10results about How to "Guaranteed bandwidth" patented technology

The invention relates to the technical field of sensors, and discloses an inductive displacement sensor, which comprises a substrate, two pairs of rectangular receiving coils fixedly arranged on the surface of the substrate and a vortex linear exciting coil, an initial plane coordinate system is created by taking the center of the substrate as an original point, and the two receiving coils in each pair are arranged in parallel; the excitation coil is located on the side, away from the substrate, of the receiving coil and is parallel to the surface of the substrate. In the initial state, when the projection of the center point of the exciting coil on the substrate coincides with the original point of the initial plane coordinate system and the receiving coil has displacement in the xy plane relative to the exciting coil, the two pairs of coils output relative displacement in the x direction and the y direction respectively, and decoupling of the relative displacement in the two directions is achieved at the same time. Displacement measurement in two directions can be carried out at the same time, high-precision and high-stability measurement of displacement signals is achieved, the good dynamic response characteristic is achieved, and errors caused by movement of mechanical parts are reduced.

The invention provides a steady-state seismic source excitation device and a rock mass structural stability and bad structure testing method, the steady-state seismic source excitation device comprises a steady-state impact hammer, an impact hammer rod and a base plate, the steady-state impact hammer is used for continuously exciting a seismic source, the output end of the steady-state impact hammer is provided with a clamping part, and the clamping part clamps and fixes the impact hammer rod; the end, away from the clamping part, of the impact hammer rod is fixedly connected with a base plate, and the base plate is used for being fixed to the surface of a rock mass. Stable and continuous excitation of the seismic source can be realized, the frequency band width of seismic waves excited by the seismic source is ensured, and the intensity of the seismic waves within the effective frequency band range of the seismic source is ensured.

The application provides a FC network communication scheduling method based on a virtual link, comprising the following steps: constructing one or more virtual links between a sending node and one or more receiving nodes; configuring virtual link parameters to limit the maximum available bandwidth of each virtual link, wherein the virtual link parameters comprise a bandwidth allocation interval and a maximum frame length; allocating one or more data frames sent by the sending node to one or more virtual links; configuring a virtual link credit amount for transmission through a switch; when the switch receives a data frame, if the virtual link credit amount is greater than the maximum frame length of the data frame, the credit amount is consumed, the data frame is forwarded through the switch, if the virtual link credit amount is less than the maximum frame length of the data frame, the data frame is discarded by the switch; the virtual link credit amount has an upper limit, after the virtual link credit amount is consumed, a maximum frame length value is gradually increased in one bandwidth allocation interval, and the above steps are repeated until the data is transmitted completely.

The invention discloses a ZNS solid state disk temperature control method and system and a storage medium, and the system is characterized in that the system comprises a Zone priority configuration module which is used for configuring the service priority of each Zone; the business state detection module is used for detecting which businesses of the current SSD are in progress and the number of the business requests; the temperature detection module is used for detecting the temperature and the temperature change trend of the current SSD; and the temperature regulation and control module is used for respectively selecting a proper speed reduction mode for each Zone according to the service state and the temperature state of the current SSD in combination with the priority of the Zone. According to the method, the current unstable situation that the ZNS solid state disk performs temperature control in combination with the task priority in a multi-task scene is improved. The bandwidth of the main service Zone can be ensured to the maximum extent during temperature control, and smooth speed reduction can be performed during speed limiting to ensure the service quality.

The invention discloses a radial power combiner and an implementation method thereof. The radial power combiner is applied to the fields of communication, electronic countermeasures and the like. Impedance of an input connector is system characteristic impedance, the impedance of the input connector is evenly distributed and installed on the periphery of an outer conductor of the synthesizer at intervals, and an inner conductor of the input connector is directly connected to an inner conductor of the synthesizer; the impedance of the output connector is system characteristic impedance, the output connector is installed at the output end of the outer conductor of the synthesizer, and the inner conductor of the output connector is directly connected to the inner conductor of the synthesizer; the inner conductor is supported and installed between the synthesizer inner conductor and the synthesizer outer conductor, and the number of paths of the synthesizers is four. The power combiner disclosed by the invention is wide in working bandwidth, high in synthesis efficiency and easy to realize in structure.

The application relates to the technical field of integrated circuits, and discloses an analog front-end circuit applied to a super-high-speed SerDes receiver, a transimpedance amplifier of which comprises a pair of input transistors, the gates of which are connected and connected with a T coil composed of a first inductor and a second inductor, one end of the first inductor is connected with the gate and connected in parallel with a second capacitor, the other end receives a front-stage input and is connected in parallel with one end of the second inductor and a first capacitor, the drains of the input transistors are connected and connected with a T coil composed of a fifth inductor and a sixth inductor, one end of the sixth inductor is connected with the drain and connected in parallel with a third capacitor, the other end outputs an amplified signal and is connected in parallel with one end of the fifth inductor and a fourth capacitor, and the other end of the second inductor and the other end of the fifth inductor are directly connected in series with a first resistor and a third inductor. The application optimizes zero-pole compensation high-frequency loss and optimizes impedance matching to reduce reflection, and better guarantees the integrity of signals.

The utility model discloses an optical communication light splitting system based on filters, which relates to the technical field of optical communication and comprises a first lens (1), a second lens (2), a third lens (3), a first filter (4), a first reflector plate (5), a second filter (6), a second reflector plate (7), a third reflector plate (8) and a fourth lens (9). According to the utility model, the problems of low product yield and difficulty in batch production in the prior art are solved.

The invention provides a wafer manufacturing network system. A production access network is provided through a core switch; the network optical line terminal equipment comprises at least one optical line terminal, isolates a production access network into a plurality of local area networks corresponding to different services and distributes bandwidths of the local area networks; the key service local area network has a preset guarantee bandwidth and is divided into a plurality of slice domains, and each slice domain corresponds to one type of manufacturing service; the optical splitter is connected with the network optical line terminal equipment and the optical network unit and transmits the service local area network to the optical network unit; the at least four optical network units are connected with terminal devices of different services through different physical isolation ports of the optical network units, and only semiconductor devices of the same kind of manufacturing services can communicate with the slice domain through the same physical isolation port. According to the invention, the local area networks are mutually independent, so that the bandwidth of the key service local area network is ensured when the abnormal flow occurs in the link, and the influence degree of safety accidents is reduced.

The application discloses a vehicle-mounted network flow scheduling method, device and computer program product. The method comprises: dividing a network transmission time into repeated time periods; dividing the time periods into transmission blocks, monitoring blocks and supplementary blocks based on preset configuration parameters; in the transmission blocks, scheduling all priority data flows to be transmitted in order of priority from high to low; in the monitoring blocks, pre-allocating a first fixed time proportion to each priority, and allocating a transmission time period starting from the highest priority entering the monitoring block; in the supplementary blocks, dynamically allocating a second time proportion to each priority according to the uncompleted transmission state of each priority in the monitoring blocks, and transmitting the uncompleted transmission data flow. The application can ensure that burst high-priority flow obtains sufficient bandwidth, effectively prevent low-priority flow from being completely starved due to long-term lack of service, and flexibly adjust the proportion between blocks to maximize the utilization of bandwidth resources.

The application provides a silicon photon gyroscope stable control method and silicon photon gyroscope under a rapid temperature changing condition, and the stable control method comprises the following steps: setting a light source frequency control digital interval; controlling the light source temperature to make the light source center frequency enter a resonance valley, and recording the valley entering temperature; collecting the CW and CCW resonance signals output after the light source enters the resonance cavity, and calculating the sum of the clockwise and counterclockwise resonance frequency and the light source center frequency deviation; and calculating the feedback control light source current and temperature according to the light source frequency control digital interval where the sum of the frequency deviation is located. Through the adaptive control of the light source current and temperature, the light source center frequency can quickly track the resonance frequency of the resonance cavity under the rapid temperature changing condition, the stable control of the gyroscope is realized, and the gyroscope output accuracy is improved.