Abstract: An intelligent detection method and system are provided for identify internal defects of a wood member with a rectangular section. According to the method, collected ultrasonic wave velocity data is corrected to make internal defect characteristics of the rectangular wood member more prominent. In addition, distribution of the corrected ultrasonic wave velocity data in a rectangular cross section of wood member is determined, and gradient visualization processing with red, green and blue (RGB) color is performed according to an ultrasonic wave velocity to obtain a two-dimensional (2D) detection image of a cross section of each layer in the wood member. Then, transformation from each discrete 2D detection plane to a complete three-dimensional (3D) image is performed to precisely detect whether there are defects in the rectangular wood member.

Abstract: The present application provides a separator and a preparation method thereof, a secondary battery, and a device. The separator includes a microporous layer; the microporous layer includes an alkali metal-containing polymer, the alkali metal-containing polymer includes a polymer chain, and the polymer chain includes a first group and a second group; (a) the first group is selected from an organic acid alkali metal group, an alcohol alkali metal group, or a combination thereof; (b) the second group is selected from an organic acid group; an alkali metal content in the first group is 50-100 ppm based on a total mass of the separator; and a hydrogen content in the second group is 10-50 ppm based on the total mass of the separator.

Abstract: Managing access to data, including storing a database that includes fields; encrypting data of all or some fields of the database using an application encryption algorithm; receiving data indicating user-specific data access roles and user-specific data permissions for each of the user-specific data access roles, each of the user-specific data permissions defining a subset of the data of the database that the corresponding user-specific data access role has authorization for decrypting the subset of the data; receiving a user token representing credentials and user-specific data access roles of an authorized user, wherein the user token is generated by the access rights system; receiving a query for requested data stored by the database; comparing the user-specific data access role of the user token with the user-specific data access roles of the access rights system to identify user-specific data permissions for the user-specific data access role of the user token.

Abstract: Data migration from existing to replacement information handling systems is integrated with manufacture of the replacement information handling system by including a data migration application and rules in the image copied to the replacement information handling system during manufacture. The rules define the data migration, such as the types of files allowed and disallowed for data migration, the physical interface for the data migration, the initial power up and display interface to support the data migration application and the deletion of the data migration application after completion of the data migration operation. The replacement information handling system ships to the end user and initiates the data migration application on power-up to present instruction to perform the data migration.

Abstract: A system for migrating information includes a first information handling system (IHS). The first IHS is for, in response to a first boot event, booting from a computer readable medium, bypassing the first IHS user authentication requirement, and establishing a connection between the first IHS and a second IHS. The system for migrating information also includes the second IHS, coupled to the first IHS. The second IHS is for, in response to a second boot event, booting from a storage device of the second IHS, establishing the connection between the first IHS and the second IHS, and migrating information from the first IHS to the second IHS.

Abstract: A system for migrating information includes a first information handling system (“IHS”). The first IHS is for, in response to a first boot event, booting from a computer readable medium, bypassing the first IHS' user authentication requirement, and establishing a connection between the first IHS and a second IHS. The system for migrating information also includes the second IHS, coupled to the first IHS. The second IHS is for, in response to a second boot event, booting from a storage device of the second IHS, establishing the connection between the first IHS and the second IHS, and migrating information from the first IHS to the second IHS.

Abstract: A system for migrating information includes a first information handling system (IHS). The first IHS is for, in response to a first boot event, booting from a computer readable medium, bypassing the first IHS user authentication requirement, and establishing a connection between the first IHS and a second IHS. The system for migrating information also includes the second IHS, coupled to the first IHS. The second IHS is for, in response to a second boot event, booting from a storage device of the second IHS, establishing the connection between the first IHS and the second IHS, and migrating information from the first IHS to the second IHS.

Abstract: A system for migrating information includes a first information handling system (IHS). The first IHS is for, in response to a first boot event, booting from a computer readable medium, bypassing the first IHS user authentication requirement, and establishing a connection between the first IHS and a second IHS. The system for migrating information also includes the second IHS, coupled to the first IHS. The second IHS is for, in response to a second boot event, booting from a storage device of the second IHS, establishing the connection between the first IHS and the second IHS, and migrating information from the first IHS to the second IHS.

Abstract: A system for migrating information includes a first information handling system (“IHS”). The first IHS is for, in response to a first boot event, booting from a computer readable medium, bypassing the first IHS' user authentication requirement, and establishing a connection between the first IHS and a second IHS. The system for migrating information also includes the second IHS, coupled to the first IHS. The second IHS is for, in response to a second boot event, booting from a storage device of the second IHS, establishing the connection between the first IHS and the second IHS, and migrating information from the first IHS to the second IHS.

Abstract: A system for migrating information includes a first information handling system (“IHS”). The first IHS is for, in response to a first boot event, booting from a computer readable medium, bypassing the first IHS? user authentication requirement, and establishing a connection between the first IHS and a second IHS. The system for migrating information also includes the second IHS, coupled to the first IHS. The second IHS is for, in response to a second boot event, booting from a storage device of the second IHS, establishing the connection between the first IHS and the second IHS, and migrating information from the first IHS to the second IHS.

Abstract: Data migration directly from legacy to replacement information handling systems is managed over a set of one or more switches. The legacy information handling system boots with a manufacturing operating system provided from a data migration information handling system server and runs a data migration application also provided from the server. Running the data migration application over the manufacturing operating system avoids password protection of the legacy information handling system. A pair of target storage device keys interface with a legacy and associated replacement system to aid in location of the replacement system on the network for direct system-to-system data transfer.

Abstract: Data migration from existing to replacement information handling systems is integrated with manufacture of the replacement information handling system by including a data migration application and rules in the image copied to the replacement information handling system during manufacture. The rules define the data migration, such as the types of files allowed and disallowed for data migration, the physical interface for the data migration, the initial power up and display interface to support the data migration application and the deletion of the data migration application after completion of the data migration operation. The replacement information handling system ships to the end user and initiates the data migration application on power-up to present instruction to perform the data migration.

Abstract: A method and apparatus for minimizing the size of the cache that is required to store software packages for installation on an information handling system. An analysis is conducted on the individual program files contained in a software application file. In the analysis, the software application file is disassembled into the individual program files and each of the program files is decompressed and stored in temporary file directories. Files that are common to each of the software packages are identified. After the file comparison, the method and apparatus of the present invention is used to re-group the files to generate a composite program file library that contains all of the program files needed to regenerate the software application files. This composite program file library is then stored on a cache in a factory server used to manufacture information handling systems in a build to order process.