11 results about "Copy control" patented technology

This broadcast receiving device comprises: a third decoder unit that acquires, from a first video stream received in a basic layer, first content of a broadcast program for which protection by first protection information is defined, and acquires, from a second video stream received in a sub-layer, second content of a broadcast program for which protection by second protection information is defined; a storage unit that stores broadcast program information including the acquired first content and second content; and a main control unit that performs copy control of the broadcast program information on the basis of the first protection information and the second protection information. The first protection information is information defining a first condition related to copying of the first content, and the second protection information is information defining a second condition related to copying of the second content.

In a computer system, a storage system manages a plurality of first volumes that belong to a CTG, a storage system creates a plurality of second volumes in a distributed manner in a plurality of storage nodes, and causes a second journal volume to exist in each of the plurality of storage nodes, the storage system creates first journal volumes each corresponding to the second journal volume, and executes a write order guarantee process of controlling a process for the plurality of first volumes so that journal data is stored in the plurality of first journal volumes while a write order is ensured.

1. The name of the design product: bank transfer graphical user interface for 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 for bank transfer. 7. The human-computer interaction mode of the graphical user interface: in the design 1 front view, the user can view bank transfer related information, can click the "enterprise online banking" control to switch the payment method, can click the copy control to copy the corresponding information, can click the "expand" control to expand the transfer note, and can click the "go to bank transfer" or "query payment result" control to perform the corresponding operation. The human-computer interaction modes of design 2 and design 3 are the same as design 1. In the design 4 front view, the user can view bank transfer related information, can click the "enterprise online banking" control to switch the payment method, can click the copy control to copy the corresponding information, and can click the "go to bank transfer" or "query payment result" control to perform the corresponding operation. In the design 5 front view, the user can view bank transfer related information, can click the "personal bank card" control to switch the payment method, can click the copy control to copy the corresponding information, can click the "expand" control to expand the transfer note, and can click the "copy all" or "query payment result" control to perform the corresponding operation. The human-computer interaction mode of design 6 is the same as design 5. In the design 7 front view, the user can view bank transfer related information, can click the "personal bank card" control to switch the payment method, can click the copy control to copy the corresponding information, and can click the "copy all" or "query payment result" control to perform the corresponding operation. In the design 8 front view, the user can view bank transfer related information, can click the "personal bank card" control to switch the payment method, can click the copy control to copy the corresponding information, can view the transfer note and prompt information, and can click the "copy all" or "query payment result" control to perform the corresponding operation.

The application discloses a kind of support multi-protocol custom splicing Internet of Things equipment data analysis method and system, it is related to communication protocol technical field, its method includes: constructing multi-protocol equipment access link;In response to the original data message that Internet of Things equipment is reported on multi-protocol equipment access link, determine the product model of Internet of Things equipment based on original data message;Based on the attribute of product model, original data message is split into multiple function paragraphs;Parse each function paragraph, obtain function paragraph data, and map function paragraph data to the corresponding attribute of product model;The function paragraph data after mapping is stored in time series database and relational database.The application can be customized to create external data interface, facilitate business system to conveniently obtain equipment data, operating data, frozen data, and has real-time copy control and other functions, and can guarantee data transmission security, effectively deal with a large number of protocol concurrent scene under equipment access, improve access efficiency.

The invention relates to the technical field of video monitoring and evidence storage, and discloses a dynamic authority authorization and work order intelligent linkage optimization method for a video evidence storage system, and the method comprises the steps: independently setting work order type configuration nodes for each station, and building user-work order association mapping; in cooperation with a mechanism that a configuration list is dynamically loaded according to a selected power station when a work order is newly built and intelligent linkage refreshing is performed based on a field state when stock work orders are edited, refined management and control of station-level work order types are realized, and a rigid mode that stock work orders are unavailable due to whole system unification of operation types and configuration change in the prior art is broken through; a complete interactive design that a user name and a random password are displayed through a password reset pop-up window, a one-key copy control is convenient to forward and a password field is thoroughly removed from a personnel detail page is adopted, password distribution convenience and front-end security are considered, and non-tampering associated storage of password reset, permission change, work order configuration adjustment operation records and video evidence files is matched; and a complete business operation evidence chain is constructed.

The invention provides a video processing method and device, electronic equipment and a storage medium, and belongs to the technical field of multimedia. The method comprises: in a video editing interface, displaying a first video clip and a copy control, the copy control being used for copying to obtain a video clip having the same editing information with at least one type of attribute of the first video clip, and the editing information being used for indicating an editing operation performed on the at least one type of attribute of the first video clip; and in response to a trigger operation on the copy control, displaying a second video clip of which the editing information of at least one type of attribute is the same as the editing information of the first video clip in the video editing interface. According to the method, the editing information of at least one type of attributes of the first video clip can be copied at one time and applied to the second video clip at one time, the same editing operation does not need to be carried out on the second video clip for different clips with the same attributes, the operation is simple, the man-machine interaction efficiency can be improved, and the video processing efficiency can be improved.

This invention discloses a data synchronization method, apparatus, device, storage medium, and computer program product. The method, applied to a master node, includes: responding to a data object write request and generating a metadata sequence containing index information of each data segment; constructing a replication control flow based on this sequence to describe transmission order constraints and completion conditions; sending the metadata sequence to slave nodes; sending the corresponding data segments while satisfying the order constraints; and sending a synchronization completion flag when the transmission status meets the completion conditions. This invention combines the metadata sequence with the replication control flow, transforming the traditional content-based driving approach into a unified scheduling control based on metadata. Through pre-planning the transmission order and a judgment mechanism, it achieves structured control of the synchronization process, eliminating the need for overall processing of complete objects, significantly improving the execution efficiency and controllability of data synchronization, and reducing the uncertainty of handling complex objects.

Provided is a technology for more suitably transmitting or receiving an advanced digital broadcast service. As the means therefor, a reception step for receiving a digital broadcast and an output step for outputting the content included in the received digital broadcast to an external device are provided. A copy control state of audio output in the output step for the case where audio signals alone are accumulated is determined on the basis of the copy control state indicated by a combination of first control information and second control information, and third control information, and fourth control information.

To provide a technique for more suitably transmitting or receiving an advanced digital broadcasting service.SOLUTION: Provided is an audio output device including: a reception step of receiving a digital broadcast; and an output step of outputting content included in the received digital broadcast to an external device, wherein a copy control state of an audio output in the output step when an audio signal alone is stored is determined on the basis of a copy control state indicated by a combination of first control information and second control information, third control information, and fourth control information.SELECTED DRAWING: Figure 59A

A control processing method, apparatus, device, and storage medium belong to the field of computer and internet technology. The method includes: displaying a user interface, where a first operation control is displayed at a first control position on the user interface; in response to the first operation control being copied, displaying a copied control of the first operation control in the user interface, the copied control inheriting the function set of the first control position, the function set including control functions corresponding to various states; and in response to the copied control being triggered, executing the control function corresponding to a first state, where the first state is one of the multiple states currently satisfied. By copying the first operation control at the first control position on the user interface to obtain a copied control, and the copied control inheriting the function set of the first control position, the copied control can maintain consistent functional performance and operation mode with the first operation control in various states, thus truly realizing a logically inherited control copying function.

Generally disclosed herein is an approach for securing data. The approach may include encountering a pointer to a first memory location and determining, based on the pointer, that the first memory location is storing sensitive data. The approach may further include automatically copying the sensitive data to a secure memory location in response to determining that the first memory location is storing sensitive data.