Abstract: An input data creation device for powder additive manufacturing that can design and provide an appropriate support that avoids manufacturing failure. The device creates input data of a model in which a support is provided to a manufacturing designed object in powder additive manufacturing. The device includes a mechanical quantity calculation unit including a mechanism configured to calculate a mechanical quantity generated on a surface to which the support is provided in the manufacturing designed object; and a support shape determination unit including a mechanism configured to determine, based on information on a plurality of types of support shapes, information on an allowable mechanical quantity defined for each support shape, and a mechanical quantity calculated by the mechanical quantity calculation unit, an optimized support shape having an allowable mechanical quantity equal to or greater than the calculated mechanical quantity from among the plurality of types of support shapes.

Abstract: An input data creation device for powder additive manufacturing that can design and provide an appropriate support that avoids manufacturing failure. The device creates input data of a model in which a support is provided to a manufacturing designed object in powder additive manufacturing. The device includes a mechanical quantity calculation unit including a mechanism configured to calculate a mechanical quantity generated on a surface to which the support is provided in the manufacturing designed object; and a support shape determination unit including a mechanism configured to determine, based on information on a plurality of types of support shapes, information on an allowable mechanical quantity defined for each support shape, and a mechanical quantity calculated by the mechanical quantity calculation unit, an optimized support shape having an allowable mechanical quantity equal to or greater than the calculated mechanical quantity from among the plurality of types of support shapes.

Abstract: An improved filling and casing system is disclosed herein, which comprises a case conveying device for conveying cases, a carrier conveying device disposed adjacent to and in parallel to the case conveying device for conveying carriers capable of accommodating and holding containers, an uncasing station including a container gripper movable between the case and the carrier for taking out the containers from the case and accommodating them in the carrier, a filling station including a filling head for performing a filling operation for the containers accommodated and held in the carrier, and a capping station including a capping head for performing a capping operation for the filled containers. The uncasing station, the filling station and the capping station are disposed in succession along the case conveying device and the carrier conveying device.

Abstract: A system for sterilizing can-sealed products, stored in aligned groups in a carrying basket for sterilization, uses loading and unloading conveyors for the systematic loading and unloading of alternating groups of canned products and partition panels, into and out of the basket. Pool conveyors on the entrance and exit sides of a sterilization unit for sterilizing the products, conveys and temporarily stop the basket prior to and after sterilization.