Abstract: A display module includes a flexible display substrate and a touch functional layer. The flexible display substrate has a light-transmitting display region and a main display region. A light transmittance of a portion of the flexible display substrate located in the light-transmitting display region is greater than a light transmittance of a portion of the flexible display substrate located in the main display region. The touch functional layer is located on a display side of the flexible display substrate, and exposes at least part of the portion of the flexible display substrate located in the light-transmitting display region. The display module has a first region and a second region adjacent to the first region. The display module is bent towards a direction away from the display side of the flexible display substrate in the first region.

Abstract: A liner configured to be mounted on a radially inner or outer surface of a bearing ring has a generally cylindrical base having first and second axial ends and at least one groove and at least one side wall extending radially from the first or second axial end. The liner is non-metallic and has a base portion covering the inner or outer surface of the bearing ring and a plurality of side wall sections extending radially over at least a portion of at least one axial side of the ring. The base is formed from a plurality of circumferentially adjacent axially extending subsections, each pair of which is connected by a least one hinge having a radial thickness less than a radial thickness of the base portion. Also a bearing assembly that includes a bearing housing and the bearing ring with the liner contacting the bearing housing.

Abstract: Embodiments of the present invention provide a data processing device and a data processing method. In the data processing device and the data processing method provided by the embodiments of the present invention, first data in a memory is written into a first non-volatile storage unit in a log file form, and a log file of the first data written into the first non-volatile storage unit is written into a second non-volatile storage unit. Because a data write speed of the first non-volatile storage unit is higher than a data write speed of the second non-volatile storage unit, fast backup of the data in the memory can be achieved, and when the data in the memory is lost in an abnormal situation, security of the data in the memory can be ensured.

Abstract: Embodiments of the present invention provide a data processing device and a data processing method. In the data processing device and the data processing method provided by the embodiments of the present invention, first data in a memory is written into a first non-volatile storage unit in a log file form, and a log file of the first data written into the first non-volatile storage unit is written into a second non-volatile storage unit. Because a data write speed of the first non-volatile storage unit is higher than a data write speed of the second non-volatile storage unit, fast backup of the data in the memory can be achieved, and when the data in the memory is lost in an abnormal situation, security of the data in the memory can be ensured.

Abstract: Embodiments of the present invention provide a data processing device and a data processing method. In the data processing device and the data processing method provided by the embodiments of the present invention, first data in a memory is written into a first non-volatile storage unit in a log file form, and a log file of the first data written into the first non-volatile storage unit is written into a second non-volatile storage unit. Because a data write speed of the first non-volatile storage unit is higher than a data write speed of the second non-volatile storage unit, fast backup of the data in the memory can be achieved, and when the data in the memory is lost in an abnormal situation, security of the data in the memory can be ensured.

Abstract: Embodiments of the present invention provide a data processing device and a data processing method. In the data processing device and the data processing method provided by the embodiments of the present invention, first data in a memory is written into a first non-volatile storage unit in a log file form, and a log file of the first data written into the first non-volatile storage unit is written into a second non-volatile storage unit. Because a data write speed of the first non-volatile storage unit is higher than a data write speed of the second non-volatile storage unit, fast backup of the data in the memory can be achieved, and when the data in the memory is lost in an abnormal situation, security of the data in the memory can be ensured.

Abstract: Embodiments of the present invention provide a data processing device and a data processing method. In the data processing device and the data processing method provided by the embodiments of the present invention, first data in a memory is written into a first non-volatile storage unit in a log file form, and a log file of the first data written into the first non-volatile storage unit is written into a second non-volatile storage unit. Because a data write speed of the first non-volatile storage unit is higher than a data write speed of the second non-volatile storage unit, fast backup of the data in the memory can be achieved, and when the data in the memory is lost in an abnormal situation, security of the data in the memory can be ensured.

Abstract: A data copy management apparatus and a data copy method thereof. The data copy method includes obtaining, using a hash algorithm, hash values of multiple source data blocks obtained by dividing source data; sending the hash values to a target storage side, so that the target storage side determines, based on the received hash values, whether the target storage side directly generates the source data blocks or a source storage side sends the source data blocks to the target storage side; ignoring the source data blocks when a first feedback fed back by the target storage side is received; and sending the source data blocks to the target storage side when a second feedback fed back by the target storage side is received. Thus, a speed of copying a special data block can be improved, saving central processing (CPU) and network resources and reducing copy time.

Abstract: A storage detection apparatus is placed in an operating system in kernel mode; after file information is intercepted and a security level of file content is determined, file content of a high security level is redirected to a storage area of high storage security; the security level of the file content itself is determined and stored, which is transparent to a user, thereby implementing division of security levels for different documents generated by a same application.