Abstract: A display input device includes a display portion and a touch panel portion. The display portion displays a screen on which objects are provided. The touch panel portion is provided on the display portion and detects a plurality of touched positions being touched by a user. After a multipoint touching operation of touching a plurality of points on the touch panel portion at the same time, when an operation of moving objects that are movement targets among the objects being displayed is performed on the touch panel portion, if the distance between two points among the plurality of points touched by the multipoint touching operation is equal to or larger than a predetermined threshold distance, the display portion collectively moves all the objects that are the movement targets.

Abstract: A display input device includes a display unit, a touch panel unit for accepting an operation on a button displayed on the display unit. When the touch panel unit accepts a predetermined first operation, the display unit performs a list display of a predetermined or smaller number of reduced screens in order from the higher layer screen, each of which is smaller than a screen in the normal mode and is selected so as to move toward a lower layer one by one from a next lower layer screen of the screen on which the first operation is made.

Abstract: A display input device includes a display unit and a touch panel unit. When the touch panel unit accepts a predetermined transmission start operation, the display unit starts a display in a transmission transition mode, performs a transmission transition display in which a transition source screen gradually disappears while a ratio of a display of a transition destination screen belonging to a next lower layer of the transition source screen as time passes, and repeats the transmission transition display toward a lower layer.

Abstract: A first swash plate (30) and a second swash plate (40) are disposed on either side of a cylinder block (4), and a plurality of cylinders (6) are disposed in the cylinder block (4). A first piston (8) and a second piston (9) are inserted opposite to each other in each cylinder (6) such that the first piston (8) slides on the first swash plate (30) and the second piston (9) slides on the second swash plate (40). By providing a servo mechanism (33) that tilts the first swash plate (30) and a tilt linking mechanism (40, 70) that tilts the second swash plate (40) in conjunction with the tilting of the first swash plate (30), tilt angles of the two swash plates (30, 40) can be controlled by the single servo mechanism (33).

Abstract: An image forming apparatus includes: an authentication unit that can execute a login process and a logout process; an operation unit that receives an instruction for the logout process from the user; a user attribute storage unit that stores the identification information of a non-logged-out user; a determination unit that determines whether a logged-in user, who is a user for whom the login process is executed by the authentication unit, is the non-logged-out user, based on the identification information stored in the user attribute storage unit; and a forced logout processing unit that, in a case in which the logged-in user is determined to be the non-logged-out user by the determination unit, instructs the authentication unit to execute the logout process when a predefined particular process among the plurality of processes is executed and completed by the processing unit.

Abstract: An image forming apparatus of the present disclosure includes a receiving unit and a terminal specific information setting unit. The receiving unit receives print data concerning a print job through a network from a terminal. The terminal specific information setting unit acquires terminal specific information of the terminal contained in the print data and executes user specific setting using the terminal specific information.

Abstract: A display input device includes a display portion and a touch panel portion. The display portion displays a screen on which objects are provided. The touch panel portion is provided on the display portion and detects a plurality of touched positions being touched by a user. After a multipoint touching operation of touching a plurality of points on the touch panel portion at the same time, when an operation of moving objects that are movement targets among the objects being displayed is performed on the touch panel portion, if the distance between two points among the plurality of points touched by the multipoint touching operation is equal to or larger than a predetermined threshold distance, the display portion collectively moves all the objects that are the movement targets.

Abstract: A safety valve drive system is operated such that a safety valve of a nuclear power plant is opened by supplying a driving gas by using a pilot valve at an occurrence of an accident or a transient state to thereby protect a reactor against pressure application. The safety valve drive system is provided with a safety valve drive unit, as a function of actuating the safety valve, and cables. The safety valve drive unit actuates in a manner that the safety valve is opened in response to respective auto-depressurization system actuating signals for two or more segments among respective auto-depressurization system actuating signals for four segments, and is closed if an auto-depressurization system actuating signal for one or less segment among the auto-depressurization system actuating signals for the four segments is received. The cables are connected to the safety valve drive unit and used to transfer the auto-depressurization system actuating signals for the four segments.

Abstract: A first swash plate (30) and a second swash plate (40) are disposed on either side of a cylinder block (4), and a plurality of cylinders (6) are disposed in the cylinder block (4). A first piston (8) and a second piston (9) are inserted opposite to each other in each cylinder (6) such that the first piston (8) slides on the first swash plate (30) and the second piston (9) slides on the second swash plate (40). By providing a servo mechanism (33) that tilts the first swash plate (30) and a tilt linking mechanism (40, 70) that tilts the second swash plate (40) in conjunction with the tilting of the first swash plate (30), tilt angles of the two swash plates (30, 40) can be controlled by the single servo mechanism (33).

Abstract: A first swash plate (30) and a second swash plate (40) are disposed on either side of a cylinder block (4), and a plurality of cylinders (6) are disposed in the cylinder block (4). A first piston (8) and a second piston (9) are inserted opposite to each other in each cylinder (6) such that the first piston (8) slides on the first swash plate (30) and the second piston (9) slides on the second swash plate (40). By providing a servo mechanism (33) that tilts the first swash plate (30) and a tilt linking mechanism (40, 70) that tilts the second swash plate (40) in conjunction with the tilting of the first swash plate (30), tilt angles of the two swash plates (30, 40) can be controlled by the single servo mechanism (33).

Abstract: A pulley structure having a first rotating member that is rotatable around a first axis. A second rotating member is rotatable around the first axis and in at least partial axial coincidence with the first rotating member. A spring containing chamber is defined between the first and second rotating members. A spring, having axially spaced first and second ends defined by coils, extends around the first axis. At least one coil at each of the first and second axially spaced ends of the spring is radially biased relative to the first axis to thereby be frictionally held against each of the first and second rotating members to thereby allow forces generated by relative rotation between the first and second rotating members to be transmitted through the spring.

Abstract: An image forming apparatus includes: an authentication unit that can execute a login process and a logout process; an operation unit that receives an instruction for the logout process from the user; a user attribute storage unit that stores the identification information of a non-logged-out user; a determination unit that determines whether a logged-in user, who is a user for whom the login process is executed by the authentication unit, is the non-logged-out user, based on the identification information stored in the user attribute storage unit; and a forced logout processing unit that, in a case in which the logged-in user is determined to be the non-logged-out user by the determination unit, instructs the authentication unit to execute the logout process when a predefined particular process among the plurality of processes is executed and completed by the processing unit.

Abstract: A pulley assembly having first and second members. The first member is capable of cooperating with a power transmission belt to drive/be driven by the belt. The first member is movable guidingly relative to the second member around a first axis. A coil spring has a length and a circumference and a first portion attached to the first member and a second portion attached to the second member so that a force tending to move the first/second member around the first axis is transmitted through the coil spring to the second/first member. At least one of the first and second members has a groove bounded by a surface into which the respective portion of the coil spring is fit. The respective portion of the coil spring is clamp fit within the groove.

Abstract: For the purpose of letting a fiber structure formed of polyester-based fibers have high hydrolysis resistance, spun fibers are treated by a terminal blocking agent, to have the terminal blocking agent taken up inside the fibers, for blocking the terminal carboxyl groups.

Abstract: A safety valve drive system is operated such that a safety valve of a nuclear power plant is opened by supplying a driving gas by using a pilot valve at an occurrence of an accident or a transient state to thereby protect a reactor against pressure application. The safety valve drive system is provided with a safety valve drive unit, as a function of actuating the safety valve, and cables. The safety valve drive unit actuates in a manner that the safety valve is opened in response to respective auto-depressurization system actuating signals for two or more segments among respective auto-depressurization system actuating signals for four segments, and is closed if an auto-depressurization system actuating signal for one or less segment among the auto-depressurization system actuating signals for the four segments is received. The cables are connected to the safety valve drive unit and used to transfer the auto-depressurization system actuating signals for the four segments.

Abstract: A first swash plate (30) and a second swash plate (40) are disposed on either side of a cylinder block (4), and a plurality of cylinders (6) are disposed in the cylinder block (4). A first piston (8) and a second piston (9) are inserted opposite to each other in each cylinder (6) such that the first piston (8) slides on the first swash plate (30) and the second piston (9) slides on the second swash plate (40). By providing a servo mechanism (33) that tilts the first swash plate (30) and a tilt linking mechanism (40, 70) that tilts the second swash plate (40) in conjunction with the tilting of the first swash plate (30), tilt angles of the two swash plates (30, 40) can be controlled by the single servo mechanism (33).

Abstract: A working vehicle that uses the output of an internal combustion engine (30) as a working power and a traveling power includes an accelerator pedal (1) that increases a rotation speed of the engine (30) when depressed and a transmission (40) that shifts a rotation of the engine (30) and applies the shifted rotation to the traveling power. A speed ratio control device of the transmission (40) calculates a first target vehicle speed (Wne) according to the rotation speed of the engine (30), calculates a second target vehicle speed (Wu) according to a depression amount of the accelerator pedal (1), and controls the speed ratio of the transmission (40) on the basis of the smaller of these target vehicle speeds. As a result, a vehicle speed according to the depression amount of the traveling accelerator pedal (1) is obtained even when the internal combustion engine (30) rotates at high speed.

Abstract: A preventive or remedy for infection, an anti-endotoxin agents, a vaccine adjuvants and a growth promoter each comprising a sugar cane-derived extract as an active ingredient which agent is safe to man and animals. Also presented are foods and feeds comprising these agents.

Abstract: A preventive or remedy for infection, an anti-endotoxin agents, a vaccine adjuvants and a growth promoter each comprising a sugar cane-derived extract as an active ingredient which agent is safe to man and animals. Also presented are foods and feeds comprising these agents.

Abstract: A pulley assembly having first and second members. The first member is capable of cooperating with a power transmission belt to drive/be driven by the belt. The first member is movable guidingly relative to the second member around a first axis. A coil spring has a length and a circumference and a first portion attached to the first member and a second portion attached to the second member so that a force tending to move the first/second member around the first axis is transmitted through the coil spring to the second/first member. At least one of the first and second members has a groove bounded by a surface into which the respective portion of the coil spring is fit. The respective portion of the coil spring is clamp fit within the groove.