5results about How to "Avoid duplicate configuration" patented technology

This invention relates to the field of new energy data acquisition methods, specifically to a new energy data acquisition device and method for multiple application scenarios. The method includes: receiving acquisition intentions submitted by upper-layer applications; converting the acquisition intentions into data requirement tuples based on a pre-built resource dependency knowledge graph; when multiple acquisition intentions exist simultaneously, performing conflict detection on the data requirement tuples of each acquisition intention; taking the highest frequency and highest precision requirement of the same variable as basic acquisition parameters; obtaining the current available communication bandwidth, edge node computing power, and storage space resource status; downgrading and adjusting the acquisition parameters according to the priority of each acquisition intention; generating an acquisition strategy for each sensor or device; distributing the acquisition strategy to the edge acquisition gateway; and then performing data acquisition. This invention can dynamically adjust the acquisition strategy and rationally allocate resources according to the differentiated needs of multiple application scenarios when acquiring new energy data.

The utility model discloses a controller assembly and test flexible double -cycle production line, include: the horizontal around arrangement's outer circulation conveying component, and the interval is equipped with a plurality of operation stations along the circumference, nest in the inside loop conveying component of outer circulation conveying component, constitute the fast channel of no operation station, a plurality of two -way transfer components, and the interval is distributed between outer circulation conveying component and inside loop conveying component, two -way transfer components include the stage of vertical lifting and the horizontal translation mechanism on the stage, corner link component, be located in the path turning point of outer circulation conveying component and inside loop conveying component, including rotatable jacking platform. Double -cycle layout and two -way transfer component make product according to the process demand in outer circulation line processing or transfer into inside loop line and jump, break through the process flow restriction of traditional single -cycle production line, realize multivariety collinear production.

This invention provides a microplate measurement device with an optical fiber switching mechanism, comprising a light source module (including the optical fiber switching mechanism), a filter module, a monochromator module, and a sample measurement module. The light source module, filter module, and monochromator module are connected by optical fibers, which include an output fiber inside the light source module, a transmission fiber connecting the light source module and the optical fiber, and an incident fiber connecting the filter module and the monochromator module. This invention enables multi-mode spectral analysis of absorbance and fluorescence intensity by freely switching the optical fiber channel modes through the optical fiber switching mechanism, thereby improving testing efficiency and reducing testing costs.

An economical and practical plug valve hydraulic drive mechanism is composed of a cylinder valve cover, a hydraulic cylinder barrel, a piston, a cylinder cover, an indicator rod, a pressure plate, an oil pipe joint, a valve stem, a thrust bearing, a cover flange and matching seals and connectors: a valve stem, two thrust bearings and a cover flange are installed at the center and lower end of the cylinder valve cover; in the hydraulic cylinder barrel, the insertion ends of the cylinder valve cover and the cylinder cover respectively cover the rectangular spline columns at both ends of the piston with rectangular spline holes; the lower end of the piston covers the spiral spline column at the upper end of the valve stem with a spiral spline hole; the upper end of the piston fixes the lower end of the indicator rod with a pressure plate and a countersunk screw; the two ends of the hydraulic cylinder barrel are connected to the cylinder valve cover and the cylinder cover with cylindrical head screws to form a whole; the upper end of the indicator rod and the lower end of the valve stem extend out of the upper end surface of the cylinder cover and the lower end surface of the cylinder valve cover and the cover flange respectively. It has a compact structure, is accurate and reliable, and is inexpensive, and is particularly suitable for remote automatic control of high-pressure, large-diameter plug valves.

The utility model discloses a perfusion cleaning device matched with a plurality of cleaning tanks, and belongs to the technical field of medical instrument cleaning. A perfusion cleaning device matched with multiple cleaning tanks comprises a vertical plate, a mounting box is embedded in the surface of the vertical plate, a mounting frame is arranged in the mounting box, a sliding part is arranged between the mounting frame and the mounting box, a pair of reel devices is arranged in the mounting frame, a liquid suction pipe is arranged in one of the reel devices, and a liquid outlet pipe is arranged in the other of the reel devices. A perfusion tube is arranged in the other reel device; by means of the innovative design of sharing the perfusion device, the limitation that each cleaning tank of traditional cleaning equipment needs to be independently provided with a fixed perfusion device or a flushing connector is broken through, the device only needs to integrate a liquid suction pipe and a perfusion pipe in a pair of reel devices, meanwhile, the liquid suction pipe and the perfusion pipe are arranged to be movable, and the device is convenient to use. Operators can quickly switch and use in different cleaning steps, so that adaptation to a plurality of cleaning tanks can be realized, the number of perfusion devices and joints is remarkably reduced, and repeated configuration of equipment is avoided.