Abstract: Provided are a computer program product, system, and method for managing access to tape cartridges at a tape archival service provider. A determination is made as to whether a non-volatile memory of the tape cartridge stores a key encryption key comprising an encrypted user encryption key associated with a user. In response to determining that the non-volatile memory of the tape cartridge stores the key encryption key, the key encryption key is decrypted to produce the user encryption key. The user encryption key, resulting from the decrypting, is provided to an encryption engine of the tape drive to encrypt plain-text data read from the tape medium in the tape cartridge with the user encryption key to return to a read request.

Abstract: Provided are a computer program product, system, and method for managing access to tape cartridges at a tape archival service provider. A determination is made as to whether a non-volatile memory of the tape cartridge stores a key encryption key comprising an encrypted user encryption key associated with a user. In response to determining that the non-volatile memory of the tape cartridge stores the key encryption key, the key encryption key is decrypted to produce the user encryption key. The user encryption key, resulting from the decrypting, is provided to an encryption engine of the tape drive to encrypt plain-text data read from the tape medium in the tape cartridge with the user encryption key to return to a read request.

Abstract: A vehicle seat includes a support leg connected to a floor to be pivotable about a first axis extending in a horizontal direction; a seat cushion connected to the support leg to be pivotable about a second axis which is parallel to the first axis; a first coupling device provided on the support leg and configured to be detachably coupled with a first coupling part provided on the floor; and a second coupling device provided on the seat cushion and configured to be detachably coupled with a second coupling part provided on the floor. The seat cushion is movable between a stowed position in which the seat cushion is in a lowest position, a first use position in which the first coupling device is coupled with the first coupling part, and a second use position in which the second coupling device is coupled with the second coupling part.

Abstract: A conveyance seat includes a seat cushion having a urethane pad member, a bead foam molding member harder than the urethane pad member, a skin material, and a seating sensor sensing a seated occupant's seating load, in which the urethane pad member is formed with a first through hole penetrating the urethane pad member in a height direction, the bead foam molding member is formed with a second through hole penetrating the bead foam molding member in the height direction and at least a part of the second through hole is at a position overlapping the first through hole in a top view, the seating sensor includes at least a sensor main body portion and a cable portion energizing the sensor main body portion or transmitting a signal of the sensor main body portion, and the cable portion is inserted through the first through hole and the second through hole.

Abstract: A vehicle seat includes a base provided on a floor; a seat back pivotably provided on the base; a seat cushion pivotably provided on the seat back; and a reclining drive unit connected to the base and the seat back to make the seat back pivot relative to the base, wherein the reclining drive unit is disposed more rearward than a front end of the seat cushion.

Abstract: To provide a metal-based structure or nanoparticles whose homogeneity is not deteriorated and whose sticking formation is easy, and a production method thereof with a high safety. A metal-based structure comprises a hydrogen compound, cluster, or an aggregate thereof, represented by the general formula: MmH. The M is a metal-based atom. The m is an integer of 3 or more and 300 or less. H is a hydrogen atom.

Abstract: A mechanism for suspending a skin material on a seat rear surface with a simple and light structure is described. A vehicle seat including a seat back forming a backrest surface includes a seat back pad which is a cushion material of the seat back, a skin material which covers the seat back pad, a wire of which a part is embedded inside the seat back pad and another part is exposed to a seat rear surface, and a hook which is attached to an end portion of the skin material on the side of the seat rear surface. The wire engages with the hook so that the skin material is suspended and fixed to the seat rear surface of the seat back.

Abstract: To provide a metal-based structure or nanoparticles whose homogeneity is not deteriorated and whose sticking formation is easy, and a production method thereof with a high safety. A metal-based structure comprises a hydrogen compound, cluster, or an aggregate thereof, represented by the general formula: MmH. The M is a metal-based atom. The m is an integer of 3 or more and 300 or less. H is a hydrogen atom.

Abstract: A computer-implemented method, according to one embodiment, includes: sending an instruction to write a first copy of a first portion of data to a first partition on a first tape, and sending an instruction to write a second copy of the first portion of data to a second partition on a second tape. The first tape has at least the first partition and a second partition, while the second tape also has at least a first partition and the second partition. The first partition on each of the first and second tapes is closer to a beginning of the respective tape than the second partition on the respective tape. The second tape is also different than the first tape.

Abstract: A mechanism for suspending a skin material on a seat rear surface with a simple and light structure is described. A vehicle seat including a seat back forming a backrest surface includes a seat back pad which is a cushion material of the seat back, a skin material which covers the seat back pad, a wire of which a part is embedded inside the seat back pad and another part is exposed to a seat rear surface, and a hook which is attached to an end portion of the skin material on the side of the seat rear surface. The wire engages with the hook so that the skin material is suspended and fixed to the seat rear surface of the seat back.

Abstract: A mechanism for suspending a skin material on a seat rear surface with a simple and light structure is described. A vehicle seat including a seat back forming a backrest surface includes a seat back pad which is a cushion material of the seat back, a skin material which covers the seat back pad, a wire of which a part is embedded inside the seat back pad and another part is exposed to a seat rear surface, and a hook which is attached to an end portion of the skin material on the side of the seat rear surface. The wire engages with the hook so that the skin material is suspended and fixed to the seat rear surface of the seat back.

Abstract: A computer-implemented method, according to one embodiment, includes: sending an instruction to write a first copy of a first portion of data to a first partition on a first tape, and sending an instruction to write a second copy of the first portion of data to a second partition on a second tape. The first tape has at least the first partition and a second partition, while the second tape also has at least a first partition and the second partition. The first partition on each of the first and second tapes is closer to a beginning of the respective tape than the second partition on the respective tape. The second tape is also different than the first tape.

Abstract: A computer-implemented method, according to one embodiment, includes: selecting a first tape to write a first copy of a first portion of data to, sending an instruction to write the first copy of the first portion of data to a first partition on the first tape, wherein the first tape has at least the first partition and a second partition, selecting a second tape that is different than the first tape to write a second copy of the first portion of data to, and sending an instruction to write the second copy of the first portion of data to a second partition on the second tape, wherein the second tape has at least a first partition and the second partition. The first partition on each of the first and second tapes is closer to a beginning of the respective tape than the second partition on the respective tape.

Abstract: A mechanism for suspending a skin material on a seat rear surface with a simple and light structure is described. A vehicle seat including a seat back forming a backrest surface includes a seat back pad which is a cushion material of the seat back, a skin material which covers the seat back pad, a wire of which a part is embedded inside the seat back pad and another part is exposed to a seat rear surface, and a hook which is attached to an end portion of the skin material on the side of the seat rear surface. The wire engages with the hook so that the skin material is suspended and fixed to the seat rear surface of the seat back.

Abstract: To provide a metal-based structure or nanoparticles whose homogeneity is not deteriorated and whose sticking formation is easy, and a production method thereof with a high safety. A metal-based structure comprises a hydrogen compound, cluster, or an aggregate thereof, represented by the general formula: MmH. The M is a metal-based atom. The m is an integer of 3 or more and 300 or less. H is a hydrogen atom.

Abstract: In a storage system including plural source storage devices, a target storage device selects which source storage device to accept a copy request from the target storage device so as to minimize the load on the entire system. The system calculates first and second load values for job loads being processed. System load values for the system are derived from job load value of a specific data, and respective load values for first and second source storage devices. The system compares the system load values to select a storage device to provide the data copy so as to minimize the load on the entire system.

Abstract: To provide a metal-based structure or nanoparticles whose homogeneity is not deteriorated and whose sticking formation is easy, and a production method thereof with a high safety. A metal-based structure comprises a hydrogen compound, cluster, or an aggregate thereof, represented by the general formula: MmH. The M is a metal-based atom. The m is an integer of 3 or more and 300 or less. H is a hydrogen atom.

Abstract: A computer-implemented method, according to one embodiment, includes: selecting a first tape to write a first copy of a first portion of data to, sending an instruction to write the first copy of the first portion of data to a first partition on the first tape, wherein the first tape has at least the first partition and a second partition, selecting a second tape that is different than the first tape to write a second copy of the first portion of data to, and sending an instruction to write the second copy of the first portion of data to a second partition on the second tape, wherein the second tape has at least a first partition and the second partition. The first partition on each of the first and second tapes is closer to a beginning of the respective tape than the second partition on the respective tape.

Abstract: In a storage system including plural source storage devices, a target storage device selects which source storage device to accept a copy request from the target storage device so as to minimize the load on the entire system. The system calculates first and second load values for job loads being processed. System load values for the system are derived from job load value of a specific data, and respective load values for first and second source storage devices. The system compares the system load values to select a storage device to provide the data copy so as to minimize the load on the entire system.

Abstract: In a storage system including plural source storage devices, a target storage device selects which source storage device to accept a copy request from the target storage device so as to minimize the load on the entire system. The system calculates first and second load values for job loads being processed. System load values for the system are derived from job load value of a specific data, and respective load values for first and second source storage devices. The system compares the system load values to select a storage device to provide the data copy so as to minimize the load on the entire system.