Gn Netcom A/s

Gn Audio A/s

Bk Medical Aps

Bk Medial Aps

Qm Technologies Aps

Qdevil Aps (a Qm Company), Qm Technologies Aps

Peter Ulrik Kann

Rasmus Trudslev Pedersen

Jonatan Kutchinsky

Brian Koefoed

Ferdinand Kuemmeth

Merlin Von Soosten

Martin Skjodt

Anders Kuhle

Francien Tiessen

Tom Folkmann

Torben Svanberg Nielsen

Kaj Dunkan

Lars Ivar Hauschultz

Alex Köneke

Jacob Enemark

Steen Madsen

Stig Holbek

Camilla Korch-Haahr

Anders Kühle

Martin Skjødt

A multi-channel filter with a PCB with a first side with signalling tracks and shielding tracks between neighbouring signalling tracks. On the second side, a conductive layer is provided. The signalling tracks are covered by an electromagnetically absorbing material, such as a powder of an electrically conducting material is provided. The filter may have sections with reversed structure where the conductors are on the second side and the layer on the first side, where the conductors on opposite sides are interconnected. The filter may be rolled or folded.

Multi-channel filter comprising plural elongate signal tracks covered by electromagnetically absorbing material and the signal tracks are separated by elongate shielding tracks

A filter comprising a flexible PCB with one or more signal tracks on one side. A electromagnetically absorbing material covers the signal tracks. An insulating material may be provided between the signal tracks and the electromagnetically absorbing material. The PCB is then folded or rolled to take up less space. The PCB may be first folded and then rolled to have both ends of the signal tracks available at the outer portion of the roll.

Rolled or folded filter comprising a flexible printed circuit board having first elongate signal tracks covered by an electromagnetically absorbing material

An ultrasound imaging system includes at least one transducer element. The ultrasound imaging system further includes a console with a transducer controller that controls the at least one element, a transducer processor that processes information detected by the at least one element, and a display controller that controls display of the processed information. The ultrasound imaging system further includes a display monitor with a first image display region. The ultrasound imaging system further includes a touch screen keyboard with a second image display region, wherein the display monitor and the touch screen keyboard are separate devices.

Ultrasound imaging system image identification and display

A wireless binaural hearing device () comprising a first earphone (), a second earphone (), a connecting device () connecting the first earphone () and the second earphone () and a rechargeable battery (). The first earphone () comprises a first charging connector (), which is in electrical connection with the 5 rechargeable battery (), the second earphone () comprises a second electrical connector () which is in electrical connection with the rechargeable battery (). The hearing device () can be a part of a system comprising a charging cradle ().

Wireless binaural hearing device with two charging connectors and a system comprising such a hearing device

Speakerphone

Disclosed are an earpiece and a headset comprising an earpiece, where the earpiece is configured to be arranged at least partly in an ear of a user. The earpiece comprising a heart rate measurement unit for measuring the heart rate in/at the ear of the user; a receiving member configured for accommodating and/or receiving a detachable speaker unit of the headset; and a detachable speaker unit which is configured to be inserted and/or attached and removed and/detached from the receiving member of the earpiece.

Headset comprising heart rate measurement unit

Disclosed is a headset and an ear hook for a headset, the headset comprising a housing portion and a microphone component, the microphone component comprising a microphone boom, the microphone boom comprising a wire, wherein the ear hook comprises:

Ear hook with wire hook

Disclosed is a headset and a cover component for a connection port in a housing portion of a headset, wherein the cover component is movable relative to the position of the connection port, where the cover component is arranged to at least partly enclose at least a part of the housing portion, and where the cover component is configured to be:

Cover component for connection port

The present invention relates to a controller for controlling an electronic device. The invention may e.g. be used to control a headset or another electronic device connected to the controller. The controller () comprises an elongate controller body () having a first body end () and a second body end (). The controller body () comprises an elongate rotatable body section () adapted to be rotated by a user about a longitudinal axis () extending through the first body end () and the second body end (). The rotatable body section () has a radially outer side surface () extending between a first section end () near the first body end () and a second section end () near the second body end (). The rotatable body section () has a size and shape allowing the user to rotate the rotatable body section () about the longitudinal axis () by performing a rolling action using three or more fingers (). The controller () further comprises a sensing means () adapted to detect a rotation of the rotatable body section () about the longitudinal axis () and to provide a control signal (S) indicating one or more control commands to the electronic device in dependence on detecting a rotation. The controller () is characterized in that the sensing means () further is adapted to distinguish between a three-finger rolling action and a corresponding two-finger rolling action and to provide the control signal (S) in dependence on detecting a three-finger rolling action. This may provide a controller () with a significantly reduced rate of 'false alarms' as well as an unobtrusive, reliable and at the same time simple and easy-to-use interface to the user.

Controller for controlling an electronic device

An ultrasound imaging system includes a probe with a transducer array with at least one transducer element that transmits ultrasound signal and receives echo signals produced in response thereto. The system further includes a console with a controller that controls the at least one element to transmit the ultrasound signals and receive the echo signals, and an echo processor that processes the received echoes and generates images indicative thereof. The system further includes a user interface with at least one control for interacting with the console. The user interface includes at least one recessed physical feature that facilitates identifying, through sense of touch, an operation activated by the at least one control.

Ultrasound imaging system

Growing community of inventors

Farum, Denmark

Peter Ulrik Kann