CN109825411A - Fruit wine preparation facilities - Google Patents
Fruit wine preparation facilities Download PDFInfo
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- CN109825411A CN109825411A CN201910319851.5A CN201910319851A CN109825411A CN 109825411 A CN109825411 A CN 109825411A CN 201910319851 A CN201910319851 A CN 201910319851A CN 109825411 A CN109825411 A CN 109825411A
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- end wall
- chamber
- fixedly connected
- power
- fruit juice
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Abstract
The invention discloses fruit wine preparation facilities, including main box, the fruit juice feeding inlet of upper end wall connection free surrounding space is provided in the main box, turbine is provided in the fruit juice feeding inlet, the turbine lower end surface is fixedly connected with the drive shaft extended downwardly, is provided with the fruit juice channel extended downwardly in the wall of fruit juice feeding inlet left end；In present invention work, the preparation to fruit juice is completed by compact drive mechanism, wherein increase the linkage of device operation by the transmission between mechanism, turbine rotation is driven when being passed through fruit juice, kinetic energy is provided for the operation of device, has saved the energy, during the preparation process, the automation proportion of fruit juice raw material and hops is automatically controlled by the liquid level in stir chamber, while hops and fruit juice raw material are sufficiently stirred by rabbling mechanism, accelerates the preparation rate of fruit juice.
Description
Technical field
The present invention relates to fruit wine preparation fields, specially fruit wine preparation facilities.
Background technique
Fruit juice is that barley fruit juice is passed through the drink that multiple working procedure is prepared into, and traditional preparation industry mostly uses greatly artificial system
Standby, preparation efficiency is poor, while needing a large amount of brewing personnel, and manpower demand is more, and existing some preparation facilities structures are multiple
Miscellaneous, linkage is poor between mechanism, and the content of fruit juice raw material and hops is unable to quantitative proportioning, and preparation facilities needs additionally
Alternating current energy supply, consumption electric energy is more, and the preparation rate of fruit juice is slower.
Summary of the invention
The purpose of the present invention is to provide fruit wine preparation facilities, to solve the problems mentioned in the above background technology.
To achieve the above object, the invention provides the following technical scheme: fruit wine preparation facilities, including main box, the master
It is provided with the fruit juice feeding inlet of upper end wall connection free surrounding space in cabinet, is provided with turbine, the whirlpool in the fruit juice feeding inlet
Wheel lower end surface is fixedly connected with the drive shaft extended downwardly, is provided with the fruit juice extended downwardly in the wall of fruit juice feeding inlet left end
Channel, the fruit juice channel right end wall are connected with the fruit juice feeding inlet, and pan feeding pass is provided on the downside of the fruit juice feeding inlet
Closed chamber, the pan feeding closing is intracavitary to be provided with closing block, and the closing block left end is provided with the through hole that can be passed through fruit juice, described
Pan feeding closes on the downside of chamber and is provided with transmission mechanism, and the transmission mechanism includes power cavity, is embedded in the power cavity lower end wall
One generator, the power cavity left side are provided with transmission space, and the thread spindle that setting extends to the right in the transmission space is described
It is threaded with threaded block on thread spindle, fruit juice pan feeding closing organ is provided with above the threaded block, the fruit juice pan feeding closes
Closing mechanism includes the link block for being fixedly connected on the transmission space upper end wall, is rotatably connected on the link block through described
The connecting shaft of link block or so end face, the connecting shaft right side, which is fixedly connected with, connects bevel gear, on the connection bevel gear
End face engagement is connected with driven wheel of differential, and the driven wheel of differential upper surface is fixedly connected with the closing axle upwardly extended, described
It is provided with lifting rabbling mechanism on the downside of transmission space, the lifting rabbling mechanism includes stir chamber, under the stir chamber aft bulkhead
Side is connected with fruit juice channel lower end wall, is provided with the hops feeding inlet extended to the left on the downside of the stir chamber aft bulkhead,
The hops feeding inlet is located on the left of the fruit juice channel, on the downside of the hops feeding inlet lower end wall and the stir chamber aft bulkhead
It is connected, translation chamber is provided on the left of the stir chamber, is provided with mobile space, the translation chamber and institute on the right side of the stir chamber
It states stir chamber to be connected with the mobile space, slidably connects a kickboard in the wall of the translation chamber left end, the kickboard runs through
The translation chamber right end wall is slidably connected with the stir chamber left hand end wall and with the mobile space, sets on the downside of the stir chamber
It is equipped with stirring power mechanism, the stirring power mechanism includes stirring power chamber, is embedded in the stirring power chamber lower end wall
Power motor.
Preferably, the transmission mechanism includes power cavity, the pan feeding closes in chamber lower end wall and is provided with a power cavity,
Chamber end wall and the power cavity upper end up and down are closed through the fruit juice feeding inlet lower end wall, the pan feeding in the drive shaft lower end
Wall is simultaneously located in the power cavity, and the drive shaft lower end surface is fixedly connected with the first power bevel gear, is located at the power cavity
A torque spring is fixedly connected in the interior drive shaft, it is dynamic that the first power bevel gear left side engagement is connected with second
Power bevel gear, the thread spindle right end is through the transmission space right end wall and power cavity left end wall and is located at the power
Intracavitary, the second power bevel gear left side is fixedly connected with the thread spindle right side, under the second power bevel gear
End face engagement is connected with third power bevel gear, and the generator upper surface has been connected by power a power generation axis, on the power generation axis
End face is fixedly connected with the third power bevel gear lower end surface, and screw thread connects on the thread spindle in the transmission space
It is connected to a threaded block, the threaded block lower end surface is fixedly connected with limited block, the limited block lower end surface and the transmission space
Lower end wall is slidably connected, and the transmission space lower end wall is fixedly connected with the limit fixed block on the left of the limited block, institute
It states limit fixed block right side and is fixedly connected with the gag lever post that right side is fixedly connected on the transmission space right end wall, the limit
Bar is slidably connected through the limited block or so end face and with the limited block, on the one hand effect is by the turbine rotation
By mechanical energy storage in the generator, another aspect torsionspring, which stores power, makes the screw thread block reset.
Preferably, the fruit juice pan feeding closing organ includes that pan feeding closes chamber, set in the fruit juice feeding inlet lower end wall
It is equipped with pan feeding and closes chamber, the drive cavity being provided on the left of the power cavity on the downside of pan feeding closing chamber, the transmission sky
Between upper end wall be fixedly connected with link block, the connection through the link block or so end face is rotatably connected on the link block
Axis, the connecting shaft right side are fixedly connected with connection bevel gear, and the connection bevel gear upper surface engagement is connected with from mantle
Gear, the driven wheel of differential upper surface are fixedly connected with closing axle, and the transmission space upper end is run through in the closing axle upper end
Wall and the pan feeding close chamber lower end wall and close chamber rotation connection with the pan feeding, and the pan feeding is closed chamber upper end and is fixedly connected
There is closing block, through hole is provided in the closing block, end wall is connected the through hole with pan feeding closing chamber up and down, institute
It states connecting shaft left side and is fixedly connected with drive bevel gear, the drive bevel gear rear end face engagement is connected with rotating bevel gear,
The rotating bevel gear center is fixedly connected with rotation axis, and end wall is rotatablely connected before and after the rotation axis and the transmission space,
The rotation belt wheel being fixedly connected in the rotation axis on rear side of the rotating bevel gear, the rotation belt wheel epithelium band connection
There is output pulley, the output pulley center is fixedly connected with output shaft, and the output shaft and the transmission space aft bulkhead turn
Output spur gear that is dynamic to connect, being fixedly connected on the output shaft on front side of the output pulley, the output spur gear
It is inside provided with sliding slot symmetrical above and below, sliding block is slidably connected in the sliding slot, the sliding block is fixed far from the end face of output shaft
It is connected with adjustable spring, the adjustable spring other end is fixedly connected with the sliding slot far from the end wall of output shaft, the transmission
Space front bulkhead is rotatably connected to input shaft, and ratchet is fixedly connected on the input shaft, is evenly distributed with four on the ratchet
A ratchet, the ratchet are connect with the shoe contact, the storage being fixedly connected on front side of the ratchet on the input shaft
Power spring, the output straight-tooth wheel outer surface engagement are connected with the output rack gear on the left of the output spur gear, effect
It is hops pan feeding when closing fruit juice feeding inlet.
Preferably, the lifting rabbling mechanism includes stir chamber, stirring is provided in the wall of the transmission space left end
Chamber, it is connected on the downside of the stir chamber aft bulkhead with fruit juice channel lower end wall, is provided on the downside of the stir chamber aft bulkhead
The hops feeding inlet extended to the left, the hops feeding inlet are located on the left of the fruit juice channel, the hops feeding inlet lower end wall
It is connected on the downside of the stir chamber aft bulkhead, translation chamber, the translation chamber right end wall is provided in the wall of the stir chamber left end
Be connected with the stir chamber, be provided with mobile space in the stir chamber right end wall, mobile space left end wall with it is described
Stir chamber is connected, and a kickboard is slidably connected in the wall of the translation chamber left end, and the kickboard right end is right through the translation chamber
End wall, the stir chamber left hand end wall are slidably connected with mobile space left end wall and with the mobile space, the translation
It is provided with hops in chamber upper end wall and closes chamber, the hops close the intracavitary hops that slidably connect and close block, and the hops are closed
The block lower end surface kickboard upper surface intracavitary with the translation is located at is fixedly connected, and the hops close block upper end through described
Chamber upper end wall is translated, the hops close chamber lower end wall and the hops feeding inlet or more end wall and is located at the hops and closes chamber
Interior, the hops, which are closed in block, is provided with hops opening, is provided with stirring discharge port on the downside of the wall of the stir chamber left end, described to stir
It mixes discharge port right end wall to be connected with the stir chamber, stirring discharge port left end wall is connected with free surrounding space, described to stir
It mixes and is provided with discharging control valve in discharge port, be provided with hydraulic cavities in the mobile space lower end wall, be located at the mobile space
The interior kickboard upper surface is fixedly connected with mobile column, the mobile column upper end through the mobile space upper end wall with it is described
Transmission space lower end wall is simultaneously located in the transmission space, and a shifting chute, the shifting chute are provided in the mobile column upper end
Movable block is inside slidably connected, the movable block upper surface is fixedly connected with the output rack gear lower end surface, the output rack gear
Upper end is through the shifting chute upper end wall and is located in the transmission space, and it is sliding that one is provided in the end wall of the transmission space upper left
Dynamic space, the sliding space lower end wall are connected with the transmission space, slidably connect sliding shoe in the sliding space,
The sliding shoe left side is fixedly connected with reset spring, the reset spring left end and the fixed company of sliding space left end wall
It connects, the sliding shoe lower end surface is fixedly connected with the fixed block in the transmission space, is provided in the fixed block solid
Determine slot, the output upper end of the rack is slidably connected through the fixing groove lower end wall and with the fixing groove；
Wherein, the kickboard lower end surface in the mobile space is fixedly connected with first movement rack gear, the mobile tooth
The engagement of left side is connected with rotate gear, and end wall is rotatablely connected before and after the rotate gear and the mobile space, and described turn
The engagement of moving gear left end is connected with the second mobile rack, and second mobile rack runs through the kickboard upper and lower end face, and described the
Two mobile rack lower ends are through the mobile space lower end wall and the hydraulic cavities upper end wall and are located in the hydraulic cavities, described
Second mobile rack lower end surface is fixedly connected with hydraulic block, and the hydraulic block is slidably connected with the hydraulic cavities, the hydraulic block
Lower end surface is fixedly connected with hydraulic stem, and effect is the proportion for the fruit juice and hops being accurately passed through, and is then stirred.
Preferably, the stirring power mechanism includes stirring power chamber, stirring is provided in the stir chamber lower end wall
Power cavity, the intracavitary stirring power axis being provided with stirring power chamber rotation connection of the stirring power, the stirring are dynamic
Power axis upper end is through the end wall of the stirring power chamber and the lower end wall of the stir chamber and is located in the stir chamber, described to stir
It mixes chamber upper surface and is fixedly connected with poking bar, be provided with keyway on the stirring power axis intracavitary positioned at the stirring power,
Slidably connect first gear in the keyway, be provided with an annular groove in the first gear, the annular groove upper end wall with
The stirring power chamber is connected, and a mounting blocks are slidably connected in the annular groove, and the liquid is run through in the hydraulic stem lower end
It presses chamber lower end wall, the stirring power chamber upper end wall and the annular groove upper end wall and is located in the annular groove, it is described hydraulic
Bar lower end surface is fixedly connected with the mounting blocks upper surface, and a power motor, institute are embedded in the stirring power chamber lower end wall
It states power motor upper surface and is connected by power dynamic axis, second gear is fixedly connected on the line shaft, effect is described
Lifting rabbling mechanism work drives hydraulic stem decline to realize engaging for the first gear and the second gear, in fact
The stirring of the fruit juice and hops of existing quantitative proportioning.
In conclusion the medicine have the advantages that the preparation to fruit juice is completed by compact drive mechanism, wherein leading to
The transmission crossed between mechanism increases the linkage of device operation, drives turbine rotation when being passed through fruit juice, provides for the operation of device
Kinetic energy has saved the energy, during the preparation process, automatically controls fruit juice raw material and hops by liquid level in stir chamber
Automation proportion, while hops and fruit juice raw material are sufficiently stirred by rabbling mechanism, accelerate the preparation speed of fruit juice
Rate.
Detailed description of the invention
It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art
Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent
Some embodiments for those of ordinary skill in the art without creative efforts, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is the schematic view of the front view of fruit wine preparation facilities entirety complete section of the present invention；
Fig. 2 is the structure enlargement diagram in fruit wine preparation facilities of the present invention at A；
Fig. 3 is the structure enlargement diagram of ratchet in fruit wine preparation facilities of the present invention.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting
It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only
It is an example in a series of equivalent or similar characteristics.
Fig. 1-3 is please referred to, a kind of embodiment provided by the invention: fruit wine preparation facilities, including main box 100, the master
It is provided with the fruit juice feeding inlet 146 of upper end wall connection free surrounding space in cabinet 100, is provided with whirlpool in the fruit juice feeding inlet 146
Wheel 145,145 lower end surface of turbine is fixedly connected with the drive shaft 144 extended downwardly, the 146 left end wall of fruit juice feeding inlet
It is inside provided with the fruit juice channel 150 extended downwardly, the 150 right end wall of fruit juice channel is connected with the fruit juice feeding inlet 146,
It is provided with pan feeding on the downside of the fruit juice feeding inlet 146 and closes chamber 143, the pan feeding, which closes in chamber 143 to be provided with, closes block 149,
Closing 149 left end of block is provided with the through hole 102 that can be passed through fruit juice, and the pan feeding closes on the downside of chamber 143 and is provided with transmission
Mechanism 200, the transmission mechanism 200 include power cavity 174, are embedded with a generator 135 in 174 lower end wall of power cavity,
It is provided with transmission space 175 on the left of the power cavity 174, the thread spindle 164 extended to the right is set in the transmission space 175,
It is threaded with threaded block 160 on the thread spindle 164, fruit juice pan feeding closing organ is provided with above the threaded block 160
201, the fruit juice pan feeding closing organ 201 includes the link block 167 for being fixedly connected on 175 upper end wall of transmission space, institute
State the connecting shaft 166 being rotatably connected on link block 167 through 167 or so the end face of link block, 166 right end of connecting shaft
Face is fixedly connected with connection bevel gear 165, and 165 upper surface of the connection bevel gear engagement is connected with driven wheel of differential 140, described
140 upper surface of driven wheel of differential is fixedly connected with the closing axle 142 upwardly extended, is provided with liter on the downside of the transmission space 175
Rabbling mechanism 202 drops, the lifting rabbling mechanism 202 includes stir chamber 110,110 aft bulkhead of stir chamber downside with it is described
150 lower end wall of fruit juice channel is connected, and is provided with the hops feeding inlet 108 extended to the left on the downside of 110 aft bulkhead of stir chamber,
The hops feeding inlet 108 is located at 150 left side of fruit juice channel, 108 lower end wall of hops feeding inlet and the stir chamber
It is connected on the downside of 110 aft bulkheads, translation chamber 114 is provided on the left of the stir chamber 110, is provided on the right side of the stir chamber 110
Mobile space 113, the translation chamber 114 are connected with the stir chamber 110 with the mobile space 113, the translation chamber 114
A kickboard 117 is slidably connected in the wall of left end, the kickboard 117 is through the 114 right end wall of translation chamber and the stir chamber 110
Left hand end wall is simultaneously slidably connected with the mobile space 113, and stirring power mechanism 203, institute are provided on the downside of the stir chamber 110
Stating stirring power mechanism 203 includes stirring power chamber 124, is embedded with power motor in 124 lower end wall of stirring power chamber
132。
Beneficial, the transmission mechanism 200 includes power cavity 174, and the pan feeding closes in 143 lower end wall of chamber and is provided with one
About 143 chamber is closed through 146 lower end wall of fruit juice feeding inlet, the pan feeding in power cavity 174,144 lower end of drive shaft
End wall and 174 upper end wall of power cavity are simultaneously located in the power cavity 174, and 144 lower end surface of drive shaft is fixedly connected with
First power bevel gear 139 is fixedly connected with a torque spring in the drive shaft 144 in the power cavity 174
141,139 left side of the first power bevel gear engagement is connected with the second power bevel gear 138,164 right end of thread spindle
Through the 175 right end wall of transmission space and the 174 left end wall of power cavity and it is located in the power cavity 174, described second
138 left side of power bevel gear is fixedly connected with 164 right side of thread spindle, 138 lower end surface of the second power bevel gear
Engagement is connected with third power bevel gear 137, and 135 upper surface of generator has been connected by power a power generation axis 136, the power generation
136 upper surface of axis is fixedly connected with 137 lower end surface of third power bevel gear, in the transmission space 175 described in
A threaded block 160 is threaded on thread spindle 164,160 lower end surface of threaded block is fixedly connected with limited block 162, described
162 lower end surface of limited block is slidably connected with 175 lower end wall of transmission space, and 175 lower end wall of transmission space is fixedly connected
There is the limit fixed block 161 for being located at 162 left side of limited block, 161 right side of limit fixed block is fixedly connected with right side
It is fixedly connected on the gag lever post 163 of the 175 right end wall of transmission space, the gag lever post 163 runs through the limited block 162 or so
End face is simultaneously slidably connected with the limited block 162, and effect is that on the one hand mechanical energy storage is existed by the turbine 145 rotation
In the generator 135, another aspect torsionspring, which stores power, resets the threaded block 160.
Beneficial, the fruit juice pan feeding closing organ 201 includes that pan feeding closes chamber 143,146 lower end of fruit juice feeding inlet
It is provided with pan feeding in wall and closes chamber 143, the biography for closing 143 downside of chamber positioned at the pan feeding is provided on the left of the power cavity 174
Dynamic chamber 175,175 upper end wall of transmission space are fixedly connected with link block 167, are rotatably connected to and pass through on the link block 167
The connecting shaft 166 of 167 or so the end face of link block is worn, 166 right side of connecting shaft is fixedly connected with connection bevel gear
165,165 upper surface of the connection bevel gear engagement is connected with driven wheel of differential 140, and 140 upper surface of driven wheel of differential is solid
Surely it is connected with closing axle 142, chamber is closed through 175 upper end wall of transmission space and the pan feeding in 142 upper end of closing axle
143 lower end walls simultaneously close the rotation connection of chamber 143 with the pan feeding, and the pan feeding closes 143 upper end of chamber and is fixedly connected with closing block
149, through hole 102 is provided in the closing block 149, about 102 end wall of through hole and the pan feeding close 143 phase of chamber
Connection, 166 left side of connecting shaft are fixedly connected with drive bevel gear 168, and 168 rear end face of the drive bevel gear engagement connects
It is connected to rotating bevel gear 153,153 center of rotating bevel gear is fixedly connected with rotation axis 151, the rotation axis 151 and institute
The rotation connection of 175 front and back end wall of transmission space is stated, is fixedly connected in the rotation axis 151 positioned at the rotating bevel gear 153
The rotation belt wheel 152 of rear side, 152 upper belt of rotation belt wheel are connected with output pulley 155,155 center of output pulley
It is fixedly connected with output shaft, the output shaft and 175 aft bulkhead of transmission space are rotatablely connected, fixed on the output shaft to connect
It is connected to the output spur gear 156 for being located at 155 front side of output pulley, is provided in the output spur gear 156 symmetrical above and below
Sliding slot 172, slidably connect sliding block 170 in the sliding slot 172, the sliding block 170 is fixedly connected far from the end face of output shaft
There is adjustable spring 171,171 other end of adjustable spring is fixedly connected with the sliding slot 172 far from the end wall of output shaft, described
175 front bulkhead of transmission space is rotatably connected to input shaft 159, and ratchet 173, the spine are fixedly connected on the input shaft 159
Ratchet 169 there are four being uniformly distributed on wheel 173, the ratchet 169 is connected with the sliding block 170, on the input shaft 159
It is fixedly connected with the power spring 158 for being located at 173 front side of ratchet, 156 outer surface of the output spur gear engagement is connected with
Output rack gear 105 positioned at 156 left side of output spur gear, effect are hops pan feedings when closing fruit juice feeding inlet.
Beneficial, the lifting rabbling mechanism 202 includes stir chamber 110, is provided in the 175 left end wall of transmission space
Stir chamber 110, it is connected on the downside of 110 aft bulkhead of stir chamber with 150 lower end wall of fruit juice channel, the stir chamber 110
It is provided with the hops feeding inlet 108 extended to the left on the downside of aft bulkhead, the hops feeding inlet 108 is located at the fruit juice channel 150
It is connected on the downside of left side, 108 lower end wall of hops feeding inlet and 110 aft bulkhead of stir chamber, 110 left end of stir chamber
Translation chamber 114 is provided in wall, the 114 right end wall of translation chamber is connected with the stir chamber 110, and the stir chamber 110 is right
Mobile space 113 is provided in end wall, the 113 left end wall of mobile space is connected with the stir chamber 110, the translation chamber
Slidably connect a kickboard 117 in 114 left end walls, 117 right end of kickboard through the 114 right end wall of translation chamber, described stir
It mixes 110 left hand end wall of chamber and the 113 left end wall of mobile space and is slidably connected with the mobile space 113, the translation chamber
It is provided with hops in 114 upper end walls and closes chamber 103, the hops, which are closed in chamber 103, slidably connects hops closing block 106, institute
It states hops closing 106 lower end surface of block and is fixedly connected with 117 upper surface of the kickboard being located in the translation chamber 114, the wine
Flower closes 106 upper end of block and closes 103 lower end wall of chamber and the hops pan feeding through 114 upper end wall of translation chamber, the hops
Mouthful about 108 end walls and it is located at the hops and closes in chamber 103, the hops, which are closed in block 106, to be provided with hops and is open 111,
Stirring discharge port 120, the 120 right end wall of stirring discharge port and the stirring are provided on the downside of the 110 left end wall of stir chamber
Chamber 110 is connected, and the 120 left end wall of stirring discharge port is connected with free surrounding space, is provided in the stirring discharge port 120
Discharging control valve 121 is provided with hydraulic cavities 128 in 113 lower end wall of mobile space, in the mobile space 113
117 upper surface of kickboard is fixedly connected with mobile column 112, and 113 upper end of mobile space is run through in 112 upper end of mobile column
Wall and 175 lower end wall of transmission space are simultaneously located in the transmission space 175, are provided with one in 112 upper end of mobile column
Shifting chute 109 slidably connects movable block 107,107 upper surface of movable block and the output gear in the shifting chute 109
105 lower end surface of item is fixedly connected, and 105 upper end of output rack gear is through 109 upper end wall of shifting chute and is located at the transmission
In space 175, a sliding space 148,148 lower end wall of sliding space are provided in the 175 upper left end wall of transmission space
It is connected with the transmission space 175, sliding shoe 147 is slidably connected in the sliding space 148, the sliding shoe 147 is left
End face is fixedly connected with reset spring 178, and 178 left end of reset spring is fixedly connected with the 148 left end wall of sliding space,
147 lower end surface of sliding shoe is fixedly connected with the fixed block 104 in the transmission space 175, in the fixed block 104
It is provided with fixing groove 101,105 upper end of output rack gear is through 101 lower end wall of fixing groove and sliding with the fixing groove 101
Dynamic connection；
Wherein, 117 lower end surface of the kickboard in the mobile space 113 is fixedly connected with first movement rack gear 131, institute
It states the engagement of 131 left side of mobile rack and is connected with rotate gear 116, the rotate gear 116 and 113 front and back of mobile space
End wall rotation connection, 116 left end of the rotate gear engagement are connected with the second mobile rack 115, second mobile rack 115
Through 117 upper and lower end face of kickboard, 113 lower end wall of mobile space and institute are run through in 115 lower end of the second mobile rack
It states 128 upper end wall of hydraulic cavities and is located in the hydraulic cavities 128,115 lower end surface of the second mobile rack is fixedly connected with liquid
Briquetting 126, the hydraulic block 126 are slidably connected with the hydraulic cavities 128, and 126 lower end surface of hydraulic block is fixedly connected with liquid
Compression bar 129, effect are the proportions for the fruit juice and hops being accurately passed through, and are then stirred.
Beneficial, the stirring power mechanism 203 includes stirring power chamber 124, setting in 110 lower end wall of stir chamber
There is stirring power chamber 124, is provided in the stirring power chamber 124 dynamic with the stirring of the stirring power chamber 124 rotation connection
Power axis 127,127 upper end of stirring power axis is through the end wall of the stirring power chamber 124 and the lower end of the stir chamber 110
Wall and it is located in the stir chamber 110,110 upper surface of stir chamber is fixedly connected with poking bar 119, and it is dynamic to be located at the stirring
It is provided with keyway 179 on the stirring power axis 127 in power chamber 124, slidably connects first gear in the keyway 179
122, an annular groove 123,123 upper end wall of annular groove and the stirring power chamber 124 are provided in the first gear 122
It is connected, a mounting blocks 130 is slidably connected in the annular groove 123, the hydraulic cavities is run through in 129 lower end of hydraulic stem
128 lower end walls, 124 upper end wall of stirring power chamber and 123 upper end wall of annular groove and it is located in the annular groove 123,
129 lower end surface of hydraulic stem is fixedly connected with 130 upper surface of mounting blocks, and 124 lower end wall of stirring power chamber is embedded
Equipped with a power motor 132,132 upper surface of power motor is connected by power dynamic axis 133, consolidates on the line shaft 133
Surely be connected with second gear 134, effect be the work of lifting rabbling mechanism 202 drive the decline of hydraulic stem 129 thus
It realizes engaging for the first gear 122 and the second gear 134, realizes the stirring of the fruit juice and hops of quantitative proportioning.
In the following, applicant will be with reference to the concrete composition of attached drawing 1-3 and the application fruit wine preparation facilities described above
To introduce the application method of the application fruit wine preparation facilities in detail: in use, fruit juice enters institute from the fruit juice feeding inlet 146
Fruit juice channel 150 is stated, so that the turbine 145 is driven to rotate, so that the drive shaft 144 is driven to rotate, the torque spring
141 compressions store power, to drive the first power bevel gear 139 to rotate, to drive and the first power bevel gear 139
The second power bevel gear 138 rotation of engagement, to drive the third engaged with the second power bevel gear 138
Power bevel gear 137 rotates, so that the power generation axis 136 be driven to rotate, to convert mechanical energy to described in electric energy is stored in
It is that the operation of the power motor 132 energizes, since the second power bevel gear 138 rotates, thus band in generator 135
It moves the thread spindle 164 to rotate, so that the threaded block 160 be driven to be moved to the left；
Wherein, fruit juice enters in the stir chamber 110 on the downside of 110 aft bulkhead of stir chamber by the fruit juice channel 150,
Being gradually filled with moves up the kickboard 117, moves up so that the hops be driven to close block 106, the kickboard 117 to
Upper movement to driving the mobile column 112 to move up, thus drive the movable block 107 and the output rack gear 105 to
Upper movement, so that the output spur gear 156 be driven to rotate, the ratchet 173 dallies, and the power spring 158 stores power, works as institute
Hops opening 111 is stated when communicating with the hops feeding inlet 108, the threaded block 160 pushes the output rack gear 105 open, makes
The output rack gear 105 is disengaged from the output spur gear 156, stores the power spring of power to the limit at this time
158 release kinetic energy, the output spur gear 156 reversion to drive the output pulley 155 to rotate, thus drive with it is described defeated
The rotation belt wheel 152 rotation of 155 belt of pulley connection, to drive the rotating bevel gear 153 to rotate, to drive
The rotation axis 151 rotates, so that the drive bevel gear 168 is driven to rotate, so that the connecting shaft 166 is driven to rotate, from
And drive the connection bevel gear 165 to rotate, so that the closing axle 142 be driven to rotate, thus drive the closing block 149 with
The closing axle 142 rotates 180 degree, to realize the closing in the fruit juice channel 150, while the torque spring 141 discharges
Kinetic energy drives 139 reverse operation of the first power bevel gear, thus 138 reverse operation of the second power bevel gear, thus
The thread spindle 164 is driven to reversely rotate, to realize that the threaded block 160 resets
Then hops are passed through into the hops feeding inlet 108, hops are open through the hops feeding inlet 108 from the hops
Enter in the stir chamber 110 on the downside of 111 aft bulkheads, the kickboard 117 continues to rise, so that the hops be driven to close block
106 continue to rise, due to driving the mobile rack 131 to rise while the kickboard 117 moves up, the rotate gear
116 rotations, to drive second mobile rack 115 engaged with the rotate gear 116 to move down, to drive institute
Hydraulic block 126 is stated to move down, so that the hydraulic stem 129 is driven to move down, so that the mounting blocks 130 is driven to decline,
To drive the first gear 122 to decline, when hops opening 111 is re-closed with the hops feeding inlet 108, institute
It states first gear 122 just to engage with the second gear 134, then starts the power motor 132, with the generator
The 135 interior power stored drive the line shaft 133 to rotate, to drive the second gear 134 to rotate, thus drive and institute
The first gear 122 for stating the engagement of second gear 134 rotates, to drive the stirring power axis 127 to rotate, to drive
The poking bar 119 works, to realize that the fruit juice after quantitative proportioning is stirred with hops, is accordingly turned off the power motor
132, stirring terminates, and opens the discharging control valve 121, and the fruit juice and hops for terminating stirring pass through the stirring discharge port
120 are sent into subsequent processing；
Since the fruit juice and hops of discharge are reduced, so that the kickboard 117 declines, to keep the lifting rabbling mechanism 202 anti-
To work, device restPoses.
The beneficial effects of the present invention are: present apparatus structure is simple, the system to fruit juice is completed by compact drive mechanism
It is standby, wherein increasing the linkage of device operation by the transmission between mechanism, turbine rotation is driven when being passed through fruit juice, is device
Operation provides kinetic energy, has saved the energy, during the preparation process, by liquid level in stir chamber automatically control fruit juice raw material with
And the automation proportion of hops, while hops and fruit juice raw material are sufficiently stirred by rabbling mechanism, accelerate fruit juice
Preparation rate.
The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without
The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention
It should be determined by the scope of protection defined in the claims.
Claims (5)
1. fruit wine preparation facilities, including main box, it is characterised in that: it is extraneous empty to be provided with upper end wall connection in the main box
Between fruit juice feeding inlet, be provided with turbine in the fruit juice feeding inlet, the turbine lower end surface, which is fixedly connected with, to be extended downwardly
Drive shaft is provided with the fruit juice channel extended downwardly, the fruit juice channel right end wall and institute in the wall of fruit juice feeding inlet left end
It states fruit juice feeding inlet to be connected, pan feeding is provided on the downside of the fruit juice feeding inlet and closes chamber, the pan feeding closes intracavitary be provided with
Block is closed, the closing block left end is provided with the through hole that can be passed through fruit juice, and the pan feeding closes on the downside of chamber and is provided with driver
Structure, the transmission mechanism include power cavity, and a generator, setting on the left of the power cavity are embedded in the power cavity lower end wall
There is transmission space, the thread spindle extended to the right is set in the transmission space, is threaded with threaded block on the thread spindle, institute
It states and is provided with fruit juice pan feeding closing organ above threaded block, the fruit juice pan feeding closing organ includes being fixedly connected on the transmission
The link block of space upper end wall is rotatably connected to the connecting shaft through the link block or so end face on the link block, described
Connecting shaft right side is fixedly connected with connection bevel gear, and the connection bevel gear upper surface engagement is connected with driven wheel of differential, institute
It states driven wheel of differential upper surface and is fixedly connected with the closing axle upwardly extended, be provided with lifting blender on the downside of the transmission space
Structure, the lifting rabbling mechanism includes stir chamber, is connected on the downside of the stir chamber aft bulkhead with fruit juice channel lower end wall,
It is provided with the hops feeding inlet extended to the left on the downside of the stir chamber aft bulkhead, the hops feeding inlet is located at the fruit juice channel
It is connected on the downside of left side, the hops feeding inlet lower end wall and the stir chamber aft bulkhead, is provided on the left of the stir chamber flat
Chamber is moved, is provided with mobile space on the right side of the stir chamber, the translation chamber is connected with the stir chamber with the mobile space,
A kickboard is slidably connected in the wall of the translation chamber left end, the kickboard is left through the translation chamber right end wall and the stir chamber
Right end wall is simultaneously slidably connected with the mobile space, is provided with stirring power mechanism, the stirring power on the downside of the stir chamber
Mechanism includes stirring power chamber, is embedded with power motor in the stirring power chamber lower end wall.
2. fruit wine preparation facilities according to claim 1, it is characterised in that: the transmission mechanism includes power cavity, described
Pan feeding closes in chamber lower end wall and is provided with a power cavity, and the drive shaft lower end is through the fruit juice feeding inlet lower end wall, described
Pan feeding closes chamber, and with the power cavity upper end wall and in the power cavity, the drive shaft lower end surface is fixed to be connected end wall up and down
It is connected to the first power bevel gear, is fixedly connected with a torque spring in the drive shaft in the power cavity, described
The engagement of one power bevel gear left side is connected with the second power bevel gear, and the thread spindle right end runs through the transmission space right end
Wall and power cavity left end wall are simultaneously located in the power cavity, and the second power bevel gear left side and the thread spindle are right
End face is fixedly connected, and the second power bevel gear lower end surface engagement is connected with third power bevel gear, the generator upper end
Face has been connected by power a power generation axis, and the power generation axis upper surface is fixedly connected with the third power bevel gear lower end surface, is located at
A threaded block is threaded on the thread spindle in the transmission space, the threaded block lower end surface is fixedly connected with limit
Block, the limited block lower end surface are slidably connected with the transmission space lower end wall, and the transmission space lower end wall is fixedly connected with
Limit fixed block on the left of the limited block, the limit fixed block right side are fixedly connected with right side and are fixedly connected on institute
The gag lever post of transmission space right end wall is stated, the gag lever post slides company through the limited block or so end face and with the limited block
Connect, effect be on the one hand by the turbine rotation by mechanical energy storage in the generator, another aspect torsionspring
Storing power makes the screw thread block reset.
3. fruit wine preparation facilities according to claim 1, it is characterised in that: the fruit juice pan feeding closing organ includes pan feeding
Chamber is closed, pan feeding is provided in the fruit juice feeding inlet lower end wall and closes chamber, is provided with described in being located to enter on the left of the power cavity
Material closes the drive cavity on the downside of chamber, and the transmission space upper end wall is fixedly connected with link block, is rotatablely connected on the link block
There is the connecting shaft through the link block or so end face, the connecting shaft right side is fixedly connected with connection bevel gear, the company
It connects the engagement of bevel gear upper surface and is connected with driven wheel of differential, the driven wheel of differential upper surface is fixedly connected with closing axle, described
Closing axle upper end closes chamber lower end wall through the transmission space upper end wall and the pan feeding and closes chamber rotation with the pan feeding
Connection, the pan feeding close chamber upper end and are fixedly connected with closing block, are provided with through hole in the closing block, on the through hole
Lower end wall closes chamber with the pan feeding and is connected, and the connecting shaft left side is fixedly connected with drive bevel gear, the transmission cone
The engagement of gear rear end face is connected with rotating bevel gear, and the rotating bevel gear center is fixedly connected with rotation axis, the rotation axis
It is rotatablely connected with end wall before and after the transmission space, is fixedly connected on rear side of the rotating bevel gear in the rotation axis
Belt wheel is rotated, the rotation belt wheel upper belt is connected with output pulley, and the output pulley center is fixedly connected with output shaft, institute
It states output shaft and the transmission space aft bulkhead is rotatablely connected, be fixedly connected with before the output pulley on the output shaft
The output spur gear of side is provided with sliding slot symmetrical above and below in the output spur gear, slidably connects sliding block in the sliding slot,
The sliding block is fixedly connected with adjustable spring far from the end face of output shaft, and the adjustable spring other end is with the sliding slot far from defeated
The end wall of shaft is fixedly connected, and the transmission space front bulkhead is rotatably connected to input shaft, is fixedly connected on the input shaft
Ratchet is uniformly distributed on the ratchet there are four ratchet, and the ratchet is connect with the shoe contact, fixation on the input shaft
It is connected with the power spring being located on front side of the ratchet, the output straight-tooth wheel outer surface engagement is connected with straight positioned at the output
Output rack gear on the left of gear, effect are hops pan feedings when closing fruit juice feeding inlet.
4. fruit wine preparation facilities according to claim 1, it is characterised in that: the lifting rabbling mechanism includes stir chamber,
It is provided with stir chamber in the wall of the transmission space left end, the stir chamber aft bulkhead downside and the fruit juice channel lower end wall phase
Connection, the stir chamber aft bulkhead downside are provided with the hops feeding inlet extended to the left, and the hops feeding inlet is located at the fruit
On the left of juice channel, it is connected on the downside of the hops feeding inlet lower end wall and the stir chamber aft bulkhead, stir chamber left end wall
It is inside provided with translation chamber, the translation chamber right end wall is connected with the stir chamber, is provided with shifting in the stir chamber right end wall
Dynamic space, mobile space left end wall are connected with the stir chamber, and it is floating that one is slidably connected in the wall of the translation chamber left end
Plate, the kickboard right end through the translation chamber right end wall, the stir chamber left hand end wall and mobile space left end wall and
It is slidably connected with the mobile space, hops is provided in the translation chamber upper end wall and close chamber, the hops close intracavitary cunning
The dynamic hops that are connected with close block, and the hops are closed the block lower end surface kickboard upper surface intracavitary with the translation is located at and fixed
Connection, the hops are closed block upper end and are entered through the translation chamber upper end wall, hops closing chamber lower end wall with the hops
Material mouth end wall and is located at the hops and closes intracavitary up and down, and the hops, which are closed in block, is provided with hops opening, the stir chamber
It is provided with stirring discharge port on the downside of the wall of left end, the stirring discharge port right end wall is connected with the stir chamber, described to stir out
Material mouth left end wall is connected with free surrounding space, and discharging control valve, the mobile space lower end are provided in the stirring discharge port
Hydraulic cavities are provided in wall, the kickboard upper surface in the mobile space is fixedly connected with mobile column, the movement
Column upper end is through the mobile space upper end wall and the transmission space lower end wall and is located in the transmission space, the movement
Be provided with a shifting chute in column upper end, slidably connect movable block in the shifting chute, the movable block upper surface with it is described defeated
Rack gear lower end surface is fixedly connected out, and the output upper end of the rack is through the shifting chute upper end wall and is located at the transmission space
It is interior, a sliding space, the sliding space lower end wall and the transmission space phase are provided in the end wall of the transmission space upper left
It is connected to, slidably connects sliding shoe in the sliding space, the sliding shoe left side is fixedly connected with reset spring, described multiple
Position spring left end is fixedly connected with sliding space left end wall, and the sliding shoe lower end surface is fixedly connected with positioned at the transmission
Fixed block in space, fixing groove is provided in the fixed block, and the output upper end of the rack runs through the fixing groove lower end wall
And it is slidably connected with the fixing groove；
Wherein, the kickboard lower end surface in the mobile space is fixedly connected with first movement rack gear, the mobile tooth
The engagement of left side is connected with rotate gear, and end wall is rotatablely connected before and after the rotate gear and the mobile space, and described turn
The engagement of moving gear left end is connected with the second mobile rack, and second mobile rack runs through the kickboard upper and lower end face, and described the
Two mobile rack lower ends are through the mobile space lower end wall and the hydraulic cavities upper end wall and are located in the hydraulic cavities, described
Second mobile rack lower end surface is fixedly connected with hydraulic block, and the hydraulic block is slidably connected with the hydraulic cavities, the hydraulic block
Lower end surface is fixedly connected with hydraulic stem, and effect is the proportion for the fruit juice and hops being accurately passed through, and is then stirred.
5. fruit wine preparation facilities according to claim 1, it is characterised in that: the stirring power mechanism includes stirring power
Chamber is provided with stirring power chamber in the stir chamber lower end wall, and the stirring power is intracavitary to be provided with and the stirring power chamber
The stirring power axis of rotation connection, end wall and the stir chamber of the stirring power axis upper end through the stirring power chamber
Lower end wall and be located at the stir chamber in, the stir chamber upper surface is fixedly connected with poking bar, be located at the stirring power chamber
It is provided with keyway on the interior stirring power axis, first gear is slidably connected in the keyway, is set in the first gear
It is equipped with an annular groove, the annular groove upper end wall is connected with the stirring power chamber, slidably connects one in the annular groove
Mounting blocks, the hydraulic stem lower end is on the hydraulic cavities lower end wall, the stirring power chamber upper end wall and the annular groove
End wall and be located at the annular groove in, the hydraulic stem lower end surface is fixedly connected with the mounting blocks upper surface, it is described stirring move
It is embedded with a power motor in power chamber lower end wall, the power motor upper surface is connected by power dynamic axis, on the line shaft
It is fixedly connected with second gear, acting on is that the lifting rabbling mechanism work drives the hydraulic stem decline to described in realization
First gear is engaged with the second gear, realizes the stirring of the fruit juice and hops of quantitative proportioning.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910319851.5A CN109825411A (en) | 2019-04-19 | 2019-04-19 | Fruit wine preparation facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910319851.5A CN109825411A (en) | 2019-04-19 | 2019-04-19 | Fruit wine preparation facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109825411A true CN109825411A (en) | 2019-05-31 |
Family
ID=66875699
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910319851.5A Withdrawn CN109825411A (en) | 2019-04-19 | 2019-04-19 | Fruit wine preparation facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109825411A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110813432A (en) * | 2019-11-18 | 2020-02-21 | 宿州市众力保温节能材料股份有限公司 | Crushing treatment device |
-
2019
- 2019-04-19 CN CN201910319851.5A patent/CN109825411A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110813432A (en) * | 2019-11-18 | 2020-02-21 | 宿州市众力保温节能材料股份有限公司 | Crushing treatment device |
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Application publication date: 20190531 |