CN2492597Y

CN2492597Y - Water supply facility

Info

Publication number: CN2492597Y
Application number: CN01219045U
Authority: CN
Inventors: 徐进平
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-04-20
Filing date: 2001-04-20
Publication date: 2002-05-22
Anticipated expiration: 2011-04-20

Abstract

The utility model is a water supply device, which consists of a water condensate mechanism, a water collection barrel, a control unit and a water filter. The control unit has a first water level perceptron which is arranged on the water collection barrel. The first water level perceptron and the water condensate machine are in electrical connection, in order to control the running or stopping of the water condensate mechanism which condenses water molecule into water by means of heat exchange. The condensed water is stored in the water collection barrel, and can be pumped out for drinking after being passed the water filter or sterilized.

Description

Water supply installation

The utility model relates to a kind of water supply installation, particularly a kind ofly airborne hydrone can be condensed into water, and filters the water supply installation that the back Gong drinks.

The source of general drinking water is broadly divided into several, as water with container splendid attire boiling tap water, water dispenser boil water and reverse osmosis filtered water, but aforementioned way of supplying water all needs the supply at water source from the beginning, can the drinkable water of output, that is to say, the mode of aforementioned manufacturing drinking water is fit to have the place at tap water water source to use, but people's scope of activities is not limited to have only the place at tap water water source, for example on the outdoor sports of long period or the ocean operation ship, all there is not water works, if will carry the water of enough drinking or using, very inconvenience if airborne hydrone directly can be condensed into water, and is collected filtration, to form drinkable water, can solve the problem of outdoor lack of water.

The purpose of this utility model be to provide a kind of can condensation water outlet in air, and filter the water supply installation that forms drinkable water.

In order to achieve the above object, the utility model provides a kind of water supply installation, it is characterized in that: include: one coagulates water mechanism, controls a control module and a water strainer that is communicated with Water collecting tube that coagulates water mechanism with the Water collecting tube that coagulates the water mechanism connection;

This control module has one first water level perceptron, and it is mounted on this Water collecting tube, and coagulates the electric connection of water mechanism with this.

Described water supply installation is characterized in that: it includes a water storage cylinder, and this water storage cylinder is communicated with this water strainer; Water mechanism be should coagulate and a heat interchanger and an air suction device included, this heat interchanger interior reservoir is placed with refrigerant, and this heat interchanger is connected with a compressor, and this heat interchanger has the front end of an air inlet and the rear end of an exhaust, and this air suction device is located at the rear end of this heat interchanger; This water strainer includes a suction pump and a filter assemblies, and this suction pump is communicated between this Water collecting tube and this filter assemblies.

Described water supply installation, it is characterized in that: this control module includes one second a water level perceptron and a pressure perceptron, this second water level perceptron is located in this Water collecting tube, and be positioned at this first water level perceptron below, and with the electric connection of suction pump, this pressure perceptron is mounted on this water storage cylinder, and with the electric connection of this suction pump.

Described water supply installation is characterized in that: should coagulate water mechanism and include an air filter, it is located at the front end of this heat interchanger.

Described water supply installation is characterized in that: this air filter includes a filter mesh layer and an activated carbon layer.

Described water supply installation is characterized in that: should coagulate water mechanism and include a ultraviolet sterilizer, this ultraviolet sterilizer is mounted between this air filter and this heat interchanger.

Described water supply installation is characterized in that: this ultraviolet sterilizer inside is arranged with a transparent water pipe, and this transparent water pipe has a water inlet end and a water side, and this water inlet end and this filter assemblies are connected, and this water side and this water storage cylinder are connected.

Described water supply installation, it is characterized in that: this Water collecting tube has a stack shell, an and cover that is covered on this stack shell, offer the opening of a water inlet on this cover, this around openings extends a drip ring to stack shell, and most stacks that extend to stack shell are set on the cover between this drip ring and this opening.

The utility model mainly is to produce low temperature by coagulating water mechanism on condensate film, and with air generation interchange of heat with the condensation water outlet, this condensed water is collected in the Water collecting tube, and after water purifier filtration or sterilization, can be for drinking.

Below by preferred embodiment and accompanying drawing the utility model water supply installation is elaborated, in the accompanying drawing:

Fig. 1 is the schematic diagram of the utility model embodiment, and the configuration relation between water mechanism, Water collecting tube, water strainer, water storage cylinder and control module with fixed attention is described.

As shown in Figure 1, the utility model water supply installation 1 is that airborne hydrone is condensed into water, and form drinkable water after filtration or after the sterilization, for reaching this purpose, this water supply installation 1 includes one and coagulates water mechanism 2, a Water collecting tube 4, a water strainer 5, a water storage cylinder 6 and a control module 7, wherein:

Coagulate water mechanism 2, include an air filter 21, a ultraviolet sterilizer 22, a heat interchanger 3 and an air suction device 23, left with Fig. 1 is the place ahead in the present embodiment, the right-hand of Fig. 1 is the rear, and by preceding air filter 21, ultraviolet sterilizer 22, heat interchanger 3 and the air suction device 23 of then being provided with, draw air by air suction device 23 running and rearward flow, and pass through air filter 21, ultraviolet sterilizer 22, heat interchanger 3 in regular turn by the place ahead, so as to filter, sterilization and coagulate water.

Air filter 21, the filter mesh layer 211 and an activated carbon layer 212, impurity in the filtered air and the noxious material by this that are provided with before and after having.

Ultraviolet sterilizer 22, be to be mounted on air filter 21 rears, its inside has most the fluorescent tubes 221 that can send ultraviolet light, when air through out-of-date, but mat uv disinfection, winding one transparent water pipe 222 between each fluorescent tube 221 again, this transparent water pipe 222 has a water inlet end 223 and a water side 224.

Heat interchanger 3, be mounted on ultraviolet sterilizer 22 rears, it includes most cold type sheets 31, most fin 32, one refrigerant pipe 33, one compressor 34 and a funnel 35, cold type sheet 31 and fin 32 are upright establishing and before splitting, after, and being bendings, refrigerant pipe 33 is arranged between cold type sheet 31 and the fin 32, its two ends connect respectively and are located on the compressor 34, and inner filling has refrigerant, the leading portion of refrigerant pipe 33 and cold type sheet 31 form a condensation part 36 simultaneously, and refrigerant pipe 33 back segments and fin 32 form a radiating part 37, funnel 35 is to be mounted on 36 belows, condensation part, when refrigerant when machine 34 is compressed into high pressure low temperature by compression, can be in the condensation part 36 produce low temperature, and have the effect of hydrone in the condensation air, and after radiating part 37 heat radiation, cycle back to compressor 34, and the water that condensation part 36 condensations go out can be concentrated and drips in funnel 35.

Air suction device 23 is the rears that are mounted on heat interchanger 3, and it has the motor 232 that an extraction fan 231 and can drive extraction fan 231 runnings, by extraction fan 231 runnings air is taken out rearward by the place ahead.

Water collecting tube 4, has a stack shell 41, an and cover 42 that is covered on the stack shell 41, the external aqueduct 411 in stack shell 41 belows, offer an opening 421 on the cover 42, this opening 421 is to be communicated with funnel 35 mats one connection tube 43 of heat interchanger 3, so that the condensed water of condensation part 36 is imported in the stack shell 41, around opening 421, extend a drip ring 422 again to stack shell 41, with when being rocked, water in the stack shell 41 can be subjected to drip ring 422 blocks and unlikelyly be overflowed by opening 421, and most stacks 423 to stack shell 41 extensions are set on the cover 42 of 421 of drip ring 422 and openings.

Water strainer 5, include the filter assemblies 52 that a suction pump 51 and has filtration or bactericidal effect, suction pump 51 is to connect with the aqueduct 411 of Water collecting tube 4 and a water intake end 521 of filter assemblies 52, and a discharge ends 522 of filter assemblies 52 be with the water inlet end 223 of transparent water pipe 222 in succession, so that the water in the Water collecting tube 4 take out after filtration that assembly 52 filters or sterilization after, enter ultraviolet sterilizer 22 sterilizations again.

Water storage cylinder 6 is to be communicated with the water side 224 of transparent water pipe 222, and storing through ultraviolet sterilizer 22 sterilizations water later, and the water in this water storage cylinder 6 can be guided and drink.

Control module 7, include one first water level perceptron 72, one second a water level perceptron 73 and a pressure perceptron 75, the first water level perceptron 72 is to be positioned at Water collecting tube 4 inner close positions, top, and with motor 232 and compressor 34 electric connections, when the water level in the Water collecting tube 4 arrives designated water level, controllable motor 232 and compressor 34 shut down, and the second water level perceptron 73 also is mounted in the Water collecting tube 4, and be positioned at the first water level perceptron, 72 belows, and with suction pump 51 electric connections, with control suction pump 51 running or stop, pressure perceptron 75 is to be mounted on the water storage cylinder 6, itself and suction pump 51 electric connections also can or stop in order to the running of control suction pump 51.

During 1 running of the utility model water supply installation, can air be pumped by the direction shown in the arrow by the extraction fan 231 of air suction device 23, make air in regular turn via filter mesh layer 211, activated carbon layer 212 and ultraviolet sterilizer 22 filter, sterilization, and condensation water outlet on the condensation part 36 of low temperature, and this condensed water can drip in funnel 35, and be led in the Water collecting tube 4, water in this Water collecting tube 4 can be extracted out after filtration by suction pump 51, and assembly 52 filters or sterilization, water after this filtration or the sterilization is carried the transparent water pipe 222 of flowing through again, and can be subjected to ultraviolet sterilizer 22 irradiation-sterilizes again, stream is stored in the water storage cylinder 6 at last, and the water in this water storage cylinder 6 can be supplied with and drink.

Further specify, above-mentioned water supply installation 1 is in order can to turn round or to stop to produce water in good time, promptly must be by control module 7 controls, when the water level in the Water collecting tube 4 reaches the water level of the second water level perceptron, 73 settings, the second water level perceptron 73 just makes suction pump 51 that water is taken out to filter assemblies 52 and filters or sterilization, when treating that water level is lower than the certain water level of the second water level perceptron 73, the second water level perceptron, 73 sides make suction pump 51 stop pumping, when the water level in the Water collecting tube 4 reaches the water level of the first water level perceptron, 72 settings, even shutting down, the first water level perceptron, 72 compressors 34 and motor 232 no longer produce water, then, again when the water storage pressure in the water storage cylinder 6 reaches the setting value of pressure perceptron 75, pressure perceptron 75 also can be controlled suction pump 51 and shut down, therefore, water supply installation 1 is by the control of control module 7, can reach from movable property water and the purpose that stops to produce water.

What deserves to be explained is, the utility model can produce the water supply installation 1 of water really for exempting from watering, it can be applied on field and the ship, to solve the drinking-water problem, in fact, the water that water supply installation 1 manufactures, except drinkable, also can be used as other purposes, for example food etc. is washed one's hands and face or is washed in lack of water, field to vehicle in the open air, therefore, the utility model water supply installation 1 can reach the effect that solves open air, ship or other place, no water source problem of water consumption really.

Whether the aquifer yield as for water supply installation 1 is enough to supply with required drinking-water, in fact, decide by the number of amount of drinking water and the vehicles size of carrying water supply installation 1, that is to say, it is big more to coagulate water mechanism 2 equipment, the water yield that its condensation goes out also can increase thereupon, for example with vehicle, the water supply installation 1 that its suitable carrying is less, this less water supply installation 1, the about 500cc of aquifer yield hourly, and the water of water supply installation 1 output can be stored in the water storage cylinder 6, if outdoor sports with eight hours, drinking water that can output 4000cc can enough provide several people to drink, if with ship, but the water supply installation 1 that its carrying is bigger, cooperate marine hydrone more land many again, aquifer yield also can increase, except drinking water, the water of other purposes also can be obtained by water supply installation 1, and making does not need on the ship as a large amount of standby water of carrying more in the past.

In sum, the utility model can provide a kind of water supply installation of exempting from watering really, uses and can or produce water in the open air on the ship, and it is very convenient therefore to use.

Claims

1, a kind of water supply installation is characterized in that: include: one coagulates water mechanism, controls a control module and a water strainer that is communicated with Water collecting tube that coagulates water mechanism with the Water collecting tube that coagulates the water mechanism connection;

2, water supply installation as claimed in claim 1 is characterized in that: it includes a water storage cylinder, and this water storage cylinder is communicated with this water strainer; Water mechanism be should coagulate and a heat interchanger and an air suction device included, this heat interchanger interior reservoir is placed with refrigerant, and this heat interchanger is connected with a compressor, and this heat interchanger has the front end of an air inlet and the rear end of an exhaust, and this air suction device is located at the rear end of this heat interchanger; This water strainer includes a suction pump and a filter assemblies, and this suction pump is communicated between this Water collecting tube and this filter assemblies.

3, water supply installation as claimed in claim 2, it is characterized in that: this control module includes one second a water level perceptron and a pressure perceptron, this second water level perceptron is located in this Water collecting tube, and be positioned at this first water level perceptron below, and with the electric connection of suction pump, this pressure perceptron is mounted on this water storage cylinder, and with the electric connection of this suction pump.

4, water supply installation as claimed in claim 2 is characterized in that: should coagulate water mechanism and include an air filter, it is located at the front end of this heat interchanger.

5, water supply installation as claimed in claim 4 is characterized in that: this air filter includes a filter mesh layer and an activated carbon layer.

6, water supply installation as claimed in claim 2 is characterized in that: should coagulate water mechanism and include a ultraviolet sterilizer, this ultraviolet sterilizer is mounted between this air filter and this heat interchanger.

7, water supply installation as claimed in claim 6 is characterized in that: this ultraviolet sterilizer inside is arranged with a transparent water pipe, and this transparent water pipe has a water inlet end and a water side, and this water inlet end and this filter assemblies are connected, and this water side and this water storage cylinder are connected.

8, water supply installation as claimed in claim 1, it is characterized in that: this Water collecting tube has a stack shell, an and cover that is covered on this stack shell, offer the opening of a water inlet on this cover, this around openings extends a drip ring to stack shell, and most stacks that extend to stack shell are set on the cover between this drip ring and this opening.