CN100586686C - Compound thermal insulation wall plate and external wall heat-insulation board producing line - Google Patents
Compound thermal insulation wall plate and external wall heat-insulation board producing line Download PDFInfo
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- CN100586686C CN100586686C CN200710017088A CN200710017088A CN100586686C CN 100586686 C CN100586686 C CN 100586686C CN 200710017088 A CN200710017088 A CN 200710017088A CN 200710017088 A CN200710017088 A CN 200710017088A CN 100586686 C CN100586686 C CN 100586686C
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- external wall
- insulation board
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Abstract
The present invention discloses a production line of a composite heat proof wall plate and an external heat proof plate of an external wall. The production line includes an automatic mounting mouldingboard mechanism, cloth-net roll mechanisms, a reseau cloth automatic cutting mechanism and an automatic plate-sending, shelf-installing and shelf-sending mechanism which are orderly linked by a beltfeeding production chain. Mixing and material-dropping mechanisms are arranged above a section of belt feeding production chain between the automatic mounting moulding board mechanism and a first group of cloth-net roll mechanism and between a forward group of cloth-net roll mechanism and a next group of cloth-net roll mechanism. At least two groups of matched mixing and material-dropping mechanisms and the cloth-net roll mechanisms are arranged. The production line can produce the composite heat proof wall plate and at the same time can also produce the external heat proof plate of an external wall and has the characteristics of high production efficiency, simple and convenient operation and high quality of processing.
Description
Technical field
The present invention relates to a kind of production line of manufacturing composite heat-insulating wall plate, Outwall thermal insulation board.
Background technology
In existing ash wall body plate production technology, the general method of plastering by hand that adopts is produced heat-insulating wall plate, spreads cement mortar on the two sides of styrofoam by hand, is pressed into grid cloth simultaneously, and the heat-insulating wall plate of making, the wallboard difficult quality guarantee yield rate that this method is made is low, production efficiency is low.Perhaps with the Light trabs machine that produce with the Light trabs the same specification of floor, the cement mortar that will contain granular polystyrene is poured in the ash wall body plate mould, the Light trabs of making through the maintenance moulding is owing to be manual mould production, efficient is low.
In existing Outwall thermal insulation board production technology, what have takes the method for directly plastering a wall, and will be mixed with the dry powder and mortar of granular polystyrene, after stirring with water or liquid material, on the exterior wall surface of directly plastering, this construction method labour intensity is big, efficient is low, and quality can't guarantee.Perhaps adopt the template casting, the cope match-plate pattern in exterior wall outside after the dry powder and mortar that is mixed with granular polystyrene stirred, is directly poured in the outer wall template and is formed external wall insulating layer, and this construction method is because of a large amount of template of demand, and makes efficient low-cost high.Or directly paste the styrofoam method, and directly styrofoam is pasted on the exterior wall at exterior wall exterior-applied liquid medicine silt particle slurry, again at styrofoam exterior rendering cement, thereby form heat-insulation layer, this construction method quality can't guarantee that efficiency of construction is low.
Summary of the invention
For solving the above problem that in composite heat-insulating wall plate, Outwall thermal insulation board are produced, exists, the invention provides a kind of composite heat-insulating wall plate, external wall outer insulation board assembly line, its technical scheme of taking is:
This production line comprises by what belt carried that streamline connects successively goes up flask board mechanism, the roller press mechanism of arranging net, grid cloth automatic gas cutting machine structure and the ejecting plate frame mechanism of putting on the shelf out automatically automatically, flask board mechanism and first group are arranged net between the roller press mechanism and the last group of one group of one section belt of arranging net between the roller press mechanism of roller press mechanism and back of arranging net carries the top position of streamline to be provided with the stirring blanking mechanism on automatically, stir blanking mechanism and the roller press mechanism of arranging net is provided with supporting two groups at least.
Belt carries streamline to comprise the pipeline workbench, be located at the belt conveyor above the pipeline workbench and be socketed in the live-roller of belt conveyor end position and the conveying carrying roller in centre position.
Automatically go up flask board mechanism comprise be positioned at belt carry the flask board support of streamline front end, be deposited in flask board above the flask board support, be positioned at guide rail that flask board support both sides and two ends are provided with travel switch, be positioned at automatic upper plate walking dolly on the guide rail, be fixed on the automatic upper plate walking dolly pick up lift cylinder and with pick up the vacuum cup that lift cylinder is connected and is positioned at the flask board top.
Stirring blanking mechanism comprises tubular steel post, is fixed on two layers of workbench on the tubular steel post, is located at two layers of mixer, the rotation feeder that is connected and is positioned at the blanking funnel of its lower position and is positioned at the blanking funnel bottom with mixer on the workbench.
The roller press mechanism of arranging net comprise roll-in unit frame and be fixed on buncher on the roll-in unit frame, go up pressure roller, snub pulley, synchronous interaction lift, be stained with the glue groove, be stained with rubber roll, nonwoven carrying roller and tightening roller, buncher is connected with snub pulley by driving chain, and the synchronous interaction lift is connected with last pressure roller.
Grid cloth automatic gas cutting machine structure comprises chain on the socket drive sprocket, be positioned at pipeline workbench both sides and at the stringer dolly of walking on the longitudinal rail, the travel switch that is positioned at pipeline workbench one end, be fixed on the air clamper on the stringer dolly and the electronic swivel head of crosscut cylinder, the electric shear that is connected with the crosscut cylinder and the rotation of control electric shear.
Automatically ejecting plate put out that frame mechanism comprises that the propelling stroke switch that lays respectively at pipeline workbench front-end and back-end is connected with the return-stroke switch, with dragging motor on the shelf and with in the same plane the dragging chain, be located at the hook that drags above the chain, the shelf stands that is positioned at belt conveying streamline rear end of belt conveyor, rotating and reverse of propelling stroke switch and return-stroke switch control dragging motor, be arranged with bearing support above the shelf stands, the elevating chain that is connected with bearing support is socketed on the lifting motor.
The continuous polyphenylene heat insulation slab of putting on the streamline that belt is carried, by blanking anticracking cement mortar, shop multiple tracks glass fiber grid cloth is strengthened, through severing after the multiple tracks roll-in, maintain curing and make warming plate or ash wall body plate, because be the production line of buncher control, serialization is highly efficient in productivity, and the sheet material that can select to process plurality of specifications has been realized the batch production production of composite heat-insulating wall plate, Outwall thermal insulation board.Therefore this production line has production efficiency height, simple to operation, characteristics that crudy is high.
Description of drawings
Fig. 1 is a structural representation of the present invention;
Fig. 2 for the A of grid cloth automatic gas cutting machine structure of the present invention to view.
The specific embodiment
The present invention is further described below in conjunction with accompanying drawing:
As shown in Figure 1, belt is carried streamline to comprise pipeline workbench 10, belt conveyor 7, live-roller 8 and is carried carrying roller 9, belt conveyor 7 is installed in above the pipeline workbench 10, and live-roller 8 and conveying carrying roller 9 are socketed in the end position and the centre position of belt conveyor 7 respectively.Be installed in belt on the pipeline workbench 10 and carry streamline live-roller 8 to drive belt conveyors 7 to rotate, and then make and carry carrying roller 9 to rotate, thereby flask board 2 (and on sheet material) conveying forward.
Automatically go up flask board mechanism comprise be positioned at belt carry the flask board support 1 of streamline front end, be deposited in flask board 2 above the flask board support 1, be positioned at guide rail 6 that flask board support 1 both sides and two ends are provided with travel switch, be positioned at automatic upper plate walking dolly 5 on the guide rail 6, be fixed on the automatic upper plate walking dolly 5 pick up lift cylinder 4 and with pick up the vacuum cup 3 that lift cylinder 4 is connected and is positioned at flask board 2 tops.Pick up lift cylinder 4 when falling, vacuum cup 3 holds the flask board 2 on the flask board support 1, picking up lift cylinder 4 rises, automatically after upper plate walking dolly 5 moves to belt conveyor 7 positions along guide rail 6, meet the travel switch of this end, Electric Machine Control picks up lift cylinder 4 and falls, and vacuum cup 3 unclamps, and flask board 2 just is transported to belt and carries on the streamline 7.
Stirring blanking mechanism comprises tubular steel post 22, is fixed on two layers of workbench 23 on the tubular steel post 22, is located at two layers of mixer 25, the rotation feeder 21 that is connected and is positioned at the blanking funnel 24 of its lower position and is positioned at blanking funnel 24 bottoms with mixer 25 on the workbench 23.The material for preparing is poured in the mixer 25, and sub-material falls into blanking funnel 24 and is expected on the flask board 2 of production line by rotation feeder 21 cloth and become the slab material after stirring.
The roller press mechanism of arranging net comprise roll-in unit frame 19 and be fixed on buncher 20 on the roll-in unit frame 19, go up pressure roller 16, snub pulley 17, synchronous interaction lift 15, be stained with glue groove 11, be stained with rubber roll 12, nonwoven carrying roller 13 and tightening roller 14, buncher 20 is connected with snub pulley 17 by driving chain 18, and synchronous interaction lift 15 is connected with last pressure roller 16.Buncher 20 drives driving chain 18, and then drives the upward passing slab material of pressure roller 16 rotation roll-ins of snub pulley 17 drives.Thereby regulating synchronous interaction lift 15 makes the distance between the up-down rollers meet production warming plate thickness requirement.Nonwoven on the nonwoven carrying roller 13 or grid cloth is through being stained with glue groove 11 and being stained with rubber roll 12, behind tightening roller 14, enters between pressure roller 16 and the snub pulley 17 and with after cement slurry mixes, and pushing through pair roller becomes warming plate.
As depicted in figs. 1 and 2, grid cloth automatic gas cutting machine structure comprise chain 27 on the socket drive sprocket 26, be positioned at pipeline workbench 10 both sides and the stringer dolly 30 of walking on the longitudinal rail 31, be positioned at pipeline workbench 10 1 ends travel switch 28, be fixed on air clamper 29 and crosscut cylinder 33, the electric shear 32 that is connected with crosscut cylinder 33 on the stringer dolly 30 and control the electronic swivel head 34 that electric shear 32 rotates.Live-roller 8 on the production line drives drive sprocket 26, and then drive chain 27 transmissions, when the gap of flask board 2 front and back two plates of carrying makes travel switch 28 actions, stringer dolly 30 is walked on longitudinal rail 31, air clamper 29 clamps the forward chain of chain 27, electric shear 32 is finished automatic cut-out under the promotion of crosscut cylinder 33 the grid cloth between two plates of flask board 2 front and back being cut off simultaneously; Air clamper 29 unclamps subsequently, clamps the reverse chain of chain 27 again, thereby gets back to the cutting original position, and electronic swivel head 34 Rotate 180 degree are prepared cutting next time.
Automatically ejecting plate put out that frame mechanism comprises that the propelling stroke switch 35 that lays respectively at pipeline workbench 10 front-end and back-end is connected with return-stroke switch 39, with dragging motor 42 on the shelf and with in the same plane the dragging chain 36, be located at the shelf stands 38 that drags the top hook 37 of chain 36, is positioned at belt conveying streamline rear end of belt conveyor 7, rotating and reverse of propelling stroke switch 35 and return-stroke switch 39 control dragging motors 42, be arranged with bearing support 41 above the shelf stands 38, the elevating chain 40 that is connected with bearing support 41 is socketed on the lifting motor 43.When flask board 2 warming plate or the wallboard of harsh product (on have) is run into propelling stroke switch 35, dragging motor 42 drives the hook 37 that drags on the chain 36 and hooks flask board 2 quick propellings in the shelf stands 38, when the top puts in place, run into return-stroke switch 39 dragging motors 42 backward rotation and drag chain 36 and be with and advance hook 37 returns; After lifting motor in the shelf stands 38 43 drive elevating chains 40 rose a stroke to the bearing support 41 that has flask board 2 and finished product slab simultaneously, next bearing support 41 entered and pipeline 7 flush position, waits for the carry of plank next time.So move in circles and finish whole process of production.After shelf stands 38 is piled, be pushed out station and enter the maintenance room, next empty shelf stands 38 enters station.
Automatically go up flask board mechanism, the roller press mechanism of arranging net, grid cloth automatic gas cutting machine structure and automatically the ejecting plate frame mechanism of putting on the shelf out carry streamline to be connected successively in order by belt, stir blanking mechanism and be provided with supporting two groups at least, last group the stirring blanking mechanism of roller press mechanism back of arranging net for one group of back with the roller press mechanism of arranging net.This production line can be produced composite heat-insulating wall plate, also can produce Outwall thermal insulation board simultaneously, only uses the part of functions of production line when producing Outwall thermal insulation board, and whole production line is just all used when producing composite heat-insulating wall plate.
Claims (7)
1, a kind of composite heat-insulating wall plate, the external wall outer insulation board assembly line, it is characterized in that, this production line comprises the automatic flask board mechanism of going up that carries streamline to connect successively by belt, the roller press mechanism of arranging net, grid cloth automatic gas cutting machine structure and the automatic ejecting plate frame mechanism of putting on the shelf out, flask board mechanism and first group are arranged net between the roller press mechanism and the last group of one group of one section belt of arranging net between the roller press mechanism of roller press mechanism and back of arranging net carries the top position of streamline to be provided with the stirring blanking mechanism on automatically, stir blanking mechanism and the roller press mechanism of arranging net is provided with supporting two groups at least.
2, composite heat-insulating wall plate according to claim 1, external wall outer insulation board assembly line, it is characterized in that belt is carried streamline to comprise pipeline workbench (10), is located at the belt conveyor (7) above the pipeline workbench (10) and is socketed in the live-roller (8) of belt conveyor (7) end position and the conveying carrying roller (9) in centre position.
3, composite heat-insulating wall plate according to claim 1, the external wall outer insulation board assembly line, it is characterized in that, go up flask board mechanism automatically and comprise the flask board support (1) that is positioned at belt conveying streamline front end, be deposited in the flask board (2) above the flask board support (1), be positioned at the guide rail (6) that flask board support (1) both sides and two ends are provided with travel switch, be positioned at the automatic upper plate walking dolly (5) on the guide rail (6), be fixed on the automatic upper plate walking dolly (5) pick up lift cylinder (4) and with pick up the vacuum cup (3) that lift cylinder (4) is connected and is positioned at flask board (2) top.
4, composite heat-insulating wall plate according to claim 1, external wall outer insulation board assembly line, it is characterized in that, stir the rotation feeder (21) that blanking mechanism comprises tubular steel post (22), is fixed on two layers of workbench (23) on the tubular steel post (22), is located at mixer (25) on two layers of workbench (23), is connected and is positioned at the blanking funnel (24) of its lower position and be positioned at blanking funnel (24) bottom with mixer (25).
5, composite heat-insulating wall plate according to claim 1, external wall outer insulation board assembly line, it is characterized in that, the roller press mechanism of arranging net comprise roll-in unit frame (19) and be fixed on buncher (20) on the roll-in unit frame (19), go up pressure roller (16), snub pulley (17), synchronous interaction lift (15), be stained with glue groove (11), be stained with rubber roll (12), nonwoven carrying roller (13) and tightening roller (14), buncher (20) is connected with snub pulley (17) by driving chain (18), and synchronous interaction lift (15) is connected with last pressure roller (16).
6, composite heat-insulating wall plate according to claim 1, the external wall outer insulation board assembly line, it is characterized in that grid cloth automatic gas cutting machine structure comprises the chain (27) on the socket drive sprocket (26), be positioned at pipeline workbench (10) both sides and go up the stringer dolly (30) of walking at longitudinal rail (31), be positioned at the travel switch (28) of pipeline workbench (10) one ends, be fixed on air clamper (29) and crosscut cylinder (33) on the stringer dolly (30), the electronic swivel head (34) of electric shear (32) that is connected with crosscut cylinder (33) and control electric shear (32) rotation.
7, composite heat-insulating wall plate according to claim 1, the external wall outer insulation board assembly line, it is characterized in that, automatically the ejecting plate frame mechanism of putting on the shelf out comprises propelling stroke switch (35) and the return-stroke switch (39) that lays respectively at pipeline workbench (10) front-end and back-end, be connected with dragging motor (42) and with belt conveyor (7) in the same plane drag chain (36), be located at the hook (37) that drags above the chain (36), be positioned at belt and carry the shelf stands (38) of streamline rear end, rotating and reverse of propelling stroke switch (35) and return-stroke switch (39) control dragging motor (42), be arranged with bearing support (41) above the shelf stands (38), the elevating chain (40) that is connected with bearing support (41) is socketed on the lifting motor (43).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710017088A CN100586686C (en) | 2007-09-20 | 2007-09-20 | Compound thermal insulation wall plate and external wall heat-insulation board producing line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710017088A CN100586686C (en) | 2007-09-20 | 2007-09-20 | Compound thermal insulation wall plate and external wall heat-insulation board producing line |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101138866A CN101138866A (en) | 2008-03-12 |
| CN100586686C true CN100586686C (en) | 2010-02-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200710017088A Expired - Fee Related CN100586686C (en) | 2007-09-20 | 2007-09-20 | Compound thermal insulation wall plate and external wall heat-insulation board producing line |
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| Country | Link |
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| CN (1) | CN100586686C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101837610B (en) * | 2010-05-12 | 2011-11-23 | 合肥乐千年涂料有限公司 | Grouting and lapping machine for outer wall insulation boards |
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2007
- 2007-09-20 CN CN200710017088A patent/CN100586686C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101837610B (en) * | 2010-05-12 | 2011-11-23 | 合肥乐千年涂料有限公司 | Grouting and lapping machine for outer wall insulation boards |
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| Publication number | Publication date |
|---|---|
| CN101138866A (en) | 2008-03-12 |
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