10 results about "Adaptive equipment" patented technology

The invention relates to the technical field of equipment health prediction scheme design, in particular to an equipment health prediction method and system based on an adaptive algorithm. The method comprises the steps of collecting multi-dimensional operation data of equipment in real time, wherein the multi-dimensional operation data comprises vibration, temperature, energy consumption and overall equipment OEE; cleaning and feature extraction are carried out on the data, and relevance features among different data sources are calculated innovatively; inputting the feature vector into a pre-trained equipment health prediction model to obtain a health score and a remaining service life; based on an evaluation result and production and inventory information, an optimal predictive maintenance suggestion is automatically generated; and carrying out incremental learning on the model by utilizing new data regularly, so that the model is adaptive to equipment aging. According to the method, the problems of data islands, model staticization and disjunction between prediction and decision in equipment health management of an existing digital twin system are solved, and more accurate and adaptive equipment health state prediction and intelligent maintenance decision can be realized.

The application discloses an intelligent management system and method applied to a hydropower station cloud platform, relates to cloud platform intelligent management, divides areas of a hydropower station, obtains equipment quantity and area environment characteristics in the area, when the area of the hydropower station is expanded, obtains similar areas of the expanded area, analyzes production speed differences of equipment in the expanded area and the similar areas, judges adaptation conditions of hydropower equipment to the expanded area, analyzes adaptation hydropower equipment proportion of the expanded area, inspects a network of the expanded area, confirms non-adaptive equipment types of the expanded area after inspection, schedules the non-adaptive equipment according to adaptive states of equipment in other areas, sets a monitoring period after scheduling is completed, and periodically schedules hydropower equipment and inspects the network of the area, so that, through real-time analysis of equipment production speed fluctuation conditions in the equipment management link, the application can identify interference equipment with operation abnormity, and ensures stable operation of hydropower equipment.

The application relates to the technical field of atmospheric monitoring, in particular to a sampling device for atmospheric monitoring, which comprises a mobile mounting plate, a loading mounting box is arranged on the upper side of the mobile mounting plate, and further comprises: an adaptive equipment loading mechanism which is used for adaptively loading and fixing various types of sampling equipment; a sampling height adjusting mechanism which comprises a sampling lifting plate, and an anti-interference sampling module is arranged at the upper end of the sampling lifting plate; a combined mounting type processing mechanism; and mobile leveling mechanisms are arranged at the lower corners of the mobile mounting plate. More accessories and consumables can be accommodated, and quick and stable taking, using and combined mounting are provided to adapt to more diverse atmospheric sampling requirements, atmospheric sampling of more complex sampling processing procedures can be met, the influence of micro-environment disturbance under high-speed airflow and complex gas environment can be eliminated, sampling quality, efficiency and applicability are improved, normal sampling operation can be carried out in more complex outdoor environments, and the height range and application scenarios of sampling are synchronously expanded.

The invention relates to the technical field of atmospheric monitoring, in particular to a sampling device for atmospheric monitoring, which comprises a movable mounting plate, a loading mounting box arranged on the upper side of the movable mounting plate, and an adaptive equipment loading mechanism used for adaptively loading and fixing various types of sampling equipment; the sampling height adjusting mechanism comprises a sampling lifting plate, and an anti-interference sampling module is arranged at the upper end of the sampling lifting plate; a combined mounting type processing mechanism; and movable leveling mechanisms are arranged at four corners below the movable mounting plate. More accessories and consumables can be accommodated, and rapid and stable taking and combined mounting can be provided, so that more diversified atmosphere sampling requirements can be met, atmosphere sampling of a more complex sampling treatment process can be met, the influence of microenvironment disturbance in a high-speed airflow and complex gas environment can be eliminated, and the sampling quality, efficiency and applicability can be improved; normal sampling operation can be carried out in more complex outdoor environments, and the height range and the application scene of sampling are synchronously expanded.

The reason I came up with this idea is to have an application indispensable for individuals with disabilities of all ages, their families and caregivers. Secondary markets include educational institutions, rehabilitation centers, workshops, consultants, companies providing adaptive equipment and resources, institutes and hospitals. The platform also appeals to government agencies and non-profit organizations focused on the inclusion of people with disabilities. So I think my idea will be very useful to this community.

The utility model relates to the technical field of mechanical equipment foot margins, in particular to a self-adaptive equipment foot margin convenient to disassemble and assemble, which comprises a plurality of equipment bases arranged below equipment, a screw rod is arranged in the middle of each equipment base in a threaded connection mode, and a cushion block is arranged on the bottom spherical surface of each screw rod in a matched mode. A first hexagon nut in threaded connection with the screw rod is installed on the equipment base, an installation groove is machined in the middle of the cushion block and comprises a notch chamfer, a small-diameter groove and a large-diameter groove which are sequentially machined from top to bottom, a semicircular check ring groove is further machined in the groove wall of the small-diameter groove, and a second hexagon nut in threaded connection with the check ring groove is further machined in the groove wall of the large-diameter groove. And a steel wire baffle ring for a hole is arranged in the baffle ring groove. According to the self-adaptive equipment foot margin convenient to disassemble and assemble, the steel wire check ring for the hole is arranged in the cushion block, and the cushion block and the screw rod are in spherical surface fit, so that the reliable connection of the screw rod and the cushion block can be realized, and the installation efficiency is improved.

The invention relates to an intelligent central control device, an environment adaptive device control method and device, and a medium. The method comprises the steps of obtaining environment measured data provided by a plurality of online devices which are located in the same environment space and provide different modal data sources in a private network; constructing a single-source state vector corresponding to each data source, and fusing each single-source state vector into a multi-mode state vector representing the overall environment state; inputting the multi-modal state vector into a preset parameter generation model for reasoning to obtain control parameter vectors corresponding to at least part of the online devices in the plurality of online devices; and according to the control parameter vector, constructing equipment control instructions of part of online equipment to control the corresponding online equipment, so that the adjusted overall environment state can optimize the environment evaluation index and the operation energy consumption index. The intelligent equipment can be adaptively controlled according to the environment state of the intelligent home, so that the user experience is improved.

The present application belongs to the technical field of rehabilitation medical apparatus and discloses a wearable joint rehabilitation training device and a pressure self-adaptive control method. The training device comprises a flexible wearable main body, which is prepared by using medical-grade silica gel and knitted flexible composite material. Modular replaceable structural components are used to realize cross-joint and cross-injury-level adaptation and replacement. A multi-sensor feature acquisition module is used to acquire multi-dimensional feature data of human-machine contact in real time. A pressure self-adaptive driving adjustment module realizes single-region and multi-region differential pressure adjustment. A main control processing module is used for intelligent control, scheme generation and effect evaluation whole-process management and control. A man-machine interaction terminal is used to receive user manual adjustment instructions and display rehabilitation evaluation results. The wearable joint rehabilitation training device and the pressure self-adaptive control method are used to realize comfortable and adaptive equipment wearing, personalized and customized rehabilitation parameter adjustment and pressure self-adaptive precise output, thereby effectively improving the pertinence, safety and efficiency of joint rehabilitation training.