CN2305134Y

CN2305134Y - Supply machine for mixed cool and hot drinks

Info

Publication number: CN2305134Y
Application number: CN 97222214
Authority: CN
Inventors: 谢明贤
Original assignee: Individual
Current assignee: Individual
Priority date: 1997-08-15
Filing date: 1997-08-15
Publication date: 1999-01-27
Anticipated expiration: 2007-08-15

Abstract

The utility model relates to a supply machine for mixed cool and hot drinks, which is controlled by an electric control device. The utility model is mainly composed of an ice water box, a hot water box, a liquid fruit material box and a powdery fruit granule box. The liquid fruit material is withdrawn by a quantificational control member and sent into a liquid fruit material stirring container, the powdery fruit material is sent to a powdery fruit material stirring container by a motor, and the ice water and the hot water are respectively sent into the liquid fruit material stirring container and the powdery fruit material stirring container by a control valve. Bottoms of the liquid fruit material stirring container and the powdery fruit material stirring container are respectively provided with a discharging device, and thus, the mixed drinks can be respectively sent into cup bodies. As a consequence, the utility model can immediately provide cool or hot and quantificationally controlled fresh mixed fruit juice.

Description

Cold and hot beverage blends dispenser device

The utility model relates to a kind of beverage machine, and particularly relating to a kind ofly provides quantitatively cold and hot and the dispenser device of bland immediately.

Concentrated fruit in the past (as orange, passion fruit, grape fruit or lemon etc.) mixes dispenser device, generally be provided with a fruit juice containment drum, and connect by a motor and to establish an agitator for the beverage that stirs in the fruit juice containment drum, and desire is when stirring, must be the more concentrated fruit material of proper proportion and water directly being put into the fruit juice containment drum stirs, after stirring a few minutes, then can be by the discharging opening blanking, and hold by cup again and receive required quantities of beverage.Yet the fruit juice dispenser device of this kind has following shortcoming:

One, when mixing manufacturing, usually need to mix about fruit juice containment drum capacity over half, just enough supply taking of not timing, if so this fruit juice that is mixed into was not taken immediately or is sold in the short time, the freshness and the fruit juice color and luster that then can influence fruit juice can change, and influence its quality, even increase cost because of abandoning.

Two, this fruit juice is controlled its ratio, sour-sweet degree with the person of brewing entirely when the fruit material mixes with water, and the beverage of concocting out can't keep a kind of fruity road of unifying style, and if the ratio of blending is too dense, causes stirring irregular easily.

When three, fruit is concocted, can't be pre-mixed,, except the effectiveness that loses nourishing, also can't obtain fresh hot fruit juice beverage and use because with after the hot water blending, if do not drink immediately, nutritions such as the Vitamin C in the fruit juice can be successively decreased even disappear with hot water.

Four, general aerated water machine can only brew the dense sugar of no pulp when brewing, and put the fruit material that contains pulp and then can cause machine to block, even fault.

The purpose of this utility model is to provide a kind of to be provided quantitatively cold and hot and bland and can keep the fruit juice freshness and can not produce the cold and hot beverage blends dispenser device that the fruit grain blocks immediately.

The purpose of this utility model is achieved in that cold and hot beverage blends dispenser device comprises four material storing box and two mixers, these four material storing box are respectively the frozen water case, boiler, liquid fruit hopper and powdery fruit hopper, this frozen water case is to be injected wherein by a following water valve by the normal-temperature water of having handled, the frozen water case is built-in with condenser, after becoming frozen water, cooling exports by control valve again, this boiler is to be injected wherein by a following water valve by the normal-temperature water of having handled, normal-temperature water is built-in with the hot water that electric heater heating becomes via boiler and is exported by control valve, liquid fruit hopper and powdery fruit hopper then are filled with the fruit material of liquid state and powdery respectively, wherein said liquid fruit hopper is provided with the quantitative control member that has drawing liquid pump that a liquid fruit of control is expected discharging, described powdery fruit hopper is provided with one and stirs the motor of fruit material and the pipeline that the output powdery is really expected, the control valve of described frozen water output has two, the control valve of hot water output has two, the control valve of these two pairs of frozen water and hot water respectively one is linked described two mixers respectively, these two mixers are that a liquid fruit expects that stirred vessel and a powdery really expect stirred vessel, this liquid state really expects stirred vessel and powdery really to expect stirred vessel, and each is connected to a motor that stirs the fruit material more respectively, in addition, the quantitative control member that has drawing liquid pump of this liquid state fruit hopper expects that with liquid fruit stirred vessel is connected, the pipeline of this powdery fruit hopper expects really that with powdery stirred vessel is connected, this liquid state, powdery expects that really the stirred vessel bottom respectively offers a blanking hole, on this blanking hole and be provided with a blanking device, the blanking device bottom also is connected with a push rod, make liquid state with automatic control, beverage blanking in the powdery fruit material container is to cup, and the action of each parts all utilizes an electric control gear control in described four material storing box and two mixers.

Cold and hot beverage blends dispenser device of the present utility model is to supply cold or hot new fruit drink in the mode of mixing immediately, can not take place again because prior blended fruit juice, do not sell out in the short time, cause the successively decreasing at any time of Vitamin C, color and luster to change and influenced the problem of quality, and the amount of mixing is all by the control at regular time and quantity of electric control gear institute, the fruit material can accurately be set with the ratio of water, so the taste that accesses each time is all consistent, the consumer can enjoy the identical fruit juice of quality.

Be elaborated below by the accompanying drawing of an embodiment structure to cold and hot beverage blends dispenser device of the present utility model.

Fig. 1 is the calcspar of an embodiment of the utility model.

Fig. 2 is the schematic flow sheet of Fig. 1 embodiment.

Fig. 3 is the schematic diagram of the liquid fruit materials device of Fig. 1 embodiment.

Fig. 4 is the schematic diagram of the powdery fruit materials device of Fig. 1 embodiment.

Fig. 5 is the blanking schematic diagram of Fig. 1 embodiment.

Fig. 6 is another blanking schematic diagram of Fig. 1 embodiment.

As shown in Figure 1, 2 be the cold and hot beverage blends dispenser device of an embodiment of the utility model, mainly constituted, and the action of whole dispenser device is controlled by an electric control gear 30 by four material storing box 10 and two mixers 20.

As Fig. 3, shown in 4, this four material storing box 10 is respectively frozen water case 11, boiler 12, liquid fruit hopper 13 and powdery fruit hopper 14, this frozen water case 11 is injected wherein by the normal-temperature water that a following water valve 111 will have been handled, after being cooled to frozen water via a condenser 112, again by two control valves 113,114 control liquid fruit that frozen water exports mixer 20 to respectively expects that stirred vessel 21 and powdery really expect

stirred vessel

22,12 normal-temperature water that will have been handled by water valve 121 under another of this boiler are injected wherein, be heated into hot water via a heater 122, again by two control valves 123,124 control hot water respectively exports liquid fruit to and expects that stirred vessel 21 and powdery really expect stirred vessel 22.This liquid state fruit hopper 13 and powdery fruit hopper 14 are filled with the fruit material of liquid state and powdery respectively, and should really expect by quantitative control member 15 extraction weight feeds by liquid state fruit hopper 13, as shown in Figure 3, this quantitative control member 15 mainly is the track 153 that is provided with the tool tooth bar in piston rod 152 1 sides of drawing liquid pump 151 1 sides, and be installed with a sensor 154 on the piston rod 152, other has the rotating shaft 156 of a motor 155 to be equiped with a gear 157, this gear 157 is meshed with track 153, this sensor 154 is sensing motor 155 number of turns of rotating or the length of shift position then, expect blanking with the liquid fruit of quantitative control what (as mug, middle cup; the fruit material ratio quantity of cuvette).

As Fig. 3, shown in 4, this mixer 20 can store fruit material and the ice that this material storing box 10 flows into respectively, hot water, become a liquid fruit and expect that stirred vessel 21 and a powdery really expect stirred vessel 22, this liquid state really expect stirred vessel 21 and powdery really expect stirred vessel 22 each respectively with a motor 211,221 stir the fruit material, this frozen water case 11 and boiler 12 are then respectively by control valve 113,114,123, the 124 control water yields to liquid fruit expects that stirred vessel 21 and powdery really expect stirred vessel 22, the fruit material of this liquid state fruit hopper 13 is taken out material through the quantitative drawing liquid pump 151 of control member 15 again and is delivered to liquid fruit and expect in the stirred vessel 21, the fruit material of this powdery fruit hopper 14 then stirs and sends into powdery and really expect in the stirred vessel 22 through motor 141 and agitator 142, this powdery is really expected on pipeline 143 outer walls of warp let-off powdery fruit hopper 14 and a plurality of electric heating pieces 144 that are sticked, and these powdery fruit hopper 14 bottom lock sets are provided with a chassis 16, this chassis 16 is built-in with a quantitative plate 161, this quantitative plate 161 is provided with a following material through hole 162 that is taper, the rotating shaft of this motor 141 makes progress after affixed axostylus axostyle 145 passes chassis 16, quantitatively 161 pivots of plate are solid on axostylus axostyle 145, this axostylus axostyle 145 passes powdery fruit hopper 14 bottoms again, makes this agitator 142 of installing on it stir the fruit material.

As Fig. 5, shown in 6, this liquid state, powdery is really expected stirred

vessel

21,22 bottoms offer a blanking hole 212,222, this blanking hole 212, on 222 and be provided with a blanking device 23, blanking device 23 bottoms are connected with a push rod 24, so that it is liquid, powdery is really expected stirred vessel 21, beverage blanking in 22 is to cup 25, and this push rod 24 is bodies of rod that are the L type, its right angle end 243 is hubbed on mixer 20 sides, 242 of its horizontal parts cover on its body of bringing together 231 of blanking device 23 latter ends, 241 of its vertical component effects connect a relay 26, push away or spur push rod 24 with control.

Action by each parts in four material storing box of these cold and hot drink dispenser devices of electric control gear 30 control and two mixers, make down the water yield of water valve 111,121 can send into material storing box 10, then through frozen water case 11 or boiler 12, liquid fruit hopper 13 or powdery fruit hopper 14, an amount of water and fruit material are delivered to mixer 20, after stirring, can be mixed into the beverage of one glass of ice or heat immediately.

The action situation of an embodiment of the present utility model is referring to Fig. 1, shown in 2, this electric control gear 30 can be controlled all startups of whole dispenser device, halted state, this time water valve 111,121 are controlled by electric control gear 30, can supply with the normal-temperature water of having handled at regular time and quantity, and when desiring to make the blanking of cold drink fruit, the control valve 113 of control frozen water can quantitatively be delivered to the frozen water of frozen water case 11 liquid fruit and expect stirred vessel 21, this liquid state fruit hopper 13 also quantitatively will really expect to deliver to liquid fruit and expect stirred vessel 21, this liquid state is really expected when drawing liquid pump 151 feedings of quantitative control member 15, by shown in Figure 3, be engaged on the track 153 via the gear 157 in motor 155 rotating shafts 156 simultaneously and rotate, and the induction of this sensor 154, big to obtain, in; the amount of cuvette; when frozen water or hot water and liquid fruit material are all delivered to liquid fruit and expected stirred vessel 21; drive agitators 213 through motor 211 and stir evenly, then can utilize blanking device 23 that the cold drink blended fruit juice is sent into cup 25.When desiring to make the blanking of hot drink fruit juice, the control valve 123 of control hot water can quantitatively be delivered to powdery with the frozen water of boiler 12 and really expect stirred vessel 22, this powdery fruit hopper 14 also quantitatively expects that with fruit delivering to powdery really expects stirred vessel 22, when hot water and powdery are really expected all to deliver to powdery and are really expected stirred vessel 22, drive agitator 223 through motor 221 and stir evenly (as Fig. 4), and can utilize blanking device 23 that the hot drink blended fruit juice is sent into cup 25.

Shown in Fig. 3,4, preparation situation about cold water storage cistern 11, its action situation is all by electric control gear 30 controls, it is at the frozen water case 11 mid-condensers 112 that are provided with, make the temperature of frozen water case 11 can keep ice temperature about 4 ℃, and also be provided with the accurate switch 115 in position in the frozen water case 11, with the amount of control water entry, water level datum mark, big-and-middle cuvette etc.When control valve 113 water outlets to liquid fruit is expected stirred vessel 21, when water level arrives one of them control position (as mug water level or cuvette water level etc.) after the water outlet, then go out how many water yields, behind the intact instantly water, then supply the water yield automatically again, required next time to prepare.

Preparation situation about boiler 12, shown in Fig. 3,4, its action situation also is by electric control gear 30 controls, at the boiler 12 mid-electric heaters 122 that are provided with, make the temperature of boiler 12 can keep heat temperature more than 90 ℃, and also be provided with the accurate switch 125 in position in the boiler 12, with the amount of control water entry, water level datum mark, big-and-middle cuvette etc.When through control valve 123 water outlets when powdery is really expected stirred vessel 22, when water level arrives one of them control position (as mug water level or cuvette water level etc.) after the water outlet, then go out how many water yields, behind the intact instantly water, then supply the water yield automatically again, in order to required next time.

As shown in Figure 3, the action situation of really expecting about these pump 151 delivering liquids, it also is by electric control gear 30 startup of controlling, after liquid state really expects to send into this pump 151, if during the cold drink of start-up control mug fruit, gear 157 on the motor 155 is runnings on track 153, during running, the principle of 151 utilizations of its drawing liquid pump piston really expects liquid state to push out, when installing sensor 154 is responded to the quantity that sets, 155 in motor stops, and so, the liquid fruit material amount of mug can be sent into liquid fruit and expect in the stirred vessel 21.

As shown in Figure 4, action situation about powdery fruit hopper 14, equally all start by electric control gear 30 controls, when this powdery fruit hopper 14 is really expected to stir powdery by motor 141 control rotations, chassis 16 quantitative plates 161 interior and that axostylus axostyle 145 pivots are solid can rotate simultaneously, following material through hole 162 on quantitative plate 161 and the really perforation 146 of hopper 14 of powdery, the through hole 163 of 16 bottoms, chassis is relatively the time, powdery really expects then really to expect stirred vessel 22 from pipeline 143 dischargings to powdery, when powdery really expects by the road 143 when passing through, the electric heating piece 144 that is arranged on pipeline 143 outer walls can be subjected to the control of electric control gear 30, produce suitable tepor, lump or humidity because of solidifying with the fruit material that prevents powdery, and normally blanking, in addition, following material through hole 162 and the really perforation 146 of hopper 14 of powdery when quantitative plate 161,163 pairs of timings of the through hole on chassis 16, powdery really expects just can send, and control is big, in; the amount of cuvette then entirely decide with the number of turns of rotating quantitative plate 161; for example: quantitatively plate 161 is rotated by motor 141 and when changeing three circles; this bores a hole 146; during the number of times that following material through hole 162 and through hole 163 align simultaneously three times, and the powdery that just can send mug is the material amount really.

Shown in Fig. 5,6, the blanking device 23 of this mixer 20 is sheathed with push rod 24, the liquid fruit that its right angle end 243 is hubbed on mixer 20 expects that stirred vessel 21 or powdery really expect stirred vessel 22 sides, 242 of its horizontal parts cover on its body of bringing together 231 of blanking device 23 latter ends, 241 connection relays 26 of its vertical component effect push away or spur push rod 24 with control.When the liquid fruit of this mixer 20 expects that stirred vessel 21 or powdery expect that really stirred vessel 22 all is filled with the fruit juice that mixes, can start by the control of electric control gear 30, starting relay 26, vertical component effect 241 with pulling push rod 24, become skewed after making horizontal part 242 by horizontal pulling, at this moment, 232 on the O shape of blanking device 23 ring breaks away from blanking holes 212,222, and fruit juice then can be delivered to cup 25 automatically from the open-work 233 of the blanking device 23 of tubulose.

Claims

1. cold and hot beverage blends dispenser device, comprise four material storing box and two mixers, it is characterized in that, cold and hot beverage blends dispenser device comprises four material storing box and two mixers, these four material storing box are respectively the frozen water case, boiler, liquid fruit hopper and powdery fruit hopper, this frozen water case is to be injected wherein by a following water valve by the normal-temperature water of having handled, the frozen water case is built-in with condenser, after becoming frozen water, cooling exports by control valve again, this boiler is to be injected wherein by a following water valve by the normal-temperature water of having handled, normal-temperature water is built-in with the hot water that electric heater heating becomes via boiler and is exported by control valve, the wherein said liquid fruit hopper of fruit material that liquid fruit hopper and powdery fruit hopper then are filled with liquid state and powdery respectively is provided with the quantitative control member that has drawing liquid pump that a liquid fruit of control is expected discharging, described powdery fruit hopper is provided with one and stirs the motor of fruit material and the pipeline that the output powdery is really expected, the control valve of described frozen water output has two, the control valve of hot water output has two, the control valve of these two pairs of frozen water and hot water respectively one is linked described two mixers respectively, these two mixers are that a liquid fruit expects that stirred vessel and a powdery really expect stirred vessel, this liquid state really expects stirred vessel and powdery really to expect stirred vessel, and each is connected to a motor that stirs the fruit material more respectively, in addition, the quantitative control member that has drawing liquid pump of this liquid state fruit hopper expects that with liquid fruit stirred vessel is connected, the pipeline of this powdery fruit hopper expects really that with powdery stirred vessel is connected, this liquid state, powdery expects that really the stirred vessel bottom respectively offers a blanking hole, on this blanking hole and be provided with a blanking device, the blanking device bottom also is connected with a push rod, make liquid state with automatic control, beverage blanking in the powdery fruit material container is to cup, and the action of each parts all utilizes an electric control gear control in described four material storing box and two mixers.

2. cold and hot beverage blends dispenser device as claimed in claim 1 is characterized in that, described powdery fruit hopper is provided with one powder delivered to the pipeline that this powdery is really expected stirred vessel, and the peripheral ring of this pipeline is provided with several electric heating pieces.

3. cold and hot beverage blends dispenser device as claimed in claim 1, it is characterized in that, described powdery fruit hopper bottom lock set has a chassis, this chassis is built-in with a quantitative plate, this quantitative plate is provided with a tapered following material through hole, the rotating shaft of this motor affixed axostylus axostyle that passes this chassis that makes progress, and this quantitative plate pivot is solid on this axostylus axostyle, this axostylus axostyle also passes this powdery fruit hopper bottom, and be equiped with agitator on it.

4. cold and hot beverage blends dispenser device as claimed in claim 1, it is characterized in that, described quantitative control member comprises a drawing liquid pump, this drawing liquid pump one side is equiped with a track, and be equiped with a gear in the rotating shaft of a motor, this track one side then is provided with the sensor of the length of the number of turns of this revolution of sensing or shift position, and this gear is meshed with track.

5. cold and hot beverage blends dispenser device as claimed in claim 1, it is characterized in that, a push rod of described blanking device bottom is the L type and has a horizontal part, a vertical component effect and a right angle end, this right angle end is hubbed on this mixer side, this horizontal part covers this blanking device latter end, and this vertical component effect then connects the relay that a control pushed away or spurred this push rod.