4results about How to "Solve insufficient capacity" patented technology

This application provides a user mining method and apparatus, electronic device, program product, and storage medium. The method includes: acquiring user data through public API interfaces of multiple social networking platforms and storing the acquired user data in an intelligent computing performance-enhanced file storage service deployed on a cloud computing platform; using a data processing cluster on the cloud computing platform to read the user data from the intelligent computing performance-enhanced file storage service, reconstructing features based on the user data, and storing the reconstructed feature data back to the intelligent computing performance-enhanced file storage service; constructing and training a reinforcement learning model on the cloud computing platform based on the reconstructed feature data; storing historical experience data of the agent in the intelligent computing performance-enhanced file storage service during the training process; deploying the trained reinforcement learning model to a production environment and using the reinforcement learning model to perform user mining based on real-time acquired user data.

The utility model belongs to optical communication equipment technical field relates to an adjustable wiring bridge and wiring bridge assembly. The adjustable wiring bridge includes the basic ladder frame of detachable setting in the installation surface and the adjustable ladder frame connected with basic ladder frame, and the adjustable ladder frame can move transversely to the basic ladder frame to adjust the width of adjustable wiring bridge. The utility model provides an adjustable wiring bridge and wiring bridge assembly, and the adjustable wiring bridge of the utility model is a unit module of wiring bridge assembly, only needs to transport modular adjustable wiring bridge to the scene when leaving factory, and then can install adjustable wiring bridge on the installation surface, can effectively avoid the obstruction of obstruction such as suspender and solves the problem of insufficient wire capacity of wiring bridge, and the adjustable ladder frame can move transversely to the basic ladder frame to adjust the width of wiring bridge, so as to adjust and increase the upper limit of wire accommodation on the basic capacity of the basic ladder frame, which is beneficial to product adjustment according to actual wire capacity.

This utility model belongs to the technical field of surveillance camera brackets, and mainly relates to a quick-installation bracket for surveillance cameras. It includes a support rod at the top for holding the surveillance camera, and multiple legs at the lower end of the support rod for stabilizing it. A battery is detachably arranged on the support rod between any two adjacent legs, and the battery is electrically connected to the surveillance camera to supply power. Because the battery is removable, multiple batteries can be equipped in actual use. When one battery is low on power, it can be quickly replaced with a fully charged battery, achieving "seamless operation" and completely solving the problem of insufficient battery capacity of the surveillance camera itself.

This invention discloses a passive transport exoskeleton based on a variable stiffness gravity compensator and its usage method. The passive transport exoskeleton includes a back strap assembly, a hip fixation assembly, a back linkage assembly, and a thigh actuator assembly. An energy recovery assist device is fixedly connected to the bottom end of the back linkage assembly, located to the side of the hip fixation assembly. The energy recovery assist device includes a bending assist device fixedly connected to the back linkage assembly, a walking assist device driven by the top end of the thigh actuator assembly, a clutch device coaxially mounted on the power transmission shaft of the walking assist device, a pulley system driven by the bending assist device, and a Bowden rope device connecting the clutch devices on both sides. This device requires no external energy supply, relying on its mechanical structure to achieve energy storage, release, and recovery and reuse of negative energy. It can precisely adapt to human gait, match appropriate assist timing, effectively assist hip joint movement, and reduce joint load and human energy consumption.