14 results about "Card sharing" patented technology

1. Name of the product of this design: A shared card for displaying a graphical user interface for displaying the card sharing status of an electronic device. 2. Purpose of this design product: an electronic device. 3. The key design point of this design product lies in the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: Main view of Design 1. 5. Designate Design 1 as the base design. 6. Purpose of the Graphical User Interface: The overall purpose of the interface is to share a user's cards with other users, allowing other users to edit and update the cards in real time. The local purpose is to display the current sharing status of the card through the icon on the card, such as waiting to be shared, waiting to be received, received, shared, interacting, refreshing, disconnected, etc. 7. Human-computer interaction method of the graphical user interface: In each design, the main view is the main interface displayed by the electronic device. The user can change the display position of the shared card by dragging the shared card in the interface in the main view. Among them, the background area and card area in the interface are used to display the content screen. The specific interface is shown in the main view reference diagram. 8. Other situations that require explanation: The parts that do not require protection are indicated by dotted lines in the interface.

The application relates to the technical field of communication device hardware management, and provides a multi-node chassis hardware state data transmission method and system based on hardware information virtualization. The method comprises the following steps: a hardware information virtualization process of a node card reads local hardware information and writes the hardware information into a partition shared memory; a sending end process packetizes information blocks according to a self-defined communication protocol, and sends the information blocks to a main control card through a point-to-point link in parallel, wherein the protocol defines a data packet structure containing a node identifier, a block serial number and a total block number; a receiving end process of the main control card receives, checks and splices the data packets in parallel; the restored information is stored into a main control card shared memory according to the node identifier; and the whole link process and data transmission are monitored, process abnormity is automatically restarted, and selective data packet retransmission is realized. The application solves the problems of dispersion in collection, non-compatibility in protocol, high transmission delay and insufficient reliability in a traditional architecture.

1. The name of the design product: card sharing graphical user interface of electronic device. 2. The use of the design product: an electronic device. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best shows the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the interface is used to share the current card information between users through the wireless connection between devices. 7. The human-computer interaction mode of the graphical user interface: in design 1 and design 6, the front view is the main interface displayed by the electronic device, the user tilts the device to the left in the main view, the interface switches to interface change state figure 1; the user tilts the device upward in interface change state figure 1, the interface switches to interface change state figure 2; the user tilts the device to the right in interface change state figure 2, the interface switches to interface change state figure 3; the user tilts the device downward in interface change state figure 3, the interface switches to interface change state figure 4; wherein the gray area in the middle of the interface is used to display the content picture; the specific interface is shown in the reference figure. In design 2 to design 5 and design 7 to design 10, the front view is the main interface displayed by the electronic device, the user slides the card in the middle of the interface upward in the main view, which can send the current displayed card information; the user slides the card in the middle of the interface downward in the main view, which can receive the current displayed card information; the user clicks the card suspended in the middle of the interface, which can receive and save the current card; the user tilts the device, which can change the tilt angle of the current card; wherein the gray area in the middle of the interface is used to display the content picture; the specific interface is shown in the reference figure.

Embodiments of the present disclosure relate to sharing personalized entities between personal digital assistant users. An architecture enables users to specify acceptance to receive social cards from other users in a social network using a personal digital assistant. A mapping component maintains a mapping and acceptance level of all users who have accepted to participate in card sharing. A whitelist of users can be created, which lists users to whom social cards can be sent from an endpoint. Users can dynamically create local groups on a local endpoint at runtime, where local groups enable sharing personalized content with multiple users simultaneously. Shared cards are selected by the sending user and can become available on the recipient's PDA's home canvas along with other cards. Based on the user's engagement history, these cards can be sorted among other cards, social or non-social PDA cards. Merging, push notifications, and filtering are also provided.

The invention discloses a heterogeneous accelerator card sharing and isolating method and system based on API hijacking, and relates to the technical field of resource allocation, the method comprises the following steps: identifying and managing heterogeneous computing equipment mounted on a GPU node, and reporting resource information of the heterogeneous computing equipment; task workloads are distributed to appropriate GPU nodes through an extension scheduler; the GPU node mounts a heterogeneous device API interceptor for the task workload; intercepting API (Application Program Interface) calling of various heterogeneous computing devices; and judging whether the allocated workload exceeds a resource limiting quantity or a video memory limiting quantity, carrying out resource limitation on the exceeded heterogeneous computing equipment, and calling the native API of the heterogeneous computing equipment with sufficient computing resources to execute the task workload. By means of the technical scheme, isolation and sharing of fine grit are achieved, the resource limiting quantity and the video memory limiting quantity of all the devices can be scheduled and managed in a unified mode, and the resource utilization rate of the heterogeneous computing devices is increased.

The invention provides a data processing method, device and system, electronic equipment and a storage medium, the method is applied to a first processor of a first board card, and comprises the following steps: in response to a detected trigger event, determining a target first storage unit from at least one first storage unit of a memory of the first board card; wherein the at least one first storage unit is generated based on a configuration file corresponding to the first board card, and each first storage unit is used for storing data shared to the corresponding second board card by the first board card; determining a latching state of the target first storage unit; under the condition that the latching state of the target first storage unit is an unlocking state, sending first shared data of the target first storage unit to a corresponding second board card; wherein the first shared data is written by a second processor of the first board card, and the type of the second processor is different from that of the first processor.

The embodiment of the invention provides a card sharing method, terminal equipment and a medium. The card sharing method comprises the steps of displaying a first card; and displaying a sharing state identifier on the first card, wherein the sharing state identifier is used for representing the sharing state of the first card. According to the technical scheme of the embodiment of the invention, the sharing state identifier is displayed on the first card, so that a user can intuitively know the sharing state of the card, the operation burden of the user is reduced, and the user experience is improved.

Methods and systems for using a universal integrated circuit card (UICC) of a second network device at first network device for communication. The first network device may be managed through the second network device. The first network device sends a UICC selection request to a UICC selection module. When a UICC selection reply is received, the first network device sends a UICC information request to the second network device to receive a UICC information. The first network device then establishes a wireless communication channel with the UICC information through its first wireless communication module. At least two processing units of the second network device may communicate with each other by using Internet Protocol (IP) packets through at least two internal network interfaces.

This disclosure describes, in part, a payment service predicting that use of a payment instrument is fraudulent. In examples, a user profile and associated account may be stored in a data store associated with the payment service. The user profile may include an identifier of a payment instrument and historical transaction data for transactions of the user. A payment authorization request may be received by the payment service that includes the payment instrument identifier. If a dissimilarity metric (determined by comparing characteristics of the transaction data for the pending transaction to the historical transaction data) exceeds a threshold, it may be predicted that the payment authorization request is not associated with the user, and a fraud alert may be sent to a user device.

Systems and methods for generating a shared secret key for a transaction card are provided. An exemplary system can include a transaction card including a card private key and a card public key derived from the card private key, a server including a server private key and a server public key derived from the server private key, and a user device. The user device can be configured to open a communication field, read the card public key, transmit the card public key to the server, wherein the server generates a shared secret key from the card public key and the server private key, receive the server public key from the server, and transmit the server public key to the transaction card. The card can configured to generate the same shared secret key from the server public key and the card private key.

This application provides a display device and a smart routing method based on a USB path. The method includes: when the display is connected to a dock via a wireless network interface, creating a first service to enable USB network sharing, and dynamically sharing the connected network card to the USB network; when a second wired network card is connected to a second network link, controlling the first service to start the wireless network card, and controlling the second wired network card to share on the USB network path; when the first wired network card is connected to the first network link, writing the first wired network card address obtained by control into the first wired network card and the kernel; creating routing rules for the first wired network card according to the first wired network card address, and adding the routing rules to a first routing table; creating a priority value corresponding to the first routing table, such that the priority of the first routing table is higher than the priority of the second routing table, wherein the second routing table is a routing table configured with the routing rules of the second wired network card.

The invention discloses a double-master-control hot backup method and system and an FPGA, and belongs to the field of data communication, and the method mainly comprises the steps that two master control cards share the same PCIE channel to be connected with the FPGA, and a change-over switch switches the PCIE channel to the master control card in a primary state; the main control card in the primary state reads first basic configuration information from a first cache of the FPGA through a PCIE channel, and when it is determined that a certain service card is in a non-working state according to the first basic configuration information, the main control card in the primary state sends second basic configuration information of the certain service card to the FPGA; the FPGA receives second basic configuration information through a PCIE channel, writes the second basic configuration information into a second cache by adopting a reference clock generated by the PCIE channel, reads the second basic configuration information from the second cache by adopting a basic clock of the FPGA, and latches the second basic configuration information as first basic configuration information; writing the latched first basic configuration information into a first cache by adopting a basic clock of the FPGA; and the certain service card obtains the latched first basic configuration information and executes the latched first basic configuration information. According to the invention, double-master-control efficient management is realized through a single PCIE channel, and seamless hot switching of double MPUs is satisfied.

The invention discloses an NFC simulation card sharing method, an NFC simulation card sharing system and a related device. And after the first electronic equipment receives the input of sharing the first NFC card, displaying prompt information for prompting a user to input the key. The first electronic equipment receives an input first secret key, and encrypts the second secret key based on the first secret key to obtain first data; and the first electronic equipment decrypts the card information of the first NFC card based on the second key to obtain second data. The first electronic device transmits the first data and the second data to the second electronic device. The second electronic equipment displays prompt information used for prompting the user to input the secret key. And the second electronic equipment receives the input first secret key, and obtains a second secret key from the first data based on the first secret key. And the second electronic equipment acquires the card information of the first NFC card from the second data based on the second key. And the second electronic equipment opens the first NFC card based on the card information of the first NFC card. Therefore, the user can conveniently share the NFC simulation card.

The invention discloses a UWB wireless positioning security check door, which comprises a security check door main body, an attendance check door base station, a biological information acquisition module, a switch module and a gate machine, and is characterized in that the attendance check door base station is composed of a plurality of mainboards and a positioning module; the positioning module, the biological information acquisition module, the switch module and the gate are all connected with the main board, the positioning module is used for acquiring UWB-RSSI data of identification cards carried by personnel, the biological information acquisition module is used for acquiring personnel biological information, the main board is used for processing the acquired data and performing uniqueness comparison, the switch module is used for data interaction, and the gate is connected with the main board. And the gate controls personnel to pass according to the comparison result of the main board. Compared with a traditional exciter attendance checking scheme, the UWB wireless positioning security check door has the advantages that the detection accuracy is extremely high and reaches 99%; through combination of the UWB-RSSI positioning technology and biological information dual verification, personnel identities can be accurately identified, cheating behaviors such as multi-card sharing and card punching by others are effectively avoided, and reliable guarantee is provided for attendance management of mine personnel.