Other

Netshape International LLC

Gm Global Technolgoy Operations, Inc.

Anthony A Jackson

Darin Evans

Daniel Marius Bangala

Mark H Campbell

A tool used for covering or shielding a length of baseboard, trim or molding that is connected to a wall being painted. The adjustable protective paint shield has a fixed length center section from which are adapted two telescopic inner sections that extend to a desired length in order to cover or shield varying lengths of baseboard or trim. Each section has a general appearance of an elongated inverted L-shape. The center section has a plurality of pivotally affixed legs used in securing the shield in an upright position. The legs have an outwardly arched shape. The ached shape allows the bottom of the leg to sit securely flat against a floor while supporting the adjustable paint protection shield upright and tightly against a section of baseboard or trim being covered.

Adjustable protective paint shield

An integrated, single piece upper fascia support member and bumper energy absorber, wherein the upper fascia support member is structured to provide attachments for various attached parts of a motor vehicle, and wherein the upper fascia support member is integrally connected to the bumper energy absorber of the motor vehicle via a load isolator. The load isolator connects the upper fascia support member to the bumper energy absorber in a fixed position relative to each other (assuming relative loading is below a predetermined threshold) and manages a load applied, relatively, to one of the upper fascia support member and the bumper energy absorber such as to cause relative movement, from adversely affecting the other, as, for example, keeping vehicle damage to a minimum in the event of an untoward impact event.

Integrated bumper and upper fascia components of a motor vehicle

An integrated one-piece polymeric molded component includes an energy-absorbing section, a fascia-supporting beam section, and a plurality of connecting section connecting the energy-absorbing and fascia-supporting beam sections. The energy-absorbing section engages a front of a bumper beam and includes crush boxes configured to absorb impact energy during a vehicle crash. The connecting sections are strong enough to hold the energy-absorbing section and the fascia-supporting beam section together during assembly of the one-piece component onto a vehicle, but are flexible to allow collapse of the energy-absorbing section during a vehicle crash without damaging the fascia-supporting beam section. The beam section is channel-shaped and extends cross-car generally between headlamps of the vehicle, for providing added support structure to a front-end of the vehicle. The beam section includes air-redirecting ridges for optimal air flow and integral clips for wire management.

Integrated bumper energy absorber and fascia support component

A motorcycle storage assembly for protecting a motorcycle from the elements of the weather and also from possible theft. The motorcycle storage assembly includes a base member having a top side and a bottom side and being adapted to support a motorcycle thereupon; and also includes mirrored cover members each having a wall and a rim being disposed along a perimeter of the wall with the mirrored cover members being detachably attached to one another about the motorcycle; and further includes an assembly for securely fastening the mirrored cover members together.

Motorcycle storage assembly

A method for detecting probe penetration of human (i) target tissue having predetermined internal pressure and (ii) epidural space having essentially negative gauge pressure relative to atmosphere pressure and enlarging the epidural space in the neighborhood of said probe which includes inserting a hollow probe into the human body towards the internal target tissue and gradually increasing pressure in a closed volume defined by the probe interior and a conduit communicating therewith until a moveable piston slideably resident within the conduit and having a passageway therethrough connecting the portion of the conduit interior communicating with the hollow probe with an orifice in a laterial surface of the moveable piston slideably contacting said conduit interior, moving in response to pressure within the conduit opposing predetermined bias force applied to the moveable piston, reaches a predetermined position, at which the laterial surface orifice of the moveable piston communicates with ambient air via a passageway through the wall of the conduit, corresponding to pressure in the closed volume equaling the predetermined internal pressure. Apparatus for detecting probe penetration of human (i) target tissue having predetermined internal pressure and (ii) epidural space and for enlarging said epidural space away from said probe which includes: an elongated hollow probe, a valve having first and second orifices with the first orifice communicating with the hollow probe, a conduit communicating with the second orifice of the valve, a piston movable resident within the conduit in response to conduit pressure, for limiting pressure within the conduit to the predetermined internal pressure and providing visible indication upon pressure within the conduit reaching the predetermined internal pressure and has a hand squeezable bulb communicating with the conduit intermediate the movable piston and the valve, for increasing pressure within the conduit and the probe until the movable piston limits pressure within the conduit to the predetermined pressure.

Apparatus and method for detecting probe penetration of human epidural

A method for detecting probe penetration of human target tissue having predetermined internal pressure includes inserting a hollow probe into the human body towards the internal target tissue and gradually increasing pressure in a closed volume defined by the probe interior and a conduit communicating therewith until a moveable piston slideably resident within the conduit and having a passageway therethrough connecting the portion of the conduit interior communicating with the hollow probe with an orifice in a lateral surface of the moveable piston slideably contacting said conduit interior, moving in response to pressure within the conduit opposing predetermined bias force applied to the moveable piston, reaches a predetermined position, at which the lateral surface orifice of the moveable piston communicates with ambient air via a passageway through the wall of the conduit, corresponding to pressure in the closed volume equaling the predetermined internal pressure. Apparatus for detecting probe penetration of human target tissue having predetermined internal pressure includes: an elongated hollow probe, a valve having first and second orifices with the first orifice communicating with the hollow probe, a conduit communicating with the second orifice of the valve, a piston movable resident within the conduit in response to conduit pressure, for limiting pressure within the conduit to the predetermined internal pressure and providing visible indication upon pressure within the conduit reaching the predetermined internal pressure and has a hand squeezable bulb communicating with the conduit intermediate the movable piston and the valve, for increasing pressure within the conduit and the probe until the movable piston limits pressure within the conduit to the predetermined pressure.

Growing community of inventors

Chicago, IL, United States of America

Anthony A Jackson