Abstract: A server in conjunction with a terminal device detects a status of a non-time element differing from a time element among game elements; executes area setting processing for setting a game field to a first game area and a second game area that differs from the first game area in accordance with the detected status of the non-time element; executes, at least when the second game area has been set by the area setting processing, constraint setting processing of setting a given constraint in the game on a player character belonging to the second game area; and providing the terminal device with information for controlling a player character on which the given constraint in the game has been imposed as a player character belonging to the second game area and controlling a player character belonging to the first game area without imposing the given constraint in the game.

Abstract: A server in conjunction with a terminal device detects a status of a non-time element differing from a time element among game elements; executes area setting processing for setting a game field to a first game area and a second game area that differs from the first game area in accordance with the detected status of the non-time element; executes, at least when the second game area has been set by the area setting processing, constraint setting processing of setting a given constraint in the game on a player character belonging to the second game area; and providing the terminal device with information for controlling a player character on which the given constraint in the game has been imposed as a player character belonging to the second game area and controlling a player character belonging to the first game area without imposing the given constraint in the game.

Abstract: A seal structure includes: a tubular protrusion communicating with an inside of a resin tank body and projecting from the tank body; a mouth member being fixed along an inner peripheral surface of the protrusion; a lid member including a second tubular portion inserted from one end into the mouth member, a flange portion covering the other end of the second tubular portion, and a third tubular portion extending toward the insertion direction of the second tubular portion; a supporting surface provided to an outer peripheral side of the protrusion or the fuel tank body; and a ring-shaped sealing member supported on the ring-shaped shoulder surface and held between an outer peripheral surface of the protrusion and an inner peripheral surface of the third tubular portion in a state where the lid member is attached to the mouth member.

Abstract: To provide a vehicle body mounting structure for a fuel tank tank, which can suppress deformation of the fuel tank due to a band member while suppressing increase in weight of the fuel tank, the vehicle body mounting structure for a fuel tank includes: a band member (21) disposed along a lower surface (14) of the fuel tank (1) made of resin and having both ends secured to the vehicle body; an upper groove (31) formed in a side surface (12) of the fuel tank (1) to extend downward from an upper surface (13) of the fuel tank (1) over at least a part of the side surface (12) of the fuel tank (1); and a cushion member (26) interposed between the fuel tank (1) and the vehicle body and straddling the upper groove (31).

Abstract: To provide a vehicle body mounting structure for a fuel tank tank, which can suppress deformation of the fuel tank due to a band member while suppressing increase in weight of the fuel tank, the vehicle body mounting structure for a fuel tank includes: a band member (21) disposed along a lower surface (14) of the fuel tank (1) made of resin and having both ends secured to the vehicle body; an upper groove (31) formed in a side surface (12) of the fuel tank (1) to extend downward from an upper surface (13) of the fuel tank (1) over at least a part of the side surface (12) of the fuel tank (1); and a cushion member (26) interposed between the fuel tank (1) and the vehicle body and straddling the upper groove (31).

Abstract: To provide a component mounting structure for a fuel tank capable of suppressing an increase in the weight of the tank body and reducing the weight and thickness of the fuel tank component, the component mounting structure includes: a tank body (2) provided with an oblong opening (2a); a pump module (3) serving as a tank component mounted to the tank body (2); a flange (5) that is provided to the pump module (3) so as to project out from an outer surface of the pump module (3), has an oblong contour larger than the opening (2a) and having a minor dimension (W2) smaller than a major dimension (L1) of the opening (2a), and is placed inside the tank body (2) through the opening (2a) with an edge thereof opposing the tank body (2) over an entire circumference; a sealing member (7) placed between the tank body (2) and the flange (5); and a fastening member (8b•9, 11•12) that holds the pump module (3) to the tank body (2) while compressing the sealing member (7) via the flange (5).

Abstract: A seal structure includes: a tubular protrusion communicating with an inside of a resin tank body and projecting from the tank body; a mouth member being fixed along an inner peripheral surface of the protrusion; a lid member including a second tubular portion inserted from one end into the mouth member, a flange portion covering the other end of the second tubular portion, and a third tubular portion extending toward the insertion direction of the second tubular portion; a supporting surface provided to an outer peripheral side of the protrusion or the fuel tank body; and a ring-shaped sealing member supported on the ring-shaped shoulder surface and held between an outer peripheral surface of the protrusion and an inner peripheral surface of the third tubular portion in a state where the lid member is attached to the mouth member.

Abstract: For an input value, conformity grades are computed and are displayed for established membership functions. Alternatively, conformity grades and change rates thereof developed when a fuzzy reasoning system is operated are displayed. Alternatively, a change with respect to time of the input value is displayed to be superimposed onto a table representing the established rules. Alternatively, an output value resultant from a fuzzy reasoning conducted with a particular rule removed is compared with a fuzzy reasoning achieved by using all rules, thereby displaying the difference on a rule table. As above, various features in the fuzzy reasoning are extracted and are displayed so as to check adequacy of the established membership functions and rules.

Abstract: A fuzzy rule generator for generating fuzzy rules, comprising: a selection unit for selecting two or more sets of rules from a plurality of basic sets of rules which may be stored in memory; and a control unit for generating a new set of rules by carrying out a synthetic arithmetic operation based on a predetermined set of rules for synthesis. This process of synthesis may simply consist of addition or subtraction. Thereby, a new set of rules can be easily generated by carrying out a simple arithmetic operation for each application. Therefore, generation and modification of rules are simplified and speeded up, with additional benefits arising from an efficient utilization of existing sets of rules. Further, by imposing a constraint on the newly synthesized set of rules manually, automatically or by a combination of both according to a predefined algorithm, it is possible not only to ensure the stability of the system but also to obtain desired control characteristics.