Abstract: A control device includes a processor configured to: acquire information on a direction in which continuous paper is wound up, specify a viewable surface, which is a surface of the continuous paper viewable from a user in a state where the continuous paper has been wound up, on a basis of the direction in which the continuous paper is wound up, and control a printer to print print information, which is information on a job printed on the continuous paper, on the viewable surface.

Abstract: A print control apparatus includes a processor configured to acquire a remaining capacity of a continuous paper strip on which a result of executing a job is printed, acquire a capacity of printed material requiring reprinting, the printed material being included in the result of executing the job, the result being formed on the continuous paper strip, and perform control to reprint on the continuous paper strip the printed material requiring reprinting in a case where the remaining capacity of the continuous paper strip equals or exceeds the capacity of the printed material requiring reprinting.

Abstract: A print control device includes a processor configured to upon execution of jobs in succession, obtain a result of inspection of printed materials available as a result of execution of the jobs, and upon detection of a failed printed material in the inspection, execute only one or more jobs which are not affected by a cause of the failed printed material, the one or more jobs being among multiple jobs which have not been executed yet.

Abstract: A print management apparatus includes a processor configured to, when a printer configured to perform printing on a continuous sheet prints a job, which contains multiple pages, on the continuous sheet, output the area of a part of the continuous sheet as the amount of spoilage. The part is not used for a product manufactured by using printed material corresponding to the job.

Abstract: A printing management apparatus includes a memory; and a processor that is connected to the memory, in which, in a case where a printing apparatus, which performs printing on continuous form paper, processes plural jobs with respect to the continuous form paper in one-time printing, the processor calculates a length, which is acquired by excluding a part used to print the plural jobs from a length determined by a transport start spot, at which transport of the continuous form paper starts and a transport end spot at which the transport of the continuous form paper ends, as an amount of waste paper indicative of a part which becomes a loss of the continuous form paper, and outputs an amount of waste paper for each job of plurality of jobs, which is acquired by allocating the calculated amount of waste paper to the plural jobs.

Abstract: A print management apparatus includes a processor. When a job is divided into multiple divisions due to suspension of printing of the job, which occurs while a printer configured to perform printing on a continuous sheet prints the job on the continuous sheet, the processor outputs the amount of spoilage for a first division, which is a division before the suspension, of the job. When a second division, which is a division after the suspension, of the job is printed, the processor outputs, as the amount of spoilage for the job, the total of the amount of spoilage for the second division and the amount of spoilage for the first division.

Abstract: A print management apparatus includes a processor configured to, when a printer configured to perform printing on a continuous sheet prints a job, which contains multiple pages, on the continuous sheet, output the area of a part of the continuous sheet as the amount of spoilage. The part is not used for a product manufactured by using printed material corresponding to the job.

Abstract: A control device includes a processor configured to: acquire information on a direction in which continuous paper is wound up, specify a viewable surface, which is a surface of the continuous paper viewable from a user in a state where the continuous paper has been wound up, on a basis of the direction in which the continuous paper is wound up, and control a printer to print print information, which is information on a job printed on the continuous paper, on the viewable surface.

Abstract: A printing management apparatus includes a memory; and a processor that is connected to the memory, in which, in a case where a printing apparatus, which performs printing on continuous form paper, processes plural jobs with respect to the continuous form paper in one-time printing, the processor calculates a length, which is acquired by excluding a part used to print the plural jobs from a length determined by a transport start spot, at which transport of the continuous form paper starts and a transport end spot at which the transport of the continuous form paper ends, as an amount of waste paper indicative of a part which becomes a loss of the continuous form paper, and outputs an amount of waste paper for each job of plurality of jobs, which is acquired by allocating the calculated amount of waste paper to the plural jobs.

Abstract: There is disclosed a container for transporting precision substrates comprising a container body having an upper open periphery, a cassette accommodated in the container body for holding a plurality of the precision substrates in parallel, a top covering which is fitted to the open periphery of the container body via a gasket, and a substrate presser attached inside the top covering, wherein the container body has a skirt flange extending from a flange portion provided around the open periphery to the vicinity of a locking means for locking the top covering, and the flange portion is provided with a through hole or slit, or wherein the container body has the skirt flange, partition ribs are provided perpendicularly to the skirt flange in a space between the skirt flange and side wall of the container body, and each portion of the flange portion corresponding to each space partitioned by the partition ribs is provided with a through hole or slit.

Abstract: There is disclosed a container for transporting precision substrates comprising a container body having an upper open periphery, a cassette accommodated in the container body for holding a plurality of the precision substrates in parallel, a top covering which is fitted to the open periphery of the container body via a gasket, and a substrate presser attached inside the top covering, wherein the container body has a skirt flange extending from a flange portion provided around the open periphery to the vicinity of a locking means for locking the top covering, and the flange portion is provided with a through hole or slit, or wherein the container body has the skirt flange, partition ribs are provided perpendicularly to the skirt flange in a space between the skirt flange and side wall of the container body, and each portion of the flange portion corresponding to each space partitioned by the partition ribs is provided with a through hole or slit.

Abstract: A container includes a container body for accommodating wafers in alignment, a multiple number of positioning parts projectively formed integrally from the undersurface of the container body, and separate frame shaped guide members each provided so as to enclose the positioning parts. The end face of each positioning part is formed with a concavity, which gradually becomes narrowed from the exterior to the interior of the concave opening. Each guide member is formed with outer end faces gradually slanted from the outermost end to the inner boundary forming guide surfaces, which are approximately continuous to the inner surface of the concavity.

Abstract: A carrier box assembly for containing precision wafer materials in storage and transportation includes (a) an upwardly opening wafer cassette provided on inner surfaces of oppositely facing side walls thereof with sets of wafer-alignment grooves; (b) a box body for containing the wafer cassette and provided on the lower surface thereof with triangular standing props by which the box body can be placed on a horizontal surface with an inclination angle of 3 to 30 degrees; and (c) a covering mountable on the box body and coming into engagement with the box body by being moved in a direction parallel to the side walls of the box body. A wafer-pressing member of an elastic material is provided on the lower surface of the covering and has a set of wafer-receiving grooves formed on the lower surface thereof.