Motion sequence detection and actuation circuitry and articles incorporating same

• US 20040251837A1
• Filed: 06/10/2003
• Published: 12/16/2004
• Est. Priority Date: 06/10/2003
• Status: Abandoned Application

• Current Assignee: Kwok Lung Leung
• Original Assignee: Kwok Leung
• Inventors: Yeung, Kwok Piu Aaron, Leung, Kwok Lung
• Application Number:
  US10/457,364
• Publication Number:
  US 20040251837A1
• Time in Patent Office: Days
• US Class Current: 315/76
• CPC Class Codes: H05B 47/10 Controlling the light source
• CPC Class Codes: Y02B 20/40 Control techniques providing energy savings, e.g. smart controller or presence detection

Abstract

A circuit arrangement including a contact switch, a motion dependent switching means and motion detection means, said contact switch being alternatively movable between a first switching position and a second switching position corresponding to the alternative first and second making (or breaking) positions, said motion detection means include means to generate an actuation signal when said motion dependent switching means moves between said first and said second switching positions according to a first predetermined sequence and within a first predetermined time.

Claims

1. A circuit arrangement including a contact switch, a motion dependent switching means and motion detection means, said contact switch being alternatively movable between a first switching position and a second switching position corresponding to the alternative first and second making (or breaking) positions, said motion detection means include means to generate an actuation signal when said motion dependent switching means moves between said first and said second switching positions according to a first predetermined sequence and within a first predetermined time.

2. A circuit arrangement of claim 1, wherein said motion detection means include means for retaining the immediately past switching status of one of said switching positions for a second predetermined time, said second determined time being equal or larger than said first predetermined time.

3. A circuit arrangement of claim 1, wherein said motion detection means further include comparison means to compare said stored immediately part switching status of said one of said contact switches with the immediately next switching status of the other contact switch, said comparison means generates an actuation signal when said immediately past switching status of said one of said contact switch and said immediately next switching status of the other contact switch fulfil a predetermined relative relationship.

4. A circuit arrangement of claim 1, wherein said motion detection means includes a NAND gate with one of its input terminals connected to said first switching position and another of its input terminals connected to said second switching position, a capacitive means being connected intermediate between said second input terminal of said NAND gate and said second switching position of said contact switch.

5. A circuit arrangement of claim 4, wherein the output of said NAND gate is connected to an electronic light pattern generating means which includes a plurality of outputs pre-programmed to give a pre-determined sequence of lighting patterns.

6. A circuit arrangement of claim 1, wherein said motion dependent switching means includes first, second and third contact terminals and a movable switching member, said movable switching member can provide conductive bridging either over said first and second or said second and third contact terminals, thereby respectively forming said first and second switching positions.

7. A circuit arrangement of claim 6, wherein said movable switching member includes a conductive sphere movable between said first and second switching positions.

8. A circuit arrangement of claim 6, wherein said movable switching member includes a conductive cylindrical rod movable between said first and second switching positions.

9. A circuit arrangement of claim 1, wherein said motion dependent switching means include a cantilever-type switching member which is under spring bias in said first or said second switching positions.

10. A circuit arrangement of claim 1, further including a visual display means, said visual display means include a plurality of light emitting diodes of a first and a second, higher, operating voltage and said second operating voltage being provided by a charged capacitor in addition to a common power source.

11. A circuit arrangement of claim 1, further including a transparent flexible panel with at least a receptacle for receiving at least one visual display means.

12. A circuit arrangement of claim 11, wherein said transparent flexible panel include a surface on which there are engraved figures, patterns or lines formed by carbon dioxide laser.

13. A circuit arrangement of claim 12, wherein said engraved areas include grooves having edges which are substantially perpendicular to the transparent flexible panel surfaces for light reflection.

14. A circuit arrangement of claim 13, wherein said transparent flexible panel being attached to the outer wall of the shoe.

15. An article including a circuit arrangement of claim 1.

16. An article of claim 15, wherein said article includes a shoe.

17. An article including the circuit arrangement of claim 2.

18. An article of claim 17, wherein said article includes a shoe.

19. An article including the circuit arrangement of claim 3.

20. An article of claim 19, wherein said article includes a shoe.