CN104827548A - Pressing forming device and method for building wallboards - Google Patents
Pressing forming device and method for building wallboards Download PDFInfo
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- CN104827548A CN104827548A CN201510273309.2A CN201510273309A CN104827548A CN 104827548 A CN104827548 A CN 104827548A CN 201510273309 A CN201510273309 A CN 201510273309A CN 104827548 A CN104827548 A CN 104827548A
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- cylinder
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- blanking
- motor
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B1/00—Producing shaped prefabricated articles from the material
- B28B1/08—Producing shaped prefabricated articles from the material by vibrating or jolting
- B28B1/087—Producing shaped prefabricated articles from the material by vibrating or jolting by means acting on the mould ; Fixation thereof to the mould
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B3/00—Producing shaped articles from the material by using presses; Presses specially adapted therefor
- B28B3/02—Producing shaped articles from the material by using presses; Presses specially adapted therefor wherein a ram exerts pressure on the material in a moulding space; Ram heads of special form
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- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Mechanical Engineering (AREA)
- Press-Shaping Or Shaping Using Conveyers (AREA)
Abstract
The invention discloses a pressing forming device and method for building wallboards. Through replacing materials and a die for manufacturing the wallboards and additionally arranging an auxiliary feeding mechanism, the building wallboards of different types and sizes and different levels of strength can be produced. The method is simple in technology and flexible to implement and increases the automation degree of wallboard forming. The method includes the steps that first, through a board conveying mechanism, bottom boards are placed below a die frame; then the die frame is pulled downwards, the bottom boards are clamped, and then through a distributing mechanism, the materials for manufacturing the wallboards are laid inside the die frame; then on a forming table, through a die head, the materials for manufacturing the wallboards are extruded; meanwhile, a vibration motor is used for vibrating the materials for manufacturing the wallboards for vibration slurry removal; then, after completion, the die frame is lifted, the bottom boards are pushed out, and therefore pressing forming of the wallboards is completed.
Description
Technical field
The present invention relates to building wall board forming technique, be specifically related to a kind of building wall board compression molding device and forming method.
Background technology
Partition plate for building refers to the prefabricated batten of body of wall for interior of building partition wall, as the main material of the non-load bearing inner partition wall of general industry building, residential architecture, public works.Partition plate comprises glass fiber reinforced cement batten, glass fiber reinforced gypsum hollow lath, steel wire reinforcement cement batten, lightweight concrete batten, compound sandwich light lath etc.Partition plate for building requires that wallboard has the features such as unit weight is light, body of wall is thin, easy construction, except need possessing above-mentioned material feature, also requires that cost is low, and has good mechanical property and physical property.
The production method of building partition plate comprises extrusion molding and shaping method to suppress, equipment mainly extruder and the compression molding device of employing.Existing compression molding device generally includes for the material-feeding mechanism of feeding and blanking, for compressing briquetting machine and outfeed platforms, briquetting machine comprises and has the framed of clamping function and the die head for suppressing, and wherein also needs to vibrate in pressing process.
Mainly there is following problem in existing compression molding device: 1. feeding stroke and blanking travel position often there will be deviation, and cause blanking inaccurate, production efficiency is low.2. feeding speed and blanking velocity cannot regulate according to actual needs, thus can only produce the wallboard of single thickness, and material-feeding mechanism can only carry single raw material, therefore usually can only produce the building partition plate of immobilization material, poor practicability.3. the framed clamping that presses down adopts pneumatic pinch usually, namely clamping is jointly realized by multiple cylinder, Problems existing is the difference of internal leakage due to each cylinder and friction, cause the uncertainty of drag size suffered by the asymmetry of gas circuit and each cylinder, easily make rigidly connected cylinder occur stuck phenomenon during work, damage cylinder.4. owing to needing to vibrate in pressing process, die head extrudes the making sheet raw material in framed, the motor that vibrates simultaneously needing power larger to vibrate destarch to making sheet raw material, vibratory impulse can be produced to cylinder and complete machine when vibrating like this, cylinder leakage tester and complete machine toner screw time serious, can be caused.
Summary of the invention
An object of the present invention is to provide a kind of building wall board compression molding device, to solve the problem easily occurring stuck phenomenon in existing compression molding device for the framed clamping cylinder pressing down clamping.
Building wall board compression molding device of the present invention, comprise material-feeding mechanism, briquetting machine and the equipment that vibrates, briquetting machine comprises workbench, be provided with for the framed of wall board forming and the die head for suppressing above workbench successively, material-feeding mechanism comprises the material storing box can walked along framed edge, material storing box bottom is provided with discharging opening, the present invention also comprises the synchronous clamping cylinder group that same control valve controls, clamping cylinder group is framed for driving, clamping cylinder group comprises the clamping cylinder that at least four are symmetricly set on framed corner, and the pore place of clamping cylinder is provided with control valve.
Beneficial effect of the present invention is as follows: framed what press down that clamping adopts is the synchronous clamping cylinder group that same control valve controls, the synchronous operation of each clamping cylinder can be ensured when therefore working, and the clamping cylinder of clamping cylinder group is arranged symmetrically with, the piston rod uniform force of each clamping cylinder can be ensured, simultaneously because the pore place of clamping cylinder is provided with control valve, for regulate each clamping cylinder into and out of tolerance, can regulate the synchronism of each clamping cylinder further, reduce synchronism deviation.By the solution of the present invention, the stuck phenomenon of each clamping cylinder can be avoided, available protecting clamping cylinder.
Further, die head drives by driving cylinder, and die head is flexible coupling with driving the piston rod of cylinder.On die head top, the motor that vibrates is set usually, therefore vibrate motor oscillating time die head is concentrated on substantially to the vibration of complete machine and drives the piston rod junction of cylinder, and the piston rod of die head and driving cylinder adopts the mode be flexible coupling, die head when vibrating can be reduced, to the effect of the side force of piston rod, avoid damaging the piston rod driving cylinder.
Further, be provided with multiple support column in the bottom of workbench, support column periphery is provided with shock-absorbing spring, and described support column and shock-absorbing spring are all arranged in sleeve, and described sleeve is fixed on base.Usually in the bottom of workbench, will the motor that vibrate be set, therefore designs shock-absorbing spring, reduce the vibration effect of motor to whole device of vibrating, avoid all parts in damage device.
Further, material-feeding mechanism also comprising blanking motor, being arranged on the dismountable unloading rod of discharge outlet and the feeding motor for driving material storing box to move, and described feeding motor is connected with frequency converter respectively with blanking motor, blanking motor and described unloading rod transmission.The feeding stroke of feeding motor adopts optoelectronic switch to respond to, and the blanking stroke of blanking motor adopts optoelectronic switch to respond to.
Feeding motor is connected with frequency converter respectively with blanking motor, therefore, the rotating speed of feeding motor and blanking motor can be controlled by frequency converter, and then control the speed of service and the discharging speed of material storing box, because the speed of service of material storing box and discharging speed determine discharge quantity, therefore the speed of service of material storing box and the difference of discharging speed, can produce the wallboard of different-thickness.Unloading rod removably connects, and when making sheet raw material is different, its humidity, viscosity and granular size also can change, and these all can cause the flow behavior of material to change, the blanking requirement therefore by using unloading rod to carry out satisfied different making sheet raw material.By more than, the present invention can make the wallboard of different-thickness and unlike material, if further change framed and die head, the present invention also can make the wallboard of different length and width size, has higher practicality.
In order to the blanking stroke of the feeding stroke and blanking motor of determining feeding motor more accurately, the feeding stroke of feeding motor adopts optoelectronic switch to respond to, and the blanking stroke of blanking motor adopts optoelectronic switch to respond to.
Further, the present invention also comprises slab feeding mechanism, slab feeding mechanism comprises the guide rail for support baseboard arranged along base plate throughput direction, guide rail extends to the edge of workbench, conveying cylinder and slide unit is provided with on the top of guide rail, the piston rod of conveying cylinder is connected with slide unit, slide unit is fixed with one for pushing the T-shaped frame of base plate.By slab feeding mechanism continuously conveyor mat, realize the continuous seepage of wallboard, enhance productivity.Push base plate by T-shaped frame, the head of T-shaped frame and the contact area of base plate greatly, are carried more stable.
In order to more stablize accurate conveyor mat, the control of conveying cylinder adopts magnetic valve, and the piston position of magnetic switch induction conveying cylinder, the conveying cylinder speed of service adopts barometric damper to control.
Slab feeding mechanism also comprises the synchronous plate cylinder of four of being evenly distributed on base plate surrounding, and the piston rod end of plate cylinder is provided with sphenocephaly, the inclined-plane of sphenocephaly and the contacts side surfaces of base plate.Four synchronous plate cylinders are used for base plate above to insert, so that the conveying of base plate below.
Another object of the present invention is to provide a kind of compressing method of building wall board.
The method that building wall board of the present invention is compressing, comprises the following steps:
1) be stacked in base plate limitting casing by base plate, start synchronous plate cylinder and inserted by base plate above, leave below that first piece of base plate is on guide rail, wherein base plate limitting casing plays position-limiting action to base plate;
2) carry cylinder first piece of base plate to be pushed to the edge of workbench, conveying cylinder gets back to original position, is sent by second piece of base plate, second piece of base plate first piece of base plate is shifted onto framed in;
3) the synchronous clamping cylinder group that same control valve controls is started, base plate is clamped downwards in the drive low mold frame of clamping cylinder group, by feeding motor pushing material storing box to framed top, when discharging opening arrives framed inside edge, blanking driven by motor unloading rod carries out blanking, when discharging opening arrives framed trailing edge, stop blanking, material storing box get back to framed outside;
4) the making sheet raw material of die head in driving downward compression under cylinder drive framed, now, the equipment that vibrates being positioned at die head top and workbench bottom vibrates simultaneously, completes the destarch of vibrating to making sheet raw material;
5) die head rises, framed rising, and conveying cylinder sends next block base plate to framed below, and lastblock base plate is pushed out to outfeed platforms;
6) above-mentioned steps 1 is repeated) to 5) until complete the compacting of all wallboards.
By method of the present invention, the Automatic continuous that can realize wallboard is produced, and enhances productivity.Further, clamping cylinder group and conveying cylinder all adopt simultaneous techniques, each cylinder can be prevented to be in operation and occur stuck phenomenon, damage cylinder.
Further, in the method that above-mentioned building wall board is compressing, plate cylinder, conveying cylinder, clamping cylinder group, feeding motor, blanking motor, drive cylinder and the control of the equipment that vibrates all adopts PLC to control; Feeding motor and blanking motor all adopt frequency converter to control its rotating speed, make feeding speed and blanking velocity and discharge quantity, can regulate according to actual conditions with frequency converter; The feeding stroke of feeding motor adopts optoelectronic switch to respond to, and the blanking stroke of blanking motor adopts optoelectronic switch to respond to, and makes feeding stroke and blanking be formed more accurate; The control of conveying cylinder adopts magnetic valve, the piston position of magnetic switch induction conveying cylinder, and the conveying cylinder speed of service adopts barometric damper to control, and makes the conveying of base plate more precisely steadily.
The whole device of the present invention adopts PLC to control, without the need to artificial participation, running parameter such as feeding speed and stroke, blanking velocity and stroke, vibrating time, each cylinder piston movement velocity can carry out arranging and regulating according to the actual requirements, by the Automation Design, the automaticity that building wall board is compressing can be improved.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention.
Detailed description of the invention
Below by detailed description of the invention, the present invention is further detailed explanation:
Reference numeral in Figure of description comprises: workbench 1, framed 2, clamping cylinder 3, sleeve 4, column 5, top board 6, guide post 7, die head 8, drive cylinder piston rod via hole 9, steam vent 10, the motor 11 that vibrates, discharge pedestal 12, first guide rail 13, material storing box 14, roller 15, feeding motor 16, second guide rail 17, base plate posting 18, plate cylinder 19.
Building wall board compression molding device as shown in Figure 1, comprises slab feeding mechanism, material-feeding mechanism, briquetting machine and discharge pedestal.
Discharge pedestal is arranged on the side of briquetting machine, and slab feeding mechanism and material-feeding mechanism are arranged on the opposite side of briquetting machine.
Briquetting machine comprises workbench, the top of workbench be provided with by one flat plate form framed, framed middle part hollow is the forming part of making sheet raw material, for clamping base plate between framed and workbench.Two pieces of flat boards are oppositely arranged, the dull and stereotyped clamping cylinder by being symmetricly set on these dull and stereotyped both sides of every block drives clamping base plate, four clamping cylinders form synchronous clamping cylinder group, and this clamping cylinder group is controlled by same control valve, and the pore place of each clamping cylinder is equipped with control valve.
It is framed that what press down that clamping adopts is the synchronous clamping cylinder group that same control valve controls, the synchronous operation of each clamping cylinder can be ensured when therefore working, and the clamping cylinder of clamping cylinder group is arranged symmetrically with, the piston rod uniform force of each clamping cylinder can be ensured, simultaneously because the pore place of clamping cylinder is provided with control valve, for regulate each clamping cylinder into and out of tolerance, can regulate the synchronism of each clamping cylinder further, reduce synchronism deviation.
The corner of workbench is respectively equipped with four columns, lower end and the base of column are fixed, the upper end of column is supported with top board, have at the middle part of top board and drive cylinder piston rod via hole 9, drive the surrounding of cylinder piston rod via hole 9 to be evenly equipped with four pilot holes, four guide posts 7 are through above-mentioned pilot hole, and lower end and the horizontally disposed die head of guide post 7 are fixed, die head is positioned at the top of workbench, and the projection of die head is positioned at two pieces of dull and stereotyped framed frames formed.Die head drives by driving cylinder, and die head is flexible coupling with driving the piston rod of cylinder.The motor that vibrates is provided with on die head top.Vibrate motor oscillating time die head is concentrated on substantially to the vibration of complete machine and drives the piston rod junction of cylinder, and the piston rod of die head and driving cylinder adopts the mode be flexible coupling, die head when vibrating can be reduced, to the effect of the side force of piston rod, avoid damaging the piston rod driving cylinder.
The bottom of workbench is provided with motor (not shown) of vibrating, and is provided with two support columns in the bottom of workbench, and support column periphery is provided with shock-absorbing spring, and support column and shock-absorbing spring are all arranged in sleeve, and sleeve is fixed on base by expansion bolt.In the bottom of workbench, will the motor that vibrate be set, therefore designs shock-absorbing spring, reduce the vibration effect of motor to whole device of vibrating, avoid all parts in damage device.In the present embodiment, also there are sleeve and shock-absorbing spring in the inner side of the column 5 at four angles.
The slab feeding mechanism of the present embodiment comprises the second guide rail for support baseboard arranged along base plate throughput direction, and the second guide rail extends to the edge of workbench.Be provided with conveying cylinder and slide unit (not shown) on the top of the second guide rail, the piston rod of conveying cylinder is connected with slide unit, slide unit is fixed with one for pushing the T-shaped frame of base plate.The present embodiment, by slab feeding mechanism continuously conveyor mat, realizes the continuous seepage of wallboard, enhances productivity.Push base plate by T-shaped frame, the head of T-shaped frame and the contact area of base plate greatly, are carried more stable.The present embodiment is in order to more stablize accurate conveyor mat, and the control of conveying cylinder adopts magnetic valve, and the piston position of magnetic switch induction conveying cylinder, the conveying cylinder speed of service adopts barometric damper to control.
The present embodiment slab feeding mechanism also comprises base plate posting and is evenly distributed on the synchronous plate cylinder of four of base plate surrounding, and plate cylinder is positioned at the corner place of base plate posting.The piston rod end of plate cylinder is provided with sphenocephaly, the inclined-plane of sphenocephaly and the contacts side surfaces of base plate.Four synchronous plate cylinders are used for base plate above to insert, so that the conveying of base plate below.
The material-feeding mechanism of the present embodiment comprises material storing box, roller, blanking motor, feeding motor and is arranged on above the second guide rail two the first guide rails side by side.First guide rail extends to the edge of workbench.Four rolling is installed in the bottom of material storing box, and roller is positioned on above-mentioned first guide rail, and roller is driven by above-mentioned feeding motor and material storing box can be driven to walk along feed direction on the first guide rail.In the present embodiment, the feeding stroke of feeding motor adopts optoelectronic switch to respond to.
Certainly, in order to increase the stationarity of feeding, the first guide rail in the present embodiment also can adopt tooth bar, and roller adopts the form of gear to carry out feeding.
The bottom of material storing box has discharging opening, is provided with the unloading rod of the dismountable band flabellum be bolted in discharge outlet, and blanking motor rotates blanking for driving above-mentioned unloading rod, and the blanking stroke of blanking motor adopts optoelectronic switch to respond to.
The feeding motor of the present embodiment is connected with frequency converter respectively with blanking motor.Therefore, the rotating speed of feeding motor and blanking motor can be controlled by frequency converter, and then control the speed of service and the discharging speed of material storing box, because the speed of service of material storing box and discharging speed determine discharge quantity, therefore the speed of service of material storing box and the difference of discharging speed, can produce the wallboard of different-thickness.Unloading rod removably connects, and when making sheet raw material is different, its humidity, viscosity and granular size also can change, and these all can cause the flow behavior of material to change, the blanking requirement therefore by using unloading rod to carry out satisfied different making sheet raw material.By more than, the present invention can make the wallboard of different-thickness and unlike material, if further change framed and die head, the present invention also can make the wallboard of different length and width size.
A kind of method that the present embodiment provides building wall board compressing, comprises the following steps:
1) be stacked in base plate limitting casing by base plate, start synchronous plate cylinder and inserted by base plate above, leave below that first piece of base plate is on guide rail, wherein base plate limitting casing plays position-limiting action to base plate;
2) carry cylinder first piece of base plate to be pushed to the edge of workbench, conveying cylinder gets back to original position, is sent by second piece of base plate, second piece of base plate first piece of base plate is shifted onto framed in;
3) the synchronous clamping cylinder group that same control valve controls is started, base plate is clamped downwards in the drive low mold frame of clamping cylinder group, by feeding motor pushing material storing box to framed top, when discharging opening arrives framed inside edge, blanking driven by motor unloading rod carries out blanking, when discharging opening arrives framed trailing edge, stop blanking, material storing box get back to framed outside;
4) the making sheet raw material of die head in driving downward compression under cylinder drive framed, now, the equipment that vibrates being positioned at die head top and workbench bottom vibrates simultaneously, completes the destarch of vibrating to making sheet raw material;
5) die head rises, framed rising, and conveying cylinder sends next block base plate to framed below, and lastblock base plate is pushed out to outfeed platforms;
6) above-mentioned steps 1 is repeated)-5) until complete the compacting of all wallboards.
The present embodiment, in the method that above-mentioned building wall board is compressing, plate cylinder, conveying cylinder, clamping cylinder group, feeding motor, blanking motor, drives cylinder and the control of the equipment that vibrates all adopts PLC to control; Feeding motor and blanking motor all adopt frequency converter to control its rotating speed, make feeding speed and blanking velocity and discharge quantity, can regulate according to actual conditions with frequency converter; The feeding stroke of feeding motor adopts optoelectronic switch to respond to, and the blanking stroke of blanking motor adopts optoelectronic switch to respond to, and makes feeding stroke and blanking be formed more accurate; The control of conveying cylinder adopts magnetic valve, the piston position of magnetic switch induction conveying cylinder, and the conveying cylinder speed of service adopts barometric damper to control, and makes the conveying of base plate more precisely steadily.
The whole device of the present invention adopts PLC to control, without the need to artificial participation, running parameter such as feeding speed and stroke, blanking velocity and stroke, vibrating time, each cylinder piston movement velocity can carry out arranging and regulating according to the actual requirements, by the Automation Design, the automaticity that building wall board is compressing can be improved.
Above-described is only embodiments of the invention, and in scheme, the general knowledge such as known concrete structure and characteristic does not do too much description at this.Should be understood that; for a person skilled in the art, under the prerequisite not departing from structure of the present invention, some distortion and improvement can also be made; these also should be considered as protection scope of the present invention, and these all can not affect effect of the invention process and practical applicability.The protection domain that this application claims should be as the criterion with the content of its claim, and the detailed description of the invention in description etc. record the content that may be used for explaining claim.
Claims (10)
1. building wall board compression molding device, comprise material-feeding mechanism, briquetting machine and the equipment that vibrates, briquetting machine comprises workbench, be provided with for the framed of wall board forming and the die head for suppressing above workbench successively, material-feeding mechanism comprises the material storing box can walked along framed edge, material storing box bottom is provided with discharging opening, it is characterized in that, also comprise the synchronous clamping cylinder group that same control valve controls, clamping cylinder group is framed for driving, clamping cylinder group comprises the clamping cylinder that at least four are symmetricly set on framed corner, and the pore place of clamping cylinder is provided with control valve.
2. building wall board compression molding device according to claim 1, is characterized in that, described die head drives by driving cylinder, and die head is flexible coupling with driving the piston rod of cylinder.
3. building wall board compression molding device according to claim 1, it is characterized in that, be provided with multiple support column in the bottom of described workbench, support column periphery is provided with shock-absorbing spring, described support column and shock-absorbing spring are all arranged in sleeve, and described sleeve is fixed on base.
4. building wall board compression molding device according to claim 1, it is characterized in that, described material-feeding mechanism also comprising blanking motor, being arranged on the dismountable unloading rod of discharge outlet and the feeding motor for driving material storing box to move, described feeding motor is connected with frequency converter respectively with blanking motor, blanking motor and described unloading rod transmission.
5. building wall board compression molding device according to claim 1, it is characterized in that, also comprise slab feeding mechanism, described slab feeding mechanism comprises the guide rail for support baseboard arranged along base plate throughput direction, described guide rail extends to the edge of described workbench, be provided with conveying cylinder and slide unit on the top of guide rail, the piston rod of conveying cylinder is connected with slide unit, slide unit is fixed with one for pushing the T-shaped frame of base plate.
6. building wall board compression molding device according to claim 4, is characterized in that, the feeding stroke of described feeding motor adopts optoelectronic switch to respond to, and the blanking stroke of blanking motor adopts optoelectronic switch to respond to.
7. building wall board compression molding device according to claim 5, is characterized in that, the control of conveying cylinder adopts magnetic valve, and the piston position of magnetic switch induction conveying cylinder, the conveying cylinder speed of service adopts barometric damper to control.
8. building wall board compression molding device according to claim 5, it is characterized in that, described slab feeding mechanism also comprises the synchronous plate cylinder of four of being evenly distributed on base plate surrounding, and the piston rod end of plate cylinder is provided with sphenocephaly, the inclined-plane of sphenocephaly and the contacts side surfaces of base plate.
9. the method that building wall board is compressing, is characterized in that, comprises the following steps:
1) base plate is stacked in base plate limitting casing, starts synchronous plate cylinder and base plate is above inserted, stay below first piece of base plate on guide rail;
2) carry cylinder first piece of base plate to be pushed to the edge of workbench, conveying cylinder gets back to original position, is sent by second piece of base plate, second piece of base plate first piece of base plate is shifted onto framed in;
3) the synchronous clamping cylinder group that same control valve controls is started, base plate is clamped downwards in the drive low mold frame of clamping cylinder group, by feeding motor pushing material storing box to framed top, when discharging opening arrives framed inside edge, blanking driven by motor unloading rod carries out blanking, when discharging opening arrives framed trailing edge, stop blanking, material storing box get back to framed outside;
4) the making sheet raw material of die head in driving downward compression under cylinder drive framed, now, the equipment that vibrates being positioned at die head top and workbench bottom vibrates simultaneously, completes the destarch of vibrating to making sheet raw material;
5) die head rises, framed rising, and conveying cylinder sends next block base plate to framed below, and lastblock base plate is pushed out to outfeed platforms;
6) above-mentioned steps 1 is repeated)-5) until complete the compacting of all wallboards.
10. building wall board compression molding device according to claim 9, it is characterized in that, described plate cylinder, conveying cylinder, clamping cylinder group, feeding motor, blanking motor, the control of cylinder and the equipment that vibrates is driven all to adopt PLC to control, feeding motor and blanking motor all adopt frequency converter to control its rotating speed, the feeding stroke of feeding motor adopts optoelectronic switch to respond to, the blanking stroke of blanking motor adopts optoelectronic switch to respond to, the control of conveying cylinder adopts magnetic valve, the piston position of magnetic switch induction conveying cylinder, the conveying cylinder speed of service adopts barometric damper to control.
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| CN201510273309.2A CN104827548B (en) | 2015-05-26 | 2015-05-26 | Pressing forming device and method for building wallboards |
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| CN201510273309.2A CN104827548B (en) | 2015-05-26 | 2015-05-26 | Pressing forming device and method for building wallboards |
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