34results about How to "Implement automatic binding" patented technology

The invention discloses a UWB-based external person positioning system and a method for an IDC computer room. The system comprises an access terminal, a positioning label, a plurality of one-dimensional positioning cells, a positioning and resolving module and an information management module. The access terminal is used for carrying out identity verification on an external person in the IDC computer room and inputting the information of the external person. The positioning label is worn on the external person, and is used for generating a TDOA message and a TOF ranging message, broadcasting the TDOA message and sending out the TOF ranging message. Each one-dimensional positioning cell comprises two UWB positioning base stations arranged at the two ends of the cabinet aisle of the IDC computer room, wherein the two UWB positioning base stations receive the TDOA message sent by the positioning label, and sending the time stamp of the received message to the positioning and resolving module. One UWB positioning base station is used as a specific base station to receive the TOF ranging message and send the result to the positioning and resolving module. The positioning and resolving module is used for resolving the data sent by the two UWB positioning base stations to obtain positioning coordinates of the positioning label.

The invention provides a game role model generation method and device, a role adjustment method and device, equipment and a medium, and relates to the technical field of games. The game role model generation method comprises the steps of determining a vertex mapping relationship between vertexes of a reference model and vertexes of a game role grid model according to key points of the reference model and key points of the game role grid model; determining target skeleton data of the game role grid model according to reference model skeleton data and the vertex mapping relationship; determiningtarget skin data of the game role grid model according to reference model skin data, the vertex of at least one reference model corresponding to the vertex of the game role grid model and corresponding reference model skin data; and generating the game role model according to the game role grid model, the target skeleton data and the corresponding target skin data. So, the fine manual adjustmentis greatly reduced, the automatic binding is realized, and the generation efficiency of the game role model is improved.

The embodiment of the invention provides a method, a system, a terminal and a server for binding a vehicle frame number and a mobile communication identifier. The method comprises the following steps that a vehicle-mounted terminal sends a vehicle frame number acquiring request to an intelligent key sensing module to acquire the vehicle frame number, wherein the vehicle frame number is stored in the intelligent key sensing module; the vehicle-mounted terminal controls a mobile communication module to log in the server and sends the vehicle frame number to the server trough the mobile communication module, so that the server binds the mobile communication identifier of the mobile communication module and the vehicle frame number; the vehicle-mounted terminal receives a binding success message sent by the server. According to the method provided by the embodiment of the invention, automatic binding between the vehicle frame number and the mobile communication identifier is realized, the binding process is conveniently and quickly finished, the production efficiency is improved, the cost is reduced, and the user experience is improved.

The invention provides a method for achieving auto-binding to a session initiation protocol (SIP) phone of an instant messaging (IM) client side. The method for achieving the auto-binding to the SIP phone of the IM client side includes that: 1, a webpage address uniform resource locator (URL) of an IM server is configured into the SIP phone; 2, the SIP phone obtains the configured webpage address URL, and reports the internet protocol (IP) address, the account number and type information of the phone to the IM server of the URL through a hyper text transmission protocol (http); 3, the IM server receives reported information, inquires a record of matching a landline number with the SIP phone account number in a user list of the IM server, and forms binding information by using matched record information in the user list and the reported information; 4, the IM client side invokes a binding interface provided by the phone to bind the phone according to the binding information; and 5, the IM client side invokes an action uniform resource identifier (URI)/URL interface to perform calling of the SIP phone. The method for achieving the auto-binding to the SIP phone of the IM client side achieves the auto-binding of the IM client side and the phone, and omits complex processes of binding information through manual configuration by a user.

The invention discloses a basic development framework of an SQL-SELECT driver-based full-automatic form WEB background management system. The basic development framework is characterized in that forms subjected to insert, delete, update and select, and database processing are all automatically generated by a single sql-select statement driver; an HTML form, an sql-insert statement, an sql-update statement and an sql-delete statement do not need to be written; and only a select-sql statement, a Chinese field name of each field and the type of a data binding control need to be defined. The basic development framework is suitable for quick and efficient development of the Web background system; the development speed is 1/10 of that of a conventional mode; and the development efficiency is greatly improved. Universal role management, module management, permission management and built-in login authentication functions are further provided in the framework.

The invention relates to a business object persistence processing method based on dynamic labels. The method comprises the following steps: 1) calling a persistence engine by a business object and activating the persistence engine; 2) obtaining full names of a business logic class by the persistence engine; 3) searching whether business logic class names have mapping relationship in buffer by thepersistence engine, and executing a step 4) if the mapping relationship exists, otherwise going to a step 5); 4) obtaining the mapping relationship in a buffer area by the persistence engine and going to a step 8); 5) calculating the mapping relationship of the business logic class name by mapping the dynamic labels, judging whether the calculation is successful, if so, executing a step 6), and if not, going to a step 7); and 6) storing the mapping relationship of the business logic class name in the buffer and going to the step 8). Compared with the prior art, the invention has the advantages of improving the execution efficiency of development, debugging and unit test.

The invention discloses an accelerator resource adding method for a virtual machine, and the method comprises: updatng the synchronization data of a current accelerator resource by a server accordingto a received resource change message, and obtaining the current synchronization data; when a virtual machine creation instruction is received, determining a corresponding host machine according to the accelerator specification of the virtual machine creation instruction, and creating a virtual machine in the host machine; and binding and modifying the resource configuration information of the virtual machine according to the accelerator specification and the current synchronization data to obtain the virtual machine added with accelerator resources. By updating the synchronous data, the corresponding accelerator is created and bound when the creation instruction is received, so that accelerator resources are automatically added, and the accelerator adding flexibility and efficiency are improved. The invention further discloses an accelerator resource adding device of the virtual machine, a server and a computer readable storage medium, which have the above beneficial effects.

The invention discloses a visitor and bag binding system, which comprises the following operation steps that a visitor enters a security check area of a court, shows an identity card for information registration and visually views a visitor machine, carries out face information registration through a face registration camera, completes identity authentication comparison according to face information and identity information; face information and identity information are uploaded to an image management system in real time; then the visitor puts personal belongings at a channel entrance of the security inspection machine, triggers an entrance camera of the security inspection machine to capture an entrance parcel image and uploads the entrance parcel image to the system, and the entrance parcel image is stored as article picture information of the visitor; when the visitor passes through the security check door, the camera above the security check door captures a face image and a panoramic image. According to the invention, automatic binding of the passenger information, the carry-on luggage picture information and the luggage is realized, the purposes of positioning, tracking and matching in the carry-on luggage security check process are achieved, and rapid reverse check of security check personnel is facilitated.

The present invention relates to the technical field of information, and provides an equipment configuration method and an equipment configuration device. The equipment configuration method comprises the steps of receiving a binding request, the binding request comprising a device identifier and a target user identifier; and determining that an alternative user identifier corresponding to the device identifier in pre-stored user device mapping relation information is consistent with the target user identifier, binding the device identifier and the target user identifier, the alternative user identifier being confirmed based on order information of the device corresponding to the device identifier. According to the equipment configuration method provided by the embodiment of the invention, before the network is configured for the equipment, the'equipment-user 'mapping relationship is stored in the equipment management platform, so that the automatic binding of the equipment identifier and the target user identifier can be realized, the user operation is simplified, and the user experience is improved.

The invention belongs to the field of collection equipment and use methods, and particularly relates to a two-dimensional code collection system and method. The system comprises a two-dimensional codecollection all-in-one machine, a cloud server and a mobile data terminal. The two-dimensional code collection all-in-one machine comprises a two-dimensional code generation module, an Mqtt collectioninformation subscription module, an Https device registration module, a Bluetooth module, a distribution network module and the like. Under the Wi-Fi network, the network distribution unit is connected with the network distribution module, so that the two-dimensional code collection all-in-one machine is connected with the mobile data terminal and the cloud server by accessing the Wi-Fi network.In the absence of a Wi-Fi network, the Bluetooth unit is connected with the Bluetooth module, so that a data channel is established between the mobile data terminal and the two-dimensional code collection all-in-one machine. The two-dimensional code collection all-in-one machine logs in and accesses the cloud server through the mobile data terminal. The two-dimensional code collection system has the advantages that: firstly, the two-dimensional code collection all-in-one machine can be used no matter whether a network is available or not; secondly, the machine has portability and mobility, anddoes not depend on wiring; and thirdly, audios such as music and news can be played, and dual functions of entertainment and collection are realized.

The invention relates to a logic core binding method and device, equipment and a storage medium, and the method comprises the steps: determining a processing unit where a board card is connected based on the unique identification of the board card after the connection of the board card is detected, and obtaining the configuration information of each logic core and the configuration information of the board card in the processing unit; according to the configuration information of each logic core in the processing unit and the configuration information of the board card, the target logic core bound with the thread of the board card being determined from the logic cores of the processing unit, wherein the target logic core is bound with the thread of the board card, so that the target logic core can fixedly process the task of the thread bound with the target logic core. According to the scheme provided by the invention, automatic binding between the board card thread and the logic core is realized, the binding operation of the logic core is simplified, the labor cost is saved, and the time delay of data transmission is reduced.

The invention discloses a method for realizing automatic binding of a first terminal and a second terminal which are preinstalled with a same application. The method comprises the steps that: the first terminal generates a first identifier containing information of the application, and sends the first identifier to the second terminal; the second terminal generates a second identifier containing information of the application, and generates a third identifier according to the second identifier and the first identifier; and the second terminal sends the third identifier to a cloud server for backup binding, so that the first terminal and the second terminal can interact with each other. The invention further discloses a system for realizing automatic binding of the first terminal and the second terminal. According to the method and the system, the first terminal can interact with the uniquely-corresponding second terminal through the applications based on a same network platform, thus users can send messages to the uniquely-corresponding second terminal anytime and anywhere through the first terminal, thereby enhancing the experience of second terminal users.