exhaust, now, two water tank water surface elevations are 0, and nonstorage calorifier is not worked.
For described water level detecting system, if disregard cost, can adopt two water-level gauges, at water tank 2 with arrange that water tank 3 is interior respectively arranges one, the real time water level that these two water-level gauges are detected feeds back to a comparator simultaneously and compares.
In the present embodiment two, the version that described water level detecting system adopts is: this system comprises a float-type light transceiver 9 that can only move up and down as one dimension on fixing vertical direction of being located in water tank 2; Also comprise a float-type speculum 10 that can only move up and down as one dimension equally of being located in distilled water tank 3 on fixing vertical direction.In the time that described light transceiver 9 is set, utilize ready-made described evaporation tube 34 as slide post, this light transceiver 9 is made to annular, be enclosed in evaporation tube 34 peripheries, and in order to limit the rotation of light transceiver 9, evaporation tube 34 can be made to square tube; This light transceiver 9 can be infrared transceiver.For described speculum 10, be enclosed on a vertical traveller 101 in distilled water tank 3, it is square cylinder that this vertical traveller 101 is made to cross section, to limit the rotation of speculum 10, the lateral surface of speculum 10 is made level crossing, to realize good reflection function.
In the time that water tank 2 flushes with the horizontal plane in distilled water tank 3, the optical signal sending from described light transceiver 9 is penetrated just on described speculum 10 surfaces, and by being caught by this light transceiver 9 after this mirror surface reflection; Described light transceiver 9, every Fixed Time Interval, as 0.1s ~ 1.0s sends an optical signal, in the time that this light transceiver 9 can not receive the inverse signal of this optical signal, starts described nonstorage calorifier 5 by described control module.
Adopt the advantage of the water level detecting system in embodiment bis-to be: can simplify wiring, and without logic comparator, and the cost of light transceiver is also cheap than water-level gauge, comprehensively gets off, and can save larger cost, and be convenient to safeguard.
The foregoing is only preferred embodiment of the present invention, in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a distilled water water dispenser, this distilled water water dispenser comprises base shell (1), described base shell top is provided with water supply installation; Described water supply installation is connected to the vaporization chamber (4) in base shell by feed pipe (24); In vaporization chamber, be provided with nonstorage calorifier (5); Evaporation tube (34) is drawn in the top of vaporization chamber (4), and this evaporation tube (34) is connected to distilled water tank (3); Drinking-water heat pipe (32) and drink water cooling tube (33) are drawn in the below of described distilled water tank (3); Described drink water cooling tube (33) connects cold water faucet (6); It is characterized in that: described drinking-water heat pipe (32) connects hot water tap (7) again through after described vaporization chamber (4), drinking-water heat pipe (32) water capacity of that section between hot water tap (7) and vaporization chamber (4) is less than 100ml; In described feed pipe (24), be connected to pressure-reducing valve (240), when this pressure-reducing valve is not worked vaporization chamber (4), the water entering by described feed pipe (24) in vaporization chamber (4) from described water supply installation is just full of whole vaporization chamber, and no longer goes up to described evaporation tube (34); In described drinking-water heat pipe (32), be connected to the check valve (320) from distilled water tank (3) to hot water tap (7); In described distilled water tank (3), be provided with water-level gauge (8), when the water level in distilled water tank (3) is lower than when setting value, by nonstorage calorifier (5) work described in the control module control in described base shell, until the water level in distilled water tank (3) rises to setting value.
2. distilled water water dispenser according to claim 1, is characterized in that: described water supply installation is a water tank (2), by the case lid of fetching boiling water, can directly inject running water.
3. distilled water water dispenser according to claim 1, is characterized in that: the electrothermal tube that described nonstorage calorifier (5) is 2.5kw ~ 4kw for power; The volume of described vaporization chamber (4) is not more than 100ml.
4. according to the distilled water water dispenser described in claim 1 or 3, it is characterized in that: the part of described drinking-water heat pipe (32) in described vaporization chamber (4) is heat-conducting copper pipe, and part outside vaporization chamber (4) is made up of non-heat pipe.
5. distilled water water dispenser according to claim 1, is characterized in that: the volume of described distilled water tank (3) is 800ml～1500ml.
6. distilled water water dispenser according to claim 1, is characterized in that: described vaporization chamber (4) outside is provided with insulation construction.
7. a distilled water water dispenser, comprises base shell (1), and described base shell (1) top is provided with water tank (2); Described water tank (2) is connected to the vaporization chamber (4) in base shell by feed pipe (24); In vaporization chamber, be provided with nonstorage calorifier (5); Evaporation tube (34) is drawn in the top of vaporization chamber, and this evaporation tube (34) is connected to distilled water tank (3); Drinking-water heat pipe (32) and drink water cooling tube (33) are drawn in the below of described distilled water tank (3); Described drink water cooling tube (33) connects cold water faucet (6); It is characterized in that: described drinking-water heat pipe (32) connects hot water tap (7) again through after described vaporization chamber (4), drinking-water heat pipe (32) water capacity of that section between hot water tap (7) and vaporization chamber (4) is less than 100ml; In described feed pipe (24), be connected to pressure-reducing valve (240), when this pressure-reducing valve (240) is not worked vaporization chamber (4), the water entering by described feed pipe (24) in vaporization chamber (4) from described water tank (2) is just full of whole vaporization chamber (4), and no longer goes up to described evaporation tube (34); In described drinking-water heat pipe (32), be connected to the check valve (320) from distilled water tank (3) to hot water tap (7);
Described distilled water tank (3) is located at water tank (2) inside, and the bottom of the bottom of distilled water tank (3) and water tank (2) is in same level; Described water tank (2), distilled water tank are provided with water level detecting system in (3), water level in this water level detecting system detects distilled water tank (3) is during lower than water level in water tank (2), by nonstorage calorifier (5) work described in the control module control in described base shell, until rising to the water level of water tank (2), the water level of distilled water tank (3) flushes.
8. distilled water water dispenser according to claim 7, is characterized in that: described water level detecting system comprises a float-type light transceiver (9) that can only move up and down as one dimension on fixing vertical direction of being located in water tank (2); Also comprise a float-type speculum (10) that can only move up and down as one dimension equally of being located in distilled water tank (3) on fixing vertical direction; In the time that water tank (2) flushes with the horizontal plane in distilled water tank (3), the optical signal sending from described light transceiver (9) is penetrated just on described speculum (10) surface, and by being caught by this light transceiver (9) after this mirror surface reflection; Described light transceiver (9) sends an optical signal every Fixed Time Interval, in the time that this light transceiver (9) can not receive the inverse signal of this optical signal, starts described nonstorage calorifier (5) by described control module.
9. distilled water water dispenser according to claim 7, is characterized in that: the electrothermal tube that described nonstorage calorifier (5) is 2.5kw ~ 4kw for power; The volume of described vaporization chamber (4) is not more than 100ml.
10. according to the distilled water water dispenser described in claim 7 or 9, it is characterized in that: described vaporization chamber (4) outside is provided with insulation construction.
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| CN201410051394.3A CN103784015B (en) | 2014-02-16 | 2014-02-16 | Distilled water water dispenser |
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| CN201410051394.3A CN103784015B (en) | 2014-02-16 | 2014-02-16 | Distilled water water dispenser |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| US4384512A (en) * | 1981-05-11 | 1983-05-24 | Keith Glenn R | Beverage heater and cooler |
| CN1086151A (en) * | 1992-10-16 | 1994-05-04 | 陈灿明 | Distilling machine of distilled water |
| CN2312745Y (en) * | 1997-08-28 | 1999-04-07 | 李国民 | Domestic water-heater capable of making distilled-water at line same time |
| KR20030040586A (en) * | 2001-11-15 | 2003-05-23 | 윤태문 | A herbal medicine preparing device in a vacuum circular type |
| CN2524636Y (en) * | 2002-01-14 | 2002-12-11 | 蔡耀国 | Full automatic distilling water drinking machine with cold and hot water supply |
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| CN102232791A (en) * | 2010-04-28 | 2011-11-09 | 上海安立霸电器有限公司 | Distillation type drinking water device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106037492A (en) * | 2016-05-24 | 2016-10-26 | 平湖科能电器技术有限公司 | Water and electricity linkage device and method adopted by same |
| CN106037492B (en) * | 2016-05-24 | 2019-10-11 | 平湖科能电器技术有限公司 | A kind of water-electricity linkage devices and methods therefor |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103784015B (en) | 2016-07-06 |
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