Semi-automatic die cutting production line for silicone tubes

[0046] Contraction below Figure 2-8 This application is further described in detail.

[0047] The present application example discloses a silica tube semi-automatic die-cutting production line. Refer figure 2 with image 3 The silicone tube semi-automatic die cutting production line includes a table 1 and a sheet device 2 mounted on the upper surface of the table 1, a positioning device 4, a transmitting device 5, a clamping device 6, and a cutting device 7, and an mounted device 2. Screening device 3. The shape of the table 1 is a long square, the positioning device 4, the transfer device 5, the clamping device 6, and the cutting device 7 are sequentially arranged in the longitudinal direction of the table 1, and the lower material 2 is located directly above the positioning device 4. In the process of production, the staff places a plurality of japonic silica tube 9 in the lower storage device 2, and the lowering device 2 will be transferred in the sleeve 8 downward, during transmission, sieve The division device 3 has a screening effect on the fixture 8 so that only one trunks are transmitted from the lower apparatus 2 to the positioning device 4; when the transfer device 5 transmits the fixture 8 on the positioning device 4 to the clamping The device 6, the clamping device 6 fixes the fixture 8, and the cutting device 7 cuts the silicone tube 9 that is sleeved on the fixture 8 into a plurality of silica gel tubes 9.

[0048] Refer image 3 In order to facilitate the staff to set the silicone tube 9 to the fixture 8, the size and shape of the fixture 8 are adapted to the silicone tube 9. In the present embodiment, the fixture 8 includes a sleeve 81 and a restricted ring 82, and the shape of the sleeve 81 is a cylinder, and the limit ring 82 is integrally formed at one end of the sleeve 81. In order to increase the stability of the clamping device 6 holding the fixture 8, the positioning hole 811 is opened at both ends of the sleeve 81.

[0049] Refer Figure 4 with Figure 5 The sheet device 2 includes a hopper 21 and a tube 22 in which a hopper 21 and a lower tube 22 are disposed and a support frame 23 for supporting the lower tube 22. The support frame 23 is fixed to the upper surface of the table 1, and the length direction of the lower tube 22 is in the vertical direction, and the bottom end of the lower tube 22 is formed on the support frame 23, the side wall and the support frame 23 of the bottom of the lower tube 22. Secure connection, the hopper 21 integrally forms the top end of the lower tube 22. The sheet 221 is opened on the lower tube 22, and the length direction of the lower portion passage 221 is in the vertical direction, and the top end of the lower air passage 221 is in communication with the hopper 21, and the bottom end of the lower air passage 221 is set.

[0050] Refer figure 1 with Figure 4 The support frame 23 includes a carrier 231 and four support rods 232, and the carrier 231 is arranged horizontally, and the four support rods 232 are disposed vertically. The top end of the four support rods 232 welded to the lower surface of the carrier 231, and the bottom end of the four support rods 232 is fixedly coupled to the upper surface of the table 1. The upper surface of the carrier 231 is opened with an avoidance groove 2311, and the avoidance groove 2311 is set to the side of the transfer device 5. The bottom end of the lower tube 22 is provided in the three outer sidewalls of the bottom end of the lower body tube 22, respectively, and the three inner side walls of the avoidance slot 2311, respectively. The support frame 23 has a stable support for the lower tube 22 and the hopper 21. It is worth mentioning that the positioning device 4 is located between the four support rods 232, and the bottom end of the lower tube 22 is aligned, thereby ensuring that the fixture 8 falling from the bottom end of the blast passage 221 falls in gravity. The positioning device 4 is located.

[0051] Continue reference Figure 4 with Figure 5 In order to increase the convenience of the staff installation and disassembly the support frame 23, each of the two opposing side walls of each support rod 232 integrally form a fixed block 2321, and each of the lower surfaces of each fixing block 232 are abutting to the table 1. The upper surface, each fixing block 2321 is formed with a bolt, each bolt, each bolt, threaded, thereby fixing the fixing block 2321 on the upper surface of the table 1, and then fixes the four support rod 232 to the operation The upper surface of the stage 1.

[0052] Continue reference Figure 4 with Figure 5 , Referring to Figure 5 with Figure 6 In order to ensure that the fixture 8 of the silicone tube 9 can be slid from the hopper 21 to the lower portion passage 221, the distance between the inner side walls of the hopper 21 is the same as the length of the sleeve 81, so that two of the sleeve 81 The ends abut the inner side walls of the hopper 21, thereby ensuring that all of the sleeve 81 is always perpendicular to the sidewalls of the hopper 21. At the same time, the lower plate 221 is fitted with the shape of the jet 8 of the silicone tube 9, and both ends of the sleeve 81 abuts the two opposite sidewalls of the following passage 221, respectively. The fixture 8 in the 221 is slidable in a vertical direction.

[0053] Refer Figure 5 with Figure 6 The screening device 3 includes a screening mechanism 31 and a drive mechanism 32, in the present embodiment, the screening mechanism 31 includes a first screen block 311, a second screen block 312, and a connecting block 313, a first screen block 311. The shape of the second screen block 312 and the connection block 313 is a rectangular square. The first screen block 311 and the second screen block 312 are located on the two opposite angles of the same side of the connection block 313, and the first screen block 311 is formed close to the side wall of the connection block 313 and the sidewall of the connection block 313. The second screen block 312 is integrally formed with the side wall of the connection block 313 and the sidewall of the connection block 313. The first screen block 311 is located above the second screen block 312, and the upper surface of the first screen block 311 is flush, and the lower surface of the second screen block 312 and the connection block 313. The surface is flush.

[0054] Refer figure 1 with Figure 4 The sheet tube 22 is opened to the side wall of the transfer device 5, and the lower tube 22 is opened from the side wall of the transfer device 5, and the first guide groove 222 and the second guide groove 223 are opened. Both are in communication with the lower oriented channel 221, and the first guide groove 222 is located above the second guide groove 223.

[0055] Refer Figure 4 with Figure 5 The first screen block 311 slides in the horizontal direction in the first guide groove 222, and the second screen block 312 slides in the horizontal direction in the second guide groove 223. The first screen block 311 and the second screen block 312 are all used to block the lower passage 221. The width of the first screen block 211 is the same as the width of the lower air passage 221, and the width of the second screen block 212 is the same as the width of the lower air passage 222. The drive mechanism 32 is used to drive the screening mechanism 31 slid in a direction adjacent or away from the lower tube 22 in the horizontal direction.

[0056] Refer Figure 5 with Figure 6 In order to facilitate the first screen block 311 between the two adjacent jugs 8, the first screen block 311 is opened, and the chute 311 is opened, the chute 311 such that the first screen block 311 is close to the material. The thickness of the tube 22 side is smaller than the thickness of the first screen block from the side of the lower tube 22. In order to ensure that only one truncation 8 slides from the bottom end of the falling passage 221, only one fixture 8 can only be accommodated between the first screen block 311 and the second screen block.

[0057] Refer Figure 5The drive mechanism 32 includes a first support block 321, a first driving member, and a first driving block 322, and the shape of the first support block 321 and the first drive block 322 are both a rectangular parallelepiped, and the first support block 321 is welded to the carrier 231. The upper surface, the first drive block 322 integrally forms the sidewalls of the connecting block 313 away from the first screen block 311. In the present embodiment, the first driving member is the first cylinder 323, and the first cylinder 323 is fixed to the side wall of the first support block 321, and the output shaft of the first cylinder 323 is fixed to the side wall of the first drive block 322.

[0058] Refer Figure 4 with Figure 5 It is worth mentioning that the first driving block 322 is driven toward the direction toward the first drive block 321 toward the first drive block 313 slides toward the direction toward the direction near the first support block 321. The connecting block 313 simultaneously drives the first screen block 311 and the second screen block 312 toward the direction near the first support block 321 so that the first screen block 311 slides from the lower air passage 221 to the first orientation. Inside the groove 222, the second screen block 312 is slid from the second guide groove 223 to the lower passage 221, and the second screen block 312 blocks the lower air passage 221, and the lower gas is located at the bottom of the lower part. The 8 sliding to the surface of the second screen block 312, the second screen block 312 can limit the fixture 8 slide out from the bottom end of the lower air passage 221; when the trigger is required, the first cylinder 323 is driven The drive block 322 slips toward the direction away from the first support block 321, and the first drive block 322 drives the connection block 313 toward the direction toward the direction away from the first support block 321, and the connecting block 313 drives the first screen block 311 and the first The second screen block 312 slides toward the direction away from the first support block 321 so that the first screen block 311 is slid from the first guide groove 222 to the lower passage 221, and the second screen block 312 is from below The material passage 221 is slipped into the second guide groove 223, and the first screen block 311 blocks the lower air passage 221, and the feeder 8 is located on the surface of the second screen block 312 from the sub-oriented passage. The bottom end of the 221 slides out, thereby ensuring that only one truncation 8 is slid out from the bottom of the lower air passage 221.

[0059] Refer Figure 7 The positioning device 4 includes a first increased block 41, a first positioning block 42, and a second positioning block 43, a first increase of block 41, a first positioning block 42, and a second positioning block 43 having a rectangular square. The first increased block 41 is welded to the upper surface of the table 1, and the lower surface of the first position block 42 is integrally formed with the upper surface of the first increase piece 41, and the lower surface of the second increase piece 51 is on the first increasing block 41. The surface is integrally formed, and the first increased block 41 is parallel to the second increased block 51. In order to facilitate positioning of the fixture 8, the upper surface of the first position block 42 is opened with a first fixing groove 421, and the sleeve 81 is engaged with the first fixing groove 421. The second positioning groove 431, the second positioning block 43 is opened, and the limit ring 82 is fitted with the positioning groove 431. The trigger 8 from the bottom end of the lower plate 221 continues to move down under the action of gravity, when the sleeve 81 is slid to the first positioning slot 421, the sleeve 81 and the first fixing groove 421 card The fit; the simultaneous limit ring 82 is slipped into the second positioning groove 431, and the limit ring 82 is fitted with the second positioning groove 431 to make the fixture 8 stable on the first position block 42 and the second The positioning block 43 is between.

[0060] Refer Figure 7 with Figure 8 The transfer device 5 includes a second increase piece 51, two second support blocks 52, and the rotating member 53. The shape of the second increase piece 51 and the two second support blocks 52 are both a rectangle, and the lower surface of the second increase piece 51 is soldered and the upper surface of the two second support blocks 52 and the second surface. The upper surface of the increased block 51 is integrally formed, and the two second support blocks 52 are parallel to each other. The rotating member 53 includes a rotating block 531 and two first rotating shafts 532, and the shape of the rotating block 531 is a rectangular parallelepiped, and the shape of the two first rotating shafts 532 is a cylinder. The two ends of the rotary block 531 are integrally formed with one end of the two first rotating shafts 532 adjacent the rotary block 531, and the two first rotating shaft 532 away from one end of the rotary block 531, respectively, from two second support blocks 52, respectively, each The first rotating shaft 532 is rotatably coupled to the second support block 52 through the bearing 5321 by one end of the rotating block 531.

[0061] Refer figure 1 with Figure 7 The transfer device 5 also includes a second driven, a third drive, and a clamping member. In the present embodiment, the second drive member is the first motor 54, the third drive member is the second cylinder 55, and the clamping member is a pneumatic jaw 56 for clamping the fixture 8. The first motor 54 is attached to the side walls of one of the second support blocks 52, and the output shaft of the first motor 54 is fixed to the end of one of the first rotating shafts 532. The second cylinder 55 is mounted to the side wall of the rotating block 531 toward the positioning device 4, and the output shaft of the second cylinder 55 is fixedly provided with the second drive block 551, and the pneumatic jaw 56 is mounted to the side of the second drive block 551 toward the positioning device 4. wall. As such, the rotation of the rotating member 53 is driven by the first motor 54, and the rotating member 53 drives the second cylinder 55 and the pneumatic jaw 56 to rotate within the 180 degree angle. It is worth mentioning that the aerodynamic jaw 56 is rotated during rotation, the avoidance groove 2311 provides a space that is rotated by the pneumatic jaw 56 to make the pneumatic jaw 56 do not contact the carrier 231 during rotation. The bit groove 2311 protects the pneumatic jaw 56.

[0062] The implementation principle of a silicone tube semi-automatic die-cutting production line is that the staff is placed in the hopper 21, and the fixture 8 is sliding in the lower oriented passage 221;

[0063] The first driving block 322 is driven toward the direction toward the direction near the first support block 321, the first drive block 322 drives the connection block 313 toward the direction toward the direction near the first support block 321, and the connecting block 313 is directly driven A screen block 311 and the second screen block 312 slide toward the direction near the first support block 321 so that the first screen block 311 is slid from the lower air channel 221 to the first guide groove 222, while The second screen block 312 is slid from the second guide groove 223 to the lower air passage 221, and the second screen block 312 blocks the lower air passage 221, and the lower air in the lower part of the fixture 8 slides to the first The surface of the second screen block 312, the second screen block 312 can limit the opening device 4 from the bottom end of the fixation passage 221 to the positioning device 4;

[0064] When the delivery tool 8 is required, the first drive block 322 is driven toward the direction away from the first support block 321 toward the direction away from the first support block 321, and the first drive block 322 slides toward the direction away from the first support block 321. Moving, the connection block 313 simultaneously drives the first screen block 311 and the second screen block 312 toward the direction away from the first support block 321 so that the first screen block 311 is slipped from the first guide groove 222 to the first guide groove 222. In the lower oriented passage 221, the second screen block 312 is slid from the lower portion channel 221 to the second guide groove 223, and the first screen block 311 blocks the lower air passage 221, and the lower material 221 is located in the first The triggers 8 on the upper surface of the two screen block 312 slide out from the bottom end of the lower air passage 221, thereby ensuring that only one truncation 8 is transmitted from the bottom end of the lower air passage 221 to the positioning device 4;

[0065] The triggers 8 in the bottom of the lower plate 221 fall out of the down sliding process, the sleeve 81 is fitted with the first fixing groove 421 card on the upper surface of the first positioning block 42, and at the same time limit ring 82 Cooperate with the second positioning groove 431 card on the upper surface of the second positioning block 43;

[0066] The second cylinder 55 drives the pneumatic jaw 56 slid toward the direction close to the positioning device 4, and the pneumatic jaw 56 clamps the fixture 8, and then the second cylinder 55 drives the pneumatic jaw 56 to move away from the direction of the positioning device 4, thereby shortening The overall length of the pneumatic jaw 56 and the second cylinder 55;

[0067] The first motor 54 drives the first rotation shaft 532 to rotate, the first rotating shaft 532 rotates the rotation block 531, and the rotary block 531 drives the second cylinder 55 and the pneumatic chuck clamping claw 56 to rotate 180 degrees to cause the second cylinder 55 and The pneumatic jaw 56 is rotated between the second support block 52 and the clamping device 6;

[0068] The second cylinder 55 drives the pneumatic jaw 56 to slide toward the direction near the clamping device 6 to slide the pneumatic jaw 56 to between the first positioning mechanism 61 and the second positioning mechanism 62, thereby connecting the positioning device 4. The fixture 8 is transmitted between the first positioning mechanism 61 and the second positioning mechanism 62, and the fixture 8 is clamped by the clamping device 6, facilitating the cutting device 7 to cut the silicone tube 9 on the fixture 8; After the clamping device 6 releases the fixing effect of the fixture 8, the fixture 8 and the silicone tube 9 fall into the surface of the workbench 1 in gravity, so that the staff will take the fixture 8 and the silicone tube 9. Compared to the related art manually, the fixture 8 is mounted on the clamping device 6, and the efficiency of the clamping device 6 is clamped by the clamping device 6 is improved, thereby ensuring that the second positioning rod 6231 does not impact during the slip. To the hands of the staff, improve the security of the staff.

[0069] The above is the preferred embodiment of the present application, and it is not limited to the scope of the present application, so it should be included in the scope of protection of the present application, which is the equivalent change of the application, the shape, the principle of the application. Inside.