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Nebeker
Darin G. Nebeker, Kaysville, UT US
| Patent application number | Description | Published |
|---|---|---|
| 20090000173 | FIREARM - A firearm including a bolt for securing a barrel such that the barrel attaches to a receiver with increased repeatability at the same location. The bolt included a tapered end and may also include a threaded section. The receiver comprises a barrel attachment feature which allows the bolt to pass through and can also include threads for engaging the bolt. The barrel comprises a beveled recess for engaging the tapered end of the bolt. The angle of the tapered end and the beveled recess are approximately reciprocal. The bolt passes through the receiver and its tapered end engages the beveled recess to secure the barrel to the receiver. | 01-01-2009 |
| 20090007477 | FIREARM - An improved firearm having a barrel coupled to an upper receiver where the receiver includes a passageway extending generally parallel to the longitudinal axis, and a guidance feature extending along the passageway generally parallel to the longitudinal axis. The firearm also includes a lower receiver coupled to the upper receiver and a recoil spring assembly comprising a mating attachment structure and a disassembly button disposed on a lateral side of the upper receiver. The mating attachment structure is attached to an attachment structure of the lower receiver to attach the lower receiver to the upper receiver. Actuation of the disassembly button detaches the mating attachment structure from the attachment structure to detach the lower receiver from the upper receiver. | 01-08-2009 |
| 20090031606 | FIREARM - A firearm including a barrel having a chamber and an integrally formed upper receiver having a passageway, an accessory rail extending the complete length of the upper receiver, and a guidance feature extending along the passageway. The firearm also includes an operating rod having an anti-bounce mechanism, a bolt that is rotated counter-clockwise to lock against the chamber, a bolt carrier having a safety extension disposed below the bolt that prevents a hammer from striking a firing pin until the bolt is locked against the chamber, a lower receiver, a recoil spring assembly, and a fire control group. The bolt includes a polymer spring that biases a sliding extractor against the base of a cartridge. The sliding extractor is disposed at an angle ranging from thirty degrees to fifteen degrees on the bolt face to provide a low ejection angle from the firearm. | 02-05-2009 |
| 20090031607 | FIREARM - A firearm having a bolt carrier comprising an operating rod slot that is open at an end of the bolt carrier. The bolt carrier also includes a cam slot extending from the operating rod slot. The firearm includes a bolt having a protrusion extending from the bolt which enters and is movable within the cam slot. The firearm further includes an operating rod comprising a piston and a foot. The foot is disposed within the operating rod slot to prevent the separation of the bolt from the bolt carrier and to connect the operating rod to the bolt carrier. | 02-05-2009 |
Michael O. Nebeker, Everett, WA US
| Patent application number | Description | Published |
|---|---|---|
| 20090169337 | Eccentric Fastening Device - An eccentric fastening device is provided. The eccentric fastening device includes a first threaded fastener, a base and a rotary lug providing a non-fastened pre-assembled position. The base includes a top, a bottom, a stem and a hole, where the stem axially extends from the bottom of the base, and the hole axially extends from the top through the stem of the base. The rotary lug is releasably retained in the hole of the base by the first threaded fastener. The rotary lug includes a cylindrical portion having a thread and a head, wherein the head is offset from the cylindrical portion. The cylindrical portion is substantially axially concentric with the hole of the base, allowing the head to be eccentrically rotated on or off of the stem, whereby a selective structure may be variably clamped and releasably retained between said head and said base. An aircraft having an eccentric fastening device is also provided. A method of installing the same is also provided. | 07-02-2009 |
Michael S. Nebeker, Sandy, UT US
| Patent application number | Description | Published |
|---|---|---|
| 20120080510 | RE-USABLE, KNOCK-DOWN BOX APPARATUS AND METHOD - An apparatus formed from a single piece of planar material as a continuous and contiguous structure is foldable into a re-usable, knock-down box. A bottom panel supports contents placeable in the box. A front panel and a rear panel operate as shear walls to support the bottom. End panels act as shear walls adjacent to and extending between the front panel, rear panel, and bottom panel. Hinge panels are formed with a free portion, extending from an edge of one of the end, front, and rear panels, and a fixed portion, fixed to a surface of an adjacent one of the end, front, and rear panels to fix the positions of the front, rear, and end panels with respect to each other and the bottom panel in an assembled configuration. Drawing a front edge of the lid toward the front panel, one may lock the lid against the front panel by inserting a tab portion of the lid into a slot formed between the front panel and the front tuck panel. | 04-05-2012 |
Neil Nebeker, Hayden, AZ US
| Patent application number | Description | Published |
|---|---|---|
| 20110194999 | COBALT RECOVERY - A method for extracting cobalt from copper raffinate. First, a supply of raffinate containing at least cobalt, copper, ferric iron and nickel, is provided. The raffinate is pretreated by one or all of raising the raffinate pH level; removing solids; and, reducing ferric iron to ferrous iron. Substantially all copper is removed using first ion exchange resin selective for copper. A second ion exchange resin selective for both cobalt and nickel is used to remove the cobalt and nickel. Cobalt and nickel are separately eluted from the second ion exchange resin. | 08-11-2011 |
| 20110195000 | ION EXCHANGE COBALT RECOVERY - Method of ion exchange cobalt recovery. Raffinate including cobalt, zinc, copper, nickel and ferric iron is produced. In the raffinate, the pH is raised, the solids are removed and ferric iron is reduced. A copper recovery ion exchange unit is loaded with ion exchange resin selective for copper. Raffinate is fed into the copper recovery ion exchange unit which is regenerated to recover substantially all copper. A cobalt/nickel/zinc recovery ion exchange unit is loaded with another ion exchange resin selective for cobalt. Raffinate is fed into the cobalt/nickel/zinc recovery ion exchange unit, the ion exchange resin holding cobalt, zinc and nickel, and then displaced. Cobalt/zinc eluent is fed into the cobalt/zinc/nickel recovery ion exchange unit to elute the cobalt and zinc in a cobalt/zinc solution, and then displaced. Nickel eluent is fed into the cobalt/zinc/nickel recovery ion exchange unit to elute the nickel. | 08-11-2011 |
Robert A. Nebeker, Sacramento, CA US
| Patent application number | Description | Published |
|---|---|---|
| 20090327639 | Optimized Memory Allocation Via Feature Extraction - A method and system for recovering embedded system memory contained within an embedded system includes a software image in embedded system memory and identifying unneeded software features in the software image; identifying memory portions containing the unneeded software features; and reallocating the memory portions containing the unneeded features. | 12-31-2009 |