CN109822716A - High pressure vacuum vibrating forming machine - Google Patents
High pressure vacuum vibrating forming machine Download PDFInfo
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- CN109822716A CN109822716A CN201910321993.5A CN201910321993A CN109822716A CN 109822716 A CN109822716 A CN 109822716A CN 201910321993 A CN201910321993 A CN 201910321993A CN 109822716 A CN109822716 A CN 109822716A
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Abstract
High pressure vacuum vibrating forming machine belongs to building materials high density molding equipment field.It is characterized by comprising outer frame, interior framework, pedestal, vibrator, shake table, pressing mold, briquettings, first pressure machine, second pressure machine and vacuum chamber, and the pedestal, vibrator, shake table, pressing mold, briquetting and vacuum chamber are arranged in interior framework；Vibrator connects shake table, and shake table is installed on the base by spring arrangement；Pressing mold is installed on shake table, die cavity is opened up on pressing mold, briquetting is located at the top of pressing mold, and briquetting connects the telescopic arm of first pressure machine, and the first pressure machine is mounted on the top of interior framework；The second pressure machine is mounted on the top on outer frame and being located at first pressure machine；The vibrator includes vibrating motor, and the vibrating motor is mounted on the bottom of shake table, setting-up eccentricity runner on the motor shaft of the vibrating motor.The present invention is able to solve the problem of quartz plate plate compacting pressure in production process deficiency, effectively promotion product quality.
Description
Technical field
The invention belongs to building materials high density molding equipment fields, and in particular to a kind of high pressure vacuum vibrating forming machine.
Background technique
Quartz plate is a kind of building panel, quartz plate production quartz production line (quartz slab used
Plant), it is made of all kinds of mechanical equipments of production artificial quartz stone, wherein the suppression process of quartz plate can be the most direct
Influence the final mass of product.Since the material variety prepared for quartz plate is more, after various raw material uniform distributions, high pressure
Compacting is just able to achieve sufficiently combining closely for a variety of materials, and existing equipment often uses a compression moulding, and there are compaction forces not
The situation of foot causes a variety of materials combination inside quartz plate not closely knit enough, the use intensity of product is lower and material between seam
Gap is easy to shelter evil people and countenance evil practices, and eventually leads to product and is easily permeated by coloured contaminant, is not easy to clean and influences perception and usage experience.
In addition, the cloth operation before quartz plate compacting often uses worker's manual mode, occasionally there is equipment auxiliary, it is also desirable to people
Work carries out the arrangement of evenness and thickness, great work intensity and influence production efficiency.
In consideration of it, applicant devises the present apparatus, the problem of being able to solve insufficient pressure in quartz plate preparation process, effectively
Promote product quality, moreover it is possible to realize automation uniform distribution, improving production efficiency while reducing labor intensity.
Summary of the invention
Technical problem to be solved by the invention is to provide high pressure vacuum vibrating forming machines, are able to solve quartz plate plate pressure
The problem of pressure in production process deficiency processed, effectively promotion product quality.Second technical problem that the present invention solves is can
Automatic distributing before solving the problems, such as plate compacting.
In order to solve the above technical problems, the technical scheme is that a kind of high pressure vacuum vibration moulding described in invention
Machine, it is characterised in that: including outer frame, interior framework, pedestal, vibrator, shake table, pressing mold, briquetting, first pressure machine, second
Press machine and vacuum chamber, the pedestal, vibrator, shake table, pressing mold, briquetting and vacuum chamber are arranged in interior framework；Vibration
Device connects shake table, and shake table is installed on the base by spring arrangement；Pressing mold is installed on shake table, opens up die cavity on pressing mold,
Briquetting is located at the top of pressing mold, and briquetting connects the telescopic arm of first pressure machine, and the first pressure machine is mounted on the top of interior framework
Portion；The second pressure machine is mounted on the top on outer frame and being located at first pressure machine；The vibrator includes vibrating motor,
The vibrating motor is mounted on the bottom of shake table, setting-up eccentricity runner on the motor shaft of the vibrating motor.
Preferably, the interior framework includes interior crossbeam, left inside column and right inner column, and the first pressure machine is mounted on interior
Left reset spring room and right reset spring room is respectively set in the arranged on left and right sides upper end of interior crossbeam, in Zuo Fuwei in the middle part of crossbeam
Left reset spring and left inside column are from top to bottom sequentially set in spring housing, and the lower end of the left inside column fixes on the ground；
Right reset spring and right inner column are from top to bottom sequentially set in right reset spring room, and the lower end of the right inner column is fixed on
On ground.
Preferably, the outer frame includes outer crossbeam, in the fixed second pressure machine in the middle part of outer crossbeam, the second pressure
The telescopic arm of machine is towards first pressure machine；Left outside column and right outer column are fixed respectively in the arranged on left and right sides of outer crossbeam.
It preferably, further include automatic die-filling loader, the automatic die-filling feeding device connects pressing mold by feed device；
The feed device includes pressing mold bracket and bracket slide plate, and the front end of the bracket slide plate is connected shake table, after bracket slide plate
End is run through and is fixed on the rear end of automatic die-filling feeding device；The front end setting of the pressing mold bracket at least three brackets are inserted
Handle is arranged position in the lower section of pressing mold and the corresponding bar shaped jack of quantity, bracket inserting handle is inserted into the lower section of pressing mold；In bracket
Electromagnet is embedded on inserting handle, the electromagnet connects power supply with electromagnetic switch by electric wire；The rear end of pressing mold bracket be arranged to
Feeding driving motor, the motor axis connection driving of the feeding driving motor is arranged in the rear end of bracket slide plate in few two toothed racks
Gear mounting shaft, driving gear mounting shaft on install two driving gears, each driving gear respectively with two toothed rack phases
Mutually engagement；When starting feeding driving motor rotates forward, pressing mold bracket can be driven to travel forward along bracket slide plate, bracket is inserted
Handle is inserted into the bar shaped jack below press mold, starts electromagnetic switch at this time, and electromagnet power supply is enabled to have magnetic attraction and suction pressure
Mould enables driving motor rotate backward, and pressing mold bracket, which can be lifted, attracts pressing mold to be moved rearwardly into automatic die-filling confession along bracket slide plate
In glassware.
Preferably, the automatic die-filling loader includes drop guide funnel, and material placing device is arranged in the lower section of drop guide funnel；?
The top left part in drop guide funnel is horizontally disposed with left guide conveyer belt, in the right end and drop guide funnel of the left guide conveyer belt
Right blanking clearance is set between wall；In the lower horizontal of left guide conveyer belt, right guide conveyer belt, the right guide conveying are set
Left blanking clearance is set between the left end and drop guide funnel inner wall of band；The left end lower part installation of the right guide conveyer belt is left high right
Low oblique guide conveyer belt, the feed opening of the lower end of the oblique guide conveyer belt towards drop guide funnel；In the blanking of drop guide funnel
Automatic switch valve is installed on mouthful, the automatic switch valve includes left valve storehouse, right valve storehouse, left valve switch plate and right valve
Door switch plate, the left and right valve storehouse are separately positioned on the arranged on left and right sides of feed opening, and left valve plates are arranged in left valve storehouse
Spring is pushed up, the left side of the left valve switch plate is inserted into left valve storehouse, and left-handed opening motor, institute is arranged in the outer left side in left valve storehouse
The motor axis connection left wheel of left-handed opening motor is stated, the left end of Zola's rope, the right end of Zola's rope are installed around on the left wheel
It penetrates in left valve storehouse and connects the left end of left valve switch plate；Right valve plates top spring, the right valve are set in right valve storehouse
The right side of switchboard is inserted into right valve storehouse, and right switching motor, the right switching motor are arranged on the right side of the outside in right valve storehouse
Motor axis connection right wheel, the right end of right drawstring is installed around on the right wheel, the left end of the right drawstring penetrates right valve storehouse
The right end of the interior right valve switch plate of connection；
When left-handed opening motor and right switching motor start and rotate in the forward direction, left and right drawstring can be tightened, and draw left and right valve
Door switch plate overcomes the pressure of left valve plates top spring and right valve plates top spring, is received in left and right valve storehouse respectively, and guide leaks at this time
The feed opening of bucket is opened；When left-handed opening motor and right switching motor start and reversely rotate, left and right drawstring can be discharged, left,
Right valve switch plate is mutually drawn close under the effect of the pressure of left valve top spring and right valve top spring, until by drop guide funnel
Feed opening closing.
Preferably, the material placing device include it is left be oriented to vertical rail, it is right it is leading to vertical rail, it is right after be oriented to vertical rail and cloth tray,
The left left side central portion for being oriented to vertical rail and being vertically arranged in material placing device；The right side is leading to be oriented to vertical rail difference to vertical rail and after right
Front and back on the right side of material placing device are set；Left be oriented to is fixed on the left of the rear end of the bracket slide plate to stand on rail, bracket slide plate
Right side is fixed on right leading be oriented to vertical rail and after right and stands on rail；Left guide chute is opened up on the left top for being oriented to vertical rail, on the right side
The leading top to vertical rail opens up guide chute before the right side, and the top that vertical rail is oriented to behind the right side opens up directive slide track behind the right side；It is led on a left side
Left slider is set into sliding slot, right front-slider is set in guide chute before the right side, right rear slider is set in directive slide track behind the right side；
Left hoist engine is set in the lower part in left valve storehouse, the left hoist engine connects left slider by left elevator traction rope, on a left side
One end that sliding block is exposed at outside left guide chute is connected and fixed left functional block by left electric rotation shaft, opens up a left side in left functional block
Guide rod jack, the interior left guide rod of inserting of the left guide rod jack, the interior left guide rod driving motor of fixation in left functional block, the left side is led
The left switch gear of the motor axis connection of bar driving motor is embedded in left guide rod rack gear, the left switch gear and a left side on left guide rod
The intermeshing of guide rod rack gear；
In the lower part in right valve storehouse, right hoist engine is set, the right hoist engine connects right front-slider by elevator traction rope before the right side,
Right hoist engine connects right rear slider by elevator traction rope behind the right side；It is logical that one end before the right side outside guide chute is exposed in right front-slider
Electric rotation shaft is connected and fixed functional block before the right side before crossing the right side, opens up right leading bar jack, guide rod before the right side in functional block before the right side
Guide rod before inserting is right in jack, before the right side in functional block it is fixed it is right before guide rod driving motor, it is described it is right before guide rod driving motor
Switch gear before motor axis connection is right, be embedded on guide rod before the right side it is right before guide rod rack gear, it is described it is right before switch gear and the right side it is leading
The intermeshing of bar rack gear；Electric rotation shaft is connected and fixed the right side after one end that right rear slider is exposed at behind the right side outside guide chute is by the right side
Functional block afterwards opens up right back-guiding rod jack behind the right side in functional block, the right back-guiding rod of inserting in the right back-guiding rod jack, behind the right side
Fix right back-guiding rod driving motor in functional block, switch gear after the motor axis connection of the right back-guiding rod driving motor is right,
Right back-guiding rod rack gear is embedded on right back-guiding rod, switch gear and right back-guiding rod rack gear are intermeshed behind the right side；
The left side central portion of the hinged cloth tray of right end of the left guide rod；Cloth guide groove before being opened up on front side of cloth tray, in cloth
Rear cloth guide groove is opened up on rear side of charging tray, cloth sliding block before being arranged in preceding cloth guide groove, the preceding cloth sliding block is hingedly before the right side
The left end of guide rod；Cloth sliding block after being arranged in rear cloth guide groove, it is described after the hinged right back-guiding rod of cloth sliding block left end；It is described
Left side, front side and the rear side of cloth tray are respectively provided with fixed right baffle-plate, front apron and rear baffle, in the upper of front apron and rear baffle
Portion is respectively articulated with the both ends on right shell body top, and the right shell body is made of Permanent magnet metallics, right when cloth tray is horizontally disposed with
Baffle is absorbed and fixed at the right side of cloth tray, and the material in cloth tray can be stopped to leak out from right side；When cloth tray is to bottom right
When side's inclination, material can squeeze right shell body under Gravitative Loads and open along articulated shaft, come down in torrents on the right side of cloth tray, object
Material is poured in pressing mold downwards.
Preferably, vacuum chamber is built-in；Vacuum chamber connects evacuator；Built-in vacuum chamber is the box of lower part opening
Body, pressing mold and briquetting are arranged in built-in vacuum chamber；The top that the telescopic arm of first pressure machine passes through built-in vacuum chamber connects
Briquetting is connect, sealing ring is set between telescopic arm and the top of built-in vacuum chamber；The lower part opening Bian Yuzhen of built-in vacuum chamber
Dynamic platform is connected when closure is vacuumized by the sealing of ring packing press strip；Further include pressing device, enters die cavity when briquetting pushes
When, pressing device can compress built-in vacuum chamber, enable airtight connection between built-in vacuum chamber and shake table；The pressing device
Including the spring fixed link being mounted on above internally provided with vacuum room, pressing spring under being installed in spring fixed link, lower pressing spring connection
Compact heap is installed, when briquetting, which pushes, enters die cavity, compact heap can compress built-in vacuum chamber, enable built-in vacuum chamber and vibration
Airtight connection between platform.
It preferably, further include vibration guide device, vibration guide device includes guide pillars and bushes, and guide sleeve is mounted on shake table
On, guide post is fixedly mounted on ground or press machine column, and guide post is inserted into guide sleeve.
The present invention can be exclusively used in the compacting of quartz plate；Press pressure parameter is 800-3000T；The vibration force of shake table
For 200-600kN；Press tonnage is 80T.
The application method of high pressure vacuum vibrating forming machine of the present invention, characterized by comprising the steps of:
A. first raw material is placed in the die cavity of pressing mold by automatic die-filling loader；
B. start first pressure machine, the telescopic arm of first pressure machine is enabled to drive briquetting and the decline of built-in vacuum chamber, pressing device
The lower part opening side of built-in vacuum chamber is pushed and is in contact with shake table, sealing device closing vacuum chamber then starts to take out true
It is empty；Implement first time compacting operation at this time；
C. start second pressure machine, the telescopic arm of second pressure machine is enabled to be pressed on first pressure machine, carry out second of compacting operation；
B. start vibrating motor, eccentric wheel is enabled to rotate, so that shake table starts to vibrate；
C. while vibration, the telescopic arm of first pressure machine and second pressure machine drives briquetting to continue to push, until entering pressure
Raw material is compacted into quartzy board finished product by the die cavity of mould.
Preferably, the specific implementation step of step a includes:
A1. when starting feeding driving motor rotates forward, driving pressing mold bracket travels forward along bracket slide plate, the insertion of bracket inserting handle
In bar shaped jack below to press mold, start electromagnetic switch at this time, electromagnet power supply is enabled to have magnetic attraction and attract pressing mold, enables and driving
Dynamic motor rotates backward, and pressing mold bracket, which can be lifted, attracts pressing mold to be moved rearwardly into automatic die-filling loader along bracket slide plate；
A2. material is fed intake from the upper end of drop guide funnel, material is suitable to be transported to by the left guide conveyer belt conveyed to the right
On the right guide conveyer belt of lower right, it is transported to oblique guide conveyer belt in the right guiding conveyer belt by conveying to the left, and by oblique
Guide conveyer belt is conveyed to feed opening；
A3. when left-handed opening motor and right switching motor start and rotate in the forward direction, left and right drawstring can be tightened, and is drawn left and right
Valve switch plate overcomes the pressure of left valve plates top spring and right valve plates top spring, is received in left and right valve storehouse respectively, at this time guide
The feed opening of funnel is opened；Material pours in material placing device from feed opening；After completing quantitative discharging, left-handed opening motor and the right side are opened
It closes electric motor starting simultaneously to reversely rotate, discharges left and right drawstring, left and right valve switch plate is in left valve top spring and right valve top spring
It under pressure effect, mutually draws close, until the feed opening of drop guide funnel is closed；
A4. in the initial state, guide rod and right back-guiding rod are horizontally disposed before left guide rod, the right side, and cloth tray level is enabled to be in blanking
The underface of mouth；In splicing, enables the left side of guide rod and right back-guiding rod before left guide rod right end, the right side rotate upwards, lift cloth
Disk level rises, and is undertaken on the lower part of feed opening；After material is contained in cloth tray completely, left slider, right front-slider and the right side
Guide chute moves down rear slider after guide chute before left guide chute, the right side and the right side respectively, and cloth tray is enabled to lean on to the pressing mold of lower end
Closely, Slideslip is rotated down simultaneously to the left for guide rod and right back-guiding rod before then order is right, at the same time, preceding cloth sliding block and rear cloth
Sliding block enables the right end of cloth tray tilt down, material respectively along preceding cloth guide groove and rear cloth guide groove by right side Slideslip to the left
Right shell body can be squeezed under Gravitative Loads to open along articulated shaft, come down in torrents on the right side of cloth tray, material is poured over downwards
The right side of pressing mold；Then, it enables right guide rod continue Slideslip to the left, enables the material in cloth tray be evenly arranged splendid attire from right to left full
Pressing mold then restPoses；
A5. when starting feeding driving motor rotates backward, pressing mold bracket is driven to send pressing mold back to shake table along bracket slide plate, i.e.,
It can.
In the present invention, left guide rod, it is right before guide rod and right back-guiding rod rotation, be respectively by left electric rotation shaft, it is right before
Electric rotation shaft and functional block rotation behind functional block before the left functional block of electric rotation shaft rotation driving, the right side behind the right side and the right side, then drive is left
Guide rod and the rotation of right back-guiding rod are realized before guide rod, the right side；The left and right sliding of guide rod and right back-guiding rod, is difference before left guide rod, the right side
By guide rod driving motor and right back-guiding rod driving motor before left guide rod driving motor, the right side, left switch gear and a left side are driven respectively
Switch gear and switch gear behind guide rod rack gear intermeshing transmission before the right side and the right side before guide rod rack gear intermeshing transmission, the right side
It is intermeshed what transmission was realized with right back-guiding rod rack gear.
Compared with prior art, the beneficial effects of the present invention are:
1. the present invention is exclusively used in the compacting of quartz plate, raw material can be pressed into required shape, during vacuum pressing-combining
Vibratory compaction, molding cement pressure plate density is big, and pore-free, particulate material is evenly distributed, and product strength is constant, even density,
It has good quality.
2. the preparation method of the invention using dual secondary compaction can promote compaction force to greatest extent, quartz is enabled
The manufactured goods density and intensity of plate are greatly improved, and guarantee the quality of product.
3. the present invention can be realized automatic charge cloth, true to imitate while greatly alleviating the labor intensity of worker
Manual cloth process, enables material uniformly be laid in pressing mold, whole-course automation, improving production efficiency.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the structural schematic diagram of pressing mold；
Fig. 3 is the structural schematic diagram of pressing mold bracket；
Fig. 4 is the structural schematic diagram (original state) of automatic die-filling loader；
Fig. 5 is the structural schematic diagram (splicing state) of automatic die-filling loader；
Fig. 6 is the structural schematic diagram (starting cloth state) of automatic die-filling loader；
Fig. 7 is the structural schematic diagram (completing cloth state) of automatic die-filling loader；
Fig. 8 is the structural schematic diagram of cloth tray；
Fig. 9 is the mounting structure schematic diagram of left guide rod；
Marked in the figure: 1, left reset spring room；2, left reset spring；3, left outside column；4, left inside column；5, spring fixed link；
6, lower pressing spring；7, compact heap；8, guide sleeve；9, guide post；10, eccentric runner；11, vibrating motor；12, pedestal；13, spring fills
It sets；14, shake table；15, ring packing press strip；16, pressing mold；17, vacuum chamber；18, briquetting；19, right inner column；20, right outer vertical
Column；21, right reset spring；22, right reset spring room；23, first pressure machine；24, second pressure machine；25, outer crossbeam；26, item
Shape jack；27, bracket inserting handle；28, pressing mold bracket；29, rack gear；30, left guide conveyer belt；31, oblique guide conveyer belt；32, left
Valve switch plate；33, left-handed opening motor；34, Zuo Lasheng；35, left valve storehouse；36, left valve plates top spring；37, left hoist engine；
38, left guide chute；39, left guide rod；40, left functional block；41, left slider；42, left to be oriented to vertical rail；43, bracket slide plate； 45,
Preceding cloth guide groove；46, cloth tray；47, right leading to vertical rail；48, right front-slider；49, functional block before the right side；50, guide rod before the right side；
51, guide chute before the right side；52, right hoist engine；53, right valve plates top spring；54, right valve storehouse；55, right drawstring；56, right switch electricity
Machine；57, right valve switch plate；58, right guide conveyer belt；59, drop guide funnel；60, rear cloth guide groove；61, right shell body；62, interior
Crossbeam.
Specific embodiment
As shown in Figure 1, high pressure vacuum vibrating forming machine of the present invention, including outer frame, interior framework, pedestal, vibration
Device, shake table, pressing mold, briquetting, first pressure machine, second pressure machine and vacuum chamber, the pedestal, vibrator, shake table, pressure
Mould, briquetting and vacuum chamber are arranged in interior framework；Vibrator connects shake table, and shake table is mounted on pedestal by spring arrangement
On；Pressing mold is installed on shake table, die cavity is opened up on pressing mold, briquetting is located at the top of pressing mold, and briquetting connection first pressure machine is stretched
Contracting arm, the first pressure machine are mounted on the top of interior framework；The second pressure machine is mounted on outer frame and is located at first
The top of press machine；The vibrator includes vibrating motor, and the vibrating motor is mounted on the bottom of shake table, the vibration electricity
Setting-up eccentricity runner on the motor shaft of machine.
The interior framework includes interior crossbeam, left inside column and right inner column, and the first pressure machine is mounted on interior crossbeam
Left reset spring room and right reset spring room is respectively set in the arranged on left and right sides upper end of interior crossbeam, in left reset spring room in middle part
Left reset spring and left inside column are inside from top to bottom sequentially set, and the lower end of the left inside column fixes on the ground；It is multiple on the right side
Right reset spring and right inner column are from top to bottom sequentially set in the spring housing of position, the lower end of the right inner column is fixed on ground
On.
The outer frame includes outer crossbeam, and in the fixed second pressure machine in the middle part of outer crossbeam, the second pressure machine is stretched
Contracting arm is towards first pressure machine；Left outside column and right outer column are fixed respectively in the arranged on left and right sides of outer crossbeam.
It further include automatic die-filling loader, the automatic die-filling feeding device connects pressing mold by feed device；It is described to send
Material device includes pressing mold bracket and bracket slide plate, and the front end of the bracket slide plate is connected shake table, and the rear end of bracket slide plate is run through
And it is fixed on the rear end of automatic die-filling feeding device；At least three bracket inserting handles are arranged in the front end of the pressing mold bracket, such as
Shown in Fig. 3.Position and the corresponding bar shaped jack of quantity are set in the lower section of pressing mold, as shown in Figure 2.Bracket inserting handle is inserted into pressing
The lower section of mould；Electromagnet is embedded on bracket inserting handle, the electromagnet connects power supply with electromagnetic switch by electric wire；In pressing mold support
At least two toothed racks are arranged in the rear end of frame, and feeding driving motor is arranged in the rear end of bracket slide plate, the feeding driving motor
Motor axis connection sliding tooth wheel installation axle installs two driving gears, each driving gear point on driving gear mounting shaft
It is not intermeshed with two toothed racks；When starting feeding driving motor rotates forward, pressing mold bracket can be driven along bracket slide plate
It travels forward, bracket inserting handle is inserted into the bar shaped jack below press mold, starts electromagnetic switch at this time, and electromagnet power supply is enabled to have
Magnetic attraction simultaneously attracts pressing mold, and driving motor is enabled to rotate backward, and pressing mold bracket, which can be lifted, attracts pressing mold to move back along bracket slide plate
It moves to automatic die-filling loader.
As shown in Fig. 4,5,6 and 7, the automatic die-filling loader includes drop guide funnel, is arranged in the lower section of drop guide funnel
Material placing device；The top left part in drop guide funnel is horizontally disposed with left guide conveyer belt, the right end of the left guide conveyer belt
Right blanking clearance is set between drop guide funnel inner wall；In the lower horizontal of left guide conveyer belt, right guide conveyer belt, institute are set
It states and left blanking clearance is set between the left end and drop guide funnel inner wall of right guide conveyer belt；Under the left end of the right guide conveyer belt
Portion is installed by the oblique guide conveyer belt of right low left high, the feed opening of the lower end of the oblique guide conveyer belt towards drop guide funnel；It is leading
Automatic switch valve is installed, the automatic switch valve includes left valve storehouse, right valve storehouse, left valve on the feed opening of funnel
Switchboard and right valve switch plate, the left and right valve storehouse are separately positioned on the arranged on left and right sides of feed opening, in left valve storehouse
Left valve plates top spring is set, and the left side of the left valve switch plate is inserted into left valve storehouse, and the outer left side in left valve storehouse is arranged
Left-handed opening motor, the motor axis connection left wheel of the left-handed opening motor install around the left end of Zola's rope on the left wheel, described
The right end of Zola's rope penetrates in left valve storehouse the left end for connecting left valve switch plate；Right valve plates top is set in right valve storehouse
The right side of spring, the right valve switch plate is inserted into right valve storehouse, and right switching motor, institute are arranged on the right side of the outside in right valve storehouse
The motor axis connection right wheel of right switching motor is stated, the right end of right drawstring, the left end of the right drawstring are installed around on the right wheel
It penetrates in right valve storehouse and connects the right end of right valve switch plate.
When left-handed opening motor and right switching motor start and rotate in the forward direction, left and right drawstring can be tightened, and draw it is left,
Right valve switch plate overcomes the pressure of left valve plates top spring and right valve plates top spring, receives in left and right valve storehouse, leads respectively at this time
The feed opening of funnel is opened；When left-handed opening motor and right switching motor start and reversely rotate, left and right drawing can be discharged
Rope, left and right valve switch plate are mutually drawn close under the effect of the pressure of left valve top spring and right valve top spring, until by guide
The feed opening of funnel is closed.
The material placing device include it is left be oriented to vertical rail, it is right it is leading to vertical rail, it is right after be oriented to vertical rail and cloth tray, the left side are led
The left side central portion of material placing device is vertically arranged in vertical rail；The right side is leading, and to vertical rail and after right, charge is respectively set in the vertical rail of guiding
Front and back on the right side of device；It is fixed on left be oriented on the left of the rear end of the bracket slide plate to stand on rail, the right side of bracket slide plate is fixed
It leading is oriented on vertical rail to vertical rail and after right right；Left guide chute is opened up on the left top for being oriented to vertical rail, right leading to vertical
The top of rail opens up guide chute before the right side, and the top that vertical rail is oriented to behind the right side opens up directive slide track behind the right side；In left guide chute
Left slider is set, right front-slider is set in guide chute before the right side, right rear slider is set in directive slide track behind the right side.
In the lower part in left valve storehouse, left hoist engine is set, the left hoist engine connects left slider by left elevator traction rope,
Left functional block is connected and fixed by left electric rotation shaft in one end that left slider is exposed at outside left guide chute, is opened in left functional block
If left guide rod jack, the left guide rod of inserting in the left guide rod jack, the interior left guide rod driving motor of fixation, described in left functional block
The left switch gear of the motor axis connection of left guide rod driving motor is embedded in left guide rod rack gear, the left switch gear on left guide rod
It is intermeshed with left guide rod rack gear.
Right hoist engine is set in the lower part in right valve storehouse, the right hoist engine is right advancing slip by elevator traction rope connection before the right side
Block, right hoist engine connect right rear slider by elevator traction rope behind the right side；One outside guide chute is exposed at before the right side in right front-slider
End is connected and fixed functional block before the right side by electric rotation shaft before right, opens up right leading bar jack in functional block before the right side, before the right side
Guide rod before inserting is right in guide rod jack, before the right side in functional block it is fixed it is right before guide rod driving motor, it is described it is right before guide rod driving electricity
Switch gear before the motor axis connection of machine is right, be embedded on guide rod before the right side it is right before guide rod rack gear, it is described it is right before switch gear and right
Preceding guide rod rack gear intermeshing；Electric rotation shaft connection is solid after right rear slider is exposed at one end behind the right side outside guide chute by the right side
Functional block behind the fixed right side opens up right back-guiding rod jack behind the right side in functional block, the right back-guiding rod of inserting in the right back-guiding rod jack,
Right back-guiding rod driving motor, switch tooth after the motor axis connection of the right back-guiding rod driving motor is right are fixed behind the right side in functional block
Wheel is embedded in right back-guiding rod rack gear on right back-guiding rod, and switch gear and right back-guiding rod rack gear are intermeshed behind the right side.
The left side central portion of the hinged cloth tray of right end of the left guide rod；As shown in figure 8, cloth before being opened up on front side of cloth tray
Expect guide groove, the cloth guide groove after opening up on rear side of cloth tray, cloth sliding block, the preceding cloth before being arranged in preceding cloth guide groove
The left end of guide rod before the hinged right side of sliding block；Cloth sliding block after being arranged in rear cloth guide groove, it is described after cloth sliding block it is hinged it is right after lead
The left end of bar；Left side, front side and the rear side of the cloth tray are respectively provided with fixed right baffle-plate, front apron and rear baffle, in front
The top of plate and rear baffle is respectively articulated with the both ends on right shell body top, and the right shell body is made of Permanent magnet metallics, works as cloth
When disk is horizontally disposed with, right shell body is absorbed and fixed at the right side of cloth tray, and the material in cloth tray can be stopped to leak out from right side；
When cloth tray tilts to the right, material can squeeze right shell body under Gravitative Loads and open along articulated shaft, from cloth tray
Right side is come down in torrents, and material is poured in pressing mold downwards.
As shown in Figure 1, vacuum chamber is built-in；Vacuum chamber connects evacuator；Built-in vacuum chamber is that lower part is open
Box body, pressing mold and briquetting are arranged in built-in vacuum chamber；The telescopic arm of first pressure machine passes through the top of built-in vacuum chamber
Briquetting is connected, sealing ring is set between telescopic arm and the top of built-in vacuum chamber；The lower part opening side of built-in vacuum chamber with
Shake table is connected when closure is vacuumized by the sealing of ring packing press strip；Further include pressing device, enters mould when briquetting pushes
When chamber, pressing device can compress built-in vacuum chamber, enable airtight connection between built-in vacuum chamber and shake table；The compression dress
The spring fixed link including being mounted on above internally provided with vacuum room is set, pressing spring under installing in spring fixed link, lower pressing spring connects
Installation compact heap is connect, when briquetting, which pushes, enters die cavity, compact heap can compress built-in vacuum chamber, enable built-in vacuum chamber and vibration
Airtight connection between dynamic platform.
As shown in Figure 1, further including vibration guide device, vibration guide device includes guide pillars and bushes, and guide sleeve is mounted on vibration
On dynamic platform, guide post is fixedly mounted on ground or press machine column, and guide post is inserted into guide sleeve.
The present invention can be exclusively used in the compacting of quartz plate；Press pressure parameter is 800-3000T；The vibration force of shake table
For 200-600kN；Press tonnage is 80T.
The application method of high pressure vacuum vibrating forming machine of the present invention, comprises the following steps:
A. first raw material is placed in the die cavity of pressing mold by automatic die-filling loader；
B. start first pressure machine, the telescopic arm of first pressure machine is enabled to drive briquetting and the decline of built-in vacuum chamber, pressing device
The lower part opening side of built-in vacuum chamber is pushed and is in contact with shake table, sealing device closing vacuum chamber then starts to take out true
It is empty；Implement first time compacting operation at this time；
C. start second pressure machine, the telescopic arm of second pressure machine is enabled to be pressed on first pressure machine, carry out second of compacting operation；
B. start vibrating motor, eccentric wheel is enabled to rotate, so that shake table starts to vibrate；
C. while vibration, the telescopic arm of first pressure machine and second pressure machine drives briquetting to continue to push, until entering pressure
Raw material is compacted into quartzy board finished product by the die cavity of mould.
Wherein, the specific implementation step of step a includes:
A1. when starting feeding driving motor rotates forward, driving pressing mold bracket travels forward along bracket slide plate, the insertion of bracket inserting handle
In bar shaped jack below to press mold, start electromagnetic switch at this time, electromagnet power supply is enabled to have magnetic attraction and attract pressing mold, enables and driving
Dynamic motor rotates backward, and pressing mold bracket, which can be lifted, attracts pressing mold to be moved rearwardly into automatic die-filling loader along bracket slide plate；
A2. material is fed intake from the upper end of drop guide funnel, material is suitable to be transported to by the left guide conveyer belt conveyed to the right
On the right guide conveyer belt of lower right, it is transported to oblique guide conveyer belt in the right guiding conveyer belt by conveying to the left, and by oblique
Guide conveyer belt is conveyed to feed opening；
A3. when left-handed opening motor and right switching motor start and rotate in the forward direction, left and right drawstring can be tightened, and is drawn left and right
Valve switch plate overcomes the pressure of left valve plates top spring and right valve plates top spring, is received in left and right valve storehouse respectively, at this time guide
The feed opening of funnel is opened；Material pours in material placing device from feed opening；After completing quantitative discharging, left-handed opening motor and the right side are opened
It closes electric motor starting simultaneously to reversely rotate, discharges left and right drawstring, left and right valve switch plate is in left valve top spring and right valve top spring
It under pressure effect, mutually draws close, until the feed opening of drop guide funnel is closed；
A4. as shown in figure 4, in the initial state, guide rod and right back-guiding rod are horizontally disposed before left guide rod, the right side, cloth tray water is enabled
The flat underface in feed opening；As shown in figure 5, enabling the left side of guide rod and right back-guiding rod before left guide rod right end, the right side in splicing
Rotation upwards lifts the rising of cloth tray level, is undertaken on the lower part of feed opening；After material is contained in cloth tray completely,
Guide chute moves down after guide chute before left guide chute, the right side and the right side respectively for left slider, right front-slider and right rear slider, enables cloth
Pressing mold of the charging tray to lower end is close, and Slideslip is rotated down simultaneously to the left for guide rod and right back-guiding rod before then order is right, at the same time,
Preceding cloth sliding block and rear cloth sliding block enable cloth tray respectively along preceding cloth guide groove and rear cloth guide groove by right side Slideslip to the left
Right end tilts down, material can be squeezed under Gravitative Loads right shell body along articulated shaft open, come down in torrents on the right side of cloth tray and
Out, as shown in Figure 6.Material is poured over downwards the right side of pressing mold；Then, it enables right guide rod continue Slideslip to the left, enables in cloth tray
Material be evenly arranged the full pressing mold of splendid attire from right to left, as shown in fig. 7, then restPosing；
A5. when starting feeding driving motor rotates backward, pressing mold bracket is driven to send pressing mold back to shake table along bracket slide plate, i.e.,
It can.
In the present invention, left guide rod, it is right before guide rod and right back-guiding rod rotation, be respectively by left electric rotation shaft, it is right before
Electric rotation shaft and functional block rotation behind functional block before the left functional block of electric rotation shaft rotation driving, the right side behind the right side and the right side, then drive is left
Guide rod and the rotation of right back-guiding rod are realized before guide rod, the right side；The left and right sliding of guide rod and right back-guiding rod, is difference before left guide rod, the right side
By guide rod driving motor and right back-guiding rod driving motor before left guide rod driving motor, the right side, left switch gear and a left side are driven respectively
Switch gear and switch gear behind guide rod rack gear intermeshing transmission before the right side and the right side before guide rod rack gear intermeshing transmission, the right side
It is intermeshed what transmission was realized with right back-guiding rod rack gear.
The above described is only a preferred embodiment of the present invention, being not that the invention has other forms of limitations, appoint
It is the present invention that those skilled in the art, which is combined possibly also with the technology contents of the disclosure above, changes or retrofits,
Equivalent embodiment.Without departing from the technical solutions of the present invention, according to the technical essence of the invention to above embodiments institute
Any simple modification, equivalent variations and the remodeling made, still fall within the protection scope of technical solution of the present invention.
Claims (10)
1. high pressure vacuum vibrating forming machine, it is characterised in that: including outer frame, interior framework, pedestal, vibrator, shake table, pressure
Mould, briquetting, first pressure machine, second pressure machine and vacuum chamber, the pedestal, vibrator, shake table, pressing mold, briquetting and vacuum
Room is arranged in interior framework；Vibrator connects shake table, and shake table is installed on the base by spring arrangement；Pacify on shake table
Pressing mold is filled, opens up die cavity on pressing mold, briquetting is located at the top of pressing mold, the telescopic arm of briquetting connection first pressure machine, and described first
Press machine is mounted on the top of interior framework；The second pressure machine is mounted on the top on outer frame and being located at first pressure machine；
The vibrator includes vibrating motor, and the vibrating motor is mounted on the bottom of shake table, on the motor shaft of the vibrating motor
Setting-up eccentricity runner.
2. high pressure vacuum vibrating forming machine described in accordance with the claim 1, it is characterised in that: the interior framework include interior crossbeam,
Left inside column and right inner column, the first pressure machine are mounted on the middle part of interior crossbeam, in the arranged on left and right sides upper end of interior crossbeam point
Left reset spring room and right reset spring room are not set, be from top to bottom sequentially arranged in left reset spring room left reset spring and
The lower end of left inside column, the left inside column fixes on the ground；From top to bottom the right side is arranged again in sequence in right reset spring room
Position spring and right inner column, the lower end of the right inner column fix on the ground.
3. high pressure vacuum vibrating forming machine according to claim 2, it is characterised in that: the outer frame includes outer crossbeam,
In the fixed second pressure machine in the middle part of outer crossbeam, the telescopic arm of the second pressure machine is towards first pressure machine；In outer crossbeam
Arranged on left and right sides fixes left outside column and right outer column respectively.
4. high pressure vacuum vibrating forming machine described in accordance with the claim 3, it is characterised in that: it further include automatic die-filling loader,
The automatic die-filling feeding device connects pressing mold by feed device；The feed device includes pressing mold bracket and bracket slide plate,
The front end of the bracket slide plate is connected shake table, and the rear end of bracket slide plate is run through and is fixed on automatic die-filling feeding device
Rear end；At least three bracket inserting handles are arranged in the front end of the pressing mold bracket, and position is arranged in the lower section of pressing mold and quantity is corresponding
Bar shaped jack, bracket inserting handle are inserted into the lower section of pressing mold；Electromagnet is embedded on bracket inserting handle, the electromagnet passes through electric wire
Power supply is connected with electromagnetic switch；At least two toothed racks are set in the rear end of pressing mold bracket, feeding is set in the rear end of bracket slide plate
Driving motor, the motor axis connection sliding tooth wheel installation axle of the feeding driving motor install two on driving gear mounting shaft
A driving gear, each driving gear are intermeshed with two toothed racks respectively；When starting feeding driving motor rotates forward,
Pressing mold bracket can be driven to travel forward along bracket slide plate, bracket inserting handle is inserted into the bar shaped jack below press mold, is opened at this time
Dynamic electromagnetic switch enables electromagnet power supply have magnetic attraction and attract pressing mold, enables driving motor rotate backward, pressing mold bracket can be held in the palm
It lifts and pressing mold is attracted to be moved rearwardly into automatic die-filling loader along bracket slide plate.
5. high pressure vacuum vibrating forming machine according to claim 4, it is characterised in that: the automatic die-filling loader includes
Material placing device is arranged in the lower section of drop guide funnel in drop guide funnel；The top left part in drop guide funnel is horizontally disposed with left guide
Right blanking clearance is arranged between the right end and drop guide funnel inner wall of the left guide conveyer belt in conveyer belt；In left guide conveyer belt
Lower horizontal right guide conveyer belt is set, lower-left is set between the left end and drop guide funnel inner wall of the right guide conveyer belt and is expected
Gap；The oblique guide conveyer belt of the left end lower part installation right low left high of the right guide conveyer belt, the oblique guide conveyer belt
Feed opening of the lower end towards drop guide funnel；Automatic switch valve, the automatic switch valve are installed on the feed opening of drop guide funnel
Door includes left valve storehouse, right valve storehouse, left valve switch plate and right valve switch plate, and the left and right valve storehouse is separately positioned on
The arranged on left and right sides of feed opening, is arranged left valve plates top spring in left valve storehouse, and left valve is inserted into the left side of the left valve switch plate
In door storehouse, left-handed opening motor is arranged in the outer left side in left valve storehouse, and the motor axis connection left wheel of the left-handed opening motor is described
The left end of Zola's rope is installed around on left wheel, the right end of Zola's rope penetrates in left valve storehouse the left side for connecting left valve switch plate
End；Right valve plates top spring is set in right valve storehouse, and the right side of the right valve switch plate is inserted into right valve storehouse, in right valve
The external right side in storehouse is arranged right switching motor, the motor axis connection right wheel of the right switching motor, installs around on the right wheel
The right end of right drawstring, the left end of the right drawstring penetrate in right valve storehouse the right end for connecting right valve switch plate；
When left-handed opening motor and right switching motor start and rotate in the forward direction, left and right drawstring can be tightened, and draw left and right valve
Door switch plate overcomes the pressure of left valve plates top spring and right valve plates top spring, is received in left and right valve storehouse respectively, and guide leaks at this time
The feed opening of bucket is opened；When left-handed opening motor and right switching motor start and reversely rotate, left and right drawstring can be discharged, left,
Right valve switch plate is mutually drawn close under the effect of the pressure of left valve top spring and right valve top spring, until by drop guide funnel
Feed opening closing.
6. high pressure vacuum vibrating forming machine according to claim 4, it is characterised in that: the material placing device includes left guiding
Vertical rail, the right side are leading to the vertical rail of guiding and cloth tray behind vertical rail, the right side, and left be oriented to stands the left side that rail is vertically arranged in material placing device
Middle part；The right side is leading, and to vertical rail and after right, the front and back on the right side of material placing device are respectively set in the vertical rail of guiding；The bracket slide plate
Rear end on the left of be fixed on it is left be oriented on vertical rail, be fixed on the right side of bracket slide plate and right leading be oriented to vertical rail to vertical rail and after right
On；Left guide chute is opened up on the left top for being oriented to vertical rail, the guide chute before the right leading top to vertical rail opens up the right side, on the right side
The top for being oriented to vertical rail afterwards opens up directive slide track behind the right side；Left slider is set in left guide chute, is set in guide chute before the right side
Right front-slider is set, right rear slider is set in directive slide track behind the right side；
Left hoist engine is set in the lower part in left valve storehouse, the left hoist engine connects left slider by left elevator traction rope, on a left side
One end that sliding block is exposed at outside left guide chute is connected and fixed left functional block by left electric rotation shaft, opens up a left side in left functional block
Guide rod jack, the interior left guide rod of inserting of the left guide rod jack, the interior left guide rod driving motor of fixation in left functional block, the left side is led
The left switch gear of the motor axis connection of bar driving motor is embedded in left guide rod rack gear, the left switch gear and a left side on left guide rod
The intermeshing of guide rod rack gear；
In the lower part in right valve storehouse, right hoist engine is set, the right hoist engine connects right front-slider by elevator traction rope before the right side,
Right hoist engine connects right rear slider by elevator traction rope behind the right side；It is logical that one end before the right side outside guide chute is exposed in right front-slider
Electric rotation shaft is connected and fixed functional block before the right side before crossing the right side, opens up right leading bar jack, guide rod before the right side in functional block before the right side
Guide rod before inserting is right in jack, before the right side in functional block it is fixed it is right before guide rod driving motor, it is described it is right before guide rod driving motor
Switch gear before motor axis connection is right, be embedded on guide rod before the right side it is right before guide rod rack gear, it is described it is right before switch gear and the right side it is leading
The intermeshing of bar rack gear；Electric rotation shaft is connected and fixed the right side after one end that right rear slider is exposed at behind the right side outside guide chute is by the right side
Functional block afterwards opens up right back-guiding rod jack behind the right side in functional block, the right back-guiding rod of inserting in the right back-guiding rod jack, behind the right side
Fix right back-guiding rod driving motor in functional block, switch gear after the motor axis connection of the right back-guiding rod driving motor is right,
Right back-guiding rod rack gear is embedded on right back-guiding rod, switch gear and right back-guiding rod rack gear are intermeshed behind the right side；
The left side central portion of the hinged cloth tray of right end of the left guide rod；Cloth guide groove before being opened up on front side of cloth tray, in cloth
Rear cloth guide groove is opened up on rear side of charging tray, cloth sliding block before being arranged in preceding cloth guide groove, the preceding cloth sliding block is hingedly before the right side
The left end of guide rod；Cloth sliding block after being arranged in rear cloth guide groove, it is described after the hinged right back-guiding rod of cloth sliding block left end；It is described
Left side, front side and the rear side of cloth tray are respectively provided with fixed right baffle-plate, front apron and rear baffle, in the upper of front apron and rear baffle
Portion is respectively articulated with the both ends on right shell body top, and the right shell body is made of Permanent magnet metallics, right when cloth tray is horizontally disposed with
Baffle is absorbed and fixed at the right side of cloth tray, and the material in cloth tray can be stopped to leak out from right side；When cloth tray is to bottom right
When side's inclination, material can squeeze right shell body under Gravitative Loads and open along articulated shaft, come down in torrents on the right side of cloth tray, object
Material is poured in pressing mold downwards.
7. high pressure vacuum vibrating forming machine according to claim 6, it is characterised in that: vacuum chamber is built-in；Vacuum chamber
Connect evacuator；Built-in vacuum chamber is the box body of lower part opening, and pressing mold and briquetting are arranged in built-in vacuum chamber；First
The top that the telescopic arm of press machine passes through built-in vacuum chamber connects briquetting, sets between telescopic arm and the top of built-in vacuum chamber
Set sealing ring；The lower part opening side of built-in vacuum chamber seals phase by ring packing press strip when closure is vacuumized with shake table
Even；It further include pressing device, when briquetting, which pushes, enters die cavity, pressing device can compress built-in vacuum chamber, enable built-in true
Airtight connection between empty room and shake table；The pressing device includes the spring fixed link being mounted on above internally provided with vacuum room,
Lower pressing spring is installed in spring fixed link, compact heap is installed in lower pressing spring connection, when briquetting, which pushes, enters die cavity, compact heap energy
Built-in vacuum chamber is compressed, airtight connection between built-in vacuum chamber and shake table is enabled.
8. high pressure vacuum vibrating forming machine according to claim 5, it is characterised in that: it further include vibration guide device, vibration
Action-oriented device includes guide pillars and bushes, and guide sleeve is installed on a vibration table, and guide post is fixedly mounted on ground or press machine column,
Guide post is inserted into guide sleeve.
9. according to the application method of high pressure vacuum vibrating forming machine described in 1-7 any claim, it is characterised in that comprising such as
Lower step:
A. first raw material is placed in the die cavity of pressing mold by automatic die-filling loader；
B. start first pressure machine, the telescopic arm of first pressure machine is enabled to drive briquetting and the decline of built-in vacuum chamber, pressing device
The lower part opening side of built-in vacuum chamber is pushed and is in contact with shake table, sealing device closing vacuum chamber then starts to take out true
It is empty；Implement first time compacting operation at this time；
C. start second pressure machine, the telescopic arm of second pressure machine is enabled to be pressed on first pressure machine, carry out second of compacting operation；
B. start vibrating motor, eccentric wheel is enabled to rotate, so that shake table starts to vibrate；
C. while vibration, the telescopic arm of first pressure machine and second pressure machine drives briquetting to continue to push, until entering pressure
Raw material is compacted into quartzy board finished product by the die cavity of mould.
10. the application method of high pressure vacuum vibrating forming machine according to claim 8, it is characterised in that step a's is specific
Implementation steps include:
A1. when starting feeding driving motor rotates forward, driving pressing mold bracket travels forward along bracket slide plate, the insertion of bracket inserting handle
In bar shaped jack below to press mold, start electromagnetic switch at this time, electromagnet power supply is enabled to have magnetic attraction and attract pressing mold, enables and driving
Dynamic motor rotates backward, and pressing mold bracket, which can be lifted, attracts pressing mold to be moved rearwardly into automatic die-filling loader along bracket slide plate；
A2. material is fed intake from the upper end of drop guide funnel, material is suitable to be transported to by the left guide conveyer belt conveyed to the right
On the right guide conveyer belt of lower right, it is transported to oblique guide conveyer belt in the right guiding conveyer belt by conveying to the left, and by oblique
Guide conveyer belt is conveyed to feed opening；
A3. when left-handed opening motor and right switching motor start and rotate in the forward direction, left and right drawstring can be tightened, and is drawn left and right
Valve switch plate overcomes the pressure of left valve plates top spring and right valve plates top spring, is received in left and right valve storehouse respectively, at this time guide
The feed opening of funnel is opened；Material pours in material placing device from feed opening；After completing quantitative discharging, left-handed opening motor and the right side are opened
It closes electric motor starting simultaneously to reversely rotate, discharges left and right drawstring, left and right valve switch plate is in left valve top spring and right valve top spring
It under pressure effect, mutually draws close, until the feed opening of drop guide funnel is closed；
A4. in the initial state, guide rod and right back-guiding rod are horizontally disposed before left guide rod, the right side, and cloth tray level is enabled to be in blanking
The underface of mouth；In splicing, enables the left side of guide rod and right back-guiding rod before left guide rod right end, the right side rotate upwards, lift cloth
Disk level rises, and is undertaken on the lower part of feed opening；After material is contained in cloth tray completely, left slider, right front-slider and the right side
Guide chute moves down rear slider after guide chute before left guide chute, the right side and the right side respectively, and cloth tray is enabled to lean on to the pressing mold of lower end
Closely, Slideslip is rotated down simultaneously to the left for guide rod and right back-guiding rod before then order is right, at the same time, preceding cloth sliding block and rear cloth
Sliding block enables the right end of cloth tray tilt down, material respectively along preceding cloth guide groove and rear cloth guide groove by right side Slideslip to the left
Right shell body can be squeezed under Gravitative Loads to open along articulated shaft, come down in torrents on the right side of cloth tray, material is poured over downwards
The right side of pressing mold；Then, it enables right guide rod continue Slideslip to the left, enables the material in cloth tray be evenly arranged splendid attire from right to left full
Pressing mold then restPoses；
A5. when starting feeding driving motor rotates backward, pressing mold bracket is driven to send pressing mold back to shake table along bracket slide plate.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910321993.5A CN109822716A (en) | 2019-04-22 | 2019-04-22 | High pressure vacuum vibrating forming machine |
| CN201910388836.6A CN109927149B (en) | 2019-04-22 | 2019-05-10 | High-pressure vacuum vibration forming machine |
| CN201920666350.XU CN210525405U (en) | 2019-04-22 | 2019-05-10 | High-pressure vacuum vibration forming machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910321993.5A CN109822716A (en) | 2019-04-22 | 2019-04-22 | High pressure vacuum vibrating forming machine |
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| CN109822716A true CN109822716A (en) | 2019-05-31 |
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| CN201910321993.5A Pending CN109822716A (en) | 2019-04-22 | 2019-04-22 | High pressure vacuum vibrating forming machine |
| CN201910388836.6A Active CN109927149B (en) | 2019-04-22 | 2019-05-10 | High-pressure vacuum vibration forming machine |
| CN201920666350.XU Active CN210525405U (en) | 2019-04-22 | 2019-05-10 | High-pressure vacuum vibration forming machine |
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| CN201910388836.6A Active CN109927149B (en) | 2019-04-22 | 2019-05-10 | High-pressure vacuum vibration forming machine |
| CN201920666350.XU Active CN210525405U (en) | 2019-04-22 | 2019-05-10 | High-pressure vacuum vibration forming machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110315628A (en) * | 2019-08-07 | 2019-10-11 | 淄博翔鹏机械有限公司 | Shaking platform is the same as frequency driving device |
| CN110757623A (en) * | 2019-12-19 | 2020-02-07 | 兰溪洛利机械设备有限公司 | Ceramic powder ration is pressed former futilely |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109822716A (en) * | 2019-04-22 | 2019-05-31 | 淄博翔鹏机械有限公司 | High pressure vacuum vibrating forming machine |
| CN113977740B (en) * | 2021-10-28 | 2023-05-02 | 有研资源环境技术研究院(北京)有限公司 | Preparation method and device of high-tap-density high-stability ceramic blank |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2647538Y (en) * | 2003-09-25 | 2004-10-13 | 杨志强 | Concrete block forming machine |
| CN1322967C (en) * | 2004-07-22 | 2007-06-27 | 辽宁中田干燥设备制造有限公司 | Flyash brick high efficiency shaping machine |
| CN102452129A (en) * | 2010-11-02 | 2012-05-16 | 吉林久盛机械加工有限公司 | Automatic powerful vibration concrete block moulding machine |
| PT2747967E (en) * | 2011-08-23 | 2016-02-02 | Christopher T Banus | Vacuum vibration press for forming engineered composite stone slabs |
| CN204019713U (en) * | 2014-07-04 | 2014-12-17 | 北京仁创科技集团有限公司 | For anti-mixing distribution device and the forming machine of forming machine cloth |
| CN104308953B (en) * | 2014-11-04 | 2016-11-16 | 淄博翔鹏机械有限公司 | Pressure vacuum vibrating forming machine and application thereof and using method |
| CN109822716A (en) * | 2019-04-22 | 2019-05-31 | 淄博翔鹏机械有限公司 | High pressure vacuum vibrating forming machine |
-
2019
- 2019-04-22 CN CN201910321993.5A patent/CN109822716A/en active Pending
- 2019-05-10 CN CN201910388836.6A patent/CN109927149B/en active Active
- 2019-05-10 CN CN201920666350.XU patent/CN210525405U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110315628A (en) * | 2019-08-07 | 2019-10-11 | 淄博翔鹏机械有限公司 | Shaking platform is the same as frequency driving device |
| CN110757623A (en) * | 2019-12-19 | 2020-02-07 | 兰溪洛利机械设备有限公司 | Ceramic powder ration is pressed former futilely |
| CN110757623B (en) * | 2019-12-19 | 2020-11-27 | 牧雅阀门有限公司 | Ceramic powder ration is pressed former futilely |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109927149A (en) | 2019-06-25 |
| CN210525405U (en) | 2020-05-15 |
| CN109927149B (en) | 2024-01-12 |
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