5results about How to "Reduce data loss" patented technology

This invention discloses a method for optimizing positioning trajectory data loss in low power mode, which is applied to a mobile terminal with single Beidou positioning function. The method includes the following steps: (1) Hardware configuration: The main control module controls the power supply of the Beidou chip and interacts with the Beidou chip through the serial port; the antenna module is configured, the antenna material selection and placement are optimized, a backup power supply is configured for the Beidou module, and the low noise amplification factor of the antenna LAN is increased. This method for optimizing positioning trajectory data loss in low power mode ensures stable power supply of the Beidou chip and sensitive antenna signal reception by optimizing antenna selection and placement, configuring backup power supply, and increasing low noise amplification factor. It reduces positioning failure and data loss caused by weak signal and power interruption, and lays the hardware foundation for continuous trajectory recording.

This invention discloses an integrated intelligent monitoring system for air, space, and water using a wind-solar hybrid power supply, specifically relating to the field of intelligent monitoring. It includes a wind-solar hybrid power supply module, a sensing and monitoring module, a wireless self-organizing network communication module, and an intelligent management and control module. The wind-solar hybrid power supply module provides clean energy; the sensing and monitoring module collects environmental and operational data; the wireless self-organizing network communication module enables bidirectional data transmission and interaction between monitoring nodes; and the intelligent management and control module performs fusion analysis of multi-source data, water quality level prediction, and early warning triggering. The operation of the wind-solar hybrid power supply module specifically includes the following: classifying power supply differences into different levels based on power supply evaluation differences. This invention achieves long-term unattended, accurate, and efficient monitoring in outdoor scenarios without mains power through stable wind-solar hybrid power supply, comprehensive air, space, and water monitoring, reliable Mesh network transmission, and intelligent analysis, early warning, and dynamic optimization.

The utility model relates to the technical field of storehouse control cabinet protection, and discloses an intelligent storehouse control cabinet which comprises a cabinet body, a dustproof cover, a protective door, a top air outlet dustproof net, a heat dissipation device composed of a fan, a heat dissipation piece and high heat conduction silica gel, and an air inlet filtering device composed of a bottom air inlet dustproof net, an intermediate filtering net and a fine filtering net. The top of the cabinet body is provided with a dustproof cover, the bottom of the dustproof cover is cooperatively connected with the top of the cabinet body through adaptive screws, the side wall of the cabinet body is provided with two protective doors which are distributed in an axial symmetry manner, the cabinet body is internally provided with a heat dissipation device, and the top of the heat dissipation device is provided with a top air-out dustproof net. According to the control cabinet for the intelligent storeroom, the internal structure is simple and reasonable, and efficient work of electronic devices in the control cabinet is effectively guaranteed through the matching effect of the heat dissipation device and the air inlet filtering device.

The utility model relates to force sensor technical field, concretely is robot six -dimensional force sensor, including the casing, the casing one side is equipped with the apron, the other side is equipped with the movable end connecting seat, and the movable end connecting seat is connected with robot movable arm, and the casing is away from the movable end connecting seat one side and is connected with the drive end of robot, and the casing middle part is provided with the intermediate body, and the intermediate body outside is equipped with a plurality of elastic beams, and the elastic beam outer end is equipped with the strain gauge. In the robot six -dimensional force sensor, through the elastic beam of intermediate body outside annular equidistance arrangement, the strain gauge of combination outside end installation, form the efficient force - electricity conversion structure, can accurate perception three -dimensional space in the force and the moment change, provide accurate force sense information feedback for robot, effectively promote the operation accuracy of robot in precision assembly, force control polishing etc.

The invention relates to a multi-modal data correction method and device, computer equipment and a storage medium, and the method comprises the steps: obtaining target multi-modal data, and generating a corresponding initial text based on the target multi-modal data, the target multi-modal data at least comprising voice data; sending the initial text to a plurality of terminals, so that the plurality of terminals perform real-time labeling operation based on the initial text to obtain collaborative labeling data; receiving collaborative annotation data sent by the plurality of terminals, and generating a collaborative annotation result according to the collaborative annotation data; and based on the collaborative labeling result, correcting the initial text to generate a corrected text. Therefore, a multi-user real-time collaborative labeling and dynamic correction mechanism is introduced in a multi-mode voice transcription process, and adaptive optimization and elastic computing power scheduling are combined, so that real-time editability, collaborative consistency and high accuracy of a transcription text are realized, and meanwhile, stable operation of a system in a high-concurrency scene is guaranteed.