Oboe Ipr Ab

Micromuscle Ab

Micromuscle Ag

Edwin Jager

David A Nilsson

Joakim Isaksson

Klas Tybrandt

Daniel Simon

Magnus Krogh

Magnus Berggren

Rolf Magnus Berggren

Olle Inganäs

Peter Kjäll

Agneta Richter Dahlfors

Peter Kjall

Agneta Richter-Dahlfors

Barbara Canlon

Peter KJÄLL

Daniel T Simon

David Nilsson

A device for electrically controlled of ions, comprises a first electrolyte; a first electrode, which is arranged in direct or indirect contact with the first electrolyte, an encapsulation; and an ion conductor, which is arranged to receive and/or deliver ions from/to the first electrolyte. The encapsulation is arranged to effectively enclose the first electrolyte, and the ion conductor is arranged to transport ions from/to an outside of the encapsulation.

Electrically controlled ion transport device

A device for electrically controlled transport of ions between a source and a target electrolyte, including: a first source electrode and a first target electrode, each capable of conducting ions and electrons, wherein the source electrode is arranged to receive ions from the source electrolyte and the target electrode is arranged to release ions to the target electrolyte.

Methods for producing micromachined layered devices having a membrane layer and a first and second layer on both sides of the membrane layer are disclosed. The method includes applying a membrane layer to a substrate, opening a window in the substrate so as to enable the addition of layers from both sides of the membrane layer while the substrate is made into a frame that supports the membrane layer during processing, adding at least one layer on each side of the membrane either simultaneously or on one side at a time, and removing the device from the substrate frame.

Method for producing a micromachined layered device

Microactuator comprising a volume changing layer () and a carrier substrate layer () carrying the volume changing layer (), the microactuator also comprising a reinforcing structure () having an unevenly distributed bending stiffness and that the reinforcing structure () is spread over any of the layers (), () to control the movement of the microactuator.

Fiber-reinforced microactuator

Growing community of inventors

Linköping, Sweden

Edwin Jager