摘要:
The invention relates to a force-sensing device comprising an amorphous hydrocarbon layer which has piezoresistant properties and is located on a solid state actuator.
摘要:
The invention relates to a support for electrical circuit elements that, for electrically connecting circuit elements by soldering, bonding or gluing, is comprised of a structured base body or is coated with structures consisting of easily oxidizing metals that have a multilayer, electrically conductive covering, which is inert on the outer surface, prevents a migration of the easily oxidizing metals, and has good soldering, bonding or adhering properties. The covering has the following composition: a) a first single ply or multiply layer that serves as an adhesive/barrier layer; b) a second single ply or multiply layer that serves as a functional layer for soldering, bonding or gluing, and; c) a third single ply or multiply layer, which is placed on the outer surface of the covering and which has inert properties and a high surface energy.
摘要:
The invention relates to a steering device for vehicles comprising a steering shaft (20), a sensor (35) provided for determining the movement of said steering shaft, and a circuit (40) provided for evaluating the measuring signals of the sensor (35). In addition, coded microstructures (31) are provided on the steering shaft (20) and/or on a device that is connected to the steering shaft in a non-positive manner. A sensor (35) detects the microstructures (31) and outputs associated measuring signals. The measuring signals of the sensor (35) are fed to an electronic circuit (40) which outputs electronic signals for controlling the steering.
摘要:
The invention relates to a force-sensing device comprising an amorphous hydrocarbon layer which has piezoresistant properties and is located on a solid state actuator.
摘要:
The invention relates to a steering device for vehicles comprising a steering shaft (20), a sensor (35) provided for determining the movement of said steering shaft, and a circuit (40) provided for evaluating the measuring signals of the sensor (35). In addition, coded microstructures (31) are provided on the steering shaft (20) and/or on a device that is connected to the steering shaft in a non-positive manner. A sensor (35) detects the microstructures (31) and outputs associated measuring signals. The measuring signals of the sensor (35) are fed to an electronic circuit (40) which outputs electronic signals for controlling the steering.
摘要:
A device for applying photoresist lacquer on uneven surfaces of base bodies of any shape, in particular rotation bodies, has a receptacle (14) for the base body (40), a supply unit (20) movable in relation thereto for supplying the photoresist lacquer (50) and means (16) for moving the base body in a defined manner. The supply unit (20) has at least one point source (30) for applying a trace (51) on the surface (41) of the base body (40).
摘要:
The invention relates to a force measuring assembly for processing pressure signals in electronic, especially electromechanical, brake systems, particularly for motor vehicles comprising at least one force sensor subassembly and at least one signal processing device per wheel brake. At least one force sensor subassembly encompasses a brake actuator (2, 3) that is in non-positive connection with at least one pressure component (1) which is provided at least in part with an amorphous piezoresistive diamond-like carbon layer (4) forming a force sensor.
摘要:
A device for applying photoresist lacquer on uneven surfaces of base bodies of any shape, in particular rotation bodies, has a receptacle (14) for the base body (40), a supply unit (20) movable in relation thereto for supplying the photoresist lacquer (50) and means (16) for moving the base body in a defined manner. The supply unit (20) has at least one point source (30) for applying a trace (51) on the surface (41) of the base body (40).
摘要:
The present invention relates to a device for, and a method of, monitoring the force-fitting connection between two bodies. Such devices and methods are required, in particular in order to check the current tensioning force in the connection between two bodies, for example bodies connected by a screw connection.