Abstract:
Digital signal-processing structure and methodology which feature a time-slice-based digital fabricating engine, and software operating structure operatively associated with that engine structured to operate the engine in a time-slice-based fabrication mode wherein the engine, in a time-differentiated and instantiating manner, functions to fabricate a time-succession of individual, composite wave digital filters. Each of these filters takes the form of (1) a concatenated assembly including one to a plurality of upstream, early-stage, decimate-by-two, signal-processing agencies connected in a cascade series arrangement, with each such agency possessing a first transfer function having a first transition bandwidth, and (2) a single, downstream, later-stage, decimate-by-two, signal-processing agency which possesses a second transfer function having a transition bandwidth which is less than the mentioned first transition bandwidth.
Abstract:
A calipering assembly (40) is provided for use along a collating conveyor (14) having collated assemblages (20) thereon. The calipering assembly comprises a movable member (60) in the form of a wheel having an outer circumferential surface which engages a collated assemblage when the member is moved toward a collated assemblage. The outer circumferential surface of the member includes a light reflective surface portion (83) against which light (37) is directed and then reflected (38). A light sensor (39) senses the reflected light from the light reflective surface portion of the outer circumferential surface of the member. A processor (44) cooperates with the light sensor to provide a signal (42) which varies as a function of the thickness of the collated assemblage.
Abstract:
Digital signal-processing structure and methodology which feature a time-slice-based digital fabricating engine, and software operating structure operatively associated with that engine structured to operate the engine in a time-slice-based fabrication mode wherein the engine, in a time-differentiated and instantiating manner, functions to fabricate a time-succession of individual, composite wave digital filters. Each of these filters takes the form of (1) a concatenated assembly including one to a plurality of upstream, early-stage, decimate-by-two, signal-processing agencies connected in a cascade series arrangement, with each such agency possessing a first transfer function having a first transition bandwidth, and (2) a single, downstream, later-stage, decimate-by-two, signal-processing agency which possesses a second transfer function having a transition bandwidth which is less than the mentioned first transition bandwidth.
Abstract:
A post top receptacle adapter is described. The post top receptacle adapter fits on a light pole between the pole and a light source. The adapter can include a fuse assembly to protect for overcurrent. Additionally, the adapter can include a sensor system. A switch can also be implemented on the adapter to allow switching on or off the power to the light fixture and the adapter.
Abstract:
A toilet seat reminder device installed on a toilet. The reminder device consists of an extension member attached to the toilet seat in a location that blocks access to the toilet flush handle when the toilet seat is in the raised position. The extension member may also be installed on the toilet lid. The extension member is readily attached to the toilet seat with a pressure sensitive adhesive or by a clip engaging the seat. The extension member may be made of foam, plastic or rubber and may be formed into an attractive shape to catch the interest of the target male audience. The extension member is also scented to provide an additional fragrance in the bathroom. A warning graphic is applied to the bottom surface of the extension member and is visible only when the toilet seat is raised.