Depingo, LLC

Ams Research Corporation

Other

Tacklebar, LLC

Mechano-transduction, LLC

Distalock, LLC

Corespine Technologies, LLC

Jeremy John Ling

Britt K Norton

Randy Lee Morningstar

Stephanie A George

Jason Gerold

Andreas Carl Pfahnl

Jason B McCrocklin

Patrick R Corneille

Christine M Horton

Jan Gilbert

Raymond E Stidd

Mark A McMahan

Edward Houghton-Ward

Gary L Graham

A tackle training system defines a frame configured for attachment to a player's body. The frame has an upper portion, a lower portion, and a center portion extending therebetween. The upper portion defines at least one attachment structure extending downwardly toward the lower portion, and the lower portion defines at least one attachment structure extending upwardly toward the upper portion generally vertically aligned with the attachment structure of the upper portion. The opposing attachment structures are for contacting opposing ends of a bar so as to removably attach and extend the bar between the upper and lower portions. The attachment structures of the frame limit movement of the removable bar generally to that of the frame and allow release of the removable bar from the frame when a force that overcomes an attachment force provided by the attachment structures is applied to the removable bar.

System for downing a ball carrier and for tackle training

An orthopedic device delivers dynamic forces to a desired remote bone region. Dynamically arranged mechanical forces are known to stimulate bone cells (the process of mechanotransduction). The device includes an implantable element configured to couple with a generally accessible and healthy bone area, from which location it's configured to transmit forces to a remote bone area in need of repair, regrowth, or regeneration. Further, the device positions and orients the implantable element where it can be readily acted on by the device's force generator. The force generator is configured to impart dynamic forces that are transmitted through the implantable element and into a desired bone mass including a remote bone area in need of repair. This device promotes fracture healing, treats osteoporotic or other poor quality bone, and promotes vertebral fusion in conjunction with a spinal fusion procedure.

Dynamic force generation for bone repair

A system and method for drilling soft tissue and positioning an intramedullary rod in a long bone is provided. The system includes an intramedullary rod having an internal channel sized to provide a tight fit for a drill assembly. The system also includes a step pin used for marking the position of a pilot hole drilled through the bone within which the intramedullary rod is positioned.

Intramedullary system and method

An apparatus for use in an American football type game includes an elongate structure defining a generally tubular body having a length extending between two opposing ends, a width, and a handgrip portion located between the ends. The width of the tubular body is generally uniform along the entire length of the body. An attachment mechanism removably receives the elongate structure at an attachment point and limits movement of substantially the entire elongate structure to that of the attachment mechanism at the attachment point. The attachment mechanism is configured to release the elongate structure therefrom when a force that overcomes an attachment force provided by the attachment mechanism is applied to the handgrip portion.

Football accessory for downing the ball carrier

A paint edging apparatus includes a body having front and rear ends defining a longitudinal axis therebetween, the body receiving a paint reservoir for supplying paint to an applicator portion of the apparatus, the body including a handle extending rearwardly at an acute angle relative to the longitudinal axis. An urging mechanism selectively engages the paint reservoir to discharge paint therefrom. A vibrator mounted to the body and operatively connected to the paint applicator portion of the apparatus imparts an oscillatory motion to the paint applicator. A trigger is pivotally mounted to the handle for activating the vibrator, wherein a user can move the apparatus over a work surface to apply paint to the work surface and also pivot the trigger at the same time by grasping the handle with a single hand.

Painting apparatuses and methods

This document discusses, among other things, an apparatus for painting a work surface including a handle housing. A disposable painting module is configured to be removably engaged with the handle housing. The painting module includes a paint applicator configured to be removably engaged with the handle housing. The paint applicator is configured to apply paint to the work surface. A paint reservoir is fluidly coupled with the paint applicator and is configured to be removably engaged with the handle housing. An urging mechanism is coupled to the handle housing and configured to interact with the paint reservoir to substantially uniformly discharge the paint from the paint reservoir and supply the paint to the paint applicator.

Apparatus and methods for removing tissue from an intervertebral disc are disclosed. The apparatus can include an elongated guide tube, a rotary cutting member and a drive shaft. Other apparatus can include an elongated guide tube, an inner guide tube, a cutting head, a rotary cutting member and a drive shaft. The elongated guide tube has a bendable end. The apparatus are generally configured to extend and withdraw a rotary cutting member while controllably bending the bendable end of the guide tube.

Apparatus and methods for removal of intervertebral disc tissues

An operating table has first bed platforms, each which can rotate. In an operating configuration, the patient lies on one of the bed platforms in a prone or supine position with the bed platform centered over the base. When the patient needs to be turned, the other table extends outwardly, and both tables are rotated to position the patient for turning. Once the patient is turned, the table on which the patient lies is returned to its operating position over the base and the other table is returned to its storage position.

Rotational operating table

The present disclosure relates to penile implants that are easier to implant and reduce trauma because they provide for a smaller effective width during implantation, after implantation, or both. The present disclosure also provides for a shorter tubing junction while reducing effective width, further reducing trauma to the body. In a first aspect, the penile implant includes a tubing junction that is smaller in effective diameter while implanted in the body. The penile implant includes an axially extending cylinder having an inflation chamber and a rear tip. The cylinder also includes a tubing junction disposed between the inflation chamber and rear tip and extending from the cylinder. The tubing junction includes a bore in fluid communication with the inflation chamber. In one example, this bore is in the strain relief of the tubing junction. The bore is configured to include a compound curve. In another aspect, the penile implant includes a tubing junction that can assume a smaller effective diameter while being implanted into the body. The surgeon is able to press the tubing against the cylinder than the related art to reduce the effective area of the penile implant. This penile implant includes a cylinder having an inflation chamber and a rear tip. A tubing junction is disposed between the inflation chamber and the rear tip. The tubing junction includes a strain relief that extends from the cylinder and forms an acute area proximate the intersection of the cylinder and the strain relief. The acute area includes a keyhole.

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Saint Paul, MN, United States of America

Jeremy John Ling