CN201989213U - Plasterboard multi-mode resonance jogging motion moulding production equipment - Google Patents
Plasterboard multi-mode resonance jogging motion moulding production equipment Download PDFInfo
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- CN201989213U CN201989213U CN2010206655729U CN201020665572U CN201989213U CN 201989213 U CN201989213 U CN 201989213U CN 2010206655729 U CN2010206655729 U CN 2010206655729U CN 201020665572 U CN201020665572 U CN 201020665572U CN 201989213 U CN201989213 U CN 201989213U
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Abstract
The utility model discloses plasterboard multi-mode resonance jogging motion moulding production equipment used in the various building decoration material plasterboard product production industry, characterized in that the technology scheme employs the isosceles body construction principle of the isosceles trapezoid, and the isosceles trapezoid isosceles dual mode and multi-mode resonance jogging motion principle. The combination constitution technology of installing a moulding machine on a vibration machine is employed in the equipment, and the function processing of using a feeder of the moulding machine to feed raw materials of the plasterboard product and a moulding die to store the raw material, the function processing of forming a moulded product formed through the vibration work of the vibration machine, the vibration allowing the double dies of the moulding machine to form the moulded product with mechanical vibration and machinery jogging motion, and the function processing of the pre-taking moulded product, are all performed, which changes the technology mode of production exploitation in the plasterboard products industry. The equipment can realizes efficient, energy saving, and multi-functional industry engineering development with good consistency, high finished product ratio and excellent production quality, and can be used widely in various plasterboard product production enterprises.
Description
Technical field:
The utility model relates in the Development and Production development of the ornament materials plasterboard goods that are widely used in all kinds of buildings and adopts the manual work production method, extruding, the roll forming of plane dress mould vibration, extruding, the roll forming of the vibration of vertical dress mould, extruding, the roll forming of slope dress mould vibration, a kind of new production equipment----plasterboard multi-mode resonance of various production equipments such as isosceles triangle isosceles bimodulus, the moulding of multi-mode resonance ripple pendular motion is moved the motion forming production device.
Background technology:
Decorated gypsum board is as one of construction material, be that people are pursuing decorative effect of fine quality, graceful, heat insulation, that prevent fires, have attractive appearance day by day to the decoration of various buildings, modern society's plasterboard is the extensive use of people institute as the building and ornament materials of multi-purpose function.
In the Development and Production of building materials plasterboard, people utilize the manual work method, and its labour intensity is big, and production efficiency is low, shortcomings such as product quality impact of performance difference.Along with the scientific and technological progress development, people have researched and developed mechanization, the electrified tool of production.Now, the Development and Production of plasterboard has following five kinds of production equipments and production technology;
A kind of is the manual work production method.
Two kinds is extruding, the roll forming of plane dress mould vibration.
Three kinds is extruding, the roll forming of vertically adorning the mould vibration.
Four kinds is extruding, the roll forming of slope dress mould vibration.
Five kinds is isosceles triangle isosceles bimodulus, the moulding of multi-mode resonance ripple pendular motion.
The mechanization of development in science and technology, it has changed the conventional method that the utilization great amount of manpower is produced the electrified tool of production, production efficiency is improved, manpower labour intensity reduces, advantages such as product quality increases, replaced traditional production technology method, but, existing manual work production method, the extrusion modling of plane dress mould vibration, roll forming, the extrusion modling of vertical dress mould vibration, roll forming, the extrusion modling of slope dress mould vibration, in the production of roll forming, it is by a cover plasterboard mould, carry out the production moulding work disposal of product, it exists the energy consumption in producing big, inefficient shortcoming, in addition, various gypsum board manufacture formers are to adopt plane dress mould vibration, the vibration of vertical dress mould, the extrusion modling of slope vibratory, manufacturing technique methods such as roll forming, there are the shortcomings such as complex manufacturing by vibration and extrusion modling or roll forming in it, because fiber is all adopted in the production of plasterboard, land plaster, raw material mixed preparing such as water form, its slurry injects the fluid scrambling, very easily produces pore, it exists by shortcomings such as the weight inhomogeneities of the finished product of vibration and extrusion modling or roll forming and pores.Isosceles triangle isosceles bimodulus, multi-mode resonance ripple pendular motion forming technique, overcome the extrusion modling of manual work production method, plane dress mould vibration and roll forming, vertical extrusion modling and roll forming, the extrusion modling of slope dress mould vibration and the shortcoming of roll forming of adorning the mould vibration, there is the limitation of bimodulus, the moulding of multi-mode resonance ripple pendular motion in it.
Summary of the invention:
The purpose of this utility model is, various production formers and the existing weak point of manufacturing technique method according to plasterboard both domestic and external, research and design is a kind of have easy to operate, control flexibly, the production efficiency height, energy resource consumption is low in the production, production technology is simple, makes product cost reduce finished product rate height, high conformity, the excellent plasterboard multi-mode resonance of product quality performance is moved the motion forming production device.The technical solution of the utility model is, this plasterboard multi-mode resonance is moved isosceles structure body principle and the isosceles trapezoid isosceles bimodulus that motion forming production device and manufacturing technique method utilize isosceles trapezoid, multi-mode resonance is moved motion principle, its technical characterstic is, it is by the mode that constitutes of bobbing machine Z and make-up machine C, the raw material that adopts the plasterboard goods is by defeated material of the feeder of make-up machine and shaping mould storing function treatment, make the bimodulus of make-up machine by the vibration work of bobbing machine, multi-mould is along with mechanical oscillation and move the processing of motion formation moulding product function, drives the production technology of getting the shaped article function treatment.
Bobbing machine Z by adopt one group of steel material arbor wheel be bobbing machine slide arbor wheel 1, its axle that slides arbor wheel 1 is gone up the shake table 2 that the steel material square body is configured to bobbing machine is installed, the square floor that shake table 2 inner bottom parts are installed steel material constitutes bobbing machine base 3, the three row groups of springs that steel material is installed on the bobbing machine base 3 constitute the device 4 that shakes that helps of bobbing machine, help the top of the device 4 that shakes to support the square top board formation bobbing machine footstock 5 of adorning steel material, the motor M formation vibrating motor M of bobbing machine installs in central authorities on bobbing machine footstock 5 its plate faces, and vibrating motor M power supply input PS/AC circuit connects power supply signal indicator lamp ZD
1With power switch K ' ", K switch ' " motor M relay indicating light ZD in parallel
2And vibrator motor M in parallel constitutes the formations such as electric circuit of bobbing machine.
Make-up machine C constitutes make-up machine chassis 6 by adopting the square skeleton of steel material to be installed on the bobbing machine footstock 5 of bobbing machine, two full isosceles trapezoid skeletons with " ≌ " of steel material are installed on the make-up machine chassis 6, be combined to form the shape mould bases 7 of isosceles trapezoid on installation forming machine chassis, two bottoms 6 crossbeams of isosceles trapezoid skeleton, slidably lockable four pulleys formation make-up machine isosceles trapezoid height adjusting slip fixator 8 of steel materials is installed with two bottom ends of mould bases on the crossbeam of make-up machine base 6, the quadrate of end angle, base installation steel material is configured to the footstock 9 of make-up machine on the isosceles trapezoid two of mould bases 7, the rotatable angle demodulator 10 that the control nut constitutes make-up machine is installed respectively on the skeleton end of base end angle steel material on the isosceles trapezoid two of mould bases 7, by make-up machine mould bases 7, make-up machine isosceles trapezoid height is regulated slip fixator 8, the footstock 9 of make-up machine, the rotatable angle demodulator 10 of make-up machine constitutes the mould bases 7 of the Height Adjustable fixing isosceles trapezoid of isosceles trapezoid angle and isosceles trapezoid, make-up machine isosceles trapezoid height regulate slip fixator 8 and two bottom ends to the center direction of chassis crossrail " →; ← " in when sliding, then the isosceles trapezoid height uprises; By the center direction of chassis crossrail " →; ← " when outwards sliding, isosceles trapezoid height step-down then, constitute the mould bases 7 of various angles and height need of work state isosceles trapezoid, the right bed die 11 of the bed die formation make-up machine of steel material is installed on the right on the mould bases 7, the cover mold that closed moulding is installed on the right bed die 11 constitutes the right cover mold 12 of make-up machine, the lockset that right mould is installed on the limit end of bed die 11 and cover mold 12 constitutes the lock 13 of make-up machine, snap close connecting rod 14 is installed on the lock 13, the left bed die 15 of the bed die formation make-up machine of steel material is installed on the left side on the mould bases 7, the cover mold that closed moulding is installed on the bed die 15 of a left side constitutes the left cover mold 16 of left make-up machine, the lockset that left mould is installed on the limit end of bed die 15 and cover mold 16 constitutes the lock 17 of make-up machine, snap close connecting rod 18 is installed on the lock 17, bed die 11, cover mold 12 and bed die 15, the shaping mould 19 of elastomeric material is installed in the middle of the cover mold 16, right, the left side bed die and the right side, the feeder 20 of slidably lockable feed hopper formation make-up machine between the right and left is installed at the top of left side cover mold, and feeder 20 is " A～B " from left to right, " → ", slide lock; Feeder 20 right-to-lefts " ← ", " A～B " slide lock; To left and right " ← ", " A～O～B ", " → " slide lock, slide lock forms the defeated material of various differences need of work status function to feeder 20 between the right and left of feeder 20 from middle.The mould locking dynamic equipment 21 that cylinder constitutes make-up machine is installed in the middle of the make-up machine mould bases 7, on the Pneumatic pressure power bar of mould locking dynamic equipment 21 snap close connecting rod 14 and 18 is installed, installation air supply pipe 22 and electron gas compress switch 23 on the mould locking dynamic equipment 21, the lower left that the mould locking dynamic equipment 21 power pluging connection PS/21 of make-up machine install bobbing machine Z, the mould locking dynamic equipment 21 power supplys input of make-up machine is connected and composed mould locking dynamic equipment 21 electric circuits of make-up machine by power pluging connection PS/21.Can parallel " || " 1～N group bimodulus of " 1～N " group bed die, cover mold, shaping mould, feeder formation make-up machine, the various work functions of multimode be installed by the right and left on the mould bases 7.
The combination technique of bobbing machine Z and make-up machine C constitutes the isosceles structure body principle of isosceles trapezoid and the function treatment system principle that isosceles trapezoid isosceles bimodulus, multi-mode resonance are moved motion, utilize the isosceles structure body principle of isosceles trapezoid and the function treatment system principle that isosceles trapezoid isosceles bimodulus, multi-mode resonance are moved motion, according to the different application requirement, can manufacture and design different size, in specie high-efficiency energy-saving multi-functional type plaster board production equipment not.
This plasterboard multimode multi-mode resonance has been moved the technological invention of motion forming production device and has been utilized the isosceles structure body principle and the isosceles trapezoid isosceles bimodulus of isosceles trapezoid, multi-mode resonance is moved motion principle, it adopts the technical approach that constitutes by bobbing machine and make-up machine, it makes the production technology of plasterboard realize the production efficiency height, production technology is simple, energy consumption is low, produce multi-functional, the product plane quality uniformity, finished product rate height, high conformity, the size of the different size of product, the thickness of different size, the mode of production of the function treatment such as diversity of pattern form in specie not.
Description of drawings:
Accompanying drawing 1 is moved the bobbing machine Z of motion forming production device and the supportingization constitutional diagram of make-up machine C for the plasterboard multi-mode resonance.
Accompanying drawing 2 is moved the bobbing machine Z of motion forming production device and the structure chart that forms a complete set of of make-up machine C for the plasterboard multi-mode resonance.
Accompanying drawing 3, Fig. 4 move bobbing machine Z inside, the external structure of motion forming production device for the plasterboard multi-mode resonance.
Accompanying drawing 5, Fig. 6 move the make-up machine C-structure figure of motion forming production device for the plasterboard multi-mode resonance.
Accompanying drawing 7, Fig. 8 are moved motion forming production device mould bases " ←, → " for the plasterboard multi-mode resonance, the various need of work status architecture key diagrams of " →, ← ".
Accompanying drawing 9 is moved the right mould assembly structure figure of motion forming production device for the plasterboard multi-mode resonance.
Accompanying drawing 10 is moved the left mould assembly structure figure of motion forming production device for the plasterboard multi-mode resonance.
The feeder that accompanying drawing 11 is moved the motion forming production device for the plasterboard multi-mode resonance is " → " slide lock need of work status architecture key diagram from left to right.
Accompanying drawing 12 is moved feeder right-to-left " ← " the slide lock need of work status architecture key diagram of motion forming production device for the plasterboard multi-mode resonance.
The feeder that accompanying drawing 13 is moved the motion forming production device for the plasterboard multi-mode resonance from middle to left and right " ←, → " slide lock need of work status architecture key diagram.
Accompanying drawing 18 is moved the electric circuit structure figure of motion forming production device for the plasterboard multi-mode resonance.
The specific embodiment:
Make further instructions below in conjunction with drawings and Examples.
By Fig. 1, Fig. 2, Fig. 7, Fig. 8, Figure 11, Figure 12, Figure 13 as can be known, this plasterboard multi-mode resonance is moved its technical characterstic of motion forming production device, this plasterboard multi-mode resonance is moved the motion forming production device is finished gypsum board products by the make-up machine of plasterboard goods bimodulus, the product approval function treatment of the high efficiency that multi-mould is used in combination and energy savings and can use various different size specifications, different-thickness, the multi-functional processing of the template product approval of different pattern pattern, bobbing machine is finished the assembling bimodulus of gypsum board formative machine, approved product material in the multi-mould is by mechanical oscillation with move modularization technical approach and the production technology mode that motor function is handled.
Referring to Fig. 1, Fig. 2, Fig. 7, Fig. 8, Figure 11, Figure 12, Figure 13, this plasterboard multi-mode resonance is moved its course of work of motion forming production device and is, operating personnel connect power ps/AC, power supply signal indicator lamp ZD
1Luminous demonstration, operating personnel operate electron gas and compress switch 23, mould locking dynamic equipment 21, snap close connecting rod 14 and snap close connecting rod 18 work locking moulds, closed power switch K ' ", motor M relay indicating light ZD
2Luminous demonstration; vibrating motor M running vibration work; operating personnel import and fill with left and right sides mould with the raw material of plasterboard goods by the feeder 20 of make-up machine; the bimodulus, multi-mould that is made make-up machine by the vibration work of bobbing machine is along with mechanical oscillation and move motion and form shaped article; the operating power K switch ' "; deenergization is shut down, and unlocking electronic baroswitch 23, snap close connecting rod 14 and snap close connecting rod 18 are driven and got shaped article, finish the production work program one time.Operating personnel can regulate slip fixator 8 and two bottom ends in the center direction of chassis crossrail " →, ← " during slip by make-up machine isosceles trapezoid height, and then the isosceles trapezoid height uprises; By the center direction of chassis crossrail " →, ← " when outwards sliding, isosceles trapezoid height step-down then, constitute the mould bases 7 of various angles and height need of work state isosceles trapezoid, operating personnel can be by slide lock between the right and left of slidably lockable feeder 20 between top installation the right and left of the right side, left bed die and the right side, left cover mold on the mould bases 7, and feeder 20 is " A～B ", " → ", slide lock from left to right; Feeder 20 right-to-lefts " ← ", " A～B " slide lock; Feeder 20 to left and right " ← ", " A～O～B ", " → " slide lock, is finished the defeated material of various differences need of work state from middle.Operating personnel can be by mould bases 7 bed die 11, cover mold 12 and bed die 15, cover mold 16 in the middle of the mould of elastomeric material of various technical specifications of the different size specifications of assembling, different product thickness, different pattern pattern, finish the production work program of producing various gypsum board products.
By Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18 as can be known, this plasterboard multi-mode resonance is moved the operation principle of motion forming production device, and Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17, Figure 18 have pointed out that this plasterboard multi-mode resonance moves the motion forming production device:
The plasterboard multi-mode resonance move the motion forming production device by adopt one group of steel material arbor wheel be bobbing machine slide arbor wheel 1, its axle that slides arbor wheel 1 is gone up the shake table 2 that the steel material square body is configured to bobbing machine is installed, the square floor that shake table 2 inner bottom parts are installed steel material constitutes bobbing machine base 3, the three row groups of springs that steel material is installed on the bobbing machine base 3 constitute the device 4 that shakes that helps of bobbing machine, help the top of the device 4 that shakes to support the square top board formation bobbing machine footstock 5 of adorning steel material, the motor M formation vibrating motor M of bobbing machine installs in central authorities on bobbing machine footstock 5 its plate faces, and vibrating motor M power supply input PS/AC circuit connects power supply signal indicator lamp ZD
1With power switch K ' ", K switch ' " motor M relay indicating light ZD in parallel
2Reach the formation bobbing machine Z such as electric circuit that vibrator motor M in parallel constitutes bobbing machine, finish assembling bimodulus, the material in the multi-mould of gypsum board formative machine and move mechanical oscillation and the mechanical wave pendulum function treatment that motion forms product approval production by resonance.
The plasterboard multi-mode resonance is moved the motion forming production device and is constituted make-up machine chassis 6 by adopting the square skeleton of steel material to be installed on the bobbing machine footstock 5 of bobbing machine, two full isosceles trapezoid skeletons with " ≌ " of steel material are installed on the make-up machine chassis 6, be combined to form the shape mould bases 7 of isosceles trapezoid on installation forming machine chassis, two bottoms 6 crossbeams of isosceles trapezoid skeleton, slidably lockable four pulleys formation make-up machine isosceles trapezoid height adjusting slip fixator 8 of steel materials is installed with two bottom ends of mould bases on the crossbeam of make-up machine base 6, the quadrate of end angle, base installation steel material is configured to the footstock 9 of make-up machine on the isosceles trapezoid two of mould bases 7, the rotatable angle demodulator 10 that the control nut constitutes make-up machine is installed respectively on the skeleton end of base end angle steel material on the isosceles trapezoid two of mould bases 7, by make-up machine mould bases 7, make-up machine isosceles trapezoid height is regulated slip fixator 8, the footstock 9 of make-up machine, the rotatable angle demodulator 10 of make-up machine constitutes the mould bases 7 of the Height Adjustable fixing isosceles trapezoid of isosceles trapezoid angle and isosceles trapezoid, make-up machine isosceles trapezoid height regulate slip fixator 8 and two bottom ends to the center direction of chassis crossrail " →; ← " in when sliding, then the isosceles trapezoid height uprises; By the center direction of chassis crossrail " →; ← " when outwards sliding, isosceles trapezoid height step-down then, constitute the mould bases 7 of various angles and height need of work state isosceles trapezoid, the right bed die 11 of the bed die formation make-up machine of steel material is installed on the right on the mould bases 7, the cover mold that closed moulding is installed on the right bed die 11 constitutes the right cover mold 12 of make-up machine, the lockset that right mould is installed on the limit end of bed die 11 and cover mold 12 constitutes the lock 13 of make-up machine, snap close connecting rod 14 is installed on the lock 13, the left bed die 15 of the bed die formation make-up machine of steel material is installed on the left side on the mould bases 7, the cover mold that closed moulding is installed on the bed die 15 of a left side constitutes the left cover mold 16 of left make-up machine, the lockset that left mould is installed on the limit end of bed die 15 and cover mold 16 constitutes the lock 17 of make-up machine, snap close connecting rod 18 is installed on the lock 17, bed die 11, cover mold 12 and bed die 15, the shaping mould 19 of elastomeric material is installed in the middle of the cover mold 16, right, the left side bed die and the right side, the feeder 20 of slidably lockable feed hopper formation make-up machine between the right and left is installed at the top of left side cover mold, and feeder 20 is " A～B " from left to right, " → ", slide lock; Feeder 20 right-to-lefts " ← ", " A～B " slide lock; To left and right " ← ", " A～O～B ", " → " slide lock, slide lock forms the defeated material of various differences need of work status function to feeder 20 between the right and left of feeder 20 from middle.The mould locking dynamic equipment 21 that cylinder constitutes make-up machine is installed in the middle of the make-up machine mould bases 7, on the Pneumatic pressure power bar of mould locking dynamic equipment 21 snap close connecting rod 14 and 18 is installed, installation air supply pipe 22 and electron gas compress switch 23 on the mould locking dynamic equipment 21, the lower left that the mould locking dynamic equipment 21 power pluging connection PS/21 of make-up machine install bobbing machine Z, the mould locking dynamic equipment 21 power supplys input of make-up machine is connected and composed mould locking dynamic equipment 21 electric circuits of make-up machine by power pluging connection PS/21.By the right and left on the mould bases 7 " 1～N " group bed die, cover mold, shaping mould, feeder can parallel " || " be installed and be constituted 1～N group bimodulus of make-up machine, the various work functions of multimode etc. and forms make-up machine C, the multi-functional processing of finishing bimodulus, the product approval production function treatment that multi-mould is used in combination of gypsum board products and can using the template of various different size specifications, different-thickness, different pattern pattern to finalize the design.
Known to above-mentioned, the utility model has utilized the isosceles structure body principle of isosceles trapezoid and the technical approach that isosceles trapezoid isosceles bimodulus, multi-mode resonance are moved motion principle, it is by the method that constitutes of bobbing machine and make-up machine, the raw material that adopts the plasterboard goods is by defeated material of the feeder of make-up machine and shaping mould storing function treatment, the bimodulus, multi-mould that is made make-up machine by the vibration work of bobbing machine is along with mechanical oscillation and move motion and forms the moulding product function and handle imperial production technology of getting the shaped article function treatment.Make production equipment finish the production bimodulus of plasterboard goods, energy-efficient production technology function that multimode is used in combination and the various different size specifications of assembling, different product thickness, the multi-functional production technology function treatment of the product approval of different product pattern design, changed the technical approach of the production exploitation of domestic and international existing plasterboard goods industry, can make the Development and Production industry of plasterboard goods industry realize high efficiency production, energy-conservation production, multifunction is produced, finished product rate height, high conformity, the advanced industry engineering development that quality product matter is produced can be widely used in the use of the production exploitation enterprise of various plasterboard goods.
Claims (3)
1. a plasterboard multi-mode resonance is moved the motion forming production device, it is characterized in that utilizing bimodulus, the multi-mode resonance of the isosceles structure body principle of isosceles trapezoid and isosceles trapezoid and moved the know-why of motion, gone up constituting of installation forming machine (C) by bobbing machine (Z).
2. plasterboard multi-mode resonance according to claim 1 is moved the motion forming production device, it is characterized in that the plasterboard multi-mode resonance move the bobbing machine of motion forming production device (Z) by one group of steel material arbor wheel be bobbing machine slide arbor wheel (1), its axle that slides arbor wheel (1) is gone up the shake table (2) that the steel material square body is configured to bobbing machine is installed, the square floor that shake table (2) inner bottom part is installed steel material constitutes bobbing machine base (3), what the three row groups of springs that bobbing machine base (3) go up to be installed steel material constituted bobbing machine helps the device that shakes (4), help the top of the device that shakes (4) to support the square top board formation bobbing machine footstock (5) of adorning steel material, the motor M formation vibrating motor (M) of bobbing machine is installed by central authorities on its plate face of bobbing machine footstock (5), and vibrating motor (M) power supply input (PS/AC) circuit connects power supply signal indicator lamp (ZD
1) and power switch (K ' "), switch (K ' ") motor M relay indicating light (ZD in parallel
2) and vibrator motor in parallel (M) constitute the composition of the electric circuit of bobbing machine.
3. plasterboard multi-mode resonance according to claim 1 is moved the motion forming production device, it is characterized in that the plasterboard multi-mode resonance moves the make-up machine of motion forming production device (C) and gone up by the bobbing machine footstock (5) that adopts the square skeleton of steel material to be installed on bobbing machine and constitute make-up machine chassis (6), the skeleton of two full isosceles trapezoids together that steel material is installed is gone up on make-up machine chassis (6), be combined to form the shape mould bases (7) of isosceles trapezoid on installation forming machine chassis, two bottoms (6) crossbeam of isosceles trapezoid skeleton, slidably lockable four pulleys formation make-up machine isosceles trapezoid height adjusting slip fixator (8) of steel materials is installed with two bottom ends of mould bases on the crossbeam of make-up machine base (6), the isosceles trapezoid of mould bases (7) two on end angle, base quadrate that steel material is installed be configured to the footstock (9) of make-up machine, the rotatable angle demodulator (10) that the control nut constitutes make-up machine is installed respectively on the skeleton end of base end angle steel material on the isosceles trapezoid two of mould bases (7), by make-up machine mould bases (7), make-up machine isosceles trapezoid height is regulated slip fixator (8), the footstock of make-up machine (9), the rotatable angle demodulator (10) of make-up machine constitutes the mould bases (7) of the Height Adjustable fixing isosceles trapezoid of isosceles trapezoid angle and isosceles trapezoid, when make-up machine isosceles trapezoid height adjusting slip fixator (8) and two bottom ends slided in the center direction of chassis crossrail, then the isosceles trapezoid height uprised; When outwards sliding by the center direction of chassis crossrail, isosceles trapezoid height step-down then, constitute the mould bases (7) of various angles and height need of work state isosceles trapezoid, mould bases (7) is gone up the right bed die (11) that the bed die of the right being installed by steel material constitutes make-up machine, the cover mold that closed moulding is installed on the right bed die (1) 1 constitutes the right cover mold (12) of make-up machine, the lockset that right mould is installed on the limit end of bed die (1) 1 and cover mold (1) 2 constitutes the lock (13) of make-up machine, lock (13) is gone up snap close connecting rod (14) is installed, mould bases (7) is gone up the left bed die (15) that the bed die of the left side being installed by steel material constitutes make-up machine, left side bed die (15) is gone up the left cover mold (16) that the cover mold that closed moulding is installed constitutes left make-up machine, the lockset that left mould is installed on the limit end of bed die (15) and cover mold (16) constitutes the lock (17) of make-up machine, snap close connecting rod (18) is installed on the lock (1) 7, bed die (11), cover mold (12) and bed die (15), the shaping mould (19) of elastomeric material is installed in the middle of the cover mold (16), right, the left side bed die and the right side, the feeder (20) that slidably lockable feed hopper between the right and left constitutes make-up machine is installed at the top of left side cover mold, and feeder (20) is (slide lock of A～B) from left to right; Feeder (20) right-to-left (slide lock of A～B); Feeder (20) from the centre left, right A～O～B slide lock, slide lock forms the defeated material of various differences need of work status function between the right and left of feeder (20), the mould locking dynamic equipment (21) that cylinder constitutes make-up machine is installed in the middle of the make-up machine mould bases (7), snap close connecting rod (14) and (18) is installed on the Pneumatic pressure power bar of mould locking dynamic equipment (21), mould locking dynamic equipment (21) is gone up air supply pipe (22) and electron gas compress switch (23) is installed, mould locking dynamic equipment (21) power pluging connection (PS/21) of make-up machine is installed the lower left of bobbing machine (Z), mould locking dynamic equipment (21) the power supply input of make-up machine locks dynamic equipment (21) electric circuit by the mould that power pluging connection (PS/21) connects and composes make-up machine, by the right and left on the mould bases (7) (1～N) group bed die can parallelly be installed, cover mold, shaping mould, feeder constitutes make-up machine (1～N) group bimodulus, the composition of the various work functions of multimode.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206655729U CN201989213U (en) | 2010-12-17 | 2010-12-17 | Plasterboard multi-mode resonance jogging motion moulding production equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206655729U CN201989213U (en) | 2010-12-17 | 2010-12-17 | Plasterboard multi-mode resonance jogging motion moulding production equipment |
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| CN201989213U true CN201989213U (en) | 2011-09-28 |
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| CN2010206655729U Expired - Fee Related CN201989213U (en) | 2010-12-17 | 2010-12-17 | Plasterboard multi-mode resonance jogging motion moulding production equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102139505A (en) * | 2010-12-17 | 2011-08-03 | 陈其林 | Gypsum board multi-mode resonance moving motion forming production equipment and production process method |
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2010
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102139505A (en) * | 2010-12-17 | 2011-08-03 | 陈其林 | Gypsum board multi-mode resonance moving motion forming production equipment and production process method |
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