Abstract: A housing wall includes at least one air grid having at least a first layer with a first mesh structure and a second layer with a second mesh structure. The first mesh structure is coextensively arranged with the second mesh structure. The first layer and the second layer are electrically conductively coupled. The first mesh structure includes a first plurality of through-holes. The second mesh structure includes a second plurality of through-holes. The through-holes of the first plurality of through-holes are misaligned compared to through-holes of the second plurality of through-holes such that a nonuniform total through-hole configuration of the air grid is provided.

Abstract: A housing wall comprises at least one air grid having at least a first layer with a first mesh structure and a second layer with a second mesh structure. The first mesh structure is coextensively arranged with the second mesh structure. The first layer and the second layer are electrically conductively coupled. The first mesh structure includes a first plurality of through-holes. The second mesh structure includes a second plurality of through-holes. The through-holes of the first plurality of through-holes are misaligned compared to through-holes of the second plurality of through-holes such that a nonuniform total through-hole configuration of the air grid is provided.

Abstract: The present invention provides a PCB assembly. The PCB assembly comprises a PCB board element comprising an outer surface, and a micro heat pipe configured for heat transport. The micro heat pipe has a pipe wall and at least a section of the pipe wall is connected to the outer surface of the PCB board element in a thermally conductive manner. The thermally conductive connection may comprise a solder connection. Thus, a corresponding micro heat pipe may comprise a pipe wall, wherein at least a section of the pipe wall is configured to be soldered to a PCB element. Furthermore, the present invention provides a corresponding method of manufacturing a PCB assembly.

Abstract: The present invention provides a PCB assembly. The PCB assembly comprises a PCB board element comprising an outer surface, and a micro heat pipe configured for heat transport. The micro heat pipe has a pipe wall and at least a section of the pipe wall is connected to the outer surface of the PCB board element in a thermally conductive manner. The thermally conductive connection may comprise a solder connection. Thus, a corresponding micro heat pipe may comprise a pipe wall, wherein at least a section of the pipe wall is configured to be soldered to a PCB element. Furthermore, the present invention provides a corresponding method of manufacturing a PCB assembly.

Abstract: A positioning device for positioning a person is provided. The positioning device comprises a camera, adapted to record an image of the person, a posture determiner, adapted to determine a posture of the person from the recorded image of the person, a posture comparer, adapted to compare the determined posture of the person to an ideal posture and determine a difference between the determined posture of the person and the ideal posture. Finally, the positioning device comprises a display, adapted to display the difference between the determined posture and the ideal posture, determined by the posture comparer.

Abstract: A housing for a communication device comprises a first housing section with a membrane opening, wherein the first housing section comprises around the circumference of the membrane opening a first membrane support configured to couple to a sound membrane, and a magnet carrying support, which is integrally formed with the first housing section and is configured to support a magnet in the housing and below the membrane opening. Furthermore, the present invention provides a communication device.

Abstract: A body scanner system for scanning a person to be scanned is described. Said body scanner system comprises a scan unit which has at least one antenna for emitting electromagnetic waves and a separately formed platform for said person. Said body scanner system comprises a scanning state in which said person stands on said platform during scanning while said scan unit is emitting electromagnetic waves used for scanning said person. Said body scanner system is transportable wherein said scan unit is formed such that said platform is held by said scan unit in a transportation state of said body scanner system. Further, a method for scanning a person is described.

Abstract: A positioning device for positioning a person is provided. The positioning device comprises a camera, adapted to record an image of the person, a posture determiner, adapted to determine a posture of the person from the recorded image of the person, a posture comparer, adapted to compare the determined posture of the person to an ideal posture and determine a difference between the determined posture of the person and the ideal posture. Finally, the positioning device comprises a display, adapted to display the difference between the determined posture and the ideal posture, determined by the posture comparer.

Abstract: A body scanner system for scanning a person to be scanned is described. Said body scanner system comprises a scan unit which has at least one antenna for emitting electromagnetic waves and a separately formed platform for said person. Said body scanner system comprises a scanning state in which said person stands on said platform during scanning whilst said scan unit is emitting electromagnetic waves used for scanning said person. Said body scanner system is transportable wherein said scan unit is formed such that said platform is held by said scan unit in a transportation state of said body scanner system. Further, a method for scanning a person is described.

Abstract: A housing for a communication device comprises a first housing section with a membrane opening, wherein the first housing section comprises around the circumference of the membrane opening a first membrane support configured to couple to a sound membrane, and a magnet carrying support, which is integrally formed with the first housing section and is configured to support a magnet in the housing and below the membrane opening. Furthermore, the present invention provides a communication device.

Abstract: A test system for analyzing a circuit carrier which has been populated with a radio-frequency structure comprises a network analyzer having a signal generator for generating excitation signal which can be supplied to the radio-frequency structure via a signal line, an evaluation device for analyzing a measurement signal which returns from the radio-frequency structure, and a contact device which can be connected to the signal line and is intended to feed the excitation signal into the radio-frequency structure and to output the measurement signal. The contact device preferably has a measuring tip which is intended to hold test needles and can be used to make contact with a test point which is arranged on the circuit carrier and can be connected to the radio-frequency structure for signaling purposes.

Abstract: A test system for analyzing a circuit carrier which has been populated with a radio-frequency structure comprises a network analyzer having a signal generator for generating excitation signal which can be supplied to the radio-frequency structure via a signal line, an evaluation device for analyzing a measurement signal which returns from the radio-frequency structure, and a contact device which can be connected to the signal line and is intended to feed the excitation signal into the radio-frequency structure and to output the measurement signal. The contact device preferably has a measuring tip which is intended to hold test needles and can be used to make contact with a test point which is arranged on the circuit carrier and can be connected to the radio-frequency structure for signaling purposes.