CN109965037A - The recycling equipment of broken tea after a kind of tea dry sorting - Google Patents
The recycling equipment of broken tea after a kind of tea dry sorting Download PDFInfo
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- CN109965037A CN109965037A CN201910265212.5A CN201910265212A CN109965037A CN 109965037 A CN109965037 A CN 109965037A CN 201910265212 A CN201910265212 A CN 201910265212A CN 109965037 A CN109965037 A CN 109965037A
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- bar
- connecting rod
- slideway
- sieve plate
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- 241001122767 Theaceae Species 0.000 title claims abstract description 87
- 238000004064 recycling Methods 0.000 title claims abstract description 37
- 239000000463 material Substances 0.000 claims abstract description 64
- 238000012216 screening Methods 0.000 claims abstract description 27
- 238000005253 cladding Methods 0.000 claims abstract description 16
- 238000005520 cutting process Methods 0.000 claims description 21
- 238000013016 damping Methods 0.000 claims description 18
- 239000000203 mixture Substances 0.000 claims description 16
- 239000007787 solid Substances 0.000 claims description 7
- 230000007246 mechanism Effects 0.000 abstract description 10
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 abstract description 10
- 238000009826 distribution Methods 0.000 abstract description 5
- 238000010586 diagram Methods 0.000 description 13
- 230000033001 locomotion Effects 0.000 description 6
- 101150038956 cup-4 gene Proteins 0.000 description 5
- 230000005540 biological transmission Effects 0.000 description 4
- 230000008859 change Effects 0.000 description 4
- 239000011521 glass Substances 0.000 description 4
- 238000005381 potential energy Methods 0.000 description 4
- 230000009286 beneficial effect Effects 0.000 description 2
- 230000007423 decrease Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000007792 addition Methods 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 244000309464 bull Species 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 230000032258 transport Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23F—COFFEE; TEA; THEIR SUBSTITUTES; MANUFACTURE, PREPARATION, OR INFUSION THEREOF
- A23F3/00—Tea; Tea substitutes; Preparations thereof
- A23F3/06—Treating tea before extraction; Preparations produced thereby
- A23F3/12—Rolling or shredding tea leaves
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/28—Moving screens not otherwise provided for, e.g. swinging, reciprocating, rocking, tilting or wobbling screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/42—Drive mechanisms, regulating or controlling devices, or balancing devices, specially adapted for screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B7/00—Closing containers or receptacles after filling
- B65B7/16—Closing semi-rigid or rigid containers or receptacles not deformed by, or not taking-up shape of, contents, e.g. boxes or cartons
- B65B7/162—Closing semi-rigid or rigid containers or receptacles not deformed by, or not taking-up shape of, contents, e.g. boxes or cartons by feeding web material to securing means
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Food Science & Technology (AREA)
- Polymers & Plastics (AREA)
- Combined Means For Separation Of Solids (AREA)
Abstract
It is in particular a kind of recycling equipment of broken tea after tea dry sorting the present invention relates to a kind of recycling equipment.The good tealeaves of condition can be sieved with broken tea, broken tea after screening is crushed again, paper cup shelf can automatically place dixie cup on a moving belt, equal part is divided by feeding distribution mechanism in discharge port, it is sent in the dixie cup on conveyer belt, mechanism is coated by tea bag in paper cup bottom, hot water, which is added, into dixie cup to quote, and tealeaves will not be swum on the water surface.Lid screening, which is located at, pulverizes upside, sieve and pulverize connection, it pulverizes and is located on the upside of sub-material, pulverize and connect with sub-material, pulverize on the upside of dixie cup, it pulverizes and is connect with dixie cup, guiding is located at screening downside, and guiding is connected with screening, and dixie cup is located at guiding inside, cladding is located at guiding inside, and cladding is located on the right side of dixie cup.
Description
Technical field
It is in particular that a kind of recycling of broken tea after tea dry sorting is set the present invention relates to a kind of recycling equipment
It is standby.
Background technique
Chinese just have the habit drunk tea since ancient times, in the manufacturing process of tealeaves, and can tealeaves according to condition into
Row sorting, the bad tealeaves of condition will be dealt in assorting room, great waste be caused in this way, so devising this
The recycling equipment of broken tea after kind tea dry sorting.
Summary of the invention
The present invention provides a kind of recycling equipment of broken tea after tea dry sorting, beneficial to benefit be can be good by condition tealeaves
It is sieved with broken tea, the broken tea after screening is crushed again, and dixie cup can be placed on conveyer belt automatically by paper cup shelf
On, equal part is divided by feeding distribution mechanism in discharge port, is sent in the dixie cup on conveyer belt, coats mechanism for tea bag at dixie cup bottom
Portion, hot water, which is added, into dixie cup to quote, and tealeaves will not be swum on the water surface.
In order to solve the above technical problems, being in particular a kind of tea dry sorting the present invention relates to a kind of recycling equipment
The recycling equipment of broken tea afterwards, including sieve, pulverize, sub-material, dixie cup, guiding, cladding, tealeaves and fannings that can be good by condition
Leaf is sieved, and the broken tea after screening is crushed again, and paper cup shelf can automatically place dixie cup on a moving belt, is being gone out
Material mouth is divided into equal part by feeding distribution mechanism, is sent in the dixie cup on conveyer belt, coats mechanism for tea bag in paper cup bottom, to paper
Hot water is added in cup to be quoted, and tealeaves will not be swum on the water surface.
Screening is by fixed plate, lower axle, parallel bar, upper axis, sieve plate, connecting shaft, connecting rod, rotary shaft, swingle, fixing seat
Composition, fixed plate are located on the outside of lower axle, and fixed plate and lower axis connection, parallel bar are located on the upside of lower axle, parallel bar and lower axis connection,
On the upside of parallel bar, upper axis is connect upper axle position with parallel bar, and sieve plate is located on the outside of upper axis, and sieve plate and upper axis connection connect axle position
On the left of the sieve plate, connecting shaft connect with sieve plate, and connecting rod is located at connecting shaft downside, connecting rod with connect axis connection, rotation axle position
On the downside of connecting rod, rotary shaft is connect with connecting rod, and swingle is located at rotary shaft side, swingle and rotation axis connection, fixed
Seat is located on the right side of swingle, and fixing seat is connect with swingle, and on the left of fixed plate, fixing seat is connect with fixed plate for fixed seating；
Sieve plate from side sieve plate, sieve, bottom sieve plate, folding sieve plate, it is solid formed to spring, hinge, bottom sieve plate is located at outside sieve
Side, bottom sieve plate are connect with sieve, and folding sieve plate is located at side sieve plate side, and folding sieve plate is connect with side sieve plate, and folding sieve plate is located at
Bottom sieve plate side, folding sieve plate are connect with bottom sieve plate, and hinge is located at admittedly to spring outwards, and hinge is connect with solid to spring, hinge
On the outside of folding sieve plate, hinge is connect with folding sieve plate, and hinge is located on the downside of bottom sieve plate, and hinge is connect with bottom sieve plate；
Pulverize by wide-mouth, shell, main wheel, main shaft, from wheel, jacking sliding block, from axis, jacking spring, slideway, pin, spring bullet
Power adjusting block, pin hole composition, shell are located on the downside of wide-mouth, and shell is connect with wide-mouth, and main shaft is located on the inside of main wheel, main shaft and main wheel
Connection, main shaft is located at case inside, and main shaft connect with shell, from taking turns positioned at main wheel left side, from axle position in jacking inner side of slider, from
Axis is connect with jacking sliding block, from axle position in from wheel inside, is connected from axis with from wheel, from axle position in case inside, from axis and shell
Connection, jacking spring are located on the left of jacking sliding block, and jacking spring is connect with jacking sliding block, and slideway is located on the outside of jacking sliding block, sliding
Road is connect with jacking sliding block, and slideway is located at jacking spring outwards, and slideway is connect with jacking spring, and spring force adjusting block, which is located at, to be slided
On the inside of road, spring force adjusting block is connect with slideway, and spring force adjusting block is located on the inside of pin, and spring force adjusting block and pin connect
It connects, pin hole is located on the inside of spring force adjusting block, and pin hole is connect with spring force adjusting block；
Sub-material is by motor three, cam pin, turntable, small pulley, index dial, band, big belt wheel, material separating disc, sub-material shell, slope
Composition, motor three are located at turntable side, and motor three is connect with turntable, and turntable is located at cam pin side, turntable and eccentric pin connection,
Index dial is located on the left of cam pin, and band is located on the left of small pulley, and band is connect with small pulley, and big belt wheel is located at band left side, big belt wheel
With band connection, material separating disc is located at big belt wheel side, and material separating disc is connect with big belt wheel, and material separating disc is located at sub-material case inside, sub-material
Disk is connect with sub-material shell, and sub-material shell is located on the downside of slope, and sub-material shell is connect with slope；
Material separating disc is made of disk body, axis hole, material-dividing groove, and axis hole is located at disk body center, and material-dividing groove is located on the outside of disk body；
Dixie cup by mounting plate, cup, motor four, free bearing, grab, screw rod, screw, perpendicular slideway, clamping jaw, sliding block, rack gear, sliding are pacified
Loading board, gear, sideslip road, tension spring, pull rod, rotary shaft, rotating disk composition, motor four are located on the downside of mounting plate, motor four
It being connect with mounting plate, free bearing is located on the upside of mounting plate, and free bearing is connect with mounting plate, and it grabs on the upside of free bearing, grabs and connect with free bearing,
Screw rod is located on the upside of mounting plate, and screw rod is located at four upside of motor, and screw rod is connect with motor four, and screw is located on the inside of screw rod, screw
It is connect with screw rod, screw, which is located at, grabs inside, and screw connect with grabbing, and cup is located on the inside of the plate that is slidably installed, and sliding block is positioned at erecting in slideway
Side, sliding block are connect with perpendicular slideway, and sliding block is located at clamping jaw side, and sliding block is connect with clamping jaw, and rack gear is located at clamping jaw side, rack gear and folder
Pawl connection, the plate that is slidably installed are located on the outside of perpendicular slideway, and the plate that is slidably installed is connect with perpendicular slideway, and gear is located on the inside of rack gear, gear
It is connect with rack gear, gear is located at the plate side that is slidably installed, and gear is connect with the plate that is slidably installed, and sideslip road, which is located at, to be slidably installed on plate
Side, sideslip road are connect with the plate that is slidably installed, and tension spring is located on the inside of sideslip road, and tension spring is connect with sideslip road, pull rod position
On the inside of the plate that is slidably installed, pull rod is connect with the plate that is slidably installed, and rotary shaft is located on the inside of rotating disk, and rotary shaft and rotating disk connect
It connects, rotating disk is located on the inside of pull rod, and rotating disk is connect with pull rod；
Guiding is by main support, wheel carrier, belt wheel, conveyer belt, motor five, power belt wheel, connecting rod one, connecting rod two, connecting rod three, end
Screw rodb base, screw, connecting rod free bearing, vertical hair bar, handwheel composition, wheel carrier are located on the inside of main support, and wheel carrier is connect with main support, belt wheel
On the upside of wheel carrier, belt wheel is connect with wheel carrier, and belt wheel is located on the inside of conveyer belt, and belt wheel and transmission band connection, power belt wheel are located at
Five side of motor, power belt wheel are connect with motor five, and connecting rod one is located at five left side of motor, and connecting rod one is connect with motor five, connecting rod
Two are located at one left side of connecting rod, and connecting rod two is connect with connecting rod one, and connecting rod three is located at two upside of connecting rod, and connecting rod three is connect with connecting rod two,
Connecting rod three is located at one left side of connecting rod, and connecting rod three is connect with connecting rod one, and terminal filament pole socket is located at three left side of connecting rod, terminal filament pole socket and connecting rod
Three connections, terminal filament pole socket are located on the right side of main support, and terminal filament pole socket is connect with main support, and screw is located at vertical hair bar outside, screw and
The connection of vertical hair bar, screw are located on the left of connecting rod free bearing, and screw is connect with connecting rod free bearing, and connecting rod free bearing is located at two left side of connecting rod, even
Bar free bearing is connect with connecting rod two, and vertical hair bar is located on the inside of terminal filament pole socket, and vertical hair bar is connect with terminal filament pole socket, and handwheel is located at vertical hair bar
Upside, handwheel are connect with vertical hair bar；
Cladding is by film, film seat, cutting compacting mould, pulling force seat, pulling force wheel, power seat, counterweight spinner handle, bar one, bar two, fulcrum
Hole, bar three, bar four, limit bucket, damping spring, sliding block six, bar five, slideway six form, and film seat is located on the upside of film, and film seat and film connect
It connects, cutting compacting mould is located on the upside of film, and pulling force wheel is located on the right side of pulling force seat, and pulling force wheel is connect with pulling force seat, and counterweight spinner handle is located at
On the upside of power seat, counterweight spinner handle is connect with power seat, and bar one is located on the upside of counterweight spinner handle, and bar one is connect with counterweight spinner handle, bar two
Positioned at one upside of bar, bar two is connect with bar one, and fulcrum hole is located at two middle part of bar, and fulcrum hole is connect with bar two, and bar three is located at fulcrum
On the left of hole, bar three is connect with fulcrum hole, and bar four is located at three downside of bar, and bar four is connect with bar three, and bar four is located on the inside of limit bucket, bar
Four connect with limit bucket, and slideway six is located at limit bucket two sides, and slideway six is connect with limit bucket, and slideway six is located at outside damping spring
Side, slideway six are connect with damping spring, and slideway six is located at six outside of sliding block, and slideway six is connect with sliding block six, and slideway six is located at bar
Five outsides, slideway six are connect with bar five, and bar five is located at six downside of sliding block, and bar five is connect with sliding block six, and sliding block six is located at damping bullet
On the downside of spring, sliding block six is connect with damping spring, and cutting compacting mould is located at five downside of bar, and cutting compacting mould connect with bar five, cuts
Compacting mould is located at four downside of bar, and cutting compacting mould is connect with bar four；
Counterweight spinner handle is made of rotation section, eccentric segment, counterweight section, and rotation section connect eccentric segment and counterweight Duan Lian with eccentric segment
It connects；
Screening, which is located at, pulverizes upside, sieves and pulverizes connection, pulverize on the upside of sub-material, pulverize and connect with sub-material, pulverize
On the upside of dixie cup, to pulverize and connect with dixie cup, guiding is located at screening downside, and guiding is connected with screening, and dixie cup is located at guiding inside,
Cladding is located at guiding inside, and cladding is located on the right side of dixie cup.
As advanced optimizing for the technical program, after a kind of tea dry sorting of the present invention described in the recycling equipment of broken tea
Main support is connect with fixed plate.
As advanced optimizing for the technical program, after a kind of tea dry sorting of the present invention described in the recycling equipment of broken tea
Fulcrum hole is connect with main support.
As advanced optimizing for the technical program, after a kind of tea dry sorting of the present invention described in the recycling equipment of broken tea
Grabbing quantity is two.
The recycling equipment of broken tea has the beneficial effect that after tea dry sorting of the present invention
The good tealeaves of condition can be sieved with broken tea, the broken tea after screening is crushed again, and paper cup shelf can
Automatically to place dixie cup on a moving belt, equal part is divided by feeding distribution mechanism in discharge port, is sent in the dixie cup on conveyer belt,
Mechanism is coated by tea bag in paper cup bottom, hot water, which is added, into dixie cup to quote, and tealeaves will not swim in the water surface
On.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is the structural schematic diagram of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Fig. 2 is 1 structural schematic diagram of screening of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Fig. 3 is 1 partial enlargement structural representation of screening of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Fig. 4 is the sieve plate 1-5 structural schematic diagram of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Fig. 5 is the sieve plate 1-5 partial enlargement structural representation of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention
Figure.
Fig. 6 is that the recycling equipment of broken tea pulverizes 2 structural schematic diagrams after a kind of tea dry sorting of the present invention.
Fig. 7 is that the recycling equipment of broken tea pulverizes 2 partial enlargement structural representations after a kind of tea dry sorting of the present invention.
Fig. 8 is 3 structural schematic diagram of sub-material of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Fig. 9 is the material separating disc 3-8 structural schematic diagram of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Figure 10 is 4 structural schematic diagram of dixie cup of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Figure 11 is the 4 partial enlargement structural representation of dixie cup of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention
Figure.
Figure 12 is 4 partial structural diagram of dixie cup of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Figure 13 is 5 structural schematic diagram of guiding of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Figure 14 is 5 partial structural diagram of guiding of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Figure 15 is 6 structural schematic diagram of cladding of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Figure 16 is 6 partial structural diagram of cladding of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
Figure 17 is the counterweight spinner handle 6-7 structural schematic diagram of the recycling equipment of broken tea after a kind of tea dry sorting of the present invention.
In figure: screening 1；Fixed plate 1-1；Lower axle 1-2；Parallel bar 1-3；Upper axis 1-4；Sieve plate 1-5；Side sieve plate 1-5-1；Sieve
Net 1-5-2；Bottom sieve plate 1-5-3；Open and close sieve plate 1-5-4；Gu to spring 1-5-5；Hinge 1-5-6；Connecting shaft 1-6；Connecting rod 1-
7；Rotary shaft 1-8；Swingle 1-9；Fixing seat 1-10；Pulverize 2；Wide-mouth 2-1；Shell 2-2；Main wheel 2-3；Main shaft 2-4；From wheel 2-
5；Jacking sliding block 2-6；From axis 2-7；Jacking spring 2-8；Slideway 2-9；Sell 2-10；Spring force adjusting block 2-11；Pin hole 2-12；
Sub-material 3；Three 3-1 of motor；Cam pin 3-2；Turntable 3-3；Small pulley 3-4；Index dial 3-5；Band 3-6；Big belt wheel 3-7；Material separating disc
3-8；Disk body 3-8-1；Axis hole 3-8-2；Material-dividing groove 3-8-3；Sub-material shell 3-9；Slope 3-10；Dixie cup 4；Mounting plate 4-1；Cup 4-
2；Four 4-3 of motor；Free bearing 4-4；Grab 4-5；Screw rod 4-6；Screw 4-7；Perpendicular slideway 4-8；Clamping jaw 4-9；Sliding block 4-10；Rack gear 4-
11；Be slidably installed plate 4-12；Gear 4-13；Sideslip road 4-14；Tension spring 4-15；Pull rod 4-16；Rotary shaft 4-17；Rotating disk
4-18；Guiding 5；Main support 5-1；Wheel carrier 5-2；Belt wheel 5-3；Conveyer belt 5-4；Five 5-5 of motor；Power belt wheel 5-6；One 5- of connecting rod
7；Two 5-8 of connecting rod；Three 5-9 of connecting rod；Terminal filament pole socket 5-10；Screw 5-11；Connecting rod free bearing 5-12；Vertical hair bar 5-13；Handwheel 5-14；
Cladding 6；Film 6-1；Film seat 6-2；Cutting compacting mould 6-3；Pulling force seat 6-4；Pulling force wheel 6-5；Power seat 6-6；Counterweight spinner handle 6-7；
Rotate section 6-7-1；Eccentric segment 6-7-2；Counterweight section 6-7-3；One 6-8 of bar；Two 6-9 of bar；Fulcrum hole 6-10；Three 6-11 of bar；Bar four
6-12；Limit bucket 6-13；Damping spring 6-14；Six 6-15 of sliding block；Five 6-16 of bar；Six 6-17 of slideway.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate present embodiment, in particular it to be a kind of tealeaves point that the present invention relates to a kind of recycling equipment
The recycling equipment of broken tea after choosing, including screening 1, pulverize 2, sub-material 3, dixie cup 4, guiding 5, cladding 6, tea that can be good by condition
Leaf is sieved with broken tea, and the broken tea after screening is crushed again, and dixie cup can be placed on transmission automatically by paper cup shelf
It takes, equal part is divided by feeding distribution mechanism in discharge port, is sent in the dixie cup on conveyer belt, coat mechanism for tea bag in dixie cup
Bottom, hot water, which is added, into dixie cup to quote, and tealeaves will not be swum on the water surface.
Screening 1 is by fixed plate 1-1, lower axle 1-2, parallel bar 1-3, upper axis 1-4, sieve plate 1-5, connecting shaft 1-6, connecting rod 1-
7, rotary shaft 1-8, swingle 1-9, fixing seat 1-10 composition, fixed plate 1-1 are located on the outside of lower axle 1-2, fixed plate 1-1 and lower axle
1-2 connection, parallel bar 1-3 are located on the upside of lower axle 1-2, and parallel bar 1-3 is connect with lower axle 1-2, and upper axis 1-4 is located at parallel bar 1-3
Upside, upper axis 1-4 are connect with parallel bar 1-3, and sieve plate 1-5 is located on the outside of upper axis 1-4, and sieve plate 1-5 is connect with upper axis 1-4, are connected
Axis 1-6 is located on the left of sieve plate 1-5, and connecting shaft 1-6 is connect with sieve plate 1-5, and connecting rod 1-7 is located on the downside of connecting shaft 1-6, connecting rod
1-7 is connect with connecting shaft 1-6, and rotary shaft 1-8 is located on the downside of connecting rod 1-7, and rotary shaft 1-8 is connect with connecting rod 1-7, swingle
1-9 is located at the side rotary shaft 1-8, and swingle 1-9 is connect with rotary shaft 1-8, and fixing seat 1-10 is located on the right side of swingle 1-9, Gu
Reservation 1-10 is connect with swingle 1-9, and fixing seat 1-10 is located on the left of fixed plate 1-1, and fixing seat 1-10 and fixed plate 1-1 connect
It connects, swingle 1-9 is rotated centered on fixing seat 1-10, and swingle 1-9 drives rotary shaft 1-8 to revolve centered on fixing seat 1-10
Turn, rotary shaft 1-8 drives the rotation of the lower part connecting rod 1-7, and connecting rod 1-7 top side-to-side movement, connecting rod 1-7 is with connecting shaft 1-6
Centered on swing, connecting shaft 1-6 side-to-side movement, connecting shaft 1-6 drives sieve plate 1-5 to swing, because of lower axle 1-2 and fixed plate 1-1
Connection, upper axis 1-4 are connect with sieve plate 1-5, and sieve plate 1-5 and fixed plate 1-1 are parallel always；
Sieve plate 1-5 is from side sieve plate 1-5-1, sieve 1-5-2, bottom sieve plate 1-5-3, folding sieve plate 1-5-4, solid to spring 1-5-
5, hinge 1-5-6 is formed, and bottom sieve plate 1-5-3 is located on the outside of sieve 1-5-2, and bottom sieve plate 1-5-3 is connect with sieve 1-5-2, is opened and closed
Sieve plate 1-5-4 is located at the side side sieve plate 1-5-1, and folding sieve plate 1-5-4 is connect with side sieve plate 1-5-1, and folding sieve plate 1-5-4 is located at
The side bottom sieve plate 1-5-3, folding sieve plate 1-5-4 are connect with bottom sieve plate 1-5-3, and hinge 1-5-6 is located at solid to outside spring 1-5-5
Side, hinge 1-5-6 connects with solid to spring 1-5-5, and hinge 1-5-6 is located at the outside folding sieve plate 1-5-4, hinge 1-5-6 with open
Sieve plate 1-5-4 connection is closed, hinge 1-5-6 is located on the downside of bottom sieve plate 1-5-3, and hinge 1-5-6 is connect with bottom sieve plate 1-5-3, rotates
Sieve plate 1-5-4 is opened and closed, folding sieve plate 1-5-4 is rotated centered on bottom sieve plate 1-5-3, is collected to tealeaves；Opposite direction rotation
Sieve plate 1-5-4 is opened and closed, Gu it is stretched to spring 1-5-5, when opening and closing sieve plate 1-5-4 rotation more than 90 degree, the elasticity of spring
Potential energy is kinetic energy, Gu it is fixed to spring 1-5-5 by sieve plate 1-5-4 and bottom sieve plate 1-5-3 is opened and closed；
Pulverize 2 by wide-mouth 2-1, shell 2-2, main wheel 2-3, main shaft 2-4, from wheel 2-5, jacking sliding block 2-6, from axis 2-7, top
Into spring 2-8, slideway 2-9, pin 2-10, spring force adjusting block 2-11, pin hole 2-12 composition, shell 2-2 is located under wide-mouth 2-1
Side, shell 2-2 are connect with wide-mouth 2-1, and main shaft 2-4 is located on the inside of main wheel 2-3, and main shaft 2-4 is connect with main wheel 2-3, and 2-4, main shaft
On the inside of shell 2-2, main shaft 2-4 is connect with shell 2-2, is located on the left of main wheel 2-3 from wheel 2-5, is located at jacking sliding block from axis 2-7
It on the inside of 2-6, connect from axis 2-7 with jacking sliding block 2-6, is located on the inside of wheel 2-5 from axis 2-7, connect from axis 2-7 with from wheel 2-5,
It is located on the inside of shell 2-2 from axis 2-7, is connect from axis 2-7 with shell 2-2, jacking spring 2-8 is located on the left of jacking sliding block 2-6, top
It is connect into spring 2-8 with jacking sliding block 2-6, slideway 2-9 is located on the outside of jacking sliding block 2-6, and slideway 2-9 and jacking sliding block 2-6 connect
It connects, slideway 2-9 is located on the outside of jacking spring 2-8, and slideway 2-9 is connect with jacking spring 2-8, and spring force adjusting block 2-11 is located at
On the inside of slideway 2-9, spring force adjusting block 2-11 is connect with slideway 2-9, and spring force adjusting block 2-11 is located on the inside of pin 2-10,
Spring force adjusting block 2-11 is connect with pin 2-10, and pin hole 2-12 is located on the inside of spring force adjusting block 2-11, pin hole 2-12 with
The 2-11 connection of spring force adjusting block, tealeaves are entered in shell 2-2 by wide-mouth 2-1, and main shaft 2-4 rotation, main shaft 2-4 drives
Main wheel 2-3 rotation, main wheel 2-3 drive from wheel 2-5 rotation, will connect from axis 2-7 from wheel 2-5 with jacking sliding block 2-6, when blocking with arriving
When stagnant, clamping stagnation object generates pressure to the left to from wheel 2-5, moves downward from wheel 2-5, drives from wheel 2-5 from axis 2-7 and transports to the left
It is dynamic, drive jacking sliding block 2-6 to move downward from axis 2-7, jacking sliding block 2-6 is moved downward along the direction slideway 2-9, jacking sliding block 2-
6 compress jacking spring 2-8, and when clamping stagnation object passes through, jacking spring 2-8 elastic potential energy is converted into kinetic energy, push jacking sliding block
2-6 is moved right, and jacking sliding block 2-6 drive is moved right from axis 2-7, is driven from axis 2-7 from wheel 2-5 and is moved right, from wheel 2-5
With main wheel 2-3 collide, tealeaves is crushed, by pin 2-10 be inserted into pin hole 2-12 in, can now spring force adjusting block 2-11 in pin
Position in 2-10, to change the elasticity of spring；
Sub-material 3 is by three 3-1 of motor, cam pin 3-2, turntable 3-3, small pulley 3-4, index dial 3-5, band 3-6, big belt wheel 3-
7, material separating disc 3-8, sub-material shell 3-9, slope 3-10 composition, three 3-1 of motor are located at the side turntable 3-3, three 3-1 of motor and turntable
3-3 connection, turntable 3-3 are located at the side cam pin 3-2, and turntable 3-3 is connect with cam pin 3-2, and index dial 3-5 is located at cam pin 3-
2 left sides, band 3-6 are located on the left of small pulley 3-4, and band 3-6 is connect with small pulley 3-4, and big belt wheel 3-7 is located on the left of band 3-6, big band
Wheel 3-7 is connect with 3-6, and material separating disc 3-8 is located at the side big belt wheel 3-7, and material separating disc 3-8 is connect with big belt wheel 3-7, material separating disc 3-
8 are located on the inside of sub-material shell 3-9, and material separating disc 3-8 is connect with sub-material shell 3-9, and sub-material shell 3-9 is located on the downside of the 3-10 of slope,
Sub-material shell 3-9 is connect with slope 3-10, and the tealeaves pulverized is fallen on the 3-10 of slope, enters eventually into the position material separating disc 3-8, electricity
Three 3-1 of machine rotation, three 3-1 of motor drive cam pin 3-2 rotation, and cam pin 3-2 drives index dial 3-5 rotation, cam pin 3-2 rotation
It turns around, index dial 3-5 rotates a quarter circle, and index dial 3-5 drives small pulley 3-4 rotation, and small pulley 3-4 drives band 3-6
Rotation, band 3-6 drive big belt wheel 3-7 rotation, and big belt wheel 3-7 drives material separating disc 3-8 rotation；
Material separating disc 3-8 is made of disk body 3-8-1, axis hole 3-8-2, material-dividing groove 3-8-3, and axis hole 3-8-2 is located at disk body 3-8-1
Center, material-dividing groove 3-8-3 are located on the outside of disk body 3-8-1, and material separating disc 3-8 is rotated centered on axis hole 3-8-2, as material-dividing groove 3-8-
3 when rotating to top, and broken tea is fallen in material-dividing groove 3-8-3, and material-dividing groove 3-8-3 continues to rotate, and sub-material shell 3-9 is by sub-material
Extra broken tea is wiped off in slot 3-8-3, and tealeaves is by quantitative sub-material；
Dixie cup 4 by mounting plate 4-1, cup 4-2, four 4-3 of motor, free bearing 4-4, grab 4-5, screw rod 4-6, screw 4-7, perpendicular slideway
4-8, clamping jaw 4-9, sliding block 4-10, rack gear 4-11, the plate 4-12 that is slidably installed, gear 4-13, sideslip road 4-14, tension spring 4-
15, pull rod 4-16, rotary shaft 4-17, rotating disk 4-18 composition, four 4-3 of motor are located on the downside of mounting plate 4-1, four 4-3 of motor and
Mounting plate 4-1 connection, free bearing 4-4 are located on the upside of mounting plate 4-1, and free bearing 4-4 connect with mounting plate 4-1, grabs 4-5 and be located at free bearing 4-
4 upsides, grab 4-5 and connect with free bearing 4-4, and screw rod 4-6 is located on the upside of mounting plate 4-1, and screw rod 4-6 is located on the upside of four 4-3 of motor, silk
Bar 4-6 is connect with four 4-3 of motor, and screw 4-7 is located on the inside of screw rod 4-6, and screw 4-7 is connect with screw rod 4-6, and screw 4-7 is located at
It grabs on the inside of 4-5, screw 4-7 is connect with 4-5 is grabbed, and cup 4-2, which is located at, to be slidably installed on the inside of plate 4-12, and sliding block 4-10 is located at perpendicular slideway 4-
8 insides, sliding block 4-10 are connect with perpendicular slideway 4-8, and sliding block 4-10 is located at the side clamping jaw 4-9, and sliding block 4-10 is connect with clamping jaw 4-9,
Rack gear 4-11 is located at the side clamping jaw 4-9, and rack gear 4-11 is connect with clamping jaw 4-9, and the plate 4-12 that is slidably installed is located at outside perpendicular slideway 4-8
Side, the plate 4-12 that is slidably installed are connect with perpendicular slideway 4-8, and gear 4-13 is located on the inside of rack gear 4-11, gear 4-13 and rack gear 4-11
Connection, gear 4-13 are located at the side plate 4-12 that is slidably installed, and gear 4-13 is connect with the plate 4-12 that is slidably installed, 4-14, sideslip road
On the upside of the plate 4-12 that is slidably installed, sideslip road 4-14 is connect with the plate 4-12 that is slidably installed, and tension spring 4-15 is located at sideslip road 4-
14 insides, tension spring 4-15 connect with sideslip road 4-14, and pull rod 4-16 is located at the inside plate 4-12 that is slidably installed, pull rod 4-16 and
Be slidably installed plate 4-12 connection, and rotary shaft 4-17 is located on the inside of rotating disk 4-18, and rotary shaft 4-17 is connect with rotating disk 4-18, revolves
Turntable 4-18 is located on the inside of pull rod 4-16, and rotating disk 4-18 is connect with pull rod 4-16, rotates clockwise rotary shaft 4-17, rotary shaft
4-17 band Moving plate 4-18 rotates, and rotating disk 4-18 drives pull rod 4-16 to move inwardly, and pull rod 4-16 drives the plate 4- that is slidably installed
12 move inwardly, and the plate 4-12 that is slidably installed drives clamping jaw 4-9 to move inwardly, and cup 4-2 is clamped, and rotate gear 4- counterclockwise
13, gear 4-13 band carry-over bar 4-11 is moved, and rack gear 4-11 drives clamping jaw 4-9 to separate, and clamping jaw 4-9 is transported along the direction sliding block 4-10
Dynamic, sliding block 4-10 is moved under the limit of perpendicular slideway 4-8, and clamping jaw 4-9 drives cup 4-2 to fall off, four 4-3 of motor rotation, motor four
4-3 drives screw rod 4-6 rotation, and screw rod 4-6 drives screw 4-7 to move upwards, and screw 4-7 promotion is grabbed 4-5 and moved to two sides, grabs 4-
5 are rotated centered on free bearing 4-4, grab 4-5 opening, and cup 4-2 is entered on conveyer belt 5-4；
Guiding 5 is by main support 5-1, wheel carrier 5-2, belt wheel 5-3, conveyer belt 5-4, five 5-5 of motor, power belt wheel 5-6, connecting rod
One 5-7, two 5-8 of connecting rod, three 5-9 of connecting rod, terminal filament pole socket 5-10, screw 5-11, connecting rod free bearing 5-12, vertical hair bar 5-13, handwheel
5-14 composition, wheel carrier 5-2 are located on the inside of main support 5-1, and wheel carrier 5-2 is connect with main support 5-1, and belt wheel 5-3 is located on wheel carrier 5-2
Side, belt wheel 5-3 are connect with wheel carrier 5-2, and belt wheel 5-3 is located on the inside of conveyer belt 5-4, and belt wheel 5-3 is connect with conveyer belt 5-4, power
Belt wheel 5-6 is located at five side 5-5 of motor, and power belt wheel 5-6 is connect with five 5-5 of motor, and it is left that one 5-7 of connecting rod is located at five 5-5 of motor
Side, one 5-7 of connecting rod are connect with five 5-5 of motor, and two 5-8 of connecting rod is located on the left of one 5-7 of connecting rod, and two 5-8 of connecting rod and one 5-7 of connecting rod connect
It connects, three 5-9 of connecting rod is located on the upside of two 5-8 of connecting rod, and three 5-9 of connecting rod is connect with two 5-8 of connecting rod, and three 5-9 of connecting rod is located at one 5-7 of connecting rod
Left side, three 5-9 of connecting rod are connect with one 5-7 of connecting rod, and terminal filament pole socket 5-10 is located on the left of three 5-9 of connecting rod, terminal filament pole socket 5-10 and company
Three 5-9 connection of bar, terminal filament pole socket 5-10 are located on the right side of main support 5-1, and terminal filament pole socket 5-10 is connect with main support 5-1, screw 5-
11 are located on the outside of vertical hair bar 5-13, and screw 5-11 is connect with vertical hair bar 5-13, and screw 5-11 is located on the left of connecting rod free bearing 5-12, silk
Female 5-11 is connect with connecting rod free bearing 5-12, and connecting rod free bearing 5-12 is located on the left of two 5-8 of connecting rod, connecting rod free bearing 5-12 and two 5- of connecting rod
8 connections, vertical hair bar 5-13 are located on the inside of terminal filament pole socket 5-10, and vertical hair bar 5-13 is connect with terminal filament pole socket 5-10, and 5-14, handwheel
On the upside of vertical hair bar 5-13, handwheel 5-14 is connect with vertical hair bar 5-13, and rotation hand wheel 5-14, handwheel 5-14 drive vertical hair bar 5-13
Rotation, vertical hair bar 5-13 drive screw 5-11 to move up and down, and screw 5-11 pushes two 5-8 of connecting rod to move up and down, and two 5-8 of connecting rod is pushed away
Dynamic three 5-9 of connecting rod, one 5-7 of connecting rod change at a distance from main support 5-1, and the pulling force that conveyer belt 5-4 is subject to changes, five 5-5 of motor
Rotation, five 5-5 of motor drive power belt wheel 5-6 rotation, and power belt wheel 5-6 drives conveyer belt 5-4 to move right, conveyer belt 5-4
Band movable belt pulley 5-3 is rotated centered on wheel carrier 5-2；
Cladding 6 is by film 6-1, film seat 6-2, cutting compacting mould 6-3, pulling force seat 6-4, pulling force wheel 6-5, power seat 6-6, counterweight
Spinner handle 6-7, one 6-8 of bar, two 6-9 of bar, fulcrum hole 6-10, three 6-11 of bar, four 6-12 of bar, limit bucket 6-13, damping spring 6-14,
Six 6-15 of sliding block, five 6-16 of bar, six 6-17 of slideway composition, film seat 6-2 are located on the upside of film 6-1, and film seat 6-2 connect with film 6-1, cuts
Compacting mould 6-3 is cut to be located on the upside of film 6-1, pulling force wheel 6-5 is located on the right side of pulling force seat 6-4, and pulling force wheel 6-5 is connect with pulling force seat 6-4,
Counterweight spinner handle 6-7 is located on the upside of power seat 6-6, and counterweight spinner handle 6-7 is connect with power seat 6-6, and one 6-8 of bar is located at counterweight spinner handle 6-
7 upsides, one 6-8 of bar are connect with counterweight spinner handle 6-7, and two 6-9 of bar is located on the upside of one 6-8 of bar, and two 6-9 of bar is connect with one 6-8 of bar, are propped up
Spot hole 6-10 is located in the middle part of two 6-9 of bar, and fulcrum hole 6-10 is connect with two 6-9 of bar, and three 6-11 of bar is located on the left of fulcrum hole 6-10, bar
Three 6-11 are connect with fulcrum hole 6-10, and four 6-12 of bar is located on the downside of three 6-11 of bar, and four 6-12 of bar is connect with three 6-11 of bar, four 6- of bar
12 are located on the inside of limit bucket 6-13, and four 6-12 of bar is connect with limit bucket 6-13, and six 6-17 of slideway is located at the limit two sides bucket 6-13, sliding
Six 6-17 of road is connect with limit bucket 6-13, and six 6-17 of slideway is located on the outside of damping spring 6-14, six 6-17 of slideway and damping spring
6-14 connection, six 6-17 of slideway are located on the outside of six 6-15 of sliding block, and six 6-17 of slideway is connect with six 6-15 of sliding block, and six 6-17, slideway
On the outside of bar five 6-16, six 6-17 of slideway connect with five 6-16 of bar, and five 6-16 of bar is located at the downside six 6-15 of sliding block, five 6-16 of bar and
Six 6-15 connection of sliding block, six 6-15 of sliding block are located on the downside of damping spring 6-14, and six 6-15 of sliding block connect with damping spring 6-14, cuts
It cuts compacting mould 6-3 to be located on the downside of five 6-16 of bar, cutting compacting mould 6-3 is connect with five 6-16 of bar, and cutting compacting mould 6-3 is located at bar four
On the downside of 6-12, cutting compacting mould 6-3 is connect with four 6-12 of bar, and counterweight spinner handle 6-7 is rotated centered on power seat 6-6, power seat
One 6-8 of 6-6 driven rod moves up and down, and one 6-8 catch bar of bar, two 6-9 moves up and down, and two 6-9 of bar is put centered on fulcrum hole 6-10
Dynamic, when the decline of two left end 6-9 of bar, two 6-9 driven rod of bar, three 6-11 is moved downward, and three 6-11 driven rod of bar, four 6-12 is transported downwards
Dynamic, four 6-12 of bar is moved downward along limit bucket 6-13, and four 6-12 of bar drives cutting compacting mould 6-3 to move downward, cutting compacting mould
Five 6-16 of 6-3 driven rod is moved downward, and bar five 6-16 band six 6-15 of movable slider is moved downward, and damping spring 6-14 is stretched, and cuts
It cuts compacting mould 6-3 to cut film 6-1 and be pressed into glass 4-2, broken tea is coated between glass 4-2 and film 6-1；
Counterweight spinner handle 6-7 is made of rotation section 6-7-1, eccentric segment 6-7-2, counterweight section 6-7-3, rotation section 6-7-1 and partially
Heart section 6-7-2 connection eccentric segment 6-7-2 is connect with counterweight section 6-7-3；
Screening 1, which is located at, pulverizes 2 upsides, sieves 1 and pulverizes 2 connections, pulverizes 2 and is located at 3 upside of sub-material, pulverizes 2 and the company of sub-material 3
It connects, pulverizes 2 and be located at 4 upside of dixie cup, pulverize 2 and connect with dixie cup 4, guiding 5 is located at 1 downside of screening, and guiding 5 is connect with screening 1, paper
Cup 4 is located at 5 inside of guiding, and cladding 6 is located at 5 inside of guiding, and cladding 6 is located at 4 right side of dixie cup.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the main support 5-1
It is connect with fixed plate 1-1.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the fulcrum hole 6-
10 connect with main support 5-1.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, described to grab 4-5 quantity
It is two.
The working principle of the present apparatus are as follows: the working principle of screening is that swingle 1-9 is rotated centered on fixing seat 1-10, is revolved
Bull stick 1-9 drives rotary shaft 1-8 to rotate centered on fixing seat 1-10, and rotary shaft 1-8 drives the rotation of the lower part connecting rod 1-7, even
Extension bar 1-7 top side-to-side movement, connecting rod 1-7 are swung centered on connecting shaft 1-6, connecting shaft 1-6 side-to-side movement, connecting shaft 1-
6 drive sieve plate 1-5 swing because lower axle 1-2 connect with fixed plate 1-1, upper axis 1-4 is connect with sieve plate 1-5, sieve plate 1-5 with consolidate
Fixed board 1-1 is parallel always, and broken tea is fallen by sieve 1-5-2.Rotating folding sieve plate 1-5-4 opens and closes sieve plate 1-5-4 with bottom sieve
It is rotated centered on plate 1-5-3, tealeaves is collected；Opposite direction rotating folding sieve plate 1-5-4, Gu it is stretched to spring 1-5-5,
When opening and closing sieve plate 1-5-4 rotation more than 90 degree, the elastic potential energy of spring is converted into kinetic energy, Gu it will be opened and closed to spring 1-5-5
Sieve plate 1-5-4 is fixed with bottom sieve plate 1-5-3.The working principle that tealeaves pulverizes enters shell 2-2 by wide-mouth 2-1 for tealeaves
In, main shaft 2-4 rotation, main shaft 2-4 drives main wheel 2-3 rotation, and main wheel 2-3 drives from wheel 2-5 rotation, will be from wheel 2-5 from axis 2-7
It connecting with jacking sliding block 2-6, when with clamping stagnation is arrived, clamping stagnation object generates pressure to the left to from wheel 2-5, it is moved downward from wheel 2-5,
It drives from wheel 2-5 from axis 2-7 and moves downward, drive jacking sliding block 2-6 to move downward from axis 2-7, jacking sliding block 2-6 is along slideway 2-
9 directions move downward, and jacking sliding block 2-6 compresses jacking spring 2-8, when clamping stagnation object passes through, jacking spring 2-8 elastic potential energy
It is converted into kinetic energy, jacking sliding block 2-6 is pushed to move right, jacking sliding block 2-6 drive is moved right from axis 2-7, is driven from axis 2-7
It is moved right from wheel 2-5, is collided from wheel 2-5 and main wheel 2-3, tealeaves is crushed, pin 2-10 is inserted into pin hole 2-12, it can be present
Position of the spring force adjusting block 2-11 in pin 2-10, to change the elasticity of spring.The working principle of sub-material is pulverized
Tealeaves is fallen on the 3-10 of slope, enters eventually into the position material separating disc 3-8, three 3-1 of motor rotation, and three 3-1 of motor drives cam pin
3-2 rotation, cam pin 3-2 drive index dial 3-5 rotation, and cam pin 3-2 rotation is turned around, and index dial 3-5 rotates a quarter circle,
Index dial 3-5 drives small pulley 3-4 rotation, and small pulley 3-4 drives band 3-6 to rotate, and band 3-6 drives big belt wheel 3-7 rotation, big band
It takes turns 3-7 and drives material separating disc 3-8 rotation, material separating disc 3-8 is rotated centered on axis hole 3-8-2, when material-dividing groove 3-8-3 rotates to top
When, broken tea is fallen in material-dividing groove 3-8-3, and material-dividing groove 3-8-3 continues to rotate, and sub-material shell 3-9 will be more in material-dividing groove 3-8-3
Remaining broken tea is wiped off, and tealeaves is by quantitative sub-material.The principle of taking of cup is to rotate clockwise rotary shaft 4-17, rotary shaft 4-17
Band Moving plate 4-18 rotate, rotating disk 4-18 drive pull rod 4-16 move inwardly, pull rod 4-16 drive be slidably installed plate 4-12 to
Medial motion, the plate 4-12 that is slidably installed drive clamping jaw 4-9 to move inwardly, cup 4-2 are clamped, and rotate gear 4-13 counterclockwise,
Gear 4-13 band carry-over bar 4-11 is moved, and rack gear 4-11 drives clamping jaw 4-9 to separate, and clamping jaw 4-9 is moved along the direction sliding block 4-10, sliding
Block 4-10 is moved under the limit of perpendicular slideway 4-8, and clamping jaw 4-9 drives cup 4-2 to fall off, four 4-3 of motor rotation, four 4-3 band of motor
Dynamic screw rod 4-6 rotation, screw rod 4-6 drive screw 4-7 to move upwards, and screw 4-7 promotion is grabbed 4-5 and moved to two sides, grab 4-5 to cut with scissors
It is rotated centered on seat 4-4, grabs 4-5 opening, cup 4-2 is entered on conveyer belt 5-4.The working principle of transmission is rotation hand wheel 5-
14, handwheel 5-14 drive vertical hair bar 5-13 rotation, and vertical hair bar 5-13 drives screw 5-11 to move up and down, and screw 5-11 pushes connecting rod
Two 5-8 move up and down, and two 5-8 of connecting rod pushes three 5-9 of connecting rod, one 5-7 of connecting rod to change at a distance from main support 5-1, conveyer belt 5-4
The pulling force being subject to changes, and five 5-5 of motor rotation, five 5-5 of motor drives power belt wheel 5-6 rotation, and power belt wheel 5-6 drives transmission
Band 5-4 is moved right, and conveyer belt 5-4 band movable belt pulley 5-3 is rotated centered on wheel carrier 5-2.The working principle of cladding is with respin
Bar 6-7 is rotated centered on power seat 6-6, and one 6-8 of power seat 6-6 driven rod moves up and down, on one 6-8 catch bar of bar, two 6-9
Lower movement, two 6-9 of bar are swung centered on fulcrum hole 6-10, when the decline of two left end 6-9 of bar, two 6-9 driven rod of bar, three 6-11
It moves downward, three 6-11 driven rod of bar, four 6-12 is moved downward, and four 6-12 of bar is moved downward along limit bucket 6-13, four 6-12 band of bar
Dynamic cutting compacting mould 6-3 is moved downward, and cutting compacting five 6-16 of mould 6-3 driven rod is moved downward, bar five 6-16 band movable slider six
6-15 is moved downward, and damping spring 6-14 is stretched, and film 6-1 is cut and is pressed into glass 4-2 by cutting compacting mould 6-3, by fannings
Leaf is coated between glass 4-2 and film 6-1.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. the recycling equipment of broken tea after a kind of tea dry sorting, including screening (1), pulverizes (2), sub-material (3), dixie cup (4), leads
To (5), cladding (6), it is characterised in that: screening (1) is by fixed plate (1-1), lower axle (1-2), parallel bar (1-3), upper axis (1-
4), sieve plate (1-5), connecting shaft (1-6), connecting rod (1-7), rotary shaft (1-8), swingle (1-9), fixing seat (1-10) group
At fixed plate (1-1) is located on the outside of lower axle (1-2), and fixed plate (1-1) is connect with lower axle (1-2), under parallel bar (1-3) is located at
On the upside of axis (1-2), parallel bar (1-3) is connect with lower axle (1-2), and upper axis (1-4) is located on the upside of parallel bar (1-3), upper axis (1-4)
It is connect with parallel bar (1-3), sieve plate (1-5) is located on the outside of upper axis (1-4), and sieve plate (1-5) is connect with upper axis (1-4), connecting shaft
(1-6) is located on the left of sieve plate (1-5), and connecting shaft (1-6) is connect with sieve plate (1-5), and connecting rod (1-7) is located at connecting shaft (1-6)
Downside, connecting rod (1-7) are connect with connecting shaft (1-6), and rotary shaft (1-8) is located on the downside of connecting rod (1-7), rotary shaft (1-8)
It is connect with connecting rod (1-7), swingle (1-9) is located at the side rotary shaft (1-8), and swingle (1-9) and rotary shaft (1-8) are even
It connects, fixing seat (1-10) is located on the right side of swingle (1-9), and fixing seat (1-10) is connect with swingle (1-9), fixing seat (1-10)
On the left of fixed plate (1-1), fixing seat (1-10) is connect with fixed plate (1-1)；
Sieve plate (1-5) is from side sieve plate (1-5-1), sieve (1-5-2), bottom sieve plate (1-5-3), folding sieve plate (1-5-4), solid to bullet
Spring (1-5-5), hinge (1-5-6) composition, bottom sieve plate (1-5-3) are located on the outside of sieve (1-5-2), bottom sieve plate (1-5-3) and sieve
Net (1-5-2) connection, folding sieve plate (1-5-4) are located at the side side sieve plate (1-5-1), folding sieve plate (1-5-4) and side sieve plate (1-
It 5-1) connects, folding sieve plate (1-5-4) is located at the side bottom sieve plate (1-5-3), opens and closes sieve plate (1-5-4) and bottom sieve plate (1-5-3)
Connection, hinge (1-5-6) are located at admittedly to spring (1-5-5) outside, and hinge (1-5-6) is connect with solid to spring (1-5-5), hinge
(1-5-6) is located on the outside of folding sieve plate (1-5-4), and hinge (1-5-6) is connect with folding sieve plate (1-5-4), the position hinge (1-5-6)
On the downside of bottom sieve plate (1-5-3), hinge (1-5-6) is connect with bottom sieve plate (1-5-3)；
Pulverize (2) by wide-mouth (2-1), shell (2-2), main wheel (2-3), main shaft (2-4), from wheel (2-5), jacking sliding block (2-6),
From axis (2-7), jacking spring (2-8), slideway (2-9), pin (2-10), spring force adjusting block (2-11), pin hole (2-12) group
At shell (2-2) is located on the downside of wide-mouth (2-1), and shell (2-2) is connect with wide-mouth (2-1), and main shaft (2-4) is located at main wheel (2-3)
Inside, main shaft (2-4) are connect with main wheel (2-3), and main shaft (2-4) is located on the inside of shell (2-2), main shaft (2-4) and shell (2-2)
Connection is located on the left of main wheel (2-3) from wheel (2-5), is located on the inside of jacking sliding block (2-6) from axis (2-7), from axis (2-7) and top
It is connected into sliding block (2-6), is located on the inside of wheel (2-5) from axis (2-7), is connect from axis (2-7) with from wheel (2-5), from axis (2-7)
It on the inside of shell (2-2), is connect from axis (2-7) with shell (2-2), jacking spring (2-8) is located at jacking sliding block (2-6) left side
Side, jacking spring (2-8) are connect with jacking sliding block (2-6), and slideway (2-9) is located on the outside of jacking sliding block (2-6), slideway (2-9)
It is connect with jacking sliding block (2-6), slideway (2-9) is located on the outside of jacking spring (2-8), and slideway (2-9) and jacking spring (2-8) are even
It connecing, spring force adjusting block (2-11) is located on the inside of slideway (2-9), and spring force adjusting block (2-11) is connect with slideway (2-9),
Spring force adjusting block (2-11) is located on the inside of pin (2-10), and spring force adjusting block (2-11) is connect with pin (2-10), pin hole
(2-12) is located on the inside of spring force adjusting block (2-11), and pin hole (2-12) is connect with spring force adjusting block (2-11)；
Sub-material (3) is by motor three (3-1), cam pin (3-2), turntable (3-3), small pulley (3-4), index dial (3-5), band (3-
6), big belt wheel (3-7), material separating disc (3-8), sub-material shell (3-9), slope (3-10) composition, motor three (3-1) are located at turntable
The side (3-3), motor three (3-1) are connect with turntable (3-3), and turntable (3-3) is located at the side cam pin (3-2), turntable (3-3) with
Cam pin (3-2) connection, index dial (3-5) are located on the left of cam pin (3-2), and band (3-6) is located on the left of small pulley (3-4), band
(3-6) is connect with small pulley (3-4), and big belt wheel (3-7) is located on the left of band (3-6), and big belt wheel (3-7) is connect with band (3-6), point
Charging tray (3-8) is located at the side big belt wheel (3-7), and material separating disc (3-8) is connect with big belt wheel (3-7), and material separating disc (3-8) is located at sub-material
On the inside of shell (3-9), material separating disc (3-8) is connect with sub-material shell (3-9), and sub-material shell (3-9) is located on the downside of slope (3-10),
Sub-material shell (3-9) is connect with slope (3-10),；
Material separating disc (3-8) is made of disk body (3-8-1), axis hole (3-8-2), material-dividing groove (3-8-3), and axis hole (3-8-2) is located at disk
The center body (3-8-1), material-dividing groove (3-8-3) are located on the outside of disk body (3-8-1)；
Dixie cup (4) by mounting plate (4-1), cup (4-2), motor four (4-3), free bearing (4-4), grab (4-5), screw rod (4-6), screw
(4-7), perpendicular slideway (4-8), clamping jaw (4-9), sliding block (4-10), rack gear (4-11), the plate that is slidably installed (4-12), gear (4-
13), sideslip road (4-14), tension spring (4-15), pull rod (4-16), rotary shaft (4-17), rotating disk (4-18) composition, motor
Four (4-3) are located on the downside of mounting plate (4-1), and motor four (4-3) is connect with mounting plate (4-1), and free bearing (4-4) is located at mounting plate
On the upside of (4-1), free bearing (4-4) is connect with mounting plate (4-1), is grabbed (4-5) and is located on the upside of free bearing (4-4), grabs (4-5) and free bearing
(4-4) connection, screw rod (4-6) are located on the upside of mounting plate (4-1), and screw rod (4-6) is located on the upside of motor four (4-3), screw rod (4-6)
It is connect with motor four (4-3), screw (4-7) is located on the inside of screw rod (4-6), and screw (4-7) is connect with screw rod (4-6), screw (4-
7) it is located at and grabs on the inside of (4-5), screw (4-7) is connect with (4-5) is grabbed, and cup (4-2) is located on the inside of the plate (4-12) that is slidably installed, sliding block
(4-10) is located on the inside of perpendicular slideway (4-8), and sliding block (4-10) is connect with perpendicular slideway (4-8), and sliding block (4-10) is located at clamping jaw (4-9)
Side, sliding block (4-10) are connect with clamping jaw (4-9), and rack gear (4-11) is located at the side clamping jaw (4-9), rack gear (4-11) and clamping jaw
(4-9) connection, the plate that is slidably installed (4-12) are located on the outside of perpendicular slideway (4-8), and the plate that is slidably installed (4-12) and perpendicular slideway (4-8) are even
It connects, gear (4-13) is located on the inside of rack gear (4-11), and gear (4-13) is connect with rack gear (4-11), and gear (4-13) is located at sliding
The side mounting plate (4-12), gear (4-13) are connect with the plate that is slidably installed (4-12), and sideslip road (4-14) is located at the plate that is slidably installed
On the upside of (4-12), sideslip road (4-14) is connect with the plate that is slidably installed (4-12), and tension spring (4-15) is located at sideslip road (4-14)
Inside, tension spring (4-15) are connect with sideslip road (4-14), and pull rod (4-16) is located on the inside of the plate (4-12) that is slidably installed, pull rod
(4-16) is connect with the plate that is slidably installed (4-12), and rotary shaft (4-17) is located on the inside of rotating disk (4-18), rotary shaft (4-17) with
Rotating disk (4-18) connection, rotating disk (4-18) are located on the inside of pull rod (4-16), and rotating disk (4-18) is connect with pull rod (4-16)；
(5) are oriented to by main support (5-1), wheel carrier (5-2), belt wheel (5-3), conveyer belt (5-4), motor five (5-5), power belt wheel
(5-6), connecting rod one (5-7), connecting rod two (5-8), connecting rod three (5-9), terminal filament pole socket (5-10), screw (5-11), connecting rod free bearing
(5-12), vertical hair bar (5-13), handwheel (5-14) composition, wheel carrier (5-2) are located on the inside of main support (5-1), wheel carrier (5-2) and master
Bracket (5-1) connection, belt wheel (5-3) are located on the upside of wheel carrier (5-2), and belt wheel (5-3) is connect with wheel carrier (5-2), the position belt wheel (5-3)
On the inside of conveyer belt (5-4), belt wheel (5-3) is connect with conveyer belt (5-4), and power belt wheel (5-6) is located at the side motor five (5-5)
Face, power belt wheel (5-6) are connect with motor five (5-5), and connecting rod one (5-7) is located on the left of motor five (5-5), connecting rod one (5-7)
It is connect with motor five (5-5), connecting rod two (5-8) is located on the left of connecting rod one (5-7), and connecting rod two (5-8) and connecting rod one (5-7) are even
It connects, connecting rod three (5-9) is located on the upside of connecting rod two (5-8), and connecting rod three (5-9) is connect with connecting rod two (5-8), the position connecting rod three (5-9)
On the left of connecting rod one (5-7), connecting rod three (5-9) is connect with connecting rod one (5-7), and terminal filament pole socket (5-10) is located at connecting rod three (5-9)
Left side, terminal filament pole socket (5-10) are connect with connecting rod three (5-9), and terminal filament pole socket (5-10) is located on the right side of main support (5-1), terminal filament bar
Seat (5-10) is connect with main support (5-1), and screw (5-11) is located on the outside of vertical hair bar (5-13), screw (5-11) and vertical hair bar
(5-13) connection, screw (5-11) are located on the left of connecting rod free bearing (5-12), and screw (5-11) is connect with connecting rod free bearing (5-12), even
Bar free bearing (5-12) is located on the left of connecting rod two (5-8), and connecting rod free bearing (5-12) is connect with connecting rod two (5-8), vertical hair bar (5-13)
On the inside of terminal filament pole socket (5-10), vertical hair bar (5-13) is connect with terminal filament pole socket (5-10), and handwheel (5-14) is located at vertical hair bar
On the upside of (5-13), handwheel (5-14) is connect with vertical hair bar (5-13)；
(6) are coated by film (6-1), film seat (6-2), cutting compacting mould (6-3), pulling force seat (6-4), pulling force wheel (6-5), power seat
(6-6), counterweight spinner handle (6-7), bar one (6-8), bar two (6-9), fulcrum hole (6-10), bar three (6-11), bar four (6-12), limit
Position bucket (6-13), damping spring (6-14), sliding block six (6-15), bar five (6-16), slideway six (6-17) composition, film seat (6-2)
On the upside of film (6-1), film seat (6-2) is connect with film (6-1), and cutting compacting mould (6-3) is located on the upside of film (6-1), pulling force wheel
(6-5) is located on the right side of pulling force seat (6-4), and pulling force wheel (6-5) is connect with pulling force seat (6-4), and counterweight spinner handle (6-7) is located at power seat
On the upside of (6-6), counterweight spinner handle (6-7) is connect with power seat (6-6), and bar one (6-8) is located on the upside of counterweight spinner handle (6-7), bar one
(6-8) is connect with counterweight spinner handle (6-7), and bar two (6-9) is located on the upside of bar one (6-8), and bar two (6-9) is connect with bar one (6-8),
Fulcrum hole (6-10) is located in the middle part of bar two (6-9), and fulcrum hole (6-10) is connect with bar two (6-9), and bar three (6-11) is located at fulcrum
On the left of hole (6-10), bar three (6-11) is connect with fulcrum hole (6-10), and bar four (6-12) is located on the downside of bar three (6-11), bar four
(6-12) is connect with bar three (6-11), and bar four (6-12) is located on the inside of limit bucket (6-13), bar four (6-12) and limit bucket (6-
13) it connects, slideway six (6-17) is located at limit two sides bucket (6-13), and slideway six (6-17) is connect with limit bucket (6-13), slideway
Six (6-17) are located on the outside of damping spring (6-14), and slideway six (6-17) is connect with damping spring (6-14), slideway six (6-17)
On the outside of sliding block six (6-15), slideway six (6-17) is connect with sliding block six (6-15), and slideway six (6-17) is located at five (6- of bar
16) outside, slideway six (6-17) are connect with bar five (6-16), and bar five (6-16) is located on the downside of sliding block six (6-15), five (6- of bar
16) it is connect with sliding block six (6-15), sliding block six (6-15) is located on the downside of damping spring (6-14), sliding block six (6-15) and damping bullet
Spring (6-14) connection, cutting compacting mould (6-3) are located on the downside of bar five (6-16), and cutting compacting mould (6-3) and bar five (6-16) is even
It connects, cutting compacting mould (6-3) is located on the downside of bar four (6-12), and cutting compacting mould (6-3) is connect with bar four (6-12)；
Counterweight spinner handle (6-7) is made of rotation section (6-7-1), eccentric segment (6-7-2), counterweight section (6-7-3), rotates section (6-7-
1) eccentric segment (6-7-2) is connect with eccentric segment (6-7-2) to connect with counterweight section (6-7-3)；
Screening (1), which is located at, pulverizes on the upside of (2), and screening (1) is connect with (2) are pulverized, and pulverizes (2) and is located on the upside of sub-material (3), pulverizes
(2) it is connect with sub-material (3), pulverizes (2) and be located on the upside of dixie cup (4), pulverize (2) and connect with dixie cup (4), guiding (5) is located at screening
(1) downside, guiding (5) are connect with screening (1), and dixie cup (4) is located on the inside of guiding (5), and cladding (6) is located on the inside of guiding (5), packet
(6) are covered to be located on the right side of dixie cup (4).
2. the recycling equipment of broken tea after a kind of tea dry sorting according to claim 1, it is characterised in that: the main branch
Frame (5-1) is connect with fixed plate (1-1).
3. the recycling equipment of broken tea after a kind of tea dry sorting according to claim 1, it is characterised in that: the fulcrum
Hole (6-10) is connect with main support (5-1).
4. the recycling equipment of broken tea after a kind of tea dry sorting according to claim 1, it is characterised in that: described to grab
(4-5) quantity is two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910265212.5A CN109965037B (en) | 2019-04-03 | 2019-04-03 | Equipment of recycling of garrulous tealeaves after tealeaves is selected separately |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910265212.5A CN109965037B (en) | 2019-04-03 | 2019-04-03 | Equipment of recycling of garrulous tealeaves after tealeaves is selected separately |
Publications (2)
| Publication Number | Publication Date |
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| CN109965037A true CN109965037A (en) | 2019-07-05 |
| CN109965037B CN109965037B (en) | 2021-05-14 |
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ID=67082652
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910265212.5A Active CN109965037B (en) | 2019-04-03 | 2019-04-03 | Equipment of recycling of garrulous tealeaves after tealeaves is selected separately |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113083675A (en) * | 2021-04-12 | 2021-07-09 | 荆门市漳河绿玉茶叶专业合作社 | Equipment of recycling of garrulous tealeaves after tealeaves is selected separately |
| CN113229385A (en) * | 2021-01-27 | 2021-08-10 | 吴子怡 | Method for recycling crushed tea leaves after tea leaf sorting |
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| Publication number | Publication date |
|---|---|
| CN109965037B (en) | 2021-05-14 |
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Effective date of registration: 20210426 Address after: 334000 No.1, Wang Village, qiukou Town, Wuyuan County, Shangrao City, Jiangxi Province Applicant after: Wuyuan Yueliangwan Industrial Co.,Ltd. Address before: 350012 Xiufeng Road, Xindian Town, Jinan District, Fuzhou City, Fujian Province Applicant before: Chen Yaofeng |
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