4results about How to "Save equipment resources" patented technology

A mobile robotic steamer loading device includes a material-feeding platform and a recognition platform. A robotic arm is mounted on the upper surface of the material-feeding platform, and a material-feeding device is mounted at the end of the robotic arm. The recognition platform is equipped with a recognition component capable of monitoring the material level in the steamer. The robotic arm and the recognition component are located on one side of several steamers arranged in a straight line. A guide rail is also included, with its extension direction aligned with the arrangement direction of the steamers. Both the material-feeding platform and the recognition platform are equipped with driving devices capable of moving along the length of the guide rail. A feeding device for supplying material to the material-feeding device is located on the side of the guide rail furthest from the steamer. This robotic steamer loading system enables the loading of two adjacent steamers with relatively far centers, or three or more steamers arranged in a straight line, significantly saving equipment costs and environmental space resources.

This invention provides a method for one-time pouring of the dam overflow surface. The dam or overflow section is divided into a modified concrete zone, a first roller-compacted concrete zone, a second roller-compacted concrete zone, and an erosion-resistant and wear-resistant concrete zone, based on the upstream to downstream cross-section. Construction is carried out in the modified concrete zone, the first roller-compacted concrete zone, and the second roller-compacted concrete zone. After the second roller-compacted concrete is constructed, its right end slopes downwards to form a step on the surface overflow surface. Then, the erosion-resistant and wear-resistant concrete zone is poured in one go. The construction process of the erosion-resistant and wear-resistant concrete zone includes the following steps: S1, foundation treatment; S2, rebar tying; S3, formwork installation; S4, concrete pouring; S5, formwork removal; S6, concrete finishing; S7, concrete curing. This method for one-time pouring of the dam overflow surface improves the construction quality of the dam overflow surface by pouring the erosion-resistant and wear-resistant concrete in one go after the roller-compacted concrete construction is completed.

This invention relates to an automated production line for a closed flat baking pan. The invention includes a corner-punching mechanism, comprising a lower corner-punching die and an upper corner-punching die that can move up and down relative to the lower corner-punching die. The upper and lower corner-punching dies work together to punch a rectangular blank into a first semi-finished product with four arc-shaped corners. A flanging mechanism, comprising a lower flanging die and an upper flanging die that can move up and down relative to the lower flanging die, works together to fold the circumferential edge of the first semi-finished product, forming a second semi-finished product. A pre-forming mechanism is used to bend the folded edges of the second semi-finished product inwards to form folded edges, forming a third semi-finished product. A flattening mechanism, comprising a lower flattening die and an upper flattening die that can move up and down relative to the lower flattening die, works together to flatten the circumferential folded edges of the third semi-finished product, obtaining a shaped baking pan. This invention eliminates the need for welding and polishing in the production of closed flat baking pans, thus improving production efficiency.

The invention relates to the technical field of automatic control, in particular to a distributed quail breeding environment control system. The system comprises a regional monitoring unit, a similarity identification unit, a regional environment detection unit and a distributed control unit. According to the invention, the image data in the farm is collected through the regional monitoring unit, so that the similarity of quails can be conveniently analyzed by the similarity identification unit, the regional environment detection unit is not triggered to use in a breeding region with the similarity of 0, invalid control on a region without quails is avoided, energy and equipment resources are saved, and otherwise, the system is convenient to use. The regional environment detection unit detects the environment suitability condition of a quail region in real time, the distributed control unit is conveniently driven to carry out self-adaptive control, fine control over each breeding region is achieved, the problems of resource waste and uneven temperature caused by centralized control are avoided, and meanwhile the quality of the quail breeding region is improved. The environment of each region with quails is always in a suitable state, and the growth quality and the production efficiency of the quails are improved.