A guide baffle for continuous transmission of parts in an intelligent equipment production line

Abstract

The invention discloses a guide baffle plate for continuous transmission of parts in an intelligent equipment production line. A stepper motor is used to drive the dial on one side of the parts transmission ramp, and the dial is intermittently reciprocated within a certain angle range to prevent continuous sliding. Parts are decelerated and deflected to guide them to avoid bumping between parts. It is characterized in that the connecting plate is composed of an upper side plate and a lower side plate, and one side of the lower side plate and one side of the lower side plate Connected by an arc-shaped plate, the length of the arc-shaped plate is less than the length of the upper side plate and the lower side plate, two fastening bolts are placed between the upper side plate and the lower side plate, the fastening bolts and the The upper side plate and the lower side plate are screwed together, two protective baffles are respectively placed at both ends of the upper side plate, the protective baffles form a circle around the fastening bolts, and one end of the two lower suspension arms is placed on the lower side On the other side of the plate, and respectively located at the two ends of the lower side plate, the other end of the lower suspension arm is screwed with a compression screw.

Description

technical field [0001] The invention relates to a guide baffle plate for continuous transmission of parts in an intelligent equipment production line, which relates to a baffle plate used in an intelligent equipment production line to block the parts on the part transmission path and increase the safety distance between the parts, and belongs to the field of mechanical equipment. In particular, it relates to a method of driving the dial by a stepping motor on one side of the parts transmission ramp, through which the dial is intermittently deflected back and forth within a certain angle range, decelerates the continuously sliding parts and deflects them, and avoids gaps between parts. Bumped bezel. Background technique [0002] At present, in the intelligent equipment production line, it is often necessary to use parts for combined processing and installation. The accessories have a simple structure and a large demand. When putting into the intelligent equipment production l...

AI Technical Summary

Problems solved by technology

[0002] At present, in the intelligent equipment production line, it is often necessary to use parts for combined processing and installation. The accessories have a simple structure and a large demand. When putting into the intelligent equipment production line, the conveyor belt is used for direct transmission. When there is a transmission height difference , directly use the ramp for transmission, and transmit parts through the inclined smooth surface. The high position of the ramp corresponds to the connection with the conveyor belt, and the low position corresponds to the connection with the operation platform. The parts slide continuously through the ramp, which is easy to accumulate on the operation platform. And in the process of sliding down the slope, parts are prone to bumping, which affects the quality and use of parts. Therefore, it is necessary to protect the parts from bumping during the transmission process. The existing protection mainly uses structures such as rubber pads and fixed baffles. Through The parts are decelerated, and then the subsequent parts collide with the parts on the work platform, but at the moment of deceleration, the relative speed between two adjacent parts becomes larger, and the impulse of the collision increases instead at this time, and the gap between the parts The safety distance is limited, and there will still be serious bumps

[0003] Publication number CN104891181B discloses a steel pipe transmission device, which includes a casing, a rotating motor, a driven wheel, a driving wheel, an air suction sensor, a vacuum suction cup, a boom, a vacuum generator, an inflatable sensor and a transmission belt. The structure is combined with the air extraction device for grabbing and transferring. The structure is complex and the pipe span is large, which is not suitable for the use of ordinary parts.

[0004] Publication number CN207632078U discloses a positioning device, including a frame, on which a transmission table is provided, on which a transmission belt and a power source are provided, and on the frame is provided with air claws for clamping parts on the transmission belt , and a transportation mechanism for transporting the clamped parts to the workbench. The positioning device includes a positioning block set at the outlet end of the conveyor belt for blocking the movement of the parts, and a positioning block for preventing the parts from falling from both sides of the conveyor belt. Block, the positioning block is provided with an arc-shaped opening for positioning. This device is mainly provided with an intercepting structure on the conveyor belt. This structure is the same as the baffle plate or the deceleration structure, and it is prone to serious bumps, and the parts between parts The safety distance cannot be adjusted

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