2results about How to "Reduce inspection workload" patented technology

The utility model relates to the technical field of pest control, concretely to an environmental protection forestry deinsectization equipment, include: capture box, the capture box includes box, the inside collection subassembly of box, the collection subassembly includes transparent collection bucket, the inside bottom of collection bucket is equipped with the conical anti -escape cover, the bottom surface below of box is equipped with the moth -attracting component, the moth -attracting component includes the conical water screen, the inside middle of water screen is equipped with the moth -attracting block, the diffusion device is equipped below the moth -attracting block. The utility model, utilize axial flow fan and heating device, increase pheromone's diffusion range and diffusion speed to improve the moth -attracting efficiency, avoid the influence of rainwater to the moth -attracting block through setting up water screen, and guide the upward movement of insect, improve the insect -catching efficiency, and collection subassembly and insect -catching box split setting and utilize pressure sensor to detect the weight change of collection subassembly, can reduce the workload of the tour, and conveniently clean up and replace in time.

This utility model relates to the field of oil leakage detection technology, and in particular to an oil leakage detection device for a lubricating oil air-cooled radiator filter element. It includes a filter element body installed on the circulating oil pipe of the radiator body, an oil pump for controlling the circulation of the circulating oil pipe on the circulating oil pipe, a collection cylinder located outside the filter element body, at least two proximity switches cooperating with a sensing element, and a controller. The upper end of the collection cylinder is open for collecting leaked oil from the filter element body. A buoyancy rod is slidably connected inside the collection cylinder via a connecting pipe, and a buoyancy ball is connected to the lower end of the buoyancy rod. This utility model utilizes the buoyancy of the buoyancy ball to drive the sensing element to contact the proximity switch at the corresponding position, thereby realizing a multi-position detection and graded early warning mechanism. This avoids misoperation or overreaction caused by single threshold detection, provides operators with more reasonable response time and decision-making basis, and reduces the workload of on-site personnel inspection.