3results about How to "Quick crop" patented technology

The utility model discloses a cutting device for clothing processing, including conveying table and the cutting groove of opening on conveying table, the conveying table top fixed mounting has the portal frame, be provided with cutting mechanism on the portal frame, the cutting mechanism includes the cylinder of fixed mounting at the portal frame top. The utility model discloses, under the interaction of conveying table, cutting groove, portal frame, cutting mechanism, push material mechanism and limiting mechanism, the cylinder in cutting mechanism and motor cooperation drive cutting piece, and high -efficient realization multilayer cloth tube's quick cutting, and the processing efficiency is greatly promoted, and the anti -cutting groove in cutting groove effectively protects cutting piece, prolongs its life, and reduces the cost, and the cloth tube of cutting well is pushed out automatically by push material mechanism, and seamless linkup subsequent process, and the limiting mechanism accurate fixed cloth tube, guarantee cutting accuracy, finally bring efficient, stable and accurate cutting experience for clothing processing, effectively promote clothing production quality and efficiency.

This utility model discloses a fabric spreading and welding device, including a first fabric spreading mechanism and a second fabric spreading mechanism connected to one end of the first fabric spreading mechanism. The fabric is folded in the first fabric spreading mechanism and then folded and stored in the second fabric spreading mechanism. The second fabric spreading mechanism includes a frame body and a guiding component, a pressing component, a cutting component, a welding component, a spreading component, and a collecting component mounted on the frame body. The guiding component guides the fabric in, the pressing component flattens the inlet section of the fabric, the cutting component cuts the fabric, the welding component flattens the edges of the fabric, the spreading component pulls the inlet section of the fabric backward, and the collecting component collects the fabric. This utility model integrates feeding, cutting, and collecting into one unit, occupying little space and achieving high production efficiency.

The application provides a steel coil number recognition method and system based on DBNet and CRNN. The steel coil number recognition method based on DBNet and CRNN comprises the following steps: acquiring a steel coil image; using a DBNet model to extract a target frame region of a steel coil number in the steel coil image, and returning coordinate information corresponding to the target frame region; cutting the steel coil image according to the coordinate information to obtain a regional image of each steel coil number; taking each regional image obtained by cutting as input, and using a CRNN network model to recognize the character sequence of the number text. The steel coil number recognition method provided in the embodiment of the application can realize automatic, efficient and accurate steel coil number extraction and recognition, and is suitable for steel coil related automatic processing and management scenarios.