Other

Flatline Ops, Inc.

Charles A McCoy, Ii

Brent R McCoy

James A Tryon

Curtis K Wade

A level indicator for a telescopic sight can comprise a lower clamp member including a first end defining a threaded aperture and a second end defining a cylindrical head, and an upper clamp member including a first end defining an access hole and a second end defining a socket in which the cylindrical head is receivable. The upper clamp member is rotatable about the cylindrical head to form between the respective first ends of the clamp members a gap through which the telescopic sight is receivable into a space defined between the upper and lower clamp members. A level housing in which a level is received can extend from either clamp member. A single threaded fastener is receivable in the threaded aperture through the access hole to secure the upper clamp member to the lower clamp member around the telescopic sight.

Level indicator for telescopic sights

A lever assembly for an optical scope defining a mounting surface, a mounting hole, and indicia, the lever assembly comprising a lever member and a mounting member. The lever member comprises a base portion comprising a base wall defining an engaging surface adapted to engage the mounting surface and an extension portion comprising at least one extension side wall extending from the base wall such that a lever sightline is defined by the base wall and the at least one extension side wall. The mounting member is adapted to secure the base wall to the mounting surface by engaging the mounting hole. The mounting member secures the lever member to the optical scope such that the indicia can be viewed along the lever sightline while the lever member is displaced through a range of movement to adjust the optical scope.

Lever assembly for optical scopes

A level indicator system for an aiming system comprising a base assembly, a level assembly. The base assembly comprises a base member defining a base axis, a plate, and a support member. The level assembly comprises a level indicator defining a level axis. The base member and the plate support the support member such that a location of the plate relative to the base member is adjustable. The support member supports the level assembly such that a location of the level axis relative to the base axis is altered when a location of the plate relative to the base member is adjusted.

Level indicator for aiming systems

Lever for optical scopes

Disclosed herein are several embodiments of a level indicator for a firearm that is configured to be repositioned from a home position, generally above the barrel of the firearm, to an extended position, generally above and to the side of the barrel of the firearm. Several different mounting apparatuses are also disclosed, as well as variations of adjustment mechanisms.

Sight level for firearm

Described herein is a removable sight level for a firearm. The sight level includes a lower clamp member. Also disclosed is an upper clamp member attached to the lower clamp member. A level indicator holder having a plurality of level indicator holder voids aligned with the upper clamp member voids is adjustably attached to the upper clamp member. At least one fastener may be utilized, at least partially within one of the level indicator voids and partially within one of the upper clamp member voids being tensionable there between so as to selectively prohibit movement between the upper clamp member and the level indicator holder. At least one of the voids is elongated and has a radially convex surface so as to allow selective arcuate movement between the upper clamp member and the level indicator holder when the fasteners are not tensioned.

Sliding sight level for firearm

A system for reconditioning a dental implant in situ comprising a buffer member, a drive member, abrasive material, and a sleeve member. The sleeve member moves between first and second positions relative to the buffer member. The buffer member is in an open configuration when the sleeve member is in the first position. The sleeve member holds the buffer member in a closed configuration when the sleeve member is in the second position. The buffer member is rotated such that the plurality of fingers of the buffer member cause the abrasive material to remove at least a portion of the texture layer on the textured portion of implant outer surface of the second implant portion.

Systems and methods for reconditioning implants in situ

A system for reconditioning a dental implant in situ has a buffer member and a drive member. The buffer member is operable in an open configuration in which the buffer member may be placed over a portion of the implant and a closed configuration in which the buffer member is in contact with the portion of the implant. The drive member is adapted to engage the buffer member such that rotation of the drive member is transferred to the buffer member. Rotation of the drive member with the drive member engaged the buffer member and the buffer member in the closed configuration causes rotation of the buffer member such that the buffer member abrades at least a portion of the surface of the implant.

A wall hanging device comprising a backing plate having a front surface and first and second rear surfaces formed on a slot defining structure. First and second slot portions are defined between the front surface and the first and second rear surfaces. The slot portions are spaced from each other to increase friction between a cord attached to a framed work and the device. The device has a reduced dimension portion located between the first and second rear surfaces that allows the device to be separated into first and second portions. The device can be used in a first mode in which the device is left whole and employed to hang a single framed work, a second mode in which the device is separated into two portions and employed to hang a single relatively large framed work, or a third mode in which the device is separated into two portions and employed to hang first and second relatively small framed works.

Growing community of inventors

Bellingham, WA, United States of America

Charles A McCoy, Ii