초록 ▼

A clutch controlling device switches the degree of engagement of a clutch according to at least one of the running state of a vehicle, the running state of an engine, or the manipulation state of a gearbox. A detecting device detects the temperature of an emission control catalyst. When a clutch con

A clutch controlling device switches the degree of engagement of a clutch according to at least one of the running state of a vehicle, the running state of an engine, or the manipulation state of a gearbox. A detecting device detects the temperature of an emission control catalyst. When a clutch controlling device decreases the degree of engagement of the clutch, the clutch controlling device increases the degree of engagement of the clutch if the temperature of the catalyst detected by the detecting device is less than a reference temperature. Accordingly, the temperature of the catalyst is increased.

대표청구항 ▼

1. A catalyst activation controlling apparatus for an emission control catalyst in an internal combustion engine, wherein the engine outputs vehicle driving power through a power transmission that includes a clutch, wherein the clutch enables and disables a power transmission path between a driving

1. A catalyst activation controlling apparatus for an emission control catalyst in an internal combustion engine, wherein the engine outputs vehicle driving power through a power transmission that includes a clutch, wherein the clutch enables and disables a power transmission path between a driving wheel of a vehicle and the engine, wherein the emission control catalyst is located in an exhaust passage of the engine, wherein the apparatus activates the catalyst based on a temperature of the catalyst, the apparatus comprising:a clutch controlling device, which switches a degree of engagement of the clutch according to at least one of a running state of the vehicle, a running state of the engine, and manipulation of the transmission by a driver: and a detecting device, which detects the temperature of the emission control catalyst, wherein, when the clutch controlling device is decreasing the degree of engagement of the clutch, the clutch controlling device increases the degree of engagement of the clutch if the temperature of the emission control catalyst detected by the detecting device is less than a reference temperature, and wherein, if a condition that the transmission is shifted to a forward range while the engine is running is satisfied, the clutch controlling device executes a control for decreasing the degree of engagement of the clutch. 2. A catalyst activation controlling apparatus for an emission control catalyst in an internal combustion engine, wherein the engine outputs vehicle driving power through a power transmission that includes a clutch, wherein the clutch enables and disables a power transmission path between a driving wheel of a vehicle and the engine, wherein the emission control catalyst is located in an exhaust passage of the engine, wherein the apparatus activates the catalyst based on a temperature of the catalyst, the apparatus comprising:a clutch controlling device, which switches a degree of engagement of the clutch according to at least one of a running state of the vehicle, a running state of the engine, and manipulation of the transmission by a driver: and a detecting device, which detects the temperature of the emission control catalyst, wherein, when the clutch controlling device is decreasing the degree of engagement of the clutch, the clutch controlling device increases the degree of engagement of the clutch if the temperature of the emission control catalyst detected by the detecting device is less than a reference temperature, and wherein, if a condition that the transmission is shifted to a forward range while the engine is running and the vehicle is not moving is satisfied, the clutch controlling device executes a control for decreasing the degree of engagement of the clutch. 3. A catalyst activation controlling apparatus for an emission control catalyst in an internal combustion engine, wherein the engine outputs vehicle driving power through a power transmission that includes a clutch, wherein the clutch enables and disables a power transmission path between a driving wheel of a vehicle and the engine, wherein the emission control catalyst is located in an exhaust passage of the engine, wherein the apparatus activates the catalyst based on a temperature of the catalyst, the apparatus comprising:a clutch controlling device, which switches a degree of engagement of the clutch according to at least one of a running state of the vehicle, a running state of the engine, and manipulation of the transmission by a driver: and a detecting device, which detects the temperature of the emission control catalyst, wherein, when the clutch controlling device is decreasing the degree of engagement of the clutch, the clutch controlling device increases the degree of engagement of the clutch if the temperature of the emission control catalyst detected by the detecting device is less than a reference temperature; the apparatus further comprising a brake controlling device, wherein, when the clutch controlling device increases the degree of engagement of the clutch, the brake controlling device applies brake to the vehicle if no brake is being applied to the vehicle. 4. A vehicle having a driving wheel, comprising:an internal combustion engine, which is mounted on the vehicle and has an exhaust passage; a power transmission path for transmitting driving power generated by the engine to the driving wheel; a clutch, which disenables and enables the power transmission path; a transmission for changing a speed of the vehicle; an emission control catalyst located in the exhaust passage of the engine; an activation controlling device, which activates the catalyst based on a temperature of the catalyst; a clutch controlling device, which switches a degree of engagement of the clutch according to at least one of a running state of the vehicle, a running state of the engine, and a manipulation state of the transmission: and a detecting device, which detects the temperature of the emission control catalyst, wherein, when the clutch controlling device is decreasing the degree of engagement of the clutch, the clutch controlling device increases the degree of engagement of the clutch if the temperature of the emission control catalyst detected by the detecting device is less than a reference temperature, and wherein, if a condition that the transmission is shifted to a forward range while the engine is running is satisfied, the clutch controlling device executes a control for decreasing the degree of engagement of the clutch. 5. A vehicle having a driving wheel, comprising:an internal combustion engine, which is mounted on the vehicle and has an exhaust passage; a power transmission path for transmitting driving power generated by the engine to the driving wheel; a clutch, which disenables and enables the power transmission path; a transmission for changing a speed of the vehicle; an emission control catalyst located in the exhaust passage of the engine; an activation controlling device, which activates the catalyst based on a temperature of the catalyst; a clutch controlling device, which switches a degree of engagement of the clutch according to at least one of a running state of the vehicle, a running state of the engine, and a manipulation state of the transmission: and a detecting device, which detects the temperature of the emission control catalyst, wherein, when the clutch controlling device is decreasing the degree of engagement of the clutch, the clutch controlling device increases the degree of engagement of the clutch if the temperature of the emission control catalyst detected by the detecting device is less than a reference temperature, and wherein, if a condition that the transmission is shifted to a forward range while the engine is running and the vehicle is not moving is satisfied, the clutch controlling device executes a control for decreasing the degree of engagement of the clutch. 6. A vehicle having a driving wheel, comprising:an internal combustion engine, which is mounted on the vehicle and has an exhaust passage; a power transmission path for transmitting driving power generated by the engine to the driving wheel; a clutch, which disenables and enables the power transmission path; a transmission for changing a speed of the vehicle; an emission control catalyst located in the exhaust passage of the engine; an activation controlling device, which activates the catalyst based on a temperature of the catalyst; a clutch controlling device, which switches a degree of engagement of the clutch according to at least one of a running state of the vehicle, a running state of the engine, and a manipulation state of the transmission: and a detecting device, which detects the temperature of the emission control catalyst, wherein, when the clutch controlling device is decreasing the degree of engagement of the clutch, the clutch controlling device increases the degree of engagement of the clutch if the temperature of the emission control catalyst detected by the detecting device is less than a reference temperature; the vehicle further comprising a brake controlling device, wherein, when the clutch controlling device increases the degree of engagement of the clutch, the brake controlling device applies brake to the vehicle if no brake is being applied to the vehicle.