Abstract: The invention relates to a system for counteracting cabin vibrations in a cabin of a vehicle in motion. The system comprises a sensor for measuring a current lateral velocity of the cabin when the cabin is vibrating in the lateral direction of the vehicle, and a control unit configured to receive an input signal from the sensor, said input signal representing a value of the measured lateral velocity of the cabin. The control unit is configured to compare the value of the measured lateral velocity with a reference value and to transmit, based on the comparison, command signals for applying a torque to at least one of the wheels of vehicle. The invention also relates to a method for counteracting cabin vibrations when a driver is driving the vehicle.

Abstract: An apparatus for mixing a first fluid into a flow path of a second fluid, the apparatus comprising: a chamber enclosing the flow path, the chamber including a second fluid first inlet for receiving its respective fluid. The apparatus also includes a second inlet arranged downstream of the first inlet and receiving the first fluid, as well as an outlet arranged downstream of the second inlet for discharging a mixture of the first fluid and the second fluid. The second inlet flows into the flow path and is formed by a shared fluid injector mounted transverse to the axial direction that one fluid and the two fluid flows through its chamber. The flow path includes two respective throttle bodies, each of which is pivotally arranged inside the chamber and attached to opposed sides of the chamber for controlling the flow area of the flow path.

Abstract: An apparatus for mixing a first fluid into a flow path of a second fluid, the apparatus comprising: a chamber enclosing the flow path, the chamber including a second fluid first inlet for receiving its respective fluid. The apparatus also includes a second inlet arranged downstream of the first inlet and receiving the first fluid, as well as an outlet arranged downstream of the second inlet for discharging a mixture of the first fluid and the second fluid. The second inlet flows into the flow path and is formed by a shared fluid injector mounted transverse to the axial direction that one fluid and the two fluid flows through its chamber. The flow path includes two respective throttle bodies, each of which is pivotally arranged inside the chamber and attached to opposed sides of the chamber for controlling the flow area of the flow path.

Abstract: An apparatus comprising a chamber enclosing a flow path of a first fluid and having a second inlet arranged downstream of the first inlet for receiving a second fluid. The apparatus further comprises a vertically adjustable throttle body an end portion comprising three parts, the first part being upstream of the second part, the third part being downstream of the second part, wherein, in an operating position, the second inlet is upstream of the third part of the throttle body and downstream of the first inlet and wherein the first part and the third part of the end portion are adapted to achieve a higher flow rate than the second part.

Abstract: An apparatus comprising a chamber enclosing a flow path of a first fluid and having a second inlet arranged downstream of the first inlet for receiving a second fluid. The apparatus further comprises a vertically adjustable throttle body an end portion comprising three parts, the first part being upstream of the second part, the third part being downstream of the second part, wherein, in an operating position, the second inlet is upstream of the third part of the throttle body and downstream of the first inlet and wherein the first part and the third part of the end portion are adapted to achieve a higher flow rate than the second part.

Abstract: A jaw crusher control system is arranged to control a hydraulic positioning device for positioning a movable jaw of a jaw crusher of the type comprising a movable jaw and a stationary jaw forming between them an outlet of a variable crushing chamber.

Abstract: The present invention relates to an indirectly heated gas turbine system comprising a combustion chamber (3) that extends along a central axis of the gas turbine system for the combustion of compressed air and supplied fuel whereby flue gas is formed, a turbine (2) driven by a working medium, a compressor (1) rotatably connected to the turbine for compressing the working medium and/or air to the combustion chamber, and a first heat exchanger device (8) for the transfer of heat between the flue gas and the working medium. The first heat exchanger device and the combustion chamber are integrally formed as a monolithic unit, the first heat exchanger device being substantially arranged within the axial extension of the combustion chamber along the central axis. By the integrated design of the combustion chamber and the first heat exchanger device, a compact, indirectly heated gas turbine system having high efficiency is achieved.

Abstract: The present invention relates to an indirectly heated gas turbine system comprising a combustion chamber (3) that extends along a central axis of the gas turbine system for the combustion of compressed air and supplied fuel whereby flue gas is formed, a turbine (2) driven by a working medium, a compressor (1) rotatably connected to the turbine for compressing the working medium and/or air to the combustion chamber, and a first heat exchanger device (8) for the transfer of heat between the flue gas and the working medium. The first heat exchanger device and the combustion chamber are integrally formed as a monolithic unit, the first heat exchanger device being substantially arranged within the axial extension of the combustion chamber along the central axis. By the integrated design of the combustion chamber and the first heat exchanger device, a compact, indirectly heated gas turbine system having high efficiency is achieved.

Abstract: Devices are provided for facilitating connection of at least one element to a pole of a battery. The devices include an adapter including a first portion of the adapter and a second portion of the adapter. The first portion of the adapter is configured to attach to the pole of the battery and the second portion of the adapter includes at least one protruding member. The at least one protruding member is configured to receive the at least one element and is electrically connected to the first portion of the adapter. The device further includes a protective lid configured to be received by the adapter and to provide an electrically insulating cover for the at least one protruding member.

Abstract: Devices are provided for facilitating connection of at least one element to a pole of a battery. The devices include an adapter including a first portion of the adapter and a second portion of the adapter. The first portion of the adapter is configured to attach to the pole of the battery and the second portion of the adapter includes at least one protruding member. The at least one protruding member is configured to receive the at least one element and is electrically connected to the first portion of the adapter. The device further includes a protective lid configured to be received by the adapter and to provide an electrically insulating cover for the at least one protruding member.