CN206453114U - A kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger - Google Patents
A kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger Download PDFInfo
- Publication number
- CN206453114U CN206453114U CN201621167547.1U CN201621167547U CN206453114U CN 206453114 U CN206453114 U CN 206453114U CN 201621167547 U CN201621167547 U CN 201621167547U CN 206453114 U CN206453114 U CN 206453114U
- Authority
- CN
- China
- Prior art keywords
- air
- hot
- temperature hot
- temperature
- shaped pot
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model discloses a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger, including two feeders, two finish tea processing machine, high temperature hot-blast furnace, conveyer, discharging machine and electrical control cubicles.Fresh leaf is from the high-end entrance of the inclined U-shaped pot group of fixing tea processing machine, and as U-shaped pot group is reciprocating along the inclined plane width, fresh leaf slowly flows to the low side of U-shaped pot group；High-temperature hot-air is sent into hot-air distributor by high temperature hot-blast furnace by hot blast connecting tube, hot blast vertical direction is equably sent into U-shaped pot group by hot-air distributor, as the main heating source of fresh leaves de-enzyming tea making, while the bottom of a pan electrical heating works, it is ensured that the interval temperature of fixing tea making keeps constant；Semi-finished product tealeaves after fixing enters in conveyer, then is transported on discharging machine, from the outflow of discharging machine discharging opening, into lower one of manufacturing procedure.The utility model is using energy-saving coal hot air furnace as main heating source, and power consumption is less, is especially suitable for large-scale tea processing enterprise and uses.
Description
Technical field
The utility model belongs to Tea manufacture apparatus field, specifically, and it is related to a kind of high-temperature hot-air intelligent electric-heating formula
Finish tea making Unit erriger.
Background technology
The quality of tealeaves is risen certainly in color, shape, and country's tea green-keeping operating type mainly has roller fixation, steaming at present
Hopping mad green grass or young crops, microwave de-enzyming etc., in general this several plus formula side quickly can thoroughly finish, tealeaves face color is emerald green, but all exists
Obvious defect.In especially extensive tea making production, this several big key element should be improved, the automation work(of equipment is realized again
Can, it is tea making industry and the tea machine industry problem to be cracked.
Utility model content
Main purpose of the present utility model is in view of the above-mentioned problems, there is provided a kind of fixing of high-temperature hot-air intelligent electric-heating formula
Tea making Unit erriger.
A kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger, including two feeders 1, two fixing tea processing machines
2nd, high temperature hot-blast furnace 3, electrical control cubicles 4, conveyer 5, discharging machine 6 and hot blast connecting tube 7；Two fixings parallel cloth of tea processing machine 2
The center of factory building is placed in, and provided with operating walk way between Liang Tai, their front end is respectively equipped with a feeder 1, they
Left side shares a conveyer 5 provided with a high temperature hot-blast furnace 3, their right side provided with an electrical control cubicles 4, their rear end,
The exit of the conveyer 5 is provided with a discharging machine 6；The warm-air pipe of the top of two fixings tea processing machine 2 is connected by hot blast
Adapter 7 is connected with the hot-blast outlet of hot-blast stove 3.
The fixing tea processing machine 2 is the vexed stir-fry formula structure of high-temperature hot-air intelligent electric-heating, and provided with U-shaped pot group, the U-shaped pot group
For low skewed of the high other end in one end along its length, hot-air distributor is provided with its top, is sent into by high temperature hot-blast furnace 3
High-temperature hot-air as fixing main heating source；Heated below its U-shaped pot group provided with electric boiling plate, be used as the auxiliary heat of fixing
Source, electric boiling plate carries out intelligent heating compensation according to hot blast situation of change, it is ensured that the interval temperature of enzyme deactivating and strip sorting keeps constant.
High temperature hot-blast furnace 3 is using anthracite as fuel, and furnace roof is provided with the high-temperature flue gas in pressure fan and air-introduced machine, combustion chamber
Through heat-exchanging chamber by air-introduced machine suction out after sent out by stovepipe；Cold wind feeding heat-exchanging chamber is heated into high warm by pressure fan
The hot-air distributor that wind is sent into above the pot group.
In use, opening high temperature hot-blast furnace 3, produce and do the high-temperature hot-air that tea fixing needs；Open electrical heating in electrical control cubicles 4
The switch of plate, the U-shaped pot group the bottom of a pan is heated to required operating temperature value automatically；Open motor switch and the adjustment of U-shaped pot group
Variable frequency switch, makes U-shaped pot group return multiple oscillating motion according to set speed；Treat in electrical control cubicles 4 shown by temperature display watch
Temperature when reaching setting value, start the production that feeds intake；Fresh leaf is exported from feeder 1 enters the high-end of inclined U-shaped pot group, with
U-shaped pot group is reciprocating along the inclined plane width, and fresh leaf slowly flows to the low side of U-shaped pot group, completes fresh leaf
Water-removing；Semi-finished product tealeaves after fixing enters in conveyer 5, the work of the motor of conveyer 5, is vibrated before and after delivery chute, uniformly
Scatter tea bar, slowly wriggles forward, and is transported on discharging machine 6, the work of the motor of discharging machine 6, and conveyer belt is by tea bar by discharging machine 6
Discharging opening outflow, into lower one of manufacturing procedure.
The technical scheme further limited is as follows：
The feeder 1 includes feeder discharging opening 11, feeder frame 12, the first motor 13, speed-regulating switch 14, haul
Adhesive tape 15, the first transmission system 16, hopper 17 and pusher dog 18.The feeder frame 12 is provided with ground in an oblique angle
Haul adhesive tape 15, and the oblique angle can adjust；The hopper 17 is located at the lower section of haul adhesive tape 15, and first motor 13 is set
In the middle part of feeder frame 12, it drives the first transmission system 16 and drives haul adhesive tape 15 to move；The pusher dog 18 is by
The driving of one motor 13 rotates, and the rotary motion causes fresh leaf to be delivered up by quantitative and even；The speed-regulating switch
14 are located at the side of feeder frame 12, and it has the speed-regulating function to the first motor 13.
The fixing tea processing machine 2 includes tea processing machine frame 21, distribution box 22, electric boiling plate 23, U-shaped pot group 24, roller group
Part 25, hot-air distributor 26 and warm-air pipe 27.The tea processing machine frame 21 is cuboid framework structure, and four corners below is provided with four
Supporting leg, front leg strut is furnished with rotating axle pin, screw mechanism of the rear support leg provided with adjustable U-shaped pot angle of inclination.Upper plane is along length
Direction is the inclined plane of right low left high, and the two ends of the inclined plane length direction are respectively equipped with one group of roll wheel assembly 25, every group of roller
Component 25 is equipped with two rollers, and the two rollers are respectively arranged on the both sides of the inclined plane width.The U-shaped pot group 24
Provided with two groups of slide bars, every group of slide bar correspondence is connected on one group of roll wheel assembly 25；The side of the tea machine frame 21 is provided with transmission
System, the transmission system is provided with main motor and eccentric mechanism, and the main motor drives eccentric mechanism and drives U-shaped pot group
24 is reciprocating along the inclined plane width.The electric boiling plate 23 is located at the lower section of U-shaped pot group 24；In U-shaped pot group
24 and electric boiling plate 23 before and after between provided with two temperature sense probes, it is delivered to the temperature data of sensing in electrical control cubicles 4
Microcomputer temperature control instrument, the data that the intelligent power controller in switch cubicle is passed back according to probe, to the operation interval of U-shaped pot groove
Accurately controlled.The top of the U-shaped pot group 24 is connected, it two provided with two hot-air distributors 26 by a warm-air pipe 27
The outlet of individual hot-air distributor 26 is close and points to the U-shaped surface of pot group 24；In use, high-temperature hot-air is sent by hot blast connecting tube 7
Enter hot-air distributor 26, hot blast is equably sent into U-shaped pot group 24, and hot blast entry angle and U-shaped pot by hot-air distributor 26
Angle of inclination is consistent.The distribution box 22 is located at the lower section of the side of fixing tea processing machine 2, and it is provided with scram button and and electrical control cubicles
The interface of 4 associations.
The high temperature hot-blast furnace 3 include pressure fan 31, air-introduced machine 32, furnace shell 33, bellows 34, chimney 35, air-out interface 36,
Temperature sensor 37 and fire door 38.
The furnace shell 33 is rectangular box body structure, and lower end is provided with front side board, left plate, right side provided with six supporting legs
Plate, back side panel, top plate and bottom plate, the fire door 38 is on the downside of front side board；After the front side connection pressure fan 31 of top plate, top plate
Side connects air-introduced machine 32, and the exit of the air-introduced machine 32 is provided with chimney 35.Be provided with combustion chamber in the fire door 38, combustion chamber by
Fire grate, refractory brick and ash pond composition, the ash pond is located at below fire grate；The bellows 34 are located inside furnace shell 33,
It is divided into anterior bellows and rear portion bellows two parts；Anterior bellows are above combustion chamber, and anterior bellows set up upper, middle and lower three separately
The stainless steel tube of layer arrangement is as hot switching path, and rear portion bellows are sequentially provided with level Four heat-exchanging chamber from back to front, and each heat is handed over
20 seamless steel pipes of room transverse horizontal interlaced arrangement are changed as hot switching path.The air-out interface 36 is located at a left side for furnace shell 33
Side plate top, and and anterior bellows the outlet insertion of hot switching path high-temperature hot-air, connect on the epipleural of the air-out interface 36
Jointing temp sensor 37；The air-introduced machine 32 is frequency conversion fan.
Lead in use, the high-temperature flue gas produced in combustion chamber is passed through on the outside of the pipe of the stainless steel tube of switch room, seamless steel pipe
Road, is then suctioned out by air-introduced machine 32, and precalculated position is transported into peripheral hardware fume pipe by chimney 35.Pressure fan 31 sends into environment
Air sequentially enters the inner chamber of the seamless steel pipe of heat-exchanging chamber, stainless steel tube, is heated high-temperature hot-air by multistage heat-exchanging chamber
To more than 300 °C, sent out subsequently into air-out interface 36.
The conveyer 5 includes conveyer frame 51, conveyer belt 52, bullet branch piece 53, the second transmission system 54 and the second electricity
Machine 55；The conveyer frame 51 for parallel arrangement double-layer structure up and down, it is uniform provided with two rows between the upper and lower
Bullet branch piece 53, often row is provided with five bullet branch pieces 53, and the existing supporting role of the bullet branch piece 53 has the work for allowing upper strata to have vibration again
With；The lower floor of one end of the conveyer frame 51 be provided with the second transmission system 54 and the second motor 55, the conveyer belt 52 in
Conveyer frame structure, and being driven by the second transmission system 54 in a ring in two layers about 51.
The discharging machine 6 includes discharging machine frame 61, speed-regulating switch 62, single-phase reducing motor 63, hydrofuge fan 64, transport
Band 65, the 3rd transmission system 66 and discharging machine discharging opening 67.The discharging machine frame 61 is provided with single-phase reducing motor 63 and the
Three transmission systems 66；The conveyer belt 65 structure in a ring, its leading portion is one section of horizontal feed, and interlude is tilted upward
Conveying, back segment is horizontal feed, the interlude be provided with across the hydrofuge fan 64 above conveyer belt, the knot of the back segment
Discharging machine discharging opening 67 is provided with tail；The side of the discharging frame 61 is provided with speed-regulating switch 62.
The hot blast connecting tube 7 includes pipe joint 71, house steward 72, elbow 73, three-way pipe 74, is in charge of 75 and thermometer 76；
One end connection pipe joint 71 of the house steward 72, the entrance of other end connecting bend 73, the house steward 72 closes on the one of elbow 73
End connection thermometer 76；The outlet of the elbow 73 and the import connection of three-way pipe 74, two outlets point of the three-way pipe 74
Not Lian Jie one be in charge of 75；The inner hole section product of the house steward 72 is twice of the interior empty sectional area for being in charge of 75.
Electricity provided with feeder 1, fixing tea processing machine 2, high temperature hot-blast furnace 3, conveyer 5 and discharging machine 6 in the electrical control cubicles 4
Machine starts and X button；The frequency converter and variable frequency adjustment button of air-introduced machine provided with high temperature hot-blast furnace 3；Provided with for fixing
The electric boiling plate of tea processing machine 2 carries out the three-phase intelligent power controller of intelligent control, it is ensured that the workspace temperature difference of fixing tea processing machine 2
Change control reaches thermostatically controlled requirement in ± 1 DEG C；Provided with three pieces of digital temperature indicators, high warm is shown respectively
Temperature below the temperature of the exit high-temperature hot-air of wind furnace 3 and the U-shaped pot group of two fixing tea processing machines 2；Opened provided with general supply
Close.
Effective technology effect of the present utility model is：
（1 using energy-saving coal hot air furnace as main heating source, and fuel consumption is few, and energy cost is low；Easily operated and saving labor
Power, human cost reduction.
（2）Because the reasonable disposition of thermal source makes into tea output capacity and quality product rate has a large increase, yield can improve 20% with
On.
（3）Due to the reduction used electric energy, expand market and use scope, improve scale and benefit.
（4）Full unit automated intelligent control, it is ensured that the technology stability of tea making process so that the tea quality of output is permanent
Fixed, class is high, is especially suitable for extensive tea processing enterprise.
Brief description of the drawings
Fig. 1 is the utility model general structure schematic diagram.
Fig. 2 is the utility model feeder structural representation.
Fig. 3 is the utility model high-temperature hot-air energy intelligent electric-heating green-keeping machine structural representation.
Fig. 4 is the utility model high temperature hot-blast furnace structural representation.
Fig. 5 is the utility model conveyor construction schematic diagram.
Fig. 6 is the utility model discharging machine structural representation.
Fig. 7 is the utility model hot blast connecting tube schematic diagram.
Sequence number in figure：
Feeder 1, fixing tea processing machine 2, high temperature hot-blast furnace 3, electrical control cubicles 4, conveyer 5, discharging machine 6, hot blast connecting tube 7；
Feeder discharging opening 11, feeder frame 12, the first motor 13, speed-regulating switch 14, haul adhesive tape 15, first are driven
System 16, hopper 17, pusher dog 18；
Tea processing machine frame 21, distribution box 22, electric boiling plate 23, U-shaped pot group 24, roll wheel assembly 25, hot-air distributor 26, heat
Airduct 27；
Pressure fan 31, air-introduced machine 32, furnace shell 33, bellows 34, chimney 35, air-out interface 36, temperature sensor 37, fire door
38；
Conveyer frame 51, conveyer belt 52, bullet branch piece 53, the second transmission system 54, the second motor 55；
Discharging machine frame 61, speed-regulating switch 62, single-phase reducing motor 63, hydrofuge fan 64, conveyer belt 65, the 3rd power train
System 66, discharging machine discharging opening 67；
Pipe joint 71, house steward 72, elbow 73, three-way pipe 74, it is in charge of 75, thermometer 76.
Embodiment
Below in conjunction with the accompanying drawings, by embodiment, the utility model is further described.
Embodiment
Referring to Fig. 1, a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger, including two feeders 1, Liang Tai are killed
Blue or green tea processing machine 2, high temperature hot-blast furnace 3, electrical control cubicles 4, conveyer 5, discharging machine 6 and hot blast connecting tube 7.Two fixings tea processing machine
2 are arranged in parallel in the center of factory building, and provided with operating walk way between Liang Tai, their front end is respectively equipped with a feeder 1,
Their left side is provided with a high temperature hot-blast furnace 3, and their right side is provided with an electrical control cubicles 4, and shared one of their rear end is defeated
Machine 5 is sent, the exit of the conveyer 5 is provided with a discharging machine 6；The top warm-air pipe of two fixings tea processing machine 2 passes through
Hot blast connecting tube 7 is connected with the hot-blast outlet of hot-blast stove 3.
Electricity provided with feeder 1, fixing tea processing machine 2, high temperature hot-blast furnace 3, conveyer 5 and discharging machine 6 in the electrical control cubicles 4
Machine starts and X button；The frequency converter and variable frequency adjustment button of air-introduced machine provided with high temperature hot-blast furnace 3；Provided with for fixing
The electric boiling plate of tea processing machine 2 carries out the three-phase intelligent power controller of intelligent control, it is ensured that the workspace temperature difference of fixing tea processing machine 2
Change control reaches thermostatically controlled requirement in ± 1 DEG C；Provided with three pieces of digital temperature indicators, high warm is shown respectively
Temperature below the temperature of the exit high-temperature hot-air of wind furnace 3 and the U-shaped pot group of two fixing tea processing machines 2；Opened provided with general supply
Close.
Referring to Fig. 2, the feeder 1 is opened including feeder discharging opening 11, feeder frame 12, the first motor 13, speed governing
Close 14, haul adhesive tape 15, the first transmission system 16, hopper 17 and pusher dog 18.The feeder frame 12 is provided with and ground
In the haul adhesive tape 15 at an oblique angle, and the oblique angle can be adjusted；The hopper 17 is located at the lower section of haul adhesive tape 15, and described the
One motor 13 is located at the middle part of feeder frame 12, and it drives the first transmission system 16 and drives haul adhesive tape 15 to move；It is described
Pusher dog 18 is rotated by the driving of the first motor 13, and the rotary motion causes fresh leaf to be delivered up by quantitative and even, is prevented
Only fresh leaf is agglomerating or balling.
The speed-regulating switch 14 is located at the side of feeder frame 12, and it has the speed-regulating function to the first motor 13.Institute
The first motor 13 is stated for single-phase reducing motor, rated power is 0.25Kw.
Referring to Fig. 3, the fixing tea processing machine 2 includes tea processing machine frame 21, distribution box 22, electric boiling plate 23, U-shaped pot group
24th, roll wheel assembly 25, hot-air distributor 26 and warm-air pipe 27.The tea processing machine frame 21 is cuboid framework structure, lower section four
Angle is provided with four supporting legs, and front leg strut is furnished with rotating axle pin, screw mechanism of the rear support leg provided with adjustable U-shaped pot angle of inclination.On
Plane is the inclined plane of right low left high along its length, and the two ends of the inclined plane length direction are respectively equipped with one group of roll wheel assembly
25, every group of roll wheel assembly 25 is equipped with two rollers, and the two rollers are respectively arranged on the both sides of the inclined plane width.Institute
U-shaped pot group 24 is stated provided with two groups of slide bars, every group of slide bar correspondence is connected on one group of roll wheel assembly 25；The side of the tea machine frame 21
Face is provided with transmission system, and the transmission system is provided with main motor and eccentric mechanism, and the main motor drives eccentric mechanism simultaneously
Drive U-shaped pot group 24 reciprocating along the inclined plane width.The main motor is three phase electric machine, and rated power is
1.5Kw.The electric boiling plate 23 is located at the lower section of U-shaped pot group 24；Two are provided between U-shaped pot group 24 and electric boiling plate 23 are front and rear
Individual temperature sense probe, it is delivered to the temperature data of sensing the intelligence in the microcomputer temperature control instrument in electrical control cubicles 4, switch cubicle
The data that power controller is passed back according to probe, are accurately controlled the operation interval of U-shaped pot groove.The U-shaped pot group 24
Top is connected provided with two hot-air distributors 26 by a warm-air pipe 27, and the outlet of two hot-air distributor 26 is close and refers to
To the U-shaped surface of pot group 24；In use, high-temperature hot-air sends into hot-air distributor 26 by hot blast connecting tube 7, by hot-air distributor 26
Hot blast is equably sent into U-shaped pot group 24, and hot blast entry angle is consistent with U-shaped pot angle of inclination.The distribution box 22 is located at
The lower section of the side of fixing tea processing machine 2, it is provided with scram button and the interface associated with electrical control cubicles 4.
Referring to Fig. 4, the high temperature hot-blast furnace 3 includes pressure fan 31, air-introduced machine 32, furnace shell 33, bellows 34, chimney 35, gone out
Wind interface 36, temperature sensor 37 and fire door 38.
The furnace shell 33 is rectangular box body structure, and lower end is provided with front side board, left plate, right side provided with six supporting legs
Plate, back side panel, top plate and bottom plate, the fire door 38 is on the downside of front side board.After the front side connection pressure fan 31 of top plate, top plate
Side connects air-introduced machine 32, and the exit of the air-introduced machine 32 is provided with chimney 35.Be provided with combustion chamber in the fire door 38, combustion chamber by
Fire grate, refractory brick and ash pond composition, the ash pond is located at below fire grate；The bellows 34 are located inside furnace shell 33,
It is divided into anterior bellows and rear portion bellows two parts；Anterior bellows are above combustion chamber, and anterior bellows set up upper, middle and lower three separately
The stainless steel tube of layer arrangement is as hot switching path, and rear portion bellows are sequentially provided with level Four heat-exchanging chamber from back to front, and each heat is handed over
20 seamless steel pipes of room transverse horizontal interlaced arrangement are changed as hot switching path.The air-out interface 36 is located at a left side for furnace shell 33
Side plate top, and and anterior bellows the outlet insertion of hot switching path high-temperature hot-air, connect on the epipleural of the air-out interface 36
Jointing temp sensor 37.The specified blast of the pressure fan 31 is 400~2200 pa, and nominal air delivery is 800~4800 M3/ H,
The rated power of three phase electric machine used is 4.0Kw.The air-introduced machine 32 is that frequency conversion fan its specified blast is 400~1400
Pa, its nominal air delivery is 600~3300 M3/ H, the rated power of three phase electric machine used is 2.2Kw, passes through variable frequency adjustment wind
Machine rotating speed, changes the temperature in the blast and air quantity of blower fan, control combustion chamber 41, so as to regulate and control the temperature of high-temperature hot-air.
Appropriate anthracite is put into combustion chamber and is lighted, the high-temperature flue gas produced in combustion chamber passes through switch room
The pipe outer passage of stainless steel tube, seamless steel pipe, is then suctioned out by air-introduced machine 32, and entering peripheral hardware fume pipe by chimney 35 conveys
To precalculated position.The feeding surrounding air of pressure fan 31 sequentially enters the inner chamber of the seamless steel pipe of heat-exchanging chamber, stainless steel tube, passes through
High-temperature hot-air is heated to more than 300 °C by multistage heat-exchanging chamber, is sent out subsequently into air-out interface 36.
Referring to Fig. 5, the conveyer 5 includes conveyer frame 51, conveyer belt 52, bullet branch piece 53, the second transmission system 54
With the second motor 55.The conveyer frame 51 is the double-layer structure up and down of parallel arrangement, and two are provided between the upper and lower
The uniform bullet branch piece 53 of row, often row is provided with five bullet branch pieces 53, and the existing supporting role of the bullet branch piece 53 allows upper strata to have and quivered again
Dynamic effect；The lower floor of one end of the conveyer frame 51 is provided with the second transmission system 54 and the second motor 55, the conveying
Band 52 is in conveyer frame structure, and being driven by the second transmission system 54 in a ring in two layers about 51.Second motor 55
For three phase electric machine, rated power is 0.75Kw.
Referring to Fig. 6, the discharging machine 6 includes discharging machine frame 61, speed-regulating switch 62, single-phase reducing motor 63, hydrofuge wind
Fan 64, conveyer belt 65, the 3rd transmission system 66, discharging machine discharging opening 67.The discharging machine frame 61 is provided with the single-phase electricity that slows down
The transmission system 66 of machine 63 and the 3rd；The conveyer belt 65 structure in a ring, its leading portion is one section of horizontal feed, and interlude is
The conveying tilted upward, back segment is horizontal feed, and the interlude is provided with across the hydrofuge fan 64 above conveyer belt, institute
State and discharging machine discharging opening 67 is provided with the ending of back segment；The side of the discharging frame 61 is provided with speed-regulating switch 62.It is described single-phase
The rated power of reducing motor 63 is 250W, and the rated power of the motor of the hydrofuge fan 64 is 0.4Kw.
Referring to Fig. 7, the hot blast connecting tube 7 include pipe joint 71, house steward 72, elbow 73, three-way pipe 74, be in charge of 75 and temperature
Spend table 76；One end connection pipe joint 71 of the house steward 72, the entrance of other end connecting bend 73, the house steward 72 closes on elbow
73 one end connection thermometer 76；The outlet of the elbow 73 and the import connection of three-way pipe 74, two of the three-way pipe 74
Outlet connects one respectively and is in charge of 75；The inner hole section product of the house steward 72 is twice of the interior empty sectional area for being in charge of 75.
In use, opening high temperature hot-blast furnace 3, the high-temperature hot-air for doing the point temperatures that tea fixing needs is produced；Open automatically controlled
The switch of electric boiling plate on cabinet 4, the U-shaped pot group the bottom of a pan is heated to required operating temperature value automatically；Open the motor of U-shaped pot group
Switch and adjust variable frequency switch, U-shaped pot group is returned multiple oscillating motion according to set speed；Treat that temperature shows in electrical control cubicles 4
When showing that the temperature shown by table reaches setting value, start the production that feeds intake；Fresh leaf enters inclined U-shaped pot group from the outlet of feeder 1
It is high-end, as U-shaped pot group is reciprocating along the inclined plane width, fresh leaf is slowly to the low side stream of U-shaped pot group
It is dynamic, complete fresh leaves de-enzyming process；Semi-finished product tealeaves after fixing enters in conveyer 5, the work of the motor of conveyer 5, before delivery chute
After vibrate, uniformly scatter tea bar, slowly wriggles forward, and is transported on discharging machine 6, the work of the motor of discharging machine 6, and conveyer belt is by tea
Bar is flowed out by the discharging opening of discharging machine 6, into lower one of manufacturing procedure.
Above content not makees any formal limitation to structure of the present utility model, shape.It is every according to this practicality
Any simple modification, equivalent variations and modification that new technical spirit is made to above example, still fall within this practicality new
In the range of type technical scheme.
Claims (8)
- The tea making Unit erriger 1. a kind of high-temperature hot-air intelligent electric-heating formula finishes, it is characterised in that：The fixing tea making Unit erriger Including two feeders（1）, two fixing tea processing machines（2）, high temperature hot-blast furnace（3）, electrical control cubicles（4）, conveyer（5）, discharging machine （6）With hot blast connecting tube（7）；Two fixings tea processing machine（2）It is arranged in parallel in the center of factory building, and be provided between Liang Tai Operating walk way, their front end is respectively equipped with a feeder（1）, their left side is provided with a high temperature hot-blast furnace（3）, they Right side provided with electrical control cubicles（4）, their rear end shares a conveyer（5）, the conveyer（5）Exit be provided with One discharging machine（6）；Two fixings tea processing machine（2）The warm-air pipe of top passes through hot blast connecting tube（7）With hot-blast stove（3）'s Hot-blast outlet is connected；The fixing tea processing machine（2）For the vexed stir-fry formula structure of high-temperature hot-air intelligent electric-heating, and provided with U-shaped pot group, the U-shaped pot group is Low skewed of the high other end in one end, is provided with hot-air distributor, by high temperature hot-blast furnace in its top along its length（3）Feeding High-temperature hot-air as fixing main heating source；Heated below its U-shaped pot group provided with electric boiling plate, be used as the auxiliary heat of fixing Source, electric boiling plate carries out intelligent heating compensation according to hot blast situation of change, it is ensured that the interval temperature of enzyme deactivating and strip sorting keeps constant；High temperature hot-blast furnace（3）Using anthracite as fuel, the high-temperature flue gas that furnace roof is provided with pressure fan and air-introduced machine, combustion chamber is worn Cross heat-exchanging chamber by air-introduced machine suction out after sent out by stovepipe；Cold wind feeding heat-exchanging chamber is heated into high-temperature hot-air by pressure fan The hot-air distributor sent into above the pot group.
- 2. a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger according to claim 1, it is characterised in that：Institute State feeder（1）Including feeder discharging opening（11）, feeder frame（12）, the first motor（13）, speed-regulating switch（14）, haul Adhesive tape（15）, the first transmission system（16）, hopper（17）And pusher dog（18）；The feeder frame（12）It is provided with and ground In the haul adhesive tape at an oblique angle（15）, and the oblique angle can adjust；The hopper（17）Positioned at haul adhesive tape（15）Lower section, First motor（13）Located at feeder frame（12）Middle part, it drive transmission system（16）And drive haul adhesive tape（15） Motion；The pusher dog（18）By the first motor（13）Driving rotates, and the rotary motion causes fresh leaf by quantitative and even Ground is delivered up；The speed-regulating switch（14）Located at feeder frame（12）Side, it have to the first motor（13）Tune Fast function.
- 3. according to a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger described in claim 1, it is characterised in that：It is described Finish tea processing machine（2）Including tea processing machine frame（21）, distribution box（22）, electric boiling plate（23）, U-shaped pot group（24）, roll wheel assembly （25）, hot-air distributor（26）And warm-air pipe（27）；The tea processing machine frame（21）For cuboid framework structure, four corners below is set There are four supporting legs, front leg strut is furnished with rotating axle pin, screw mechanism of the rear support leg provided with adjustable U-shaped pot angle of inclination；Upper plane It is the inclined plane of right low left high along its length, the two ends of the inclined plane length direction are respectively equipped with one group of roll wheel assembly（25）, Every group of roll wheel assembly（25）Two rollers are equipped with, the two rollers are respectively arranged on the both sides of the inclined plane width；Institute State U-shaped pot group（24）Provided with two groups of slide bars, every group of slide bar correspondence is connected to one group of roll wheel assembly（25）On；The tea machine frame （21）Side be provided with transmission system, the transmission system is provided with main motor and eccentric mechanism, and the main motor drives eccentric Wheel mechanism simultaneously drives U-shaped pot group（24）It is reciprocating along the inclined plane width；The electric boiling plate（23）Positioned at U-shaped Pot group（24）Lower section；In U-shaped pot group（24）With electric boiling plate（23）Provided with two temperature sense probes between front and rear, it is sense The temperature data answered is delivered to electrical control cubicles（4）On microcomputer temperature control instrument, the intelligent power controller in switch cubicle is according to probe The data passed back, are accurately controlled the operation interval of U-shaped pot groove；The U-shaped pot group（24）Top provided with two hot blasts Distributor（26）, by a warm-air pipe（27）Connection, two hot-air distributor（26）Outlet close to and point to U-shaped pot group （24）Surface；In use, high-temperature hot-air passes through hot blast connecting tube（7）Send into hot-air distributor（26）, by hot-air distributor（26） Hot blast is equably sent into U-shaped pot group（24）, and hot blast entry angle is consistent with U-shaped pot angle of inclination；The distribution box（22） Located at fixing tea processing machine（2）Side lower section, it be provided with scram button and and electrical control cubicles（4）The interface of association.
- 4. according to a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger described in claim 1, it is characterised in that：It is described High temperature hot-blast furnace（3）Including pressure fan（31）, air-introduced machine（32）, furnace shell（33）, bellows（34）, chimney（35）, air-out interface （36）, temperature sensor（37）And fire door（38）；The furnace shell（33）For rectangular box body structure, lower end provided with six supporting legs, and provided with front side board, left plate, right plate, Back side panel, top plate and bottom plate, the fire door（38）On the downside of front side board；The front side connection pressure fan of top plate（31）, top plate Rear side connects air-introduced machine（32）, the air-introduced machine（32）Exit be provided with chimney（35）；The fire door（38）It is interior to be provided with burning Room, combustion chamber is made up of fire grate, refractory brick and ash pond, and the ash pond is located at below fire grate；The bellows（34）If In furnace shell（33）Inside, it is divided into anterior bellows and rear portion bellows two parts；Anterior bellows are above combustion chamber, anterior bellows Set up the stainless steel tube of upper, middle and lower-ranking arrangement separately as hot switching path, rear portion bellows are sequentially provided with level Four heat friendship from back to front Room is changed, each 20 seamless steel pipes of heat-exchanging chamber transverse horizontal interlaced arrangement are used as hot switching path；The air-out interface （36）Located at furnace shell（33）Left plate top, and and anterior bellows the outlet insertion of hot switching path high-temperature hot-air, it is described go out Wind interface（36）Epipleural on connect temperature sensor（37）；The air-introduced machine（32）For frequency conversion fan；In use, the high-temperature flue gas produced in combustion chamber passes through the stainless steel tube of switch room, the pipe outer passage of seamless steel pipe, so Afterwards by air-introduced machine（32）Suction out, pass through chimney（35）Precalculated position is transported into peripheral hardware fume pipe；Pressure fan（31）Send into ring Border air sequentially enters the inner chamber of the seamless steel pipe of heat-exchanging chamber, stainless steel tube, is added high-temperature hot-air by multistage heat-exchanging chamber Heat is to more than 300 °C, subsequently into air-out interface（36）Send out.
- 5. according to a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger described in claim 1, it is characterised in that：It is described Conveyer（5）Including conveyer frame（51）, conveyer belt（52）, bullet branch piece（53）, the second transmission system（54）With the second motor （55）；The conveyer frame（51）For the double-layer structure up and down of parallel arrangement, two rows are provided between the upper and lower uniform Bullet branch piece（53）, often row is provided with five bullet branch pieces（53）, the bullet branch piece（53）Existing supporting role, allows upper strata to have and quivers again Dynamic effect；The conveyer frame（51）One end lower floor be provided with the second transmission system（54）With the second motor（55）, institute State conveyer belt（52）In conveyer frame（51）Structure, and by the second transmission system in a ring in two layers up and down（54）Driving.
- 6. according to a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger described in claim 1, it is characterised in that：It is described Discharging machine（6）Including discharging machine frame (61), speed-regulating switch (62), single-phase reducing motor (63), hydrofuge fan (64), conveyer belt (65), the 3rd transmission system (66) and discharging machine discharging opening (67)；The discharging machine frame (61) is provided with single-phase reducing motor And the 3rd transmission system (66) (63)；The conveyer belt (65) structure in a ring, its leading portion is one section of horizontal feed, middle Section is the conveying tilted upward, and back segment is horizontal feed, and the interlude is provided with across the hydrofuge fan above conveyer belt (64) discharging machine discharging opening (67), is provided with the ending of the back segment；The discharging frame（61）Side be provided with speed-regulating switch (62)。
- 7. according to a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger described in claim 1, it is characterised in that：It is described Hot blast connecting tube（7）Including pipe joint（71）, house steward（72）, elbow（73）, three-way pipe（74）, be in charge of（75）And thermometer （76）；The house steward（72）One end connection pipe joint（71）, other end connecting bend（73）Entrance, the house steward（72）Face Nearly elbow（73）One end connection thermometer（76）；The elbow（73）Outlet and three-way pipe（74）Import connection, it is described Three-way pipe（74）Two outlet respectively connect one be in charge of（75）；The house steward（72）Inner hole section product be to be in charge of（75）'s Twice of interior empty sectional area.
- 8. according to a kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger described in claim 1, it is characterised in that：It is described Electrical control cubicles（4）It is interior to be provided with feeder（1）, fixing tea processing machine（2）, high temperature hot-blast furnace（3）, conveyer（5）And discharging machine（6）Electricity Machine starts and X button；Provided with high temperature hot-blast furnace（3）Air-introduced machine frequency converter and variable frequency adjustment button；Provided with for killing Blue or green tea processing machine（2）Electric boiling plate carry out intelligent control three-phase intelligent power controller, it is ensured that fixing tea processing machine（2）Work Area's difference variation control reaches thermostatically controlled requirement in ± 1 DEG C；Provided with three pieces of digital temperature indicators, show respectively High temperature hot-blast furnace（3）Exit high-temperature hot-air temperature and two fixing tea processing machines（2）U-shaped pot group below temperature；If There is total power switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621167547.1U CN206453114U (en) | 2016-11-02 | 2016-11-02 | A kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621167547.1U CN206453114U (en) | 2016-11-02 | 2016-11-02 | A kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206453114U true CN206453114U (en) | 2017-09-01 |
Family
ID=59692842
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621167547.1U Active CN206453114U (en) | 2016-11-02 | 2016-11-02 | A kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206453114U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114145365A (en) * | 2021-12-27 | 2022-03-08 | 岳西海富生态农业发展有限公司 | Method for processing tea leaves in roller for long time |
-
2016
- 2016-11-02 CN CN201621167547.1U patent/CN206453114U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114145365A (en) * | 2021-12-27 | 2022-03-08 | 岳西海富生态农业发展有限公司 | Method for processing tea leaves in roller for long time |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104501540A (en) | Energy-saving drying room | |
| CN105605898A (en) | Incremental hot air circulation cocoon drying mechanism and method thereof | |
| CN106359681A (en) | Intelligent electrothermal type high-temperature hot-air fixation tea making combined unit | |
| CN106642192A (en) | Vibrating feed combustor and control method thereof | |
| CN206453114U (en) | A kind of high-temperature hot-air intelligent electric-heating formula fixing tea making Unit erriger | |
| CN104430667B (en) | Cake oven | |
| CN209412206U (en) | The koji-making apparatus for production line of thick broad-bean sauce | |
| CN104034140B (en) | A kind of fuel oil type tea drier | |
| CN106907906A (en) | Multi-level network cylindrical dryer | |
| CN104913620B (en) | Bio-fuel drying room and its using method | |
| CN107957137A (en) | A kind of fuel gas hot-blast stove | |
| CN206897771U (en) | A kind of vertical spraying curing oven | |
| CN205455646U (en) | Drying device of purple potato vermicelli | |
| CN208349785U (en) | A kind of gas hot-air recycle unit | |
| CN206831968U (en) | Multi-level network cylindrical dryer | |
| CN206803683U (en) | A kind of environment-friendly high-efficiency veneer drying unit | |
| CN101697759A (en) | Conveyor-type tea infrared curing machine | |
| CN208952409U (en) | A kind of automatic removing dust formula rice husk hot-blast stove | |
| CN202951877U (en) | Welding furnace of magnetic materials | |
| CN209246530U (en) | A kind of hot-air drying device | |
| CN205953528U (en) | Piston graphite solidification continuous furnace | |
| CN206687144U (en) | A kind of tobacco flue-curing house self-control combustion formula honeycomb briquette heating chamber | |
| CN205143468U (en) | Formula hot air circulating system goes into under following current of hot -blast moist leaf machine | |
| CN105439141A (en) | Environmentally-friendly and energy-saving activated charcoal lifting furnace | |
| CN206403085U (en) | A kind of high-temperature hot-air fixing tea processing machine with the bottom of a pan incubation chamber |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |