5results about How to "Run reasonably" patented technology

The application provides a patient moving device and a medical system. The patient moving device comprises a lifting mechanism, a rope cable and a first connecting mechanism. The lifting mechanism and the first connecting mechanism are respectively located at two ends of the rope cable. The patient moving device further comprises a patient supporting mechanism. The patient supporting mechanism comprises a patient supporting part and a second connecting mechanism connected with the patient supporting part. The second connecting mechanism is used for connecting with the first connecting mechanism, so that the patient supporting mechanism is moved to a target area by the lifting mechanism. The patient supporting part comprises at least two separable bed plate parts. The patient moving device and the medical system are simple to operate, convenient to use and friendly to patients, and can effectively avoid secondary injury to patients during patient transfer.

An intelligent breeding system for fish and fertilizer separation includes an aquaculture pond for carrying out aquaculture, a plant planting module for carrying out plant planting, a water circulation module for circulating the water source of the aquaculture pond, a water supply device for providing water source irrigation for the plant planting module, and a controller for controlling the operation of the circuit devices in the intelligent breeding system. The water circulation module is located at the rear side of the aquaculture pond, the plant planting module is installed above the water circulation module, the controller is electrically connected with the water circulation module and the water supply device, and controls the operation of the water circulation module and the water supply device. The water quality of the water for aquaculture is ensured, and the water for plant planting can utilize the substances generated by aquaculture, which are decomposed by fermentation in the fermentation bin to become fertilizer for plant planting, thereby realizing fish and fertilizer separation.

This utility model relates to the field of disinfectant disinfection technology, and more particularly to a loop disinfection device using a novel disinfectant, comprising an upper partition, a middle partition, and a lower partition arranged horizontally in parallel from top to bottom; the upper partition is equipped with an atomizing cup and a gas loop disinfection device; the lower partition is equipped with a disinfectant supply box; a pressurized liquid supply component is installed between the liquid inlet of the atomizing cup and the disinfectant supply box via a pressurized liquid supply pipeline; an atomizing pump is installed at the atomizing port of the atomizing cup; the gas outlet of the atomizing cup is connected to the input port of the gas loop disinfection device via an output pipeline, and the output port of the gas loop disinfection device is connected to a suction return pipeline, on which a suction return component is installed; the pressurized liquid supply component, the atomizing pump, and the suction return component are installed on the middle partition. This utility model, through a reasonable layered design and excellent atomization effect, achieves safe addition and effective circulating disinfection of the disinfectant.

This invention provides an adjustable liquid distributor, including a distribution plate with a circular structure. The distribution plate contains a stabilizing tank and a diversion tank, which are staggered along the circumference of the plate. A liquid gathering tank is located in the center of the distribution plate. An inlet pipe is located at the upper end of the distribution plate and is fixedly connected to the surface of the plate via a pipe support. An overflow tank is located between the stabilizing tank and the diversion tank. Two outlet holes are located at the bottom of the distribution plate. This invention, by incorporating the stabilizing tank, diversion tank, and gathering tank, effectively improves the uniformity of liquid distribution and avoids efficiency reduction caused by a fixed spray range. Furthermore, by designing outlet holes one and two at the bottom of the distribution plate and using a dispersing ring, the liquid dispersion effect can be further optimized, reducing uneven heat and mass transfer during the dripping process.

This utility model discloses a high-efficiency SNCR denitrification device for a waste incinerator, including a reactor body. The reactor body has flue gas channels at both ends, with an inlet and an outlet at each end. A fixed frame is mounted on the top of the reactor body, and a spray assembly is mounted on the fixed frame. The spray assembly includes a mounting plate, a drive source, an output shaft, a moving guide rail, a support plate, spray pipes, and multiple sets of symmetrically arranged spray heads. The output shaft is connected to a deflection plate, which is connected to a connecting rod. A contact wheel is rotatably mounted on the connecting rod, and the contact wheel can contact one side of the support plate. The drive source drives the deflection plate to rotate, which in turn pushes the support plate along the moving guide rail via the contact wheel, causing the spray heads to move and spray in the area above the furnace, improving the uniformity and utilization rate of the denitrification agent coverage.