Telefonaktiebolaget Lm Ericsson (publ)

Phase Holographic Imaging Phi Ab

Anders Långberg

Kristoffer Ptasinski

Göran Pehrsson

Jeremy Robert Carlson

Charles Forsberg

Sarandis Kalogeropoulos

Mikael Sebesta

Rickard Andersson

Anna Mölder

Johan Persson

Petrus Evers

Derek Liddle

Kersti Alm

Lennart Gisselsson

David Demers

The present invention relates to use of a digital holographic microscopy and imaging setup and a method of digital holographic microscopy and imaging for detecting molecules or structures stained or labelled to at least one cell or conjugated to antibodies which are bound either directly to said at least one cell or indirectly via another or several antibodies in a chain bound to said at least one cell.

Method for and use of digital holographic microscopy and imaging on labelled cell samples

Power consumption of an electronic device is measured by using circuitry within the electronic device to make power consumption measurements of the electronic device at predetermined time intervals. Each of the power consumption measurements is provided to a user of the device. This may involve incorporating each of the power consumption measurements in a debug printout generated by the electronic device. The measurements may be initiated by retrieving a parameter from a storage area within the electronic device, and initiating the power consumption measuring techniques in response to detecting that the retrieved parameter is in a predetermined state.

Power consumption debugging in mobile terminals

A method for determining usage time for a plurality of modes of a mobile device wherein a self learning table within the mobile device includes a plurality of storage locations for storing current usage values and each of the storage locations has an association with a zparticular mode of the terminal. Additional storage locations may be added to the table responsive to new modes of operation of the mobile device,

Self learning system and method for predicting remaining usage time for different modes of a mobile device

Method and apparatus for calibrating a rechargeable battery for mobile telephones and other electronic devices. Calibration is accomplished during a process of completely charging the battery by determining the total amount of charge accepted by the battery during the charging process, and providing a value of total charge capacity of the battery based, at least in part, on the total amount of charge accepted by the battery. The total charge capacity of the battery is used to calculate remaining battery capacity and to predict the remaining operational time of the device. Alternative calibration procedures are provided if the battery is not completely discharged before charging or if the battery is not fully charged by the charging process. The calibration procedures of the invention require no interaction from a user (other than his initiating the normal charging process), and typically permits a calibration to be carried out notwithstanding varying usage habits of different users.

Method and apparatus for calibrating a rechargeable battery

Growing community of inventors

Trelleborg, Sweden

Anders Långberg