37results about How to "Realize cycle operation" patented technology

The invention discloses an overhead conveying system of a disassembly line for a scrapped automobile. The overhead conveying system is connected with a front assembly conveying system of the disassembly line, and comprises a supporting overhead frame and a sliding line, wherein the sliding line is arranged on the supporting overhead frame, one end of the supporting overhead frame is a scrapped automobile input end which is connected with the front assembly conveying system, the other end of the supporting overhead frame is a scrapped automobile output end, elevators are arranged at the scrapped automobile input end and the scrapped automobile output end, exits are arranged between the scrapped automobile input end and the scrapped automobile output end, and lead to an engine disassembling station and a rear axle disassembling station, and a self-propelled trolley is arranged on the supporting overhead frame, can automatically slide along the sliding line, and is used for grabbing the scrapped automobile to move from the scrapped automobile input end to the respective exits. According to the technical scheme, respective disassembling stations can be connected effectively, and the scrapped automobile can be quickly moved to the respective disassembling stations for disassembly through the self-propelled trolley, so that high conveying efficiency is realized, and therefore disassembling efficiency of the whole disassembly line for the scrapped automobile is increased; and moreover, as the overhead conveying system is controlled by a PLC (Programmable Logic Controller), the automation degree is high.

The invention discloses a gun propellant companding moulding method which can achieve process design, parameter push and parameter measurement cycle operation, and conduct real-time inverse calculation of design data to obtain suitable companding process parameters. The method uses a collaborative platform technology, and achieves process design, parameter push, reading and analyzing of parameter measurement results, and process cycle operation. Compared with the existing technology, the parametric real-time circulation of design, companding and detection links is achieved, and the foundation is provided for synchronous correction feedback; the technology of target parameter and detection parameter data real-time contrast is used to achieve real-time judgment on the dimension parameters of gun propellant products. Compared with the existing technology, the quality criteria of product online parameters can be provided in real time.

The invention relates to a feed collet conveying mechanism and electroplating equipment. An annular track is used for limiting movement tracks of feed collets; the feed collets move, circulating in the annular track, clamp plates to be electroplated from the lower ends to carry out electroplating when entering an electroplating part and reenter the electroplating part through a return part after electroplating is finished; and driving wheels and a transmission belt are only used for driving the feed collets to move in the return part of the annular track, and thus the feed collets run in a circulating manner. According to the feed collet conveying mechanism and the electroplating equipment, when the transmission belt is at the electroplating part, also namely, the feed collets are not driven by the transmission belt when running in the section of a feeding device, an electroplating groove and a blanking device, the feed collets are driven by a clamp conveyor belt at the upper part and the plates to be electroplated, which are clamped together; and when the clamp and the feed collets clamp the plates to be electroplated, a power source is only from the clamp conveyor belt at the upper end, so that the clamp and the feed collets are correspondingly arranged in the vertical direction to make the feeding position remain unchanged, ensure the feeding device to continuously and normally run and ensure the perpendicularity of the plates to be electroplated.