3results about How to "Job specification" patented technology

When the concrete laminating equipment powered by the robot is used, the laminating box body is put down through the laminating robot, the rolling drum and the vibration flattening device are attached to the surface of poured concrete, the laminating robot moves rightwards and drags the laminating box body to move rightwards, the surface of the concrete is vibrated to be flat through the vibration flattening device, and the laminating box body is driven to move rightwards through the vibration flattening device. When a film material needs to be cut off, a film covering box is lifted through a film covering robot, the rolling roller and a vibration flattening device are both separated from the surface of concrete, a vacuum suction cup assembly is started, the film material is sucked through a vacuum suction cup, a cutting device descends through a lifting device, and the film material is cut; and when film covering needs to be conducted again, the film covering box body is put down through the film covering robot, the vacuum suction cup assembly stops working, and film covering can be conducted again. The film laminating machine can realize mechanization of a film laminating process, thereby liberating labor force, saving film materials, standardizing operation, and improving construction efficiency and construction quality.

When the concrete curing robot system is used, the concrete curing robot system can be connected with film covering equipment through the mounting plate, the robot puts down the film covering box body, the rolling roller and the vibration flattening device are attached to the concrete surface, the robot moves rightwards, the film covering box body is dragged to move rightwards, and the concrete surface is vibrated to be flat through the vibration flattening device. A rolling roller rolls to achieve film covering from left to right, a robot lifts a film covering box body, a vacuum suction cup assembly is started to suck up a film material, a cutting device descends through a lifting device to cut the film material, the robot puts down the film covering box body, the vacuum suction cup assembly stops working, and then film covering can be conducted again. A watering device can be connected through the mounting plate, the robot moves rightwards to drive the watering device to move rightwards, and the watering device is used for watering the concrete surface. According to the utility model, film covering and watering mechanization can be realized, so that labor force is liberated, film materials are saved, water consumption is reduced, operation is standardized, and construction efficiency and construction quality are improved.

This invention belongs to the field of shale oil development, specifically relating to a method for optimizing the optimal development layer system for lamellar shale oil. It aims to solve the problem that existing technologies cannot accurately locate the optimal development layer system, thereby maximizing resource utilization. The method includes: determining the daily oil production per 100 meters of different sections in key wells within a lamellar shale oil reservoir study area for which the optimal development layer system is to be selected; constructing a standard well economic chart to determine the production limit per 100 meters; constructing well logging evaluation charts and well logging evaluation charts; selecting the optimal development layer and corresponding optimal target box for each section using the well logging evaluation charts and well logging evaluation charts; determining the average fracture height under the current fracturing scale; and merging the selected optimal development layers based on the average fracture height and optimal target box to obtain the final optimal development layer system. This invention, by comprehensively considering factors such as production, fracturing scale, and fracture height, helps developers more accurately locate the optimal development layer system, thereby effectively improving resource utilization.