CN213081779U

CN213081779U - Calcium silicate board forming device

Info

Publication number: CN213081779U
Application number: CN202021241110.4U
Authority: CN
Inventors: 龙飞; 季俊; 杨剑
Original assignee: Sinoma Yichang Energy Conservation New Material Co ltd
Current assignee: Sinoma Yichang Energy Conservation New Material Co ltd
Priority date: 2020-06-30
Filing date: 2020-06-30
Publication date: 2021-04-30
Anticipated expiration: 2030-06-30

Abstract

The utility model provides a calcium silicate board panel forming device, it includes the frame, the feeding case, conveyor and rolling mechanism, through conveyor and frame cooperation, conveyor's slurry conveyer belt complex one end extends to the feeding incasement that is equipped with drying equipment, the panel conveyer belt is at the other end of frame, through the extrusion of rolling mechanism go up the roller and extrude the corresponding installation from top to bottom of lower roll, be located between two conveyer belts, the thick liquids that handle are carried to rolling mechanism through evenly strickleing off, through many times roll-in bonding, the mud on the roller reaches required thickness in the extrusion. The utility model overcomes originally can appear thickness inhomogeneous in the shaping manufacture process, density is difficult to the accuse, the fracture appears, the problem that the quality is not too close has simple structure, the panel that the cutting got off, and thickness is even, and the structure is inseparable, and the shaping form is good, and the productivity effect is high, characteristics that easy operation is convenient.

Description

Calcium silicate board forming device

Technical Field

The utility model belongs to the technical field of calcium silicate board shaping, a calcium silicate board panel forming device is related to.

Background

The new material of the calcium silicate board is a novel green environment-friendly building material, is widely applied in the market, has considerable prospect, needs to make the stirred slurry into blocks in the manufacturing process, and can generate uneven thickness and difficult control of thickness in the forming manufacturing process at present, and is easy to fracture to influence the forming quality.

Disclosure of Invention

The utility model aims to solve the technical problem that a calcium silicate board panel forming device is provided, moreover, the steam generator is simple in structure, adopt conveyor and frame cooperation, the one end of conveyor's thick liquids conveyer belt complex frame extends to the feeding incasement that is equipped with drying equipment, the panel conveyer belt is at the other end of frame, the roller corresponds the installation from top to bottom with extrusion lower roll in the extrusion of roller press mechanism, be located between two conveyer belts, the thick liquids of handling are carried to roller press mechanism through evenly strickleing, through the bonding of rolling in many times, the thick liquids that roll on the extrusion reached the thickness cutting that needs get off, thickness is even, the structure is inseparable, the molding form is good, the productivity effect is high, easy operation is convenient.

In order to solve the technical problem, the utility model discloses the technical scheme who adopts is: a calcium silicate board forming device comprises a frame, a feeding box, a conveying device and a rolling mechanism; one end of the rack is positioned in the cavity of the feeding box and is connected with one end of the feeding box; the slurry conveying belt of the conveying device is matched with the rack at one end of the feeding box, the scraper plate on the feeding box is contacted with the slurry conveying belt, and the plate conveying belt of the conveying device is matched with the other end of the rack; the extrusion lower roll of the rolling mechanism is matched with a shaft hole in the middle of the rack, the extrusion upper roll of the rolling mechanism is matched with a shaft hole of a supporting plate in the middle of the rack, and the upper roll and the extrusion lower roll are correspondingly arranged in an up-and-down structure.

The frame is a frame consisting of a plurality of supporting legs and a support, and also comprises supporting plates which are erected in the middle of two sides of the frame.

The feeding box is a box body with a middle cavity structure, drying equipment and a material conveying device are arranged in the feeding box, and a scraper plate which is inclined from the top to the middle end is arranged at one end of the feeding box.

The rolling mechanism is composed of an extrusion lower roller and an extrusion upper roller, the extrusion upper roller is a hollow roller wheel, the axle center penetrates through two bottoms and a crosspiece and is matched with the axle hole in the middle of the rack on the supporting plate, and the extrusion roller is provided with a cutting groove.

And the crosspieces at the two bottoms of the upper roller for extrusion of the rolling mechanism are provided with cylinders, and cutting knives connected with the telescopic ends of the cylinders are arranged in the hollow roller wheels and correspond to the cutting grooves on the extrusion roller wheels.

The lower extrusion roller of the rolling mechanism has a smaller diameter than the upper extrusion roller and is arranged below the upper extrusion roller side by side with the roller of the conveying mechanism.

The conveying device comprises a slurry conveying belt and a plate conveying belt, a driven shaft matched annular cloth belt of the slurry conveying belt is matched with one end shaft hole of the frame in the feeding box, and a driving shaft matched annular cloth belt is located on one side of the rolling mechanism and matched with the shaft hole of the frame and is driven by a motor.

The conveying device is characterized in that a conveying belt matched with a driven shaft of a plate conveying belt is matched with a shaft hole of a rack on one side of a rolling mechanism, a limiting rod is installed on supporting seats on two sides of a rolling shaft of the driven shaft, and the conveying belt matched with a driving shaft is driven by a motor to convey at the other end of the rack.

A calcium silicate board forming device comprises a frame, a feeding box, a conveying device and a rolling mechanism; one end of the rack is positioned in the cavity of the feeding box and is connected with one end of the feeding box; the slurry conveying belt of the conveying device is matched with the rack at one end of the feeding box, the scraper plate on the feeding box is contacted with the slurry conveying belt, and the plate conveying belt of the conveying device is matched with the other end of the rack; the extrusion lower roll of the rolling mechanism is matched with a shaft hole in the middle of the rack, the extrusion upper roll of the rolling mechanism is matched with a shaft hole of a supporting plate in the middle of the rack, and the upper roll and the extrusion lower roll are correspondingly arranged in an up-and-down structure. Simple structure, through conveyor and frame cooperation, the one end of conveyor's slurry conveyer belt complex frame extends to the feeding incasement that is equipped with drying equipment, the panel conveyer belt is at the other end of frame, roll up roller and extrusion lower roll through the extrusion of rolling mechanism and correspond the installation from top to bottom, be located between two conveyer belts, the thick liquids that handle are through evenly strickleing off carry to rolling mechanism, through the bonding of rolling in many times, the thick liquids that roll up on the extrusion reach the thickness that needs, the panel that the cutting got off, thickness is even, the structure is inseparable, the shaping form is good, the productivity effect is high, easy operation is convenient.

In a preferred scheme, the frame is a frame consisting of a plurality of supporting legs and a support frame, and the frame further comprises supporting plates erected in the middle of two sides of the frame. Simple structure, during the installation, the installation of each part of shaft hole cooperation on the frame, frame one end extends to the feeding incasement and connects the material, forms integrative panel forming device.

In a preferred scheme, the feeding box is a box body with a middle cavity structure, drying equipment and a material conveying device are arranged in the feeding box, and a scraper blade inclined from the top to the middle end is arranged at one end of the feeding box. Simple structure, during the operation, the mud that the conveyer belt in the feeding incasement inserted is at the uniform temperature, and mud condenses, and adhesive speed accelerates, and mud is strickleed evenly distributed through the scraper blade and is carried.

In the preferred scheme, the rolling mechanism is composed of an extrusion lower roller and an extrusion upper roller, the extrusion upper roller is a hollow roller, the axle center penetrates through two bottoms and a crosspiece and is matched with the axle hole in the supporting plate in the middle of the machine frame, and the extrusion roller is provided with a cutting groove. Simple structure, during the installation, the roller is gone up in the extrusion and is pushed the upper and lower structure of lower roll, and the corresponding installation, the roller is greater than the extrusion lower roll in the extrusion, running roller and thick liquids conveyer belt large tracts of land contact, and the cutting groove both ends on the running roller are not gone out the head and are transversely on the running roller.

In the preferred scheme, the cylinder is arranged on the crosspiece at the two bottoms of the extrusion upper roller of the rolling mechanism, and the cutting knife connected with the telescopic end of the cylinder is arranged in the hollow roller wheel and corresponds to the cutting groove on the extrusion roller wheel. Simple structure, during the operation, the round trip movement under the drive of motor is gone up in the extrusion, and the mud on the roller is gone up in the extrusion is extruded layer upon layer and is thickened, and density becomes tight, forms panel on the running roller, reaches the thickness that needs, and the cutting knife aims at the cutting notch and cuts under the effect of cylinder, and panel just is carried on smooth shaping panel conveyer belt, can not be through taking up midway and breaking.

In a preferred scheme, the lower extrusion roller of the roller pressing mechanism has a smaller diameter than the upper extrusion roller and is arranged below the upper extrusion roller and in parallel with the roller of the conveying mechanism. Simple structure, during the operation, when the extrusion was gone up the roller and is rotated, the mud of drive extrudeed with extrusion lower roll, and the mud will be glued firmly and more on the extrusion is gone up the roller.

In preferred scheme, conveyor includes thick liquids conveyer belt and panel conveyer belt, and the driven shaft complex annular strap of thick liquids conveyer belt cooperates with the one end shaft hole of the frame in the feeding case, and driving shaft complex annular strap is located the one side of rolling mechanism and the shaft hole cooperation of frame, is driven by the motor. Simple structure, during the installation, thick liquids conveyer belt and feeding case are linked into an organic whole, and annular strap can absorb water, waterlogging caused by excessive rainfall, with the moisture discharge in the mud, and when the conveyer belt connects the material in the box, there is the stopping of box, and mud moisture can not splash out.

In the preferred scheme, the driven shaft matched conveying belt of the plate conveying belt of the conveying device is matched with the shaft hole of the rack on one side of the rolling mechanism, the supporting seats on two sides of the rolling shaft of the driven shaft are provided with limiting rods, and the driving shaft matched conveying belt is driven by the motor to convey at the other end of the rack. Simple structure, during the operation, weigh the thickness that rolls the mud of gluing on the roller through the gag lever post on the extrusion, the extrusion is gone up the roller and is just reached the thickness that preparation panel needs when supporting the gag lever post and cut, and the panel that cuts down is spread on the panel conveyer belt, carries under the drive of motor.

Drawings

The invention will be further explained with reference to the following figures and examples:

fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a front view of fig. 1.

Fig. 3 is a side view of fig. 2.

Fig. 4 is a schematic bottom view of fig. 2.

In the figure: the device comprises a frame 1, a supporting plate 11, a feeding box 2, a scraper 21, a conveying device 3, a slurry conveying belt 31, a conveying belt 32, a limiting rod 33, a rolling mechanism 4, an extrusion lower roller 41, an extrusion upper roller 42, a cutting blade 43 and a cutting knife 44.

Detailed Description

As shown in fig. 1 to 4, a calcium silicate board forming device comprises a frame 1, a feeding box 2, a conveying device 3 and a rolling mechanism 4; one end of the frame 1 is positioned at one end inside the cavity of the feeding box 2 and is connected with the cavity; the slurry conveyer belt 31 of the conveying device 3 is matched with the frame 1 at one end of the feeding box 2, the scraper 21 on the feeding box 2 is contacted with the slurry conveyer belt 31, and the plate conveyer belt 32 of the conveying device 3 is matched with the other end of the frame 1; the lower extrusion roller 41 of the rolling mechanism 4 is matched with a shaft hole in the middle of the rack 1, the upper extrusion roller 42 of the rolling mechanism 4 is matched with a shaft hole of the supporting plate 11 in the middle of the rack 1, and the upper extrusion roller 42 and the lower extrusion roller 41 are arranged in a vertical structure and are correspondingly arranged. Simple structure, cooperate with frame 1 through conveyor 3, the one end of conveyor 3's slurry conveyer belt 31 complex frame 1 extends to the feeding case 2 that is equipped with drying equipment, sheet material conveyer belt 32 is at the other end of frame 1, roll 42 and extrusion lower roll 41 correspond the installation from top to bottom on the extrusion through rolling mechanism 4, be located between two conveyer belts, the thick liquids that handle are carried to rolling mechanism 4 through evenly strickleing, through the bonding of roll-in many times, the mud on the roll 42 reaches the thickness that needs on the extrusion, the panel that the cutting got off, thickness is even, the structure is inseparable, the shaping form is good, high productivity effect, easy operation is convenient.

In a preferred scheme, the frame 1 is a frame consisting of a plurality of supporting legs and a support, and further comprises supporting plates 11 erected in the middle of two sides of the frame. Simple structure, during the installation, the installation of each part of shaft hole cooperation on the frame, 1 one end of frame extends to and connects the material in the feeding case 2, forms integrative panel forming device.

In the preferred scheme, the feeding box 2 is a box body with a middle cavity structure, drying equipment and a material conveying device are arranged in the box body, and one end of the box body is provided with a scraper 21 which inclines from the top to the middle end. Simple structure, during the operation, the mud of the conveyer belt access in the feeding case 2 is in the uniform temperature, and mud condenses, and adhesive speed accelerates, and mud is strickleed evenly distributed through scraper blade 21 and is carried.

In the preferred scheme, the rolling mechanism 4 is composed of a lower extrusion roller 41 and an upper extrusion roller 42, the upper extrusion roller 42 is a hollow roller, the axis of the hollow roller penetrates through the two bottoms and the crosspiece and is matched with the shaft hole in the supporting plate in the middle of the rack, and the extrusion roller is provided with a cutting groove. Simple structure, during the installation, roll 42 and extrusion lower roll 41 upper and lower structure on the extrusion, correspond the installation, roll 42 on the extrusion is greater than extrusion lower roll 41, the running roller contacts with thick liquids conveyer belt 31 large tracts of land, and the cutting groove both ends on the running roller are not gone out the head and are transversely on the running roller.

In a preferable scheme, the crosspieces at the two bottoms of the upper extrusion roller 42 of the rolling mechanism 4 are provided with air cylinders 43, and cutting knives 44 connected with the telescopic ends of the air cylinders 43 are arranged in the hollow roller wheel and correspond to the cutting grooves on the extrusion roller wheel. Simple structure, during the operation, the round trip movement under the drive of motor is gone up to the extrusion 42, and the mud on the roll 42 is gone up in the extrusion is extruded layer upon layer and is thickened, and density becomes tight, forms panel on the running roller, reaches required thickness, and cutting knife 44 aims at the cutting notch and cuts under the effect of cylinder 43, and panel just is carried on smooth shaping panel conveyer belt 32, can not be through taking up midway and breaking.

In a preferred embodiment, the lower pressing roller 41 of the rolling mechanism 4 has a smaller diameter than the upper pressing roller 42, and is arranged below the upper pressing roller 42 in parallel with the rollers of the conveying mechanism. The structure is simple, and in operation, when the upper extrusion roller 42 rotates, the mud driven by the upper extrusion roller 41 is extruded, and the more the mud is firmly adhered to the upper extrusion roller 42.

In the preferred scheme, conveyor 3 includes thick liquids conveyer belt 31 and panel conveyer belt 32, and the cooperation of the one end shaft hole of frame 1 in the driven shaft complex annular strap of thick liquids conveyer belt 31 and the feeding case 2, and driving shaft complex annular strap is located the one side of rolling mechanism 4 and the shaft hole cooperation of frame 1, is driven by the motor. Simple structure, during the installation, thick liquids conveyer belt 31 and feeding case 2 are linked into an organic whole, and annular strap can absorb water, waterlogging caused by excessive rainfall, with the moisture discharge in the mud, and the conveyer belt has blockking of box when connecing the material in the box, and mud moisture can not splash out.

In a preferred scheme, a driven shaft matched conveying belt of the plate conveying belt 32 of the conveying device 3 is matched with a shaft hole of the rack 1 at one side of the rolling mechanism 4, a limiting rod 33 is installed on a supporting seat at two sides of a rolling shaft of the driven shaft, and the driving shaft matched conveying belt is driven by a motor to convey at the other end of the rack 1. Simple structure, during the operation, weigh the thickness that rolls the mud of gluing on the roller 42 on the extrusion through gag lever post 33, the roller 42 just reaches the thickness that preparation panel needs and cuts when propping gag lever post 33 on the extrusion, and the panel that cuts down is spread on panel conveyer belt 32, carries under the drive of motor.

When the forming device for the calcium silicate board is installed and used, the conveying device 3 is matched with the rack 1, one end of the rack 1 matched with the slurry conveying belt 31 of the conveying device 3 extends into the feeding box 2 provided with the drying device, the board conveying belt 32 is arranged at the other end of the rack 1, the upper extrusion roller 42 and the lower extrusion roller 41 of the roller pressing mechanism 4 are installed up and down correspondingly and are positioned between the two conveying belts, the processed slurry is conveyed to the roller pressing mechanism 4 through uniform scraping, the slurry on the upper extrusion roller 42 reaches the required thickness through multiple times of rolling and bonding, the cut board is uniform in thickness, compact in structure, good in forming shape, high in production benefit, and simple and convenient to operate.

During installation, the shaft holes on the frame are matched with the installation of each part, and one end of the rack 1 extends into the feeding box 2 to receive materials, so that an integrated plate forming device is formed.

During operation, slurry fed into the conveying belt in the feeding box 2 is condensed at a certain temperature, the bonding speed is accelerated, and the slurry is conveyed after being strickled off and uniformly distributed by the scraper 21.

During installation, the upper extrusion roller 42 and the lower extrusion roller 41 are arranged up and down correspondingly, the upper extrusion roller 42 is larger than the lower extrusion roller 41, the roller is in large-area contact with the slurry conveying belt 31, and the two ends of the cutting groove on the roller do not extend out and are transversely arranged on the roller.

During the operation, the round trip movement is gone up in the extrusion to roller 42 under the drive of motor, and the mud on the extrusion roller 42 extrudes the thickening layer upon layer, and density becomes tight, forms panel on the running roller, reaches required thickness, and cutting knife 44 aims at the cutting notch under the effect of cylinder 43 and cuts, and panel just is carried on smooth shaping panel conveyer belt 32, can not be through picking up midway and breaking.

In operation, when the upper extrusion roller 42 rotates, the slurry driven by the upper extrusion roller 42 is extruded with the lower extrusion roller 41, and the more slurry is adhered to the upper extrusion roller 42.

During installation, the slurry conveying belt 31 and the feeding box 2 are connected into a whole, the annular cloth belt can absorb water and drain water to discharge the moisture in the slurry, and when the conveying belt receives the materials in the box body, the blocking of the box body is realized, and the slurry moisture cannot splash out.

During operation, the thickness of the slurry rolled and adhered on the upper extrusion roller 42 is measured through the limiting rod 33, the thickness required for manufacturing the plate is cut when the upper extrusion roller 42 abuts against the limiting rod 33, and the cut plate is laid on the plate conveying belt 32 and conveyed under the driving of the motor.

The above embodiments are merely preferred technical solutions of the present invention, and should not be considered as limitations of the present invention, and the features in the embodiments and the examples in the present application may be arbitrarily combined with each other without conflict. The protection scope of the present invention shall be defined by the claims and the technical solutions described in the claims, including the technical features of the equivalent alternatives as the protection scope. Namely, equivalent alterations and modifications within the scope of the invention are also within the scope of the invention.

Claims

1. A calcium silicate board forming device is characterized in that: the device comprises a frame (1), a feeding box (2), a conveying device (3) and a rolling mechanism (4); one end of the rack (1) is positioned in the cavity of the feeding box (2) and is connected with one end of the cavity; a slurry conveyer belt (31) of the conveying device (3) is matched with the rack (1) at one end of the feeding box (2), a scraper plate (21) on the feeding box (2) is close to the slurry conveyer belt (31), and a plate conveyer belt (32) of the conveying device (3) is matched with the other end of the rack (1); the extrusion lower roll (41) of the rolling mechanism (4) is matched with the rack (1), the extrusion upper roll (42) of the rolling mechanism (4) is matched with the supporting plate (11) of the rack (1), and the extrusion upper roll (42) and the extrusion lower roll (41) are arranged in an up-and-down structure and are correspondingly installed.

2. The apparatus for forming calcium silicate board as claimed in claim 1, wherein: the frame (1) comprises a frame consisting of a plurality of supporting legs and a support, and also comprises supporting plates (11) which are erected in the middle of two sides of the frame.

3. The apparatus for forming calcium silicate board as claimed in claim 1, wherein: the feeding box (2) is a box body with a middle cavity structure, drying equipment and a material conveying device are arranged in the feeding box, and a scraper (21) inclined from the top to the middle end is arranged at one end of the feeding box.

4. The apparatus for forming calcium silicate board as claimed in claim 1, wherein: the rolling mechanism (4) comprises an extrusion lower roller (41) and an extrusion upper roller (42), the extrusion upper roller (42) is a hollow roller wheel and is matched with a shaft hole in the supporting plate (11), and a cutting groove is formed in the extrusion roller.

5. The apparatus for forming calcium silicate board as claimed in claim 4, wherein: and a crosspiece of the upper extrusion roller (42) is provided with an air cylinder (43), and the telescopic end of the air cylinder (43) is connected with the cutting knife (44) and corresponds to the cutting groove on the extrusion roller wheel.

6. The apparatus for forming calcium silicate board as claimed in claim 4, wherein: the diameter of the lower extrusion roller (41) is smaller than that of the upper extrusion roller (42), and the lower extrusion roller is positioned below the upper extrusion roller (42) and is arranged side by side with a roller of the conveying mechanism.

7. The apparatus for forming calcium silicate board as claimed in claim 1, wherein: the conveying device (3) comprises a slurry conveying belt (31) and a plate conveying belt (32), a driven shaft of the slurry conveying belt (31) is matched with one end of a rack (1) of the feeding box (2), and a driving shaft is matched with the rack (1) on one side of the rolling mechanism (4).

8. The apparatus for forming calcium silicate board as claimed in claim 7, wherein: the driven shaft of panel conveyer belt (32) and frame (1) cooperation are installed gag lever post (33) on the supporting seat of driven shaft both sides, and the driving shaft is located the other end of frame (1).