Nokia Corporation

Yousician Oy

Nokia Technologies Oy

Matti Ryynänen

Anssi Petteri Klapuri

Jani Ollikainen

Ilpo Kalevi Kauhaniemi

Matti Kosonen

Jussi Olavi Rahola

Anssi Vänskä

Sami Myyryläinen

Keniche Hashizume

Pekka Juhana Pihlaja

Marko Karhiniemi

Jani Maenpaa

Joonas Ryynänen, Legal Representative

Tessa Ryynänen, Legal Representative

Tessa Ryynanen

Joonas Ryynanen

Oguzcan Şehiralti

Perttu Hämäläinen

A digital tuner that determines a tuning target period; receives an audio signal from an instrument to be tuned; obtains a plurality of different segments of the audio signal starting at times that correspond to integer multiples of the target period; produces waveform samples from the segments; and displays of a succession of waveform segments at same display position using said segments so that the shape of the waveform appears to move on the display at a speed and direction directly dependent on a difference of a wave period of the audio signal to be tuned and the tuning target period.

Musical instrument tuning

Real-time jamming is automatically assisted for musicians. A real-time audio signal is received of played music that is played by at least one person. Beat is tracked of the played music from the real-time audio signal and accordingly a time of a next beat is predicted. At least one of chords; notes; and drum sounds is recognized from the real-time audio signal and repetitions in the played music are accordingly detected. A next development is predicted in the played music, based on the detected repetitions, including at least one of chords; notes; and drum sounds that will be played next, and respective timing based on the predicted time of the next beat. A real-time output is produced based on the predicted next development in the played music.

Real-time jamming assistance for groups of musicians

A computer implemented method for providing an augmented reality (AR) function, comprises receiving input information regarding a music track and an instrument; determining attribute information of the music track based on the received input information; receiving real time content of audiovisual (AV) input signals using at least one capturing device; generating visual information corresponding to visual data of the real time content, wherein the visual information corresponds to a view regarding at least one user limb and an instrument comprising a plurality of user operable elements; generating augmented reality (AR) instruction information based on the attribute information of the music track, the augmented reality (AR) instruction information comprising a plurality of layers; and generating augmented reality (AR) visual information by applying the augmented reality (AR) instruction information to the visual information so that a first layer of the augmented reality (AR) instruction information is applied above at least a portion of the visual information.

Computer implemented method for providing augmented reality (AR) function regarding music track

A computer implemented method for providing feedback of harmonic content relating to a music track, includes receiving music track information; generating harmonic music track parameters based on the received music track information; displaying notation information for a user for performing the music track at a given time for the music track based on the harmonic music track parameters; receiving harmonic user content generated by an instrument performed by the user, using at least one capturing device; generating real-time performance feedback for the user based on comparison of the harmonic user content and the harmonic music track parameters according to predefined settings; receiving reference harmonic user content from a plurality of reference users over a public network; adjusting, based on the reference harmonic user content, at least one of the following: the predefined settings; and the harmonic music track parameters.

Computer implemented method for providing feedback of harmonic content relating to music track

A sensor arrangement for an electronic device with user input means comprises a sensor. The sensor is adapted to generate an electric field in an area of the user input means and to enable a detection of a change in the electric field. The sensor arrangement further comprises a conductive web. The conductive web is arranged between the sensor and an external surface of the user input means, in order to concentrate the volume of the generated electrical field.

Sensor arrangement comprising a conductive layer

A radio antenna assembly for use in a communication device has an antenna element disposed adjacent to a ground plane to form a physical relationship with the ground plane. A mechanical device is used to change the physical relationship for changing the operating impedance of the antenna element or shifting the frequency band of the antenna assembly. The physical relationship can be changed by mechanically changing the shape of the antenna element. When the antenna element comprises a first radiating element and a second radiating element disposed at a lateral distance from the first radiating element, the physical relationship can be changed by changing the distance. When a physical object is disposed between the antenna element and the ground plane, the physical relationship can be changed by moving or twisting the physical object. The object can be electrically conducting, dielectric or magnetic.

Mechanically tunable antenna for communication devices

In one example, an actuator mechanism comprising: one or more coils for establishing a magnetic field; a rotating permanent magnet, which has at least one extreme position depending on the magnetic field; and driving members, which are coupled to the permanent magnet and by means of which the members coupled to the actuator mechanism are driven. In another example, an actuator mechanism comprising: one or more wires, which are manufactured of a shape memory alloy that shrinks when heated; and driving members, which are coupled to said wire and by means of which the members connected to the actuator mechanism are driven.

Actuator mechanism and a shutter mechanism

This invention describes a method for providing a haptic feedback to a user of a wireless portable device (e.g., a gaming device or a mobile terminal or phone) utilizing a hybrid magnet controlling a friction brake based haptic actuator. This novel hybrid magnet actuator uses a displacement of a permanent magnet assembly relative to a magnet yoke to actively control the friction between the magnetic yoke and an anchor plate made from a magnetic material. This permanent magnet assembly displacement is achieved by using a coil incorporated within said the magnet yoke by applying an electric current of a predetermined direction and/or a predetermined pulse width or repetition rate to the coil.

Hybrid magnet for retarding haptic applications using active friction braking

This invention describes a method for a haptic (tactile) feedback to a user of an electronic device having a touch display (screen) by utilizing an electrostrictive polymer as a combined haptic-seal actuator attached to the touch screen. In addition, the combined seal-actuator also makes a shock absorber. The electrostrictive polymer is a suitable material for haptic-seal-shock absorbing actuator because of its robustness and large stroke.

Electrostrictive polymer as a combined haptic-seal actuator

The specification and drawings present a new method and apparatus for a touch actuation in an electronic device using a general purpose input board. The input board comprises of a grating of conductors running in one direction (y-lines). Between these conductors there are contacts connected to a grating running in the perpendicular direction a layer below (x-lines). The grating layers are separated by an insulating layer. Various known methods can be used to read the position of, e.g., a conductive actuator touching the input board. The input board can be used as a configurable UI board under a keymat. The input devices on the keymat can be a key, a joystick, a touchpad top membrane, etc. Also, the actuators can be made force-sensitive by detecting a contact surface area. In addition, all components of the general purpose input board can be made of materials substantially transparent to light.

General purpose input board for a touch actuation

A method and system for determining the location of an object touching a touch pad. A light source is used to provide a light beam and a plurality of reflecting surfaces are disposed along an edge of the touch pad to partially reflect the light beam in order to provide a light sheet over the touch pad, such that the reflected intensity varies monotonously along the edge. A detector structure is disposed on the opposite edge to measure the light intensity of the light sheet, part of which is blocked when the object touches the touch pad. The reduction in the measured light intensity is used to calculate the location of the touching object in one direction. A second light sheet and a corresponding detector structure can be used to determine the location of the touching object in a different direction.

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Helsinki, Finland

Matti Ryynänen