Gullickson
Adam L. Gullickson, Stillwater, MN US
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20140324044 | MINIMALLY INVASIVE METHODS FOR SPINAL FACET THERAPY TO ALLEVIATE PAIN AND ASSOCIATED SURGICAL TOOLS, KITS AND INSTRUCTIONAL MEDIA - Methods and surgical tools for treating back pain use a spinal facet debridement tool with cautery and denuding action and minimally invasive protocol that can denude and cauterize soft tissue associated with a synovial capsule of the spinal facet joint. | 10-30-2014 |
George Wedell Gullickson, Bloomington, MN US
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20140047712 | METHODS OF MANUFACTURING MAPPING AND ABLATION CATHETERS - A method for manufacturing a distal portion of a mapping and/or ablation device with fewer components and manufacturing steps than are required for presently known devices. The method generally includes aligning one or more electrodes and electrode wires within a housing mold, overmolding a biocompatible material over the one or more wires and a portion of each of the one or more electrodes, creating a housing component that integrates a dome component and an insulation component. Alternatively, the method generally includes aligning one or more wires within a housing mold so that at least a portion of each wire protrudes from the mold, overmolding a biocompatible material over the one or more wires, thus creating a housing component that integrates a dome component and insulation component. The protruding wire portions are cleaved off and at least a portion of the housing component is coated with a layer of conductive material. | 02-20-2014 |
Margo Gullickson, N. Fort Myers, FL US
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20150289688 | Serving Apparatus with Flange and Pour Channel - The present invention comprises serving apparatus which includes a bottom base which is a substantially planar closed surface for resting on a substantially horizontal surface. The apparatus also includes a substantially oval wall extending from the base having inside and outside surfaces that are smooth and uninterrupted between the base and an open top end. The apparatus also has a flange attached at the top end that extends horizontally inward and a pour channel positioned through the flange creating an aperture, wherein the pour channel, the flange, the outside surface of the wall and the inside surface of the wall form a smooth and uninterrupted surface. Furthermore, the flange causes a substance within the serving apparatus to fall back onto an object when the object is slid up the inside surface of the wall and contacts the flange. | 10-15-2015 |
Mike Gullickson, Manhattan Beach, CA US
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20120194635 | System and Method for Real-Time Media Data Review - A system is provided for receiving communication data that uses a first amount of bandwidth at a communication computing device. Portions of the communication data are displayed on a display and are provided to at least one speaker. A playback computing device receives playback data via a communication interface. The playback data uses a second amount of bandwidth that is greater than the first amount of bandwidth. A display of the playback computing device displays high-quality video data of the playback data, and a plurality of speakers output high-resolution audio data of the playback data. A talkback device is coupled to both the communication computing device and the playback computing device. The talkback device includes a microphone to provide at least a portion of the communication data and an activating element that, upon activation, mutes the plurality of speakers. | 08-02-2012 |
Richard Gullickson, Dumfries, VA US
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20100224786 | Rediation detector system for locating and identifying special nuclear material in moving vehicles - The invention uses a series of combined passive neutron and gamma ray sensors systematically placed along a path of commercial traffic, for example an airport runway, combined with a pulsed source of low energy protons and deuterons. The pulsed source produces monoenergetic gamma rays and low energy (60 keV) neutrons. This pulsed source uses a pinch-reflex ion diode operated on a pulsed power generator to produce proton beams. These beams bombard a PTFE (Teflon) target to produce characteristic gamma-rays. These gamma rays would induce a fission reaction in any fissile material creating gamma rays and neutrons. The passive sensors located in the path of commercial traffic would sense both the resultant gamma and neutron products of the reaction. The short interrogation pulse, approximately 50 nanoseconds, provides a timing marker which can be used to turn on the passive detectors after the interrogation pulse so as to avoid saturation and to enable measuring the spectrum of the fast neutrons using time of flight. The decay rate of the intensity of fast and slow (thermalized by interaction with the runway materials) neutrons provides an unambiguous signature of the presence of fissile material. | 09-09-2010 |