Bushnell Corporation

Laser Technology, Inc.

Kama-tech (hk) Limited

Bushnell Performance Optics

Jordan T Vermillion

Eric A Miller

Neil Thomas Heeke

Bill Cross

Scott M Peterson

Jeremy G Dunne

David W Williams

John W Cross

William E Rett

Derrick T Reish

Laser rangefinder

A laser-based rangefinding instrument for, inter alia, golfing or hunting activities having an unique ergonomic design and an external multi-function switch for controlling display brightness, selectable display of differing distance units and a slope selection switch for enabling display of line of sight distance or angle of slope and 'Compensated Golf Distance' slope distance to a target.

Laser-based rangefinding instrument

A laser-based rangefinding instrument for, inter alia, golfing or hunting activities having an unique ergonomic design and an external multi-function switch for controlling display brightness, selectable display of differing distance units and a slope selection switch for enabling display of line of sight distance or angle of slope and 'Compensated Golf Distance' angle corrected distance to a target.

A method, device, and computer program for determining range to a target is disclosed. Specifically, the invention provides a method, device and computer program for determining a second range to a target based on a first range to the target and an angle to the target such that the parabolic trajectory of a projectile is accounted for in determining the second range. The device generally includes a range sensor for determining a first range to a target, a tilt sensor for determining an angle to the target, and a computing element for determining a second range to the target based on the first range and the determined angle.

Method, device, and computer program for determining a range to a target

A handheld rangefinder device operable to determine ballistic hold over information is disclosed. The rangefinder device generally includes a range sensor operable to determine a first range to a target, a tilt sensor operable to determine an angle to the target relative to the device, and a computing element, coupled with the range sensor and the tilt sensor, operable to determine a hold over value based on the first range and the determined angle. Such a configuration facilitates accurate firearm and bow use by providing ranges and hold over values without requiring time-consuming and manual user calculations.

Handheld rangefinder operable to determine hold over ballistic information

Method, device, and computer program for determining range to a target

A radar speed measurement device ( ) comprising a display ( ) for displaying a target speed, a radar emitter ( ) for emitting radar waves toward a target, a radar receiver ( ) for receiving radar waves reflected from the target, an analog to digital converter ( ) for producing digital signals associated with the radar waves, and a signal processor ( ) for determining the target speed by analyzing the digital signals. The device ( ) can also calculate statistics associated with the target and further comprises a statistical processor ( ) for calculating the statistics. The device ( ) can operate in either of two modes. A speed mode is preferably used to determine the target speed, when the target is a race car or any other object. A baseball statistics mode is preferably used to determine the target speed, when the target is a baseball thrown by a pitcher.

Speed measurement device with statistic gathering capability

Speedster radar gun

Rangefinder display

Laser range finder

Growing community of inventors

Overland Park, KS, United States of America

Jordan T Vermillion