CN202244656U - Beverage cold insulation box and device - Google Patents

Beverage cold insulation box and device Download PDF

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Publication number
CN202244656U
CN202244656U CN2011202273221U CN201120227322U CN202244656U CN 202244656 U CN202244656 U CN 202244656U CN 2011202273221 U CN2011202273221 U CN 2011202273221U CN 201120227322 U CN201120227322 U CN 201120227322U CN 202244656 U CN202244656 U CN 202244656U
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CN
China
Prior art keywords
beverage
regenerator
housing
cooling
beverage cooling
Prior art date
Application number
CN2011202273221U
Other languages
Chinese (zh)
Inventor
高联华
Original Assignee
劲创股份有限公司
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Priority to TW100210104 priority Critical
Priority to TW100210104U priority patent/TWM420991U/en
Application filed by 劲创股份有限公司 filed Critical 劲创股份有限公司
Application granted granted Critical
Publication of CN202244656U publication Critical patent/CN202244656U/en

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Abstract

The utility model discloses a beverage cold insulation box and device. The beverage cold insulation device comprises a beverage pouring device, a carbon dioxide supplier and the beverage cold insulation box, wherein the beverage pouring device is connected with the beverage cold insulation box; and the beverage cold insulation box comprises a casing, at least one cold accumulator, a liquid supplier, a liquid provider and a cooling pipeline, the cold accumulator is used for accumulating a cold energy, the liquid supplier is used for supplying a liquid, the liquid provider is used for providing the liquid, the cooling pipeline is provided with a first end and a second end, the first end of the cooling pipeline is connected with the liquid provider, the second end of the cooling pipeline is connected with the liquid supplier, the cooling pipeline is arranged at the inner part of the casing, and the cold accumulator is arranged between the casing and the cooling pipeline. Therefore, the beverage cold insulation device can be used for insulating the cold of the beverage and stacking beverage cans without occupying space or needing additional cooling or heating, is convenient to move and carry to any place, and is used for providing cold drink or hot drink in good time.

Description

Beverage cooling case and beverage cooling device

Technical field

The utility model relates to a kind of cold insulated cabinet, particularly a kind of beverage cooling case and beverage cooling device that piles up that provide.

Background technology

Existing fridge equipment is as shown in Figure 1, and this fridge equipment 1 comprises spiral pipeline 2 and freezer 3, utilizes freezer 3 spiral pipeline 2 cold energy to be provided with water 4 after freezing.This fridge equipment 1 can be frozen between-3 ℃ from 0 ℃, so can generate ice-reserving, can set solidfying point in stationary value, keeps low temperature region to set and preferable cold energy, to realize good interchange of heat.Shortcoming is to freeze at 0 ℃.As shown in Figure 2; It is another kind of traditional cooling mechanism 5; It comprises the spiral cooling line 7 that spiral pipeline 6 is outer with being coated on spiral pipeline 6, utilize spiral cooling line 7 to provide cold energy to refrigerant fluid 8 after, utilize refrigerant fluid 8 with the beverages cooling in the spiral pipeline 6.This cooling mechanism 5 can be set at low temperature region, but can't generate ice-reserving, and heat exchange characteristics is lower.

As shown in Figure 3; Beer filling jar 9 for example; Beer is at normal temperatures delivered to along pipeline and is done cooling for the first time in the cooling mechanism 91, and cooling mechanism 91 is controlled at 3 ℃ to temperature below freezing, by the road the beer of cooling is delivered to fridge equipment 92 again and carries out the cooling second time; Fridge equipment 92 is controlled at temperature below freezing, after beer outpours device 93 cooled beer is outpoured provides ice-cold beer to give the guest to drink.

As shown in Figure 4; For example beer feeding mechanism 10 comprises freezer 11 and is positioned at the spiral pipeline 12 of 11 of freezers, and spiral pipeline 12 1 ends connect beer filling jar 13, and the other end connects beer and outpours device 14; And freezer 11 connects a congealing machine 15; Beer filling jar 13 utilize pipeline with beer see off outpour device 14 to beer before, the carbon dioxide mix that provides with carbon dioxide generating device 16 earlier makes beer outpour at beer and can produce foam when device 14 outpours.Therefore, so can beer is ice-cold in the short time cooling, provide ice-cold beer to give the guest and drink.

The utility model content

The technical matters that the utility model solves provides a kind of beverage cooling case and beverage cooling device, can the cold insulation beverage with pile up beverage can and do not take up space.

Another technical matters that the utility model solves provides a kind of beverage cooling case and beverage cooling device, makes the beverage cooling case not need to provide in addition cooling or heating again, and conveniently moves at any time and be carried to Anywhere, and in good time cold drink or hot drink is provided.

The technical solution of the utility model is:

A kind of beverage cooling case, wherein, this beverage cooling case comprises: a housing; At least one regenerator that stores cold energy;

The liquid supply of one supply liquid; One provides the liquid of this liquid that device is provided; An and cooling line; Have one first end and one second end, first end of this cooling line connects this liquid provides device, and second end of this cooling line connects this liquid supply; This cooling line is positioned at this enclosure interior, and this regenerator is disposed between this housing and this cooling line.

Above-mentioned beverage cooling case, wherein, this regenerator is disposed on this housing wall, and this housing wall includes a thermal insulation material, and this thermal insulation material is PU foaming or vacuum heat-insulation sheet (VIP) or vacuum spacer wall.

Above-mentioned beverage cooling case, wherein, this cooling line is that helicoidal structure is disposed in the middle of this regenerator.

Above-mentioned beverage cooling case, wherein, this housing is a geometric configuration, the shape of this regenerator is identical with this hull shape.

Above-mentioned beverage cooling case, wherein, the regenerator in this housing is a ring-type regenerator, and the regenerator sheet that this ring-type regenerator is a multi-disc constitutes, the two ends of said regenerator sheet are provided with stair-stepping fit structure.

A kind of beverage cooling case, wherein, this beverage cooling case comprises: a housing; At least one regenerator that stores cold energy; One stores the water receiver of water; One switch; One cooling line; Have one first end and one second end, first end of this cooling line connects this water receiver, and second end of this cooling line connects this switch; This cooling line is positioned at this enclosure interior, and this regenerator is disposed between this housing and this cooling line; And the interior water of this water receiver of control flows into the control cock of this cooling line.

Above-mentioned beverage cooling case, wherein, this regenerator is disposed on this housing wall, and this housing wall includes a thermal insulation material, and this thermal insulation material is PU foaming or vacuum heat-insulation sheet (VIP) or vacuum spacer wall.

Above-mentioned beverage cooling case, wherein, this cooling line is that helicoidal structure is disposed in the middle of this regenerator.

Above-mentioned beverage cooling case, wherein, this housing is a geometric configuration, the shape of this regenerator is identical with this hull shape.

Above-mentioned beverage cooling case, wherein, the regenerator in this housing is a ring-type regenerator, and the regenerator sheet that this ring-type regenerator is a multi-disc constitutes, the two ends of said regenerator sheet are provided with stair-stepping fit structure.

Above-mentioned beverage cooling case wherein, is provided with a filter between this cooling line and this water receiver, and this control cock is arranged between this water receiver and this filter.

Above-mentioned beverage cooling case; Wherein, First end of this cooling line is provided with one first and detects the temperature sensor that gets into the coolant-temperature gage in this cooling line; And second end of this cooling line is provided with second temperature sensor that the coolant-temperature gage of this cooling line is flowed out in a detection, and the pipeline of the last lap of this cooling line is provided with a detection water temperature three-temperature sensor.

Above-mentioned beverage cooling case, wherein, this first temperature sensor, this second temperature sensor and this three-temperature sensor are connected with a computer control unit.

Above-mentioned beverage cooling case wherein, is provided with a water courage between second end of this cooling line and this switch.

A kind of beverage cooling device, wherein, this beverage cooling device comprises: a beverage outpours device, comprises a disconnected heat structure, and this beverage outpours device and connects this beverage cooling case; One CO2 supply connects this beverage and outpours device; And at least one beverage cooling case, this beverage cooling case comprises a casing, a lid and is arranged at the beverage can in this casing; Wherein this casing comprises a housing and at least one regenerator, and this beverage can is arranged in this housing, and this regenerator is arranged between this housing and this beverage can.

Above-mentioned beverage cooling device, wherein, this beverage cooling device includes a plurality of beverage cooling casees that pile up setting.

Above-mentioned beverage cooling device, wherein, this beverage outpours device and connects a pipeline and be connected with this beverage cooling case.

Above-mentioned beverage cooling device, wherein, this lid is provided with a hole, and the pipeline that this beverage outpours device passes the hole on this lid.

Above-mentioned beverage cooling device, wherein, this regenerator is disposed on this housing wall, and this housing wall includes a thermal insulation material, and this thermal insulation material is PU foaming or vacuum heat-insulation sheet (VIP) or vacuum spacer wall.

Above-mentioned beverage cooling device, wherein, this housing is a geometric configuration, the shape of this regenerator is identical with this hull shape.

Above-mentioned beverage cooling device, wherein, the regenerator in this housing is a ring-type regenerator, and the regenerator sheet that this ring-type regenerator is a multi-disc constitutes, the two ends of said regenerator sheet are provided with stair-stepping fit structure.

Above-mentioned beverage cooling device, wherein, this casing is provided with and can makes said beverage cooling case pile up the fixing a plurality of fasteners of combination.

Above-mentioned beverage cooling device, wherein, this case top has a plurality of recesses, and this housing bottom has a plurality of protuberances, said in twos beverage cooling case piles up via said recess and protuberance correspondence and combines to fix.

Above-mentioned beverage cooling device, wherein, this enclosure interior is provided with the T word element of a fixing said beverage can.

Above-mentioned beverage cooling device, wherein, this regenerator top is provided with a carrying handle.

Above-mentioned beverage cooling device, wherein, this regenerator is arranged on the pliability software, and configuration is between this beverage can and this housing.

Learn that by above explanation the utility model can reach following effect compared with prior art really:

The utility model beverage cooling case provides cold drink or hot drink, does not need to provide in addition the function of cooling or heating again, and the utility model is convenient moves at any time and be carried to Anywhere, and in good time cold drink or hot drink is provided, and does not take up space, and is suitable for piling up.

Description of drawings

Fig. 1 is the scheme drawing of existing fridge equipment;

Fig. 2 is the scheme drawing of another kind of existing cooling mechanism;

Fig. 3 is the scheme drawing of traditional beer cooling mechanism;

Fig. 4 is the scheme drawing of traditional beer feeding mechanism;

Fig. 5 cuts open signal for the first embodiment side of the utility model beverage cooling case;

Fig. 6 is the cross-sectional scheme drawing of first embodiment of the utility model beverage cooling case;

Fig. 7 is the regenerator sheet scheme drawing of first embodiment of the utility model beverage cooling case;

Fig. 8 is the second embodiment generalized section of the utility model beverage cooling case;

Fig. 9 is the schematic appearance of second embodiment of the utility model beverage cooling case;

Figure 10 is one deck cold insulated cabinet scheme drawing of the 3rd embodiment of the utility model beverage cooling device;

Figure 11 is three layers of cold insulated cabinet scheme drawing of the 3rd embodiment of the utility model beverage cooling device;

Figure 12 is two layers of cold insulated cabinet cut-away section scheme drawing of the 3rd embodiment of the utility model beverage cooling device;

Figure 13 is the generalized section of beverage cooling case of the 3rd embodiment of the utility model beverage cooling device;

Figure 14 is the casing schematic perspective view of beverage cooling case of three embodiment of the utility model beverage cooling device;

Figure 15 is the beverage cooling case scheme drawing of the 4th embodiment of the utility model beverage cooling case.

The main element label declaration:

100: beverage cooling case 101: housing

102: cooling line 103: regenerator

104: liquid provides device 105: liquid supply

106: housing wall 107: thermal insulation material

108: stair-stepping structure design 109: carrying handle

110: beverage cooling case 111: housing

112: regenerator 113: cooling line

114: water receiver 115: control cock

116: switch 117: filter

119: the second temperature sensors of 118: the first temperature sensors

120: 121: the three-temperature sensors of water courage

122: plastic casing 123: push rod

200: beverage cooling case 201: beverage outpours device

202: CO2 supply 203: casing

204: lid

210: beverage cooling case 211: the beverage cooling case of the superiors

212: beverage outpours device 213: the CO2 supply

214: casing 215: lid

216: the beverage cooling case 217 of the second layer: undermost beverage cooling case

218: pipeline 219: hole

220: beverage cooling case 221: beverage outpours device

222: CO2 supply 223: casing

2231: housing 2232: regenerator

2233,2234,2235: regenerator sheet 2236:T word element

2237: carrying handle 224: lid

225: beverage can 226: fastener

230: beverage cooling case 231: the regenerator sheet

232: pliability software 233: the pin thread of devil's felt

234: the box of devil's felt

The specific embodiment

Understand for technical characterictic, purpose and effect to the utility model have more clearly, contrast the specific embodiment of description of drawings the utility model at present.

See also Fig. 5,6,7 and cut open the regenerator sheet scheme drawing of scheme drawing, the cross-sectional scheme drawing of first embodiment and first embodiment for the first embodiment side of the utility model beverage cooling case; The utility model beverage cooling case 100 comprises that a housing 101, a cooling line 102, at least one regenerator 103, a liquid provide a device 104 and a liquid supply 105; This cooling line 102 has one first end and one second end; First end of this cooling line 102 connects this liquid provides device 104, and second end of this cooling line 102 connects this liquid supply 105.This cooling line 102 is positioned at this housing 101 inside, and this regenerator 103 is configurable between this housing 101 and this cooling line 102.Preferably; This regenerator 103 is configurable on this housing wall 106; Preferably; This housing wall 106 includes a thermal insulation material 107, and combination of for example PU foaming, vacuum heat-insulation sheet (VIP), vacuum heat-insulation or PU foaming, vacuum heat-insulation sheet (VIP) or the like or this housing wall 107 can comprise a vacuum shell body wall.This does not repeat them here for existing heat-insulating technique commonly used.

This cooling line 102 can be disposed at 103 of this regenerators by helicoidal structure.Further, this regenerator 103 can comprise multi-disc regenerator sheet.Preferably, this regenerator 103 can be the design of a ring-type or sheet, makes this regenerator 103 can be around being attached at this housing wall 107.This housing 101 can be geometric configuration, and preferably, this housing 101 is a circle or rectangle.The shape of this regenerator 103 also can be arranged in pairs or groups these housing 101 shapes and designed.

So when these liquid supply 105 supply liquid; For example beer, carbonated drink, aqua distillata or the like; When flowing through this cooling line 102; The cold energy of this regenerator 103 of mat cools off the liquid in this cooling line 102, makes liquid provide device 104 to provide ice-cold liquid such as beverage etc. to give the user through this liquid and enjoys.

Otherwise, when the needs heating liquid, for example during hot beverage such as tea, coffee; This liquid supply supply liquid; When flowing through this heating pipe line, the heat energy of this thermal accumulator of mat heats the liquid in this heating pipe line, makes the liquid of liquid after this liquid provides device that heating is provided give the user and enjoys.

Therefore, when cold drink was provided, this regenerator 103 was positioned over the fridge equipment (not shown) earlier, and for example refrigerator, reefer or the like are positioned in this housing 101 regenerator 103 to cool off the liquid of this cooling line 102 behind the interior cold-storage again.Otherwise when hot drink was provided, this thermal accumulator was positioned over earlier in the heating arrangement and thermal accumulator is positioned in this housing to heat the liquid in this heating pipe line after the accumulation of heat again.

Wherein regenerator 103 refers to be filled with cold-storage liquid in the housing, and thermal accumulator refers to be filled with in the housing accumulation of heat liquid, and this does not repeat them here for existing regenerator or thermal accumulator technology.Below each embodiment same effect is all arranged, do not repeat them here, all with cold-storage as the representative explanation.

Like Fig. 6, shown in 7; Regenerator 103 in this housing 101 is a ring-type regenerator, and this ring-type regenerator can be divided into two or more regenerator sheet, and the two ends of this regenerator sheet are provided with stair-stepping structure design 108; When each regenerator sheet is connected with another regenerator sheet; Can be firmly with suitably engage, and can not produce crooked not positive joint in the joint, make things convenient for this cooling line 102 can be arranged in the middle of this regenerator 103.This regenerator 103 is provided with a carrying handle 109 and makes things convenient for regenerator 103 to extract.

So with the regenerator cold-storage, cooling line does not need to provide in addition the function of cooling to the utility model again except in advance.And the utility model is convenient moves at any time and be carried to Anywhere, and in good time cold drink or hot drink is provided.

See also Fig. 8,9 for second embodiment generalized section of the utility model beverage cooling case and the schematic appearance of second embodiment; The utility model beverage cooling case 110 comprises a housing 111, at least one regenerator 112, a cooling line 113, a water receiver 114, a control cock 115, a switch 116; This housing 111 includes a thermal insulation material, and for example PU foaming, vacuum heat-insulation sheet (VIP) or the like or this housing wall can comprise a vacuum shell body wall.This does not repeat them here for existing heat-insulating technique commonly used.Preferably, this regenerator 112 is configurable on this housing wall.This housing 111 can be geometric configuration, and preferably, this housing 111 is a circle or rectangle.Regenerator 112 in this housing 111 is a ring-type regenerator; And this ring-type regenerator can be divided into two or more regenerator sheet; The two ends of this regenerator sheet are provided with stair-stepping structure design, when each regenerator sheet is connected with another regenerator sheet, can be firmly with suitably engage; And can not produce crooked not positive joint in the joint, make things convenient for this cooling line 113 can be arranged in the middle of this regenerator 112.This can be similar with first embodiment structure design, but be not limited to the scope of design of present embodiment.This regenerator 112 can be around being attached at this housing wall.The shape of this regenerator 112 also can be arranged in pairs or groups these housing 111 shapes and designed.

This cooling line 113 has one first end and one second end, and first end of this cooling line 113 connects this water receiver 114, and second end of this cooling line 113 connects this switch 116.This cooling line 113 is positioned at this housing 111 inside, and this regenerator 112 is configurable in 113 of this housing 111 and this cooling lines.This cooling line 113 can be disposed at 112 of this regenerators by helicoidal structure.Preferably, 114 of this cooling line 113 and this water receivers are provided with a filter 117 with impurity screening.The utility model further, 117 of this water receiver 114 and this filters are provided with a control cock 115, make its control water in this water receiver 114 can get into this cooling line 113 on demand.First end in this cooling line 113 is provided with one first temperature sensor 118, makes it detect the coolant-temperature gage that gets in this cooling line 113.And second end of this cooling line 113 also is provided with the coolant-temperature gage that one second temperature sensor 119 makes its this cooling line 113 of detection outflow.Water temperature in general this water receiver 114 is about 25 ℃ of room temperatures, according to actual weather and decision in season.Through the water of these regenerator 112 cool stream in this cooling line 113, leaving water temperature can be dropped between 5 ℃-10 ℃.And the cold-storage temperature of regenerator 112 is about about-4 ℃.Wherein this first temperature sensor 118 is connected to a computer control unit (not shown) by a program-controlled device control with this second temperature sensor 119.And this cooling line 113 is near a water courage 120 places, and for example the pipeline of the last lap of this cooling line 113 is provided with a three-temperature sensor 121 in order to detect water temperature.

Preferably, 116 on second end of this cooling line 113 and this switch are provided with a water courage 120, and this water courage 120 can be the horizontal shape, and the water that cooled off is stored and cold insulation in advance, open this switch 116 in order to the user and use.

So when opening this control cock 115; Water or aqua distillata in this water receiver 114 or the like are flowed in this cooling line 113; The cold energy of this regenerator 112 of mat cools off the water in this cooling line 113; Water can flow in this water courage 120 and continue cold insulation, and the water in this cooling line 113 also can continue to be cooled.When the user opens this switch 116, the water that is cooled is flowed out and the person of being used enjoys.

Otherwise when needs hot water, this regenerator can change the use thermal accumulator into, the water in this pipeline of flowing through this moment, and the heat energy of this thermal accumulator of mat heats and in the water courage, persists.When the user opens this switch, water is flowed out and the person's of being used use.

Therefore, when cold drink was provided, this regenerator 112 was positioned over the fridge equipment (not shown) earlier, and for example refrigerator, reefer or the like are positioned in this housing 111 regenerator 112 to cool off the water of this cooling line 113 behind the interior cold-storage again.Otherwise when hot drink was provided, this thermal accumulator was positioned over earlier in the heating arrangement and thermal accumulator is positioned in this housing to heat the water in this pipeline after the accumulation of heat again.

Wherein regenerator 112 refers to be filled with cold-storage liquid in the housing, and thermal accumulator refers to be filled with in the housing accumulation of heat liquid, and this is existing regenerator or thermal accumulator technology, does not repeat them here.Below each embodiment same effect is all arranged, do not repeat them here, all with cold-storage as the representative explanation.

As shown in Figure 9, the housing 111 of this beverage cooling case 110, regenerator 112, cooling line 113, water receiver 114, control cock 115, switch 116 all are arranged in the plastic casing 122, and water is flowed out.

See also Figure 10,11 and be one deck cold insulated cabinet scheme drawing of the 3rd embodiment of the utility model beverage cooling device and three layers of cold insulated cabinet scheme drawing of the 3rd embodiment, the utility model beverage cooling device can be one deck beverage cooling case 200.Shown in figure 10, this beverage cooling case 200 provides beverage to a beverage that is cooled to outpour device 201.It for example is that beer outpours device that this beverage outpours device 201, and this beverage outpours device 201 can comprise a disconnected heat structure (not shown).This beverage outpours device 201 can be connected to a CO2 supply 202, makes for example beer of beverage, when outpouring, produces bubble to increase local flavor with carbon dioxide mix earlier.This beverage cooling case 200 comprises a casing 203 and a lid 204, and for example beer beverage jar of beverage can is arranged in this casing 203.

Shown in figure 11, the utility model beverage cooling device can be three layers of beverage cooling case 210.The beverage cooling case 211 of the superiors provides beverage to a beverage that is cooled to outpour device 212.It for example is that beer outpours device that this beverage outpours device 212, and this beverage outpours device 212 can comprise a disconnected heat structure (not shown).This beverage outpours device 212 can be connected to a CO2 supply 213, makes for example beer of beverage, when outpouring, produces bubble to increase local flavor with carbon dioxide mix earlier.This beverage cooling case 211 comprises a casing 214 and a lid 215, and for example beer beverage jar of beverage can is arranged in this casing 214.

The second layer and undermost beverage cooling case 216,217 be then as subsequent use, and be stacked in beverage cooling case 211 belows of the superiors.When the beverage of the beverage cooling case 211 of the superiors uses; Can the beverage cooling case 211 of the superiors be separated with pipeline 218 dismountings that beverage outpours device 212; And the beverage cooling case 211 of the superiors taken off; And being stacked on the below of undermost beverage cooling case 217, the beverage cooling case 216 with the second layer is connected with the pipeline 218 that this beverage outpours device 212 again, can continue to supply cooled beverage.The beverage of so working as the beverage cooling case 216 of the second layer uses; Can the pipeline 218 that beverage outpours device 212 be separated with its dismounting; And be stacked on the below of the beverage cooling case 211 of the superiors; Again undermost beverage cooling case 217 and this beverage are outpoured device 212 and be connected, can continue to supply cooled beverage.

The pipeline 218 that outpours device 212 when arbitrary beverage cooling case and beverage is connected completion, can cover lid 215.This lid 215 can be provided with a hole 219, and the pipeline 218 that provides this beverage to outpour device 212 passes, and does not cover on this beverage cooling case and do not influence lid 219.

The utility model is not limited to one deck or three layers, and multiple-level stack beverage cooling case is in the scope that the utility model protects.So, the utility model can reach the function of saving the space and can continue to provide cold drink at any time.

See also the two layer cold insulated cabinet cut-away section scheme drawing of Figure 12 for the 3rd embodiment of the utility model beverage cooling device, the utility model beverage cooling device can be two layers of beverage cooling case 220.This beverage cooling case 220 provides beverage to a beverage that is cooled to outpour device 221.It for example is that beer outpours device that this beverage outpours device 221, and this beverage outpours device 221 can comprise a disconnected heat structure (not shown).This beverage outpours device 221 can be connected to a CO2 supply 222, makes for example beer of beverage, when outpouring, produces bubble to increase local flavor with carbon dioxide mix earlier.This beverage cooling case 220 comprises a casing 223 and a lid 224, and for example beer beverage jar of a beverage can 225 is arranged in this casing 223.

This casing 223 comprises a housing 2231 and at least one regenerator 2232, and this beverage can 225 can be for example beer beverage jar.This beverage can 225 can be installed in this housing 2231, and this regenerator 2232 can be installed on 225 of this housing 2231 and this beverage cans, makes it provide cold energy to give this beverage can 225.

This housing 2231 includes a thermal insulation material, and for example PU foaming, vacuum heat-insulation sheet (VIP) or the like or this housing wall can comprise a vacuum shell body wall.This does not repeat them here for existing heat-insulating technique commonly used.Preferably, this regenerator 2232 is configurable on this housing wall.This housing 2231 can be geometric configuration, and preferably, this housing 2231 is a circle or rectangle.Regenerator 2232 in this housing 2231 is a ring-type regenerator; And this ring-type regenerator can be divided into two or more regenerator sheet; The two ends of this regenerator sheet are provided with stair-stepping structure design, when each regenerator sheet is connected with another regenerator sheet, can be firmly with suitably engage; And can not produce crooked not positive joint in the joint, make things convenient for this cooling line can be arranged in the middle of this regenerator.This can be similar with first embodiment structure design, but be not limited to the scope of design of present embodiment.This regenerator can be around being attached at this housing wall.The shape of this regenerator also can be arranged in pairs or groups this hull shape and designed.

This regenerator 2232 can be positioned over the fridge equipment (not shown), and for example refrigerator, reefer or the like are positioned in this housing 2231 regenerator 2232 to cool off this beverage can 225 behind the interior cold-storage again.The utility model is also protected when hot drink is provided, and this thermal accumulator is positioned over earlier in the heating arrangement and again thermal accumulator is positioned over the beverage can in this housing after the accumulation of heat.

Wherein regenerator 2232 refers to be filled with cold-storage liquid in the housing, and thermal accumulator refers to be filled with in the housing accumulation of heat liquid, and this is existing regenerator or thermal accumulator technology, does not repeat them here.Below each embodiment same effect is all arranged, do not repeat them here, all with cold-storage as the representative explanation.

See also Figure 13,14 casing schematic perspective views for the beverage cooling case of the generalized section of the beverage cooling case of the 3rd embodiment of the utility model beverage cooling device and three embodiment; This casing 223 can be provided with a plurality of fasteners 226; Provide when more than 220 in beverage cooling case piles up, fastener 226 capable of using beverage cooling case 220 in twos combines fixing and piles up.Piling up of the utility model also capable of usingly for example designs a plurality of recesses in case top, and housing bottom designs a plurality of protuberances, when the beverage cooling case piles up in twos, can provide stable bond to fix.The all designs of piling up of (not shown) are the design that the utility model is protected, and do not repeat them here.

Shown in figure 13; This regenerator sheet 2233,2234,2235 can be three; Two ends to each other are provided with stair-stepping structure design, when each regenerator sheet is connected with another regenerator sheet, can be firmly with suitably engage; And can not produce crooked not positive joint in the joint, make things convenient for this cooling line can be arranged in the middle of this regenerator.This enclosure interior can be provided with a T word element 2236, provides the stable beverage jar to use.Can be provided with a carrying handle 2237 on each regenerator sheet, conveniently the regenerator sheet taken out.Present embodiment all is suitable for this design.

Shown in figure 14, this regenerator sheet is that three arcuation regenerator sheets are connected to each other, and makes the regenerator that becomes a ring-type.

See also the beverage cooling case scheme drawing of Figure 15 for the 4th embodiment of the utility model beverage cooling case; The utility model beverage cooling case 230 can be installed on regenerator sheet 231 on the pliability software 232, and the pliability software 232 that will dispose regenerator sheet 231 again is mounted between this beverage can and this housing.Be respectively equipped with the pin thread 233 and box 234 of devil's felt in the both end sides of this pliability software 232.After this pliability software 232 is reeled, can the pin thread 233 of devil's felt is glutinous and be combined into the ring-type regenerator with box 234 felts.

The above is merely the schematic specific embodiment of the utility model, is not in order to limit the scope of the utility model.Any those skilled in the art, equivalent variations of under the prerequisite of design that does not break away from the utility model and principle, having done and modification all should belong to the scope that the utility model is protected.

Claims (26)

1. a beverage cooling case is characterized in that, this beverage cooling case comprises:
One housing;
At least one regenerator that stores cold energy;
The liquid supply of one supply liquid;
One provides the liquid of this liquid that device is provided; And
One cooling line; Have one first end and one second end, first end of this cooling line connects this liquid provides device, and second end of this cooling line connects this liquid supply; This cooling line is positioned at this enclosure interior, and this regenerator is disposed between this housing and this cooling line.
2. beverage cooling case as claimed in claim 1 is characterized in that, this regenerator is disposed on this housing wall, and this housing wall includes a thermal insulation material, and this thermal insulation material is PU foaming or vacuum heat-insulation sheet or vacuum spacer wall.
3. beverage cooling case as claimed in claim 1 is characterized in that, this cooling line is that helicoidal structure is disposed in the middle of this regenerator.
4. beverage cooling case as claimed in claim 1 is characterized in that, this housing is a geometric configuration, and the shape of this regenerator is identical with this hull shape.
5. beverage cooling case as claimed in claim 1 is characterized in that, the regenerator in this housing is a ring-type regenerator, and the regenerator sheet that this ring-type regenerator is a multi-disc constitutes, and the two ends of said regenerator sheet are provided with stair-stepping fit structure.
6. a beverage cooling case is characterized in that, this beverage cooling case comprises:
One housing;
At least one regenerator that stores cold energy;
One stores the water receiver of water;
One switch;
One cooling line; Have one first end and one second end, first end of this cooling line connects this water receiver, and second end of this cooling line connects this switch; This cooling line is positioned at this enclosure interior, and this regenerator is disposed between this housing and this cooling line; And
Water in one this water receiver of control flows into the control cock of this cooling line.
7. beverage cooling case as claimed in claim 6 is characterized in that, this regenerator is disposed on this housing wall, and this housing wall includes a thermal insulation material, and this thermal insulation material is PU foaming or vacuum heat-insulation sheet or vacuum spacer wall.
8. beverage cooling case as claimed in claim 6 is characterized in that, this cooling line is that helicoidal structure is disposed in the middle of this regenerator.
9. beverage cooling case as claimed in claim 6 is characterized in that, this housing is a geometric configuration, and the shape of this regenerator is identical with this hull shape.
10. beverage cooling case as claimed in claim 6 is characterized in that, the regenerator in this housing is a ring-type regenerator, and the regenerator sheet that this ring-type regenerator is a multi-disc constitutes, and the two ends of said regenerator sheet are provided with stair-stepping fit structure.
11. beverage cooling case as claimed in claim 6 is characterized in that, is provided with a filter between this cooling line and this water receiver, this control cock is arranged between this water receiver and this filter.
12. beverage cooling case as claimed in claim 6; It is characterized in that; First end of this cooling line is provided with one first and detects the temperature sensor that gets into the coolant-temperature gage in this cooling line; And second end of this cooling line is provided with second temperature sensor that the coolant-temperature gage of this cooling line is flowed out in a detection, and the pipeline of the last lap of this cooling line is provided with a detection water temperature three-temperature sensor.
13. beverage cooling case as claimed in claim 12 is characterized in that, this first temperature sensor, this second temperature sensor and this three-temperature sensor are connected with a computer control unit.
14. beverage cooling case as claimed in claim 6 is characterized in that, is provided with a water courage between second end of this cooling line and this switch.
15. a beverage cooling device is characterized in that, this beverage cooling device comprises:
One beverage outpours device, comprises a disconnected heat structure, and this beverage outpours device and connects the beverage cooling case;
One CO2 supply connects this beverage and outpours device; And
At least one said beverage cooling case, this beverage cooling case comprise a casing, a lid and are arranged at the beverage can in this casing; Wherein this casing comprises a housing and at least one regenerator, and this beverage can is arranged in this housing, and this regenerator is arranged between this housing and this beverage can.
16. beverage cooling device as claimed in claim 15 is characterized in that, this beverage cooling device includes a plurality of beverage cooling casees that pile up setting.
17. beverage cooling device as claimed in claim 15 is characterized in that, this beverage outpours device and connects a pipeline and be connected with this beverage cooling case.
18. beverage cooling device as claimed in claim 17 is characterized in that this lid is provided with a hole, the pipeline that this beverage outpours device passes the hole on this lid.
19. beverage cooling device as claimed in claim 15 is characterized in that, this regenerator is disposed on this housing wall, and this housing wall includes a thermal insulation material, and this thermal insulation material is PU foaming or vacuum heat-insulation sheet or vacuum spacer wall.
20. beverage cooling device as claimed in claim 15 is characterized in that, this housing is a geometric configuration, and the shape of this regenerator is identical with this hull shape.
21. beverage cooling device as claimed in claim 15 is characterized in that, the regenerator in this housing is a ring-type regenerator, and the regenerator sheet that this ring-type regenerator is a multi-disc constitutes, and the two ends of said regenerator sheet are provided with stair-stepping fit structure.
22. beverage cooling device as claimed in claim 15 is characterized in that, this casing is provided with and can makes said beverage cooling case pile up the fixing a plurality of fasteners of combination.
23. beverage cooling device as claimed in claim 15 is characterized in that this case top has a plurality of recesses, and this housing bottom has a plurality of protuberances, said in twos beverage cooling case piles up via said recess and protuberance correspondence and combines to fix.
24. beverage cooling device as claimed in claim 15 is characterized in that, this enclosure interior is provided with the T word element of a fixing said beverage can.
25. beverage cooling device as claimed in claim 15 is characterized in that, this regenerator top is provided with a carrying handle.
26. beverage cooling device as claimed in claim 15 is characterized in that, this regenerator is arranged on the pliability software, and configuration is between this beverage can and this housing.
CN2011202273221U 2011-06-03 2011-06-30 Beverage cold insulation box and device CN202244656U (en)

Priority Applications (2)

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TW100210104U TWM420991U (en) 2011-06-03 2011-06-03 Cold reserving repository for beverage

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CN105180592A (en) * 2015-06-24 2015-12-23 宁波艾迪特设备科技有限公司 Cold accumulating device of beverage dispenser
CN105222523A (en) * 2014-05-30 2016-01-06 青岛海尔特种电冰柜有限公司 The cold preserving method of a kind of tank/bottle drink
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CN105121982A (en) * 2013-01-29 2015-12-02 约瑟夫国际股份有限公司 Carbon dioxide charging apparatus and method for heat exchange unit
CN105121982B (en) * 2013-01-29 2017-09-29 约瑟夫国际股份有限公司 Carbon dioxide filling device and method for heat exchange unit
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CN104197634A (en) * 2014-09-05 2014-12-10 中国科学院理化技术研究所 Quick fluid cooler with cold accumulation function
CN105806025A (en) * 2014-12-31 2016-07-27 青岛海尔股份有限公司 Water supply device and refrigerator comprising same
CN105042976A (en) * 2015-06-23 2015-11-11 宁波艾迪特设备科技有限公司 Beverage dispenser
CN105180592A (en) * 2015-06-24 2015-12-23 宁波艾迪特设备科技有限公司 Cold accumulating device of beverage dispenser
CN108351145A (en) * 2015-11-17 2018-07-31 盖瑞特·桑尼瑞恩 The purposes of device and method and equipment as the component for storage device for cooling down liquid
CN107120910A (en) * 2016-02-24 2017-09-01 思源环球株式会社 Drink water-cooling apparatus
CN106005760A (en) * 2016-07-12 2016-10-12 欧德机械成都有限公司 Milk storage tank structure for dual sterilization

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TWM420991U (en) 2012-01-21

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