2results about How to "Reduce output time" patented technology

The invention provides a suspension bridge cable clamp digital twin system based on wireless intelligent washers, and belongs to the crossing field of bridge engineering and intelligent monitoring technologies. According to the system, a wireless intelligent gasket is used as a core sensing unit, finite element analysis, a neural network agent model and a three-dimensional visualization technology are combined, and real-time mapping of a cable clamp physical entity and a virtual model is constructed; the system obtains data such as wireless intelligent gasket pressure, cable clamp-main cable friction force, cable clamp displacement and cable clamp structure node stress and strain through finite element analysis under different working conditions, and a parameter mapping proxy model is formed by training a mapping relation between the gasket pressure and other parameters through a neural network. And relevant models and data are developed and integrated by means of an Unreal Engine engine, and visualized real-time rendering is carried out, so that bolt fastening control in a construction stage and / or structural health monitoring in an operation and maintenance stage are / is realized. According to the system, digital management and control of the full life cycle of the cable clamp can be realized, and the monitoring precision and the engineering economy are remarkably improved.

The embodiment of the present application provides a kind of image forming device, the phase registration method of photosensitive component, image forming device includes: first motor is configured to rotate first photosensitive component;Second motor is configured to rotate second photosensitive component;First phase sensor is configured to detect the first rotation phase of first photosensitive component;Second phase sensor is configured to detect the second rotation phase of second photosensitive component;Control unit is configured to after completing at least one page image forming operation, at least one motor in first motor and second motor receives phase registration instruction, according to the rotation phase of the photosensitive component corresponding to the motor of receiving phase registration instruction, the phase registration of first photosensitive component and second photosensitive component is carried out, wherein, phase registration instruction is used to indicate that first photosensitive component and second photosensitive component need to carry out phase registration, so that the output time of the first page or multi-page operation is not increased by executing phase registration, improve user experience.