Abstract: Shut-off device for a pipe for a liquid, in particular pressurized crude oil, a pipe baffle, having an opening in the form of a valve seat for a valve flap placed upstream, being spring biased toward closed position, an appurtenant hydraulic cylinder being arranged to overcome the spring bias upon pressurizing in order to keep the flap in open position. An appurtenant hydraulic pipe extend along the liquid pipe and locally pressurizes the valve hydraulic cylinders, and a pump-out valve having a relatively small valve area through the stoppage has a throughput channel between the upstream and downstream side of the baffle, the pump-out valve being spring biased toward closed position and being kept open by a hydraulic cylinder, which is fed by the hydraulic pipe.

Abstract: An automotive vehicle, such as a motorcycle, has an electric ignition system for igniting fuel delivered to the engine of the vehicle, and a rotatable handle which the driver holds in one hand when driving the vehicle and rotates to control the power output of the engine between an idling end position and a high power end position. The device includes a switch for cutting out the ignition system temporarily. This is achieved by turning the handle towards and beyond a yieldable engine-idling abutment, by exerting a strong torque that exceeds a pre-chosen value.

Abstract: An automotive vehicle, such as a motorcycle, has an electric ignition system for igniting fuel delivered to the engine of the vehicle, and a rotatable handle which the driver holds in one hand when driving the vehicle and rotates to control the power output of the engine between an idling end position and a high power end position. The device includes a switch for cutting out the ignition system temporarily. This is achieved by turning the handle towards and beyond a yieldable engine-idling abutment, by exerting a strong torque that exceeds a pre-chosen value.

Abstract: A device for emptying hot particle material from a chamber into a transport container. The container is provided with a first pipe that can be inserted into the particle material in the chamber, and a second pipe that is connected to a vacuum source via a precipitator. The first and second pipes communicate with the upper part of the container and are spaced from each other to permit rejection of particle material in the container. The container has an outlet in its lower, downwardly narrowing part. The outlet is provided with a valve. A vertical chute surrounds the outlet, extends downwardly therefrom, and has an evacuation pipe for withdrawal of powder mixed with air that is generated inside the shaft, while particle material is being emptied through the outlet and outlet valve. The container includes a heat exchanger to cool the powder material deposited in the container. An air flow into the container.

Abstract: A device for emptying hot particle material from a chamber into a transport container. The container is provided with a first pipe that can be inserted into the particle material in the chamber, and a second pipe that is connected to a vacuum source via a precipitator. The first and second pipes communicate with the upper part of the container and are spaced from each other to permit rejection of particle material in the container. The container has an outlet in its lower, downwardly narrowing part. The outlet is provided with a valve. A vertical chute surrounds the outlet, extends downwardly therefrom, and has an evacuation pipe for withdrawal of powder mixed with air that is generated inside the shaft, while particle material is being emptied through the outlet and outlet valve. The container includes a heat exchanger to cool the powder material deposited in the container. An air flow into the container.