7results about How to "Realize automatic output" patented technology

The present application relates to the technical field of system performance optimization and resource scheduling, in particular to a system performance recovery method based on equipment adjustment and a strategy support platform thereof. The method comprises: inputting system information to be recovered; sequentially performing system reorganization feasibility evaluation and optimization, function replacement and spare parts commissioning evaluation, external allocation feasibility evaluation and optimization, and generating a recovery scheme; finally integrating the scheme and encoding output by using a preset encoding rule. The equipment adjustment operation is summarized as four basic types of system reorganization, function replacement, spare parts commissioning and external allocation. The strategy support platform comprises a hardware layer and a software layer, and through the internal scheme optimization program, the method process is automatically executed, the system information is received and the encoded optimal performance recovery strategy is output. The present application realizes the automatic generation and rapid decision of the system performance recovery strategy through the structured recovery process and the unified encoding system.

The application discloses a kind of postoperative thoracoabdominal leakage drainage fluid monitoring processing method and system, it is related to drainage fluid monitoring technical field, its technical solution key points include the following steps: obtaining the postoperative basic information of target patient and drainage fluid monitoring data;According to postoperative basic information, determine corresponding drainage evaluation standard;Wherein, the drainage evaluation standard includes multiple drainage standard factors and standard parameter interval;According to drainage fluid monitoring data, at least one drainage monitoring factor and corresponding monitoring parameter are extracted;According to abnormal monitoring factor and corresponding monitoring parameter, generate the drainage evaluation state feature of target patient;According to drainage evaluation state feature and preset abnormal processing library, output the drainage processing scheme of target patient, effect is to improve the efficiency and response speed of postoperative drainage management.

The application provides an alarm contact performance detection device, which comprises a feeding assembly, a conduction detection assembly, a height detection assembly and a transfer assembly. The feeding assembly is used for loading an alarm to be detected into a detection jig. The conduction detection assembly comprises an automatic contact detection structure and is used for detecting the conduction characteristics of the contacted contact through conduction detection. The height detection assembly comprises a detection platform, a fixed lower die for horizontally placing the alarm to be detected on the detection platform, and a movable upper die matched with the fixed lower die. The movable upper die is movably matched with the fixed lower die in the height direction, and whether the height of the contact is within a preset range is judged. The transfer assembly comprises a conveying belt mechanism and a mechanical hand mechanism for grabbing the alarm to be detected, and is used for transferring the alarm to be detected between different processes. The alarm contact performance is completely automatically detected, the contact detection efficiency is greatly improved, and the situation that the detection standards are not unified or the detection results are inaccurate caused by manual detection is avoided through the automatic detection process.

The invention discloses a closed-loop management system based on three-dimensional ground penetrating radar data. A data import module is used for receiving an uploaded three-dimensional ground penetrating radar original data file; the disease identification and prediction module is used for preprocessing the three-dimensional radar data; the result visualization module is used for displaying a three-dimensional radar stereogram and a disease prediction result; the multi-period data analysis module is used for selecting data at different time in the same space and comparing the data with the identification result; the re-checking feedback module is used for receiving field re-checking information; and the disease information card generation module is used for integrating the prediction result with the field review information. Through the disease identification and prediction module, automatic analysis and disease identification based on three-dimensional radar data can be realized, so that the artificial data analysis efficiency is greatly improved, and meanwhile, the re-check feedback module and the result visualization module can realize visualization and artificial re-check closed loop of an AI prediction result, so that the overall detection accuracy and efficiency are improved.

The screening device comprises a rectangular screening pool, a longitudinal conveying roller is arranged on the left side of the bottom of the screening pool, the two ends of the conveying roller abut against the two side walls of the screening pool respectively, a center shaft is arranged in the conveying roller, and the two ends of the center shaft are hinged to the screening pool through bearings. A plurality of annularly-distributed protruding strips are formed on the outer cylinder wall of the conveying roller, a blocking roller close to the conveying roller is fixedly inserted into the screening water pool on the upper side of the conveying roller, a right baffle inclining rightwards and facing upwards is formed on the blocking roller, and an inclined flow guide plate is fixedly inserted into the screening water pool on the lower right portion of the conveying roller. The flow guide plate, the conveying roller, the blocking roller and the right baffle divide the screening water pool into a feeding cavity and a discharging cavity. According to the screening device, the weight of the pine nuts is distinguished based on buoyancy of water, and then the pine nuts without kernels can be removed; meanwhile, the pine nuts can be automatically output, labor can be saved, and the production efficiency can be improved.

The application relates to the technical field of aviation equipment maintenance, and particularly discloses an aircraft wing carbon fiber skin ultrasonic automatic scanning system and method, which comprises a movable gantry frame and an industrial mechanical arm. The movable gantry frame comprises a plurality of stands and two bed bodies, the plurality of stands are respectively arranged at the bottom ends of the two bed bodies, the top portions of the two bed bodies are jointly provided with a movable cross beam, the top portion of the movable cross beam is provided with a horizontal sliding table, the top portion of the horizontal sliding table is provided with a vertical sliding saddle, the industrial mechanical arm is arranged at the bottom end of the vertical sliding saddle, the bottom end of the industrial mechanical arm is provided with a scanning probe, a limiting mechanism and a transfer trolley are arranged below the movable cross beam, and a control box is arranged below one of the bed bodies. In the application, the automatic lifting type automatic loading and unloading of the composite material wing component is realized through the automatic control technical means of the detection rack and the movable platform, the manual lifting risk is reduced, the labor intensity of the personnel is greatly reduced, and the risk of occupational diseases is reduced.

The invention discloses a carrier rocket sub-level wreckage landing area automatic off-line analysis method and a carrier rocket sub-level wreckage landing area automatic off-line analysis system. The carrier rocket sub-level wreckage landing area automatic off-line analysis method comprises the following steps of performing data reading; determining an administrative region of the sub-level wreckage drop point according to the read data; after the administrative region of the sub-level wreckage drop point is determined, the administrative region of the sub-level wreckage drop point is determined; and according to the determined administrative region of the sub-level wreckage falling region, determining an administrative unit covered by the sub-level wreckage falling region. According to the method, automatic output of the administrative region where the sub-level wreckage drop point is located, the administrative region where the drop region is located and the administrative unit covered by the drop region is achieved, manual analysis of trajectory designers is not needed, and the manual operation intensity is greatly reduced.