19 results about "Electronic transmission" patented technology

The utility model discloses an electronic transmission, including battery unit and positioning unit, battery unit is encased in the outside of two adjacent axle assembly, is used to the power supply of base unit, positioning unit gets the hinged end with axle assembly articulates, and positioning unit is configured as the limit part that forms on it, wherein, under the rotation of positioning unit relative to battery unit to the release limit state, battery unit can remove from two axle assemblies, under the rotation of positioning unit relative to battery unit to the limit state, and the limit part is used for limiting battery unit. The utility model research and development a kind of electronic transmission, battery assembly is set at the suitable position of transmission, and it is not limited by the specific structure form of bicycle frame, avoid collision, battery position is relatively stable, and battery can be conveniently disassembled.

The present disclosure provides a solution to emulate a secure device, such as a payment terminal or a device / resource access controller on a user device. In a preferred embodiment, the user device is a commercial off-the-shelf device, such as a mobile phone, tablet or laptop, etc. Once a triggering event is detected, a software component provided on the user's device acquires configuration data that enables the emulation of the secure device within the secure part of the user device. The emulation is intended to acquire relevant data for the intended transaction between the user and the terminal owner (e.g. merchant), as well as data from the user, such as but not limited to authentication data (e.g. PIN code), payment card data, etc. The data acquired by the user device can be sent to the acquirer of the merchant to enable the transaction to proceed.

The application belongs to the technical field of composite material preparation, and particularly relates to a preparation method and application of a B-NiCo2O4@NiCo-MOF composite material. Boron-modified nickel cobaltate is prepared, and is used as a precursor to prepare the B-NiCo2O4@NiCo-MOF composite material through a hydrothermal method. The electronic structure of the NiCo2O4 is regulated through B, which effectively improves the conductivity and active site exposure of the material. In combination with the porous characteristics of the NiCo-MOF, the composite material with a hierarchical structure is formed, the synergistic optimization of electronic transmission and mass diffusion is realized, and the composite material is applied to the preparation of a supercapacitor positive electrode, so that the specific capacity and rate response performance of the electrode material are improved, and the supercapacitor has high energy density and super-long service life.

An example formulates a training input for a neural network model with attention to include action data and descriptive content. The action data includes a first entity identifier (ID) and a first sequence of actions associated with the first entity ID. The descriptive content describes a first entity associated with the first entity ID. An action in the first sequence of actions includes an electronic transmission involving the first entity and a second entity. An example uses the training input, including the first entity ID, and a non-standardized tokenizer, to train the neural network model with attention to generate and output a second sequence of actions.

Disclosed are systems and methods that provide a novel framework for the creation, management and electronic transfer of electronic, machine-readable data as tangible digital assets accessible from a network storage (e.g., blockchain, for example), which can be utilized by entities via native and / or third party software. The disclosed framework can operate by transforming data in a raw static format to a liquid format through standardization and factorization. The data can be standardized via tags associated with governance and policy frameworks, as well as infrastructure requirements. In some embodiments, the (tagged) data can be factorized to create data (or containers, data models or collections of containers / models) as labeled, intelligent data. And, the framework can then electronically transfer the labeled data. As a result, capabilities of data liquidity can be achieved via a web-agnostic storage and framework accessible through smart contracts.

An example formulates a training input for a neural network model with attention to include action data and descriptive content. The action data includes a first entity identifier (ID) and a first sequence of actions associated with the first entity ID. The descriptive content describes a first entity associated with the first entity ID. An action in the first sequence of actions includes an electronic transmission involving the first entity and a second entity. An example uses the training input, including the first entity ID, and a non-standardized tokenizer, to train the neural network model with attention to generate and output a second sequence of actions.

The present invention relates to an electronic laser scanning device capable of electronically scanning a subject without a mechanical driving unit. The present invention relates to technology capable of precisely scanning a subject without a mechanical driving unit by precisely adjusting the polarization and reflection and refraction angles of a laser signal by using an electronic transmission / reception optical modulator and a scan lens.

A three-dimensional ultrasonic imaging device (1) of a region of interest of a living being comprises: - an ultrasonic imaging probe (100) having a plurality of elementary ultrasonic transducers (102) distributed in a set of groups of elementary transducers (107), an electronic transmission circuit (120) and an electronic reception circuit (130) connected to the elementary transducers (102); - a control system (140) communicating with the probe (100);- said control system (140) being configured to program for each shot: (a) the transmitting electronic circuit (120) so as to address an array of elementary transducers for the emission of an unfocused ultrasonic wave, and (b) the receiving electronic circuit (130) so as to address the array of elementary transducer groups or a distribution of elementary transducers to form receiving sub-apertures capable of converging the backscattered waves into a focal point located behind the probe, on the side opposite the region of interest to be imaged. Abstract figure: Figure 1;

The application relates to the technical field of solar cells, in particular to a cell piece and a photovoltaic module. The cell piece comprises a welding structure, a busbar fishhook and a busbar electrode. The welding structure comprises an edge welding structure located at the outermost side, the busbar fishhook is connected with the edge welding structure, and the busbar fishhook comprises a fishhook gap. The busbar electrode comprises a first electrode and a second electrode connected with the busbar fishhook, the first electrode is located between the second electrode and the edge welding structure, the first electrode penetrates through the fishhook gap along a second direction, and the second electrode is disconnected at the fishhook gap. The side of the first electrode located at the outermost side and away from the edge welding structure is an edge area of the cell piece, the arrangement spacing of at least part of the auxiliary busbar electrodes in the edge area is smaller than that of the auxiliary busbar electrodes in the remaining area, the number of the auxiliary busbar electrodes arranged in the edge area can be increased, the current collection efficiency can be improved, the electronic transmission path can be optimized, the brightness uniformity of EL test and the output power can be improved.

The application discloses a kind of based on melting polymerization hetero-linkage type COFs material, one-pot synthesis method and application thereof, the hetero-linkage type covalent organic framework material based on melting polymerization is formed frame structure by covalently connecting ethene bond and polyimide bond, the one-pot synthesis method includes that active methyl and amino-containing heterocyclic monomer, aromatic aldehyde monomer, aromatic dianhydride monomer are mixed with fluxing agent, under solvent-free condition, melting polymerization reaction is carried out, and the target product is obtained.The application creatively provides a kind of hetero-linkage type COFs material with the covalent connection bond of ethene bond and polyimide bond in frame structure, it contains the redox active site formed by carbonyl and heterocyclic simultaneously in its skeleton and the intrinsic electronic transmission channel constructed by ethene bond, with high active site density and intrinsic conductivity, show excellent structural stability and electrochemical performance, has wide application prospect in battery electrode material and electrocatalysis and other energy fields.

Electronic transmission circuit (100) by inductive coupling of a square wave signal between a transmitter and a receiver, comprising: • an operational amplifier (150), having two inputs and one output; • a first coil (110) one terminal of which is connected to a first connection pad of the transmitter, and the other to ground; • a second coil (120), inductively coupled with the first coil (110), and whose terminals are electrically connected to one end of a first pair of electrical traces; • a third coil (130), whose terminals are electrically connected to the other end of the first pair of electrical traces; • a fourth coil (140), inductively coupled with the third coil (130), and whose terminals are connected to the inputs of the operational amplifier (150); the output of which is connected to a first connection pad of the receiver. Figure for the abbreviation: Fig. 2

The application relates to a quantum dot electronic ink and a preparation method thereof. The quantum dot electronic ink comprises the following components in percentage by weight: 0.1-5% of quantum dot material, 0.1-5% of electronic transmission material, 1-20% of non-polar organic solvent and / or weak polar organic solvent, 60-90% of main solvent and 1-20% of polar organic solvent; wherein the main solvent is a long carbon chain fatty alcohol solvent; the boiling point of the polar organic solvent is greater than that of the non-polar organic solvent and / or weak polar organic solvent, and the boiling point of the main solvent is greater than that of the non-polar organic solvent and / or weak polar organic solvent. The quantum dot electronic ink can form a quantum dot material layer and an electronic transmission layer at one time, and the layer thickness is uniform, so that the steps of QLED device manufacturing are simplified, and the manufacturing efficiency is improved.

The present invention relates to a sensor assembly (46) for an automated shift transmission having a shift device (2) having a plurality of shift levers (4, 14, 24, 34) arranged parallel to each other and axially movable by means of associated shift actuators (8, 18, 28, 38), wherein the sensor assembly (46) has a plurality of displacement sensors (48, 56, 64, 72), each of which consists of a signal generator (50, 58, 66, 74) fastened to one of the shift levers and a signal receiver (52, 60, 68, 76) fixedly arranged relative to the housing, wherein the signal generators are designed as permanent magnets and the signal receivers are designed as 3D Hall sensors, and in the sensor assembly, the signal receivers (52, 60, 68, 76) are connected to an electronic transmission control unit (44) via electrical sensor lines (54, 62, 70, 78). In order to obtain the external interfering magnetic field that may distort the sensor signal of the displacement sensors (48, 56, 64, 72) without additional equipment costs, the following arrangement is made: the signal generators (50, 58, 66, 74) are arranged such that their magnetic poles (N, S) are oriented in the same direction, and the signal receivers (52, 60, 68, 76) are arranged in a common plane (80) that is horizontal in their mounting positions.

The utility model provides a kind of electronic transmission system, be configured on bicycle to control bicycle transmission.The electronic transmission system includes controller and chain derailleur, controller has the operating part for user operation and the circuit part associated operating part, circuit part obtains electric energy to work;Chain derailleur has pedestal component, be located in the power supply device of pedestal component, and by power supply device power supply to execute chain derailleur action electric device.Cable is electrically connected between controller and chain derailleur, cable is configured as the electric energy of power supply device is provided to circuit part, to realize the work of circuit part.The utility model is connected by cable, reliable transmission of signal is realized, meanwhile, controller is powered by the power supply device on chain derailleur through the cable, battery is saved in controller, while simplifying system structure, it is convenient for user to quickly identify power-off condition and promptly charge maintenance etc., improve the integration, reliability and use experience of system.

The present application relates to the technical field of urban gas transmission and distribution, and particularly relates to a pressure regulating cabinet for gas prevention and control, which comprises a cabinet body, a gas main pipeline, a pressure regulator and a manual cut-off valve, and a core integrated time domain reflection type acoustic self-diagnosis unit and a variable resonance cavity whistle coding early warning unit, which are independently operated and constitute a double redundant prevention and control architecture. The acoustic self-diagnosis unit transmits coded acoustic waves and analyzes echo signals to realize real-time monitoring of the working condition of the cabinet and the near-end pipeline, abnormal positioning and type discrimination, and output linkage control signals; the whistle coding early warning unit is installed at the outlet of the diffuser pipe, and generates characteristic frequency whistle sound corresponding to the working condition by using airflow, without external power supply and electronic transmission module. The present application can be matched with intelligent linkage and centralized control modules to effectively improve the safety prevention and control reliability of the pressure regulating cabinet.

Methods and apparatuses for one or more processing systems reducing use of processing and networking resources for one or more electronic communications. The one or more processing systems receive, from a plurality of computing devices, transaction data of network transactions performed between the plurality of computing devices and a plurality of internet-enabled browsers and receive one or more external signals including an external signal over a network communication channel. The one or more processing systems execute, based on receiving the network response, an electronic transfer from the one or more processing systems to a different computer system that maintains an account associated with a computing system by exchanging the one or more electronic communications.

The application discloses a kind of function fluid of optimizing primer layer and its preparation method, pole piece and battery, including high polymer base film layer, recrystallization primer layer outside high polymer base film layer and metal layer outside recrystallization primer layer;The composition of recrystallization primer layer is the recrystallization product of metal oxide.This application repairs lattice defect by recrystallization, forms dense and continuous crystal net, and can optimize metal deposition behavior by recrystallization primer layer, and its dense crystal structure forms physical barrier layer, can effectively inhibit electrolyte penetration, and block corrosive ions and erode base film, and by constructing recrystallization primer layer, optimize electronic transmission path, avoid local current concentration.This application improves the comprehensive performance of current collector by the dual action of interface stability and process adaptability.

The application provides an ion gel electrolyte gate-controlled perovskite microwire synapse transistor and a preparation method. The structure of the artificial synapse device from bottom to top comprises: a mica substrate which is processed by cleavage and has a smooth surface; a one-dimensional single-crystal perovskite microwire which is used as an electronic transmission channel of the device; metal electrodes which are connected to both sides of the perovskite microwire and are used for connecting an external power supply; and an ion gel electrolyte which is used as a gate dielectric layer and covers the perovskite microwire channel and the metal electrodes. Compared with the prior art, the preparation process of the application is simple, and channel material transfer is not needed. By directly coating the ion gel electrolyte on the flexible mica substrate with the perovskite microwire, a double electric layer structure between the perovskite and the electrode can be formed, and the simulation of the biological synapse behavior of the perovskite three-terminal artificial synapse device on the flexible substrate can be directly realized. The application is expected to become a core driving force for the development of neuromorphic computing, artificial intelligence hardware and flexible electronics, and to provide key empowerment for the innovation of related technologies.