4results about How to "Avoid supply" patented technology

The utility model belongs to control system technical field, specifically disclose a kind of packing car automation transfer control system, including transfer control module, and transfer control module is connected with AGV control module, WES system, line PLC;Online waiting position and offline waiting position are all included trolley mechanism and guide rail, and trolley mechanism is connected with transfer control module;Guide rail is used to guide the conveying path of packing car;Trolley mechanism is used to push the packing car in online waiting position to transfer waiting position and is used to push the packing car in offline waiting position to transfer waiting position. Through the effective interaction with AGV control module, WES system, line PLC, make the collaborative work between each equipment, according to the real-time state dynamic adjustment operation strategy of production line, avoid material jam and not timely supply and other problems, guarantee the smooth of production process.

The utility model belongs to the technical field of livestock breeding equipment, particularly relates to a livestock breeding feed crushing device, and aims to solve the problems that straw needs to be manually guided into a feeding port of a crushing machine in an existing device, uniform conveying of the straw is difficult to guarantee through manual feeding, the load of the crushing machine in the working process is unstable, the crushing effect is affected, and the crushing efficiency is affected. According to the scheme, the straw smashing device comprises a smashing machine, and a feeding frame is installed at a feeding opening of the smashing machine; the feeding device has the advantages that through cooperation of the concave-convex structure of the feeding plate and the feeding bevel teeth, the grabbing force on straw is enhanced, the feeding efficiency is improved, material loss is reduced, accurate transmission of the gear and the inner gear ring is achieved, stable and automatic feeding is achieved, the labor cost is reduced, and the product quality is guaranteed; the dust concentration of a workplace is greatly reduced, and a healthy and clean working environment is created.

The application provides a feed screening device, relates to the technical field of feed screening, and comprises a box body, a feed inlet is arranged at the top of the box body, a distributing cone and a fine material hopper are sequentially arranged from top to bottom below the feed inlet in the box body, a discharge opening of the fine material hopper extends below the bottom of the box body, a coarse material falling channel is arranged between the fine material hopper and the box body, a coarse material outlet is arranged at the lower part of one side of the box body, a screening assembly is arranged between the distributing cone and the fine material hopper, the screening assembly screens the falling material from the distributing cone, and the fine material falls into the fine material hopper and the coarse material falls into the coarse material falling channel. The present application disperses the concentrated falling material through the distributing cone, so that the material is more evenly distributed on the screening assembly, the contact area and contact opportunity of the material and the screen are increased, and the screening efficiency is improved. Compared with the vibrating stirring screen in the prior art, the present application does not need to disperse the accumulated material through a stirring assembly, the supply of additional power is avoided, and the energy consumption and production cost are reduced.

This invention discloses a collaborative intelligent water quality monitoring method using a dual-platform approach combining a drone and a biomimetic fish. It includes the following steps: The drone subsystem transmits the location and extent information of the initially screened contaminated area, along with spectral data, back to an intelligent remote monitoring platform in real time; a biomimetic fish precision detection task is generated, and the coordinates of the initially screened contaminated area and a preset monitoring path are sent to the biomimetic fish subsystem; the biomimetic fish subsystem collects measured data from the initially screened contaminated area and transmits the collected data back to the intelligent remote monitoring platform; based on the spectral data from the drone and the measured data from the biomimetic fish, data fusion is performed using spatiotemporal registration to obtain the fused contamination concentration inside and outside the contaminated area; an early warning level is automatically triggered according to the water quality anomaly level, and the coordinates of the contaminated area are pushed to the operation and maintenance terminal, completing the early warning response closed loop. This invention not only enables rapid response to pollution events and improves source tracing efficiency but also shortens the monitoring cycle.