Abstract: A server apparatus includes a memory to store internal information of each of a plurality of image forming apparatuses and a job received from a first information terminal in association with identification information of the first information terminal, and circuitry to receive, from one image forming apparatus, identification information of a second information terminal that is brought close to the one image forming apparatus, determine whether the identification information of the first information terminal and the second information terminal match with each other, based on a determination that the identification information of the first information terminal matches the identification information of the second information terminal, select an image forming apparatus that is to execute the job from among the plurality of image forming apparatuses that belong to a same group to which the one image forming apparatus belongs, and instruct the selected image forming apparatus to execute the job.

Abstract: A server apparatus includes a memory to store internal information of each of a plurality of image forming apparatuses and a job received from a first information terminal in association with identification information of the first information terminal, and circuitry to receive, from one image forming apparatus, identification information of a second information terminal that is brought close to the one image forming apparatus, determine whether the identification information of the first information terminal and the second information terminal match with each other, based on a determination that the identification information of the first information terminal matches the identification information of the second information terminal, select an image forming apparatus that is to execute the job from among the plurality of image forming apparatuses that belong to a same group to which the one image forming apparatus belongs, and instruct the selected image forming apparatus to execute the job.

Abstract: A vehicle seat includes a stopping structure that stops forward tilting rotation of a seatback between the seatback and a base on a floor. The stopping structure includes a stopping portion provided on one of the seatback or the base, and a stopper that is provided in a state supported in a cantilevered manner on the other of the seatback or the base, and that extends to a position overlapping with the stopping portion in a seat width direction. The stopping structure is configured to stop the forward tilting rotation of the seatback by abutment of the stopping portion and the stopper. A deformation inhibiting member that minimizes deformation in the seat width direction from the stopper abutting against the stopping portion following forward tilting rotation of the seatback, is provided on the other of the seatback or the base.

Abstract: A seat frame structure includes a first mechanism element; a second mechanism element; a bolt shaft; and a seat frame that has a fitting portion that fits together with the first mechanism element, and a hole through which the bolt shaft passes, the seat frame being sandwiched between the first mechanism element and the second mechanism element, and integrated with the first mechanism element and the second mechanism element by fastening of the bolt shaft in the hole in a state extending between the first mechanism element and the second mechanism element. The first mechanism element has a fitting portion that fits together with the seat frame, and the second mechanism element is integrally assembled, by the fastening of the bolt shaft, to the first mechanism element in a state positioned on the seat frame by the fitting of the each fitting portion.

Abstract: A vehicle seat includes a stopping structure that stops forward tilting rotation of a seatback between the seatback and a base on a floor. The stopping structure includes a stopping portion provided on one of the seatback or the base, and a stopper that is provided in a state supported in a cantilevered manner on the other of the seatback or the base, and that extends to a position overlapping with the stopping portion in a seat width direction. The stopping structure is configured to stop the forward tilting rotation of the seatback by abutment of the stopping portion and the stopper. A deformation inhibiting member that minimizes deformation in the seat width direction from the stopper abutting against the stopping portion following forward tilting rotation of the seatback, is provided on the other of the seatback or the base.

Abstract: A seat frame structure includes a first mechanism element; a second mechanism element; a bolt shaft; and a seat frame that has a fitting portion that fits together with the first mechanism element, and a hole through which the bolt shaft passes, the seat frame being sandwiched between the first mechanism element and the second mechanism element, and integrated with the first mechanism element and the second mechanism element by fastening of the bolt shaft in the hole in a state extending between the first mechanism element and the second mechanism element. The first mechanism element has a fitting portion that fits together with the seat frame, and the second mechanism element is integrally assembled, by the fastening of the bolt shaft, to the first mechanism element in a state positioned on the seat frame by the fitting of the each fitting portion.