CN201320301Y

CN201320301Y - Ozone drinking fountain

Info

Publication number: CN201320301Y
Application number: CNU2008202121123U
Authority: CN
Inventors: 陈明
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-10-06
Filing date: 2008-10-06
Publication date: 2009-10-07
Anticipated expiration: 2018-10-06

Abstract

The utility model relates to an ozone drinking fountain, which comprises an ozonizer and a water-air mixing valve, wherein the ozonizer comprises a housing. An air intake pipe, an ozone generating pipe, a high-voltage generator and a control circuit board are arranged in the housing; wherein the air intake pipe is connected with the ozone generating pipe; the ozone generating pipe is connected with the water-air mixing valve via an air outlet pipe and a rubber hose; the water-air mixing valve is connected with a tap; the high-voltage generator generates high voltage for the ozone generating pipe; and the ozone generating pipe generates ozone. The ozone drinking fountain has the characteristics of simple structure, small volume, low cost, convenient installation and use, and the like, and is more convenient for families.

Description

A kind of ozone water apparatus

Technical field

This utility model relates to ozone and prepares equipment, mainly is meant a kind of domestic ozone water machine.

Background technology

The ozone ion generator is applicable to family, hospital, office, bathroom, food and drink, hotel, factory, school, office etc.Ozone has intensive sterilization effect, in sterilization, can be reduced to oxygen voluntarily, does not stay any vestige, non-secondary pollution.

Ozone is used for clean water, mineral water, no brinish disinfection, can play sterilization, eliminate the unusual smell, oxygen supplement and improve the effect of mouthfeel, unmanageable chemical substance in the sewage is removed in the processing of be used for swimming water purification, water reuse, sewage, and decolouring is arranged, function eliminates the unusual smell.Stop incrustation scale generation, alleviation equipment and corrosive pipeline in the recirculated cooling water.

The patent document of publication number CN200988796Y discloses name and has been called " a kind of ozone water apparatus of making ozone water in large flux ", its primary structure is: it has the tap water water inlet, the tap water water inlet connects air relief valve, air relief valve connects threeway, threeway connects the high-concentration ozone water output system, the high-concentration ozone water output system connects the threeway blender by the Ozone Water pipeline, and the threeway blender connects threeway by water supply pipe, and the threeway blender connects the Ozone Water pipeline.

Above-mentioned ozone water apparatus can not be controlled ozone generation concentration and ozone time of origin, has defectives such as function ratio is more single, use inconvenience.

Summary of the invention

The purpose of this utility model provides a kind of ozone water apparatus, and by the key switch of electronic timing device and 3 ozone concentration gears is set, realization ozone generation concentration and ozone time of origin are effectively controlled, and have overcome the deficiency that existing ozone water apparatus exists preferably.

The realization the technical solution of the utility model is: this ozone water apparatus comprises ozone machine and gas-vapor mix valve, wherein said ozone machine includes housing, in described housing, be provided with air intake duct, ozone generating pipe, high-voltage generator and control circuit board, wherein air intake duct connects ozone generating pipe, ozone generating pipe connects rubber tube by escape pipe, rubber tube connects the gas-vapor mix valve, gas-vapor mix valve and faucet link together, high-voltage generator is implemented electrion to ozone generating pipe, and ozone generating pipe produces foul smell.

This technical scheme also comprises:

Described ozone machine is provided with 3 ozone concentration gears.

Described ozone machine is provided with intervalometer, and this intervalometer cuts off ozone output automatically when surpassing 12 minutes.

Described ozone generating pipe is a metal tube.

Described control circuit board is provided with control circuit, wherein main control chip U3 connects power supply/concentration button S1, Voltage stabilizing module U1, time base chip U2, transformation module U4 respectively, base chip U2 also connects Voltage stabilizing module U1 and pick off MK1 respectively in the time of wherein, power supply Vin connects transformation module U4, Voltage stabilizing module U1 and main control chip U3 respectively, wherein transformation module U4 output HIGH voltage Vout.

In the described control circuit, power supply Vin is through electric capacity (C11, E5), diode (D5) connects transformation module U4 foot (3), transformation module U4 foot (2) is through resistance (R29), electric capacity (E4, C10) and placed in-line resistance (R30), light emitting diode (LED5) output HIGH voltage Vout, transformation module U4 foot (1) is through electric capacity (C9), resistance (R28) connects audion (Q4 respectively, Q5, Q6, Q7) colelctor electrode, audion (Q4, Q5, Q6, Q7) base stage is respectively through resistance (R17), Schottky tube (D4) and placed in-line resistance (R13), light emitting diode (LED1) connects main control chip U3 foot (3), through resistance (R19) and placed in-line resistance (R14), light emitting diode (LED2) connects main control chip U3 foot (2), through resistance (R22) and placed in-line resistance (R15), light emitting diode (LED3) connects main control chip U3 foot (4), through resistance (R25) and placed in-line resistance (R16), light emitting diode (LED4) connects main control chip U3 foot (7), cross-over connection diode (D3) between main control chip U3 foot (10) and the foot (15), main control chip U3 foot (14) is through resistance (R12), electric capacity (C7), resistance (R11) and power supply/concentration button S1 meets power supply Vin, pick off MK1 is through resistance (R1), electric capacity (C1), resistance (R2) connects audion (Q1) base stage, audion (Q1) colelctor electrode meets power supply Vin and connects Schottky tube (D1) foot (3) through electric capacity (C2) through resistance (R3) respectively, Schottky tube (D1) foot (2) is through electric capacity (C5), resistance (R4, R5) connect audion (Q2) base stage, audion (Q2) colelctor electrode connects field effect transistor (Q3) grid through resistance (R6), field effect transistor (Q3) source electrode is through electric capacity (C4, E1) connect Voltage stabilizing module U1 foot (1), field effect transistor (Q3) drain electrode is through resistance (R7), diode (D2), electric capacity (E2) is base chip U2 foot (6) when connecing, time base chip U2 foot (3) connects Schottky tube (D4) foot (2) through resistance (R10), and Voltage stabilizing module U1 foot (3) meets power supply Vin through electric capacity (C3).

The beneficial effect that the utlity model has: this ozone water apparatus have simple in structure, volume is little, cost is low and characteristics such as easy to install, be more suitable for family and use.

Description of drawings

Fig. 1 is an ozone machine structural representation of the present utility model.

Fig. 2 is the internal structure schematic perspective view of Fig. 1.

Fig. 3 is the floor map of Fig. 2.

Fig. 4 is a gas-vapor mix valve arrangement sketch map of the present utility model.

Fig. 5 is the control circuit schematic diagram of Fig. 1.

Among the figure: 1 power supply/concentration button S1,2 loam cakes, 3 escape pipes, 4 housings, 5 display lamps, 6 ozone generating pipes, 7 ozonizer boxes, 8 control circuit boards, 9 air intake ducts, 10 power supply input ports, 11 high-voltage generators, 12 gas-vapor mix valves, 121 female threads, 122 air inlets.

The specific embodiment

The utility model is described in further detail below in conjunction with accompanying drawing:

As shown in the figure, this ozone water apparatus mainly is made up of ozone machine and gas-vapor mix valve 12, and ozone machine is used to produce ozone, is connected by silicone rubber tube between ozone machine and the gas-vapor mix valve 12, gas-vapor mix valve 12 is installed on the faucet, and the water that faucet is discharged is Ozone Water.

Ozone water apparatus mainly is made up of housing 4, loam cake 2, air intake duct 9, ozone generating pipe 6, ozonizer box 7, control circuit board 8, high-voltage generator 11, escape pipe 3, control circuit board 8, be provided with power supply input port 10 in housing 4 sides, these power supply input port 10 grafting DC power supplys.Air intake duct 9 one termination atmosphere in the housing 4, the other end is connected with ozone generating pipe 6, ozone generating pipe 6 other ends pick out trachea 3, escape pipe 3 connects gas-vapor mix valve 12 by silicone rubber tube, 11 pairs of ozone generating pipes of high-voltage generator 6 are implemented electrions, and ozone generating pipe 6 produces ozone O3 and is used for and has disinfective action after tap water mixes.

The ozone water apparatus operation principle:

This ozone water apparatus is to utilize the electrion principle, makes air ionization resolve into ozone (O3), through the steam mixing valve, by the principle of negative pressure of water, water and ozone are fully mixed, the Ozone Water of coming out, can play the farm chemical ingredients of removing in the vegetable, remove the effects such as antibacterial of fruit surface.

This machine adopts timing function, every work 12 minutes, ozone to stop output, therefore can not export excessive ozone and cause injury to human body, closes faucet, and then reopens, and machine can normally move again.

The circuit working principle:

Machine energising U1 powers on, and--------------------------------------------------also powering on a little while U3,------------------power to high voltage package,--------high voltage package is by discharging to ozonizer, and----------------mixes the formation Ozone Water with water to export ozone to regulate the output voltage that S1--------changes U4 to provide a voltage regularly to U6 to make MK1 detect signal by the principle of negative pressure of water in faucet unlatchings

Function:

1,1. power supply/concentration button: long machine is in open state by (above 1 second), and first When red has ozone concentration output to be set to the 1st grade this moment; Adjust concentration: short in (1 time get final product), comply with Inferior weak point button can arrange the 2nd grade, the 3rd grade; When machine is set to when the most high-grade, if lack again button, Machine is in holding state, setting capable of circulation. and (gear is more high, and the concentration of ozone output is more dense).

2. status indicator lamp; Behind the DC power connection machine, orange indicating light is bright, and machine was in and treated this moment The machine state.

3. ozone concentration indicator lamp: concentration is divided into 1,2,3 three gear, all represents with red light.

4. ozone output indicator: in the bright expression running of basket lamp, when machine powers on, concentration is set is the Second gear, and the second gear indicator lamp is bright, the open water tap, the ozone output indicator is bright, closed tap, The ozone output indicator goes out.

2, timing means: establish electronic timing device in this machine, use continuously to surpass after 12 minutes, can be automatically The output of cut-out ozone, its output indicator are gone out, and (reuse such as need, the palpus closed tap reopens namely Can).

Claims

1, a kind of ozone water apparatus, comprise ozone machine and gas-vapor mix valve, it is characterized in that described ozone machine includes housing, in described housing, be provided with air intake duct, ozone generating pipe, high-voltage generator and control circuit board, wherein air intake duct connects ozone generating pipe, and ozone generating pipe is connected the gas-vapor mix valve by escape pipe with rubber tube, and gas-vapor mix valve and faucet link together, high-voltage generator is implemented electrion to ozone generating pipe, and ozone generating pipe produces foul smell.

2, ozone water apparatus as claimed in claim 1 is characterized in that described ozone machine is provided with 3 ozone concentration gears.

3, ozone water apparatus as claimed in claim 1 is characterized in that described ozone machine is provided with intervalometer, and this intervalometer cuts off ozone output automatically when surpassing 12 minutes.

4, ozone water apparatus as claimed in claim 1 is characterized in that described ozone generating pipe is a metal tube.

5, ozone water apparatus as claimed in claim 1, it is characterized in that described control circuit board is provided with control circuit, wherein main control chip U3 connects power supply/concentration button S1, Voltage stabilizing module U1, time base chip U2, transformation module U4 respectively, base chip U2 also connects Voltage stabilizing module U1 and pick off MK1 respectively in the time of wherein, power supply Vin connects transformation module U4, Voltage stabilizing module U1 and main control chip U3 respectively, wherein transformation module U4 output HIGH voltage Vout.

6, ozone water apparatus as claimed in claim 5, it is characterized in that in the described control circuit, power supply Vin is through capacitor C 11, E5, diode D5 connects transformation module U4 foot 3, transformation module U4 foot 2 is through resistance R 29, electric capacity E4, C10 and placed in-line resistance R 30, LED 5 output HIGH voltage Vout, transformation module U4 foot 1 is through capacitor C 9, resistance R 28 connects audion Q4 respectively, Q5, Q6, the colelctor electrode of Q7, audion Q4, Q5, Q6, the base stage of Q7 is respectively through resistance R 17, Schottky tube D4 and placed in-line resistance R 13, LED 1 connects main control chip U3 foot 3, through resistance R 19 and placed in-line resistance R 14, LED 2 connects main control chip U3 foot 2, through resistance R 22 and placed in-line resistance R 15, LED 3 connects main control chip U3 foot 4, through resistance R 25 and placed in-line resistance R 16, LED 4 connects main control chip U3 foot 7, cross-over connection diode D3 between main control chip U3 foot 10 and the foot 15, main control chip U3 foot 14 is through resistance R 12, capacitor C 7, resistance R 11 and power supply/concentration button S1 meets power supply Vin, pick off MK1 is through resistance R 1, capacitor C 1, resistance R 2 connects audion Q1 base stage, audion Q1 colelctor electrode meets power supply Vin and connects Schottky tube D1 foot 3 through capacitor C 2 through resistance R 3 respectively, Schottky tube D1 foot 2 is through capacitor C 5, resistance R 4, R5 connects audion Q2 base stage, audion Q2 colelctor electrode connects field effect transistor Q3 grid through resistance R 6, field effect transistor Q3 source electrode is through capacitor C 4, E1 connects Voltage stabilizing module U1 foot 1, field effect transistor Q3 drain electrode is through resistance R 7, diode D2, base chip U2 foot 6 when electric capacity E2 connects, time base chip U2 foot 3 connects Schottky tube D4 foot 2 through resistance R 10, and Voltage stabilizing module U1 foot 3 meets power supply Vin through capacitor C 3.