CN201020349Y - Ozone and water mixing device started by sound inducing - Google Patents

Abstract

The utility model is an ozonic water mixing device which is started by sense of sounds. The device mainly comprises a vacuum mixing device, an ozone generator, in which an electric discharge module, a microcomputer single chip control module and a sound sensor are arranged; the vacuum mixing device is positioned on the water source outlet, producing vacuum which can absorb the air into the device by taking the advantage of the Venturi effect generated by the water flow going through; the ozone generator is connected with the vacuum inlet of the vacuum mixing device by an oxidation-resistant pipe line, making the vacuum air generated by the water flow produce the sound wave in the pipe line; when the sound sensor senses the sound information the control module begins to operate and the electric discharge module is started; the ozone discharged by the device is delivered to the vacuum mixing device through the same pipe line, after adequately mixing with water, the ozonic water, which can be applied to a plurality of usages in disinfection and sterilization, is produced.

Description

The apparatus for mixing ozonic water that the sound induction starts

Technical field

The utility model relates to a kind of mixing arrangement of Ozone Water, is meant a kind of direct unlatching with tap especially, closes the sound inductor starting drive that can start, stop the Ozone Water supply, with the negative pressure mixing arrangement.

Background technology

" ozone hands washing negative pressure actuating device " patent case that No. the 03148116.7th, prior art such as China.Its wash platform structure only provides clear water merely, and described clear water is introduced in the general family with pipeline after the disinfection of waterworks, during the drinking water purposes, need make running water that further filtration is arranged, or boil; But during the washings purposes, though the dirt that energy flush away ordinary person is visible to the naked eye, and can't treat sterilization, the sterilization action that washing carries out material surface.Therefore, described prior art provides a kind of mechanism that can add ozone when flowing water automatically, and its mode is to adopt the negative pressure mixing arrangement of Ju Wenshi tube effect, and controls ozone generation device with the sound inductor starting switch of a negative pressure air.As long as fetch boiling water tap during operation, then rely on the venturi-effect of mixing arrangement to produce negative pressure, the sound wave that relies on negative pressure air in pipeline, to flow and produced, after the reception of sound inductor, carry out computing by micro computer single-chip control module again, drive discharge module and begin to discharge ozone, after ozone enters the negative pressure mixing arrangement through pipeline, through mixing fully, produce Ozone Water and flow out at tap with sterilization, sterilization.The design of its electricity separation, need not manual operation, can avoid artificially improper, and can effectively guarantee the security of supplying water.

Yet, existing negative pressure starting switch is the frame for movement with spring, its negative pressure starting switch depends on fully in negative pressure strength and starts, its sensitivity is because of the coefficient of friction of frame for movement, remain to be discussed with the influence of the degree of oxidation, if under the situation that the open amount of tap or hydraulic pressure itself are not enough, or frame for movement will can't start because of the negative pressure deficiency can't move because of blocking the time, or the generation misoperation, its effect is had a greatly reduced quality.

For this reason, in addition just like 200310123454.X number " negative pressure sound inductor " patent case of China.This existing structure is to rely on the induction sound signal to judge that negative pressure generates, so that the control model of automation to be provided.Rely on the height sensitivity of sound inductor,, make it that more accurate, correct negative pressure Starting mode can be provided by the computing of micro computer single-chip control module.

In addition, existing ozone generation device can only produce single concentration of ozone, and the layman can't dismantle and regulate.And in the face of different user demands, for example aquaculture, kind tree are watered flowers, and general cleaning etc., or the content of waterworks dispensing disinfectant, the demand of ozone concentration is differed.So the range of application of existing apparatus is limited, can't face different user demands.

Therefore, prior mechanical negative pressure induction structure all has disappearance to wait to improve, the utility model is promptly according to aforementioned disappearance, be devoted to the research of voice initiated negative pressure actuating device, via study for a long period of time with practical operation after, successfully the negative pressure sound inductor starting drive that this part mixes ozone is finished in research and development finally.

Practical summary of the invention

The purpose of this utility model promptly is to provide a kind of apparatus for mixing ozonic water of sound induction startup, adds the cleaning work of ozone when it provides flowing water automatically, and adopts the electricity separation design, need not manual operation, with the security of guaranteeing that washings supplies water.

Another purpose of the present utility model is the apparatus for mixing ozonic water that is to provide a kind of sound induction startup, and its structure is simple, device is easy, and not fragile, and sensitivity is high, can use for a long time, and cost is quite cheap.

A purpose more of the present utility model is the apparatus for mixing ozonic water that is to provide a kind of sound induction startup, and it responds to sharp, and suitable carries out the flow demonstration according to the current size, and can regulate ozone concentration according to user's demand, to adapt to different water requirements.

Can reach the apparatus for mixing ozonic water of the sound induction startup of above-mentioned utility model purpose, it includes a negative pressure mixing arrangement, an ozone generation device; Discharge module, micro computer single-chip control module and a sound inductor are contained in ozone generation device inside.Described negative pressure mixing arrangement is that device exports at the water source, when utilizing venturi principle that current are passed through, the negative pressure that generation can suck air, described ozone generation device is connected to the negative pressure inlet of described negative pressure mixing arrangement with oxidation resistant pipeline, the negative pressure air that current are produced produces sound wave in pipeline, sound inductor detecting sound signal is after by the control module computing, start discharge module, the ozone that discharges relies on same pipeline to deliver to the negative pressure mixing arrangement, fully with after water mixes, the generation Ozone Water.The display floater of described ozone generation device is provided with a led display unit in addition, discerns to the user so that the flow message to be provided, and a concentration adjustment button is set on the panel of ozone generation device, allows the user regulate ozone concentration on demand voluntarily.

Compared with prior art, adopt the advantage that the utlity model has of technique scheme to be: the electricity separation design need not manual operation, with the security of guaranteeing that washings supplies water; Its structure is simple, device is easy, and not fragile, and sensitivity is high, can use for a long time, and cost is quite cheap.

Description of drawings

The apparatus for mixing ozonic water structural representation that Fig. 1 starts for the induction of the utility model sound;

Fig. 2 is a negative pressure mixing arrangement structural representation of the present utility model;

Fig. 3 is a discharge module structural representation of the present utility model;

Fig. 4 is a sound sensor structure schematic diagram of the present utility model;

Fig. 5 is an ozone generation device operating board structure schematic diagram of the present utility model.

Description of reference numerals: 1-negative pressure mixing arrangement; The 11-water inlet; The 12-delivery port; The 13-passage; 14-negative pressure air suction inlet; The 2-ozone generation device; The 21-LED display unit; 22-concentration adjustment button; The 3-discharge module; The 31-air inlet; The 32-exhaust outlet; The 33-electrode; 4-sound inductor; The 41-air admission hole; The 42-steam vent; The 43-air flow channel; 44-sound inductive component; 5-micro computer single-chip control module; The 6-tap; The 7-power supply.

The specific embodiment

See also shown in Figure 1, the utility model provides the apparatus for mixing ozonic water that a kind of sound induction starts, it includes a negative pressure mixing arrangement 1, an ozone generation device 2, discharge module 3, sound inductor 4, micro computer single-chip control module 5 are contained in described ozone generation device 2 inside, and provide power with a power supply 7.Described negative pressure mixing arrangement 1 is that device is in tap 6 opening parts (or other water source outlet), be used for guiding current, its side negative pressure air suction inlet, be connected on the ozone generation device 2 with anti-oxidant pipeline, so that ozone negative suction mixing arrangement 1 is sneaked in the current, and described ozone generation device 2 inside are contained sound inductor 4 and are detected as sound wave.When tap 6 is opened, because current produce the venturi-effect effect in negative pressure mixing arrangement 1, cause producing negative pressure in the described negative pressure mixing arrangement 1, this negative pressure will produce suction to described ozone generation device 2, described sound inductor 4 senses the sound wave that air flows in communicating pipe simultaneously, sound inductor 4 is passed sound signal back micro computer single-chip control module 5 and is done computing, when the sound wave energy reaches the software set value, just send signal and drive discharge module 3, the discharge of generation high-field electrode, make ozone, to carry out the current sterilization, to clean work.

See also shown in Figure 2, described negative pressure mixing arrangement 1 is a venturi tube structure, have a water inlet 11, a delivery port 12, and in water inlet 11 and delivery port 12, be provided with thinner channel 13, narrow in the middle of the wherein said channel 13, two ends are broad, and in its stenosis one negative pressure air suction inlet 14 are set; Described water inlet 11 is connected the water outlet end of tap 6, and 12 of described delivery ports are used for exporting and supply water, and described negative pressure air suction inlet 14 then is connected on the ozone generation device 2 with anti-oxidant pipeline; So, when current are flowed out by delivery port 12, because venturi principle, its narrow channel 13 can produce a subatmospheric negative pressure, so in narrow passage 13, establish a negative pressure air suction inlet 14 ends, make extraneous air enter negative pressure mixing arrangement 1 via negative pressure air suction inlet 14, and described negative pressure air suction inlet 14 is received on the ozone generation device 2 with anti-oxidant pipeline, so can suck ozone simultaneously, and after in negative pressure mixing arrangement 1, fully mixing, the generation Ozone Water flows out, and reaches the clean effect of disinfection of drinking water, sterilization.

See also Fig. 3, discharge module 3 is contained in described ozone generation device 2 inside, described discharge module 3 has an air inlet 31 and an exhaust outlet 32, and described air inlet 31 is connected on the sound inductor 4, and 32 of described exhaust outlets are connected on the negative pressure air suction inlet 14 of negative pressure mixing arrangement 1; And described discharge module 3 air duct both sides between air inlet 31 and exhaust outlet 32 are provided with two plate electrodes 33, and provide high-tension electricity with micro computer single-chip control module 5, and the electrode 33 that drives discharge module 3 discharges and generation ozone.

See also Fig. 4, described sound inductor 4 has an air admission hole 41 and a steam vent 42, and described air admission hole 41 is used for importing air, and 42 of described steam vents are connected to air inlet 31 ends of discharge module 3; Between described air admission hole 41 and steam vent 42, has a long and narrow air flow channel 43, be provided with a sound inductive component 44 at described air flow channel 43 sides, described sound inductive component 44 is and sound inductor 4 separate design, but the described sound inductive component 44 of demolition in case of necessity is to maintain easily.

See also shown in Figure 5, described ozone generation device 2 guidance panels are provided with a led display unit 21, described led display unit 21 is the water supply flows by induction negative pressure mixing arrangement 1, in anti-oxidant pipeline, produce the corresponding sound wave intensity of direct proportion, and provide the flow message to know to the user because of air flows; Do the cresset progression with described led display unit 21 and show,, represent its negative pressure amount to reduce if water supply flow and flow message are non-when in direct ratio, might pipeline in or negative pressure mixing arrangement 1 have choking phenomenon to should give maintenance; Described ozone generation device 2 guidance panels are provided with a concentration adjustment button 22 in addition, described concentration adjustment button 22 is the intensity of electrode 33 discharges of 5 pairs of discharge modules 3 of control micro computer single-chip control module, rely on the discharge power that changes high-tension electricity to come control electrode 33 to produce different ozone concentrations, similarly, ozone concentration is done the demonstration that fixes with led display unit 21, discerns so that the user to be provided.It is to carry out in action that the water yield progression of led display unit shows, and concentration fixes to show it is to carry out in standby, and both are not afoul.

More than explanation is just illustrative for the utility model, and it is nonrestrictive, those of ordinary skills understand, under the situation of the spirit and scope that do not break away from claim and limited, can make many modifications, variation or equivalence, but but all will fall within the claim restricted portion of the present utility model.

Claims (5)

1. a sound is responded to the apparatus for mixing ozonic water that starts, and it is characterized in that: comprising:

One negative pressure mixing arrangement, be device in the exit, water source, rely on current by producing negative pressure;

One ozone generation device, its exhaust port side is connected to the air suction inlet of described negative pressure mixing arrangement with anti-oxidant pipeline, is used for producing ozone, and sneaks into electricity separation design in the flowing water via pipeline, with the starting drive of sound induction;

One sound inductor, it has an air flow channel, is the air inlet end that is connected to discharge module, and the side of described sound inductor has a sound inductive component, and described sound inductive component is used for the keying of management and control ozone generation device; When air can produce sound wave during by long and narrow air flow channel, and, when intensity of sound reaches the software set value, then start ozone generation device to pass the computing of micro computer single-chip control module back behind the described sound inductive component detecting sound signal.

2. sound is responded to the apparatus for mixing ozonic water that starts according to claim 1, it is characterized in that: described negative pressure mixing arrangement is to have a water inlet, a delivery port, and the channel that connects described water inlet and delivery port, it is narrow in the middle of wherein said channel then forms, the moulding that two ends are broad, and one negative pressure air suction inlet being set in the stenosis of described channel, described negative pressure air suction inlet connects the gas outlet of ozone generation device.

3. sound is responded to the apparatus for mixing ozonic water that starts according to claim 1, and it is characterized in that: described sound inductor and sound inductive component are to adopt separate design.

4. the apparatus for mixing ozonic water that starts of sound induction according to claim 1 is characterized in that: described ozone generation device guidance panel has the concentration adjustment button that can adjust ozone concentration at any time.

5. the apparatus for mixing ozonic water that starts of sound induction according to claim 1, it is characterized in that: described ozone generation device has a led display unit, can observe the discharge that progression shows, and can fix and show the ozone concentration of being adjusted according to the concentration adjustment button.

Images