CN109968491A - A kind of building materials process equipment recycled based on stalk - Google Patents
A kind of building materials process equipment recycled based on stalk Download PDFInfo
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- CN109968491A CN109968491A CN201910406643.9A CN201910406643A CN109968491A CN 109968491 A CN109968491 A CN 109968491A CN 201910406643 A CN201910406643 A CN 201910406643A CN 109968491 A CN109968491 A CN 109968491A
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- Prior art keywords
- plate
- strip plate
- actuator
- building materials
- outside
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27N—MANUFACTURE BY DRY PROCESSES OF ARTICLES, WITH OR WITHOUT ORGANIC BINDING AGENTS, MADE FROM PARTICLES OR FIBRES CONSISTING OF WOOD OR OTHER LIGNOCELLULOSIC OR LIKE ORGANIC MATERIAL
- B27N3/00—Manufacture of substantially flat articles, e.g. boards, from particles or fibres
- B27N3/007—Manufacture of substantially flat articles, e.g. boards, from particles or fibres and at least partly composed of recycled material
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D82/00—Crop conditioners, i.e. machines for crushing or bruising stalks
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D82/00—Crop conditioners, i.e. machines for crushing or bruising stalks
- A01D82/02—Rollers for crop conditioners
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C19/00—Other disintegrating devices or methods
- B02C19/0006—Crushing by endless flexible members
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27N—MANUFACTURE BY DRY PROCESSES OF ARTICLES, WITH OR WITHOUT ORGANIC BINDING AGENTS, MADE FROM PARTICLES OR FIBRES CONSISTING OF WOOD OR OTHER LIGNOCELLULOSIC OR LIKE ORGANIC MATERIAL
- B27N1/00—Pretreatment of moulding material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27N—MANUFACTURE BY DRY PROCESSES OF ARTICLES, WITH OR WITHOUT ORGANIC BINDING AGENTS, MADE FROM PARTICLES OR FIBRES CONSISTING OF WOOD OR OTHER LIGNOCELLULOSIC OR LIKE ORGANIC MATERIAL
- B27N1/00—Pretreatment of moulding material
- B27N1/02—Mixing the material with binding agent
- B27N1/0263—Mixing the material with binding agent by spraying the agent on the falling material, e.g. with the material sliding along an inclined surface, using rotating elements or nozzles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27N—MANUFACTURE BY DRY PROCESSES OF ARTICLES, WITH OR WITHOUT ORGANIC BINDING AGENTS, MADE FROM PARTICLES OR FIBRES CONSISTING OF WOOD OR OTHER LIGNOCELLULOSIC OR LIKE ORGANIC MATERIAL
- B27N3/00—Manufacture of substantially flat articles, e.g. boards, from particles or fibres
- B27N3/08—Moulding or pressing
- B27N3/28—Moulding or pressing characterised by using extrusion presses
Abstract
The present invention relates to building materials processing equipment fields, in particular to a kind of building materials process equipment recycled based on stalk, including crushing device, material transfer, material elevator, pool conveyer, heating device and mixing arrangement, the outside of pool conveyer is equipped with several forming jigs, type chamber is equipped in forming jig, type is intracavitary to be equipped with width extension, length extension and material feeding opening and closing element, width extension and length extension at right angles cooperate relatively and also, material feeding opening and closing element is mounted on the top close to forming jig, crushing device rides upon above the ground, material transfer is in below crushing device, material elevator is connected to the feed end of material transfer, mixing arrangement is connected to material elevator discharge end, heating device is set to material elevator upper semisection, pool conveyer is in the lower section of material elevator, the present invention Can be effectively fine crushing to stalk, and then mixing quality is promoted, while being also suitable for the building materials preparation of different size.
Description
Technical field
The present invention relates to building materials processing equipment field, in particular to a kind of building materials processing recycled based on stalk is set
It is standby.
Background technique
Stalk is the general name of mature crops cauline leaf (fringe) part.It is often referred to wheat, rice, corn, potato, rape, cotton
Flower, the remainder of sugarcane and other crops (usually coarse food grain) after harvesting seed.The photosynthetic product of crops has
More than half is present in stalk, and stalk is rich in nitrogen, phosphorus, potassium, calcium, magnesium and organic matter etc., be it is a kind of have it is multiduty can be again
Raw living resources, stalk are also a kind of roughage.Feature is that crude fiber content is high (30%-40%), and contains lignin etc..Wood
Though quality cellulose cannot be utilized by pig, chicken, it can be absorbed and be utilized by livestocks such as ruminant ox, sheep.
With the improvement of people's living conditions, pursuing living environment beautification becomes fashion.Family room is in finishing
When, a large amount of wood plank is spent, the wasting of resources is caused, later in order to economize on resources, and also to environmental protection considers, people
By straw collecting and be used to make building materials.
Currently, artificial board is various in the market, wherein the prevailing technology of stalk board and production equipment are all with stalk
It for raw material, adds chemical reagent especially adhesive and bonds, then squeezed through molding machine and the equipment such as baking and curing are made；It is existing
Production equipment exist and stalk be crushed insufficient, particle is larger or uneven, so that subsequent to mix not with adhesive
, relatively simple simultaneously for the molding machine of stalk board, it cannot achieve and multiple and different rule are prepared using single molding machine
The stalk board of lattice.
Summary of the invention
In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of building materials processing recycled based on stalk
Equipment.
To solve the above problems, the present invention the following technical schemes are provided:
A kind of building materials process equipment recycled based on stalk, including crushing device, material transfer, material elevator, ring
Shape conveyer, heating device and mixing arrangement, it is in vertical forming jig, molding that the outside of pool conveyer, which is equipped with several,
Type chamber is offered in jig, type is intracavitary to be equipped with width extension, length extension and material feeding opening and closing element, width extension and length
Extension is opposite and also at right angles cooperation, and size of the two to change type chamber, material feeding opening and closing element be mounted on close at
The top of type jig, while implementing closure to the type chamber after changing, crushing device is in be erected above the ground vertically, material
Transfer rides upon the lower section of crushing device, and the feed end of material elevator is located at the lower section of material transfer downstream, mixing
Device is connected with the discharge end of material elevator, and heating device is erected at material elevator upper semisection, and pool conveyer is in
The lower section of material elevator discharge end.
Further, crushing device includes rough and torn mechanism and mechanism fine crushing, rough and torn mechanism include feeding warehouse, broken motor and
Symmetrically arranged two rough and torn axis, in being horizontally disposed with, two rough and torn equal axis of axis connect in feeding warehouse feeding warehouse, and feeding warehouse is corresponding thick
The side of broken axis is arcuate structure, and the outer peripheral surface of the concave surface of the arcuate structure and rough and torn axis constitutes a rough and torn gap, breaks
The outside of feeding warehouse is arranged in broken motor, and by gear drive group to drive the synchronous positive and negative rotation of two rough and torn axis, each
The outer surface of rough and torn axis is provided with extruding fin.
Further, the bottom of feeding warehouse is equipped with the stock guide extended downwardly, is connected in stock guide and feeding warehouse, fine crushing
Mechanism includes the dismembyator for being symmetricly set on stock guide side, and dismembyator includes short distance oil cylinder, grinding conveyer belt and curb girder frame, is ground
The transport plane face stock guide of conveyer belt is ground, offering on the outside of stock guide can enter for grinding the transport plane of conveyer belt
Rectangular notch, curb girder frame rides upon the outside of stock guide, and short distance oil cylinder is mounted on curb girder frame, the piston shaft of short distance oil cylinder with
The back side transmission connection for grinding conveyer belt drives grinding conveyer belt movable to rectangular notch direction straight through short distance oil cylinder,
The bottom of stock guide is hatch frame, and the conveying direction of two grinding conveyer belts is opposite always.
Further, a wind shutter, one end of wind shutter and the outside of stock guide are equipped with above each dismembyator
Axis connects cooperation, and transport plane of the other end medial surface of wind shutter always with the grinding conveyer belt in dismembyator is kept in contact, and prevents
The medial surface of aerofoil, which is sticked, abrasive rubber layer.
Further, heating device includes installation bin and infrared heater, and installation bin is opened close to U-shaped structure, installation bin
The upper semisection of material elevator is shrouded in mouth face, and infrared heater is mounted on the opening inner wall of installation bin.
Further, mixing arrangement includes mixing bunker, adhesive spray head, draws flitch and cut air inlet pole, the top of mixing bunker
For uncovered structure, the discharge end of material elevator is in the top of mixing bunker left end, drainage platform is equipped in mixing bunker, drains platform
It is fixedly connected on the inside of one end and the left end of mixing bunker, and between the right end of the other end and mixing bunker inside between one feed of composition
Away from the bottom for being fed spacing begins with movable mouth, and movable mouth runs through mixing bunker, draws flitch and is set in movable mouth in vertical, draws material
The upper semisection of plate and the vertical activity of movable mouth cooperate, and its lower semisection is in the lower section of mixing bunker always, drains the top of platform
The inclined-plane being gradually lower by height by the right end direction of material elevator to mixing bunker is offered, adhesive spray head is arranged in mixing bunker
Top, and its injection direction is perpendicular to inclined-plane, cuts air inlet pole in being inversely installed in the outside of mixing bunker, and its piston rod
It is sequentially connected with the lower semisection for drawing flitch, drawing flitch is hollow structure, and its upper and lower ends is hatch frame.
Further, all forming jigs pass through pool conveyer can march to the underface for drawing flitch one by one.
Further, forming jig is the plate body of rectangular configuration, and the top of forming jig is uncovered structure, width extension
Including L-type plate and the first actuator, length extension includes that the first strip plate, the second strip plate, the second actuator and third are driven
Moving part, the first strip plate in being set in forming jig vertically, and the long side end of L-type plate corresponds to the first strip plate and the two is equal
Row, the short end of L-type plate close to the bottom of forming jig, control in the close molding of the first strip plate is horizontally set on by the second strip plate
Having one end of bottom, and constitutes a T font therebetween, the first actuator is mounted on the outside of the short end of L-type plate, and with
The transmission connection of L-type plate, the second actuator are mounted on the first strip plate close on the outside of the one end on forming jig top, and with first
Strip plate transmission connection, third actuator are mounted on the outside of the first strip plate other end, and the top with the second strip plate
Transmission connection, material feeding opening and closing element include hush panel and fourth drive member, and hush panel is in be horizontally set on one end of L-type plate long side,
Hush panel and the long side end of L-type plate cooperate in T font, and fourth drive member is mounted on the outside of hush panel and therewith transmission company
It connects, jack-up plate is provided with below the second strip plate, jack up the 5th actuator for being provided on the outside of plate and being sequentially connected therewith.
Further, the first actuator, the second actuator, third actuator, fourth drive member and the 5th actuator wrap
A motor and a gear are included, each gear is respectively sleeved on corresponding electric machine main shaft, and each equal axis of gear connects
In forming jig, the short end of L-type plate, the outside of the first strip plate, the outside of hush panel, the outside of jack-up plate and second are long
The top of batten offers the tooth socket that can be meshed with the gear of respective position, and the electric machine main shaft in third actuator passes through
The corresponding gear drive connection of gear-box, and third actuator further includes slide plate, the motor in third actuator is mounted on
On slide plate, slide plate and the vertical activity of forming jig outer wall cooperate, and it is movable vertically for gear-box that the outside of forming jig is also provided with
Evacuation fluting.
Further, the interior lateral surface of L-type plate, the first strip plate, the second strip plate and hush panel be sticked have it is smooth
Rubber layer.
The utility model has the advantages that a kind of building materials process equipment recycled based on stalk of the invention, the top of feeding warehouse are to open
Mouth structure, and it is additionally provided with hopper, stalk is transported in hopper through transporting equipment, and is entered in feeding warehouse by hopper,
Due to being crushed the working characteristics of motor, promote the synchronous positive and negative rotation of two rough and torn axis, and then material can be prior to each rough and torn gap
Direction activity comes to implement attrition crushing to material by the specification in rough and torn gap, and squeezing fin and can realizing keeps material bigger
Being squeezed for degree is broken, and material realizes first break by two rough and torn axis, this, which is crushed, can be considered coarse crushing, the material of coarse crushing
Can be downstream in stock guide, and continue to keep flowing down, should during it is fine crushing by dilute broken mechanism for implementing, specifically: grinding first
Conveyer belt remains work, transporting flat i.e. high-speed motion, and during being somebody's turn to do, two grinding conveyer belts rely on each self-alignment
The short distance oil cylinder set occurs quickly towards and away from movement, which fallen in stock guide by rough and torn material, it is necessary to
Between 2 grinding conveyer belts, since opposite close formula movement occurs for two grinding conveyer belts, so between therebetween
Gap becomes smaller, and material is sufficiently rubbed between, and the conveying direction of conveyer belt is being ground due to two always on the contrary, so object
Material becomes broken efficiency by friction and improves；Material can drop out after fine crushing from stock guide bottom end, and fall and shift in material
On machine, and to be passed on by material transfer to material elevator, material elevator conveys material, in process remittance,
It needs by installation bin, so these materials are in this process, can be influenced by infrared heater, and heated by a small margin, added
Material after heat reaches the discharge end of material elevator, then can directly fall in mixing bunker, due to the setting on inclined-plane, material
It is slid along to gradient, during being somebody's turn to do, adhesive spray head can keep work, spray adhesive is implemented to the material on inclined-plane, due to
Material fine crushing is heated, and mixed effect improves；Simultaneously, after the underface of flitch is drawn in the arrival of single forming jig,
Cutting air inlet pole at this time can drive the bottom end for drawing flitch to drop to inside the forming jig, and drawing at the top of flitch after decline is then and supplies
Bottom wall in material spacing, that is, mixing bunker flushes；The aforementioned mixed material flowed on inclined-plane can be directly by drawing flitch
Upper end opening flows into the inside for drawing flitch, and intracavitary, the input that imports the type to forming jig of the bottom opening by drawing flitch
Amount is controlled according to the time；After mixed material conveys, cuts air inlet pole and drive rapidly and draw flitch rising, draw the top of flitch
The top in mixing bunker is risen to, so that the supply of material is cut off, simultaneously, the hush panel in aforementioned forming jig is relied on
Type chamber is isolated from the outside by fourth drive member, while by the second actuator vertical activity occurs for the first strip plate, jacks up simultaneously
Plate is by the 5th actuator in the first strip plate synchronous movement, and during being somebody's turn to do, the two is moved with the second strip plate, the second strip
Plate can be extruded in the intracavitary mixed material of type, to constitute extrusion forming；The present invention can be effectively fine crushing to stalk, so that particle
With and then promote mixing quality, while the type chamber in the forming jig in the present invention is adjustable, to adapt to different rule
It is prepared by the building materials of lattice.
Detailed description of the invention
Fig. 1 is schematic perspective view one of the invention；
Fig. 2 is enlarged drawing at A in Fig. 1；
Fig. 3 is schematic perspective view two of the invention；
Fig. 4 is enlarged drawing at B in Fig. 3；
Fig. 5 is floor map one of the invention；
Fig. 6 is sectional perspective structural schematic diagram one of the invention；
Fig. 7 is floor map two of the invention；
Fig. 8 is sectional perspective structural schematic diagram two of the invention；
Fig. 9 is the floor map of forming jig in the present invention；
Figure 10 is the stereogram exploded view of forming jig in the present invention；
Description of symbols: feeding warehouse 1, rough and torn gap 1b, gear drive group 1c squeeze fin 1r, are crushed motor 1e, rough and torn axis
1p, stock guide 1w, rectangular notch 1n.
Short distance oil cylinder 2 grinds conveyer belt 2a, curb girder frame 2b, wind shutter 2c.
Material transfer 3, material elevator 3a.
Pool conveyer 4.
Forming jig 5, type chamber 5a, evacuation fluting 5b.
L-type plate 6, the first actuator 6a.
First strip plate 7, the second actuator 7a,
Second strip plate 8, third actuator 8a, gear-box 8b.
Hush panel 9, fourth drive member 9a.
Jack up plate 10, the 5th actuator 11.
Installation bin 12, infrared heater 13.
Mixing bunker 14, adhesive spray head 15 draw flitch 16, cut air inlet pole 17, inclined-plane 18.
Hopper 19.
Specific embodiment
With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail:
Turn referring to figs. 1 to a kind of building materials process equipment recycled based on stalk shown in Fig. 10, including crushing device, material
Telephone-moving 3, material elevator 3a, pool conveyer 4, heating device and mixing arrangement, the outside of pool conveyer 4 are equipped with several
A is in vertical forming jig 5, and type chamber 5a is offered in forming jig 5, is equipped with width extension, length extension in type chamber 5a
With material feeding opening and closing element, width extension and length extension at right angles cooperate relatively and also, while the two is to change type chamber
The size of 5a, material feeding opening and closing element are mounted on close to the top of forming jig 5, and are closed to the type chamber 5a implementation after changing
It closes, for crushing device in being erected above the ground vertically, material transfer 3 rides upon the lower section of crushing device, material elevator 3a
Feed end be located at the lower section of 3 downstream of material transfer, mixing arrangement is connected with the discharge end of material elevator 3a, heats
Device is erected at material elevator 3a upper semisection, and pool conveyer 4 is in the lower section of material elevator 3a discharge end.
Crushing device includes rough and torn mechanism and mechanism fine crushing, and rough and torn mechanism includes feeding warehouse 1, broken motor 1e and symmetrically sets
The rough and torn axis 1p of two set, in being horizontally disposed with, two rough and torn equal axis of axis 1p connect in feeding warehouse 1 feeding warehouse 1, and feeding warehouse 1 is corresponding
Between the side of rough and torn axis 1p is arcuate structure, and the outer peripheral surface of the concave surface of the arcuate structure and rough and torn axis 1p composition one is rough and torn
The outside of feeding warehouse 1 is arranged in gap 1b, broken motor 1e, and by gear drive group 1c to drive two rough and torn axis 1p same
Positive and negative rotation is walked, the outer surface of each rough and torn axis 1p, which is provided with, squeezes fin 1r；The top of feeding warehouse 1 is hatch frame, and
It is additionally provided with hopper 19, stalk is transported in hopper 19 through transporting equipment, and is entered in feeding warehouse 1 by hopper 19, due to
The working characteristics of broken motor 1e promotes the synchronous positive and negative rotation of two rough and torn axis 1p, and then material can be prior to each rough and torn gap
The activity of the direction 1b comes to implement attrition crushing to material by the specification of rough and torn gap 1b, and squeezing fin 1r and can realizing makes material can
Broken to be greatly squeezed, simultaneously because the characteristic of stalk, hollow structure is can be used in rough and torn axis 1p, do not influence it is broken same
When, realize lightweight.
The bottom of feeding warehouse 1 is equipped with the stock guide 1w extended downwardly, is connected in stock guide 1w and feeding warehouse 1, fine crusher
Structure includes the dismembyator for being symmetricly set on the side stock guide 1w, and dismembyator includes short distance oil cylinder 2, grinding conveyer belt 2a and curb girder frame
Offering on the outside of 2b, transport plane face the stock guide 1w, stock guide 1w of grinding conveyer belt 2a can be for grinding conveyer belt 2a
The rectangular notch 1n that enters of transport plane, curb girder frame 2b rides upon the outside of stock guide 1w, and short distance oil cylinder 2 is mounted on curb girder frame
On 2b, the piston shaft of short distance oil cylinder 2 and the back side of grinding conveyer belt 2a are sequentially connected, and drive grinding conveyer belt through short distance oil cylinder 2
2a can be straight to the activity of the direction rectangular notch 1n, and the bottom of stock guide 1w is hatch frame, and two are ground the defeated of conveyer belt 2a
Send direction opposite always；Material realizes first break by two rough and torn axis 1p, this, which is crushed, can be considered coarse crushing, coarse crushing
Material can be downstream in stock guide 1w, and continues to keep flowing down, should during it is fine crushing by dilute broken mechanism for implementing, specifically: first
First grinding conveyer belt 2a remains work, transporting flat i.e. high-speed motion, during being somebody's turn to do, two grinding conveyer belt 2a
Occur by the short distance oil cylinder 2 of respective position quickly towards and away from movement, which is to be fallen to and lead by rough and torn material
In flitch 1w, it is necessary between 2 grinding conveyer belt 2a, since opposite close formula fortune occurs for two grinding conveyer belt 2a
Dynamic, so gap between the two becomes smaller, material is sufficiently rubbed between, is grinding the defeated of conveyer belt 2a due to two
Send direction always on the contrary, so material becomes broken efficiency raising by friction；Grind the transport plane and rectangular notch of conveyer belt 2a
The specification of 1n is similar.
A wind shutter 2c is equipped with above each dismembyator, one end of wind shutter 2c and the outboard shafts of stock guide 1w connect
Cooperation, transport plane of the other end medial surface of wind shutter 2c always with the grinding conveyer belt 2a in dismembyator are kept in contact, and are prevented
The medial surface of aerofoil 2c, which is sticked, abrasive rubber layer；Conveyer belt 2a is ground in linear reciprocating motion, wind shutter 2c, which will receive, to be ground
The movement of conveyer belt 2a is ground, and is in contact formula rotation, that is, grinding conveyer belt 2a is contacted with wind shutter 2c always, prevents week
Side windage material leaks from the rectangular notch 1n on stock guide 1w；Abrasive rubber layer makes wind shutter 2c contact grinding conveying
Coefficient of friction can be reduced in band 2a.
Heating device includes installation bin 12 and infrared heater 13, and installation bin 12 is close to U-shaped structure, the opening of installation bin 12
The upper semisection of material elevator 3a is shrouded in face, and infrared heater 13 is mounted on the opening inner wall of installation bin 12；Material is through meticulous
It after broken, can be dropped out from the bottom end stock guide 1w, and fall in material transfer 3, and pass through the transmission of material transfer 3 to object
Expecting on elevator 3a, material elevator 3a conveys material, which needs in converging by installation bin 12, so these
Material in this process, can be influenced by infrared heater 13, and be heated by a small margin, and the material after heating reaches material lifting
The discharge end of machine 3a, and import to mixing arrangement.
Mixing arrangement includes mixing bunker 14, adhesive spray head 15, draws flitch 16 and cut air inlet pole 17, the top of mixing bunker 14
For uncovered structure, the discharge end of material elevator 3a is in the top of 14 left end of mixing bunker, drainage platform is equipped in mixing bunker 14, is drawn
It flows and is fixedly connected on the inside of one end of platform and the left end of mixing bunker 14, and constituted between the right end of the other end and mixing bunker 14 inside
One feed spacing, the bottom for being fed spacing begin with movable mouth, and movable mouth runs through mixing bunker 14, and drawing flitch 16 is in be set to vertically
In movable mouth, the upper semisection and the vertical activity of movable mouth for drawing flitch 16 cooperate, and its lower semisection is in mixing bunker 14 always
Lower section drains the inclined-plane for offering at the top of platform and being gradually lower by height by the right end direction of material elevator 3a to mixing bunker 14
18, the top of mixing bunker 14 is arranged in adhesive spray head 15, and its injection direction cuts air inlet pole 17 in perpendicular to inclined-plane 18
The outside for being mounted on mixing bunker 14 is set, and its piston rod is sequentially connected with the lower semisection for drawing flitch 16, it is hollow for drawing flitch 16
Structure, and its upper and lower ends is hatch frame；The lower semisection specification for drawing flitch 16 can enter vertically into the type of forming jig 5
In chamber 5a, after material reaches the discharge end of material elevator 3a, can directly it fall in mixing bunker 14, due to setting for inclined-plane 18
It sets, material slides along to gradient, and during being somebody's turn to do, adhesive spray head 15 can keep work, implements injection to the material on inclined-plane 18
Adhesive, thus adhesive spray head 15 for be inclined-plane 18 upper section region, while the mixed material by adhesive,
It can fall directly into feed spacing, and indicate: between the level height and feed in the top end opening face for drawing flitch 16 at this time
Away from wall surface flush, draw in flitch 16 so mixed material can directly be fallen to, then constitute transmitting by drawing flitch 16；Incision
Gas bar 17 is drawing that flitch 16 is vertical movable to drive, specifically: when single forming jig 5 reach draw flitch 16 just under
Fang Hou, cutting air inlet pole 17 at this time can drive the bottom end for drawing flitch 16 to drop to inside the forming jig 5, draw flitch 16 after decline
Top is flushed with the bottom wall being fed in spacing, that is, mixing bunker 14；Draw flitch 16 when forming jig 5 does not reach
When underface, 16 top of flitch of drawing at this time is in mixing bunker 14, that is, the upper area in feed spacing, can be hindered in this way
Every the trickling of material.
All forming jigs 5 can march to the underface for drawing flitch 16 by pool conveyer 4 one by one；Each molding
After jig 5 marches to the underface for drawing flitch 16, by drawing flitch 16 to carrying out material feeding inside forming jig 5.
Forming jig 5 is the plate body of rectangular configuration, and the top of forming jig 5 is uncovered structure, and width extension includes L-type
Plate 6 and the first actuator 6a, length extension include that the first strip plate 7, the second strip plate 8, the second actuator 7a and third are driven
Moving part 8a, for the first strip plate 7 in being set in forming jig 5 vertically, the long side end of L-type plate 6 corresponds to the first strip plate 7 and the two
Parallel, for the short end of L-type plate 6 close to the bottom of forming jig 5, the second strip plate 8 is in be horizontally set on the first strip plate 7 to connect
One end of nearly 5 bottom of forming jig, and a T font is constituted therebetween, the first actuator 6a is mounted on the short side of L-type plate 6
End outside, and be sequentially connected with L-type plate 6, the second actuator 7a is mounted on the first strip plate 7 close to 5 top of forming jig
On the outside of one end, and it is sequentially connected with the first strip plate 7, third actuator 8a is mounted on the outside of 7 other end of the first strip plate,
And it is sequentially connected with the top of the second strip plate 8, material feeding opening and closing element includes hush panel 9 and fourth drive member 9a, and hush panel 9 is in
It is horizontally set on one end of 6 long side of L-type plate, hush panel 9 and the long side end of L-type plate 6 cooperate in T font, fourth drive member 9a peace
Mounted in hush panel 9 outside and be sequentially connected therewith, the lower section of the second strip plate 8, which is provided with, jacks up plate 10, jacks up plate 10
Outside is provided with the 5th actuator 11 being sequentially connected therewith；Since different building materials specifications is different, so not being in phase difference
In the case where excessive, implement to change by length extension and width extension；Specifically: the first strip plate 7 is by therewith
Vertical motion in forming jig 5, and then the length specification of change type chamber 5a occur for the second actuator 7a matched；L-type plate 6
Short end move by the first actuator 6a, the long side end of L-type plate 6 can be moved relative to the first strip plate 7, together
When the 5th actuator 11 can drive and jack up the synchronous decline of plate 10, and then decline with the second strip plate 8, and then change type chamber 5a
Width；The second strip plate 8 can link under the movement of the first strip plate 7 simultaneously, when the operation of the first strip plate 7 finishes
Afterwards, third actuator 8a can drive the second strip plate 8 to move, and the direction of motion of the second strip plate 8 is the length relative to L-type plate 6
Side end, such purpose are, under the movement of L-type plate 6, compensate for that it is poor far from the opposite width after the first strip plate 7, so
Second strip plate, 8 movement length is until touching the long side terminal shell of L-type plate 6；When the first strip plate 7 implements homing position type fortune
When dynamic, jacking up plate 10 can work by the 5th actuator 11, can be with first to implement to jack up to the second strip plate 8
Strip plate 7 contacts always；After injecting suitable mixed material in type chamber 5a, fourth drive member 9a drives hush panel 9 to first
Strip plate 7 is reversed close, realizes to the Operating In Persistent Current Mode in type chamber 5a, after closure；Compacting is come into effect, at this time the first strip plate 7
It can implement homing position type movement by the second actuator 7a, and the 5th actuator 11 can also drive and jack up the rising of plate 10, composition pair
Second strip plate 8 above pushes away；Facilitate moving synchronously for the second strip plate 8 and the first strip plate 7；During being somebody's turn to do, the second strip plate 8
Vertical activity, constitute to be in the first strip plate 7.Mixing between second strip plate 8, hush panel 9 and the long side end of L-type plate 6
Material implementation is pressed, and then has been pressed into plate.
First actuator 6a, the second actuator 7a, third actuator 8a, fourth drive member 9a and the 5th actuator 11 wrap
A motor and a gear are included, each gear is respectively sleeved on corresponding electric machine main shaft, and each equal axis of gear connects
In forming jig 5, the short end of L-type plate 6, the outside of the first strip plate 7, hush panel 9 outside, jack up plate 10 outside and
The top of second strip plate 8 offers the tooth socket that can be meshed with the gear of respective position, the electricity in third actuator 8a
Owner's axis is by the corresponding gear drive connection of gear-box 8b, and third actuator 8a further includes slide plate, third actuator
Motor in 8a is mounted on slide plate, and slide plate and the vertical activity of 5 outer wall of forming jig cooperate, and the outside of forming jig 5 also opens up
Have for the vertical movable evacuation fluting 5b of gear-box 8b；First strip plate 7, the second strip plate 8, L-type plate 6, hush panel 9 and jack-up
Plate 10 is all made of rack pinion motion mode and is driven.
L-type plate 6, the first strip plate 7, the second strip plate 8 and hush panel 9 interior lateral surface be sticked and have smooth rubber
Layer；Smooth rubber layer can promote their inner walls of fit type chamber 5a in type chamber 5a to move, it is ensured that compactness simultaneously,
It allows them to move.
Working principle: the top of feeding warehouse 1 is hatch frame, and is additionally provided with hopper 19, and stalk is transported through transporting equipment
Be sent in hopper 19, and entered in feeding warehouse 1 by hopper 19, due to being crushed the working characteristics of motor 1e, promote two it is thick
Broken axis 1p synchronizes positive and negative rotation, and then material can be prior to each direction rough and torn gap 1b activity, by the specification of rough and torn gap 1b
To implement attrition crushing to material, squeezing fin 1r can realize that be squeezed material greatly broken, and material passes through two
Rough and torn axis 1p realizes first break, this is broken to can be considered coarse crushing, the material of coarse crushing can downstream in stock guide 1w, and after
Continuing insurance, it is dirty to hold, should be fine crushing by dilute broken mechanism for implementing in the process, specifically: grinding conveyer belt 2a first remains work,
Its transporting flat i.e. high-speed motion, during being somebody's turn to do, two grinding conveyer belt 2a occur by the short distance oil cylinder 2 of respective position
Quickly towards and away from movement, which fallen in stock guide 1w by rough and torn material, it is necessary to defeated by way of 2 grindings
It send between band 2a, since opposite close formula movement occurs for two grinding conveyer belt 2a, so gap between the two becomes smaller, object
Material is sufficiently rubbed between, and the conveying direction of conveyer belt 2a is being ground due to two always on the contrary, so material is rubbed
The efficiency for becoming broken is wiped to improve；Material can drop out after fine crushing from the bottom end stock guide 1w, and fall in material transfer 3
On, and by the way that in the transmission to material elevator 3a of material transfer 3, material elevator 3a conveys material, which converges
In, it needs by installation bin 12, so these materials are in this process, can be influenced by infrared heater 13, and by by a small margin
Heating, the material after heating reach the discharge end of material elevator 3a, then can directly fall in mixing bunker 14, due to inclined-plane
18 setting, material slide along to gradient, and during being somebody's turn to do, adhesive spray head 15 can keep work, real to the material on inclined-plane 18
Spray adhesive is applied, since material fine crushing is heated, mixed effect is improved；Simultaneously, when single forming jig 5 reaches
Behind the underface for drawing flitch 16, cutting air inlet pole 17 at this time can drive the bottom end for drawing flitch 16 to drop to inside the forming jig 5, under
16 top of flitch of drawing after drop is flushed with the bottom wall being fed in spacing, that is, mixing bunker 14；It is aforementioned on inclined-plane 18
The mixed material of flowing can directly be flowed into the inside for drawing flitch 16 by the upper end opening for drawing flitch 16, and by drawing flitch 16
Bottom opening is imported to the type chamber 5a of forming jig 5, and input quantity is controlled according to the time；After mixed material conveys,
Cutting air inlet pole 17, the rising of flitch 16 is drawn in driving rapidly, and the top for drawing flitch 16 rises to the top in mixing bunker 14, so that material
Supply be cut off, simultaneously, hush panel 9 in aforementioned forming jig 5 is by fourth drive member 9a by type chamber 5a and external
Isolation, while by the second actuator 7a vertical activity occurs for the first strip plate 7, while jacking up plate 10 and relying on the 5th actuator 11
In 7 synchronous movement of the first strip plate, during being somebody's turn to do, the two is moved with the second strip plate 8, and the second strip plate 8 can be extruded in type
Mixed material in chamber 5a, to constitute extrusion forming.
The above described is only a preferred embodiment of the present invention, not making any limit to technical scope of the invention
System, therefore any subtle modifications, equivalent variations and modifications to the above embodiments according to the technical essence of the invention,
In the range of still falling within technical solution of the present invention.
Claims (10)
1. a kind of building materials process equipment recycled based on stalk, it is characterised in that: including crushing device, material transfer
(3), material elevator (3a), pool conveyer (4), heating device and mixing arrangement, the outside of pool conveyer (4) are equipped with
Several are in vertical forming jig (5), are offered type chamber (5a) in forming jig (5), and width is equipped in type chamber (5a) and is extended
Part, length extension and material feeding opening and closing element, width extension and length extension are opposite and also at right angles cooperate, while the two
To the size of change type chamber (5a), material feeding opening and closing element is mounted on the top close to forming jig (5), and will change after
Type chamber (5a) implement closure, for crushing device in being erected above the ground vertically, material transfer (3) rides upon crushing device
Lower section, the feed end of material elevator (3a) are located at the lower section of material transfer (3) downstream, mixing arrangement and material elevator
The discharge end of (3a) is connected, and heating device is erected at material elevator (3a) upper semisection, and pool conveyer (4) is mentioned in material
Rise the lower section of machine (3a) discharge end.
2. a kind of building materials process equipment recycled based on stalk according to claim 1, it is characterised in that: broken dress
Set including rough and torn mechanism and mechanism fine crushing, rough and torn mechanism include feeding warehouse (1), broken motor (1e) and it is symmetrically arranged two slightly
Broken axis (1p), feeding warehouse (1) is in being horizontally disposed with, and two rough and torn axis (1p) axis connects in feeding warehouse (1), and feeding warehouse (1) is corresponding
The side of rough and torn axis (1p) is arcuate structure, and the outer peripheral surface of the concave surface of the arcuate structure and rough and torn axis (1p) constitute one slightly
Broken gap (1b) is crushed motor (1e) and is arranged in the outside of feeding warehouse (1), and by gear drive group (1c) to drive two
The synchronous positive and negative rotation of a rough and torn axis (1p), the outer surface of each rough and torn axis (1p), which is provided with, squeezes fin (1r).
3. a kind of building materials process equipment recycled based on stalk according to claim 2, it is characterised in that: feeding warehouse
(1) bottom is equipped with the stock guide (1w) extended downwardly, is connected in stock guide (1w) and feeding warehouse (1), mechanism fine crushing includes
It is symmetricly set on the dismembyator of the side stock guide (1w), dismembyator includes short distance oil cylinder (2), grinding conveyer belt (2a) and curb girder frame
(2b) grinds the transport plane face stock guide (1w) of conveyer belt (2a), and offering on the outside of stock guide (1w) can be for grinding
The rectangular notch (1n) that the transport plane of conveyer belt (2a) enters, curb girder frame (2b) ride upon the outside of stock guide (1w), short distance
Oil cylinder (2) is mounted on curb girder frame (2b), and the piston shaft of short distance oil cylinder (2) and the back side of grinding conveyer belt (2a) are sequentially connected,
Drive grinding conveyer belt (2a) can be straight to the direction rectangular notch (1n) activity, the bottom of stock guide (1w) through short distance oil cylinder (2)
Portion is hatch frame, and the conveying direction of two grindings conveyer belt (2a) is opposite always.
4. a kind of building materials process equipment recycled based on stalk according to claim 3, it is characterised in that: Mei Geyan
A wind shutter (2c) is equipped with above grinder, one end of wind shutter (2c) and the outboard shafts of stock guide (1w) connect cooperation, prevent
Transport plane of the other end medial surface of aerofoil (2c) always with the grinding conveyer belt (2a) in dismembyator is kept in contact, wind shutter
The medial surface of (2c), which is sticked, abrasive rubber layer.
5. a kind of building materials process equipment recycled based on stalk according to claim 1, it is characterised in that: heating dress
It sets including installation bin (12) and infrared heater (13), installation bin (12) is close to U-shaped structure, and the opening face of installation bin (12) is by object
The upper semisection of material elevator (3a) shrouds, and infrared heater (13) is mounted on the opening inner wall of installation bin (12).
6. a kind of building materials process equipment recycled based on stalk according to claim 1, it is characterised in that: mixing dress
It sets including mixing bunker (14), adhesive spray head (15), draw flitch (16) and cut air inlet pole (17), the top of mixing bunker (14) is spacious
Mouth structure, the discharge end of material elevator (3a) are in the top of mixing bunker (14) left end, drainage platform are equipped in mixing bunker (14),
It drains and is fixedly connected on the inside of one end of platform and the left end of mixing bunker (14), and the right end inside of the other end and mixing bunker (14)
Between constitute a feed spacing, the bottom for being fed spacing begins with movable mouth, and movable mouth draws flitch (16) through mixing bunker (14)
It is set in movable mouth in vertical, the upper semisection and the vertical activity of movable mouth for drawing flitch (16) cooperate, and its lower semisection is located always
In the lower section of mixing bunker (14), drain offered at the top of platform by material elevator (3a) to the right end direction of mixing bunker (14) by
The inclined-plane (18) being gradually lower by height, adhesive spray head (15) is arranged in the top of mixing bunker (14), and its injection direction is vertical
In inclined-plane (18), air inlet pole (17) are cut in being inversely installed in the outside of mixing bunker (14), and its piston rod and draw flitch (16)
Lower semisection transmission connection, drawing flitch (16) is hollow structure, and its upper and lower ends is hatch frame.
7. a kind of building materials process equipment recycled based on stalk according to claim 6, it is characterised in that: Suo Youcheng
Type jig (5) can march to the underface for drawing flitch (16) by pool conveyer (4) one by one.
8. a kind of building materials process equipment recycled based on stalk according to claim 1, it is characterised in that: molding is controlled
Has a plate body that (5) are rectangular configuration, the top of forming jig (5) is uncovered structure, and width extension includes L-type plate (6) and the
One actuator (6a), length extension include that the first strip plate (7), the second strip plate (8), the second actuator (7a) and third are driven
Moving part (8a), for the first strip plate (7) in being set in forming jig (5) vertically, the long side end of L-type plate (6) corresponds to the first strip plate
(7) and the two is parallel, and close to the bottom of forming jig (5), the second strip plate (8) sets in level for the short end of L-type plate (6)
One end in the first strip plate (7) close to forming jig (5) bottom is set, and constitutes a T font, the first actuator therebetween
(6a) is mounted on the outside of the short end of L-type plate (6), and is sequentially connected with L-type plate (6), and the second actuator (7a) is mounted on the
One strip plate (7) is sequentially connected close on the outside of the one end on forming jig (5) top, and with the first strip plate (7), third driving
Part (8a) is mounted on the outside of the first strip plate (7) other end, and is sequentially connected with the top of the second strip plate (8), material feeding
Opening and closing element includes hush panel (9) and fourth drive member (9a), and hush panel (9) is in be horizontally set on one end of L-type plate (6) long side,
Hush panel (9) and the long side end of L-type plate (6) cooperate in T font, and fourth drive member (9a) is mounted on the outside of hush panel (9) simultaneously
And be sequentially connected therewith, it is provided with below the second strip plate (8) and jacks up plate (10), jacked up and be provided with therewith on the outside of plate (10)
5th actuator (11) of transmission connection.
9. a kind of building materials process equipment recycled based on stalk according to claim 8, it is characterised in that: first drives
Moving part (6a), the second actuator (7a), third actuator (8a), fourth drive member (9a) and the 5th actuator (11) include one
A motor and a gear, each gear are respectively sleeved on corresponding electric machine main shaft, and each equal axis of gear, which connects, to be formed
In jig (5), the short end of L-type plate (6), the outside of the first strip plate (7), hush panel (9) outside, jack up the outer of plate (10)
Side and the top of the second strip plate (8) offer the tooth socket that can be meshed with the gear of respective position, third actuator
Electric machine main shaft in (8a) is by gear-box (8b) corresponding gear drive connection, and third actuator (8a) further includes sliding
Plate, the motor in third actuator (8a) are mounted on slide plate, and slide plate and the vertical activity of forming jig (5) outer wall cooperate, molding
The outside of jig (5) is also provided with for the vertical movable evacuation fluting (5b) of gear-box (8b).
10. a kind of building materials process equipment recycled based on stalk according to claim 9, it is characterised in that: L-type plate
(6), the interior lateral surface of the first strip plate (7), the second strip plate (8) and hush panel (9), which is sticked, smooth rubber layer.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910406643.9A CN109968491B (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
| CN202011476995.0A CN112720771A (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
| CN202011473089.5A CN112720770A (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910406643.9A CN109968491B (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
Related Child Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202011473089.5A Division CN112720770A (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
| CN202011476995.0A Division CN112720771A (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109968491A true CN109968491A (en) | 2019-07-05 |
| CN109968491B CN109968491B (en) | 2021-08-13 |
Family
ID=67073779
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202011476995.0A Withdrawn CN112720771A (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
| CN202011473089.5A Withdrawn CN112720770A (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
| CN201910406643.9A Expired - Fee Related CN109968491B (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
Family Applications Before (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202011476995.0A Withdrawn CN112720771A (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
| CN202011473089.5A Withdrawn CN112720770A (en) | 2019-05-16 | 2019-05-16 | Building materials processing equipment based on straw recycle |
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| Country | Link |
|---|---|
| CN (3) | CN112720771A (en) |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN112720771A (en) | 2021-04-30 |
| CN109968491B (en) | 2021-08-13 |
| CN112720770A (en) | 2021-04-30 |
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| CB03 | Change of inventor or designer information |
Inventor after: Wang Yongzeng Inventor after: Dai Yupei Inventor after: Li Tianjie Inventor after: Hai Wei Jie Inventor before: Hai Wei Jie |
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Effective date of registration: 20210723 Address after: 450003 No. 33, building 7, yard 12, Chaoyang Road, Jinshui District, Zhengzhou City, Henan Province Applicant after: Wang Yongzeng Applicant after: Dai Yupei Applicant after: Li Tianjie Address before: No. 27-2, Shangshui south, Chengnan village, Liandu District, Lishui City, Zhejiang Province 323000 Applicant before: Qiansheng Bearing Manufacturing Plant, Liandu District, Lishui City |
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