CN108857447A - A kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machine - Google Patents
A kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machine Download PDFInfo
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- CN108857447A CN108857447A CN201811009297.2A CN201811009297A CN108857447A CN 108857447 A CN108857447 A CN 108857447A CN 201811009297 A CN201811009297 A CN 201811009297A CN 108857447 A CN108857447 A CN 108857447A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/04—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass for both machining and other metal-working operations
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Abstract
The invention discloses a kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machines, it includes rack, and two symmetrical side plates are provided in rack；It is provided with chain and lateral hairbrush on each side plate, is connected with longitudinal hairbrush and runner between two side plates, runner side is provided with inclined plate；Rack gear is provided in the rack, each side plate is arranged on rack gear；PLC controller is additionally provided in the rack；The inclined plate side is provided with bottom plate, and bottom plate both ends are respectively arranged with fixed block A and fixture block A；It is connected with threaded rod A between fixed block A and fixture block A, fixture block B is threaded on threaded rod A；The side the fixture block A is provided with fixed block B and cylinder A；Catch tray and fixture block C are connected on cylinder A；Blade case and threaded rod B are provided with above fixture block C.The present invention can not only reduce labor intensity, improve efficiency and the scope of application, also have the advantages that structural stability preferably, mechanism relatively flexibly and adjusts more conveniently.
Description
Technical field
The present invention relates to one of aluminium alloy extrusions processing industry heavy duty detergent aluminium alloy extrusions cutting deburring one
Machine.
Background technique
Aluminium alloy extrusions is in industry using wide a kind of non-ferrous metal structural material, Aeronautics and Astronautics, automobile,
It has been widely applied in machine-building, ship, building, finishing and chemical industry, and aluminium alloy extrusions is needed before use with cutting
Burr remover carries out deburring processing again after cutting to it, but existing cutting burr remover is cut to aluminium alloy extrusions
When, generally worker will be put on saw blade after a longer good certain size of aluminium alloy extrusions amount and cut, and aluminium alloy extrusions
The burr generated after being cut again using by one by one the both ends of well cutting and the aluminium alloy extrusions of marshalling be placed into turn
In dynamic hairbrush, burr is removed by the effect of hairbrush, then by the way that aluminium alloy extrusions side to be placed in the hairbrush of rotation,
The burr on aluminium alloy extrusions is removed with this, and the labor intensity of worker is larger and the efficiency of work is lower；And existing cutting is gone
Burr device is generally only applicable to remove the burr on the aluminium alloy extrusions of corresponding length, smaller scope of application.Therefore, existing
The problem of that there is labor intensity is larger for some cutting burr removers, efficiency is lower and smaller scope of application.
Summary of the invention
The object of the present invention is to provide a kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machines.The present invention is not
It is larger and improve efficiency to be only capable of reducing labor intensity, also has the advantages that the scope of application is wider.
Technical solution of the present invention：A kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machine, including rack, rack
On be provided with two symmetrical side plates；It is provided with chain and lateral hairbrush on each side plate, is connected between two side plates
There are longitudinal hairbrush and runner, runner side is provided with inclined plate；Rack gear is provided in the rack, each side plate is arranged at rack gear
On；PLC controller is additionally provided in the rack；The inclined plate side is provided with bottom plate, and bottom plate both ends are respectively arranged with solid
Determine block A and fixture block A；It is connected with threaded rod A between fixed block A and fixture block A, fixture block B is threaded on threaded rod A；The card
The side block A is provided with fixed block B, and cylinder A is slidably connected on fixed block B；Catch tray, catch tray and card are connected on cylinder A
Fixture block C is provided between block A, fixture block C is connect with cylinder A；It is provided with blade case above fixture block C, is threaded on blade case
Threaded rod B；The cylinder A and PLC controller are electrically connected.
With in cutting deburring all-in-one machine, the PLC controller can control a kind of heavy duty detergent aluminium alloy extrusions above-mentioned
Cylinder A's is flexible, and cylinder A is able to drive the movement of catch tray in turn.
A kind of heavy duty detergent aluminium alloy extrusions above-mentioned is provided on each side plate in cutting deburring all-in-one machine
Gear A, gear B and gear C, gear A, gear B and gear C distribution triangular in shape；Gear A, gear B and gear C are and chain
Engagement connects, and is connected with connecting rod A between two gear As；The one end connecting rod A is rotatably connected to bracket A, and the other end is connected with motor A；
Connecting rod A and side plate are rotatablely connected, and motor A and PLC controller are electrically connected；It is provided on the chain multiple equally distributed convex
Block.
A kind of heavy duty detergent aluminium alloy extrusions above-mentioned is connected with electricity on the transverse direction hairbrush in cutting deburring all-in-one machine
Machine B, is connected with bracket B between lateral hairbrush and side plate；It is connected with shaft A on the longitudinal direction hairbrush, the both ends shaft A are respectively connected with
Bracket C；Motor C is also connected on shaft A；The transverse direction hairbrush is arranged in side plate side, and the upper of side plate is arranged in longitudinal hairbrush
Side；The motor B and motor C is electrically connected with PLC controller.
A kind of heavy duty detergent aluminium alloy extrusions above-mentioned is connected with gear D on the rack gear in cutting deburring all-in-one machine,
Connecting rod B is connected on gear D；Bracket D is connected between connecting rod B and side plate, the one end connecting rod B is connected with turntable；On the runner
Equipped with multiple runner teeth, equal screw is connected with fixed block on each runner tooth, and fixed block is equipped with waist hole.
A kind of heavy duty detergent aluminium alloy extrusions above-mentioned is provided with gear above the inclined plate in cutting deburring all-in-one machine
Plate, baffle are fixed on side plate；It is connected with guide plate on the side plate, is provided with limit plate above guide plate；The inclined plate pair
It answers and is equipped with fluting A at the position of runner；Fluting B is equipped at the position of the corresponding lateral hairbrush of the side plate；It is connected on the runner
There is connecting rod C, the one end connecting rod C is connected with motor D, and motor D and PLC controller are electrically connected.
A kind of heavy duty detergent aluminium alloy extrusions above-mentioned is used in cutting deburring all-in-one machine, between the fixed block A and fixture block A
It is connected with slide bar, slide bar is arranged in parallel with threaded rod A；It is corresponded on the fixture block B and is equipped with circular hole at the position of slide bar, on fixture block B
Threaded hole is provided at the position of corresponding threaded rod A；Dovetail groove A is additionally provided on fixture block B；Cross is connected on the threaded rod A
To motor；The two sides of the fixture block B are respectively connected with cylinder B, and pressure plate A is connected on cylinder B, and pressure plate A is located on dovetail groove A
Side；The cross motor and cylinder B are electrically connected with PLC controller.
A kind of heavy duty detergent aluminium alloy extrusions above-mentioned is used in cutting deburring all-in-one machine, the two sides of the fixture block A and fixture block C
Two sides be respectively connected with cylinder C, be provided with dovetail groove B on fixture block A and on fixture block C；It is all provided with above fixture block A and above fixture block C
It is equipped with pressure plate B；Pressure plate B is located above dovetail groove B and connect with cylinder C；The cylinder C and PLC controller are electrically connected.
A kind of heavy duty detergent aluminium alloy extrusions above-mentioned is provided with saw in cutting deburring all-in-one machine in the blade case
Piece is connected with saw blade motor on saw blade, and saw blade motor is fixed on blade case side；It is connected with longitudinal motor on the threaded rod B,
Fixed slip bar is fixedly connected in longitudinal motor；Fixed slip bar one end is fixedly connected on bottom plate, and saw blade is corresponded on fixed slip bar
Slideway is provided at the position of case；The saw blade motor and longitudinal motor are electrically connected with PLC controller.
A kind of heavy duty detergent aluminium alloy extrusions above-mentioned is provided with collection in cutting deburring all-in-one machine in the rack
Frame；The side of the cylinder A is connected with cylinder D, the side rotation connection of cylinder D and catch tray, the other side of cylinder A and collection
Disk rotation connection.
Compared with prior art, present invention improves over existing cutting burr remover, by by much longer and one end
The aluminium alloy extrusions being aligned is placed on fixture block B, and aluminium alloy extrusions is clamped rear thread bar A band by PLC controller control fixture block B
Aluminium alloy extrusions on dynamic fixture block B and fixture block B is moved to below blade case, the saw blade in blade case to more aluminium alloy extrusions into
It is collected disk after row cutting to collect, aluminium alloy extrusions is transported on inclined plate by catch tray, and PLC controller controls runner again will
Aluminium alloy extrusions on inclined plate importeding on chain one by one, aluminium alloy extrusions is first transmitted on lateral hairbrush by chain, horizontal
It is removed work to burr of the hairbrush to aluminium alloy extrusions both ends, aluminium alloy extrusions is transmitted on longitudinal hairbrush by chain again,
Longitudinal hairbrush is removed the work of burr to the surface of aluminium alloy extrusions；By the cooperation of said mechanism, instead of major part
Manual operation, reduce the labor intensity of worker, and can burr to aluminium alloy extrusions and iron filings quickly removed,
Improve efficiency；And by movement of the side plate on rack gear, the spacing between two side plates can be changed, and then be suitable for difference
The deburring of the aluminium alloy extrusions of length and iron filings work, improve the scope of application.In addition, the present invention also pass through dovetail groove A and
The clamping action of pressure plate A aluminium alloy extrusions, dovetail groove B and pressure plate B make saw blade to aluminium the clamping action of aluminium alloy extrusions
Structure is more stable when alloy profile is cut；By gear A, gear B and gear C distribution triangular in shape, improves chain and transmitting
Structural stability in the process；The rotation of connecting rod B and gear D are driven by the rotation of turntable, and then drive side plate on rack gear
Sliding, mechanism is more flexible；It is connected with fixed block by runner tooth screwing, fixed block is equipped with waist hole, and adjusting is facilitated to fix
Position of the block on runner tooth is adjusted more convenient.Therefore, the present invention can not only reduce labor intensity, improve efficiency and be applicable in model
It encloses, also has the advantages that structural stability is preferable, mechanism is relatively flexible and adjusts more conveniently.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the side view at bottom plate；
Fig. 3 is the top view at rack；
Fig. 4 is the operation schematic diagram at rack；
Fig. 5 is the cross-sectional view in Fig. 4 at A-A；
Fig. 6 is the structural schematic diagram at side plate；
Fig. 7 is the structural schematic diagram of runner；
Fig. 8 is the structural schematic diagram of fixture block A；
Fig. 9 is the structural schematic diagram of fixture block B.
Label in attached drawing be：1- rack, 2- side plate, 3- chain, 4- transverse direction hairbrush, the longitudinal direction 5- hairbrush, 6- runner, 7- are oblique
Plate, 8- rack gear, 9-PLC controller, 10- gear A, 11- gear B, 12- gear C, 13- connecting rod A, 14- bracket A, 15- motor A,
16- convex block, 17- motor B, 18- bracket B, 19- shaft A, 20- bracket C, 21- motor C, 22- gear D, 23- connecting rod B, 24- branch
Frame D, 25- turntable, 26- runner tooth, 27- fixed block, 28- baffle, 29- guide plate, 30- limit plate, 31- fluting A, 32- fluting
B, 33- connecting rod C, 34- motor D, 35- collection frame, 36- aluminium alloy extrusions, 37- bottom plate, 38- fixed block A, 39- fixture block A, 40- spiral shell
Rasp bar A, 41- fixture block B, 42- fixed block B, 43- cylinder A, 44- catch tray, 45- fixture block C, 46- blade case, 47- threaded rod B,
48- slide bar, 49- circular hole, 50- threaded hole, 51- dovetail groove A, 52- cross motor, 53- cylinder B, 54- pressure plate A, 55- cylinder
C, 56- dovetail groove B, 57- pressure plate B, 58- saw blade, 59- saw blade motor, 60- longitudinal motor, 61- fixed slip bar, 62- slideway,
63- cylinder D.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples, but be not intended as to the present invention limit according to
According to.
Embodiment.A kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machine, is constituted as shown in Figure 1 to 9, including machine
Frame 1 is provided with two symmetrical side plates 2 in rack 1；It is provided with chain 3 and lateral hairbrush 4 on each side plate 2, two
Longitudinal hairbrush 5 and runner 6 are connected between side plate 2,6 side of runner is provided with inclined plate 7；It is provided with rack gear 8 in the rack 1,
Each side plate 2 is arranged on rack gear 8；PLC controller 9 is additionally provided in the rack 1；7 side of inclined plate is provided with bottom
Plate 37,37 both ends of bottom plate are respectively arranged with fixed block A38 and fixture block A39；Spiral shell is connected between fixed block A38 and fixture block A39
Fixture block B41 is threaded on rasp bar A40, threaded rod A40；The side the fixture block A39 is provided with fixed block B42, fixed block B42
On slidably connect cylinder A43；It is connected with catch tray 44 on cylinder A43, is provided with fixture block between catch tray 44 and fixture block A39
C45, fixture block C45 are connect with cylinder A43；It is provided with blade case 46 above fixture block C45, is threaded with threaded rod on blade case 46
B47；The cylinder A43 and PLC controller 9 are electrically connected.
The PLC controller 9 can control the flexible of cylinder A43, and cylinder A43 is able to drive the shifting of catch tray 44 in turn
It is dynamic；Gear A 10, gear B 11 and gear C 12 are provided on each side plate 2, gear A 10, gear B 11 and gear C 12 are in
Triangle-Profile；Gear A 10, gear B 11 and gear C 12 engage connection with chain 3, are connected between two gear As 10
Bar A13；The one end connecting rod A13 is rotatably connected to bracket A14, and the other end is connected with motor A15；Connecting rod A13 and the rotation of side plate 2 connect
It connects, motor A15 and PLC controller 9 are electrically connected；Multiple equally distributed convex blocks 16 are provided on the chain 3；The transverse direction
It is connected with motor B17 on hairbrush 4, is connected with bracket B18 between lateral hairbrush 4 and side plate 2；It is connected on the longitudinal direction hairbrush 5
The both ends shaft A19, shaft A19 are respectively connected with bracket C20；Motor C21 is also connected on shaft A19；The transverse direction hairbrush 4 is arranged
In 2 side of side plate, the top of side plate 2 is arranged in longitudinal hairbrush 5；The motor B17 and motor C21 is electrical with PLC controller 9
Connection；It is connected with gear D 22 on the rack gear 8, connecting rod B23 is connected on gear D 22；It is connected between connecting rod B23 and side plate 2
The one end bracket D24, connecting rod B23 is connected with turntable 25；The runner 6 is equipped with multiple runner teeth 26, on each runner tooth 26
Screw is connected with fixed block 27, and fixed block 27 is equipped with waist hole；Baffle 28 is provided with above the inclined plate 7, baffle 28 is fixed on
On side plate 2；It is connected with guide plate 29 on the side plate 2, limit plate 30 is provided with above guide plate 29；The inclined plate 7 is corresponding to be turned
Fluting A31 is equipped at the position of wheel 6；Fluting B32 is equipped at the position of the corresponding lateral hairbrush 4 of the side plate 2；On the runner 6
It is connected with connecting rod C33, the one end connecting rod C33 is connected with motor D34, and motor D34 and PLC controller 9 are electrically connected；The fixed block
Slide bar 48 is connected between A38 and fixture block A39, slide bar 48 is arranged in parallel with threaded rod A40；Slide bar is corresponded on the fixture block B41
It is equipped with circular hole 49 at 48 position, is corresponded on fixture block B41 and is provided with threaded hole 50 at the position of threaded rod A40；On fixture block B41 also
It is provided with dovetail groove A51；Cross motor 52 is connected on the threaded rod A40；The two sides of the fixture block B41 are respectively connected with cylinder
Pressure plate A54 is connected on B53, cylinder B53, pressure plate A54 is located above dovetail groove A51；The cross motor 52 and cylinder
B53 is electrically connected with PLC controller 9；The two sides of the fixture block A39 and the two sides of fixture block C45 are respectively connected with cylinder C55, card
On block A39 and dovetail groove B56 is provided on fixture block C45；Pressure plate is provided with above fixture block A39 and above fixture block C45
B57；Pressure plate B57 is located above dovetail groove B56 and connect with cylinder C55；The cylinder C55 electrically connects with PLC controller 9
It connects；It is provided with saw blade 58 in the blade case 46, saw blade motor 59 is connected on saw blade 58, saw blade motor 59 is fixed on blade case
46 sides；It is connected with longitudinal motor 60 on the threaded rod B47, fixed slip bar 61 is fixedly connected in longitudinal motor 60；It is fixed
61 one end of slide bar is fixedly connected on bottom plate 37, is corresponded on fixed slip bar 61 and is provided with slideway 62 at the position of blade case 46；Institute
Saw blade motor 59 and longitudinal motor 60 is stated to be electrically connected with PLC controller 9；Collection frame 35 is provided in the rack 1；It is described
The side of cylinder A43 is connected with cylinder D63, and the side of cylinder D63 and catch tray 44 is rotatablely connected, the other side of cylinder A43 with
Catch tray 44 is rotatablely connected.
Working principle：The PLC controller 9 is a kind of electronic system of digital operation, specially in industrial settings
Using and design, it using the memory that can program, be used to execute storage logical operation and sequential control, timing,
The instruction with operations such as arithmetical operations is counted, and various types of by the input (I) and output (O) interface, control of number or simulation
The mechanical equipment or production process of type；When original state, cylinder B53 and cylinder C55 are in elongation state, cylinder A43 and cylinder
D63 is in contraction state, and fixture block B41 is located at the left part of threaded rod A40, and blade case 46 is located at the upper end of threaded rod B47.
When work, after one end alignment of more aluminium alloy extrusions 36, this one end of more aluminium alloy extrusions 36 is put
Enter in the dovetail groove A51 of fixture block B41, the other end of more aluminium alloy extrusions 36 is then fixed block A38 and supports；PLC control
Device 9 controls saw blade motor 59 and rotates, and the shaft of saw blade motor 59 is connect with the middle part of saw blade 58, and saw blade motor 59 drives saw blade 58
Rotation, PLC controller 9 control cylinder B53 contraction again, and cylinder B53 moves down pressure plate A54, and pressure plate A54 in turn will be more
Root aluminium alloy extrusions 36 is fastened in dovetail groove A51, and PLC controller 9 controls the rotation of cross motor 52 again, and cross motor 52 drives
Threaded rod A40 rotation, threaded rod A40 make fixture block B41 move right along slide bar 48, and fixture block B41 drive is fastened on dovetail groove A51
On more aluminium alloy extrusions 36 move right, until more aluminium alloy extrusions 36 one end pass through fixture block A39 on it is trapezoidal
Reach on catch tray 44 again after dovetail groove B56 on slot B56 and fixture block C45, PLC controller 9 controls cross motor 52 and stops turning
It is dynamic.
After cross motor 52 stops operating, PLC controller 9 is again on the cylinder C55 and fixture block C45 on control fixture block A39
Cylinder C55 shrink, cylinder C55 drives corresponding pressure plate B57 to move down, pressure plate B57 and then by more aluminium alloy types
Material 36 is fixed on dovetail groove B56, and PLC controller 9 controls cylinder B53 elongation again, and cylinder B53 drives pressure plate A54 to moving up
Dynamic, PLC controller 9 controls cross motor 52 again and rotates backward, and cross motor 52 resets fixture block B41 by threaded rod A40；
PLC controller 9 controls the rotation of longitudinal motor 60 again, and longitudinal motor 60 drives threaded rod B47 rotation, and threaded rod B47 makes blade case
46 move down along the slideway 62 on fixed slip bar 61, and blade case 46 drives saw blade motor 59 and saw blade 58 to move down, and saw
Piece 58 cuts one section of more aluminium alloy extrusions 36 between fixture block A39 and fixture block C45 in turn.
After the completion of saw blade 58 is to the cutting of more aluminium alloy extrusions 36, it is reversed that PLC controller 9 controls longitudinal motor 60 again
Rotation, longitudinal motor 60 move up blade case 46 by threaded rod B47, and blade case 46 drives saw blade 58 to move up, directly
It is resetted to blade case 46；PLC controller 9 controls cylinder C55 elongation again, and cylinder C55 drives pressure plate B57 to move up, and more
One section after root aluminium alloy extrusions 36 is cut then is located on catch tray 44；PLC controller 9 controls cylinder A43 elongation, cylinder again
A43 moves right on fixed block B42, and cylinder A43 drives more aluminium after being cut on catch tray 44 and catch tray 44 simultaneously
Alloy profile 36 moves right, until being moved to the side of rack 1, and more aluminium alloy extrusions being now placed on catch tray 44
36 are located at the side of inclined plate 7, and PLC controller 9 controls cylinder D63 elongation again, and cylinder D63 drives catch tray 44 far from inclined plate 7
One is laterally moved, and the other side of catch tray 44 rotates on the side of cylinder D63, and the elongation of cylinder D63 makes catch tray 44
It is tilted to the side of rack 1, catch tray 44 and then more aluminium alloy extrusions 36 after being cut thereon is poured into inclined plate 7
On, if having aluminium alloy extrusions 36 fall on inclined plate 7 it is outer when can be picked up and be put on inclined plate 7 by staff, to make more
Aluminium alloy extrusions 36 is processed by subsequent processing, and PLC controller 9 controls cylinder A43 and cylinder D63 again and resets.
After more aluminium alloy extrusions 36, which are collected disk 44, to be poured on inclined plate 7, because inclined plate 7 and horizontal plane are at certain angle
Degree, inclined plate 7 are convenient for the sliding of aluminium alloy extrusions 36；PLC controller 9 controls motor D34, motor A15, motor B17 and motor again
C21 starts；Motor D34 drives connecting rod C33 rotation, and connecting rod C33 drives two runners 6 to rotate, and runner 6 pushes up when rotating
Aluminium alloy extrusions 36 between inclined plate 7 and baffle 28, and the spacing between inclined plate 7 and baffle 28 is greater than an aluminium alloy type
The diameter of material 36 and less than the diameter of two aluminium alloy extrusions 36, the rotation of runner 6 and then can to enable aluminum alloy to profile 36 upward
It is slid again after promotion, profile 36 is enabled aluminum alloy to this and is not stuck between inclined plate 7 and baffle 28；And the runner on runner 6
26 screw of tooth is connected with fixed block 27, and the waist hole on fixed block 27 can adjust the length that fixed block 27 stretches out on runner tooth 26
Degree, and then the more convenient aluminium alloy extrusions 36 pushed between inclined plate 7 and baffle 28.
Gap of the aluminium alloy extrusions 36 between inclined plate 7 and baffle 28 reaches on guide plate 29 after sliding, the guiding of side
Plate 29 is located between the chain 3 and side plate 2 of the same side；And the height of guide plate 29 is less than the height of 3 upper protruding block 16 of side plate 2 and chain
The spacing on degree, guide plate 29 and 16 top of convex block is greater than the half and less than two aluminium alloy extrusions 36 of 36 diameter of aluminium alloy extrusions
Diameter；The rotation of motor A15 at this time drives the rotation of connecting rod A13, and connecting rod A13 drives the gear A 10 of two sides, and gear A 10 is logical
Crossing chain 3 rotates gear B 11 and gear C 12 also, and then keeps chain 3 counterclockwise on gear A 10, gear B 11 and gear C 12
It rotates, the convex block 16 on chain 3 also rotates counterclockwise, and the distance between two neighboring convex block 16 is greater than an aluminium on chain 3
The diameter of alloy profile 36 and less than the diameter of two aluminium alloy extrusions 36；When aluminium alloy extrusions 36 is slipped to one by one in order
On guide plate 29, aluminium alloy extrusions 36 is pushed to the gap between guide plate 29 and limit plate 30 in turn by convex block 16 one by one,
And the spacing between the side plate 2 of two sides is greater than the length of aluminium alloy extrusions 36, the spacing between the guide plate 29 of two sides is less than aluminium
The length of alloy profile 36, the length of spacing between the limit plate 30 of two sides again smaller than aluminium alloy extrusions 36, and guide plate 29
Gap between limit plate 30 is greater than the diameter of an aluminium alloy extrusions 36；When needing the aluminium alloy extrusions 36 to different length
When processing, by rotating turntable 25, turntable 25 drives connecting rod B23 rotation, and connecting rod B23 drives gear D 22 to rotate, and gear D 22 exists
It is rolled on rack gear 8, and connecting rod B23 and bracket D24 is rotatablely connected, bracket D24 is fixed on the side plate 2 of side, and gear D 22 is in tooth
Side plate 2 is driven to slide on rack gear 8 when rolling on item 8, and then the spacing between the side plate 2 of adjusting two sides, and the tooth on side plate 2
Wheel A10, gear B 11 and gear C 12 are fixed on side plate 2, and then are enabled the invention to the aluminium for being suitable for processing different length and closed
Metal type material 36.
When aluminium alloy extrusions 36 is driven in gap between guide plate 29 and limit plate 30 to lateral hairbrush 4 by convex block 16
When, the motor B17 connected on lateral hairbrush 4 drives lateral hairbrush 4 to rotate, lateral hairbrush 4 and then to the two of aluminium alloy extrusions 36
End carries out deburring processing, and lateral hairbrush 4 has certain length, and lateral hairbrush 4 can when moving for aluminium alloy extrusions 36
Flash removed is effectively gone to aluminium alloy extrusions 36；After the burr at the both ends of aluminium alloy extrusions 36 is removed, aluminium alloy
Profile 36 is pushed at longitudinal hairbrush 5 by convex block 16, and the length of longitudinal hairbrush 5 is greater than the length of aluminium alloy extrusions 36, and longitudinal
Drive of the hairbrush 5 in motor C21 rotates, and longitudinal hairbrush 5 in turn can be to the aluminium alloy extrusions 36 for being moved to longitudinal 5 lower section of hairbrush
Scrap iron removing processing is carried out, the surface for enabling aluminum alloy to profile 36 is cleaned.
When the both ends of aluminium alloy extrusions 36 are removed burr, after the surface of aluminium alloy extrusions 36 is removed iron filings, aluminium is closed
Metal type material 36 is moved in collection frame 35 under the promotion of convex block 16 and is collected, and work is completed.
Claims (10)
1. a kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machine, it is characterised in that：Including rack (1), in rack (1)
It is provided with two symmetrical side plates (2)；Chain (3) and lateral hairbrush (4), two sides are provided on each side plate (2)
Longitudinal hairbrush (5) and runner (6) are connected between plate (2), runner (6) side is provided with inclined plate (7)；It is set on the rack (1)
It is equipped with rack gear (8), each side plate (2) is arranged on rack gear (8)；PLC controller (9) are additionally provided on the rack (1)；Institute
It states inclined plate (7) side to be provided with bottom plate (37), bottom plate (37) both ends are respectively arranged with fixed block A (38) and fixture block A (39)；Gu
Determine to be connected between block A (38) and fixture block A (39) threaded rod A (40), fixture block B (41) are threaded on threaded rod A (40)；Institute
It states fixture block A (39) side to be provided with fixed block B (42), cylinder A (43) is slidably connected on fixed block B (42)；On cylinder A (43)
It is connected with catch tray (44), is provided between catch tray (44) and fixture block A (39) fixture block C (45), fixture block C (45) and cylinder A
(43) it connects；It is provided with blade case (46) above fixture block C (45), threaded rod B (47) is threaded on blade case (46)；It is described
Cylinder A (43) and PLC controller (9) are electrically connected.
2. a kind of heavy duty detergent aluminium alloy extrusions according to claim 1 cutting deburring all-in-one machine, it is characterised in that：Institute
The flexible of cylinder A (43) can be controlled by stating PLC controller (9), and cylinder A (43) is able to drive the movement of catch tray (44) in turn.
3. a kind of heavy duty detergent aluminium alloy extrusions according to claim 1 cutting deburring all-in-one machine, it is characterised in that：Institute
It states and is provided with gear A (10), gear B (11) and gear C (12) on each side plate (2), gear A (10), gear B (11) and tooth
Take turns C (12) distribution triangular in shape；Gear A (10), gear B (11) and gear C (12) engage connection, two teeth with chain (3)
Connecting rod A (13) are connected between wheel A (10)；Connecting rod A (13) one end is rotatably connected to bracket A (14), and the other end is connected with motor A
(15)；Connecting rod A (13) and side plate (2) are rotatablely connected, and motor A (15) and PLC controller (9) are electrically connected；On the chain (3)
It is provided with multiple equally distributed convex blocks (16).
4. a kind of heavy duty detergent aluminium alloy extrusions according to claim 1 cutting deburring all-in-one machine, it is characterised in that：Institute
It states and is connected on lateral hairbrush (4) motor B (17), be connected with bracket B (18) between lateral hairbrush (4) and side plate (2)；It is described vertical
It is connected on hairbrush (5) shaft A (19), shaft A (19) both ends are respectively connected with bracket C (20)；Shaft A is also connected on (19)
Motor C (21)；The transverse direction hairbrush (4) is arranged in side plate (2) side, top of longitudinal hairbrush (5) setting in side plate (2)；Institute
Motor B (17) and motor C (21) are stated to be electrically connected with PLC controller (9).
5. a kind of heavy duty detergent aluminium alloy extrusions according to claim 1 cutting deburring all-in-one machine, it is characterised in that：Institute
It states and is connected on rack gear (8) gear D (22), connecting rod B (23) are connected on gear D (22)；Between connecting rod B (23) and side plate (2)
It is connected with bracket D (24), connecting rod B (23) one end is connected with turntable (25)；The runner (6) is equipped with multiple runner teeth (26),
Equal screw is connected with fixed block (27) on each runner tooth (26), and fixed block (27) is equipped with waist hole.
6. a kind of heavy duty detergent aluminium alloy extrusions according to claim 1 cutting deburring all-in-one machine, it is characterised in that：Institute
It states and is provided with baffle (28) above inclined plate (7), baffle (28) is fixed on side plate (2)；Guide plate is connected on the side plate (2)
(29), limit plate (30) are provided with above guide plate (29)；Fluting A is equipped at the position of the inclined plate (7) corresponding runner (6)
(31)；Fluting B (32) is equipped at the position of the corresponding lateral hairbrush (4) of the side plate (2)；Connecting rod C is connected on the runner (6)
(33), connecting rod C (33) one end is connected with motor D (34), and motor D (34) and PLC controller (9) are electrically connected.
7. a kind of heavy duty detergent aluminium alloy extrusions according to claim 1 cutting deburring all-in-one machine, it is characterised in that：Institute
It states and is connected between fixed block A (38) and fixture block A (39) slide bar (48), slide bar (48) is arranged in parallel with threaded rod A (40)；It is described
It is corresponded on fixture block B (41) and is equipped with circular hole (49) at the position of slide bar (48), the position of (40) threaded rod A is corresponded on fixture block B (41)
Place is provided with threaded hole (50)；Dovetail groove A (51) are additionally provided on fixture block B (41)；Transverse direction is connected on the threaded rod A (40)
Motor (52)；The two sides of the fixture block B (41) are respectively connected with cylinder B (53), are connected on cylinder B (53) pressure plate A (54), pressure
Tight plate A (54) is located above dovetail groove A (51)；The cross motor (52) and cylinder B (53) are electrical with PLC controller (9)
Connection.
8. a kind of heavy duty detergent aluminium alloy extrusions according to claim 1 cutting deburring all-in-one machine, it is characterised in that：Institute
The two sides of the two sides and fixture block C (45) of stating fixture block A (39) are respectively connected with cylinder C (55), on fixture block A (39) and on fixture block C (45)
It is provided with dovetail groove B (56)；Pressure plate B (57) are provided with above fixture block A (39) and above fixture block C (45)；Pressure plate B
(57) it is located above dovetail groove B (56) and is connect with cylinder C (55)；The cylinder C (55) and PLC controller (9) are electrically connected.
9. a kind of heavy duty detergent aluminium alloy extrusions according to claim 1 cutting deburring all-in-one machine, it is characterised in that：Institute
It states and is provided with saw blade (58) in blade case (46), is connected on saw blade (58) saw blade motor (59), saw blade motor (59) is fixed on
Blade case (46) side；It is connected with longitudinal motor (60) on the threaded rod B (47), longitudinal motor is fixedly connected on (60)
Determine slide bar (61)；Fixed slip bar (61) one end is fixedly connected on bottom plate (37), and blade case (46) are corresponded on fixed slip bar (61)
Position at be provided with slideway (62)；The saw blade motor (59) and longitudinal motor (60) electrically connect with PLC controller (9)
It connects.
10. according to claim 1 to a kind of cutting deburring one of heavy duty detergent aluminium alloy extrusions described in any claim in 9
Body machine, it is characterised in that：Collection frame (35) are provided on the rack (1)；The side of the cylinder A (43) is connected with cylinder D
(63), the side of cylinder D (63) and catch tray (44) is rotatablely connected, and the other side of cylinder A (43) and catch tray (44) rotation connect
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811009297.2A CN108857447A (en) | 2018-08-31 | 2018-08-31 | A kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811009297.2A CN108857447A (en) | 2018-08-31 | 2018-08-31 | A kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108857447A true CN108857447A (en) | 2018-11-23 |
Family
ID=64322699
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811009297.2A Withdrawn CN108857447A (en) | 2018-08-31 | 2018-08-31 | A kind of heavy duty detergent aluminium alloy extrusions cutting deburring all-in-one machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108857447A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112475453A (en) * | 2020-11-23 | 2021-03-12 | 灵璧久工精密钢管制造有限公司 | Cutter for cutting seamless steel pipe and using method thereof |
-
2018
- 2018-08-31 CN CN201811009297.2A patent/CN108857447A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112475453A (en) * | 2020-11-23 | 2021-03-12 | 灵璧久工精密钢管制造有限公司 | Cutter for cutting seamless steel pipe and using method thereof |
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Application publication date: 20181123 |
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