8results about How to "Layout improvement" patented technology

The present invention relates to an accessory for discharging liquid (particularly water), the accessory comprising a discharge body having two discharge body components, a first liquid outlet for discharging a first liquid (particularly treated water, preferably hot water) and a second liquid outlet for discharging a second liquid (particularly mixed water), the first liquid outlet being disposed in the first discharge body component of the two discharge body components, the second liquid outlet being disposed in the second discharge body component of the two discharge body components, wherein the two discharge body components are movable relative to each other and are detachably fixed to each other, a receiving member within the first discharge body component is arranged for detachably fixing the second discharge body component to the first discharge body component, and the first liquid outlet is disposed within the receiving member.

The application provides a low-cost and high-reliability starting loading redundancy backup method and system for a satellite-borne information system, computer equipment and a storage medium. After the satellite-borne information system is powered on, a three-out-of-two anti-fuse FPGA loads a first-level boot program for each non-FPGA processor from an SPI Flash. When the detection of the first-level boot program loading of a certain non-FPGA processor fails, the first-level boot program is scanned and repaired. After the first-level boot program of the main control CPU is successfully started and loaded, the operating system image file of the main control CPU is read from a solid state disk array in a three-out-of-two manner. If the reading fails, the operating system image file is repaired. After the reading is successful, the operating system image file is loaded to the main control CPU to complete the starting of the main control CPU. After the operating system of the main control CPU is started, the main control CPU management software is run to create starting loading threads for the remaining non-FPGA processors and FPGA processors, respectively, and to completely start and load each processor.

The application relates to the technical field of robots, and discloses a leg structure of a humanoid robot and the humanoid robot, and aims at the problem that an existing leg structure is limited by industry technical prejudice and cannot consider high bearing capacity, compactness, low cost and easy maintenance. The structure comprises a leg yaw joint, a knee joint, a bearing and a split type thigh structure member, the thigh structure member is spliced by a first leg structure member and a second leg structure member, and the two members enclose a knee joint mounting space; the knee joint is arranged in the mounting space, an output flange of the knee joint is fixed to one end of the thigh, the bearing is connected to a bearing fixing position of the thigh and the knee joint, and the leg yaw joint is perpendicular to a rotation axis of the knee joint. The application breaks the technical prejudice of an integrated skeleton structure, the split type design greatly reduces machining cost, simplifies assembly and maintenance, and realizes double support layout of the knee joint by relying on the split type thigh, which improves bearing rigidity, avoids uneven wear and tear, guarantees the overall compactness of the leg, and effectively solves the problem that multiple performances are difficult to consider.

This invention discloses an intelligent collection device for layered litter in bamboo forests, comprising a placement plate with a support member at its bottom, the connection between the placement plate and the support member being detachable; and four sets of uprights, the ends of which are threadedly connected to threaded posts at the four corners of the placement plate, forming a placement area for laying a hanging net. At least three sets of rectangular frames are slidably arranged within this placement area. This invention utilizes a foldable scissor-type support, a multi-layer adjustable frame with elastic locking, a motor-connected hammer head combined with spring vibration, and a separate water collection and drainage structure with magnetic pull-out collection, to achieve precise layered collection, automatic desorption and collection, and water-liquid separation of litter from different canopy layers in bamboo forests. It is also portable and suitable for long-term unattended monitoring in the field.

This application relates to generating integrated circuit layouts using neural networks. A method, system, and apparatus for generating a computer chip layout, including a computer program encoded on a computer storage medium. One method includes obtaining netlist data for a computer chip, and generating a computer chip layout including placing a respective macro node at each time step in a sequence including a plurality of time steps, for each time step, the placing including generating an input representation for the time step, processing the input representation using a node placement neural network having a plurality of network parameters, wherein the node placement neural network is configured to process the input representation according to current values of the network parameters to generate a score distribution over a plurality of locations on a surface of the computer chip, and assigning a macro node to be placed at the time step to a location in the plurality of locations using the score distribution.

This invention discloses a source-load collaborative optimization planning method, apparatus, and equipment based on absorption matching degree. The method includes: acquiring historical power grid operation data; optimizing the source-load curve based on the historical power grid operation data to construct source-load access schemes; calculating the absorption matching degree corresponding to each source-load access scheme using an absorption matching degree calculation model; sorting the absorption matching degrees of each source-load access scheme from high to low, and determining the distribution network planning scheme by combining the installed capacity of distributed new energy and the load size; the absorption matching degree calculation model is expressed as: m = ρr + (1 - ρ)c, where m represents the absorption matching degree; r represents the similarity evaluation coefficient, reflecting the strength of the linear similarity between new energy and load; c represents the new energy absorption evaluation coefficient, reflecting the degree to which the new energy power generation is absorbed locally by the load; and ρ represents the weight value of the similarity evaluation coefficient. This method can improve the absorption matching degree between new energy and load in the distribution network and the level of local absorption of new energy.

Layout of a peripheral structure of an intake control device assembly in a vehicle is improved. An intake control device assembly (1) is provided with an intake control device (4) and an inlet pipe (6). The intake control device (4) is provided with a main body (3) having a first intake passage (2). The inlet pipe (6) has a second intake passage (5) on a downstream side thereof. A cable support (17) of a cable (10) is provided to the inlet pipe (6) to form a hose space (HS). The cable (10) rotates a valve spool (7) in the first intake passage (2) via a stem portion (9). The cable support (17) and the stem portion (9) are arranged on one side of a center line (CL). A connector portion (14) of a fuel injection valve (12) connected to a fuel hose (15) is arranged on the other side of the center line (CL). The fuel hose (15) is arranged so that the fuel hose (15) passes through the hose space (HS).

This application relates to a hybrid power system and a vehicle. The hybrid power system includes an engine, a first electric motor, a gear pair assembly, and a clutch assembly. The gear pair assembly forms a first power output path and a second power output path. The clutch assembly includes a first clutch, a second clutch, and a third clutch, all coaxially mounted with the engine. The first and second clutches are integrated with the first electric motor. This simplifies the structure of the hybrid power system, reduces its axial dimensions, allows the engine to select between the first and second power output paths, improves the system's power and fuel economy, and, driven by the first electric motor, reduces engine drag losses and enhances system safety redundancy.