7results about How to "Flexible loading" patented technology

The embodiment of the invention relates to the technical field of firmware upgrading, in particular to a firmware upgrading method, electronic equipment and a storage medium, the method is used for the electronic equipment, the electronic equipment comprises reference firmware, and the reference firmware comprises a first component management module and a plurality of first functional components. According to the embodiment of the invention, the firmware is divided into a plurality of independent functional components, each functional component is compiled into a position-independent code, flexible loading and unloading in a memory are supported, and the to-be-upgraded functional component is automatically identified by comparing the components between the reference firmware and the target firmware, so that the upgrading efficiency is improved. Therefore, the component management module is used for accurately upgrading the to-be-upgraded functional component, firmware based on component management is efficiently and flexibly upgraded, firmware upgrading time is remarkably shortened, firmware upgrading efficiency and flexibility are improved, and service continuity can be guaranteed.

The utility model discloses a ring-shaped sound-absorbing lamp, which relates to the technical field of building decoration, and comprises a lamp component and a sound-absorbing component, the lamp component comprises a lamp unit, two ends of the lamp unit are respectively provided with a lamp female buckle module and a lamp male buckle module, and the lamp female buckle module and the lamp male buckle module are respectively connected with the sound-absorbing component. Every two adjacent lamp units are spliced through a lamp female buckle module and a lamp male buckle module, the lamp female buckle modules and the lamp male buckle modules are fixed through lamp buckle module fixing screws, the lamp assembly is arranged in a groove formed in the bottom of the sound absorption assembly, and the sound absorption assembly comprises a sound absorption piece. The lamp assembly is formed by splicing a plurality of sections of lamp units in a sectional mode through the splicing buckle structures, the transportation cost and the packaging cost can be reduced, the lamp assembly can be hoisted and installed in a sectional mode, and installation is flexible. And the purposes of sound absorption and noise reduction are achieved.

The application discloses an anti-interference reconfigurable frequency hopping pattern communication device and method, relates to the technical field of wireless communication devices, and comprises a baseband module and an intermediate frequency processing module based on a field programmable gate array (FPGA), an AD conversion module, a DA conversion module, an up-conversion frequency mixer and a down-conversion frequency mixer connected with the baseband module and the intermediate frequency processing module based on the FPGA, and the device constitutes a transmitting chain and a receiving chain; the application has the beneficial effects that flexible frequency hopping pattern loading can be realized to adapt to communication between different devices, and the robustness of signal receiving is remarkably improved.

This invention discloses a method and apparatus for hierarchical site selection of low-altitude take-off and landing fields based on road network topology clustering and graph reinforcement learning. The method includes: acquiring and standardizing demand agent, road network, and spatial constraint data; generating candidate sites through density clustering based on the shortest path distance of the road network; constructing a candidate graph and encoding node attributes and topological neighborhoods using a graph neural network; modeling hierarchical site selection as a Markov decision process, with topological embedding, selected states, remaining quantity, and target weight as states, and node selection and hierarchical allocation as actions; eliminating actions that violate constraints such as no-fly zones, boundaries, and station spacing through dynamic masking; and optimizing using a multi-objective reward reinforcement learning strategy to output a hierarchical layout of hubs, stations, and terminals. The method and apparatus of this invention help improve the connection accuracy and hierarchical capability of candidate point extraction, and help ensure constraint consistency.

This invention discloses a railway hopper car for transporting powdery goods, relating to the technical field of railway hopper cars. It includes a car body, a pneumatic control system, a coupler buffer device, an air braking device, a manual braking device, and a bogie. A hydraulic control system is located at the lower part of the car body. The car body includes a chassis, with two hoppers with double-sealing structures at the bottom of the chassis. The two hoppers are distributed on both sides of the chassis's central beam. Two side walls are provided on both sides of the chassis, with end walls at each end of the side walls. A roof is provided above the side walls and end walls. A discharge port is provided at the bottom of the hoppers, and a flip-up bottom door with a two-stage locking device is provided at the discharge port. The roof includes a fixed top cover assembly and a movable top cover assembly positioned directly above the fixed top cover. This invention has a reasonable design and solves the problems of the side walls not balancing strength and space, top cover jamming, easy accidental opening of the bottom door, and poor sealing in hopper cars.

The invention relates to a test method and system for a functional module in a chip, and the method comprises the steps: judging whether the firmware type of a first test firmware file loaded by a logic processing module in a resource board card of a test machine is matched with a to-be-tested second functional module in a to-be-tested chip of the current test case or not according to the current test case; a first test module constructed based on a first test firmware file runs in the logic processing module; if not, a first instruction is issued to the logic processing module to indicate that the first test firmware file is switched into a second test firmware file, and the second test firmware file is used for constructing a second test module for testing the second function module in the logic processing module to replace the first test module; and after firmware switching is completed, issuing a second instruction to the logic processing module to instruct the logic processing module to execute the current test case based on the second test module so as to test a second function module of the to-be-tested chip. The method can improve the test efficiency.