JP3057756U - Production equipment for liquids containing ozone - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an apparatus for producing a liquid containing ozone, which can obtain a liquid containing ozone with high solubility at low cost, does not require the use of a pump and does not require cleaning, and improves the effect of application. SOLUTION: An ozone generator 2 having a negative pressure starting structure and a jet device 1 are provided. Both ends of the jet device 1 in the vertical direction of the water flow are connected to a water outlet portion 31 of a faucet 3 at an upper end, and a drain pipe at a lower end. 4 are connected. An air guide tube 6 is connected to the flank to reach the ozone generator 2. After the jet 1 has been connected to the plurality of screws 112 at the upper end of the upper fitting 111 of the outer tube 11 and the outlet 31 of the faucet 3, the outlet 31 is tightly fastened with a leak-proof ring to leak water. To prevent runoff. The raw powder of the faucet 3 is connected to the shower, the other end is connected to the fitting and loosened and withdrawn, the lower fitting 114 is connected to the bottom end, the general drain pipe 4 is connected to the lower fitting 114, and the spout 1 The upper end and the water outlet 31 are fitted together to easily achieve the purpose of use of the present apparatus.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to an apparatus for producing ozone-containing liquid, particularly an ozone having a self-starting structure, which refers to a jet nozzle, achieves the effect of an exempt pump, sufficiently mixes ozone with a liquid, and provides a kind of water switch. It concerns the generator.

[0002]

[Prior art]

 Containing ozone liquid is already applied to freshwater washing fruits and vegetables, and is used for agriculture, washing clothes, removal of residual compounds in articles, and water addition of flowers. In a commonly used method, the exhaust pipe of the ozone generator is inserted directly into the container, and the ozone contained in the liquid is used on demand as described above.

[0003]

[Problems to be solved by the invention]

 However, in this type of system, generally, about 80% of ozone floats up to the air and flows into the air to reduce the amount of ozone by liquid, which tends to decrease relatively. In addition, the amount of ozone contained in the air is too high and has a negative effect on the human body. In order to solve the above-mentioned problems, there is a method of increasing the pressure with a pump and taking care of it in the technical field of training. It is firm and increases ozone solubility. However, the effect is not very noticeable. Moreover, it requires a lot of cost increases and is not ideal.

[0004] Therefore, the main purpose of the present invention is to provide a kind of physical structure of exempt power for the above-mentioned loss and demand, and to eject the liquid in the course of the effusion of ozone with the ozone in the process of discharging the liquid. Liquid ozone-containing liquid production equipment that can be produced by the formula and can be used at low cost to obtain liquids containing liquid and high solubility ozone, without using pumps and cleaning, and improving the effects of other applications Is to provide.

Another object of the present invention is to generate ozone by using an ozone generator to form a pressure difference between the aerating tube and the aerating tube with an inner diameter of the aerating tube being smaller than that of the aerating tube and then proceeding to generate a negative pressure. It is an object of the present invention to provide an apparatus for producing a liquid containing ozone, which needs to be started up automatically and automatically jetted.

[0006] Still another object of the present invention is to provide a liquid in the outer tube, which is rotatably stirred with a line of a uniform tank, and furthermore, breaks down bubbles even more finely by utilizing the offshore flow of the water stream. An object of the present invention is to provide an apparatus for producing a liquid containing ozone that improves the solution effect.

[0007]

[Means for Solving the Problems]

 According to an apparatus for producing a liquid containing ozone of the present invention for achieving the above object, there is provided an apparatus for producing a kind of liquid containing ozone having high solubility, comprising an ozone generator and a jet, The upper end of the jet is connected to the outlet of the faucet at two ends vertically toward the water flow, is fixed with a plurality of screws, is connected to a drain pipe at the lower end, and is connected to an air guide pipe to the flank. In the ozone generator, the jet has an outer tube, a nozzle, a contact, and a one-way valve, the air guide has a one-way valve, and the air guide has the one-way valve. A fitting hole is provided on the side of the lower fitting, and the outer tube is fixedly connected to the one-way valve, and the nozzle and the connecting member are installed inside the outer tube. The nozzle is provided with a contraction passage and a gas passage. The confronting part is provided with a gradually expanding passage and a concave ring space, and communicates with the inner space of the one-way valve, so that the liquid flows through the narrow opening at the front end of the contraction passage to increase the flow velocity. Is generated, the pressure is reduced, and the ozone produced by the ozone generator is passed in order through the air guide tube, enters the concave ring space and the gas passage with the one-way valve, enters the gradually expanding passage, and receives the liquid. To produce a liquid containing high solubility ozone, and discharge the liquid through the discharge pipe.The ozone generator includes an outer shell, a transformer, a circuit board, an ozone generator, and a power supply unit. Wherein the outer shell is provided with an upper lid and a lower lid, the upper lid front has one control face plate, and the lower lid inside has the transformer, the electric circuit board, and the ozone generator positioned therein. The circuit board is a basic zero-composition part and a negative pressure sensor A negative pressure sensitivity adjustment hole, an ozone generation amount adjustment hole, and a power switch, wherein the ozone generator has an aerating tube and an outflow tube, and an extension pedestal is provided below the lower lid. The first contact piece and the second contact piece are inserted and fixed, the advancing pipe and the outflow pipe are fitted and connected, and the outlet of the second contact piece communicates with the jet through the air guide pipe, and the faucet When the air is released, the outside air enters the air furnace cleaning head via the aerating tube, enters the aerating tube, fits into the first contact piece with the air furnace cleaning head, and A small air outlet pipe is fitted into the first contact piece air outlet to cause a pressure difference between the air advance pipe and the air outlet pipe, and the negative pressure sensor on the electric circuit board communicating with the branch pipe of the air advance pipe has a pressure phenomenon. Ozone is generated by generating a negative pressure, and automatic feeding is possible. Characterized in that the emissions can be feast.

[0008]

[Embodiment of the invention]

 Hereinafter, embodiments of the present invention will be described with reference to the drawings. As shown in FIGS. 1 and 2, an apparatus for producing an ozone-containing liquid according to an embodiment of the present invention includes an ozone generator 2 having a negative pressure starting structure and a jet 1, and the water flow of the jet 1 is vertical. Both ends of the direction are connected to the water outlet 31 of the faucet 3 at the upper end, and the drain pipe 4 is connected to the lower end. Separately, an air guide tube 6 is connected to the flank to reach the ozone generator 2. After the jet 1 has been connected to the plurality of screws 112 at the upper end of the upper fitting 111 of the outer tube 11 and the water outlet 31 of the faucet 3, the water outlet 31 is tightly fastened with the leak-proof ring 1112 and the water is discharged. Prevent leaks and prevent spills. The faucet 3 has two water outlets, one of which is directed directly downstream in front, and the other one is a water outlet 31 shown in the drawing, and its raw powder is connected to a shower and the other end is connected to a joint. Loosen it and withdraw it, connect it to the bottom end of the lower fitting 114, or connect the joint of the general drainage pipe 4 and the lower fitting 114 as shown in the figure, and further join the upper end of the jet 1 and the water outlet 31 to make it simple. The purpose of use of this device is achieved. In this way, after the openable ozone generator 2 and the faucet 3, the liquid content of high solubility ozone flows out at the lower end of the drain pipe 4 (or with a shower).

As shown in FIGS. 2 to 5, except that the jet 1 has an air guide pipe 6 and a drain pipe 4, it mainly includes an outer pipe 11, a nozzle 12, a contact 13, and a uniform tank. 14, including a furnace piece 15, a one-way valve 17 and a drainage element 18, and separately having washers 16 and 1112 between the original elements, having a leakage action at the prevention connection.

The outer tube 11 has an upper fitting 111, a screw 112, a damper ring 113, a lower fitting 114 and a screw head 115. Among them, the concave fitting port above the upper fitting 111 can be supplied to the water port section 31 and can be placed therein, and a plurality of screws 112 are tightly turned and fixed. The inner thread 1112 of the upper fitting 111 is turned and joined by the outer thread 1131 of the damper ring 113. The damper ring 113 is firmly in contact with the upper part of the lower fitting 114, and the inside of the lower fitting 114 can accommodate the nozzle, the fitting 13, the uniform tank 14, and the drainage 18 can be accommodated. The heads 115 can be screwed but tightly positioned relative to each other below the damper ring 113 and between the threaded heads 115. A tight fitting hole 116 is provided in the abdomen on the side of the lower fitting 114, and a one-way valve 17 has a cassette connecting head 171 projecting outward and tightly connects the cassette to the air guide tube 6 for transporting ozone.

The nozzle 12 has a contraction passage 121, a conical surface 122 and a gas passage 123, and the connection 13 has a gradually expanding passage 131, a conical concave surface 132 and a concave ring space 133. Has been installed. The formation of the gas passage 123 occurs between the contacting conical surface 122 and the conical conical surface 132 when the contacting conical surface 122 and the confronting conical surface 132 are located close to each other. The contraction passage 121, the gas passage 123, the gradually expanding passage 131, and the concave ring space 133 are connected to each other, and a concave ring space 133 corresponding to the position of the tight wind 116 is provided. Therefore, the internal space 172 of the one-way valve 17 also communicates with the concave ring space 133 and the gas passage 123.

Further, as shown in FIGS. 1 and 2, the outer end serves to communicate with the air guide tube. The inner bottom end of the screw head 115 is used to connect the drain pipe 4 to use the transported ozone liquid at a remote location. As shown in FIGS. 5 and 9, the bottom end of the screw head 115 discharges ozone liquid directly and is applied to various cleanings.

As shown in FIG. 1 and FIG. 2, once the ozone generator 2 and the faucet 3 are all opened, the water flows inside the outer tube 11 and passes through the contraction passage 121 of the entrance nozzle 12 at the narrow end at the front end. The flow velocity is increased, and the jet flows to reach the gradually expanding passage 131 of the contact 13. At this time, in addition to increasing the flow velocity, the pressure also decreases. The outer end of the one-way valve 17, which generates a suction force, is used for connection.

The air guide tube 6 passes the ozone produced by the ozone generator 2 through the air guide tube 6 in order, enters the concave ring space 133 from the one-way valve 17, passes through the gas passage 123, and gradually passes through the gas passage 123. The liquid is sucked into the opening 131, mixed with the liquid, and absorbed into the cutting opening 131 of the contact 13. After mixing with the liquid, the uniform bath 14 is described downward. Inside it, the liquid of ozone is first turned into a liquid in the process of rotating the scribe line 141 to increase the passing process, and is sufficiently stirred to increase the liquid and increase the ozone dissolving effect. The furnace net 15 installed below the uniform tank 14 presses the liquid and ozone by the pressure of the flow velocity to reduce the usable gas loading area, and the operating furnace net 15 makes a severe cut off the offshore. The bubbles can be made finer, increasing the liquid and dissolving the mixing and benefits of ozone. After the liquid reaches the drainage element 18, the liquid first strikes the central position, and the liquid on the horizontal damper plate 182 is established at a plurality of diagonals around four directions of diffusion. A large amount of liquid expands in the 181 and is discharged from the drainage pipe 4 connected by the furnace net 15.

When the ozone and the liquid mix, they undergo a rapid offshore action where the liquid contains ozone with high solubility. Further, when the faucet 3 is opened, the ozone generator 2 automatically supplies an open, and the ozone generator 2 has an automatic structure having a negative pressure, thereby achieving a more convenient purpose in use.

As shown in FIGS. 1 and 6, the ozone generator 2 of the present invention includes an outer shell 21, a transformer 22, a circuit board 23 and an ozone generator 24. An upper cover 211 and a lower cover 212 are provided on the inner shell 21 and both are chained together. The upper lid 211 is provided with a control face plate 2111 on the front, a hanging wall base 2121 is provided above the lower lid 212, and an extended base 2122 is provided projecting downward and provided with a lower base 212. The inside is provided with a transformer 22, a circuit board 23, and an ozone generator 24, and is fixed at a fixed position. One electric circuit board 23 is assembled above the transformer 22, and the electric circuit board 23 has its basic parts assembled, a high negative pressure sensor 231, a negative pressure sensitivity adjustment hole 2 32, an ozone generation amount adjustment. A negative pressure sensitivity adjusting hole 232 and an ozone generation amount adjusting hole 233 including a hole 233 and a power switch 234 are micro-adjusted, and a large number of conductor connecting transformers 22 provided in the ozone generator 24 below the transformer 22. And the ozone generator 24 has an aerating tube 241, a power line 242, and an outflow tube 243, and a power supply device 25 of a power line 242 capable of connecting and connecting 110V to 220V converted DC 12V, No danger can occur when immersed in tide or water at 12V operating current, and there is no safety consideration. The extension pedestal 2122 of the lower cover 212 of the outer shell 21 can be positioned by the first contact 213 and the second contact piece 14. The inner side of the first contact piece 213 can be fitted and fixed by using the inhalation tube 241. The outlet 141 projecting below the second contact piece 214 is connected to the air guide tube 6.

As shown in FIG. 1, FIG. 7 and FIG. 8, the air guide tube 6 outside the above-mentioned ozone generator 24 outlet pipe 243 is connected to the jet 1 and once the faucet 3 is opened, the ozone generator 2 The start-up power switch 234 is automatically turned on, the air enters the outside air after being sent to the furnace by the air furnace cleaning head 2411, and the first contact of the lower shell 212 of the outer shell 21 to which the air pipe 241 air furnace cleaning head 2411 is fitted. The piece 213 has an inner diameter smaller than the outlet pipe 243. In the fitted second contact piece 214 and the vent hole 2142, both the vent pipe 241 and the vent pipe 243 are smaller than the pressure vent pipe 243 generated in the vent pipe 241 under the same atmospheric pressure. Then, the branch pipe 2412 of the advance pipe 241 and the negative pressure sensor 231 on the electric circuit board 23 are communicated with each other because the pressure difference phenomenon generates a negative pressure, and the ozone generator 24 is released there. Then, the ozone is transported through the air guide tube 6 connected to the outlet 2141 through the second contact piece 214 to reach the joined jet 1 and sufficiently mixed with the liquid to become a highly soluble ozone liquid.

FIG. 9 shows a faucet 5 according to another embodiment of the present invention. The faucet 5 is attached below the water outlet 51 of the faucet 5 similarly to the jet streamer 1, and has the same effect as the embodiment shown in FIG. Have. However, this type of faucet 5 is generally installed in kitchens and hand wash basins, used for cleaning fresh vegetables and hands, and explained together.

[Brief description of the drawings]

FIG. 1 is a three-dimensional view illustrating an apparatus for producing a liquid containing ozone according to an embodiment of the present invention.

FIG. 2 is an anatomical surface operation display diagram showing the jet device according to one embodiment of the present invention;

FIG. 3 is a three-dimensional external view showing a jet device according to an embodiment of the present invention.

FIG. 4 is a three-dimensional exploded view showing a jet device according to an embodiment of the present invention.

FIG. 5 is a view showing an anatomical surface of a jet device according to another embodiment of the present invention.

FIG. 6 is a three-dimensional view showing the internal parts of an ozone generator according to an embodiment of the present invention.

FIG. 7 is a plan view showing a use state of the ozone generator of one embodiment of the present invention.

FIG. 8 is a view showing a care flow direction of an inhalation pipe and an outflow pipe of the ozone generator when the ozone generator according to the embodiment of the present invention is used.

FIG. 9 is a three-dimensional view illustrating an apparatus for producing a liquid containing ozone according to another embodiment of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Spouter 2 Ozone generator 4 Drainage pipe 6 Air guide pipe 11 Outer pipe 12 Nozzle 13 Countermeasure 14 Uniform tank 15 Door net 16 Washer 17 One-way valve 18 Drainage 21 Outer shell 22 Transformer 23 Transformer plate 24 Ozone generator 25 Power supply device 31 Water outlet 35 Faucet 51 Water outlet 111 Upper fitting 112 Screw 113 Damper ring 114 Lower fitting 115 Screw connecting head 116 Tightening hole 121 Shrinkage passage 122 Confronting cone surface 123 Gas passage 131 Zan Expanding Path 132 Confronting Conical Conical Surface 133 Concave Ring Space 171 Force Connection Head 172 Internal Space 181 Diffusion Tank 182 Damper Plate 211 Top Cover 212 Lower Cover 213 First Contact Agency 214 Second Contact Agency 231 Transformation Sensitizer 232 Negative Pressure Sensitive Degree adjustment hole 233 Ozone generation amount adjustment hole 234 Power switch 241 Inhalation tube 242 Power line 243 Outlet pipe 1111 Inner thread part 1112 Leak prevention ring area 1131 Outer thread part 1141 Outer thread part 2111 Restriction face plate 2121 Wall hanging stand 2122 Extension pedestal 2141 Outlet 2142 Outlet hole 2411 Air filter clean head 2412 Branch pipe

Claims (3)

[Utility model registration claims] 1. An apparatus for producing a kind of liquid containing ozone having high solubility, comprising an ozone generator and a jet, wherein the jet is vertically connected to both ends of a water flow at an upper end thereof. Connected to the water outlet, fixed with a plurality of screws, connected to a drain pipe at the lower end, connected to an air guide pipe to the side flanks, and to the ozone generator, the jet device and the outer tube body , A nozzle, a contact member, and a one-way valve, the air guide tube has a one-way valve, the air guide tube is fitted to the outside of the one-way valve, and the outer tube is a lower fit member. A tightening hole is provided in the side abdomen, fixedly connected to the one-way valve, the nozzle and the connection are installed inside the outer tube, and the nozzle has a contraction passage and a gas passage. The contact is provided with a gradually expanding passage and a concave ring space, The fluid communicates with the internal space of the one-way valve, and the liquid flows through the narrow opening at the front end of the contraction passage to generate an increase in flow velocity, lowering the pressure, and sequentially passing the ozone produced by the ozone generator through the air guide tube. Through the one-way valve, enters the concave ring space and the gas passage, enters the gradually expanding passage, mixes with the liquid, produces a liquid with high solubility ozone, discharges it with the discharge pipe, and generates the ozone. The machine is a shell, a transformer, a circuit board,
An ozone generator and a power supply are provided, and the outer shell is provided with an upper lid and a lower lid, the upper lid front has one control face plate, and the inside of the lower lid has the transformer, electric circuit board, and ozone. The generator is stereotactically installed, the circuit board is provided with a negative pressure sensor separately from the basic zero-composition part, a negative pressure sensitivity adjustment hole, an ozone generation amount adjustment hole, and a power switch are provided. Has an inhalation pipe and an outflow pipe, and an extension pedestal is provided below the lower lid. The pedestal body inserts and fixes a first contact piece and a second contact piece, and fits the inhalation pipe and the outflow pipe. The outlet of the second contact piece communicates with the jet through the air guide tube, and when the faucet is opened, the outside air passes through the advance pipe to the air furnace cleaning head. , Into the aerating tube, and fitted on the first contact piece with the air furnace cleaning head. A negative pressure sensor on an electric circuit board, which is fitted to an air outlet pipe having a small inner diameter in the first contact piece air outlet to generate a pressure difference by causing the air advance pipe and the air outlet pipe to communicate with a branch pipe of the air advance pipe, An apparatus for producing a liquid containing ozone, wherein the pressure phenomenon generates a negative pressure to generate ozone, and automatic supply is possible, and ozone of the jet device can be supplied. 2. A uniform tank and a drainage unit are provided below the contacting unit, and the liquid containing ozone is discharged through the rotation process of the marking line, further discharged downward into the drainage unit, and stopped by a damper plate. The liquid according to claim 1, wherein the liquid is directed to the four circumferences, the liquid is stopped through the damper plate, and the liquid is directed to several diffusion tanks in the four circumferences to perform diffusion expansion, and is discharged by a screw joint for use. Production equipment for liquids containing ozone. 3. A furnace network provided between the uniform tank and the drainage unit is capable of subjecting ozone gas to offshore severe cutting with water to increase bubbles more finely and to improve a dissolving effect. 3. The apparatus for producing a liquid containing ozone according to claim 2, wherein: