CN109874882A - A kind of method of tea enzyme deactivating and strip sorting - Google Patents
A kind of method of tea enzyme deactivating and strip sorting Download PDFInfo
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- CN109874882A CN109874882A CN201910348925.8A CN201910348925A CN109874882A CN 109874882 A CN109874882 A CN 109874882A CN 201910348925 A CN201910348925 A CN 201910348925A CN 109874882 A CN109874882 A CN 109874882A
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- manage bar
- tealeaves
- distributing trough
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- enzyme deactivating
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Abstract
The present invention relates to a kind of methods of tea enzyme deactivating and strip sorting, when tea carding finishes in resonable bar groove, material-feeding mechanism on the upside of the resonable bar groove of tealeaves for preparing water-removing is evenly distributed with, after tea carding water-removing terminates and removes reset in manage bar slot, starting material-feeding mechanism direct plunges into tealeaves well laid on material-feeding mechanism in the manage bar slot of each lower section, then manage bar slot carries out manage bar water-removing again and carries out the uniformly distributed tealeaves for preparing water-removing in material-feeding mechanism, it recycles repeatedly, until all tea enzyme deactivating and strip sortings are completed, the method of the present invention step is concise, it is convenient to carry out, can into manage bar slot simultaneously uniform distribution, promote the enzyme deactivating and strip sorting effect and efficiency of tealeaves, meet present requirement.
Description
Technical field
A kind of tea processing field of the present invention, and in particular to method of tea enzyme deactivating and strip sorting.
Background technique
When carrying out enzyme deactivating and strip sorting to tealeaves now, manage bar is generally carried out to tealeaves using tea carding machine.Present tealeaves reason
Machine, tea grower when in use, first by arranging young leaves in each manage bar slot by hand on carding machine, then tea carding machine
Enzyme deactivating and strip sorting is carried out to tealeaves, after manage bar finishes, the tealeaves in manage bar slot is toppled over from side, then passes through craft again
Young leaves is rearranged in each manage bar slot on carding machine.
When carrying out enzyme deactivating and strip sorting to tealeaves using carding machine now, method is too simple, and cloth is uneven, enzyme deactivating and strip sorting effect
Rate and effect are too poor, are not able to satisfy present requirement.
Summary of the invention
The object of the present invention is to provide the methods of tea enzyme deactivating and strip sorting, and the purpose is to can be realized the uniform cloth into manage bar slot
Material promotes tea enzyme deactivating and strip sorting efficiency and effect.
The technical solution that the present invention takes is specific as follows.
A kind of method of tea enzyme deactivating and strip sorting, it is in resonable bar groove when tea carding water-removing, the tealeaves for preparing water-removing is resonable
Material-feeding mechanism on the upside of bar groove is evenly distributed with, and after tea carding water-removing terminates and removes reset in manage bar slot, starts material-feeding mechanism
Tealeaves well laid on material-feeding mechanism is direct plungeed into the manage bar slot of each lower section, then manage bar slot carry out again manage bar water-removing with
And the uniformly distributed tealeaves for preparing water-removing is carried out in material-feeding mechanism, it recycles repeatedly, until all tea enzyme deactivating and strip sortings are completed.
Preferably: after investment prepares the tealeaves of water-removing in each manage bar slot, manage bar stick is put into resonable bar groove, then into
Manage bar stick is first removed out of manage bar slot after the completion of each tea carding water-removing, then again removes tealeaves by the water-removing of row manage bar.
Preferably: when material-feeding mechanism discharging, adjusts each distributing trough and manage bar slot upper and lower corresponding on material-feeding mechanism and arrange,
Then the distributing trough bottom of distributing trough is opened, so that the tealeaves in distributing trough drops down onto manage bar slot, the length and manage bar of distributing trough
The length of slot is consistent.
Preferably: manage bar stick being stored to distributing trough bottom, the whereabouts road of tealeaves is then removed together with distributing trough bottom
Diameter, after the tealeaves in material-feeding mechanism is fully removed, manage bar stick resets together in company with distributing trough bottom.
Preferably: one end of manage bar slot is provided with the discharge port that can be opened, and when discharging, the other end of manage bar slot is lifted
And discharge port is opened, so that tealeaves is fully removed from discharge port in manage bar slot.
Preferably: the notch of distributing trough and slot bottom being sized to adjustable, adjusted when uniformly distributed tealeaves into distributing trough
Distributing trough in notch is big, the small shape of slot bottom, distributing trough adjusted when unloading tealeaves distributing trough in notch small, the big shape of slot bottom.
Preferably: first carrying out spreading wilting processing before tea enzyme deactivating and strip sorting.
Preferably: the temperature of tea enzyme deactivating and strip sorting is 150 DEG C~250 DEG C.
Preferably: the time of tea enzyme deactivating and strip sorting is 3~5min.
Preferably: 5~20min of spreading for cooling after tea enzyme deactivating and strip sorting.
The technical effect that the present invention obtains are as follows: the method for the present invention will prepare in bar groove resonable first when tea carding water-removing
Material-feeding mechanism on the upside of the resonable bar groove of the tealeaves of water-removing is evenly distributed with, and tea carding water-removing terminates and removes reset in manage bar slot
Afterwards, starting material-feeding mechanism direct plunges into tealeaves well laid on material-feeding mechanism in the manage bar slot of each lower section, and then manage bar slot is again
It is secondary to carry out manage bar water-removing and carry out the uniformly distributed tealeaves for preparing water-removing in material-feeding mechanism, it recycles repeatedly, until all tea
Leaf enzyme deactivating and strip sorting is completed, and be ensure that and is evenly arranged tealeaves into manage bar slot, improves the efficiency and effect of enzyme deactivating and strip sorting.
After investment prepares the tealeaves to finish in each manage bar slot, it is put into manage bar stick in resonable bar groove, is then carrying out manage bar
Manage bar stick is first removed out of manage bar slot after the completion of each tea carding water-removing, then again removes tealeaves, pass through reason by water-removing
The use of bar is able to ascend manage bar fixation effect, in cloth, manage bar stick is removed out of manage bar slot, avoids manage bar stick
The problem of interfering cloth.
When material-feeding mechanism discharging, adjusts each distributing trough and manage bar slot upper and lower corresponding on material-feeding mechanism and arrange, then by cloth
The distributing trough bottom of hopper is opened, so that the tealeaves in distributing trough drops down onto manage bar slot, the length of distributing trough and the length of manage bar slot
It is consistent, so that every distributing trough is corresponding with manage bar slot, realizes that the tealeaves in every distributing trough can fall into corresponding manage bar
In slot, realize uniform distribution and simultaneously cloth function, avoid cloth unevenness and it is different when cloth bring enzyme deactivating and strip sorting degree
Different problem.
Manage bar stick is stored to distributing trough bottom, the descent path of tealeaves, cloth are then removed together with distributing trough bottom
After tealeaves within the organization is fully removed, manage bar stick resets together in company with distributing trough bottom, so that manage bar stick fortune synchronous with distributing trough bottom
It is dynamic, it is convenient for cloth, while realizing conveniently.
One end of manage bar slot is provided with the discharge port that can be opened, and when discharging, the other end of manage bar slot is lifted and is opened
Discharge port is convenient for efficiently discharging so that tealeaves is fully removed from discharge port in manage bar slot, and discharging is thorough.
The notch of distributing trough and slot bottom are sized to adjustable, adjusting distributing trough when uniformly distributed tealeaves into distributing trough is in
Notch is big, the small shape of slot bottom, and distributing trough adjusts distributing trough in notch is small, the big shape of slot bottom, so that distributing trough is in cloth when unloading tealeaves
When, tealeaves can rapidly and thoroughly be fallen into manage bar slot, realized and synchronized homogenization cloth.
It first carries out spreading wilting processing before tea enzyme deactivating and strip sorting, promotes the enzyme deactivating and strip sorting effect of tealeaves.Tea enzyme deactivating and strip sorting
Temperature be 150 DEG C~250 DEG C, tea enzyme deactivating and strip sorting effect is best in this temperature range.The time of tea enzyme deactivating and strip sorting be 3~
5min, tea enzyme deactivating and strip sorting effect is best within the scope of this time.5~20min of spreading for cooling after tea enzyme deactivating and strip sorting, so that tealeaves is uniform
Natural cooling promotes tea leaf quality.
The method of the present invention step is concise, convenient to carry out, can into manage bar slot uniform distribution simultaneously, promote the water-removing of tealeaves
Manage bar effect and efficiency meet present requirement.
Detailed description of the invention
Fig. 1 is according to a kind of structural schematic diagram of tea carding machine proposed by the present invention.
Fig. 2 is the structural schematic diagram according to A2 connecting rod and A2 crank in a kind of tea carding machine proposed by the present invention.
Fig. 3 is the structural schematic diagram according to distributing trough and slot pot in a kind of tea carding machine proposed by the present invention.
Fig. 4 is the structural schematic diagram according to regulating mechanism in a kind of tea carding machine proposed by the present invention.
Fig. 5 is the structural schematic diagram according to A2 cross bar and A2 vertical bar in a kind of tea carding machine proposed by the present invention.
Fig. 6 is the structural schematic diagram according to A1 cross bar and A1 vertical bar in a kind of tea carding machine proposed by the present invention.
Fig. 7 is the structural schematic diagram according to pushing sleeve in a kind of tea carding machine proposed by the present invention.
Each drawing reference numeral corresponding relationship is as follows: each drawing reference numeral corresponding relationship is as follows: 100- slot pot, 110- manage bar slot,
200- distribution device, 210- distributing trough, 211-A1 cell wall, 212-A2 cell wall, 213- distributing trough bottom, 213a- accommodating groove, 214-A1
Shaft, 215-A2 shaft, 216- cloth bracket, 217- baffle, 218- movable support, 300- regulating mechanism, 310- push rod, 320-
A1 connecting rod, 321-A1 vertical bar, 321a-A1 strip-shaped hole, 322-A connector, 341-A2 vertical bar, 341a-A2 strip-shaped hole, 342-B connect
Fitting, 330-A1 crank, 340-A2 connecting rod, 350-A2 crank, 360- pushing sleeve, 361- locating part, 362- trunnion, 370- are synchronized and are changed
To component, 371- reversing bar, 372- driving member, 372a-B crank, 372a1-B strip-shaped hole, 373-B shaft, 374-A1 cross bar,
375-A2 cross bar, 380- elastic component, 390-B push electric cylinders, 400- manage bar stick, 410- lifting assembly, 420- motion bar, 430- to hang
Rope.
Specific embodiment
In order to which objects and advantages of the present invention are more clearly understood, the present invention is carried out with reference to embodiments specific
It is bright.It should be appreciated that following text is only used to describe one or more of specific embodiments of the invention, not to the present invention
The protection scope specifically requested carries out considered critical.
Embodiment 1
In embodiments of the present invention, a kind of method of tea enzyme deactivating and strip sorting is proposed, it, will when tea carding finishes in resonable bar groove
Prepare the material-feeding mechanism on the upside of the resonable bar groove of tealeaves of water-removing to be evenly distributed with, tea carding water-removing terminates and removes multiple in manage bar slot
Behind position, starting material-feeding mechanism direct plunges into tealeaves well laid on material-feeding mechanism in the manage bar slot of each lower section, then manage bar slot
Manage bar water-removing is carried out again and carries out the uniformly distributed tealeaves for preparing water-removing in material-feeding mechanism, is recycled repeatedly, until all
Tea enzyme deactivating and strip sorting is completed.
The method of the present invention, in bar groove resonable first when tea carding water-removing, on the upside of the resonable bar groove of tealeaves that water-removing will be prepared
Material-feeding mechanism be evenly distributed with, tea carding water-removing terminates and after removing reset in manage bar slot, and starting material-feeding mechanism is by material distributing machine
Well laid tealeaves direct plunges into the manage bar slot of each lower section on structure, and then manage bar slot carries out manage bar water-removing and again in cloth
The uniformly distributed tealeaves for preparing water-removing is carried out in mechanism, is recycled repeatedly, until all tea enzyme deactivating and strip sortings are completed, ensure that reason
It is evenly arranged tealeaves in bar groove, improves the efficiency and effect of enzyme deactivating and strip sorting.
After investment prepares the tealeaves to finish in each manage bar slot, it is put into manage bar stick in resonable bar groove, is then carrying out manage bar
Manage bar stick is first removed out of manage bar slot after the completion of each tea carding water-removing, then again removes tealeaves by water-removing.
Manage bar stick is put into resonable bar groove, when manage bar slot carries out enzyme deactivating and strip sorting to tealeaves, in the resonable bar groove of manage bar stick with
Manage bar slot side-to-side movement, tealeaves is rubbed, effectively raises the water-removing and manage bar effect of tealeaves, promotes quality, often
After the completion of secondary tea carding water-removing, manage bar stick is removed out of manage bar slot first, then again removes tealeaves, can guarantee tea in this way
Leaf can rapidly and thoroughly be removed out of manage bar slot, avoid manage bar stick that tealeaves is hindered to remove, while when new to adding in manage bar slot
Ye Shi also avoids the problem of manage bar stick interferes cloth.
When material-feeding mechanism discharging, adjusts each distributing trough and manage bar slot upper and lower corresponding on material-feeding mechanism and arrange, then by cloth
The distributing trough bottom of hopper is opened, so that the tealeaves in distributing trough drops down onto manage bar slot, the length of distributing trough and the length of manage bar slot
It is consistent.
Every distributing trough is corresponding with manage bar slot, realizes that the tealeaves in every distributing trough can be fallen into corresponding manage bar slot,
The distributing trough bottom of distributing trough is opened again, realizes and cloth is carried out simultaneously to each manage bar slot, avoid cloth unevenness and it is different when cloth
The different problem of bring enzyme deactivating and strip sorting degree.
Manage bar stick is stored to distributing trough bottom, the descent path of tealeaves, cloth are then removed together with distributing trough bottom
After tealeaves within the organization is fully removed, manage bar stick resets together in company with distributing trough bottom.
So that manage bar stick is moved synchronously with distributing trough bottom, it is not only able to the interference for avoiding manage bar stick to tealeaves disengaging manage bar slot
Influence problem is moved synchronously with distributing trough bottom, convenient to carry out, and manage bar stick is enabled to pass in and out tealeaves together with distributing trough bottom
Descent path, it is easy to adjust convenient for control.
One end of manage bar slot is provided with the discharge port that can be opened, and when discharging, the other end of manage bar slot is lifted and is opened
Discharge port, so that tealeaves is fully removed from discharge port in manage bar slot.
When resonable bar groove carries out discharging, it is only necessary to lift manage bar slot far from discharge port one end, tealeaves can be from discharge port
In skid off, discharging is convenient and efficient, is easy to implement simultaneously, and it is convenient to control to adjust.
The notch of distributing trough and slot bottom are sized to adjustable, adjusting distributing trough when uniformly distributed tealeaves into distributing trough is in
Notch is big, the small shape of slot bottom, and distributing trough adjusts distributing trough in notch is small, slot bottom big shape when unloading tealeaves.
It is adjustable by the way that notch and slot bottom to be arranged to, blow tank is passed in and out convenient for tealeaves, tealeaves can be out of distributing trough
It rapidly and thoroughly puts into manage bar slot, evacuation residual or tealeaves are incongruous into bring water-removing degree in manage bar slot
Different problem.
It first carries out spreading wilting processing before tea enzyme deactivating and strip sorting.
So that the moisture in tealeaves is first lost a part, while tealeaves is softened, so that tealeaves is in enzyme deactivating and strip sorting effect
More preferably, while processing efficiency is promoted.
The temperature of tea enzyme deactivating and strip sorting is 150 DEG C~250 DEG C.
Tea enzyme deactivating and strip sorting effect is best in this temperature range.
The time of tea enzyme deactivating and strip sorting is 3~5min.
Tea enzyme deactivating and strip sorting effect is best within the scope of this time.
5~20min of spreading for cooling after tea enzyme deactivating and strip sorting.
So that the uniform natural cooling of tealeaves, promotes tea leaf quality.
The method of the present invention step is concise, convenient to carry out, can into manage bar slot uniform distribution simultaneously, promote the water-removing of tealeaves
Manage bar effect and efficiency meet present requirement.
Embodiment 2
Referring to Fig.1-4, a kind of tea enzyme deactivating and strip sorting method proposed according to the present invention proposes one in embodiments of the present invention
Kind tea carding machine, including the slot pot 100 being made of each manage bar slot 110, the top of slot pot 100 is provided with distribution device 200, cloth
Material device 200 includes the distributing trough 210 for being used to contain material that arrangement is respectively corresponded with each manage bar slot 110, distributing trough 210 and tune
Section mechanism 300 is connected, and regulating mechanism 300 is for adjusting the cloth into manage bar slot 110 of distributing trough 210.
Slot pot 100 is used to handle the enzyme deactivating and strip sorting of tealeaves, by the setting of distribution device 200, realizes into slot pot 100
The function of cloth in each manage bar slot 110 realizes every distributing trough by the arrangement corresponding with each manage bar slot 110 of distributing trough 210
210 cloth, realization can carry out enzyme deactivating and strip sorting to the tealeaves in it when manage bar slot 110 into corresponding manage bar slot slot 110
It in the process, can be fast after manage bar slot 110 finishes batch turning to the tea enzyme deactivating and strip sorting in it to 210 cloth of distributing trough
Speed carries out cloth into manage bar slot 110, is greatly improved processing efficiency, by the setting of regulating mechanism 300, realizes and adjusts
Each distributing trough 210 simultaneously into manage bar slot 110 cloth function, avoid the artificial successively cloth into each manage bar slot 110 now
When, the front and back cloth time difference is caused, the problem for causing water-removing degree different.
There is distributing trough bottom 213, distributing trough bottom 213 is arranged to open-close type structure, and regulating mechanism 300 is used on distributing trough 210
Cloth is carried out in the slot bottom opening and closing for adjusting each distributing trough 210.
The distributing mode of present tealeaves, is much that parabolically formula is sprinkled into manage bar slot 110, this kind of distributing mode, tealeaves
It is to enter in manage bar slot 110 in front and back, the time for be easy to causeing tealeaves to enter in manage bar slot 110 is different, will cause tealeaves and kills
Green degree is different, and this mode tealeaves in cloth is easy to scatter, so that when to corresponding 110 cloth of manage bar slot, tea
Leaf is easily accessible in other manage bar slot 110, so that the tea amount in each manage bar slot 110 is different, will lead in each manage bar slot 110
There is deviation in tea green-keeping degree and effect,, only need to be by cloth when carrying out cloth by the setting at open-close type distributing trough bottom 213
Hopper bottom 213 is opened, and the tealeaves in distributing trough 210 can be fallen into manage bar slot 110, enables tealeaves in each distributing trough 210
Enough while entering in corresponding manage bar slot 110, cloth is efficient and convenient, and enables to the tealeaves in each distributing trough 210 can
Isodose is distributed into corresponding manage bar slot 110, homogenization cloth is realized, so that the tea enzyme deactivating and strip sorting effect in each manage bar slot 110
It is identical, it ensure that the effect of tea enzyme deactivating and strip sorting.
213 level of distributing trough bottom of distributing trough 210 is slidably mounted on cloth bracket 216, the interruption-like row of distributing trough 210
Cloth, regulating mechanism 300 adjust distributing trough bottom 213 and are in two states, and one is to be closed to the slot bottom of distributing trough 210
Upper material position, secondly being to move to the cloth material position avoided between two distributing troughs 210 to the whereabouts of material in distributing trough 210.
Distributing trough bottom 213 is slidably mounted on cloth bracket 216 by level, so that opening adjusting distributing trough bottom 213
When closing, it only need to adjust distributing trough bottom 213 and be slided on cloth bracket 216, it is convenient to realize, while being easy to implement each distributing trough
It is slided while bottom 213, realizes that carrying out opening and closing simultaneously to each distributing trough bottom 213 is adjusted；The setting of slidingtype, is opened compared with other
Mode is closed, not only implements to be easy, and failure rate is low, it is easy to control convenient for adjusting.
The slot frame of distributing trough 210 includes two A1 cell walls 211 and A2 cell wall 212 positioned opposite, and A1, A2 cell wall are and cloth
The consistent cell wall in flute length direction of slot 210, A1 cell wall 211 and/or A2 cell wall 212 are rotatably installed in cloth bracket 216 by A shaft
On, A shaft and the flute length direction of distributing trough 210 are consistent, when distributing trough bottom 213 is in upper material position, the slot frame of distributing trough 210
In the small state arrangement of big upper and lower small mouth mouth, when distributing trough bottom 213 is in cloth material position, the slot frame of distributing trough in it is suitable for reading it is small, lower mouth is big
State arrangement.
By the turnable setting of A1 cell wall 211 and A2 cell wall 212, so that when adding tealeaves into distributing trough 210,
A1 cell wall 211 and A2 cell wall 212 rotate, and the slot frame of distributing trough 210 state small in big upper and lower small mouth mouth is convenient for distributing trough 210
Interior addition tealeaves；When the cloth into manage bar slot 110 of distributing trough 210, A1 cell wall 211 and A2 cell wall 212 are rotated, distributing trough 210
Slot frame be in state arrangement small, lower mouth is big suitable for reading, enable to the tealeaves in distributing trough 210 quickly to fall into manage bar slot 110, keep away
The slot frame of distributing trough 210 is exempted from lower mouth hour, tealeaves is not easy the susceptible to plugging problem of blanking, avoids conventional fixed-type distributing trough
210 addition tealeaves are constant or problem from the cloth inconvenience to manage bar slot 110 of.
The slot bottom lower surface of distributing trough 210 has the accommodating groove 213a for storing manage bar stick 400, and manage bar stick 400 passes through
410 lift of lifting assembly is mounted on distribution device 200.
By the setting of accommodating groove 213a, for distributing trough 210 when preparing cloth, slot bottom moves it from upper material position to cloth material position
Before, lifting assembly 410 promotes manage bar stick 400 into accommodating groove 213a, and then regulating tank bottom moves to cloth from from upper material position
Position, after cloth finishes, slot bottom moves to upper material position from cloth material position, and lifting assembly 410 puts down manage bar stick 400；Avoid manage bar
Stick 400 hinders the problem of cloth, is convenient for the quick cloth into manage bar slot 110 of distributing trough 210.
A shaft includes A1 shaft 214 and A2 shaft 215, and each A1 cell wall 211 is rotatably installed in cloth by A1 shaft 214
On frame 216, each A2 cell wall 212 is rotatably installed on cloth bracket 216 by A2 shaft 215.
By the setting of A1 shaft 214 and A2 shaft 215, so that adjusting A1 shaft 214 and the rotation of A2 shaft 215
The switching of the slot frame two states of distributing trough 210 is adjusted, A1 shaft 214 and A2 shaft 215 are rotated towards opposite direction respectively, energy
Enough rotations in the opposite direction for driving each A1 cell wall 211 and each A2 cell wall 212 respectively, so that being easy to implement slot bottom is in upper material position
When, the slot frame of distributing trough 210 state arrangement small in big upper and lower small mouth mouth, when slot bottom is in cloth material position, the slot frame of distributing trough 210
In state arrangement small, lower mouth is big suitable for reading.
Movable support 218, movable support 218 and cloth bracket 216 are provided on cloth bracket 216 along the groove width of manage bar slot 110
Direction is slidably matched, and distributing trough bottom 213 is arranged at intervals on movable support 218.
It is slidably matched by being constituted between movable support 218 and cloth bracket 216, when distributing trough bottom 213 is adjusted,
Only movable support 218 need to be driven to slide the adjusting that the synchronization to each distributing trough bottom 213 can be realized, structure on cloth bracket 216
Stablize, it is convenient to adjust, and is easy to implement.
Horizontally disposed two motion bar 420, bar length and the manage bar slot 110 of motion bar 420 are provided on movable support 218
Arrangement range is consistent, and two motion bars 420 are movably arranged on movable support 218, motion bar 420 and lifting assembly
410 are connected, and lifting rope 430 is arranged at intervals on motion bar 420, and the manage bar stick 400 in manage bar slot 110 is hung by lifting rope 430
On motion bar 420, adjusts motion bar 420 and carry out the mobile lift adjustment for realizing each manage bar stick 400.
Manage bar stick 400 is hung into mode on motion bar 420 by lifting rope 430, enables to the manage bar stick 400 to be in first
Suspend shape in midair, so that slot pot 100 is when carrying out enzyme deactivating and strip sorting to tealeaves, manage bar stick 400 can be swung, and be realized in slot pot 100
Tealeaves carries out interval pressing, can effectively promote the effect of tea green-keeping and manage bar, then need to store manage bar stick 400
When in accommodating groove 213a, it is only necessary to drive motion bar 420 mobile, lifting rope 430 can be lifted up, realize manage bar stick
400 are promoted into accommodating groove 213a.
Two motion bars 420 are connected, and motion bar 420 is slidably mounted on movable support 218 along vertical direction or horizontal direction
On.
Motion bar 420 is using the arrangement on movable support 218 is slidably mounted on along vertical direction, in storage manage bar stick
When 400, motion bar 420 is moved up, and lifting rope 430 is driven to be lifted up, and is realized to promote manage bar stick 400 and is arrived accommodating groove 213a
In；For motion bar 420 using the arrangement being slidably mounted on movable support 218 in the horizontal direction, lifting assembly 410 includes leading
Wheel, guide wheel are arranged in 213 both ends of distributing trough bottom, and 430 one end of lifting rope connects manage bar stick 400, and the other end is connected to motion bar 420
On, the figure of lifting rope 430, which is worn, to be ridden on guide wheel, when motion bar 420 is moved along its length direction in the horizontal direction, lifting rope 430
Manage bar stick 400 is lifted up as motion bar 420 moves horizontally, and by guide wheel, manage bar stick 400 can be accommodated in storage
In slot 213a.
Other two sides cell wall between A1 cell wall 211, A2 cell wall 212 is that flexible material or elastic cloth are constituted.
Other two sides cell wall is constituted by flexible material or elastic cloth, when A1 cell wall 211, the 212 activity rotation of A2 cell wall become
When changing, in addition two sides cell wall can block the both ends of A1 cell wall 211, A2 cell wall 212 always, and distributing trough 210 is held
Tealeaves avoids tealeaves from leaking out from both ends, is easy to implement.
It is respectively arranged with baffle 217 on the outside of A1, A2 cell wall, matches between the end and baffle 217 of A1, A2 cell wall for gap
It closes.
By the setting of baffle 217, realize that the both ends of each A1 cell wall 211, A2 cell wall 212, which are carried out unified enfeoffment, to be blocked up, and is made
Distributing trough 210 can hold tealeaves, avoid tealeaves from leaking out from both ends, at the same by the end of A1, A2 cell wall and baffle 217 it
Between be clearance fit setting, in A1 cell wall 211, the 212 activity rotational transform of A2 cell wall, baffle always can block in A1 slot
The both ends of wall 211, A2 cell wall 212, are easy to implement, easy to implement.
Motion bar 420 pushes electric cylinders to be connected with A.
It pushes electric cylinders to provide power by A, drives motion bar 420 mobile.
In the use of the present invention, young leaves is evenly arranged in each distributing trough 210 first on distribution device 200, when slot pot
After 100 pairs of last consignment of tea enzyme deactivating and strip sortings finish, the batch turning driving assembly in carding machine drives slot pot 100 to rotate, so that slot
Pot 100 obliquely pours out tealeaves, and batch turning driving assembly includes support rod and guide roller set, and guide roller set includes guiding pressure pin and leads
Wheel, guiding pressure pin are mounted on 100 side of slot pot, and guide wheel is rotatably installed on support rod, and support rod is rotated far from guide wheel one end to be connected
Crank is connect, crank connects shaft, and 100 other side of slot pot is mounted on movable stand by articulated shaft, when slot pot 100 carries out batch turning
When, shaft drives crank to rotate first, and crank handle turns support rod moves upwards, and support rod is propped slot pot by guide roller set, makes
The rotation of slot pot is obtained, realizes that slot pot tilts batch turning.Shaft connects elevating mechanism by linkage unit, and elevating mechanism drives distribution device
Lifting avoids the slot pot of rotation so that slot pot 400, when rotating batch turning, distribution device rises.
It after slot pot 100 pours out tealeaves, resets, then distribution device 200 drops to 100 upside of slot pot, distribution device
200 start cloth, and A first pushes electric cylinders to drive motion bar 420 mobile, so that lifting rope 430 drives manage bar stick 400 to rise, realizes
Manage bar stick 400 is accommodated in accommodating groove 213a, then regulating mechanism 300 drives distributing trough bottom 213 to be moved in cloth material position, this
When distributing trough slot frame be in state arrangement small, lower mouth is big suitable for reading, tealeaves drops into manage bar slot 110, realizes that cloth, cloth are complete
After finishing, regulating mechanism 300 drives distributing trough bottom 213 to be moved to material position, and then A pushes electric cylinders to drive motion bar 420 mobile,
So that lifting rope 430 drives manage bar stick 400 to decline, so that manage bar stick 400 is dropped into again in slot pot 100, then tealeaves is killed
Green manage bar processing, distributing trough bottom 213 is moved to material position at this time, and the slot frame of distributing trough 210 is in the small state of big upper and lower small mouth mouth,
Again to young leaves is evenly arranged in each distributing trough 210, repeats the above steps, the cloth, enzyme deactivating and strip sorting, batch turning of serialization can be carried out
Cycle operation.
Structure of the invention is stablized, rationally distributed, easy to adjust, can be realized into manage bar slot uniform distribution simultaneously, is promoted
The enzyme deactivating and strip sorting effect and efficiency of tealeaves, meet present requirement.
Embodiment 3
Referring to Fig. 2-7, a kind of tea enzyme deactivating and strip sorting method and embodiment 2 proposed according to the present invention, in embodiments of the present invention
A kind of regulating mechanism that fresh tea leaf is added for adjusting distributing trough on tea carding machine is proposed, including the push rod moved horizontally
310 and pushing sleeve 360, the middle part of push rod 310 be connected with each distributing trough bottom 213, the other end of push rod 310 is equipped with pushing sleeve 360,
Pushing sleeve 360 is slidably mounted on push rod 310, and the both ends of 360 sliding stroke of pushing sleeve are respectively set due to anti-thrust housing 360 and push rod
310 isolated locating parts 363, are additionally provided with elastic component 380 on pushing sleeve 360, and elastic component 380 and push rod 310 are placed in pushing sleeve 360
Both ends；Each A1 shaft 214 is connected by A1 crank 330 with A1 connecting rod 320 respectively, and each A2 shaft 215 passes through A2 song respectively
Handle 350 is connected with A2 connecting rod 340, and A1, A2 connecting rod are horizontally disposed, and pushing sleeve 360 passes through synchronous communicating component 370 and A1, A2
Connecting rod is connected, and the moving direction of A1, A2 connecting rod is opposite.
The setting being connected by push rod 310 with each distributing trough bottom 213, push rod 310 can drive each distributing trough when moving
Bottom 213 is slided, and be can be realized and is adjusted the opening and closing of distributing trough bottom 213；By the setting of pushing sleeve 360, locating part 361 and elastic component 380,
Elastic component 380 is in push rod 310 in the position in pushing sleeve 360 between two locating parts 361, when so that push rod 310 moving, pushes away
Bar 310 drives distributing trough bottom 213 to slide first, and then push rod 310 continues to move, and contacts with the locating part 361 of 360 one end of pushing sleeve
And against realization pushes pushing sleeve 360 to move, and pushing sleeve 360 is connected by synchronous communicating component 370 with A1, A2 connecting rod, realizes and drives
Dynamic A1 shaft 214 and A2 shaft 215 are rotated towards different directions；By above-mentioned setting, realizes push rod during exercise, drive first
Dynamic distributing trough bottom 213 is slided, so that distributing trough bottom 213 is first opened, pushing sleeve 360 is then driven to move again, pushing sleeve is changed by synchronizing
A1, A2 cell wall on distributing trough 210 is driven to rotate to component 370, so that distributing trough 210 is in the state small in big upper and lower small mouth mouth, just
In cloth.
Synchronous communicating component 370 includes the reversing bar 371 and driving member 372 being in tilted layout, and the middle part of reversing bar 371 passes through
B shaft 373 is rotatably installed on cloth bracket 216, and B shaft 373 is parallel to A shaft arrangement, and the both ends of reversing bar 371 are set respectively
A1 cross bar 374 and A2 cross bar 375 are set, A1, A2 cross bar are arranged in parallel with B shaft 373, and the end of A1 connecting rod 320 is provided with perpendicular
To the A1 vertical bar 321 of arrangement, the end of A2 connecting rod 340 is provided with the A2 vertical bar 341 being vertically arranged, and the end of A1 vertical bar 321 is set
It is equipped with and the end of A1 strip-shaped hole 321a, the A2 vertical bar 341 of its length direction arrangement is provided with the A2 along its length direction arrangement
Strip-shaped hole 341a, A1 cross bar 374 and the hole A1 bar shaped 321a constitute slide-and-guide and are cooperatively connected, A2 cross bar 375 and A2 strip-shaped hole
341a constitutes slide-and-guide and is cooperatively connected, and pushing sleeve 360 pushes B shaft 373 to rotate by driving member 372.
Pushing sleeve 360 pushes B shaft 373 to rotate by driving member 372, and reversing bar 371 is driven to rotate, and reversing bar 371 passes through
The slide-and-guide of A1 cross bar 374, A2 cross bar 375 and A1 strip-shaped hole 321a, A2 strip-shaped hole 341a cooperates, and drives A1 vertical bar 321, A2
Vertical bar 341 drives, and realization drives A1 connecting rod 320, A2 connecting rod 340 to move towards opposite direction, so that A1 shaft 214 and A2 shaft
For 215 rotation direction on the contrary, when closing distributing trough bottom 213, the slot frame of distributing trough 210 is in the small state of big upper and lower small mouth mouth
Arrangement, convenient for adding in fresh tealeaves to distributing trough 210, when distributing trough bottom 213 is opened, the slot frame of distributing trough 210 is in suitable for reading
The big state arrangement of small, lower mouth efficiently drops into manage bar slot 110 simultaneously convenient for the tealeaves in distributing trough 210.
Spacing between A1 cross bar 374 and B shaft 373 is a, and the spacing between A2 cross bar 375 and B shaft 373 is b, a, b
Between be consistent.
By above-mentioned setting, so that the rotational angle of A1 shaft 214 and A2 shaft 215 is identical, so that each distributing trough 210
A1 cell wall 211 and 212 rotational angle of A2 cell wall are also identical, so that the structure of distributing trough 210 is more reasonable, stable transmission is convenient for
Cloth
Driving member 372 includes being provided with to arrange along its length direction on B crank 372a, the B crank 372a being arranged in B shaft 373
B strip-shaped hole 372a1, trunnion 362 is provided on pushing sleeve 360, trunnion 362 and B strip-shaped hole 372a1 constitute slide-and-guide cooperation.
By the setting of B crank 372a and trunnion 362, push rod 310 pushes pushing sleeve 360 to move, and pushing sleeve 360 passes through trunnion
The slide-and-guide of 362 and B strip-shaped hole 372a1 cooperates, and B crank 372a is driven to rotate, and realization drives B shaft 373 to rotate.
A1, A2 connecting rod are placed on the outside of the two of distributing trough 210, middle position of the reversing bar 371 between A1, A2 connecting rod
Place.
By above-mentioned setting so that A1, A2 connecting rod and reversing bar 371 are rationally distributed, motion stabilization, guarantee stable transmission into
Row
Push rod 310 is that B pushes the piston rod of electric cylinders 390 to constitute.
It pushes electric cylinders 390 to provide power by B, pushes electric cylinders convenient for arrangement, it is easy to control.
A1 vertical bar 321 is located at the top of A1 connecting rod 320, and A2 vertical bar 341 is located at the lower section of A2 connecting rod 340, A1 vertical bar 321
Lower end is connected by A1 connector 322 with A1 connecting rod 320, and the upper end of A2 vertical bar 341 passes through A2 connector 342 and A2 connecting rod
340 are connected, and A1, A2 connector are horizontally disposed along the flute length direction of manage bar slot 110.
By the setting of A1 connector 322 and A2 connector 342, so that present invention layout is more reasonable, structure is more steady
Fixed, power transmits equalization stable.
Elastic component 380 is spring composition.
Spring is easily installed, and is implemented to be easy, is capable of providing steady and sustained elastic force.
Pushing sleeve 360 is tube-like piece composition, and locating part 363 is that the boss being arranged on tube-like piece inner wall is constituted.
Tube-like piece is convenient to carry out, convenient with pushing the piston rod of inductance to cooperate, and constitutes locating part 363 by boss, can
Stable limit is carried out to push rod 310.
B crank 372a is respectively set at the both ends of reversing bar 371, and setting two is constituted with it on pushing sleeve 360 is slidably matched
Trunnion 362.
The setting cooperated by two groups of B crank 372a, trunnion 362, rationally distributed, stable structure, so that pushing sleeve 360 and B
Power transmits equalization stable between shaft 373.
In the use of the present invention, young leaves is evenly arranged in each distributing trough 210 first on distribution device 200, when slot pot
After 100 pairs of last consignment of tea enzyme deactivating and strip sortings finish, the batch turning driving assembly in carding machine drives slot pot 100 to rotate, so that slot
Pot 100 obliquely pours out tealeaves, and batch turning driving assembly includes support rod and guide roller set, and guide roller set includes guiding pressure pin and leads
Wheel, guiding pressure pin are mounted on 100 side of slot pot, and guide wheel is rotatably installed on support rod, and support rod is rotated far from guide wheel one end to be connected
Crank is connect, crank connects shaft, and 100 other side of slot pot is mounted on movable stand by articulated shaft, when slot pot 100 carries out batch turning
When, shaft drives crank to rotate first, and crank handle turns support rod moves upwards, and support rod is propped slot pot by guide roller set, makes
The rotation of slot pot is obtained, realizes that slot pot tilts batch turning.Shaft connects elevating mechanism by linkage unit, and elevating mechanism drives distribution device
Lifting avoids the slot pot of rotation so that slot pot 400, when rotating batch turning, distribution device rises.
For slot pot 100 in tilt rotation, distribution device 200, which is raised above, avoids slot pot 100,100 batch turning of slot pot
It resets later, then distribution device 200 drops to 100 upside of slot pot, and distribution device 200 starts cloth, first by manage bar stick 400
It is lifted in accommodating groove 213a, then push rod 310 drives distributing trough bottom 213 to be moved in cloth material position, and push rod 310 continues to move,
Pushing sleeve 360 is pushed to move, pushing sleeve 360 drives B crank 372 to rotate by trunnion 362, and B crank 372 drives B shaft 373 to rotate, B
Shaft 373 drives reversing bar 371 to rotate, and reversing bar 371 drives A1, A2 beam movement, and A1, A2 cross bar drive A1, A2 vertical bar fortune
Dynamic, A1, A2 vertical bar drive A1, A2 connecting rod to move round about, and A1, A2 connecting rod drive the rotation of A1, A2 crank, A1, A2 crank
The rotation of A1, A2 cross bar shaft is driven, realization drives A1, A2 cell wall to rotate, and the slot frame of distributing trough is in state small, lower mouth is big suitable for reading
Arrangement, tealeaves drops into manage bar slot 110, and after cloth finishes, push rod 310 drives distributing trough bottom 213 to move to material position, manages
Bar 400 is fallen into again in manage bar slot 110, and pushing sleeve 360 drives A1, A2 cell wall to rotate, the slot frame of distributing trough in it is suitable for reading it is big,
The small state of lower mouth, at this moment, slot pot 100 cooperate manage bar stick 400 to carry out enzyme deactivating and strip sorting to tealeaves, while throwing into distributing trough 210
Add fresh tealeaves, the cloth, enzyme deactivating and strip sorting, batch turning cycle operation of serialization can be carried out.
Structure of the invention is stablized, rationally distributed, can be realized and is adjusted by single power to distributing trough bottom and distributing trough
Section reduces energy consumption, and it is convenient to control to adjust, and meets present requirement.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the principle of the present invention, it can also make several improvements and retouch, these improvements and modifications are also answered
It is considered as protection scope of the present invention.Structure, device and the operating method for not specifically describing and illustrating in the present invention, such as nothing
It illustrates and limits, implemented according to the conventional means of this field.
Claims (10)
1. a kind of method of tea enzyme deactivating and strip sorting, it is characterised in that: when tea carding finishes in resonable bar groove, water-removing will be prepared
Material-feeding mechanism on the upside of the resonable bar groove of tealeaves is evenly distributed with, after tea carding water-removing terminates and removes reset in manage bar slot, starting
Material-feeding mechanism direct plunges into tealeaves well laid on material-feeding mechanism in the manage bar slot of each lower section, and then manage bar slot is managed again
Item finishes and carries out being evenly distributed with the tealeaves for preparing water-removing in material-feeding mechanism, recycles repeatedly, until all tea green-keepings are managed
Item is completed.
2. the method for tea enzyme deactivating and strip sorting according to claim 1, it is characterised in that: investment prepares to kill in each manage bar slot
After green tealeaves, it is put into manage bar stick in resonable bar groove, is then carrying out manage bar water-removing, after the completion of each tea carding water-removing, first
Manage bar stick is removed out of manage bar slot, then again removes tealeaves.
3. the method for tea enzyme deactivating and strip sorting according to claim 2, it is characterised in that: when material-feeding mechanism discharging, adjust cloth
Expect that each distributing trough and manage bar slot upper and lower corresponding are arranged in mechanism, are then opened the distributing trough bottom of distributing trough, so that distributing trough
Interior tealeaves drops down onto manage bar slot, and the length of distributing trough and the length of manage bar slot are consistent.
4. the method for tea enzyme deactivating and strip sorting according to claim 3, it is characterised in that: storing manage bar stick to distributing trough bottom
On, the descent path of tealeaves is then removed together with distributing trough bottom, after the tealeaves in material-feeding mechanism is fully removed, manage bar stick with
It is resetted together with distributing trough bottom.
5. the method for tea enzyme deactivating and strip sorting according to claim 2, it is characterised in that: one end of manage bar slot is provided with can be with
The other end of manage bar slot when discharging, is lifted and is opened discharge port by the discharge port of unlatching, so that tealeaves is from discharge port in manage bar slot
It is fully removed.
6. the method for tea enzyme deactivating and strip sorting according to claim 2, it is characterised in that: by the notch of distributing trough and slot bottom ruler
Very little to be arranged to adjustable, into distributing trough when uniformly distributed tealeaves adjusting distributing trough, big, the small shape of slot bottom, distributing trough unload tealeaves in notch
When adjust distributing trough in notch is small, the big shape of slot bottom.
7. the method for tea enzyme deactivating and strip sorting according to claim 1, it is characterised in that: first spread out before tea enzyme deactivating and strip sorting
Put wilting processing.
8. the method for tea enzyme deactivating and strip sorting according to claim 1 or 2, it is characterised in that: the temperature of tea enzyme deactivating and strip sorting
It is 150 DEG C~250 DEG C.
9. the method for tea enzyme deactivating and strip sorting according to claim 4, it is characterised in that: the time of tea enzyme deactivating and strip sorting is 3
~5min.
10. the method for tea enzyme deactivating and strip sorting according to claim 4, it is characterised in that: spreading for cooling 5 after tea enzyme deactivating and strip sorting~
20min。
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| CN201910348925.8A CN109874882A (en) | 2019-04-28 | 2019-04-28 | A kind of method of tea enzyme deactivating and strip sorting |
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| CN201910348925.8A CN109874882A (en) | 2019-04-28 | 2019-04-28 | A kind of method of tea enzyme deactivating and strip sorting |
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Family
ID=66938369
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| CN201910348925.8A Pending CN109874882A (en) | 2019-04-28 | 2019-04-28 | A kind of method of tea enzyme deactivating and strip sorting |
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| CN113995029A (en) * | 2021-12-09 | 2022-02-01 | 岳西海富生态农业发展有限公司 | Overturning discharging type tea leaf fixation and strip tidying machine |
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