Nokia Corporation

Kawasaki Steel Corporation

Jfe Steel Corporation

Tetsuya Yamamoto

Yoshitaka Sawa

Kanji Takeda

Tatsuya Ozawa

Tetsuya Kikui

Natsuo Ishiwata

Mikko Aarras

Jaakko Nousiainen

Jukka Rantala

Steven O Dunford

Takaharu Fujii

Hiroshi Itaya

Ramin Vatanparast

Pia Tanskanen

Juhani Lainonen

Matti Juhani Naskali

Provided herein is a composite layer including an electronically functional structural component adapted to integrate a plurality of electronic functions into a laminate cover, layer, and/or laminate component, for protecting, supporting, and/or forming a complete electronic device (such as a multimedia device). The composite layer includes a plurality of structural and/or protective layers interspersed with electronically functional layers or electronic components in communication with the multimedia device to form a supportive and electronically functional layer, cover, protective layer, and/or electronic device. Thus, the composite layer provided allow for the cost-effective addition of thin and lightweight functional, protective, and/or decorative layers to a multimedia device or other electronic device at a sales location or other customization location.

Composite layer for an electronic device

A method is provided for manufacturing an electronically functional structural component adapted to integrate a plurality of electronic functions into a laminate cover, layer, and/or laminate component, for protecting, supporting, and/or forming a complete electronic device (such as a multimedia device). The method includes laminating a plurality of structural and/or protective layers interspersed with electronically functional layers or electronic components in communication with the multimedia device to form a supportive and electronically functional layer, cover, protective layer, and/or electronic device. Thus, the manufacturing methods provided allow for the cost-effective addition of thin and lightweight functional, protective, and/or decorative layers to a multimedia device or other electronic device at a sales location or other customization location.

Method for manufacturing a composite layer for an electronic device

A hypersound document which insures reductions in cost and power requirement of electronic information terminals and a reproducer therefor. The hypersound document has plural pieces of voice data, a time table, and link destinations therein. In an embodiment shown in FIG., 'Soundfor a piece of voice data, a start (t) and an end (T) for a time table, and 'URLfor a link destination are associated and stored.

Hypersound document

A method for discharging a reduced product produced on a movable hearth of a movable-hearth furnace uses a discharging device. The discharging device includes a removal unit for removing the reduced product from the movable hearth, a separation unit for separating the reduced product from a solid reductant, a leaving-returning unit for either leaving substances other than the reduced product on a solid reductant layer or returning the substances onto the solid reductant layer, and a discharge unit for discharging the reduced product to the outside of the movable-hearth furnace.

Method for discharging reduced product from a movable-hearth furnace and a discharging device

A wall (in FIG.) is erected perpendicularly to a floor (), and a charger body () in which a primary side coil () and a power feed portion () are included is mounted on the wall (). An induction core () stretches in the shape of a hook from the charger body (), and it penetrates through the primary side coil () inside the charger body (). The induction core () can suspend a portable telephone () and another portable equipment () through charging arches ().

Charging system for portable equipment

A charging device including a battery; a first induction coil coupled to the battery; and an induction core extending through the first induction coil. The induction core has a portion which extends in an outward direction from the charging device and is adapted to removably couple with a second induction coil of a portable electronic device by extending into the second induction coil.

Charging device with an induction coil

The invention provides a method and apparatus for charging a raw material and a carbonaceous material, in which a reduced product generated on a hearth can be quickly melted for reliable separation into a metal and slag, and the metal and the slag can be easily discharged out of a furnace as individual small agglomerates. With the charging method and apparatus, when charging the raw material and the carbonaceous material onto the moving hearth of the moving hearth furnace, the carbonaceous material is first charged onto the moving hearth to form a carbonaceous material layer thereon. The raw material or a mixture of the raw material and a carbonaceous material is then charged onto the carbonaceous material layer to form a raw material layer thereon. A projection is then pressed against the raw material layer from above, thereby forming a plurality of recesses in the surface of the carbonaceous material layer.

Method and apparatus for charging raw and carbonaceous materials into a moving hearth furnace

Traveling hearth furnace and an operating method thereof, which, when stacking a layer consisting of a mixture of oxides such as fine iron ore and a fine solid reducing material onto a horizontally traveling hearth and reducing the oxides through radiant heat transfer from above the hearth, is based on melting the reduction product in the course of up to a discharge port, and causing aggregation and separation of slag in from the reduction product, followed by solidifying the reducible material.

Rotary hearth furnace for reducing oxides, and method of operating the furnace

A mixed layer of fine ore and coal char and a layer of fine coal are stacked on a hearth in the form of separate layers from each other. The fine ore is reduced while fine coal is pyrolyzed to produce coal char. The produced coal char is used repeatedly.

Method of operating rotary hearth furnace for reducing oxides

A traveling hearth for producing reduced metal by charging and stacking a raw material containing a metal-containing material and a solid-reducing material on a horizontally moving hearth, arranged for disposing a solid-reducing material layer on the hearth, forming concave portions at the solid-reducing material surface, stacking the raw material on the surface of the solid-reducing material layer, reducing the raw material by at least once heating and melting the material on the hearth to separate metal and gangue and ash ingredients, and discharging metal from the hearth.

Method of producing a reduced metal, and traveling hearth furnace for producing same

Producing reduced metal by charging and stacking a raw material containing a metal-containing material and a solid reducing material on a horizontally moving hearth of a traveling hearth furnace, by disposing a solid reducing material layer on the hearth, forming concave portions at the solid reducing material surface, stacking the raw material on the surface of the solid reducing material layer, reducing raw material by at least once heating and melting the material on the hearth to separate metal and gangue and ash ingredients, and discharging metal from the hearth.

Growing community of inventors

Chiba, Japan

Tetsuya Yamamoto