Astrazeneca Ab

Scania Cv Ab (Publ)

Scania Cv Ab

Scania Cv Aktiebolag (Publ)

Anders Gustavsson

Michael Linden

Fredrik Modahl

P&auml;r Wallin

Ake Bergstrom

Geoffrey Davidson

&angst;ke Bergstrom

Lars Josefsson

Magnus Erickson

Peter Mikaelsson

Kristina Kjellbom

Ingvar Ym&eacute;n

Jan Kuoppa

A process for the manufacture of omeprazole or esomeprazole from pyrmethyl alcohol via pyrmethyl chloride and pyrmetazole characterized in that the whole reaction sequence is carried out without any isolation or purification of intermediates. Further, the reaction is carried out in a solvent system common for the whole reaction sequence and inert to the reactants formed during the process and used in the process and comprises a water immiscible organic solvent and a specified amount of water.

Method for the synthesis of a benzimidazole compound

The invention relates to a rear axle arrangement for a heavy vehicle, e.g. a freight vehicle. The vehicle incorporates a number of wheels which bear the vehicle and an elongate chassis element which extends in the longitudinal direction of the vehicle. The rear axle arrangement incorporates at least one separate rear axle unit which includes a loadbearing frame structure and two of said wheels. The frame structure extends between a first end region and a second end region in the longitudinal direction of the vehicle and the first end region of the frame structure is designed to be connected to the elongate chassis element. In addition, the two wheels are suspended on the frame structure.

Rear axle arrangement for a heavy vehicle

Cab-over-engine freight vehicle with a driver's cab which is untiltable relative to the chassis and is situated above the vehicle's engine which is supported by the chassis. On each side of the vehicle there is a panel which is provided with steps, delineates the engine compartment laterally and is mounted pivotably on the chassis by means of a panel control arrangement which makes it possible to impart a displacement movement to the panel so that it swings outwards and rearwards in the longitudinal direction of the vehicle to an engine access position. Below the door of the driver's cab there is a cover which is hinged-mounted on the chassis and which in the closed position conceals the step panel situated inside it. The cab door and the cover below the door are detachably coupled with one another by a relative-motion absorbing control arrangement.

Cab-over-engine vehicle with a non-tippable cab

The invention relates to a front axle arrangement for a heavy vehicle, e.g. a freight vehicle. The vehicle incorporates a number of wheels ( ) which bear the vehicle, and an engine unit ( ) for the vehicle's propulsion and a longitudinal chassis element ( ) which extends along the vehicle's longitudinal axis in the normal direction of forward movement of the vehicle. The front axle arrangement forms a separate front axle unit ( ) incorporating a frame structure ( ) which is intended to be connected to the longitudinal chassis element, and two of said wheels which are suspended in the frame structure. The front axle unit ( ) is intended to bear the engine unit ( ) in such a way that the latter extends in through a central aperture of the frame structure ( ) and can at least partially be extracted from the front axle unit.

Front axle arrangement for a heavy vehicle

A loadbearing structure for heavy vehicles, e.g. a freight vehicle, incorporates a box-shaped hollow unit ( ) extending in the longitudinal direction of the vehicle. Wall elements ( ) of thin wall thickness are connected to one another to form the box-shaped unit ( ). The invention provides a loadbearing structure ( ) for heavy vehicles which is many times more rigid than conventional structures but is nevertheless of relatively low weight and is relatively easy and inexpensive to manufacture. The present invention also relates to a process for manufacturing a loadbearing structure for heavy vehicles.

Load carrying arrangement for a vehicle

Chemical process and pharmaceutical formulation

The present invention relates to a suspension element for a rigid wheelshaft of a vehicle. The suspension element is connected pivotably to the wheelshaft by two connections and is connected pivotably to the vehicle's framework by two connections. The suspension element is designed to prevent movement of the wheelshaft in longitudinal and transverse directions and to provide a stabilizing effect. The suspension element is composed of two separate elongate elements which are designed to be held together by at least one separate connecting device.

Rigid axle mounting for a vehicle

This invention relates to a novel form of the sodium salt of 5-methoxy-2-&lsqb;&lsqb;(4-methoxy-3,5-dimethyl-2-pyridinyl)methyl&rsqb;sulfinyl&rsqb;-1,-benzimidazole, known under the generic name omeprazole sodium salt. This invention also relates to processes for its preparation of omeprazole sodium form B which is thermodynamically stable, as well as pharmaceutical compositions containing it and its use in the treatment of gastrointestinal disorders.

Growing community of inventors

Gnesta, Sweden

Anders Gustavsson