Other

Ruben A Reyes

Ronald A Foster

Michael R Durham

Donald W Murray

Mark P Hebert

Ketrus Collins

Troy Durst

Provided is an apparatus for tracking an object. The apparatus includes a grid including a plurality of antennae arranged to form an array of cells in which the object can be tracked, and a communication tag provided to the object to be sensed for tracking a location of the object. A receiver is operatively connected to the antennae for transmitting an interrogation signal via the antennae and receiving a signal indicative of a location of the object within the array in response to transmission of the interrogation signal. A processor unit utilizes the signal to determine useful data indicative of the location of the object in the array, and a platform presents the usable data to a user to relay information about the location of the object.

Real time object tracking system

The invention describes a connector for a pair of neon tubes supported in an end-to-end manner, each of the tubes having a reversely bent end. The connector comprises a support base formed of insulating material and having a longitudinally-extending slot, an electrical connector supported in the base underlying the slot, and first and second electrode housings supported in opposed relation, each of the electrode housings slidably mounted on the base and including a contactor for being received in the slot when the electrode housing is located in a first position to thereby complete and electrical connection between the ends of the neon tubes.

End-to-end neon tube connector

An assembly for supporting a neon tubing comprises a length of extrusion and at least first and second lenses supported in the extrusion. Preferably, the extrusion includes an angled bottom member having first and second legs. First and second wall members extend transversely to the first and second legs, respectively, of the angled bottom member, with each of the first and second wall members having a medial portion and an end. The extrusion further includes a service rail extending at an obtuse angle from the end of each of the first and second wall members, and the service rail includes a tapered medial portion and a retaining flange. Each of the first and second lenses are supported in a receving channel of the extrusion and has a predetermined length less than the predetermined length of the extrusion. The second lens is movable between a first position, with the first and second lenses supported in a substantially end-to-end fashion, and a second position, with the first and second lenses supported in a substantially overlapped fashion to facilitate access to the underlying neon tubing.

Neon tube high-rise lighting system, support, assembly and extrusion

A neon tube lighting system, support apparatus and extrusion therefor is described for use in supporting neon tubing along a corner of a support surface. The support assembly preferably comprises an extrusion, a reflector and an elongate lens member. The extrusion has first and second wall members, and an angled base member interconnecting the first and second wall members and including a support, wherein the wall members and the base member form an enclosure having an opening therein between the first and second wall members. Each of said first and second wall members of the extrusion includes an angular member extending into the enclosure towards the angled base member to form a bearing or support surface. The reflector has first and second angular wall members and an intermediate member interconnecting the first and second angular wall members. Each of the first and second angular wall members includes an edge cooperating with the respective bearing surface of the angular member when the reflector is secured to the support to secure the reflector means in the enclosure.

Neon tube lighting system, support assembly and extrusion therefor

A neon tube lighting system, support apparatus and extrusion therefor is described for use in overcoming the problems associated with prior art free-standing neon tube lighting systems. The support assembly preferably comprises an extrusion, a reflector and an elongate lens member. The extrusion has first and second wall members located in substantially parallel aligned relation, and a bottom wall member interconnecting the first and second wall members and including a support, wherein the wall members form an enclosure having an opening therein between the first and second side wall members. Each of said first and second wall members of the extrusion includes an angular member extending into the enclosure towards the bottom wall member to form a bearing surface. The reflector has first and second angular wall members and a bottom wall member interconnecting the first and second angular wall members. According to the invention, each of the first and second angular wall members includes an edge cooperating with the respective bearing surface of the angular member when the reflector is secured to the support means to secure the reflector means in the enclosure. The elongate lens member is preferably V-shaped and is retained by the first and second wall members of the extrusion to close the openings. This construction insures that the neon tubing supporting in the enclosure is secure from weathering and other physical damage.

Growing community of inventors

Dallas, TX, United States of America

Ruben A Reyes