CN214447092U - Full-automatic composite production line for plates - Google Patents
Full-automatic composite production line for plates Download PDFInfo
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- CN214447092U CN214447092U CN202022227070.4U CN202022227070U CN214447092U CN 214447092 U CN214447092 U CN 214447092U CN 202022227070 U CN202022227070 U CN 202022227070U CN 214447092 U CN214447092 U CN 214447092U
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Abstract
A full-automatic plate composite production line comprises a first roller lifter, a first roller conveyor, a first inclined roller conveyor, a sander, an inclined roller conveyor with a dust remover, a double-faced glue spreader, a first butterfly conveyor, a second roller lifter, a first criss-cross translation table, a second criss-cross translation table, a third roller conveyor, a third roller lifter, a second inclined roller conveyor, a third inclined roller conveyor, a fourth roller lifter, a fifth roller lifter, three rows of heavy power feeding roller lines and a cold press; the utility model discloses a relevant automation equipment coordinated control uses full-automatic transfer chain to carry out panel and carries, with the full-automatic completion of production line of material loading, surely thick sand, rubber coating, group's embryo complex, pile up neatly, the technology of colding pressing, whole line carries out mass scale production, has promoted work efficiency, has reduced the cost of labor, has reduced workman intensity of labour.
Description
Technical Field
The utility model relates to a panel recombination technical field especially relates to a full-automatic panel composite production line.
Background
The cold pressing compounding process is often used in the production process of the wooden products, the existing plate cold pressing compounding is carried out in a manual operation mode, only a plurality of cold presses, a glue spreader and a plurality of conveying ground rollers are usually configured, and the gluing, stacking, transporting and equipment controlling of the plates in the production process are all dependent on manual operation. According to the mode, manual operation is used for production, the gluing and stacking speeds are low, the production efficiency of a group of people can only meet the cold pressing speed of 3-4 cold presses, so that more cold presses cannot be configured, the overall production efficiency is low, and the per-capita yield value is low. Meanwhile, the weight of the compounded plate can reach over 50kg, the plate is stacked and transported purely by manpower, the physical consumption is large, the labor intensity of workers is high, and the health of the workers is not facilitated. In order to solve the problems, a novel high-speed plate compounding mode is provided.
SUMMERY OF THE UTILITY MODEL
Low, the intensity of labour is high to panel cold pressing recombination efficiency in the present woodwork production process, is unfavorable for the defect of batchization, scale production, the utility model provides a full-automatic panel compound production line has production efficiency height, and artifical low in labor strength reduces advantages such as cost of labor by a wide margin, has solved the compound pain point problem of present panel.
The utility model adopts the technical proposal that:
a full-automatic plate composite production line comprises a first roller lifter, a first roller conveyor, a first inclined roller conveyor, a sander, an inclined roller conveyor with a dust remover, a double-faced glue spreader, a first butterfly conveyor, a second roller lifter, a first criss-cross translation table, a second criss-cross translation table, a third roller conveyor, a third roller lifter, a second inclined roller conveyor, a third inclined roller conveyor, a fourth roller lifter, a fifth roller lifter, three rows of heavy power feeding roller lines, a cold press, a first gantry type sucker transfer machine, a second gantry type sucker transfer machine, a third gantry type sucker transfer machine, a first gantry type sucker transfer machine and a second gantry type clamping transfer machine;
the first roller lifter is connected with the first roller conveyor in parallel, the first roller lifter and the first roller conveyor are provided with a first gantry type sucker transfer machine above, the first roller conveyor is connected with a first inclined roller conveyor, the first inclined roller conveyor is connected with a sander, the sander is connected with the inclined roller conveyor with a dust remover, the inclined roller conveyor with the dust remover is connected with a double-faced glue spreader, the double-faced glue spreader is connected with a first butterfly wheel conveyor, the first butterfly conveyor is connected with a second butterfly conveyor, the other end of the second butterfly wheel conveyor is connected with a second roller conveyor, the first gantry type clamping transfer machine is arranged above the same side of the second roller conveyor and the second butterfly conveyor, the second roller lifter is arranged at the other side of the second roller conveyor, and a second gantry type sucker transfer machine is arranged above the second roller lifter and the second roller conveyor, the tail end of a second roller conveyor is connected with a first criss-cross translation table, the first criss-cross translation table is connected with a second criss-cross translation table in parallel, the tail end of the second criss-cross translation table is connected with a third roller conveyor, a third roller elevator is arranged on one side of the third roller conveyor, a third gantry type sucker transfer machine is arranged above the third roller conveyor and the third roller elevator, the tail end of the third roller conveyor is connected with a second inclined roller conveyor, the second inclined roller conveyor is connected with a third inclined roller conveyor, the third inclined roller conveyor is connected with a fourth roller conveyor, a fourth roller elevator is arranged on one side of the fourth roller conveyor, a second gantry type clamping transfer machine is arranged above the fourth roller conveyor and the fourth roller elevator, a fifth roller elevator is arranged on one side of the third inclined roller conveyor, the tail ends of the fourth roller lifter and the fourth roller conveyor are provided with three rows of heavy power feeding roller lines, and the other ends of the heavy power feeding roller lines are provided with cold presses.
The first inclined roller conveyor, the roller conveyor with the dust remover, the first butterfly conveyor, the second roller conveyor, the third roller conveyor, the second inclined roller conveyor, the third inclined roller conveyor and the fourth roller conveyor are all provided with side leans, the side leans are arranged on the same side of the equipment and are perpendicular to the horizontal plane, and the side leans are fixedly welded with the equipment.
The second roller conveyor and the third roller conveyor are respectively provided with a push plate, a sensor and a lifting baffle, and the fourth roller conveyor is provided with a push plate, a sensor and a fixed baffle.
The push pedal setting in the outside and the head end of second cylinder conveyer, third cylinder conveyer, fourth cylinder conveyer, and the push pedal is connected through the piston with the cylinder to come the round trip movement of operation push pedal by PLC control cylinder and sensor, the lift baffle also realizes the lift of lift baffle through being connected of cylinder and sensor and PLC, the lift baffle setting is at the end of second cylinder conveyer, third cylinder conveyer, fourth cylinder conveyer.
The dust remover on the roller conveyor with the dust remover is a double-sided dust remover, and the model of the double-sided dust remover is JXDCII-1300.
First planer-type embrace to press from both sides and move machine of carrying and second planer-type embrace to press from both sides centre below of moving the machine of carrying be the frame, the frame includes long gag lever post and short gag lever post, long gag lever post and short gag lever post mutually perpendicular, the top of long gag lever post is provided with cylinder one, set up the pin on the piston rod of cylinder one, be provided with three rack on the pin, the side of long gag lever post sets up three pivot, the outer lane and the long gag lever post fixed connection of pivot, the below of the center pin of pivot presss from both sides a fixed connection with embracing, the top of the center pin of pivot is provided with the gear, the gear cooperatees with the rack.
And a second air cylinder is arranged on the short limiting rod, and a piston of the second air cylinder is connected with the second clasping clamp.
The model of the sander is NTR-RP1000, and the model of the glue spreader is 350-1400.
The model number of the PLC is DVP15MC 11T-06.
The utility model has the advantages that: the utility model discloses a relevant automation equipment coordinated control uses full-automatic transfer chain to carry out panel and carries, with the full-automatic completion of production line of material loading, surely thick sand, rubber coating, group's embryo complex, pile up neatly, the technology of colding pressing, whole line carries out mass scale production, has promoted work efficiency, has reduced the cost of labor, has reduced workman intensity of labour.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic structural view of a first oblique roller conveyor according to the present invention.
Fig. 3 is a schematic structural view of a second roller conveyor according to the present invention.
Fig. 4 is a schematic structural view of the roller conveyor with a dust remover according to the present invention.
Fig. 5 is a schematic structural diagram of the first butterfly conveyor of the present invention.
Fig. 6 is a schematic structural view of the long limiting rod of the present invention.
Fig. 7 is a schematic structural view of the short limiting rod of the present invention.
In the figure, 1, a first roller elevator, 2, a first roller conveyor, 3, a first inclined roller conveyor, 4, a sander, 5, an inclined roller conveyor with a dust remover, 6, a double-sided glue spreader, 7, a first butterfly wheel conveyor, 8, a second butterfly wheel conveyor, 9, a second roller elevator, 10, a second roller conveyor, 11, a first criss-cross translation table, 12, a second criss-cross translation table, 13, a third roller conveyor, 14, a third roller elevator, 15, a second inclined roller conveyor, 16, a third inclined roller conveyor, 17, a fourth roller conveyor, 18, a fourth roller elevator, 19, a fifth roller elevator, 20, a heavy power feeding roller line, 21, a cold press, 22, a side rest, 23, a push plate, 24, a lifting baffle, 25, a double-sided machine, 26, a rotating shaft, 27, a long limit rod, 28, a dust remover, 5, a second criss-sided glue spreader, 13, a second roller conveyor, a third roller conveyor, a fourth roller elevator, a fourth roller conveyor, a fourth roller elevator, a 19, a fifth roller elevator, a heavy power feeding roller line, 21, a cold press, a push plate, a dust remover, a 24, a double-sided glue spreader, a second inclined roller conveyor, a third roller conveyor, a fourth inclined roller conveyor, a third inclined roller conveyor, a fourth inclined roller, a fourth inclined, The device comprises a gear 29, a rack 30, a thin rod 31, a cylinder I, a cylinder 32, a clamp I, a clamp 33, a cylinder II, a cylinder 34, a clamp II, a clamp 35 and a short limiting rod.
Detailed Description
As shown in fig. 1 to 7, a full-automatic plate composite production line, the device comprises a first roller elevator 1, a first roller conveyor 2, a first inclined roller conveyor 3, a sander 4, an inclined roller conveyor 5 with a dust remover, a double-sided glue spreader 6, a first butterfly conveyor 7, a second butterfly conveyor 8, a second roller conveyor 10, a second roller elevator 9, a first criss-cross translation table 11, a second criss-cross translation table 12, a third roller conveyor 13, a third roller elevator 14, a second inclined roller conveyor 15, a third inclined roller conveyor 16, a fourth roller conveyor 17, a fourth roller elevator 18, a fifth roller elevator 19, three rows of heavy power feeding roller lines 20, a cold press 21, a first gantry type sucker transfer machine, a second gantry type sucker transfer machine, a third gantry type sucker transfer machine, a first gantry type clamping and a second gantry type clamping transfer machine;
the first roller lifter 1 is connected with the first roller conveyor 2 in parallel, a first gantry type sucking disc transfer machine is arranged above the first roller lifter 1 and the first roller conveyor 2, the first roller conveyor 2 is connected with a first inclined roller conveyor 3, the first inclined roller conveyor 3 is connected with a sander 4, the sander 4 is connected with an inclined roller conveyor 5 with a dust remover, the inclined roller conveyor 5 with the dust remover is connected with a double-sided glue spreader 6, the double-sided glue spreader 6 is connected with a first butterfly wheel conveyor 7, the first butterfly wheel conveyor 7 is connected with a second butterfly wheel conveyor 8, the other end of the second butterfly wheel conveyor 8 is connected with a second roller conveyor 10, the first gantry type holding clamp transfer machine is arranged above the same side of the second roller conveyor 10 and the second butterfly wheel conveyor 8, and a second roller lifter 9 is arranged on the other side of the second roller conveyor 10, a second gantry type sucking disc transfer machine is arranged above the second roller elevator 9 and the second roller conveyor 10, the tail end of the second roller conveyor 10 is connected with a first criss-cross translation table 11, the first criss-cross translation table 11 is connected with a second criss-cross translation table 12 in parallel, the tail end of the second criss-cross translation table 12 is connected with a third roller conveyor 13, a third roller elevator 14 is arranged on one side of the third roller conveyor 13, a third gantry type sucking disc transfer machine is arranged above the third roller conveyor 13 and the third roller elevator 14, the tail end of the third roller conveyor 13 is connected with a second inclined roller conveyor 15, the second inclined roller conveyor 15 is connected with a third inclined roller conveyor 16, the third inclined roller conveyor 16 is connected with a fourth roller conveyor 17, a fourth roller elevator 18 is arranged on one side of the fourth roller conveyor 17, a second gantry type holding and clamping transfer machine is arranged above the fourth roller conveyor 17 and the fourth roller conveyor 18, a fifth roller conveyor 19 is arranged on one side of the third inclined roller conveyor 16, three rows of heavy power feeding roller lines 20 are arranged at the tail ends of the fourth roller conveyor 18 and the fourth roller conveyor 17, and a cold press 21 is arranged at the other end of each heavy power feeding roller line 20.
The first inclined roller conveyor 3, the roller conveyor 5 with the dust remover, the first butterfly conveyor 7, the second butterfly conveyor 8, the second roller conveyor 10, the third roller conveyor 13, the second inclined roller conveyor 15, the third inclined roller conveyor 16 and the fourth roller conveyor 17 are all provided with side supports 22, the side supports 22 are arranged on the same side of the equipment and are perpendicular to the horizontal plane, and the side supports 22 and the equipment are fixedly welded together.
The second roller conveyor 10 and the third roller conveyor 13 are respectively provided with a push plate 23, a sensor and a lifting baffle plate 24, and the fourth roller conveyor 17 is provided with a push plate 23, a sensor and a fixed baffle plate.
The push plate 23 is arranged at the outer side and the head end of the second roller conveyor 10, the third roller conveyor 13 and the fourth roller conveyor 17, the push plate 23 is connected with a piston of the cylinder, the PLC controls the cylinder and the sensor to operate the push plate 23 to move back and forth, the lifting baffle plate 24 is connected with the PLC through the cylinder and the sensor to lift the lifting baffle plate 24, and the lifting baffle plate 24 is arranged at the tail end of the second roller conveyor 10, the third roller conveyor 13 and the fourth roller conveyor 17.
The dust remover on the roller conveyor 5 with the dust remover is a double-sided dust remover 25, the model of the double-sided dust remover 25 is JXDCII-1300, the model of the PLC is Siemens 7-1200, and the model of the cold press is a fir MJ-50 cold press.
First planer-type embrace and press from both sides and move machine of carrying and second planer-type embrace and press from both sides centre below of moving machine of carrying be the frame, the frame includes long gag lever post 27 and short gag lever post 35, long gag lever post 27 and short gag lever post 35 mutually perpendicular, the top of long gag lever post 27 is provided with cylinder 31, set up slender pole 30 on the piston rod of cylinder 31, be provided with three rack 29 on the slender pole 30, the side of long gag lever post 27 sets up three pivot 26, the outer lane of pivot 26 and long gag lever post 27 fixed connection, the below of the center pin of pivot 26 is with embracing and press from both sides a fixed 32 and be connected, the top of the center pin of pivot 26 is provided with gear 28, gear 28 cooperatees with rack 29.
And a second cylinder 33 is arranged on the short limiting rod 35, and a piston of the second cylinder 33 is connected with a second holding clamp 34.
The model of the sander 4 is NTR-RP1000, and the model of the double-faced glue spreader 6 is 350-.
When the utility model is used, a worker puts a central plate on a first roller lifter 1, then the central plate is placed on a first roller conveyor 2 by a first gantry type sucking disc transfer machine and is conveyed to a first inclined roller conveyor 3 by the first roller conveyor 2, the central plate is laterally positioned on the first inclined roller conveyor 3 and then enters a fixed-thickness sander, after the sander polishes according to the set thickness, the central plate enters a double-sided glue spreader 6 after being dedusted by a roller conveyor 5 with a dust remover, the upper and lower surfaces of the double-sided glue spreader 6 are uniformly glued, the glued central plate enters a second butterfly conveyor 8 after passing through the first butterfly conveyor 7, and after being positioned by the second butterfly conveyor 8, the glued central plate is placed on the existing bottom plate of a composite station by the first gantry type holding clamp transfer machine, namely, the glued central plate is placed on the existing bottom plate of the second roller conveyor 10, the plate compounding station is provided with a side leaning device 22, a lifting baffle plate 24 and a push plate 23 which use compressed air to finish the action, when the plate is sensed to reach the station, the lifting baffle plate 24 is lifted to block the plate, the push plate 23 simultaneously pushes the plate in the advancing direction and the left side direction to finish the alignment action of the push plate, then the lifting baffle plate 24 and the push plate 23 are reset, the compounded plate is laterally moved by a first criss-cross translation table 11 and a second criss-cross translation table 12 and then enters a third roller conveyor 13, a second oblique roller conveyor 15, a third oblique roller conveyor 16 and a fourth roller conveyor 17, namely enters a second plate compounding station, a third roller transfer sucker sucks and puts a panel on the third roller elevator 14 on the surface of the compounded plate, and meanwhile, the third roller conveyor 13 is also provided with the side leaning device 22 which uses compressed air to finish the action, The lifting baffle plate 24 and the push plate 23 are arranged, when the plate is sensed to reach the station, the lifting baffle plate 24 is lifted to block the plate, the push plate 23 simultaneously pushes the plate in the advancing direction and the left side direction to complete the alignment action of the push plate, then the lifting baffle plate 24 and the push plate 23 are reset, then the three-layer composite plate reaches the fourth roller conveyor 17 of the plate stacking station through the power roller conveying line of the second inclined roller conveyor 15 and the third inclined roller conveyor 16, the plate stacking station, namely the fourth roller conveyor 17 is also provided with a side leaning device 22, the lifting baffle plate 24 and the push plate 23 which use compressed air to complete the action, when the plate is sensed to reach the station, the lifting baffle plate 24 is lifted to block the plate, the push plate 23 simultaneously pushes the plate in the advancing direction and the left side direction to complete the alignment and positioning action of the push plate, the second gantry type clamping transfer machine clamps the positioned plate and then places the plate in the right side stacking station, according to the different pile up neatly quantity of panel thickness, set for different pile up neatly quantity, when reaching the settlement quantity by PLC control, carry to the cold press through heavy power drum line, the cold press detects the material and puts in place the back automatic closure and begin to squeeze, PLC control reachs and sets for the time of colding pressing after, the clamp plate is lifted automatically to the cold press, comes out panel automatic transport through the cold press chain, and the panel that waits to coldly press is accomplished to next pile up neatly simultaneously gets into automatically and begins to coldly press, so circulation is reciprocal, guarantees that the cold press can not be in the disconnected material state.
The external dimensions of the equipment are 7500X 3000, 6500X 3000, 5000X 3000, and 5000X 3000
Transverse speed of 0-120m/min
Vertical speed of 0-30m/min
The transverse driving mode is servo motor driving and gear rack transmission
Maximum longitudinal stroke of 1400mm
The weight of the workpiece is absorbed, 100 kg/piece
Length of work piece 2440mm
Workpiece width 1220mm
The thickness of the workpiece is 3-50mm
The completion period is 4-10 pcs/min;
The external dimension is as follows: 2600*1300*(300-1180)
The size of the table top is as follows: 2600*1300
Minimum height: 300
Loading: 2000KG
The highest height: 1180mm
A driving mode: 2.5KW motor, 1400 turns
The control mode is as follows: adjustable ascending and descending speed and bidirectional control
Service life: for 10 years
The motion mode is as follows: is unpowered;
Automatic push plate stroke: 3000mm
Pusher plate device (plate thickness): 3-40mm
Push plate device (plate weight): 20-30 kg/sheet
Variable-frequency speed-regulating motor of plate pusher: 0.75kw
Push plate speed: 0-30m/min
The plate pushing machine is connected with the lifting platform through a PLC system and realizes automatic matching;
The external dimension is as follows: 2600mm 1450 850 (800-
Roller speed: 0-40m/min
Roller center gauge: 200mm
Power: 0.75KW
Main beam: 7075 type 250 x 50 superhard aluminium profile
Supporting legs: 8mm cold-rolled steel sheet is formed by bending and welding
A rubber coating roller: inlet (dema)
The plate pushing device comprises: cylinder type gauge
Roller speed: adjustable at 0-30m/min
A motor: flourishing;
serial No. 5 first oblique-roller conveyer, second oblique-roller conveyer, third oblique-roller conveyer
The external dimension is as follows: 2600mm 1450 850 (800-
Roller speed: 0-40m/min
Roller center gauge: 200mm
Power: 0.75KW
Main beam: 7075 type 250 x 50 superhard aluminium profile
Supporting legs: 8mm cold-rolled steel sheet is formed by bending and welding
A rubber coating roller: inlet (dema)
Roller speed: adjustable at 0-30m/min
A motor: flourishing;
The external dimension is as follows: 2600mm 1450 850 (800-
Roller speed: 0-40m/min
Roller center gauge: 200mm
Power: 0.75KW
Main beam: 7075 type 250 x 50 superhard aluminium profile
Supporting legs: 8mm cold-rolled steel sheet is formed by bending and welding
A rubber coating roller: inlet (dema)
Speed of the double-sided dust removal device: 15 m/min
Roller speed: adjustable at 0-30m/min
A motor: flourishing;
The external dimension is as follows: 2600mm 1450 850 (800-
Conveying speed: 0-40m/min
Center gauge: 200mm
Power: 0.75KW
Outer diameter of the butterfly wheel: 84mm
Single group number of butterfly wheels: 8 are provided with
Frequency converter PLC: siemens
A motor: flourishing;
The external dimension is as follows: 3200mm 2000mm 1600mm
Power: 0.75KW
Inputting a power supply: 3-380V + N
PLC and frequency converter: siemens
Completion speed: 6-8 tablets/min
Maximum plate weight: 50-70kg
Maximum panel size: 2440mm 1250
Minimum plate size: 800 x 500mm
The completion period is 4-10 pcs/min;
serial number 9 "first criss-cross translation stage, second criss-cross translation stage
The external dimension is as follows: 2600mm 1350 (800-
Roller speed: 0-40m/min
Roller center gauge: 200mm
Power: 0.75KW
Main beam: 7075 type 250 x 50 superhard aluminium profile
Supporting legs: 8mm cold-rolled steel sheet is formed by bending and welding
A rubber coating roller: inlet (dema)
The number of belt pairs: 6 strips
Roller speed: adjustable at 0-30m/min
A motor: flourishing;
The overall dimension of the equipment is 5000 × 3000
Transverse speed of 0-120m/min
Vertical speed of 0-30m/min
The transverse driving mode is servo motor driving and gear rack transmission
Maximum longitudinal stroke of 1400mm
The weight of the workpiece is absorbed, 100 kg/piece
Length of work piece 2440mm
Workpiece width 1220mm
The thickness of the workpiece is 3-50mm
The completion period is 4-10 pcs/min;
External dimension 3500 x 1300 x 400mm
The distance between the rollers is 200mm
The conveying speed is 0-10m/min
Load of 0-2T/bar
2440X 1220 applicable to workpiece
Adapting to the height of the plate stack not more than 1200
The height of the roller surface from the ground is 400 +/-10
PLC Siemens
Frequency converter Siemens
Installed power 1.5KW
The roller type is a double-sprocket galvanized roller with the steel roller diameter of 108mm
Roller transmission mode, steel chain transmission
The speed reducing motor is driven by a steel chain.
Claims (8)
1. The utility model provides a compound production line of full-automatic panel which characterized in that: comprises a first roller lifter (1), a first roller conveyor (2), a first inclined roller conveyor (3), a sander (4), an inclined roller conveyor (5) with a dust remover, a double-sided glue spreader (6), a first butterfly wheel conveyor (7), a second butterfly wheel conveyor (8), a second roller conveyor (10), a second roller lifter (9), a first criss-cross translation table (11), a second criss-cross translation table (12), a third roller conveyor (13), a third roller lifter (14), a second inclined roller conveyor (15), a third inclined roller conveyor (16), a fourth roller conveyor (17), a fourth roller lifter (18), a fifth roller lifter (19), three rows of heavy power feeding roller lines (20), a cold press (21), a first gantry type sucker, a second gantry type sucker transfer machine, a first roller lifter, a second gantry type sucker, a second sucker type transfer machine, a second roller lifter and a second roller lifter, a second roller lifter, The third gantry type sucking disc transfer machine, the first gantry type clamping transfer machine and the second gantry type clamping transfer machine;
first cylinder lift (1) and first cylinder conveyer (2) be connected side by side, first cylinder lift (1) sets up first planer-type sucking disc with the top of first cylinder conveyer (2) and moves the machine of carrying, first cylinder conveyer (2) are connected with first oblique cylinder conveyer (3), first oblique cylinder conveyer (3) are connected with grinder (4), grinder (4) are connected with oblique cylinder conveyer (5) of taking the dust remover, oblique cylinder conveyer (5) of taking the dust remover are connected with two-sided spreading machine (6), two-sided spreading machine (6) are connected with first butterfly wheel conveyer (7), first butterfly wheel conveyer (7) are connected with second butterfly wheel conveyer (8), the other end of second butterfly wheel conveyer (8) is connected with second cylinder conveyer (10), the other end of second cylinder conveyer (10) and second butterfly wheel conveyer (8) move and carry the machine and set up first planer-type with one side and set up the top and embrace formula and press from both sides first butterfly wheel conveyer (2) and set up first planer-type A second roller lifter (9) is arranged on the other side of the second roller conveyor (10), a second gantry type sucking disc transfer machine is arranged above the second roller lifter (9) and the second roller conveyor (10), the tail end of the second roller conveyor (10) is connected with a first criss-cross translation table (11), the first criss-cross translation table (11) is connected with a second criss-cross translation table (12) side by side, the tail end of the second criss-cross translation table (12) is connected with a third roller conveyor (13), a third roller lifter (14) is arranged on one side of the third roller conveyor (13), a third gantry type sucking disc transfer machine is arranged above the third roller conveyor (13) and the third roller lifter (14), the tail end of the third roller conveyor (13) is connected with a second oblique roller conveyor (15), and the second oblique roller conveyor (15) is connected with a third oblique roller conveyor (16), third oblique cylinder conveyer (16) is connected with fourth cylinder conveyer (17), one side of fourth cylinder conveyer (17) sets up fourth cylinder lift (18), the top of fourth cylinder conveyer (17) and fourth cylinder lift (18) sets up the second planer-type and embraces the clamp and move the machine of carrying, one side of third oblique cylinder conveyer (16) sets up fifth cylinder lift (19), the end of fourth cylinder lift (18) and fourth cylinder conveyer (17) sets up three rows of heavy power feeding roller line (20), the other end of heavy power feeding roller line (20) sets up cold press (21).
2. The full-automatic plate composite production line according to claim 1, characterized in that: the first inclined roller conveyor (3), the inclined roller conveyor (5) with the dust remover, the first butterfly wheel conveyor (7), the second butterfly wheel conveyor (8), the second roller conveyor (10), the third roller conveyor (13), the second inclined roller conveyor (15), the third inclined roller conveyor (16) and the fourth roller conveyor (17) are all provided with side supports (22).
3. The full-automatic plate composite production line according to claim 1, characterized in that: the second roller conveyor (10) and the third roller conveyor (13) are respectively provided with a push plate (23), an inductor and a lifting baffle plate (24), and the fourth roller conveyor (17) is provided with a push plate (23), an inductor and a fixed baffle plate.
4. The full-automatic plate composite production line according to claim 3, characterized in that: push pedal (23) set up in second roller conveyor (10), third roller conveyor (13), the outside and the head end of fourth roller conveyor (17), and push pedal (23) are connected through the piston with the cylinder, and operate the round trip movement of push pedal (23) by PLC control cylinder and inductor, lift baffle (24) also realize the lift of lift baffle (24) through being connected of cylinder and inductor and PLC, lift baffle (24) set up at second roller conveyor (10), third roller conveyor (13), the end of fourth roller conveyor (17).
5. The full-automatic plate composite production line according to claim 1, characterized in that: the dust remover on the inclined roller conveyor (5) with the dust remover is a double-sided dust remover (25), and the model of the double-sided dust remover (25) is JXDCII-1300.
6. The full-automatic plate composite production line according to claim 1, characterized in that: first planer-type embrace and press from both sides and move machine of carrying and second planer-type embrace and press from both sides centre below of moving the machine of carrying be the frame, the frame includes long gag lever post (27) and short gag lever post (35), long gag lever post (27) and short gag lever post (35) mutually perpendicular, the top of long gag lever post (27) is provided with cylinder (31), set up thin pole (30) on the piston rod of cylinder (31), be provided with three rack (29) on thin pole (30), the side of long gag lever post (27) sets up three pivot (26), the outer lane and the long gag lever post (27) fixed connection of pivot (26), the below and the embracing of the center pin of pivot (26) press from both sides one (32) fixed connection, the top of the center pin of pivot (26) is provided with gear (28), gear (28) and rack (29) cooperate.
7. The full-automatic plate composite production line according to claim 6, characterized in that: and a second cylinder (33) is arranged on the short limiting rod (35), and a piston of the second cylinder (33) is connected with a second holding clamp (34).
8. The full-automatic plate composite production line according to claim 1, characterized in that: the model of the sander (4) is NTR-RP1000, and the model of the double-sided glue spreader (6) is 350-1400.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022227070.4U CN214447092U (en) | 2020-10-09 | 2020-10-09 | Full-automatic composite production line for plates |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022227070.4U CN214447092U (en) | 2020-10-09 | 2020-10-09 | Full-automatic composite production line for plates |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214447092U true CN214447092U (en) | 2021-10-22 |
Family
ID=78107588
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202022227070.4U Active CN214447092U (en) | 2020-10-09 | 2020-10-09 | Full-automatic composite production line for plates |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214447092U (en) |
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2020
- 2020-10-09 CN CN202022227070.4U patent/CN214447092U/en active Active
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Address after: 475300 southwest corner of the intersection of Jiyang Avenue and Hualiang Road, Lankao County, Kaifeng City, Henan Province Patentee after: Henan oupai door industry Co.,Ltd. Address before: 475300 Office Building, Lankao County Industrial Agglomeration District, Kaifeng City, Henan Province, 3rd Floor Patentee before: HENAN HENGDA OUPAI DOOR INDUSTRY Co.,Ltd. |