WO2015070541A1 - 圆锯片自动焊接机 - Google Patents

圆锯片自动焊接机 Download PDF

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Publication number
WO2015070541A1
WO2015070541A1 PCT/CN2014/071437 CN2014071437W WO2015070541A1 WO 2015070541 A1 WO2015070541 A1 WO 2015070541A1 CN 2014071437 W CN2014071437 W CN 2014071437W WO 2015070541 A1 WO2015070541 A1 WO 2015070541A1
Authority
WO
WIPO (PCT)
Prior art keywords
clamping
saw blade
circular saw
frame
sliding
Prior art date
Application number
PCT/CN2014/071437
Other languages
English (en)
French (fr)
Inventor
朱志惠
孔海文
覃运强
孔祥天
凌浩
Original Assignee
东莞市俊知自动机械有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 东莞市俊知自动机械有限公司 filed Critical 东莞市俊知自动机械有限公司
Publication of WO2015070541A1 publication Critical patent/WO2015070541A1/zh

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23KSOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K13/00Welding by high-frequency current heating
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23DPLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
    • B23D65/00Making tools for sawing machines or sawing devices for use in cutting any kind of material
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23KSOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K37/00Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
    • B23K37/04Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups for holding or positioning work
    • B23K37/0426Fixtures for other work
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23KSOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K2101/00Articles made by soldering, welding or cutting
    • B23K2101/20Tools

Definitions

  • the present invention relates to a welding machine, and more particularly to a circular saw blade automatic welding machine capable of automatically floating a soldering piece on a saw tooth of a circular saw blade.
  • the conveying of the cutting head is involved, the conveying head is dispensed, and the welding head is sent to the dispensing head to weld the welding wire and the cutting head.
  • the existing welding machine cannot realize the automatic operation process of the above process, so that the splicing of the circular saw blade has the disadvantages of low efficiency and high cost. , can not adapt to the occasion of automated work.
  • the present invention provides a circular saw blade automatic welding machine, which is suitable for floating a welding piece composed of a cutter head and a welding wire on a saw tooth of a circular saw blade, including a frame and being disposed on the frame.
  • Controller and the selection tray device electrically connected to the controller, the cutter head conveying device, the dispensing device, the clamping transmission device, the wire feeding device, the high frequency welding device, the temperature detecting device, the circular saw blade carrying and conveying Device, pusher device and circular saw clamping device.
  • the selection tray device is mounted on one side of the frame, the circular saw blade carrying conveying device and the pushing device are mounted on the other side of the frame, the cutter head conveying device and the clamping transmission device And the circular saw blade clamping device is sequentially mounted on the frame along the direction of the selection tray device to the circular saw blade carrying conveying device.
  • the cutter head conveying device conveys a cutter head conveyed by the material selection tray device to the clamp transmission device, the clamp transmission device clamps a cutter head conveyed by the cutter head conveying device, Disclosing the dispensing device in the frame and dispensing the cutter head clamped by the clamping transmission device, the wire feeding device is mounted on the frame, and the wire feeding device is directed to the folder
  • the cutter head clamped by the tight conveying device conveys the welding wire and forms a welding piece with the cutting head
  • the clamping transmission device conveys the welding piece to the corresponding upper portion of the circular saw blade clamping device
  • the circular saw blade carrying conveyor conveys the circular saw blade to the circular saw blade clamping device and the saw blade of the circular saw blade corresponds to the welding piece, and the pushing device pushes the saw blade of the circular saw blade On the soldering piece, the circular saw blade clamping device clamps the pressed circular saw blade, the high frequency welding device is mounted on the frame and the pressed soldering piece is welded to the saw blade of
  • the cutter head conveying device, the dispensing device, the clamping transmission device, the wire feeding device, the high frequency welding device, the temperature detecting device and the circular saw blade electrically connected to the controller
  • the conveying device, the circular saw blade clamping device and the pushing gear device cooperate to first convey the cutting head device to the cutter head conveying device, and the cutter head conveying device transports the cutter head to the clamping transmission device, and then The clamping transmission device clamps the cutter head; then, the dispensing device dispenses the clamped cutter head, and the wire feeder conveys the twisted wire to the glued cutter head and makes the welding wire and the cutter head form a welding piece; then, The clamping transmission device transports the welding piece to the corresponding upper side of the circular saw blade clamping device; finally, the circular saw blade carries the conveying device to convey the circular saw blade to the circular saw blade clamping device and the saw blade and the saw blade of the circular saw blade Corresponding to the piece, the saw blade of the circular saw
  • the pushing device is released to push the saw blade of the circular saw blade and the circular saw clamping device loosens the clamping of the circular saw blade, and then Performing the conveying of the cutter head, the formation of the welding piece and the upper step of the welding piece feeding to the circular saw blade clamping device, and then causing the circular saw blade carrying conveying device to drive the circular saw blade to rotate a sawtooth position, at this time, push
  • the tooth device, the circular saw blade clamping device and the high-frequency welding device repeat the foregoing process, and the other sawtooth is welded with the bracts. Therefore, the circular saw blade automatic splicing machine of the present invention can automatically splicing the soldering piece to the saw teeth of the circular saw blade, thereby improving efficiency and reducing cost, and is adapted to the requirements of automation work.
  • FIG. 1 is a perspective view showing the structure of a circular saw blade automatic welding machine of the present invention.
  • FIG. 2 is a perspective view showing the three-dimensional structure of the clamp transmission device of the circular saw blade automatic welding machine of the present invention mounted on a frame.
  • Figure 3 is a perspective view showing another perspective of the clamp transmission device shown in Figure 2;
  • Figure 4 is a schematic perspective view showing the implementation of one of the first clamping mechanisms in the first clamp transmission device of the clamp transfer device of Figure 2;
  • Figure 5 is a perspective exploded perspective view of the first clamping mechanism shown in Figure 4.
  • Figure 6 is a perspective view showing another embodiment of the first clamping mechanism in the first clamp transmission device of the clamp transmission device shown in Figure 2 .
  • Figure 7 is a perspective exploded view of the first clamping mechanism shown in Figure 6.
  • Figure 8 is a perspective view showing the structure of the second clamping mechanism in the second clamp transmission device of the clamp transmission device shown in Figure 2.
  • Figure 9 is a perspective exploded perspective view of the second clamping mechanism shown in Figure 8.
  • Figure 10 is a perspective exploded perspective view showing another angle of the second clamping mechanism shown in Figure 8;
  • Figure 11 is a perspective view showing the circular saw blade clamping device and the circular saw blade carrying and conveying device of the circular saw blade automatic welding machine of the present invention mounted on a frame.
  • Figure 12 is a perspective view showing the structure of the circular saw blade clamping device shown in Figure 11;
  • Figure 13 is a perspective view showing another perspective of the circular saw blade clamping device shown in Figure 12;
  • Figure 14 is a perspective view showing a perspective view of the circular saw blade clamping device shown in Figure 12 at another angle.
  • Figure 15 is a perspective exploded perspective view of the circular saw blade clamping device shown in Figure 14.
  • Figure 16 is a perspective view showing the structure of the circular saw blade carrying and conveying device shown in Figure 11;
  • Figure 17 is a perspective view showing another perspective of the circular saw blade carrying and conveying device shown in Figure 11;
  • Fig. 18 is a perspective view showing the arrangement of the cutter head conveying device and the selective tray device of the circular saw blade automatic welding machine of the present invention.
  • Fig. 19 is a perspective view showing the perspective of another embodiment of the bit conveying device shown in Fig. 18.
  • Figure 20 is an enlarged view of a portion A in Figure 19.
  • Fig. 21 is a perspective view showing the structure of a fine adjustment mechanism of the tip conveying device shown in Fig. 19.
  • Figure 22 is a perspective view showing another perspective of the fine adjustment mechanism shown in Figure 21;
  • Figure 23 is a perspective view showing another embodiment of the fine adjustment mechanism of the bit conveying device shown in Figure 19. detailed description
  • the circular saw blade automatic welding machine 100 of the present invention is used for welding a welding head composed of a cutter head 310 (see FIG. 8 ) and a welding wire to a saw tooth (not shown) of the circular saw blade, which is optimal.
  • the soldering piece is welded to the left and right saw teeth of the circular saw blade.
  • the circular saw blade automatic welding machine 100 of the present invention comprises a frame 10, a controller 10a disposed on the frame 10, and a selection tray device 20 electrically connected to the controller 10a, a cutter head conveying device 30, and dispensing
  • the selection tray device 20 is mounted on the right side of the frame 10, and the circular saw blade carrying conveyor device 80 and the pushing device 73 are mounted on the left side of the frame 10.
  • the pushing device 73 is located on the circular saw blade carrying and conveying device 80. Above.
  • the cutter head conveying device 30, the clamp transmission device 50 and the circular saw blade clamping device 90 are sequentially mounted on the frame 10 in the direction of the selection tray device 20 to the circular saw blade carrying conveyor device 90 to clamp the circular saw blade.
  • the device 90 is capable of clamping a circular saw blade conveyed by the circular saw blade carrying conveyor 80.
  • the pushing device 73 preferably corresponds to the circular saw clamping device 90, so that the pushing device 73 can push the circular saw blade released by the circular saw clamping device 90 to meet the circular saw blade.
  • a saw blade is soldered with the process requirements of the solder tab.
  • the cutter head transporting device 30 transports the cutter head 310 conveyed by the sorting tray device 20 to the clamp transporting device 50, and the clamp transporting device 50 clamps the cutter head 310 transported by the cutter head transporting device 30.
  • the dispensing device 40 is mounted on the frame 10, preferably the point chamber device 40 is also located above the corresponding one of the clamping transfer device 50, and dispenses the bit 310 clamped by the pinch transfer device 50.
  • the wire feed device 60 is mounted on the frame 10, preferably the wire feed device 60 is also located above the corresponding circular saw blade clamping device 90, and the wire feed device 60 is also attached to the cutter head 310 clamped by the clamp transfer device 50.
  • the clamping transfer device 50 transports the soldering piece to the corresponding upper side of the circular saw blade clamping device 90, and the circular saw blade carrying conveying device 80 conveys the circular saw blade to the circular saw blade clamping device 90 and makes the saw blade of the circular saw blade
  • the solder tabs correspond.
  • the pushing device 73 pushes the saw teeth of the circular saw blade against the welding piece, and the circular saw blade clamping device 90 clamps the pressed circular saw blade.
  • the high frequency welding device 72 is mounted on the frame 10.
  • the high frequency welding device 72 is also located above the corresponding circular saw blade clamping device 90, and the pressed welding piece is welded to the saw blade of the circular saw blade. on.
  • the temperature detecting device 72 is mounted on the frame 10. Preferably, the temperature detecting device 72 is also located above the corresponding circular saw blade clamping device 90, and the welding temperature is detected in real time. 2 and 3, in particular, in the present embodiment, the clamping transmission device 50 includes a first clamping transmission device 50a and a second clamping transmission device 50b for transmitting docking, preferably, the first clamping transmission The device 50a and the second clamping transmission device 50b are located between the cutter head conveying device 30 and the circular saw blade clamping device 90, and the first clamping transmission device 50a is also transmitted and docked with the cutter head conveying device 30, and the second clamping transmission is transmitted.
  • the device 50b is also in communication with the circular saw blade clamping device 90, so that the cutter head 310 conveyed by the cutter head transport device 30 can be more reliably conveyed to the circular saw blade clamping device 90 to satisfy each of the circular saw blades.
  • the saw teeth are welded with the process requirements of the soldering piece; and the first clamping transmission device 50a clamps the cutting head 310 conveyed by the cutting head conveying device 30, and the dispensing device 40 is clamped to the first clamping transmission device 50a.
  • the cutter head 310 performs dispensing, the first clamp transmission device 50a also delivers the dispensed cutter head 310 to the second clamp transmission device 50b, and the second clamp transmission device 50b clamps the first clamp transmission device 50a
  • the dispensed cutter head 310 and the wire feeder 60 are transported to the second clamp
  • the cutter head 310 clamped by the device 50b conveys the welding wire and forms a welding wire with the cutter head 310
  • the second clamp transmission device 50b conveys the welding tab to the corresponding upper portion of the circular saw blade clamping device 90 for clamping transmission.
  • the device 50 can transport the cutter head 310 conveyed by the cutter head conveyor 30 to the circular saw blade clamping device 90 over a long distance by means of the first clamp transmission device 50a and the second clamp transmission device 50b. More specifically, as follows:
  • the first clamping transmission device 50 a includes a first sliding seat 51 , a first connecting member 52 , a second connecting member 53 , a first rotating drive 54 , and a cutter head conveying device 30 .
  • the cutter head 310 performs a first clamping mechanism 55 that is clamped.
  • the first rotary drive 54 is preferably a motor to simplify the structure of the first rotary drive 54, and the first rotary drive 54 is mounted on the frame 10 in the front-rear direction of the frame 10, preferably the first rotary drive 55
  • the output end is located at the front of the frame 10; the first sliding seat 51 is disposed on the frame 10 along the left and right direction of the frame 10, and the first sliding seat 51 is preferably arranged horizontally, and the external object is first.
  • the mounting on the sliding seat 51 provides more mounting positions; the first connecting member 52 is preferably rod-shaped and has one end mounted on the output end of the first rotary drive 55, and the other end of the first connecting member 52 is connected to the second end One end of the member 53 is pivotally connected, the second connecting member 53 is preferably in the shape of a rod and the other end is pivotally connected to the first sliding seat 51, so that the first connecting member 52, the second connecting member 53, the first sliding seat 51 and the machine
  • the frame 10 forms a first crank slider mechanism, and the first clamping mechanism 55 is mounted on the first sliding seat 51 such that the first clamping mechanism 55 can be reliably and accurately driven by the first crank slider mechanism, thereby achieving the first Clamping mechanism 55 and cutter head Transmitting means for transmitting a second mating clamping means 30, and the first clamping means 55 described below to transfer complex 55.
  • the frame 10 is provided with a first sliding rail 12, and the first sliding seat 51 is provided with the first matching with the first sliding rail 12.
  • the slider 511 is preferably arranged side by side in a horizontal plane on the first sliding rail 11 to increase the supporting force of the frame 10 on the first sliding seat 51. It can be understood that the first sliding rail 12 is provided.
  • the first sliding block 51 is disposed on the frame 10 on the first sliding seat 51, and the first sliding seat 51 can be slidably disposed on the frame 10.
  • the first clamping mechanism 55 includes a first linear actuator 551, a first clamping member 552, a second clamping member 553, a rotating member 554, a first sliding member 555, and a second sliding push. Piece 556.
  • the first clamping member 552 and the second clamping member 553 are preferably plate-shaped, and one ends of the first clamping member 552 and the second clamping member 553 cooperate to form a first clamping region 5523.
  • the first linear actuator 551 is preferably an aerodynamic or linear motor to simplify the structure for providing a linear driving force, and the first linear actuator 551 is mounted on the first sliding seat 51 in the front-rear direction of the frame 10, preferably The output of the first linear actuator 551 is located in front of the chassis 10.
  • the first sliding member 555 and the second sliding member 556 are preferably plate-shaped and are disposed on the first sliding seat 51 along the front-rear direction of the frame 10.
  • the rotating member 554 is preferably a wheel-shaped structure, and the rotating member 554 is pivotally connected to the first sliding seat 51 and disposed in conjunction with the first sliding member 555 and the second sliding member 556, respectively.
  • the other end of the first clamping member 552 is mounted on the first sliding member 555, and the other end of the second clamping member 553 is mounted on the second sliding member 556, the first linear actuator 551 and the first sliding member One of the 555 and the second sliders 556 is connected.
  • the first linear actuator 551 is connected to the first slider 555, so when operating, the first linear actuator 551
  • the moving first sliding member 555 drives the rotating member 554 to rotate clockwise in FIG. 4 to rotate clockwise.
  • the rotating member 554 drives the second sliding member 556 to move in the direction indicated by the arrow B in FIG. 4, so that the moving first sliding member 555 drives the first clamping member 552 to move in the opposite direction indicated by the arrow B, and moves.
  • the second sliding member 556 drives the second clamping member 553 to move in the direction indicated by the arrow B, thereby reducing the distance between the first clamping member 552 and the second clamping member 553, thereby reliably clamping the cutter head.
  • Device 30 The cutter head 310 is delivered.
  • the moving first sliding member 555 drives the rotating member 554 to rotate counterclockwise in FIG. 4, counterclockwise.
  • the rotating rotating member 554 drives the second sliding member 556 to move in the opposite direction indicated by the arrow B.
  • the moving first sliding member 555 drives the first clamping member 552 to move in the direction indicated by the arrow B
  • the second sliding member 556 drives the second clamping member 553 to move in the opposite direction indicated by the arrow B, thereby expanding the distance between the first clamping member 552 and the second clamping member 553, and is a clamping cutter conveying device.
  • 30 delivered cutter heads 310 are prepared. More specifically, as follows:
  • the rotating member 554 is located above the first sliding member 555 and the second sliding member 556, specifically directly above the first sliding member 555 and the second sliding member 556, and the top end of the rotating member 554 The bottom end of the rotating member 554 is pivotally connected to the first sliding member 555 and the second sliding member 556 respectively.
  • the manner in which the rotating member 554 is coupled with the first sliding member 555 and the second sliding member 556 is that the first sliding member 555 and the second sliding member 556 are both provided with a slot structure 557 and a rotating member 554.
  • each protruding structure 558 projects into a corresponding slot structure 557, and each protruding structure 558 is selected as a cylindrical structure, so that the protruding structure 558 slides in the slot structure 557.
  • the slot structure 557 blocks the protruding structure 558 from sliding in the sliding direction of the first sliding member 555 (ie, the direction indicated by the arrow B in FIG.
  • the protruding The structure 558 is in tight engagement with the slot structure 557 along the sliding direction of the first slider 555; the slot structure 557 allows the protruding structure 558 to slide within the slot structure 557 along the sliding direction of the first slider 555 That is, the protruding structure 558 is in a gap with the slot structure 557 in a sliding direction that is staggered in the first sliding member 555. Therefore, by the cooperation of the protruding structure 558 and the slot structure 557, the structure in which the rotating member 554 is interlocked with the first slider 555 and the second slider 556 can be simplified. In order to make the closing movement between the first clamping member 552 and the second clamping member 553 more coordinated and precise, the two protruding structures 558 are symmetrically disposed with the pivoting center of the rotating member 554.
  • the first clamping member 552 extends beyond the second clamping member 553 along the sliding direction of the first sliding member 555 and bends a bent portion 552a.
  • the bent portion 552a is preferably in the form of a sheet and is sliding along the first sliding portion 552a.
  • the sliding direction of the pushing member 555 corresponds to the second clamping member 553, and the first clamping portion 5523 is formed between the bent portion 552a and the second clamping member 553 to satisfy the first clamping member 552 and the first clamping member 552
  • the second clamping member 553 performs a long-distance clamping operation on the cutter head 310 fed by the cutter head conveying device 30.
  • the bent portion 552a extends toward the second sliding member 556 to extend out of the first clamping structure 5521 in the first clamping region 5523, and the second clamping member 553 extends toward the bending portion 552a.
  • a second clamping structure 5531 located in the first clamping region 5523, the second clamping structure 5531 corresponding to the first clamping structure 5521 in the direction of the first sliding member 555, such that the first clamping member 552 and The clamping of the cutter head 310 by the second clamping member 553 is more convenient and quicker.
  • the bent portion 552a forms a side wall of the first clamping region 5523 having a first chamfered structure 5522, the first chamfered structure 5522 is located above the first clamping structure 5521; the second clamping member 553 forms the first
  • the sidewall of a clamping zone 5523 has a second chamfered structure 5532, and the second chamfered structure 5532 is located above the second clamping structure 5531 such that the bent portion 552a, the first clamping structure 5521, the first chamfer
  • the structure 5522, the second clamping structure 5531, the second chamfering structure 5532 and the second clamping member 553 form an inverted figure-shaped cavity, which can more easily clamp the knife conveyed by the cutter head conveying device 30.
  • the head 310 is clamped and removed.
  • the first clamping mechanism 55' of the present embodiment has substantially the same structure as the first clamping mechanism 55, and the difference is: First, the first clamping mechanism 55' of the embodiment is provided with one bearing 559 less than the first clamping mechanism 55; second, the first sliding member of the first clamping mechanism 55' of the embodiment The 555' and the second sliding member 556' each have a protruding structure 558. Correspondingly, the rotating member 554' is provided with a slot structure 557 which penetrates the bottom end of the rotating member 554'.
  • the first clamping mechanism 55 has a protruding structure 558, and the first sliding member 555 and the second sliding member 556 each have a slot structure 557.
  • the slot structure 557 is through the first sliding The top of the piece 555 and the second slider 556.
  • the structure of the first clamping mechanism 55' of the present embodiment is the same as that of the first clamping mechanism 55 described above, and therefore will not be described again.
  • the manner in which the rotating member 554 is interlocked with the first sliding member 555 and the second sliding member 556 may also be: one of the first sliding member 555 and the second sliding member 556 is opened.
  • the first slot structure has the same structure as the slot structure 557 described above; the other of the first slider 555 and the second slider 556 has a first protruding structure,
  • the structure of a protruding structure may be the same as the protruding structure 558 described above; correspondingly, the rotating member 554 has a second slot structure and a second protruding structure, and the structure of the second slot structure may be the same as the slot described above.
  • the structure of the second protruding structure is the same as that of the protruding structure 558; then, the first protruding structure extends into the first slot structure, and the second protruding structure extends into the second slot structure.
  • first slot structure block the first protruding structure sliding along the sliding direction of the first sliding member 555 in the first slot structure, the first slot structure allowing the first protruding structure to be staggered along the first sliding
  • the sliding direction of the member 555 slides within the first slot structure
  • the second slot structure blocks the second A configuration along a first sliding direction of the sliding pushing member 555 slides within the second slot structure, the second slot junction
  • the structure allows the second protruding structure to slide within the second slot structure along the sliding direction of the first slider 555. Therefore, another embodiment for realizing the interlocking of the rotating member 554 with the first sliding member 555 and the second sliding member 556 is provided herein, but is not limited thereto.
  • the controller 10a activates the first rotary driver 54 to drive the first sliding seat 51 to slide from the left end to the right end of the frame 10 through the first connecting member 52 and the second connecting member 53; at the same time, the controller 10a also causes the first linear actuator 551 to actuate, and the actuated first linear actuator 551 drives the first sliding member 555 to move in the direction indicated by the arrow B in FIG.
  • the rotating member 554 drives the second sliding member 556 to move in the opposite direction indicated by the arrow B, so as to drive the first clamping member 552 and the second clamping member 553 by the first sliding member 555 and the second sliding member 556.
  • the mutual opening movement enlarges the first clamping region 5523 formed by the first clamping member 552 and the second clamping member 553 to prepare the cutter head 310 conveyed by the clamping cutter conveying device 30;
  • the first rotary drive 54 continues to drive the first sliding seat 51
  • the cutter head 310 on the cutter head conveying device 30 gradually enters the first clamping region 5523 formed by the first clamping member 552 and the second clamping member 553 until the cutter head 310 Fully entering the first clamping zone 5523; when the cutter head 310 enters the first clamping zone 5523, the controller 10a at this time causes the first linear actuator 551 to move in the opposite direction, the first actuation
  • the linear actuator 551 drives the first sliding member 555 to move in the opposite direction indicated by the arrow B, and the moving first sliding member 555 drives the second sliding member 556 to move in the direction indicated by the arrow B by the rotating member 554, thereby
  • the first clamping member 552 and the second clamping member 553 are moved to close
  • the head 310 performs the purpose of clamping; at the same time, the controller 10a activates the dispensing device 40 to dispense the cutter head 310 clamped by the first clamping mechanism 55; when the first clamping member 552 and the second pair After the cutter head 310 clamped by the clamping member 553 is dispensed, The controller 10a causes the first rotary actuator 54 to continue to move in the original direction and stop the dispensing device 40, and the first rotary actuator 54 that is actuated is driven by the first connecting member 52 and the second connecting member 53.
  • the sliding seat 51 slides toward the left end of the frame 10, so that the first clamping mechanism 55 is slid from the right end of the frame 10 to the left end, and the cutter head 310 is conveyed to the second clamping transmission device 50b, thereby realizing the cutting head. 310 is delivered to the second clamping conveyor 50b for the purpose.
  • the second clamping transmission device 50 b includes a second rotation driver 56 , a third connecting member 571 , a fourth connecting member 572 , a second sliding seat 58 , and the first clamping mechanism 55 .
  • the cutter head 310 performs a second clamping mechanism 59 that is clamped.
  • the second rotary drive 56 is preferably a motor to simplify the structure of the second rotary drive 56, and the second rotary drive 56 is mounted on the frame 10 in the fore and aft direction of the frame 10, preferably for the second rotary drive 56.
  • the output is located in front of the frame 10.
  • the second sliding seat 58 is slidably disposed on the frame 10 in the left-right direction of the frame 10, and the second sliding seat 58 is preferably arranged vertically and below the first sliding seat 51.
  • One end of the third connecting member 571 is mounted on the output end of the second rotating driver 56, the other end of the third connecting member 571 is pivotally connected to one end of the fourth connecting member 572, and the other end of the fourth connecting member 572 is slid
  • the second connecting member 571, the fourth connecting member 572, the second sliding seat 58 and the frame 10 form a second crank slider mechanism
  • the second clamping mechanism 59 is mounted on the second sliding seat 58 and Cooperating with the first clamping mechanism 55, so that the second clamping mechanism 59 can be reliably and accurately driven by the second crank slider mechanism, thereby realizing the transmission cooperation of the second clamping mechanism 59 and the first clamping mechanism 55.
  • the second clamping mechanism 59 cooperates with the transmission of the circular saw blade clamping device 90.
  • the frame 10 is provided with a second sliding rail 13
  • the second sliding seat 58 is provided with a second matching with the second sliding rail 13 .
  • the slider 582 preferably positions the second slide rail 13 below the first slide rail 12; it can be understood that the second slide rail 13 is disposed on the second sliding seat 58, and the second slider 582 is disposed on the second slide rail 582.
  • the second sliding seat 58 can be slid on the frame 10. More specifically, as follows:
  • the second clamping mechanism 59 includes a first pneumatic finger 591, a first cooling block 592, a second cooling block 593, a first clamping block 594, and a second clamping block 595. At least one of the first cooling block 592 and the second cooling block 593 has a first cooling circuit 5921, 5931 in communication with the external cooling system. Specifically, in the embodiment, the first cooling block 592 and the second cooling block Each of the 593 has a first cooling circuit 5921, 5931 in communication with the external cooling system, further increasing the cooling effect, and it will be appreciated that in other embodiments, only the first cooling block 592 or the second cooling block 593 has The first cooling circuit can achieve the same cooling effect, please do not limit the above examples.
  • the first pneumatic finger 591 is mounted on the second sliding seat 58 along the up and down direction of the frame 10. Specifically, the second sliding seat 58 extends forwardly along the front and rear direction of the frame 10 to form a mounting seat 581.
  • the first pneumatic finger The 591 is mounted on the mounting base 581 for the purpose of being mounted on the second sliding seat 58 by means of the mounting seat 581; and the first pneumatic finger 591 has a first clamping jaw 5911 and a second clamping member which can perform mutual closing activities.
  • the first jaws 5911 and the second jaws 5912 are designed to rotate so that the first jaws 5911 and the second jaws 5912 is rotated to achieve the purpose of opening and closing activities.
  • first jaws 5911 and the second jaws 5912 can be designed to slide relative to each other, then the first jaws 5911 and The second jaw 5912 is used for the purpose of achieving the closing activity by the direction of sliding.
  • the first clamping jaws 5911 are connected to the bottom end of the first cooling block 592, and the first clamping block 594 is mounted on the top end of the first cooling block 592.
  • the first clamping block 594 is coupled with the first cooling.
  • the opening of the first cooling circuit 5921 of the block 592 is directly opposite, and the opening is sealed to better transfer the heat generated by the first clamping block 594 during welding to the first cooling circuit 5921, by the first Cooling circuit 5921 conducts heat away quickly.
  • the second clamping jaw 5912 is coupled to the bottom end of the second cooling block 593, and the second clamping block 595 is mounted to the top end of the second cooling block 593.
  • the second clamping block 595 is further coupled to the second cooling block 593.
  • the opening of the first cooling circuit 5931 is opposite, and the opening is sealed to better transfer the heat generated by the second clamping block 595 during welding to the second cooling circuit 5931, and the second cooling circuit
  • the 5931 quickly diverts heat away.
  • the first clamping block 594 and the second clamping block 595 are arranged side by side with a second clamping zone 5945 formed therebetween.
  • the second clamping mechanism 59 further includes a positioning block 596.
  • the positioning block 596 is mounted on the top of the mounting seat 581 of the second sliding seat 58 and has a positioning slot 5961.
  • the positioning slot 5961 corresponds to the second clamping region 5945.
  • the positioning groove 5961 and the second clamping zone 5945 are in a straight space for docking. More specifically, as follows:
  • the second clamping mechanism 59 further includes a first support plate 597, a second support plate 598 and an elastic clamping support piece 599.
  • the clamping support piece 599 is fixed to the bottom of the mounting seat 581, and the clamping support piece is clamped.
  • the corresponding two sides of the 599 are arranged in a floating manner.
  • the first support plate 597 and the second support plate 598 are arranged side by side at intervals.
  • the bottom end of the first support plate 597 is located below the mounting base 581 and is suspended from the clamping support piece 599.
  • first cooling block 592 is fixedly connected to the top end of the first supporting plate 597; the bottom end of the second supporting plate 598 is located below the mounting base 581 and is fixedly connected to the other side of the clamping support piece 599.
  • the second cooling block 593 is mounted on the top end of the second supporting plate 598.
  • the first clamping claws 5911 are engaged with the first supporting plate 597, and the second clamping jaws 5912 are engaged with the second supporting plate 598 so that the first clamping member
  • the claws 5911 pass through the first support plate 597, and the second jaws 5912 pass through the second support plate 598, so that the first clamping block 594 and the second clamping block 595 can be more reliably driven to clamp the cutter head 310, and elastically Clamping the support piece 599 to the first support plate 597 and The second support plate 598 is supported to reduce the load of the first pneumatic finger 591.
  • the mounting base 581 includes an inclined portion 5811 disposed obliquely and an upper mounting portion 5812 and a lower mounting portion 5813 extending from the opposite ends of the inclined portion 5811 in the same direction.
  • the first pneumatic finger 591 is mounted on the inclined portion 5811 and located thereon. Between the mounting portion 5812 and the lower mounting portion 5813, the clamping support piece 599 is mounted on the lower mounting portion 5813, and the first pneumatic finger 591 is fitted inside the mounting seat 581, so that the mounting seat 581 and the first pneumatic finger 591 can be simplified.
  • the upper mounting portion 5812 is horizontally disposed, and the upper mounting portion 5812 has a second cooling circuit 5814 in communication with the external cooling system to further enhance the cooling effect.
  • the top surface of the upper mounting portion 5812 and the bottom surface of the lower mounting portion 5813 are both horizontal planes to facilitate the assembly process.
  • the first support plate 597 includes a first horizontal mounting portion 5971 and a first inclined support portion 5972 extending obliquely upward from the first horizontal mounting portion 5971.
  • the first horizontal mounting portion 5971 is mounted on the clamping support piece 599.
  • the first inclined support portion 5972 is located in front of the upper mounting portion 5812 and the lower mounting portion 5813, so that the first pneumatic finger 591 is formed by the first inclined supporting portion 5972, the upper mounting portion 5812, the lower mounting portion 5813, and the inclined portion 5811.
  • the first cooling block 592 is mounted on the first inclined support portion 5972.
  • the first inclined support portion 5972 is provided with a first insertion groove 5973 for engaging the first clamping jaws 5911, so that the first clamping jaws 5911 and The connection of the first support plate 597 is faster and more reliable.
  • the upper mounting portion 5812 is provided with a third sliding rail 5815
  • the first inclined supporting portion 5972 is provided with a third sliding slot 5974 that cooperates with the third sliding rail 5815 to make the first inclined support
  • the portion 5972 can be reliably slid on the upper mounting portion 5812.
  • the third sliding rail 5815 is disposed on the first inclined supporting portion 5972, and the third sliding slot 5974 is opened on the upper mounting portion 5812.
  • An inclined support portion 5972 is slidably disposed on the upper mounting portion 5812.
  • the second supporting plate 598 includes a second horizontal mounting portion 5981 and a second inclined supporting portion 5982 extending upward from the second horizontal mounting portion 5981.
  • the second horizontal mounting portion 5981 is mounted on the clamping support piece 599.
  • the second inclined support portion 5982 is located in front of the upper mounting portion 5812 and the lower mounting portion 813, so that the first pneumatic finger 591 is also located by the second inclined supporting portion 5822, the upper mounting portion 5812, the lower mounting portion 5813, and the inclined portion 5811.
  • the second cooling block 593 is mounted on the second inclined support portion 5982, and the second inclined support portion 5982 is provided with a second insertion groove 5983 for engaging the second clamping jaw 5912 so that the second clamping jaw
  • the connection of the 5912 to the second support plate 598 is faster and more reliable.
  • the upper mounting portion 5812 is provided with a fourth sliding rail 5816
  • the second inclined supporting portion 5982 is provided with a fourth sliding slot 5984 that cooperates with the fourth sliding rail 5816 to enable the second inclined support.
  • the part 5982 can make a reliable sliding on the upper mounting portion 5812, of course, will be the fourth The sliding rail 5816 is disposed on the second inclined supporting portion 5982, and the fourth sliding slot 5984 is opened on the upper mounting portion 5812. Similarly, the second inclined supporting portion 5982 can be slidably disposed on the upper mounting portion 5812.
  • the operation process of the second clamping transmission device will be described: when the second clamping mechanism 59 is driven to the first clamping transmission device 50a.
  • the controller 10a activates the second rotary actuator 56, and the actuated second rotary actuator 56 passes through the third connecting member 571 and the fourth.
  • the connecting member 572 drives the second sliding seat 58 to be adjacent to the first clamping mechanism 55, thereby driving the second clamping mechanism 59 mounted on the second sliding seat 58 to move toward the first clamping mechanism 55;
  • the controller 10a further causes the first pneumatic finger 591 to drive the first clamping jaw 5911 and the second clamping jaw 5912 to open, and the moving first clamping jaw 5911 drives the first cooling block 592 to coordinate through the first supporting plate 597.
  • the moving second jaw 5912 drives the second cooling block 593 to move in coordination through the second supporting plate 598, thereby causing the first clamping block 594 and the second clamping block 595 to also perform an open movement.
  • the cutter head 310 clamped by a clamping mechanism 55 is located in the second clamping zone 5945 between the first clamping block 594 and the second clamping block 595; then, the controller 10a causes the first linear actuator 551 To drive the first sliding member 555 to move in the direction indicated by the arrow B in FIG.
  • the moving first sliding member 555 drives the second sliding member 556 to move in the opposite direction indicated by the arrow B by the rotating member 554, thereby
  • the first clamping member 552 and the second clamping member 553 are loosened to clamp the cutter head 310, and the loosened cutter head 310 is dropped into the positioning groove 5961 of the positioning block 596 for rapid positioning;
  • the controller 10a further activates the first pneumatic finger 591 in the opposite direction, and operates the first
  • the moving finger 591 drives the first clamping block 594 through the cooperation of the first clamping jaw 5911, the second clamping jaw 5112, the first supporting plate 597, the second supporting plate 598, the first cooling block 592 and the second cooling block 593.
  • the second clamping block 595 clamps the cutter head 310 entering the second clamping zone 5945 to achieve the purpose of transferring the cutter head 310 clamped by the first clamping mechanism 55 to the second clamping mechanism 59;
  • the controller 10a at this time causes the second rotary actuator 56 to drive through the third connecting member 571 and the fourth connecting member 572.
  • the second sliding seat 58 moves toward the circular saw blade clamping device 90, thereby driving the second clamping mechanism 59 of the clamping cutter head 310 to the circular saw blade clamping device 90; when the second rotary actuator 56 drives the third connecting member
  • the controller 10a stops the second rotary driver 56 from operating, so that the cutter head 310 and the circular saw blade clamping device 90 at this time.
  • a saw tooth of the clamped circular saw blade is matched, and at the same time, the controller 10a is also The wire feeding device 60 feeds the welding wire to the cutting head 310 which is clamped by the second clamping mechanism 9 and cooperates with the saw tooth, and the welding wire and the cutting head 310 form a welding piece; and the high frequency welding device 71 is operated by the controller 10a.
  • the external cooling system can quickly remove the residual heat generated by the welding through the first cooling circuit 5921, 5931 and the second cooling circuit 5814 to ensure the stability of the welding temperature.
  • the circular saw blade clamping device 90 includes a third sliding seat 91, a second linear actuator 92, a third clamping block 93, a fourth clamping block 94 and a second pneumatic finger. 95.
  • the third sliding seat 91 is slidably mounted on the frame 10 in the front-rear direction of the frame 10.
  • the third sliding seat 91 is provided with a sixth sliding rail 911, and the frame 10 is provided with The sixth sliding rail 911 cooperates with the sliding sixth sliding slot 14 to enable the third sliding seat 91 to be slidably disposed on the frame 10 more smoothly and reliably; it can be understood that the sixth sliding rail 911 is disposed on the frame 10, The sixth sliding slot 14 is opened on the third sliding seat 91, and the third sliding seat 91 can be slidably disposed on the frame 10.
  • the second linear actuator 92 is preferably a gas or linear motor to simplify the structure of the second linear actuator 92 that provides a linear driving force, and the second linear actuator 92 is disposed on the frame 10 or the third sliding seat 91, and drives the first The third sliding seat 91 slides.
  • the second linear actuator 92 is mounted on the third sliding seat 91, and the output end of the third linear actuator 92 is connected to the frame 10 to reduce the third linear actuator.
  • the frame 10 has a pushing portion 15 passing through the third sliding seat 91.
  • the pushing portion 15 is preferably a block-like structure and can slide in the third sliding seat 91;
  • the sliding portion 91 of the portion 15 is slidably disposed in the third sliding seat 91.
  • the third sliding seat 91 is provided with a sliding through slot 912 for sliding the pushing portion 15 so that the pushing portion 15 of the frame 10 can be placed in the sliding through slot. 912; and second The output of the linear actuator 92 is fixedly coupled to the urging portion 15 so that the second linear actuator 92 can more directly urge the third sliding seat 91 to slide on the frame 10 in the front-rear direction of the frame 10.
  • the circular saw blade clamping device 90 further includes a left and right The tooth fine adjustment operating member 99, the left and right tooth fine adjustment operating member 99 is preferably a screw structure, and the left and right tooth fine adjustment operating member 99 is rotated through the third sliding seat 91 and is threadedly engaged with the pushing portion 15.
  • the third sliding seat 91 has a fixing portion 913 for the second linear actuator 92, and the fixing portion 913 has a block structure,
  • the tooth fine adjustment operating member 99 is rotated through the fixing portion 913 so that the left and right tooth fine adjustment operating members 99 can more reliably drive the adjustment of the third sliding seat 91 on the frame 10; alternatively, the pushing portion 15 and the fixing portion
  • the sections 913 are arranged in parallel so that the layout between them is more reasonable.
  • the second pneumatic hand 95 is mounted on the third sliding seat 91, and the second pneumatic finger 95 has a third clamping jaw 951 and a fourth clamping jaw 952 that can be mutually closed and closed.
  • the three jaws 951 and the fourth jaws 952 are designed to rotate in order to achieve the mutual clamping action of the third jaw 951 and the fourth jaw 952.
  • the third jaw The 951 and fourth jaws 952 can be designed to be in a sliding motion and are not limited to the above examples.
  • the third clamping block 93 is coupled to the third jaw 951, the fourth clamping block 94 is coupled to the fourth jaw 952, and the third clamping block 93 and the fourth clamping block 94 are slid along the third
  • the sliding direction of the seat 91 forms a third clamping zone 96 for clamping the left and right saw teeth of the circular saw blade, so that the second pneumatic finger 95 passes the third jaw 951 and the fourth jaw 952 to drive the third clamp.
  • the clamping block 93 and the fourth clamping block 94 clamp or loosen the left and right saw teeth of the circular saw blade in the third clamping zone 96.
  • the circular saw blade clamping device 90 further includes a first rotating member 97 and a second rotating member 98 disposed side by side, the first rotating member 97 preferably having a plate-shaped structure and passing the first rotation
  • the shaft 971 is pivotally connected to the third sliding seat 91, and one end of the first rotating member 97 is connected to the third clamping claw 951, and the third clamping block 93 is mounted on the other end of the first rotating member 97.
  • the second rotating member 98 Preferably, the plate-shaped structure is pivotally connected to the third sliding seat 91 through the second rotating shaft 98, and one end of the second rotating member 98 is connected to the fourth clamping claw 952, and the fourth clamping block 94 is mounted on the second rotation.
  • the other end of the member 98 is configured to enable the second pneumatic finger 95 to remotely drive the third clamping block 93 and the fourth clamping block 94 to be closed by the first rotating member 97 and the second rotating member 98.
  • the third clamping block 93 and the fourth clamping block 94 clamp the circular saw blade.
  • the first rotating shaft 971 and the second rotating shaft 981 are symmetrically arranged, so that the first rotating member 97 and the second rotating member 98 can coordinately drive the third clamping block 93 and The fourth clamping block 94 performs a more precise clamping or releasing action.
  • the controller 10a activates the second linear actuator 92, and the actuated second linear actuator 92 drives the third sliding seat 91 to slide on the frame 10, thereby driving the third sliding.
  • the third clamping block 93 and the fourth clamping block 94 on the seat 91 slide together, so that the right sawtooth of the circular saw blade enters the third clamping zone 96, and the center of the right sawtooth of the circular saw blade is The center of the three clamping regions 96 are facing each other; at this time, the controller 10a causes the second pneumatic finger 95 to act to close the third jaw 951 and the fourth jaw 952, and the movable third jaw 951 passes the first A rotating member 97 drives the third clamping block 93 toward the fourth clamping block 94, and the movable fourth clamping jaw 952 drives the fourth clamping block 94 toward the third clamping block 93 via the second rotating member 98.
  • the controller 10a causes the second pneumatic finger 95 to drive the third jaw 951 and the fourth jaw 952 is open, the movable third jaw 951 drives the third clamping block 93 to move away from the fourth clamping block 94 by the first rotating member 97, and the movable fourth jaw 952 passes the second rotating member.
  • the controller 10a controls the circular saw blade carrying conveyor 80 to rotate the left sawtooth of the circular saw blade to the clamped position, and the controller 10a at this time causes the second linear actuator 92 to drive the third sliding seat 91 in the reverse direction. Sliding on the frame 10, so that the third clamping block 93 and the fourth clamping block 94 disposed on the third sliding seat 91 slide together, so that the left sawtooth of the circular saw blade enters the third clamping zone 96.
  • the controller 10a makes The second pneumatic finger 95 drives the third jaw 951 and the fourth jaw 952 to close, and the movable third jaw 591 drives the third clamping block 93 toward the fourth clamping block 94 through the first rotating member 97.
  • the movable fourth jaw 952 moves the fourth clamping block 94 toward the third clamping block 93 by the second rotating member 98, so that the third clamping block 93 and the fourth clamping block 94 are common. Clamp the left sawtooth of the circular saw blade.
  • the cutter head conveying device 30 includes a first driving wheel 31 , a first driven wheel 32 , a first conveying member 33 , a third rotating driver 34 , and a stopping mechanism 35 .
  • the third rotary actuator 34 is preferably a motor to simplify the structure of the third rotary actuator 34, and the third rotary actuator 34 is mounted on the chassis 10 in the front-rear direction of the chassis 10, preferably for outputting the third rotary actuator 34.
  • the end is located in front of the frame 10; the first driving wheel 31 is mounted on the output end of the third rotary drive 34, and the first driven wheel 32 is mounted on the frame 10 and corresponds to the first driving wheel 31, the first conveying member 33 Fitted on the first driving wheel 31 and the first driven wheel 32, the first conveying member 33 can feed the cutting head 310 conveyed by the selecting tray device 20 from the right end of the frame 10 to the frame.
  • the first driving wheel 31 and the first driven wheel 32 are both the driving pulleys, and the first conveying member 33 is a transmission belt to ensure the smoothness of the transmission.
  • the stopper mechanism 35 is vertically assembled to the frame 10.
  • the frame 10 has a mounting plate 11 located above the corresponding first conveying member 33, and the stopper mechanism 35 is fitted to the mounting plate 11 and Adjacent to the first driven wheel 32, the stop mechanism 35 is more convenient and quick to block the cutter head 310 on the first conveying member 33, and the stopping mechanism 35 includes a stopper 351 and a stopper driver 352, and the stopper driver 352 is more Preferred as a cylinder to simplify the structure of the stop actuator 352, the stop actuator 352 drives the stop 351 to block or allow the bit 310 on the first transfer member 33 to be transported by the pan device 20 in the pan device 20 is transported between the first pinch transport device 50a to coordinate the process of the bit 310 between the frit device 20 and the first pinch transport device 50a. More specifically, as follows:
  • the cutter head conveying device 30 further includes an intermediate wheel 37 and a tensioning pulley 38.
  • the intermediate wheel 37 is located above the corresponding first driving wheel 31, and the intermediate wheel 37 is in contact with the inner side of the first conveying member 33, and is tensioned.
  • the wheel 38 is located between the first driving wheel 31 and the first driven wheel 32 in the up and down direction of the frame 10, and the tensioning wheel 38 presses against the outside of the first conveying member 33, thereby being the third rotating driver 34 in the frame 10.
  • the upper mounting provides an installation space that prevents the third rotary actuator 34 from interfering with other components and ensures that the first transfer member 33 can reliably transfer the cutter head 310 conveyed by the selection tray device 20 to the first clamp transmission.
  • At device 50a is provided.
  • the intermediate wheel 37 and the first driven wheel 32 are arranged side by side in the up and down direction of the frame 10 such that the pivot center of the intermediate wheel 37 and the pivot center of the first driven wheel 32 are provided.
  • the first conveying member 33 can convey the cutter head 310 horizontally and smoothly, further improving the reliability of the conveyance of the cutter head 310.
  • the stopper 351 is pivotally connected to the mounting plate 11, and the stopper driver 352 drives the stopper 351 to swing, so that the stopper 351 blocks or allows the cutter 310 on the first conveying member 33 to swing upward.
  • the mounting plate 11 has a sheet-like vertical portion 111 arranged in the left-right direction of the frame 10, and the vertical portion 111 is fitted into the bottom of the stopper 351.
  • the stopper 351 is pivotally connected to the vertical portion 111 via a pivot shaft 353, that is, the pivot shaft 353 sequentially passes through one side of the stopper 351, the vertical portion 111, and the other side of the stopper 351.
  • both ends of the pivot shaft 353 are fixed on the stopper 351; the stopper driver 352 is mounted on the stopper 351, and the output end of the stopper driver 352 faces the vertical portion 111, so that the output end of the stopper driver 352 passes.
  • the vertical portion 111 is pushed to urge the stopper 351 to swing, thereby simplifying the structure in which the stopper driver 352 drives the stopper 351 to swing.
  • the cutter head conveying device 30 further includes a fine adjustment mechanism for driving the position adjustment of the stop mechanism 35 in the vertical direction.
  • the fine adjustment mechanism 39 includes a fine adjustment operation member 391 and an elastic fine adjustment support piece 392. One end of the fine adjustment support piece 392 is horizontally mounted on the frame 10, and the mounting plate 11 is mounted on the fine adjustment support piece.
  • the fine adjustment operating member 391 is preferably a screw structure to squash the structure of the fine adjustment operating member 391, and the fine adjustment operating member 391 is threadedly engaged through the mounting plate 11 in the up and down direction of the frame 10, and is finely adjusted.
  • the bottom end of the member 391 is in contact with the frame 10, so that when the fine adjustment operating member 391 is rotated against the frame 10, the distance between the mounting plate 11 and the frame 10 is changed, and since the fine adjustment support piece 392 has elasticity, The fine adjustment support piece 392 is deformed following the change of the mounting plate 11, providing support for the mounting plate 11.
  • the fine adjustment mechanism 39' includes a fine adjustment operating member 391' and a first mating block 393 and a second mating block 394 that slide together, and the first mating block 393 is along the frame 10.
  • the upper and lower directions are mounted on the frame 10, and the second mating block 394 is mounted on the mounting plate 11 in the up and down direction of the frame 10.
  • the fine adjustment operating member 391' is preferably a screw structure to simplify the structure of the fine adjustment operating member 391'.
  • the fine adjustment operating member 39 is rotatably mounted on the first mating block 393 in the up and down direction of the frame 10, and the fine adjustment operating member 391' is also threadedly engaged with the second mating block 394, thereby achieving the rotation of the fine adjustment operating member 391'.
  • the distance between the second mating block 394 relative to the first mating block 393 is adjusted to achieve the purpose of adjusting the spacing of the mounting plate 11 relative to the frame 10.
  • the cutter head conveying device 30 is further provided with a width adjusting component 372, which includes a width operating member 3721 and a direction for conveying the cutter head 310 along the first conveying member 33.
  • the first blocking piece 3722 and the second blocking piece 3723 on the frame 10 the width operating member 3721 is rotatably disposed on the frame 10 and can drive the first blocking piece 3722 and the second blocking piece 3723 to be adjusted therebetween. The movement of the spacing.
  • the tip transport device 30 further includes a blow nozzle structure 36 mounted at a portion of the frame 10 adjacent the intermediate wheel 37, and the inlet gas 361 of the blow nozzle structure 36 is in communication with the external air supply device.
  • the air outlet 362 of the blow nozzle structure 36 corresponds to the side of the cutter head 310 to which the first transport member 33 is transported to ensure the reliability of the first transport member 33 for transporting the cutter head 310.
  • the controller 10a causes the sorting tray device 20 to transport the cutter head 310 to the first conveying member 33.
  • the controller 10a at this time activates the third rotary actuator 34, and the third rotary actuator 34 that is actuated passes through the first drive wheel 31, the first driven wheel 32, the clamping wheel 37, and the intermediate wheel 38.
  • the cooperation of the first conveying member 33 drives the cutter head 310 on the first conveying member 33 to the stop mechanism 35, because the stopper member 351 of the stopping mechanism 35 at this time is blocking the cutter head 310 toward the first clamp.
  • the first mechanism 552 and the second clamping member are caused by the controller 10a through the first linear actuator 551.
  • the controller 10a When the first clamping region 5523 opened by the 553 can pass the stopper 351, the controller 10a at this time passes through the first rotary driver 54, the first connecting member 52, the second connecting member 53, and the first sliding seat 51.
  • the matching of the cutter head 310 against the stopper 351 is located in the first clamping member 552 and the second clamping member 553, and the controller 10a controls the first linear actuator 551 to actuate.
  • the actuating first linear actuator 551 drives the first clamping member 552 and the second clamping member 553 to clamp the knife together by the cooperation of the first sliding member 555, the rotating member 554 and the second sliding member 556.
  • the controller 10a also causes the stop actuator 352 to actuate to urge the stop 351 away from the first transport member 33. Swinging to provide a relief space for the first clamping member 552 and the second clamping member 553 of the clamping cutter 310 to move toward the second clamping transmission device 50b; when the controller 10a passes the first rotary actuator 54, first The cooperation of the connecting member 52, the second connecting member 53 and the first sliding seat 51 drives the cutter head 310 clamped by the first clamping mechanism 55 to move to the second clamping transmission device 50b, and the controller 10a Actuating the stop actuator 352 in the opposite direction, thereby driving the stop member 351 to reset and continuing to block the next cutter head 310 on the first transfer member 33, thereby effecting the cutter head transport device 30 to assume the selection of the tray device 20 The purpose of transporting the delivered cutter head 310 to the first clamp transfer device 50a.
  • the circular saw blade carrying and conveying device 80 includes a third linear drive 81 , a fourth sliding seat 82 , a fourth rotary drive 83 , and a carrier 84 for carrying a circular saw blade.
  • the third linear actuator 81 is preferably a gas or linear motor to compress the structure of the third linear actuator 81, and the third linear actuator 81 is coupled to the frame 10 in the left-right direction of the frame 10, and the fourth sliding seat 82 is along The frame 10 is slidably disposed on the frame 10 in the left-right direction, and the fourth sliding seat 82 is coupled to the third linear actuator 81.
  • the fourth rotary actuator 83 is preferably a motor to simplify the structure of the fourth rotary actuator 83, and The fourth rotary actuator 83 is mounted on the fourth slide base 82 in the front-rear direction of the frame 10, and the output end of the fourth rotary drive 83 is preferably positioned in front of the chassis 10.
  • a carrier 84 is mounted on the output of the fourth rotary actuator 83 to simplify the structure of the circular saw blade carrying conveyor 80.
  • the circular saw blade carrying and conveying device 80 further includes a distance adjusting mechanism 86.
  • the distance adjusting mechanism 86 includes a rotating operating member 861 and a nut structure 862, and the nut structure 862 is mounted on the fourth.
  • the rotary operating member 861 rotates in the left-right direction of the frame 10 through the output end of the third linear actuator 81 and is threadedly engaged with the nut structure 862; in order to adjust the circular conveyance of the circular saw blade carrying conveyor 80
  • the angle of the saw blade, the circular saw blade carrying and conveying device 80 further includes an angle adjusting mechanism 85, which includes a pivoting seat 851, an angle operating member 852 and a pivoting block 853, and the pivoting seat 851 is a frame 10 pivoting, so that the pivoting seat 851 can swing up and down in the direction from the left end to the right end of the frame 10 around the pivoting center, and the fourth sliding seat 82 is slidably disposed on the pivoting seat 851 to realize the fourth sliding
  • the seat 82 is slidably disposed on the pivoting seat 851.
  • the fourth sliding seat 82 is provided with a fifth sliding block 821, and the pivoting seat 851 is provided with a fifth sliding rail 8511 that cooperates with the fifth sliding block 821.
  • the sliding seat 82 is smoothly and reliably slid on the pivoting seat 851; it can be understood that the fifth sliding rail 8511 is disposed on the fourth sliding seat 82, and the fifth sliding block 821 is disposed on the pivoting seat 851.
  • the purpose of the fourth sliding seat 82 sliding on the pivoting seat 851 can be achieved.
  • the pivoting block 853 is pivotally connected to the frame 10 in the front-rear direction of the frame 10, so that the pivoting block 852 can swing up and down along the pivoting center line in the direction from the left end to the right end of the frame, and the angle operating member 852 is along the machine.
  • the frame 10 is rotated in the left-right direction through the pivoting seat 851 and is meshed with the pivoting block 853.
  • the controller 10a When the circular saw blade carried on the bearing seat 84 is to be conveyed to the circular saw blade clamping device At the 90th position, when the third clamping block 93 and the fourth clamping block 94 of the circular saw blade clamping device 90 are clamped, the controller 10a at this time activates the third linear actuator 81 to actuate the third The linear actuator 81 drives the fourth sliding seat 82 toward the circular saw blade clamping device 90 to transport the circular saw blade to the circular saw blade clamping device 90.
  • the controller 10a controls the pushing device 73 to push The saw blade of the circular saw blade is clamped on the welding piece conveyed by the conveying device 50, and finally the third clamp block 93 and the fourth clamping block 94 of the circular saw blade clamping device 90 are clamped together by the controller to the circular saw.
  • the controller 10a first loosens the third clamping block 93 and the fourth clamping block 94 of the circular saw blade clamping device 90 to the circle. After the saw blade is clamped, it is carried by the controller 10a through the fourth rotary drive 83 to be carried on the carrier.
  • the circular saw blade on the 84 is rotated, and the rotating circular saw blade is pushed by the pushing device 73 to accurately rotate the circular saw blade to a process position of a saw tooth.
  • the selection tray device 20 includes a vibrating plate 21 and a vibrator (not shown) for driving the vibrating plate 21 to vibrate, so that the messy cutter head 310 placed on the vibrating plate 21 is in the vibrator. Under the driving force, it can be conveyed neatly and orderly to the third conveying member 33 of the cutter head conveying device 30.
  • the wire feeding device 60 comprises a hanging wheel assembly (not shown) for guiding the wire, for guiding A guide tube 62 for the lead wire, an adjustment assembly 64 for guiding the guide tube 62, and a wire drive 61 for powering the drive of the wire, the outlet of the guide tube 62 corresponding to the high frequency welding device 70.
  • the left and right sawtooth of the circular saw blade means that the left saw tooth is misaligned with the right saw tooth, so that the center for clamping the left saw tooth and the right saw tooth is different.
  • the structures of the above-mentioned dispensing device 40, high-frequency welding device 71, temperature detecting device 72 and pushing device 73 are well known to those skilled in the art, and therefore will not be described herein.

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  • Physics & Mathematics (AREA)
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Abstract

一种圆锯片自动焊接机(100),包括机架(10)、控制器(10a)、选料盘装置(20)、刀头输送装置(30)、点胶装置(40)、夹紧传输装置(50)、焊丝输送装置(60)、高频焊接装置(71)、温度检测装置(72)、圆锯片承载输送装置(80)、推齿装置(73)和圆锯片夹紧装置(90)。刀头输送装置将选料盘装置送来的刀头(310)输送到夹紧传输装置处被夹紧,点胶装置往夹紧的刀头点胶,焊丝输送装置往点胶的刀头输送焊丝并与刀头形成一焊片,夹紧传输装置使焊片输送到圆锯片夹紧装置对应的上方,圆锯片承载输送装置使圆锯片输送至圆锯片夹紧装置处且使圆锯片的锯牙与焊片相对应,推齿装置将圆锯片的锯牙推压于焊片上,高频焊接装置将焊片焊于圆锯片之锯牙上,温度检测装置对焊接温度进行实时检测,实现焊片自动焊接于圆锯片之锯牙的目的。

Description

圓锯片自动焊接机 技术领域
本发明涉及一种焊接机,尤其涉及一种能将焊片自动地浮接于圆锯片的锯牙上的圆锯片自动焊 接机。 背景技术
众所周知, 为了提高圓锯片的耐磨性能,一般除了在圓锯片的材质上, 以及在圆锯片的制造工 序上进行合理的设计外,另一种最好的方法就是往圆锯片的锯牙上焊接有耐磨的合金的焊片,通过 该焊片使得圆锯片的锯牙更耐磨, 以达到降低圓锯片的使用成本, 因此, 用于将焊片焊接于圓锯片 上的悍接机应运而生。
其中, 在将焊片焊接于圆锯片的锯牙过程中, 会涉及到刀头的输送, 对输送的刀头进行点胶, 往点胶的刀头输送焊丝以使焊丝与刀头组成焊片, 最后将焊片焊接于圓锯片上等众多工序, 但是, 现有的焊接机没法实现上述工序的自动化作业过程 ,故使得圓锯片的悍接存在着效率低及成本高的 缺陷, 无法适应于自动化作业的场合。
因此, 急需要一种圆锯片自动焊接机来克服上述的缺陷。 发明内容
本发明的目的在于提供一种能提高效率及降低成本以适应于自动化场合的圆锯片自动焊 接机。
为实现上述目的, 本发明提供了一种圆锯片自动焊接机,适用将刀头及焊丝组成的焊片浮接在 圓锯片的锯牙上, 包括机架、设于所述机架上的控制器及与所述控制器电性连接的选料盘装置、 刀 头输送装置、 点胶装置、 夹紧传输装置、 焊丝输送装置、 高频焊接装置、 温度检测装置、 圆锯片承 载输送装置、推齿装置和圓锯片夹紧装置。 所述选料盘装置安装在所述机架的一侧, 所述圆锯片承 载输送装置及推齿装置安装在所述机架的另一侧,所述刀头输送装置、夹紧传输装置及圓锯片夹紧 装置沿所述选料盘装置至所述圆锯片承载输送装置的方向依次地安装在所述机架上。所述刀头输送 装置将所述选料盘装置所输送来的刀头输送到所述夹紧传输装置处,所述夹紧传输装置夹紧所述刀 头输送装置输送来的刀头,所述点胶装置安装在所述机架并对所述夹紧传输装置所夹紧的刀头进行 点胶,所述焊丝输送装置安装在所述机架上,所述焊丝输送装置往所述夹紧传输装置所夹紧的刀头 输送焊丝并使该焊丝与该刀头形成一焊片,所述夹紧传输装置使所述焊片输送到所述圓锯片夹紧装 置对应的上方,所述圆锯片承载输送装置将圆锯片输送至所述圆锯片夹紧装置处且使圆锯片的锯牙 与焊片相对应,所述推齿装置将圆锯片的锯牙推压于焊片上,所述圆锯片夹紧装置夹紧推压后的圓 锯片,所述高频焊接装置安装在所述机架并将推压后的焊片焊接于圓锯片之锯牙上,所述温度检测 装置安装在所述机架并对焊接温度进行实时检测。
借助本发明的控制器及与控制器电性连接的选料盘装置、刀头输送装置、点胶装置、 夹紧传输 装置、 焊丝输送装置、 高频焊接装置、 温度检测装置、 圆锯片承载输送装置、 圓锯片夹紧装置及推 齿装置的配合,先使选料盘装置往刀头输送装置处输送刀头, 由刀头输送装置将刀头输送至夹紧传 输装置处, 再由夹紧传输装置对刀头进行夹紧; 接着, 点胶装置对夹紧的刀头进行点胶, 焊丝输送 装置往点胶的刀头输送悍丝并使焊丝与刀头组成焊片;然后,夹紧传输装置使焊片输送至圆锯片夹 紧装置对应的上方;最后, 圓锯片承载输送装置使圓锯片输送至圓锯片夹紧装置处并使圓锯片的锯 牙与焊片相对应, 由推齿装置将圆锯片之锯牙推压于焊片上,且圓锯片夹紧装置夹紧推压后的圆锯 片,再由高频焊接装置将推压后的焊片焊接于圓锯片之锯牙上,而温度检测装置实时检测焊接温度, 从而完成圆锯片的一个锯牙评接有一个焊片的目的。 当要将焊片焊接于另一个锯牙上,此时使推齿 装置松开对圆锯片的锯牙的推压及圆锯片夹紧装置松开对圆锯片的夹紧, 然后再执行刀头的输送、 焊片的形成及焊片输送到圆锯片夹紧装置对应的上方步驟,紧接着使圓锯片承载输送装置驱使圆锯 片转动一个锯牙的位置, 此时, 推齿装置、 圓锯片夹紧装置及高频焊接装置重复前述的过程, 即可 完成另一个锯牙焊接有悍片的目的。 因此,本发明的圆锯片自动悍接机能自动地将焊片悍接于圆锯 片的锯牙上, 从而提高了效率及降低了成本, 适应于自动化作业的要求。 附图说明
图 1是本发明的圆锯片自动焊接机的立体结构示意图。
图 2是本发明的圆锯片自动焊接机的夹紧传输装置安装在机架上的立体结构示意图。
图 3是图 2所示的夹紧传输装置的另一角度的立体结构示意图。
图 4是图 2所示夹紧传输装置的第一夹紧传输装置中的第一夹紧机构之一实施的立体结构示意 图。
图 5是图 4所示的第一夹紧机构的立体分解结构示意图。
图 6是图 2所示夹紧传输装置的第一夹紧传输装置中的第一夹紧机构之另一实施的立体结构示 意图。
图 7是图 6所示的第一夹紧机构的立体分解示意图。
图 8是图 2所示夹紧传输装置的第二夹紧传输装置中的第二夹紧机构的立体结构示意图。 图 9是图 8所示的第二夹紧机构的立体分解结构示意图。
图 10是图 8所示的第二夹紧机构的另一角度的立体分解结构示意图。
图 11是本发明的圓锯片自动焊接机的圆锯片夹紧装置及圆锯片承载输送装置安装在机架上的 立体结构示意图。
图 12是图 11所示的圆锯片夹紧装置的立体结构示意图。
图 13是图 12所示的圆锯片夹紧装置的另一角度的立体结构示意图。
图 14是图 12所示的圆锯片夹紧装置的又一角度的立体结构示意图。
图 15是图 14所示的圆锯片夹紧装置的立体分解结构示意图。
图 16是图 11所示的圆锯片承载输送装置的立体结构示意图。
图 17是图 11所示的圆锯片承载输送装置的另一角度的立体结构示意图。
图 18是本发明的圓锯片自动焊接机的刀头输送装置及选料盘装置装配在一起时的立体结构示 意图。
图 19是图 18所示的刀头输送装置的另一角度的立体结构示意图。
图 20是图 19中 A部分的放大图。
图 21是图 19所示的刀头输送装置的微调机构一实施方式的立体结构示意图。
图 22是图 21所示微调机构的另一角度的立体结构示意图。
图 23是图 19所示的刀头输送装置的微调机构另一实施方式的立体结构示意图。 具体实施方式
为了详细说明本发明的技术内容、 构造特征, 以下结合实施方式并配合附图作进一步说明。 请参阅图 1 , 本发明的圆锯片自动焊接机 100用于将刀头 310 (见图 8 )及焊丝组成的焊片焊 接在圓锯片的锯牙(图中未示)上, 最优是将焊片焊接于圓锯片的左右锯牙上。 其中, 本发明的圓 锯片自动焊接机 100包括机架 10、设于机架 10上的控制器 10a及与控制器 10a电性连接的选料盘 装置 20、 刀头输送装置 30、 点胶装置 40、 夹紧传输装置 50、 焊丝输送装置 60、 高频焊接装置 71、 温度检测装置 72、 圆锯片承载输送装置 80、 推齿装置 73和圓锯片夹紧装置 90。 选料盘装置 20安 装在机架 10的右側, 圆锯片承载输送装置 80及推齿装置 73安装在机架 10的左侧,较优是,推齿 装置 73位于圓锯片承载输送装置 80的上方。 刀头输送装置 30、 夹紧传输装置 50及圓锯片夹紧装 置 90沿选料盘装置 20至圆锯片承载输送装置 90的方向依次地安装在机架 10上,使圓锯片夹紧装 置 90能夹紧圆锯片承载输送装置 80所输送来的圓锯片。 推齿装置 73较优与圆锯片夹紧装置 90 相对应,使推齿装置 73可对圓锯片夹紧装置 90松开的圆锯片进行推齿作动,以满足圓锯片的每一 个锯牙焊接有焊片的工艺要求。
同时, 刀头输送装置 30将选料盘装置 20所输送来的刀头 310输送到夹紧传输装置 50处, 由 夹紧传输装置 50夹紧刀头输送装置 30输送来的刀头 310。 点胶装置 40安装在机架 10上, 较优是 点腔装置 40还位于夹紧传输装置 50对应的上方, 并对夹紧传输装置 50所夹紧的刀头 310进行点 胶。焊丝输送装置 60安装在机架 10上,较优是焊丝输送装置 60还位于圆锯片夹紧装置 90对应的 上方, 且焊丝输送装置 60还往夹紧传输装置 50所夹紧的刀头 310输送焊丝并使该焊丝与该刀头 310形成一焊片 (图中未示)。 夹紧传输装置 50使焊片输送到圆锯片夹紧装置 90对应的上方, 圆 锯片承载输送装置 80将圓锯片输送圓锯片夹紧装置 90处且使圆锯片的锯牙与焊片相对应。推齿装 置 73将圓锯片的锯牙推压于焊片上, 圆锯片夹紧装置 90夹紧推压后的圓锯片。 高频焊接装置 72 安装在机架 10上, 较优是, 高频焊接装置 72还位于圆锯片夹紧装置 90对应的上方, 且将推压后 的焊片焊接于圓锯片之锯牙上。 而温度检测装置 72安装在机架 10上, 较优是温度检测装置 72还 位于圓锯片夹紧装置 90对应的上方, 且对焊接温度进行实时检测。 结合图 2及图 3 , 具体地, 在 本实施例中, 夹紧传输装置 50包含传输对接的第一夹紧传输装置 50a及第二夹紧传输装置 50b , 较优地, 第一夹紧传输装置 50a及第二夹紧传输装置 50b位于刀头输送装置 30及圆锯片夹紧装置 90之间, 且第一夹紧传输装置 50a还与刀头输送装置 30传输对接, 第二夹紧传输装置 50b还与圆 锯片夹紧装置 90传输对接,使刀头输送装置 30所输送来的刀头 310能更可靠地往圆锯片夹紧装置 90处输送, 以满足圓锯片的每一个锯牙均焊有焊片的工艺要求; 且第一夹紧传输装置 50a夹紧刀 头输送装置 30所输送来的刀头 310, 点胶装置 40对第一夹紧传输装置 50a所夹紧的刀头 310进行 点胶,第一夹紧传输装置 50a还将点胶后的刀头 310输送至第二夹紧传输装置 50b处,第二夹紧传 输装置 50b夹紧第一夹紧传输装置 50a所输送来的点胶后的刀头 310 , 焊丝输送装置 60往第二夹 紧传输装置 50b所夹紧的刀头 310输送焊丝并使焊丝与刀头 310形成焊片,第二夹紧传输装置 50b 使焊片输送到圆锯片夹紧装置 90对应的上方, 以使夹紧传输装置 50借助第一夹紧传输装置 50a 及第二夹紧传输装置 50b能将刀头输送装置 30所输送来的刀头 310往圆锯片夹紧装置 90处进行远 距离传送。 更具体地, 如下:
请参阅图 1至图 3 , 第一夹紧传输装置 50a包含第一滑动座 51、 第一连接件 52、 第二连接件 53、 第一旋转驱动器 54及对刀头输送装置 30所输送来的刀头 310进行夹紧的第一夹紧机构 55。 第一旋转驱动器 54较优为一电机以简化第一旋转驱动器 54的结构, 且第一旋转驱动器 54沿机架 10的前后方向安装在机架 10上, 较优地使第一旋转驱动器 55的输出端位于机架 10的前方; 第一 滑动座 51沿机架 10的左右方向滑动的设于机架 10上,较优地使第一滑动座 51呈水平的布置,为 外界物件在第一滑动座 51上的安装提供更多的安装位置;第一连接件 52较优呈杆形结构且一端安 装在第一旋转驱动器 55的输出端上, 第一连接件 52的另一端与第二连接件 53的一端枢接, 第二 连接件 53较优呈杆形结构且另一端与第一滑动座 51枢接, 使第一连接件 52、 第二连接件 53、 第 一滑动座 51及机架 10形成第一曲柄滑块机构,第一夹紧机构 55安装在第一滑动座 51上,以使得 第一夹紧机构 55借助第一曲柄滑块机构能被可靠精准驱动,从而实现第一夹紧机构 55与刀头输送 装置 30的传输配合,以及第一夹紧机构 55与下面描述到的第二夹紧机构 55的传输配合。具体地, 为使得第一滑动座 51沿机架 10的左右滑动更平稳可靠, 故机架 10设有第一滑轨 12 , 第一滑动座 51设有与第一滑轨 12配合的第一滑块 511,较优地使第一滑轨 11在水平面上呈间隔开的并排设置, 以增加机架 10对第一滑动座 51的支撑力; 可以理解的是, 将第一滑轨 12设于第一滑动座 51上, 将第一滑块 511设于机架 10上, 一样能实现第一滑动座 51滑设于机架 10上的目的。
结合图 4及图 5 ,第一夹紧机构 55包含第一直线驱动器 551、第一夹紧件 552、第二夹紧件 553、 转动件 554、 第一滑推件 555及第二滑推件 556。 第一夹紧件 552及第二夹紧件 553较优呈板形结 构, 且第一夹紧件 552及第二夹紧件 553的一端相配合形成出一第一夹紧区 5523。 第一直线驱动 器 551较优为一气虹或直线电机以简化提供直线驱动力的结构, 且第一直线驱动器 551沿机架 10 的前后方向安装在第一滑动座 51上, 较优地使第一直线驱动器 551的输出端位于机架 10的前方。 第一滑推件 555及第二滑推件 556较优呈板状并沿机架 10的前后方向滑动的设于第一滑动座 51 上。 转动件 554较优呈轮形结构, 转动件 554枢接于第一滑动座 51并分别与第一滑推件 555及第 二滑推件 556呈连动的设置。 第一夹紧件 552的另一端安装在第一滑推件 555上, 第二夹紧件 553 的另一端安装在第二滑推件 556上,第一直线驱动器 551与第一滑推件 555及第二滑推件 556中的 一者连接, 具体地, 在本实施例中, 第一直线驱动器 551是与第一滑推件 555相连接, 故工作时, 第一直线驱动器 551驱使第一滑动推 555沿图 4中箭头 B所指的相反方向移动时, 则移动的第一 滑推件 555带动转动件 554在图 4中做顺时针方向的转动,做顺时针方向转动的转动件 554带动第 二滑推件 556沿图 4中箭头 B所指的方向移动, 因此,移动的第一滑推件 555带动第一夹紧件 552 沿箭头 B所指的相反方向移动, 移动的第二滑推件 556带动第二夹紧件 553沿箭头 B所指方向移 动, 从而缩小第一夹紧件 552及第二夹紧件 553之间的距离, 因而可靠地夹紧刀头输送装置 30所 输送来的刀头 310。 当第一直线驱动器 551驱使第一滑推件 555沿箭头 B所指方向移动时, 则移动 的第一滑推件 555带动转动件 554在图 4 中做逆时针方向转动, 做逆时针方向转动的转动件 554 带动第二滑推件 556沿箭头 B所指的相反方向移动, 因此, 移动的第一滑推件 555带动第一夹紧 件 552沿箭头 B所指方向移动, 移动的第二滑推件 556带动第二夹紧件 553沿箭头 B所指的相反 方向移动, 从而扩大了第一夹紧件 552及第二夹紧件 553之间的距离, 为夹紧刀头输送装置 30所 输送来的刀头 310做准备。 更具体地, 如下:
较优者, 转动件 554位于第一滑推件 555及第二滑推件 556的上方, 具体是位于第一滑推件 555及第二滑推件 556的正上方, 且转动件 554的顶端通过一轴承 559与第一滑动座 51枢接, 转 动件 554的底端分别与第一滑推件 555及第二滑推件 556呈连动的设置。而实现转动件 554分别与 第一滑推件 555及第二滑推件 556连动的方式是,第一滑推件 555及第二滑推件 556均开设有槽孔 结构 557 , 转动件 554具有两凸出结构 558 , 每一凸出结构 558伸入对应的一个槽孔结构 557内 , 且每一凸出结构 558选择为柱形结构, 以便于凸出结构 558于槽孔结构 557内滑动; 同时, 槽孔结 构 557阻挡凸出结构 558沿第一滑推件 555的滑动方向 (即图 4中箭头 B所指方向及相反方向) 于槽孔结构 557内滑动, 即是说, 凸出结构 558沿第一滑推件 555的滑动方向与槽孔结构 557呈紧 密的配合; 槽孔结构 557允许凸出结构 558沿交错于第一滑推件 555 的滑动方向在槽孔结构 557 内滑动,即是说,凸出结构 558沿交错于第一滑推件 555的滑动方向与槽孔结构 557呈间隙的配合。 因此,借助凸出结构 558及槽孔结构 557的配合, 能简化转动件 554分别与第一滑推件 555及第二 滑推件 556连动的结构。为了使得第一夹紧件 552及第二夹紧件 553之间的张闭移动更协调及精准, 故两凸出结构 558以转动件 554的枢转中心呈对称的设置。
同时, 第一夹紧件 552沿第一滑推件 555的滑动方向超过第二夹紧件 553并弯折出一弯折部 552a, 弯折部 552a较优呈片状结构并沿第一滑推件 555的滑动方向与第二夹紧件 553相对应, 且 弯折部 552a与第二夹紧件 553之间形成上述的第一夹紧区 5523 , 以满足第一夹紧件 552及第二夹 紧件 553对于刀头输送装置 30所输送来的刀头 310进行远距离的夹紧操作。 具体地, 弯折部 552a 朝靠近第二滑推件 556的方向延伸出位于第一夹紧区 5523内的第一夹紧结构 5521,第二夹紧件 553 朝靠近弯折部 552a的方向延伸出位于第一夹紧区 5523内的第二夹紧结构 5531,第二夹紧结构 5531 沿第一滑推件 555的方向与第一夹紧结构 5521相对应, 使得第一夹紧件 552及第二夹紧件 553对 刀头 310的夹紧更方便快捷。 更具体地, 弯折部 552a形成第一夹紧区 5523的侧壁具有第一倒角结 构 5522,第一倒角结构 5522位于第一夹紧结构 5521的上方;第二夹紧件 553形成第一夹紧区 5523 的侧壁具有第二倒角结构 5532, 第二倒角结构 5532位于第二夹紧结构 5531的上方, 以使得弯折 部 552a、 第一夹紧结构 5521、 第一倒角结构 5522、 第二夹紧结构 5531、 第二倒角结构 5532及第 二夹紧件 553之间形成倒八字型的空腔, 能更容易地将夹紧刀头输送装置 30所输送来的刀头 310 夹紧及移走。
请参阅图 6及图 7 , 展示了第一夹紧机构的另一实施例, 本实施例的第一夹紧机构 55'与前述 的第一夹紧机构 55 的结构基本相同, 区别点在于: 第一、 本实施例的第一夹紧机构 55'比前述的 第一夹紧机构 55少设有一个轴承 559; 第二、本实施例的第一夹紧机构 55'的第一滑推件 555'及第 二滑推件 556'均具有凸出结构 558, 对应地, 转动件 554'开设有槽孔结构 557, 该槽孔结构 557贯 穿转动件 554'的底端。 而前述的第一夹紧机构 55是转动件 554具有凸出结构 558,第一滑推件 555 及第二滑推件 556均具有槽孔结构 557, 该槽孔结构 557是贯穿第一滑推件 555及第二滑推件 556 的顶端。 除了上述的区别外, 本实施例的第一夹紧机构 55'的结构均与前述的第一夹紧机构 55 的 结构相同, 故不再赘述。 且值得注意者, 实现转动件 554分别与第一滑推件 555及第二滑推件 556 连动的方式还可以有: 第一滑推件 555及第二滑推件 556中的一者开设有第一槽孔结构,第一槽孔 结构的结构可与上述的槽孔结构 557相同;第一滑推件 555及第二滑推件 556中的另一者具有第一 凸出结构, 第一凸出结构的结构可与上述的凸出结构 558相同; 相应地, 转动件 554对应的具有第 二槽孔结构及第二凸出结构,第二槽孔结构的结构可与上述的槽孔结构 557相同, 第二凸出结构的 结构可与凸出结构 558相同; 则此时, 第一凸出结构伸入第一槽孔结构内, 第二凸出结构伸入第二 槽孔结构内,使第一槽孔结构阻挡第一凸出结构沿第一滑推件 555的滑动方向于第一槽孔结构内滑 动, 第一槽孔结构允许第一凸出结构沿交错于第一滑推件 555的滑动方向在第一槽孔结构内滑动, 第二槽孔结构阻挡第二凸出结构沿第一滑推件 555的滑动方向于第二槽孔结构内滑动,第二槽孔结 构允许第二凸出结构沿交错于第一滑推件 555的滑动方向在第二槽孔结构内滑动。 因此,此处提供 了实现转动件 554分别与第一滑推件 555及第二滑推件 556连动的另一种实施方式,但不以此为限。
请再参阅图 1至图 5 , 对第一夹紧传输装置的工作原理进行详细的说明: 当第一夹紧机构 55 要对刀头输送装置 30所输送来的刀头 310进行夹紧并传输时, 此时控制器 10a使第一旋转驱动器 54作动, 通过第一连接件 52及第二连接件 53, 带动第一滑动座 51由机架 10左端往右端滑动; 与 此同时, 控制器 10a还使第一直线驱动器 551作动, 作动的第一直线驱动器 551带动第一滑推件 555沿图 4中箭头 B所指的方向移动, 则移动的第一滑推件 555通过转动件 554带动第二滑推件 556沿箭头 B所指的相反方向移动,从而借助第一滑推件 555及第二滑推件 556去带动第一夹紧件 552及第二夹紧件 553故相互张开的移动,扩大了第一夹紧件 552及第二夹紧件 553所形成的第一 夹紧区 5523 , 为夹紧刀头输送装置 30所输送来的刀头 310做准备; 随着第一旋转驱动器 54继续 驱使第一滑动座 51沿机架 10的右端滑动时, 刀头输送装置 30上的刀头 310逐渐地进入由第一夹 紧件 552及第二夹紧件 553所形成的第一夹紧区 5523内,直到刀头 310完全进入该第一夹紧区 5523 内为止; 当刀头 310进入第一夹紧区 5523内时, 此时的控制器 10a使第一直线驱动器 551沿相反 方向作动, 作动的第一直线驱动器 551驱使第一滑推件 555沿箭头 B所指的相反方向移动, 移动 的第一滑推件 555通过转动件 554带动第二滑推件 556沿箭头 B所指的方向移动, 从而带动第一 夹紧件 552及第二夹紧件 553 目互闭合的移动, 因而将进入第一夹紧区 5523内的刀头 310进行 夹紧, 实现对刀头输送装置 30所输送来的刀头 310进行夹紧的目的; 同时, 控制器 10a使点胶装 置 40作动, 对第一夹紧机构 55所夹紧的刀头 310进行点胶; 当对第一夹紧件 552及第二夹紧件 553所夹紧的刀头 310进行点胶后, 此时控制器 10a使第一旋转驱动器 54继续沿原来的方向作动 及使点胶装置 40停止作动,作动的第一旋转驱动器 54通过第一连接件 52及第二连接件 53带动第 一滑动座 51往机架 10的左端滑动, 从而使第一夹紧机构 55由机架 10的右端滑动至左端, 而使刀 头 310输送到第二夹紧传输装置 50b处,从而实现将刀头 310输送至第二夹紧传输装置 50b处之目 的。
请参阅图 1至图 3, 第二夹紧传输装置 50b包含第二旋转驱动器 56、 第三连接件 571、 第四连 接件 572、 第二滑动座 58及对第一夹紧机构 55所输送来的刀头 310进行夹紧的第二夹紧机构 59。 第二旋转驱动器 56较优为一电机以简化第二旋转驱动器 56的结构, 且第二旋转驱动器 56沿机架 10的前后方向安装在机架 10上, 较优地使第二旋转驱动器 56的输出端位于机架 10的前方。 第二 滑动座 58沿机架 10的左右方向滑动的设于机架 10上,较优地使第二滑动座 58呈竖直的布置,并 位于第一滑动座 51的下方。第三连接件 571的一端安装在第二旋转驱动器 56的输出端上,第三连 接件 571的另一端与第四连接件 572的一端枢接,第四连接件 572的另一端与第二滑动座 58枢接, 使第三连接件 571、 第四连接件 572、 第二滑动座 58及机架 10形成一第二曲柄滑块机构, 第二夹 紧机构 59安装于第二滑动座 58并与第一夹紧机构 55相配合作动,以使得第二夹紧机构 59借助第 二曲柄滑块机构能被可靠精准驱动,从而实现第二夹紧机构 59与第一夹紧机构 55的传输配合,以 及第二夹紧机构 59与圆锯片夹紧装置 90的传输配合。 具体地, 为使得第二滑动座 58沿机架 10 的左右滑动更平稳可靠, 故机架 10设有第二滑轨 13, 第二滑动座 58设有与第二滑轨 13配合的第 二滑块 582, 较优地使第二滑轨 13位于第一滑轨 12的下方; 可以理解的是, 将第二滑轨 13设于 第二滑动座 58上,将第二滑块 582设于机架 10上,一样能实现第二滑动座 58滑设于机架 10上的 目的。 更具体地, 如下:
请结合图 8至图 10, 第二夹紧机构 59包含第一气动手指 591、 第一冷却块 592、 第二冷却块 593、 第一夹紧块 594及第二夹紧块 595。 第一冷却块 592及第二冷却块 593中至少一者具有与外 界冷却系统相连通的第一冷却回路 5921、 5931 , 具体地, 在本实施例中, 第一冷却块 592及第二 冷却块 593均具有与外界冷却系统相连通的第一冷却回路 5921、 5931 , 进一步地增加冷却效果, 且可以理解的是,在其它实施例中,仅由第一冷却块 592或第二冷却块 593具有第一冷却回路,一 样能实现冷却的效果, 请不以上述的举例为限。 且第一气动手指 591沿机架 10的上下方向安装在 第二滑动座 58上, 具体地, 第二滑动座 58沿机架 10的前后方向向前延伸出一安装座 581 , 第一 气动手指 591是安装在安装座 581上的, 实现借助安装座 581而安装于第二滑动座 58上的目的; 且第一气动手指 591具有可做相互张闭活动的第一夹爪 5911及第二夹爪 5912, 较优地, 在本实施 例中, 第一夹爪 5911及第二夹爪 5912是被设计成做旋转的运动, 以使第一夹爪 5911及第二夹爪 5912采用旋转的方式去实现张闭活动的目的, 当然, 在其它实施例中, 第一夹爪 5911及第二夹爪 5912可设计成做相互的滑动, 则此时的第一夹爪 5911及第二夹爪 5912是采用滑动的方向去实现 张闭活动的目的。
同时, 第一夹爪 5911与第一冷却块 592的底端连接, 第一夹紧块 594安装在第一冷却块 592 的顶端, 较优的是, 第一夹紧块 594是与第一冷却块 592的第一冷却回路 5921的开口处正对, 且 密封该开口, 以更好地将第一夹紧块 594在焊接时产生的热量传递到该第一冷却回路 5921处, 由 该第一冷却回路 5921将热量快速地导走。第二夹爪 5912与第二冷却块 593的底端连接,第二夹紧 块 595安装在第二冷却块 593的顶端,较优的是,第二夹紧块 595还与第二冷却块 593的第一冷却 回路 5931的开口处正对, 且密封该开口, 以更好地将第二夹紧块 595在焊接时产生的热量传递到 该第二冷却回路 5931处, 由该第二冷却回路 5931将热量快速地导走。 另, 第一夹紧块 594及第二 夹紧块 595呈并排的设置且两者之间形成出一第二夹紧区 5945。 其中, 为了便于对第一夹紧机构 55所输送来的刀头 310进行快速的定位, 从而更便于第一夹紧块 594及第二夹紧块 595对定位后 的刀头 310进行夹紧, 故第二夹紧机构 59还包括一定位块 596, 定位块 596安装在第二滑动座 58 的安装座 581之顶端并具有一定位槽 5961 , 定位槽 5961与第二夹紧区 5945相对应, 以使定位槽 5961及第二夹紧区 5945呈直线空间的对接。 更具体地, 如下:
较优者, 第二夹紧机构 59还包括第一支撑板 597、 第二支撑板 598及弹性的夹紧支撑片 599, 夹紧支撑片 599固定于安装座 581的底部,且夹紧支撑片 599对应的两侧呈悬空的设置,第一支撑 板 597及第二支撑板 598呈间隔开的并排设置,第一支撑板 597的底端位于安装座 581的下方并与 夹紧支撑片 599悬空的一侧固定连接,第一冷却块 592安装在第一支撑板 597的顶端;第二支撑板 598的底端位于安装座 581的下方并与夹紧支撑片 599悬空的另一侧固定连接,第二冷却块 593安 装在第二支撑板 598的顶端,第一夹爪 5911嵌接于第一支撑板 597上,第二夹爪 5912嵌接于第二 支撑板 598上,以使第一夹爪 5911通过第一支撑板 597, 以及第二夹爪 5912通过第二支撑板 598 , 能更可靠地驱使第一夹紧块 594及第二夹紧块 595夹紧刀头 310, 且借助弹性的夹紧支撑片 599 , 能对第一支撑板 597及第二支撑板 598进行支撑, 从而减少第一气动手指 591的负载。
同时,安装座 581包含一倾斜设置的倾斜部 5811及由倾斜部 5811的两端沿同一方向延伸出的 上安装部 5812及下安装部 5813 ,第一气动手指 591安装于倾斜部 5811并位于上安装部 5812及下 安装部 5813之间, 夹紧支撑片 599安装于下安装部 5813上, 使第一气动手指 591装配于安装座 581的内部,故能简化安装座 581与第一气动手指 591之间的结构, 低对空间的占有量。具体地, 在本实施例中,上安装部 5812呈水平的设置,且上安装部 5812具有与外界冷却系统相连通的第二 冷却回路 5814 , 以进一步地提高冷却效果。 可选择地, 上安装部 5812的顶面及下安装部 5813的 底面均为一水平平面, 以便于组装的工艺需要。
再者,第一支撑板 597包含第一水平安装部 5971及由第一水平安装部 5971向上倾斜延伸出的 第一倾斜支撑部 5972, 第一水平安装部 5971安装在夹紧支撑片 599上, 第一倾斜支撑部 5972位 于上安装部 5812及下安装部 5813的前方, 使第一气动手指 591位于由第一倾斜支撑部 5972、 上 安装部 5812、 下安装部 5813及倾斜部 5811共同形成的空间内; 第一冷却块 592安装在第一倾斜 支撑部 5972上, 第一倾斜支撑部 5972开设有供第一夹爪 5911嵌接用的第一嵌入槽 5973, 以使得 第一夹爪 5911与第一支撐板 597的连接更快捷可靠。具体地, 在本实施例中, 上安装部 5812设有 第三滑轨 5815 , 第一倾斜支撑部 5972开设有与第三滑轨 5815配合滑动的第三滑槽 5974, 以使第 一倾斜支撑部 5972能在上安装部 5812上做可靠的滑动, 当然, 将第三滑轨 5815设于第一倾斜支 撑部 5972上,将第三滑槽 5974开设于上安装部 5812上,一样能实现第一倾斜支撑部 5972滑设于 上安装部 5812上的目的。同样地,第二支撑板 598包含一第二水平安装部 5981及由第二水平安装 部 5981向上倾斜延伸出的第二倾斜支撑部 5982,第二水平安装部 5981安装在夹紧支撑片 599上, 第二倾斜支撑部 5982位于上安装部 5812及下安装部 813的前方, 使第一气动手指 591也位于由 第二倾斜支撑部 5982、 上安装部 5812、 下安装部 5813及倾斜部 5811共同形成的空间内; 第二冷 却块 593安装在第二倾斜支撑部 5982上, 第二倾斜支撑部 5982开设有供第二夹爪 5912嵌接用的 第二嵌入槽 5983 , 以使得第二夹爪 5912与第二支撑板 598的连接更快捷可靠。 具体地, 在本实施 例中, 上安装部 5812设有第四滑轨 5816, 第二倾斜支撑部 5982开设有与第四滑轨 5816配合滑动 的第四滑槽 5984, 以使第二倾斜支撑部 5982能在上安装部 5812上做可靠的滑动, 当然, 将第四 滑轨 5816设于第二倾斜支撑部 5982上,将第四滑槽 5984开设于上安装部 5812上,一样能实现第 二倾斜支撑部 5982滑设于上安装部 5812上的目的。
请参阅图 1至图 3 , 以及图 8至图 10,对第二夹紧传输装置的作动过程进行说明: 当要驱使第 二夹紧机构 59对第一夹紧传输装置 50a所输送来的由第一夹紧机构 55所夹紧的刀头 310进行夹紧 时, 此时控制器 10a使第二旋转驱动器 56作动, 作动的第二旋转驱动器 56通过第三连接件 571 及第四连接件 572带动第二滑动座 58沿靠近第一夹紧机构 55处, 从而带动安装于第二滑动座 58 上的第二夹紧机构 59一起往第一夹紧机构 55处移动; 与此同时, 控制器 10a还使第一气动手指 591驱使第一夹爪 5911及第二夹爪 5912做张开的移动,移动的第一夹爪 5911通过第一支撑板 597 带动第一冷却块 592做协调的移动,移动的第二夹爪 5912通过第二支撑板 598带动第二冷却块 593 做协调的移动,从而带动第一夹紧块 594及第二夹紧块 595也做张开的移动, 因而扩大第一夹紧块 594及第二夹紧块 595所形成的第二夹紧区 5945 , 为第一夹紧机构 5所夹紧的刀头 310进入第二 夹紧区 5945做好准备;当第二旋转驱动器 56驱使第三连接件 571与第四连接件 572第一次共线以 形成出第一死点时, 则此时的第二滑动座 58使第二夹紧机构 59与第一夹紧机构 55呈定位的传输 位置, 使第一夹紧机构 55所夹紧的刀头 310正好位于第一夹紧块 594及第二夹紧块 595之间的第 二夹紧区 5945内; 然后, 控制器 10a使第一直线驱动器 551去驱使第一滑推件 555沿图 4中箭头 B所指的方向移动, 移动的第一滑推件 555通过转动件 554带动第二滑推件 556沿箭头 B所指的 相反方向移动,从而使第一夹紧件 552及第二夹紧件 553松开对刀头 310的夹紧,松开夹紧的刀头 310便落入到定位块 596的定位槽 5961 内进行快速的定位; 然后, 控制器 10a再使第一气动手指 591沿相反方向作动, 作动的第一气动手指 591通过第一夹爪 5911、 第二夹爪 5912、 第一支撑板 597、 第二支撑板 598、 第一冷却块 592及第二冷却块 593的配合, 从而驱使第一夹紧块 594及第 二夹紧块 595将进入第二夹紧区 5945内的刀头 310夹紧, 实现将第一夹紧机构 55所夹紧的刀头 310传输至第二夹紧机构 59处的目的; 当刀头 310被第一夹紧块 594及第二夹紧块 595所夹紧后, 此时的控制器 10a使第二旋转驱动器 56通过第三连接件 571及第四连接件 572去驱使第二滑动座 58往圆锯片夹紧装置 90处移动, 从而带动夹紧刀头 310的第二夹紧机构 59往圆锯片夹紧装置 90 处;当第二旋转驱动器 56驱使第三连接件 571与第四连接件 572第二次共线以形成出第二死点时, 则控制器 10a使第二旋转驱动器 56停上工作,使此时的刀头 310与圆锯片夹紧装置 90所夹紧的圆 锯片的一个锯牙相配合,与此同时,控制器 10a还使焊丝输送装置 60往第二夹紧机构 9所夹紧与 锯牙配合的刀头 310输送焊丝, 并使该焊丝与刀头 310组成焊片;再由控制器 10a使高频焊接装置 71 工作而使该焊片焊接于圓锯片的一个锯牙上之目的。 其中, 在焊片焊接于锯牙过程中, 外界冷 却系统可通过第一冷却回路 5921、 5931及第二冷却回路 5814将焊接中产生的余热快速导走,以确 保焊接温度的稳定性。
请参阅图 1, 以及图 11至图 15, 圆锯片夹紧装置 90包含第三滑动座 91、第二直线驱动器 92、 第三夹紧块 93、第四夹紧块 94及第二气动手指 95。第三滑动座 91沿机架 10的前后方向滑动的装 配于机架 10上, 具体地, 在本实施例中, 第三滑动座 91设有第六滑轨 911 , 机架 10设有与第六 滑轨 911配合滑动的第六滑槽 14, 以使第三滑动座 91能更平稳可靠地滑设于机架 10上; 可以理 解的, 将第六滑轨 911设于机架 10上, 将第六滑槽 14开设于第三滑动座 91上, 一样能实现第三 滑动座 91滑设于机架 10上的目的。
第二直线驱动器 92较优为一气虹或直线电机以简化提供直线驱动力的第二直线驱动器 92的结 构, 且第二直线驱动器 92设于机架 10或第三滑动座 91上, 并驱使第三滑动座 91滑动, 具体地, 在本实施例中, 第二直线驱动器 92是安装在第三滑动座 91上, 且第三直线驱动器 92的输出端与 机架 10连接, 减少第三直线驱动器 92对第三滑动座 91的空间占有量, 从而使得第二直线驱动器 92于第三滑动座 91上的布局更紧凑; 更具体地, 第二直线驱动器 92安装在第三滑动座 91远离机 架 10的一侧上, 机架 10具有一穿过第三滑动座 91的顶推部 15 , 顶推部 15较优为一块状结构且 可在第三滑动座 91 内滑动; 而实现顶推部 15在第三滑动座 91 内滑动的方式是, 第三滑动座 91 开设有供顶推部 15滑动的滑动通槽 912, 使机架 10的顶推部 15能穿置于该滑动通槽 912内; 且 第二直线驱动器 92的输出端与顶推部 15固定连接, 以使第二直线驱动器 92能更直接地驱使第三 滑动座 91沿机架 10的前后方向在机架 10上滑动。
其中, 为了能微调第三滑动座 91相对于机架 10上的位置, 圆锯片夹紧装置 90还包括一左右 齿微调操作件 99 , 左右齿微调操作件 99较优呈螺杆结构, 且左右齿微调操作件 99呈转动的穿过 第三滑动座 91并与顶推部 15螺紋啮合传动,该螺紋啮合传动可理解为螺母与丝杆的配合传动; 为 了便于第二直线驱动器 92的安装,故第三滑动座 91具有一供第二直线驱动器 92安装的固定部 913 , 该固定部 913呈块状结构, 左右齿微调操作件 99呈转动的穿过固定部 913 , 以使左右齿微调操作 件 99能更可靠地驱使第三滑动座 91于机架 10上的调节;可选择地,顶推部 15及固定部 913相平 行的设置, 以使得它们之间的布局更合理。 第二气动手 95指安装在第三滑动座 91 , 且第二气动手 指 95具有可做相互张闭活动的第三夹爪 951及第四夹爪 952, 具体地, 在本实施例中, 第三夹爪 951及第四夹爪 952是被设计成旋转的运动方式,去实现第三夹爪 951及第四夹爪 952做相互张闭 活动, 当然, 在其它实施例中, 第三夹爪 951及第四夹爪 952可被设计成滑动的运动方式, 故不以 上述的举例为限。 第三夹紧块 93连接于第三夹爪 951 , 第四夹紧块 94连接于第四夹爪 952 , 且第 三夹紧块 93及第四夹紧块 94两者之间沿第三滑动座 91的滑动方向形成出一供夹紧圆锯片之左右 锯牙用的第三夹紧区 96, 使第二气动手指 95通过第三夹爪 951及第四夹爪 952 , 驱使第三夹紧块 93及第四夹紧块 94夹紧或松开第三夹紧区 96内的圆锯片之左锯牙及右锯牙。 更具体地, 如下: 较优者, 圆锯片夹紧装置 90还包括并排设置的第一旋转件 97及第二旋转件 98 , 第一旋转件 97较优呈板形结构且通过第一旋转轴 971枢接于第三滑动座 91上, 且第一旋转件 97的一端与第 三夹爪 951连接, 第三夹紧块 93安装在第一旋转件 97的另一端; 第二旋转件 98较优呈板形结构 且通过第二旋转轴 98枢接于第三滑动座 91上, 且第二旋转件 98的一端与第四夹爪 952连接, 第 四夹紧块 94安装在第二旋转件 98的另一端上,以使第二气动手指 95通过第一旋转件 97及第二旋 转件 98能远距离地驱使第三夹紧块 93及第四夹紧块 94 长闭的活动,实现第三夹紧块 93及第四 夹紧块 94对圆锯片夹紧之目的。 可选择地, 在本实施例中, 第一旋转轴 971及第二旋转轴 981呈 对称的设置, 目的使得第一旋转件 97及第二旋转件 98能更协调带动第三夹紧块 93及第四夹紧块 94做更精准的夹紧或松开作动。
请再参阅图 1, 以及图 11至图 15, 对圆锯片夹紧装置的工作原理进行详细的说明: 当要对圆 锯片承载输送装置 80所输送来的圆锯片之右锯牙及右锯牙进行夹紧时, 此时控制器 10a使第二直 线驱动器 92作动,作动的第二直线驱动器 92驱使第三滑动座 91在机架 10上滑动,从而带动设于 第三滑动座 91上的第三夹紧块 93及第四夹紧块 94一起滑动, 使圆锯片的右锯牙进入第三夹紧区 96内, 并使圓锯片的右锯牙的中心与第三夹紧区 96的中心相正对; 此时, 控制器 10a使第二气动 手指 95沿驱使第三夹爪 951及第四夹爪 952做闭合的活动, 活动的第三夹爪 951通过第一旋转件 97带动第三夹紧块 93朝靠近第四夹紧块 94处运动,活动的第四夹爪 952通过第二旋转件 98带动 第四夹紧块 94朝靠近第三夹紧块 93处运动,从而使第三夹紧块 93及第四夹紧块 94共同夹紧圓锯 片的右锯牙; 当要^ ^开圆锯片的右锯牙并夹紧圆锯片的左锯牙时,此时控制器 10a使第二气动手指 95沿驱使第三夹爪 951及第四夹爪 952做张开的活动,活动的第三夹爪 951通过第一旋转件 97带 动第三夹紧块 93朝远离第四夹紧块 94处运动, 活动的第四夹爪 952通过第二旋转件 98带动第四 夹紧块 94朝远离第三夹紧块 93处运动,从而使第三夹紧块 93及第四夹紧块 94松开对圓锯片的右 锯牙的夹紧; 然后, 控制器 10a控制圓锯片承载输送装置 80使圓锯片的左锯牙旋转到夹紧的位置 处, 则此时的控制器 10a再使第二直线驱动器 92沿反方向驱使第三滑动座 91在机架 10上滑动, 从而带动设于第三滑动座 91上的第三夹紧块 93及第四夹紧块 94一起滑动, 使圆锯片的左锯牙进 入第三夹紧区 96 内, 并使圆锯片的左锯牙的中心与第三夹紧区 96的中心相正对; 此时, 控制器 10a使第二气动手指 95沿驱使第三夹爪 951及第四夹爪 952做闭合的活动, 活动的第三夹爪 591 通过第一旋转件 97带动第三夹紧块 93朝靠近第四夹紧块 94处运动, 活动的第四夹爪 952通过第 二旋转件 98带动第四夹紧块 94朝靠近第三夹紧块 93处运动,从而使第三夹紧块 93及第四夹紧块 94共同夹紧圓锯片的左锯牙。
请参阅图 1, 以及图 18至图 22 , 刀头输送装置 30包含第一主动轮 31、 第一从动轮 32、 第一 传送件 33、 第三旋转驱动器 34及止挡机构 35。 第三旋转驱动器 34较优为一电机以简化第三旋转 驱动器 34的结构,第三旋转驱动器 34沿机架 10的前后方向安装在机架 10上,较优地使第三旋转 驱动器 34的输出端位于机架 10的前方;第一主动轮 31安装于第三旋转驱动器 34的输出端上,第 一从动轮 32装配于机架 10并与第一主动轮 31相对应, 第一传送件 33套于第一主动轮 31及第一 从动轮 32上, 使第一传送件 33能将选料盘装置 20所输送来的刀头 310由机架 10的右端往机架 10的左端处输送, 优先地, 第一主动轮 31及第一从动轮 32均为传动带轮, 第一传送件 33为传动 带, 以确保传动的平稳性。 止挡机构 35竖直地装配于机架 10, 具体地, 在本实施例中, 机架 10 具有位于第一传送件 33对应的上方的安装板 11 , 止挡机构 35装配于安装板 11并邻近第一从动轮 32, 以使得止挡机构 35对第一传送件 33上刀头 310的阻挡更方便快捷, 且止挡机构 35包含止挡 件 351及止挡驱动器 352, 止挡驱动器 352较优为一气缸以简化止挡驱动器 352的结构, 止挡驱动 器 352驱使止挡件 351阻挡或允许第一传送件 33上的由选料盘装置 20所输送来的刀头 310在选料 盘装置 20与第一夹紧传输装置 50a之间输送, 以使得选料盘装置 20与第一夹紧传输装置 50a之间 的刀头 310处理更协调。 更具体地, 如下:
较优者, 刀头输送装置 30还包括中间轮 37及张紧轮 38 , 中间轮 37位于第一主动轮 31对应 的上方,且中间轮 37与第一传送件 33的内侧传送接触,张紧轮 38沿机架 10的上下方向位于第一 主动轮 31及第一从动轮 32之间, 且张紧轮 38抵压第一传送件 33的外侧,从而为第三旋转驱动器 34在机架 10上的安装提供安装空间, 防止第三旋转驱动器 34对其它部件的干涉, 并能确保第一 传送件 33能将选料盘装置 20所输送来的刀头 310可靠地传送至第一夹紧传输装置 50a处。具体地, 在本实施例中, 中间轮 37及第一从动轮 32沿机架 10的上下方向呈并排的设置, 使得中间轮 37 的枢转中心处与第一从动轮 32的枢转中心处位于同一高度上,从而使得第一传送件 33能水平且平 稳地输送刀头 310 , 进一步地提高刀头 310输送的可靠性。
同时, 止挡件 351枢接于安装板 11上, 止挡驱动器 352驱使止挡件 351摆动, 以使得止挡件 351 以摆动的方式阻挡或允许第一传送件 33上的刀头 310往第一夹紧传输装置 50a处输送; 具体 地, 在本实施例中, 安装板 11具有沿机架 10的左右方向布置的片状的竖直部 111, 竖直部 111嵌 入止挡件 351的底端内, 止挡件 351通过一枢转轴 353与竖直部 111枢接, 即,枢转轴 353依次穿 过止挡件 351的一侧、 竖直部 111及止挡件 351的另一侧, 且枢转轴 353的两端固定于止挡件 351 上; 止挡驱动器 352安装在止挡件 351上, 且止挡驱动器 352的输出端正对竖直部 111 , 使止挡驱 动器 352的输出端通过顶推竖直部 111而驱使止挡件 351摆动,从而简化止挡驱动器 352驱使止挡 件 351摆动的结构。
再者, 为了能调节安装板 11在高度方向的位置, 以适应对不同厚度的刀头 310阻挡, 故刀头 输送装置 30还包括一驱使止挡机构 35沿竖直方向进行位置调节的微调机构 39 , 具体地, 在本实 施例中, 微调机构 39包含微调操作件 391及弹性的微调支撑片 392, 微调支撑片 392的一端水平 的安装于机架 10上,安装板 11安装在微调支撑片 392的另一端上,微调操作件 391较优为螺杆结 构以筒化微调操作件 391的结构, 且微调操作件 391沿机架 10的上下方向呈螺紋啮合的穿过安装 板 11 , 且微调操作件 391的底端与机架 10相抵触, 故在微调操作件 391旋转抵触机架 10时, 会 改变安装板 11与机架 10之间的距离, 且由于微调支撑片 392具有弹性, 故使得微调支撑片 392 跟随安装板 11的变化而产生形变, 为安装板 11提供支撑作用。 当然, 如图 23所示, 在其它实施 例中, 微调机构 39'包含微调操作件 391 '及相互配合滑动的第一配合块 393和第二配合块 394, 第 一配合块 393沿机架 10的上下方向安装于机架 10上, 第二配合块 394沿机架 10的上下方向安装 于安装板 11上, 微调操作件 391 '较优为一螺杆结构以简化微调操作件 391 '的结构, 且微调操作件 39Γ沿机架 10的上下方向呈旋转的装配于第一配合块 393上, 且微调操作件 391 '还与第二配合块 394螺纹啮合,从而通过旋转微调操作件 391 '而达到调节第二配合块 394相对于第一配合块 393之 间的距离, 从而达到调节安装板 11相对于机架 10间距的目的。 另, 为能适应于不同宽度的刀头 310要求, 故刀头输送装置 30还设置宽度调节组件 372, 宽度调节组件 372包含宽度操作件 3721 及沿第一传送件 33输送刀头 310的方向设于机架 10上的第一挡片 3722及第二挡片 3723, 宽度操 作件 3721可转动的设于机架 10上并能驱使第一挡片 3722及第二挡片 3723做调整两者间的间距 的运动。
最后,刀头输送装置 30还包括一吹气嘴结构 36,吹气嘴结构 36安装于机架 10邻近中间轮 37 的部位处,且吹气嘴结构 36的入口气 361与外界供气装置连通,吹气嘴结构 36的出气口 362与第 一传送件 33所输送的刀头 310的侧面相对应, 以确保第一传送件 33能对刀头 310传送的可靠性。
请再参阅图 1 , 以及图 18至图 23 ,对刀头输送装置 30的工作原理进行详细的说明: 当控制器 10a使选料盘装置 20使刀头 310输送到第一传送件 33上时, 此时的控制器 10a使第三旋转驱动器 34作动, 作动的第三旋转驱动器 34通过第一主动轮 31、 第一从动轮 32、 夹紧轮 37、 中间轮 38 及第一传送件 33的配合, 驱使第一传送件 33上的刀头 310往止挡机构 35处输送, 由于此时的止 挡机构 35的止挡件 351处于阻挡刀头 310往第一夹紧机构 55处输送,故使得刀头 310—个个有序 地排放于第一传送件 33上; 当控制器 10a通过第一直线驱动器 551使第一夹紧件 552及第二夹紧 件 553所张开的第一夹紧区 5523能供止挡件 351通过时, 此时的控制器 10a通过第一旋转驱动器 54、 第一连接件 52、 第二连接件 53及第一滑动座 51的配合, 使得与止挡件 351相抵挡的那一个 刀头 310正好位于第一夹紧件 552及第二夹紧件 553内时,此时的控制器 10a控制第一直线驱动器 551作动,作动的第一直线驱动器 551通过第一滑推件 555、转动件 554及第二滑推件 556的配合, 去驱使第一夹紧件 552及第二夹紧件 553共同夹紧刀头 310 , 与此同时, 控制器 10a还使止挡驱动 器 352作动,驱使止挡件 351朝远离第一传送件 33处摆动,从而为夹紧刀头 310的第一夹紧件 552 及第二夹紧件 553往第二夹紧传输装置 50b处移动提供避让空间;当控制器 10a通过第一旋转驱动 器 54、第一连接件 52、第二连接件 53及第一滑动座 51的配合, 去驱使由第一夹紧机构 55所夹紧 的刀头 310往第二夹紧传输装置 50b移动的同时,控制器 10a再使止挡驱动器 352作相反方向的作 动, 从而驱使止挡件 351复位而继续阻挡第一传送件 33上的下一个刀头 310 , 因而实现刀头输送 装置 30承担将选料盘装置 20所输送来的刀头 310往第一夹紧传输装置 50a处输送的目的。
请参阅图 1、 图 11、 图 16及图 17, 圆锯片承载输送装置 80包含第三直线驱动器 81、 第四滑 动座 82、 第四旋转驱动器 83及供圆锯片承载用的承载座 84。 第三直线驱动器 81较优为一气虹或 直线电机以筒化第三直线驱动器 81的结构, 且第三直线驱动器 81沿机架 10的左右方向连接于机 架 10上, 第四滑动座 82沿机架 10的左右方向滑动的设于机架 10上, 且第四滑动座 82与第三直 线驱动器 81连接, 第四旋转驱动器 83较优为一电机以简化第四旋转驱动器 83的结构, 且第四旋 转驱动器 83沿机架 10的前后方向安装在第四滑动座 82上,较优地使第四旋转驱动器 83的输出端 位于机架 10的前方。 承载座 84安装在第四旋转驱动器 83的输出端上, 以简化圆锯片承载输送装 置 80的结构。 其中, 为了能微调第四滑动座 82的距离, 圆锯片承载输送装置 80还包含一距离调 整机构 86 , 该距离调整机构 86包含旋转操作件 861及螺母结构 862 , 螺母结构 862安装在第四滑 动座 82上, 旋转操作件 861沿机架 10的左右方向转动的穿过第三直线驱动器 81的输出端并与螺 母结构 862螺紋啮合传动; 为了能调整圆锯片承载输送装置 80所输送圆锯片的角度, 故圓锯片承 载输送装置 80还包含一角度调整机构 85 , 该角度调整机构 85 包含枢转座 851、 角度操作件 852 及枢转块 853 , 枢转座 851是与机架 10枢转的, 使枢转座 851可绕枢转中心沿机架 10左端至右端 的方向做上下的摆动,第四滑动座 82是滑动的设于枢转座 851上, 而实现第四滑动座 82滑设于枢 转座 851上的方式是, 第四滑动座 82设有第五滑块 821, 枢转座 851设有与第五滑块 821配合的 第五滑轨 8511 , 以使第四滑动座 82平稳可靠地于枢转座 851上滑动的目的; 可以理解的是, 将第 五滑轨 8511设于第四滑动座 82上, 将第五滑块 821设于枢转座 851上, 一样能实现第四滑动座 82滑设于枢转座 851上的目的。
同时,枢转块 853沿机架 10的前后方向枢接于机架 10上,使枢转块 852可绕枢转中心线沿机 架左端至右端的方向做上下摆动, 角度操作件 852沿机架 10的左右方向转动的穿过枢转座 851并 与枢转块 853螺丈啮合传动。
请参阅图 1、 图 11、 图 16及图 17, 对圆锯片承载输送装置 80的工作原理作详细的说明: 当 承载于承载座 84上的圓锯片要输送至圆锯片夹紧装置 90处, 由圆锯片夹紧装置 90的第三夹紧块 93及第四夹紧块 94进行夹紧时, 此时的控制器 10a使第三直线驱动器 81作动, 作动的第三直线 驱动器 81驱使第四滑动座 82朝靠近圓锯片夹紧装置 90处滑动, 从而使圓锯片输送至圓锯片夹紧 装置 90处, 然后, 控制器 10a控制推齿装置 73去推压圆锯片的锯牙于夹紧传输装置 50所输送来 的焊片上,最后由控制器使圓锯片夹紧装置 90的第三夹紧块 93及第四夹紧块 94共同夹紧圆锯片; 当夹紧的圓锯片需要旋转一个锯牙的位置时, 此时控制器 10a先使圆锯片夹紧装置 90的第三夹紧 块 93及第四夹紧块 94松开对圓锯片夹紧后, 再由控制器 10a通过第四旋转驱动器 83使承载于承 载座 84上的圓锯片转动,再借助推齿装置 73对转动的圆锯片进行推压,从而准确地使圓锯片旋转 至一个锯牙的工序位置。
请参阅图 1及图 18 , 选料盘装置 20包含一振动盘 21及驱使振动盘 21进行振动的振动器(图 中未示),使得置于振动盘 21的杂乱的刀头 310在振动器的驱使下,能整齐有序地往刀头输送装置 30的第三传送件 33上输送。 且焊丝输送装置 60包含一供焊丝挂装的挂轮组件(图中未示)、 供导 引焊丝用的导引管 62、 驱使导引管 62进行调节的调节组件 64及为焊丝的传动提供动力的焊丝驱 动器 61 , 导引管 62的出口处与高频焊接装置 70相对应。
值得注意者, 圓锯片的左锯牙及右锯牙是指, 左锯牙与右锯牙相错位, 使对左锯牙及右锯牙进 行夹紧的中心不相同。 且上述提到的点胶装置 40、 高频焊接装置 71、 温度检测装置 72及推齿装置 73的结构均为本领域普通技术人员所熟知的, 故在此不再赘述。
以上所揭露的仅为本发明的较佳实例而已, 当然不能以此来限定本发明之权利范围, 因此依本 发明权利要求所作的等同变化, 仍属于本发明所涵盖的范围。

Claims

权 利 要 求
1. 一种圓锯片自动焊接机, 适用将刀头及焊丝组成的焊片焊接在圓锯片的锯牙上, 其特征在 于, 包括机架、 设于所述机架上的控制器及与所述控制器电性连接的选料盘装置、 刀头输送装置、 点胶装置、 夹紧传输装置、 焊丝输送装置、 高频焊接装置、 温度检测装置、 圆锯片承载输送装置、 推齿装置和圆锯片夹紧装置,所述选料盘装置安装在所述机架的一侧,所述圆锯片承载输送装置及 推齿装置安装在所述机架的另一侧,所述刀头输送装置、夹紧传输装置及圓锯片夹紧装置沿所述选 料盘装置至所述圆锯片承载输送装置的方向依次地安装在所述机架上,所述刀头输送装置将所述选 料盘装置所输送来的刀头输送到所述夹紧传输装置处,所述夹紧传输装置夹紧所述刀头输送装置输 送来的刀头,所述点胶装置安装在所述机架并对所述夹紧传输装置所夹紧的刀头进行点胶,所述焊 丝输送装置安装在所述机架上,所述焊丝输送装置往所述夹紧传输装置所夹紧的刀头输送焊丝并使 该焊丝与该刀头形成一焊片, 所述夹紧传输装置使所述焊片输送到所述圆锯片夹紧装置对应的上 方,所述圓锯片承载输送装置将圓锯片输送至所述圓锯片夹紧装置处且使圓锯片的锯牙与焊片相对 应, 所述推齿装置将圓锯片的锯牙推压于焊片上, 所述圓锯片夹紧装置夹紧推压后的圓锯片, 所述 高频焊接装置安装在所述机架并将推压后的焊片焊接于圓锯片之锯牙上,所述温度检测装置安装在 所述机架并对悍接温度进行实时检测。
2. 如权利要求 1所述的圆锯片自动焊接机, 其特征在于, 所述夹紧传输装置包含传输对接的 第一夹紧传输装置及第二夹紧传输装置,所述第一夹紧传输装置夹紧所述刀头输送装置所输送来的 刀头,所述点胶装置对所述第一夹紧传输装置所夹紧的刀头进行点胶,所述第一夹紧传输装置还将 点胶后的刀头输送至所述第二夹紧传输装置处,所述第二夹紧传输装置夹紧所述第一夹紧传输装置 所输送来的点胶后的刀头,所述焊丝输送装置往所述第二夹紧传输装置所夹紧的刀头输送焊丝并使 焊丝与刀头形成焊片, 所述第二夹紧传输装置使所述焊片输送到所述圓锯片夹紧装置对应的上方。
3. 如权利要求 2所述的圓锯片自动悍接机, 其特征在于, 所述第一夹紧传输装置包含第一滑 动座、第一连接件、第二连接件、第一旋转驱动器及对所述刀头输送装置所输送来的刀头进行夹紧 的第一夹紧机构,所述第一旋转驱动器沿所述机架的前后方向安装在所述机架上,所述第一滑动座 沿所述机架的左右方向滑动的设于所述机架上,所述第一连接件的一端安装在所述第一旋转驱动器 的输出端上,所述第一连接件的另一端与所述第二连接件的一端枢接,所述第二连接件的另一端与 所述第一滑动座枢接,且所述第一连接件、第二连接件、第一滑动座及机架形成第一曲柄滑块机构, 所述第一夹紧机构安装在所述第一滑动座上。
4. 如权利要求 3所述的圆锯片自动焊接机, 其特征在于, 所述第一夹紧机构包含第一直线驱 动器、 第一夹紧件、 第二夹紧件、 转动件、 第一滑推件及第二滑推件, 所述第一夹紧件及第二夹紧 件的一端相配合形成出一第一夹紧区,所述第一直线驱动器沿所述机架的前后方向安装在所述第一 滑动座上,所述第一滑推件及第二滑推件沿所述机架的前后方向滑动的设于所述第一滑动座上,所 述转动件枢接于所述第一滑动座并分别与所述第一滑推件及第二滑推件呈连动的设置,所述第一夹 紧件的另一端安装在所述第一滑推件上,第二夹紧件的另一端安装在所述第二滑推件上,所述第一 直线驱动器与所述第一滑推件及第二滑推件中的一者连接。
5. 如权利要求 2所述的圆锯片自动焊接机, 其特征在于, 所述第二夹紧传输装置包含第二旋 转驱动器、第三连接件、第四连接件、第二滑动座及对所述第一夹紧机构所输送来的刀头进行夹紧 的第二夹紧机构 ,所述第二旋转驱动器沿所述机架的前后方向安装在所述机架上,所述第二滑动座 沿所述机架的左右方向滑动的设于所述机架上,所述第三连接件的一端安装在所述第二旋转驱动器 的输出端上,所述第三连接件的另一端与所述第四连接件的一端枢接,所述第四连接件的另一端与 所述第二滑动座枢接, 且所述第三连接件、第四连接件、第二滑动座及机架形成一第二曲柄滑块机 构, 所述第二夹紧机构安装于所述第二滑动座并与所述第一夹紧机构相配合作动。
6. 如权利要求 5所述的圆锯片自动焊接机, 其特征在于, 所述第二夹紧机构包含第一气动手 指、 第一冷却块、 第二冷却块、 第一夹紧块及第二夹紧块, 所述第一冷却块及第二冷却块中至少一 者具有与外界冷却系统相连通的第一冷却回路,所述第一气动手指沿所述机架的上下方向安装在所 述第二滑动座上,且所述第一气动手指具有可做相互张闭活动的第一夹爪及第二夹爪,所述第一夹 爪与所述第一冷却块的底端连接,所述第一夹紧块安装在所述第一冷却块的顶端,所述第二夹爪与 所述第二冷却块的底端连接,所述第二夹紧块安装在所述第二冷却块的顶端,所述第一夹紧块及第 二夹紧块呈并排的设置且两者之间形成出一第二夹紧区。
7. 如权利要求 1所述的圆锯片自动焊接机, 其特征在于, 所述圓锯片夹紧装置包含第三滑动 座、 第二直线驱动器、 第三夹紧块、 第四夹紧块及第二气动手指, 所述第三滑动座沿所述机架的前 后方向滑动的装配于所述机架上,所述第二直线驱动器设于所述机架或第三滑动座上并驱使所述第 三滑动座滑动,所述第二气动手指安装在所述第三滑动座,且所述第二气动手指具有可做相互张闭 活动的第三夹爪及第四夹爪,所述第三夹紧块连接于所述第三夹爪,所述第四夹紧块连接于所述第 四夹爪,且所述第三夹紧块及第四夹紧块两者之间沿所述第三滑动座的滑动方向形成出一供夹紧圆 锯片之左右锯牙用的第三夹紧区,所述第二气动手指通过所述第三夹爪及第四夹爪驱使所述第三夹 紧块及第四夹紧块夹紧或松开所述第三夹紧区内的圆锯片之左右锯牙。
8. 如权利要求 7所述的圆锯片自动焊接机, 其特征在于, 所述圓锯片夹紧装置还包含并排设 置的第一旋转件及第二旋转件,所述第一旋转件枢接于所述第三滑动座上,且所述第一旋转件的一 端与所述第三夹爪连接,所述第三夹紧块安装在所述第一旋转件的另一端,所述第二旋转件枢接于 所述第三滑动座上,且所述第二旋转件的一端与所述第四夹爪连接,所述第四夹紧块安装在所述第 二旋转件的另一端上。
9. 如权利要求 1至 3任一项所述的圆锯片自动焊接机, 其特征在于, 所述刀头输送装置包含 第一主动轮、 第一从动轮、 第一传送件、 第三旋转驱动器及止挡机构, 所述第三旋转驱动器沿所述 机架的前后方向安装在所述机架上,所述第一主动轮安装于所述第三旋转驱动器的输出端上,所述 第一从动轮装配于所述机架并与所述第一主动轮相对应,所述第一传送件套于所述第一主动轮及第 一从动轮上,所述止挡机构竖直地装配于所述机架并包含止挡件及止挡驱动器,所述止挡驱动器驱 使所述止挡件阻挡或允许所述第一传送件上的刀头在所述选料盘装置及所述夹紧传输装置之间输 送。
10. 如权利要求 1所述的圓锯片自动焊接机,其特征在于, 所述圓锯片承载输送装置包含第三 直线驱动器、第四滑动座、第四旋转驱动器及供圆锯片承载用的承载座, 所述第三直线驱动器沿所 述机架的左右方向连接于所述机架上,所述第四滑动座沿所述机架的左右方向滑动的设于所述机架 上,且所述第四滑动座与所述第三直线驱动器连接 ,所述第四旋转驱动器沿所述机架的前后方向安 装在所述第四滑动座上, 所述承载座安装在所述第四旋转驱动器的输出端上。
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CN108544147A (zh) * 2018-05-18 2018-09-18 丹阳市宝利锯业机械有限公司 一种全自动焊齿机
CN108500542A (zh) * 2018-05-18 2018-09-07 丹阳市宝利锯业机械有限公司 一种锯片焊齿位纠正机构
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CN109702420B (zh) * 2019-01-31 2023-11-07 丹阳启亮机械有限公司 一种全自动焊齿机用分检送料装置
CN113714632A (zh) * 2020-05-11 2021-11-30 昆山迈通自动化设备有限公司 一种圆锯片激光焊接设备
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CN110732796A (zh) * 2019-09-11 2020-01-31 珠海优泰科技有限公司 打印机刮刀的焊接涂胶装置以及焊接涂胶方法

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