CN2429514Y - Ozone generator coolded by water circulation - Google Patents

Abstract

The utility model relates to a water-circulation heat-radiation type ozone generator, which is the improvement of an ozone generator, and adopts the technology that the ozone is generated by the creeping discharge of high-frequency ceramics. The innovation is that a water-automatic circulation and dissipation ozone generating piece is used for generating heat. The specific structure is that the ozone generating piece is fixed on a cooling water tank; the cooling water tank and a water storage tank are connected by a water inlet pipe and a water outlet pipe; the bottom of the water storage tank is higher than the top of the cooling water tank. The water forms the heat convection by heating for the natural circulation to reach the purpose of the heat radiation. The utility model has the advantages of small size, long service life, high generated ozone concentration, continuous work, etc.

Description

Water cycle heat dissipation type ozonizer

The utility model relates to a kind of improvement of ozone generating-device.

Ozone owing to do not produce residual contamination, obtains application more and more widely as a kind of good gaseous disinfectant in producing and putting into practice.Artificial ozoniferous method is a lot, and as: point discharge, uviolizing, silent discharge and the glass tubular ozone generator used in the market etc., wherein, it is more extensive that the glass tubular ozone generator is used, but that shortcoming is a volume ratio is bigger.The nineties, the Japanese has invented " the radio ceramics creeping discharge generates ozone " technology, this technology is compared with conventional art, have that volume is small and exquisite, the ozone concn advantages of higher of little power consumption, efficient height, generation, its core technology is to be ozone generation flake and its supporting high-frequency and high-voltage power supply of carrier with the pottery.In recent years, domestic is that the ozone generating-device of major parts occurs in succession with the ozone generation flake, but the ozone generation flake volume is less, heat dispersion is poor, for solving heat dissipation problem, generally adopted cooling air unit, sheet takes place with strong cold wind cooling, though effect is necessarily improved, but still do not solve root problem, can only open for some time and wait to take place the sheet temperature and turn off power supply when too high, wait then the sheet temperature opening power again that lowers takes place, can not work long hours,, sheet take place very easily burn if there is not sfgd.; And the corresponding volume that increases ozonizer of cooling air unit is installed, so there is a general problem in this type of ozone generating-device: bulky, working life short, can not continuous firing, efficient low (per hour producing the above powerful ozonizer of 1 gram shows particularly outstandingly in this problem).

The purpose of this utility model just is to provide a kind of new-type ozone-generating, it still is key part with the ozone generation flake, but change the air-cooled in the past radiating mode of Denging, make this creation have advantages such as volume is little, the working hour is long, efficient is high, it is high-power to realize, sustainable work.

The utility model is achieved in that

The utility model mainly is made up of ozone generation system and heat-removal system.The core of ozone generation system is an ozone generation flake, and ozone generation flake is by high voltagehigh frequency power supply, supply lead fairlead and be connected with the high voltagehigh frequency power supply of outside.For reducing the high temperature that produces when ozone generation flake is worked, take water automated cycle heat-removal system, this system mainly is made up of cooling water tank and water tank, cooling water tank is the casing of being made by the resistance to oxidation metallic substance, several water channels are arranged in the casing, directly or indirectly communicate between the water channel, cooling water outlet ozzle is arranged at the top of casing, the cooling water inlet tap is arranged at the bottom; The water tank bottom surface is higher than the top of cooling water tank, and the water inlet pipe of water tank is connected with cooling water inlet ozzle with the cooling water outlet ozzle of cooling water tank respectively with rising pipe, and whole water cycle heat-removal system all is full of with water.When the ozone generation flake temperature raises, just with the heat transferred cooling water tank, water in the case just moves upward, water just produces circulating flowing: cooling water tank → cooling water outlet ozzle → water inlet pipe → water tank → rising pipe → cooling water inlet ozzle → cooling water tank, so repeatedly, heat scatters and disappears in water cycle process.

The utility model is compared with like product in the past, owing to adopt the less water convection current automated cycle heat-removal system of volume ratio, makes this creation volume dwindle greatly; Because water-cooled system radiating speed is fast, make the temperature that sheet takes place can excessively not raise, thereby guaranteed the sustainable work of ozone generation flake and, and several generation sheets can in parallelly uses the corresponding high power work of realizing ozonizer than long service live.

Contrast accompanying drawing below, the utility model be explained in detail:

Accompanying drawing 1 is a front view of the present utility model

Accompanying drawing 2 is A-A sectional views of the present utility model

Accompanying drawing 3 is synoptic diagram of the utility model heat-removal system

Embodiment

Cooling water tank 10 is fixed on the housing 5, and ozone generation flake 2 is fixed on the cooling water tank 10 by sheet fixing catch 3 takes place, pad one deck insulated heat-conducting medium 12 between ozone generation flake 2 and cooling water tank 10.During work, high-frequency and high-voltage power supply enters enclosure interior by power outlet hole 8, join by power supply web plate 6 and ozone generation flake 2, ozone generation flake 2 acts on the air or oxygen generation ozone with certain pressure that enters housing from air inlet ozzle 7, and ozone is by 1 output of ozone nozzle.Simultaneously, the heat that ozone generation flake 2 produces passes to water coolant in the case by dielectric 12 and cooling water tank 10, after being heated, water coolant upwards flows, enter water tank 13 by cooling water outlet ozzle 4 and water inlet pipe 14, water tank bottom water coolant enters cooling water tank 10 by rising pipe 15 and cooling water inlet ozzle 11, thereby reaches the purpose by thermal convection natural circulation dissipated heat.

Claims (2)

1, a kind of water cycle heat dissipation type ozonizer, comprise ozone generation flake 2., the power supply web plate 6., the ozone nozzle 1., air (or oxygen) admission piece 7., heat-removal system etc., it is characterized in that: 10. heat-removal system is made up of with water tank cooling water tank, 4. cooling water tank 10. top is equipped with cooling water outlet ozzle, the bottom is equipped with cooling water inlet ozzle , 4. the water inlet pipe of water tank is connected with cooling water inlet ozzle with the cooling water outlet ozzle of cooling water tank respectively with rising pipe , and the bottom of water tank will be higher than cooling water tank top 10.; 3. 2. ozone generation flake be fixed on cooling water tank by generation sheet fixing catch and 10. go up, and is lined with one deck insulated heat-conducting medium between ozone generation flake and cooling water tank.

2, water cycle heat dissipation type ozonizer according to claim 1 is characterized in that: 10. cooling water tank is made of the resistance to oxidation metallic substance.

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