50results about How to "Reduce system risk" patented technology

The invention discloses a face recognition verification device based on a video and a verification method thereof. Comprising a verification device provided with an acquisition camera; the verification device is connected with a computer through a signal line, and the computer is connected with a data server through a network. A temporary data storage module for temporarily storing data is arranged in the computer; the following parts are also set in the computer: the storage module that is used for storing data; the report storage module that is used for storing the generated report; the image decomposition module that is used for classifying videos into pictures; the image processing module that is used for processing the picture; the image comparison module that is used for carrying out image comparison. Through acquisition of the camera, analysis and comparison of pictures through the computer, sorting, judgment and recognition of a plurality of faces are carried out, so that the face acquisition time is greatly shortened, and high-efficiency and high-accuracy face recognition and comparison are realized.

The invention relates to a control type communication system in a sonar signal processor. The control type communication system comprises the components of a master control node, a Gigabit Ethernet switch module, a power supply management module, a clock distribution module, a clock synchronous self-checking generating module, a PCI bridging module, and an FPGA logic loading and debugging module; wherein the Gigabit Ethernet switch module, the power supply management module, the clock distribution module, the clock synchronous self-checking generating module, the PCI bridging module, and the FPGA logic loading and debugging module are connected with the master control module. The clock distribution module is further connected with the Gigabit Ethernet switch module. The power supply management module supplies electric power to other modules.

The invention provides a method of carrying out grinding and chemico-mechanical polishing on a gallium nitride wafer. The method at least comprises the following steps of treating a gallium surface of the gallium nitride wafer: the gallium nitride wafer is fixed to a grinding platform and the gallium surface faces a grinding head; then a grinding basal plane of the gallium nitride wafer is determined by employing an XRD measuring method, the grinding head having a certain mesh number is parallel to the grinding basal plane and is pressed onto the gallium surface, and the gallium surface is ground to reach the first roughness under the action of a grinding fluid; subsequently, a grinding head having a higher mesh number is increased, the previous step is carried out till the gallium surface is ground to reach the second roughness which is less than the first roughness; finally, the gallium nitride wafer is fixed to a chemico-mechanical polishing platform, and the gallium surface is polished to the surface roughness meeting the technological requirements. The method adopts a direct grinding mode, so that the processing steps are simplified, the material consumption is reduced, the processing time is shortened, and the breakage rate is lowered.

The invention discloses a mask template transmission system used for loading a mask template to a mask table or unloading the mask template from the mask table, and the mask template transmission system comprises a template library, a manipulator and a pre alignment device. The template library is used for storing mask templates. The manipulator takes or places the mask template along the mask template storing direction of the template library, and loads the mask template or unloads the mask template along the mask template loading direction of the mask table. The pre alignment device is arranged on a transmission path of the manipulator to perform pre alignment on the mask template when the mask template is taken out from the template library by the manipulator, and after the pre alignment is completed, the manipulator loads the mask template to the mask table. The mask template storing direction of the template library and the mask template loading direction of the mask table are same, so that the manipulator can straightly go in and straightly go out. By use of the mask template transmission system, the manipulator can straightly go in and straightly go out, so that the arc motion can be avoided, the transmission path is simplified, and the system risk is reduced.

An apparatus and corresponding methods are provided for transmitting secure communications. The apparatus includes a transmitter and a receiver having an interface, a processor, and a memory. The processor instances a secure transmission function, links program data to the secure transmission function, and determines a transmission channel that does not have to satisfy security requirements to transmit the program data and the secure transmission functions. The transmitter transmits the program data and the secure transmission function across the transmission channel to the receiver, where the receiver processor instances a secure reception function corresponding to the secure transmission function and specifies a connection between a communication receiver path. The processor attaches a data output to the secure reception function corresponding to the data programmed into the transmitter, and executes and compares the reception function to the transmission function to determine if the linked data should be sent to the receiver interface.

The invention relates to a control type communication system in a sonar signal processor. The control type communication system comprises the components of a master control node, a Gigabit Ethernet switch module, a power supply management module, a clock distribution module, a clock synchronous self-checking generating module, a PCI bridging module, and an FPGA logic loading and debugging module; wherein the Gigabit Ethernet switch module, the power supply management module, the clock distribution module, the clock synchronous self-checking generating module, the PCI bridging module, and the FPGA logic loading and debugging module are connected with the master control module. The clock distribution module is further connected with the Gigabit Ethernet switch module. The power supply management module supplies electric power to other modules.

The invention provides a method and a system for deploying the application of a smart card, and a security module. The method comprises that: the application is saved in the security module; a user makes a request for the installation of the application into a smart card to the security module by a terminal; and the security module establishes secure connection with the smart card and installs the application requested for installation by the user to the smart card by the secure connection. The method, the system and the security module can reduce the security risks and management complexity in application deployment.

The invention relates to the field of shellfish genetics and breeding in marine biotechnology, in particular to a seed production method for improving the summer survival rate of long oysters. The method includes the steps of parent selection, breeding line construction, spat optimization, germplasm purification and the like. The invention utilizes the resistance characteristics of oysters at different developmental stages, and uses two extreme acute environmental stresses of dry dew and high temperature to efficiently screen oysters at the spat stage and adult stage, respectively, so as to improve the efficiency of breeding and shorten the selection time. The breeding cycle can significantly improve the summer survival rate of oysters. The method has the advantages of strong practicability, remarkable effect and easy popularization. The germplasm of new strains of oysters with high summer survival rate can be obtained through the invention, and the systemic risk of the oyster breeding industry can be significantly reduced.

The invention provides an automatic control method for feeding of an incinerator. A feeding push rod of the incinerator is automatically controlled in a reciprocating manner so as to control the amount of fed materials.

The invention relates to a device for reducing shrinkage difference of concrete foundation. The hot water circulating water tank and the cold water circulating water tank are connected through a valve; the hot water circulating water tank is provided with an electric heating tube, and the electric heating tube passes through the side wall of the hot water circulating water tank and is connected with a temperature control switch ; It also includes a temperature acquisition system, the temperature acquisition system includes a control system and a temperature measuring element electrically connected to the control system, and the control system is electrically connected to the temperature control switch. The invention also provides a method for reducing the shrinkage difference of the concrete foundation. The first cooling water pipe is used to conduct hot water in reverse to raise the temperature of the lower concrete layer poured first, so as to reduce the upper concrete layer poured later and the lower concrete layer poured earlier. The purpose of the temperature difference of the base layer is to make the temperature deformation of the upper concrete layer poured later and the lower concrete layer poured earlier tend to be synchronized, and reduce the degree of constraint of the upper concrete layer poured later, so as to solve the problem of high temperature stress level and the upper layer poured later The problem of high risk of concrete layer cracking.

The present application discloses an attitude-orbit coupling control method and its system, wherein the attitude-orbit coupling control method includes: determining the orbital motion state; determining the attitude motion state; determining the attitude-rail coupling motion state according to the orbital motion state and the attitude motion state; Acquire the coupled motion relationship of attitude control and orbit control according to the coupled motion state of attitude and orbit, and issue control instructions according to the coupled motion relationship. The application has the technical effects of simplifying system design, improving system reliability and reducing system risk.

The invention discloses an automatic black soldier fly breeding system based on organic waste treatment and an operation method thereof. The black soldier fly automatic breeding system based on organic waste treatment includes a distributing system, a distributing insect system and a larva rearing system. Using the patented invention to provide a system to consume organic waste to realize black soldier fly breeding can effectively improve the economic benefits of black soldier fly breeding, reduce the investment cost and labor cost of black soldier fly breeding, prevent and control the systematic risk of black soldier fly breeding, and improve Production efficiency of black soldier fly farming.

The invention provides an air cooling device for a high-heat light source. The air cooling device comprises an air cooling cavity component, a lamp housing component and an air guide shunt component. The air cooling cavity component comprises an air inlet cavity, an air outlet cavity and an air cooling cavity for connecting the air inlet cavity with the air outlet cavity; and a light outlet window is formed in the bottom of the air cooling cavity. The lamp housing component is positioned in the air cooling cavity of the air cooling cavity component, and is provided with a lamp housing shell. The air guide shunt component comprises a current limiting plate, an air guide pipe and an air diffusion sleeve. Compressed cooling air from a factory compressed air system enters the air cooling cavity from the air inlet cavity through the air diffusion sleeve and the air guide pipe, takes away the heat generated by an adjustable light source from the periphery of the lamp housing component through the current limiting plate, and is discharged from the air outlet cavity. The air cooling device uses the clean compressed air provided by the factory compressed air system, so that the purchase and maintenance cost of a cooling fan is saved, and the system risk is reduced.