CN209031023U - A kind of automation stone roller tea production line - Google Patents

Abstract

The utility model provides a kind of automation stone roller tea production line, belongs to Tea Production equipment technical field.It solves the prior art and lacks the problems such as grinding tea production line.It includes a sequentially connected foliage cutter that tea production line is ground in this automation, fresh leaf de-burring machine, secondary foliage cutter, vibrating screener, steam inactivation machine, grind drinking water boiler, obstruct leaf seperator, first winnowing machine, fill tea platform, foliage cutter carries out fresh leaf to cut leaf, fresh leaf de-burring machine removes the impurity or tea stalk in tealeaves, secondary foliage cutter carries out tealeaves to cut leaf, vibrating screener screens tealeaves, steam inactivation machine makes tealeaves sufficiently finish with steam, drinking water boiler is ground to dry tealeaves, dehydration, stalk leaf wind, which is disembarked, carries out cauline leaf separation to tealeaves, first winnowing machine has leaf discharge port and stalk discharge port, first winnowing machine carries out selection by winnowing to tealeaves, tealeaves is delivered to dress tea platform from leaf discharge port, tea stalk is discharged from stalk discharge port, dress tea platform packs tealeaves.The utility model has many advantages, such as full-automatic.

Description

A kind of automation stone roller tea production line

Technical field

The utility model belongs to Tea Production equipment technical field, is related to a kind of production line, in particular to a kind of automation Grind tea production line.

Background technique

Grinding tea is the raw tea material for smearing tea, smears the production of tea from the plantation of tealeaves to leaf picking, fresh leaf processing, water-removing, baking The techniques such as dry are all different from the production technologies such as traditional green tea, black tea, smear tea and just make and grind the production of tea to production equipment and life Production. art has strict requirements.Tea is smeared originating from China, then incoming Japan, develops in Japan, main at present to smear Tea grown place is Japan, and tea is smeared by the current country very big market, and the producer that tea is smeared in production is also more and more, but there is no one Full-automatic, serialization stone roller tea production equipment is planted, therefore, each step generally requires complete independently, causes production efficiency low, time-consuming Arduously, labor intensity of workers is big.

Summary of the invention

The purpose of this utility model is to provide a kind of high production efficiency for the above-mentioned problems in the prior art Tea production line is ground in automation.

The purpose of this utility model can be realized by the following technical scheme: a kind of automation stone roller tea production line, feature It is, including a sequentially connected foliage cutter, fresh leaf de-burring machine, secondary foliage cutter, vibrating screener, steam inactivation machine, stone roller Drinking water boiler, stalk leaf seperator, the first winnowing machine, dress tea platform, a foliage cutter are used to carry out fresh leaf to cut leaf for the first time And it is conveyed to fresh leaf de-burring machine, the fresh leaf de-burring machine is used to remove first time and cuts impurity after leaf in tealeaves or tea stalk and defeated Secondary foliage cutter is given, the secondary foliage cutter is used to carry out tealeaves second to cut leaf and be conveyed to vibrating screener, described Vibrating screener be used to that the secondary tealeaves cut after leaf screen and the tealeaves after screening be transmitted to steam beating Machine, the steam inactivation machine makes tealeaves and steam comes into full contact with, sufficiently finish after be transmitted to stone roller drinking water boiler, the stone roller drinking water boiler is used It disembarks in stalk leaf wind is dried, be dehydrated and be transmitted to tealeaves, the stalk leaf wind is disembarked for carrying out cauline leaf separation to tealeaves And it is delivered to the first winnowing machine, first winnowing machine has leaf discharge port and stalk discharge port, and first winnowing machine is used In carrying out selection by winnowing to tealeaves, tealeaves is delivered to dress tea platform from leaf discharge port, and for tea stalk from stalk discharge port discharge, the dress tea is flat Platform is for packing tealeaves.

The technical effect of the utility model: after fresh leaf is poured into stone roller tea production line by the utility model, fresh leaf successively passes through one Secondary foliage cutter, secondary foliage cutter, vibrating screener, steam inactivation machine, grinds drinking water boiler, stalk leaf seperator, the first wind at fresh leaf de-burring machine Machine, dress tea platform are selected, finally directly output finished product grinds tea.The utility model is that a kind of full-automatic, serialization stone roller tea production is set It is standby, it is capable of each step of complete independently stone roller tea production, and be seamlessly connected between each step, without staff by upper one The tealeaves of process production of machinery is transported on the machine of next process, and the labor intensity of worker is greatly reduced, and saves the time And labour, high production efficiency.

It is ground in tea production line in above-mentioned automation, a foliage cutter is also connected with fresh leaf elevator, described Fresh leaf elevator is provided with fresh leaf bucket, and the fresh leaf bucket is poured into for fresh leaf, and the fresh leaf elevator is used for tealeaves from fresh Ye Dou is transmitted to a foliage cutter.

It is ground in tea production line in above-mentioned automation, the fresh leaf bucket is set in fabrication facility floor and the quarrel of fresh leaf bucket is low In fabrication facility floor.

It is ground in tea production line in above-mentioned automation, is also connected with booth between the fresh leaf elevator and a foliage cutter Green machine, the tea leaf tedder by tealeaves for spreading out and being conveyed into a foliage cutter.

It is ground in tea production line in above-mentioned automation, the input terminal for grinding drinking water boiler is connected with the first cooling scattered leaf machine, described First cooling scattered leaf machine is used to tealeaves is cooling, dispersion and is delivered to grind in drinking water boiler.

It is ground in tea production line in above-mentioned automation, is additionally provided with the first baking between the steam inactivation machine and stone roller drinking water boiler Dry machine, first dryer are used to carry out the tealeaves that steam inactivation machine exports to dry and be transmitted to the tealeaves after drying Grind drinking water boiler.

It is ground in tea production line in above-mentioned automation, the input terminal of first dryer is connected with the second cooling scattered leaf Machine, the described second cooling scattered leaf machine are used for tealeaves is cooling, dispersion and are delivered in the first dryer.

It is ground in tea production line in above-mentioned automation, the stalk discharge port of first winnowing machine is also connected with the second selection by winnowing Machine, the tealeaves that second winnowing machine is used to obstruct discharge port carries out selection by winnowing, and the tealeaves after selection by winnowing is transmitted to dress tea and is put down Platform.

It is ground in tea production line in above-mentioned automation, between the leaf discharge port and dress tea platform of first winnowing machine also It is connected with third winnowing machine, the third winnowing machine is used to carry out the tealeaves of leaf discharge port selection by winnowing, and by the tea after selection by winnowing Leaf is transmitted to dress tea platform.

It being ground in tea production line in above-mentioned automation, the leaf discharge port of first winnowing machine is connected with the second dryer, The stalk discharge port of second winnowing machine is connected with third dryer.

It is ground in tea production line in above-mentioned automation, the fresh leaf de-burring machine includes de-burring machine chassis and de-burring machine machine Body, the de-burring machine fuselage interior be equipped with can axial rolling removal of impurities machine cylinder, it is described removal of impurities machine cylinder both sides of the face Upper to offer interconnected removal of impurities machine inlet and de-burring machine discharge port respectively, the removal of impurities machine cylinder discharges to de-burring machine The inclination of mouth side, the barrel of the removal of impurities machine cylinder, around forming, are equipped with and are cleaned on the de-burring machine fuselage by sieve The de-burring machine feed hopper that machine inlet is connected is equipped with going out of being connected with de-burring machine discharge port on the de-burring machine fuselage Hopper is equipped with the de-burring machine motor that can drive de-burring machine rollers roll, the de-burring machine fuselage on the de-burring machine chassis Bottom offer material guiding hopper.

It is ground in tea production line in above-mentioned automation, the vibrating screener includes screening machine rack and is respectively set In the screening machine vibration device and screening plant of screening machine rack, the screening machine vibration device is for driving screening plant to shake Dynamic, the screening plant offers screening tank, and vibrating screen web plate, the vibrating screen web plate are provided in the screening tank On offer multiple sieve pores, between the vibrating screen web plate and screening tank formed impurity chamber, the impurity chamber is connected with miscellaneous Matter discharging device, one end of the screening tank offer screening machine discharge port.

It is ground in tea production line in above-mentioned automation, the steam inactivation machine includes that green-keeping machine rack and being set to is killed Steaming apparatus in green machine rack, the steaming apparatus include steam beating cylinder, sieve leakage roller, agitating device, and described kills Mixer drive is provided in green machine rack, the mixer drive is connect with agitating device, and for driving stirring Device rotates, and drum drive, the drum drive and sieve leakage roller are additionally provided in the green-keeping machine rack Connection, and for driving sieve leakage roller rotation, the steam beating cylinder is abutted against with sieve leakage roller, the agitating device edge Sieve leakage roller shaft core direction setting, and through steam beating cylinder and sieve leakage roller, the steam beating cylinder includes water-removing outer cylinder With water-removing inner cylinder, offer the water-removing machine inlet entered for tealeaves on the water-removing outer cylinder, on the water-removing outer cylinder and also The steam inlet being passed through for steam is offered, offers multiple steam holes on the peripheral wall of the water-removing inner cylinder, the sieve leaks roller Outer cup be equipped with cover, the green-keeping machine discharge port for tealeaves discharge, the stirring dress are offered on the described sieve leakage roller Setting can rotate around axle center and tealeaves is driven to move in steam beating cylinder and sieve leakage roller, and the steaming apparatus goes out to green-keeping machine The inclination of material mouth side.

It is ground in tea production line in above-mentioned automation, the green-keeping machine rack includes support underframe and movable machine frame, institute It states movable machine frame to be rotatably connected on support underframe, the support underframe is connect with movable machine frame by angle adjusting mechanism, institute It states angle adjusting mechanism and is also connected with angle driving apparatus, the angle driving apparatus is for driving angle regulating mechanism and is used for The tilt angle of movable machine frame is controlled, the steaming apparatus is installed on movable machine frame.

It is ground in tea production line in above-mentioned automation, the stone roller drinking water boiler includes furnace body, is opened up respectively on the furnace body Having and grinds drinking water boiler leaf feeding port and tea outlet, the inside of the furnace body is additionally provided at least one set of tealeaves transmission system, and described every group Transmission system includes at least one foraminous conveyer, and the foraminous conveyer is connected with driving motor, the tealeaves transmission system For tealeaves to be transmitted to tea outlet from drinking water boiler leaf feeding port is ground, the furnace interior is additionally provided with heating element, and described adds Thermal part is used to dry the tealeaves on foraminous conveyer, and the furnace interior is provided with hydrofuge component, and the top of the furnace body is also Weep hole is offered, the hydrofuge component is used to for the steam of furnace interior being discharged from weep hole.

It is ground in tea production line in above-mentioned automation, the stalk leaf seperator includes seperator rack, lathe bed and peace Loaded on the idler wheel inside lathe bed, seperator motor is installed in the seperator rack, the seperator motor can drive Idler wheel is provided with seperator feed hopper, the bottom of the lathe bed in lathe bed roll inside, one end of the seperator frame top Seperator discharge port is offered, the outer cover of the idler wheel is equipped with slot of milling made of sieve, sets on the outer wall of the idler wheel It is equipped with and leads muscle, described to lead muscle between slot of milling there are gap, the described muscle of leading can drive tealeaves toward remote when idler wheel rolls Side from seperator feed hopper is mobile.

It is ground in tea production line in above-mentioned automation, first winnowing machine includes winnowing machine rack and is installed on wind The winnowing machine fuselage in machine rack is selected, the vibration feeder matched with winnowing machine fuselage is installed in the winnowing machine rack Device, the oscillating feeder include selection by winnowing machine vibration device and vibra shoot interconnected, and the vibra shoot is horizontally mounted, institute That states winnowing machine fuselage is internally provided with coherent air-out passage, stalk channel, Ye Tongdao, air intake passage, the air-out passage It is interconnected with air intake passage, the stalk channel and leaf channel are interconnected, and offer and shake on the winnowing machine fuselage The selection by winnowing machine inlet of dynamic slot connection, the selection by winnowing machine inlet are located between stalk channel and leaf channel, the winnowing machine machine The bottom of body offers the stalk discharge port being connected with stalk channel, and the leaf channel is in the arcuation being bent upwards, the selection by winnowing The bottom of machine fuselage offers the leaf discharge port being connected with leaf channel, is communicated with out between the air-out passage and stalk channel Air port, and the air outlet opening upwards, are communicated with air inlet, the selection by winnowing between the air intake passage and leaf channel Machine fuselage interior is equipped with blower, and the blower is between air-out passage and air intake passage, the blower be used for Air-out passage air feed.Second winnowing machine, the selection of third winnowing machine and first winnowing machine is the same as money winnowing machine.

It being ground in tea production line in above-mentioned automation, the described first cooling scattered leaf machine includes that more coolings dissipate leaf device, It includes wind regime and scattered leaf case that the cooling, which dissipates leaf device, and scattered leaf machine leaf feeding port is offered on the scattered leaf case and scattered leaf machine goes out leaf Mouthful, the scattered leaf machine leaf outlet is located at the leaf bottom portion that dissipates, and the wind regime is used to for tealeaves being blown to from scattered leaf machine leaf feeding port scattered Inside leaf case.The cooling scattered leaf machine of described second is selected with the first cooling scattered leaf machine with the cooling scattered leaf machine of money.

Compared with prior art, the utility model can full-automatic, serialization complete to grind the production of tea, there is production efficiency The advantages that height, saves a large amount of manual labor, time saving and energy saving.

Detailed description of the invention

Fig. 1 is the schematic view of the front view of this production line.

Fig. 2 is the overlooking structure diagram of this production line.

Fig. 3 is the structural schematic diagram of fresh leaf de-burring machine in this production line.

Fig. 4 is the structural schematic diagram of vibrating screener in this production line.

Fig. 5 is the structural schematic diagram of steam inactivation machine in this production line.

Fig. 6 is the structural schematic diagram of the first cooling scattered leaf machine in this production line.

Fig. 7 is the structural schematic diagram that drinking water boiler is ground in this production line.

Fig. 8 is the structural schematic diagram for obstructing leaf seperator in this production line.

Fig. 9 is the structural schematic diagram of the first winnowing machine in this production line.

In figure, 1, fresh leaf elevator；2, tea leaf tedder；3, a foliage cutter；4, fresh leaf de-burring machine；5, secondary foliage cutter；6, Vibrating screener；7, steam inactivation machine；8, the second cooling scattered leaf machine；9, the first dryer；10, the first cooling scattered leaf machine；11, it grinds Drinking water boiler；12, obstruct leaf seperator；13, the first winnowing machine；14, the second dryer；15, third winnowing machine；16, tea platform is filled；17, Third dryer；18, the second winnowing machine；

101, fresh leaf bucket；

401, de-burring machine chassis；402, de-burring machine fuselage；403, clean machine cylinder；404, clean machine inlet；405, it removes Miscellaneous machine discharge port；406, de-burring machine feed hopper；407, discharge bucket；408, de-burring machine motor；409, material guiding hopper；

601, screening machine rack；602, machine vibration device is screened；603, screening plant；604, screening tank；605, vibrating screen Web plate；606, impurity chamber；607, impurity discharging device；608, screening machine discharge port；

701, green-keeping machine rack；702, steaming apparatus；703, steam beating cylinder；704, sieve leakage roller；

705, agitating device；706, mixer drive；707, drum drive；708, finish outer cylinder；

709, finish inner cylinder；710, finish machine inlet；711, steam inlet；712, steam hole；713, cover；714, it kills Green machine discharge port；715, support underframe；716, movable machine frame；717, angle adjusting mechanism connects；718, angle driving apparatus；

1001, cooling scattered leaf device；1002, wind regime；1003, leaf case is dissipated；1004, leaf machine leaf feeding port is dissipated；1005, leaf machine is dissipated Leaf outlet；

1101, furnace body；1102, drinking water boiler leaf feeding port is ground；1103, tea outlet；1104, tealeaves transmission system；1105, transmission net Band；1106, driving motor；1107, heating element；1108, hydrofuge component；1109, weep hole；1110, the first warm area；1111, Second warm area；1112, third warm area；1113, four-temperature region；1114, electric heating mounting plate；1115, electrothermal tube；

1201, seperator rack；1202, lathe bed；1203, idler wheel；1204, seperator motor；1205, seperator is fed Bucket；1206, seperator discharge port；1207, it mills slot；1208, muscle is led；

1301, winnowing machine rack；1302, winnowing machine fuselage；1303, oscillating feeder；1304, selection by winnowing machine vibration device； 1305, vibra shoot；1306, air-out passage；1307, obstruct channel；1308, Ye Tongdao；1309, air intake passage；1310, winnowing machine into Material mouth；1311, obstruct discharge port；1312, leaf discharge port；1313, air outlet；1314, air inlet；1315, blower.

Specific embodiment

It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further Description, but the utility model is not limited to these examples.

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, it includes successively that tea production line is ground in this automation 2, foliage cutters 3 of fresh leaf elevator 1, tea leaf tedder of connection, secondary foliage cutter 5, vibrating screener 6, steam fresh leaf de-burring machine 4 The cooling scattered leaf machine 10 of the cooling scattered leaf machine 8 of vapour green-keeping machine 7, second, the first dryer 9, first, grind drinking water boiler 11, stalk leaf seperator 12, First winnowing machine 13, the second dryer 14, third winnowing machine 15, dress tea platform 16, the stalk discharge port 1311 of the first winnowing machine 13 Third dryer 17, the second winnowing machine 18 are also connected between apparatus platform.Fresh leaf elevator 1 is provided with fresh leaf bucket 101, fresh Leaf bucket 101 is set in fabrication facility floor and the quarrel of fresh leaf bucket 101 is lower than fabrication facility floor, and fresh to enter to pour into fresh leaf bucket 101, fresh leaf mentions It rises machine 1 and fresh leaf is transmitted to tea leaf tedder 2, tea leaf tedder 2 by tealeaves for spreading out and being conveyed into a foliage cutter 3, once Foliage cutter 3 is used to carry out cutting leaf for the first time to fresh leaf and is conveyed to fresh leaf de-burring machine 4, and fresh leaf de-burring machine 4 is for removing for the first time Impurity or tea stalk after Qie Ye in tealeaves are simultaneously conveyed to secondary foliage cutter 5, and secondary foliage cutter 5 is used to carry out second to tealeaves to cut leaf And it is conveyed to vibrating screener 6, vibrating screener 6 is used to carry out screening to the secondary tealeaves cut after leaf and will be after screening Tealeaves is transmitted to steam inactivation machine 7, steam inactivation machine 7 comes into full contact with tealeaves with steam, sufficiently finish after to be transmitted to second cold But leaf machine 8 is dissipated, the second cooling scattered leaf machine 8 is used for tealeaves cooling, disperses and be delivered to the first dryer 9, the first dryer 9 Leaf machine 10 is dissipated for carrying out preliminary drying to tealeaves and being delivered to the first cooling, the first cooling scattered leaf machine 10 is used for tealeaves cooling, divides It dissipates and is delivered to and grind drinking water boiler 11, grind drinking water boiler 11 and disembark for stalk leaf wind to be dried, be dehydrated and be transmitted to tealeaves, obstruct leaf wind It disembarks for carrying out cauline leaf separation to tealeaves and being delivered to the first winnowing machine 13, the first winnowing machine 13 has 1312 He of leaf discharge port Obstruct discharge port 1311, leaf discharge port 1312 is connect with the second dryer 14, and the tealeaves that leaf discharge port 1312 exports is semi-finished product Tea is ground, the stone roller tea of semi-finished product is dried in the second dryer 14, is carried out selection by winnowing using third winnowing machine 15, is formed finished product It grinds tea and inputs in dress tea platform 16, stalk discharge port 1311 is connect with third dryer 17, the tealeaves that stalk discharge port 1311 exports For secondary tea, secondary tea is dried in third dryer 17, carries out selection by winnowing using the second winnowing machine 18, is formed finished product and is ground tea simultaneously In input dress tea platform 16, dress tea platform 16 is for packing tealeaves.

The utility model is a kind of full-automatic, serialization stone roller tea production equipment, is capable of each of complete independently stone roller tea production A step, and be seamlessly connected between each step, the tealeaves of upper procedure production of machinery is transported to down without staff On the machine of one procedure, the labor intensity of worker is greatly reduced, saves time and labour, high production efficiency.Third wind It selects machine 15 that the tealeaves of first winnowing machine, 13 leaf discharge port 1312 is carried out second wind election, must effectively rise the quality of tealeaves.Second The secondary tea of first winnowing machine 13 stalk discharge port 1311 is carried out second wind election by winnowing machine 18, can recycle the preferable tea of quality in secondary tea Leaf saves material, avoids waste.The utility model can select according to demand machine and be sequentially connected, can be according to not With tea-manufacturing technology and carry out different combinations, it is applied widely.

It further describes in detail, fresh leaf de-burring machine 4 includes de-burring machine chassis 401 and de-burring machine fuselage 402, de-burring machine fuselage 402 Inside be equipped with can axial rolling removal of impurities machine cylinder 403, offer mutually interconnect respectively on the both sides of the face for the machine cylinder 403 that cleans Logical removal of impurities machine inlet 404 and de-burring machine discharge port 405, removal of impurities machine cylinder 403 are tilted to 405 side of de-burring machine discharge port, The barrel of removal of impurities machine cylinder 403, around forming, is equipped on de-burring machine fuselage 402 and is connected with removal of impurities machine inlet 404 by sieve Logical de-burring machine feed hopper 406 is equipped with the discharge bucket 407 being connected with de-burring machine discharge port 405 on de-burring machine fuselage 402, The de-burring machine motor 408 that removal of impurities machine cylinder 403 can be driven to roll, the bottom of de-burring machine fuselage 402 are installed on de-burring machine chassis 401 Portion offers material guiding hopper 409.De-burring machine feed hopper 406 is connect with a foliage cutter 3, and fresh leaf is poured into from de-burring machine feed hopper 406, Tealeaves enters the removal of impurities machine cylinder 403 of rolling, and tealeaves separates during rolling with impurity, broken leaf, and impurity and broken leaf pass through The mesh of sieve is simultaneously fallen from material guiding hopper 409, and the tealeaves after separating is by de-burring machine discharge port 405 and from discharge bucket 407 It is expelled to secondary foliage cutter 5.This setting separates a part of impurity after once cutting leaf, reduces impurity to secondary foliage cutter 5 Interference, promote secondary foliage cutter 5 cuts leaf effect.

It further describes in detail, vibrating screener 6 is including screening machine rack 601 and is respectively arranged at screening machine rack 601 Machine vibration device 602 and screening plant 603 are screened, screening machine vibration device 602 is for driving screening plant 603 to vibrate, screening Device 603 offers screening tank 604, and vibrating screen web plate 605 is provided in screening tank 604, is offered on vibrating screen web plate 605 more A sieve pore, forms impurity chamber 606 between vibrating screen web plate 605 and screening tank 604, impurity chamber 606 is connected with impurity discharging device 607, one end of screening tank 604 offers screening machine discharge port 608.The tealeaves for being mixed with impurity enters in screening tank 604, screening vibration Dynamic device starts and screening plant 603 is driven to vibrate, and tealeaves moves on vibrating screen web plate 605, and the impurity in tealeaves passes through sieve Web plate is simultaneously fallen into impurity chamber 606, and impurity is discharged from impurity discharging device 607, the tealeaves by screening from screening discharge port Middle discharge.Vibrating screener 6 is used to screen the secondary tealeaves cut after leaf, makes the tealeaves being delivered in steam inactivation machine 7 Purity is high, quality are good.

It further describes in detail, steam inactivation machine 7 is including green-keeping machine rack 701 and is set to killing in green-keeping machine rack 701 Green device 702, steaming apparatus 702 include steam beating cylinder 703, sieve leakage roller 704, agitating device 705, green-keeping machine rack 701 On be provided with mixer drive 706, mixer drive 706 is connect with agitating device 705, and for driving agitating device 705 rotate, and drum drive 707 is additionally provided in green-keeping machine rack 701, and drum drive 707 and sieve leakage roller 704 connect It connects, and for driving sieve leakage roller 704 to rotate, steam beating cylinder 703 is abutted against with sieve leakage roller 704, and agitating device 705 is along sieve The setting of 704 shaft core direction of roller is leaked, and through steam beating cylinder 703 and sieve leakage roller 704, steam beating cylinder 703 includes water-removing Outer cylinder 708 and water-removing inner cylinder 709, finish outer cylinder 708 on offer for tealeaves enter water-removing machine inlet 710, finish outer cylinder It is also provided with the steam inlet 711 being passed through for steam on 708, offers multiple steam holes 712 on the peripheral wall for the inner cylinder 709 that finishes, The outer cup of sieve leakage roller 704 is equipped with cover 713, and the green-keeping machine discharge port for tealeaves discharge is offered on sieve leakage roller 704 714, agitating device 705 can rotate around axle center and tealeaves is driven to move in steam beating cylinder 703 and sieve leakage roller 704, finish Device 702 is tilted to 714 side of green-keeping machine discharge port.Steam is passed through from steam inlet 711 and enters water-removing by steam hole 712 In inner cylinder 709, tealeaves enters in water-removing inner cylinder 709 from water-removing machine inlet 710, and mixer drive 706 drives agitating device 705 rotate so that tealeaves stir-fries in water-removing inner cylinder 709, can come into full contact with steam, tealeaves is during stirring to killing The inclined direction of green device 702 is mobile and enters in sieve leakage roller 704, and the driving sieve leakage roller 704 of drum drive 707 rotates So that tealeaves is driven by sieve leakage roller 704 and agitating device 705 simultaneously, can further be contacted with steam, fixation effect is more preferable, Guarantee that the color profit for grinding tea is bright, and steam liquefies during water-removing, the impurity such as dust, tea stalk for mixing in tealeaves are with liquefaction Water flow sifted out from the side wall of sieve leakage roller 704, the tealeaves of the completion that finishes escapes and enter second by green-keeping machine discharge port 714 Cooling scattered leaf machine 8.

It further describes in detail, green-keeping machine rack 701 includes support underframe 715 and movable machine frame 716, and movable machine frame 716 rotates It is connected on support underframe 715, support underframe 715 connect 717 by angle adjusting mechanism with movable machine frame 716, angular adjustment Mechanism is also connected with angle driving apparatus 718, and angle driving apparatus 718 is for driving angle regulating mechanism and for controlling activity The tilt angle of rack 716, steaming apparatus 702 are installed on movable machine frame 716.Folder between steaming apparatus 702 and horizontal plane Angle is between 0 °~25 °.This setting is so that control tealeaves in steaming apparatus 702 by the tilt angle for adjusting steaming apparatus 702 In fixation time, can the demand according to different de-enzyming process to fixation time be adjusted so that the utility model is suitable It is enclosed extensively with general.

Further describe in detail, grinding drinking water boiler 11 includes furnace body 1101, offered on furnace body 1101 respectively grind 11 leaf feeding port of drinking water boiler and Tea outlet 1103, the inside of furnace body 1101 are additionally provided at least one set of tealeaves transmission system 1104, and every group of transmission system includes extremely A few foraminous conveyer 1105, foraminous conveyer 1105 are connected with driving motor 1106, and tealeaves transmission system 1104 is used for tealeaves It is transmitted to tea outlet 1103 from 11 leaf feeding port of drinking water boiler is ground, heating element 1107, heating element are additionally provided with inside furnace body 1101 1107 for drying the tealeaves on foraminous conveyer 1105, and furnace body 1101 is internally provided with hydrofuge component 1108, the top of furnace body 1101 Portion is also provided with weep hole 1109, and hydrofuge component 1108 is for the steam inside furnace body 1101 to be discharged from weep hole 1109.Furnace It is divided into the first warm area 1110, the second warm area 1111, third warm area 1112 and four-temperature region 1113, the first temperature inside body 1101 The temperature range in area 1110 is 150~190 DEG C, and the temperature range of the second warm area 1111 is 110~150 DEG C, third warm area 1112 Temperature range be 90~120 DEG C, the temperature range of four-temperature region 1113 is 60~100 DEG C, the first warm area 1110, the second warm area 1111, at least provided with a foraminous conveyer 1105 in third warm area 1112 and four-temperature region 1113.Heating element 1107 wraps Electric heating mounting plate 1114 and electrothermal tube 1115 are included, the electrothermal tube 1115 is set up in furnace body 1101 by electric heating mounting plate 1114 It is internal.Electrothermal tube 1115 is black porcelain electrothermal tube 1115.Four different temperature of warm area be entirely be directed to grind tea technique and into Capable setting, the first warm area 1110 and the second warm area 1111 are high-temperature region, and tealeaves is needed with faster speed process, and third temperature Area 1112 and four-temperature region 1113 are low-temperature space, and tealeaves can be slower by the region, reaches specified dehydrating effect, this reality It can be controlled tealeaves with novel and transmitted in different warm areas at different rates, when can more accurately control the drying of tealeaves Between, promote the quality of tealeaves.This it is practical it is new it is novel drying heating is carried out to tealeaves by black porcelain electrothermal tube 1115, can be effectively Tealeaves is set to avoid light pollution and tail gas pollution.

It further describes in detail, stalk leaf seperator 12 is including seperator rack 1201, lathe bed 1202 and is installed on lathe bed 1202 Seperator motor 1204 is installed in internal 1203 seperator rack 1201 of idler wheel, seperator motor 1204 can drive idler wheel 1203 are provided with seperator feed hopper 1205, lathe bed in 1202 roll inside of lathe bed, the one end at 1201 top of seperator rack 1202 bottom offers seperator discharge port 1206, and the outer cover of idler wheel 1203 is equipped with slot 1207 of milling made of sieve, It is provided on the outer wall of idler wheel 1203 and leads muscle 1208, leading muscle 1208, there are gaps between slot 1207 of milling, and lead muscle 1208 and are rolling Wheel 1203 can drive tealeaves mobile toward the side far from seperator feed hopper 1205 when rolling.

It further describes in detail, the first winnowing machine 13 includes winnowing machine rack 1301 and is installed in winnowing machine rack 1301 Winnowing machine fuselage 1302 is equipped with the oscillating feeder 1303 matched with winnowing machine fuselage 1302 in winnowing machine rack 1301, Oscillating feeder 1303 includes selection by winnowing machine vibration device 1304 interconnected and vibra shoot 1305, the horizontal peace of vibra shoot 1305 Dress, winnowing machine fuselage 1302 are internally provided with coherent air-out passage 1306, stalk channel 1307, Ye Tongdao 1308, enter the wind and lead to Road 1309, air-out passage 1306 and air intake passage 1309 are interconnected, and stalk channel 1307 and leaf channel 1308 are interconnected, selection by winnowing The selection by winnowing machine inlet 1310 connecting with vibra shoot 1305 is offered on machine fuselage 1302, it is logical that selection by winnowing machine inlet 1310 is located at stalk Between road 1307 and leaf channel 1308, the bottom of winnowing machine fuselage 1302 offers the stalk discharge port being connected with stalk channel 1307 1311, Ye Tongdao 1308 in the arcuation being bent upwards, and the bottom of winnowing machine fuselage 1302 is offered to be connected with leaf channel 1308 Leaf discharge port 1312, be communicated with air outlet 1313 between air-out passage 1306 and stalk channel 1307, and air outlet 1313 is open Upwards, it is communicated with air inlet 1314 between air intake passage 1309 and leaf channel 1308, wind is installed inside winnowing machine fuselage 1302 Machine 1315, and blower 1315, between air-out passage 1306 and air intake passage 1309, blower 1315 is used for air-out passage 1306 air feeds.Second winnowing machine 18, third winnowing machine 15 are selected with the first winnowing machine 13 with money winnowing machine.The tea material that will need to be separated In on oscillating feeder 1303, vibration device starting is fallen tealeaves from the vibration of vibra shoot 1305 and from selection by winnowing machine inlet 1310 Into in winnowing machine fuselage 1302, blower 1315 starts and to 1306 air feed of air-out passage, and wind is blown out upwards from air outlet 1313, Due to tea stalk heavier-weight, be directly over stalk channel 1307 and fallen from stalk discharge port 1311, due to tealeaves lighter in weight, by On blow afloat and moved along leaf channel 1308, finally go out to fall from leaf discharge port 1312.Due to the vibra shoot of the utility model 1305 are horizontally mounted, and tealeaves equably can shake in feed inlet in waterfall shape, prevent tealeaves from agglomerating and reducing separating effect, and The utility model, can be by tea by coherent air-out passage 1306, stalk channel 1307, Ye Tongdao 1308 and air intake passage 1309 Stalk is separated with tealeaves, and structure is simple, good separating effect.

It further describes in detail, the first cooling scattered leaf machine 10 includes more cooling scattered leaf devices 1001, cooling scattered leaf device 1001 Including wind regime 1002 and scattered leaf case 1003, dissipates and offer scattered leaf machine leaf feeding port 1004 and scattered leaf machine leaf outlet on leaf case 1003 1005, it dissipates leaf machine leaf outlet 1005 and is located at and dissipate 1003 bottom of leaf case, wind regime 1002 is used for tealeaves from scattered leaf machine leaf feeding port 1004 It is blown to inside scattered leaf case 1003.Second cooling scattered leaf machine 8 is selected with the first cooling scattered leaf machine 10 with the cooling scattered leaf machine of money.First is cold But it dissipates leaf machine 10 and is spliced with the second cooling scattered leaf machine 8 by 2~6 cooling scattered leaf devices 1001.Tealeaves is from previous cold After the scattered leaf machine leaf outlet 1005 of scattered leaf device 1001 enters second cooling scattered leaf device 1001, but it is cooling scattered by second The wind regime 1002 of leaf device 1001 blows to a high position for scattered leaf case 1003, and freely lands under self gravity, in the process, tea Leaf is constantly blown height, is fallen, with scattered leaf case 1003 collide, moisture is taken away by air under the action of the forces of the wind, self heat also by Take away, tealeaves on the one hand be dehydrated, on the one hand scatter, guarantee the emerald green and color of tealeaves, enable tealeaves be sufficiently cool and It is dry.And the cooling that do not say on the same stage can be selected to dissipate leaf device 1001 according to process requirements, it is applied widely.

The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.

Although various terms are used more herein, it does not exclude the possibility of using other terms.Use these Term is used for the purpose of being more convenient to describe and explain the essence of the utility model；It is construed as any additional limit System is all contrary to the spirit of the present invention.

Claims (10)

1. tea production line is ground in a kind of automation, which is characterized in that including a sequentially connected foliage cutter (3), fresh leaf de-burring machine (4), secondary foliage cutter (5), vibrating screener (6), steam inactivation machine (7), stone roller drinking water boiler (11), stalk leaf seperator (12), first Winnowing machine (13), dress tea platform (16), a foliage cutter (3) are used to carry out cutting leaf for the first time to fresh leaf and be conveyed to fresh Leaf de-burring machine (4), the fresh leaf de-burring machine (4) are used to remove first time and cut impurity after leaf in tealeaves or tea stalk and be conveyed to Secondary foliage cutter (5), the secondary foliage cutter (5) are used to carry out tealeaves second to cut leaf and be conveyed to vibrating screener (6), The vibrating screener (6) is used to screen to the secondary tealeaves cut after leaf and the tealeaves after screening is transmitted to steaming Vapour green-keeping machine (7), the steam inactivation machine (7) makes tealeaves and steam comes into full contact with, sufficiently finish after be transmitted to stone roller drinking water boiler (11), the stone roller drinking water boiler (11) is disembarked for stalk leaf wind to be dried, be dehydrated and be transmitted to tealeaves, and the stalk leaf wind is disembarked For carrying out cauline leaf separation to tealeaves and being delivered to the first winnowing machine (13), first winnowing machine (13) has leaf discharge port (1312) and stalk discharge port (1311), first winnowing machine (13) are used to carry out selection by winnowing to tealeaves, and tealeaves is from leaf discharge port (1312) it is delivered to dress tea platform (16), tea stalk is discharged from stalk discharge port (1311), and the dress tea platform (16) is used for tea Leaf is packed.

2. tea production line is ground in a kind of automation according to claim 1, which is characterized in that a foliage cutter (3) It is also connected with fresh leaf elevator (1), the fresh leaf elevator (1) is provided with fresh leaf bucket (101), the fresh leaf bucket (101) It is poured into for fresh leaf, the fresh leaf elevator (1) is used to tealeaves being transmitted to a foliage cutter (3) from fresh leaf bucket (101).

3. tea production line is ground in a kind of automation according to claim 2, which is characterized in that the fresh leaf bucket (101) is set In fabrication facility floor and the quarrel of fresh leaf bucket (101) is lower than fabrication facility floor.

4. tea production line is ground in a kind of automation according to claim 2, which is characterized in that the fresh leaf elevator (1) It is also connected with tea leaf tedder (2) between a foliage cutter (3), the tea leaf tedder (2) is for spreading tealeaves out and defeated It is sent into a foliage cutter (3).

5. tea production line is ground in a kind of automation according to claim 1, which is characterized in that the input terminal for grinding drinking water boiler (11) connects It is connected to the first cooling and dissipates leaf machine (10), described first cooling scattered leaf machine (10) are used for tealeaves cooling, dispersion and are delivered to stone roller In drinking water boiler (11).

6. tea production line is ground in a kind of automation according to claim 1 or 5, which is characterized in that the steam inactivation machine (7) it is additionally provided with the first dryer (9) between stone roller drinking water boiler (11), first dryer (9) is used for steam inactivation machine (7) tealeaves exported carries out drying and is transmitted to the tealeaves after drying to grind drinking water boiler (11).

7. tea production line is ground in a kind of automation according to claim 6, which is characterized in that first dryer (9) Input terminal be connected with second cooling scattered leaf machine (8), described second cooling scattered leaf machine (8) are used for tealeaves is cooling, dispersion, simultaneously It is delivered in the first dryer (9).

8. tea production line is ground in a kind of automation according to claim 1, which is characterized in that first winnowing machine (13) Stalk discharge port (1311) be also connected with the second winnowing machine (18), second winnowing machine (18) will be for will obstruct discharge port (1311) tealeaves carries out selection by winnowing, and the tealeaves after selection by winnowing is transmitted to dress tea platform (16).

9. tea production line is ground in a kind of automation according to claim 1, which is characterized in that first winnowing machine (13) Leaf discharge port (1312) and dress tea platform (16) between be also connected with third winnowing machine (15), the third winnowing machine (15) For the tealeaves of leaf discharge port (1312) to be carried out selection by winnowing, and the tealeaves after selection by winnowing is transmitted to dress tea platform (16).

10. tea production line is ground in a kind of automation according to claim 8, which is characterized in that first winnowing machine (13) Leaf discharge port (1312) be connected with the second dryer (14), the stalk discharge port (1311) of second winnowing machine (18) is connected with Third dryer (17).