Abstract: An analyzing apparatus (2000) acquires a target data set (10) and division number information (30). The target data set (10) is a set of target data (20) each indicating a pair of factor data (22) and result data (24). The division number information (30) indicates a division number being a number for dividing a numerical range of the factor data (22). The analyzing apparatus (2000) computes a plurality of boundary values for dividing the numerical range of the factor data (22) into a range of the division number. Further, the analyzing apparatus (2000) computes, for each boundary value, a test statistical quantity representing a difference relating to the result data (24) for two samples to be acquired by dividing the target data set (10) into two parts at the boundary value. Then, the analyzing apparatus (2000) generates test statistical quantity information (40) indicating a plurality of test statistical quantities computed for the each boundary value.

Abstract: A fuse includes a case member that has a rectangular parallelepiped shape and has a space, a lid member that closes an upper opening of the case member and closely adheres to the case member, a fuse-element disposed in the space, and a pair of terminals, whose distal ends are exposed to outside, connected to both ends of the fuse-element. The case member includes a plurality of first engaging projections formed on a first side wall, and a plurality of second engaging projections formed on a second side wall. The lid member includes a plurality of first engagement recesses formed in a first contact wall and fitted respectively to the plurality of first engaging projections, and a plurality of second engagement recesses formed in a second contact wall and fitted respectively to the plurality of second engaging projections.

Abstract: A processing apparatus according to the present invention includes a screen output unit that generates and outputs an inventory status screen on which an inventory status at each of a plurality of inventory checkpoints in a supply chain is displayed. On the inventory status screen, a plurality of objects respectively corresponding to the plurality of inventory checkpoints are displayed so that an appearance order of the inventory checkpoints in the supply chain can be identified. An image of a container having a size corresponding to an optimal inventory quantity or an optimal inventory value, and an image of a content having a size corresponding to a current inventory quantity or a current inventory value are displayed in the object.

Abstract: An analysis apparatus (2000) acquires relationship information (50) indicating a degree of influence of each of a plurality of explanatory variables on an objective variable. The analysis apparatus (2000) generates, by using the relationship information (50), a cause-and-effect diagram (10) representing a relationship between the objective variable and the explanatory variables. The analysis apparatus (2000) determines a display aspect for a factor display (16) or presence or absence of the display in the cause-and-effect diagram (10), based on the degree of influence of the explanatory variable.

Abstract: A processing apparatus according to the present invention includes a screen output unit that generates and outputs an inventory status screen on which an inventory status at each of a plurality of inventory checkpoints in a supply chain is displayed. On the inventory status screen, a plurality of objects respectively corresponding to the plurality of inventory checkpoints are displayed so that an appearance order of the inventory checkpoints in the supply chain can be identified. An image of a container having a size corresponding to an optimal inventory quantity or an optimal inventory value, and an image of a content having a size corresponding to a current inventory quantity or a current inventory value are displayed in the object.