8results about How to "Improve aggregation effect" patented technology

The utility model relates to a termite monitoring, inducing and treating integrated device, which solves the problem of poor termite monitoring and killing effects caused by information transmission lag and poor environmental adaptability of equipment in the existing termite monitoring and killing technology, and adopts the technical scheme that a shell comprises an upper cover and a shell body which are detachably connected, and a through hole is formed in the side wall of the shell body; the monitoring module is arranged in the shell and used for collecting image information of the termites in real time; the signal transmission module is arranged outside the shell, is connected with the monitoring module and is used for wirelessly transmitting the monitoring data to an external upper computer; the killing module is arranged in the shell and can release an ant killing agent; and the inducing structure is bait for inducing termites and is arranged at the inner bottom of the shell.

The present application relates to the field of steam boiler, especially to an energy-saving steam boiler, comprising a boiler body and a flue gas duct installed on the boiler body; a filter plate one and a filter plate two are installed in the flue gas duct in sequence along the axial direction; the flue gas discharged by the boiler body passes through the filter plate one and the filter plate two in sequence; the filter aperture of the filter plate one is larger than that of the filter plate two; a spraying ring for spraying water mist is installed on the outer surface of the flue gas duct; the spraying ring is provided with a liquid inlet pipe and a plurality of spray heads; the spray heads penetrate into the flue gas duct; the spraying ring is located between the filter plate one and the filter plate two; the present application realizes the differentiated treatment of different size particle impurities, after the large particle impurities are filtered and intercepted by the filter plate one, the small particle impurities are screened out, the space between the filter plate one and the filter plate two is used to spray water mist on the small particle impurities, the effective utilization rate of the water mist is improved, and the energy is saved.

This invention belongs to the field of sparse matrix solving, specifically involving a SpMV optimization method based on heterogeneous platforms. The method first reads the sparse matrix data and constructs a compressed sparse row storage format for the matrix. Then, using matrix rows as clustering objects, hierarchical clustering and row / column rearrangement are performed based on global and local density features to form dense and sparse sub-blocks suitable for execution on heterogeneous platforms. Dynamic task scheduling is then combined to achieve load balancing between the CPU and DCU. Furthermore, to address the memory access bottleneck of the DCU platform, an LDS double-buffering mechanism is constructed, overlaying data transport and computation processes to reduce global memory access latency. Simultaneously, to address the Bank conflict problem in LDS shared storage, a joint optimization strategy based on padding and transpose access is designed to reduce the probability of conflicts during concurrent access by thread bundles. In addition, in multi-DCU collaborative scenarios, asynchronous communication and computation overlap mechanisms reduce intra-device synchronization waiting and communication overhead.

The application discloses a dynamic power quality disturbance signal detection method, device and medium, and the method steps comprise the following steps: S01, acquiring a dynamic power quality disturbance signal to be detected; S02, dividing a signal frequency band, and performing time-frequency analysis on the dynamic power quality disturbance signal by using an improved variable resolution S transform method; the improved variable resolution S transform method is an S transform based on a Gaussian window, and a Gaussian window scale factor is used to optimize the Gaussian window function; S03, performing a synchronous squeezing rearrangement operation on the improved variable resolution S transform result, so that energy components scattered in adjacent frequency intervals are aggregated to real frequency axis positions, and a time-frequency matrix after synchronous squeezing rearrangement is obtained; and S04, detecting signal components of the time-frequency matrix after synchronous squeezing rearrangement. The application can reduce energy diffusion and realize high-precision detection of non-stationary multi-scale complex dynamic power quality disturbance signals.

The invention discloses a multi-acupoint synergistic excitation tinnitus treatment coil based on an auricle conformal composite loop. The coil comprises an auricle conformal composite loop adaptive to the auricle root contour and a plurality of acupoint collaborative excitation coils nested on the auricle conformal composite loop. The auricle conformal composite loop adopts a composite structure formed by combining a straight line section and an arc section, so that tight conformity with ear anatomical characteristics is realized; during working, cooperative excitation is formed through reverse configuration of currents of the main coil and the auxiliary coil, and a focusing electric field with enhanced vector superposition is generated at acupuncture points such as the ear door and the listening uterus. The problems that a traditional coil is poor in fitting degree and poor in focusing performance are effectively solved, and non-invasive efficient and accurate treatment is achieved.

This invention discloses a fiber optic Fabry-Perot weak ultrasonic sensor, comprising: a microphone and a fiber optic Fabry-Perot ultrasonic sensor; the microphone is horn-shaped, and its small-diameter end is connected to the signal receiving end of the fiber optic Fabry-Perot ultrasonic sensor; the inner wall of the microphone includes serrated steps. The technical solution provided by this invention improves the detection sensitivity of the fiber optic Fabry-Perot sensor.

The application discloses a sample preparation box with a spoon, which comprises a sampling spoon, a containing part and a cover part, wherein the sampling spoon comprises a rotating part and a spoon part; the rotating part is fixedly connected with the spoon part; the cover part comprises a rotating connecting part; the rotating part is connected with the rotating connecting part; the containing part comprises an A cavity and a B cavity; a filter partition plate is arranged between the A cavity and the B cavity; in a closed state, the cover part covers an opening part of the A cavity, and the spoon part is in the A cavity; the bottom of the spoon part comprises a spoon bottom opening part; a gap with a proper width is formed in the bottom of the spoon, so that liquid can impact the bottom of the spoon during stirring, and the feces in the form of a ball is impacted from the inside and the outside, so that the feces on the bottom of the spoon is quickly disintegrated and enters a rotating and crushing state.

The application provides a partition plate, a compressor pump body, a compressor and an air conditioner. The partition plate is arranged between two adjacent cylinders. The partition plate comprises an axial first end surface and an axial second end surface. The axial first end surface and the axial second end surface are oppositely arranged. A first heat insulation hole is arranged in the interior of the partition plate. The first heat insulation hole is located between the axial first end surface and the axial second end surface and does not contact the axial first end surface and the axial second end surface respectively. In the axial direction of the partition plate, the first heat insulation hole is opposite to a first area between a suction hole of the cylinder and an exhaust hole. According to the application, heat transfer from the high-temperature side of the cylinder to the suction side of the cylinder through the partition plate body can be inhibited, the suction temperature rise of the suction side of the cylinder is reduced, the refrigerant suction amount is increased, and the compressor performance is improved.