CN204367081U - A kind of door pocket plate compound sawing machine - Google Patents

A kind of door pocket plate compound sawing machine Download PDF

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Publication number
CN204367081U
CN204367081U CN201520023580.6U CN201520023580U CN204367081U CN 204367081 U CN204367081 U CN 204367081U CN 201520023580 U CN201520023580 U CN 201520023580U CN 204367081 U CN204367081 U CN 204367081U
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degree
saws
cylinder
cutting assembly
saw
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CN201520023580.6U
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Chinese (zh)
Inventor
张海建
黄海涛
范进
姚遥
邵仁庆
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NANTONG YUETONG NUMERICAL CONTROL EQUIPMENT CO Ltd
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NANTONG YUETONG NUMERICAL CONTROL EQUIPMENT CO Ltd
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Priority to CN201520023580.6U priority Critical patent/CN204367081U/en
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Abstract

The utility model provides a kind of door pocket plate compound sawing machine, comprise frame, fixation side cutting assembly, middle cutting assembly and active side cutting assembly, described fixation side cutting assembly comprises 45 degree of saws and 90 degree of saws, middle cutting assembly comprises negative 45 degree of saws, and active side cutting assembly comprises negative 45 degree of saws and 90 degree of saws; 45 degree of saws of fixation side and the inclined-plane, two ends of middle negative 45 degree of saw Combined machining upper plates; 90 degree of saws of fixation side and negative 45 degree of saw Combined machining of active side lock a plane and an inclined-plane at side plate or hinge side plate two ends; 45 degree of saws of fixation side and 90 degree of saw Combined machining hinge side plate of active side or lock an inclined-plane and a plane at side plate two ends.The utility model can on a sawing machine three kinds of parts of worked door cage plate, have significant improved efficiency relative to prior art.

Description

A kind of door pocket plate compound sawing machine
Technical field
The utility model relates to wood door machine tool field, specifically a kind of door pocket plate compound sawing machine.
Background technology
Door pocket plate is a part for composition door, for door-plate is fixed in door opening, general door pocket plate comprises three main parts size: lock side plate, hinge side plate and upper plate, upper plate two ends process the groove of 45 degree, for coordinating with lock side plate and 45 degree grooves of hinge side plate one end respectively, three parts being combined into one piece of complete door pocket plate, locking in side plate and hinge side plate one for installing door lock, another is for installing hinge, locks and the function of door switch to realize door.
The processing of the lock side plate of existing door pocket plate, hinge side plate and upper plate is not complete Continuous maching, cannot realize automatic gauging function, there is the problem of inefficiency.
Summary of the invention
In order to solve the above-mentioned problems in the prior art, the utility model provides a kind of compound sawing machine, can on same sawing machine the lock side plate of worked door cage plate, hinge side plate and upper plate, there is high efficiency advantage.
The utility model provides following technical scheme: comprise frame, fixation side cutting assembly, middle cutting assembly and active side cutting assembly, described fixation side cutting assembly comprises 45 degree of saws and 90 degree of saws, middle cutting assembly comprises negative 45 degree of saws, and active side cutting assembly comprises negative 45 degree of saws and 90 degree of saws; 45 degree of saws of fixation side and the inclined-plane, two ends of middle negative 45 degree of saw Combined machining upper plates; 90 degree of saws of fixation side and negative 45 degree of saw Combined machining of active side lock a plane and an inclined-plane at side plate or hinge side plate two ends; 45 degree of saws of fixation side and 90 degree of saw Combined machining hinge side plate of active side or lock an inclined-plane and a plane at side plate two ends.
Described fixation side cutting assembly comprises 45 degree of saws, 90 degree of saws, workbench, transmitting device, binodal cylinder, bracket, side pressure cylinder and flexible blocks, described 45 degree of saws, 90 degree of saws by respective saw cradle hangs in the upper beam of frame, each saw is promoted by cylinder, can be elevated on respective saw support; Described workbench is suspended in the upper beam of frame by column, and workbench lower surface is stepped flat; The transmitting device of fixation side cutting assembly, binodal cylinder, bracket, side pressure cylinder and flexible block are arranged in the lower beam of frame, and transmitting device is arranged along stands longitudinal, and its side is provided with flexible block; Described bracket and side pressure cylinder are arranged on the cylinder rod upper end of binodal cylinder.Transmitting device is used for workpiece to be input to fixation side cutting assembly, and flexible block is for stopping workpiece, and bracket is used for jacking workpiece, and workpiece is pressed to the step of workbench with longitudinal register for the top briquetting promoting its cylinder rod end by side pressure cylinder.
Described transmitting device comprises the machine of conducting electricity, belt wheel, regulating wheel and transport tape, and motor driven belts wheel rotates, thus drives transport tape motion, and regulating wheel is for regulating the tensioning degree of transport tape.
Described middle cutting assembly comprises negative 45 degree of saws, workbench, transmitting device, binodal cylinder, bracket and side pressure cylinder, negative 45 degree of saws pass through saw cradle hangs in the upper beam of frame, negative 45 degree of saws are promoted by cylinder, can be elevated on saw support; Workbench is suspended on saw support by column, and workbench lower surface is stepped flat; The transmitting device of middle cutting assembly, binodal cylinder, bracket and side pressure cylinder are arranged in the lower beam of frame, and transmitting device is arranged along stands longitudinal; Bracket and side pressure cylinder are arranged on the cylinder rod upper end of binodal cylinder.Transmitting device is used for coordinating with the transmitting device of fixation side, together workpiece is input to middle cutting assembly, and bracket is used for jacking workpiece, and workpiece is pressed to the step of workbench with longitudinal register for the top briquetting promoting its cylinder rod end by side pressure cylinder.
Described active side cutting assembly comprises negative 45 degree of saws, 90 degree of saws, workbench, transmitting device, binodal cylinder, bracket, side pressure cylinder, flexible block and leading screws, these negative 45 degree of saws, 90 degree of saws by respective saw cradle hangs in the upper beam of frame, by the lead screw transmission adjustment position of saw support in upper beam, each saw is promoted by cylinder, can be elevated on respective saw support; Workbench is suspended on saw support by column, and workbench lower surface is stepped flat; The transmitting device of active side cutting assembly, binodal cylinder, bracket, side pressure cylinder and flexible block are arranged in the lower beam of frame, and transmitting device is arranged along stands longitudinal, and its side is provided with flexible block; Bracket and side pressure cylinder are arranged on the cylinder rod upper end of binodal cylinder.Transmitting device is used for coordinating with the transmitting device of fixation side, together workpiece is input to active side cutting assembly, flexible block is for stopping workpiece, and bracket is used for jacking workpiece, and workpiece is pressed to the step of workbench with longitudinal register for the top briquetting promoting its cylinder rod end by side pressure cylinder.
Further, the saw bottom of each cutting assembly is provided with blanking ramp, drops on blanking ramp, is directed on the transport tape of scrap material conveyer by blanking ramp, and be transported to garbage collection region by transport tape under the waste material after sawing.
The beneficial effects of the utility model are: 1, by arranging three groups of cutting assemblies on same machine, can the different door pocket plate parts of Continuous maching, greatly improve working (machining) efficiency; 2, by the supporting plate of middle sawing assembly, the lock side plate that length can be avoided larger or hinge side plate add man-hour because of gravity cause sagging, thus avoid the error in length of processing; 3, garbage collection and transmission are conveniently, and overall work environment is clean and tidy, clean.
Accompanying drawing explanation
Fig. 1 is the overall appearance schematic diagram of the utility model door pocket plate compound sawing machine;
Fig. 2 is the fixation side cutting assembly schematic diagram of the utility model door pocket plate compound sawing machine;
Fig. 3 is the middle cutting assembly schematic diagram of the utility model door pocket plate compound sawing machine;
Fig. 4 is the active side cutting assembly schematic diagram of the utility model door pocket plate compound sawing machine;
Fig. 5 is the position view of the utility model door pocket plate compound sawing machine on door pocket plate process line.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model door pocket plate compound sawing machine is described further.
As described in Figure 1, compound sawing machine comprises frame 1, fixation side cutting assembly 2, middle cutting assembly 3 and active side cutting assembly 4, fixation side cutting assembly 2, middle cutting assembly 3 and active side cutting assembly 4 are arranged between the upper beam 11 of frame 1 and lower beam 12 all side by side, in this embodiment, fixation side cutting assembly 2 on the right, active side cutting assembly 4 on the left side, fixation side cutting assembly 2 comprises 45 degree of saws 21 and 90 degree of saws 22, middle cutting assembly 3 comprises negative 45 degree of saws 31, active side cutting assembly 4 comprises negative 45 degree of saws 41 and 90 degree of saws 42, 45 degree of saws 21 of fixation side and the inclined-plane, two ends of middle negative 45 degree of saw 21 Combined machining upper plates, 90 degree of saws 22 of fixation side lock a plane and an inclined-plane at side plate or hinge side plate two ends with negative 45 degree of saw 41 Combined machining of active side, 45 degree of saws 21 of fixation side and 90 degree of saw 42 Combined machining hinge side plate of active side or an inclined-plane and a plane of locking side plate two ends.
As shown in Figure 2, fixation side cutting assembly 2 comprises 45 degree of saws 21,90 degree of saws 22, workbench 23, transmitting device 24, binodal cylinder 25, bracket 26, side pressure cylinder 27 and flexible blocks 28, these 45 degree of saws 21,90 degree of saws 22 by respective saw cradle hangs in the upper beam 11 of frame 1, each saw 21,22 is promoted by cylinder, can be elevated on respective saw support, workbench 23 is suspended in the upper beam 11 of frame 1 by column 231, and workbench 23 lower surface is stepped flat 232; Transmitting device 24, binodal cylinder 25, bracket 26, side pressure cylinder 27 and flexible block 28 are arranged in the lower beam 12 of frame 1, and transmitting device 24 is longitudinally arranged along frame 1, and its side is provided with flexible block 28; Bracket 26 and side pressure cylinder 27 are arranged on the cylinder rod upper end of binodal cylinder 25.Transmitting device 24 is for being input to fixation side cutting assembly 2 by workpiece, and flexible block 28 is for stopping workpiece, and bracket 26 is for jacking workpiece, and workpiece is pressed to the step of workbench 23 with longitudinal register for the top briquetting promoting its cylinder rod end by side pressure cylinder 27.
Transmitting device 24 comprises motor, belt wheel, regulating wheel and transport tape, and motor driven belts wheel rotates, thus drives transport tape motion, and regulating wheel is for regulating the tensioning degree of transport tape.
As shown in Figure 3, middle cutting assembly 3 comprises negative 45 degree of saws 31, workbench 32, transmitting device 33, binodal cylinder 34, bracket 35 and side pressure cylinder 36, these negative 45 degree of saws 31 pass through saw cradle hangs in the upper beam 11 of frame 1, this saw 31 is promoted by cylinder, can be elevated on saw support, workbench 32 is suspended on saw support by column 321, and workbench 32 lower surface is stepped flat 322; Transmitting device 33, binodal cylinder 34, bracket 35 and side pressure cylinder 36 are arranged in the lower beam 12 of frame 1, and transmitting device 33 is longitudinally arranged along frame 1; Bracket 35 and side pressure cylinder 36 are arranged on the cylinder rod upper end of binodal cylinder 34.Transmitting device 33 is for coordinating with the transmitting device 24 of fixation side, workpiece is input to middle cutting assembly 3 together, bracket 35 is for jacking workpiece, and workpiece is pressed to the step of workbench 32 with longitudinal register for the top briquetting promoting its cylinder rod end by side pressure cylinder 36.
As shown in Figure 4, active side cutting assembly 4 comprises negative 45 degree of saws 41,90 degree of saws 42, workbench 43, transmitting device 44, binodal cylinder 45, bracket 46, side pressure cylinder 47, flexible block 48 and leading screw, these negative 45 degree of saws, 41,90 degree of saws 42 by respective saw cradle hangs in the upper beam 11 of frame 1, each saw is promoted by cylinder, can be elevated on respective saw support; This workbench 43 is suspended on saw support by column 431, and workbench 43 lower surface is stepped flat 432; Transmitting device 44, binodal cylinder 45, bracket 46, side pressure cylinder 47 and flexible block 48 are arranged in the lower beam 12 of frame 1, and transmitting device 44 is longitudinally arranged along frame 1, and its side is provided with flexible block 48; Described bracket 46 and side pressure cylinder 47 are arranged on the cylinder rod upper end of binodal cylinder 45; 90 degree of saws and negative 45 degree of saws in the upper beam 11 of frame 1, adjust these saw support position on upper beam 11 by lead screw transmission by saw cradle hangs.Transmitting device 44 is for coordinating with the transmitting device 24 of fixation side, together workpiece is input to active side cutting assembly 4, flexible block 48 is for stopping workpiece, bracket 46 is for jacking workpiece, and workpiece is pressed to the step of workbench 43 with longitudinal register for the top briquetting promoting its cylinder rod end by side pressure cylinder 47.
The transmitting device of middle sawing assembly 3 and activity sawing assembly 4, binodal cylinder, bracket, side pressure cylinder and flexible block are all slidably mounted in frame 1 lower beam 12, can carry out horizontal position adjustment by guide rail.
The saw bottom of each cutting assembly is provided with blanking ramp 5, drops on blanking ramp 5, is directed on the transport tape of scrap material conveyer 6 by blanking ramp 5, and be transported to garbage collection region by transport tape under the waste material after sawing.
The utility model door pocket plate compound sawing machine both can be used alone, also door pocket plate production line can be combined in conjunction with other machines, as shown in Figure 5, door pocket plate production line comprises material preparing table 100, compound sawing machine 200, hinge assemblies hole slotter 300, door lock pilot hole slotter 400 and some transport platform, lock side plate 101, hinge side plate 102 and upper plate 103 are sent to compound sawing machine 200 according to order by material preparing table 100, lock side plate 101 after being processed by compound sawing machine 200, hinge side plate 102 and upper plate 103 enter transport platform, transport platform will lock side plate 101 respectively according to preset program, hinge side plate 102 and upper plate 103 are assigned to different regions, such as upper plate 103 is delivered directly to upper plate collecting region, side plate 101 will be locked, hinge side plate 102 is transported to hinge assemblies hole slotter 300 respectively and door lock pilot hole slotter 400 carries out hinge assemblies hole machined and the processing of door lock pilot hole, finally all be transported to respective collecting region.
The specific works process prescription of the utility model door pocket plate compound sawing machine is as follows:
Assuming that lock side plate only processes 45 degree of inclined-planes of left end and the plane of right-hand end, hinge side plate only processes the plane of left end and 45 degree of inclined-planes of right-hand end.This side be beneficial to lock side plate, hinge side plate that suppose there is makes a distinction, and convenient description and understanding, this supposition is not to restriction of the present utility model.Also can suppose that lock side plate only processes 45 degree of inclined-planes of right-hand end and the plane of left end, hinge side plate only processes 45 degree of inclined-planes of the plane of its right end face and the plane of left end and left end face.In the present embodiment, before adopting, a kind of supposition is described.
Middle sawing assembly 3 and the position of activity sawing assembly 4 in frame 1 upper beam 11 and lower beam 12 is adjusted in advance and fixing according to the length of lock side plate, hinge side plate, in order lock side plate 101, hinge side plate 102 and upper plate 103 are placed on material preparing table 100, start the conveyer belt on material preparing table 100, side plate 101, hinge side plate 102 and upper plate 103 will be locked and send into compound sawing machine 200 successively.
First lock side plate 101 is admitted to compound sawing machine 200, each cutting assembly (2, 3, 4) transmitting device (24 in, 33, 44) start, flexible block (28 is encountered after running a segment distance with workpiece 101, 48), transmitting device (24, 33, 44) out of service, binodal cylinder (25, 34, 45) first segment starts, drive bracket (26, 35, 46) rise, transmitting device (24 is left in workpiece 101 pop-up, 33, 44) transport tape, side pressure cylinder (27, 36, 47) drive the top briquetting of its cylinder rod end that workpiece 101 is pressed to workbench (23, 32, 43) step is with longitudinal register, at this moment binodal cylinder (25, 34, 45) second section starts, driven bracket (26, 35, 46) continue to rise, workpiece 101 is pressed on workbench (23, 32, 43) on lower surface, now the positioning work of workpiece 101 completes, 90 degree of saws 22 of fixation side cutting assembly 2 and negative 45 degree of saws 41 of active side cutting assembly 4 drop to cutting position by respective air cylinder driven, saw blade rotates, the left end of lock side plate 101 is cut out the inclined-plane of negative 45 degree, the right-hand member of lock side plate 101 is cut out a plane, the air intake device that the chip cut out is installed by saw top siphons away, larger waste material drops on blanking ramp 5, be directed on the transport tape of scrap material conveyer 6 by blanking ramp 5, and be transported to garbage collection region by transport tape.After having cut, saw (22,41) is driven by cylinder and rises, side pressure cylinder (27,36,47) contraction is return, binodal cylinder (25,34,45) bracket (26 is driven, 35,46) decline, flexible block (28,48) decline, lock side plate 101 after well cutting drops on the transport tape of transmitting device (24,33,44), transmitting device (24,33,44) start, lock side plate 101 is transported in the transport platform at compound sawing machine 200 rear portion.
Next, hinge side plate 102 is admitted to compound sawing machine 200, each cutting assembly (2, 3, 4) transmitting device (24 in, 33, 44) start, flexible block (28 is encountered after running a segment distance with workpiece 102, 48), transmitting device (24, 33, 44) out of service, binodal cylinder (25, 34, 45) first segment starts, drive bracket (26, 35, 46) rise, transmitting device (24 is left in workpiece 102 pop-up, 33, 44) transport tape, side pressure cylinder (27, 36, 47) drive the top briquetting of its cylinder rod end that workpiece 102 is pressed to workbench (23, 32, 43) step is with longitudinal register, at this moment binodal cylinder (25, 34, 45) second section starts, driven bracket (26, 35, 46) continue to rise, workpiece 102 is pressed on workbench (23, 32, 43) on lower surface, now the positioning work of workpiece 102 completes, 45 degree of saws 21 of fixation side cutting assembly 2 and 90 degree of saws 42 of active side cutting assembly 4 drop to cutting position by respective air cylinder driven, saw blade rotates, the left end of hinge side plate 102 is cut out a plane, the right-hand member of hinge side plate 102 is cut out 45 degree of inclined-planes, the air intake device that the chip cut out is installed by saw top siphons away, larger waste material drops on blanking ramp 5, be directed on the transport tape of scrap material conveyer 6 by blanking ramp 5, and be transported to garbage collection region by transport tape.After having cut, saw (21,42) is driven by cylinder and rises, side pressure cylinder (27,36,47) contraction is return, binodal cylinder (25,34,45) bracket (26 is driven, 35,46) decline, flexible block (28,48) decline, hinge side plate 102 after well cutting drops on the transport tape of transmitting device (24,33,44), transmitting device (24,33,44) start, hinge side plate 102 is transported in the transport platform at compound sawing machine 200 rear portion.
Next, upper plate 103 is admitted to compound sawing machine 200, fix the transmitting device (24 in cutting assembly 2 and middle cutting assembly 3, 33) start, flexible block 28 is encountered after running a segment distance with workpiece 103, transmitting device (24, 33) out of service, binodal cylinder (25, 34) first segment starts, drive bracket (26, 35) rise, transmitting device (24 is left in workpiece 103 pop-up, 33) transport tape, side pressure cylinder (27, 36) drive the top briquetting of its cylinder rod end that workpiece 103 is pressed to workbench (23, 32) step is with longitudinal register, at this moment binodal cylinder (25, 34) second section starts, driven bracket (26, 35) continue to rise, workpiece 103 is pressed on workbench (23, 32) on lower surface, now the positioning work of workpiece 103 completes, 45 degree of saws 21 of fixation side cutting assembly 2 and negative 45 degree of saws 31 of middle cutting assembly 3 drop to cutting position by respective air cylinder driven, saw blade rotates, the left end of upper plate 103 is cut out the inclined-plane of negative 45 degree, the right-hand member of upper plate 103 is cut out the inclined-plane of 45 degree, the air intake device that the chip cut out is installed by saw top siphons away, larger waste material drops on blanking ramp 5, be directed on the transport tape of scrap material conveyer 6 by blanking ramp 5, and be transported to garbage collection region by transport tape.After having cut, saw (21,31) is driven by cylinder and rises, side pressure cylinder (27,36) shrinks to be return, binodal cylinder (25,34) bracket (26 is driven, 35) decline, flexible block 28 declines, and the upper plate 103 after well cutting drops on transmitting device (24,33) on transport tape, transmitting device (24,33) starts, and upper plate 103 is transported in the transport platform at compound sawing machine 200 rear portion.
Upper plate 103 cuts complete, next starts again cutting lock side plate 101, hinge side plate 102 and upper plate 103 in order, so repeatedly, to realize the cutting of high efficiency door pocket plate parts.

Claims (9)

1. a door pocket plate compound sawing machine, it is characterized in that: comprise frame (1), fixation side cutting assembly (2), middle cutting assembly (3) and active side cutting assembly (4), described fixation side cutting assembly (2) comprises one 45 degree saws (21) and one 90 degree saws (22), middle cutting assembly (3) comprises negative 45 degree of saws (31), and active side cutting assembly (4) comprises negative 45 degree of saws (41) and one 90 degree saws (42); 45 degree of saws (21) of fixation side and the inclined-plane, two ends of middle negative 45 degree of saws (31) Combined machining upper plate (103); 90 degree of saws (22) of fixation side lock a plane and an inclined-plane at side plate (101) or hinge side plate (102) two ends with negative 45 degree of saw (41) Combined machining of active side; 45 degree of saws (21) of fixation side and 90 degree of saws (42) Combined machining hinge side plate (102) of active side or an inclined-plane and a plane of locking side plate (101) two ends.
2. door pocket plate compound sawing machine as claimed in claim 1, it is characterized in that: described fixation side cutting assembly (2) comprises 45 degree of saws (21), 90 degree of saws (22), workbench (23), transmitting device (24), binodal cylinder (25), bracket (26), side pressure cylinder (27) and flexible block (28), described 45 degree of saws (21), 90 degree of saws (22) by respective saw cradle hangs in the upper beam (11) of frame (1), each saw (21, 22) all promoted by cylinder, can be elevated on respective saw support, described workbench (23) is suspended in the upper beam (11) of frame (1) by column (231), and workbench (23) lower surface is stepped flat (232), the transmitting device (24) of fixation side cutting assembly (2), binodal cylinder (25), bracket (26), side pressure cylinder (27) and flexible block (28) are arranged in the lower beam (12) of frame (1), transmitting device (24) is longitudinally arranged along frame (1), is provided with flexible block (28) on its side, described bracket (26) and side pressure cylinder (27) are arranged on the cylinder rod upper end of binodal cylinder (25).
3. door pocket plate compound sawing machine as claimed in claim 1 or 2, it is characterized in that: described middle cutting assembly (3) comprises negative 45 degree of saws (31), workbench (32), transmitting device (33), binodal cylinder (34), bracket (35) and side pressure cylinder (36), negative 45 degree of saws (31) by saw cradle hangs in the upper beam (11) of frame (1), negative 45 degree of saws (31) are promoted by cylinder, can be elevated on saw support; Workbench (32) is suspended on saw support by column (321), and workbench (32) lower surface is stepped flat (322); The transmitting device (33) of middle cutting assembly (3), binodal cylinder (34), bracket (35) and side pressure cylinder (36) are arranged in the lower beam (12) of frame (1), and transmitting device (33) is along frame (1) longitudinally setting; Bracket (35) and side pressure cylinder (36) are arranged on the cylinder rod upper end of binodal cylinder (34).
4. door pocket plate compound sawing machine as claimed in claim 1 or 2, it is characterized in that: described active side cutting assembly (4) comprises negative 45 degree of saws (41), 90 degree of saws (42), workbench (43), transmitting device (44), binodal cylinder (45), bracket (46), side pressure cylinder (47), flexible block (48) and leading screw, these negative 45 degree of saws (41), 90 degree of saws (42) by respective saw cradle hangs in the upper beam (11) of frame (1), by the lead screw transmission adjustment position of saw support in upper beam (11), each saw (41, 42) all promoted by cylinder, can be elevated on respective saw support, workbench (43) is suspended on saw support by column (431), and workbench (43) lower surface is stepped flat (432), the transmitting device (44) of active side cutting assembly (4), binodal cylinder (45), bracket (46), side pressure cylinder (47) and flexible block (48) are arranged in the lower beam (12) of frame (1), transmitting device (44) is longitudinally arranged along frame (1), is provided with flexible block (48) on its side, bracket (46) and side pressure cylinder (47) are arranged on the cylinder rod upper end of binodal cylinder (45).
5. door pocket plate compound sawing machine as claimed in claim 3, it is characterized in that: described active side cutting assembly (4) comprises negative 45 degree of saws (41), 90 degree of saws (42), workbench (43), transmitting device (44), binodal cylinder (45), bracket (46), side pressure cylinder (47), flexible block (48) and leading screw, these negative 45 degree of saws (41), 90 degree of saws (42) by respective saw cradle hangs in the upper beam (11) of frame (1), by the lead screw transmission adjustment position of saw support in upper beam (11), each saw (41, 42) all promoted by cylinder, can be elevated on respective saw support, workbench (43) is suspended on saw support by column (431), and workbench (43) lower surface is stepped flat (432), the transmitting device (44) of active side cutting assembly (4), binodal cylinder (45), bracket (46), side pressure cylinder (47) and flexible block (48) are arranged in the lower beam (12) of frame (1), transmitting device (44) is longitudinally arranged along frame (1), is provided with flexible block (48) on its side, bracket (46) and side pressure cylinder (47) are arranged on the cylinder rod upper end of binodal cylinder (45).
6. door pocket plate compound sawing machine as claimed in claim 1 or 2, it is characterized in that: each cutting assembly (2,3,4) saw (21,22,31,41,42) bottom is all provided with blanking ramp (5), drops on blanking ramp (5) under the waste material after sawing, be directed on the transport tape of scrap material conveyer (6) by blanking ramp (5), and be transported to garbage collection region by transport tape.
7. door pocket plate compound sawing machine as claimed in claim 3, it is characterized in that: each cutting assembly (2,3,4) saw (21,22,31,41,42) bottom is all provided with blanking ramp (5), drops on blanking ramp (5) under the waste material after sawing, be directed on the transport tape of scrap material conveyer (6) by blanking ramp (5), and be transported to garbage collection region by transport tape.
8. door pocket plate compound sawing machine as claimed in claim 4, it is characterized in that: each cutting assembly (2,3,4) saw (21,22,31,41,42) bottom is all provided with blanking ramp (5), drops on blanking ramp (5) under the waste material after sawing, be directed on the transport tape of scrap material conveyer (6) by blanking ramp (5), and be transported to garbage collection region by transport tape.
9. door pocket plate compound sawing machine as claimed in claim 5, it is characterized in that: each cutting assembly (2,3,4) saw (21,22,31,41,42) bottom is all provided with blanking ramp (5), drops on blanking ramp (5) under the waste material after sawing, be directed on the transport tape of scrap material conveyer (6) by blanking ramp (5), and be transported to garbage collection region by transport tape.
CN201520023580.6U 2015-01-13 2015-01-13 A kind of door pocket plate compound sawing machine Withdrawn - After Issue CN204367081U (en)

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Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
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CN201520023580.6U Withdrawn - After Issue CN204367081U (en) 2015-01-13 2015-01-13 A kind of door pocket plate compound sawing machine

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104552470A (en) * 2015-01-13 2015-04-29 南通跃通数控设备有限公司 Composite sawing machine for door pocket plate
CN111993521A (en) * 2020-08-21 2020-11-27 江苏国全自动化科技有限公司 Door pocket processingequipment

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104552470A (en) * 2015-01-13 2015-04-29 南通跃通数控设备有限公司 Composite sawing machine for door pocket plate
CN104552470B (en) * 2015-01-13 2016-08-24 南通跃通数控设备有限公司 A kind of door pocket plate is combined sawing machine
CN111993521A (en) * 2020-08-21 2020-11-27 江苏国全自动化科技有限公司 Door pocket processingequipment

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