Abstract: In a hybrid vehicle, in a case where a temperature of a catalyst is equal to or larger than a prescribed temperature that is a temperature at which purification of an exhaust gas in the catalyst begins, and charging of a storage battery is not restricted, at least one of an engine load, an engine speed, and a retard angle amount of an ignition timing is made to gradually increase, and in a case where the temperature of the catalyst is equal to or larger than the prescribed temperature and the charging of the storage battery is restricted, the engine load is fixed and at least one of the engine speed and the retard angle amount of the ignition timing is made to gradually increase.

Abstract: A control device of an engine includes an adjustment mechanism and a controller. The adjustment mechanism is configured to adjust an intake air amount. The controller is configured to save a first learning value in a volatile storage medium, the first learning value being obtained by learning an operation amount of the adjustment mechanism when the engine is idle. The controller is configured to control the adjustment mechanism according to the first learning value. The controller is configured to save a second learning value in a non-volatile storage medium, the second learning value being equal to the first learning value. The controller is configured to correct the first learning value using the second learning value after the first learning value is cleared.

Abstract: In a hybrid vehicle, in a case where a temperature of a catalyst is equal to or larger than a prescribed temperature that is a temperature at which purification of an exhaust gas in the catalyst begins, and charging of a storage battery is not restricted, at least one of an engine load, an engine speed, and a retard angle amount of an ignition timing is made to gradually increase, and in a case where the temperature of the catalyst is equal to or larger than the prescribed temperature and the charging of the storage battery is restricted, the engine load is fixed and at least one of the engine speed and the retard angle amount of the ignition timing is made to gradually increase.

Abstract: A control device of an engine includes an adjustment mechanism and a controller. The adjustment mechanism is configured to adjust an intake air amount. The controller is configured to save a first learning value in a volatile storage medium, the first learning value being obtained by learning an operation amount of the adjustment mechanism when the engine is idle. The controller is configured to control the adjustment mechanism according to the first learning value. The controller is configured to save a second learning value in a non-volatile storage medium, the second learning value being equal to the first learning value. The controller is configured to correct the first learning value using the second learning value after the first learning value is cleared.

Abstract: A control apparatus that controls a fuel supply system of an internal combustion engine of a vehicle, the fuel supply system including a low-pressure fuel supply mechanism that injects low-pressure fuel into an intake port of the internal combustion engine, and a high-pressure fuel supply mechanism that injects high-pressure fuel into a cylinder of the internal combustion engine, includes a control portion that controls a supply of fuel to the internal combustion engine from the fuel supply system. Immediately after the vehicle stops, when the internal combustion engine satisfies a predetermined condition, the controller idles the internal combustion engine by supplying the high-pressure fuel to the internal combustion engine by the high-pressure fuel supply mechanism, and after stopping the supply of fuel by the high-pressure fuel supply mechanism, idles the internal combustion engine by supplying the low-pressure fuel to the internal combustion engine by the low-pressure fuel supply mechanism.

Abstract: A monitoring device for security in automatic teller machine, wherein a security monitoring unit and a security data recording unit are robust in structure so that they are not easily destructed. Even if the automatic teller machine itself is stolen and a commercial power source is shut down, the security monitoring unit and the security data recording unit can be operated with a backup power supply unit to wirelessly transmit security information, thereby making it possible to keep track of where the automatic teller machine is located.

Abstract: A monitoring device for security in automatic teller machine, wherein a security monitoring unit and a security data recording unit are robust in structure so that they are not easily destructed. Even if the automatic teller machine itself is stolen and a commercial power source is shut down, the security monitoring unit and the security data recording unit can be operated with a backup power supply unit to wirelessly transmit security information, thereby making it possible to keep track of where the automatic teller machine is located.

Abstract: A sliding drawer device is formed of a first component, and a second component slid ably held inside the first component. The first component includes left and right side walls to be spaced apart and face each other, left and right guide grooves formed in inner sides of the left and right side walls, and left and right slide grooves formed in the side walls to communicate with the respective left and right guide grooves. The left and right slide grooves extend in the back and forth directions. The second component includes left and right outer side portions placed between the left and right side walls to face the same, and a pair of left and right protrusions projecting outward from the respective outer side portions. The left and right protrusions can be inserted into the respective left and right slide grooves through the guide grooves to be slidable along the slide grooves.

Abstract: A monitoring device for security in automatic teller machine, wherein a security monitoring unit and a security data recording unit are robust in structure so that they are not easily destructed. Even if the automatic teller machine itself is stolen and a commercial power source is shut down, the security monitoring unit and the security data recording unit can be operated with a backup power supply unit to wirelessly transmit security information, thereby making it possible to keep track of where the automatic teller machine is located.

Abstract: A container holding device of the invention is used for holding small things and a container. The container holding device includes a base having a bottom section and an upstanding section extending upwardly from the bottom section, a support member formed near an upper surface section of the upstanding section, and an arm member rotationally attached to the support member to take first and second positions. The bottom section and the upstanding section define at least a part of a holding space in the base. At the first position, the arm member is located on the upper surface section. The arm member can be located above the bottom section, i.e. second position, by changing the position to thereby form a container holding hole together with the upstanding section.

Abstract: A clip for fixing an elastic member having a shaft portion disposed so as to be engaged within a mounting opening of the elastic member; and a fall-preventive plate section disposed integrally with the shaft portion so as to be engaged with a circumferential edge section of the mounting opening of the elastic member when the shaft portion is engaged within the mounting opening of the elastic member.

Abstract: A clip includes a fastener unit and a leg unit, the fastener unit having a pair of support plates projecting in parallel from the underside of a trim plate to be fastened and being formed at their distal ends with slits and a pair of engagement members provided on the outer surfaces of the support plates, and the leg unit having a pair of parallel wall plates formed on upper inner surface portions with steps for engaging with the engagement members of the fastener unit and a base connecting the wall plates and formed with a pair of opposing elastic legs at positions spaced from the wall plates and with lugs for engagement with the slits.

Abstract: A article retainer includes an outer casing and an insert, the outer casing being formed as a hollow body having an engagement flange destined to cover the periphery of a mounting hole formed in a panel for insertion of the outer casing, a pair of engagement claws formed at diametrically opposite wall portions below the engagement flange to extend upward while maintaining flexing spaces between their inner surfaces and the wall portions and a pair of windows formed in diametrically opposite wall portions offset from the wall portions formed with the engagement claws by 90. The insert is formed as a hollow body of a size snugly fittable into the outer casing and having a pair of engagement projections formed at diametrically opposite outer wall portions for engagement with the windows and a pair of downward facing elastic engaging members formed at diametrically opposite inner wall portions for clamping the hook.

Abstract: The invention is a cloned T cell prepared by infecting a human T cell, H9, with HTLV-III B, which cloned human T cell is antigenic for HTLV-III B, does not have a syncytium-forming activity, and does not produce infectious HTLV-III B virions.