CN106311586B - A kind of tea screening slightly fries automatic processing device - Google Patents

Abstract

The present invention relates to a kind of tea screenings slightly to fry automatic processing device, including bottom plate, the lower face of the bottom plate is symmetrically installed there are four universal wheel, the present invention is moved to Working position by four universal wheels, multistage screening plant is installed on the left of the upper surface of bottom plate, the multistage automatic sieving function of tealeaves may be implemented in multistage screening plant, controllable thick frying apparatus is installed on the right side of the upper surface of bottom plate, the controllable quickly thick stir-fry function of tealeaves may be implemented in controllable slightly frying apparatus, and the thick stir-fry time is substantially reduced using annular processing method；The multistage screening plant includes the screening support plate being mounted on the left of bottom plate upper surface, it sieves and collecting box is installed in the middle part of the upper surface of support plate, collecting box plays the function of tealeaves after collection screening, the upper surface of screening support plate is symmetrically installed with four screening pillars, and the upper end of four screening pillars is equipped with screening mechanism.Sieving, slightly frying the automatic machining function of integration for tealeaves may be implemented in the present invention, without human intervention, easy to operate.

Description

A kind of tea screening slightly fries automatic processing device

Technical field

The present invention relates to tea processing technical field, specifically a kind of tea screening slightly fries automatic processing device.

Background technology

China is big country of sampling tea, and has many famous tealeaves brands, for example, Xihu Longjing Tea, Iron Guanyin, Pilochun (a green tea), Mount Huang Mao Feng, black tea, green tea etc., with consumer demand, the Tea planting amount of various regions is increasing, and tea processing technique is main Be divided into picking, ted, sieve, slightly fry and essence fry five steps, picking predominantly tealeaves is picked from tea tree；It teds It is sun withering, main process is that broad booth makes each position in tealeaves using sunlight on green frame after tealeaves scarifying after picking Uniform moisture is simultaneously slowly dried；Tealeaves is mainly graded by size grade by screening, is out got over tea processing smaller in kind Good, selling price is also better；Tealeaves after screening is mainly carried out roughing by thick fry, and removes the moisture of tealeaves, and tealeaves is flat Flat-shaped sizing；Essence, which is fried, predominantly finishes tealeaves；But existing tea processing technique has the following defects：1, existing tea Leaf screening is mainly manual operation, and complicated for operation, labor intensity is big, and sieving time is long, and screening speed is slow, and the degree of automation is low, Screening effect is poor；2, slightly stir-fry is mainly semi-circular processing method to existing tealeaves, and the thick stir-fry time is long, and thick stir-fry effect is poor.

Invention content

To solve the above-mentioned problems, the present invention provides a kind of tea screenings slightly to fry automatic processing device, can solve existing With the presence of tea processing technique is complicated for operation, labor intensity is big, the degree of automation is low, needs are manually sieved, sieving time It is long, screening speed is slow, screening effect is poor, using semi-circular processing method, it is thick fry the time it is long and it is thick fry the problems such as effect difference, can be with Realize sieving, slightly frying the automatic machining function of integration for tealeaves, without human intervention, easy to operate, high degree of automation has Without manually being sieved, sieving time is short, screening speed is fast, screening effect is good, short using annular processing method, thick stir-fry time The advantages that good with thick tea effect.

To achieve the goals above, the present invention is realized using following technical scheme：A kind of tea screening is thick to fry automatic add The lower face of construction equipment, including bottom plate, the bottom plate is symmetrically installed there are four universal wheel, is moved the present invention by four universal wheels It moves to Working position, the upper surface left side of bottom plate is equipped with multistage screening plant, and the more of tealeaves may be implemented in multistage screening plant Grade automatic sieving function, sieving time is short, and screening speed is fast, and screening effect is good, is equipped on the right side of the upper surface of bottom plate controllable thick Frying apparatus, controllable thick frying apparatus may be implemented the controllable quickly thick stir-fry function of tealeaves, substantially reduced using annular processing method Thick to fry the time, thick tea effect is good.

The multistage screening plant includes the screening support plate being mounted on the left of bottom plate upper surface, in the upper surface for sieving support plate Portion is equipped with collecting box, and collecting box plays the function of tealeaves after collection screening, and the upper surface for sieving support plate is symmetrically installed with four Pillar is sieved, the upper end of four screening pillars is equipped with screening mechanism, and screening mechanism once sieves tealeaves, every screening Damping branch there are one being respectively mounted on the inner wall of pillar, four damping branch upper surfaces of four screening pillars are equipped with screening Case sieves and is evenly arranged with No.1 kidney-shaped screening hole on the bottom face of case, sieves on the rear and front end face of case through motor cabinet pair Claiming installation, there are two vibrating motors, drive screening case to carry out regrading to tealeaves by two vibrating motors, middle size Tealeaves stays in screening case, smaller to sieve hole by No.1 kidney-shaped and enter in collecting box and collect, and four screening pillars shake Power is eliminated by four damping branches, and damping branch plays good shock-absorbing function；The damping branch includes being mounted on No.1 ear mount on corresponding screening pillar is equipped with shock absorber between two journal stirrups of No.1 ear mount by axis pin, shock absorber Upper end is mounted on by axis pin between two journal stirrups of No. two ear mounts, and No. two ear mounts are mounted on the lower face of screening case, by keeping away Device is shaken to eliminate the vibration force that vibrating motor is brought；The screening mechanism includes screening frame, and the screening frame is square framework knot Structure, the bottom face for sieving frame are made of four corner blocks tilted down, so that sieving frame bottom end surrounding toward recessed, appearance Minimum structure between surrounding senior middle school, tealeaves can take advantage of a situation by the structure of screening frame and slide to centre, accelerate screening effect, and every No. two kidney-shaped screening holes are all evenly arranged on a corner block, larger tealeaves stays in screening frame, and relatively smaller tealeaves is logical No. two kidney-shaped screening holes are crossed to enter in screening case；It is separately installed with four on four inner walls of the screening frame and turns material branch, Four turn material branch and play the function of promoting the circulation of tealeaves uniform rotation so that tealeaves can be sieved quickly；The sieve Divide on the outer wall of frame pusher branch there are four being symmetrical arranged, is used between four pusher branches and four turns of material branches interlaced Mode is distributed, and four pusher branch lower ends are separately mounted on four screening pillars, will be pushed by pusher branch and is sieved frame It is interior to be turned to expect that the tealeaves that branch rotation is passed to is pushed into screening frame, it ensure that the tealeaves in screening frame can be by completely equal Even screening；Described turn of material branch includes the transformed material shaft being mounted on by bearing on screening frame, is provided on the outer wall of transformed material shaft Spiral turns material ring, is connected by turning material pillar between the inner wall and transformed material shaft of spiral turn material ring, turns material pillar and play support spiral shell Rotation expects that the effect of ring, the helical structure that spiral turns material ring to transport above and below the continuous drive tealeaves of annular in rotation process Dynamic, screening effect is good, and transformed material shaft, which is equipped with close to the outer end of screening frame by shaft coupling, turns material motor, turns material motor and passes through motor Seat, which is mounted on, to be turned on material support plate, is turned material support plate and is welded on the outer wall of screening frame, is driven transformed material shaft rotation by turning material motor, is turned Material axis drives spiral to turn material ring and uniformly rotates upwardly and downwardly circulation to tealeaves；The pusher branch includes being welded on pushing away on screening frame Expect that support plate, pusher support plate lower end are mounted on corresponding screening pillar, pusher support plate upper end is welded with pusher frame plate, pusher frame plate No.1 hydraulic cylinder is installed on inside, is fixed in the middle part of No.1 hydraulic cylinder on pusher fixed board, pusher fixed board plays fixed support The effect of No.1 hydraulic cylinder, pusher fixed board are welded on the downside of the upper end of pusher frame plate, and the top of No.1 hydraulic cylinder is pacified by screw thread Equipped with No.1 flange, push plate is equipped with by screw on No.1 flange, push plate campaign is driven by No.1 hydraulic cylinder, push plate will not The tealeaves of screening is pushed into be sieved in the middle part of screening frame.When work, when tealeaves enters in the screening frame in screening mechanism, four A turn of material branch and four pusher branches start simultaneously at work, and the material motor that turns turned on material branch drives transformed material shaft rotation, turns material Axis drives spiral to turn material ring and rotates, and the helical structure of spiral turn material ring makes being capable of the continuous drive tealeaves of annular in rotation process It moves up and down, tealeaves starts to start uniformly to sieve in screening frame, and at the same time the No.1 hydraulic cylinder on pusher branch starts work To make, No.1 hydraulic cylinder drives push plate campaign, push plate to be pushed into sieve in the middle part of screening frame by the tealeaves for not turned material branch screening, Larger tealeaves stays in screening frame, and the tealeaves of middle size sieves hole by No. two kidney-shapeds and enters in screening case；It sieves at this time Two vibrating motors of branch mailbox both sides start simultaneously at work, and two vibrating motors drive the screening uniform vibrosieve of case, intermediate The tealeaves of size stays in screening case, and smaller entered in collecting box by No.1 kidney-shaped screening hole is collected, and worked The vibration force that vibrating motor is brought is eliminated by the shock absorber of damping branch in journey, realizes the multistage automatic sieving work(of tealeaves Can, sieving time is short, and screening speed is fast, and screening effect is good.

The controllable thick frying apparatus includes the thick stir-fry support plate being mounted on the right side of bottom plate upper surface, in the thick upper surface for frying support plate Finished product box is laid in portion, and the thick tealeaves fried, which is put into finished product box, to be collected, and the thick on both sides of the upper end for frying support plate is symmetrical Four roughs are installed and fry pillar, the top that four roughs fry pillar is equipped with toroidal frame, and four roughs fry pillar and play even support ring The effect of shape frame, the lower end of toroidal frame are hatch frame, and the upper surface of toroidal frame is equipped with feedboard by hinge, on feedboard End face is provided with handle, drives feedboard to open and close by handle, tealeaves is entered by feedboard in toroidal frame, toroidal frame Both ends inner wall on heating branch is all uniformly installed, and be tightly attached on the inner wall of all heating branches it is thick fry on ring, heating Branch, which plays the role of being evenly heated, fries ring, heats the working quantity of branch and can be adjusted according to the thick temperature for frying ring, ring is fried when thick The excessively high working quantity for reducing heating branch of temperature spends the low working quantity for increasing heating branch when slightly frying circumstance temperature；It is described to add Hot branch includes two two journal stirrups being welded on toroidal frame inner wall, heating rod is installed between two journal stirrups, and add The inner wall of hot pin is tightly attached on thick stir-fry ring, and journal stirrup is heat-resisting material；The thick upper end for frying ring is equipped with pan feeding by hinge Plate, and feeding plate is connected by two connecting shafts with feedboard, feeding plate can be made with feedboard by two connecting shafts Linkage, the thick lower end for frying ring are equipped with reclaiming plate by hinge, and the lower end of reclaiming plate is symmetrically installed there are two discharging control branch, The bottom end of two discharging control branches is equipped on discharging support plate, and discharging support plate is welded on the hatch frame inner wall of toroidal frame, Control branches by two dischargings and control opening and the closing of reclaiming plate, it is thick fry after completion of processing tealeaves by reclaiming plate into Enter and is collected into finished product box；The discharging control branch includes No. three ear mounts mounted on reclaiming plate lower face, No. three ear mounts No. two hydraulic cylinders are installed between two journal stirrups, the bottom end of No. two hydraulic cylinders is mounted between two journal stirrups of No. four ear mounts, and four Number ear mount is mounted on discharging support plate, and opening and the closing of reclaiming plate are driven by No. two hydraulic cylinders；The toroidal frame and thick stir-fry Ring rear and front end is respectively welded there are two shutter, and rotary shaft is equipped with by bearing between the middle part of two shutters, rotates The front end of axis is equipped with electric rotating machine by shaft coupling, and electric rotating machine is mounted on by motor cabinet on rotation support plate, and support plate is rotated It is welded on the shutter outer wall of toroidal frame front end；Cu Chao mechanisms, and Cu Chao mechanisms are installed in the middle part of the rotary shaft Positioned at toroidal frame and the thick inside for frying ring, rotary shaft is driven to be rotated on two shutters by electric rotating machine, rotary shaft drives Cu Chao mechanisms are slightly fried to slightly frying the tealeaves in ring；The Cu Chao mechanisms include the square branch being fixedly mounted in the middle part of rotary shaft Block, is respectively set that there are four tealeaves to flatten branch on four side walls of square support plate, and tealeaves flattens branch and may be implemented to tealeaves Heating function of flattening, the rear and front end of square bearing piece is symmetrically installed there are two squeezing to push away branch, two squeeze push away branches will be located at it is thick The tealeaves of stir-fry ring front and rear sides, which squeezes, to be pushed into slightly to fry among ring, in order to which tealeaves flattens the work of branch；Described squeeze pushes away branch and includes Four No. three hydraulic cylinders of square bearing piece end face are symmetrically mounted on, the top of four No. three hydraulic cylinders is connected separately with by screw thread Four No. two flanges, four No. two flanges are mounted on to squeeze by screw and be pushed away on annulus, and the crowded outer wall for pushing away annulus is equal in the axial direction There are four crowded push plates for even setting, and using mutual between two crowded eight crowded push plates pushed away on branch and four tealeaves pressing branches Staggeredly mode is distributed, and is driven to squeeze to push away the crowded push plate band on annulus and use force by four No. three hydraulic cylinders and is fried the tealeaves of ring front and rear sides It squeezes and is pushed into slightly to fry among ring；It includes the pressing plate by hinge in the middle part of square bearing piece end face, pressure that the tealeaves, which flattens branch, The top of plate is equipped with guide post, is connected by sliding matching mode between guide post and thick stir-fry ring inner wall, guide post plays The back of the thick function of frying guiding movement on ring inner wall, pressing plate is equipped with No. five ear mounts, leads between two journal stirrups of No. five ear mounts It crosses axis pin and No. four hydraulic cylinders is installed, the bottom end of No. four hydraulic cylinders is mounted on by axis pin between two journal stirrups of No. six ear mounts, No. six ear mounts are mounted on square bearing piece end face, and the square bearing piece is vertically installed with fixed board on end face, passes through No. four hydraulic cylinders Press plate rotary, pressing plate is driven to drive tealeaves constantly to be moved toward fixed board, be tightly pressed against tealeaves by the hydraulic coupling of No. four hydraulic cylinders Heating pressing is carried out between pressing plate and fixed board.When work, feedboard is opened by handle first, feedboard passes through two connecting shafts Feeding plate linkage can be driven to open, then pour into tealeaves in thick stir-fry ring, the heating rods on all heating branches are to slightly frying at this time Ring is evenly heated, and then electric rotating machine is started to work, and drives rotary shaft to be rotated on two shutters by electric rotating machine, Rotary shaft band, which is used force, fries mechanism work, and Cu Chao mechanisms drive tealeaves annular stir-frying constantly in slightly frying ring, at this time in Cu Chao mechanisms Two squeeze and push away branch and four tealeaves flatten branches and work at the same time, squeeze four No. three hydraulic cylinders pushed away on branch and start to work, Four No. three hydraulic cylinders drive to squeeze to push away the crowded push plate band on annulus and use force and fry the tealeaves of ring front and rear sides and squeeze and be pushed into slightly to fry among ring, At the same time tealeaves flattens No. four hydraulic cylinders on branch and starts to work, and No. four hydraulic cylinders drive press plate rotary, pressing plate to drive tea Leaf is constantly moved toward fixed board, and tealeaves is tightly pressed against between pressing plate and fixed board by the hydraulic coupling of No. four hydraulic cylinders and carries out heating pressure It is flat, stir-fry and be evenly heated by the continuous annular of tealeaves flatten work to tealeaves carry out it is quickly thick fry, it is thick fry finish after two A discharging control branch is started to work, and No. two hydraulic cylinders on two discharging control branches drive reclaiming plate in the open state, The thick tealeaves fried, which is entered by reclaiming plate in finished product box, to be collected, and is realized the controllable quickly thick stir-fry function of tealeaves, is adopted The thick stir-fry time is substantially reduced with annular processing method, thick tea effect is good.

As a preferred technical solution of the present invention, the horizontal aperture in No.1 kidney-shaped screening hole is less than No. two kidney-shapeds The horizontal aperture for sieving hole ensure that the maximum tealeaves stayed in above No. two kidney-shaped screening holes, hole sieved by No. two kidney-shapeds It is middle size tealeaves, and it is middle size tealeaves to stay in above No.1 kidney-shaped screening hole, and hole is sieved by No.1 kidney-shaped It is smallest tea leave.

When work, the present invention is moved to Working position by four universal wheels first, tealeaves is put into screening mechanism In screening frame in when, at this time four turn material branches and four pusher branches start simultaneously at work, turn material branch on turn material electricity Machine drives transformed material shaft rotation, transformed material shaft that spiral is driven to turn material ring rotation, and the helical structure that spiral turns material ring makes in rotation process In can annular is continuous that tealeaves is driven to move up and down, tealeaves starts to start uniformly to sieve in screening frame, at the same time pusher branch No.1 hydraulic cylinder on chain is started to work, and No.1 hydraulic cylinder drives push plate campaign, push plate that will not turned the tealeaves of material branch screening It is pushed into be sieved in the middle part of screening frame, larger tealeaves stays in screening frame, and relatively smaller tealeaves is sieved by No. two kidney-shapeds Hole enters in screening case；Two vibrating motors of screening case both sides start simultaneously at work at this time, and two vibrating motors drive sieve The tealeaves of the uniform vibrosieve of branch mailbox, middle size stays in screening case, smaller to be entered by No.1 kidney-shaped screening hole It is collected in collecting box, and the vibration force that vibrating motor is brought is eliminated by the shock absorber of damping branch during the work time, it is real The multistage automatic sieving function of tealeaves is showed, sieving time is short, and screening speed is fast, and screening effect is good；It is controllable thick after screening is good Frying apparatus is started to work, and is first passed through handle and is opened feedboard, and feedboard can drive feeding plate linkage to open by two connecting shafts, Then tealeaves is poured into thick stir-fry ring, the heating rods on all heating branches are evenly heated to slightly frying ring at this time, are then revolved Rotating motor is started to work, and drives rotary shaft to be rotated on two shutters by electric rotating machine, and rotary shaft band, which is used force, fries mechanism work Make, Cu Chao mechanisms drive tealeaves annular stir-frying constantly in slightly frying ring, and two in Cu Chao mechanisms squeeze and push away branch and four at this time Tealeaves flattens branch and works at the same time, and squeezes four No. three hydraulic cylinders pushed away on branch and starts to work, and four No. three hydraulic cylinders, which drive, to be squeezed It pushes away the crowded push plate band on annulus and uses force and fry the tealeaves of ring front and rear sides and squeeze and be pushed into slightly to fry among ring, at the same time tealeaves pressing branch On No. four hydraulic cylinders start to work, No. four hydraulic cylinders drive press plate rotaries, pressing plate to drive tealeaves constantly to be moved toward fixed board, pass through Tealeaves is tightly pressed against between pressing plate and fixed board and carries out heating pressing by the hydraulic coupling of No. four hydraulic cylinders, passes through the continuous annular of tealeaves It stir-fries and is evenly heated and flatten work to tealeaves progress quickly thick stir-fry, latter two discharging control branch that thick stir-fry finishes starts work Make, No. two hydraulic cylinders on two discharging control branches drive reclaiming plate in the open state, and the thick tealeaves fried passes through discharging Plate is entered in finished product box and is collected, and is realized the controllable quickly thick stir-fry function of tealeaves, is contracted significantly using annular processing method The short thick stir-fry time, thick tea effect is good, sieving, slightly frying the automatic machining function of integration for tealeaves is finally realized, without artificial Operation, easy to operate, high degree of automation.

The beneficial effects of the invention are as follows：

1. to tealeaves, progress is primary in screening frame under the auxiliary of turn material branch and four pusher branches at four by the present invention Screening, larger tealeaves stay in screening frame, and relatively smaller tealeaves sieves hole by No. two kidney-shapeds and enters in screening case, then Screening case is driven to carry out regrading to tealeaves by two vibrating motors, the tealeaves of middle size stays in screening case, smaller Hole is sieved by No.1 kidney-shaped enter in collecting box and collect, realize the multistage automatic sieving function of tealeaves, sieving time Short, screening speed is fast, and screening effect is good；

2. the present invention is used force by electric rotating machine band, two fried in mechanism, which squeeze, pushes away branch and four tealeaves pressing branch rotations Transhipment is moved, and is then evenly heated pressing to tealeaves by crowded branch work and the poor leaf pressing branch of pushing away crowded to the centre of tealeaves that push away Work, stir-fry and be evenly heated by the continuous annular of tealeaves flatten work to tealeaves carry out it is quickly thick fry, realize tealeaves Controllable quickly thick stir-fry function, is substantially reduced using annular processing method and slightly fries the time, thick tea effect is good；

3. the present invention solves existing tea processing technique, there are complicated for operation, labor intensity is big, the degree of automation is low, needs It manually to be sieved, sieving time is long, screening speed is slow, screening effect is poor, long using semi-circular processing method, thick stir-fry time The problems such as effect difference are fried with thick, realize sieving, slightly frying the automatic machining function of integration, without human intervention, operation for tealeaves Simplicity, high degree of automation has without manually being sieved, sieving time is short, screening speed is fast, screening effect is good, uses The advantages that annular processing method, good thick stir-fry time short and thick tea effect.

Description of the drawings

Present invention will be further explained below with reference to the attached drawings and examples.

Fig. 1 is the structural schematic diagram of the present invention；

Fig. 2 is the structural schematic diagram of multistage screening plant of the present invention；

Fig. 3 is the structural schematic diagram of present invention screening case；

Fig. 4 is the first structure schematic diagram of screening mechanism of the present invention；

Fig. 5 is the second structural schematic diagram of screening mechanism of the present invention；

Fig. 6 is the full sectional view of screening mechanism of the present invention；

Fig. 7 is that transformed material shaft of the present invention, spiral turn material ring and turn the structural schematic diagram between material pillar；

Fig. 8 is the structural schematic diagram of controllable thick frying apparatus of the invention；

Fig. 9 is shutter, electric rotating machine and rotation support plate of the controllable thick frying apparatus removal of the invention positioned at toroidal frame front end Structural schematic diagram later；

Figure 10 be frying apparatus removal of the invention controllable thick positioned at the shutter of toroidal frame front end, electric rotating machine, rotation support plate, The thick structural schematic diagram fried after ring, feeding plate, connecting shaft, reclaiming plate and Cu Chao mechanisms；

Figure 11 is the structural schematic diagram of Cu Chao mechanisms of the present invention；

Figure 12 is the lateral full sectional view of Cu Chao mechanisms of the present invention；

Figure 13 is the vertical structure schematic diagram of Cu Chao mechanisms of the present invention.

Specific implementation mode

In order to make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, tie below Conjunction is specifically illustrating, and the present invention is further explained.

As shown in figure 1 to figure 13, a kind of tea screening slightly fries automatic processing device, including bottom plate 1, under the bottom plate 1 There are four universal wheels 2 for end surface symmetric installation, and the present invention is moved to Working position, the upper surface of bottom plate 1 by four universal wheels 2 Left side is equipped with multistage screening plant 4, and the multistage automatic sieving function of tealeaves, sieving time may be implemented in multistage screening plant 4 Short, screening speed is fast, and screening effect is good, controllable thick frying apparatus 5 is equipped on the right side of the upper surface of bottom plate 1, controllable thick frying apparatus 5 can To realize the controllable quickly thick stir-fry function of tealeaves, the thick stir-fry time is substantially reduced using annular processing method, thick tea effect is good.

The multistage screening plant 4 includes the screening support plate 41 being mounted on the left of 1 upper surface of bottom plate, sieves the upper of support plate 41 Collecting box 42 is installed, collecting box 42 plays the function of tealeaves after collection screening, sieves the upper surface pair of support plate 41 in the middle part of end face Title is equipped with four screening pillars 43, and the upper end of four screening pillars 43 is equipped with screening mechanism 44, and screening mechanism 44 is to tealeaves It is once sieved, is respectively mounted on the inner wall of every screening pillar 43 there are one damping branch 45, the four of four screening pillars 43 A 45 upper surface of damping branch is equipped with screening case 46, sieves and is evenly arranged with No.1 kidney-shaped screening hole on the bottom face of case 46 46a sieves and is symmetrically installed there are two vibrating motor 47 by motor cabinet on the rear and front end face of case 46, passes through two vibrating motors 47 drive screening case 46 to carry out regrading to tealeaves, and the tealeaves of middle size stays in screening case 46, and smaller passes through No.1 Kidney-shaped screening hole 46a is entered in collecting box 42 and is collected, the vibration forces of four screening pillars 43 by four damping branches 45 come It eliminates, damping branch plays good shock-absorbing function；The damping branch 45 includes one be mounted on corresponding screening pillar 43 Number ear mount 451 is equipped with shock absorber 452 between two journal stirrups of No.1 ear mount 451 by axis pin, and the upper end of shock absorber 452 is logical Axis pin is crossed between two journal stirrups of No. two ear mounts 453, No. two ear mounts 453 are mounted on the lower face of screening case 46, pass through Shock absorber 452 eliminates the vibration force that vibrating motor 47 is brought；The screening mechanism 44 includes screening frame 441, the screening frame 441 be square framework structure, and the bottom face of screening frame 441 is made of the four corner block 441a tilted down, so that sieve There is minimum structure between surrounding senior middle school, tealeaves can be suitable by the structure of screening frame 441 toward recessed in point 441 bottom end surrounding of frame Gesture slides to centre, accelerates screening effect, and No. two kidney-shaped screening hole 441b are evenly arranged on each corner block 441a, compared with Big tealeaves stays in screening frame 441, and relatively smaller tealeaves sieves hole 441b by No. two kidney-shapeds and enters in screening case 46； It is separately installed with four on four inner walls of the screening frame 441 and turns material branch 442, four turn material branch 442 and play promotion tea The function of leaf uniform rotation circulation so that tealeaves can be sieved quickly；It is symmetrical arranged on the outer wall of the screening frame 441 There are four pusher branch 443, it is distributed using interlaced mode between four pusher branches 443 and four turns of material branches 442, and Four 443 lower ends of pusher branch are separately mounted on four screening pillars 43, will be pushed by pusher branch 443 and are sieved frame 441 It is interior to be turned to expect that branch 442 rotates the tealeaves being passed to and is pushed into screening frame 441, it ensure that the tealeaves energy in screening frame 441 Enough screenings by substantially uniformity；Described turn of material branch 442 includes the transformed material shaft 4421 being mounted on by bearing on screening frame 441, It is provided with spiral on the outer wall of transformed material shaft 4421 and turns material ring 4422, between the inner wall and transformed material shaft 4421 of spiral turn material ring 4422 It is connected by turning material pillar 4423, turns material pillar 4423 and play the role of support helix turn material ring 4422, spiral turns material ring 4422 Helical structure make in rotation process can annular is continuous that tealeaves is driven to move up and down, screening effect is good, transformed material shaft 4421 It is equipped with by shaft coupling close to the outer end of screening frame 441 and turns material motor 4424, turned material motor 4424 and be mounted on by motor cabinet Turn on material support plate 4425, turn material support plate 4425 and be welded on the outer wall of screening frame 441, transformed material shaft is driven by turning material motor 4424 4421 rotations, transformed material shaft 4421 drive spiral to turn material ring 4422 and uniformly rotate upwardly and downwardly circulation to tealeaves；The pusher branch 443 Including the pusher support plate 4431 being welded on screening frame 441,4431 lower end of pusher support plate is mounted on corresponding screening pillar 43, is pushed away Material support plate 4431 upper end is welded with pusher frame plate 4432, is equipped with No.1 hydraulic cylinder 4433 on the inside of pusher frame plate 4432, and one The middle part of number hydraulic cylinder 4433 is fixed on pusher fixed board 4434, and pusher fixed board 4434 plays fixed support No.1 hydraulic cylinder 4433 Effect, pusher fixed board 4434 is welded on the downside of the upper end of pusher frame plate 4432, and the top of No.1 hydraulic cylinder 4433 passes through screw thread No.1 flange 4435 is installed, push plate 4436 is equipped with by screw on No.1 flange 4435, passes through 4433 band of No.1 hydraulic cylinder Dynamic push plate 4436 moves, and unsized tealeaves is pushed into 441 middle part of screening frame and sieved by push plate 4436.When work, work as tealeaves When entering in the screening frame 441 in screening mechanism 44, four turn to expect that branch 442 and four pusher branches 443 start simultaneously at work Make, the material motor 4424 that turns turned on material branch 442 drives transformed material shaft 4421 to rotate, and transformed material shaft 4421 drives spiral to turn material ring 4422 Rotation, spiral turn to expect that the helical structure of ring 4422 annular continuously tealeaves can be driven to move up and down in rotation process, tea Leaf starts to start uniformly to sieve in screening frame 441, and at the same time the No.1 hydraulic cylinder 4433 on pusher branch 443 starts work Make, No.1 hydraulic cylinder 4433 drives push plate 4436 to move, and push plate 4436 will not turned the tealeaves that material branch 442 sieves and be pushed into sieve 441 middle part of frame is sieved, and larger tealeaves stays in screening frame 441, and the tealeaves of middle size sieves hole by No. two kidney-shapeds 441b is entered in screening case 46；Two vibrating motors 47 of 46 both sides of screening case start simultaneously at work, two vibration electricity at this time Machine 47 drives screening 46 uniform vibrosieve of case, and the tealeaves of middle size stays in screening case 46, smaller to pass through No.1 waist Shape screening hole 46a, which is entered in collecting box 42, to be collected, and is eliminated during the work time by the shock absorber 452 of damping branch 45 The vibration force that vibrating motor 47 is brought realizes the multistage automatic sieving function of tealeaves, and sieving time is short, and screening speed is fast, sieve Divide effect good.

The controllable thick frying apparatus 5 includes the thick stir-fry support plate 51 being mounted on the right side of 1 upper surface of bottom plate, thick to fry the upper of support plate 51 Finished product box 51a is laid in the middle part of end face, the thick tealeaves fried, which is put into finished product box 51a, to be collected, the thick stir-fry support plate 51 On both sides of the upper end is symmetrically installed with four roughs and fries pillar 52, and the top that four roughs fry pillar 52 is equipped with toroidal frame 53, four roughs It fries pillar 52 and plays the role of even support toroidal frame 53, the lower end of toroidal frame 53 is hatch frame, the upper surface of toroidal frame 53 Feedboard 54 is installed by hinge, 54 upper surface of feedboard is provided with handle 55, drives feedboard 54 to open by handle 55 With closing, tealeaves is entered by feedboard 54 in toroidal frame 53, and heating branch is all uniformly equipped on the both ends inner wall of toroidal frame 53 Chain 56, and be tightly attached on thick stir-fry ring 57 on the inner wall of all heating branches 56, heating branch 56, which plays to be evenly heated, fries ring 57 Effect, heating the working quantity of branch 56 can be adjusted according to the thick temperature for frying ring 57, when slightly fry 57 temperature of ring it is excessively high reduce plus The working quantity of hot branch 56, when the working quantity for slightly frying the too low increase heating branch 56 of 57 temperature of ring；The heating branch 56 Two journal stirrups 561 being welded on 53 inner wall of toroidal frame including two are installed with heating rod 562 between two journal stirrups 561, And the inner wall of heating rod 562 is tightly attached on thick stir-fry ring 57, journal stirrup 561 is heat-resisting material；The thick upper end for frying ring 57 passes through Hinge is equipped with feeding plate 58, and feeding plate 58 is connected by two connecting shafts 59 with feedboard 54, and two connecting shafts 59 are passed through Feeding plate 58 can be made to link with feedboard 54, the thick lower end for frying ring 57 is equipped with reclaiming plate 511, reclaiming plate by hinge 511 lower end is symmetrically installed there are two discharging control branch 512, and the bottom end of two discharging control branches 512 is equipped with discharging branch On plate 513, discharging support plate 513 is welded on the hatch frame inner wall of toroidal frame 53, controls branch 512 by two dischargings to control Opening and the closing of flitch 511 are made, tealeaves, which is entered by reclaiming plate 511 in finished product box 51a, after thick stir-fry completion of processing receives Collection；The discharging control branch 512 includes No. three ear mounts 5121 mounted on 511 lower face of reclaiming plate, No. three ear mounts 5121 No. two hydraulic cylinders 5122 are installed, the bottom end of No. two hydraulic cylinders 5122 is mounted on two of No. four ear mounts 5123 between two journal stirrups Between journal stirrup, No. four ear mounts 5123 are mounted on discharging support plate 513, and beating for reclaiming plate 511 is driven by No. two hydraulic cylinders 5122 Push And Release closes；The toroidal frame 53 and thick 57 rear and front end of ring of frying are respectively welded that there are two shutter 514, two shutters 514 Middle part between rotary shaft 515 is equipped with by bearing, the front end of rotary shaft 515 is equipped with electric rotating machine 516 by shaft coupling, Electric rotating machine 516 is mounted on by motor cabinet on rotation support plate 517, and rotation support plate 517 is welded on positioned at 53 front end of toroidal frame On 514 outer wall of shutter；The middle part of the rotary shaft 515 is equipped with Cu Chao mechanisms 50, and Cu Chao mechanisms 50 are located at toroidal frame 53 With the thick inside for frying ring 57, rotary shaft 515 is driven to be rotated on two shutters 514 by electric rotating machine 516, rotary shaft 515 Band use force fry mechanism 50 slightly fried to slightly frying the tealeaves in ring 57；The Cu Chao mechanisms 50 include being fixedly mounted on rotary shaft The square bearing piece 501 at 515 middle parts, is respectively set that there are four tealeaves to flatten branch 502, tea on four side walls of square support plate 501 Leaf flattens branch 502 and may be implemented the heating function of flattening to tealeaves, there are two the rear and front end of square bearing piece 501 is symmetrically installed It squeezes and pushes away branch 503, two are squeezed to push away branch 503 and will squeeze positioned at the thick tealeaves for frying 57 front and rear sides of ring and are pushed into slightly to fry among ring 57, with The work of branch 502 is flattened convenient for tealeaves；The crowded branch 503 that pushes away includes be symmetrically mounted on 501 end face of square bearing piece four No. three hydraulic cylinders 5031, the tops of four No. three hydraulic cylinders 5031 are separately connected by screw thread there are four No. two flanges 5032, and four A No. two flanges 5032 are mounted on to squeeze by screw and be pushed away on annulus 5033, and the crowded outer wall for pushing away annulus 5033 is uniformly set in the axial direction Set there are four squeezing push plate 5034, and two squeeze push away eight crowded push plates 5034 on branch 503 and four tealeaves pressing branches 502 it Between be distributed using interlaced mode, pass through four No. three hydraulic cylinders 5031 and drive 5034 bands of crowded push plate for squeezing and pushing away on annulus 5033 It uses force and fries the tealeaves of ring 57 front and rear sides and squeeze and be pushed into slightly to fry among ring 57；It includes being pacified by hinge that the tealeaves, which flattens branch 502, Pressing plate 5021 in the middle part of 501 end face of square bearing piece, the top of pressing plate 5021 are equipped with guide post 5022, guide post 5022 with It is connected by sliding matching mode between thick stir-fry 57 inner wall of ring, guide post 5022, which plays, is slightly frying guiding movement on 57 inner wall of ring The back of function, pressing plate 5021 is equipped with No. five ear mounts 5023, is installed by axis pin between two journal stirrups of No. five ear mounts 5023 Have No. four hydraulic cylinders 5024, the bottom ends of No. four hydraulic cylinders 5024 by axis pin be mounted on No. six ear mounts 5025 two journal stirrups it Between, No. six ear mounts 5025 are mounted on 501 end face of square bearing piece, and fixed board is vertically installed on 501 end face of square bearing piece 5026, it is rotated with dynamic pressure plate 5021 by No. four hydraulic cylinders 5024, pressing plate 5021 drives tealeaves constantly to be moved toward fixed board 5026, leads to Tealeaves is tightly pressed against between pressing plate 5021 and fixed board 5026 and carries out heating pressing by the hydraulic coupling for crossing No. four hydraulic cylinders 5024.Work When, feedboard 54 is opened by handle 55 first, feedboard 54 can drive the linkage of feeding plate 58 to open by two connecting shafts 59, Then tealeaves is poured into thick stir-fry ring 57, the heating rods 562 on all heating branches 56 to slightly frying ring 57 uniformly add at this time Heat, the then start-up operation of electric rotating machine 516 drive rotary shaft 515 to be rotated on two shutters 514 by electric rotating machine 516, 515 band of rotary shaft, which is used force, fries the work of mechanism 50, and Cu Chao mechanisms 50 drive tealeaves, and annular stir-fries constantly in slightly frying ring 57, at this time slightly It fries two in mechanism 50 and squeezes and push away branch 503 and four tealeaves flatten branches 502 and work at the same time, squeeze four pushed away on branch 503 No. three hydraulic cylinders 5031 are started to work, and four No. three hydraulic cylinders 5031 drive 5034 band of crowded push plate for squeezing and pushing away on annulus 5033 to use force The tealeaves of 57 front and rear sides of stir-fry ring, which squeezes, to be pushed into slightly to fry among ring 57, and at the same time tealeaves flattens No. four hydraulic cylinders on branch 502 5024 start to work, and No. four hydraulic cylinders 5024 are rotated with dynamic pressure plate 5021, and pressing plate 5021 drives tealeaves constantly to be transported toward fixed board 5026 It is dynamic, tealeaves is tightly pressed against between pressing plate 5021 and fixed board 5026 by the hydraulic coupling of No. four hydraulic cylinders 5024 and carries out heating pressure It is flat, stir-fry and be evenly heated by the continuous annular of tealeaves flatten work to tealeaves carry out it is quickly thick fry, it is thick fry finish after two A discharging control branch 512 is started to work, and No. two hydraulic cylinders 5122 on two discharging control branches 512 drive reclaiming plate 511 In the open state, the thick tealeaves fried, which is entered by reclaiming plate 511 in finished product box 51a, to be collected, and tealeaves is realized Controllable quickly thick stir-fry function, is substantially reduced using annular processing method and slightly fries the time, thick tea effect is good.

The horizontal aperture of the No.1 kidney-shaped screening hole 46a is less than the horizontal aperture that No. two kidney-shapeds sieve hole 441b, ensures The maximum tealeaves above No. two kidney-shapeds screening hole 441b is stayed in, sieve hole 441b by No. two kidney-shapeds is middle size tea Leaf, and it is middle size tealeaves to stay in above No.1 kidney-shaped screening hole 46a, what it is by No.1 kidney-shaped screening hole 46a is minimum Tealeaves.

When work, the present invention is moved to Working position by four universal wheels 2 first, tealeaves is put into screening mechanism When in the screening frame 441 in 44, four turn to expect that branch 442 and four pusher branches 443 start simultaneously at work at this time, turn material branch The material motor 4424 that turns on 442 drives transformed material shaft 4421 to rotate, and transformed material shaft 4421 drives spiral to turn material ring 4422 and rotates, and spiral turns The helical structure of material ring 4422 annular tealeaves up and down motion, tealeaves can continuously be driven to start sieving in rotation process Frame 441 starts uniformly to sieve, and at the same time the No.1 hydraulic cylinder 4433 on pusher branch 443 is started to work, No.1 hydraulic cylinder 4433 drive push plate 4436 to move, and push plate 4436 will not be pushed into 441 middle part of screening frame by the tealeaves that turn material branch 442 sieves and carry out Screening, larger tealeaves stay in screening frame 441, and relatively smaller tealeaves sieves hole 441b by No. two kidney-shapeds and enters screening In case 46；Two vibrating motors 47 of 46 both sides of screening case start simultaneously at work at this time, and two vibrating motors 47 drive screening case The tealeaves of 46 uniform vibrosieves, middle size stays in screening case 46, smaller to sieve hole 46a entrance by No.1 kidney-shaped To being collected in collecting box 42, and brought during the work time by the shock absorber 452 of damping branch 45 to eliminate vibrating motor 47 Vibration force, realize the multistage automatic sieving function of tealeaves, sieving time is short, screening speed it is fast, screening effect is good；It sieves Thick frying apparatus 5 controllable later is started to work, and is first passed through handle 55 and is opened feedboard 54, feedboard 54 can by two connecting shafts 59 It drives the linkage of feeding plate 58 to open, then pours into tealeaves in thick stir-fry ring 57, at this time the heating rod 562 on all heating branches 56 It is evenly heated to slightly frying ring 57, then electric rotating machine 516 is started to work, and drives rotary shaft 515 to exist by electric rotating machine 516 It is rotated on two shutters 514,515 band of rotary shaft, which is used force, fries the work of mechanism 50, and Cu Chao mechanisms 50 drive tealeaves constantly slightly frying Annular stir-frying in ring 57, two in Cu Chao mechanisms 50, which squeeze, at this time pushes away branch 503 and four tealeaves pressing branches 502 work simultaneously Make, squeeze four No. three hydraulic cylinders 5031 pushed away on branch 503 and start to work, four No. three hydraulic cylinders 5031, which drive to squeeze, pushes away annulus 5034 band of crowded push plate on 5033, which is used force, to be fried the tealeaves of ring 57 front and rear sides and squeezes and be pushed into slightly to fry among ring 57, at the same time tealeaves pressure No. four hydraulic cylinders 5024 on flat branch 502 are started to work, and No. four hydraulic cylinders 5024 are rotated with dynamic pressure plate 5021,5021 band of pressing plate Dynamic tealeaves is constantly moved toward fixed board 5026, and tealeaves is tightly pressed against pressing plate 5021 and is determined by the hydraulic coupling of No. four hydraulic cylinders 5024 Heating pressing is carried out between plate 5026, stir-frying and be evenly heated pressing work by the continuous annular of tealeaves carries out quickly tealeaves Thick to fry, thick latter two discharging control branch 512 finished of frying is started to work, No. two hydraulic pressure on two discharging control branches 512 Cylinder 5122 drives reclaiming plate 511 in the open state, the thick tealeaves fried by reclaiming plate 511 enter in finished product box 51a into Row collection realizes the controllable quickly thick stir-fry function of tealeaves, thick stir-fry time, thick tea effect is substantially reduced using annular processing method Fruit is good, finally realizes sieving, slightly frying the automatic machining function of integration, without human intervention, easy to operate, automation for tealeaves Degree is high, solve existing tea processing technique there are complicated for operation, labor intensity is big, the degree of automation is low, need manually into Row screening, sieving time is long, screening speed is slow, screening effect is poor, using semi-circular processing method, it is thick that fry the time long and thick fry effect The problems such as fruit difference, have reached purpose.

The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the description in above embodiments and description only illustrates the present invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent It defines.

Claims (5)

1. a kind of tea screening slightly fries automatic processing device, it is characterised in that：Including bottom plate (1), the lower face of the bottom plate (1) Be symmetrically installed there are four universal wheel (2), multistage screening plant (4) be installed on the left of the upper surface of bottom plate (1), bottom plate (1) it is upper Controllable thick frying apparatus (5) is installed on the right side of end face；The multistage screening plant (4) includes being mounted on the left of bottom plate (1) upper surface Screening support plate (41), collecting box (42) is installed in the middle part of the upper surface of screening support plate (41), the upper surface of screening support plate (41) Four screening pillars (43) are symmetrically installed with, the upper end of four screening pillars (43) is equipped with screening mechanism (44), every screening It is respectively mounted on the inner wall of pillar (43) there are one damping branch (45), on four damping branches (45) of four screening pillars (43) End face is equipped with screening case (46), and No.1 kidney-shaped screening hole (46a) is evenly arranged on the bottom face of screening case (46), sieves case (46) it is symmetrically installed there are two vibrating motor (47) by motor cabinet on rear and front end face；The screening mechanism (44) includes sieve Point frame (441), the screening frame (441) are square framework structure, sieve the bottom face of frame (441) by tilt down four three Hornblock (441a) forms, and No. two kidney-shaped screenings hole (441b) are evenly arranged on each corner block (441a)；The screening It is separately installed with four on four inner walls of frame (441) and turns material branch (442)；It is symmetrically set on the outer wall of the screening frame (441) Pusher branch (443) there are four setting uses interlaced side between four pusher branches (443) and four turns of material branches (442) Formula is distributed, and four pusher branch (443) lower ends are separately mounted on four screening pillars (43)；Described turn of material branch (442) Include the transformed material shaft (4421) being mounted on by bearing on screening frame (441), spiral is provided on the outer wall of transformed material shaft (4421) Turn material ring (4422), by turning material pillar (4423) phase between the inner wall and transformed material shaft (4421) of spiral turn material ring (4422) Even, transformed material shaft (4421), which is equipped with close to the outer end of screening frame (441) by shaft coupling, turns material motor (4424), turns material motor (4424) it is mounted on and is turned on material support plate (4425) by motor cabinet, turn the outer wall that material support plate (4425) is welded on screening frame (441) On；The pusher branch (443) includes being welded on the pusher support plate (4431) sieved on frame (441), under pusher support plate (4431) End is mounted on corresponding screening pillar (43), and pusher support plate (4431) upper end is welded with pusher frame plate (4432), pusher frame plate (4432) No.1 hydraulic cylinder (4433) is installed, No.1 hydraulic cylinder is fixed on pusher fixed board in the middle part of (4433) on inside (4434) on, pusher fixed board (4434) is welded on the downside of the upper end of pusher frame plate (4432), the top of No.1 hydraulic cylinder (4433) No.1 flange (4435) is installed by screw thread, push plate (4436) is equipped with by screw on No.1 flange (4435)；

The controllable thick frying apparatus (5) includes the thick stir-fry support plate (51) being mounted on the right side of bottom plate (1) upper surface, slightly fries support plate (51) Upper surface in the middle part of lay finished product box (51a), the thick on both sides of the upper end for frying support plate (51) is symmetrically installed with the stir-fry of four roughs Pillar (52), the top that four roughs fry pillar (52) are equipped with toroidal frame (53), and the lower end of toroidal frame (53) is hatch frame, ring The upper surface of shape frame (53) is equipped with feedboard (54) by hinge, and feedboard (54) upper surface is provided with handle (55), annular Heating branch (56) is all uniformly installed on the both ends inner wall of frame (53), and is tightly attached on the inner wall of all heating branches (56) Thick to fry on ring (57), the upper end for slightly frying ring (57) is equipped with feeding plate (58) by hinge, and feeding plate (58) passes through two companies Spindle (59) is connected with feedboard (54), and the lower end for slightly frying ring (57) is equipped with reclaiming plate (511), reclaiming plate by hinge (511) lower end is symmetrically installed there are two discharging control branch (512), and the bottom end of two discharging control branches (512) is equipped with It discharges on support plate (513), discharging support plate (513) is welded on the hatch frame inner wall of toroidal frame (53)；The toroidal frame (53) It is respectively welded there are two shutter (514) with thick ring (57) rear and front end of frying, passes through axis between the middle part of two shutters (514) It holds and rotary shaft (515) is installed, the front end of rotary shaft (515) is equipped with electric rotating machine (516), electric rotating machine by shaft coupling (516) it is mounted on rotation support plate (517) by motor cabinet, rotation support plate (517) is welded on positioned at toroidal frame (53) front end On shutter (514) outer wall；Cu Chao mechanisms (50) are installed, and Cu Chao mechanisms (50) are located in the middle part of the rotary shaft (515) Toroidal frame (53) and the thick inside for frying ring (57)；The Cu Chao mechanisms (50) include being fixedly mounted in the middle part of rotary shaft (515) Square bearing piece (501), is respectively set that there are four tealeaves to flatten branch (502), square branch on four side walls of square support plate (501) The rear and front end of block (501) is symmetrically installed pushes away branch (503) there are two crowded；Described squeeze pushes away branch (503) including being symmetrically mounted on The top of four No. three hydraulic cylinders (5031) of square bearing piece (501) end face, four No. three hydraulic cylinders (5031) passes through screw thread point Lian Jie not be there are four No. two flanges (5032), four No. two flanges (5032) are mounted on to squeeze by screw and be pushed away on annulus (5033), Squeeze push away annulus (5033) outer wall be uniformly arranged in the axial direction there are four squeeze push plate (5034), and two squeeze push away branch (503) On eight crowded push plates (5034) and four tealeaves flatten branches (502) between be distributed using interlaced mode；The tealeaves It includes the pressing plate (5021) by hinge in the middle part of square bearing piece (501) end face to flatten branch (502), pressing plate (5021) Top is equipped with guide post (5022), is connected by sliding matching mode between guide post (5022) and thick stir-fry ring (57) inner wall, The back of pressing plate (5021) is equipped with No. five ear mounts (5023), is installed by axis pin between two journal stirrups of No. five ear mounts (5023) There are No. four hydraulic cylinders (5024), the bottom end of No. four hydraulic cylinders (5024) to be mounted on two branch of No. six ear mounts (5025) by axis pin Between ear, No. six ear mounts (5025) are mounted on square bearing piece (501) end face, are vertically set on square bearing piece (501) end face It is equipped with fixed board (5026).

2. a kind of tea screening according to claim 1 slightly fries automatic processing device, it is characterised in that：The damping branch (45) include the No.1 ear mount (451) being mounted on corresponding screening pillar (43), lead between two journal stirrups of No.1 ear mount (451) It crosses axis pin and shock absorber (452) is installed, the upper end of shock absorber (452) is mounted on two branch of No. two ear mounts (453) by axis pin Between ear, No. two ear mounts (453) are mounted on the lower face of screening case (46).

3. a kind of tea screening according to claim 1 slightly fries automatic processing device, it is characterised in that：The No.1 kidney-shaped The horizontal aperture for sieving hole (46a) is less than the horizontal aperture that No. two kidney-shapeds sieve hole (441b).

4. a kind of tea screening according to claim 1 slightly fries automatic processing device, it is characterised in that：The heating branch (56) include two two journal stirrups (561) being welded on toroidal frame (53) inner wall, be installed between two journal stirrups (561) Heating rod (562), and the inner wall of heating rod (562) is tightly attached to thick fry on ring (57).

5. a kind of tea screening according to claim 1 slightly fries automatic processing device, it is characterised in that：The discharging control Branch (512) includes No. three ear mounts (5121) mounted on reclaiming plate (511) lower face, two journal stirrups of No. three ear mounts (5121) Between No. two hydraulic cylinders (5122) are installed, the bottom end of No. two hydraulic cylinders (5122) is mounted on two branch of No. four ear mounts (5123) Between ear, No. four ear mounts (5123) are mounted on discharging support plate (513).