CN202619401U - Mobile beverage dispenser - Google Patents
Mobile beverage dispenser Download PDFInfo
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- CN202619401U CN202619401U CN 201220256675 CN201220256675U CN202619401U CN 202619401 U CN202619401 U CN 202619401U CN 201220256675 CN201220256675 CN 201220256675 CN 201220256675 U CN201220256675 U CN 201220256675U CN 202619401 U CN202619401 U CN 202619401U
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- compressed gas
- gas outlet
- beverage
- inlet
- water
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Abstract
A mobile beverage dispenser comprises a cart, a compressed gas storage tank, a compressed gas distribution controller, a water tank and a beverage processing container, wherein a gas outlet of the compressed gas storage tank is connected to a gas inlet of the compressed gas distribution controller; the water tank is provided with a compressed gas inlet and a water outlet; a first gas outlet of the compressed gas distribution controller is connected with the compressed gas inlet in the water tank; the beverage processing container comprises a processing container body, a first pneumatic motor and a stirrer; the processing container body is provided with a beverage processing cavity; the stirrer is arranged in the beverage processing cavity and is in transmission connection with the first pneumatic motor; a beverage powder inlet, a water inlet and a beverage outlet are formed in the processing container body; a second gas outlet of the compressed gas distribution controller is connected with a compressed gas inlet of the first pneumatic motor; and the water outlet of the water tank is connected with the water inlet of the processing container body. Power required in a beverage processing process is provided by using compressed gas, the mobile beverage dispenser can be conveniently moved to a required position, and can be used for processing beverage in real time on the spot.
Description
Technical field
The utility model relates to beverage maker, specifically, relates to a kind of portable beverage machine.
Background technology
The fresh beverages of high-quality instant making (can be hot drink or cold drink) can provide extraordinary enjoyment for people, is loved by the people.
The prior beverage machine has the bigger consuming parts of power (like water pump, motor etc.) mostly; Receive to move the restriction of electric energy supply technology; General portable power source often can't be continuously these consuming parts sufficient electric energy is provided; Therefore the prior beverage machine is generally fixed beverage machine, can only use in the occasion that fixed power source is arranged.
At some occasion (for example on train, aircraft) perhaps in public places such as park, squares, need make beverage machine can arrive desired location easily, so that make beverage at the scene immediately, existing fixed formula beverage machine is difficult to address that need.
Summary of the invention
The utility model technical problem to be solved provides a kind of portable beverage machine, and this portable beverage machine can move to desired location easily, makes beverage at the scene immediately.The technical scheme that adopts is following:
A kind of portable beverage machine is characterized in that comprising go-cart, Compressed Gas storage tank, Compressed Gas dispensing controller, water tank and brew container, and Compressed Gas storage tank, water tank and brew container are located in the go-cart; The Compressed Gas dispensing controller is provided with air inlet, first gas outlet and second gas outlet, and first gas outlet and second gas outlet all are communicated with air inlet; The gas outlet of Compressed Gas storage tank is through the air inlet of air supply pipe connection Compressed Gas dispensing controller, and air supply pipe is provided with pressure-reducing valve; Water tank has the dress water chamber, and water tank is provided with and adorns Compressed Gas inlet and the delivery port that water chamber is communicated with, and first gas outlet, first appendix of Compressed Gas dispensing controller connects the Compressed Gas inlet on the water tank; The brew container comprises modulation container body, first air motor and agitator; The modulation container body has the brew cavity; First air motor is installed on the modulation container body; Agitator is located in the brew cavity and is in transmission connection with the power output shaft of first air motor; The modulation container body is provided with beverage powder inlet, water inlet and the beverage outlet that is communicated with the brew cavity, and second gas outlet, second appendix of Compressed Gas dispensing controller is connected with the Compressed Gas of first air motor inlet, and the delivery port of water tank connects the water inlet of modulation container body through water-supply-pipe.
Above-mentioned go-cart comprises car body, handle and wheel, the rotatable car body bottom of being located at of wheel, and handle is installed on the car body.Car body is used to place water tank, Compressed Gas storage tank, brew container etc.; Handle is convenient to people and is promoted go-cart.
Above-mentioned water tank is for bearing the water tank of pressure.The inwall of the dress water chamber of preferred water tank is provided with heat-insulation layer, and the water that is beneficial in the water tank can keep required high temperature or low temperature for a long time.
Can be provided with a magnetic valve (adopting normally closed solenoid valve usually) on the above-mentioned water-supply-pipe, be used to control the break-make of water-supply-pipe, so that control is transported to the water yield of modulation container body by water tank at every turn.
Beverage powder inlet, water inlet are located at modulation container body top usually, and beverage outlet is located at modulation container body bottom usually.Beverage outlet is closed in the process of beverages; Beverage outlet is opened after modulating beverage, makes the beverage flow that modulates in the cup that is in the beverage outlet below.Usually on above-mentioned beverage outlet, be provided with a valve, be used to control opening or closing of beverage outlet.
During use, can artificially in the modulation container body, add an amount of beverage powder through the beverage powder inlet.Further; To make beverage in order being more convenient for, also to be provided with the beverage powder feedway in the preferred go-cart, the beverage powder feedway comprises beverage powder box, feed cylinder and feed mechanism; The feed cylinder along continuous straight runs is located at beverage powder box below; Feed cylinder is provided with charging aperture and discharging opening, and feed cylinder is communicated with the beverage powder box through charging aperture, and discharging opening is in said beverage powder inlet top; Feed mechanism comprises the feeding spiro rod and second air motor, and feeding spiro rod is in the feed cylinder, and an end of feeding spiro rod and the power output shaft of second air motor are in transmission connection; The Compressed Gas dispensing controller also is provided with the 3rd gas outlet, and the 3rd gas outlet is communicated with air inlet, and the 3rd gas outlet the 3rd appendix of Compressed Gas dispensing controller is connected with the Compressed Gas of second air motor inlet.Usually beverage powder box top is provided with charge door, and charge door is provided with lid.The discharging opening place of preferred feed cylinder is provided with valve or sideboard, is used to control the switching of discharging opening.Above-mentioned charging aperture can be located on the sidewall of feed cylinder, and discharging opening can be located at feed cylinder one end.
Air motor (comprising first air motor, second air motor) is the device that can convert compressed-air actuated pressure to the mechanical energy of rotation.Under the driving of Compressed Gas, the running of first air motor also drives the agitator rotation, and the material (water and beverage powder) that agitator is exchanged in the container made body mixes, gets blisters, and realizes the automatic making of beverage.Under the driving of Compressed Gas; The running of second air motor also drives the feeding spiro rod rotation; (beverage powder in the beverage powder box drops in the feed cylinder through the charging aperture of feed cylinder, and falls into the thread groove of feeding spiro rod to carry out feeding; Second air motor drives the feeding spiro rod rotation, makes beverage powder move and finally see off from discharging opening towards the discharging opening of feed cylinder); The rotating speed through regulating feeding spiro rod and the pitch of feeding spiro rod are big or small, can realize the accurate control of load.
Stores compression gas in the above-mentioned Compressed Gas storage tank, as the power source that makes water tank output water, the running of driving first air motor, the running of driving second air motor, so the portable beverage machine of the utility model need not to use power supply in making the beverage process.
The Compressed Gas that above-mentioned Compressed Gas dispensing controller is used for that the Compressed Gas storage tank is provided offers the parts that needs such as water tank, first air motor, second air motor use Compressed Gas on time, according to quantity.In the Compressed Gas dispensing controller; First gas outlet, second gas outlet and the 3rd gas outlet all are communicated with air inlet; A magnetic valve (adopting normally closed solenoid valve usually) respectively is set on common first gas outlet, second gas outlet and the 3rd gas outlet; Unlatching through control respective electrical magnet valve or close can be controlled the switching of first gas outlet, second gas outlet, the 3rd gas outlet respectively, thereby realize providing to the parts that need Compressed Gas the Compressed Gas of aequum.In addition, also a magnetic valve (adopting normally closed solenoid valve usually) can be set on the air inlet of Compressed Gas dispensing controller, to control the switching of this air inlet.
The utility model utilizes the Compressed Gas that stores in the Compressed Gas storage tank; Provide and make required power in the beverage process, need not to use power supply, the restriction that therefore not supplied with by electric energy; Can move to desired location easily through go-cart; Immediately make beverage at the scene, be the fresh beverages (can be hot drink or cold drink) of people through high-quality instant making, be particularly suitable for aboard, on the aircraft, occasions such as park, square use.
Description of drawings
Fig. 1 is the structural representation of the utility model preferred embodiment.
The specific embodiment
As shown in Figure 1, this portable beverage machine comprises go-cart, Compressed Gas storage tank 1, Compressed Gas dispensing controller 2, water tank 3, brew container 4 and beverage powder feedway 5; Go-cart comprises car body 6, handle 7 and wheel 8, and wheel 8 turns is located at car body 6 bottoms, and handle 7 is installed on the car body 6, and Compressed Gas storage tank 1, water tank 3, brew container 4 and beverage powder feedway 5 are located on the car body 6.
Compressed Gas dispensing controller 2 is provided with air inlet 21, first gas outlet 22, second gas outlet 23 and 24, the first gas outlets 22, the 3rd gas outlet, second gas outlet 23 and the 3rd gas outlet 24 all are communicated with air inlet 21.The Compressed Gas that Compressed Gas dispensing controller 2 is used for that Compressed Gas storage tank 1 is provided offers the parts that needs such as water tank 3, first air motor 42, second air motor 56 use Compressed Gas on time, according to quantity.On first gas outlet 22, second gas outlet 23 and the 3rd gas outlet 24 magnetic valve (employing normally closed solenoid valve) is set respectively; Unlatching through control respective electrical magnet valve or close; Can control the switching of first gas outlet 22, second gas outlet 23, the 3rd gas outlet 24 respectively, thereby realize providing the Compressed Gas of aequum to the parts that need Compressed Gas.In addition, also a magnetic valve (employing normally closed solenoid valve) can be set on the air inlet 21 of Compressed Gas dispensing controller 2, with the switching of control air inlet 21.
The gas outlet 9 of Compressed Gas storage tank 1 is through the air inlet 21 of air supply pipe 10 connection Compressed Gas dispensing controller 2, and air supply pipe 10 is provided with pressure-reducing valve 11.
Brew container 4 comprises modulation container body 41, first air motor 42 and agitator 43; Modulation container body 41 has brew cavity 44; First air motor 42 is installed on the modulation container body 41; Agitator 43 is located in the brew cavity 44 and is in transmission connection with the power output shaft of first air motor 42, and modulation container body 41 is provided with that the beverage powder that is communicated with brew cavity 44 enters the mouth 45, water inlet 46 and beverage outlet 47.Second gas outlet 23 of Compressed Gas dispensing controller 2 is connected with the Compressed Gas inlet of first air motor 42 through second appendix 13.The delivery port 33 of water tank 3 connects the water inlet 46 of modulating container body 41 through water-supply-pipe 14, and water-supply-pipe 14 is provided with magnetic valve 15 (magnetic valve 15 adopts normally closed solenoid valves), is used to control the break-make of water-supply-pipe 14.In the present embodiment, beverage powder inlet 45 is located at modulation container body 41 tops, and beverage outlet 47 is located at modulation container body 41 bottoms.On beverage outlet 47, also can be provided with a valve, be used to control opening or closing of beverage outlet 47.
Beverage powder feedway 5 comprises beverage powder box 51, feed cylinder 52 and feed mechanism; Feed cylinder 52 along continuous straight runs are located at beverage powder box 51 belows; Feed cylinder 52 is provided with charging aperture 53 and discharging opening 54, and wherein charging aperture 53 is located on the sidewall of feed cylinder 52, and discharging opening 54 is located at feed cylinder 52 1 ends; Feed cylinder 52 is communicated with beverage powder box 51 through charging aperture 53, and discharging opening 54 is in beverage powder 45 tops that enter the mouth; Feed mechanism comprises the feeding spiro rod 55 and second air motor 56, and feeding spiro rod 55 is in the feed cylinder 52, and an end of feeding spiro rod 55 and the power output shaft of second air motor 56 are in transmission connection.The 3rd gas outlet 24 of Compressed Gas dispensing controller 2 is connected with the Compressed Gas inlet of second air motor 56 through the 3rd appendix 16.Beverage powder box 51 tops are provided with charge door 57, also can be provided with lid on the charge door 57.In addition, discharging opening 54 places of feed cylinder 52 also can be provided with valve or sideboard, are used to control the switching of discharging opening 54.
Brief description is the operation principle of this portable beverage machine once:
Promote go-cart, can portable beverage machine be moved to required place.
Stores compression gas in the Compressed Gas storage tank 1; Behind pressure-reducing valve 11, form the sizeable Compressed Gas of pressure; Get into Compressed Gas dispensing controller 2 from air inlet 21, and for water tank 3, first air motor 42, second air motor 56 Compressed Gas is provided through first gas outlet 22, second gas outlet 23 and the 3rd gas outlet 24 respectively.
When need making beverage, open first gas outlet 22, and Compressed Gas gets into the dress water chamber 31 of water tanks 3 through first appendix 12, Compressed Gas inlet 32; After magnetic valve 15 was opened, under the driving of Compressed Gas, the water in the water tank 3 got into brew cavity 44 through delivery port 33, water-supply-pipe 14, water inlet 46; Water in the brew cavity 44 reaches scheduled volume rear electromagnetic valve 15 and closes.Open the 3rd gas outlet 24, and Compressed Gas is delivered to second air motor 56 through the 3rd appendix 16, and under the driving of Compressed Gas, 56 runnings of second air motor also drive feeding spiro rod 55 rotations; Beverage powder in the beverage powder box 51 is through the charging aperture 53 of feed cylinder 52; Drop in the feed cylinder 52; And fall into the thread groove of feeding spiro rod 55; Feeding spiro rod 55 rotations make beverage powder move and finally see off from discharging opening 54 towards discharging opening 54, and the beverage powder of seeing off from discharging opening 54 gets into brew cavity 44 from beverage powder inlet 45; The 3rd gas outlet 24 was closed after beverage powder in the brew cavity 44 reached scheduled volume, and second air motor 56 suspends running.
Then; Open second gas outlet 23; Compressed Gas is delivered to first air motor 42 through second appendix 13, and under the driving of Compressed Gas, 42 runnings of first air motor also drive agitator 43 rotations; The material (water and beverage powder) that agitator 43 is exchanged in the container made body 41 mixes, gets blisters, beverages; Drinking production is accomplished after the scheduled time, and second gas outlet 23 is closed, and first air motor 42 suspends running.At Jia Shui, add in the process of beverage powder and beverages beverage outlet 47 and close.
At last, open beverage outlet 47, the beverage that modulates in the modulation container body 41 flows into and is placed in the cup 17 of beverage outlet 47 belows.
Through the rotating speed size of adjusting feeding spiro rod 55 and the pitch size of rotational time length and feeding spiro rod 55, can realize the accurate control of beverage powder load.
In other embodiment, also beverage powder feedway 5 can be set, during use, artificial through beverage powder inlet an amount of beverage powder of adding in the modulation container body.
Claims (6)
1. a portable beverage machine is characterized in that comprising go-cart, Compressed Gas storage tank, Compressed Gas dispensing controller, water tank and brew container, and Compressed Gas storage tank, water tank and brew container are located in the go-cart; The Compressed Gas dispensing controller is provided with air inlet, first gas outlet and second gas outlet, and first gas outlet and second gas outlet all are communicated with air inlet; The gas outlet of Compressed Gas storage tank is through the air inlet of air supply pipe connection Compressed Gas dispensing controller, and air supply pipe is provided with pressure-reducing valve; Water tank has the dress water chamber, and water tank is provided with and adorns Compressed Gas inlet and the delivery port that water chamber is communicated with, and first gas outlet, first appendix of Compressed Gas dispensing controller connects the Compressed Gas inlet on the water tank; The brew container comprises modulation container body, first air motor and agitator; The modulation container body has the brew cavity; First air motor is installed on the modulation container body; Agitator is located in the brew cavity and is in transmission connection with the power output shaft of first air motor; The modulation container body is provided with beverage powder inlet, water inlet and the beverage outlet that is communicated with the brew cavity, and second gas outlet, second appendix of Compressed Gas dispensing controller is connected with the Compressed Gas of first air motor inlet, and the delivery port of water tank connects the water inlet of modulation container body through water-supply-pipe.
2. portable beverage machine according to claim 1 is characterized in that: said water-supply-pipe be provided with one be used to control the water-supply-pipe break-make magnetic valve.
3. portable beverage machine according to claim 1 is characterized in that: the inwall of the dress water chamber of said water tank is provided with heat-insulation layer.
4. portable beverage machine according to claim 1 is characterized in that: said first gas outlet is provided with one and is used to control the magnetic valve that first gas outlet opens and closes; Said second gas outlet is provided with one and is used to control the magnetic valve that second gas outlet opens and closes.
5. according to each described portable beverage machine of claim 1-4; It is characterized in that: also be provided with the beverage powder feedway in the said go-cart; The beverage powder feedway comprises beverage powder box, feed cylinder and feed mechanism, and the feed cylinder along continuous straight runs is located at beverage powder box below, and feed cylinder is provided with charging aperture and discharging opening; Feed cylinder is communicated with the beverage powder box through charging aperture, and discharging opening is in said beverage powder inlet top; Feed mechanism comprises the feeding spiro rod and second air motor, and feeding spiro rod is in the feed cylinder, and an end of feeding spiro rod and the power output shaft of second air motor are in transmission connection; The Compressed Gas dispensing controller also is provided with the 3rd gas outlet, and the 3rd gas outlet is communicated with air inlet, and the 3rd gas outlet the 3rd appendix of Compressed Gas dispensing controller is connected with the Compressed Gas of second air motor inlet.
6. portable beverage machine according to claim 5 is characterized in that: said the 3rd gas outlet is provided with one and is used to control the magnetic valve that the 3rd gas outlet opens and closes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220256675 CN202619401U (en) | 2012-06-02 | 2012-06-02 | Mobile beverage dispenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220256675 CN202619401U (en) | 2012-06-02 | 2012-06-02 | Mobile beverage dispenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202619401U true CN202619401U (en) | 2012-12-26 |
Family
ID=47372657
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220256675 Expired - Lifetime CN202619401U (en) | 2012-06-02 | 2012-06-02 | Mobile beverage dispenser |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202619401U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111904279A (en) * | 2020-07-03 | 2020-11-10 | 宫秀英 | Mixed type beverage modulating device |
-
2012
- 2012-06-02 CN CN 201220256675 patent/CN202619401U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111904279A (en) * | 2020-07-03 | 2020-11-10 | 宫秀英 | Mixed type beverage modulating device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20121226 |
|
| CX01 | Expiry of patent term |