CN203007003U - Nonelectric equipment for producing high-oxygen water - Google Patents
Nonelectric equipment for producing high-oxygen water Download PDFInfo
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- CN203007003U CN203007003U CN 201220370119 CN201220370119U CN203007003U CN 203007003 U CN203007003 U CN 203007003U CN 201220370119 CN201220370119 CN 201220370119 CN 201220370119 U CN201220370119 U CN 201220370119U CN 203007003 U CN203007003 U CN 203007003U
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Abstract
The utility model relates to nonelectric equipment for producing high-oxygen water, composed of a jet mixing and dissolving device, an oxygen dissolving device, and an outputting and filling device, wherein the jet mixing and dissolving device comprises nine components: a tank, a water inlet chamber, a pressure gage, an upper separator plate, an ejector group, a lower separator plate, a mixing and dissolving chamber, a level meter and an insulation cover; the oxygen dissolving device comprises three components: an oxygen concentration chamber, an inlet valve and an oxygen pressure gage; and the outputting and filling device comprises three components: a diverter, a diverter valve and a workbench. The upper separator plate and the lower separator plate are used to divide a containing chamber of tank of the jet mixing and dissolving device into three parts: a water inlet camber, the oxygen concentration chamber and a mixing and dissolving chamber, wherein the upper of the water inlet chamber is connected to a water inlet valve by a pipeline, and the water inlet valve is connected to a pure water input pipeline by a pipeline. An ejector is installed in each pair of opposite through holes on the upper and lower separator plates, to form the ejector group. A jet mixing and dissolving method in the utility model makes the equipment have no rotation part, resolves the problem of power utilization in production of high-oxygen water, and is suitable for small and medium beverage factories.
Description
Technical field:
The utility model relates to a kind of equipment of producing high-oxygen water, and the equipment of high-oxygen water is produced in particularly a kind of not electricity consumption, belongs to the technical field of environmental protection water purification industry.
Background technology:
Along with people's standard of living, the raising of prevention consciousness, people have paid close attention to healthy Drinking Water Problem.Since the last century the nineties, the U.S.'s a kind of very special high-oxygen water that contains a large amount of oxygen parts that comes into vogue.After this, directly drinking the purification high-oxygen water is extensively approved by society gradually.Now, high-oxygen water has been the internationally recognized senior tap water that more meets the human health demand, and some developed countries such as Japan all regard as high-oxygen water " optimal tap water of 21 century ".Scientific research is measured every liter of oxygen level of ortho-water at 4～6 milligrams, high-oxygen water be exactly in every premium on currency dissolved oxygen content higher than ortho-water.At present, in society, the method for manufacturing high-oxygen water mainly contains: direct dissolved oxygen gas method and chemical reaction method.Directly oxygen dissolution method is comparatively general, the method that more easily is accepted! Chinese patent: 200910018303.5 " a kind of manufacture method of water containing high dissolved oxygen and device thereof ", its technique is as follows: after (1) passes through husky filter, activated carbon filtration, accurate membrane filtration, high-accuracy membrane filtration, reverse osmosis membrane filtration with the water source, send into the opening cylinder in the tank body of making the water containing high dissolved oxygen device, simultaneously medical high purity oxygen is sent in tank body; (2) open the magnetic stirring apparatus of tank body inner opening cylinder bottom section, the oxygen G﹠W is fully contacted; (3) water containing high dissolved oxygen flows out from the tank base water outlet, ultraviolet C sterilization, bottling, it is characterized in that: be provided with the opening cylinder body in the bottom of tank body, cylinder base is provided with the magnetic stirring apparatus with agitating vane, magnetic stirring apparatus is connected with the motor of tank base, and the top of tank body is provided with oxygen inlet, water-in, feed inlet, and the bottom of tank body is provided with the water containing high dissolved oxygen outlet.The utility model of Chinese patent: 201120194974.X relates to the equipment for preparing oxygen-added drinks, comprise the vertical tank body of stainless steel, the vertical tank body of stainless steel is the cylindrical shell that seal welding forms, the bottom of cylindrical shell is provided with supporting leg, be provided with rotatable straight tube and compressor in cylindrical shell, on rotatable straight tube, the oxygenation dish be installed, motor and transmission mechanism are connected with rotatable straight tube, the outlet of spiral pipe and oxygen hose are communicated with rotatable straight tube, and the lower end of cylindrical shell is provided with tap hole.Beneficial effect is: be provided with vacuum heat-insulating layer in equipment surface, and in the oxygenation process straight tube be rotate and be provided with a plurality of oxygenation dishes on straight tube, carrying out simultaneously multistage oxygenation processes, simple in structure, easy to operate, improve the dissolved efficiency of oxygen, increased the content of oxygen in the beverage, extended the work-ing life of equipment.Above-mentioned 2 patent scenario-frames are complicated, adopt electric power, are inconvenient to promote! Chinese patent: 03249983.3 " a kind of generation oxygen-enriched water apparatus ", it comprises that jet pipe, oxygen supply are chewed core, static mixer forms, it is characterized in that: jet pipe exit end when having WATER AS FLOW MEDIUM to flow through has a negative pressuren zone to form, just in time will be positioned at this regional oxygen supply and chew the malleation oxygen suction that core provides, the gas-liquid mixed media that produce this moment fully mixes through static mixer, and former water oxygen level is increased.Chinese patent: 200710022699.1 " heavy-oxygen-enriched water and packaging process and container ", disclose heavy-oxygen-enriched water and formed in container by pure water and pure oxygen can, pure water accounts for the 50-70% of vessel volume, and pure oxygen accounts for the 30-50% of vessel volume.The inner cap of the container filling of this heavy-oxygen-enriched water is arranged on the bottleneck of bottle, enclosing cover covers in being sealed in, wherein, cover in described and fix a drainpipe and gas-filled valve, one end of water shoot is positioned at outside inner cap, the other end of water shoot inserts the 50-70% place that is positioned at the volume of bottle in bottle, and an end of gas-filled valve is positioned at outside inner cap, and the other end of gas-filled valve inserts in bottle apart from bottle body bottom 1-2mm.Above-mentioned two schemes is simple in structure, and dissolved oxygen concentration is not high!
Summary of the invention:
the purpose of this utility model is to provide the equipment that high-oxygen water is produced in a kind of not electricity consumption, it is by adopting following method and device to realize: the tap water water source relies on pressure of supply water will be input to through the water of purification the miscible device of jet top, when pressure flow is shunted the ejector group who forms by several ejectors again, effect due to each ejector, dense oxygen chamber at each ejector inlet pipe place oxygen-dissolving apparatus produces negative pressure, the oxygen in the dense oxygen chamber of oxygen-dissolving apparatus is sucked and miscible with current, and be ejected into together along with the current of ejector diffusion spout continue in the miscible chamber of the miscible device of jet miscible, realize that pressure flow and oxygen are fully miscible, again through the output filling apparatus, still rely on the pressure in miscible chamber to carry out packing to beverage bottle at last.Like this, just, completed the non-electric purpose of production high-oxygen water.
The equipment that high-oxygen water is produced in a kind of not electricity consumption of the present utility model is comprised of the miscible device of jet, oxygen-dissolving apparatus, output filling apparatus three parts; The miscible device of jet is by tank body, intake antrum, and tensimeter, upper spacer, the ejector group, lower clapboard, miscible chamber, liquidometer, muff nine parts form; Oxygen-dissolving apparatus advances the oxygen valve by dense oxygen chamber, and oxygen gauge three parts form; Export filling apparatus by splitter, diverting valve, worktable three parts form.The tank body of the miscible device of jet adopts upper and lower two dividing plates to be welded and fixed, and the tank body cavity volume is separated into intake antrum, dense oxygen chamber and miscible chamber three parts.
The production technique that the equipment of high-oxygen water is produced in a kind of not electricity consumption of the present utility model is: the tank body of the miscible device of jet adopts stainless steel materials to be processed into the pressure-vessel tank shape that meets national Specification, and the thickness of stainless steel materials is selected between the 1--10 millimeter; The two ends end socket also adopts the pressure-vessel standard sealing head that meets national Specification, thickness is selected between the 2--10 millimeter, respectively process a through hole and weld section of a pipe at upper and lower end socket, the upper end pipe is connected with the water intaking valve pipeline, lower end pipe pipeline connects the splitter of output filling apparatus, the diameter of above-mentioned pipe select should with tap water water source same diameter or less than the pipe of tap water source diameter; In the chamber of the tank body of the miscible device of jet, weld upper and lower two stainless steel thick plates as dividing plate, thickness is selected between the 3--12 millimeter, and dividing plate is separated into intake antrum, dense oxygen chamber and miscible chamber three parts with the tank body cavity volume; Welding lower cover below intake antrum top welding upper cover, miscible chamber, is dense oxygen chamber between upper and lower dividing plate; In upper and lower dividing plate centre according to the through hole of flow needs processing equal amts, the selection principle of number of openings is the sectional area that the summation of ejector group's ejector water-in sectional area used should be equal to or less than tap water water source water inlet pipe, such selection can improve the flow velocity by ejector, make the ejector inlet mouth produce larger suction, and making the through hole of processing, the hole, hole is relative; Install in every pair of relative through hole of upper and lower dividing plate and fix an ejector, also must make the intake antrum of ejector water-in on upper spacer, the dense oxygen chamber of ejector inlet mouth between upper and lower dividing plate, the miscible chamber of ejector diffusion spout below lower clapboard forms the ejector group.The purpose that adopts the ejector group is increase the contact area of pressure flow and air inlet and facilitate Standardization instrument production; Process respectively a through hole on the chamber wall in intake antrum, miscible chamber and dense oxygen chamber, the supporting stainless steel nut of one of welding and pressure gauge base in through hole is for distinguishing the setting pressure table; The chamber in miscible chamber wall upper and lower respectively process one with the supporting through hole of liquidometer, the supporting stainless steel nut of one of welding and liquidometer in through hole is for the installation liquidometer; At the tank body outside surface of the miscible device of jet, the muff that one cover adopts lagging material to form is installed also.
The tensimeter of the equipment of high-oxygen water is produced in a kind of not electricity consumption of the utility model, ejector, and liquidometer advances the oxygen valve, and splitter, diverting valve are all general national standard accessories, and worktable adopts the table type worktable of metal or wood working.
Before the equipment work of high-oxygen water is produced in a kind of not electricity consumption of the utility model, first the water intaking valve pipeline is connected the tap water water source through purifying, the oxygen valve pipeline that advances with dense oxygen chamber connects medical oxygen source of the gas through decompression again, make dense oxygen chamber be full of abundant oxygen, observe oxygen gauge, be controlled between the 0.1--0.8 MPa; During work, open water intaking valve.Pressure water flows into intake antrum, and shunting enters from each ejector water-in of ejector group, from the ejection of ejector diffusion spout, effect due to each ejector, dense oxygen chamber at each ejector inlet pipe place oxygen-dissolving apparatus produces negative pressure, the oxygen in the dense oxygen chamber of oxygen-dissolving apparatus is sucked and miscible with current, be ejected into together along with the current of ejector diffusion spout continue in the miscible chamber of the miscible device of jet miscible; Realize that pressure flow and oxygen are fully miscible, again through the output filling apparatus, still rely on the pressure in miscible chamber to carry out packing to beverage bottle at last.Like this, just, completed the non-electric purpose of production high-oxygen water.
The utility model improved the dissolved oxygen of tap water, and occupation area of equipment is few owing to adopting above-mentioned a kind of not electricity consumption to produce the equipment of high-oxygen water, and is simple in structure.Owing to adopting the miscible method of jet to make whole equipment there is no rotatable parts, not electricity consumption has solved and produced the low difficult problem of high-oxygen water dissolved oxygen, and operation of equipment is very easy, maintains easily, and cost is also lower, and economic benefit is very remarkable.Be particularly suitable for medium and small Soft Drinks Plant and use, hold susceptible to user acceptancely, facilitate penetration and promotion.
Description of drawings:
Below in conjunction with drawings and Examples, the utility model is further illustrated:
Fig. 1 is embodiment of the present utility model: the structural representation of the equipment of high-oxygen water is produced in a kind of not electricity consumption.
Fig. 2 is Fig. 1 embodiment: concrete structure and the schematic flow sheet of the equipment of high-oxygen water produced in a kind of not electricity consumption.
In figure: 1, the miscible device of jet; 2, oxygen-dissolving apparatus; 3, output filling apparatus; 10, intake antrum, 11, miscible chamber, 12, tensimeter, 13, upper spacer, 14, dense oxygen chamber, 15, the ejector group, 16, the ejector water-in, 17, ejector inlet mouth, 18, ejector diffusion spout, 19, lower clapboard, 20, liquidometer, 21, advance the oxygen valve, 22, oxygen gauge, 23, muff, 31, splitter, 32, diverting valve, 33, beverage bottle, 34, worktable, solid arrow guides and is the mobile direction of purifying waste water; Dash-dot arrows is guided and is the flow of oxygen direction.
Embodiment:
Be a kind of embodiment of the present utility model with reference to Fig. 1, Fig. 2: the equipment of high-oxygen water is produced in a kind of not electricity consumption, the city tap-water of choosing source through purifying, 32 millimeters of pipeline water inlet pipe diameters, intake pressure 0.3-0.4 MPa, ejector group's ejector is selected 2, produces the high-oxygen water flow and selects per hour 2 tons.The concrete structure of embodiment: formed by the miscible device 1 of jet, oxygen-dissolving apparatus 2, output filling apparatus 3 three parts; The miscible device 1 of jet is by tank body, intake antrum 10, and tensimeter 12, upper spacer 13, ejector group 15, lower clapboard 19, miscible chamber 11, liquidometer 20, muff 23 9 parts form; Oxygen-dissolving apparatus 2 advances oxygen valve 21 by dense oxygen chamber 14, and oxygen gauge 22 3 parts form; Export filling apparatus 3 by splitter 31, diverting valve 32, worktable 34 3 parts form.
The production technique that the apparatus embodiments of high-oxygen water is produced in a kind of not electricity consumption of the utility model is: the tank body of the miscible device 1 of jet adopts stainless steel materials to be processed into the pressure-vessel tank shape that meets national Specification, diameter is selected 273 millimeters, and the thickness of stainless steel materials is selected 3 millimeters; The two ends end socket adopts the pressure-vessel standard sealing head that meets national Specification, 273 millimeters of diameters, thickness is at 3.5 millimeters, the tank body cavity volume of the miscible device 1 of jet adopts upper and lower two dividing plates 13,19 of the stainless steel materials processing of 3 millimeters thickness to be welded in the tank body cavity volume, and just the cavity volume with tank body is separated into intake antrum 10, dense oxygen chamber 14 and miscible chamber 11 3 parts; The pipe of 25 millimeters of diameters is adopted on intake antrum 10 tops, and pipeline connects 25 millimeters ball formula water intaking valves, and ball formula water intaking valve connects city tap-water water purification intake line by pipeline again; Upper and lower every, 13,19 centres the through hole according to 20 millimeters same sizes of flow needs 2 diameters of processing, make the hole of processing, the hole, hole is relative; And the ejector of fixing 20 millimeters of diameters is installed in upper and lower dividing plate 13, every pair of relative through hole of 19, also must make in the intake antrum 10 of 2 ejector water-ins 16 on upper spacer 13, in 2 ejector inlet mouths 17 dense oxygen chamber 14 between upper and lower dividing plate 13,19, in the miscible chamber 11 of 2 ejector diffusion spouts 18 below lower clapboard 19, form ejector group 15; Process respectively a through hole on the chamber wall in intake antrum 10, miscible chamber 11 and dense oxygen chamber 14, the supporting stainless steel nut of one of welding and pressure gauge base in through hole is for distinguishing setting pressure table 12 and oxygen gauge 22; Respectively process a through hole the chamber in miscible chamber 11 wall is upper and lower, the supporting stainless steel nut of one of welding and liquidometer in through hole is for installation liquidometer 20; At the tank body outside surface of the miscible device 1 of jet, the muff 23 that a cover adopts expanded plastic is installed also.
The tensimeter 12 of the apparatus embodiments of high-oxygen water, oxygen gauge 22, ejector are produced in a kind of not electricity consumption of the present utility model, liquidometer 20 advances oxygen valve 21, splitter 31, diverting valve 32 is all general national standard accessory, and worktable 34 adopts metal solder to be processed into a type worktable.
Claims (2)
1. the equipment of high-oxygen water is produced in a not electricity consumption, it is characterized in that: the tank body of the miscible device of jet adopts stainless steel materials to be processed into the pressure-vessel tank shape that meets national Specification, and the thickness of stainless steel materials is selected between the 1--10 millimeter; The two ends end socket also adopts the pressure-vessel standard sealing head that meets national Specification, thickness is selected between the 2--10 millimeter, respectively process a through hole and weld section of a pipe at upper and lower end socket, the upper end pipe is connected with the water intaking valve pipeline, lower end pipe pipeline connects the splitter of output filling apparatus, and the diameter of above-mentioned pipe is selected should be identical with the tap water source diameter or less than the pipe of tap water source diameter; In the chamber of the tank body of the miscible device of jet, weld upper and lower two stainless steel thick plates as dividing plate, thickness is selected between the 3--12 millimeter, and dividing plate is separated into intake antrum, dense oxygen chamber and miscible chamber three parts with the tank body cavity volume; Welding lower cover below intake antrum top welding upper cover, miscible chamber, is dense oxygen chamber between upper and lower dividing plate; In upper and lower dividing plate centre according to the through hole of flow needs processing equal amts, the selection principle of number of openings is the sectional area that the summation of ejector group's ejector water-in sectional area used should be equal to or less than tap water water source water inlet pipe, and making the through hole of processing, the hole, hole is relative; Install in every pair of relative through hole of upper and lower dividing plate and fix an ejector, also must make the intake antrum of ejector water-in on upper spacer, the dense oxygen chamber of ejector inlet mouth between upper and lower dividing plate, the miscible chamber of ejector diffusion spout below lower clapboard forms the ejector group; Process respectively a through hole on the chamber wall in intake antrum, miscible chamber and dense oxygen chamber, the supporting stainless steel nut of one of welding and pressure gauge base in through hole; The chamber in miscible chamber wall upper and lower respectively process one with the supporting through hole of liquidometer, the supporting stainless steel nut of one of welding and liquidometer in through hole; At the tank body outside surface of the miscible device of jet, the muff that one cover adopts lagging material to form is installed also.
2. the equipment of high-oxygen water is produced in desired a kind of not electricity consumption according to claim 1, it is characterized in that: the tensimeter that adopts, ejector, liquidometer advances the oxygen valve, splitter, diverting valve is all general national standard accessory, and worktable is the table type worktable that adopts metal or wood working.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220370119 CN203007003U (en) | 2012-07-30 | 2012-07-30 | Nonelectric equipment for producing high-oxygen water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220370119 CN203007003U (en) | 2012-07-30 | 2012-07-30 | Nonelectric equipment for producing high-oxygen water |
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| Publication Number | Publication Date |
|---|---|
| CN203007003U true CN203007003U (en) | 2013-06-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220370119 Expired - Fee Related CN203007003U (en) | 2012-07-30 | 2012-07-30 | Nonelectric equipment for producing high-oxygen water |
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| Country | Link |
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| CN (1) | CN203007003U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102764605A (en) * | 2012-07-30 | 2012-11-07 | 西藏创源水资源科技有限责任公司 | Method and device producing high-oxygen water without electricity |
| CN103464016A (en) * | 2013-07-24 | 2013-12-25 | 朱贞爱 | Apparatus for rapid high-efficiency dissolution of oxygen through jet group |
-
2012
- 2012-07-30 CN CN 201220370119 patent/CN203007003U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102764605A (en) * | 2012-07-30 | 2012-11-07 | 西藏创源水资源科技有限责任公司 | Method and device producing high-oxygen water without electricity |
| CN103464016A (en) * | 2013-07-24 | 2013-12-25 | 朱贞爱 | Apparatus for rapid high-efficiency dissolution of oxygen through jet group |
| CN103464016B (en) * | 2013-07-24 | 2016-12-28 | 佛山市国众智能科技有限公司 | The device that a kind of jet group rapidly and efficiently dissolved oxygen processes |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| DD01 | Delivery of document by public notice |
Addressee: Huang Guangzhi Document name: Notification of Termination of Patent Right |
|
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130619 Termination date: 20130730 |