Patrick Neil Moore
Security Companies and Guards in Taylorsville, UT

2009019, Aug 6, 2009

Feb 2, 2009

12/322521

Dong M. Jeon - Draper UT, US
Patrick D. Moore - West Jordan UT, US
Hee J. Yang - Sungnam-si, KR
Sang K. Lee - Seoul, KR

C22F 1/10

148563

Dynamic, flexible wrought Nickel/Titanium alloy spinal rods for spinal fusion or dynamic stabilization vertebral implants and methods and processes related to their manufacture. The dynamic and flexibility properties of the wrought Nickel/Titanium alloy spinal rod may be varied by altering processing parameters during manufacture that develop the shape memory characteristics, mechanical properties, and product workability characteristics to achieve custom manufacture of spinal rods having desired flexion in desired lengths. Such a custom manufactured spinal rod may be affixed to an inferior vertebral body at a standard lamina or pedicle location and to one superior vertebral body at a standard lamina or pedicle location using pedicle screws, lamina hooks, or pedicle hooks to provide dynamic stabilization between superior and inferior vertebrae in connection with a spinal fusion procedure.

2009019, Jul 30, 2009

Jan 26, 2009

12/321971

Dong M. Jeon - Draper UT, US
Patrick D. Moore - West Jordan UT, US
Hee J. Yang - Sungnam-si, KR
Sang K. Lee - Seoul, KR

A61B 17/70, A61B 17/58

606246, 606264, 606278, 606301, 606257

Apparatus, systems and methods for decompression and dynamic stabilization of the vertebrae. A flexion construct is formed from a medial loop of a cylindrical member in a first plane that is generally parallel to the long axis of the member, and two outlying loops, generally residing in a common second plane that is generally parallel to the long axis of the member and generally perpendicular to the first plane formed by the medial loop. The medial loop and outlying loops of the flexion construct may aid in controlling distraction, compression and flexion of the assembly. Multiple level constructs may include multiple sets of loops, one set for each spinal level. The member may also include two legs that terminate in hooks or include a straight portion for attachment by another attachment means. A protective sleeve may be used between the member and any attachment means.

2009014, Jun 4, 2009

Nov 13, 2008

12/313019

Dong M. Jeon - Draper UT, US
Patrick D. Moore - West Jordan UT, US
Sang K. Lee - Seoul, KR

A61B 17/70

606250, 606278

A transverse connector system for coupling elongate elements to each other in a spinal fixation system. An upper arm member and a lower arm member are connected by a washer and locking bolt to form a transverse plate. The distal ends of the upper arm member and the lower arm member each include a swivel rod connector and may be attached to a locking rod connector using a locking bolt to secure an elongate fixation element therein. The upper arm member and lower arm member are laterally adjustable and pivotably adjustable with respect to one another due to the washer and slot connection, and thus accommodate divergences and convergences in the attached rods.

2007012, May 31, 2007

Dec 18, 2006

11/641301

Dong Jeon - Draper UT, US
Patrick Moore - West Jordan UT, US

A61F 2/30

606061000

Assemblies, systems and components for a bi-polar bone anchor assembly. A receiver member includes a central aperture with upper and lower openings and a transverse channel. A bi-polar member and a bone anchor are loaded into the bottom of the receiver member and an internal threaded ring member fits over the outer lower threaded portion of the receiver member to retain the bi-polar member and the bone anchor therein. The bone anchor is capable of multi-axial and multi-polar positioning with respect to the receiver member. An elongated member may be placed in the channel of the receiver member in contact with the bone anchor member and a retaining member may be applied via the upper opening to press down on the elongated member thereby, locking the bone anchor member in place with the retaining member, bi-polar member, and receiver member.

2010004, Feb 25, 2010

Jan 30, 2008

12/524761

Dong Myung Jeon - Draper UT, US
Patrick Moore - West Jordan UT, US
Sang K. Lee - Seoul, KR

A61B 17/80

606289, 606286

Anterior cervical plating systems including an elongated anterior cervical plate with bone screw bores disposed near two opposite ends. The anterior cervical plate incorporates a curved plane transverse to the longitudinal axis to conform to the anterior surface of a vertebra and is also curved along the longitudinal axis to conform to the lordotic curvature between the vertebrae and may feature at least one through window in a middle bridge portion to provide an interface for a drill and tap guide assembly. Paired locking mechanisms provided on the anterior cervical plate provide rigid fixation of the bone screws to the anterior cervical plate with the heads of the bone screws flush or recessed below the upper curved surface of the anterior cervical plate.

2008018, Jul 31, 2008

Mar 26, 2008

12/079280

Dong M. Jeon - Draper UT, US
Patrick D. Moore - West Jordan UT, US

A61B 17/56

606305, 606 60, 606329

Assemblies, systems and components for a hybrid jointed bone screw system. A receiver member having an upper opening and a lower opening also includes an internal mating bone anchor interface channel at the bottom. A bone anchor is loaded into the lower internal mating bone anchor interface opening of the receiver member, and an anchor pin is “pushed” through the receiver member and through the bone anchor head to retain the bone anchor member. The bone anchor is capable of single-axial positioning throughout a range of motion of about 180 degrees. An elongated member may be placed in the upper channel of the receiver member and a compression retaining member applied via the upper opening. The compression retaining member presses down on the elongated member, which presses down on a floor of the upper channel, locking the elongated member between the retaining member and the receiver member floor.

2008014, Jun 12, 2008

Jan 30, 2007

11/699873

Dong Myung Jeon - Draper UT, US
Patrick Dennis Moore - West Jordan UT, US
Sang K. Lee - Seoul, KR

A61B 17/58, A61B 17/56

606278, 606246, 606264, 606300

A transverse connector system for coupling elongate elements to each other in a spinal fixation system. A trans-connector plate with at least one slot-like passage may have top and bottom elongated concave surface configurations. A cylindrical component of a coupling member may be configured to couple with an elongate fixation element by way of a helical slot. A male component on the coupling member may be inserted through the slot like passage and a locking member may be secured thereon to position and orient the coupling member. A second coupling member and locking member may be utilized through a passage in the trans-connector plate, which may be a second slot-like passage. Each locking member cooperates with its respective coupling member to prevent uncoupling, and each may be positioned at a desired lateral position along a slot-like passage.

2009022, Sep 10, 2009

Mar 3, 2009

12/396692

Dong M. Jeon - Draper UT, US
Patrick D. Moore - West Jordan UT, US
Sang K. Lee - Seoul, KR

A61B 17/70

606254, 606278

Apparatus, systems and methods for mobile spinal fixation rod systems. A central housing may be formed in part from the enlarged end of a connection rod and may house a flexible insert in a cavity thereof. The enlarged head of a flexion rod may be disposed in the flexible insert and retained in the cavity by a coupler completing the central housing. A rod system of the present invention is capable of deflection, distraction and compression to preserve motion while providing fixation to the attached vertebrae.