Sony Corporation

Sony Mobile Communications Inc.

Sony Mobile Communications Ab

Autoliv Development Ab

Sony Ericsson Mobile Communications Ab

Gambro Lundia Ab

David Karlsson

Dominique Pouchoulin

Magnus Persson

Fredrik Kjell

Ken Lindberg

Jack Kroll

Andreas Jorlöv

Ridvan Oral

An extracorporeal blood treatment apparatus, comprises: at least a pressure sensor () located in a respective measurement site on an extracorporeal blood circuit (); an electronic control unit () operatively connected at least to the pressure sensor (). The electronic control unit () is configured to perform at least the following procedure: receiving from the pressure sensor () a signal correlated to a measured blood pressure (Pmeasured, Pmeasured) in the measurement site; correcting the blood measured pressure (Pmeasured, Pmeasured) through a mathematical correction model to obtain a blood actual pressure (Pinlet, Poutlet) in a reference site other than the measurement site. Between the reference site and the measurement site, a circuit section and, optionally, at least one additional device () is/are positioned. The mathematical correction model is a model of a pressure drop in the circuit section and, optionally, in the additional device ().

Extracorporeal blood treatment apparatus and method for monitoring pressures in an extracorporeal blood treatment apparatus

A device and method for providing location estimations. The device may be configured to estimate its location by transmitting and/or receiving signals of respective transmission ranges. The device may also be configured to transition from a client device operational mode to a location beacon operational mode once an accurate location estimation has been obtained.

System and method for location estimation in environments unsuitable for GPS technology

A device may play a content item and detect an event while the content item is playing. The device may also determine a position, within the content item, at which the content item is playing when the event is detected, to obtain position information. In addition, the device may associate the position information with information obtained based on the event to generate a log entry. The device may update an experience log with the log entry.

Experience log

The present solution relates to a device () comprising a touch sensitive display (). The device () further comprises a receiving unit () configured to receive image data. The device () further comprises a processing unit () configured to display the image data as a haptic image on the touch sensitive display (), whereby objects comprised in the haptic image are discernable to a user by sense of touch.

Touch sensitive display

The invention relates to an airbag comprising a flexible fastening tab () having a fastening opening () for attachment to a motor vehicle by means of a form-locking element (), whereby a fastening region () and a folding region () are constructed in the tab (), the fastening opening () is constructed in the fastening region () and a folding opening () is constructed in the folding region (), and whereby the folding opening () is dimensioned such that the folding region () can fold at least partially over the form-locking element ().

Airbag with a flexible fastening tab

A user device may display content items in a content area on a touch screen display of the user device. The user device may detect a touch and determine a location of a contact area corresponding to the touch. If the contact area includes more than one target, the user device may request further user input, with respect to the selection, and defer performing a function corresponding to the selection.

Touch input disambiguation

A device may enter a first active state associated with a device, exit the first active state and entering a sleep state associated with the device when user input is not received within a inactivity period, receive a first user input at the device during the sleep state, measure an elapsed time between a start of the sleep state and the first user input, and increase the inactivity period of the device when the elapsed time is less than a particular threshold.

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Lund, Sweden

David Karlsson