Swarovski-optik Kg

Gavin Lancaster

Konrad A Roider

Ludwig Pernstich

Andreas Zimmermann

Konrad A Rolder

Dieter Sewald

The invention relates to a long range optical device with at least a first visual optical path and a focusing device for focusing the at least first visual optical path. The long range optical device may also include a laser distance meter with a laser transmitter and a laser receiver, wherein a part of an optical path of the laser receiver extends in the at least first visual optical path to the objective lens. A region of the deflection of the optical path of the laser receiver out of the at least first visual optical path may be disposed on at least one optical component. The focusing device may be disposed between the at least one optical component for deflecting of the optical path of the laser receiver and the objective lens.

Observation device with a distance meter

The invention relates to a binocular observation device, in particular a field glass, with two visual optical paths and with a laser distance meter with a laser transmitter and a laser receiver and with an opto-electronic display element. A part of an optical path of the laser transmitter is integrated in a first visual optical path and a part of an optical path of the laser receiver is also integrated in the first visual optical path.

The invention describes an observation device, having two tubular observation parts, wherein the longitudinal axes of the observation parts in the region of the ocular sides are spaced apart by a distance of at least 54 mm. At least one observation part has a flared portion on an external side, wherein the flared portion is located inside a subsection of between 20% and 80% of an overall length of the observation part. The flared portion lies in an annulus section having a normal distance to the optical axis of the objective of between 130% and 250% of the radius the objective lens.

Observation device with a range finder

The invention describes a long-range optical device with two observation parts and a first observation beam path and a measurement beam path, in which the two observation parts are arranged essentially parallel next to each other and spaced a predefinable distance apart via at least one connection element. In a plan view of the devicewith respect to a plane, in which the longitudinal axes of the observation parts are arranged, the sub-regions of the observation parts facing each other lie directly opposite each other over a length aligned parallel to the longitudinal axis of the observation parts of 20% to 90%, preferably 30% to 80% of a length of the observation parts. In addition, the observation beam path and the measurement beam path are arranged outside the sub-regions of the observation parts.

Observation device with range finder

Method for suppressing an echo signal in a range finder device, which has at least one light-sensitive receiver and at least one laser light source as transmitter, characterized in that at least one counter signal corresponding to the echo signal is generated and which counter signal is super-imposed to a signal generated by the transmitter.

Method for suppressing an echo signal

The invention relates to a binocular observation device, in particular binoculars, having two visual beam paths and a laser range finder with a laser transmitter and a laser receiver and with an opto-electronic display element. A part of one of the beam paths of the laser transmitter is integrated into a first visual beam path, wherein a part of one beam path of the laser receiver is furthermore also integrated into the first visual beam path.

The invention describes a long-range optical device () with two observation parts () and a first observation beam path () and a measurement beam path (), in which the two observation parts () are arranged essentially parallel next to each other and spaced a predefinable distance () apart via at least one connection element (). In a plan view of the devicewith respect to a plane, in which the longitudinal axes () of the observation parts () are arranged, the sub-regions of the observation parts () facing each other lie directly opposite each other over a length aligned parallel to the longitudinal axis () of the observation parts () of 20% to 90%, preferably 30% to 80% of a length () of the observation parts (). In addition, the observation beam path () and the measurement beam path () are arranged outside the sub-regions () of the observation parts ().

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Innsbruck, Austria

Gavin Lancaster