38results about How to "Achieve visualization" patented technology

The invention relates to a three-dimension picture electrocardiograph, and relative application, wherein it has 16 electrode lines parallel input 5 channels Einthoven-Goldberger-Wilson and Frank guide system; the Frank electrocardiograph collects electrocardiograph signal to be treated by computer, computer assist design, to realize multi-dimension, synchronous, and real-time conversation; storing at 24h, synchronizing 1-78 guides or selectively washing electrocardiograph; generating database, 12 electrocardiographs, orthogonal electrocardiograph, vector electrocardiograph, etc.

The invention relates to a geologic field information collection system. The collection system is designed by adopting a platform-based concept and integrates a project management module, a GPS (global positioning system) module, a geologic compass module, an image system module and a character system module, collection is performed by dividing geologic field sources into points, lines and planes, and information of geologic medium sources like geologic points, fault points, hydrologic points, drill holes, fractures, measured formation sections and pits is output in the form of geologic field information collection card module pieces and Excel data files respectively, so that requirements on filing of original data are met, direct utilization of geologic field information is realized, and integration of outdoor work and indoor work is realized. The collection system comprises a system function module, a geologic field information collection card module and a data output module. By the system, the geologic field information can be collected quickly and accurately; efficiency of field work and data accuracy are improved by providing functions of quick GPS positioning, a measuring ruler, an angulometer, a geologic compass and the like.

The invention discloses a quality control method of a traditional Chinese medicine compound preparation for treating osteoporosis. The quality control method comprises the following steps: (1) by taking eucommia ulmoides as a contrast medicinal material and taking pinoresinol diglucoside and geniposidic acid as comparison products, carrying out qualitative identification on eucommia ulmoides in the traditional Chinese medicine compound preparation by adopting a thin-layer chromatography; (2) by taking radix achyranthis bidentatae as a contrast medicinal material and taking beta-ecdysterone as a comparison product, carrying out qualitative identification on radix achyranthis bidentatae in the traditional Chinese medicine compound preparation by adopting the thin-layer chromatography; (3) by taking wolfberry fruits as contrast medicinal materials, carrying out qualitative identification on the wolfberry fruits in the traditional Chinese medicine compound preparation by adopting the thin-layer chromatography; and (4) determining the content of three active components (or index components) including epimedium glucoside, gentiopicroside and loganin acid in the traditional Chinese medicine compound preparation by adopting a high performance liquid chromatography. According to the quality control method, the quality of the traditional Chinese medicine compound preparation can be controlled very well, and the stability of a product production process is monitored; and the quality of the traditional Chinese medicine compound preparation is stable, uniform and controllable.

The present invention provides a kind of Agent-based Internet of Things equipment integration system, comprising application subsystem, server, intelligent Agent module, network transmission layer and equipment layer; Application subsystem, intelligent Agent module are all connected with server network; Intelligent Agent module passes through The network transport layer establishes a network connection with the device layer. An application method of the system is also provided, including: registering and configuring the device; the application subsystem sends a service request to the intelligent agent module through the server; the intelligent agent module operates the device layer according to the service request, and reports the operation result Feedback to the application subsystem through the server. The present invention provides an Agent-based IoT device integration system and its application method, which has functions such as device registration, device information collection, and control command issuance, and solves the problems caused by the complex Internet of Things environment in the manufacturing workshop and the diversity of workshop equipment. For complex integration issues, the workshop site can be visualized, operable and integrated.

The invention provides a device and an operation method for simulating different working conditions to measure the highest strength ratio of the mud retaining wall. The inner mud cylinder is fixedly installed at the middle position of the bottom cap, and the outer half cylinder is fixed on the bottom cap and arranged on the bottom cap. The periphery of the inner mud tube is arranged concentrically; on the bottom platform, a shaft column is symmetrically arranged on the outside of the outer half cylinder; on the bottom platform, a mixer bracket is fixed, and the top of the mixer bracket is fixed and installed There is a mixer, the top of the shaft column is fixed with a reaction frame, the center of the bottom of the reaction frame is fixed with a hydraulic jack, and the bottom end of the piston rod of the hydraulic jack is installed with a pressure plate; piece. The visual processing of this device combined with two types of camera devices can more clearly observe the change of coral sand under pressure, obtain the permeation rate of mud in coral sand, seepage track and measure its uniformity, and obtain the scope of influence.