49results about How to "Easy to configure and install" patented technology

The invention is a retinal prosthesis with an improved configuration mounting necessary components within and surrounding the eye. The present invention better allows for the implantation of electronics within the delicate eye structure. The invention further limits the necessary width of a thin film conductor passing through the sclera by use of a multiplexer external to the sclera and a demultiplexer internal to the sclera.

A mounting system for an annular internal fuel manifold disposed within a gas turbine engine includes a fuel inlet assembly having a heat shield extending about at least a portion of an inner fuel inlet tube. The heat shield has a distal end engaged with the fuel manifold and has a radially outwardly projecting shoulder proximate an opposed proximal end thereof. The proximal end of the heat shield is received within a bushing disposed within a corresponding opening of a supporting casing. The shoulder of the heat shield retains the bushing in place.

The invention discloses a control method of an intelligent clothing suspension system. According to the control method, the readable-writable IC card data technology is adopted, and the readable-writable IC card data technology is matched with other software / hardware control technologies to realize automatic control on circulation of clothes hangers of the intelligent clothing suspension system between various steps. The method is characterized in that the IC card information of the clothes hangers and a push rod are classified into different types, the information is collected and written in through a come-into-station read head and a come-out-of-station read head, and the circulation of the clothes hangers between a main track and each workstation is realized according to requirements under the combined action of a controller, a terminal and a data acquisition program. The control method of the intelligent clothing suspension system is high in adaptability and intellectualization degree; the complexity of the system is effectively reduced by virtue of the readable-writable technology; the system is high in safety, and the work of the whole system cannot be affected by the fault of one workstation.

A remote monitoring system of elevator based on Internet network comprises elevator controller, terminal, monitoring center and communication subsystem. It is featured as using embedded processor as core of terminal external - connected to SDRAM, FPGA, FLASH, etc; using embedded Linux system as operation system of terminal connected to Internet network for communicating to monitoring center at the other end and forming communication subsystem by Internet network.

The invention discloses an intelligent Internet-of-things building system configuration and has properties of flatness and no center. Comprehensive sensing of various physical parameters in an intelligent building constructed based on the Internet-of-things building configuration can be realized, new data sharing and work coordination requirements are satisfied, problems of a data island, incomplete data acquisition, low resource utilization rate and high operation and maintenance cost of a traditional intelligent building are solved, an operation and maintenance mode of the traditional intelligent building is changed, through heterogeneous network fusion, information gathering, decision diagnosis, feedback control and big data analysis, an integrated service management system capable of realizing unification between base-level equipment and upper-level applications is formed.

The invention relates to a camera layout and a calibration method for improving the depth of field measurement accuracy, belonging to the field of computer vision, and relates to a camera layout and a depth of field calibration method for improving the camera depth of field measurement accuracy. The calibration method improves the measurement accuracy of the visual measurement system in the direction of the depth of field from two aspects: the optimized layout of the camera and the calibration of the depth of field; firstly, the length of the baseline of the two cameras and the angle between the optical axes are determined to make the camera arrangement optimal; and then according to the measurement object The distance, focusing state and lens parameters determine the depth of field range, and the high-precision electronic control device is used to drive the calibration plate to move multiple positions in the direction of the camera depth of field. At each position, multiple pictures of the calibration plate are used to calibrate the parameters of the binocular camera; Feature information Select different camera parameters at different positions of the depth of field to reconstruct feature 3D information. The invention does not need to predict the distortion model of any space in the depth of field when calibrating, which increases the robustness of calibrating. The calibration method has the advantages of simple flow, high precision and easy implementation.