58 results about "New device" patented technology

A method includes: receiving, by a computing device of a first vehicle, a command from a host device; in response to receiving the command, storing a new device secret in memory; generating, by the computing device using the new device secret, a triple comprising an identifier, a certificate, and a public key; and sending, by the computing device, the triple to a second vehicle, where the second vehicle is configured to verify an identity of the first vehicle using the triple.

This utility model discloses a linkage unwinding system for a winding machine and newly added equipment, including an original winding controller, an original oscillating roller structure, an original unwinding mechanism, and an original traction mechanism. The original winding controller is communicatively connected to the controller of the newly added equipment, and the controller of the newly added equipment is connected to a new traction motor and a new traction encoder. This utility model enables communication between the original winding controller and the controller of the newly added equipment. The original unwinding motor and the new traction motor start synchronously, and the stopping of the new traction motor triggers the stopping of the original unwinding motor. Through the communication between the original winding controller and the controller of the newly added equipment, and the coordination between the new traction motor and the original winding motor, the linkage unwinding of the newly added equipment and the original winding equipment is achieved. This provides operational space for adding new process equipment without changing the layout and mechanical structure of the original winding machine, expanding the functions that the original winding machine can achieve, and reducing the production line modification cost.

This application discloses a cloud-based data synchronization method and related equipment for replacing vehicle-to-everything (V2X) devices. The method includes: receiving a device replacement request from the original V2X device and performing pre-verification on the vehicle's basic data from the in-vehicle terminal; if the pre-verification passes, replacing the original V2X device with a new V2X device; receiving a cloud-based synchronization update request from the new V2X device and performing real-name verification on the device information of the new V2X device; if the real-name verification is complete, establishing network communication with the new V2X device; updating the device information of the new V2X device and storing the update result. This application sets up two modules in the cloud—device replacement verification and device replacement service—to determine whether the new V2X device meets the replacement conditions. Furthermore, when replacing V2X devices, it enables data synchronization and updates between the old and new devices in the cloud, improving the convenience for staff when replacing V2X devices.

The application discloses a video point information standard management method and system based on reverse geographical joint checking, which comprises the following steps: performing joint checking on name semantics and geographical semantics through reverse geographical analysis results of latitude and longitude, and calculating geographical consistency scores; and based on the geographical consistency scores and the standard entity set, automatically completing the missing device attributes. Through multi-field preprocessing + candidate slot map joint modeling, the application can fully utilize the complementary information in the original code, attributes, latitude and longitude, and installation description; the BERT-BiGRU-CRF model and its training process are disclosed through prompting enhancement, which can avoid the problem of insufficient disclosure of the entity recognition model, and improve the entity recognition accuracy of non-standard point names; through the dynamic graph updating mechanism, preferably in the incremental updating mode, the application can continuously absorb new aliases, new device types and artificial review results, and avoid long-term static failure of the knowledge graph.

The application is a federated learning out-of-distribution generalization method based on causal inference, and belongs to the technical field of edge intelligent devices. The method comprises the following steps: constructing a federated learning framework to train a task model, in each round of training, a server sends a global task model parameter and a global prototype library to a client participating in training; the client trains a local model by using a local sample, obtains individualized features and global features of the sample by a decoupling representation learning module, and obtains causal features after removing pseudo-association by a mixed factor removing training module; the client sends updated model parameters and various local prototypes to the server; the server updates the global prototype library and the global model parameter by using a hierarchical update strategy module; the training is repeated until a convergence condition is met, and the obtained global task model is deployed to a new device for use. The application improves the generalization ability of the task model when facing invisible distribution data, and ensures the usability and applicability of the task model.

Systems, software, and methods for managing traditional (i.e., TCP / IP-based), non-traditional, and traditional-non-traditional hybrid networks of connected electronic devices are described. In one example, network management policy and network management applications are downloaded automatically upon detection and identification of a new device, application or service on a network. In another example, information related to at least one aspect of the network is obtained by a network management device through connection to a non-TCP / IP network, or by way of a gateway device or application, at least one applicable management policy is identified, and the identified policy is used to manage at least one aspect of the network's operation. In another example, devices, applications or services presenting various behaviors under various scenarios are evaluated and placed under management.

This application provides a satellite ephemeris configuration method, a service support system, a satellite network system, a terminal device, a storage medium, a chip system, and a program product, relating to the field of communication technology. This application writes satellite ephemeris data into a user identification card (BIC), allowing the terminal device to obtain ephemeris data from the BIC. This avoids the convenience, reliability, and security issues associated with manual operation, while also lowering the requirements for the terminal device's deployment environment. It also addresses the problem of ephemeris data becoming invalid due to prolonged inactivity of the terminal device, eliminating the need for the terminal to be returned to the factory or undergo after-sales firmware updates. Furthermore, when a user replaces their terminal device, the new device can still obtain ephemeris data from the BIC and directly search and track the constellation for which the user has registered. This application effectively lowers the barrier to obtaining valid ephemeris data upon terminal device activation, assisting terminal devices in quickly acquiring valid satellite ephemeris data, enabling satellite search and tracking, and improving the user's network access experience.

A method for fabricating a semiconductor device includes providing an engineered substrate (ES) [40] having a core [12], an engineered layer (ELY) [44] on the core [12], and a lattice-matched layer (LML) [46] on the engineered layer (ELY) [44]. The method also includes providing a plurality of epitaxial (EPI) layers [42] on the engineered substrate (ES) [40]. The method also includes forming a plurality of device epitaxial (EPI) structures [54] separated by vias [58] in the epitaxial (EPI) layers [42], forming a plurality of connecting metal layers (C-MLs) [62] connecting the device epitaxial (EPI) structures [54], and removing the core [12] of the engineered substrate [40], leaving new device structures [70] connected by the connecting metal layers (C-MLs) [62]. The method can also include attaching a temporary substrate [68], such as a UV release substrate, to the device epitaxial (EPI) structures [54], and performing additional fabrication steps.

This utility model discloses a rebar connection device for structural columns in prefabricated steel structure buildings, comprising a sleeve. The sleeve is characterized by an internal threaded connection to a bidirectional screw rod, with a nut threaded to the other end of the screw rod, and a threaded connection at one end of the sleeve to the longitudinal reinforcing bar of the structural column. The beneficial effects of this utility model are: the device achieves rapid rebar connection through a simple mechanical structure, eliminating the need for welding, thus significantly shortening construction time and improving construction efficiency; it avoids the problem of welding quality being affected by manual technical factors, and the mechanical connection method allows for more stable control of connection quality, reducing safety hazards caused by improper welding; since on-site welding is not required, energy consumption and environmental pollution are reduced; the new device, requiring no welding, provides better seismic performance and improves the safety of the building structure.

The application discloses a device state analysis method and system based on DSL and dynamic compilation technology, wherein the method comprises the following steps: S1, importing a DSL file of device state parameters; S2, analyzing the DSL file through a T4 text template engine to dynamically generate C# intermediate code; S3, using a Roslyn compiler to dynamically compile to generate an assembly; S4, loading the assembly through reflection to receive a device state byte array data frame; S5, matching a structure type corresponding to the byte array to convert the byte array into a structure instance through memory mapping; S6, calling built-in or extended analysis methods through reflection to convert the structure into a general parameter class object; S7, outputting the instantiated object; and S8, transmitting, displaying or saving the device parameter instantiated object according to actual requirements. The application greatly shortens the analysis rule configuration time; and a new device protocol only needs to write a DSL file, without the need of redeploying the system; in addition, the application supports plug-in extension of custom analysis methods.

The application discloses a kind of RS485 bus Modbus automatic address configuration method and system, comprising: main equipment initialization address pool, and sends Modbus address allocation broadcast instruction;First slave device power-on enters configuration mode, detects the connection state of main equipment and next level slave device;First slave device allocates address in combination with itself unique ID and storage, after address configuration is completed, confirmation message is sent, and address allocation instruction is forwarded to next level;All slave device address allocation is completed gradually, and the slave device that address configuration is completed is automatically switched to normal communication mode;When slave device is replaced, it is automatically detected by the next level device, and the new device is automatically configured as the address of the original device, realizing plug and play replacement.The application realizes that slave device is plug and play, automatically obtains unique Modbus address, without manually dialing code or software pre-configuration, solves the problem of low deployment efficiency of multiple device networking address conflict.

The application discloses a multi-circle gradually-changing impedance edge loading tight field device, which is a novel device different from traditional sawtooth tight field and edge curl tight field. The device sprays conductive paint with gradually-changing impedance on the edge of a parabolic surface in multiple circles, and controls the impedance value of the conductive paint in the gradually-changing manner. Compared with common sawtooth edge processing and edge curl processing, the design of the multi-circle gradually-changing impedance does not need to process the edge shape into sawtooth or curve, but only needs to load impedance on the edge surface of the parabolic reflecting surface, so that the processing steps of the tight field reflecting surface are greatly simplified, the processing difficulty is reduced, and the cost is saved. The device disclosed by the application fully meets the performance indexes of the tight field, can be used as an upgrade and substitution of the existing tight field product, and is one of the development trends of future low-frequency test fields.

This utility model relates to the field of dyeing and printing production equipment technology, and in particular to a dye liquor heating device for a dyeing vat. It solves the technical problems of existing technologies where the configuration of the dyeing heater and the dyeing vat is unfavorable for heater configuration and lacks a clear illustration of the heating device for the existing dyeing vat. The new device includes: a vat opening connecting assembly, detachably connected to the vat opening of the dyeing vat, forming a ring-shaped arrangement. Heater connection ports are evenly distributed on this ring-shaped arrangement, and heaters can be installed on these connection ports. This technical solution improves upon existing dyeing vats by using an independent heating device configured through the vat opening connecting assembly. A new vat opening is formed by a stable structure of the vat top connecting component, ensuring safety and reliability. The vat opening connecting assembly can independently configure multiple heaters, and the resulting heater configuration area has sufficient space for wiring, further improving temperature control.

This application relates to a method for invoking tightening strategies, a server, and an intelligent tightening device system. The invoking method is applied to a server, which in turn is applied to the intelligent tightening device system. The intelligent tightening device system includes a server and multiple clients, with at least two clients connected to the server. At least one device parameter is identical across the multiple clients. The server stores tightening strategies, each corresponding one-to-one with the client's device type. The method includes: receiving an access request from a client and determining its device type as the target device type; searching for the target device type on the server, and upon finding the target device type, determining the tightening strategy corresponding to that target device type as the target tightening strategy; validating the target tightening strategy based on preset rules, and sending it to the client after successful validation. This simplifies the process of reusing tightening strategies across multiple devices and improves the efficiency of new device access and operation.

The application provides a gallery updating method, a gallery updating device, an electronic device and a storage medium. The method comprises: intercepting a station yard wiring diagram in any signal plane arrangement diagram; configuring a station yard element in the station yard wiring diagram to obtain a first configured station yard element; and updating a target gallery based on the first configured station yard element. The gallery updating method, the gallery updating device, the electronic device and the storage medium provided by the application can automatically configure and generate a station yard element by using any signal plane arrangement diagram in the case that the design principles of the signal plane arrangement diagrams are quite different, so that the gallery can be automatically updated, the flexibility of the gallery configuration can be improved, and the drawing efficiency can be improved.

To allow players to easily recognize the support characters that are contributing to the development of the chosen character to be trained. [Solution] The program causes the computer to function as a determination means 52 for determining a target character to be trained, a display means 60 for displaying the support characters owned by the player on the selection screen, a configuration means 54 for arranging the support characters to be used for the target character to be trained, an execution means 56 for executing a training scenario in which the target character to be trained is trained with the support of the support characters, and an update means 58 for updating the contribution points of the support characters corresponding to the target character to be trained based on the fact that the target character to be trained has been trained. The display means 60 prioritizes displaying support characters with high contribution points corresponding to the determined target character to be trained on the selection screen.

This invention relates to an apparatus and method for elevation measurement in confined spaces during the installation of precast columns. A PTFE (polytetrafluoroethylene) plate component is placed on the top surface of the lower column section to adjust the elevation and flatness of the reference surface. A vernier caliper is used to check the thickness of the PTFE plate component and measure the required height of the shim. A reflective marker is attached to the upper column section to mark the elevation measurement target. A tripod is used to mount a measuring robot. The measuring robot is placed on a stable location outside the foundation pit to measure the column elevation. This invention solves the problem of elevation measurement when space is limited during the installation of the upper section of a precast column, making leveling impossible. By innovating traditional leveling methods and adding a new device, it completes the elevation measurement task in confined spaces during the installation of precast columns, offering advantages such as high operability, high measurement accuracy, fast and efficient operation, effective protection of worker safety, and improved construction progress.

This application provides a method, apparatus, computing device, and storage medium for generating online operational activity configurations. The method includes: responding to a received operational activity configuration generation instruction by collecting activity configuration information, wherein the activity configuration information includes operational activity information, activity package information, lottery configuration, prize pool information, device adaptation parameters, and multi-language configuration; generating a standardized activity data model based on the activity configuration information; querying the device type of the target device and extracting UI elements according to the device type to obtain target UI elements; generating an activity instance adapted to the target device based on the activity data model and the target UI elements, using Docker containerization technology and combining code repository version tag characteristics; and deploying the activity instance in the target runtime environment corresponding to the target device. This achieves automated activity generation, improves the development efficiency of online operational activities, reduces maintenance costs, and supports rapid expansion to new device and product types.

To reduce player distrust. [Solution] The system includes a game value update means that updates the number of game value owned by the player based on a preset trigger, a display unit that displays the number of game value owned by the player, and a display control means that controls the display of the number of game value on the display unit. The display control means is capable of performing an update display that gradually updates the number of game value displayed on the display unit to the changed number of game value when the number of game value changes. The time it takes to update and display the changed number of game value differs depending on whether a first trigger occurs that increases the number of game value based on the progress of the game, or a second trigger occurs in which the change in the number of game value is greater than the maximum increase that can be made by the occurrence of the first trigger. In both cases, the update display can be performed within a predetermined cycle time.

This can reduce the burden of calculating the billing amount for devices to be charged to users. [Solution] The information processing device according to the present invention provides a first benefit in which, in exchange for returning the terminal, payment of at least a portion of the terminal price, which is the price of the terminal as its intrinsic value and is originally to be paid in installments, is waived, and an application for the use of the first benefit requires a fee for using the first benefit. Information Along with this, an application to purchase a new device. Information indicating the presence or absence of The reception desk receives applications from terminal users, and the reception desk accepts applications for the use of the first benefit. Information Along with this, an application to purchase a new device. Information indicating the presence or absence of If accepted, Based on information indicating whether or not an application for the purchase of a new device has been submitted, and the device information of the device to be returned, It includes a calculation unit that calculates the amount billed to the user for the terminal.

This application provides a method, apparatus, device, medium, and product for configuring basic service set (BSS) coloring for a device. The method includes: scanning the BSS colors of multiple access points in a target frequency band; determining the occupied BSS colors in a preset BSS coloring set based on the BSS colors of the multiple access points; determining candidate BSS colors from the preset BSS coloring set based on the occupied BSS colors; determining the target BSS color from the candidate BSS colors; and configuring the target BSS color as the initial BSS coloring of the device. This application replaces the static fixed allocation or random allocation in related technologies, effectively reducing the situation where new devices and surrounding access points conflict on the same channel, thereby reducing co-channel interference.

This utility model provides a high-precision die-cutting device for gift box processing, belonging to the technical field of die-cutting equipment. It addresses the problem that existing high-precision die-cutting equipment for gift box processing suffers from cumbersome and time-consuming replacement processes when changing die-cutting molds, as the molds are typically fixed to the equipment with bolts, thus affecting production efficiency. The new device includes: a lower die base fixedly installed inside the machine body; multiple telescopic shafts slidably installed inside the machine body; an upper die base fixedly installed at the upper end of the multiple telescopic shafts; a material discharge assembly fixedly installed outside the machine body; a control console fixedly installed outside the machine body; an installation mechanism located at the lower end of the upper die base; and an adaptive mechanism located at the upper end of the machine body. This design simplifies the installation and disassembly process of the upper die base, improves work efficiency, and reduces labor intensity.

The embodiment of the application discloses a kind of regulation policy generation method and related device, method includes: detecting device access signal, device access signal is the signal detected when energy management system accesses new device;Obtain the equipment information corresponding to target access equipment, equipment information includes the equipment type and working condition information corresponding to equipment;At least one of equipment type and working condition information corresponding to target access equipment is determined at least one target associated equipment associated with target access equipment, target associated equipment is the equipment operated before energy management system accesses the target access equipment;The equipment information corresponding to each target associated equipment in at least one target associated equipment is obtained respectively;According to the equipment information corresponding to target access equipment and the equipment information corresponding to each target associated equipment in at least one target associated equipment, energy regulation policy that adapts target access equipment and at least one target associated equipment is generated.

The utility model discloses a kind of quick braking circuit and dental hollow cup brushless motor, including the six-arm full-bridge drive circuit of adaptation three-phase brushless motor;Schottky diode is respectively connected in parallel between the input end and output end of three high-side bridge arms, and the conduction direction is opposite with the conduction direction of the high-side bridge arm;Discharge resistance, one end is connected with the input common end of three low-side bridge arms, the other end connects the cathode common end of three schottky diodes.The utility model significantly reduces the energy loss of braking current path, reduces the heat on the discharge path, improves circuit reliability;Discharge resistance concentrates and dissipates motor kinetic energy, avoids overheating problem caused by energy dispersion on bridge arm device, greatly shortens motor stop time, especially suitable for high-speed dental motor, can be reduced from 3-5 seconds to sub-second level;Without changing original drive logic, only by adding new device to realize quick braking, strong adaptability.

The solution enhances the security of new wireless device setups is enhanced by the verification of the geographic location of the new device upon network attachment against the one or more known subscriber locations, or locations associated with the network subscriber that is expected or intended to be operating the new device. These locations can include a home address recorded in subscriber profile information stored by the telecommunications network, for example. If a mismatch is detected, a security alert is sent to the network subscriber’s current wireless device, enabling confirmation whether it is the network subscriber that is attempting to use and set up the new device.

The application discloses a multi-device cooperative hierarchical control system and method based on parameterized step sequences, which comprises an upper computer management layer, a monitoring layer and a PLC execution layer. The application separates action logic from parameters and adopts a three-level hierarchical architecture, so that production process switching only needs to modify the upper computer task queue parameters, and the changeover time is shortened from several days to 10 minutes. The application sets a multi-device space-time cooperation module, so as to realize accurate timing and space cooperation. The application constructs a standardized action logic block library and parameterized step sequence definition, so that the same step sequence can be adapted to different process parameters. The application integrates parameter verification, fault tolerance control and step sequence version management, so as to significantly enhance the reliability and recoverability of the system. The application adopts a standardized module interface and hierarchical architecture, so that a new device only needs to develop a corresponding logic block to access the system, thereby greatly improving the expansibility and integration convenience of the system.

This invention provides an anti-fraud solution for distributing voice content to smart devices, relating to the field of voice content distribution and security anti-fraud technology. It includes S1, device initialization: After the smart device is powered on and connected to the network, it initiates a token acquisition request carrying the device identifier to the hardware server. The hardware server forwards the request to the content platform server. The content platform server generates an encrypted, unique token with an expiration date and binds it to the device identifier. The hardware server caches the token and pushes it to the device. The device caches the token. This significantly reduces the integration technology threshold for smart device manufacturers, eliminating the need for advanced driver layer development capabilities. SDK embedding can be completed with simple configuration. It also avoids resource conflicts between risk control functions and the device's host system, shortening the new device adaptation and integration cycle by more than 80% and significantly improving product launch efficiency.

The application provides a vehicle networking method, device and equipment based on Bluetooth wireless networking and a medium, the method comprising the following steps: after obtaining user access demand of a to-be-connected wireless access device, listening to a Bluetooth signal of the to-be-connected wireless access device, receiving a new device binding broadcast packet based on the Bluetooth signal, generating a user confirmation page to prompt the user to confirm the to-be-connected wireless access device, receiving user access confirmation information, performing target binding on the to-be-connected wireless access device according to the device binding broadcast packet and the user access confirmation information, obtaining a target binding state, obtaining a device configuration file according to the target binding state and the device binding broadcast packet, and displaying an initial control page of the to-be-connected wireless access device based on the device configuration file; the number of to-be-connected wireless access devices that can be accessed is increased through the access number of Bluetooth wireless networking, and unified management and control can be performed, without the need to install multiple device applications of the to-be-connected wireless access device, thereby improving user experience.

This utility model provides a linear motor positioning device, relating to the field of linear motor technology, to solve the problems of existing linear motor positioning devices, which typically use anti-collision posts. These posts require replacement after prolonged use, and their cushioning and anti-collision effect deteriorates with use. The new device includes: slide rails fixedly mounted on both sides of the top of the main body; a magnetic rail positioned in the middle of the top of the main body; anti-collision posts on the main body; a coil inside the driving component; the driving component slidingly mounted on the slide rails; and magnetic posts on both sides of the driving component. When the driving component moves, if a magnetic post approaches an anti-collision post, the opposing surfaces of the anti-collision post and the magnetic post are made of the same pole. Due to the principle of like poles repelling each other, direct contact between the magnetic post and the anti-collision post is avoided, achieving an anti-collision effect. This replaces traditional anti-collision posts made of rubber or other materials, eliminates the need for periodic replacement, and provides greater stability during operation.