Vestel Elektronik Sanayi Ve Ticaret A.s.

Özyegin Üniversitesi

Vestel Elektronik Sanay Ve Ticaret A.s.

Barbaros Kirisken

Ozkan Bebek

Nevzat Yalin

Cihan Topal

Ömür Öcal

Görkem Özvural

ÖZkan Bebek

Türker TÜRKORAL

Gözde Sari

Mehmet Bahattin Akgül

Tunca KÖKLÜ

Metin Nil

ÖZlem ÖZden

Özgür Tamer

Mehmet Bahattin AKGÜL

Naz ÖZbatir

Mustafa GÜNDÜZALP

Mustafa Yatir

Recep ÖZTÜRK

Mustafa Nevzat Yatir

The present invention provides a cover () for removably attaching to a mobile device () with an antenna (), comprising a battery (), which is configured to provide electrical supply power, an electrical contacting element (), which is configured to electrically couple the battery () to the antenna () of the mobile device (), and a blocking filter (), which is coupled between the electrical contacting element () and the battery () and which is configured to block RF signals from the electrical contacting element () to the battery () and to allow transmission of the electrical supply power between the battery () and the electrical contacting element (). Further, the present invention provides a corresponding mobile device () and a corresponding method.

Cover, mobile device and energy management method

A washing machine has a rotatable drum for receiving items to be washed and a tub in which the drum is mounted for rotation. A first water sensor is located at or towards the bottom of the tub and is arranged to measure the level of water collected at the bottom of the tub. A second water sensor is located at a part of the tub away from the first water sensor and measures the amount of water being thrown out of the drum as the drum rotates. The drum is rotated in accordance with a difference of the outputs of the sensors.

Washing machine and method of operation

A method for providing data representing body parts of a person comprises at least: providing a head mounted display unit that is arranged at a head of the person, wherein the head mounted display unit has a defined screen section which is arrangeable in front of at least one eye of the person, wherein visual information is outputtable in the defined screen section for displaying the visual information to the at least one eye of the person, providing a camera means for capturing visual information in front of the person, wherein the camera means is part of the head mounted display unit or attached thereto, providing a mirror for mirroring the person while wearing the head mounted display unit, capturing the mirrored visual information with the camera means, processing the mirrored visual information by means of a processing unit, outputting the processed visual information to the person.

Method and system for VR interaction

The present invention refers to a display unit. The display unit comprises at least a screen () for displaying visual information and an air conducting means () for conducting air from a source to the screen (), wherein the conducting means () is configured to direct the air at least sectionaly along the screen (), characterized by at least one deflection means () having a deflection surface for deflecting at least one part of the air directed at least sectionaly along the screen ().

Display unit with integrated means for air flow deflection

The present invention provides a haptic control device () for controlling a desired quantity via a touch-sensitive display screen () without providing any visual feedback. The device comprises a touch-sensitive display screen, a pressure measuring device, calculating means, adjustment means controlled by the calculating means, and a haptic actuator controlled by the calculating means. The pressure measuring device is configured to measure an amount of pressure applied by a user to the touch-sensitive display screen and a displacement of the applied pressure on the touch-sensitive display screen. The calculating means is configured to determine if the applied pressure exceeds a predetermined threshold value. If so, the calculating means controls the adjustment means to alter the desired quantity in dependence on the displacement of the applied pressure measured by the pressure measuring device, and also controls the haptic actuator to adjust surface friction of the touch-sensitive display screen in dependence on the displacement of the applied pressure measured by the pressure measuring device. The invention also provides a corresponding method of operating a haptic control device to control a desired quantity via a touch-sensitive display screen and an electronic device at least comprising such a haptic control device.

Touch-screen control device with haptic feedback

The present invention refers to a System for transmitting of messaging data representing information defined by end users and sent from a first end user device () to a further end user device (). The system according to the invention at least comprises: the first end user device () and one further end user device (), wherein the end user devices (), () are having internet and GSM/CDMA-based connectivity capabilities, wherein at least the first end-user device () is equipped with an application providing a user-interface () for enabling a user to define the information represented by the messaging data, wherein the application reads out connectivity properties of the first end user device () from a control means or communication means of the first end user device (), wherein message data is directed in dependency of the read out data via an internet connection path or via a GSM/CDMA-based connection path, wherein the messaging data is automatically modified in a predefined manner in case the GSM/CDMA-based connection path is selected and in case the messaging data fulfills a predefined criterion.

Method, system and computer program product for selectively adapting and transmitting messaging data

The invention describes a device (), in particular multimedia device, and a method, wherein the device at least comprises a screen (), a processor unit () and at least one pressure sensor means (), wherein the pressure sensor means () is mounted on a rigid element (), wherein the rigid element () is more rigid than the screen (), wherein the rigid element () is arranged on one side of the sensor means () and wherein the screen () is arranged on an opposing side of the sensor means (), wherein a location detection unit () is provided, wherein the location detection unit () is configured to output a location signal, wherein the location signal provides location information for identifying the location where pressure is applied to the screen (), wherein the pressure sensor means () is configured to output a pressure signal, wherein the pressure signal provides pressure information about the pressure measured by the pressure sensor means (), wherein the processor unit () determines a pressure value for the pressure applied to the screen () by means of a location-pressure-function, wherein the location-pressure-function defines at least a dependency between the location information and the pressure information and wherein the processor unit () causes a function, an operation or an effect in dependency of the pressure value.

Method and device for sensing pressure applied to a screen with at least one sensor means

The present invention provides a virtualization system at least comprising a first device () having a first operating system () and a first display screen. The virtualization system also at least comprises a second display screen (), which is separate from the first device, but which is connectable to the first device (), for example by cable () or wireless () connection. The first device has a virtualization application () operable as a guest operating system () of the first operating system () acting as a host operating system. The guest operating system () is a desktop operating system or a desktop-optimized operating system. The virtualization application () is launched upon connection of the second display screen () to the first device () for display of the guest operating system () on the second display screen (). The system may optionally further comprise one or more peripheral components, such as a keyboard () and/or a mouse (), for example. The system can determine whether to mirror the screen contents of the first device () on the second display screen () or whether to display the guest operating system () on the second display screen (), according to a predetermined condition, for example according to whether such peripheries are connected. The present invention also provides a corresponding method of virtualizing a desktop operating system or a desktop-optimized operating system on a first device (), such as a mobile device, for display on a second display screen (), such as a monitor or TV screen.

Mobile virtualization

The present invention provides a display device for displaying color image data, the display device comprising a plurality of first dedicated pixels comprising a square shape, and a plurality of second dedicated pixels comprising a rectangular shape, wherein the first dedicated pixels and the second dedicated pixels are arranged interlaced to form a display surface, and wherein each first dedicated pixel and each second dedicated pixel comprises exactly three light sources of different colors. Further, the present invention provides a respective assembly method.

Method for a display device

The novel linear resonance actuator driving pattern embodied by the AC driving signal waveform may have an all positive (or all negative) actuation, starting oscillations with a first frequency just under the resonance frequency of the linear resonance actuator driving in a first time segment of the drive period. In the first time segment, the amplitude of the AC driving signal also reaches a local maximum. The frequency is then increased to the resonance frequency in a second time segment longer than the first time segment. In the second time segment, the amplitude reaches an overall peak amplitude. Then, the driving frequency along with the amplitude is gradually reduced in a third time segment longer than the second time segment.

Method for generating a haptic effect and device employing the method

The present invention refers to a method for suppressing notifications during usage of a processor device by a user, wherein the processor device at least comprises an information outputting unit for outputting information to the user and an information inputting unit for inputting information by a user. The inventive method at least comprises the steps: detecting an interaction value representing user inputs in a predefined time; detecting a priority value, wherein the priority value is at least computed from the interaction value and the predefined time; comparing the determined priority value with a list of pre-set values or pre-set value ranges, wherein each pre-set value or pre-set value range represents a priority level, wherein each priority level suppresses one or more predefined or definable types of notifications; suppressing notifications in dependency of the determined priority value.

Method for selective blocking of notifications during a predefined usage of a processor device

The present invention provides a system for simulating a reaction force from a virtual object. The system at least comprises an input force sensor, calculating means connected to the input force sensor, at least a first pair () of linear resonant actuators (LRAs) and a driver for the LRAs connected to the calculating means. The input force sensor is to sense an input force applied to the virtual object by a user. The calculating means is to receive the input force from the input force sensor and to calculate the reaction force to apply to the user. The pair of LRAs () are constrained to move along a first axis (Y). The driver is to receive from the calculating means drive signals to alternately drive each one of the pair of LRAs () in a first direction along the first axis by an amount determined by the reaction force, whilst allowing the other one of the pair of LRAs to recover more gently in a direction opposite to the first direction. The invention also provides a corresponding method of simulating a reaction force from a virtual object and a mobile device () at least comprising such a system.

System and method for simulating a reaction force from a virtual object

The present invention provides a display device () comprising an imaging plane () configured to controllably display an image, a backplane () located behind the imaging plane (), a number of sound actuators () configured to produce vibrations based on a driving signal (), and at least one mechanical coupling element () for every sound actuator () configured to mechanically couple the imaging plane () through the backplane () with the sound actuators ().

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Manisa, Turkey

Barbaros Kirisken