Bonded belowFigure 1-8 The present invention will be described in detail, in which it is convenient for the description, the orientation of the following statement is as follows: The above-mentioned left and right directionsfigure 1 The projection relationship of the projection is consistent with the front and back and so on.
A brigading device of a plurality of processing types of the aluminum plate comprising a processing chamber 11 having a processing chamber 12 having a through hole having a through hole, the processing chamber 12 in which the processing chamber 11 is provided. There is provided a drawing device 901, and a clamping device 902 is provided in which the clamping device 902 includes a clamping case 18 located within the processing chamber 12, the clamping box body 18 There is a clamping cavity 19, the inner wall of the clamping cavity 19 extends to the rotating rod 22 extending within the processing chamber 12, and the inner wall of the clamping cavity 19 is fixed to the driver 22 The four restricted grooves 20 arranged in the rectangular arrangement, and the restricted groove 20 is slidably provided with a roller 38, and the roller 38 is rotated with a rotating shaft 25, and the rotating rod 22 is fixed to the clamping cavity. The connecting rod 39 in the 19 is connected to the two of the two of the rotation shafts 25, and the lower side of the connecting rod 39 is fixedly coupled to the rotating rod 22 and located in the lower side. The steel rod 63 in the clamping chamber 19 is connected between the rotating rod 63 and the left and right rotation shaft 25, and the rotation shaft 25 is fixed to the processing chamber 12. Inside and the four clamping plates 27 arranged in the rectangular arrangement of the drive rod 22, the clamping plate 27 achieves clamping or loosening in accordance with the sliding connection between the roller 38 and the limit slot 20. The inside of the processing chamber 12 is provided with a control processing method device 903, the control processing method device 903 includes a first screw 14 that is rotatably coupled to the left side inner wall of the processing chamber 12, the front side of the first screw 14 The U-shaped case 21, the U-shaped case 21 is provided with a U-cavity 62, which rotates on the front side inner wall of the U-cavity 62 extends to the transmitting shaft 48 in the processing chamber 12. The transmitting shaft 48 is fixed to a control case 42 located within the U-cavity 62, and the control chamber 42 is provided with a control chamber 44, and the inner wall of the control chamber 44 is rotated to the center. The two second screws 43 in the U-cavity 62 and the second screw 43 are fixed to the second screw 43, and the second screw 43 is fixed to the cylindrical gehe 41 located within the U-cavity 62, the cylinder The slurry gear 41 is provided with two annular hinges 40 that are fixed to the inner wall of the U-cell 62 and about the upper and lower symmetrical symmetry of the transfer shaft 48, and the annular hinge 40 meshes between the cylindrical heave 41. Connecting, the second screw 43 is threaded with a first nut 45 located within the control chamber 44, and sliding on the rear side inner wall of the control chamber 44 extends to the U-cavity 62 and with the The first nut 45 is fixedly connected to the connecting shaft 46, the connecting shaft 46 fixedly provided with a cylindrical nut 47, and two of the cylindrical nuts 47 can form a complete thread and can be engaged with the first screw 14. connection.
It is advantageously advantageous, and the support chassis 12 is fixed to the inner wall of the processing chamber 12, and the support plate 16 is provided with a load plate 60 in which the inner wall of the processing chamber 12 is fixed to the right side, the support plate 16 and Both of the bearing plate 60 are located at the same height and supports front and rear movement of the clamping device in the plane.
According to an embodiment, the drawing device 901 is described in detail below, and the bristle means 901 includes a motor 34 fixed to the left side inner wall of the processing chamber 12 and is located on the rear side of the first screw 14, which is fixed to the motor 34 An output shaft 35 is provided, and the residual gear 36 is fixed to the output shaft 35, and the upper side is provided on the upper side of the left side in the left side of the processing chamber 12, the worm 13 and the The output shaft 35 is connected to the belt drive, and the lower side of the worm 13 is provided with a transmission rod 56 that is rotatably connected to the rear side inner wall of the processing chamber 12, and the drive lever 56 is fixed to the worm 13 meshing connection. The worm gear 55 is provided with a bonding die 54 that is fixedly coupled to the drive rod 56, and the upper side is provided on the upper side of the rear side inner wall of the processing chamber 12, which is provided on the upper side of the worm wheel 54. Between the transmission rod 33 and the drive rod 56, a cam 32 is secured to the pass rod 33, and a chute 50 is fixed to the inner wall of the processed chamber 12, the chute. 50 Sliding is provided with the support block 30 that is connected to the cam 32, the support block 30 is connected between the inner wall of the slide groove 50, and the support block 30 fixedly provided with support Wall 57, the support wall 57 is fixedly provided with a wire brush 52, and the inner wall of the steel wire brush 52 is fixedly connected to the rotating shaft 31 fixedly connected to the driven disk 53, the slave turntable 53 curved convex The originating portion is frictionally abutting with the circumferential surface of the adapter turntable 54, and the lower side of the rotation shaft 31 is provided with the drive shaft 58 that is rotatably coupled to the support wall 57, the transmission shaft 58 and the rotating shaft 31. By the belt drive, the drive shaft 58 is fixed to the fan 59, the rotation shaft 31, in accordance with the phase abutment between the cam 32 and the support block 30, and the driven disk 53 and the conversion turntable 54 Meshing connection of the two, the steel wire brush 52 realizes the surface of the aluminum plate surface according to the engagement between the slave turntable 53 and the adapter die 54.
According to an embodiment, the clamping device 902 will be described in detail below, and the clamping device 902 includes a U-plate 17 fixed to the U-shaped case 21, the U-plate 17 and the support plate 16. Slide, the U-plate 17 is slidable between the load plate 60, and the U-plate 17 is rotated between the rotational rod 22, and the upper side is provided on the upper side of the U-plate 17 The swivel gear 23 is fixedly connected to the inner wall of the front side of the processing chamber 12, and the clamp 24 that can extend to the outer side of the processing chamber 12 and engage the sintered gear 23, the clamping Both the plate 27 is connected between the inner wall of the clamping chamber 19 by the tension spring 28, which will continue to be close to the driver according to the engagement connection between the sintered gear 23 and the rack 24. 22 Symmetric Center, and achieve the work of clamping the processing parts.
According to an embodiment, the control processing mode device 903 will be described in detail below, and the control process device 903 includes a cylindrical gear 15 that is fixedly coupled to the first screw 14 and engages the residual gear 36, the cylindrical gear 15 and The left side inner wall of the processing chamber 12 is connected by a cushion spring 37, and the transfer shaft 48 is fixed to the handle 49 located in the processing chamber 12, and two of the cylindrical nuts 47 are based on the first nut 45. The thread connection between the second screw 43 is close to and close to the post, and power transmission operation is achieved.
The following combinationFigure 1 to 8The use steps of the wire drawing device of the aluminum plate are described herein.
At the beginning, the support block 30 is located at the uppermost position of the chute 50, and the driven turntable 53 is not in contact with the adapter turntable 54, and the compression spring 51 maintains a balanced state, the handle 49 maintains a horizontal state, the clamping plate 27 is located The innermost position of the groove 20, the stretch spring 28 does not exist, and the buffer spring 37 does not exist, and the residual gear 36 is not engaged with the cylindrical gear 15.
When operating, the operator places the processing member on the upper end surface of the clamping chamber 19, the operator pushes the rack 24 into the back side, and the rack 24 pushes the counterclockwise rotation of the sintered gear 23 in plan view, sintering the gear 23 reverse The timing rotation drives the rotating rod 22 rotates, rotating the rod 22 rotates the steel rod 63, the connecting rod 39 rotates, the steel rod 63 rotates through the hinged lever 61 to drive the rotating shaft 25 on the left and right sides away from the rotary rod 22 to move away from the rotary rod 22. The connecting rod 39 rotates through the rotation shaft 25 on the front and rear sides of the moving rod 26 to move away from the rotary rod 22 side, at this time, the four rotating shaft 25 move toward the direction away from the rotary rod 22, the rotary shaft 25 moves. The strip plate 27 is moved, and the operator places the processing member on the upper surface of the clamping chamber 19. At this time, the reset rack 24, the rack 24 reset will drive the rotary rod 22, and the rotation rod 22 is reset, because The presence of the stretch spring 28 moves in the side of the clamping plate 27 towards the side direction and clamps the processing member. When the processing member needs to be straight-grained, the operator will rotate the annulus of the annular hinge 409 forward and rotate ninety degrees, handle 49 The rotation of the transmitting shaft 48 is rotated, the transfer shaft 48 rotates the control case 42 to rotate, the control case 42 rotates the second screw 43 to rotate, the second screw 43 rotates the cylindrical gear 41 to engage the ring slope 40 to mesh, annular The tie gear 40 is engaged with the cylindrical gear 41 to generate rotation of the cylindrical gear 41, and the cylindrical gear 41 rotates from rotational driving second screw 43, the second screw 43 rotates the first nut 45 to move, the upper side of the first nut 45 Move down, the first nut 45 moves on the lower side, the first nut 45 moves the connecting shaft 46 to move, the connecting shaft 46 moves the cylindrical nut 47 move, the two cylindrical nut 47 moves the complete close sticker to form one A complete threaded loop, and the first screw 14 is engaged, at this time, when the operator selects the processing mode, the motor 34 is turned on, the motor 34 operates the output shaft 35 to rotate, the output shaft 35 rotates through the belt drive to drive the worm 13. Rotation, the worm 13 rotates the worm wheel 55 rotation, the worm wheel 55 rotates the drive lever 56 to rotate, the transmission rod 56 rotates the bonding turntable 54 to rotate, the transmission rod 56 rotates through the belt drive to rotate, the transmission rod 33 rotates the cam 32 rotation The cam 32 rotates to move the support block 30 in the sliding groove 50, and the support block 30 is moved by the elastic potential energy of the compression spring 51, and the cam 32 drives the support block 30 to move downward, the support block 30 shifts the support wall 57 Move down, the support wall 57 drills the rotation shaft 31 downward, and the rotation shaft 31 drove away from the movable disk 53 curved convex portion and the circumferential surface of the adhesive turntable 54, the coating turntable 54 rotates driven drive 63 Rotate, rotate the drive shaft 31 from the dynamic disk 53, rotation of the rotation shaft 31 rotation to rotate the wire brush 52, rotation of the rotation shaft 31 rotation by the belt drive drive shaft 58, the drive shaft 58 rotates to drive The fan 59 rotates, and the fan 59 rotates the temperature to cool the wire brush 52 and the processing member, which can prevent the long-term high temperature from affecting the brigadier effect of the surface of the aluminum plate, and the output shaft 35 rotates the residual gear 36 to rotate, the residual gear 36 The rotation of the cylindrical gear 15 rotates, the cylindrical gear 15 rotates the first screw 14 to rotate, the first screw 14 rotates the cylindrical nut 47 left shift, the cylindrical nut 47 left shifting the connecting shaft 46 left shift, connect shaft 46 left shift control box The body 42 left shims, the control case 42 left shifted to drive the transfer shaft 48 left shift, the transfer shaft 48 left shifted the U-shaped case 21 left shift, the U-shaped case 21 left shift to drive the U-plate 17 left shift, U-plate 17 left shift to move the clamping box body 18 left shift, clamping case 18 Left shifting limit slot 20 left shift, limit slot 20 left shift rotation axis 25 left shift, rotary shaft 25 left shifting clamping plate 27 Left shift, the clamping plate 27 left shifted to move the processing member left, when the rents of the rear gear 36 does not engage the cylindrical gear 15, the first screw 14 will reset according to the elastic potential of the cushion spring 37, and the first screw 14 reset U The tank 21 is reset, and the U-shaped case 21 will be reset to drive the processing member right, and the wire brush 52 is not moved, the processing member is moved left and right, so that the straight grain drawing effect is processed, when the processing method is a ripple brushed wire When the operator does not rotate the handle 49, at this time, the wire brush 52 is rotated at a high speed, and the operator will push the U-shaped plate 17 on the support plate 16, the load plate 60, and there is no regular movement before and after the left and right. This can work out of the ripple brushed wire.
The beneficial effect of the present invention is that the present invention is a device for wire drawing of an aluminum plate surface that is controlled by a screw nut mechanism, and the nut can be disassembled, but does not affect its functionality, by nut shape The conversion of the two brushed processing methods is changed. When machining, the copper wire brush is maintained unchanged, and the shape of the surface of the aluminum plate is maintained by moving the processing member, and when machined, the high-speed rotating copper wire brush is installed. Small fans can reduce the temperature of the processing at any time, preventing temperature from high to affect the surface of the aluminum plate, which is simple and has a good market prospect.
The above embodiments are intended to illustrate the technical idea and characteristics of the present invention, and an object thereof is to understand those skilled in this art can understand the content of the present invention and will not be able to limit the scope of the invention. Any equivalent change or modification of the spiritual substance of the present invention should be covered within the scope of protection of the present invention.