Toyota Material Handling Manufacturing Sweden Ab

Ruag Space Ab

Bt Products Ab

Magnus Persson

Rune Svensson

Håkan Frid

Örjan Arulf

Michael Thuswaldner

Frid Håkan

Björn Hedberg

The present disclosure relates to a method performed in a forklift truck, for determining a load position in a load rack. The forklift truck includes optical detection means movable with a load carrier. The method includes the steps of determining a reference position related to the optical detection means of a first land mark located on a first height of the load rack based on the position of the first landmark in a first image captured by the optical detection means; determining a second position related to the optical detection means of a second land mark located on a second height of the load rack based on the position of the second landmark in a second image captured by the optical detection means at a predetermined height; and determining a load position on the second height based on a comparison between the reference position and the second position.

Method in forklift truck for determining a load position in a load rack

A fork-lift truck includes a load carrier, a first optical detector, an optical analyzing unit, and a second optical detector. The analyzing unit receives and analyses information from the second optical detector, wherein the first and second optical detector are movable together with the load carrier, and the first optical detector is positioned in relation to the load carrier, such that a first field of view includes at least a part of the load carrier and an extension of the load carrier. The second optical detector is positioned, such that a second field of view includes a predetermined volume above the load carrier The position and orientation of the second detector is calibrated in relation to a predetermined position on the fork-lift truck, in case one or more objects are positioned in the predetermined volume, at least one three-dimensional relative position can be determined.

Fork-lift truck and method for operating a fork-lift truck

The invention relates to a load bearing interface ring () for a space craft. The load bearing interface ring () comprises a first part () and a second part (). The first part () is arranged to carry compression loads and is mounted on an inside surface () of the second part (). The second part () is arranged to carry shear and global bending loads. The second part () comprises at least two laminate plies (), where the laminate plies () are oriented in a normal plane () of a jacket surface () of the load bearing interface ring ().

Load bearing interface ring for spacecraft

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Sturefors, Sweden

Magnus Persson