CN205035068U - Integral type drinks beverage freshness retaining barrel system - Google Patents
Integral type drinks beverage freshness retaining barrel system Download PDFInfo
- Publication number
- CN205035068U CN205035068U CN201520818168.3U CN201520818168U CN205035068U CN 205035068 U CN205035068 U CN 205035068U CN 201520818168 U CN201520818168 U CN 201520818168U CN 205035068 U CN205035068 U CN 205035068U
- Authority
- CN
- China
- Prior art keywords
- check valve
- valve
- reducing valve
- wine
- connection pipe
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Devices For Dispensing Beverages (AREA)
Abstract
The utility model discloses an integral type drinks beverage freshness retaining barrel system, including casing and quilt the inner bag of casing parcel, the inner bag divides two -layerly the upper strata is used for storing the gas holder of gas and the beverage bucket that the lower floor is used for the storing liquid beverage, coaxial range about gas holder and the beverage bucket, be equipped with the gas circuit passageway that can communicate or break off between gas holder and the beverage bucket, the beverage bucket is equipped with out the liquid end and makes it opens or closed effluent liquid sweetgum fruit way to go out the liquid end, the gas holder top sets up control system, control system control the expert of gas circuit passageway, disconnected, and coordinated control what the effluent liquid sweetgum fruit was said opens, closes. The top -down in the casing of this system sets gradually gas holder, beverage bucket and ice -cube and places the district, forms the integral type structure, compact structure, portable to flavor that can the draught beer and taste keep to the final blob therefore wide application in places such as all kinds of parties, athletic competition, food and beverage, banquet, outdoor tourism.
Description
Technical field
The utility model relates to the production technical field of fresh-keeping beer container, and particularly, the utility model relates to integral type drinks beverage fresh-retaining cask system.
Background technology
Beer on draft is enjoyed great prestige in the world with its " pure flavor, tasty ", is a wonderful work in beer.But because beer on draft must adopt complicated specialized equipment to sell and store, thus limit the universal of it, can not huge numbers of families be entered.Although barrelled beer also uses draft beer (not through sterilization processing draft beer), but keep carbon dioxide content in wine owing to there is no enough pressure in bucket, dress wine, transport, sell in wine process with air catalytic oxidation, therefore destroy mouthfeel and the local flavor of wine.
Along with the development of beer on draft container technique, although the iron Buddha's warrior attendant 5L that Heineken Beer is released compensate for above-mentioned defect, the quality of fresh bucket beer can be kept to the final one, but because fat can not repeated usage, the valency height of causing is unfavorable environmental protection again, simultaneously subsidiary in fat carbon dioxide compression systems (fixing with glue) mixes with wine liquid phase, allows customer throw doubt upon to its health.For this reason, design a with the deficiency solving above-mentioned beer packing, realizing low cost provides the product of high-quality young beer to become problem demanding prompt solution to customer.
Utility model content
Technical problem underlying to be solved in the utility model is to provide integral type drinks beverage fresh-retaining cask system.This system sets gradually storage tank, beverage bucket and ice cube rest area from top to bottom in housing, form integral structure, compact conformation, be easy to carry, and the local flavor of beer on draft and mouthfeel can be kept to the final one, therefore be widely used in the places such as all kinds of party, athletic competition, food and drink, dinner party, outdoor travel.
The utility model solves the problems of the technologies described above adopted technical scheme: integral type drinks beverage fresh-retaining cask system, the inner bag comprising housing and wrapped up by described housing, described inner bag divides two-layer, comprises upper strata for the storage tank of stored-gas and lower floor for storing the beverage bucket of liquid beverage; Described storage tank and the upper and lower arranged in co-axial alignment of beverage bucket.
The gas channels that can be communicated with or disconnect is provided with between described storage tank and beverage bucket; Described beverage bucket is provided with outlet end and makes the efflux paths of described outlet end closure or openness; Above described storage tank, control system is set; Described control system controls the switching of described gas channels, and linkage controls opening and closing of described efflux paths.
In above-mentioned technical scheme, described storage tank and beverage bucket are by being welded into as a whole inner bag, and structure is more compact, carry and transport all convenient.Described housing parcel inner bag; can play a protective role to inner bag on the one hand; on the other hand; the top of inner bag can be held the related components to the control system that storage tank and beverage bucket control by the space that housing wraps up; the below of inner bag can be placed ice cube by the space that housing wraps up and be lowered the temperature to beverage bucket, thus ensures mouthfeel and the local flavor of wine.
In above-mentioned technical scheme, " described control system controls the switching of described gas channels, and linkage controls opening and closing of described efflux paths." be meant to: when described control system opens gas channels, described outflow fluid path is also opened simultaneously.When operator uses integral type drinks beverage fresh-retaining cask system of the present utility model, need first make storage tank be filled with carbon dioxide, in described beverage bucket, be filled with liquid beverage.When operator handle control system open gas channels time, the gas in storage tank enters into beverage bucket by gas channels, and when the pressure in beverage bucket reaches certain value, the drinks beverage of described beverage bucket is forced out.
In above-mentioned technical scheme, described housing parcel inner bag, can play the effect of more protection, guarantee the safety of preservation drum in sale, transportation.Described housing can adopt engineering plastics, and described inner bag can adopt corrosion-resistant steel.
Described control system arranges the power element that can perform an action, and described power element has self-locking structure, and when described power element is in self-locking state, described gas channels disconnects, and described efflux paths is closed simultaneously.When performing the first action to described control system, described gas channels is communicated with, and described efflux paths is opened simultaneously, and described storage tank is to the supercharging of described beverage bucket; When reaching certain pressure in beverage bucket, the liquid in described beverage bucket flows out from described outlet end.When performing the second action to described control system, described gas channels disconnects, and described efflux paths is closed simultaneously.When performing the 3rd action to described control system, described control system is in self-locking state, and described gas channels disconnects, and described efflux paths is closed simultaneously.
The below of described housing forms base; Described drinks beverage fresh-retaining cask system also comprises lid.The upper end of described housing arranges the feature connecting portion being used for being connected with described lid, and the lower end of described base also arranges the feature connecting portion for being connected with described lid; After described lid and described housing are connected, between described lid and described inner bag, above described storage tank, form a seal cavity; After described lid is connected with described base engagement, between described lid and described inner bag, form a seal cavity in the below of described beverage bucket.
In technique scheme, described lid can arrange convex tendon, and with handled easily, person captures lid.
In technique scheme, described feature connecting portion can adopt helicitic texture.In one embodiment; the upper end of described housing can be screwed by helicitic texture with described lid and be connected; now; above described storage tank, a seal cavity is formed between described lid and described inner bag; sealing space content receives control system related components; namely can play the effect of protection control system, prevent the collision to control system in preservation drum transportation.In one embodiment, after described lid and described base by thread structure screw and are connected, a seal cavity is formed in the below of described beverage bucket between described lid and described inner bag, can ice cube be placed in sealing space thus cooling insulation is carried out to beverage bucket, keeping best mouthfeel and the local flavor of drinks beverage in beverage bucket.
Described storage tank and described beverage bucket are by being welded as a whole.Described storage tank and described beverage bucket, by being welded as a whole, form described inner bag.
The top of described beverage bucket is provided with the perforate of a beverage bucket; The top of described storage tank arranges a storage tank perforate; The position relationship of described storage tank and beverage bucket is: the part of the outside face on the top of described beverage bucket forms the bottom surface of described storage tank.In one embodiment, described beverage bucket is the cylindrical shape of bipyramid.
Described control system comprises and connects column, connection pipe, wine lance seat, distributing box, wine lance and wine outlet duct.Described connection column is arranged in described storage tank perforate, and described connection column is arranged be used for inflating to described storage tank pumping valve inside, to the self-relieving safety valve of described storage tank and the gas decompression that makes storage tank the export reducing valve to required air pressure; The exit end of described reducing valve arranges one and touches the check valve A causing and open.
One end of described connection pipe is connected with the check valve A of described reducing valve, and the other end is connected with described distributing box; One end that described connection pipe is connected with described reducing valve is provided with the reducing valve contact pilotage opening described reducing valve exit end check valve A, when check valve A closes, storage tank air seal is out in described reducing valve, when described check valve A closes, the gas of storage tank flows out through reducing valve, can enter described connection pipe.
One end that described connection pipe is connected with distributing box is provided with one and touches the check valve B causing to open; And when described check valve B closes, be sealed in described connection pipe through described reducing valve described gas out inner, when check valve B opens, the gas in described connection pipe through described check valve B out, can enter distributing box.
Described wine lance seat is arranged in the perforate of described beverage bucket, and described distributing box is installed in the top of described wine lance seat, and described wine lance is installed in below.
Described distributing box is provided with shake-up to be caused the piston of wine lance unlatching in described connection pipe check valve B unlatching and beverage bucket and controls the up and down depression bar cam of described piston.
In above-mentioned technical scheme, described connection column is fixed on storage tank, practical as connection carrier.Described reducing valve is intake pressure becomes certain reduction ratio step-down reducing valve with outlet pressure.
In above-mentioned technical scheme, described wine lance is mounted in and goes out wine valve in beverage bucket, is the wine lance assembly of standard, coordinates miscellaneous part to realize the gas inject in storage tank, in beverage bucket, making outside drinks beverage extrusion bucket.Standard wine lance assembly can be bought by market and obtain.The benefit of use standard wine lance assembly is: beverage bucket, before filling liquid beverage, can use the cleaning apparatus of standard to carry out cleaning and sterilizing, and can carry out filling with standard bottle placer, can seal after filled.
In technique scheme, before gas filling, described connection pipe is not arranged on the utility model preservation drum.By the pumping valve inside connected on column, gas filling is carried out to storage tank, because arranging of safety valve can play the explosion-proof effect of pressure limiting in gas filling process, after gas filling completes, the exit end due to reducing valve arranges check valve A, and the gas filled can be inner at reducing valve by shutoff.After gas filling completes, install connection pipe, be first connected with reducing valve by connection pipe, the one end be connected with reducing valve due to connection pipe is provided with reducing valve contact pilotage, during connection, the lucky open check valve A of this reducing valve contact pilotage, makes the gas in storage tank enter into connection pipe by reducing valve.The other end due to connection pipe is provided with check valve B, the gas entering connection pipe through reducing valve by shutoff within check valve B.The one end then connection pipe with check valve B is connected with distributing box.By the motion control piston movement stroke of depression bar cam.When piston movement is to certain position, distributor piston touches the check valve B opening connection pipe, makes the gas of storage tank enter distributing box through check valve B, and enters in beverage bucket, when beverage bucket internal pressure continues to increase, wine is forced out and namely flows out from distributing box outlet end.
Described reducing valve comprises the valve base of pressure reducing valve from arrival end to exit end, reducing valve spool and the reducing valve valve gap that set gradually along, described reducing valve valve gap is provided with reducing valve egress hole and the open cavity towards exit end, and described open cavity can insert one end that connection pipe has reducing valve contact pilotage just; Described check valve A comprises check valve valve A; The inside of described check valve valve A arranges the inner elements of check valve A closed or open described egress hole and the check valve retracing spring A that described inner elements of check valve A is resetted, and described inner elements of check valve A has the stressed site of action A that can be applied in application force.
When reducing valve is arranged on described connection column, described stressed site of action A is in free state when not being applied in application force, and described inner elements of check valve A contacts with described reducing valve egress hole and just by the air seal in storage tank in described reducing valve inside.
When the one end described connection pipe with described reducing valve contact pilotage be inserted in described open cavity, described connection pipe is connected with reducing valve time, the reducing valve contact pilotage of described connection pipe applies the application force of reducing valve exit end towards reducing valve arrival end to described stressed site of action A, and described inner elements of check valve A is separated with reducing valve egress hole and described reducing valve egress hole is opened; Now check valve A is opened, and the high pressure gas in storage tank enter connection pipe through described connection column, reducing valve.
Described inner elements of check valve A comprises packing seal, push rod and check valve valve cast; The stepped column structure of described check valve valve cast and be disposed radially path section groove and large footpath section annular groove; Described push rod is through being inserted in described path section groove after the centre hole of described packing seal; An end face of described packing seal is fixed in the section annular groove of described large footpath just, reducing valve egress hole described in another end contact;
Described check valve retracing spring A is set in described inner elements of check valve A periphery; And one end of described check valve retracing spring A is resisted against in the inner bottom surface of described check valve valve A, the other end is resisted against on the periphery ladder of described check valve valve cast;
The push rod of described inner elements of check valve A comprises head and bar portion, the head of described push rod convexes to form described stressed site of action A, the head of described push rod is just through the described reducing valve egress hole of described reducing valve valve gap, and described stressed site of action A gives prominence in the outside of described reducing valve valve gap.
Described reducing valve is proportional pressure-reducing valve.
Described connection pipe is corrugated stainless steel tubing.
One end that described connection pipe is connected with distributing box arranges connection pipe egress hole, the check valve retracing spring B arranging inner elements of check valve B that is closed or that open described connection pipe egress hole in described check valve valve B and described inner elements of check valve B is resetted;
Described inner elements of check valve B contacts with described connection pipe egress hole and seals and have stressed site of action B; When applying pressure to the stressed site of action B of described inner elements of check valve B, compress described check valve retracing spring B, described inner elements of check valve B is separated with described connection pipe egress hole and described connection pipe egress hole is opened.
Above-mentioned integral type drinks beverage fresh-retaining cask system, also comprises the first clip described connection pipe and described reducing valve are fixed together and the second clip described connection pipe and described distributing box are fixed together.
The structure of described inner elements of check valve A is identical with described inner elements of check valve B.
Described distributing box comprises the operating control, wine pipe Connection Block and the distributor axis that from top to bottom set gradually, and described distributing box also comprises the distributor socket around described distributor axis.Described wine pipe Connection Block and distributor axis form the piston of described distributing box.
Described distributor socket arranges inlet end; The check valve B of described connection pipe inserts described inlet end just; Described distributor axis is along the axially movable setting of described distributor socket; Described wine pipe Connection Block comprises lateral part and longitudinal component, and the longitudinal component of described wine pipe Connection Block wine pipe Connection Block is connected with the upper end of described distributor axis, and lateral part forms the outlet end for installing wine outlet duct.
Distributor axis comprises axially surface and arranges and the distributor axis annular groove of indent and run through the distributor axis longitudinal hole of described distributor axis; The end face of described distributor axis annular groove is inclined-plane.
The bottom of described distributor socket is provided with distributor socket packing seal; The lower end of distributor axis is arranged can with the synchronization-moving distributor axis packing seal of described distributor axis.
Described wine pipe Connection Block arranges the runner be communicated with described distributor axis longitudinal hole, outlet end.
Described operating control comprises depression bar and handle; Described distributor socket extends upward support; The head end of described depression bar is arranged on the top of described wine pipe Connection Block and the support extended with described distributor socket is hinged, and the head end of described depression bar is provided with and coordinates with described wine pipe Connection Block top the cam contacted; Described cam can carry out pressing to described wine pipe Connection Block when rotating makes it move down.
The tail end of described depression bar is connected with described rotatable handle; And described handle has self-locking structure; When described handle is in self-locking state, described handle and described depression bar are firm right angle condition, and the application force that described cam applies described wine pipe Connection Block is zero; Making described handle and described depression bar be that rigid straight is connected when pulling described rotatable handle, now pulling handle and namely driving described depression bar cam to rotate.
The tail end of described depression bar is provided with breach and counterbore step, and described operating control also comprises rotational pin and spring; Described handle comprises the handle hole that is provided with described spring; One end and the breach of described rotational pin are hinged, and the other end inserts in described spring and handle hole, and the two ends of described spring are close to handle hole and rotational pin respectively; One end that described handle is positioned at breach is provided with the handle boss coordinating clamping with described counterbore step.
In above-mentioned technical scheme, described handle is rotary handle.
When described handle boss embeds the counterbore step of described depression bar, described handle is that rigid straight is connected with described depression bar cam.Draw to the direction one away from depression bar cam when pulling described handle, handle boss is made to depart from counterbore step, then handle is rotated down, rotational pin and handle boss is driven to rotate around breach, described handle boss is close to by the pressure of spring and the bottom of depression bar, the end face of the mount pad of described handle and described distributing box is close to, thus forms stable self-locking structure.Now, described depression bar is the level of state, and described depression bar cam keeps basic point state, and the application force that described depression bar cam applies described wine pipe Connection Block is zero, and the pressure that described piston is subject to is zero and remains on initial position.The check valve B closed condition of described connection pipe.
When pulling described handle and rotating up, drive rotational pin to rotate around breach, after rotating to certain angle, described handle boss embeds the counterbore step of described depression bar, thus makes described handle be that rigid straight is connected with described depression bar cam; Now continue that handle is rotated up to be rotated up by drive depression bar, make the tail end cam of depression bar be rotated down simultaneously, described cam presses wine pipe Connection Block with described wine pipe Connection Block top contact in the process be rotated down, thus drives described piston to move down.When described cam is rotated down to dead point, described distributor axis opens the check valve B of described connection pipe, opens the liquid flow path passage of wine lance simultaneously, makes the gas of storage tank enter beverage bucket from check valve B, the liquid of beverage bucket is under pressure, thus realization is bought wine and the object of beverage.
Above-mentioned integral type drinks beverage fresh-retaining cask system, described wine outlet duct comprises end to end built-in pipe and Puncture Tube, and one end of described built-in pipe is connected with the outlet end of described wine pipe Connection Block, and one end that built-in pipe is connected with wine pipe Connection Block is horizontal positioned; Described built-in pipe is provided with expansion shape step and O type circle near one end of wine pipe Connection Block, and described built-in pipe and described wine pipe Connection Block are rotatably connected by nut; The other end of described built-in pipe has the built-in pipe bending end of bending 90 degree; One end of described Puncture Tube has the Puncture Tube bending end of bending 90 degree; The part of described Puncture Tube bending end inserts described built-in pipe bending end just, and is rotatably connected by nut; The part that described Puncture Tube is inserted into described built-in pipe arranges expansion shape step and O type circle; The described Puncture Tube other end is wine outlet.
In above-mentioned technical scheme; the built-in pipe of described wine outlet duct and Puncture Tube all can rotate; therefore when not buying wine; can by Puncture Tube to preservation drum central rotation; make wine outlet duct can milk collection above preservation drum; and be sealed in seal cavity with lid, the effect played protection and be convenient for carrying.
Relative to prior art, the utility model has following beneficial effect:
The utility model lid can screw with housing is suitable for reading, plays the effect (valve inside, distributing box etc.) of seal protection inner components; Lid can also screw with housing end opening base, forms ice cube rest area, with the ice cube of splendid attire cooling insulation, ensures mouthfeel and the local flavor of beverage.
The utility model connects column as connection carrier, installs pumping valve inside and the explosion-proof safety valve of pressure limiting and reducing valve simultaneously.On the one hand described safety valve ensure that in gas filling process and storage tank internal pressure after gas filling is in safe range; On the other hand, gaseous tension is reduced to preset value by described reducing valve in proportion, ensures the safety of giving vent to anger in process of buying wine, and also ensure that and realizes normally carrying out of process of buying wine.
The utility model distributing box goes out wine end and arranges the distributor axis rotating wine lance unlatching in wine outlet duct and folding handle, shake-up connection pipe check valve and beverage bucket.This rotation wine outlet duct can be accommodated in above storage tank easily, and lid can be used to be sealed in seal cavity.Folding handle has self-lock function, namely can be in a kind of stable state, when this state, handle and depression bar in stablize right angle, prevent having put handle be not intended to touch and rotate.Therefore, can in case put in maloperation or transportation and to the collision of handle, wine extruded.
In the utility model, carbon dioxide storage tank is connected through the distributing box of reducing valve with beverage bucket, and when distributing box is opened, carbon dioxide is filled into beverage bucket and is extruded by wine, namely can open and namely drink.
The utility model is widely used in the places such as all kinds of party, athletic competition, food and drink, dinner party, outdoor travel.
Accompanying drawing explanation
Fig. 1 is the perspective view (distributing box is in self-locking state, and wine outlet duct is in deployed condition, and lid is connected with base) of the utility model integral type drinks beverage fresh-retaining cask off working state.
Fig. 2 be the utility model integral type drinks beverage fresh-retaining cask off working state perspective view (distributing box is in self-locking state, and wine outlet duct is in receiving state, and lid is connected with base).
Fig. 3 is the birds-eye view of Fig. 1.
Fig. 4 is that the A-A of Fig. 3 is to cutaway view.
Fig. 5 is that the B-B of Fig. 3 is to cutaway view.
Fig. 6 is the partial enlarged drawing (relation of display distributing box and connection pipe, inoperative) of Fig. 5.
Fig. 7 is the partial enlargement (show connection pipe and reducing valve, be connected relation column between) of C-C to cutaway view of Fig. 3
Fig. 8 is the perspective view (handle and depression bar are that rigid straight is connected, and wine outlet duct is in deployed condition, and lid is connected with base) of mode of operation of the present utility model.
Fig. 9 is the birds-eye view of Fig. 8.
Figure 10 is the A-A cutaway view of Fig. 9.
Figure 11 is the B-B cutaway view of Fig. 9.
Figure 12 is the partial enlarged drawing of Figure 11.
Figure 13 is the structural representation of the utility model connection pipe.
Figure 14 is the structural representation of the utility model reducing valve.
Figure 15 and Figure 16 is the structural representation of the utility model distributing box.
Figure 17 is the structural representation (wine outlet duct is deployed condition) of the utility model wine outlet duct.
Figure 18 is the partial enlarged drawing of Fig. 4.
Figure 19 is the partial enlarged drawing of Figure 10.
In figure, the component names that each Reference numeral is corresponding is: 1-housing; 1001-base; 1002-lid; 2-storage tank; The perforate of 2001-storage tank; 3-beverage bucket; The perforate of 3001-beverage bucket; 5-connects column; 5001-pumping valve inside; 5002-safety valve; 6-connection pipe; 6001-reducing valve contact pilotage; 6002-check valve B; 6005-connection pipe egress hole; 6007-inner elements of check valve B; 6008-check valve retracing spring B; The stressed site of action B of 6009-; 6017-first clip; 6021-second clip; 7-reducing valve; 7001-check valve A; 7002-valve base of pressure reducing valve; 7003-reducing valve spool; 7004-reducing valve valve gap; 7005-reducing valve egress hole; The open cavity of 7006-; 7027-valve packing seal; 7061-check valve valve A; The stressed site of action A of 7062-; 7063-inner elements of check valve A; 7064-check valve retracing spring A; 7065-packing seal; 7066-push rod; 7067-check valve valve cast; 7068-path section groove; 7069-large footpath section annular groove; 8-distributing box; 8016-operating control; 8014-wine pipe Connection Block; 8015-distributor axis; 8015-distributor axis; 8005-distributor socket; 8006-inlet end; 8007-outlet end; 8012-distributor axis annular groove; 8013-distributor axis longitudinal hole; 8027-distributor socket packing seal; 8028-distributor axis packing seal; 8017-depression bar; 8018-handle; 8019-cam; 8020-breach; 8021-counterbore step; 8022-rotational pin; 8023-spring; 8024-handle hole; 8025-handle boss; 9-wine lance; 930-wine lance jacking block; 931-wine lance air inlet tightening seal washer; Pipe spring in 932-; Pipe in 933-; 934-outer tube spring; 935-outer tube; 10-wine outlet duct; 1045-built-in pipe; 1046-Puncture Tube; 1047-expansion shape step; 1048-O type circle; 1049-nut; 1050-nut; 1051-wine outlet; 11-wine lance seat.
Detailed description of the invention
In order to understand content of the present utility model better, be described further below in conjunction with specific embodiments and the drawings.Should be understood that these embodiments only for further illustrating the utility model, and be not used in restriction scope of the present utility model.In addition should be understood that, after having read content described in the utility model, person skilled in art makes some nonessential change or adjustment to the utility model, still belongs to protection domain of the present utility model.
Embodiment one
As shown in figs. 1-12, integral type drinks beverage fresh-retaining cask system, the inner bag comprising housing 1 and wrapped up by described housing 1, described inner bag divides two-layer, comprises upper strata for the storage tank 2 of stored-gas and lower floor for storing the beverage bucket 3 of liquid beverage.Described storage tank and the upper and lower arranged in co-axial alignment of beverage bucket; And by being welded as a whole.
The both sides of described housing arrange the handrail groove 13 of indent, and handled easily person carries.The sidewall of housing 1 can arrange multiple anti-overflow discharge orifice 12 for drinks overflow.
The below of described housing 1 forms base 1001; Described drinks beverage fresh-retaining cask system also comprises lid 1002.The top of described lid can arrange convex tendon, convenient crawl.
The upper end of described housing 1 arranges the screw thread being used for being connected with described lid 1002, and the lower end of described base 1001 also arranges the screw thread for being connected with described lid 1002.After described lid 1002 is connected with described housing 1, between described lid 1002 and described inner bag, above described storage tank 2, form a seal cavity.After described lid 1002 is connected with described base 1001, between described lid 1002 and described inner bag, form a seal cavity in the below of described beverage bucket 3.
The top of described beverage bucket 3 is provided with beverage bucket perforate 3001; The top of described storage tank 2 arranges a storage tank perforate 2001; The position relationship of described storage tank 2 and beverage bucket 3 is: the part of the outside face on the top of described beverage bucket forms the bottom surface of described storage tank.
Described control system comprises and connects column 5, connection pipe 6, wine lance seat 11, distributing box 8, wine lance 9 and wine outlet duct 10.
Described connection column 5 is arranged in described storage tank perforate 2001, and described connection column 5 is arranged be used for inflating to described storage tank 2 pumping valve inside 5001, to the self-relieving safety valve of described storage tank 2 5002 and the gas decompression that makes storage tank 2 the export reducing valve 7 to required air pressure; The exit end of described reducing valve 7 arranges one and touches the check valve A7001 causing and open.
As shown in figure 13, one end of described connection pipe 6 is connected with the check valve A7001 of described reducing valve, and the other end is connected with described distributing box 8; One end that described connection pipe 6 is connected with described reducing valve 7 is provided with the reducing valve contact pilotage 6001 opening described reducing valve exit end check valve A7001, when check valve A7001 closes, storage tank 2 air seal is out in described reducing valve 7, when described check valve A7001 closes, the gas of storage tank 2 flows out through reducing valve 7, can enter described connection pipe.
One end that described connection pipe 6 is connected with distributing box 8 is provided with one and touches the check valve B6002 causing to open; And when described check valve B closes, be sealed in described connection pipe 6 through described reducing valve described gas out inner, when check valve B opens, the gas in described connection pipe through described check valve B out, can enter distributing box.
Described wine lance seat 11 is arranged in described beverage bucket perforate 3001, and described distributing box 8 is installed in the top of described wine lance seat 11, and described wine lance 9 is installed in below.
Described distributing box 8 is provided with shake-up to be caused the piston of wine lance 9 unlatching in described connection pipe check valve B6002 unlatching and beverage bucket and controls the up and down depression bar of described piston 8017.
As shown in figure 14, in particular embodiments, described reducing valve 7 comprises the valve base of pressure reducing valve 7002 from arrival end to exit end, reducing valve spool 7003 and the reducing valve valve gap 7004 that set gradually along, described reducing valve valve gap 7004 is provided with reducing valve egress hole 7005 and the open cavity 7006 towards exit end, and described open cavity 7006 can insert one end that connection pipe 6 has reducing valve contact pilotage 6001 just.Described check valve A7001 comprises check valve valve body A7061; The inside of described check valve valve A arranges the inner elements of check valve A7063 closed or open described egress hole and the check valve retracing spring A7064 that described inner elements of check valve A7063 is resetted, and described inner elements of check valve A7063 has the stressed site of action A7062 that can be applied in application force.The end of described reducing valve spool 7003 is provided with valve packing seal 7027, and described valve packing seal can seal up the gas access of described reducing valve.When reducing valve load increases above certain value, the gas access of described reducing valve seals up by described valve packing seal 7027.When reducing valve load declines, described valve packing seal 7027 moves towards the direction away from reducing valve arrival end under the effect of reducing valve retracing spring, thus the gas access of described reducing valve is opened.
When reducing valve 7 is arranged on described connection column 5, described stressed site of action A7062 is in free state when not being applied in application force, and described inner elements of check valve A7063 contacts with described reducing valve egress hole 7005 and just by the air seal in storage tank 2 in described reducing valve 7 inside.
When the one end described connection pipe 6 with described reducing valve contact pilotage 6001 be inserted in described open cavity 7006 described connection pipe 6 is connected with reducing valve 7 time, the reducing valve contact pilotage 6001 of described connection pipe 6 applies the application force of reducing valve exit end towards reducing valve arrival end to described stressed site of action A7062, and described inner elements of check valve A7063 is separated with reducing valve egress hole 7005 and described reducing valve egress hole 7005 is opened; Now check valve A7001 is opened, and the high pressure gas in storage tank 2 enter connection pipe 6 through described connection column 5, reducing valve 6.
Described inner elements of check valve A7063 comprises packing seal 7065, push rod 7066 and check valve valve cast 7067; The stepped column structure of described check valve valve cast 7067 and be disposed radially path section groove 7068 and large footpath section annular groove 7069; Described push rod 7066 is through being inserted in described path section groove 7068 after the centre hole of described packing seal 7065; An end face of described packing seal 7065 is fixed in described large footpath section annular groove 7069 just, reducing valve egress hole 7005 described in another end contact;
Described check valve retracing spring A7064 is set in described inner elements of check valve A7063 periphery; And one end of described check valve retracing spring A7064 is resisted against in the inner bottom surface of described check valve valve body A7061, and the other end is resisted against on the periphery ladder of described check valve valve cast 7067;
The push rod 7066 of described inner elements of check valve A comprises head and bar portion, the head of described push rod convexes to form described stressed site of action A7062, the head of described push rod is just through the described reducing valve egress hole 7005 of described reducing valve valve gap 7004, and described stressed site of action A7062 gives prominence in the outside of described reducing valve valve gap 7004.
One end that described connection pipe 6 is connected with distributing box arranges connection pipe egress hole 6005, the check valve retracing spring B6008 arranging inner elements of check valve B6007 that is closed or that open described connection pipe egress hole in described check valve valve body B6002 and described inner elements of check valve B6007 is resetted;
Described inner elements of check valve B6007 contacts with described connection pipe egress hole 6005 and seals and have stressed site of action B6009; When applying pressure to the stressed site of action B6009 of described inner elements of check valve B6007, compress described check valve retracing spring B6008, described inner elements of check valve B6007 is separated with described connection pipe egress hole 6005 and described connection pipe egress hole 6005 is opened.
The utility model preservation drum system also comprises the first clip 6017 described connection pipe 6 and described reducing valve 7 are fixed together and the second clip 6021 be fixed together with described distributing box 8 by described connection pipe 6.
The structure of described inner elements of check valve A is identical with described inner elements of check valve B.
As shown in figs, described distributing box 8 comprises the operating control 8016, wine pipe Connection Block 8014 and the distributor axis 8015 that from top to bottom set gradually, and described distributing box also comprises the distributor socket 8005 around described distributor axis 8015.
Described distributor socket 8005 arranges inlet end 8006; The check valve B6002 of described connection pipe 6 inserts described inlet end 8006 just; Described distributor axis 8015 is along the axially movable setting of described distributor socket 8005; Described wine pipe Connection Block 8014 comprises lateral part and longitudinal component, and the longitudinal component of described wine pipe Connection Block wine pipe Connection Block 8014 is connected with the upper end of described distributor axis 8015, and lateral part forms the outlet end 8007 for installing wine outlet duct 10;
Distributor axis 8015 comprises axially surface and arranges and the distributor axis annular groove 8012 of indent and run through the distributor axis longitudinal hole 8013 of described distributor axis 8015; The end face of described distributor axis annular groove 8012 is inclined-plane;
The bottom of described distributor socket 8005 is provided with distributor socket packing seal 8027; The lower end of distributor axis 8015 is arranged can with the synchronization-moving distributor axis packing seal 8028 of described distributor axis;
Described wine pipe Connection Block 8014 arranges the runner be communicated with described distributor axis longitudinal hole 8013, outlet end 8007.
Described operating control 8016 comprises depression bar 8017 and handle 8018; Described distributor socket 8005 extends upward support; The head end of described depression bar 8017 is arranged on the top of described wine pipe Connection Block 8014 and the support extended with described distributor socket 8005 is hinged, and the head end of described depression bar 8017 is provided with and coordinates with described wine pipe Connection Block 8014 top the cam 8019 contacted; Can carry out pressing to described wine pipe Connection Block 8014 when described cam 8019 rotates makes it move down.
The tail end of described depression bar 8017 is rotaryed connection with described handle 8018; And described handle 8018 has self-locking structure; When described handle 8018 is in self-locking state, described handle and described depression bar are firm right angle condition, and the application force that described cam applies described wine pipe Connection Block 8014 is zero; When pulling the rotation of described handle 8018, described handle 8018 being connected in rigid straight with described depression bar 8017, now pulling handle 8018 and namely driving described depression bar cam 8019 to rotate.
The tail end of described depression bar 8017 is provided with breach 8020 and counterbore step 8021, and described operating control 8016 also comprises rotational pin 8022 and spring 8023; Described handle 8018 comprises the handle hole 8024 that is provided with described spring 8023; One end and the breach 8020 of described rotational pin 8022 are hinged, and the other end inserts in described spring 8023 and handle hole 8024, and the two ends of described spring 8023 are close to handle hole 8024 and rotational pin 8022 respectively; One end that described handle 8018 is positioned at breach 8020 is provided with the handle boss 8025 coordinating clamping with described counterbore step 8021.
Wine outlet duct 10 is arranged on the outlet end 8007 of described wine pipe Connection Block 8014 and is connected with described distributor axis 8015 longitudinal hole.As shown in figure 17, described wine outlet duct comprises end to end built-in pipe 1045 and Puncture Tube 1046, and one end of described built-in pipe is connected with the outlet end 8007 of described wine pipe Connection Block 8014, and one end that built-in pipe is connected with wine pipe Connection Block 8014 is horizontal positioned; Described built-in pipe is provided with expansion shape step 1047 and O type circle 1048 near one end of wine pipe Connection Block 8014, and described built-in pipe 1045 and described wine pipe Connection Block 8014 are rotatably connected by nut 1049; The other end of described built-in pipe 1045 has the built-in pipe bending end of bending 90 degree; One end of described Puncture Tube has the Puncture Tube bending end of bending 90 degree; The part of described Puncture Tube bending end inserts described built-in pipe bending end just, and is rotatably connected by nut 1050; The part that described Puncture Tube is inserted into described built-in pipe arranges expansion shape step 1047 and O type circle 1048; Described Puncture Tube 1046 other end is wine outlet 1051.
In an embodiment of the present utility model, described wine lance comprises wine lance jacking block 930, wine lance air inlet tightening seal washer 931, and the interior pipe spring 932 arranged from inside to outside, interior pipe 933, outer tube spring 934 and outer tube 935, described outer tube 935 is communicated with wine lance seat 11, described wine lance jacking block 930 and wine lance air inlet tightening seal washer 931 are all arranged on the port at interior pipe 933 top, the bottom of described wine lance jacking block 930 is connected with interior pipe spring 932, and made the top of described wine lance jacking block 930 move up to seal with wine lance air inlet tightening seal washer 931 by the pressure of interior pipe spring 932, in described outer tube spring 934 is driven by himself pressure, pipe 933 moves up and wine lance air inlet tightening seal washer 31 and outer tube 935 is sealed.
Off working state during distributing box self-locking: draw to the direction one away from depression bar cam 8019 when pulling described handle, handle boss 8025 is made to depart from counterbore step 8021, then handle is rotated down, rotational pin and handle boss is driven to rotate around breach, described handle boss is close to by the pressure of spring and the bottom of depression bar, the end face of the mount pad of described handle and described distributing box is close to, thus forms self-locking structure.Now, described depression bar is the level of state, and described handle is vertical with described depression bar, and described depression bar cam keeps basic point state, the application force that described depression bar cam applies described wine pipe Connection Block is zero, and the pressure that described distributor axis is subject to is zero and remains on initial position.Now distributor axis is in initial condition, and distributor axis does not touch the check valve B of connection pipe; Therefore the check valve B of connection pipe is in closed condition, and the gas confinement in storage tank is within connection pipe check valve B; And as shown in figure 18, wine lance air inlet tightening seal washer 931 contacts with wine lance jacking block 930 and seals, the tightening seal washer of wine lance air inlet simultaneously 931 contacts with outer tube 935 and seals.
The mode of operation of distributing box: when pulling described handle and rotating up, rotational pin is driven to rotate around breach, after rotating to certain angle, described handle boss embeds the counterbore step of described depression bar, thus makes described handle be that rigid straight is connected with described depression bar cam; Now continue that handle is rotated up drive depression bar is rotated up, make the tail end cam of depression bar be rotated down simultaneously, described cam presses wine pipe Connection Block with described wine pipe Connection Block top contact in the process be rotated down, thus drives described distributor axis to move down.When described cam is rotated down to dead point, when described distributor axis moves down certain distance, apply pressure by distributor axis sidewall to check valve B and open the check valve B6002 of described connection pipe, wine lance jacking block 930 and wine lance air inlet tightening seal washer 931 are backed down in distributor axis lower end simultaneously, wine lance air inlet tightening seal washer 931 is separated with wine lance jacking block 930, and the tightening seal washer of wine lance air inlet simultaneously 931 is separated with outer tube 935; Namely now gas channels and liquid outflow channel are all in open mode.As shown in figure 19, now, gas can pass through from the gap between outer tube and wine lance air inlet tightening seal washer 931; Liquid can pass through from the gap between wine lance air inlet tightening seal washer 931 and wine lance jacking block 930.The gas of storage tank enters beverage bucket from storage tank through reducing valve, and the liquid of beverage bucket is under pressure, thus extrudes from wine lance jacking block and wine lance air inlet tightening seal washer gap location, realizes buying wine and the object of beverage.
Above-mentioned explanation is not limitation of the utility model, and the utility model is also not limited to above-mentioned citing.Those skilled in the art are in essential scope of the present utility model, and the change made, remodeling, interpolation or replacement, also should belong to protection domain of the present utility model.
Claims (10)
1. integral type drinks beverage fresh-retaining cask system, it is characterized in that, the inner bag comprising housing (1) and wrapped up by described housing (1), described inner bag divides two-layer, comprises upper strata for the storage tank (2) of stored-gas and lower floor for storing the beverage bucket (3) of liquid beverage; Described storage tank and the upper and lower arranged in co-axial alignment of beverage bucket;
The gas channels that can be communicated with or disconnect is provided with between described storage tank (2) and beverage bucket (3); Described beverage bucket is provided with outlet end and makes the efflux paths of described outlet end closure or openness; Above described storage tank, control system is set; Described control system controls the switching of described gas channels, and linkage controls opening and closing of described efflux paths;
The below of described housing (1) forms base (1001); Described drinks beverage fresh-retaining cask system also comprises lid (1002),
The upper end of described housing (1) arranges the feature connecting portion being used for being connected with described lid (1002), and the lower end of described base (1001) also arranges the feature connecting portion for being connected with described lid (1002);
After described lid (1002) and described housing (1) are connected, between described lid (1002) and described inner bag, form a seal cavity in the top of described storage tank (2);
After described lid (1002) and described base (1001) are connected, between described lid (1002) and described inner bag, form a seal cavity in the below of described beverage bucket (3).
2. integral type drinks beverage fresh-retaining cask system as claimed in claim 1, it is characterized in that, described control system comprises and connects column (5), connection pipe (6), wine lance seat (11), distributing box (8), wine lance (9) and wine outlet duct (10);
Described connection column (5) is arranged on described storage tank perforate (2001), and described connection column (5) upper arrange be used for inflating to described storage tank (2) pumping valve inside (5001), to described storage tank (2) self-relieving safety valve (5002) and the gas decompression that makes storage tank (2) the export reducing valve (7) to required air pressure; The exit end of described reducing valve (7) arranges one and touches the check valve A (7001) causing and open;
One end of described connection pipe (6) is connected with the check valve A (7001) of described reducing valve, and the other end is connected with described distributing box (8); One end that described connection pipe (6) is connected with described reducing valve (7) is provided with the reducing valve contact pilotage (6001) opening described reducing valve exit end check valve A (7001), when check valve A (7001) closes, storage tank (2) air seal is out in described reducing valve (7), when described check valve A (7001) is closed, the gas of storage tank (2) flows out through reducing valve (7), can enter described connection pipe;
One end that described connection pipe (6) is connected with distributing box (8) is provided with one and touches the check valve B (6002) causing to open; And when described check valve B closes, be sealed in described connection pipe (6) through described reducing valve described gas out inner, when check valve B opens, the gas in described connection pipe through described check valve B out, can enter distributing box;
Described wine lance seat (11) is arranged in described beverage bucket perforate (3001), and described distributing box (8) is installed in the top of described wine lance seat (11), and described wine lance (9) is installed in below;
Described distributing box (8) is provided with to touch and causes described connection pipe check valve B (6002) is opened and in beverage bucket, wine lance (9) is opened piston and control the up and down depression bar of described piston (8017).
3. integral type drinks beverage fresh-retaining cask system as claimed in claim 2, it is characterized in that, described reducing valve (7) comprises the valve base of pressure reducing valve (7002) from arrival end to exit end, reducing valve spool (7003) and the reducing valve valve gap (7004) that set gradually along, described reducing valve valve gap (7004) is provided with reducing valve egress hole (7005) and the open cavity (7006) towards exit end, and described open cavity (7006) can insert one end that connection pipe (6) has reducing valve contact pilotage (6001) just; Described check valve A (7001) comprises check valve valve A (7061); The inside of described check valve valve A arranges the inner elements of check valve A (7063) closed or open described egress hole and the check valve retracing spring A (7064) that described inner elements of check valve A (7063) is resetted, and described inner elements of check valve A (7063) has the stressed site of action A (7062) that can be applied in application force;
When reducing valve (7) is arranged on described connection column (5), described stressed site of action A (7062) is in free state when not being applied in application force, and described inner elements of check valve A (7063) contacts with described reducing valve egress hole (7005) and just by the air seal in storage tank (2) in described reducing valve (7) inside;
When the one end described connection pipe (6) with described reducing valve contact pilotage (6001) be inserted in described open cavity (7006), described connection pipe (6) is connected with reducing valve (7) time, the reducing valve contact pilotage (6001) of described connection pipe (6) applies the application force of reducing valve exit end towards reducing valve arrival end to described stressed site of action A (7062), and described inner elements of check valve A (7063) is separated with reducing valve egress hole (7005) and described reducing valve egress hole (7005) is opened; Now check valve A (7001) is opened, and the high pressure gas in storage tank (2) enter connection pipe (6) through described connection column (5), reducing valve (6).
4. integral type drinks beverage fresh-retaining cask system as claimed in claim 3, it is characterized in that, described inner elements of check valve A (7063) comprises packing seal (7065), push rod (7066) and check valve valve cast (7067); The stepped column structure of described check valve valve cast (7067) and be disposed radially path section groove (7068) and large footpath section annular groove (7069); Be inserted into after the centre hole of described push rod (7066) through described packing seal (7065) in described path section groove (7068); An end face of described packing seal (7065) is fixed in described large footpath section annular groove (7069) just, reducing valve egress hole (7005) described in another end contact;
Described check valve retracing spring A (7064) is set in described inner elements of check valve A (7063) periphery; And one end of described check valve retracing spring A (7064) is resisted against in the inner bottom surface of described check valve valve A (7061), the other end is resisted against on the periphery ladder of described check valve valve cast (7067);
The push rod (7066) of described inner elements of check valve A comprises head and bar portion, the head of described push rod convexes to form described stressed site of action A (7062), the head of described push rod is just through the described reducing valve egress hole (7005) of described reducing valve valve gap (7004), and described stressed site of action A (7062) is given prominence in the outside of described reducing valve valve gap (7004).
5. integral type drinks beverage fresh-retaining cask system as claimed in claim 4, it is characterized in that, one end that described connection pipe (6) is connected with distributing box arranges connection pipe egress hole (6005), the check valve retracing spring B (6008) arranging inner elements of check valve B (6007) that is closed or that open described connection pipe egress hole in described check valve valve B (6002) and described inner elements of check valve B (6007) is resetted;
Described inner elements of check valve B (6007) contacts with described connection pipe egress hole (6005) and seals and have stressed site of action B (6009); When applying pressure to the stressed site of action B (6009) of described inner elements of check valve B (6007), compress described check valve retracing spring B (6008), described inner elements of check valve B (6007) is separated with described connection pipe egress hole (6005) and described connection pipe egress hole (6005) is opened.
6. integral type drinks beverage fresh-retaining cask system as claimed in claim 5, it is characterized in that, also comprise the first clip (6017) described connection pipe (6) and described reducing valve (7) are fixed together and the second clip (6021) described connection pipe (6) and described distributing box (8) are fixed together.
7. integral type drinks beverage fresh-retaining cask system as claimed in claim 6, it is characterized in that, the structure of described inner elements of check valve A is identical with described inner elements of check valve B.
8. integral type drinks beverage fresh-retaining cask system as claimed in claim 7, it is characterized in that, described distributing box (8) comprises the operating control (8016), wine pipe Connection Block (8014) and the distributor axis (8015) that from top to bottom set gradually, and described distributing box also comprises the distributor socket (8005) around described distributor axis (8015).
9. integral type drinks beverage fresh-retaining cask system as claimed in claim 8, is characterized in that, described distributor socket (8005) is arranged inlet end (8006); The check valve B (6002) of described connection pipe (6) inserts described inlet end (8006) just; Described distributor axis (8015) is along described distributor socket (8005) axially movable setting; Described wine pipe Connection Block (8014) comprises lateral part and longitudinal component, the longitudinal component of described wine pipe Connection Block wine pipe Connection Block (8014) is connected with the upper end of described distributor axis (8015), and lateral part forms the outlet end (8007) for installing wine outlet duct (10);
Distributor axis (8015) comprises axially surface and arranges and the distributor axis annular groove (8012) of indent and run through the distributor axis longitudinal hole (8013) of described distributor axis (8015); The end face of described distributor axis annular groove (8012) is inclined-plane;
The bottom of described distributor socket (8005) is provided with distributor socket packing seal (8027); The lower end of distributor axis (8015) is arranged can with the synchronization-moving distributor axis packing seal (8028) of described distributor axis;
The runner that the setting of described wine pipe Connection Block (8014) is communicated with described distributor axis longitudinal hole (8013), outlet end (8007).
10. integral type drinks beverage fresh-retaining cask system as claimed in claim 9, it is characterized in that, described operating control (8016) comprises depression bar (8017) and handle (8018); Described distributor socket (8005) extends upward support; The head end of described depression bar (8017) is arranged on the top of described wine pipe Connection Block (8014) and the support extended with described distributor socket (8005) is hinged, and the head end of described depression bar (8017) is provided with and coordinates with described wine pipe Connection Block (8014) top the depression bar cam (8019) contacted; Described cam (8019) can carry out pressing to described wine pipe Connection Block (8014) when rotating makes it move down;
The tail end of described depression bar (8017) is rotaryed connection with described handle (8018); And described handle (8018) has self-locking structure; When described handle (8018) is in self-locking state, described handle and described depression bar are firm right angle condition, and the application force that described cam applies described wine pipe Connection Block (8014) is zero; When pulling described handle (8018) rotation, described handle (8018) being connected in rigid straight with described depression bar (8017), now pulling handle (8018) and namely driving described depression bar cam (8019) to rotate;
The tail end of described depression bar (8017) is provided with breach (8020) and counterbore step (8021), and described operating control (8016) also comprises rotational pin (8022) and spring (8023); Described handle (8018) comprises the handle hole (8024) that is provided with described spring (8023); One end and the breach (8020) of described rotational pin (8022) are hinged, the other end inserts in described spring (8023) and handle hole (8024), and the two ends of described spring (8023) are close to handle hole (8024) and rotational pin (8022) respectively; One end that described handle (8018) is positioned at breach (8020) is provided with the handle boss (8025) coordinating clamping with described counterbore step (8021).
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520818168.3U CN205035068U (en) | 2015-10-21 | 2015-10-21 | Integral type drinks beverage freshness retaining barrel system |
| EP15906546.5A EP3366638B1 (en) | 2015-10-21 | 2015-11-12 | Integrated alcoholic beverage fresh-keeping barrel system |
| PCT/CN2015/094385 WO2017067030A1 (en) | 2015-10-21 | 2015-11-12 | Integrated alcoholic beverage fresh-keeping barrel system |
| US15/752,504 US10358333B2 (en) | 2015-10-21 | 2015-11-12 | Integrated alcoholic beverage fresh-keeping barrel system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520818168.3U CN205035068U (en) | 2015-10-21 | 2015-10-21 | Integral type drinks beverage freshness retaining barrel system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205035068U true CN205035068U (en) | 2016-02-17 |
Family
ID=55293983
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520818168.3U Active CN205035068U (en) | 2015-10-21 | 2015-10-21 | Integral type drinks beverage freshness retaining barrel system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205035068U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105197864A (en) * | 2015-10-21 | 2015-12-30 | 宁波铭匠扎啤设备有限公司 | Integrated drink preservation barrel system |
| CN106185771A (en) * | 2016-08-19 | 2016-12-07 | 宁波铭匠扎啤设备有限公司 | In a kind of fat, pressure remains stable integral type drinks beverage fresh-retaining cask |
| WO2017067030A1 (en) * | 2015-10-21 | 2017-04-27 | 宁波铭匠扎啤设备有限公司 | Integrated alcoholic beverage fresh-keeping barrel system |
| CN109367996A (en) * | 2018-09-14 | 2019-02-22 | 宁波铭匠扎啤设备有限公司 | A kind of wine lance of included pressure reducing valve |
| WO2022068171A1 (en) * | 2020-09-30 | 2022-04-07 | 塔罗斯科技股份有限公司 | Liquid outlet mechanism of liquid dispenser |
-
2015
- 2015-10-21 CN CN201520818168.3U patent/CN205035068U/en active Active
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105197864A (en) * | 2015-10-21 | 2015-12-30 | 宁波铭匠扎啤设备有限公司 | Integrated drink preservation barrel system |
| WO2017067030A1 (en) * | 2015-10-21 | 2017-04-27 | 宁波铭匠扎啤设备有限公司 | Integrated alcoholic beverage fresh-keeping barrel system |
| CN105197864B (en) * | 2015-10-21 | 2017-06-23 | 宁波铭匠扎啤设备有限公司 | Integral type drinks beverage fresh-retaining cask system |
| US10358333B2 (en) | 2015-10-21 | 2019-07-23 | Ningbo Major Draft Beer Equipment Co., Ltd. | Integrated alcoholic beverage fresh-keeping barrel system |
| CN106185771A (en) * | 2016-08-19 | 2016-12-07 | 宁波铭匠扎啤设备有限公司 | In a kind of fat, pressure remains stable integral type drinks beverage fresh-retaining cask |
| CN106185771B (en) * | 2016-08-19 | 2018-10-16 | 宁波铭匠扎啤设备有限公司 | Pressure remains stable integral type drinks beverage fresh-retaining cask in a kind of fat |
| CN109367996A (en) * | 2018-09-14 | 2019-02-22 | 宁波铭匠扎啤设备有限公司 | A kind of wine lance of included pressure reducing valve |
| CN109367996B (en) * | 2018-09-14 | 2024-02-23 | 宁波铭匠扎啤设备有限公司 | Wine spear with pressure reducing valve |
| WO2022068171A1 (en) * | 2020-09-30 | 2022-04-07 | 塔罗斯科技股份有限公司 | Liquid outlet mechanism of liquid dispenser |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205035068U (en) | Integral type drinks beverage freshness retaining barrel system | |
| CN105197864A (en) | Integrated drink preservation barrel system | |
| CN204390347U (en) | A kind of automatic vending machine integrating existing squeezing orange juice, perfusion, bottling and medium | |
| CN104484949B (en) | It is a kind of to integrate the automatic vending machine for now squeezing orange juice, perfusion, bottling and medium | |
| EP3366638B1 (en) | Integrated alcoholic beverage fresh-keeping barrel system | |
| CN101670997B (en) | Bottled red wine fresh-keeping and automatic pouring device | |
| CN105197866B (en) | A kind of distributor for fresh-keeping beer container | |
| CN205169337U (en) | Draught beer bucket of external carbon dioxide gas bottle | |
| WO2018033116A1 (en) | Integrated alcohol and drink freshness preserving system | |
| CN100549604C (en) | The chilling unit that is used for cooling pressurized beverages | |
| CN201538680U (en) | Fresh-keeping and automatic wine-pouring device for in-bottle red wine | |
| CN205872804U (en) | Integral type drinks beverage freshness retaining barrel system | |
| CN106144181A (en) | A kind of integral type drinks beverage fresh-retaining cask system | |
| CN205034462U (en) | A staving subassembly for draught beer freshness retaining barrel | |
| CN205061538U (en) | A distributor for draught beer bucket | |
| CN105292792A (en) | Jug beer barrel with carbon dioxide cylinder being arranged externally | |
| CN103662415B (en) | A kind of wine storing and fresh-keeping method and device | |
| CN207243423U (en) | The manual bottle placer of bubble drink | |
| CN204846742U (en) | Anti -oxidation wine device | |
| CN205451291U (en) | Bulk white spirit intelligence selling device | |
| CN203143377U (en) | Small-size retail beer fresh-keeping barrel | |
| KR20120002952A (en) | Container | |
| CN2647791Y (en) | Beer fresh-keeping barrel | |
| CN100351592C (en) | Antistaling refrigerator for carbonate beverage | |
| CN2889949Y (en) | Refrigerating type beer storage tank |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Integrated beverage fresh-keeping barrel system Effective date of registration: 20230217 Granted publication date: 20160217 Pledgee: Ningbo Yongcheng Rural Commercial Bank Co.,Ltd. Qianjiang Sub branch Pledgor: NINGBO MASTER DRAFT BEER KEG EQUIPMENT Co.,Ltd. Registration number: Y2023980032885 |