CN207244007U - A kind of ozone preparation facilities - Google Patents

Abstract

The utility model discloses a kind of ozone preparation facilities, it includes shell body, electrode group, positive contact and negative contact, and the inside of the shell body has the hollow bulb for holding electrolyte, and the electrode group is arranged in the hollow bulb；The positive contact is separately positioned on shell body with negative contact, and the positive contact is connected with the positive plate in electrode group, and the negative contact is connected with the minus plate in electrode group；It is arranged at intervals between the positive plate and minus plate, and there is certain gap between it, the top of the shell body is provided with ozone outlet, and the ozone outlet is opposite with the interstitial site in electrode group.Advantage is：The utility model cost simple in structure is more cheap and can prepare higher concentration ozone.

Description

A kind of ozone preparation facilities

Technical field

The utility model belongs to the production equipment technology of ozone, more particularly, to a kind of ozone preparation facilities.

Background technology

At present, ozone is a kind of easily decomposes gas for being not easy to store, it needs to make and uses, it common are Three kinds of preparation methods；When high voltage discharge type, second, ultraviolet illuminaton, third, electrolytic；Electrion utilizes high pressure ionization (or chemistry, photochemical reaction) makes the partial oxidation decomposition in air be polymerized to ozone, is the allotrope transition process of oxygen；It is purple Outside line illuminaton produces that its efficiency is too low, and has certain injury to human body；Both approaches are also excessive there is energy consumption, and The ozone of preparation contains other components in air so that ozone purity is not high.It is becoming for future development that electrolysis, which prepares ozone, Gesture, existing electrolysis electrode used therein structure is complex and expensive, and the ozone concentration that it is produced is relatively low, overwhelming majority production Raw is hydrogen and oxygen, does not reach the occasion needed using high-concentrated ozone；It is therefore desirable to be improved.

The content of the invention

The purpose of this utility model is in view of the deficiency of the prior art, there is provided a kind of ozone preparation facilities, it Have the characteristics that simple in structure, cost is more cheap and higher concentration ozone can be prepared.

To achieve these goals, technical solution is used by the utility model：A kind of ozone preparation facilities, it includes Shell body, electrode group, positive contact and negative contact, the inside of the shell body has the hollow bulb for holding electrolyte, described Electrode group is arranged in the hollow bulb；The positive contact is separately positioned on shell body with negative contact, and the anode connects Head is connected with the positive plate in electrode group, and the negative contact is connected with the minus plate in electrode group；The positive plate and cathode It is arranged at intervals between plate, and there is certain gap between it, the top of the shell body is provided with ozone outlet, the ozone Outlet is opposite with the interstitial site in electrode group.

The outside of the positive contact is inserted with insulation sleeve, the bottom face of the insulation sleeve and the upper surface of shell body Flush.

Insulation spacer is provided between the positive plate and minus plate, between the positive plate, minus plate and insulation spacer Concatenated by screw rod.

With the above structure, the utility model is compared to the prior art advantageously：The knot of the utility model Structure is simple, cost is more cheap, and the electrolyte in shell body can be that tap water can also be the acids such as tap water and sulfuric acid Matter modulation forms, and has gap between positive plate and minus plate, and ozone outlet is opposite with the interstitial site, such electrode group institute The ozone of electrolysis can be discharged directly from ozone outlet, to prevent it to be trapped in shell body with other gas mixings and so that dense Degree reduces.

Brief description of the drawings

Fig. 1 is the planar structure schematic diagram of the utility model.

Fig. 2 is the electrode group structure schematic diagram of the utility model.

Embodiment

As described below is only the preferred embodiment of the utility model, does not therefore limit the protection model of the utility model Enclose, the utility model is further illustrated with reference to the accompanying drawings and examples.

Embodiment, as shown in Fig. 1 and Fig. 2：A kind of ozone preparation facilities, it includes shell body 10, electrode group 20, anode and connects First 30 and negative contact 40, shell body 10 be hollow structure inside, electrolyte can be held in the hollow bulb, electrolyte can be Tap water can also be that the modulation of the acidic materials such as tap water and sulfuric acid forms；There is water inlet 12 in the bottom of shell body 10, into The mouth of a river 12 is connected with hollow bulb, and electrode group 20 is arranged in the hollow bulb.Positive contact 30 is separately positioned on negative contact 40 On shell body 10, and positive contact 30 is connected with the positive plate 21 in electrode group 20, in negative contact 40 and electrode group 20 Minus plate 22 connects；Positive contact 30 and negative contact 40 have access to the positive and negative anodes of direct current, can be allowed after electric current is accessed Electrode group carries out electrolysis operation.It is arranged at intervals between positive plate 21 and minus plate 22, there is certain gap, and anode between it One fewer than the number of minus plate 22 of the number of plate 21, ozone outlet 11, ozone are provided with the upper side of shell body 10 Outlet 11 is opposite with the interstitial site in electrode group 20；This structure can allow electrode group 20 after electrolysis tap water produces ozone Can directly be taken out of by ozone outlet 11, mixed with preventing ozone to be detained inside shell body 10 with internal air so that its Concentration reduces, and certainly, which can also export the high-concentrated ozone after the ozone bubbles of wiener form, and dissolving completely Water.Insulation sleeve 31 is inserted with the outside of positive contact 30, the upper surface of the bottom face and shell body 10 of insulation sleeve 31 is neat Flat, insulation sleeve 31 can not only effectively play the effect of the electric isolution between positive contact 30 and shell body 10, and can also be right Cathode interface 40 has been distinguished, to prevent wrong electrode.Insulation spacer 23 is provided between positive plate 21 and minus plate 22, sun Concatenated between pole plate 21, minus plate 22 and insulation spacer 23 by screw rod 24, this structure, which is capable of, actual needs to allow positive plate 21 and minus plate 22 be staggeredly superimposed, be then superimposed more positive plates 21 and minus plate 22 if necessary to more ozone, make It must use more convenient.

Claims (3)

1. A kind of 1. ozone preparation facilities, it is characterised in that：Including shell body (10), electrode group (20), positive contact (30) and the moon Pole connector (40), the inside of the shell body (10) have the hollow bulb for holding electrolyte, and the electrode group (20) is arranged on this In hollow bulb；The positive contact (30) is separately positioned on shell body (10) with negative contact (40), and the positive contact (30) it is connected with the positive plate (21) in electrode group (20), the negative contact (40) and the minus plate (22) in electrode group (20) Connection；It is arranged at intervals between the positive plate (21) and minus plate (22), and there is certain gap, the shell body between it (10) top is provided with ozone outlet (11), and the ozone outlet (11) is opposite with the interstitial site in electrode group (20).
2. A kind of 2. ozone preparation facilities according to claim 1, it is characterised in that：Insert the outside of the positive contact (30) Insulation sleeve (31) is cased with, the bottom face of the insulation sleeve (31) is flushed with the upper surface of shell body (10).
3. A kind of 3. ozone preparation facilities according to claim 1 or 2, it is characterised in that：The positive plate (21) and cathode Insulation spacer (23) is provided between plate (22), is passed through between the positive plate (21), minus plate (22) and insulation spacer (23) Screw rod (24) concatenates.