Abstract: The disclosed device is a filtration system for rain gutters comprised of a frame that accepts a filter. The frame is adapted for installation on any style of gutter. The frame accepts a multitude of filters, allowing the guard to be tailored to the local environment. The disclosed device supports the use of different filters in different sections of the installed system, allowing for a system tailored to the particular home.

Abstract: The disclosed device is a filtration system for rain gutters comprised of a frame that accepts a filter. The frame is adapted for installation on any style of gutter. The frame accepts a multitude of filters, allowing the guard to be tailored to the local environment. The disclosed device supports the use of different filters in different sections of the installed system, allowing for a system tailored to the particular home.

Abstract: The disclosed device is a filtration system for rain gutters comprised of a frame that accepts a filter. The frame is adapted for installation on any style of gutter. The frame accepts a multitude of filters, allowing the guard to be tailored to the local environment. The disclosed device supports the use of different filters in different sections of the installed system, allowing for a system tailored to the particular home.

Abstract: A clip connecting the outer end of a gutter guard to the outer end of a gutter. The clip has an outwardly extending lower panel, a front panel extending upwardly from an inner end of the lower panel, the front panel merging with an intermediate panel that extends outwardly over the lower panel. The lower and intermediate panels are constructed to engage the outer gutter end to connect the clip thereto. The intermediate panel is folded inwardly at its outer end and merges with an upper panel extending inwardly over the intermediate panel. The intermediate and upper panels are constructed to receive and retain therebetween the gutter guard outer end.

Abstract: A clip connecting the outer end of a gutter guard to the outer end of a gutter. The clip has an outwardly extending lower panel, a front panel extending upwardly from an inner end of the lower panel, the front panel merging with an intermediate panel that extends outwardly over the lower panel. The lower and intermediate panels are constructed to engage the outer gutter end to connect the clip thereto. The intermediate panel is folded inwardly at its outer end and merges with an upper panel extending inwardly over the intermediate panel. The intermediate and upper panels are constructed to receive and retain therebetween the gutter guard outer end.

Abstract: A radio frequency identification (RFID) tag and method of manufacturing the same. In a preferred embodiment, the RFID tag includes a radio frequency (RF) inlay, the RF inlay including a carrier sheet, an antenna printed on the carrier sheet and a wireless communication device bonded to the antenna. The RFID tag also includes a plastic extrudate, the RF inlay being disposed within the extrudate so that the antenna and the wireless communication device are encapsulated on all sides within the extrudate. Optional metallic reflector and mounting adhesive layers may be laminated onto the underside of the extrudate. The present invention is also directed to an automated method for manufacturing the above RFID tag, such a method involving, in one embodiment, feeding a continuous supply of RF inlays into a cross-head extruder to yield a continuously extruded block and then cutting the block between successive antennae to yield a plurality of individual RFID tags.

Abstract: A radio frequency identification (RFID) tag and method of manufacturing the same. In a preferred embodiment, the RFID tag includes a radio frequency (RF) inlay, the RF inlay including a carrier sheet, an antenna printed on the carrier sheet and a wireless communication device bonded to the antenna. The RFID tag also includes a plastic extrudate, the RF inlay being disposed within the extrudate so that the antenna and the wireless communication device are encapsulated on all sides within the extrudate. Optional metallic reflector and mounting adhesive layers may be laminated onto the underside of the extrudate. The present invention is also directed to an automated method for manufacturing the above RFID tag, such a method involving, in one embodiment, feeding a continuous supply of RF inlays into a cross-head extruder to yield a continuously extruded block and then cutting the block between successive antennae to yield a plurality of individual RFID tags.

Abstract: A radio frequency identification (RFID) tag and method of manufacturing the same. In a preferred embodiment, the RFID tag includes a radio frequency (RF) inlay, the RF inlay including a carrier sheet, an antenna printed on the carrier sheet and a wireless communication device bonded to the antenna. The RFID tag also includes a plastic extrudate, the RF inlay being disposed within the extrudate so that the antenna and the wireless communication device are encapsulated on all sides within the extrudate. Optional metallic reflector and mounting adhesive layers may be laminated onto the underside of the extrudate. The present invention is also directed to an automated method for manufacturing the above RFID tag, such a method involving, in one embodiment, feeding a continuous supply of RF inlays into a cross-head extruder to yield a continuously extruded block and then cutting the block between successive antennae to yield a plurality of individual RFID tags.