Douglas William
Douglas William Anthon, El Cerrito, CA US
Patent application number | Description | Published |
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20090190218 | High power and high brightness diode-laser array for material processing applications - Arrangements for combination and fast-axis alignment of fast-axes of diode-laser beams are disclosed. Alignment arrangements include providing each diode-laser with a corresponding alignable fast-axis collimating lens, providing individually alignable mirrors for steering an re-orienting beams from each diode-laser, and providing single diode-laser slab-modules in which the diode-laser beams can be pre-aligned to a common propagation-axis direction, and in which edges and surfaces of the slabs can be used to align the fast and slow-axes of the beams. Beam combination methods include combination by dichroic elements, polarization-sensitive elements, and optical fiber bundles. | 07-30-2009 |
20120230352 | HIGH-POWER CW FIBER-LASER - A CW fiber-laser includes a gain fiber having a reflector proximity-coupled to one end, with the other end left uncoated. A laser resonator is defined by the reflector and the uncoated end of the gain-fiber. Pump-radiation from two fast-axis diode-laser bar stacks is combined and focused into the uncoated end of the gain-fiber for energizing the fiber. Laser radiation resulting from the energizing is delivered from the uncoated end of the gain-fiber and separated from the pump-radiation by a dichroic minor. | 09-13-2012 |
20130028276 | HIGH-POWER CW FIBER-LASER - A CW ytterbium-doped fiber-laser includes a gain-fiber having a reflector proximity-coupled to one end, with the other end left uncoated. A laser resonator is defined by the reflector and the uncoated end of the gain-fiber. Pump-radiation from fast-axis diode-laser bar-stacks emitting at 915 nm and 976 nm is combined and focused into the uncoated end of the gain-fiber for energizing the fiber. Laser radiation resulting from the energizing is delivered from the uncoated end of the gain-fiber and separated from the pump-radiation by a dichroic minor. | 01-31-2013 |
Douglas William Clark, San Ramon, CA US
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20140278118 | SYSTEM AND METHOD FOR ATTENUATING NOISE IN SEISMIC DATA - A system and method for attenuating noise in seismic data representative of a subsurface region of interest including receiving a seismic dataset representative of seismic signal or seismic noise and a seismic dataset representative of seismic signal and noise, transforming them into a domain were they have sparse or compressible representation, comparing the sets of coefficients to identify desirable coefficients in the set of coefficients representing the signal and noise dataset, selecting the desirable coefficients to produce an improved set of coefficients, and inverse transforming the improved set of coefficients to produce a modified seismic dataset. The modified seismic dataset may be noise-attenuated seismic data or may be a noise model that is subtracted from the original data to produce noise-attenuated data. | 09-18-2014 |
Douglas William Orischak, Hunker, PA US
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20120074037 | Convertible Carton - The present invention provides a foldable shipping carton that easily converts to a retail display. The carton of the present invention incorporates an integral detachable panel that protects the product and the product's primary graphics area. Once at a retail location, the detachable panel is removed exposing the graphics. The carton then doubles as a display to draw attention to the product. The carton of the present invention replaces the unattractive brown cardboard shipping box and is intended to build brand awareness and drive sales. | 03-29-2012 |
Douglas William Teulie, Huntington Beach, CA US
Patent application number | Description | Published |
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20140191098 | ADJUSTABLE MOUNTING ASSEMBLY - An adjustable mounting assembly has first and second mounting portions. The first mounting portion has an engagement arm with an adjustable end having first engagement teeth disposed about a first axis of rotation. The end portion has an adjustable second portion rotatable about the first axis of rotation, and having second engagement teeth that intermesh with the first engagement teeth to retain the second portion in an adjustable pan-position. The second portion has third engagement teeth disposed about a second axis of rotation angularly offset from the first axis of rotation. A second mounting portion is adjustably attached at an attachment portion to the first mounting portion, and the attachment portion has fourth engagement teeth disposed about the second axis of rotation that intermesh with the third engagement teeth to retain the second mounting portion is a selected tilt position. | 07-10-2014 |