CN111940103A

CN111940103A - Cement reducing mechanism of cement board for building

Info

Publication number: CN111940103A
Application number: CN202010764722.XA
Authority: CN
Inventors: 陈以贺
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-08-03
Filing date: 2020-08-03
Publication date: 2020-11-17

Abstract

The invention discloses a cement smashing device for a cement board for a building, which structurally comprises: the invention realizes the matching of the twisting cutter cylinder shell and the reinforcing steel bar winding disc groove to form the side collecting effect after the reinforcing steel bars are wound in a single circle, and ensures that the shaft sleeve thick pad is matched with the reinforcing steel bar winding disc groove to form the bending moment resisting effect of linkage of a roller matched with an inner shaft groove ring of the carbon brush plate frame block through a double-frame rail frame through a five-side column plate disc and a reinforcing steel bar hinge receiving force, effectively supports the wound reinforcing steel bars, obtains the hammer pressing effect of the cone drilling surface of the side auxiliary disc wheel through the inclined cone plate wheel seat for cement crushing, facilitates the quick crushing effect of cement during later collision sliding and pushing, improves the engineering progress, ensures the crushing quality, optimizes the sorting, processing, winding and crushing homogenizing operation of the reinforcing steel bars of the cement plate.

Description

Cement reducing mechanism of cement board for building

Technical Field

The invention relates to a cement smashing device for a cement board for a building, and belongs to the field of buildings.

Background

Cement slab for building is floor apron commonly used, and relative wall body board more has prevention of seepage water and strengthening rib to weave the operation of thickening, and the cement crushing operation to cement slab needs powerful hinge to cut equipment and carries out broken shredding billet and cement piece to the cement crushing operation of guarantee later stage building dismantlement back, and the convenient decomposition operation of guarantee building material, the public shortcoming of treating the optimization of prior art has:

the mud layer and the reinforcing bar frame of cement slab wrap up each other, in cement crushing operation, the mud layer is easily smashed into the sediment, and the rigidity clash moment of torsion of strengthening rib, thereby it causes the reinforcing bar of hinge to knife rest pressure and roller pressure cross parcel bending blade to lead to the fact deformation, and later stage cutting edge face cutting cement piece is because the inclined plane deformation skidded the plane of shaving the cement slab surface easily, cause idle running winding phenomenon, thereby it increases to the kibbling course of processing volume of cement, and the rotational speed is slow serious, cause card shell and billet to add the jam phenomenon easily.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a cement crushing device for a cement board for a building, which aims to solve the problems that a cement layer and a reinforcing rib frame of the cement board are mutually wrapped, the cement layer is easy to crush into slag in the cement crushing operation, the rigidity of reinforcing ribs collides with torque, the pressure of hinged steel bars on a tool rest and the pressure of a roller shaft are crossed and wrapped to bend a blade to cause deformation, and a later cutting edge surface cutting cement block is easy to skid and shave the surface of the cement board due to the deformation of an inclined surface to cause an idle winding phenomenon, so that the processing process quantity of cement crushing is increased, the rotating speed is slow and serious, and the phenomena of clamping shells and steel bars are easy to block.

In order to achieve the purpose, the invention is realized by the following technical scheme: a cement reducing mechanism of cement board for building, its structure includes: the steel bar winding disc groove is nested at the front side of the lock shaft seat and is positioned on the same vertical surface, the lock column block is inserted and embedded at the right upper corner of the base thin plate and is vertical to each other, the base thin plate is nested below the bottom of the twisting cutter cylinder shell, the lock shaft seat is tightly attached to the front side of the twisting cutter cylinder shell and is positioned on the same vertical surface, the grating shaver block is buckled with the twisting cutter cylinder shell together, the feeding groove cylinder and the twisting cutter cylinder shell are of an integral structure and are communicated with each other, the steel bar winding disc groove is provided with a five-sided column plate disc, a double-frame rail machine frame, a carbon brush plate frame block, an inclined cone plate wheel seat, an inner winding ring, an outer containing thick ring and a guide rod channel groove, the five-sided column plate disc is mechanically connected with the double-frame machine frame and is positioned on the same vertical surface, the double-frame-rail machine frame is inserted and embedded together with the carbon brush plate frame block, the inclined conical plate wheel seat is installed in the interior inside of winding the compression ring, the carbon brush plate frame block adopts interference fit with the outer thick ring of accomodating, the guide rod channel slot is inserted and is embedded on the top of accomodating the thick ring outward, the interior winding compression ring is inserted and is embedded in the inside of accomodating the thick ring outward and axle center collineation, accomodate the thick ring nestification outward in the front side of lock axle bed and be in on same vertical face.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the pentagonal column plate disc consists of a wing plate, a column block plate and a pentagonal inner shaft disc, wherein the wing plate is arranged inside the pentagonal inner shaft disc, and the column block plate and the pentagonal inner shaft disc are inserted and embedded into a whole and are positioned on the same vertical plane.

As a further improvement of the invention, the wing piece wheel plate consists of a spring pipe, a wheel plate groove, a folding frame ball hook rod and a wing piece plate, wherein the spring pipe is mechanically connected with the folding frame ball hook rod and is positioned on the same vertical plane, the wing piece plates are provided with two parts which are respectively inserted and embedded on the left side and the right side of the wheel plate groove, and the spring pipe is arranged inside the wheel plate groove.

As a further improvement of the invention, the double-frame-rail frame consists of a plunger block, a long frame strip plate and a connecting rod frame, wherein the plunger block is mechanically connected with the long frame strip plate and is positioned on the same vertical surface, and the long frame strip plate is arranged on the right side of the connecting rod frame.

As a further improvement of the invention, the plunger block consists of a block groove, a piston plate, a wheel hub bracket pipe and a trapezoidal sheet plate, wherein the piston plate and the wheel hub bracket pipe are nested into a whole, the block groove and the piston plate are in interference fit, and the wheel hub bracket pipe and the trapezoidal sheet plate are mechanically connected and are positioned on the same vertical plane.

As a further improvement of the invention, the carbon brush board frame block consists of a moon petal cushion block, a shaft fastening wheel and a carbon brush board, and the moon petal cushion block is fastened with the carbon brush board through the shaft fastening wheel and is positioned on the same vertical surface.

As a further improvement of the invention, the moon petal cushion block consists of a spring screw rod, a folding frame plate, rubber cushion blocks and a moon petal groove, the spring screw rod and the folding frame plate are respectively inserted and embedded on the left sides of the three rubber cushion blocks, and the rubber cushion blocks and the moon petal groove are in interference fit.

As a further improvement of the invention, the oblique cone plate wheel seat consists of a cone plate block, a clamping triangular plate and a bottom wheel seat, wherein the cone plate block and the clamping triangular plate are in interference fit, and the cone plate block and the clamping triangular plate are inserted and embedded in the front side of the bottom wheel seat.

As a further improvement of the invention, the conical plate block comprises an iron needle body, an arc conical plate, a buckle bar and a spring pad seat, wherein the iron needle body and the arc conical plate are welded into a whole, the arc conical plate and the buckle bar are buckled together, and the spring pad seat is mechanically connected with the arc conical plate and is positioned on the same cambered surface.

As a further improvement of the invention, the folding frame ball hook rod is a composite rod frame structure with a left upper corner provided with an elevation rod and a concave deep-diameter groove strip inserted and connected with a bending hook ball cap rod, so that the frame rail can conveniently press and cover the pulling buckle wheel plate and the wing plate, the elastic power of alignment and traction is improved, and the axial anti-slip package-off pressing effect of cement grinding is ensured.

As a further improvement of the invention, the wheel-joint support tube is of a concave tube frame structure with a left short rod and a right long rod and an inclined frame double-wheel-joint groove, so that the piston is convenient to clamp and protect up and down to form the uniformity of the sliding pushing pressure of the piston, and the anti-release effect of the central shaft on the dynamic pressure resistance is ensured.

As a further improvement of the invention, the crescent moon petal groove is of an ellipsoidal crescent moon petal block structure with narrow upper tip and narrow lower tip and wide middle, so that a steel pipe is conveniently supported by a bending plate hardness pad at the side of the inner groove, the slip winding is avoided, and the whole friction coefficient and the pressure intensity are improved.

As a further improvement of the invention, the spring cushion seat is a cushion seat plate structure of an arc-petal triangular cone bottom plate inserted with spring wires, so that a conical surface is conveniently packed and pressed to form a cement block which is packed and clamped on the hardness puncture broken steel bars, and the homogeneity degree of cement crushing is ensured.

Advantageous effects

The invention relates to a cement crushing device for cement boards for buildings, which is characterized in that a worker puts a cement board into a feeding groove barrel, cuts the cement board into pieces through a grid razor block, then introduces the cut pieces into a twisting knife barrel shell, adapts to a shaft seat to drive a pulling steel bar to form a shaft rod linkage twisting crushing operation around an outer containing thick ring of a resistance disc groove, introduces the crushed cement powder into a locking column block at the side of a base sheet, and carries out shaft motion accident operation to lead vane wheel plates of five-side column plate discs to support an inner shaft when the column block plate is inserted with a five-side inner shaft disc, leads a folding ball hook rod at the side of a spring tube pulling wheel plate groove to flick the vane plate to form clamping operation, leads the plunger block of a double-frame rail frame to reciprocate and pull in a long-frame plate along a plunger wheel, leads a connecting rod frame to synchronously rotate and pull, leads a piston plate in the cylinder block groove to push and press a wheel joint tube top supporting trapezoid sheet plate up and lead the inner resistance to be expanded outward along a carbon brush block winding pulley, thereby drive spring lead screw and roll over the frame plate and bulldoze the reinforcing bar that the rubber cushion pad protected around going into in the moon lamella inslot, and the reinforcing bar winds through guide arm passageway groove and hinders the breakage in the interior encirclement through oblique cone plate wheel seat, promotes the clean and tidy degree of whole reinforcing bar, and subsidiary rotation firing pin has broken the stubborn cement hard piece of package clamp, promotes the cement of cement slab and smashes and draws the high efficiency.

The invention has the following advantages after operation:

the twisting cutter cylinder shell is matched with the steel bar winding disc groove, and after the cement plate is matched with the roller tool rest in the twisting cutter cylinder shell to form primary cement block crushing and cutting, the tiny reinforcing steel bar pipes mixed with the cement board are led into the inner winding compression ring and the outer containing thick ring through the guide rod channel groove for processing treatment to form the side collecting effect after the single circle of reinforcing steel bars is wound, and the pentagonal column plate disc ensures that the thick pad of the shaft sleeve is matched with the reinforcing steel bar hinge to receive the binding force to form the bending resistance effect of linking with the adaptive roller of the inner shaft groove ring of the carbon brush plate frame block through the double-frame rail frame, so as to effectively support the reinforcing steel bar wound by the pad, and obtain the chisel conical surface hammering effect of the supplementary plate wheel of avris through the oblique cone plate wheel seat to the cement breakage, make things convenient for the later stage collision formula to slide to hit the quick crushing effect of bulldozing time cement, promote the engineering progress and ensure crushing quality, optimize the letter sorting processing winding and the broken homogeneity operation that the cement slab mingled with the reinforcing bar.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural view of a cement pulverizing apparatus for cement boards for construction according to the present invention.

FIG. 2 is a detailed sectional structure diagram of the steel bar winding plate slot, the pentagonal column plate disc, the double-frame-rail frame, the carbon brush plate frame block and the inclined conical plate wheel seat of the invention.

FIG. 3 is a schematic cross-sectional view of the vane wheel plate of the present invention in its operating condition.

Fig. 4 is a cross-sectional enlarged structural schematic view of the plunger block in the working state of the present invention.

FIG. 5 is an enlarged cross-sectional view of the moon petal cushion block of the present invention in working condition.

Fig. 6 is a cross-sectional inner view structure diagram of the working state of the conical plate of the present invention.

Description of reference numerals: a feeding groove drum-1, a grating razor block-2, a twisting cutter drum shell-3, a shaft locking seat-4, a steel bar winding disc groove-5, a base thin plate-6, a locking column block-7, a five-sided column plate disc-5A, a double-frame rail machine frame-5B, a carbon brush plate frame block-5C, an inclined cone plate wheel seat-5D, an inner winding compression ring-5E, an outer storage thick ring-5F, a guide rod channel groove-5G, a vane wheel plate-5A 1, a column block plate-5A 2, a five-sided inner shaft disc-5A 3, a spring tube-5A 11, a wheel plate groove-5A 12, a folding frame ball hook rod-5A 13, a vane plate-5A 14, a plunger block-5B 1, a long frame vane plate-5B 2, a connecting rod machine frame-5B 3, a column block groove-5B 11, a piston plate-5B 12, a twisting cutter plate-5B 12, a double-5A reel-, Wheel knuckle support tube-5B 13, trapezoidal sheet plate-5B 14, moon flap cushion block-5C 1, shaft buckle wheel-5C 2, carbon brush plate-5C 3, spring lead screw-5C 11, folding frame plate-5C 12, rubber cushion block-5C 13, moon flap groove-5C 14, cone plate block-5D 1, clamping triangle plate-5D 2, bottom wheel seat-5D 3, iron needle body-5D 11, arc cone plate-5D 12, buckling bar-5D 13 and spring cushion seat-5D 14.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

The first embodiment is as follows:

referring to fig. 1 to 6, the present invention provides a cement pulverizing apparatus for cement boards for construction, which comprises: the steel bar twisting cutter barrel comprises a feeding grooved drum 1, a grating razor block 2, a twisting cutter barrel shell 3, a locking shaft seat 4, a steel bar winding disk groove 5, a base thin plate 6 and a locking column block 7, wherein the steel bar winding disk groove 5 is nested at the front side of the locking shaft seat 4 and is positioned on the same vertical surface, the locking column block 7 is inserted and embedded at the upper right corner of the base thin plate 6 and is vertical to each other, the base thin plate 6 is nested under the bottom of the twisting cutter barrel shell 3, the locking shaft seat 4 is tightly attached to the front side of the twisting cutter barrel shell 3 and is positioned on the same vertical surface, the grating razor block 2 and the twisting cutter barrel shell 3 are buckled together, the feeding grooved drum 1 and the twisting cutter barrel shell 3 are of an integrated structure and are communicated with each other, the steel bar winding disk groove 5 is provided with a five-sided column plate disk 5A, a double-frame rail machine frame 5B, a carbon brush plate frame block 5C, a bevel plate wheel seat 5D, an inner winding pressure ring 5E, an outer receiving thick ring 5F and a guide rod groove 5G, five-sided post plate dish 5A and double-frame rail frame 5B mechanical connection and be in on the same vertical face, double-frame rail frame 5B inserts with carbon brush plate frame piece 5C and inlays together, the inside around clamping ring 5E in installing to oblique awl board wheel seat 5D, carbon brush plate frame piece 5C adopts interference fit with accomodate thick ring 5F outward, guide arm passageway groove 5G inserts and inlays on accomodating thick ring 5F's top outward, it inlays and is outside accomodating thick ring 5F's inside and axle center collineation to insert around clamping ring 5E in, accomodate thick ring 5F nestification in the front side of lock axle seat 4 outward and be in on the same vertical face outward.

Referring to fig. 2, the pentagonal pole plate 5A is composed of a vane wheel plate 5A1, a pole plate 5A2 and a pentagonal inner shaft disc 5A3, the vane wheel plate 5A1 is installed inside the pentagonal inner shaft disc 5A3, the pole plate 5A2 is inserted and embedded into the pentagonal inner shaft disc 5A3 to be in one body and on the same vertical plane, the double-frame rail frame 5B is composed of a plunger block 5B1, a long frame strip 5B2 and a connecting rod frame 5B3, the plunger block 5B1 is mechanically connected with the long frame strip 5B2 and on the same vertical plane, the long frame strip 5B2 is installed on the right side of the connecting rod frame 5B3, the carbon brush plate frame block 5C is composed of a moon flap block 5C1, a shaft fastening wheel 5C2 and a carbon brush plate 5C 6865C, the moon flap 5C1 is fastened with the inner shaft fastening wheel 5C2 by a shaft fastening wheel 5C2 and is on the same vertical plane and the same as the connecting rod rail frame 5B 599 to be in a rotary drawing tube 599, when cement is smashed, the sorting anti-interference operation effect of the impurities of the cement board is achieved.

Referring to fig. 3, the wing wheel plate 5a1 is composed of a spring tube 5a11, a wheel plate groove 5a12, a folding frame ball hook rod 5a13, and a wing plate 5a14, the spring tube 5a11 is mechanically connected to the folding frame ball hook rod 5a13 and is located on the same vertical plane, the wing plate 5a14 is provided with two composite rod frame structures which are respectively inserted and embedded on the left and right sides of the wheel plate groove 5a12, the spring tube 5a11 is installed inside the wheel plate groove 5a12, the folding frame ball hook rod 5a13 is a composite rod frame structure with an upward rod at the upper left corner and a concave deep-diameter groove bar hook ball cap rod inserted and inserted, so that the frame rail covers the pulling and buckling wheel plate and the wing plate, the elastic force of the alignment pulling is improved, the cement grinding axial pulling and pressing effects are ensured, the folding frame ball hook rod 5a13 pulls and buckles the spring tube 5a11 to form a ring surface, the motorized pulley is avoided, and the stable winding coefficient of the steel bar is improved.

Referring to fig. 4, the plunger block 5B1 is composed of a pillar block groove 5B11, a piston plate 5B12, a wheel knuckle support tube 5B13 and a trapezoid plate 5B14, the piston plate 5B12 and the wheel knuckle support tube 5B13 are nested into a whole, the pillar block groove 5B11 and the piston plate 5812 are in interference fit, the wheel knuckle support tube 5B13 and the trapezoid plate 5B14 are mechanically connected and located on the same vertical plane, the wheel knuckle support tube 5B13 is a concave tube frame structure of a left short rod right long rod inclined frame double wheel knuckle groove, so that the piston sliding and pushing force uniformity is formed by clamping up and down conveniently, the anti-release effect of the central axis movement anti-pressure is ensured, the trapezoid plate 5B14 is clamped up and down through the wheel knuckle support tube 5B13 to form an external support and cushion steel bar supporting effect of piston sliding, and the rolling cement bag clamping block is ensured to be in effective centrifugal swing and adaptive crushing operation.

Referring to fig. 5, the moon flap pad 5C1 is composed of a spring lead screw 5C11, a folding frame plate 5C12, a rubber pad 5C13 and a moon flap groove 5C14, the spring lead screw 5C11 and the folding frame plate 5C12 are respectively inserted and embedded on the left side of the three rubber pads 5C13, the rubber pad 5C13 and the moon flap groove 5C14 are in interference fit, the moon flap groove 5C14 is of an ellipsoidal moon flap block structure with a narrow upper tip and a narrow lower tip and a wide middle, a steel bar pipe is conveniently supported by the inner groove side bent plate hardness pad, slip winding is avoided, the overall friction coefficient and pressure strength are improved, the spring lead screw 5C11 presses against the rubber pad 5C13 to enable the whole side flap plate pad curved surface to form a bending moment inclusion clip to increase the convex arc friction coefficient, and the winding tightness of the contraction pressure is guaranteed.

The working process is as follows: a worker puts a cement plate into a feeding groove barrel 1, cuts the cement plate into pieces through a grating shaver block 2, then introduces the pieces into a twisting cutter barrel shell 3, is suitable for a shaft locking shaft seat 4 to axially pull a reinforcing steel bar to form a shaft rod linkage twisting and crushing operation around an outer accommodating thick ring 5F of a resistance disc groove 5, introduces the introduced cement powder into a locking column block 7 at the side of a base thin plate 6 after crushing, and performs shaft motion and crushing operation to ensure that a wing wheel plate 5A1 of a five-side column plate disc 5A drives a wing plate 5A14 to form a clamping and protecting operation when a column block plate 5A2 is inserted into a five-side inner shaft disc 5A 68, so that a spring tube 5A11 pulls a folding ball hook rod 5A13 at the side of a wheel plate groove 5A12 to form a clamping and protecting operation, and pushes and pulls and draws and pulls a piston wheel block 581 of a double-frame rack 5B along a column wheel block 5B to lead the inner long-frame strip plate 5B2 to perform reciprocating drawing and drawing movement along a trapezoidal resistance tube 4835B 5B 3B to obtain an upper and lower resistance tube 585B 465, make the moon lamella cushion 5C1 package of carbon brush board frame piece 5C press the buckle wheel 5C2 along carbon brush board 5C3 slip interior winding compression ring 5E thereby drive spring lead screw 5C11 and roll-over board 5C12 bulldoze rubber cushion 5C13 pad in moon lamella groove 5C14 and protect the reinforcing bar of encircleing, and the reinforcing bar winds the interior encircleing through oblique cone plate wheel seat 5D through guide arm passageway groove 5G and hinders the breakage, promote the clean degree of whole reinforcing bar, and the stubborn cement hard piece of package clamp has been broken to subsidiary round trip firing pin, promote the cement of cement slab and smash and draw the high efficiency.

Example two:

referring to fig. 1 to 6, the present invention provides a cement pulverizing apparatus for a cement board for construction, which is otherwise the same as in embodiment 1, except that:

referring to fig. 2, the oblique cone plate wheel seat 5D is composed of a cone plate block 5D1, a clamping triangle plate 5D2 and a bottom wheel seat 5D3, the cone plate block 5D1 and the clamping triangle plate 5D2 are in interference fit, the cone plate block 5D1 and the clamping triangle plate 5D2 are inserted and embedded in the front side of the bottom wheel seat 5D3, the clamping triangle plate 5D2 is inserted and embedded in the cone plate block 5D1 to form an inserting stabbing surface crushing effect of a side wing plate, so that high-hardness cement blocks wrapping reinforcing steel bars can be effectively broken and slipped off at nodes, and the effect of later-stage crushing operation of the corner picking cement blocks is achieved.

Referring to fig. 6, the cone plate 5D1 is composed of an iron pin body 5D11, an arc cone plate 5D12, a buckle bar 5D13, and a spring pad seat 5D14, the iron pin body 5D11 and the arc cone plate 5D12 are welded into a whole, the arc cone plate 5D12 and the buckle bar 5D13 are buckled together, the spring pad seat 5D14 and the arc cone plate 5D12 are mechanically connected and located on the same arc surface, the spring pad seat 5D14 is a pad seat plate structure in which an arc-petal triangular cone bottom plate is inserted with a spring wire, so that a cement block sandwiched on a hardness puncture broken steel bar is conveniently formed by wrapping and pressing a cone surface, the homogeneity of cement crushing is guaranteed, a cement block is chiseled at multiple puncture points on the arc cone plate 5D12 by padding the iron pin body 5D11 by the spring pad seat 5D14, and the homogeneity of the crushing amount is guaranteed to be uniformly slipped.

Leading-in breaker notch through cement slab blocking earlier stage, let the articulated roller of port hand hay cutter cooperation form crushing operation, make the cement piece that has the reinforcing bar pipe can the active area wind into the avris rim plate and carry out the reinforcing bar and receive and compile the operation, and broken cement powder in earlier stage obtains sinking, the axle center is tightened to the pole of winding of rethread avris, the high rigidity cement piece that makes the reinforcing bar pole smuggle secretly presss from both sides dress three-angle plate 5D2 through the taper plate piece 5D1 grafting of oblique taper plate wheel seat 5D and strikes under the gyration of bottom wheel seat 5D3 and cut, make iron needle body 5D11 cooperate buckle strip pole 5D13 needle body pressure equipment spring pad 5D14 to bounce on arc taper plate 5D12 panel, form and alternate broken stone effect, promote the inside rim plate of whole body to draw around the breaking mobility and take off the material effect rapidly.

The invention achieves the effects that the twisting cutter cylinder shell 3 is matched with the reinforcing steel bar winding disc groove 5, the cement plate is matched with the roller tool rest in the twisting cutter cylinder shell 3 to form the crushing and chopping of a primary cement block, a fine reinforcing steel bar pipe mixed with the cement plate is led into the inner winding compression ring 5E and the outer receiving thick ring 5F through the guide rod channel groove 5G to be processed, the side collecting effect after the reinforcing steel bar is wound in a single circle is formed, the five-sided column plate disc 5A ensures that the shaft sleeve thick pad is matched with the reinforcing steel bar hinge to receive the binding force to form the bending-resistant distance effect of the adaptive roller linkage of the double-frame rail frame-5B and the inner shaft groove ring of the carbon brush plate frame block 5C, the reinforcing steel bar wound in the pad is effectively supported, the cement is crushed, the chiseling and hammering effect of the side auxiliary disc wheel is obtained through the inclined cone plate wheel seat 5D, and the rapid crushing effect of the cement during the later collision sliding and pushing is, promote the engineering progress and ensure crushing quality, optimize the letter sorting processing winding and the broken homogeneity operation that the cement slab mingled with the reinforcing bar, thereby solve the mud layer and the mutual parcel of strengthening rib frame of cement slab, in the cement crushing operation, the mud layer is easily smashed into the sediment, and the rigidity of strengthening rib collides the moment of torsion, thereby the reinforcing bar that causes to articulate causes deformation to knife rest pressure and roller pressure cross parcel bending blade, and later stage cutting edge face cutting cement piece skids because of inclined plane deformation easily and shaves the cement slab surface, cause idle running winding phenomenon, thereby process progress volume to cement crushing increases, and the rotational speed is slow serious, cause the problem of card shell and billet clogging phenomenon easily.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. A cement reducing mechanism of cement board for building, its structure includes: pan feeding groove drum (1), grid razor piece (2), twist bit barrel shell (3), lock axle bed (4), reinforcing bar winding dish groove (5), base sheet metal (6), lock and connect post piece (7), its characterized in that:

the steel bar winding disc groove (5) is nested at the front side of the lock shaft seat (4), the lock connecting column block (7) is inserted and nested at the right upper corner of the base thin plate (6), the base thin plate (6) is nested below the bottom of the twisting cutter cylinder shell (3), the lock shaft seat (4) is tightly attached to the front side of the twisting cutter cylinder shell (3), the grating shaver block (2) and the twisting cutter cylinder shell (3) are buckled together, and the feeding groove cylinder (1) and the twisting cutter cylinder shell (3) are of an integrated structure;

the steel bar winding disc groove (5) is provided with a pentagonal column plate disc (5A), a double-frame-rail rack (5B), a carbon brush plate rack block (5C), an inclined conical plate wheel seat (5D), an inner winding compression ring (5E), an outer receiving thick ring (5F) and a guide rod channel groove (5G);

pentagonal column plate dish (5A) and two frame rail frame (5B) mechanical connection, two frame rail frame (5B) are inserted with carbon brush plate frame piece (5C) and are inlayed together, interior round the inside of clamping ring (5E) of awl board wheel seat (5D) installation, carbon brush plate frame piece (5C) and outer thick ring (5F) of accomodating cooperate, guide arm passageway groove (5G) are inserted and are inlayed on the top of accomodating thick ring (5F) outward, interior round clamping ring (5E) insert and inlay the inside of accomodating thick ring (5F) outward, accomodate thick ring (5F) nestification in the front side of lock axle bed (4) outward.

2. The cement pulverizing apparatus for cement boards for construction as set forth in claim 1, wherein: the five-side column plate disc (5A) is composed of a wing wheel plate (5A1), a column plate (5A2) and a five-side inner shaft disc (5A3), the wing wheel plate (5A1) is installed inside the five-side inner shaft disc (5A3), and the column plate (5A2) and the five-side inner shaft disc (5A3) are inserted and embedded into a whole.

3. The cement pulverizing apparatus for cement boards for construction as set forth in claim 2, wherein: wing wheel board (5A1) comprises spring pipe (5A11), wheel board groove (5A12), a roll over a ball hook pole (5A13), wing board (5A14), spring pipe (5A11) and roll over a ball hook pole (5A13) mechanical connection, wing board (5A14) are equipped with two and insert respectively and inlay the left and right sides in wheel board groove (5A12), spring pipe (5A11) are installed in the inside in wheel board groove (5A 12).

4. The cement pulverizing apparatus for cement boards for construction as set forth in claim 1, wherein: double-frame-rail rack (5B) comprises plunger block (5B1), long frame slat (5B2), connecting rod rack (5B3), plunger block (5B1) and long frame slat (5B2) mechanical connection, long frame slat (5B2) are installed in the right side of connecting rod rack (5B 3).

5. The cement pulverizing apparatus for cement boards for construction as set forth in claim 4, wherein: plunger piece (5B1) comprises plunger piece groove (5B11), piston board (5B12), wheel section support tube (5B13), trapezoidal piece board (5B14), piston board (5B12) and wheel section support tube (5B13) nestification are integrative, plunger piece groove (5B11) and piston board (5B12) cooperate, wheel section support tube (5B13) and trapezoidal piece board (5B14) mechanical connection.

6. The cement pulverizing apparatus for cement boards for construction as set forth in claim 1, wherein: the carbon brush plate frame block (5C) is composed of a moon petal cushion block (5C1), a shaft buckle wheel (5C2) and a carbon brush plate (5C3), and the moon petal cushion block (5C1) is buckled with the carbon brush plate (5C3) through the shaft buckle wheel (5C 2).

7. The cement pulverizing apparatus for cement boards for construction as claimed in claim 6, wherein: the moon-shaped petal cushion block (5C1) is composed of a spring screw rod (5C11), a folding frame plate (5C12), a rubber cushion block (5C13) and a moon-shaped petal groove (5C14), the spring screw rod (5C11) and the folding frame plate (5C12) are respectively inserted and embedded in the left sides of the three rubber cushion blocks (5C13), and the rubber cushion block (5C13) is matched with the moon-shaped petal groove (5C 14).

8. The cement pulverizing apparatus for cement boards for construction as set forth in claim 1, wherein: oblique cone plate wheel seat (5D) comprises awl plate (5D1), clamp dress set-square (5D2), return pulley seat (5D3), awl plate (5D1) with press from both sides dress set-square (5D2) and cooperate, awl plate (5D1) all inserts the front side at return pulley seat (5D3) with pressing from both sides dress set-square (5D 2).

9. The cement pulverizing apparatus for cement boards for construction as set forth in claim 8, wherein: awl plate (5D1) comprises iron needle body (5D11), arc taper plate (5D12), buckle barre (5D13), spring pad seat (5D14), iron needle body (5D11) and arc taper plate (5D12) weld an organic whole, arc taper plate (5D12) and buckle barre (5D13) lock are in the same place, spring pad seat (5D14) and arc taper plate (5D12) mechanical connection.