Abstract: A system includes a survey device and at least one processor. The survey device includes a support and a sensor attached to the support. The sensor is configured to capture measurement data. The at least one processor is coupled to the sensor to receive the measurement data. The at least one processor is configured to obtain a scene model corresponding to an initial set of the measurement data captured by the sensor when the support is located at an initial position, determine a location of the survey device relative to the scene model based on the initial set of the measurement data and the scene model, and update the location of the survey device relative to the scene model, based on subsequent sets of the measurement data captured by the sensor when the support is located at corresponding subsequent positions.

Abstract: A system includes a measurement device having an electronic distance measurement (EDM) instrument, and at least one processor coupled to the EDM instrument. The at least one processor is configured to localize the measurement device relative to a design model, the measurement device being physically located at a measurement location, automatically generate, for at least one design element in the design model, a plurality of sample directions, control the EDM instrument to automatically perform measurements in the plurality of sample directions, and generate and output a verification result indicating a relation between the at least one design element and at least one object corresponding to the at least one design element, based on a shape of the at least one design element and measurement data of the measurements.

Abstract: An indicator is provided that utilizes a side-emitting light-emitting diode to indicate the state of a vehicle. An example vehicle indicator is an automobile turn indicator. Other embodiments and features further provide for a conventional light-emitting diode additionally mounted to the vehicle indicator. Certain embodiments provide a cover that protects the vehicle indicator from damage and influences the pattern and/or frequency of light emanating from the vehicle indicator. Yet other embodiments provide a circuit board for converting power from the vehicle's power source to the particular power requirements, a timing mechanism for controlling illumination, and a heat dissipating apparatus for controlling the temperature of the side-emitting light-emitting diode. Still other embodiments provide an indicator that directs light toward the vehicle operator.

Abstract: A LED lamp mounting assembly for use in motor vehicle lamps is described. The LED lamp mounting assembly connects a LED lamp to a pre-existing incandescent lamp socket in a motor vehicle. The LED lamp mounting assembly therefore allows a LED lamp to be operated from incandescent lamp hardware. In one embodiment, the LED lamp mounting assembled includes a LED lamp assembly, a heat sink, a cradle, printed circuit boards and an electrical connector. The electrical connector is insertable into the incandescent lamp socket and connects to the printed circuit boards. The printed circuit boards power the LED lamp assembly and the heat sink adsorbs excess heat created by the LED lamp assembly. The motor vehicle lamp becomes a LED lamp without any changes to the existing incandescent lamp hardware.