Claims Analysis
Total Claims: 4
Claim 1
Independent Claim
234 words
An ornamental lighting control including in combination, a plurality of solid state duty cycle units having a common input and respectively variable duty cycle outputs, connector means respectively connected to each unit's output for connecting thereto an ornamental lighting source with the duty cycle of the output determining the light output intensity of a lighting source connected therewith, an RC gating circuit included in each duty cycle unit and wherein the resistance value of the gating circuit resistor determines the duty cycle of the unit and output thereof, a plurality of photoelectric cells with each of said cells being respectively connected within the RC gating circuitry of each of said duty cycle units and responsive individually to varying light intensities applied thereto vary respectively in resistance as required to effect corresponding duty cycle changes in its associate duty cycle unit and output thereof, light applying means positioned to apply light respectively to each of said cells, light control means operable to effect random like occurring variations in the light as respectively applied to each of said cells whereby the applied varying light pattern between cells differ one from the other for a predetermined operating interval of said light control means and a variable resistor respectively connected in parallel with each of said photoelectric cells and manually adjustable in resistance to vary selectively the duty cycle of its related duty cycle unit and output thereof.
Claim 2
Dependent Claim
234 words
An ornamental lighting control including in combination, a plurality of solid state duty cycle units having a common input and respectively variable duty cycle outputs, connector means respectively connected to each unit's output for connecting thereto an ornamental lighting source with the duty cycle of the output determining the light output intensity of a lighting source connected therewith, an RC gating circuit included in each duty cycle unit and wherein the resistance value of the gating circuit resistor determines the duty cycle of the unit and output thereof, a plurality of photoelectric cells with each of said cells being respectively connected within the RC gating circuitry of each of said duty cycle units and responsive individually to varying light intensities applied thereto vary respectively in resistance as required to effect corresponding duty cycle changes in its associate duty cycle unit and output thereof, light applying means positioned to apply light respectively to each of said cells, light control means operable to effect random like occurring variations in the light as respectively applied to each of said cells whereby the applied varying light pattern between cells differ one from the other for a predetermined operating interval of said light control means and a variable resistor respectively connected in parallel with each of said photoelectric cells and manually adjustable in resistance to vary selectively the duty cycle of its related duty cycle unit and output thereof.
Claim 3
Dependent Claim
227 words
An ornamental lighting control for Christmas tree lighting including in combination, a plurality of solid state duty cycle units each having a common input and respectively variable duty cycle outputs, connector means respectively connected to each unit's output for connecting thereto an ornamental lighting source, an RC gating circuit included in each duty cycle unit and wherein the gating circuit resistor determines the duty cycle of the unit and output thereof, a plurality of photoelectric cells with each of said cells being respectively connected within the RC gating circuitry of each of said duty cycle units and responsive to changing light intensity variations applied respectively thereto to vary respectively in resistance as required to effect corresponding like variations in the duty cycle of its related duty cycle unit and output thereof, light applying means positioned to apply light respectively to each of said photoelectric cells, motor means, means movable by said motor means to effect random like variations in the light as applied respectively to the cells whereby the varying light pattern as applied to each of said cells differ between cells one from the other for a predetermined operating interval of said motor means and a variable resistor respectively connected in parallel with each photoelectric cell and manually adjustable in resistance to vary selectively the duty cycle of its related duty cycle unit and output thereof.
Claim 4
Dependent Claim
227 words
An ornamental lighting control for Christmas tree lighting including in combination, a plurality of solid state duty cycle units each having a common input and respectively variable duty cycle outputs, connector means respectively connected to each unit's output for connecting thereto an ornamental lighting source, an RC gating circuit included in each duty cycle unit and wherein the gating circuit resistor determines the duty cycle of the unit and output thereof, a plurality of photoelectric cells with each of said cells being respectively connected within the RC gating circuitry of each of said duty cycle units and responsive to changing light intensity variations applied respectively thereto to vary respectively in resistance as required to effect corresponding like variations in the duty cycle of its related duty cycle unit and output thereof, light applying means positioned to apply light respectively to each of said photoelectric cells, motor means, means movable by said motor means to effect random like variations in the light as applied respectively to the cells whereby the varying light pattern as applied to each of said cells differ between cells one from the other for a predetermined operating interval of said motor means and a variable resistor respectively connected in parallel with each photoelectric cell and manually adjustable in resistance to vary selectively the duty cycle of its related duty cycle unit and output thereof.