METHOD AND DEVICE FOR MONITORING AN IMMOBILE SPACE REGION
First Claim
1. A method for monitoring an immobile space region, comprising:
- emitting radar beams into the immobile space region by using a radar transmitting device fixedly installed with respect to the immobile space region;
receiving, by a radar receiving device fixedly installed with respect to the immobile space region, the emitted radar beams reflected in the immobile space region at an object;
evaluating, by an evaluation device, the received radar beams with the aid of a predetermined evaluation model for determining at least one of a first position and a trajectory of the object in the immobile space region;
generating, by a control unit, a control signal based on a predetermined decision model and at least one of the determined first position and the determined trajectory of the object; and
actuating an actuator device of the using the generated control signal.
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Accused Products
Abstract
A device for monitoring an immobile space region includes: a radar transmitting device fixedly installed with respect to the immobile space region and configured for emitting radar beams; a radar receiving device fixedly installed with respect to the immobile space region and configured for receiving the emitted radar beams reflected at an object in the immobile space region; an evaluation device for evaluating the received radar beams using a predetermined evaluation model for determining a position and/or a trajectory of the object in the immobile space region; a control unit for generating a control signal based on a predetermined decision model as well as based on the determined position and/or the determined trajectory of the object; and an actuator device controlled using the control signals generated by the control unit.
9 Citations
10 Claims
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1. A method for monitoring an immobile space region, comprising:
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emitting radar beams into the immobile space region by using a radar transmitting device fixedly installed with respect to the immobile space region; receiving, by a radar receiving device fixedly installed with respect to the immobile space region, the emitted radar beams reflected in the immobile space region at an object; evaluating, by an evaluation device, the received radar beams with the aid of a predetermined evaluation model for determining at least one of a first position and a trajectory of the object in the immobile space region; generating, by a control unit, a control signal based on a predetermined decision model and at least one of the determined first position and the determined trajectory of the object; and actuating an actuator device of the using the generated control signal. - View Dependent Claims (2, 3, 4)
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5. A device for monitoring an immobile space region, comprising:
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a radar transmitting device for emitting radar beams, said radar transmitting device being fixedly installed with regard to the immobile space region; a radar receiving device fixedly installed with respect to the immobile space region for receiving the emitted radar beams which are reflected at an object in the immobile space region; an evaluation device for evaluating the received radar beams by using a predetermined evaluation model for determining at least one of a first position and a trajectory of the object in the immobile space region; a control unit for generating a control signal based on a predetermined decision model and at least one of the determined first position and the determined trajectory of the object; and an actuator device controlled by the control signal generated by the control unit. - View Dependent Claims (6, 7, 8, 9, 10)
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Specification