45results about How to "Increased ozone production" patented technology

The invention relates to an ozone generator of a bionic cellular type discharge unit nesting structure. The ozone generator comprises a horizontal barrel body, wherein end covers are connected at the two ends of the barrel body, respectively; two fixed disks are vertically arranged in the barrel body; a discharge chamber is formed between the two fixed disks; an oxygen gas chamber and an ozone chamber are formed between the two fixed disks and the end covers at the corresponding ends, respectively; at least one cellular type discharge module with a plurality of cellular type discharge units is arranged in the discharge chamber; the two end parts of the cellular type discharge unit are nested on two fixed plates, respectively; the two end parts of the cellar type discharge module are nested on the two fixed disks by the two fixed plates, respectively; each cellular type discharge unit comprises inner electrodes, an insulation tube and outer electrodes which are nested from the inside to the outside; and the inner electrodes and the outer electrodes in each cellular type discharge module are electrically connected, respectively. The ozone generator of the bionic cellular type discharge unit nesting structure comprises a plurality of electrodes, is small in size, large in unit set yield, easy to produce, install and maintain, adjustable in ozone yield and unnecessary to stop during a maintenance process.

A compact, inexpensive, large-capacity ozone generator with increased ease of apparatus maintenance. An ozone power supply includes an n-phase inverter for obtaining an AC voltage having a predetermined frequency and outputting an n-phase AC voltage waveform; n reactors and an n-phase transformer for converting an n-phase AC voltage to a high AC voltage; n high-voltage terminals for outputting the n-phase high AC voltage; and a low-voltage terminal having a common potential. Ozone generator units are electrically divided into n pieces within a discharge chamber. Each ozone generator unit includes n high-voltage electrode terminals and one low-voltage electrode terminal, common to all ozone generator units. Each ozone generator unit supports an n-phase AC discharge to generate ozone.

An apparatus improves the efficiency and emissions of a combustion process by producing sufficient amounts of ozone in the air flow to the combustion chamber to enable more complete and cleaner combustion of the fuel. A plurality of ozone elements for producing ozone are disposed within a housing that is placed in the air intake to a combustion chamber such as a diesel engine. The ozone elements are bonded together in a cross-shaped pattern inside the housing. The apparatus includes one or more vortex scrubbers or vanes in the housing to cause the air flow to have a vortex action to increase the amount of ozone that flows into the combustion chamber. The vortex scrubbers comprise multiple double fins that are attached inside the housing. The vortex scrubbers include holes and / or serrated edges to increase the disturbance of the air flow over the ozone elements to increase ozone production. The mass of the ozone elements have a preferred ratio.

The invention discloses a novel discharge module based on surface catalytic film enhanced ozone synthesis. The novel discharge module comprises a discharge unit package board, a venting element I sleeving an air inlet end of the discharge unit package board and a venting element II sleeving a gas outlet end of the discharge unit package board. The discharge unit package board comprises a sealing plate I and a sealing plate II. The lower surface of the sealing plate I is provided with a groove I. The upper surface of the sealing plate II is provided with a groove II corresponding to the grooveI. The groove I is opposite to the groove II. The sealing plate I and the sealing plate II are bonded through tops of groove walls of the groove I and the groove II. A discharge unit is arranged in aspace formed from the groove I and the groove II. A semiconductor film is electroplated on the lower surface of a dielectric plate 1 with a sheet metal electrode and / or the surface of a grid-shaped metal electrode, and in oxygen-containing gas as a gas source, the ozone synthesis is further promoted through a series of heterogeneous reactions in contact with plasma because of a large specific surface area.

The invention relates to a voltage-doubling dual-cooling ozone generator. The ozone generator comprises a shell, a glass tube, a stainless steel inner cylindrical electrode, an outer cylindrical electrode, a gas inlet seat and a gas outlet seat, and further comprises a wind guiding piece, a centrifugal fan and a gas outlet piece, wherein the gas outlet piece comprises an outer sleeve, an inner sleeve and a reinforcement for connecting the inner and outer sleeves; the centrifugal fan is arranged at the opening of a fan seat; a wind inlet hole of the centrifugal fan is opposite to the cavity of the fan seat; one end of the wind guiding piece is connected with a wind outlet interface of the centrifugal fan, and the other end is in splicing connection with a sealing seat of the gas inlet seat; an annular clamping groove of the gas outlet seat is embedded in a first fixing hole at the gas inlet end of the shell; the connected end of the wind guiding piece and the gas inlet seat is embedded in a second fixing hole; a flange of the gas outlet piece is fixedly connected with a flange of the gas outlet seat; and a gas outlet part is inserted in the inner sleeve. The centrifugal fan takes in external cold air, and heat is taken away by a radiating fin, so that the temperature is reduced; and the opening of the fan blows wind to the inner wall of the inner cylindrical electrode, so that the heat of the inner cylindrical electrode is absorbed by air and is discharged out, thus prolonging the service life and increasing the ozone yield of the generator.

The invention provides a resonant frequency tracking method and device for an ozone generator power supply. The method comprises acquiring an acoustic wave signal in a discharge chamber of an ozone generator and working frequency of an ozone generator power supply so that the resonant frequency of the discharge chamber and the working frequency of the ozone generator power supply are monitored, and if the working frequency of the ozone generator power supply and the resonant frequency of the discharge chamber are different, adjusting the working frequency of the ozone generator power supply sothat the working frequency of the ozone generator power supply is the same to the resonant frequency of the discharge chamber. The method and device can determine if the discharge chamber is in a resonant state through the acoustic wave signal in the discharge chamber and the working frequency of the ozone generator power supply, and if the discharge chamber is in a resonant state, the working frequency of the ozone generator power supply is adjusted so that the working frequency of the ozone generator power supply is the same to the resonant frequency of the discharge chamber. The method anddevice are simple, safe and efficient and realize the maximum ozone yield in a complicated and changeable environment.

The invention provides an ozonizer with modular structure of a discharge unit, which includes a discharge chamber, an oxygen cavity chamber and an ozone cavity chamber; the discharge chamber includes at least one discharge module and two fixing discs used for fixing the discharge modules, and the oxygen cavity chamber and the ozone cavity chamber are arranged at the outside of the fixing discs ofthe two discharge modules; each discharge module includes a plurality of discharge units and two discharge unit fixing plates that are arranged at the two ends of the discharge unit, the discharge module is arranged on the two fixing discs of the discharge modules by the discharge unit fixing plates at the both ends; each discharge unit includes an internal electrode, an insulation sleeve and an external electrode that are sheathed together from inside to outside according to the sequence of the internal electrode, the insulation sleeve and the external electrode, an air gap is kept between the internal electrode and the external electrode, an electric connection is formed between the internal electrodes and between the external electrodes inside each discharge module. The ozonizer adopting the structure includes a lot of electrodes and has high unit set output, small volume but is easy to manufacture, install and maintain.

The invention discloses a spiral cylindric discharging unit for an ozone generator, characterized by that: a set of flexible ground electrodes, insulation layers and high voltage electrodes with the respective quality of no less than one are stacked up and integrally kinkled to form the spiral cylindric shape, wherein, the high voltage electrodes and the ground electrodes are separated by the insulation layers, gaps exist between the ground electrodes and the insulation layers and between the insulation layers and the high voltage electrodes. The spiral cylindric discharging unit can be applied to various ozone generators with observably improving the ozone productivity of each discharging unit and reducing the cost.

The invention relates to a ceramic coating composition and a preparation method and application thereof. The ceramic coating composition comprises dititanium trioxide, zirconium oxide, magnesium oxide, sodium sulfate and zinc oxide. The preparation method includes the steps of weighing all components according to a formula proportion and evenly mixing the components in a stirrer so as to obtain the ceramic coating composition. The ceramic coating composition has the advantages of electricity conductivity, resistance to acid, alkali and ozone corrosion and light specific weight, is capable of preventing the ozone generating tubes from being corroded by ozone effectively and increasing ozone output and is particularly suitable for ozone generating tubes of the ozone industry.