32results about How to "Solve integration problems" patented technology

The invention discloses a multifunctional back plate used for installing and cooling future fusion reactor breeding cladding. The back plate comprises a supporting back plate body. The supporting back plate body is provided with a back plate self-cooling circulation pipeline, a breeding cladding cooling pipeline and a tritium extraction pipeline, the breeding cladding cooling pipeline is connected with the back plate self-cooling circulation pipeline through a series of partition boards, the contact surfaces of the back plate self-cooling circulation pipeline and the breeding cladding cooling pipeline are coated with heat-insulating material coatings, the surface of the tritium extraction pipeline is coated with a tritium leakage prevention coating, and the supporting face of the supporting back plate body is provided with a flexible support. The back plate meets the requirements of cladding installation and cooling, meanwhile achieves the aims of self-cooling of the back plate and tritium leakage prevention, facilitates centralized design of the cladding, improves maintenance efficiency of the cladding, and meanwhile solves the back pipeline integration problem of the cladding.

The invention provides a gas sensor and capacitor-composited circuit board which is obtained by integrating a gas sensor and a capacitor in a circuit board and comprises an integrated circuit functionregion and a device arrangement region in the circuit board, wherein a slot comprises an upper capacitor region and an upper gas sensor region; a lower capacitor region comprises a capacitor lower electrode, a capacitor upper electrode and a dielectric material between the capacitor lower electrode and the capacitor upper electrode; an array gas sensor is arranged on an insulating isolation layer; the capacitor upper electrode has a common electrode of which a connection part exposed from the insulating isolation layer is used as a gas sensing array. The gas sensor and capacitor-composited circuit board provided by the invention solves a current problem of integrating the gas sensor with a circuit board, miniaturizes the gas sensor, realizes direct integration of a gas sensing function inthe circuit board, expands application of the gas sensor, and improves performance by matching with material research.

The invention discloses a packaging-integrated nuclear track anti-counterfeiting disk and a manufacturing method thereof, belonging to the technical field of nuclear track anti-counterfeiting. The nuclear track anti-counterfeiting disk comprises a rubber layer, a release layer, a one-layer nuclear track anti-counterfeiting film label, a laser layer or a metallic coating layer which are sequentially overlapped on a plastic film bottom belt, wherein the laser layer or metallic coating layer is thermally or cold transferred locally or completely on a hot melting gel layer. The one-layer nuclear track anti-counterfeiting film is punched according to the size of an anti-counterfeiting pattern and then waste is eliminated, and a composite material is coiled and trimmed, thus the packaging-integrated nuclear track anti-counterfeiting disk is manufactured. The laser layer can be used as a location marker when industrialized automatic hot-pasting is carried out, a nuclear track anti-counterfeiting film is industrially automatically positioned and thermally transferred to any package material by using the characteristic of hot melting transfer of the transfer laser layer, thus the industrial production integration of the nuclear track anti-counterfeiting film and the package materials is solved, and the nuclear track anti-counterfeiting film has the advantages of attractiveness and wide use and applicability.

The invention provides a class file loading method, comprising the steps of: customizing a class loader to replace the default system class loader of a java virtual machine; generating an index file of a jar file required by a java application according to the rules of the self-defined class loader; The Java virtual machine starts the self-defined class loader and initializes the custom class loader; the self-defined class loader requests the upper-level application class loader to load the class file, if the application class loader is unsuccessfully loaded , the class loader of the custom class loads the class file according to the index file. The invention replaces the default system class loader of the virtual machine with the self-defined class loader, uses the self-defined class loader to load class files, and improves the loading efficiency of class files when the system starts. And when loading a large number of Jar files, it will not exceed the file handle limit of the operating system, and can be integrated with third-party systems. The invention also provides a class file loading system.

A film process-based preparation method for a radio frequency identification tag, wherein the radio frequency identification tag mainly comprises an antenna, an analog front end, a clock and digital logic circuit, and an EEPROM memory circuit, wherein the EEPROM memory circuit comprises a storage device and a peripheral read and write circuit, the antenna mainly comprises metal coils, the analog front end and the clock and digital logic circuit comprise conventional thin film transistors, and the EEPROM memory circuit mainly comprises conventional thin film transistors and memory thin film transistors. Provided is a method that employs the film process to integrally prepares, on the same substrate, the entire radio frequency identification tag comprising four parts: an antenna, an analog front end, a clock and digital logic circuit, and an EEPROM memory circuit. The method is capable of overcoming the drawbacks of traditional RFID tags, wherein, among others, the cost of integration between IC chips and external antennae is high, and the process is complex, thereby reducing costs.

The invention discloses a code stream synthetic method and apparatus. In the method, a control command set is received, wherein the control command set comprises a first control command for indicating to obtain multipath video code stream data obtained in real time and a second control command for indicating to obtain configuration information including first position information and first capacity information of each obtained path of video code stream data in a code stream to be synthesized; and synthetic processing is carried out on the multipath video code stream data according to the configuration information. According to the technical scheme provided by the invention, multiple video source files can be flexibly synthesized, a monitoring process can be traced back, search pressure of monitoring information is mitigated, and disputes caused by sharpness of video information can be effectively avoided.

The invention provides a system and a method for electric transmission and distribution equipment monitoring. According to the international standards of IEC61850, IEC 61970 and IEC 61870, the system and the device are applied to data communication and data modeling in the electric transmission and distribution equipment monitoring. The problem of integration of the electric transmission and distribution equipment monitoring system and other application systems is effectively resolved, and high integration of the monitoring system is achieved.

Embodiments of the present invention provide a display panel, a method for driving the display panel, and a display device, which relate to the field of display technology and can effectively alleviate the problem of uneven display brightness in a display area of ​​the display panel. On the one hand, the embodiment of the present invention obtains the first display information corresponding to the main display area and the first gamma adjustment standard through the first drive IC; the second drive IC obtains the second display information corresponding to the first auxiliary display area and the second gamma adjustment standard. Standard; the first drive IC configures the first drive voltage for the main display area through the first data line according to the first display information and the first gamma adjustment standard; the second drive IC configures the first drive voltage for the main display area according to the second display information and the second gamma adjustment standard. The second data line configures a second driving voltage for the first auxiliary display area.