CN1083096C - Cool drink supply device - Google Patents
Cool drink supply device Download PDFInfo
- Publication number
- CN1083096C CN1083096C CN96121124A CN96121124A CN1083096C CN 1083096 C CN1083096 C CN 1083096C CN 96121124 A CN96121124 A CN 96121124A CN 96121124 A CN96121124 A CN 96121124A CN 1083096 C CN1083096 C CN 1083096C
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- mentioned
- drink
- beverage
- container
- vesse
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/12—Arrangements of compartments additional to cooling compartments; Combinations of refrigerators with other equipment, e.g. stove
- F25D23/126—Water cooler
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/02—Doors; Covers
- F25D23/04—Doors; Covers with special compartments, e.g. butter conditioners
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D2331/00—Details or arrangements of other cooling or freezing apparatus not provided for in other groups of this subclass
- F25D2331/80—Type of cooled receptacles
- F25D2331/803—Bottles
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Devices For Dispensing Beverages (AREA)
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
This invention aims to achieve handy and hygienic servicing while allowing the curtailing of a power consumption as caused by the opening or closing of a door. A specialized cock member is mounted in place of a cock for sealing a mouth part of a commercial beverage PET bottle and the bottle is mounted on a bottle holding part provided on the internal surface side of a door of a cold storage chamber. The beverage in the bottle is made to flow out to a liquid supply path part piercing the door thoroughly by the operation of a liquid supply lever to be supplied to a beverage takeoff part provided on the external surface side of the door. Thus, the beverage in the bottle is supplied outside the cold storage chamber.
Description
The present invention relates at refrigerator cool drink supply device applicatory on the various casings with refrigerating function of refrigerating box etc.
Up to now, the device of the supply cold drink of Pu Jiing has as a comparison: the special-purpose case that cold water is used is set, from the outside water chiller that takes out this cold water of casing in having the casing of refrigerating function.In addition, former, in the refrigerator doors inboard the special-purpose case that cold water is used is set in addition, from taking out the water chiller of cold water outdoors.
In so existing water chiller, because use special-purpose case, when using for a long time, mineral matter and incrustation scale contained in the water can be attached on this tank walls.Therefore, must frequently remove, cause the problem of trouble of repairing the case inner surface.In the water chiller with so special-purpose case, when time spent not for a long time, the president bacterium also antihygienic problem can occur.
Yet, in recent years, extensively popularized and a kind of beverages such as mineral water and tea poured into Caffeine Anhydrous compound formulation beverage in the Caffeine Anhydrous compound formulation bottle ().Usually this Caffeine Anhydrous compound formulation beverage is placed in the refrigerator and cools off, open refrigerator doors when drinking it is taken out.Therefore, if when putting into the Caffeine Anhydrous compound formulation bottle of 2 liters (following represent) with L, need be when taking and putting back to the door switch number of times that caused with 22 times at every glass of about 180cc, the consumption and the heat loss that door switch caused can increase electric power.Especially in summer, when outside air temperature was very high, power loss can be more.And want the switch door and it is taken out very trouble.
When the compound system beverage of this Caffeine Anhydrous being put into the special-purpose case of above-mentioned existing water chiller and supplying with cold drink, because [water] of Caffeine Anhydrous compound formulation beverage is sold in market almost is mineral water usually, so it is more than the ore deposit speciality in the running water, so, can make the further aggravation of above-mentioned repairing and hygienic issues.This problem can be more serious because of its sediment when other beverages such as tea.
In view of the above problems, it is simple to the purpose of this invention is to provide a kind of maintenance, health, and can reduce the cool drink supply device of power consumption.
The described cool drink supply device chilled juice of claim 1 of the present invention, water, black tea, the container for drink of market sales such as Japan's tea, and provide the beverage of above-mentioned container for drink inside, this cool drink supply device has in the casing that is arranged on the band refrigerating function, the container maintaining part that keeps above-mentioned container for drink with the state that its internal beverage can be provided, be arranged on the above-mentioned box outer surface side, take out the beverage taking-up portion of above-mentioned beverage, be arranged on above-mentioned box house, supply with the supply unit of above-mentioned beverage and be installed on the above-mentioned container for drink mouth to above-mentioned beverage taking-up portion from the above-mentioned container for drink that remains on the said vesse maintaining part, connect the said vesse mouth of the above-mentioned container for drink on the maintenance said vesse maintaining part and the container stopper parts of above-mentioned supply unit.
Here, the container for drink of market sale is the container that injects beverages such as water, tea, fruit juice in synthetic resin system or glass container made etc. (for example Caffeine Anhydrous compound formulation bottle () or vial etc.), is called the market sale container.Especially, injecting a beverage in the bottle that be called above-mentioned Caffeine Anhydrous compound formulation bottle, is formed by the mylar of PET etc. is preferably at aspects such as operability.
The main body that the said vesse plunger member of the cool drink supply device of claim 2 in being characterised in that claim 1 flowed out by the beverage that limits in the above-mentioned container for drink, detachably be contained on aforementioned body one end, the connecting portion that connects aforementioned body and above-mentioned container for drink mouth constitutes, above-mentioned connecting portion has two installation portions that diameter is different, one end of above-mentioned connecting portion is the major diameter installation portion, and the other end is the minor diameter installation portion, when being installed to above-mentioned major diameter installation portion on the aforementioned body, then above-mentioned container for drink mouth is installed on the above-mentioned minor diameter installation portion, when being installed in above-mentioned minor diameter installation portion on the aforementioned body, then above-mentioned container for drink mouth is installed on the above-mentioned major diameter installation portion, by changing the installation direction of above-mentioned connecting portion, just the said vesse plunger member can be installed on two kinds of different container for drink of bore with respect to aforementioned body.
The cool drink supply device of claim 3 is characterised in that the above-mentioned casing in the claim 1 is a refrigerator, the said vesse maintaining part is arranged on the door inboard of above-mentioned refrigerator, above-mentioned beverage taking-up portion is arranged on the outer side of door of above-mentioned refrigerator, above-mentioned supply unit by be connected with the said vesse plunger member, connect the inside and outside feed flow stream of above-mentioned door and the beverage of controlling in the above-mentioned container for drink constitutes to the controller of the supply of above-mentioned feed flow stream, the said vesse plunger member is detachable on above-mentioned supply unit.
The cool drink supply device of claim 4 is characterised in that above-mentioned feed flow flow arrangement in the claim 3 is on above-mentioned door and from its inner surface side mounting or dismounting.
The cool drink supply device of claim 5 is characterised in that the above-mentioned controller in the claim 4 has the operating portion that is fixed on the above-mentioned door, operates this operating portion, just can make the action of said vesse plunger member, the beverage in above-mentioned feed flow stream is supplied with container for drink.
The cool drink supply device of claim 6 is characterised in that, in claim 3, above-mentioned feed flow flow arrangement below the said vesse maintaining part, with above-mentioned container for drink with its mouth down be configured on the said vesse maintaining part, make the said vesse plunger member connect above-mentioned feed flow stream.
The cool drink supply device of claim 7 is characterised in that the above-mentioned container for drink in the claim 6 is configured to tilt with vertical line.
The cool drink supply device of claim 8 is characterised in that, in the claim 6, and valve and valve seat that the beverage in the above-mentioned container for drink of restriction flows out are set on the said vesse plunger member, and above-mentioned valve seat and horizontal plane tilt.
The cool drink supply device of claim 9 is characterised in that in claim 8, the inner space of cutting apart the said vesse plunger member with longitudinal division, above-mentioned next door disposes like this, summit and end point by above-mentioned inclination valve seat, vertical with the face of the central shaft that is parallel to the said vesse plunger member, and with the central axes of above-mentioned plunger member.
The cool drink supply device of claim 10 is characterised in that in claim 6, between said vesse maintaining part and above-mentioned feed flow stream, movable platen is set, when cold drink is provided, make above-mentioned movable platen upright, above-mentioned container for drink is remained on the said vesse maintaining part with the state that can supply with its internal beverage, when not supplying with cold drink, make above-mentioned movable platen become horizontal, just can on above-mentioned movable platen, place various sundries such as above-mentioned container for drink.
The cool drink supply device of claim 11 is characterised in that in claim 10, when cooling is not drunk, the said vesse plunger member can be placed in the above-mentioned feed flow stream.
In the cool drink supply device of claim 1, replace sealing the only lid of the container for drink mouth of market sale with container stopper parts, and this container is installed in the state that can supply with its internal beverage on the container maintaining part in the casing with refrigerating function.By supply unit the cold drink in its container is supplied with beverage taking-up portion, and can outside casing, take out.That is, the container for drink of market sale directly is used as the case that beverage supplying is used, changes one newly at every turn, therefore can not resemble and adhere to incrustation scale or mineral matter at inner surface the existing special-purpose case.Do not need the door of switch casing just can take out the interior beverage of casing, thereby can reduce the power consumption that Yin Kaimen etc. causes.
In the cool drink supply device of claim 2, when using the heavy caliber container for drink, that end of major diameter installation portion is installed in the container stopper parts towards ground, the outside on main body with connecting portion, when using small-bore container for drink, that end of minor diameter installation portion is installed on the aforementioned body in connecting towards ground, the outside.Like this, because the container stopper parts need only the installation direction with respect to main body conversion connecting portion, just can access installation portion, so two kinds of different plunger member needn't be set corresponding to the bore of container for drink, so not perplexed by obsolete plunger member place to place, can not lose plunger member yet.
In the cool drink supply device of claim 3, be installed in plunger member on the container for drink after, this container is configured on the container maintaining part on the refrigerator doors inboard, make plunger member connect the feed flow stream.Beverage in this container is supplied with the feed flow stream by control part, and through the beverage taking-up portion of this feed flow stream from the inboard supply of the door outside.Because plunger member is arranged to and can be separated from the feed flow stream, it is more or less freely therefore to clean operation.
In the cool drink supply device of claim 4, because the feed flow stream is configured on the door dismantledly, so when making dirty or changing, be easy to taking-up and clean because of beverage types is different.
In the cool drink supply device of claim 5, be fixed on operating portion on the door by operation, make the plunger member action, with the beverage supplying feed flow stream in the container for drink.Here, because of operating portion is fixed on the door, so when outwards taking out the feed flow stream from door, this operating portion can be separated from this feed flow stream, the cleaning of feed flow stream is more or less freely.
In the cool drink supply device of claim 6, because container for drink is falling to dispose, the beverage in this container is supplied with the feed flow stream under the gravity effect, so needn't provide beverage with devices such as pumps.
In the cool drink supply device of claim 7,, therefore can promote air to flow in this container for drink owing to place container for drink obliquely, the beverage in this container and the displacement of extraneous air are very smooth, beverage can be stablized inflow feed flow stream, in addition, can increase the discharge of beverage.
In the cool drink supply device of claim 8, because beverage flow is that valve seat and horizontal plane tilt to the tap hole of feed flow stream in the container, therefore, beverage can promote air to flow in this container, so can be stablized inflow feed flow stream from this valve seat, in addition, can increase the discharge of beverage.
In the cool drink supply device of claim 9, utilize longitudinal division the inner space of plunger member to be divided into the summit side and the end point side of the valve seat of inclination, can further promote the beverage in the container and the displacement of air.
In the cool drink supply device of claim 10, as cooling when drink in winter, movable platen is placed to horizontal, various article such as container for drink are placed on this movable platen, then can be the container maintaining part as spatial accommodation.Therefore, can for good and all not take this segment space, but can effectively utilize the space in this refrigerator as existing special-purpose case.
In the cool drink supply device of claim 11,, needn't worry losing of plunger member owing to when not supplying beverage, can be placed on plunger member in the feed flow stream.
Fig. 1 (a) is the front view of refrigerator 1 with cool drink supply device 10 of one embodiment of the present of invention,
Fig. 1 (b) is the view that the inner surface of refrigerating-chamber door 3 is shown.
Fig. 2 is the longitudinal section of the critical piece of refrigerator 1.
Fig. 3 is the longitudinal section of the critical piece of the cool drink supply device 10 under the beverage supplying wait state.
The longitudinal section of the critical piece of the refrigerator 1 when Fig. 4 is the non-supply condition of beverage.
The longitudinal section of the bottle stopper parts 18 when Fig. 5 is the beverage supplying wait state.
The longitudinal section of the bottle member 18 when Fig. 6 is the cold drink supply condition.
Fig. 7 is the longitudinal section of bottle stopper parts 18a of the another one embodiment of bottle stopper parts 18.
Fig. 8 is the longitudinal section of bottle stopper parts 18b of the another one embodiment of bottle stopper parts 18.
Fig. 9 is the longitudinal section of bottle stopper parts 18c of the another one embodiment of bottle stopper parts 18.
Figure 10 is the longitudinal section of bottle stopper parts 18d of the another one embodiment of bottle stopper parts 18.
Figure 11 is the front view of refrigerator 1 with cool drink supply device 60 of an alternative embodiment of the invention.
Figure 12 is the longitudinal section of the critical piece of the cool drink supply device 60 under the beverage supplying wait state.
Figure 13 is the longitudinal section of the critical piece of the cool drink supply device 60 under the beverage supplying state.
Below, 1 to Figure 10 cool drink supply device that one embodiment of the present of invention are described with reference to the accompanying drawings.
As Fig. 1, shown in 2, this cool drink supply device 10 is to be configured on the door 3 of refrigerating chamber 2 of refrigerator 1, and the beverages that are configured in the Caffeine Anhydrous compound formulation bottle 4 of refrigerating chamber 2 inside supply to the outside through door 3.
Symbol 12 is arranged on the frame shape bottle accommodation section on the inboard, has the space of 4,4 two bottles in Caffeine Anhydrous compound formulation bottle that can 2L placed side by side.This bottle accommodation section 12 partly is the movable floor 14 on the trunnion axis 16 on the rear end that is installed in rotation on bottle accommodation section 12 in the left-side bottom of Fig. 1 (b).This left part becomes the bottle maintaining part 13 (with reference to Fig. 2) that keeps Caffeine Anhydrous compound formulation bottle 4 upside down when movable floor is upright, when stirring movable floor, just become the spatial accommodation of holding (with reference to Fig. 4) that holds that divides identical Caffeine Anhydrous compound formulation bottle etc. with the right side to level.
The ring-type valve seat 20a of bearing valve 24 vertically extends on the inner peripheral surface of cylindrical shell 20 vertically, and valve guard 20b is positioned at the position of extending from the inner peripheral of this valve seat 20a downwards.In addition, interior all sides of valve seat 20a become the stream 20c of liquid.
Valve 24 is disk shapes that the soft material of silica gel etc. is made, and is entrenched in the top of the axle 24a of sliding bearing vertically by valve guard 20b.Because of this valve 24 contacts with valve seat 20a, stream 20c is closed, and the space of the above and below of valve seat 20a is cut off, and liquid stops to flow.
Connecting portion 22 by diameter than the big slightly ring-type operating portion 22a of cylindrical shell 20 and from it respectively up and down direction extend cylindric installation portion 22b, 22c constitute up and down.The diameter of two installation portion 22b, 22c is identical, forms on its outer peripheral face with the female screw thread of cylindrical shell 20 upper ends and twists the male screw thread that closes, and formation is twisted the female screw thread that closes with the male screw thread of the bottleneck of Caffeine Anhydrous compound formulation bottle 4 on inner peripheral surface.
The rubber 44.. of the impulsive force that produces when absorption is installed on the bottom of operate wall 40a because of pushings such as cup C in addition, as shown in Figure 1, from the front face side of door 3, misplace about the central shaft of the middle thought of the operate wall 40a of feeding lever 40 and Caffeine Anhydrous compound formulation bottle 4.
Below, the effect of this cool drink supply device 10 is described
(1) preparatory stage
Using this to install at 10 o'clock, at first, bottle stopper parts 18 are installed on the bottleneck of Caffeine Anhydrous compound formulation bottle 4 by screw thread.At this moment, corresponding to the bottleneck diameter of Caffeine Anhydrous compound formulation bottle 4, change the installation direction of the connecting portion 2 corresponding with the cylindrical shell 20 of bottle stopper parts 18.That is to say, in the following manner connecting portion 22 is installed on the cylindrical shell 20, under the situation of the Caffeine Anhydrous compound formulation bottle 4 of the big 2L of bore, as shown in Figure 5, the big installation portion 22b of internal diameter is towards the outside, under the situation of the Caffeine Anhydrous compound formulation bottle 4 of the little 1.5L of bore, the installation portion 22c that internal diameter is little as shown in Figure 6 laterally.
Under 14 one-tenth erectilities of movable floor, first aqueous coffee is reversed up and down because of the compound formulation bottle, and be configured on bottle maintaining part 13, the bottle stopper parts 18 of its front end are set in the feed flow stream 26.Therefore, become Fig. 2, the beverage supplying wait state shown in 3.In addition, though bottle 4 inversions, because the beverage of this bottle inside has been closed the valve 24 (as shown in Figure 5) in the bottle stopper parts 18, so beverage can not flow to the outside.
(2) beverage supplying wait state
Under this state, because of the beverage in the Caffeine Anhydrous compound formulation bottle 4, as shown in Figure 3, the valve 24 of bottle stopper parts 18 is closed.The last end in contact valve 24 of push rod 34 the axle 24a below, push away on the feeding lever 40 post 40b contact this 34 below.
(3) beverage supplying state
Take cup to push away the rubber components 44 of feeding lever 40, make the operate wall 40a of feeding lever 40 when rearward rotating shown in two pecked lines among Fig. 3, on push away post 40b and rotate upward, promote push rod 34 upward.Therefore, the valve 24 of bottle stopper parts 18 is promoted upward and is opened, and the beverage in the Caffeine Anhydrous compound formulation bottle 4 is replaced with extraneous air on one side, as the arrow of Fig. 6 shown in by bottle stopper parts 18 flow into the stream body 28 of feed flow stream 26 on one side.The beverage of these outflows is led beverage along the base plate 29 of the stream body 28 that tilts and is gone out in the pipe 30, and beverage goes out in the above-mentioned cup C of pipe 30 injection beverage taking-up portions 46 from beverage.
As cancellation cup C during to the pushing of feeding lever 40, because turn back to original state under the spring force effect that feeding lever 40 does not show in the drawings, so gravity because of the beverage in the Caffeine Anhydrous compound formulation bottle 4, valve 24 and push rod 34 are pressed downwardly onto origin-location, like this, turn back to the beverage supplying wait state.
(4) the non-supply condition of beverage
When winter, this device 10 was not supplied with beverage, as shown in Figure 4, movable floor was fallen into horizontal.Like this, when feeding stream 26 is closed, can on this movable floor 14, rotate Caffeine Anhydrous compound formulation bottle or other article.Here, the bottle stopper parts are placed in the feeding stream 26.
If above-described cool drink supply device 10, because can with the Caffeine Anhydrous compound formulation beverage bottle sold on the market directly as beverage supplying with jar, so all renewable at every turn jar of this jar just can not adhere to incrustation scale or mineral matter yet on inner surface as existing special-purpose case.So, repair very easy and health very.In addition, because needn't just the beverage in the refrigerating chamber 2 can be taken out by switch door 3, so just can reduce the power loss that Yin Kaimen brings.
Because do not use special-purpose case, when this device 10 does not provide beverage, so can therefore can not make full use of the space in the refrigerating chamber 2 by special-purpose case specially according to forming dead space yet.
In addition, only beverage flow is crossed feeding stream 26 when feeding, and the beverage of inflow tilts can not remain in the feeding stream 26 because of the base plate of stream body 28 goes out pipe 30 to beverage.Therefore, feeding stream 26 often keeps dry state under the beverage supplying wait state, is difficult for adhering to incrustation scale or mineral matter.Suppose when adhering to,, clean so be very easy to take off from the inboard of door 3 because feeding stream 26 is to go out pipe 30 by its beverage to pass on the inboard that through hole 32 is configured in door 3.
In addition, because bottle stopper parts 18 have such connecting portion 22, this connecting portion 22 has two corresponding installation portion 22b, the 22c of bottleneck of the two kind Caffeine Anhydrous compound formulation bottles different with the diameter of thread, therefore, as when two different bottle stopper parts are set, seek the place of placing obsolete bottle stopper parts because of difficulty and be easy to lose, the present invention then can not lose the bottle stopper parts.Because the external diameter of two installation portion 22b, 22c equates, so, as long as change the installation direction corresponding with the main body 20 of connecting portion 22, just can be corresponding with the bottleneck of various Caffeine Anhydrous compound formulation bottles.
Because by Caffeine Anhydrous compound formulation bottle 4 is reversed, make bottle stopper parts 18 downward, beverage usually makes valve 24 and valve seat 20a moistening, and, valve 24 is pressed in the effect of the power on the valve seat 20a, can improve the sealing between valve 24 and the valve seat 20a, and can prevent that the beverage that the inflow because of the seepage of the beverage in the bottle or air causes is rotten.
For bottle stopper parts 18, in order to make beverages in the Caffeine Anhydrous compound formulation bottle 4 stable and keep a certain amount of above (20cc/ is more than second) to flow out, preferably guarantee being spaced apart more than the 2.5mm between interval between valve 24 and the main body inner peripheral surface and valve 24 and the valve seat 20a.In addition, preferably make between this valve 24 and main body 20 inner peripheral surfaces and the minimum area in the gap between valve 24 and the valve seat 20a is 200mm
2
In order to make beverage and the good displacement of extraneous air in the Caffeine Anhydrous compound formulation bottle 4, and make the certain rate of outflow of this beverage maintenance, also can replace above-mentioned bottle stopper parts 18 with the bottle stopper parts 18a-d shown in following.
In bottle stopper parts 18a shown in Figure 7, above valve 24, cut apart the tabular next door 50 of bottle stopper parts 18a front and back.This next door 50 is installed on the inner peripheral surface of operating portion 22a of connecting portion 22.Like this, because of longitudinal division 50 is cut apart the inner space of bottle stopper parts 18a, as shown in Figure 7, beverage is (among the figure shown in the solid arrow.Identical among Fig. 9,10,13) side flow of next door 50, and air is (among the figure shown in the solid arrow.Identical among Fig. 9,10,13) flow at its opposite side, so the displacement of beverage and air is comparatively smooth.
In bottle stopper parts 18b shown in Figure 8, configuration spiral next door 52 above valve 24.This spiral next door 52 is tabular next doors of will be longitudinally being provided with the axle of bottle stopper parts 18b is that the center is reversed and formed, and is fixed on by not shown attaching parts on the inner peripheral surface of main body 20.Owing to be provided with such spiral next door 52, beverage becomes the eddy current shape to flow with air, just can make beverage than more successfully flowing out as shown in Figure 7.
In bottle stopper parts 18c shown in Figure 9, on the inner peripheral surface of main body 20, install towards the air leading-in conduit 54 of upper and lower to opening.This air leading-in conduit 54 is tapered, and the bottom of big opening is bigger than the external diameter of valve 24, and valve can cover valve 24 when open, and the top of little opening is for inserting the compound interior tubule of bottleneck that closes office preparation bottle 4 of Caffeine Anhydrous.For these bottle stopper parts 18c, beverage flows out by the periphery of air leading-in conduit 54, and air is by flowing in the air leading-in conduit 54, and both displacements are very good.
In bottle stopper parts 18d shown in Figure 10, the valve seat 20a of main body 20 is that the right side from figure tilts to the left.The tabular next door 50 of about vertically being provided with above the valve 24, cutting apart bottle stopper parts 18d in addition.That is, next door 50 is divided into the superjacent air space of valve 24 summit side and the end point side of the valve seat 20a of inclination.Because valve seat 20a is tilted, just can promote in the air inflow Caffeine Anhydrous compound formulation bottle 4, beverage just can stablize and keep a certain amount of more than, flow out (35cc/ is more than second).Because of like this next door 50 being set, can further promote the displacement of beverage and air.
The cross-sectional sizes difference though square Caffeine Anhydrous compound formulation bottle 4 height of the 2L of market sale and two types of 1.5L are identical.1.5L width and degree of depth same size, and the width of 2L is identical with the width of 1.5L, but the big 1.5L's of the degree of depth is big.
For this reason, in this device, when being configured in these Caffeine Anhydrous compound formulation bottles on bottle maintaining part 13, the central shaft that should make bottle is for certain, and the width that will make the bottle that size equates substantially is consistent with the width of bottle maintaining part 13.Like this, though the kind difference of Caffeine Anhydrous compound formulation bottle, because of the width dimensions of the position of feed flow stream 26 and bottle maintaining part 13 certain, so can dispose these Caffeine Anhydrous compound formulation bottles in same place.Here, the difference of the depth dimensions that bottle kind difference causes supports by the bottle that the front and back in bottle maintaining part 13 are provided with distortion, also can be absorbed by the depth direction of bottle maintaining part 13.
Caffeine Anhydrous compound formulation bottle also has the bottle of circular 1.5L except above-mentioned two kinds, 800c in addition, and 500c etc. are several, and their size has nothing in common with each other.At this moment, on bottle maintaining part 13, suitably be arranged on the deformable bottle supporting of its width and depth direction, also can make bottle central shaft for certain.
Caffeine Anhydrous compound formulation bottle on the market has several bores because of difference such as its capacity, so in order to make bottle stopper parts 18 corresponding, can make connecting portion 22 to possess two above purposes with installation portion 22b, the 22c corresponding with each bore with the bore more than three kinds.
In the front of door 3 display of knowing Caffeine Anhydrous compound formulation bottle 4 stream skies is set, when Caffeine Anhydrous compound formulation bottle 4 streams are empty, detects, and make aforementioned display device show that bottle outlet is empty with suitable checkout gear.
The cool drink supply device 60 of another embodiment of the present invention then, is described with reference to Figure 11-13.The parts that are marked with above-mentioned beverage feeder 10 same-sign have essentially identical structure.
In this cool drink supply device 60, the Caffeine Anhydrous compound formulation bottle 4 that is placed on the turned upside down on bottle maintaining part 13 with respect to vertical line forwards, backwards direction tilt about 15 °.Promptly be configured to the place ahead that bottleneck is positioned at bottle bottom.
This Caffeine Anhydrous compound formulation bottle 4d in the central the position by the bottle before and after being configured in support 62,62 towards front and back to supporting, bottle in the wings supports the bottle support 66 that configuration is made of the deformable leaf spring on 64.This bottle support 66 sizes according to bottle change its deflection, so that the central shaft of the Caffeine Anhydrous compound formulation bottle that varies in size can be bearing on certain position.Also such supporting mechanism can be used for bottle width of maintaining part 13, if use such support on the both direction of width and fore-and-aft direction, then support effect can be better.
In this device 60, feed flow stream 26 is positioned on the support unit 70 that is provided with door 3 splits.As shown in figure 12, on the base plate 29 of the stream main body 28 of feed flow stream 26, be formed with the prominent body 78 of projection upward, pass the push rod 34 that can slide along the vertical direction, and be installed with and cover this membranaceous sealing ring above push rod 34 at this prominent body 78.Be positioned at above the push rod 34 sealing ring 80 below.
The beverage outlet pipe 30 of feed flow stream 26 tilts to inferoanterior from the lower front face of stream main body 28, inserts in the through hole 32 of the oblique laterally rear opening that has a down dip 3 in inboard.On the front end of this beverage outlet pipe 30 almost vertical be provided with make beverage the outflow direction down and prevent beverage flow anti-fluidic plate 72 forwards, like this, just can guarantee that beverage injects in the containers such as cup that are placed in the beverage taking-up portion 46 well.
As shown in figure 11, form beverage taking-up portion 46 in beverage outlet portion 30 from the forwards outstanding part of door 3, that is, beverage taking-up portion 46 gives prominence in the zone of refrigerating chamber 2 but starts 3 front that is forming.Like this, be that spatial accommodation 68 has been guaranteed at beverage taking-up portion 46 rears below the bottle maintaining part 13 on the door inner surface side.
The place ahead ledge of beverage outlet pipe 30 is set at covering 74 coverings on door 3 fronts and is maintained.At the pushing key 82 that also disposes in addition the valve 24 that is used for switch bottle stopper parts 18 on door 3 fronts be configured in the accumulator supporting member 84 of the supporting accumulator 48 below the beverage outlet pipe 30.On the inner surface side of door, on below the support unit 70, dispose the Machine Room 86 that is used for switch valve 24.
As shown in figure 12, pushing key 82 is the rubber components that are embedded in the hole that connects the plate 88 that is disposed at door 3 the place aheads, and push rod 92 rear opening 3, that can slide in the through hole 90 that penetrates into Machine Room 86 is being installed on its back.The rear end of push rod 92 be configured in Machine Room 86 in, the levers 94 that are installed in rotation on the trunnion axis 93 contact.Lever 94 is made of the actuation arm 94b of following plumbing arm 94a that contacts with push rod 92 and extension rearward, and makes it have the ability that clockwise direction rotates in figure by not shown spring.In addition, on actuation arm 94b, be formed with outstanding pin 95.Force transferring part 96 has the slotted hole that cooperates with this pin, the rotation of lever 94 can be sent to the push rod 34 of top, and this force transferring part 96 connects Machine Room 86 and support unit 70, contacts with the following of push rod 34.
Dispose on the bottle stopper parts 18 superjacent air space of valve 24 along next door 50 that fore-and-aft direction is cut apart.Like this when being set to bottle stopper parts 18 on the feed flow stream 26, usually, separate front and back in order to make next door 50, be about to above-mentioned upper space and be divided into the summit side of the valve seat 20a that disposes obliquely with horizontal plane and end point side, the direction initialization guiding parts (not shown) of qualification bottle stopper parts 18 is arranged on the guiding rib 36 of main body 20 peripheries of bottle stopper parts 18 and feed flow stream 26.
Sponge shape sealing ring 97 be configured in door 3 through hole 32 around, and, around it, also dispose finished product heat-insulating material 98, can reduce significantly like this from the heat loss of this through hole 32.Go up configuration finished product heat-insulating material 99 around the through hole 90 thereunder.
In this device 60, when pushing key 82 contacted with cup C, as shown in figure 13, the push rod 92 at its rear made lever 94, to rotate counterclockwise, force transferring part 96 is upwards pushed away in the drawings.Push away the push rod 34 of its top on the force transferring part 96, therefore, valve 24 by on push away, the beverages in the Caffeine Anhydrous compound formulation bottle 4 flow in the feed flow stream 26.The beverage that flows out flows to beverage outlet pipe 30 through the ramped bottom surface 29 of stream main body 28, and flows in the cup C from its front end.
Adopt this device 60, because Caffeine Anhydrous compound formulation bottle 4 is installed obliquely, its mounting or dismounting are easy to.Because because Caffeine Anhydrous compound formulation bottle 4 tilts, and the valve seat 20a that makes bottle stopper parts 18 becomes the state of inclination, so can promote that the valve seat 20a when open flows in the Caffeine Anhydrous compound formulation bottle 4 air from valve 24, can stablize and make the beverage outflow with a certain amount of above (35c/ is more than second).
Forwards tilt from stream main body 28 by the beverage outlet pipe 30 that makes feed flow stream 26, just beverage taking-up portion 46 can be set below bottle maintaining part 13, so can guarantee to hold between appearance 68 at bottle maintaining part 13 following.
The next door 50 that also can replace above-mentioned bottle stopper parts 18 with air leading-in conduit shown in Figure 9 54, in the case, the restriction of the direction of the bottle stopper parts 18 when being arranged on Caffeine Anhydrous compound formulation bottle 4 on bottle maintaining part 13 is unnecessary.
Adopt cool drink supply device of the present invention, can directly use commercially available container for drink, this container is used as the case that beverage supplying is used because all to change at every turn one jar new, do not adhere to incrustation scale or mineral matter on the surface so can not resemble within it the present special-purpose case.So, needn't the cleaning box inwall and simplified operation, and health very.Because the door of switch casing just can not take out beverage, want to reduce the energy loss that causes because of the switch door.
Claims (12)
1. cool drink supply device, the container for drink of market sales such as this device cooling water, fruit juice, black tea, Japanese tea, and the beverage of above-mentioned container for drink inside is provided, it is characterized in that this cool drink supply device has:
Be arranged in the casing of band refrigerating function, keep the container maintaining part of above-mentioned container for drink with the state that its internal beverage can be provided,
Be arranged on beverage taking-up portion on the above-mentioned box outer surface side, that take out above-mentioned beverage,
Be provided with above-mentioned box house, from remain on the said vesse maintaining part above-mentioned container for drink to above-mentioned beverage taking-up portion supply with above-mentioned beverage supply unit and
The said vesse mouth of the above-mentioned container for drink on the maintenance said vesse maintaining part and the container stopper parts of above-mentioned supply unit are gone up, connected to the mouth that is installed in above-mentioned container for drink.
2. according to the described cool drink supply device of 1 claim, be characterised in that the main body that the said vesse plunger member is flowed out by the beverage that limits in the above-mentioned container for drink, the connecting portion that detachably is contained in mouth on aforementioned body one end, that connect aforementioned body and above-mentioned container for drink constitutes
Above-mentioned connecting portion has two installation portions that diameter is different, and an end of above-mentioned connecting portion is the major diameter installation portion, and the other end is the minor diameter installation portion,
When being installed to above-mentioned major diameter installation portion on the aforementioned body, then the mouth with above-mentioned container for drink is installed on the above-mentioned minor diameter installation portion, when being installed in above-mentioned minor diameter installation portion on the aforementioned body, then the mouth with above-mentioned container for drink is installed on the above-mentioned major diameter installation portion, by changing the installation direction of above-mentioned connecting portion, just the said vesse plunger member can be installed on two kinds of different container for drink of bore with respect to aforementioned body.
3. according to the described cool drink supply device of 1 claim, be characterised in that above-mentioned casing is a refrigerator,
The said vesse maintaining part is arranged on the door inboard of above-mentioned refrigerator,
Above-mentioned beverage taking-up portion is arranged on the outer side of door of above-mentioned refrigerator,
Above-mentioned supply unit by be connected with the said vesse plunger member, connect the inside and outside feed flow stream of above-mentioned door and the beverage of controlling in the above-mentioned container for drink constitutes to the controller of the supply of above-mentioned feed flow stream,
The said vesse plunger member is detachable on above-mentioned supply unit.
4. according to the described cool drink supply device of 3 claims, be characterised in that above-mentioned for flowing flow arrangement on above-mentioned door and from its inner surface side mounting or dismounting.
5. according to the described cool drink supply device of 4 claims, be characterised in that above-mentioned controller has the operating portion that is fixed on the above-mentioned door, operate this operating portion, just can make said vesse plunger member moving part, beverage in above-mentioned feed flow stream is supplied with container for drink.
6. according to the described cool drink supply device of 3 claims, be characterised in that above-mentioned feed flow flow arrangement is below the said vesse maintaining part, with above-mentioned container for drink with its mouth down be configured on the said vesse maintaining part, make the said vesse parts connect above-mentioned feed flow stream.
7. according to the described cool drink supply device of 6 claims, be characterised in that above-mentioned container for drink is configured to tilt with vertical line.
8. according to the described cool drink supply device of 6 claims, be characterised in that valve and the valve seat that the beverage in the above-mentioned container for drink of restriction flows out is set on the said vesse plunger member.
Above-mentioned valve seat and horizontal plane tilt.
9. according to the described cool drink supply device of 8 claims, be characterised in that the inner space of cutting apart the said vesse plunger member with longitudinal division,
Above-mentioned next door disposes like this, and the summit and the end point of the valve seat by above-mentioned inclination are vertical with the face of the central shaft that is parallel to the said vesse plunger member, and with the central axes of above-mentioned plunger member.
10. according to the described cool drink supply device of 6 claims, be characterised in that between said vesse maintaining part and above-mentioned feed flow stream movable platen is set.
When cold drink is provided, make above-mentioned movable platen upright, above-mentioned container for drink remained on the said vesse maintaining part with the state that can supply with its internal beverage,
When not supplying with cold drink, make above-mentioned movable platen become horizontal, just can on above-mentioned movable platen, place various article such as above-mentioned container for drink.
11. according to the described cool drink supply device of 10 claims, be characterised in that when cooling is not drunk, the said vesse parts can be placed in the above-mentioned feed flow stream.
12., be characterised in that above-mentioned container for drink is the container that injects beverage in Caffeine Anhydrous compound formulation bottle according to the described cool drink supply device of 1 claim.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP236569/95 | 1995-09-14 | ||
| JP7236569A JP3020845B2 (en) | 1995-09-14 | 1995-09-14 | Cooled beverage supply device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1153280A CN1153280A (en) | 1997-07-02 |
| CN1083096C true CN1083096C (en) | 2002-04-17 |
Family
ID=17002584
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN96121124A Expired - Fee Related CN1083096C (en) | 1995-09-14 | 1996-09-14 | Cool drink supply device |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JP3020845B2 (en) |
| KR (1) | KR0181656B1 (en) |
| CN (1) | CN1083096C (en) |
| TW (1) | TW305922B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100432594C (en) * | 2004-04-12 | 2008-11-12 | 乐金电子(天津)电器有限公司 | Refrigerator door structure |
| CN107922180B (en) * | 2015-08-10 | 2020-07-14 | 夏普株式会社 | Beverage supply device and refrigerator |
| JP2023095128A (en) * | 2021-12-24 | 2023-07-06 | アクア株式会社 | refrigerator |
-
1995
- 1995-09-14 JP JP7236569A patent/JP3020845B2/en not_active Expired - Fee Related
-
1996
- 1996-09-14 CN CN96121124A patent/CN1083096C/en not_active Expired - Fee Related
- 1996-09-14 KR KR1019960040297A patent/KR0181656B1/en not_active IP Right Cessation
- 1996-09-25 TW TW085111702A patent/TW305922B/zh active
Also Published As
| Publication number | Publication date |
|---|---|
| JP3020845B2 (en) | 2000-03-15 |
| KR0181656B1 (en) | 1999-05-01 |
| TW305922B (en) | 1997-05-21 |
| JPH0979743A (en) | 1997-03-28 |
| CN1153280A (en) | 1997-07-02 |
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| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C06 | Publication | ||
| PB01 | Publication | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |