CN200954436Y

CN200954436Y - Combined structure of gas mixing apparatus

Info

Publication number: CN200954436Y
Application number: CN 200620120141
Authority: CN
Inventors: 陈永坤
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-06-20
Filing date: 2006-06-20
Publication date: 2007-10-03
Anticipated expiration: 2016-06-20

Abstract

The utility model relates to a combined structure of gas-liquid mixing device, which is mainly characterized in that a pump is driven by a dynamic source to draw water liquid in the external mixing air into a pressure accumulating cylinder, the pressure accumulating cylinder is utilized to accommodate the water flow outputted by the pump, so that the water flow will be outputted to the base of a body by maintaining a stable pressure, at least an inner base plate which is clamped by a positioning part is arranged in the base, a drain valve is communicated with the base and can control the water flow which outwardly drains and flushes the residues in the base, a pressure action device is connected with the water inlet of the base through pipeline, and a control valve is used to control the water flow which is guided into the pressure action device, water pressure is utilized to drive an ejection post to produce the different elasticity to resist the positioning part, so that different vibrations and frictions can be produced when water flow passes the inner base plate, so as to enable stable output and gas bubble generation adjustment and control.

Description

The combining structure of Liqiud-gas mixing device

Technical field

The utility model relates to the combining structure of Liqiud-gas mixing device, is meant that especially a kind of repair demolition facility and bubble produce stable and adjustable Liqiud-gas mixing device.

Background technology

Rely on tiny bubble to produce in the enhancement water liquid and contain the oxygen rate, be one to be widely used in the existing skill that purifies water or improve the material culture survival rate, in TaiWan, China application No. 85205400 " liquid-gas mixture and dissolution instrument ", M284439 number novel patent cases such as " liquid-gas mixture and dissolution instrument improvement " of bulletin, disclosed all that effective mixing air is exported with water liquid, the many tiny bubbles of generation and increase water liquid in the structure of dissolved oxygen efficiency; Yet, the disclosed announcement person of above-mentioned each case, it all only is the body construction of simple liquid-gas mixture and dissolution instrument, and not by being disclosed forming with application scenarios of other related peripheral assembly, and in the described structure that has been disclosed, though it can reach the effect that contains oxygen rate and clean water quality in the basic lifting water liquid, still has following disappearance in practical application:

1. owing to the supply at water source and the running of pump, regular meeting has the situation of hydraulic pressure shakiness to produce, and the change of this kind hydraulic pressure can influence the generation of bubble, reduces the dissolved oxygen efficiency in the water liquid.

2. because the water inlet of water liquid is provided in a side of a base bottom, delivery port then is provided in a side of another body side, when causing its maintenance or clean internal, described pedestal and body must be dismantled in the lump, otherwise can't decompose its internal structure, this causes the very big disappearance in the application.

3. owing to lack the structure of automated development, therefore, must regularly single unit system be decomposed so that cleaning, safeguard, cause the inconvenience in the use.

Because existing liquid-gas mixture and dissolution instrument has above-mentioned shortcoming, utility model designer studies improved road at more described shortcoming, has the utility model to produce finally.

Summary of the invention

Main purpose of the present utility model is: the combining structure that a kind of Liqiud-gas mixing device is provided, it is dismantled in maintenance or on the pipeline that need not during clean internal main body construction is flowed by water liquid, can decompose its internal structure, the operating efficiency of can effectively promote its cleaning, safeguarding.

Another purpose of the present utility model is: a kind of combining structure of Liqiud-gas mixing device is provided, and it has automated development cleaning and the adjustable effect of bubble granular effect, can promote the convenience in the use.

Another purpose of the present utility model is: a kind of combining structure of Liqiud-gas mixing device is provided, and it can effectively absorb the unstable water flow pressure of water source supply, and converts the supply current than uniform pressure to, so that the total system running is more stable.

For achieving the above object, the technical solution adopted in the utility model is:

A kind of combining structure of Liqiud-gas mixing device, open and be characterised in that: it comprises at least:

One pump can be subjected to a drive power source and the water liquid of external mix air is sinked an aqueduct;

One body, an end is connected described aqueduct, to import the current of described pump pressurization, is derived by the delivery port of the described body other end again;

One pressure accumulation cylinder is arranged on described aqueduct stage casing, ccontaining pressure (hydraulic) water liquid by pump output, and flow out by the other end after the water hydroful is overflow;

One pressure acting device is connected described aqueduct with a control water pipeline, and by the importing that has the current of pressure in the control valve control aqueduct, also is provided with the intraware of the described body of a connecting device interlock.

Described body is by a pedestal, at least one inner tray and positioning piece are formed, described base interior stage casing with the separating part of a tool central flow channel be defined as two adjacent on, lower chambers, described lower chambers can be connected aqueduct via a water inlet, described upper chamber then is respectively equipped with a correspondence is connected outlet pipeline with one in the upper shed of central flow channel delivery port at periphery, inner tray is arranged in the upper chamber of described pedestal and covers on central flow channel, described inner tray is provided with a central perforation in central authorities, be provided with plural side through hole at described central perforation periphery, keeper central authorities are provided with a convex supporting part, can also repeatedly put formation one location on described inner tray for centre perforation among running through described inner tray, described pressure acting device then is arranged in the upper shed of described pedestal, can impose different pressure to described keeper and inner tray.

Described pressure start dress mainly is to cover in the upper shed of described pedestal with a cap, and provided a fore-set in described cap central authorities, described fore-set one end can be replaced on keeper, the other end of fore-set then stretches in the hollow container, and with one to be horizontally set with the driving diaphragm in stage casing in hollow container inconsistent, and described hollow container is connected aqueduct with described control water pipeline via a control valve at driving diaphragm opposite side, described control valve control water liquid is flowed into the flow of described hollow container through the control water pipeline by aqueduct, produce pressure and make described driving diaphragm dilatancy, and change the pressure of described fore-set pushing and pressing keeper.

Described inner tray is provided with at least one ring groove in upper and lower at least one side in addition in the side through hole outer peripheral edges.

It is characterized in that: also be provided with an ozone generating apparatus, convert extraneous air to ozone, and import in the described pump via a wireway.

Described body is communicated with a pressure perceptron in addition, can detect described body internal pressure, and opens a pressure safety valve that is preset in the aqueduct stage casing when pressure anomaly.

One draining valve cleans the pedestal that delivery pipe is communicated with described body via one.

Compared with prior art, the advantage that the utlity model has is:

It is dismantled in maintenance or on the pipeline that need not during clean internal main body construction is flowed by water liquid, can decompose its internal structure, the operating efficiency of can effectively promote its cleaning, safeguarding; It has automated development cleaning and the adjustable effect of bubble granular effect, can promote the convenience in the use; It can effectively absorb the unstable water flow pressure of water source supply, and converts the supply current than uniform pressure to, so that the total system running is more stable.

Description of drawings

Fig. 1 is an entire combination outside drawing of the present utility model ();

Fig. 2 is an entire combination outside drawing of the present utility model;

Fig. 3 is an entire combination plane of the present utility model ();

Fig. 4 is an entire combination plane of the present utility model;

Fig. 5 is a body configuration exploded view of the present utility model;

Fig. 6 is body of the present utility model and pressure acting device combination section;

Fig. 7 is a flushing action schematic diagram of the present utility model;

Fig. 8 is that bubble of the present utility model produces the action schematic diagram;

Fig. 9 is that bubble of the present utility model produces partly enlarged diagram of action;

Figure 10 is that bubble of the present utility model produces the adjustment action diagram.

Description of reference numerals: 1 pump; 11 power sources; 12 water sucking mouths; 13 aqueducts; 14 pressure safety valves; 2 ozone generating apparatus; 21 wireways; 3 pressure accumulation cylinders; 4 bodies; 41 pedestals; 411 lower chambers; 4111 water inlets; 412 upper chamber; 4121 delivery ports; 413 separating parts; 4131 central flow channels; 414 upper sheds; 4141 internal threads; 415 cleaning discharge ports; 42 inner tray; 421 central perforations; 422 side through hole; 423 ring grooves; 43 keepers; 431 central shrinkage pools; 432 convex supporting parts; 5 pressure acting devices; 51 caps; 511 external screw threads; 52 fore-sets; 53 hollow containers; 531 drive diaphragm; 54 control valves; 541 control water pipelines; 6 draining valves; 61 clean delivery pipe; 7 pressure perceptrons.

The specific embodiment

Fig. 1, Fig. 2 is each entire combination outside drawing of the present utility model, by it with reference to Fig. 3, each entire combination plane of Fig. 4, can clearly find out, structure of the present utility model mainly comprises: pump 1, ozone generating apparatus 2, pressure accumulation cylinder 3, body 4, pressure acting device 5, draining valve 6 and part such as pressure perceptron 7 grades, wherein said pump 1 is to be subjected to a power source 11 (as: motor) driving and the water liquid of external mix air can be sinked an aqueduct 13 by a water sucking mouth 12, and be provided with a pressure safety valve 14 at least in described aqueduct 13 stage casings, ozone generating apparatus 2 is arranged on pump 1 side, it can convert extraneous air to ozone, and import in the described pump 1 with water liquid via a wireway 21, pressure accumulation cylinder 3 is arranged on described aqueduct 13 stage casings, it can be accepted and ccontaining pressure (hydraulic) water liquid by pump 1 output, and water liquid is flowed out after 3 spill-overs of pressure accumulation cylinder by the other end, to absorb unusual hydraulic pressure in the aqueduct 13, guarantee stable water hydraulic power output, body 4 one ends are connected described aqueduct 13, to import the current of stable and the suitable pressure of tool, and described current are fully mixed with air and produce bubble, derive by the delivery port 4121 of the described body other end again, draining valve 6 is to clean delivery pipe 61 with one to be communicated with at described body 4, it can be opened at the initial stage in current enter body 4, so that discharge behind the residue in the current flushing body 4, to reach effect in the cleaning body 4, pressure acting device 5 is to be connected described aqueduct 13 via a control water pipeline 541, and one control valve 54 is set in described control water pipeline 541 stage casings, to have the current of pressure in the control aqueduct 13, whether be imported among the described pressure acting device 5, make described pressure acting device 5 can utilize inside water pressure interlock one associated mechanisms, control the trickle and dense degree that described body 4 produces bubbles and adjust, pressure perceptron 7 is to be communicated with at described body 4, can detect described body 4 inside water pressure, and when described hydraulic pressure is unusual, open described pressure safety valve 14, to discharge part water liquid to reduce the pressure in described aqueduct 13 and the body 4.

Fig. 5 is a body configuration exploded view of the present utility model, by its body and pressure acting device combination section with reference to Fig. 6, described as can be known body 4 is by a pedestal 41, plural number inner tray 42 is formed with positioning piece 43, described pedestal 41 inner stage casings are separated into a upper chamber 412 and a lower chambers 411 with the separating part 413 of a tool central flow channel 4131, described lower chambers 411 peripheries are respectively equipped with a water inlet 4111, one cleaning discharge port 415 is connected the pressure detection hole of pressure perceptron 7 with one, described water inlet 4111 is to be connected aqueduct 13, cleaning discharge port 415 then can be connected draining valve 6 via cleaning delivery pipe 61, upper chamber 412 is respectively equipped with a correspondence is connected outlet pipeline with one in the upper shed 414 of central flow channel 4131 delivery port 4121 at periphery, and be provided with internal thread 4141 at described upper shed 414 inner peripherals, plural number inner tray 42 is repeatedly to put in the upper chamber 412 of pedestal 41 and cover on central flow channel 4131, and each inner tray 42 central authorities is provided with a central perforation 421, be provided with plural side through hole 422 at described central perforation 421 peripheries, and be provided with at least one ring groove 423 in described side through hole 422 outer peripheral edges, the bottom side of keeper 43 is provided with a convex supporting part 432, can form fit location for centre perforation 421 among running through each inner tray 42, then be provided with a central shrinkage pool 431 in described keeper 43 top sides, pressure acting device 5 is by a cap 51, one fore-set 52, one hollow container 53 and a control valve 54 are formed, the outer peripheral edges of described cap 51 are provided with external screw thread 511, can be for the upper shed 414 periphery internal threads 4141 that are screwed on described pedestal 41, fore-set 52 is to be applied in described cap 51 central also can replacing downwards to entreat in the shrinkage pool 431 among described keeper 43, the other end of fore-set 52 then can stretch in the described hollow container 53, in hollow container 53, be horizontally set with one drive diaphragm 531 can be inconsistent with described fore-set 52, described hollow container 53 inherent diaphragm 531 opposite sides that drive then can be connected the entry pipeline with a control valve 54 via a control water pipeline 541, when water liquid flows into described hollow container 53 by control valve 54 by control water pipeline 541, its pressure can make described driving diaphragm 531 dilatancies, and can push against described keeper 43 with a suitable elasticity via described fore-set 52.

Fig. 7 is a flushing action schematic diagram of the present utility model, shown in described figure, as can be known after device power-on of the present utility model, its draining valve 6 at first moves, cleaning delivery pipe 61 externally is communicated with, at this moment, power source 11 drives pump 1 water liquid is sucked by water sucking mouth 12, and through the lower chambers 411 of aqueduct 13 by water inlet 4111 importing pedestals 41, after utilizing the residue of current flushings lower chambers 411 inside of described inflow, discharge by draining valve 6 through cleaning delivery pipe 61 by cleaning discharge port 415, to clean pedestal 41 inside of described body 4 before use in advance.

Fig. 8, Fig. 9 is that bubble of the present utility model produces action schematic diagram and part enlarged diagram thereof, shown in described two figure, when using as can be known, when power source 11 driving pumps 1 sink aqueduct 13 with water liquid by water sucking mouth 12, ozone generating apparatus 2 can convert air outside to ozone, and via in the described current of wireway 21 importings, at this moment, the water under high pressure liquid that contains air and ozone can be imported in the lower chambers 411 by the water inlet 4111 of pedestal 41, and make described current pass through the side through hole 422 of each inner tray 42, to produce a suitable dispersion effect, and push each inner tray 42 open and when outwards flowing out when the pressure of described water liquid by side through hole 422, can via ring groove 423 two side gaps be changed again, make described water liquid form the variation of volume compression and expansion, and form in various degree vibration frictions with described inner tray 42 table sides, with the dissolved oxygen efficiency in effective increase water liquid, and produce many tiny bubbles.

Described pressure perceptron 3 then can detect the internal pressure of described pedestal 41; and when abnormal case, open described pressure safety valve 14; can discharge part water liquid to reduce the pressure in the described aqueduct 13, the discharge that minimizing is flowed in the lower chambers 411 by described water inlet 4111, with protection equipment and personnel's safety.

The structure that the utility model is above-mentioned, its pedestal 41 owing to described body 4 can directly be connected on the flow line of water liquid with water inlet 4111, delivery port 4121, therefore, when disassembling each parts such as each inner tray 42, keeper 43 and pressure acting device 5, and need not with described pedestal 41 for maintenance or cleaning operation very big help to be arranged by pulling down on the pipeline; Simultaneously, utilize described pressure accumulation cylinder 3 can absorb unusual hydraulic pressure in the aqueduct 13, can guarantee stable water hydraulic power supply body 4, can make the generation of the action of dissolved oxygen and bubble more stable.

Figure 10 is that bubble of the present utility model produces the adjustment action diagram, shown in described figure, the flow that relies on the water liquid inflow hollow container 53 in the described control valve 54 controlled system aqueducts 13, form different active forces to order about described driving diaphragm 531 for fore-set 52, and utilize described fore-set 52 to produce different elasticity pushing forces via 42 of 43 pairs of each inner tray of keeper, the gap that makes the described water liquid (tool fixation pressure) that is flowed into by water inlet 4111 push each inner tray 42 open changes, when the gap of 42 of each inner tray less (being that keeper 43 bears bigger fore-set 52 elasticity pushing and pressing pressure), can make 42 bigger frictions of generation of current and each inner tray, and then the trickleer and intensive bubble of generation, and as if the gap of 42 of each inner tray big (being that keeper 43 bears less fore-set 52 elasticity pushing and pressing pressure), then less friction takes place in 42 of current and each inner tray, bigger and few bubble can be produced, the adjustment effect that changes the bubble generation can be reached with this.

Above-mentioned control valve 54 structures of the utility model also can electronic mode be controlled except that can manual mode control, all can reach identical control effect.

From the above mentioned as can be known, the combining structure of the utility model Liqiud-gas mixing device has the repair demolition facility really, bubble granular effect is good and adjustable effect, has really had usability, novelty and progressive on the industry.

The above only is a preferred embodiment of the present utility model, is not to be used for limiting the scope that the utility model is implemented.Be that all equalizations of being done according to the utility model claim change and modification, all contained by the utility model claim.

Claims

1. the combining structure of a Liqiud-gas mixing device, it is characterized in that: it comprises at least:

2. the combining structure of Liqiud-gas mixing device according to claim 1, it is characterized in that: described body is by a pedestal, at least one inner tray and positioning piece are formed, described base interior stage casing with the separating part of a tool central flow channel be defined as two adjacent on, lower chambers, described lower chambers can be connected aqueduct via a water inlet, described upper chamber then is respectively equipped with a correspondence is connected outlet pipeline with one in the upper shed of central flow channel delivery port at periphery, inner tray is arranged in the upper chamber of described pedestal and covers on central flow channel, described inner tray is provided with a central perforation in central authorities, be provided with plural side through hole at described central perforation periphery, keeper central authorities are provided with a convex supporting part, can also repeatedly put formation one location on described inner tray for centre perforation among running through described inner tray, described pressure acting device then is arranged in the upper shed of described pedestal, can impose different pressure to described keeper and inner tray.

3. the combining structure of Liqiud-gas mixing device according to claim 2, it is characterized in that: described pressure start dress mainly is to cover in the upper shed of described pedestal with a cap, and provided a fore-set in described cap central authorities, described fore-set one end can be replaced on keeper, the other end of fore-set then stretches in the hollow container, and with one to be horizontally set with the driving diaphragm in stage casing in hollow container inconsistent, and described hollow container is connected aqueduct with described control water pipeline via a control valve at driving diaphragm opposite side, described control valve control water liquid is flowed into the flow of described hollow container through the control water pipeline by aqueduct, produce pressure and make described driving diaphragm dilatancy, and change the pressure of described fore-set pushing and pressing keeper.

4. the combining structure of Liqiud-gas mixing device according to claim 3, it is characterized in that: described inner tray is provided with at least one ring groove in upper and lower at least one side in addition in the side through hole outer peripheral edges.

5. according to the combining structure of claim 1 or 2 or 3 or 4 described Liqiud-gas mixing devices, it is characterized in that: also be provided with an ozone generating apparatus, convert extraneous air to ozone, and import in the described pump via a wireway.

6. according to the combining structure of claim 1 or 2 or 3 or 4 described Liqiud-gas mixing devices, it is characterized in that: described body is communicated with a pressure perceptron in addition, can detect described body internal pressure, and when pressure anomaly, open a pressure safety valve that is preset in the aqueduct stage casing.

7. the combining structure of Liqiud-gas mixing device according to claim 5, it is characterized in that: described body is communicated with a pressure perceptron in addition, can detect described body internal pressure, and opens a pressure safety valve that is preset in the aqueduct stage casing when pressure anomaly.

8. according to the combining structure of claim 1 or 2 or 3 or 4 described Liqiud-gas mixing devices, it is characterized in that: a draining valve cleans the pedestal that delivery pipe is communicated with described body via one.

9. the combining structure of Liqiud-gas mixing device according to claim 5 is characterized in that: a draining valve cleans delivery pipe via one and is communicated with pedestal at described body.

10. the combining structure of Liqiud-gas mixing device according to claim 6 is characterized in that: a draining valve cleans delivery pipe via one and is communicated with pedestal at described body.

11. the combining structure of Liqiud-gas mixing device according to claim 7 is characterized in that: a draining valve cleans the pedestal of delivery pipe connection at described body via one.