CN209345973U - A kind of efficient tea twisting machine - Google Patents
A kind of efficient tea twisting machine Download PDFInfo
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- CN209345973U CN209345973U CN201821424738.0U CN201821424738U CN209345973U CN 209345973 U CN209345973 U CN 209345973U CN 201821424738 U CN201821424738 U CN 201821424738U CN 209345973 U CN209345973 U CN 209345973U
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Abstract
The utility model discloses a kind of efficient tea twisting machines, including the first twisting device, second twisting device and the transmission device between the first twisting device and the second twisting device, first twisting device includes columnar first rubbing cylinder and being arranged in first and rub in cylinder and twist along first and rub the axis of cylinder and do the first knead bucket of eccentric circular motion, second twisting device includes circular second knead dish and rubs the second knead bucket that disk axis does eccentric circular motion along second, described first, which rubs cylinder, is obliquely installed, the connection of the input terminal of first discharge port and transmission device, the connection of the output end of the second charging aperture and transmission device.A kind of efficient tea twisting machine disclosed by the utility model improves knead efficiency using tealeaves is rubbed simultaneously in two times.
Description
Technical field
The utility model relates to tea rolling equipment technical fields, and in particular to a kind of efficient tea twisting machine.
Background technique
Tea is a kind of drink made by tea tree leaves of plants or bud originating from China.Also refer to can be used for making tea it is evergreen
It is brewed to be extended to the useful plant flowers of institute, leaf, seed, root later for the leaf of shrub tea tree, and the beverage brewed with these leaves
Herbal tea, such as " Iron Guanyin ".For tealeaves as a kind of famous health beverages, it is ancient china south people's centering national drink
Contribution of the contribution and Chinese people of diet culture to world's cooking culture.
Tea rolling refers to for withering leaf or water-removing leaves being rotated under a certain pressure, destroys tea cell group
It knits, overflows tea juice, while roll tightly tealeaves in streak process.The purpose is to destroy tea cell tissue, tea juice is rubbed out,
Convenient for carrying out necessary oxidation under the action of enzyme；Secondly tea juice spilling, which sticks at tealeaves surface, can promote the dense of color, smell and taste
Degree；Furthermore rubbing rolls tightly bud-leaf in different moulding, promotes tealeaves good appearance.
It rubs almost all teas and processes indispensable process, while also the shape of tealeaves, tea juice mouthfeel are influenced
One of very big process.Traditional tea rolling is carried out by the way of rubbing by hand, and knead efficiency is low, high labor cost,
Cut according to rub people to rub technology and experience different, it is very big to rub quality difference, unstable.Since the 1980s, I
The tea processing technology of state quickly develops to mechanization direction, and various tea manufacturing machines are developed and succeeded in developing in succession, and are gradually answered
For extending, the process indispensable as tea processing, tea twisting machine is applied and is given birth to.
Utility model content
The utility model is directed to the prior art, provides a kind of efficient tea twisting machine, using rubbing tea simultaneously in two times
Leaf improves knead efficiency.
The utility model is achieved through the following technical solutions: a kind of efficient tea twisting machine, including first rubs dress
It sets, the second twisting device and the transmission device between the first twisting device and the second twisting device, described first rubs dress
Set including columnar first rub cylinder and be arranged in first rub on cylinder and rub that cylinder does eccentric circular motion along first the
One knead bucket, second twisting device include circular second knead dish and rub disk axis along second and do eccentric circular motion
The second knead bucket, the centre of second knead dish is provided with second charging aperture, and described first, which rubs a both ends, is respectively set
There are first charging aperture and the first discharge port, described first, which rubs inclination of the cylinder using the first discharge port lower than first charging aperture, sets
It sets, the input terminal connection of first discharge port and transmission device, the output end of the second charging aperture and transmission device connects.
Described first rubs cylinder is driven using first driving device, and second knead bucket is driven using the second driving device
It is dynamic；The first driving device and the second driving device all can be any in hydraulic pump, air pump or decelerating motor.
It is provided in first knead bucket and extends the first eccentric shaft, first eccentric shaft along the first knead bucket length direction
Axis and first rub the axis of cylinder on the same line, one end of first eccentric shaft and the output of first driving device
End connection, rubs the first knead bucket in cylinder second and moves in a circle, reach the axis for rubbing cylinder along first and do eccentric circumference
The effect of movement.
Described first first charging aperture for rubbing cylinder is higher than the first discharge port, and during rubbing, tealeaves is rubbed with first
The rotation for twisting cylinder is flipped, and under gravity, tealeaves is gradually gradually moved toward second charging aperture from first charging aperture,
First finally is dropped out from the first discharge port and rubs cylinder, is fallen on transmission device.
The transmission device includes the first conveyer belt and the second conveyer belt set gradually, equidistant on second conveyer belt
Multiple tea cases along conveyer belt transmission are provided with, the output end of first conveyer belt is located on the input terminal of the second conveyer belt
Side.First conveyer belt is driven by the first driving motor, and second conveyer belt is driven by the second driving motor.It is passing
During sending, the first conveyer belt at the uniform velocity transmits tealeaves, and the second conveyer belt timing transmits, and in transmit process, guarantee has one
The tea case is located at below the output end of the first conveyer belt, receives and collect the tealeaves of the first conveyer belt transmission.Preferably, institute
It states and is provided with pressure sensor or weight sensor on tea case inner bottom surface, for detecting the tealeaves weight collected in tea case,
The pressure sensor or weight sensor are connect with the controller circuitry of the second driving motor starting of the second conveyer belt of control,
The starting for controlling the second driving motor is closed.
When the tealeaves in tea case is stored into a certain amount of, the second driving motor starting, driving has collected the storage tea of tealeaves
Box is transmitted toward one end of the second twisting device, is then poured into the second knead dish the tealeaves in tea case, is rubbed for the second time
It twists.
Second knead bucket includes mill disc and the air pressure disk being connected as one with mill disc, and the air pressure disk is located at second and rubs
Twirl bucket is rubbed panel surface with second close to knead dish side and is contacted；The mill disc external driving device is arranged on the air pressure disk
There is inflation gaseous core.
Second knead dish include the outer kneading disk and interior kneading disk for being connected as one and seamlessly transitting, the outer kneading disk and interior
Kneading disk is recessed dish type, and more are provided on the surface for the side that the outer kneading disk is contacted with the second knead bucket along outer kneading disk axis
In the outer rib bone for the arc being circumferentially arranged；More edges are provided on the surface of the interior kneading disk and the close side of the second knead bucket
Outer kneading disk axis is in the interior rib bone for the arc being circumferentially arranged, the outer rib bone and interior rib bon e formation Archimedian screw type.
The mill disc is that density is big, and the big metal material of hardness or building stones are prepared, preferably metallic iron or Hua Gang
Stone is prepared.
The air pressure disk is air bag prepared by the interior macromolecule organic material filled with gas, and the air pressure in the air bag is
0.5~1.5Mpa.The air pressure disk keeps the mill disc of strong hardness not straight with the tealeaves in knead dish between mill disc and knead dish
Contact, and gas has compressibility in air pressure disk, the air bag of macromolecule organic material preparation has certain elasticity, makes it
During rubbing tealeaves, gas flows compression in air pressure disk, and uniform and soft pressure is provided for the tealeaves in knead dish,
It overturns tealeaves during rubbing well, rubs into the strip of good appearance.Simultaneously as the pressure during it is rubbed is soft
With, make tealeaves be not easy to be broken during rubbing it is blocking, formed fannings, influence the integrality of tealeaves.
Air pressure in the air pressure disk is unsuitable too low also unsuitable excessively high, and too low air pressure cannot provide enough to rub tealeaves
Pressure, excessively high air pressure easily lead to variation of air pressure disk during rubbing tealeaves due to local pressure cause rupture even it is quick-fried
It is fried.Preferably, the surface of the air pressure disk is provided with several for increasing the cords of air pressure panel surface frictional force, the cord with
The extending direction of outer rib bone is exactly the opposite in second knead dish.
It is additionally provided with feed inlet in second knead bucket, is provided with feed hopper in the second charging aperture, for that will kill
Tealeaves after blueness enters the second knead dish by the second knead bucket, is rubbed.The position of the feed inlet is preferably close to the
Two rub above the interior kneading disk of disk axis, when the tealeaves after making water-removing enters the second knead dish, in interior kneading disk, reach
Good knead effect.
When the air pressure disk is full of gas, the air pressure disk is arcwall face, the arcwall face close to the surface of the second knead dish
Area be rub disc area 1/2~3/5；The side on surface of the air pressure disk close to the second knead dish connects with outer kneading disk
Touching, the other side are not contacted with the second knead dish.
Further, the inclination angle of the outer kneading disk is 5.5~6 °, and the diameter of the interior kneading disk rubs disk diameter for second
30%~40%, the inclination angle of the interior kneading disk is 5.5~6 °, and the depth of the interior kneading disk is 10~13mm.When outer kneading disk
Inclination angle be 5.5~6 °, be conducive to for tealeaves to be oriented in kneading disk, formation rubs and suppresses area, keeps tealeaves intensively agglomerating, enhancing rubs
The effect of rubbing rubs, it is made to be not easy to run tea, meanwhile, it ensure that overturning of the tealeaves in interior kneading disk is good, tealeaves is not easy to scatter, and improves
The rolled twig rate of tealeaves.
Further, the quantity of the outer rib bone is 12~15, and the quantity of the interior rib bone is 6~8.
Preferably, through-hole of several diameters no more than 2mm is provided in second knead dish to keep away for leaking out fannings
Exempt from tea item that fannings is more, influences tea quality.
The utility model compared with prior art, have the following advantages that and the utility model has the advantages that
(1) a kind of efficient tea twisting machine provided by the utility model using tealeaves is rubbed simultaneously in two times, rub by raising
Twist efficiency.
(2) a kind of efficient tea twisting machine provided by the utility model forms knead bucket using the gentle platen of mill disc, and
The close side with knead dish of knead bucket is arranged in air pressure disk, pliable pressure is provided using air pressure disk, makes in recessed disk everywhere
Pressure keep uniformly, while again guarantee tealeaves overturn in knead bucket well, make tealeaves rub tightly ability in stripes it is strong, at efficiency
Height, fannings are few.
(3) a kind of efficient tea twisting machine provided by the utility model uses air pressure disk to provide flexible pressure for tea rolling
Power, can be according to the tea picking time of tealeaves to be rubbed, pressure needed for tealeaves is rubbed in the type adjustment of tea to be prepared, pressure
Power is easy to adjust, and structure is simple.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is the first twisting device structural schematic diagram；
Fig. 3 is the second knead dish structural schematic diagram；
Fig. 4 is the second knead dish angle schematic diagram；
Wherein: the 1-the first twisting device, 11-the first rubs cylinder, the 111-the first discharge port, 112-cords, and 12-the
One knead bucket, 121-rib bones, 13-first driving devices, the 2-the second twisting device, the 21-the second knead dish, 211-rub outside
Disk, 212-interior kneading disks, 213-outer rib bones, 214-interior rib bones, the 22-the second knead bucket, 221-mills disc, 222-air pressure disks,
223-second charging apertures, the 23-the second driving device, 3-transmission devices, the 31-the first conveyer belt, the 32-the second conveyer belt,
321-tea cases.
Specific embodiment
The utility model is described in further detail below with reference to embodiment, but the embodiments of the present invention is not
It is limited to this.
Embodiment 1
As shown in Figure 1 and Figure 2, a kind of efficient tea twisting machine, including the first twisting device 1, the second twisting device 2 and position
Transmission device 3 between the first twisting device 1 and the second twisting device 2, first twisting device 1 include columnar the
One, which rubs cylinder 11, rubs on cylinder 11 and twists along first the first knead bucket 12 rubbed cylinder 11 and do eccentric circular motion with being arranged in first,
Second twisting device 2 includes circular second knead dish 21 and does the of eccentric circular motion along 21 axis of the second knead dish
Two knead buckets 22, described first rubs cylinder 11 is driven using first driving device 13, and second knead bucket 22 is driven using second
Dynamic device 23 drives；The centre of second knead dish 21 is provided with second charging aperture 223, and described first rubs 11 both ends of cylinder
It is respectively arranged with first charging aperture and the first discharge port 111, described first rubs cylinder 11 using the first discharge port 111 lower than first
Feed inlet is obliquely installed, and first discharge port 111 is connect with the input terminal of transmission device 3, the second charging aperture 223
It is connect with the output end of transmission device 3.
The first driving device 13 and the second driving device 23 all can be appoint in hydraulic pump, air pump or decelerating motor
One is a kind of.
It is provided in first knead bucket 12 and extends the first eccentric shaft along 12 length direction of the first knead bucket, described first partially
The axis of mandrel and first rubs the axis of cylinder 11 on the same line, one end of first eccentric shaft and first driving device
13 output end connection, rubs the first knead bucket 12 in cylinder second and moves in a circle, reach the axis for rubbing cylinder 11 along first
Line does the effect of eccentric circular motion.
Described first first charging aperture for rubbing cylinder 11 is higher than the first discharge port 111, and during rubbing, tealeaves is with the
One rotation for rubbing cylinder 11 is flipped, and under gravity, and tealeaves is from first charging aperture gradually toward second charging aperture
223 gradually move, and finally drop out first from the first discharge port 111 and rub cylinder 11, fall on transmission device 3.
The transmission device 3 includes the first conveyer belt 31 and the second conveyer belt 32 set gradually, second conveyer belt
Multiple tea cases 321 along conveyer belt transmission are equidistantly provided on 32, the output end of first conveyer belt 31 is located at second and passes
Above the input terminal for sending band 32.First conveyer belt 31 is driven by the first driving motor, and second conveyer belt 32 passes through
The driving of second driving motor.In transmit process, the first conveyer belt 31 at the uniform velocity transmits tealeaves, and second conveyer belt 32 periodically passes
It send, in transmit process, guarantees to receive and collect below the output end for thering is the tea case 321 to be located at the first conveyer belt 31
The tealeaves of first conveyer belt 31 transmission.Preferably, pressure sensor or weight sensing are provided on 321 inner bottom surface of tea case
Device, for detecting the tealeaves weight collected in tea case 321, the pressure sensor or weight sensor and the second transmission of control
Controller circuitry connection with 32 the second driving motor starting, the starting of the second driving motor of control are closed.
The gravity sensor or pressure sensor, controller etc. are existing commercially available gravity sensor, pressure sensing
Device, controller, those skilled in the art can according to production requirement and control precision needs, select commercially available gravity sensor,
Pressure sensor, controller, and the setting is not improvement or the innovative point of present patent application, therefore, in the present embodiment no longer
The concrete model of gravity sensor, pressure sensor, controller is illustrated one by one.
When the tealeaves in tea case 321 is stored into a certain amount of, the second driving motor starting, driving has collected the storage of tealeaves
Caddy 321 is transmitted toward one end of the second twisting device 2, then pours into the tealeaves in tea case 321 in second knead dish 21,
It is rubbed for the second time.
Embodiment 2
The present embodiment is to improve on the basis of embodiment 1, is theed improvement is that: as shown in figure 3, described second
Knead bucket 22 includes mill disc 221 and the air pressure disk 222 being connected as one with mill disc 221, and the air pressure disk 222 is located at knead bucket
It is contacted close to knead dish side with panel surface is rubbed；The mill disc 221 external driving device is provided on the air pressure disk 222
Inflate gaseous core.
Second knead dish 21 include the outer kneading disk 211 and interior kneading disk 212 for being connected as one and seamlessly transitting, described outer
Kneading disk 211 and interior kneading disk 212 are recessed dish type, are set on the surface for the side that the outer kneading disk 211 is contacted with the second knead bucket 22
It is equipped with the more outer rib bones 213 along outer 211 axis of kneading disk in the arc being circumferentially arranged；The interior kneading disk 212 and the second knead bucket
The more interior rib bones 214 along outer 211 axis of kneading disk in the arc being circumferentially arranged are provided on the surface of 22 close sides, it is described
Outer rib bone 213 and interior rib bone 214 form Archimedian screw type.
The mill disc 221 is that density is big, and the big metal material of hardness or building stones are prepared, preferably metallic iron or flower
Hilllock stone is prepared.
The air pressure disk 222 is air bag prepared by the interior macromolecule organic material filled with gas, the gas in the air bag
Pressure is 0.5~1.5Mpa.The air pressure disk 222 is located between mill disc 221 and the second knead dish 21, makes the mill disc 221 of strong hardness
It is not contacted directly with the tealeaves in the second knead dish 21, and gas has compressibility, macromolecule organic material in air pressure disk 222
The air bag of preparation has certain elasticity, makes it during rubbing tealeaves, and gas flow compression in air pressure disk 222, is the
Tealeaves in two knead dish 21 provides uniform and soft pressure, overturns tealeaves during rubbing well, rubs into shape
Beautiful strip.Simultaneously as the pressure during it is rubbed is soft, make tealeaves be not easy to be broken during rubbing it is blocking,
Fannings is formed, the integrality of tealeaves is influenced.
Air pressure in the air pressure disk 222 is unsuitable too low also unsuitable excessively high, and too low air pressure cannot provide to rub tealeaves
Enough pressure, excessively high air pressure easily lead to variation of the air pressure disk 222 during rubbing tealeaves due to local pressure and cause brokenly
It splits and even explodes.Preferably, the surface of the air pressure disk 222 is provided with several for increasing 222 skin-friction force of air pressure disk
Cord, the cord and the extending direction of outer rib bone 213 in the second knead dish 21 are exactly the opposite.
It is additionally provided with second charging aperture 223 in second knead bucket 22, is provided with charging in the second charging aperture 223
Bucket enters the second knead dish 21 by the second knead bucket 22 for the tealeaves after finishing, is rubbed.The second charging aperture
223 position is preferably close to 212 top of interior kneading disk of 21 axis of the second knead dish, and the tealeaves after making water-removing enters second and rubs
When disk 21, in interior kneading disk 212, reach good knead effect.
When the air pressure disk 222 is full of gas, the air pressure disk 222 is arcwall face, institute close to the surface of the second knead dish 21
The area for stating arcwall face is the 1/2~3/5 of 21 area of the second knead dish；Table of the air pressure disk 222 close to the second knead dish 21
The side in face is contacted with outer kneading disk 211, the other side is not contacted with the second knead dish 21.
Other parts are substantially the same manner as Example 1 in the present embodiment, therefore no longer repeat one by one.
Embodiment 3
The present embodiment is improved on the basis of embodiment 1 or 2, is theed improvement is that: as shown in figure 4, described
The inclination angle of outer kneading disk 211 is 5.5~6 °, the diameter of the interior kneading disk 212 be 21 diameter of the second knead dish 30%~
40%, the inclination angle of the interior kneading disk 212 is 5.5~6 °, and the depth of the interior kneading disk 212 is 10~13mm.When outer kneading disk 211
Inclination angle be 5.5~6 °, be conducive to for tealeaves to be oriented in kneading disk 212, formation rubs and suppresses area, keep tealeaves intensively agglomerating, increase
Strong friction rubbing effect, makes it be not easy to run tea, meanwhile, it ensure that overturning of the tealeaves in interior kneading disk 212 is good, tealeaves is not fugitive
It opens, improves the rolled twig rate of tealeaves.
The quantity of the outer rib bone 213 is 12~15, and the quantity of the interior rib bone 214 is 6~8.
Preferably, it is provided with through-hole of several diameters no more than 2mm in the knead dish and avoids tea for leaking out fannings
Fannings is more in item, influences tea quality.
Other parts are substantially the same manner as Example 1 in the present embodiment, therefore no longer repeat one by one.
The above is only the preferred embodiment of the utility model, not does limit in any form to the utility model
System, any simple modification made by the above technical examples according to the technical essence of the present invention, equivalent variations, each falls within
Within the protection scope of the utility model.
Claims (9)
1. a kind of efficient tea twisting machine, it is characterised in that: including the first twisting device (1), the second twisting device (2) and be located at
Transmission device (3) between first twisting device (1) and the second twisting device (2), first twisting device (1) includes cylinder
The first of shape rubs cylinder (11) and setting rubs on cylinder (11) first and rubs cylinder (11) along first and does eccentric circular motion
First knead bucket (12), second twisting device (2) include circular second knead dish (21) and along the second knead dish (21)
Axis does the second knead bucket (22) of eccentric circular motion；The centre of second knead dish (21) is provided with second charging aperture
(223), it described first cylinder (11) both ends is rubbed is respectively arranged with first charging aperture and the first discharge port (111), described first rubs
Twist cylinder (11) being obliquely installed lower than first charging aperture, first discharge port (111) and transmission using the first discharge port (111)
The input terminal of device (3) connects, and the second charging aperture (223) connect with the output end of transmission device (3).
2. a kind of efficient tea twisting machine according to claim 1, it is characterised in that: described first rubs cylinder (11) interior table
Face is provided with several cords (112) extended from first charging aperture to the first discharge port (111) arc, first knead bucket
(12) outer surface is provided with several rib bones (121) extended from first charging aperture one end to the first discharge port (111) one end arc.
3. a kind of efficient tea twisting machine according to claim 1, it is characterised in that: the transmission device (3) include according to
The first conveyer belt (31) and the second conveyer belt (32) of secondary setting are equidistantly provided on second conveyer belt (32) multiple along passing
The tea case (321) with transmission is sent, the output end of first conveyer belt (31) is located on the input terminal of the second conveyer belt (32)
Side.
4. a kind of efficient tea twisting machine according to claim 1, it is characterised in that: second knead bucket (22) includes
Mill disc (221) and the air pressure disk (222) being connected as one with mill disc (221), the air pressure disk (222) are located at the second knead bucket
(22) it is contacted close to knead dish side with the second knead dish (21) surface；The external driving device of the mill disc (221), the air pressure
Disk is provided with inflation gaseous core on (222).
5. a kind of efficient tea twisting machine according to claim 4, it is characterised in that: second knead dish (21) include
The outer kneading disk (211) and interior kneading disk (212) for being connected as one and seamlessly transitting, the outer kneading disk (211) and interior kneading disk (212) are equal
More are provided with along outer kneading disk on the surface of the side contacted with the second knead bucket (22) for recessed dish type, the outer kneading disk (211)
(211) axis is in the outer rib bone (213) for the arc being circumferentially arranged；The interior kneading disk (212) and the second knead bucket (22) are close
The more interior rib bones (214) along outer kneading disk (211) axis in the arc being circumferentially arranged, the outer rib are provided on the surface of side
Bone (213) and interior rib bone (214) form Archimedian screw type.
6. a kind of efficient tea twisting machine according to claim 5, it is characterised in that: the inclination of the outer kneading disk (211)
Angle is 5.5~6 °, and the diameter of the interior kneading disk (212) is rub disk diameter 30%~40%, and interior kneading disk (212) incline
Oblique angle is 5.5~6 °, and the depth of the interior kneading disk (212) is 10~13mm.
7. a kind of efficient tea twisting machine according to claim 5, it is characterised in that: the quantity of the outer rib bone (213)
It is 12~15, the quantity of the interior rib bone (214) is 6~8.
8. a kind of efficient tea twisting machine according to claim 4, it is characterised in that: the air pressure disk (222) is interior fills out
The air bag of macromolecule organic material preparation filled with gas, the air pressure in the air bag are 0.5~1.5Mpa.
9. a kind of efficient tea twisting machine according to claim 4, it is characterised in that: second knead dish (21) use
Metal material or building stones are prepared.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821424738.0U CN209345973U (en) | 2018-08-31 | 2018-08-31 | A kind of efficient tea twisting machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821424738.0U CN209345973U (en) | 2018-08-31 | 2018-08-31 | A kind of efficient tea twisting machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110477147A (en) * | 2019-09-30 | 2019-11-22 | 安徽宣城华阳茶叶机械有限公司 | A kind of Drum-type Tea Rolling Machine |
| CN110623094A (en) * | 2019-10-28 | 2019-12-31 | 常州机电职业技术学院 | Oscillating type rolling machine |
| CN111670963A (en) * | 2020-06-23 | 2020-09-18 | 重庆市农业科学院 | Processing technology suitable for needle-shaped tea preparation |
-
2018
- 2018-08-31 CN CN201821424738.0U patent/CN209345973U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110477147A (en) * | 2019-09-30 | 2019-11-22 | 安徽宣城华阳茶叶机械有限公司 | A kind of Drum-type Tea Rolling Machine |
| CN110477147B (en) * | 2019-09-30 | 2021-08-31 | 安徽宣城华阳茶叶机械有限公司 | Drum-type tea kneading machine |
| CN110623094A (en) * | 2019-10-28 | 2019-12-31 | 常州机电职业技术学院 | Oscillating type rolling machine |
| CN110623094B (en) * | 2019-10-28 | 2023-03-31 | 常州机电职业技术学院 | Oscillating type rolling machine |
| CN111670963A (en) * | 2020-06-23 | 2020-09-18 | 重庆市农业科学院 | Processing technology suitable for needle-shaped tea preparation |
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