13results about How to "Fast transmission" patented technology

The substrate cleaning device and the overturning device thereof comprises a groove, a lifting mechanism and an overturning mechanism. The lifting mechanism is arranged on one side of the groove and is configured to receive the substrate and drive the substrate to lift. The overturning mechanism is arranged on the groove and is configured to overturn the substrate and move between a receiving position and a taking position relative to the lifting mechanism. The receiving position is the position where the overturning mechanism receives the substrate from the lifting mechanism. The taking position is the position where the overturning mechanism takes out the substrate. In the present application, the multiple substrates which are cleaned in the groove can be transferred to the lifting mechanism at one time and then are quickly transferred to the process robot by the overturning mechanism for multiple times. This not only reduces the residence time of the substrates which are cleaned in the groove, but also improves the efficiency of the substrate cleaning device and the transmission speed of the substrate overturning device.

This invention belongs to the technical field of DC power supply information acquisition devices, specifically relating to a DC power supply information acquisition and synthesis device. The invention includes an embedded monitoring host connected to an acquisition and synthesis module. The embedded monitoring host includes: an upper-level monitoring device, a lower-level monitoring device, a main control chip, and a display device. The acquisition and synthesis module includes: an AC input voltage acquisition module, a DC voltage and current acquisition module, a switch quantity acquisition module, a fault hard contact output module, and a communication module. The AC input voltage acquisition module, DC voltage and current acquisition module, switch quantity acquisition module, and fault hard contact output module are each connected to the communication module. The communication module is connected to both the upper-level and lower-level monitoring devices. This invention features a simple structure, convenient wiring, high integration, stable performance, good scalability, and low cost.

The application provides an Ethernet-based battery replacement cabinet and cabinet method and system, and belongs to the technical field of battery replacement. The battery replacement cabinet and cabinet method comprises the following steps: battery replacement cabinet networking: a plurality of battery replacement cabinets are connected in series through Ethernet ports to form a battery replacement cabinet group; battery replacement cabinet state synchronization: starting from the first battery replacement cabinet, the local device state data is transmitted one by one until the first battery replacement cabinet receives the data information returned by the last battery replacement cabinet, and the state synchronization of all battery replacement cabinets in this round is completed; master battery replacement cabinet election: the master battery replacement cabinet is elected according to the performance of each battery replacement cabinet in the battery replacement cabinet group, and the other battery replacement cabinets are slave battery replacement cabinets, and then the master battery replacement cabinet information is broadcast to all battery replacement cabinets; master battery replacement cabinet detection: after the master battery replacement cabinet is confirmed, all battery replacement cabinets still maintain state synchronization, and the slave battery replacement cabinets synchronize all data to the master battery replacement cabinet; battery replacement. The application can realize high-speed transmission of a large amount of storage position data and battery data, and has high real-time performance.

The application discloses a modified iron phosphate material, a lithium iron phosphate material and a preparation method and application thereof, and belongs to the technical field of lithium iron phosphate materials. The modified iron phosphate material is in a sheet shape as a whole, and the modified iron phosphate material comprises zirconium phosphate with a sheet structure, the zirconium phosphate is loaded with elemental silver and lithium oxide between layers, and the outer surface of the zirconium phosphate is formed with iron phosphate. The modified iron phosphate material can be further prepared into the lithium iron phosphate material and applied to a battery, so that the rate performance, coulomb efficiency, capacity and conductivity of the battery can be improved. The preparation method of the modified iron phosphate material and the lithium iron phosphate material is simple and can be used for industrial production.

The utility model relates to wireless communication measuring head, including measuring head, measuring head mounting seat, transparent annular cover, component mounting seat, connecting seat and installation pole, the upper surface of measuring head mounting seat is provided with measuring head, the lower surface is provided with transparent annular cover and the anti -interference cover in transparent annular cover, the lower end of anti -interference cover is connected with component mounting seat, the side of component mounting seat is provided with U -shaped groove, is provided with fixed hole in U -shaped groove, the circumferential wall below U -shaped groove is provided with the locking hole that communicates with component mounting seat inner hole, the inner hole of component mounting seat is provided with internal thread, the lower end of anti -interference cover is provided with locating shaft sleeve, and locating shaft sleeve stretches into the inner hole of component mounting seat, the upper surface of U -shaped groove is provided with corresponding locating locking block, the upper surface of connecting seat is provided with threaded connector, and threaded connector is connected with the internal thread of component mounting seat, and installation pole is fixed with connecting seat, the utility model has the characteristics of simple structure, strong anti -interference, convenient to dismount installation.

The application relates to an energy data processing method and device, computer equipment, a storage medium and a computer program product. The method comprises the following steps: obtaining original energy data based on space division multiplexing transmission energy data; sequentially performing denoising processing and data quality evaluation processing on the original energy data to obtain denoised energy data and a quality evaluation result of the denoised energy data; performing denoising processing on the denoised energy data again according to the quality evaluation result to obtain target energy data; and inputting the target energy data into a trained energy scheduling processing model to obtain target scheduling information of the target energy data. The method can improve the energy data processing efficiency, utilize the target scheduling information to improve the scheduling effect of energy equipment, and realize intelligent management of the energy equipment.

The utility model discloses a kind of externally-hung computer storage equipment support, belong to computer hardware external device technical field, including computer case, the computer case rear side middle area is equipped with several from top to bottom PCI-E baffle, the several from top to bottom PCI-E baffle remove one PCI-E baffle embedded installation wiring board, the wiring board is connected to wiring holder by wire arrangement, the wiring holder is vertical plate structure and the wiring holder is from top to bottom equidistant interval and is equipped with several data interfaces, data interface is inserted into storage equipment in alignment, storage equipment below is equipped with supporting plate, supporting plate is connected to the heat conduction plate outer side of inside. The storage equipment support can be simultaneously externally-hung and installed more block storage equipment, data line is connected to the SATA interface of computer case internal mainboard, transmission speed is faster, does not occupy computer case external USB interface, and each storage equipment can be actively cooled, improve the stability and safety of long time use of storage equipment.

The application discloses a kind of tumor angiogenesis simulation methods, including the blood vessel network topology including environment pixel point and blood vessel pixel point generated based on the medical image of patient;Based on the average path length and step length adjustment factor, chemotaxis weight, bifurcation number range and bifurcation probability of related data such as blood vessel tip of blood vessel network topology are constantly updated;And the bifurcation number of each iteration blood vessel tip and the branch length of each branch after bifurcation are calculated based on the update result of each iteration, and the update of blood vessel network topology is completed based on the bifurcation number and the branch length of each branch after bifurcation calculated, constantly circulate until reaching simulation condition.The application quantifies the transport efficiency of blood vessel network by global function index average path length, realizes the evaluation whether blood vessel network presents efficient local characteristics by clustering coefficient and average path length, guarantees that the blood vessel network obtained by simulation is same with real network.

This invention relates to lithium battery electrolytes, and discloses a cross-linked interpenetrating composite electrolyte for secondary lithium batteries and its preparation method. The composite electrolyte includes a polymer electrolyte and an anhydrous electrolyte. A membrane, which is a flexible inorganic SiO2 nanofiber membrane, is disposed within the secondary lithium battery. The composite electrolyte is located between the electrodes and the membrane of the lithium battery. The polymer electrolyte is polymerized from tetraethylene glycol diacrylate monomer and 2,2,3,3-tetrafluoropropyl methacrylate monomer. The polymer electrolyte is in a three-dimensional network structure, and the anhydrous electrolyte fills within the network of polymer electrolyte, forming a gel-like composite electrolyte. The anhydrous electrolyte is composed of an organic solvent and a lithium salt. By in-situ polymerization of tetraethylene glycol diacrylate monomer and 2,2,3,3-tetrafluoropropyl methacrylate monomer between the membrane and the electrodes of the secondary lithium battery, a network-like polymer electrolyte encapsulating the anhydrous electrolyte is formed, exhibiting excellent cycle performance and rate performance.

This utility model discloses a nanoscale shearing emulsification device for pesticide emulsifiable concentrates, including a support frame. A liftable horizontal support plate is slidably connected to the inner side of the support frame. A main support rod and three sub-support rods are fixedly connected to the lower surface of the horizontal support plate. Two stabilizing plates are fixedly connected to the outer surface of the main support rod. A drive rod is rotatably connected to the surface of the stabilizing plate. Emulsifying and shearing blades are fixedly connected to the upper and lower outer surfaces of the drive rod, respectively. Two outer covers are fixedly connected to the lower end and outer surface of the sub-support rods, respectively. Multiple strip-shaped through holes are arranged in a ring array on the surface of the outer covers. By rotating the drive rod, the emulsifying and shearing blades at both ends of the drive rod can be rotated. Combined with the outer covers, efficient shearing and emulsification of pesticide emulsifiable concentrates can be achieved. Compared with existing technologies, the emulsifiable concentrate can be sheared and emulsified simultaneously at the upper and lower ends of the drive rod, thereby effectively improving the shearing and emulsification quality and efficiency of pesticide emulsifiable concentrates.

The application belongs to the technical field of product transmission, and discloses a product transmission device and a product testing system thereof. The product transmission device comprises a first magnetic levitation transmission track, a plurality of first magnetic levitation bearing members, and a plurality of first connecting track mechanisms. The first magnetic levitation bearing members are movably arranged on the first magnetic levitation transmission track by using the magnetic levitation technology. The plurality of first connecting track mechanisms are arranged between the first magnetic levitation transmission track and a plurality of testing stations, and correspond to the plurality of testing stations respectively. Each connecting track mechanism can connect or disconnect one magnetic levitation bearing member with one testing station. The product is transmitted between the plurality of magnetic levitation bearing members and the plurality of testing stations through the plurality of connecting track mechanisms.

A wireless transmission sub-meter based on star flash technology is used in a water metering system to solve the problems of limited number of supported connected devices, signal interference, data delay and high power consumption existing in current wireless meter reading through Bluetooth technology. It includes a control circuit, and the wireless transmission module in the control circuit is a star flash transmission module for wirelessly transmitting user water metering data in the sub-meter to the master meter in the water metering system. It can realize efficient communication, avoid data transmission conflict, improve meter reading success rate; low latency, real-time data interaction, accurate synchronization; low power consumption, prolong the service life of the device battery; more stable connection, reduce signal interruption, improve anti-interference ability, ensure connection stability and continuity; wider coverage, use low-frequency signal transmission with better penetration ability and wider coverage, longer transmission distance; faster data transmission speed, more data can be transmitted in the same time.