Abstract: A plurality of cassettes are each allowed to supply drug within a certain range of dimensions. A plurality of drivers are each mountable with each of the cassettes and drive the cassettes mounted thereto. The controller controls the drivers individually. The controller allocates drug information of a target drug to the cassette selected in accordance with dimensions of the target drug or to the driver mounted with the cassette thus selected. The controller controls the drivers so that the target drug is supplied from the cassette to which the drug information has been allocated or the driver mounted with the cassette to which the drug information has been allocated.

Abstract: Disclosed is a method of manufacturing a bonded wafer, wherein a terrace forming step is carried out using a chamfering wheel which comprise a low grit number grinding stone and a high grit number grinding stone having a higher grit number than the low grit number grinding stone, and wherein the terrace forming step comprises: a coarse chamfering step of chamfering, after chamfering the active layer wafer, the insulating film from the active layer wafer side and further chamfering the support substrate wafer, using the low grit number grinding stone; and a finish chamfering step of finish chamfering, after the coarse chamfering step, a machined surface obtained from the coarse chamfering step, using the high grit number grinding stone.

Abstract: Disclosed is a method of manufacturing a bonded wafer, wherein a terrace forming step is carried out using a chamfering wheel which comprise a low grit number grinding stone and a high grit number grinding stone having a higher grit number than the low grit number grinding stone, and wherein the terrace forming step comprises: a coarse chamfering step of chamfering, after chamfering the active layer wafer, the insulating film from the active layer wafer side and further chamfering the support substrate wafer, using the low grit number grinding stone; and a finish chamfering step of finish chamfering, after the coarse chamfering step, a machined surface obtained from the coarse chamfering step, using the high grit number grinding stone.

Abstract: A method of detecting an abnormality in a blast furnace, wherein the abnormality causes clogging of a tuyere unit of the blast furnace, the method including capturing an image of a raceway unit through an in-furnace monitor window disposed at the tuyere unit; and determining that the abnormality has occurred when a brightness of the captured image is lower than or equal to a predetermined brightness threshold and a rate of decrease in the brightness is lower than or equal to a predetermined brightness-decrease-rate threshold.

Abstract: A method of detecting an abnormality in a blast furnace, wherein the abnormality causes clogging of a tuyere unit of the blast furnace, the method including capturing an image of a raceway unit through an in-furnace monitor window disposed at the tuyere unit; and determining that the abnormality has occurred when a brightness of the captured image is lower than or equal to a predetermined brightness threshold and a rate of decrease in the brightness is lower than or equal to a predetermined brightness-decrease-rate threshold.

Abstract: A medicine dispensing and packing apparatus includes a powder supplying portion, a plurality of powder dividing portions, a dispensing and packing portion, a control portion, and an input portion. The input portion includes an input screen. In a case where a number of packets larger than a maximum number of divisions by which one powder dividing portion can divide powder and a dividing portion use instruction to perform dispensing and packing using the plurality of powder dividing portions are inputted to the control portion by a user's operation on the input screen, the control portion makes allocations of the inputted number of packets to the powder dividing portions within a range not exceeding the maximum number of divisions, and controls the powder supplying portion, the plurality of powder dividing portions, and the dispensing and packing portion on a basis of the allocations.

Abstract: According to one embodiment, a received data processing apparatus includes a FIFO memory, a forwarding designation unit, and an output processing unit. The FIFO memory stores received data in reception order. The forwarding designation unit analyzes an ID added to the received data having reached a head of the FIFO memory, and outputs a forwarding designation signal that indicates a forwarding destination in the case where there is designation of the forwarding destination, and indicates non-designation in the case where there is no designation of a forwarding destination. The output processing unit performs output processing of the received data having reached the head of the FIFO memory based on the forwarding designation signal.