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

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 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 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.