CN208131241U - A kind of camellia oleifera fruit pre-treatment production line - Google Patents
A kind of camellia oleifera fruit pre-treatment production line Download PDFInfo
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- CN208131241U CN208131241U CN201820224999.1U CN201820224999U CN208131241U CN 208131241 U CN208131241 U CN 208131241U CN 201820224999 U CN201820224999 U CN 201820224999U CN 208131241 U CN208131241 U CN 208131241U
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Abstract
The utility model belongs to food processing field, and specifically disclose a kind of camellia oleifera fruit pre-treatment production line, it includes feeding device, sorting unit, transmission device and feeding device, wherein, the feeding device is sent into sorting unit for separating the shell of camellia oleifera fruit with tea seed, and by tea seed and shell mixture；The sorting unit is separated tea seed with shell using sorting liquid, and tea seed and shell are delivered in transmission device respectively；The transmission device by separated tea seed with shell is independent of each other is delivered in feeding device；The feeding device is charged tea seed with shell respectively.The utility model can effectively improve camellia oleifera fruit processing efficiency, enhancing tea seed separating effect, promote shell comprehensive utilization, have the characteristics that labor intensity is low low with production cost.
Description
Technical field
The utility model belongs to food processing field, more particularly, to a kind of camellia oleifera fruit pre-treatment production line.
Background technique
Oil tea is the distinctive woody edible oil material tree species in China, and fruit is made of oil-tea camellia husks and tea seed two parts,
Middle tea seed can be used as the raw material of edible oil, feed and chemical products, shell can be used for preparing active carbon, tannin extract, culture medium,
The high value added products such as saponin.As the direction of camellia oleifera fruit towards concentration picking and the heavy industrialization processing of large area is sent out
Exhibition, improving camellia oleifera fruit processing links flow line production level and shell level of comprehensive utilization is highly desirable.
Currently, the Aging storage of fresh fruit, tea seed are separated with shell after the picking of fresh fried flour fruit, tea seed sorting is tea seed processing
Pretreatment workshop section.But it is primarily present following problems in production at present：1) tea seed of camellia oleifera fruit and shell are mechanically decoupled
Afterwards, manually or mechanically separating method is generallyd use to sort tea seed, it is manual method low efficiency, at high cost, it is unfavorable for scale
Production, common mechanical sorting method have sieve that selection by winnowing mode is added to sort tea seed, and such as application No. is 201610766571.5 to disclose
A kind of camellia oil oil expression production line, shell seed separative unit of the production line using sieve connection winnowing machine, unit comprehensive utilization
Size and quality difference between tea seed and shell, but due to part tea seed and shell in size and quality close, this method
Advantage be restricted；2) after tea seed is sorted, tea seed is often using artificial pack, to following process, shell often at
It is dropped for residue, wherein the large labor intensity manually packed, production efficiency are low, is unfavorable for being mass produced, simultaneously because
Tea seed after sorting is inevitably mixed with the pollutants such as mud, sand, iron, stone, difficulty is brought to the processing of subsequent tea seed, in addition, shell is straight
Discarding is connect without comprehensively utilizing, causes huge waste.
Utility model content
Aiming at the above defects or improvement requirements of the prior art, the utility model provides a kind of camellia oleifera fruit pretreatment production
Line, wherein by the research and design of specific structure and specific set-up mode to key component sorting unit, to pass through this point
Screening device realizes efficiently separating for tea seed and shell using sorting liquid, can effectively improve camellia oleifera fruit processing efficiency, enhancing tea seed point
It selects effect, promote shell comprehensive utilization, have the characteristics that labor intensity is low low with production cost.
To achieve the above object, the utility model proposes a kind of camellia oleifera fruit pre-treatment production lines comprising feeding device,
Sorting unit, transmission device and feeding device, wherein the feeding device is used to separate the shell of camellia oleifera fruit with tea seed, and
Tea seed and shell mixture are sent into sorting unit；The sorting unit is separated tea seed with shell using sorting liquid, and point
Tea seed and shell are not delivered in transmission device, the sorting unit includes sorting pool, which is fixed on sorting frame,
It is provided with the inlet for being passed through sorting liquid into sorting pool thereon, is equipped with the guide net being in tilted layout inside the sorting pool, it should
One end of guide net is located at the lower section of feeding device, and the other end is immersed in sorting liquid and is located at the upper of sorting endless conveyor
Side, the sorting endless conveyor are equally obliquely installed, and its one end for being located at guide side off the net is equally immersed in sorting liquid,
The other end is then used as discharge end, for the tea seed isolated to be sent into transmission device；The transmission device is by separated tea
Seed with shell is independent of each other is delivered in feeding device；The feeding device is charged tea seed with shell respectively.
As it is further preferred that the sorting, which is recycled belt surface, is equipped at intervals with fixed striker plate, two sides are equipped with
Two pieces of parallel baffles are provided with shell inside groove on one of parallel baffle, this goes the position of shell inside groove and size and sorting
The position for removing shell outer groove opened up on pond and size are corresponding；The side for removing shell inside groove is provided with shell baffle, the fruit
Shell baffle is set between two pieces of parallel baffles, for being stopped and being concentrated the shell for swimming in sorting liquid surface；Described point
It selects and is additionally provided with shell motor on frame, this goes shell motor to be connected with shell blade wheel is removed, and removes shell blade wheel for driving
On go shell blade to rotate, removed shell inside groove will focus on the shell at shell baffle and shell outer groove gone to separate to biography
It send in device.
As it is further preferred that the mesh diameter of the guide net is 1~2mm, tilt angle is 120 °~150 °；Institute
The tilt angle for stating sorting endless conveyor is 15 °~45 °, and to be mesh-structured, mesh diameter is 1~2mm；It is described to remove shell
Blade outer end portion is set as arc, and blade is set as mesh-structured, and mesh diameter is 1~2mm.
As it is further preferred that the sorting endless conveyor both ends are stretched in the active axis of rolling and driven rolling respectively
On axis, the active axis of rolling passes through axis of rolling motor driven.
As it is further preferred that the bottom of the sorting pool is that concave structure is used for blowdown, the middle part of the concave structure
It is provided with sewage draining exit, sewage draining exit is connected to sewage pipe, which is equipped with solenoid valve.
As it is further preferred that the feeding device includes separative unit, endless conveyor and feed hopper, separation is single
Member for by camellia oleifera fruit decladding so that tea seed is separated with shell, and by tea seed and shell mixture through endless conveyor be sent into
Expect in hopper, which is used to for tea seed and shell mixture being sent into sorting unit.
As it is further preferred that the endless conveyor tilt 15 °~45 ° arrangement, and surface interval be equipped with striker plate.
As it is further preferred that the transmission device includes tea seed conveyer belt and shell conveyer belt, the tea seed transmission
Band is for tea seed to be sent in feeding device, and the shell conveyer belt is for shell to be sent in feeding device.
As it is further preferred that the first cleaning device and first that has been sequentially arranged above of the tea seed conveyer belt air-dries
Device, the shell conveyer belt have been sequentially arranged above the second cleaning device and the second air-drying device.
As it is further preferred that the density of the sorting liquid is 0.9g/ml.
In general, mainly have the above technical solutions conceived by the present invention are compared with the prior art, with
Under technological merit：
1. the utility model sorts tea seed and shell using density-sorting methods using sorting liquid, that is, utilize tea seed
Density is greater than the principle of shell density, and tea seed and shell are separated by sorting liquid, to realize efficiently separating for tea seed and shell,
Have the advantages that separative efficiency is high, at low cost.
2. tea seed is sunk because density is larger in the utility model, since parallel baffle exists, it can guarantee tea seed whole
It falls in sorting cyclic transfer to take, the striker plate on sorting belt loop surface drives tea seed to be transported to sorting endless conveyor
On tea seed conveyer belt, at the same shell due to density it is smaller, swim on liquid level, the sorting liquid that shell is flowed into sorting pool inlet
Shell baffle is flowed under drive, due to the blocking by shell baffle, shell is concentrated at shell baffle, removes shell in rotation
Under blade effect, shell is split on shell conveyer belt by shell slot, and entire tea seed assorting room realizes unmanned work substantially
Industry, and tea seed separating effect is enhanced, improve production efficiency.
3. the utility model carries out in assorting room to tea seed, the impurity such as silt, the dust on tea seed surface are under tea seed
Part is distributed in sorting liquid or falls into sorting pool bottom from the mesh of sorting endless conveyor when heavy, plays tea seed cleaning
Effect.
4. the utility model is in tea seed and shell cleaning process, tea seed is washed with shell sorting liquid remained on surface
Fall, while impurity remained on surface is further washed away, eliminates the conditioning department in subsequent tea seed processing, simplify tea seed
Processing technology and device, save production cost.
5. the utility model in shell after being separated in sorting unit on shell conveyer belt, shell through over cleaning, air-dry
Stage is finally realized the charging of shell by auto feeding device, is prepared for the comprehensive utilization of subsequent shell, is promoted shell
Comprehensive utilization.
6. the solution that the utility model preferred density is 0.9g/ml is as sorting liquid, because of constantly grinding by inventor
Study carefully and finds when using the sorting liquid that density is 0.9g/ml effective perfect separation, it can be achieved that tea seed, fruit Pu and impurity, sorting
Excellent effect, have no result in the tea seed sub-elected Pu and impurity, purity is high.
Detailed description of the invention
Fig. 1 is a kind of module diagram of camellia oleifera fruit pre-treatment production line provided by the embodiment of the utility model；
Fig. 2 is a kind of structural schematic diagram of camellia oleifera fruit pre-treatment production line provided by the embodiment of the utility model；
Fig. 3 is the structural schematic diagram of sorting unit provided by the embodiment of the utility model；
Fig. 4 is the left view of sorting unit provided by the embodiment of the utility model；
Fig. 5 is guide net provided by the embodiment of the utility model, sorting endless conveyor, shell baffle and parallel baffle
Installation diagram；
Fig. 6 is guide net provided by the embodiment of the utility model and sorting endless conveyor relative position schematic diagram；
Fig. 7 is the structural schematic diagram of parallel baffle provided by the embodiment of the utility model and shell baffle；
Fig. 8 is the installation diagram provided by the embodiment of the utility model for removing shell motor and removing shell blade wheel；
Fig. 9 is the left view provided by the embodiment of the utility model for removing shell motor and removing shell blade wheel installation diagram.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.In addition, institute in the various embodiments of the present invention described below
The technical characteristic being related to can be combined with each other as long as they do not conflict with each other.
As shown in Figs. 1-2, a kind of camellia oleifera fruit pre-treatment production line provided by the embodiment of the utility model comprising charging dress
Set, sorting unit 37, transmission device and feeding device, wherein feeding device for the shell of camellia oleifera fruit to be separated with tea seed, and
Tea seed and shell mixture are sent into sorting unit；Sorting unit is separated tea seed with shell using sorting liquid, and respectively will
Tea seed and shell are delivered in transmission device；Transmission device is delivered to charging dress for separated tea seed and shell are independent of each other
In setting；The feeding device is charged tea seed with shell respectively.By the mutual cooperation of above-mentioned each device, oil can be effectively improved
Tea fruit processing efficiency, promotes shell comprehensive utilization at enhancing tea seed separating effect, has the low spy low with production cost of labor intensity
Point.
More specific detail will be carried out to each device one by one below.
As shown in Fig. 2, feeding device includes separative unit 34, endless conveyor 35 and feed hopper 36, wherein separation is single
Member 34 for by camellia oleifera fruit decladding so that the tea seed of camellia oleifera fruit is separated with shell, and by tea seed with shell mixture through being recycled
Band 35 is sent in feed hopper 36, which is used to for tea seed and shell mixture being sent into sorting unit.Separation
Unit is conventional structure, and any achievable decladding function is existed so that tea seed and the structure of shell separation are applicable in the utility model
This is not repeated.Specifically, feed hopper 36 is equipped with hopper, hopper door motor 11 and hopper door 12, driven by hopper door motor
Hopper door in hopper opens and closes.
Specifically, endless conveyor 35 tilts 15 °~45 ° arrangements, and surface interval is equipped with striker plate 1.If inclination angle is too
Greatly, the striker plate for being recycled belt surface cannot play a role well, be easy to cause lubricating substance, and too small meeting determinants direction is empty
Between, by the way that striker plate is arranged tea seed is solved by the effect of striker plate because frictional force deficiency is slided with shell mixture
Expect phenomenon, ensure that the smooth feeding of endless conveyor.
As shown in fig. 3 to 7, component of the sorting unit as the utility model core the most comprising sorting pool 5, the sorting
Pond 5 is fixed on sorting frame 6, is provided with inlet 7 thereon, for being passed through sorting liquid into sorting pool, is utilized by the sorting liquid
Density-sorting methods sort tea seed, and the density of shell is specifically greater than using the density of tea seed, by tea seed and shell by dividing
Sorting liquid in scavenger separates, and wherein tea seed is sunk because density is larger, and shell is swum on liquid level since density is smaller, such as
This realizes efficiently separating for tea seed and shell.
Wherein, the guide net 8 being in tilted layout is equipped with inside sorting pool 5, which is mounted on the inside of sorting pool,
One end is located at the lower section of feeding device, is particularly located at the lower section of the feed hopper in feeding device, and the other end is submerged and (flooded)
It sorts in liquid, and is located at the top of sorting endless conveyor 10, i.e., the guide mesh portions are immersed in sorting liquid, and being passed through with this should
Guide net send the mixture of tea seed and shell in feed hopper to sorting endless conveyor 10, and in transmit process,
The lesser shell of density will be separated with the biggish tea seed of density, and tea seed is sent into sorting endless conveyor 10, and shell is floating
On sorting liquid surface.The mesh diameter of the guide net be 1~2mm, and as shown in fig. 6, its inclination angle alpha be 120 °~
150 °, mesh is made to be less than practical tea seed size with this, while there are surplus, guaranteeing that the lesser tea seed of size will not be from mesh
It falls, and guarantees that the tea seed fallen from feed hopper can be all dispersed in guide net model by 120-150 ° of angle settings of inclination
In enclosing, while space is saved, reduces cost.
As shown in fig. 6, sorting endless conveyor 10 is equally obliquely installed, and its one end for being located at guide side off the net is same
It is immersed in sorting liquid, the other end on sorting liquid is then used as discharge end, for the tea seed isolated to be sent into transmission device
In, i.e., the sorting endless conveyor is also partially immersed in sorting liquid, which is recycled belt surface and is equipped at intervals with fixed gear
Flitch 9, and two sides are equipped with parallel baffle 16,17, wherein as shown in figure 5, being provided with shell inside groove on one piece of parallel baffle
18, this goes what is opened up on the position of shell inside groove 18 and size and sorting pool to go the position of shell outer groove 25 and size corresponding, should
Go shell inside groove 18 that the side of sorting endless conveyor discharge end is provided with shell baffle 21, which is set to two
Between block parallel baffle 16,17, for being stopped the shell for swimming in sorting liquid surface, and concentrates on shell baffle and go
At shell inside groove.
For the ease of the timely cleaning and discharge of shell, it is additionally provided with shell unit above sorting liquid, this removes shell list
Member includes removing shell motor 22, this goes shell motor 22 to be mounted on sorting frame 6, and is specifically located at the close circulation of sorting pool
The ullage of the inside of conveyer belt discharge end is connected with shell blade wheel 23 is removed, and goes on shell blade wheel for driving
It goes shell blade 24 to rotate, shell inside groove is gone by the shell for going the rotation of shell blade to will focus at shell baffle and is gone
Shell outer groove is separated into transmission device.
Further, the inclination angle beta for sorting endless conveyor is 15 °~45 °, is mesh-structured, mesh diameter 1
~2mm passes through the mesh of above-mentioned size, it is ensured that the lesser tea seed of size will not be fallen from mesh, while sorting being recycled
The inclination angle of conveyer belt is designed as 15 °~45 °, and the fixation striker plate on its surface is on the one hand made to can be good at playing blocking tea
The effect that seed glides, on the other hand makes overall structure not occupy too many horizontal direction space, avoids sorting pool longer.Specifically
, sorting endless conveyor both ends are stretched in respectively on the active axis of rolling 13 and driven rolling axis 14, and the active axis of rolling 13 passes through
It rolls spindle motor 15 to drive, to drive sorting endless conveyor movement, and then drives sorting to be recycled the tea seed taken and move
It is dynamic；Two pieces of parallel baffles 16,17 are fixed on the inside of sorting pool by connecting plate 20, and are recycled by detent slot 19 and sorting
The cooperation of conveyer belt marginal gap.
Specifically, it has been investigated that flotation effect is best, and density specifically can be used and be when flotation fluid density is 0.9g/ml
Alcohol, solion of 0.9g/ml etc., such as C14H27N2BF4, C7H10BF4N, C16H27N3F6S2O4Equal solution.
In order to realize blowdown, the bottom of sorting pool is designed to concave structure 2, offers blowdown in the middle part of the concave structure
Mouthful, sewage draining exit is connected to sewage pipe 3, which is equipped with solenoid valve 4, so that being recycled from guide net or sorting
The silt at sorting pool bottom is fallen under the effect of gravity from concave structure surface aggregation to the blowdown of concave structure bottom with mesh
At mouthful, the silt for being deposited on bottom is excluded by the switch realization of control of sewage disposal mouth solenoid valve 4.Further, it sorts
One end and the bottom of concave structure that endless conveyor 10 is submerged in sorting liquid are kept certain height, height size be 10cm~
30cm, so that sorting endless conveyor will not be interfered with sorting bottom of pond portion.
Specifically, as Figure 8-9, going to shell blade outer end portion to be set as arc, and blade is set as mesh-structured, net
Bore dia be 1~2mm so that swim in sorting liquid on shell rotated go shell blade outer end arcuate structure shovel
It rises, shell obtains the initial velocity in a level of approximation direction from going the inside and outside slot of shell to be separated.And mesh is directly designed
It is to guarantee to take away shell as much as possible and sorting liquid as few as possible in removing shell blade rotary course for the purpose of 1-2mm
Loss.
As shown in Figs. 1-2, transmission device includes tea seed conveyer belt 38 and shell conveyer belt 39, i.e. transfer operation is divided into two
Road, all the way for transmitting tea seed, another way is for transmitting shell, so that separated tea seed and shell is independent of each other by sorting
Device is sent in feeding device, and independent of each other in feeding device is charged respectively.Specifically, tea seed conveyer belt 38
Set on the lower section of sorting 10 discharge end of endless conveyor, for tea seed to be sent in feeding device, shell conveyer belt 39 is set to
25 side of shell outer groove is removed, for shell to be sent in feeding device.
Further, tea seed conveyer belt has been sequentially arranged above the first cleaning device 40 and the first air-drying device 42, leads to
The first cleaning device 40 cleaning tea seed sorting liquid remained on surface is crossed, while washing away the impurity such as the dust on surface, silt, by the
One air-drying device 42 guarantee subsequent charge tea seed be it is dry, reduce the possibility of mildew.Likewise, the top of shell conveyer belt according to
It is secondary to be provided with the second cleaning device 41 and the second air-drying device 43, remained on surface point of shell is cleaned by the second cleaning device 41
Liquid is selected, while washing away the impurity such as the dust on surface, silt, guarantees that the shell of subsequent charge is dry by the second air-drying device 43
, reduce the possibility of mildew.Wherein, the first cleaning device 40 is identical with 41 structure of the second cleaning device, is sparge pipe 26, should
The hole for water spraying 27 of the respective conveyer belt of several correspondences is offered on sparge pipe；43 structure of first air-drying device 42 and the second air-drying device
It is identical, including motor 28 is air-dried, this air-dries motor 28 and connect with air-dried blade wheel 29, for driving air-dried blade 30 to rotate.
As shown in Figs. 1-2, feeding device includes the first auto feeding device 44 and the second auto feeding device 45, and described the
One auto feeding device 44 is identical with 45 structure of the second auto feeding device, includes the charging material below corresponding conveyer belt
Bucket 31, the lower section of the charging hopper 31 are equipped with charging box 32, which is placed on charging conveyer belt 33.
The utility model sorts tea seed using density-sorting methods, and wherein tea seed is sunk because density is larger, due to
Parallel baffle 16,17 exists, and can guarantee that tea seed is fully fallen on sorting endless conveyor 10, sort 10 surface of belt loop
Striker plate 9 drive tea seed with sorting endless conveyor 10 be transported on tea seed conveyer belt 38, shell since density is smaller, floating
On liquid level, shell flows to shell baffle 21 in the case where the sorting liquid band that 5 inlet 7 of sorting pool flows into is dynamic, due to being kept off by shell
The blocking of plate 21, shell concentrate at shell baffle 21, rotation go shell blade 24 act under, shell is through past shell slot
18 are split on shell conveyer belt 39, and entire tea seed assorting room realizes unmanned operation substantially, and enhance tea seed sorting
Effect improves production efficiency.Shell through over cleaning, air-dries the stage after being separated on shell conveyer belt 39 in sorting unit,
The charging that shell is finally realized by auto feeding device, prepares for the comprehensive utilization of subsequent shell, promotes the synthesis of shell
It utilizes.
As it will be easily appreciated by one skilled in the art that the above is only the preferred embodiment of the utility model only, not
To limit the utility model, any modification made within the spirit and principle of the present invention, equivalent replacement and change
Into etc., it should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of camellia oleifera fruit pre-treatment production line, which is characterized in that including feeding device, sorting unit, transmission device and charging
Device, wherein tea seed and shell mixture are sent into and are divided for separating the shell of camellia oleifera fruit with tea seed by the feeding device
In screening device；The sorting unit is separated tea seed with shell using sorting liquid, and tea seed and shell are delivered to transmission respectively
In device, the sorting unit includes sorting pool (5), the sorting pool (5) be fixed on sorting frame (6) on, be provided with thereon for
It is passed through the inlet (7) of sorting liquid in sorting pool, is equipped with the guide net (8) being in tilted layout, the guide net inside the sorting pool (5)
(8) one end is located at the lower section of feeding device, and the other end is immersed in sorting liquid and is located at the upper of sorting endless conveyor (10)
Side, which is equally obliquely installed, and its one end for being located at guide side off the net is equally immersed in sorting
In liquid, the other end is then used as discharge end, for the tea seed isolated to be sent into transmission device；The transmission device will be separated
Tea seed with shell is independent of each other is delivered in feeding device；The feeding device is charged tea seed with shell respectively.
2. camellia oleifera fruit pre-treatment production line as described in claim 1, which is characterized in that the sorting is recycled between belt surface
Every being equipped with fixed striker plate (9), two sides are equipped with two pieces of parallel baffles, are provided with shell inside groove on one of parallel baffle
(18), this goes the position for removing shell outer groove (25) opened up on the position of shell inside groove (18) and size and sorting pool and size pair
It answers；The side for removing shell inside groove (18) is provided with shell baffle (21), which is set to two pieces of parallel baffles
Between, for being stopped and being concentrated the shell for swimming in sorting liquid surface；Shell is additionally provided on the sorting frame (6)
Motor (22), this goes shell motor (22) to be connected with shell blade wheel (23) is removed, and goes on shell blade wheel to go fruit for driving
Shell blade (24) rotation, with will focus on the shell at shell baffle removed shell inside groove and go shell outer groove separate to transmission fill
In setting.
3. camellia oleifera fruit pre-treatment production line as claimed in claim 2, which is characterized in that the mesh diameter of the guide net is 1
~2mm, tilt angle are 120 °~150 °；The tilt angle of the sorting endless conveyor is 15 °~45 °, is mesh knot
Structure, mesh diameter are 1~2mm；It is described that shell blade outer end portion is gone to be set as arc, and blade is set as mesh-structured, mesh
Diameter is 1~2mm.
4. camellia oleifera fruit pre-treatment production line as claimed in claim 2, which is characterized in that the sorting endless conveyor both ends point
It is not stretched on the active axis of rolling (13) and driven rolling axis (14), the active axis of rolling (13) is driven by rolling spindle motor (15)
It is dynamic.
5. camellia oleifera fruit pre-treatment production line as claimed in claim 2, which is characterized in that the bottom of the sorting pool is spill knot
Structure is provided with sewage draining exit in the middle part of the concave structure, and sewage draining exit is connected to sewage pipe (3), which is equipped with solenoid valve (4).
6. camellia oleifera fruit pre-treatment production line as described in claim 1, which is characterized in that the feeding device includes separative unit
(34), endless conveyor (35) and feed hopper (36), separative unit (34) are used for camellia oleifera fruit decladding so that tea seed and shell
Separation, and tea seed and shell mixture are sent in feed hopper (36) through endless conveyor (35), the feed hopper (36)
For tea seed and shell mixture to be sent into sorting unit.
7. camellia oleifera fruit pre-treatment production line as claimed in claim 6, which is characterized in that 15 ° of the endless conveyor inclination~
45 ° of arrangements, and surface interval is equipped with striker plate (1).
8. camellia oleifera fruit pre-treatment production line as described in claim 1, which is characterized in that the transmission device includes tea seed transmission
Band (38) and shell conveyer belt (39), the tea seed conveyer belt (38) is for tea seed to be sent in feeding device, the shell
Conveyer belt (39) is for shell to be sent in feeding device.
9. camellia oleifera fruit pre-treatment production line as claimed in claim 8, which is characterized in that the top of the tea seed conveyer belt is successively
It is provided with the first cleaning device (40) and the first air-drying device (42), the shell conveyer belt has been sequentially arranged above second clearly
Cleaning device (41) and the second air-drying device (43).
10. camellia oleifera fruit pre-treatment production line as described in claim 1, which is characterized in that the density of the sorting liquid is 0.9g/
ml。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820224999.1U CN208131241U (en) | 2018-02-08 | 2018-02-08 | A kind of camellia oleifera fruit pre-treatment production line |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820224999.1U CN208131241U (en) | 2018-02-08 | 2018-02-08 | A kind of camellia oleifera fruit pre-treatment production line |
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| CN208131241U true CN208131241U (en) | 2018-11-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108325732A (en) * | 2018-02-08 | 2018-07-27 | 华中科技大学 | A kind of camellia oleifera fruit pre-treatment production line |
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2018
- 2018-02-08 CN CN201820224999.1U patent/CN208131241U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108325732A (en) * | 2018-02-08 | 2018-07-27 | 华中科技大学 | A kind of camellia oleifera fruit pre-treatment production line |
| CN108325732B (en) * | 2018-02-08 | 2024-04-05 | 华中科技大学 | Tea-oil camellia fruit preliminary treatment production line |
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