TW200909012A - An ozonised vapour generator - Google Patents

Abstract

Chemical disinfectants, for example phenols, hypochlocite and formaldehyde, are commonly used for disinfection or the reduction of pathogens. However, when food and water come into contact with these chemical disinfectants, they become unsafe for human consumption. The production and use of steam for disinfection is also a commonly used method. However, the heat generated during the product ion of steam is not only harmful to individuals but will also damage some materials, for example fabric, books, papers and heat-sensitive equipment. An embodiment of the invention describes use of a chamber wherein ozone and fluid are mixed for obtaining ozonised fluid therefrom. The ozonised fluid is directed at an atomising structure for atomising thereof into ozonised vapour. The ozonised vapour is subsequently directed away from the atomising structure when being atomised from the ozonised liquid into the ozonised vapour.

Description

200909012 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to an ozone generator. [Prior Art] Higher ===:= (2) 2 = For example, "The pollution. = Fruit: The horrible, the big _ central air-conditioning system is a loose object or food. The source of dyeing is contacted or close to the stain, so there is more and more thinning ======= Ξ==. volatilization during the steam generation process [gas, no material f, such as fabric, book, paper And heat sensitive in electricity ί=ί shot 6*5 is described by 8f2 - the system uses ultraviolet (uv) light water to form a highly active 靡) free radical, and the ϋ set only uses two = ϊ ϊ ° but 'kill 8 effect only Occurs in the channel ';=Π, 生88的6,,^说—clothing iron? In boiling ^ production ί _ mixed with ozone 'to make clothing deodorant and submerged i Wei production Qian Caiqing hair, 379,633 description - Applicable to the generation of 懒 氧化 氧化 氧化 以获得 以获得 以获得 以获得 以获得 以获得 転 転 転 転 転 転 転 転 転 転 転 転 転 転 転 転 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 2009 Ozone production that produces at least disinfection or money sterilization [the surface does not cause damage to the consumer and the food. The first claim of the present invention The purpose is to disclose a generator that contains a closed chamber to take in the liquid in the chamber, and at least the equipment for oxidation and deuteration. Ozonation 11 is connected to the tank to send skunks (〇3 ) to the liquid in the room, and is taken up by the sealed chamber, from which the ozonation is obtained, and the 'closed chamber can further guide the ozonized liquid to the atomizing device. The atomizing device is for directly The atomized ozonation liquid is formed to form an ozonized gas, and the formed ozonized gas is separated from the atomization device. The second main purpose of the present invention is to disclose an ozone generator, comprising a receiving liquid. The closed chamber, the diversified ozonator and an atomizing device. The diversified ozonator is connected to the closed chamber to transport ozone (〇3) to the liquid in the chamber and is taken by the closed chamber to obtain the ozonized liquid from there. In addition, the sealed chamber can further guide the flow of the ozonized liquid to the atomizing device, wherein the atomizing device is for directly atomizing (10) the ozone into the ozone domain, and allowing the ozonized gas to be kept away from the mist device. The third party's purpose is to expose a method for producing ozonized gas, comprising the steps of receiving a liquid to a closed chamber, and then, by means of a closed chamber, delivering ozone (6) to the liquid in the chamber and receiving from the sealed chamber, Ozonation liquid is obtained at this point. The ozonation liquid is connected to the ozone chamber by the ozonation. The ozonation liquid is connected to the atomization device from the closed chamber, and the atomization device is used to directly atomize the ozonation liquid to form ozonation. The gas, and the formed ozonized gas atomization device. The ozone generator of the present invention will be described in detail below, and the technical means to be solved by the above-mentioned courses are discussed and the intended purpose is achieved. [Embodiment] 200909012 The present invention The specific implementation, description - hiding generator 2 ϋ a picture and the second picture. The Yuan, Negative Production, Cry 9n, and the First Cry, 5, 20 contain a closed chamber 22, a stinky oxidized chilling 24 and an atomizing device 26. The chamber 22 is the location where the liquid 28 is received, for example, the water inside = one = i 〇 9f is smoothly free of liquid 28 and is in fluid communication there. When the person closes, 22 uses an adapter (not shown) to connect the water source head and the water manifold, and receives liquid 28 from there. Including - pump 32 - a filter assembly 34 is connected to the liquid 28 for delivery to the airtight chamber 22. The pump is - 为 - centrifugal pump and - displacement pump 'for the appropriate electric pump Li. The performance of j and ^ 疋 ^ Filtration of the liquid delivered to the containment chamber via pump 32 from 'preferably includes a replaceable filter (not shown). Ozonostat 24 is coupled to chamber 22 to produce ozone (6) 36. Ozonation 24 is the most It is good to generate ozone 36 by corona discharge. Or, odor, ultraviolet light irradiation and electrolysis to produce ozone 36. Venturi 38 in the socialist, connecting the ozonator 24 and the closed chamber 22 to drag the ozonizer 2 The resulting ozone 36 is directed to the liquid 28 in the containment chamber 22. The venturi 38 includes a one-way flow valve 40 to substantially restrict the flow of liquid 28 from the containment chamber 22 to the oxidizer 24. ^ When the ozonator 24 is produced Ozone 36 is mixed with liquid 28 and transported until it is sealed to 22, forming an ozonation liquid 42. Then ozone The liquid 42 flows directly to the atomization s. The atomization device 26 is provided with a suitable nozzle 44, and at least one passage 46 is formed therein. The formed passage 46 is in fluid communication with the inside of the closed chamber 22 to allow ozonation of the liquid. 42 passes directly through nozzle 44 through passage 46. The liquid 28 is delivered to the seal 22 by a pump 32 at a predetermined pressure to ensure that the ozonated liquid 42 passes through the passage 46 under a predetermined plethora. 46 is formed in a shape and size such that the atomized ozonated liquid 42 passes smoothly through the portion at a predetermined pressure to form an ozonized gas 48 ° and another 'channel 46 to guide the ozonized gas 48 away. Nozzle 44, 200909012 Fog. Τ Select to become a odorous gas, ozonation fog or ozonation thinner than the ozonation gas 48 produced by the ozone generator 2G, not to obtain the vapor from the boiling liquid, because it is substantially produced The temperature of the self-serving servant $ _ 48 is lower than that of the steam. The container of the emulsified liquid pump (not shown) in place of the container 30 and the liquid is preferably replaced by a container. Adapter Not shown) to ensure that the pressure is applied to the joint by the valve mFi°w. The container of the pressurized liquid is connected to the closed chamber 22, not shown in the figure, and the valve is opened under the preset pressure to allow the liquid to be liquid. The container is delivered to the sealed chamber 22. In the use of the ozone generator 20 period i body y1 Yun Wei plus the body of the test body 11 is expected to replace the silk pressure pre-its equipment 26 is a disc (not shown), when operating, will be in the tray Rotate by yourself. When the ozonation liquid 42 is introduced into the rotating cylinder, the ozonation button 42 is atomized into ozonized gas and the ozonized gas 48 is moved away from the rotating disk. The control 2G step-to-step contains the controller (not shown) to 22 respectively. The ozone generator 20 that the skunk 36 and the liquid 28 are transported from the ozonator 24 and the pump 32 to the closed chamber further includes a series of batteries (not shown) that generate the pump 32 and ozonation. Charging 以 二 2 to ensure that the ozone generator 20 can be carried by the user and operate independently. 3. The shape and size of the ozone generator 20 have been set in advance to & the tightness and portability of the ozone generator 20. & ^ ^ The tightness and portability of the oxygen generator 20 enables it to be a best gas 2 curtain generator for use in walkways or installations and inlets on buildings. σ produces ozonized machines and ozone generator cleaning devices. 200909012 or 'Ozone generator 2〇 contains a far surname 】, in fluid communication with the inside of the closed chamber 22: The odour oxidizer (when the surface is not ozone, fine (4) and light. Zhongbao has a useful life.乍 乍 load 'straw this increase ozone generator 2 〇 odor, the second production i ozonized gas Zhao 48 is most suitable for disinfection, in addition to technical means to bribe, do the f Technology, revealing the tool but not The spirit and scope of the present invention. The present invention is the same as the present invention. The first figure is a system flow chart showing an ozone generator according to a specific embodiment of the present invention. A partial cross-sectional view of the ozone generator. [Main component symbol description] Ozone generator 20 Closed chamber 22 Ozonizer 24 Atomization device 26 Liquid 28 Container 30 Pump 32 Filter assembly 34 Ozone 36 Venturi 38 One-way flow valve 40 Ozonation liquid 42 Nozzle 44 Channel 46 Ozono gas 48 10

Claims (1)

200909012 X. Patent application scope: 1. An ozone generator comprising: a sealed chamber for receiving liquid; an ozonator that connects the closed chamber to deliver ozone (〇3) to the liquid in the chamber, and Receiving a sealed chamber from which an ozonation liquid is obtained; and a deuteration device that further directs the ozonation liquid to the atomization device. The preparation 5 is also prepared for directly atomizing the ozonation liquid there to form Ozonation gas. , U application for special _ 丨 之 之 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧The ozonized hydrazine in the formation forms an ozonized gas '1 to direct the ozonized gas away from the nozzle. 3. As claimed in claim 2, the ozone generator comprises: a pump that pressurizes and delivers the liquid to the closed chamber at a preset pressure. 4. For the ozone generator according to item 2 of the patent application, the further step comprises: a = moving capacity H is connected to the chamber, and the container contains the pressurized liquid delivered to the chamber - the patent application scope item The ozone generator temple is described when the disk is at a preset speed of dioxing gas, and the center of the nb liquid is guided to atomize it into an ozone gas and direct the ozonized gas away from the rotating disk. Miscellaneous as 2 patent scope! The ozone generator described in the above paragraph includes a % pump or a displacement pump to deliver the liquid to the closed chamber. The ozone generator according to item 6 of the scope of interest, including - ozonator. In the eighth, it is a centrifugal pump and a displacement pump, and at least one of the ozone generators described in the first aspect of the patent, the input-stroke includes a storage and supply container connected to the fluid passage. 9. The ozone generator according to the above-mentioned patent application, wherein the ozonation 200909012 is produced by means of a medium-type corona discharge, ultraviolet irradiation or electrolysis. The ozone generator, the inlet and the enthalpy, comprises: - the venturi is connected at least to the ozonator and the confining chamber to impart the generated ozone to the dense (10) liquid. The tube composition ^ quantity ^ item = ozone fine, wherein the venturi to the ozone = device. To the machine valve, the liquid liquid of the essence is flowed from the closed chamber. The ozone generator described in the first paragraph of the patent scope of the patent includes: - 1, * at least - liquid and ozone enter the closed chamber. 13. An ozone generator comprising: a closed chamber for receiving a liquid; and, a ρ ozonator, wherein the diversified ozonator is coupled to the closed chamber for transport to the liquid of (4) and is received by the chamber. From there, the ozone pulling device is obtained, and the sealed chamber is further guided to guide the ozonized liquid to the atomizing device. The atomizing device is used to directly ozonize the liquid (10) to ozonize the carcass and allow the formed ozone to be formed. The gas is kept away from the atomizing device. 14. The ozone generator according to claim 13, wherein the pump includes: a pump f preset pressure, pressurizing and conveying the liquid to the sealed chamber, wherein the atomizing device has a nozzle therein A channel is formed through which the ozonated liquid passes directly through the nozzle. The passage is shaped and sized to allow the ozonated liquid in the atomization to pass through to form an ozonized gas and direct the ozonized gas away from the nozzle. 15. The ozone generator of claim 13, wherein the atomizing, the disk "when operating" the disk rotates at a predetermined rotational speed, when the disk is operated, The ozonation liquid is introduced into a portion of the area, atomized into an ozonized gas, and the ozonized gas is directed away from the rotating disk. 16. The ozone generator of claim 13, further comprising: 12 200909012 a centrifugal pump or a displacement pump to deliver liquid to the closed chamber. 17. If the ozone generator described in claim 16 is further included, the power supply of one column of batteries, at least one of which is a centrifugal pump and an ozonator. 18. The ozone generator of claim 13, wherein the storage device comprises: a storage and supply container in communication with the fluid passage. 19. The ozone generator according to claim 13, wherein the multi-dimensional ozonator produces at least ozone (〇3) produced by means of a towel-type electric current, ultraviolet irradiation or electrolysis. 20. The ozone generator of claim 13, wherein the controller comprises: - controlling at least - transporting the liquid and adjusting the ozone generated by the discharge from the plurality of ozonators into the closed chamber. 21. A method for producing an ozonized gas, comprising the steps of: a closed chamber for receiving a liquid; π, sending ozone (〇3) to the liquid in the chamber, and receiving from the sealed chamber, from which the smell is obtained. The body 'at least one ozone generating ozone generator is coupled to the sealed chamber; and the ozonized liquid is guided to the atomizing device by the closed chamber, and the atomizing device directly atomizes the ozonized liquid to form the ozonized gas. And the formed ozonized gas is kept away from the atomizing device. The method for producing ozonized gas according to Item 21 of the patent application is directed to the flow of the liquid to the atomizing device by the thin chamber, and the steps include: 由 guiding the ozonized liquid to the atomizing device A nozzle is formed in the nozzle, and the odorous liquid passes through the passage directly through the nozzle. The shape formed by the passage is matched with the ' 可 可 可 可 ( , , , , 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 臭氧 臭氧 臭氧 臭氧 臭氧 臭氧nozzle. The method for applying ozone-generating gas in the 22nd Lions of the patent application, in-step, includes the steps of: (4) pressurizing and conveying the liquid to the closed chamber by a predetermined pressure. 24. The method for producing an ozonized gas according to claim 22, wherein the method comprises the steps of: providing a movable container connected to the sealed chamber, and the container 8 having a pressurized liquid delivered to the sealed chamber . ° 3 25.^° The method for producing ozonized gas according to item 21 of the patent application scope, the liquid crystal is guided to the atomization device by the closed chamber, and the steps included are: The liquid flows to a disk. When it is in operation, the disk rotates at a pre-ft rotation speed. When the disk is operated, the ozonation liquid is introduced into a partial area, atomized into an ozonized gas, and the ozonized gas is guided. Keep away from the method of producing ozonized gas as described in claim 21 of the patent application, including the step of providing a centrifugal pump or a row of measuring springs to deliver the liquid to the closed chamber. ^ The method for producing ozonized gas according to claim 26 of the patent scope, the method includes the steps of: providing a series of battery power sources, at least one of which is a centrifugal pump and a displacement pump and at least one ozonizer . The method for producing ozonized gas described in Item 21 of the scope of the patent application is to include: “The container with storage and supply is connected to the fluid passage. The ozonation described in the patent scope of the application. The method of gas, the latitude and closing chamber guides the flow of the ozonized liquid to the atomizing device, and the steps include: ':, H, a kind of corona discharge, the streak produced by the wire of the wire electrolysis, the second phase, the range 帛The method for producing ozonized gas described in Item 21, in which the venturi is connected to at least one ozone thief (four) to the ozone generated by the tow ozonizer to the closed chamber ^ The method for producing ozonized gas according to Item 30 of Liquid No. 81, the method for extracting liquid from a one-way flow of oxygen to substantially limit the flow of ozonized gas as described in claim 21 of the patent application, I. I know the supply controller to control at least one of the liquid and ozone into the 14 200909012 into the closed room.