Eric Drew Miller
Physician at Hampden Ave Emergency Department, Englewood, CO

D390483, Feb 10, 1998

Aug 22, 1996

D/059706

Blair J. Zykan - Englewood CO
Eric A. Miller - Englewood CO
Jeremy G. Dunne - Littleton CO

Laser Technology, Inc. - Englewood CO

1004

D10 70

6681195, Jan 20, 2004

Mar 19, 2001

09/812228

Richard J. Poland - Denver CO
Eric A. Miller - Englewood CO
Jeremy G. Dunne - Highlands Ranch CO
David W. Williams - Littleton CO
Mark Frischman - Thornhill, CA
Bruce Kenneth Clifford - Brampton, CA

Laser Technology, Inc. - Englewood CO

G06F 1500

702142, 702143, 702149, 700159, 701119

A compact speed measurement system for field or onsite use in measuring speeds of vehicles and capturing images of select vehicles. The system includes a laser speed detector for determining a speed of a vehicle in a specific target area. When a speed is determined, the detector generates a speed signal. The system includes a camera generally aligned with the speed detector operable to capture and store digital still images of vehicles in memory. The camera is programmed to respond to an image capture signal to generate and transmit a digital image file including a still image of the vehicle targeted by the detector. A portable field processor is communicatively linked to the speed detector and the camera to first receive the speed signal, to process the speed signal and to transmit an image capture signal to the camera, and to receive the digital image file from the camera.

5781147, Jul 14, 1998

May 9, 1997

8/853609

Scott Elliott - Englewood CO
Eric A. Miller - Englewood CO
Jeremy G. Dunne - Littleton CO

Laser Technology, Inc. - Englewood CO

G01S 1386

342 54

An apparatus and method for accurately determining a target distance in adverse weather conditions utilizing both LASER and RADAR is disclosed. The radar signals are used to determine an approximate range which is then used as a gating window for the determination of which laser reflection is from the actual target as opposed to a reflection from the atmospheric interference. The method basically comprises the steps of initiating a radar pulse in the direction of a target and receiving a reflection, transmitting a laser signal and receiving a plurality of reflections, determining an approximate range based on the radar signals, and using this approximate range to ascertain which of the laser reflections is from the target. This determination is preferably made by generating a gating signal and gate width from the radar signals and passing the set of laser range signals through the gate to eliminate the false signals and select the signal that survives the gate as the accurate target range.

6064330, May 16, 2000

May 5, 1998

9/072565

Scott Elliott - Englewood CO
Eric A. Miller - Englewood CO
Jeremy G. Dunne - Littleton CO

Laser Technology, Inc. - Englewood CO

G01S 1386

342 54

An apparatus and method for accurately determining a target distance in adverse weather conditions utilizing both LASER and RADAR is disclosed. The radar signals are used to determine an approximate range which is then used as a gating window for the determination of which laser reflection is from the actual target as opposed to a reflection from the atmospheric interference. The method basically comprises the steps of initiating a radar pulse in the direction of a target and receiving a reflection, transmitting a laser signal and receiving a plurality of reflections, determining an approximate range based on the radar signals, and using this approximate range to ascertain which of the laser reflections is from the target. This determination is preferably made by generating a gating signal and gate width from the radar signals and passing the set of laser range signals through the gate to eliminate the false signals and select the signal that survives the gate as the accurate target range.

2013027, Oct 17, 2013

Apr 13, 2012

13/446997

Eric André Miller - Englewood CO, US
Ji Yoon Chung - Aurora CO, US

Kama-Tech (HK) Limited - Tsim Sha Tsui
Laser Technology, Inc. - Centennial CO

G01C 3/08

356 401

A laser rangefinding module for cable connected and/or wireless operative association with smartphones and tablet computers. In a particular embodiment of the present invention disclosed herein, the operation of the laser rangefinder module is controlled by the smartphone or tablet computer and functions through the smartphone touchscreen with the laser rangefinder results being displayed on the smartphone display.

5926260, Jul 20, 1999

Aug 21, 1997

8/926598

Jeremy G. Dunne - Littleton CO
Blair J. Zykan - Englewood CO
Eric A. Miller - Englewood CO

Laser Technology, Inc. - Englewood CO

G01C 308

356 505

A light-weight, hand-held range finding apparatus of the present invention includes signal emitting circuitry and lens for emitting signals, and signal receiving circuitry and lens for receiving reflected signals, which are positioned within a chamber of a housing. The housing includes an upper section to which a sighting device is attached, a front end through which the emitted signals are emitted and the reflected signals are received, a back panel having a display device attached to said housing for displaying operational selections and range findings. An actuator is mounted adjacent the upper section and is operably connected to the signal emitting circuitry. The actuator is used to select desired operational selections displayed on the display device and actuating the signal emitting circuitry.