11results about How to "Resolve incompatibilities" patented technology

The invention relates to a bi-crosslinking cyanate ester-epoxy blended adhesive and a preparation method thereof, and relates to the technical field of high polymer materials, the adhesive comprises the following components in parts by weight: 45-85 parts of cyanate ester resin, 5-35 parts of epoxy resin, 0-20 parts of a reactive diluent, 2-6 parts of a bi-crosslinking curing agent and 0-50 parts of a functional filler, the bi-crosslinking curing agent has the following structure: R is alkyl, aliphatic amine or aryl; r'is a primary amino group and / or a secondary amino group, R ''is-C = N and / or-OCN, m is an integer from 1 to 3, and n is an integer from 1 to 2. By adding the double-crosslinking curing agent containing the amino group and the cyano group, the technical problems of high curing temperature, large stress after curing, poor temperature resistance of epoxy resin and the like of the existing cyanate ester resin system are solved, and the curing temperature, the bonding strength and the temperature resistance of the adhesive are balanced. The adhesive can be cured at the temperature lower than 90 DEG C, and has high glass transition temperature, low thermal weight loss and excellent adhesive property.

The invention discloses a distribution network automation feeder terminal switching method, system and device with a fault self-diagnosis function and a medium. The method comprises the steps that an original electrical signal is collected through an input interface unit; intermediate information data are obtained through the signal processing module; electrical characteristics are collected through a main control module to obtain an interface type identification result, adaptive adjustment is carried out on the intermediate information data, and an adaptive signal is obtained and output; and acquiring and analyzing the digital signal to obtain device operation state information, performing fault diagnosis in combination with the interface type identification result, and triggering an alarm when abnormality is diagnosed. Intelligent conversion is achieved by integrating multiple interfaces, the problem that equipment interfaces of multiple manufacturers are incompatible is solved, the tedious operation of equipping multiple adapters on site is avoided, the accuracy and stability of cross-interface signal transmission are guaranteed, and the operation reliability, operation and maintenance convenience and system overall safety of the device in a complex environment are improved.

This invention relates to a differential modulator based on a double-layer lithium niobate waveguide and its fabrication method, belonging to the field of optical communication technology. It includes an optical structure and an electrical structure; the optical structure includes a beam splitter, a first lithium niobate modulation waveguide, a second lithium niobate modulation waveguide, and a beam combiner; wherein the output end of the beam splitter is connected to the input ends of the two lithium niobate modulation waveguides, and the input end of the beam combiner is connected to the output ends of the two lithium niobate modulation waveguides; the crystal axes Z-directions of the first and second lithium niobate modulation waveguides are opposite; the electrical structure includes GSSG differential electrodes and on-chip terminating resistors; wherein the differential electrodes are sequentially arranged with a first ground electrode, a first signal electrode, a second signal electrode, and a second ground electrode; both the first and second lithium niobate modulation waveguides are disposed between the first and second signal electrodes. This invention improves modulation efficiency and enhances device stability and modulation bandwidth.

This application relates to the field of data conversion and communication technology. Specifically, an embodiment discloses a data conversion and communication device for a tobacco shredder, comprising: a programmable logic controller (PLC), an Ethernet expansion module, a wireless access point (AP) module, a mounting rail, and a backplate. The Ethernet expansion module and the wireless AP module are electrically connected to the PLC. The PLC, Ethernet expansion module, and wireless AP module are mounted on the mounting rail via connectors. The mounting rail is mounted on the backplate. The Ethernet expansion module has a first communication interface and a second communication interface, which are respectively connected to the shredder and a host computer via communication cables. This addresses the problem in the prior art where different cigarette factories may use different brands of main controller PLCs in their central control systems in the tobacco processing workshop, leading to incompatibility in communication protocols between the host computer and the lower-level devices.

The invention provides a multi-channel composite connection monitoring pipeline structure integrated with NO infusion. The multi-channel composite connection monitoring pipeline structure comprises an infusion catheter, an oxygen input connector, a rotary conversion connector, an NO injection tee joint, a gas sampling tee joint, an oxygen flow sensor and a mixed gas flow sensor. NO is injected into the infusion catheter through the NO injection tee joint and is mixed with oxygen in the infusion catheter, the gas sampling tee joint is located on the downstream of the first connecting pipe of the infusion catheter to obtain stable mixed gas for real-time concentration monitoring, and the two flow sensors are used for monitoring the oxygen and the gas flow after the NO and the oxygen are mixed in real time respectively. The rotary adapter is quickly compatible with a nasal catheter, a mask and an extracorporeal circulation related interface, so that cross-scene seamless connection of intraoperative and postoperative NO treatment is realized. According to the invention, the frequency of pipeline replacement is reduced, the risks of gas leakage, misconnection and pollution are reduced, the stability and controllability of oxygen and NO gas delivery are improved, and the safety and effectiveness of NO infusion are improved.

This invention discloses a high-voltage LDMOS device, wherein a first field plate dielectric layer is provided on a first-doped substrate / first-doped epitaxial layer, and only in the second-doped LDMOS device region, the first field plate dielectric layer being a partial LOCOS structure; a first and second-doped drift region is provided below the first field plate dielectric layer in the first-doped substrate / first-doped epitaxial layer; a second and second-doped drift region is provided below the first and second-doped drift regions in the first-doped substrate / first-doped epitaxial layer; a second field plate dielectric layer is provided on the side of the first field plate dielectric layer near the channel, the second field plate dielectric layer being constructed by filling the dielectric layer using a shallow trench isolation process; the device drain is connected to the first and second-doped drift regions and the second and second-doped drift region and the second-doped heavily doped region through a second-doped well implantation. This invention reduces specific on-resistance while ensuring high breakdown voltage, improving process compatibility and device performance.

The cross-protocol interaction method comprises the steps that if a target DNS request used for analyzing a target domain name into a first IP address based on a first network protocol is intercepted in a kernel mode of a Windows host, a target application program managing and controlling the target DNS request sends a first data packet originally sent to a target server side of the first IP address to a target server side of the first IP address, redirecting to a target port of a local IP address based on a second network protocol in the Windows host; adding a target flow identification head at least comprising the target domain name to a first data packet received by the target port to form a target data packet; the cloud protocol conversion module extracts a target domain name and a first data packet from the target data packet; obtaining a first IP address of the target domain name based on a first network protocol through DNS analysis; and based on the first IP address, converting the first data packet into a second data packet capable of accessing a target server side corresponding to the first IP address so as to access the target server side.

The application discloses a data slice transmission system and method based on an SRV6 network, and relates to the technical field of network communication.The system comprises a data slice management module, which is used for transmitting the received data stream after processing between an IB network and an SRV6 network; an IB interface module, which is used for receiving IB data stream sent by the IB network and sending the IB data stream to the data slice management module, and is also used for receiving IB data stream sent by the data slice management module and transmitting the IB data stream to the IB network; and a MAC interface module, which is used for receiving SRV6 data stream sent by the SRV6 network and sending the SRV6 data stream to the data slice management module, and is also used for receiving IB data stream sent by the data slice management module and transmitting the IB data stream to the SRV6 network. The application can realize high-speed transmission of IB original data stream in the SRV6 network, retains the advantages of the IB network, solves the short board that the IB cannot be transmitted for a long distance through the SRV6 network, upgrades the slice function, and provides differentiated services for businesses.

This invention discloses a communication system for connecting a measurement-while-drilling (MWD) instrument to a rotary steerable tool (DSP), comprising: a single bus; multiple connection devices, each connected to the single bus and configured with a corresponding priority identifier; and a communication circuit connected to all connection devices via the single bus. This circuit first sets corresponding identification attribute values ​​for different priority identifiers, and then communicates with the current connection device according to a communication protocol matching the connection device with the first identification attribute value. At any given time, only one identification attribute value among all priority identifiers is set to the first value. This invention solves the problem of incompatibility in communication protocols between different types of instruments and reduces the difficulty of connecting instruments to each other.

The present application relates to the technical field of SAR image processing and self-supervised learning. A SAR image self-supervised pre-training method based on a mask autoencoder. In view of the problem that existing SAR target detection relies on natural image pre-training weights and there is a significant domain gap, resulting in low detection accuracy in a small sample scene, a multi-source SAR pre-training dataset is constructed, an asymmetric encoding and decoding architecture is adopted, ResNet50 is used as a feature extraction encoder to adapt to the local scattering characteristics of SAR, a lightweight convolutional decoder is constructed, a Gamma distribution speckle noise modeling mechanism is introduced, the input image is divided into non-overlapping image blocks and a random mask matrix is generated, the encoder only encodes the visible area, the decoder maps the latent representation back to the image space to complete the reconstruction, and the learning rate scheduling and gradient clipping mechanisms are combined to complete unsupervised pre-training, and the encoder weight is extracted and migrated to a downstream rotating target detection model to complete small sample fine tuning.

The application relates to the technical field of nucleic acid detection, and discloses a construction method and application of an RPA-Cas12a light control one-tube method reaction system. The construction method is as follows: an RPA primer pair and a crRNA sequence are designed; an RPA system is configured; Block split crR-C and pc-DNA are prepared; a Cas12a in-vitro trans-cleavage system is configured; and the RPA-Cas12a light control one-tube method reaction system is constructed. Through a time sequence separation strategy, the problem that amplification reaction and Cas protein cleavage are incompatible in the same tube is solved; after constant-temperature amplification is completed, the prepared pc-DNA is photoactivated to form a straight chain, a subsequent strand displacement reaction occurs, and then the Cas12a protein cleavage function is activated to generate a fluorescence signal; the detection method is rapid and highly accurate, and can be used for rapid detection of drug addiction markers.