8results about How to "Realize informatization" patented technology

The present disclosure relates to a track map labeling method, device and system. The track map labeling method is applied to a labeling vehicle, and the method comprises: in response to a user's operation on the labeling vehicle, determining a working state in which the labeling vehicle is located, the working state comprising at least a labeling working state and a point searching working state; when it is determined that the labeling vehicle is in the labeling working state, determining whether a current labeling position is acquired; when it is determined that the current labeling position is acquired, labeling the current labeling position to obtain labeling information corresponding to the current labeling position. Through the present disclosure, the informationization of track map labeling data can be realized, the work efficiency is improved, and the introduction of human errors in the work process is avoided.

This invention primarily relates to the field of efficiency measurement technology. To improve the automation and accuracy of efficiency measurement for transport vehicles, this invention provides an information-based efficiency measurement method and system for transport vehicles. Its core is to monitor the vibration threshold range of the vehicle under different operational processes. Based on the vehicle's real-time vibration values, the system determines the time the vehicle spends in different operational processes such as loading, transporting, unloading, and standby. It also acquires the vehicle's load under each operational process; calculates the vehicle's actual transport mileage based on the vehicle's real-time location and a set mileage correction coefficient; and finally, based on the time and load of the vehicle in different operational processes, as well as the actual transport mileage, determines the vehicle's total efficiency and the efficiency of the vehicle under each operational process. Through the coordinated acquisition and fusion calculation of vibration, load, and location data, the entire process of efficiency measurement for transport vehicles is made information-based.

The invention belongs to the technical field of constructional engineering, and particularly relates to a Revit-based fabricated component family library construction and use method, which comprises the following steps: dividing a component family library into twelve system categories of three major majors of building, structure and electromechanical, standardizing naming and coding principles of corresponding component families, and gathering the component families in a table form; parameter elements and parameter categories of the component families are specified, the same parameters of the same component families are controlled by'type parameters', individual differences of the component families are controlled by'instance parameters', and the component families of different system categories are associated with one another by'global parameters', so that linkage between models is constructed; and performing encryption processing on the component family storage to protect the intangible digital assets. According to the invention, informatization, standardization and systematization management of components and parts are realized, the whole industry chain service of the building is supported, basic support is provided for application of the BIM model, and the current situation barrier of the industry is broken.

The invention provides a body assembly platform device, which comprises an assembly platform body, a bracket and an anti-explosion electric cabinet, and is characterized in that the anti-explosion electric cabinet is mounted in the assembly platform body and is used for accommodating a control system of the body assembly platform; the bracket is connected with a linear guide rail on the assembling platform body through a sliding block and provided with a mechanical connector connected with a rack on the assembling platform body. And the bracket can realize three-degree-of-freedom adjustment of translation along the axis of the product on the linear guide rail, lifting perpendicular to the horizontal plane and rolling around the axis of the product. The control system is adopted for production line scheduling, no person participates in the whole transfer process, information can be integrated to the production line management and control system, digitization and informatization of transfer assembly can be achieved, the working intensity of workers can be greatly relieved, and the assembly speed can be effectively increased.

This invention relates to the field of dental surgery technology and discloses an intelligent dental surgical robot and its control system. The robot includes a main body, a display component, a locking component, a moving component, and a control system. The display component is mounted on the upper part of the robot body, the locking component is installed inside the display component, and the moving component is installed inside the robot body. The control system is built into the control chamber of the robot body and is electrically connected to the display component, locking component, and moving component. It is used to realize motion control of each component, surgical data interaction, equipment status monitoring, and abnormal warning. The display component of this invention uses a slider and an adjustment block to facilitate adjustment of the height of the touch screen according to the needs of medical personnel, improving the comfort of medical personnel of different body types when using the touch screen. Simultaneously, the locking component uses a locking block and a locking slot to facilitate adjustment of the angle of the touch screen while ensuring the stability of the touch screen after angle adjustment.

This invention discloses a method, apparatus, equipment, and medium for data acquisition and analysis in a painting workshop. The method includes: using object tools in a scripting language to transfer data from the painting workshop's systems to corresponding target tables in a preset target database via the workshop's network; analyzing and processing the data in each target table according to its characteristics and analysis requirements to obtain analysis results; and displaying or pushing the analysis results. This technical solution, by introducing object tools in a scripting language, achieves automatic data acquisition in the painting workshop and, through reasonable analysis and processing, realizes data visualization and informatization, improving the automation level of the painting workshop. This, in turn, allows maintenance personnel to utilize information technology to reduce troubleshooting and repair time and increase the mean time between failures (MTBF) of the system in the painting workshop.

This invention relates to an automatic displacement control system and a tracked conveyor with the same. The tracked conveyor includes n trusses connected in series and hinged, where n > 1. A first tracked machine is located at the front end of the first truss, and an (i+1)th tracked machine is located at the rear end of the i-th truss, where i = 1, 2, ..., n. A pull-cord sensor is installed at the hinge point of adjacent trusses. The automatic displacement control system includes an angle output module, which calculates the angle α between the i-th truss and the (i+1)-th truss based on the readings from the pull-cord sensors. i ; Speed ​​calculation and output module, which calculates the expected speed of the (i+2)th tracked machine; State judgment module, which determines the state based on the included angle α. i The leveling mode of the conveyor is determined; a displacement control module levels the (i+1)th truss during its movement. This disclosure realizes intelligent, automated, and dynamic leveling of a multi-segment conveyor.

The application discloses a kind of based on deep learning multi-beam radio frequency OAM positioning identification method and system, the method and system use optical orbital angular momentum as the basis of pre-training, using pre-training weight information trains radio frequency orbital angular momentum image, and realizes the positioning and identification function of radio frequency orbital angular momentum.The trained deep learning model of the application can automatically identify the real radio frequency orbital angular momentum image received in real time, without manual discrimination, thereby simplifying the operation process of technical personnel.The application reduces the training time, realizes the automation of identification, improves the spectrum utilization, and helps the demultiplexing system of radio frequency OAM system.