4results about How to "Solve the incompatibility" patented technology

This utility model relates to the technical field of material feeding in hot forging production, and in particular to an adjustable and standardized feeding device for a ring feeder. It includes a component mounting panel, a full-material sensing group, a side-adjustable bridge base, an outer diameter adjusting blocking component, a material passing blocking gate component, a feeding mechanism positioning component, a feeding side width adjusting component, and an outer end fixing plate. The side-adjustable bridge base accommodates materials of different thicknesses, the outer diameter adjusting blocking component and the material passing blocking gate component work together to control material flow, and the feeding mechanism positioning component and the feeding side width adjusting component ensure stable material descent. This application can automate the feeding of various material specifications, significantly improving production efficiency and equipment versatility, and reducing labor and equipment costs.

The application provides a business page processing method, device and system. The method is applied to a client, and comprises the following steps: in response to an opening request of a first user for a first business page, detecting a target element identifier contained in the first business page, sending an element query request to a server based on the target element identifier, so that the server finds first target element data corresponding to the target element identifier from a database; in the first target element data, attribute configuration information is generated after being edited in a second target element in a second business page by a second user and verified by the server; the second business is an upstream business of the first business; receiving the first target element data returned by the server, and rendering and displaying the first target element in the first business page based on the first target element data. The application solves the problem that the downstream cannot be compatible under the upstream logic by connecting the upstream and downstream businesses through elements.

The application relates to an identification switching circuit compatible with different function Type-C interfaces, which comprises a master control module, a Type-C physical interface, a feature pin identification module, a signal switching module and a power supply switching module; a detection input end of the feature pin identification module is connected with a preset feature pin in the Type-C physical interface, and a detection output end of the feature pin identification module is connected with an identification result signal input end of the master control module; a first data connection end of the signal switching module is respectively connected with a standard Type-C signal interface and a self-defined Type-C signal interface, a second data connection end of the signal switching module is connected with a signal pin of the Type-C physical interface, a control signal input end of the signal switching module is connected with a control signal output end of the master control module, and selective connection is carried out between the standard Type-C signal interface and the self-defined Type-C signal interface, so that the connection requirement of the self-defined peripheral device is considered, and the universality, adaptability and industrial application value of the interface are remarkably improved.

The application provides a data fusion processing method for frequency use behavior description based on adaptive reachable density, signal frequency parameters, signal statistical spectrum, signal communication parameters and signal direction degree are calculated through intermediate frequency spectrum, IQ and measurement data in spectrum monitoring; parameter measurement results of single sensing position and single measurement are formed by reorganizing signal frequency parameters, signal statistical spectrum, signal communication parameters and signal direction degree based on sensing position, collection time and collection frequency; signal parameters of single sensing position and single measurement are extracted from the parameter measurement results, signal parameters are classified and normalized through adaptive reachable density clustering, and normalized results of signal parameters of single sensing position and at least twice measurement are formed; signal parameter fusion is performed on each electromagnetic target based on the normalized results of signal parameters of single sensing position and at least twice measurement and corresponding electromagnetic targets. The problem that monitoring results of multiple measurements and multiple sensing positions cannot be fused is solved.