CN110042476A - A kind of sisal leaves scum juice separation production line - Google Patents
A kind of sisal leaves scum juice separation production line Download PDFInfo
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- CN110042476A CN110042476A CN201910291590.0A CN201910291590A CN110042476A CN 110042476 A CN110042476 A CN 110042476A CN 201910291590 A CN201910291590 A CN 201910291590A CN 110042476 A CN110042476 A CN 110042476A
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- China
- Prior art keywords
- mesophyll
- roller
- shingle
- sisal
- water squeezing
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- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01B—MECHANICAL TREATMENT OF NATURAL FIBROUS OR FILAMENTARY MATERIAL TO OBTAIN FIBRES OF FILAMENTS, e.g. FOR SPINNING
- D01B1/00—Mechanical separation of fibres from plant material, e.g. seeds, leaves, stalks
- D01B1/10—Separating vegetable fibres from stalks or leaves
-
- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01B—MECHANICAL TREATMENT OF NATURAL FIBROUS OR FILAMENTARY MATERIAL TO OBTAIN FIBRES OF FILAMENTS, e.g. FOR SPINNING
- D01B1/00—Mechanical separation of fibres from plant material, e.g. seeds, leaves, stalks
- D01B1/10—Separating vegetable fibres from stalks or leaves
- D01B1/14—Breaking or scutching, e.g. of flax; Decorticating
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Textile Engineering (AREA)
- Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
- Processing Of Solid Wastes (AREA)
Abstract
The invention discloses a kind of sisal leaves scum juices to separate production line, and including the shingle machine being connect by mesophyll defective material conveyer belt with the discharge port of sisal leaves scraping machine, the mesophyll after sisal leaves scraping machine scraping is sent in the commissioning pipe of shingle machine by mesophyll defective material conveyer belt；Fishing slag roller and debris device are successively arranged along mesophyll direction of transfer on mesophyll defective material conveyer belt；The lower section of sisal leaves scraping machine, the lower section of conveyer belt are equipped with collecting tank, and the sisal hemp juice that the sisal hemp juice and shingle machine dripped during the sisal hemp juice generated during sisal leaves scraping machine scraping, conveyer belt transmission sisal hemp mesophyll squeezes out is respectively fallen in collecting tank.Known to from the above, a kind of sisal leaves scum juice of the invention separates production line, by the way that the mesophyll defective material after scraping is passed through the processes such as fishing slag, debris, shingle, so that the juice separation of the slag charge and sisal hemp mesophyll of sisal hemp mesophyll, and in addition recycled after respectively collecting, improve the utilization rate of sisal leaves.
Description
Technical field
The present invention relates to the technical fields that a kind of sisal hemp mesophyll extracts technique, and in particular to a kind of sisal leaves scum juice separation life
Producing line.
Background technique
Flaxen fiber refers to the fiber obtained from various fibre of flax for textile material, including annual or perennial herb dicotyledon
The bast fiber of cortex and monocotyledonous leaf fibre.Bast fiber crop mainly has ramie, jute, piemarker, hemp, Asia
Fiber crops, bluish dogbane and gombo hemp etc..Generally speaking, flaxen fiber is a kind of high-tenacity low-elongation fiber, its breaking strength is 5.0 ~
7.0cN/dtex (cotton fiber is 2.6 ~ 4.5, and silk is 3.0 ~ 3.5).It is mainly bast fiber that this, which is primarily due to flaxen fiber, and
Bast fiber is the basic framework of plant, has higher crystallinity and the degree of orientation, and fibrinogen is radially in again stratiform along fiber
Structure distribution.Such as flax have 90% crystallinity and close to 80% the degree of orientation.Just because of it has crystallinity high in this way and takes
Xiang Du makes flaxen fiber become the fiber that elongation at break is minimum in all fibres；In addition to this, this design feature makes flaxen fiber
Very big initial modulus is obtained, it is 1.5 ~ 2.0 times higher than cotton fiber, it is 3 times higher than silk, it is 8 ~ 10 times higher than wool fiber, therefore fiber crops
Fiber is harder, does not deform easily；But flaxen fiber is also set to become the very poor fiber of elastic recovery rate simultaneously, even if only 2% change
Shape, elastic recovery rate also only have 48%, and cotton fiber with wool fiber in mutually an equal amount of deformation, elastic recovery rate can reach
To 74% and 99%.
Flaxen fiber product increasingly obtains the approval of people at present, therefore the occupation rate of market of linen is also mentioning year by year
It is high.In the production process of linen, need the sisal leaves of sisal hemp carrying out scraping processing, to obtain flaxen fiber.Then under hanging
The flaxen fiber come needs to carry out soaking and washing, removes the impurity such as the mesophyll of sisal leaves；Then a flaxen fiber will be cleaned up to carry out
Dehydration, then again produces dewatered flaxen fiber.
In addition sisal leaves produce the slag charges such as mesophyll and juice during scraping；Juice is rich in the mesophyll of sisal leaves,
There are also tigogenin in the juice of sisal leaves, tigogenin is the flax silk that its value ratio processes where the essence of sisal hemp
Will be big, in tigogenin inside containing the medical substance being of great rarity.So sisal leaves scrape the mesophyll in ramie process and
Juice is also required to be recycled.By extruding mesophyll, the juice in the mesophyll of sisal leaves can be recycled as far as possible, but at present
There is no special mesophyll pressurizing units.
In addition sisal leaves produce the slag charges such as mesophyll and juice during scraping；Juice is rich in the mesophyll of sisal leaves,
There are also tigogenin in the juice of sisal leaves, tigogenin is the flax silk that its value ratio processes where the essence of sisal hemp
Will be big, in tigogenin inside containing the medical substance being of great rarity.So sisal leaves scrape the mesophyll in ramie process and
Juice is also required to be recycled；By squeezing mesophyll, the juice in the mesophyll of sisal leaves can be recycled as far as possible.But pass through
In the mesophyll defective material of the sisal leaves of scraping or there can be many flaxen fibers, the presence of these flaxen fibers not only results in subsequent right
The remaining recycling processing of mesophyll has an adverse effect, and reduces the collecting amount of flaxen fiber.But there is no swords at present
The special equipment fished for and separated with mesophyll defective material for the flaxen fiber in mesophyll defective material after sesame slices scraping, needs to operate
Work ceaselessly carries out manually fishing for separation.
Flaxen fiber in mesophyll defective material has and can not then fish for short, short flaxen fiber, needs to carry out particle, avoid
Flaxen fiber in the subsequent production of mesophyll defective material Wiring apparatus and influence normally to produce.But it is used on the market there is no special at present
The device of the debris of sisal hemp mesophyll defective material after scraping, at the blade tip position of sisal leaves, sisal fiber point
Cloth is intensive, it is more difficult cut off it is broken.
Summary of the invention
It is an object of the invention to: a kind of sisal leaves scum juice separation production line is overcome the deficiencies of the prior art and provide, is passed through
By the mesophyll defective material after scraping by processes such as fishing slag, debris, shingles, so that the juice of the slag charge of sisal hemp mesophyll and sisal hemp mesophyll
Water separation, and in addition recycled after respectively collecting, improve the utilization rate of sisal leaves；So that the remnants fiber crops in mesophyll defective material are fine
Dimension is picked up by fishing slag roller, avoids flaxen fiber is subsequent to mesophyll from having an impact；The globoidal structure of fishing slag plate to fish out slag plate
More slag charges are picked up as far as possible in the rotation process of fishing slag roller, so as to improve the efficiency that fishing slag plate fishes for flaxen fiber；Phase
Adjacent two fishing slag through-holes are staggered, and the flaxen fiber in mesophyll defective material that fishing slag plate can be enabled to pull out is not as far as possible from fishing
It falls and is hung on fishing slag plate in slag through-hole, further increase the efficiency that fishing slag plate fishes for flaxen fiber；Pass through the knot of dross roller
Structure avoids numb fibre so that can be placed on dross roller in the rotation process of fishing slag roller by fishing out the flaxen fiber that slag plate picks up
Dimension is fallen in mesophyll defective material again from fishing slag roller；Multiple fishing slag rollers, and two neighboring fishing slag are set on same root shaft B
The fishing slag plate of roller is staggered, and may further improve fishing slag roller fishing for the flaxen fiber in mesophyll defective material；Same root shaft B
On two neighboring fishing slag roller between share an end plate, thus reduce fishing slag roller weight and cost；Pass through debris device
Cutter effect, the shorter flaxen fiber that will remain in can not pick up in mesophyll defective material carries out particle, avoids flaxen fiber rear
Winding occurs and influences normal production during continuous mesophyll shingle juice；By the distribution of cutter and adjacent cutter it
Between positional distance, guarantee by debris roller mesophyll defective material in flaxen fiber cut off without will affect mesophyll defective material
Subsequent production；By blade set by cutter, be more advantageous to cutter the relatively tow fibres in mesophyll defective material are cut it is broken；Pass through each roller
The setting of the width of body B and each roll body B upper cutter knife spacing and the position setting of roll body B, so that the leaf of sisal leaves
Flaxen fiber in meat defective material is cut off, logical in particular for the comparatively dense flaxen fiber abundant at the blade tip end mesophyll position of sisal leaves
It crosses multiple roll bodies repeatedly to be cut off, further ensure flaxen fiber cuts off effect；Pass through the mechanical presses power of shingle machine
Effect, squeezes mesophyll, the juice in mesophyll is squeezed out as far as possible, to improve the yield of sisal hemp juice, extract
Slag charge can also be additionally carried out collection；The screw pitch of shingle plate is gradually reduced along the direction of transfer of shingle plate, to realize shingle
Plate squeeze to mesophyll the effect of water outlet in transmit process；One end of shingle roller is taper roll structure, to pass in mesophyll
When sending to the position of tapered roller, shingle plate during transmitting mesophyll, reduce amplitude and increase by the space for accommodating mesophyll,
Improve mesophyll extracts efficiency, so as to shorten shingle plate to the transmission stroke of mesophyll, and then is guaranteeing that mesophyll extracts effect
Equipment size is reduced under the premise of fruit；The internal diameter of shingle pipe is gradually reduced along the direction of transfer of shingle plate, so that shingle
Plate during transmitting mesophyll, reduce amplitude and further increase by the space for accommodating mesophyll, further improves extracting for mesophyll
Efficiency, so as to further shorten shingle plate to the transmission stroke of mesophyll, and then under the premise of guaranteeing that mesophyll extracts effect
Further reduce equipment size；The inner wall bottom of shingle pipe is equipped with the rib of more helical structures, not only increases shingle pipe sheet
The intensity of body, meanwhile, when the mesophyll transmission in a certain screw pitch of shingle plate is by rib, mesophyll can rub with rib
Wipe, and make mesophyll in the screw pitch during squeezing transmission can also in screw pitch space stirring so that in the screw pitch
Mesophyll can effectively extract；By the effect of feeding roller so that mesophyll carried out during feeding intake charging it is successively pre- squeeze,
It further improves extracting for mesophyll and effect and extracts efficiency；Two flank of tooth plates of the same ratch of feeding roller are outwardly convex
Cambered surface so that feeding roller is during rotation, the ratch of occlusion can effectively be squeezed mesophyll；The drainage of adjacent two rows
Hole, which is staggered, can make filtration hole more uniform, and the juice that mesophyll is extruded, which is more rapidly uniformly splitting, to be dropped down
Out；By the effect of fillet so that the junction for being located at flank of tooth plate and roll body smoothly transits, avoid mesophyll remain in flank of tooth plate with
The junction of roll body；Roll body advantageously reduces energy consumption to alleviate the weight of feeding roller for hollow beaming roller；Flank of tooth plate and tooth
By being welded and fixed between panel, by being welded and fixed between the flank of tooth plate and roll body, to ensure that bonding strength, avoid
Feeding roller rotates for a long time to be squeezed mesophyll and damages；By the effect of retarder, the torque of shingle roller is improved, and then is improved crowded
Water plate improves the water squeezing effect of mesophyll to the water squeezing active force of mesophyll；The revolving speed of feeding roller is greater than the revolving speed of shingle roller, thus
Guarantee that shingle roller has enough mesophyll to carry out water squeezing always, ensure that the water squeezing efficiency of mesophyll；Tapered roller, which passes through partition and protrudes into, slags tap
In slot, consequently facilitating extracting the mesophyll guide blanking of water in blow tank；By the structure setting of feeding roller, enable mesophyll
Concentration is fallen into the screw pitch of the water squeezing plate at the feed inlet location A of water wringing pipe；By connecting the effect of pedestal, it is convenient for equipment
Fixed installation, also avoid water squeezing case drainage hole be discharged water droplet fall in the place other than catch basin.
The technical solution used in the present invention is:
A kind of sisal leaves scum juice separation production line, including being connect by mesophyll defective material conveyer belt with the discharge port of sisal leaves scraping machine
Shingle machine, the mesophyll after sisal leaves scraping machine scraping is sent in the commissioning pipe of shingle machine by the mesophyll defective material conveyer belt；
Fishing slag roller and debris device are successively arranged along mesophyll direction of transfer on the mesophyll defective material conveyer belt；The sisal leaves scraping
The lower section of machine, conveyer belt lower section be equipped with collecting tank, it is the sisal hemp juice generated during the sisal leaves scraping machine scraping, described
The sisal hemp juice that the sisal hemp juice and shingle machine dripped during conveyer belt transmission sisal hemp mesophyll squeezes out is respectively fallen in collecting tank；
The mesophyll defective material conveyer belt provides driving force by driving device O.
It is that the shingle machine includes water squeezing case that the present invention, which is further improved scheme, and top one end of the water squeezing case is equipped with
Feed inlet, the other end of the water squeezing box top are equipped with discharge port, set between feed inlet A and discharge port in the water squeezing case
There is partition, water squeezing case is separated into water squeezing slot and dirt-excluding groove by the partition；It is fixedly connected with water wringing pipe in the water squeezing slot, it is described
One end ferrule of water wringing pipe is fixed on the water squeezing case side wall of feed inlet one end, other end nozzle passes through in partition and dirt-excluding groove
Connection, the tube wall of the water wringing pipe is the web plate for being evenly distributed with multiple filtration holes；The top of the water wringing pipe, it is corresponding be located at into
The lower section of material mouth A is equipped with notch and forms feed inlet B；It is rotated coaxially in the water wringing pipe and is connected with shingle roller, the shingle roller
Along the water squeezing plate for being axially arranged with helical structure of shingle roller, the outer diameter of the water squeezing plate matches with the internal diameter of water wringing pipe on surface；
The shingle roller provides driving force by driving device A, and the axis around shingle roller rotates；Rotation of the water squeezing plate in shingle roller
Under effect, blow tank one end is turned to by the one end feed inlet A；The bottom of the water squeezing case is equipped with row positioned at the side of water squeezing slot
Liquid mouth.
The further improvement project of the present invention is to be connected between the feed inlet A and feed inlet B by feed pipe A.
The further improvement project of the present invention is that the screw pitch of the water squeezing plate gradually subtracts along the direction of transfer of water squeezing plate
It is small.
The further improvement project of the present invention is, the shingle roller is located at roller wall in water squeezing slot, close to the one of dirt-excluding groove
End is tapered roller；The diameter of the tapered roller is gradually increased along the direction of transfer of water squeezing plate.
The further improvement project of the present invention is that the tapered roller passes through partition and protrudes into dirt-excluding groove.
The further improvement project of the present invention is that the internal diameter of the water wringing pipe gradually subtracts along the direction of transfer of water squeezing plate
It is small.
The further improvement project of the present invention is that the inner wall bottom of the water wringing pipe is equipped with the rib of more helical structures；
The rib is sequentially distributed along the direction of transfer of water squeezing plate；The hand of spiral phase of the hand of spiral of the rib and water squeezing plate
Instead.
The further improvement project of the present invention is, the spacing between adjacent two ribs along water squeezing plate direction of transfer by
It is cumulative to add.
The further improvement project of the present invention is that the shingle plate is fixed with along the edge towards one side end face of dirt-excluding groove
Flange, the axis parallel of the flange and shingle roller.The flange during forwarding or can turn over to avoid mesophyll
It is extruded during rolling in the range of shingle plate.
The further improvement project of the present invention is, the top of the water squeezing case, corresponding to being fixed with throwing at feed inlet location A
Expects pipe, the base opening of the commissioning pipe is corresponding with feed inlet A to be sealedly and fixedly connected；Two are rotatably connected in the commissioning pipe mutually
The feeding roller of occlusion, the feeding roller are vertical with shingle roller；The feeding roller provides driving force by driving device B；It is driving
Under the driving of device B, so that the position that feeding roller is located at occlusion rotates down.
The further improvement project of the present invention is that the feeding roller includes roll body A, and the surface of the roll body A is uniformly distributed
There are the more ratch along material feeding roller to setting；The ratch includes two flank of tooth plates being symmetrically fixedly connected, on the flank of tooth plate
Multiple rows of filtration hole is evenly distributed with along the axial direction of roll body A.
The further improvement project of the present invention is that the both ends that the ratch is located at roll body A are equipped with opening, the open connection
Gap between flank of tooth plate.
The further improvement project of the present invention is that two flank of tooth plates of same ratch are the cambered surface of outwardly convex.
The further improvement project of the present invention is interlaced setting between adjacent two rows filtration hole.
The further improvement project of the present invention is that the spacing between adjacent two rows filtration hole is equal.
The further improvement project of the present invention is the spacing between adjacent two rows of filtration holes and two phases in same row
Spacing between adjacent filtration hole is equal.
The further improvement project of the present invention is that the junction of the flank of tooth plate and roll body A are equipped with fillet.
The further improvement project of the present invention is that the both ends of the roll body A are coaxially fixed with connection shaft A.
The further improvement project of the present invention is that the roll body A is hollow beaming roller.
The further improvement project of the present invention is, by being welded and fixed between the flank of tooth plate and flank of tooth plate, the flank of tooth
By being welded and fixed between plate and roll body.
The further improvement project of the present invention is that the axle center of the feeding roller and commissioning pipe correspond to the feeding roller side
Spacing between inner wall is equal with the maximum gauge of ratch.
The further improvement project of the present invention is that the fixed connection of the top opening of the commissioning pipe is equipped with cast hopper.
The further improvement project of the present invention is that the revolving speed of the feeding roller is greater than the revolving speed of shingle roller.
The further improvement project of the present invention is that the bottom of the water squeezing case is fixedly connected with the ground by connecting pedestal,
The driving device A is fixed on connection pedestal；The both ends of the shingle roller are pierced by the side wall of water squeezing case respectively and pass through axis respectively
It holds seat and is rotatablely connected with pedestal is connect；Wherein one end of the shingle roller is sequentially connected by retarder and driving device A, described
Retarder is fixed on connection pedestal.
The further improvement project of the present invention is that the output shaft of the retarder is connected by shaft coupling and the transmission of shingle roller
It connects.
The further improvement project of the present invention is that the shingle roller passes through the side of bearing Yu sealing device and water squeezing case respectively
Wall rotation connection.
The further improvement project of the present invention is that the driving device B is sequentially connected by transmission device A and feeding roller,
The driving device B is fixed on connection pedestal.
The further improvement project of the present invention is that the connection pedestal corresponds to leakage fluid dram and is equipped with liquid-passing hole, the logical liquid
Hole is located in the range of collecting tank.
The further improvement project of the present invention is that the cell wall of the collecting tank is located at slot bottom position equipped with drain pipe.
The further improvement project of the present invention is that the slot bottom of the collecting tank is equipped with positive displacement pump, and the positive displacement pump goes out liquid
Mouth is connected to drain pipe.
The further improvement project of the present invention is that the partition is flushed with discharge port towards the opening's edge of water squeezing slot side.
The further improvement project of the present invention is that the nozzle of the water wringing pipe is connect with bulkhead seal.
The further improvement project of the present invention is that one end of the Slag dragging roller is driven by driving device C.
The further improvement project of the present invention is that the axle center of the fishing slag roller is coaxially fixed with shaft B, the shaft B's
Outside is coaxially fixed with dross roller, and the outer surface of the dross roller is fixed with multiple fishing slag plates, and the fishing slag plate is uniformly distributed
In the circumferential surface of dross roller, the end of the dross roller and the two sides of fishing slag plate are individually fixed in end plate, the end plate difference
It is concentric to be fixed on shaft B.
The further improvement project of the present invention is that the dross roller is hollow structure, and the roll surface of the dross roller is equipped with more
A axially extending bore, the axially extending bore are uniformly distributed in the circumferential surface of dross roller.
The further improvement project of the present invention is that the both ends of the axially extending bore extend to end plate.
The further improvement project of the present invention is, the dross roller be more be uniformly distributed using the axle center of shaft B as the center of circle,
Surround the axial dross bar of annular.
The further improvement project of the present invention is that the fishing slag plate extends to and dross bar towards the edge of the side shaft B
Fixed, the fishing slag plate extends to the edge of end plate far from the edge of the side shaft B.
The further improvement project of the present invention is that the plate face of the fishing slag plate is equipped with multiple fishing slag through-holes.
The further improvement project of the present invention is that the length direction of the fishing slag through-hole is parallel with the axis of shaft B.
The further improvement project of the present invention is that the fishing slag through-hole is multiple rows of along being axially arranged with for shaft B, adjacent two rows
Fishing slag through-hole is staggered.
The further improvement project of the present invention is that the fishing slag plate is tilted along sequence from inside to outside to the same side, institute
The inclined direction for stating fishing slag plate is identical as the fishing rotation direction of slag roller.
The further improvement project of the present invention is, axially disposed on the shaft B to have multiple fishing slag rollers, two neighboring fishing
An end plate is shared between slag roller.
The further improvement project of the present invention is that the fishing slag plate of the two neighboring fishing slag roller on same shaft B is aligned setting
Or it is staggered.
The further improvement project of the present invention is that the debris device includes successively dividing along the direction of mesophyll defective material transmission
Multiple roll body B are furnished with, the roll body B is respectively perpendicular to the direction setting of mesophyll defective material transmission, distinguishes on the surface of the roll body B
Equipped with plurality of rows of cutter, the both ends of the roll body B are concentric to be fixed with shaft C, and the same end of the shaft C of each roll body B leads to respectively
Transmission device B transmission connection is crossed, the roll body B is flushed far from one end of transmission device B, and the length of the roll body B is along mesophyll
Successively shorten in the direction of defective material transmission.
The further improvement project of the present invention is that the knife face of the cutter is parallel with the direction that mesophyll defective material transmits, and
Each row's cutter is uniformly distributed along the periphery of roll body B.
The further improvement project of the present invention is the wherein cutter of a row of any roll body B and cutting for a row adjacent thereto
Knife is staggered.
The further improvement project of the present invention is, between the two neighboring cutter in same row on same roll body B between
Away from equal.
The further improvement project of the present invention is, between the two neighboring cutter in any one row on same roll body B
Spacing is equal.
The further improvement project of the present invention is that any one cutter on same roll body B is cut with a row's adjacent thereto
Spacing in knife between immediate cutter is equal.
The further improvement project of the present invention is, adjacent on any one roll body B along the direction that mesophyll defective material transmits
Spacing between two cutteves is greater than the spacing between the two neighboring cutter on the latter roll body B.
The further improvement project of the present invention is that the cutter is respectively perpendicular the surface for being fixed on roll body B.
The further improvement project of the present invention is that the cutter is equal in length.
The further improvement project of the present invention is that the cutter is equipped with blade towards the side of roll body B rotation direction.
The beneficial effects of the present invention are:
The first, a kind of sisal leaves scum juice of the invention separates production line, by the way that the mesophyll defective material after scraping is passed through fishing slag, broken fibre
In addition the processes such as dimension, shingle so that the juice of the slag charge of sisal hemp mesophyll and sisal hemp mesophyll separates, and recycle benefit after respectively collecting
With improving the utilization rate of sisal leaves.
The second, a kind of sisal leaves scum juice of the invention separates production line, so that the remaining flaxen fiber in mesophyll defective material is fished out
Slag roller picks up, and avoids flaxen fiber is subsequent to mesophyll from having an impact.
Third, a kind of sisal leaves scum juice of the invention separate production line, and the globoidal structure for fishing out slag plate is fishing out fishing slag plate
More slag charges are picked up in the rotation process of slag roller, as far as possible so as to improve the efficiency that fishing slag plate fishes for flaxen fiber.
4th, a kind of sisal leaves scum juice of the invention separates production line, and adjacent two fishings slag through-hole is staggered, can be with
The flaxen fiber in mesophyll defective material that fishing slag plate is pulled out does not fall from fishing slag through-hole as far as possible and is hung on fishing slag plate,
Further increase the efficiency that fishing slag plate fishes for flaxen fiber.
5th, a kind of sisal leaves scum juice of the invention separates production line, by the structure of dross roller, so that passing through fishing slag plate
The flaxen fiber picked up can be placed on dross roller in the rotation process of fishing slag roller, and flaxen fiber is avoided to fall again from fishing slag roller
It drops down onto mesophyll defective material.
6th, a kind of sisal leaves scum juice of the invention separates production line, and multiple fishing slag rollers are arranged on same root shaft B, and
And the fishing slag plate of two neighboring fishing slag roller is staggered, and may further improve fishing of the fishing slag roller to the flaxen fiber in mesophyll defective material
It takes.
7th, a kind of sisal leaves scum juice of the invention separates production line, the two neighboring fishing slag roller on same root shaft B it
Between share an end plate, thus reduce fishing slag roller weight and cost.
8th, a kind of sisal leaves scum juice of the invention separation production line will be residual by the effect of the cutter of debris device
The shorter flaxen fiber that staying in can not pick up in mesophyll defective material carries out particle, avoids flaxen fiber in the mistake of subsequent mesophyll shingle juice
Winding occurs in journey and influences normal production.
9th, a kind of sisal leaves scum juice of the invention separates production line, by between the distribution and adjacent cutter of cutter
Positional distance, guarantee after the flaxen fiber in the mesophyll defective material of debris roller is cut off without will affect mesophyll defective material
Continuous production.
Tenth, a kind of sisal leaves scum juice of the invention separation production line is more advantageous to cutter by blade set by cutter
Relatively tow fibres in mesophyll defective material are cut broken.
11st, a kind of sisal leaves scum juice of the invention separates production line, passes through the width and each roll body B of each roll body B
The setting of upper cutter knife spacing and the position setting of roll body B, so that the flaxen fiber in the mesophyll defective material of sisal leaves is cut off,
It is repeatedly cut in particular for the comparatively dense flaxen fiber abundant at the blade tip end mesophyll position of sisal leaves by multiple roll bodies
Disconnected, further ensure flaxen fiber cuts off effect.
12nd, a kind of sisal leaves scum juice of the invention separates production line, by the effect of the mechanical presses power of shingle machine,
Mesophyll is squeezed, the juice in mesophyll is squeezed out as far as possible, to improve the yield of sisal hemp juice, the slag charge extracted is also
Collection can be additionally carried out.
13rd, a kind of sisal leaves scum juice of the invention separates production line, the screw pitch of shingle plate along shingle plate transmission
Direction is gradually reduced, to realize the effect that shingle plate squeeze to mesophyll water outlet in transmit process.
14th, a kind of sisal leaves scum juice of the invention separates production line, and one end of shingle roller is taper roll structure, thus
When at the position that mesophyll is sent to tapered roller, shingle plate during transmitting mesophyll, reduced by the space for accommodating mesophyll
Amplitude increases, and improve mesophyll extracts efficiency, so as to shorten shingle plate to the transmission stroke of mesophyll, and then is guaranteeing leaf
Meat reduces equipment size under the premise of extracting effect.
15th, a kind of sisal leaves scum juice of the invention separates production line, the internal diameter of shingle pipe along shingle plate transmission
Direction is gradually reduced, and is further increased so that amplitude is reduced in the space that shingle plate during transmitting mesophyll, accommodates mesophyll
Add, further improve mesophyll extracts efficiency, so as to further shorten shingle plate to the transmission stroke of mesophyll, Jin Er
Guarantee to further reduce equipment size under the premise of mesophyll extracts effect.
16th, a kind of sisal leaves scum juice of the invention separates production line, and the inner wall bottom of shingle pipe is equipped with more spirals
The rib of structure not only increases the intensity of shingle pipe itself, meanwhile, when muscle is passed through in the mesophyll transmission in a certain screw pitch of shingle plate
When, mesophyll can rub with rib, and make mesophyll in the screw pitch can also be in screw pitch during squeezing transmission
Stirring in space, so that the mesophyll in the screw pitch can be extracted effectively.
17th, a kind of sisal leaves scum juice of the invention separates production line, by the effect of feeding roller, so that mesophyll is being thrown
Carried out during material charging it is successively pre- squeeze, further improve extracting for mesophyll and effect and extract efficiency.
18th, a kind of sisal leaves scum juice of the invention separates production line, two flank of tooth plates of the same ratch of feeding roller
It is the cambered surface of outwardly convex, so that feeding roller is during rotation, the ratch of occlusion can effectively be squeezed mesophyll.
19th, a kind of sisal leaves scum juice of the invention separates production line, and the filtration hole of adjacent two rows is staggered can be with
So that filtration hole is more uniform, the juice that mesophyll is extruded, which is more rapidly uniformly splitting, to be dropped down out.
20th, a kind of sisal leaves scum juice of the invention separates production line, by the effect of fillet, so that being located at flank of tooth plate
It smoothly transits with the junction of roll body, mesophyll is avoided to remain in the junction of flank of tooth plate and roll body.
21st, a kind of sisal leaves scum juice of the invention separates production line, and roll body is hollow beaming roller, feeds to alleviate
The weight for expecting roller, advantageously reduces energy consumption.
22nd, a kind of sisal leaves scum juice of the invention separates production line, passes through welding between flank of tooth plate and flank of tooth plate
It is fixed, by being welded and fixed between the flank of tooth plate and roll body, to ensure that bonding strength, avoids feeding roller from rotating for a long time and squeeze
It presses mesophyll and damages.
23rd, a kind of sisal leaves scum juice of the invention separation production line improves shingle by the effect of retarder
The torque of roller, and then water squeezing plate is improved to the water squeezing active force of mesophyll, improve the water squeezing effect of mesophyll.
24th, a kind of sisal leaves scum juice of the invention separates production line, and the revolving speed of feeding roller is greater than turning for shingle roller
Speed ensure that the water squeezing efficiency of mesophyll so that guaranteeing shingle roller always has enough mesophyll to carry out water squeezing.
25th, a kind of sisal leaves scum juice of the invention separates production line, and tapered roller passes through partition and protrudes into dirt-excluding groove,
Consequently facilitating extracting the mesophyll guide blanking of water in blow tank.
26th, a kind of sisal leaves scum juice of the invention separates production line, by the structure setting of feeding roller, so that leaf
Meat, which can be concentrated, to be fallen into the screw pitch of the water squeezing plate at the feed inlet location A of water wringing pipe.
27th, a kind of sisal leaves scum juice of the invention separates production line, by connecting the effect of pedestal, is convenient for equipment
Fixed installation, also avoid water squeezing case drainage hole be discharged water droplet fall in the place other than catch basin.
Detailed description of the invention:
Fig. 1 is the schematic top plan view of the application.
Fig. 2 is the main view cutaway enlargement diagram of the shingle machine of the application.
Fig. 3 is the main view enlarged diagram of the feeding roller in Fig. 2.
Fig. 4 is the vertical view enlarged diagram of the feeding roller in Fig. 2.
Fig. 5 is the vertical view enlarged diagram of the fishing slag roller of the application.
Fig. 6 is the main view cutaway enlargement diagram of the fishing slag roller of the application.
Fig. 7 is the vertical view enlarged diagram of the debris device of the application.
Fig. 8 is the main view enlarged diagram of one of roll body B in Fig. 7.
Specific embodiment:
In conjunction with Fig. 1 ~ Fig. 8 it is found that a kind of sisal leaves scum juice of the present invention separates production line, including by mesophyll defective material conveyer belt 2 with
The shingle machine 3 of the discharge port connection of sisal leaves scraping machine 1, the mesophyll defective material conveyer belt 2 will be after 1 scraping of sisal leaves scraping machine
Mesophyll is sent in the commissioning pipe 304 of shingle machine 3；It is successively arranged on the mesophyll defective material conveyer belt 2 along mesophyll direction of transfer
Fish out slag roller 6 and debris device；The lower section of the sisal leaves scraping machine 1, the lower section of conveyer belt 2 are equipped with collecting tank 5, the sisal hemp
The sisal hemp juice, the conveyer belt 2 that generate during 1 scraping of leaf scraping machine transmit the sisal hemp juice dripped during sisal hemp mesophyll
The sisal hemp juice squeezed out with shingle machine 3 is respectively fallen in collecting tank 5；The mesophyll defective material conveyer belt 2 is said by driving device O(
Bright book attached drawing is not shown) driving force is provided.
The shingle machine 3 includes water squeezing case 301, and top one end of the water squeezing case 301 is equipped with feed inlet, the water squeezing case
The other end at 301 tops is equipped with discharge port, is equipped with partition in the water squeezing case 301 between feed inlet A and discharge port, described
Water squeezing case 301 is separated into water squeezing slot and dirt-excluding groove 306 by partition；Water wringing pipe 305 is fixedly connected in the water squeezing slot, it is described to squeeze
One end ferrule of water pipe 305 is fixed on 301 side wall of water squeezing case of feed inlet one end, other end nozzle passes through partition and slags tap
Connection in slot 306, the tube wall of the water wringing pipe 305 is the web plate for being evenly distributed with multiple filtration holes；The top of the water wringing pipe 305
Portion, the corresponding lower section positioned at feed inlet A are equipped with notch and form feed inlet B；It is rotated coaxially in the water wringing pipe 305 and is connected with shingle
Roller 302, the water squeezing plate 303 that is axially arranged with helical structure of the surface of the shingle roller 302 along shingle roller 302, the water squeezing
The outer diameter of plate 303 is matched with the internal diameter of water wringing pipe 305；The shingle roller 302 provides driving force by driving device A308, around crowded
The axis of slag roller 302 rotates；The water squeezing plate 303 is turned to out under the rotary action of shingle roller 302 by the one end feed inlet A
306 one end of hopper；The bottom of the water squeezing case 301 is equipped with leakage fluid dram 315 positioned at the side of water squeezing slot.
It is connected between the feed inlet A and feed inlet B by feed pipe A310.
The screw pitch of the water squeezing plate 303 is gradually reduced along the direction of transfer of water squeezing plate 303.
The shingle roller 302 is located at roller wall in water squeezing slot, is tapered roller 314 close to one end of dirt-excluding groove 306；The cone
The diameter of shape roller 314 is gradually increased along the direction of transfer of water squeezing plate 303.
The tapered roller 314 passes through partition and protrudes into dirt-excluding groove 306.
The internal diameter of the water wringing pipe 305 is gradually reduced along the direction of transfer of water squeezing plate 303.
The inner wall bottom of the water wringing pipe 305 is equipped with the rib 313 of more helical structures；The rib 313 is along water squeezing
The direction of transfer of plate 303 is sequentially distributed；The hand of spiral of the rib 313 is opposite with the hand of spiral of water squeezing plate 303.
Spacing between adjacent two ribs 313 is gradually increased along the direction of transfer of water squeezing plate 303.
The shingle plate 303 along the edge towards 306 1 side end face of dirt-excluding groove is fixed with flange, and (Figure of description does not show
Out), the axis parallel of the flange and shingle roller 302.The flange can to avoid mesophyll during forwarding or
It is extruded during rolling in the range of shingle plate 3.
The top of the water squeezing case 301, corresponding to being fixed with commissioning pipe 304, the commissioning pipe 304 at feed inlet location A
Base opening corresponding with feed inlet A be sealedly and fixedly connected；Two feeding rollers being mutually twisted are rotatably connected in the commissioning pipe 304
311, the feeding roller 311 is vertical with shingle roller 302；The feeding roller 311 provides driving force by driving device B；It is driving
Under the driving of device B, so that the position that feeding roller 311 is located at occlusion rotates down.
The feeding roller 311 includes roll body A, and the surface of the roll body A is evenly distributed with more and axially sets along feeding roller 311
The ratch 322 set；The ratch 322 includes two flank of tooth plates 323 being symmetrically fixedly connected, along roll body A on the flank of tooth plate 323
Axial direction be evenly distributed with multiple rows of filtration hole 327.
The both ends that the ratch 322 is located at roll body A are equipped with opening 324, and described open 324 are connected between flank of tooth plate 323
Gap.
Two flank of tooth plates 323 of same ratch 322 are the cambered surface of outwardly convex.
Interlaced setting between adjacent two rows filtration hole 327.
Spacing between adjacent two rows filtration hole 327 is equal.
Spacing in spacing and same row between adjacent two rows of filtration holes 327 between two adjacent filtration holes 327
It is equal.
The junction of the flank of tooth plate 323 and roll body A is equipped with fillet 326.
The both ends of the roll body A are coaxially fixed with connection shaft A325.
The roll body A is hollow beaming roller.
By being welded and fixed between the flank of tooth plate 323 and flank of tooth plate 323, lead between the flank of tooth plate 323 and roll body 322
It crosses and is welded and fixed.
The axle center of the feeding roller 311 and commissioning pipe 304 correspond to spacing between the inner wall of 311 side of feeding roller with
The maximum gauge of ratch 322 is equal.
The fixed connection of the top opening of the commissioning pipe 304 is equipped with cast hopper 312.
The revolving speed of the feeding roller 311 is greater than the revolving speed of shingle roller 302.
The bottom of the water squeezing case 301 is fixedly connected with the ground by connecting pedestal 317, and the driving device A308 is fixed
In connection pedestal 317；The both ends of the shingle roller 302 are pierced by the side wall of water squeezing case 301 and respectively respectively by bearing blocks 320
It is rotatablely connected with pedestal 317 is connect；Wherein one end of the shingle roller 302 is driven by retarder 316 and driving device A308
Connection, the retarder 316 are fixed on connection pedestal 317.
The output shaft of the retarder 316 is sequentially connected by shaft coupling 318 and shingle roller 302.
The shingle roller 302 is rotatablely connected by the side wall of bearing and sealing device and water squeezing case 301 respectively.
The driving device B is sequentially connected by transmission device A and feeding roller 311, and the driving device B is fixed on connection
Pedestal 317.
The connection pedestal 317 corresponds to leakage fluid dram 315 and is equipped with liquid-passing hole 319, and the liquid-passing hole 319 is located at collecting tank 5
In the range of.
The cell wall of the collecting tank 5 is located at slot bottom position equipped with drain pipe 309.
The slot bottom of the collecting tank 5 is equipped with positive displacement pump 321, and the liquid outlet of the positive displacement pump 321 is connected to drain pipe 309.
The partition is flushed with discharge port towards the opening's edge of water squeezing slot side.
The nozzle of the water wringing pipe 305 is connect with bulkhead seal.
One end of the Slag dragging roller 6 is driven by driving device C8.
The axle center of the fishing slag roller 6 is coaxially fixed with shaft B601, and the outside of the shaft B601 is coaxially fixed with dross
Roller 605, the outer surface of the dross roller 605 are fixed with multiple fishing slag plates 602, and the fishing slag plate 602 is uniformly distributed in dross
The circumferential surface of roller 605, the end of the dross roller 605 and the two sides of fishing slag plate 602 are individually fixed in end plate 603, the end
Plate 603 is concentric respectively to be fixed on shaft B601.
The dross roller 605 is hollow structure, and the roll surface of the dross roller 605 is equipped with multiple axially extending bores, the axial direction
Through-hole is uniformly distributed in the circumferential surface of dross roller 605.
The both ends of the axially extending bore extend to end plate 603.
The dross roller 605 is the more axial dross for being uniformly distributed, surrounding annular as the center of circle using the axle center of shaft B601
Bar.
The fishing slag plate 602 is extended to towards the edge of the side shaft B601 to be fixed with dross bar, and the fishing slag plate 602 is remote
The edge of the off-axis side bar B601 extends to the edge of end plate 603.
The plate face of the fishing slag plate 602 is equipped with multiple fishing slag through-holes 604.
The length direction of the fishing slag through-hole 604 is parallel with the axis of shaft B601.
The fishing slag through-hole 604 is multiple rows of along being axially arranged with for shaft B601, and the fishing slag through-hole 604 of adjacent two rows is staggeredly set
It sets.
The fishing slag plate 602 along sequence from inside to outside to the same side tilt, it is described fishing slag plate 602 inclined direction with
The rotation direction for fishing out slag roller 6 is identical.
It is axially disposed on the shaft B601 to have multiple fishing slag rollers 6, an end plate is shared between two neighboring fishing slag roller 6
603。
The alignment of fishing slag plate 602 setting of two neighboring fishing slag roller 6 on same shaft B601 is staggered.
The debris device includes being sequentially distributed multiple roll body B7, the roll body B7 along the direction of mesophyll defective material transmission
It is respectively perpendicular to the direction setting of mesophyll defective material transmission, is respectively equipped with plurality of rows of cutter 702 on the surface of the roll body B7, it is described
The both ends of roll body B7 are concentric to be fixed with shaft C701, and the same end of the shaft C701 of each roll body B7 passes through transmission device B respectively
Transmission connection, the roll body B7 are flushed far from one end of transmission device B, what the length of the roll body B7 was transmitted along mesophyll defective material
Successively shorten in direction.
The knife face of the cutter 702 is parallel with the direction that mesophyll defective material transmits, and respectively circle of row's cutter 702 along roll body B7
Circumferential surface is uniformly distributed.
The cutter 702 of a wherein row and the cutter 702 of a row adjacent thereto of any roll body B7 is staggered.
The spacing between the two neighboring cutter 702 in same row on same roll body B7 is equal.
The spacing between the two neighboring cutter 702 in any one row on same roll body B7 is equal.
Any one cutter 702 on same roll body B7 and immediate cutter 702 in the cutter 702 of a row adjacent thereto
Between spacing it is equal.
Along the direction that mesophyll defective material transmits, the spacing between two neighboring cutter 702 on any one roll body B7 is big
Spacing between the two neighboring cutter 702 on the latter roll body B7.
The cutter 702 is respectively perpendicular the surface for being fixed on roll body B7.
The cutter 702 is equal in length.
The cutter 702 is equipped with blade towards the side of roll body B7 rotation direction.
When the present invention uses, the mesophyll for completing to scrape ramie process is forwarded by mesophyll defective material conveyer belt 2, and mesophyll is residual
Expect that the direction of transfer perpendicular to mesophyll defective material conveyer belt 2 is placed on mesophyll defective material conveyer belt 2；Juice drops in collecting tank 5.
When mesophyll defective material is by fishing slag roller 6, the fishing slag roller 6 provides driving force by driving device C8；Fish out slag
Roller 6 will be picked up by fishing slag plate 602 by the mesophyll defective material of scraping operation, and wherein the mesophyll in residue and juice directly pass through fishing
Fishing slag through-hole 604 set by slag plate 602 is back in mesophyll defective material, and the remaining flaxen fiber in mesophyll defective material is then in fishing slag plate
It is picked up under the action of 602, while with the rotation of fishing slag roller 6, falls to extension to make to be fished out the flaxen fiber that slag plate 602 picks up
On the axial dross bar of slag roller 605, to carry out the cleaning of a flaxen fiber to mesophyll defective material, the waste of flaxen fiber is avoided,
Also flaxen fiber is avoided to impact the subsequent production process of mesophyll.
The mesophyll defective material for fishing out slag continues to forward, when by debris device, the roller of the debris device
Body B7 passes through driving device D respectively and provides driving force；The cutter 702 of each roll body B7 is driven to rotate respectively, the mesophyll for fishing out slag is residual
Material passes sequentially through the cutter 702 of each roll body B7, cuts to shorter flaxen fiber therein, when mesophyll defective material passes sequentially through the
When one roll body B7, the cutter 702 of roll body B7 cuts off the flaxen fiber in mesophyll defective material, then passes through subsequent roll body
The cutter 702 of B7 continues to cut for the mesophyll defective material of blade tip one end of sisal leaves, to guarantee the blade tip end of sisal leaves
More intensive flaxen fiber abundant cuts broken, while can also carry out particle to mesophyll；Consequently facilitating subsequent mesophyll defective material squeezes out juice
Water, while also avoiding flaxen fiber that from being wrapped in mesophyll and squeezing the equipment of juice and influence being normally carried out for production.
When the mesophyll defective material by debris device is put into cast hopper 312 by mesophyll defective material conveyer belt 2, mesophyll is certainly
Recast is fallen downwards with lower along commissioning pipe 304；During mesophyll is fallen downwards along commissioning pipe 304, by feeding roller 311；
Two feeding rollers 311 are arranged in parallel and ratch 322 is made to be mutually twisted setting, and by connection shaft 325 respectively with transmission
Device B connection transmission, to make from top to bottom to rotate at the occlusions of two feeding rollers 311；When mesophyll enters between feeding roller 311
Occlusion at when, just will receive the mechanicals efforts of the ratch 322 of feeding roller 311, and be extruded the juice in mesophyll,
And separated with mesophyll, the juice being extruded enters through filtered water bore 327 in the gap between flank of tooth plate 323 and by opening 324
It flows out and drops to downwards in water squeezing case 301；Mesophyll then clamped by feeding roller 311 after with feeding roller 311 rotation downwards from
It is fallen at the occlusion of two feeding rollers 311, plays the role of orienting guide to the feeding of mesophyll；By the feeding roller rotated towards each other
311 effect by mesophyll to gather between feeding roller 311 and after the extruding of feeding roller 311 downwards feeding to feed pipe
310, water wringing pipe 305 is then entered by feed pipe 310；The juice in mesophyll defective material slightly squeeze to realize.
After mesophyll is fallen in water wringing pipe 305, under the rotary action of shingle roller 302, water squeezing plate 303 is by water wringing pipe
Mesophyll in 305 is transmitted to 306 one end of dirt-excluding groove；Due to water squeezing plate 303 screw pitch along water squeezing plate 303 direction of transfer gradually
Reduce, so that transmission of the mesophyll being located in 303 1 screw pitch of water squeezing plate under the effect of water squeezing plate 303 to dirt-excluding groove 306
In the process, the space for accommodating mesophyll is gradually reduced, therefore generates squeezing effect to mesophyll, further squeezes the juice in mesophyll
Out, the juice of extrusion is then dropped to downwards in collecting tank 5 by the filtration hole of water wringing pipe 305, mesophyll is then still in water wringing pipe 305
It is interior, to realize the continuous extrusion to mesophyll, the juice in mesophyll is squeezed out as far as possible.
Finally, the mesophyll defective material for being extracted juice is sent in dirt-excluding groove 306 under the action of water squeezing plate 303, operative employee
The mesophyll defective material in dirt-excluding groove 306 is taken out again.
And the juice squeezed out from mesophyll, then the bottom of water squeezing case 301 is dropped to, and by set by 301 bottom of water squeezing case
Leakage fluid dram 315 drops in collecting tank 5 by liquid-passing hole 319.Then the water in collecting tank 5 under the effect of positive displacement pump 321, it is logical
Cross the discharge of drain pipe 309.
Claims (10)
1. a kind of sisal leaves scum juice separates production line, it is characterised in that: including being scraped by mesophyll defective material conveyer belt (2) with sisal leaves
The shingle machine (3) of the discharge port connection of numb machine (1), the mesophyll defective material conveyer belt (2) will be after sisal leaves scraping machine (1) scraping
Mesophyll is sent in the commissioning pipe (304) of shingle machine (3)；On the mesophyll defective material conveyer belt (2) along mesophyll direction of transfer according to
It is secondary to be equipped with fishing slag roller (6) and debris device；The lower section of the sisal leaves scraping machine (1), the lower section of conveyer belt (2) are equipped with liquid collecting
Slot (5), the sisal hemp juice generated during sisal leaves scraping machine (1) scraping, the conveyer belt (2) transmit sisal hemp mesophyll mistake
The sisal hemp juice that the sisal hemp juice and shingle machine (3) dripped in journey squeezes out is respectively fallen in collecting tank (5)；The mesophyll defective material passes
Band (2) is sent to provide driving force by driving device O.
2. sisal leaves scum juice as described in claim 1 separates production line, it is characterised in that: the shingle machine (3) includes water squeezing
Case (301), top one end of the water squeezing case (301) are equipped with feed inlet, and the other end at the top of the water squeezing case (301) is equipped with
Material mouth, the water squeezing case (301) is interior to be equipped with partition between feed inlet A and discharge port, and the partition divides water squeezing case (301)
It is divided into water squeezing slot and dirt-excluding groove (306)；It is fixedly connected in the water squeezing slot water wringing pipe (305), the one of the water wringing pipe (305)
End pipe mouth is sealingly fastened in water squeezing case (301) side wall of feed inlet one end, other end nozzle passes through in partition and dirt-excluding groove (306)
Connection, the tube wall of the water wringing pipe (305) is the web plate for being evenly distributed with multiple filtration holes；The top of the water wringing pipe (305),
The corresponding lower section positioned at feed inlet A is equipped with notch and forms feed inlet B；It is rotated coaxially in the water wringing pipe (305) and is connected with shingle
Roller (302), the surface of the shingle roller (302) along shingle roller (302) the water squeezing plate (303) for being axially arranged with helical structure,
The outer diameter of the water squeezing plate (303) is matched with the internal diameter of water wringing pipe (305)；The shingle roller (302) passes through driving device A
(308) driving force is provided, the axis around shingle roller (302) rotates；The water squeezing plate (303) is made in the rotation of shingle roller (302)
Under, blow tank (306) one end is turned to by the one end feed inlet A；The bottom of the water squeezing case (301), positioned at the one of water squeezing slot
Side is equipped with leakage fluid dram (315).
3. sisal leaves scum juice as claimed in claim 2 separates production line, it is characterised in that: the inner wall of the water wringing pipe (305)
Bottom is equipped with the rib (313) of more helical structures；The rib (313) is successively divided along the direction of transfer of water squeezing plate (303)
Cloth；The hand of spiral of the rib (313) is opposite with the hand of spiral of water squeezing plate (303).
4. sisal leaves scum juice as claimed in claim 2 separates production line, it is characterised in that: the top of the water squeezing case (301),
Corresponding to being fixed at feed inlet location A commissioning pipe (304), the sealing corresponding with feed inlet A of the base opening of the commissioning pipe (304) is solid
Fixed connection；Be rotatably connected to two feeding rollers being mutually twisted (311) in the commissioning pipe (304), the feeding roller (311) with
Shingle roller (302) is vertical；The feeding roller (311) provides driving force by driving device B；Under the driving of driving device B, make
The position that feeding roller (311) are located at occlusion is obtained to rotate down.
5. sisal leaves scum juice as claimed in claim 4 separates production line, it is characterised in that: the feeding roller (311) includes roller
Body A, the surface of the roll body A are evenly distributed with the more ratch (322) being axially arranged along feeding roller (311)；The ratch
(322) include two flank of tooth plates (323) being symmetrically fixedly connected, be uniformly distributed on the flank of tooth plate (323) along the axial direction of roll body A
There are multiple rows of filtration hole (327).
6. sisal leaves scum juice as claimed in claim 2 separates production line, it is characterised in that: the bottom of the water squeezing case (301)
It is fixedly connected with the ground by connecting pedestal (317), the driving device A(308) it is fixed on connection pedestal (317)；It is described to squeeze
The both ends of slag roller (302) be pierced by respectively the side wall of water squeezing case (301) and respectively by bearing block (320) with connect pedestal (317)
Rotation connection；Wherein one end of the shingle roller (302) passes through retarder (316) and driving device A(308) transmission connection, institute
It states retarder (316) and is fixed on connection pedestal (317).
7. sisal leaves scum juice as described in claim 1 separates production line, it is characterised in that: the axle center of fishing slag roller (6) is same
Axis is fixed with shaft B(601), the shaft B(601) outside be coaxially fixed with dross roller (605), the dross roller (605)
Outer surface be fixed with multiple fishing slag plates (602), fishing slag plate (602) is uniformly distributed in the circumference table of dross roller (605)
Face, the end of the dross roller (605) and the two sides of fishing slag plate (602) are individually fixed in end plate (603), the end plate (603)
It is concentric respectively to be fixed on shaft B(601).
8. sisal leaves scum juice as claimed in claim 7 separates production line, it is characterised in that: the dross roller (605) is hollow
The roll surface of structure, the dross roller (605) is equipped with multiple axially extending bores, and the axially extending bore is uniformly distributed in dross roller (605)
Circumferential surface.
9. sisal leaves scum juice as described in claim 1 separates production line, it is characterised in that: the debris device includes along leaf
The direction of meat defective material transmission has been sequentially distributed multiple roll body B(7), the roll body B(7) it is respectively perpendicular to the side of mesophyll defective material transmission
To setting, the roll body B(7) surface on be respectively equipped with plurality of rows of cutter (702), the roll body B(7) both ends it is concentric solid
Surely have shaft C(701), each roll body B(7) shaft C(701) the same end pass through transmission device B respectively and be sequentially connected, the roller
Body B(7) flushed far from one end of transmission device B, the roll body B(7) the direction transmitted along mesophyll defective material of length successively contract
It is short.
10. sisal leaves scum juice as claimed in claim 9 separates production line, it is characterised in that: same roll body B(7) on it is same
The spacing between two neighboring cutter (702) in row is equal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910291590.0A CN110042476B (en) | 2019-04-12 | 2019-04-12 | Sisal hemp leaf residue juice separation production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910291590.0A CN110042476B (en) | 2019-04-12 | 2019-04-12 | Sisal hemp leaf residue juice separation production line |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110042476A true CN110042476A (en) | 2019-07-23 |
| CN110042476B CN110042476B (en) | 2021-07-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910291590.0A Active CN110042476B (en) | 2019-04-12 | 2019-04-12 | Sisal hemp leaf residue juice separation production line |
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| Country | Link |
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| CN (1) | CN110042476B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111962160A (en) * | 2020-08-14 | 2020-11-20 | 滕步林 | Garbage can processing method |
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| CN204625841U (en) * | 2015-02-06 | 2015-09-09 | 咸宁市农业科学院 | A kind of novel sisal fiber extraction equipment |
| CN205347632U (en) * | 2015-12-23 | 2016-06-29 | 海南大学 | Formula banana stem stalk fibre extractor is synthesized to multistep |
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| CA3034538A1 (en) * | 2016-08-23 | 2018-03-01 | The Gondar Group Inc. | An apparatus and method for separating fibres from plants |
| CN207159423U (en) * | 2017-08-02 | 2018-03-30 | 四川省鑫隆植物纤维制品有限公司 | A kind of separator for fiber |
| CN108468090A (en) * | 2018-03-30 | 2018-08-31 | 广东知识城运营服务有限公司 | A kind of banana stem comprehensive utilization device |
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2019
- 2019-04-12 CN CN201910291590.0A patent/CN110042476B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CA793903A (en) * | 1968-09-03 | State Of Israel | Processing of agave leaves | |
| CN2241571Y (en) * | 1995-11-23 | 1996-12-04 | 武汉市新洲县食品机械设备厂 | Separating machine for juice and dreg |
| CN204625841U (en) * | 2015-02-06 | 2015-09-09 | 咸宁市农业科学院 | A kind of novel sisal fiber extraction equipment |
| CN205347632U (en) * | 2015-12-23 | 2016-06-29 | 海南大学 | Formula banana stem stalk fibre extractor is synthesized to multistep |
| CA3034538A1 (en) * | 2016-08-23 | 2018-03-01 | The Gondar Group Inc. | An apparatus and method for separating fibres from plants |
| CN107090599A (en) * | 2017-06-04 | 2017-08-25 | 长葛市英达麻纺织厂 | A kind of arghan stripping device of twin-roll intelligent reminding auto feed |
| CN207159423U (en) * | 2017-08-02 | 2018-03-30 | 四川省鑫隆植物纤维制品有限公司 | A kind of separator for fiber |
| CN108468090A (en) * | 2018-03-30 | 2018-08-31 | 广东知识城运营服务有限公司 | A kind of banana stem comprehensive utilization device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111962160A (en) * | 2020-08-14 | 2020-11-20 | 滕步林 | Garbage can processing method |
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|---|---|
| CN110042476B (en) | 2021-07-02 |
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