[0021] See Figure 1 to 5 The present invention is an online intermittent 180 degree high speed flip device suitable for flat products, including rack 1, turntable disk 2, main motor 3, main transmission assembly 4, a secondary motor 5, a secondary drive assembly 6, and a controller. The turntable disk 2 includes two relative parallel settings and forming a conveyor belt 21 of the slit 22 that can via the flat product, the subway motor 5 simultaneously drives the strip 214 of the two conveyor belt 21 relative to reverse rotation The flat product is moved in the conveying direction in the slit 22, and the main motor 3 simultaneously drives the two conveyor belts 21 on the rack 1 to rotate vertical to the axis of the transfer direction above the clip 1 to make the flat product 180 ° flip, the controller is electrically connected to the main motor 3 and the secondary motor 5, respectively.
[0022] The transfer belt 21 includes a housing 211, a first transfer shaft 212, a second transfer shaft 213, and a strip body 214, and two of the first transfer shafts 212 rotatably coupled to both ends of the housing 211. The second transfer shaft 213 can be rotatably coupled to the long side of the housing 211, the second transfer shaft 213 and the two first conveying shafts 212 are parallel, and the strip 214 is also set in the first transfer. The shaft 212 and the two second transfer shafts 213 are outside.
[0023] The secondary drive assembly 6 includes a first secondary drive gear 61, a second sub-transmission gear 62, a third sub-transmission gear 63, a fourth secondary drive gear 64, a fifth drive gear 65, a sixth drive gear 66, A pair of transfer belt 67, the second sub-transfer belt 68, and the third sub-transfer belt 69, the first secondary drive gear 61 is fixed to the sub-output shaft of the secondary motor 5, the second secondary drive gear 62 rotatably connected Above the frame 1, the third secondary drive gear 63 and the fourth sub-transmission gear 64 are respectively fixed to both ends of the second transfer shaft 213 of one of the conveyor belt 21, the fifth pair of drive gear 65 fixed in another One end of the second transfer shaft 213 of the conveyor belt 21, two of the sixth drive gear 66 can be rotatably coupled outside the housing 211 of the other conveyor belt 21 and is located on the same side with the fifth drive gear 65. The first sub-transfer belt 67 is simultaneously arranged in the first secondary drive gear 61 and the second sub-transmission gear 62, the second sub-transfer belt 68 is simultaneously set in the second secondary drive gear 62 and the third secondary drive gear 63. In addition, the third sub-transfer belt 69 is simultaneously arranged in the fourth secondary drive gear 64, the fifth sub-drive gear 65, and the two sixth drive gear 66, the third sub-transfer belt 69 is in the fifth deputy The drive gear 65 and the two sixth drive gears 66 are rouseed around.
[0024] The middle portion of the second secondary drive gear 62 is provided with an annular diarrus to separate the teeth into a first tooth portion and a second tooth portion that cooperate with the first sub-transfer belt 67 and the second sub-transfer belt 68, respectively.
[0025] The primary transmission assembly 4 includes a first main drive gear 41, a second main transmission gear 42, a main pulse tape 43, a support shaft 44, and a support plate 45, and the long side of the two transmitted belt 21 is connected by the support plate 45. One end of the support shaft 44 is fixed to the support plate 45 and the other end can be rotatably coupled to the frame 1, the first main drive gear 41 is fixed to the main output shaft of the main motor 3, the first The two main drive gear 42 is fixed over the support shaft 44, and the main transmission belt 43 is simultaneously arranged outside the first main drive gear 41 and the second main transmission gear 42.
[0026] The rack 1 includes a side plate 11 and a link 12, and two of the edge plates 11 are disposed relative to parallel, and the adjacent surfaces are connected between the adjacent rods 12, the main motor 3 and the secondary motor 5 are mounted separately. On the two edge plates 11.
[0027] Working process of the present invention:
[0028] See Image 6In the first working state, the two conveyor belts 21 are horizontal. At this time, the secondary motor 5 drives the strip body 214 of the conveyor belt 21 in the upper side to rotate counterclockwise by the secondary drive assembly 6, and the strip 214 of the conveyor belt 21 at the lower side is driven clockwise, thereby causing flat products. The input end of the conveyor belt 21 is gradually moved from the input end of the conveyor belt 21 from the forward direction of the left to the right. At the same time, the main motor 3 drives the two conveyor belt 21 synchronously to rotate clockwise by the main transmission assembly 4.
[0029] See Figure 7 When the device switches from the first working state to the second operating state, both conveyor belt 21 are vertical. At this time, the secondary motor 5 drives the strip body 214 of the two conveyor belt 21 by the secondary drive assembly 6 to convert the rotational direction, thereby moving the flat product along the center of the transfer belt 21, moves back to the input terminal from the central portion of the conveying belt 21. At the same time, the main motor 3 continues to drive the two conveyor belt 21 synchronously clockwise to the two conveyor belt 21 by the main transmission assembly 4.
[0030] See Figure 8 When the device switches from the second working state to the third working state, the two conveyor belt 21 restores the level state. At this time, the secondary motor 5 continues to drive the strip 214 of the two conveyor belt 21 to remain unchanged by the secondary drive assembly 6, so that the flat product will be left from the left to the right, and finally leave from the input end, and implement it. 180 ° flip.
[0031] The present invention uses two relative parallel arrangement and forming conveyor belt constituting the flip disc, using the mating of the subtor and the secondary drive assembly, while driving the strip of the two conveyor belts relative to reverse rotation, The flat product moves in the conveying direction in the clamp, and uses the mating between the main motor and the main drive assembly while driving the two conveyor belts on the rack to rotate the axis in the middle of the handle, so that the flat product 180 ° Turning, ultimately maintaining the direction of the various flat products, the overall structure is simple, low cost, high flip efficiency, can achieve flipping work for about 150 times per minute; by making the flat product in the same side of the flip disk, effectively reduce the conveyor belt Transmission speed, reduce work energy consumption, reduce production cost; by setting annular diaphors in the middle of the second secondary drive gear, divide the teeth into the first tooth portion and the second tooth, effectively avoid the first secondary drive belt and the second The sub-transfer belt interferes with each other and ensures smooth operation of the device.
[0032] The above embodiment is a description of the present invention and is not limited to the present invention, and any simple transform of the present invention is the scope of the invention.
