CN110243124A - A kind of the preparation terminal and its application method of the pure natural fermentation seriflux beverage of acid type - Google Patents
A kind of the preparation terminal and its application method of the pure natural fermentation seriflux beverage of acid type Download PDFInfo
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- CN110243124A CN110243124A CN201910524869.9A CN201910524869A CN110243124A CN 110243124 A CN110243124 A CN 110243124A CN 201910524869 A CN201910524869 A CN 201910524869A CN 110243124 A CN110243124 A CN 110243124A
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- chamber
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- ice cube
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23L—FOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
- A23L2/00—Non-alcoholic beverages; Dry compositions or concentrates therefor; Their preparation
- A23L2/38—Other non-alcoholic beverages
- A23L2/382—Other non-alcoholic beverages fermented
-
- 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
- F25D3/00—Devices using other cold materials; Devices using cold-storage bodies
- F25D3/02—Devices using other cold materials; Devices using cold-storage bodies using ice, e.g. ice-boxes
- F25D3/04—Stationary cabinets
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- General Engineering & Computer Science (AREA)
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- Combustion & Propulsion (AREA)
- Health & Medical Sciences (AREA)
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- Life Sciences & Earth Sciences (AREA)
- Food Science & Technology (AREA)
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- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
The invention discloses the preparation terminals and its application method of a kind of pure natural fermentation seriflux beverage of acid type, wherein, the preparation terminal of the pure natural fermentation seriflux beverage of the acid type includes cooler bin, fixed storage assembly in the cooler bin, the normal-temperature water for being used to cool down pulp-water can be stored in chamber by the storage assembly, and ice cube can be made in ice storage chamber after crystallization channel using normal-temperature water and be stored in the ice storage chamber, it is convenient then to can use when needing cooling pulp-water, the storage assembly lower end is provided with and communicated with transport assembly, the configuration of the present invention is simple, it is easy to operate, by making ice in a device, then pass through the mutual cooperative motion of transport assembly and transmission component, make to the ice cube obtained to enter in stir chamber that pulp-water is made accurately to be cooled fast to certain temperature, on the other hand, ice cube extra in ice device is taken to transport again using transport device It returns in ice storage chamber, effectively prevents waste.
Description
Technical field
The present invention relates to field of furniture, and in particular to a kind of preparation terminal of the pure natural fermentation seriflux beverage of acid type and its makes
Use method.
Background technique
Pulp-water is after scalding vegetable raw-material in pulp-water, to mix with a small amount of flour, warm water, yeast ferments, and is excellent
The beverage of choosing prepares raw material, currently, the pulp-water for needing natural cooling boiled in the preparation process of fermentation seriflux beverage, and on the market
Existing equipment can not accomplish that the pulp-water after heating is accurately cooled to certain temperature, this equipment effective solution this ask
Topic.
Summary of the invention
The purpose of the present invention is to provide a kind of acid type it is pure natural fermentation seriflux beverage preparation terminal and its application method,
For overcoming drawbacks described above in the prior art.
The preparation terminal and its application method of the pure natural fermentation seriflux beverage of a kind of acid type according to the present invention, wherein should
The preparation terminal of the pure natural fermentation seriflux beverage of acid type includes cooler bin, fixed storage assembly in the cooler bin, the storage
The normal-temperature water for being used to cool down pulp-water can be stored in chamber by component, and can be in ice storage chamber after crystallization channel using normal-temperature water
In ice cube be made be stored in the ice storage chamber, convenient then to can use when needing cooling pulp-water, the storage assembly lower end connects
It is logical to be provided with transport assembly, including transporting from the ice cube connect in ice chamber entered in transport chamber in the ice storage chamber to stirring
It in chamber, and when the ice cube connect in ice chamber is excessive, is backhauled in the ice storage chamber again, it is possible thereby to accurately control institute
It states the temperature of pulp-water in stir chamber, and saves that ice cube is energy saving, the rear end of the storage assembly and the transport assembly connects
It is logical to be provided with drive cavity and underdrive chamber, transmission component, the transmission group are provided in the upper drive cavity and underdrive chamber
Part can make the operation to link between transport assembly, make transport assembly stroke one circulation, avoid waste, a left side for the transport chamber
End is installed with the stir chamber, can stir the ice cube of addition and pulp-water in the stir chamber, be quickly cooled down pulp-water.
Further technical solution, the storage assembly include water storage cavity, the water storage cavity lower end surface and the ice storage chamber
Upper surface connection is provided with several crystallization channels, and it is logical that the normal-temperature water in the water storage cavity can pass through slowly the crystallization
Road is simultaneously crystallized in crystallization channel lower end, is fallen under gravity into the ice storage chamber and is carried out after ice crystal becomes sufficiently large
Storage, ice storage chamber lower end, which is provided with and communicated with, takes ice valve.
Further technical solution, the transport assembly include transport chamber, the left end of the transport chamber and the stir chamber
It is provided with and communicated with into stirring channel, transport chamber left end both ends are symmetrically arranged with sliding groove, slide on the sliding groove
It is provided with sliding shoe, is rotatably assorted to be connected on the sliding shoe and lifts block, it is described to lift being provided with of sliding up and down in block and connect
Ice cube, the ice cube lower end that connects are provided with several bar sliding slots, described to lift the translational block that is provided with slid back and forth on block, described flat
It moves block upper surface to connect ice cube lower end surface with described and connect by spring, the translational block upper end is installed with several and bar sliding slot
The fixed link of sliding connection.
Further technical solution, it is described connect ice cube upper end be provided with it is described connect ice chamber, it is described to connect the connection of ice chamber lower end and set
It is equipped with reclaiming chamber, the reclaiming chamber lower end is provided with and communicated with mutually embedding chamber, and the mutually embedding intracavitary left end wall is embedded with mutually embedding cylinder, institute
State mutually embedding cylinder output shaft right end and be installed with phase abaculus, the phase abaculus up and down be provided with reception block, in the reception block
It is installed with the receiving cavity of opening upwards, is symmetrically arranged with solid rod before and after the reception block upper surface, it is symmetrical described solid
Stock is installed between bar, the right end of the mutually embedding chamber, which is provided with and communicated with back, takes chamber, take for described time chamber upper end and the ice storage
It is provided with and communicated with back between chamber and takes channel.
Further technical solution, it is described lift it is symmetrical in block be provided with long chamber, the long chamber is far from described flat
Shifting block end, which is rotatably assorted, is connected with several phase support blocks, wherein is installed with and is embedded and far from described on the parallel axes of front end
The rotary electric machine at translational block end, is installed with parallel belt wheel on the parallel axes, by synchronous band connection between the parallel belt wheel,
Several chambers that offset are installed with close to the long chamber end in the translational block, the parallel axes rotation protrudes into institute through the long chamber
State the phase support block that the rotation that offsets with the chamber that offsets is installed in the chamber that offsets in the chamber that offsets.
Further technical solution, the transmission component include being located at motor-controlled right belt in the upper drive cavity
Wheel, the front end of the right belt wheel are installed with line wheel, and what is wound in the upper line wheel is provided with the first lines, the lines lower end
Be installed with and take object hook, it is described that object hook is taken to protrude into the lower end gone back to and take chamber under the effect of gravity, it is described take to be installed in object hook take
Object chamber, the left end of the right belt wheel are installed with the left belt wheel for the connection that is rotatably assorted with end wall before and after the upper drive cavity, the left side
For belt wheel with described by synchronous band connection, the rear end of the left belt wheel is installed with the first cone tooth, and the lower end of the first cone tooth is nibbled
Conjunction has from mantle tooth, and the lower end from mantle tooth is installed with protruding into the underdrive chamber through the upper drive cavity for rotation
Transmission shaft, the transmission shaft lower end surface is installed with active conical tooth, and the active conical tooth lower end is engaged with the second cone tooth, described
Plug tap tooth front end is installed with the small transmission wheel for the connection that is rotatably assorted with the underdrive cavity rear end wall, the front end of the small transmission wheel
It is installed with the right line wheel being located in the transport chamber, the left end of the small transmission wheel is provided with to be turned with the underdrive cavity rear end wall
The dynamic big belt wheel being cooperatively connected, for the small transmission wheel with the big belt wheel by synchronous band connection, the front end of the big belt wheel is solid
Equipped with the left line wheel being located in the transport chamber, what is wound in the right line wheel and left line wheel is provided with the second lines, and described the
Two lines lower ends with described to lift block upper surface fixed.
Further technical solution, the stir chamber upper end are installed with stirring motor, stirring motor output shaft lower end
Face is installed with stirring rod, and the stir chamber lower end surface is provided with and communicated with water intaking channel, is provided with and communicated with and takes on the water intaking channel
Water valve.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by making ice in a device, then pass through
The mutual cooperative motion of transport assembly and transmission component makes to the ice cube obtained to enter in stir chamber to make pulp-water accurately fast quickly cooling
But certain temperature is arrived, on the other hand, ice cube extra in ice device is taken to be transported back in ice storage chamber again using transport device, it is effective anti-
Waste is stopped
Detailed description of the invention
Fig. 1 is whole inside the preparation terminal and its application method of a kind of pure natural fermentation seriflux beverage of acid type of the invention
Structural schematic diagram；
Fig. 2 is the enlarged diagram of A in Fig. 1；
Fig. 3 is the enlarged diagram of B in Fig. 2；
Fig. 4 is the schematic diagram in the direction C-C in Fig. 3；
Fig. 5 is the schematic diagram in the direction D-D in Fig. 4；
Fig. 6 is the schematic diagram in the direction E-E in Fig. 2.
Specific embodiment
Below with reference to Fig. 1-6, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-6, a kind of acid type of embodiment according to the present invention it is pure natural fermentation seriflux beverage preparation terminal and
Its application method, wherein the preparation terminal of the pure natural fermentation seriflux beverage of the acid type includes cooler bin 100, the cooler bin 100
Interior fixed storage assembly, the storage assembly lower end are provided with and communicated with transport assembly, the storage assembly and the transport assembly
Rear end be provided with and communicated with drive cavity 113 and underdrive chamber 150, be provided in the upper drive cavity 113 and underdrive chamber 150
Transmission component has stir chamber 101 in the transmission component；
The application method are as follows: the normal-temperature water in storage assembly is become ice cube by the device after condensing, then by ice cube by transporting
After defeated component and recirculation assembly cooperative motion, suitable ice cube is placed in the stir chamber 101, and extra ice cube is followed
Ring is into the storage device.
Valuably or illustratively, the storage assembly includes water storage cavity 107,107 lower end surface of water storage cavity and ice storage
The connection of 109 upper surface of chamber is provided with several crystallization channels 108, and the normal-temperature water in the water storage cavity 107 can slowly lead to
It crosses crystallization channel 108 and is crystallized in 108 lower end of crystallization channel, fallen under gravity after ice crystal becomes sufficiently large
Enter and stored in the ice storage chamber 109,109 lower end of ice storage chamber, which is provided with and communicated with, takes ice valve 110；
In use, the normal-temperature water for being used to cool down pulp-water is stored in the water storage cavity 107, normal-temperature water passes through the crystallization channel
It can slowly become larger in the ice storage chamber 109 after 108 and be fallen to by gravity in the ice storage chamber 109, it is convenient when needs
It then can use when cooling pulp-water.
Valuably or illustratively, the transport assembly includes transport chamber 131, the left end of the transport chamber 131 with it is described
Stir chamber 101 is provided with and communicated with into stirring channel 103, and the 131 left end both ends of transport chamber are symmetrically arranged with sliding groove 122,
That slides on the sliding groove 122 is provided with sliding shoe 123, is rotatably assorted to be connected on the sliding shoe 123 and lifts block 130,
Described to lift being provided with of sliding up and down in block 130 and connect ice cube 135,135 lower end of ice cube that connects is provided with several bar sliding slots
133, it is described lift slid back and forth on block 130 be provided with translational block 129,129 upper surface of translational block and described connect ice cube
135 lower end surfaces are connected by spring, and 129 upper end of translational block is installed with several and bar sliding slot 133 and is slidably connected
Fixed link 134.
Valuably or illustratively, it is described connect 135 upper end of ice cube be provided with it is described connect ice chamber 132, it is described to connect under ice chamber 132
End is provided with and communicated with reclaiming chamber 128, and 128 lower end of reclaiming chamber is provided with and communicated with mutually embedding chamber 140, a left side in the mutually embedding chamber 140
End wall is embedded with mutually embedding cylinder 141, and the mutually embedding 141 output shaft right end of cylinder is installed with phase abaculus 139, the phase abaculus 139
Being provided with up and down receives block 138, described to receive the receiving cavity 137 that opening upwards are installed in block 138, the reception block
It is symmetrically arranged with solid rod 136 before and after 138 upper surfaces, is installed with stock 148 between the symmetrical upper solid rod 136, it is described
The right end of mutually embedding chamber 140, which is provided with and communicated with back, takes chamber 116, takes for described time and to be connected between the upper end of chamber 116 and the ice storage chamber 109
It is provided with back and takes channel 117.
It is described lift it is symmetrical in block 130 be provided with long chamber 147, the long chamber 147 is far from 129 end of translational block
It is rotatably assorted and is connected with several phase support blocks 144, wherein be installed with and be embedded and far from described on the parallel axes 145 of front end
The rotary electric machine 142 at 129 end of translational block, is installed with parallel belt wheel 143 on the parallel axes 145, between the parallel belt wheel 143
By synchronous band connection, several chambers 146 that offset, the parallel axes are installed with close to long 147 end of chamber in the translational block 129
The protruding into the chamber 146 that offsets to be installed with through the long chamber 147 of 145 rotations offsets in the chamber 146 that offsets with described
Chamber 146 offsets the phase support block 144 of rotation；
In use, take ice valve 110 described in opening, ice cube from it is described take fallen in ice chamber it is described connect in ice cube 132, the rotation
Motor 142 shakes off suitable ice cube by being entered in the reclaiming chamber 128 positioned at the receiving cavity 137 received in block 138
In, then take chamber 116 to take channel 117 to return in ice storage chamber 109 with returning by described return under the auxiliary of the transmission component.
Valuably or illustratively, the transmission component includes being located at the motor-controlled right side in the upper drive cavity 113
Belt wheel 114, the front end of the right belt wheel 114 are installed with line wheel 115, and what is wound in the upper line wheel 115 is provided with First Line
Item, the lines lower end, which is installed with, takes object hook 124, described to take object hook 124 to protrude into described return under the effect of gravity to take under chamber 116
End, it is described take to be installed in object hook 124 take object chamber 125, the left end of the right belt wheel 114 is installed with and the upper drive cavity 113
Front and back end wall is rotatably assorted the left belt wheel 112 of connection, and the left belt wheel 112 passes through synchronous band connection, the left band with described 14
The rear end of wheel 112 is installed with the first cone tooth, and the lower end of the first cone tooth is engaged with from mantle tooth 111, described from mantle tooth 111
Lower end be installed with rotation protrude into transmission shaft 118 in the underdrive chamber 150, the biography through the upper drive cavity 113
118 lower end surface of moving axis is installed with active conical tooth 119, and 119 lower end of active conical tooth is engaged with the second cone tooth, the second cone tooth
Front end is installed with the small transmission wheel 120 for the connection that is rotatably assorted with 150 aft bulkhead of underdrive chamber, the small transmission wheel 120
Front end is installed with the right line wheel 121 in the transport chamber 131, the left end of the small transmission wheel 120 be provided with it is described under
150 aft bulkhead of drive cavity is rotatably assorted the big belt wheel 105 of connection, and the small transmission wheel 120 passes through synchronous with the big belt wheel 105
Band connection, the front end of the big belt wheel 105 are installed with the left line wheel 104 in the transport chamber 131, the right line wheel 121
With second lines that are provided with wound in left line wheel 104, second lines lower end with described to lift 130 upper surface of block fixed；
It is stirred in use, the transmission component will transport in the stir chamber 101 positioned at the ice cube connect on ice cube,
The ice cube being located in the receiving cavity 137 is recycled in the ice storage chamber 109.
Valuably or illustratively, 101 upper end of stir chamber is installed with stirring motor 106, and the stirring motor 106 is defeated
Shaft lower end surface is installed with stirring rod 102, and 101 lower end surface of stir chamber is provided with and communicated with water intaking channel 126, and the water intaking is logical
Water intake valve 127 is provided with and communicated on road 126.
In use, the stirring motor 106 drives the work of stirring rod 102 to be quickly cooled down pulp-water.
Described method includes following steps:
Firstly, the stirring motor 106, mutually embedding cylinder 141 and rotary electric machine 142 are in stop working state when original state,
It is described that ice valve 110 is taken to be in close state with the water intake valve 127, it is described receive block 138 be located at the reclaiming chamber 128 just under
Side, opening refrigeration system reduces the temperature in the ice storage chamber 109, normal-temperature water is added in the water storage cavity 107, to make
Above structure is located at initial position in the initial state, can be adjusted in follow-up work, effectively improves the work of equipment
Harmony.
Then, when equipment is run, normal-temperature water in the water storage cavity 107 by the crystallization channel 108 slowly into
Enter in the ice storage chamber 109, crystallize the normal-temperature water in the water storage cavity 107 in the ice storage chamber 109, and is stored in described
In ice storage chamber 109, when needing to cool down the pulp-water in the stir chamber 101 and being reduced to certain temperature, the ice cube of needs is first calculated
Quality, then open described in take ice valve 110, make the ice cube in the ice storage chamber 109 drop into it is described connect in ice chamber 132, in weight
Compressed the spring connect between ice cube 135 and the translational block 129 under the action of power, according to by decrement calculate whether
Ice cube required for obtaining takes ice valve 110 described in closing in time, then 142 work of rotary electric machine when ice cube quality is excessive
Make, the parallel axes 145 of front end is driven to rotate, and the parallel of rear end is driven with synchronous belt by the parallel belt wheel 143
Axis 145 rotates, and the phase support block 144 is made to offset in the chamber 146 that offsets rotation, before and after keeping the translational block 129 continuous
Movement, by the fixed link 134 drive it is described connect ice cube 135 and move forward and backward, due to the rotary electric machine 142 of left and right ends
Working condition is different, then described to meet the channel for occurring being connected in ice chamber 132 with the reception block 138, institute described in extra ice cube
It states to connect and be entered in the receiving cavity 137 in the reception block 138 during ice cube 135 moves forward and backward, the mutually embedding cylinder
141 work, by the phase abaculus 139 and are embedded the reception block 138 set with 139 phase of phase abaculus and push to the right, the institute
State stock 148 enter it is described take in object chamber 125, drive the right belt wheel 114 to rotate, drive the upper line wheel 115 to rotate, make
First lines are constantly wrapped in the upper line wheel 115, take object hook 124 to mention the reception block 138 to move upwards by described,
Since 138 left side of reception block takes 116 end wall of chamber to offset with described time, then the ice cube in the receiving cavity 137 will not fall
Out, until the receiving cavity 137 takes channel 117 to be connected to setting with described time, the ice cube in the receiving cavity 137 is made to pass through institute
It states back and channel 117 is taken to enter in the ice storage chamber 109, at the same time, prime number right belt wheel 114 drives the left side by synchronous belt
Belt wheel 112 rotates, make the first cone tooth drive it is described rotated from mantle tooth 111, with it is described from mantle tooth 111 it is fixed described in
Transmission shaft 118 drives the second cone tooth rotation by the active conical tooth 119, rotates the small transmission wheel 120, passes through synchronous belt
Rotate the big belt wheel 105, the small transmission wheel 120 drives the right line wheel 121 and the left line with the big belt wheel 105
104 rotation of wheel, make the second lines be constantly wrapped in the right line wheel 121 in the left line wheel 104, it is described lift block 130 to
Upper movement, due to the small transmission wheel 120 radius be less than the big belt wheel 105, then the revolving speed of the right line wheel 121 faster,
Then the right end for lifting block 130 upwarps in the winding process of second lines, keeps the ice cube connect in ice chamber 132 logical
It is entered in the stir chamber 101 described in crossing into stirring channel 103, the stirring motor 106 works, and drives the stirring rod
102 rotations, are quickly cooled down the pulp-water in the stir chamber 101, after cooling, the water intake valve 127 are opened, to take described
The lower end of aquaporin 126 obtains pulp-water after cooling.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by making ice in a device, then pass through
The mutual cooperative motion of transport assembly and transmission component makes to the ice cube obtained to enter in stir chamber to make pulp-water accurately fast quickly cooling
But certain temperature is arrived, on the other hand, ice cube extra in ice device is taken to be transported back in ice storage chamber again using transport device, it is effective anti-
Waste is stopped.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (7)
1. a kind of the preparation terminal and its application method of the pure natural fermentation seriflux beverage of acid type, wherein the pure natural fermentation of the acid type
The preparation terminal of seriflux beverage includes cooler bin, and fixed storage assembly in the cooler bin, the storage assembly can will be used for cold
But the normal-temperature water of pulp-water is stored in chamber, and ice cube storage can be made in ice storage chamber after crystallization channel using normal-temperature water
In the ice storage chamber, convenient then to can use when needing cooling pulp-water, the storage assembly lower end is provided with and communicated with transport group
Part and works as institute including transporting into stir chamber from entering the ice cube in ice chamber that connects being located in transport chamber in the ice storage chamber
State the ice cube connect in ice chamber it is excessive when, backhaul in the ice storage chamber, starched in the stir chamber it is possible thereby to accurately control again
The temperature of water, and saving ice cube are energy saving, and the rear end of the storage assembly and the transport assembly is provided with and communicated with upload
It is provided with transmission component in dynamic chamber and underdrive chamber, the upper drive cavity and underdrive chamber, the transmission component can make to transport
The operation to link between component makes transport assembly stroke one circulation, avoids waste, and the left end of the transport chamber is installed with described
The ice cube of addition and pulp-water can be stirred in the stir chamber, pulp-water be made to be quickly cooled down by stir chamber；
This method is technically characterized in that the normal-temperature water in storage assembly is become ice cube by the device after condensing, then by ice
Suitable ice cube is placed in the stir chamber by block after transport assembly and recirculation assembly cooperative motion, and will be extra
Ice cube is recycled in the storage device.
2. the preparation terminal and its application method of the pure natural fermentation seriflux beverage of a kind of acid type according to claim 1,
In, the storage assembly includes water storage cavity, and what the water storage cavity lower end surface was connected to ice storage chamber upper surface is provided with several described
Crystallization channel, the normal-temperature water in the water storage cavity can pass through slowly crystallization channel and crystallize in the crystallization channel lower end, when
Ice crystal falls under gravity into the ice storage chamber after becoming sufficiently large and is stored, and the connection of ice storage chamber lower end is set
It is equipped with and takes ice valve；
It is characterized by: the normal-temperature water for being used to cool down pulp-water is stored in the water storage cavity, normal-temperature water is logical by the crystallization
It can slowly become larger in the ice storage chamber behind road and be fallen to by gravity in the ice storage chamber, conveniently work as and need cooling pulp-water
Shi Suihou is desirable.
3. the preparation terminal and its application method of the pure natural fermentation seriflux beverage of a kind of acid type according to claim 1,
In, the transport assembly includes transport chamber, and the left end of the transport chamber and the stir chamber are provided with and communicated with into stirring channel, institute
It states transport chamber left end both ends and is symmetrically arranged with sliding groove, that slides on the sliding groove is provided with sliding shoe, the sliding shoe
On be rotatably assorted to be connected with and lift block, it is described to lift being provided with of sliding up and down in block and connect ice cube, it is described to connect the setting of ice cube lower end
There are several bar sliding slots, described to lift the translational block that is provided with slid back and forth on block, the translational block upper surface connects ice cube with described
Lower end surface is connected by spring, and the translational block upper end is installed with several fixed links with bar sliding slot sliding connection.
4. the preparation terminal and its application method of the pure natural fermentation seriflux beverage of a kind of acid type according to claim 1,
In, it is described connect ice cube upper end be provided with it is described connect ice chamber, the ice chamber lower end that connects is provided with and communicated with reclaiming chamber, under the reclaiming chamber
End is provided with and communicated with mutually embedding chamber, and the mutually embedding intracavitary left end wall is embedded with mutually embedding cylinder, and the mutually embedding cylinder output shaft right end is solid
Equipped with phase abaculus, the phase abaculus up and down be provided with reception block, it is described to receive the receiving cavity that opening upwards are installed in block,
It is symmetrically arranged with solid rod before and after the reception block upper surface, is installed with stock, the phase between the symmetrical upper solid rod
The right end of embedding chamber, which is provided with and communicated with back, takes chamber, take for described time be provided with and communicated with back between the upper end of chamber and the ice storage chamber take it is logical
Road.
5. the preparation terminal and its application method of the pure natural fermentation seriflux beverage of a kind of acid type according to claim 1,
In, it is described lift it is symmetrical in block be provided with long chamber, be connected with if the long chamber is rotatably assorted far from the translational block end
Dry phase support block, wherein the rotary electric machine being embedded with the separate translational block end is installed on the parallel axes of front end, it is described
It is installed with parallel belt wheel on parallel axes, passes through synchronous band connection, the close length in the translational block between the parallel belt wheel
Chamber end is installed with several chambers that offset, and protruding into the chamber that offsets through the long chamber for the parallel axes rotation is installed with described
Offset the phase support block of rotation of being offseted in chamber with the chamber that offsets；
It is characterized by: take ice valve described in opening, ice cube from it is described take fallen in ice chamber it is described connect in ice cube, the rotation is electric
Machine shakes off suitable ice cube by being entered in the receiving cavity received in block in the reclaiming chamber, then in the biography
Taking chamber by described time under the auxiliary of dynamic component and return takes channel to return in ice storage chamber.
6. the preparation terminal and its application method of the pure natural fermentation seriflux beverage of a kind of acid type according to claim 1,
In, the transmission component includes being located at motor-controlled right belt wheel in the upper drive cavity, and the front end of the right belt wheel is fixed
There is upper line wheel, what is wound in the upper line wheel is provided with the first lines, and the lines lower end, which is installed with, takes object hook, described to take object hook
Protrude into the lower end gone back to and take chamber under the effect of gravity, it is described take to be installed in object hook take object chamber, the left end of the right belt wheel is solid
Left belt wheel equipped with the connection that is rotatably assorted with end wall before and after the upper drive cavity, the left belt wheel are connected with described by synchronous belt
It connects, the rear end of the left belt wheel is installed with the first cone tooth, and the lower end of the first cone tooth is engaged with from mantle tooth, described from mantle
The lower end of tooth is installed with the transmission shaft of rotation protruded into the underdrive chamber through the upper drive cavity, the transmission shaft lower end
Face is installed with active conical tooth, and the active conical tooth lower end is engaged with the second cone tooth, second cone tooth front end be installed with it is described
Underdrive cavity rear end wall is rotatably assorted the small transmission wheel of connection, and the front end of the small transmission wheel is installed in the transport chamber
Right line wheel, the left end of the small transmission wheel is provided with the big belt wheel for the connection that is rotatably assorted with the underdrive cavity rear end wall, institute
Small transmission wheel is stated with the big belt wheel by synchronous band connection, the front end of the big belt wheel is installed in the transport chamber
What is wound in left line wheel, the right line wheel and left line wheel is provided with the second lines, and block is lifted with described in second lines lower end
Upper surface is fixed；
It is stirred it is characterized by: the transmission component will transport in the stir chamber positioned at the ice cube connect on ice cube
It mixes, the ice cube being located in the receiving cavity is recycled in the ice storage chamber.
7. the preparation terminal and its application method of the pure natural fermentation seriflux beverage of a kind of acid type according to claim 1,
In, the stir chamber upper end is installed with stirring motor, and stirring motor output shaft lower end surface is installed with stirring rod, the stirring
Chamber lower end surface is provided with and communicated with water intaking channel, is provided with and communicated with water intake valve on the water intaking channel；
It is characterized by: the stirring motor drives the stirring rod work to be quickly cooled down pulp-water.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910524869.9A CN110243124B (en) | 2019-06-18 | 2019-06-18 | Preparation terminal of acid type pure natural fermented slurry beverage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910524869.9A CN110243124B (en) | 2019-06-18 | 2019-06-18 | Preparation terminal of acid type pure natural fermented slurry beverage |
Publications (2)
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| CN101680697A (en) * | 2007-02-07 | 2010-03-24 | 托依卡国际公司 | The equipment and the method that are used for cooled beverage |
| CN101918774A (en) * | 2008-01-17 | 2010-12-15 | 伊诺蒂斯公司 | Method for blending a beverage in a single serving cup |
| CN105180552A (en) * | 2015-10-19 | 2015-12-23 | 南通大学 | Centring-rotary-stirring quick-cooling device and application method thereof |
| DE202017005881U1 (en) * | 2017-11-11 | 2017-11-27 | Bernd Große Ausber | Temperature control device for tempering objects |
| CN108430224A (en) * | 2015-11-19 | 2018-08-21 | 布兰克特克株式会社 | Freezer, moving body, ice slurry feed system, by cold insulation product transportation system, by the cooling method of cold insulation product, by the transportation resources of cold insulation product |
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| CN101680697A (en) * | 2007-02-07 | 2010-03-24 | 托依卡国际公司 | The equipment and the method that are used for cooled beverage |
| CN101918774A (en) * | 2008-01-17 | 2010-12-15 | 伊诺蒂斯公司 | Method for blending a beverage in a single serving cup |
| CN105180552A (en) * | 2015-10-19 | 2015-12-23 | 南通大学 | Centring-rotary-stirring quick-cooling device and application method thereof |
| CN108430224A (en) * | 2015-11-19 | 2018-08-21 | 布兰克特克株式会社 | Freezer, moving body, ice slurry feed system, by cold insulation product transportation system, by the cooling method of cold insulation product, by the transportation resources of cold insulation product |
| DE202017005881U1 (en) * | 2017-11-11 | 2017-11-27 | Bernd Große Ausber | Temperature control device for tempering objects |
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