8results about How to "Prevent integration" patented technology

The invention discloses a double-top-electrode 4H-SiC position detector and a preparation method and application thereof. The double-top-electrode 4H-SiC position detector comprises a 4H-SiC substrate, a first electrode, a second electrode and a third electrode, the first and second top electrodes are arranged on the silicon surface of the substrate and are separated from each other; the bottom electrode is arranged on the carbon surface of the substrate. According to the detector, high-precision linear detection of the incident light position is realized in a single 4H-SiC material system by using a discrete double-top-electrode structure, and the problem that a traditional single-electrode structure cannot perform position sensing is solved; meanwhile, the problem of a heterogeneous material interface is fundamentally avoided through the full 4H-SiC-based monolithic structure, so that the long-term stability and reliability in extreme environments such as high temperature and intense radiation are remarkably improved by virtue of the excellent wide-band gap characteristic of the 4H-SiC material and the intrinsic stability of the structure while the high position detection precision is maintained; the problem that an existing position detector with a complex structure is insufficient in environment tolerance is solved.

A battery pack power distribution unit, relating to the field of power battery technology, is used to solve the problems of long R&D design cycles and high repair costs when BDU assemblies are damaged due to low compatibility. The battery pack power distribution unit includes a mounting plate, a connection plate, and components. The connection plate includes independent module main positive connection plate, module main negative connection plate, discharge positive connection plate, and discharge negative connection plate, which are respectively disposed on both sides of the mounting plate along its width. Components are disposed on one side of the mounting plate and include a main fuse, a heating fuse, a shunt, a pre-charge resistor, a pre-charge relay, a heating relay, a main positive relay, a fast-charge relay, and a main negative relay. The module main positive connection plate, main fuse, main positive relay, and discharge positive connection plate are electrically connected, and the discharge negative connection plate, main negative relay, and module main negative connection plate are electrically connected sequentially.

The invention provides an ICD management method, system and device based on a model and a medium, and relates to the field of interface management, and the method comprises the steps: extracting and defining a function interface, a physical interface, a relation interface, an energy interface and a message interface based on a demand-driven RFLP architecture model; the method comprises the following steps: defining an airborne system modeling language ASML, integrating the ASML into a modeling tool, constructing a system architecture interface model, introducing meta-models into interfaces of different hierarchies as a core framework, and creating an interface definition template; based on the meta-model and a pre-constructed ICD data dictionary, defining an interface verification rule, and monitoring and verifying interface data; and performing version control on the model-based ICD management process, generating and updating a baseline version at a project milestone node, and outputting an ICD document in a standard format. According to the method, the standardization level, design efficiency and quality of airborne system ICD design are improved, and technical guarantee is provided for standardized design and management and control of complex system interfaces.

A range imaging device (1) includes a light source unit (2) that emits light pulses; a light-receiving unit (3) that includes at least one pixel circuit (321) and a pixel drive circuit (322), the at least one pixel circuit (321) including a photoelectric conversion element (PD) that generates charge according to incident light, and charge integration units (CS 1, CS2, CS3 and CS4) in which the charge is integrated, the pixel drive circuit (322) distributing the charge generated in the photoelectric conversion element (PD) to the charge integration units (CS1, CS2, CS3 and CS4) via transfer transistors (G1, G2, G3 and G4) at a timing synchronized with the light pulses; and a distance calculation unit (43) that calculates a distance between an object (S) and the light-receiving unit (3), based on a charge ratio of charge generated in the photoelectric conversion element (PD) due to reflected light and distributed to the charge integration units (CS1, CS2, CS3 and CS4) via the transfer transistors (G1, G2, G3 and G4) for integration therein, wherein the light pulses have a width set to be larger than a period between a rise of a specific transfer transistor (G1, G2, G3 or G4) and a rise of the subsequently rising transfer transistor (G1, G2, G3 or G4) among the transfer transistors (G1, G2, G3 and G4).

The embodiment of the application relates to the technical field of high-power frequency converter control systems, and discloses a frequency converter integrated assembly and a frequency converter, the frequency converter integrated assembly comprising a tray, a control board, a control driving board and a conversion board, the tray comprising a first mounting area and a second mounting area arranged along a first direction, the control board and the conversion board being mounted on the first mounting area, the control driving board being mounted on the second mounting area, the control driving board being electrically connected with the control board along a second direction, the conversion board being partially located between the tray and the control board, the second direction being perpendicular to the first direction, the conversion board being provided with a first terminal, and the control board being plugged with the first terminal. The control board and the control driving board are laid flat on the first mounting area and the second mounting area, and the conversion board is arranged between the tray and the control board, so that the tray structure is clear in primary and secondary, the space utilization is improved, and the risk that multiple devices cannot be connected due to different or insufficient control board interfaces can be reduced.

The present disclosure discloses a front lens attachment and an optical observation device. The front lens attachment comprises a folding assembly having a fixed structure and a folding holder, the folding holder being in sliding connection with the fixed structure to switch the folding holder between a folded state and an unfolded state relative to the fixed structure.

The embodiment of the invention provides a hierarchical modeling method and device for aviation equipment task behaviors, computer equipment and a medium, and relates to the technical field of aviation equipment combat simulation. The method comprises the steps that in a task layer, an overall combat target is used as a decomposition starting point, and the decomposition starting point is calculated; dividing the combat task into a plurality of stage sub-tasks required for achieving an overall combat target, and determining a sequential relationship among the stage sub-tasks and behaviors included in each stage sub-task; in a behavior layer, calling a corresponding behavior component for each behavior in each stage sub-task, and determining an execution sequence of the behavior components corresponding to all the stage sub-tasks according to the time sequence relationship; and in the algorithm layer, calling an adaptive algorithm module for each behavior component in a plurality of algorithms with the same function according to the task scene parameters of the stage subtasks to which each behavior component belongs. According to the scheme, the construction efficiency, the standardization degree, the consistency and the reliability of the combat mission model are improved.

The apparatus and associated methods relate to circuit load balancing in a multi-phase power supply system (MPPSS). In an illustrative example, an MPPSS may include a plurality of power phases, each power phase being driven by a respective power phase driver (e.g., a DRMOS). For example, the controller may include a plurality of current balancing inputs, each current balancing input corresponding to one of the power phases. For example, the current balancing input may be generated by a dual mode current sensing circuit (DMCSC). For example, in a data collection mode of the power phase, the DMCSC may store information of the output current. In a sensing mode of the power phase, the DMCSC may generate a current balancing input to the controller based on a DC resistance of the current sensing circuit and an active resistance in the low-side driver circuit. Various embodiments may advantageously measure current imbalance in a cost-effective manner.