CN203664818U - Swing type automatic sawing and machining device - Google Patents
Swing type automatic sawing and machining device Download PDFInfo
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- CN203664818U CN203664818U CN201320710745.8U CN201320710745U CN203664818U CN 203664818 U CN203664818 U CN 203664818U CN 201320710745 U CN201320710745 U CN 201320710745U CN 203664818 U CN203664818 U CN 203664818U
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Abstract
The utility model discloses a swing type automatic sawing and machining device which comprises a pressing mechanism on machine frame, a discharging mechanism and a swing saw blade mechanism. Swing of the saw blade mechanism is completed through a servo motor, and sawing and cutting at any angle between 45 degrees and 135 degrees can be achieved; a cylinder and a damping cylinder are adopted for saw blade feeding, feeding is stable, and the end face of cut profile is smooth and free of burrs. Stub bars are cut, a saw blade retracts, horizontally presses and loosens, and the phenomenon of slipping is avoided. The swing type automatic sawing and machining device is simple and compact in structure, high in automation degree, high in machining precision and high in machining efficiency. A method using the device includes the following steps that the saw blade swings by 45 degrees, a workpiece is conveyed and pressed, a 45-degree end face angle is cut, the workpiece is loosened, the stub bars fall, the saw blade swings to 135 degrees, the saw blade presses horizontally and moves rightwards, the workpiece is conveyed and pressed, a 135-degree end face angle is cut, the workpiece is loosened, a right worktable conveys the finished product workpiece to the discharging mechanism, and the discharging mechanism moves the workpiece rightwards to a discharging table.
Description
Technical field
The utility model relates to a kind of aluminium door-window section bar sawing process equipment and processing method thereof, belongs to door and window curtain wall sectional bar processing equipment technical field.
Background technology
Be accompanied by the fast development of urban modernization construction and building Socialist New, novel aluminum building materials door and window curtain wall is promoted and application widely fast, the demand of novel aluminum building materials door and window curtain wall is increased dramatically, and door and window curtain wall enterprise has the stronger market demand to high automation, high efficiency, high-precision pipeline system novel aluminum door and window curtain wall process equipment; Current door and window curtain wall process equipment mostly is unit operation, and automaticity is low, and efficiency is also low; Have the process equipment of automatic sawing, cutting function, general employing fixed two V-shaped modes of saw blade, and angle cannot be adjusted.Also have plenty of and in the same side of section bar, two saw blades are one in front and one in back installed section bar is carried out to cutting twice: after front saw blade is cut section bar, move forward, completely by after section bar, rear saw blade cuts section bar again until front saw blade, forms X shape otch.Therefore this cutting mode sawing stroke is longer, cuts after a saw kerf with a saw blade, exits saw blade interpreter brilliance degree again, then cutting once, forms X shape otch, and cutting efficiency is low.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of assembly precision high, and compact conformation, the oscillating type automatic sawing, cutting process equipment that automaticity is high, realize section bar end face and cut at any angle.
The technical scheme that the utility model adopts is for achieving the above object:
A kind of oscillating type automatic sawing, cutting process equipment, comprise frame, in described frame, be connected with back vertical plate, front vertical plate, hold-down mechanism, right table mechanism and discharging mechanism, yaw saw blade mechanism is installed between front vertical plate and back vertical plate, on front vertical plate, be fixed with left table mechanism.
In the utility model, described yaw saw blade mechanism comprises saw blade device, makes the pendulous device of saw blade device yaw, makes saw blade device make the feed arrangement of feed motion; Yaw saw blade mechanism can realize the swing between 45 °～135 ° angles of saw blade.
Described pendulous device comprises the casing being rotationally connected with between back vertical plate and front vertical plate, the servomotor that drive case swings; The one end that is fixed with rotating shaft one, swing arm on front vertical plate is rotationally connected with in rotating shaft one, the other end is fixed on casing, and the object that adopts swing arm to connect is that saw blade and workpiece are dodged; On back vertical plate, be fixed with on fixed cover, fixed cover and be fixed with reductor, described servomotor is fixed on reductor, the rotating disk of speed reducer output shaft end and one end of pivoted housing are fixed, the other end of pivoted housing fixing on casing; Reductor axle head rotating disk, pivoted housing and rotating shaft one are on same axis; Pendulous device is by driven by servomotor, and yaw saw blade mechanism can realize between 45 °～135 ° angles of saw blade and swinging at any angle.
Described saw blade device comprises saw blade motor cabinet, be fixed on saw blade motor on saw blade motor cabinet, be fixed on the saw blade of saw blade motor shaft end; On casing, be fixed with that bearing in bearing block, bearing block is provided with rotating shaft two, saw blade motor cabinet is fixed in rotating shaft two, described saw blade device is rotationally connected with on casing;
Described feed arrangement comprises the cylinder fixed mount that is fixed on saw blade motor cabinet, is fixed on the bearing pin on cylinder fixed mount, the feeding cylinder that can rotate around bearing pin, the rod end bearing two that is fixed on feeding cylinder axle head be fixed on casing on fixed bar be connected.
Further, on described feed arrangement, be also provided with bascule, bascule comprises the connecting plate that is fixed on feeding cylinder, be fixed on damped cylinder on connecting plate, be fixed on the rod end bearing one on damped cylinder axle head, and rod end bearing one is connected with the bent plate that is fixed on feeding cylinder axle head.Saw blade work enters to adopt cylinder to add damped cylinder mode, can make work enter more steady, the section bar end face Glabrous thorn of cutting.
In the utility model, described hold-down mechanism comprises the clamping frame that is fixed in frame, be fixed on four guide pads, the adjustment plate that can move along guide pad on clamping frame, be fixed on vertical compression cylinder, the pressure head that is fixed on vertical compression cylinder rod end adjusted on plate, be arranged at adjustable handle between guide pad and adjustment plate, be fixed on the square guide rail one on clamping frame, the left horizontal hold down gag that can slide along square guide rail one and right horizontal hold down gag;
Symmetrical in described left horizontal hold down gag and right horizontal hold down gag structure, rebound one that comprising can be along X to square guide rail one slide block one that slide arranging, be fixed on horizontal pressed seat, horizontal pressed seat driving mechanism on slide block one, be fixed on horizontal compression cylinder on horizontal pressed seat, be fixed on the connecting rod of horizontal compression cylinder rod end, be connected with connecting rod, be fixed on horizontal compact heap and guide shaft one on rebound one, in the time that horizontal compression cylinder is flexible, guide shaft one can carry out guiding movement along the linear bearing one being fixed on horizontal pressed seat; Described horizontal pressed seat driving mechanism comprises and is fixed on moving horizontally cylinder block, be fixed on the cylinder that moves horizontally moving horizontally on cylinder block on clamping frame, and the rod end that moves horizontally cylinder is connected with the T junction being fixed on horizontal pressed seat.Left horizontal hold down gag, right horizontal hold down gag can move left and right respectively under the effect that moves horizontally cylinder, object be while making horizontal compact heap workpiece pressing apart from saw blade apart from minimum.
In the utility model, described left table mechanism comprises the left table base that is fixed on front vertical plate, is fixed on the left workbench on left table base; Therefore, left workbench is relatively-stationary.
Described right table mechanism comprises the holder that is fixed in frame, be fixed on movable workbench cylinder connecting plate, square guide rail two on holder, be fixed on movable workbench cylinder on movable workbench cylinder connecting plate, be connected in the cylinder contiguous block one of movable workbench cylinder rod end, cylinder contiguous block one is fixed on right table base, right table base in the time that movable workbench cylinder rod end is flexible can by be fixed on slide block two on its bottom surface along square guide rail two slide, right workbench is fixed on right table base.Therefore, right workbench can be along X to mobile, meets the transition output of finished work-piece, arrives discharging mechanism clamping place.
In the utility model, described discharging mechanism comprises the discharge rack that is fixed in frame, be fixed on round guide on discharge rack with discharging cylinder mount pad, be fixed on the discharging cylinder on discharging cylinder mount pad, the slide plate that is fixed on the cylinder contiguous block two of discharging cylinder rod end, is connected with cylinder contiguous block two, slide plate is fixed on the slide block three that can slide along round guide, on slide plate, be connected with rear fixture, the front clamp device of setting corresponding to rear fixture is connected on discharging front vertical plate, and slide plate is connected by discharging connecting plate with discharging front vertical plate;
Described rear fixture comprises the rear clamping cylinder, the rebound two being connected with rear clamping cylinder rod end that are fixed on slide plate, is fixed on rear clamping plate and rear clamping guide shaft on rebound two, and rear clamping guide shaft can move along the linear bearing two being fixed on slide plate;
Described front clamp device comprises the front clamp cylinder, the rebound three being connected with front clamp cylinder rod end that are fixed on discharging front vertical plate, is fixed on front clamp plate and front clamp guide shaft on rebound three, and front clamp guide shaft can move along the linear bearing three being fixed on discharging front vertical plate.Forward and backward clamping plate carries out respectively elastic under the driving of clamping cylinder, completes the clamping to workpiece, and discharging mechanism can be moved left and right by discharging air cylinder driven, realizes the conveying to discharge pedestal to finished work-piece.
The method that uses oscillating type automatic sawing, cutting process equipment fabircated shapes described in the utility model, comprises the following steps:
A) saw blade is put 45 ° of (can be arbitrarily angled between 45 °～135 °, below be not repeated in this description) angles by yaw saw blade mechanism;
B) conveying work pieces arrives assigned address;
C) the left horizontal hold down gag in hold-down mechanism moves to left, right horizontal hold down gag moves to left, and then horizontal compact heap compresses location to workpiece; Secondly vertically compression cylinder compresses workpiece;
D) in yaw saw blade mechanism, saw blade work is entered, and completes after the cutting of 45 of workpiece ° of end face angle, and saw blade work is advanced and retreat back;
E) vertically compression cylinder is return, and the horizontal compact heap in right horizontal hold down gag unclamps, and the stub bar that right-hand member cuts off freely falls; Horizontal compact heap in left horizontal hold down gag unclamps;
F) saw blade is put 135 ° of angles by yaw saw blade mechanism, and left horizontal hold down gag moves to right, right horizontal hold down gag moves to right, and work piece delivery is to designated length;
G) horizontal compact heap compresses location to workpiece, and secondly vertically compression cylinder compresses workpiece;
H) in yaw saw blade mechanism, saw blade work is entered, and completes after the cutting of 135 of workpiece ° of end face angle, and saw blade work is advanced and retreat back;
I) vertically compression cylinder is return, and the horizontal compact heap in left horizontal hold down gag, right horizontal hold down gag unclamps, and right table mechanism moves to right, and drives the finished work-piece cutting off to move to right and arrives discharging mechanism place;
J) discharging mechanism clamping finished work-piece moves to right, and arrives on discharge pedestal and discharges workpiece, and then discharging mechanism moves to left and returns, and right table mechanism moves to left and returns;
K) repeat above a～j step operation, carry out the processing of next workpiece.
The beneficial effects of the utility model are:
Angle of saw blade swings and completes by speed reducer for servo motor, can realize between 45 °～135 ° the processing of sawing at any angle, and angle orientation is accurate, and swing speed is fast, swings to 135 ° of times of only using for 1 second from 45 °; Saw blade work enters to adopt cylinder to add damped cylinder mode, and work is entered steadily, the section bar end face Glabrous thorn of cutting; Cut after stub bar, adopted saw blade work to enter first to return, the mode that then right horizontal compact heap unclamps again, has avoided collapsing the generation of expecting phenomenon; Discharging adopts reliably firmly clamping mode, can effectively finished work-piece be outputed on the finished work-piece platform of appointment; The design of oscillating type automatic sawing, cutting process equipment of the present utility model and processing method thereof is scientific and reasonable, simple and compact for structure, and automaticity is high, machining accuracy is high, working (machining) efficiency is high, reliable and stable realization to section bar end face cutting processing at any angle.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model oscillating type automatic sawing, cutting process equipment.
Fig. 2 is the structural representation of yaw saw blade of the present utility model mechanism.
Fig. 3 is the structural representation of hold-down mechanism of the present utility model.
Fig. 4 is the structural representation of left table mechanism of the present utility model, right table mechanism.
Fig. 5 is the structural representation of discharging mechanism of the present utility model.
In figure: 100 frames, 200 yaw saw blade mechanisms, 300 hold-down mechanisms, 400 left table mechanisms, 500 right table mechanisms, 600 discharging mechanisms, 700 workpiece, 1 back vertical plate, 2 front vertical plates, 3 rotating shafts one, 4 swing arms, 5 fixed covers, 6 reductors, 7 servomotors, 8 pivoted housings, 9 casings, 10 bearing blocks, 11 bearings, 12 rotating shafts two, 13 saw blade motor cabinets, 14 saw blade motors, 15 saw blades, 16 cylinder fixed mounts, 17 bearing pins, 18 feeding cylinders, 19 connecting plates, 20 damped cylinders, 21 rod end bearings one, 22 bent plates, 23 rod end bearings two, 24 fixed bars, 25 clamping frames, 26 guide pads, 27 adjust plate, 28 vertical compression cylinders, 29 pressure heads, 30 adjustable handles, 31 square guide rails one, 32 slide blocks one, 33 horizontal pressed seats, 34 horizontal compression cylinders, 35 connecting rods, 36 rebounds one, 37 horizontal compact heaps, 38 guide shafts one, 39 linear bearings one, 40 move horizontally cylinder block, 41 move horizontally cylinder, 42 T junctions, 43 left table bases, 44 left workbench, 45 holders, 46 movable workbench cylinder connecting plates, 47 square guide rails two, 48 movable workbench cylinders, 49 cylinder contiguous blocks one, 50 right table bases, 51 slide blocks two, 52 right workbench, 53 discharge racks, 54 round guides, 55 discharging cylinder mount pads, 56 discharging cylinders, 57 cylinder contiguous blocks two, 58 slide plates, 59 slide blocks three, 60 rear clamping cylinders, 61 rebounds two, 62 rear clamping plates, 63 rear clamping guide shafts, 64 linear bearings two, 65 discharging connecting plates, 66 discharging front vertical plates, 67 front clamp cylinders, 68 rebounds three, 69 front clamp plates, 70 front clamp guide shafts, 71 linear bearings three, 72 strengthen gusset.
Detailed description of the invention
Also by reference to the accompanying drawings the utility model is described further below by non-limiting embodiment.
As shown in Figure 1, a kind of oscillating type automatic sawing, cutting process equipment, comprise frame 100, in described frame 100, be connected with back vertical plate 1, front vertical plate 2, hold-down mechanism 300, right table mechanism 500 and discharging mechanism 600, yaw saw blade mechanism 200 is installed between front vertical plate 2 and back vertical plate 1, on front vertical plate 2, is fixed with left table mechanism 400.
As shown in Figure 2, described yaw saw blade mechanism 200 comprise saw blade device, make saw blade device yaw pendulous device, make saw blade device make the feed arrangement of feed motion;
Described pendulous device comprises the casing 9 being rotationally connected with between back vertical plate 1 and front vertical plate 2, the servomotor 7 that drive case 9 swings; The one end that is fixed with rotating shaft 1, swing arm 4 on front vertical plate 2 is rotationally connected with in rotating shaft 1, the other end is fixed on casing 9, and the object that adopts swing arm 4 to connect is that saw blade and workpiece are dodged; On back vertical plate 1, be fixed with on fixed cover 5, fixed cover 5 and be fixed with reductor 6, described servomotor 7 is fixed on reductor 6, the rotating disk of reductor 6 output shaft ends and one end of pivoted housing 8 are fixed, the other end of pivoted housing 8 fixing on casing 9; Reductor 6 axle head rotating disks, pivoted housing 8 and rotating shaft 1 are on same axis; Pendulous device is driven by servomotor 7, and yaw saw blade mechanism 200 can realize between 45 °～135 ° angles of saw blade and swinging at any angle.
Described saw blade device comprises saw blade motor cabinet 13, be fixed on saw blade motor 14 on saw blade motor cabinet 13, be fixed on the saw blade 15 of saw blade motor 14 axle heads; On casing 9, be fixed with that bearing 11 in bearing block 10, bearing block 10 is provided with rotating shaft 2 12, saw blade motor cabinet 13 is fixed in rotating shaft 2 12, described saw blade device is rotationally connected with on casing 9;
Described feed arrangement comprises the cylinder fixed mount 16 that is fixed on saw blade motor cabinet 13, is fixed on the bearing pin 17 on cylinder fixed mount 16, the feeding cylinder 18 that can rotate around bearing pin 17, the rod end bearing 2 23 that is fixed on feeding cylinder 18 axle heads be fixed on casing 9 on fixed bar 24 be connected.
On described feed arrangement, be also provided with bascule, bascule comprises the connecting plate 19 that is fixed on feeding cylinder 18, be fixed on damped cylinder 20 on connecting plate 19, be fixed on the rod end bearing 1 on damped cylinder 20 axle heads, and rod end bearing 1 is connected with the bent plate 22 that is fixed on feeding cylinder 18 axle heads.Saw blade work enters to adopt cylinder to add damped cylinder mode, can make work enter more steady, the section bar end face Glabrous thorn of cutting.
As shown in Figure 3, described hold-down mechanism 300 comprise the clamping frame 25 that is fixed in frame 100, be fixed on four guide pads 26, the adjustment plate 27 that can move along guide pad 26 on clamping frame 25, be fixed on vertical compression cylinder 28, the pressure head 29 that is fixed on vertical compression cylinder 28 rod ends adjusted on plate 27, be arranged at guide pad 26 and adjust adjustable handle 30 between plate 27, be fixed on square guide rail 1 on clamping frame 25, can be along left horizontal hold down gag and the right horizontal hold down gag of square guide rail one 31 slips;
Symmetrical in described left horizontal hold down gag and right horizontal hold down gag structure, comprise the slide block 1 that can slide to the square guide rail 1 arranging along X, be fixed on the horizontal pressed seat 33 on slide block 1, horizontal pressed seat 33 driving mechanisms, be fixed on the horizontal compression cylinder 34 on horizontal pressed seat 33, be fixed on the connecting rod 35 of horizontal compression cylinder 34 rod ends, the rebound 1 being connected with connecting rod 35, be fixed on horizontal compact heap 37 and guide shaft 1 on rebound 1, in the time that horizontal compression cylinder 34 is flexible, guide shaft 1 can carry out guiding movement along the linear bearing 1 being fixed on horizontal pressed seat 33, described horizontal pressed seat 33 driving mechanisms comprise and are fixed on moving horizontally cylinder block 40, be fixed on to move horizontally and move horizontally cylinder 41 on cylinder block 40 on clamping frame 25, and the rod end that moves horizontally cylinder 41 is connected with the T junction 42 being fixed on horizontal pressed seat 33.Left horizontal hold down gag, right horizontal hold down gag can move left and right respectively under the effect that moves horizontally cylinder, and object is minimum apart from saw blade 15 distances while making horizontal compact heap 37 workpiece pressing 700.
As shown in Figure 4, described left table mechanism 400 comprises the left table base 43 that is fixed on front vertical plate 2, is fixed on the left workbench 44 on left table base 43; Therefore, left workbench 44 is relatively-stationary.
Described right table mechanism 500 comprises the holder 45 being fixed in frame 100, be fixed on the movable workbench cylinder connecting plate 46 on holder 45, square guide rail 2 47, be fixed on the movable workbench cylinder 48 on movable workbench cylinder connecting plate 46, be connected in the cylinder contiguous block 1 of movable workbench cylinder 48 rod ends, cylinder contiguous block 1 is fixed on right table base 50, right table base 50 can slide along square guide rail 2 47 by the slide block 2 51 being fixed on its bottom surface in the time that movable workbench cylinder 48 rod ends are flexible, right workbench 52 is fixed on right table base 50.Therefore, right workbench 52 can be along X to mobile, meets the transition output of finished work-piece 700, arrives discharging mechanism 600 clampings place.
As shown in Figure 5, described discharging mechanism 600 comprises the discharge rack 53 being fixed in frame 100, be fixed on round guide 54 and discharging cylinder mount pad 55 on discharge rack 53, be fixed on the discharging cylinder 56 on discharging cylinder mount pad 55, be fixed on the cylinder contiguous block 2 57 of discharging cylinder 56 rod ends, the slide plate 58 being connected with cylinder contiguous block 2 57, slide plate 58 is fixed on the slide block 3 59 that can slide along round guide 54, on slide plate 58, be connected with rear fixture, the front clamp device of setting corresponding to rear fixture is connected on discharging front vertical plate 66, slide plate 58 with discharging front vertical plate 66 by discharging connecting plate 65) be connected,
Described rear fixture comprises the rear clamping cylinder 60, the rebound 2 61 being connected with rear clamping cylinder 60 rod ends that are fixed on slide plate 58, is fixed on rear clamping plate 62 and rear clamping guide shaft 63 on rebound 2 61, and rear clamping guide shaft 63 can move along the linear bearing 2 64 being fixed on slide plate 58;
Described front clamp device comprises the front clamp cylinder 67, the rebound 3 68 being connected with front clamp cylinder 67 rod ends that are fixed on discharging front vertical plate 66, is fixed on front clamp plate 69 and front clamp guide shaft 70 on rebound 3 68, and front clamp guide shaft 70 can move along the linear bearing 3 71 being fixed on discharging front vertical plate 66.Forward and backward clamping plate carries out respectively elastic under the driving of clamping cylinder, completes the clamping to workpiece, and discharging mechanism is driven and can be moved left and right by discharging cylinder 56, realizes the conveying to discharge pedestal to finished work-piece.
The method that adopts above-mentioned oscillating type automatic sawing, cutting process equipment fabircated shapes, comprises the following steps:
A) saw blade is put 45 ° of (can be arbitrarily angled between 45 °～135 °, below be not repeated in this description) angles by yaw saw blade mechanism 200;
B) conveying work pieces 700 arrives assigned address;
C) the left horizontal hold down gag in hold-down mechanism 300 moves to left, right horizontal hold down gag moves to left, and then horizontal compact heap compresses location to workpiece 700; Secondly vertically compression cylinder compresses workpiece 700;
D) in yaw saw blade mechanism 200, saw blade work is entered, and completes after the cutting of 45 of workpiece 700 ° of end face angle, and saw blade work is advanced and retreat back;
E) vertically compression cylinder is return, and the horizontal compact heap in right horizontal hold down gag unclamps, and the stub bar that right-hand member cuts off freely falls; Horizontal compact heap in left horizontal hold down gag unclamps;
F) saw blade is put 135 ° of angles by yaw saw blade mechanism 200, and left horizontal hold down gag moves to right, right horizontal hold down gag moves to right, and workpiece 700 is sent to designated length;
G) horizontal compact heap compresses location to workpiece 700, and secondly vertically compression cylinder compresses workpiece 700;
H) in yaw saw blade mechanism 200, saw blade work is entered, and completes after the cutting of 135 of workpiece 700 ° of end face angle, and saw blade work is advanced and retreat back;
I) vertically compression cylinder is return, and the horizontal compact heap in left horizontal hold down gag, right horizontal hold down gag unclamps, and right table mechanism 500 moves to right, and drives the finished work-piece 700 cutting off to move to right and arrives discharging mechanism 600 places;
J) discharging mechanism 600 clamps finished work-piece 700 and moves to right, and arrives on discharge pedestal and discharges workpiece, and then discharging mechanism 600 moves to left and returns, and right table mechanism 500 moves to left and returns;
K) repeat above a～j step operation, carry out the processing of next workpiece.
Cited embodiment is only for understanding the utility model above; it is not the restriction to the described technical scheme of the utility model; about the those of ordinary skill in field; on the basis of technical scheme described in claim; can also make multiple variation or distortion, within all variations that are equal to or distortion all should be encompassed in claim protection domain of the present utility model.
Claims (5)
1. an oscillating type automatic sawing, cutting process equipment, comprise frame (100), it is characterized in that: in described frame (100), be connected with back vertical plate (1), front vertical plate (2), hold-down mechanism (300), right table mechanism (500) and discharging mechanism (600), between front vertical plate (2) and back vertical plate (1), yaw saw blade mechanism (200) is installed, on front vertical plate (2), is fixed with left table mechanism (400);
The yaw saw blade mechanism (200) stating comprises saw blade device, makes the pendulous device of saw blade device yaw, makes saw blade device make the feed arrangement of feed motion;
Described pendulous device comprises the casing (9) being rotationally connected with between back vertical plate (1) and front vertical plate (2), the servomotor (7) that drive case (9) swings; The one end that is fixed with rotating shaft one (3), swing arm (4) on front vertical plate (2) is rotationally connected with in rotating shaft one (3), the other end is fixed on casing (9); On back vertical plate (1), be fixed with on fixed cover (5), fixed cover (5) and be fixed with reductor (6), described servomotor (7) is fixed on reductor (6), the rotating disk of reductor (6) output shaft end and one end of pivoted housing (8) are fixed, the other end of pivoted housing (8) fixing on casing (9); Reductor (6) axle head rotating disk, pivoted housing (8) and rotating shaft one (3) are on same axis;
Described saw blade device comprises saw blade motor cabinet (13), be fixed on saw blade motor (14) on saw blade motor cabinet (13), be fixed on the saw blade (15) of saw blade motor (14) axle head; It is upper on casing (9), to be fixed with that bearing (11) in bearing block (10), bearing block (10) is provided with rotating shaft two (12), saw blade motor cabinet (13) is fixed on rotating shaft two (12), and described saw blade device is rotationally connected with on casing (9);
Described feed arrangement comprises the cylinder fixed mount (16) that is fixed on saw blade motor cabinet (13), be fixed on bearing pin (17) on cylinder fixed mount (16), can be around the feeding cylinder (18) of bearing pin (17) rotation, the rod end bearing two (23) that is fixed on feeding cylinder (18) axle head be fixed on casing (9) and go up fixed bar (24) and be connected.
2. oscillating type automatic sawing, cutting process equipment according to claim 1, it is characterized in that: on described feed arrangement, be also provided with bascule, bascule comprises the connecting plate (19) that is fixed on feeding cylinder (18), be fixed on damped cylinder (20) on connecting plate (19), be fixed on the rod end bearing one (21) on damped cylinder (20) axle head, and rod end bearing one (21) is connected with the bent plate (22) that is fixed on feeding cylinder (18) axle head.
3. oscillating type automatic sawing, cutting process equipment according to claim 1, it is characterized in that: described hold-down mechanism (300) comprises the clamping frame (25) being fixed in frame (100), be fixed on four guide pads (26) on clamping frame (25), can be along the mobile adjustment plate (27) of guide pad (26), be fixed on the vertical compression cylinder (28) of adjusting on plate (27), be fixed on the pressure head (29) of vertical compression cylinder (28) rod end, be arranged at guide pad (26) and adjust the adjustable handle (30) between plate (27), be fixed on the square guide rail one (31) on clamping frame (25), left horizontal hold down gag and the right horizontal hold down gag that can slide along square guide rail one (31),
Symmetrical in described left horizontal hold down gag and right horizontal hold down gag structure, comprise the slide block one (32) that can slide to the square guide rail one (31) arranging along X, be fixed on the horizontal pressed seat (33) on slide block one (32), horizontal pressed seat (33) driving mechanism, be fixed on the horizontal compression cylinder (34) on horizontal pressed seat (33), be fixed on the connecting rod (35) of horizontal compression cylinder (34) rod end, the rebound one (36) being connected with connecting rod (35), be fixed on horizontal compact heap (37) and guide shaft one (38) on rebound one (36), in the time that horizontal compression cylinder (34) is flexible, guide shaft one (38) can carry out guiding movement along the linear bearing one (39) being fixed on horizontal pressed seat (33), described horizontal pressed seat (33) driving mechanism comprises and is fixed on moving horizontally cylinder block (40), be fixed on to move horizontally and move horizontally cylinder (41) on cylinder block (40) on clamping frame (25), and the rod end that moves horizontally cylinder (41) is connected with the T junction (42) being fixed on horizontal pressed seat (33).
4. oscillating type automatic sawing, cutting process equipment according to claim 1, is characterized in that: described left table mechanism (400) comprises the left table base (43) that is fixed on front vertical plate (2), is fixed on the left workbench (44) on left table base (43);
Described right table mechanism (500) comprises the holder (45) being fixed in frame (100), be fixed on the movable workbench cylinder connecting plate (46) on holder (45), square guide rail two (47), be fixed on the movable workbench cylinder (48) on movable workbench cylinder connecting plate (46), be connected in the cylinder contiguous block one (49) of movable workbench cylinder (48) rod end, cylinder contiguous block one (49) is fixed on right table base (50), right table base (50) can slide along square guide rail two (47) by the slide block two (51) being fixed on its bottom surface in the time that movable workbench cylinder (48) rod end is flexible, right workbench (52) is fixed on right table base (50).
5. oscillating type automatic sawing, cutting process equipment according to claim 1, it is characterized in that: described discharging mechanism (600) comprises the discharge rack (53) being fixed in frame (100), be fixed on round guide (54) and discharging cylinder mount pad (55) on discharge rack (53), be fixed on the discharging cylinder (56) on discharging cylinder mount pad (55), be fixed on the cylinder contiguous block two (57) of discharging cylinder (56) rod end, the slide plate (58) being connected with cylinder contiguous block two (57), slide plate (58) is fixed on the slide block three (59) that can slide along round guide (54), slide plate is connected with rear fixture on (58), the front clamp device of setting corresponding to rear fixture is connected on discharging front vertical plate (66), slide plate (58) is connected by discharging connecting plate (65) with discharging front vertical plate (66),
Described rear fixture comprises the rear clamping cylinder (60), the rebound two (61) being connected with rear clamping cylinder (60) rod end that are fixed on slide plate (58), is fixed on rear clamping plate (62) and rear clamping guide shaft (63) on rebound two (61), and rear clamping guide shaft (63) can be mobile along being fixed on linear bearing two (64) on slide plate (58);
Described front clamp device comprises the front clamp cylinder (67), the rebound three (68) being connected with front clamp cylinder (67) rod end that are fixed on discharging front vertical plate (66), is fixed on front clamp plate (69) and front clamp guide shaft (70) on rebound three (68), and front clamp guide shaft (70) can be mobile along being fixed on linear bearing three (71) on discharging front vertical plate (66).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320710745.8U CN203664818U (en) | 2013-11-12 | 2013-11-12 | Swing type automatic sawing and machining device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320710745.8U CN203664818U (en) | 2013-11-12 | 2013-11-12 | Swing type automatic sawing and machining device |
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| CN203664818U true CN203664818U (en) | 2014-06-25 |
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| CN201320710745.8U Expired - Lifetime CN203664818U (en) | 2013-11-12 | 2013-11-12 | Swing type automatic sawing and machining device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103586533A (en) * | 2013-11-12 | 2014-02-19 | 济南天辰铝机制造有限公司 | Front sway type automatic saw cutting machining equipment and machining method |
| CN104625223A (en) * | 2015-01-22 | 2015-05-20 | 济南天辰铝机股份有限公司 | Machine head swing device of double-head dicing saw |
| CN107695435A (en) * | 2017-10-12 | 2018-02-16 | 嘉兴林升液压工具有限公司 | A kind of annular saw cutter device for jack cylinder processing |
-
2013
- 2013-11-12 CN CN201320710745.8U patent/CN203664818U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103586533A (en) * | 2013-11-12 | 2014-02-19 | 济南天辰铝机制造有限公司 | Front sway type automatic saw cutting machining equipment and machining method |
| CN103586533B (en) * | 2013-11-12 | 2015-11-04 | 济南天辰铝机制造有限公司 | Oscillating type automatic sawing, cutting process equipment and processing method thereof |
| CN104625223A (en) * | 2015-01-22 | 2015-05-20 | 济南天辰铝机股份有限公司 | Machine head swing device of double-head dicing saw |
| CN107695435A (en) * | 2017-10-12 | 2018-02-16 | 嘉兴林升液压工具有限公司 | A kind of annular saw cutter device for jack cylinder processing |
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Address after: Tianchen Avenue high tech Zone of Ji'nan City, Shandong Province, No. 1571 250101 Patentee after: Ji'nan Tianchen Aluminum Machine Co., Ltd. Address before: Tianchen Avenue high tech Zone of Ji'nan City, Shandong Province, No. 1571 250101 Patentee before: Jinan Tianchen Aluminium Machine Co.,Ltd. |