Abstract:
A device (1) for the variable adjustment of control times of an internal combustion engine, including a stator (2), a driven element (3) arranged coaxially thereto, with both components being assembled so as to rotate relative to one another, and both components define at least one pressure chamber (10) at least in the radial and circumferential directions, and a housing (11), separate from the stator (2) and the driven element (3) which encloses the stator (2) and the driven element (3) in an oil-tight manner, whereby the housing (11) seals and defines the pressure chamber in an axial direction.
Abstract:
A camshaft adjuster for actuating cylinder valves of a combustion engine, retardation torques are imparted back to the adjuster by the camshaft when cams are running on, and advance torques are imparted back to the adjuster by the camshaft when cams are running off, supply and removal of pressure medium is controllable by a control unit, a torque mode or pump mode is selectively adjusted by the control unit, and primarily camshaft torque is used in torque mode to build pressure in the first or second partial chamber, whereas pressure build-up in the first or second partial chamber primarily occurs in the pump mode via the pump. The control unit includes a control valve with inner and outer sleeves, and an adjustment direction and the pump or torque mode is adjustable by the control valve by the relative rotational position of the inner sleeve to the outer sleeve.
Abstract:
A camshaft adjuster (11) for a camshaft (35), by which cylinder valves (12) of an internal combustion engine are actuated, wherein through the use of the camshaft (35) late torques act on the camshaft adjuster (11) in a direction of later cylinder valve opening times when the cam is running-on, and opposing early torques act on the camshaft adjuster (11) in a direction of earlier opening times when the cam is running-off. The feeding and draining of pressure medium can be controlled by a control unit (20), wherein a torque mode or a pump mode can be selectively adjusted by the control unit (20), wherein primarily camshaft torques are used for building up pressure in the first partial chamber A or in the second partial chamber B in the torque mode, while the pressure build-up in the first partial chamber A or in the second partial chamber B in the pump mode is primarily by pressure medium provided by a pressure medium pump P.
Abstract translation:用于凸轮轴(35)的凸轮轴调节器(11)由内燃机的气缸阀(12)致动,其中通过使用凸轮轴(35),后转矩作用在凸轮轴调节器(11)上 当凸轮运行时,稍后的气缸阀打开时间的方向,以及相反的早期转矩在凸轮运行时沿较早打开时间的方向作用在凸轮轴调节器(11)上。 压力介质的供给和排放可由控制单元(20)控制,其中扭矩模式或泵模式可以由控制单元(20)选择性地调节,其中主要用凸轮轴转矩来建立压力介质 第一局部室A或第二局部室B中的压力介质泵,而泵模式中第一局部室A或第二局部室B中的压力主要由压力介质泵 P.
Abstract:
A camshaft adjuster (11) for a camshaft (35), by which cylinder valves (12) of an internal combustion engine are actuated, wherein late torques by the camshaft (35) act on the camshaft adjuster (11) in the direction of later cylinder valve opening times when the cam is rising, and opposing early torques act on the camshaft adjuster (11) in the direction of earlier opening times when the cam is falling, wherein the feeding and draining of pressure medium can be controlled by a control unit (20), wherein a torque mode or a pump mode can be selectively adjusted by the control unit (20), wherein primarily camshaft torques are used for building up pressure in the first partial chamber A or in the second partial chamber B in the torque mode, while the pressure build-up in the first partial chamber A or in the second partial chamber B in the pump mode is primarily brought about by pressure medium provided by a pressure medium pump P. The control unit includes a control valve (101) and a rotary transfer device (103), wherein the desired adjusting direction and the pump or torque mode can be adjusted by the control valve (101) and the adaptation to the occurring camshaft torques can be adjusted by the rotary transfer device (103).
Abstract:
A camshaft adjuster for actuating cylinder valves of a combustion engine, retardation torques are imparted back to the adjuster by the camshaft when cams are running on, and advance torques are imparted back to the adjuster by the camshaft when cams are running off, supply and removal of pressure medium is controllable by a control unit, a torque mode or pump mode is selectively adjusted by the control unit, and primarily camshaft torque is used in torque mode to build pressure in the first or second partial chamber, whereas pressure build-up in the first or second partial chamber primarily occurs in the pump mode via the pump. The control unit includes a control valve with inner and outer sleeves, and an adjustment direction and the pump or torque mode is adjustable by the control valve by the relative rotational position of the inner sleeve to the outer sleeve.
Abstract:
A feeder for a camshaft adjuster is provided, including a central screw, a camshaft, and at least one flow resistance element. The camshaft is provided with a bore for accommodating the central screw. A channel is located between the camshaft and the central screw, in which the flow resistance element is provided in order to affect a flow of a fluid in the channel.
Abstract:
A camshaft adjuster (1) having a control device (4), wherein by means of the control device (4) a selection can be made between an OPA and-or a CTA mode, and the camshaft adjuster (1) has a third hydraulic medium duct CC which positions the camshaft adjuster (1) in a central position.
Abstract:
A rotor (4) for a camshaft adjuster (14) is provided. The rotor (4) has a rotor core (6) that can be pushed onto a camshaft (2) and rotationally symmetric vanes (8) that extend radially away from the rotor core (6). Here, the rotor core (6) has an axial projection (10) projecting over the vanes (8). A profile (12) extends radially away from the axial projection (10).
Abstract:
An arrangement of a camshaft adjuster (1) having a control device (4) which allows a selection to be made between an OPA and/or a CTA mode. The camshaft adjuster (1) has a third hydraulic medium duct CC which positions the camshaft adjuster (1) in a central position.
Abstract:
A camshaft adjuster (11) for a camshaft (35), by which cylinder valves (12) of an internal combustion engine are actuated, wherein through the use of the camshaft (35) late torques act on the camshaft adjuster (11) in a direction of later cylinder valve opening times when the cam is running-on, and opposing early torques act on the camshaft adjuster (11) in a direction of earlier opening times when the cam is running-off. The feeding and draining of pressure medium can be controlled by a control unit (20), wherein a torque mode or a pump mode can be selectively adjusted by the control unit (20), wherein primarily camshaft torques are used for building up pressure in the first partial chamber A or in the second partial chamber B in the torque mode, while the pressure build-up in the first partial chamber A or in the second partial chamber B in the pump mode is primarily by pressure medium provided by a pressure medium pump P.
Abstract translation:用于凸轮轴(35)的凸轮轴调节器(11)由内燃机的气缸阀(12)致动,其中通过使用凸轮轴(35),后转矩作用在凸轮轴调节器(11)上 当凸轮运行时,稍后的气缸阀打开时间的方向,以及相反的早期转矩在凸轮运行时沿较早打开时间的方向作用在凸轮轴调节器(11)上。 压力介质的供给和排放可由控制单元(20)控制,其中扭矩模式或泵模式可以由控制单元(20)选择性地调节,其中主要用凸轮轴转矩来建立压力介质 第一局部室A或第二局部室B中的压力介质泵,而泵模式中第一局部室A或第二局部室B中的压力主要由压力介质泵 P.