6results about How to "Solve the isolation problem" patented technology

The invention relates to the technical field of precision and ultra-precision machining, and provides a hydrostatic pressure guide rail device which comprises a guide rail and a sliding block which are in sliding connection. A sliding block body oil inlet channel and a sliding block body oil return channel are arranged in the sliding block; the sliding block comprises a sliding block body and a pair of bearing strips, an opening groove is formed in the bottom end of the sliding block body, the guide rail and the pair of bearing strips are located in the opening groove, one side of each bearing strip is fixedly connected with the sliding block body, and the other side of each bearing strip is slidably connected with the guide rail; the combination faces of the sliding block body, the bearing strip and the guide rail are matched, and a gap between the bearing strip and the guide rail forms an oil film bearing area. After the sliding block is designed in a split mode, the sliding block body plays a role in installation, the bearing strips play roles in static pressure supporting and oil film gap adjustment, the difficulty in manufacturing, measuring, assembling and adjusting the static pressure sliding block is lowered, the sliding block bodies with different opening sizes and the bearing strips with different thicknesses can be freely arranged, and therefore the static pressure sliding block can be conveniently assembled and disassembled. The precise adjustment of the oil film gaps is realized, and the consistency of the oil film gaps between the sliding blocks is ensured.

The invention discloses a miniature new energy automobile network topology architecture, which comprises an automobile body controller BCM and a gateway module GW, and is characterized in that the automobile body controller BCM and the gateway module GW are respectively connected with a P-CAN, a C-CAN, a B-CAN, a diagnosis CAN and an LIN; the P-CAN is a power CAN, and the P-CAN is connected with an MCU (Microprogrammed Control Unit), a BMS (Battery Management System), a CDU (Condition Data Unit) and a gear switch; the C-CAN is a chassis intelligent driving CAN, and an ESC, an EPB, an EPS and an ACU / EDR are connected to the C-CAN; according to the method, four paths of CANs and one path of LIN are planned, and the problem that the network load rate is too high due to the fact that a vehicle body stabilization system (ESC), a front collision warning (FCW), a lane departure warning (LDW), a door opening warning (DOW) and other functions are added is solved. According to the invention, the independent diagnosis CAN is planned, and the technical requirements of the country on the isolation and access authentication of information inside and outside the vehicle and the like of vehicle information safety regulations are met.

The invention discloses an engine monitoring device based on a multi-core processor. The engine monitoring device comprises a hardware layer, a core operating system layer, a partition operating system layer and an application layer. Wherein the hardware layer adopts a heterogeneous multi-core processor as a processor, virtualization platform software of the core operating system layer is utilized to partition computing resources provided by the heterogeneous multi-core processor, and then different types of operating systems are deployed on constructed partitions through the partition operating system layer. The different types of operating systems are used for developing EMU applications with different airworthiness safety levels for the engine monitoring device, so that various functions of the engine monitoring device are realized.

The present invention discloses a barrier-type pollution-proof clean floor drain, comprising a floor drain body (1), a check valve (2), a floor drain isolation valve (3), a water trap (4), a sewage pipe (5), a pressure sensor (6) and a vacuum pipe (7); the floor drain body (1) is installed on the floor (8) of a clean room, an elbow is connected between the floor drain body (1) and the vertical check valve (2), the floor drain body (1) is connected to the floor drain isolation valve (3), and the outlet end of the floor drain isolation valve (3) is connected to the water trap (4); the outlet end of the water trap (4) is connected to the sewage pipe (5), the outlet end of the vertical check valve (2) is connected to the vacuum pipe (7), and the pressure sensor (6) is installed on the vacuum pipe (7) via a tee.

A special group-oriented auxiliary communication method and system, the method comprises: acquiring multi-modal data of a user; identifying the multi-modal data type, preprocessing, and generating original feature vectors of different modalities; mapping the original feature vectors of different modalities to the same semantic space for alignment, obtaining standard feature vectors of different modalities; setting a dynamic weighted fusion strategy to perform shared embedding space fusion on the standard feature vectors of different modalities, generating multi-modal fusion feature vectors; introducing a multi-modal intention understanding model to perform deep reasoning on the multi-modal fusion feature vectors, obtaining the real intention of the user; generating a personalized multi-modal response through a response decision engine to complete the auxiliary communication; the personalized multi-modal response includes response content and adapted modal combination. The application adopts a multi-modal fusion engine, realizes multi-modal collaborative work through semantic space alignment, and solves the problem of social isolation of special groups in all scenarios.

The invention provides a security session hardware acceleration system and method based on a zero-trust architecture. The system comprises a gateway control platform and a hardware data platform, the gateway control platform comprises a policy management module PAP, a policy decision module PDP and a gateway main CPU control unit; the hardware data platform comprises a secure session context acceleration engine ESC Engine and an encryption engine, and the secure session context acceleration engine ESC Engine comprises a high-speed policy execution unit PEU, a secure context storage unit SCU and a temporary zero clearing and control unit ZTCU; the gateway control platform transmits a compiled strategy to the hardware data platform through a bus and transmits an attribute key generated by analyzing an access request to the hardware data platform, and the hardware data platform generates a strategy decision and a security key and provides encryption and decryption services of application data, security storage of hardware isolation and an instantaneous zero clearing mechanism. According to the method, a zero-trust architecture is established by using hardware, and the safety performance is improved while low delay is realized.