Crossover bracket for drapery

• US 9,801,486 B2
• Filed: 05/14/2015
• Issued: 10/31/2017
• Est. Priority Date: 05/19/2014
• Status: Active Grant

• Current Assignee: Current Products Corp.
• Original Assignee: Current Products Corp.
• Inventors: Mullet, Willis Jay, Fox, Michael D.
• Primary Examiner(s): Mitchell, Katherine
• Assistant Examiner(s): RAMSEY, JEREMY C
• Application Number:
  US14/712,551
• Publication Number:
  US 20150327705A1
• Time in Patent Office: 901 Days
• CPC Class Codes: A47H 1/02 Curtain rods stair rods A47G27/06
• CPC Class Codes: A47H 2001/0215 being tubular
• CPC Class Codes: A47H 23/01 Bottom bars for stretching hanging curtains; Magnets, slide fasteners, or the like to improve closing of curtains
• CPC Class Codes: A47H 5/02 Devices for opening and closing curtains
• CPC Class Codes: A47H 5/06 Devices with screw-threads on rods or spindles

Abstract

A drapery system that operates by rotating a rod having one, or a pair of left hand twist helical grooves, and one or a pair of right hand twist helical grooves, where the left hand twist and right hand twist helical grooves cross one another in equal spaced alignment across the length of the rotating rod. A plurality of idler rings and at least one driver ring are positioned around the drapery rod. The idler rings have a smooth interior surface whereas the driver rings include at least one tooth that engages a helical groove of the rotating rod. As the rotating rod is rotated, the driver ring is driven across the length of the rotating rod, thereby opening and closing the system. The system also includes a mounting bracket allows for extending the drapery past the inward edge of the inward most ring.

Claims

1. A drapery system comprising:

a rod extending a length and having a cylindrical exterior surface;

the rod having a first helical guide structure and a second helical guide structure positioned in the exterior surface of the rod;

a plurality of rings positioned around the rod;

the plurality of rings including an inward most ring and a second inward most ring;

wherein the inward most ring and the second inward most ring are connected together by a connecting bracket such that the inward most ring and the second inward most ring are maintained in spaced relation to one another by the connecting bracket as they travel across a length of the rod;

wherein the inward most ring and the second inward most ring are engaged with at least one of the first helical guide structure or second helical guide structure such that when the rod is rotated, the inward most ring and the second inward most ring are moved along a length of the rod.

2. The drapery system of claim 1 further comprising a motor connected to the rod, the motor configured to rotate the rod thereby opening and closing the plurality of rings.

3. The drapery system of claim 1 further comprising wherein the inward most ring includes at least one tooth that engages at least one of the first helical guide structure or second helical guide structure of the rod such that when the rod is rotated the inward most ring is driven across a length of the rod.

4. The drapery system of claim 1 further comprising wherein the second inward most ring includes at least one tooth that engages at least one of the first helical guide structure or second helical guide structure of the rod such that when the rod is rotated the second inward most ring is driven across a length of the rod.

5. The drapery system of claim 1 further comprising:

an activating device connected to the connecting bracket;

wherein the activating device engages the rod when activated.

6. The drapery system of claim 1 further comprising:

an activating device connected to the connecting bracket;

wherein the activating device strikes the rod thereby generating vibrations that are sensed by a sensor;

wherein the sensor activates a motor operatively connected to the rod.

7. The drapery system of claim 1 further comprising:

a sensor connected to the rod;

wherein the sensor senses vibrations and selectively activates a motor operably connected to the rod to rotate the rod.

8. The drapery system of claim 1 further comprising:

a crossover bracket section connected to the connecting bracket;

wherein the crossover bracket section extends a distance past an inward side of the inward most ring.

9. A drapery system comprising:

a rod having a cylindrical exterior surface;

the rod extending a length between opposing ends;

a first helical guide structure and a second helical guide structure positioned in the exterior surface of the rod;

a first driver ring and a second driver ring positioned around the rod and connected together by a connecting bracket; and

wherein the first driver ring and the second driver ring each have a tooth that engages at least one of the first helical guide structure or second helical guide structure such that when the rod is rotated the first driver ring and the second driver ring are driven across a length of the rod;

wherein when the first driver ring and the second driver ring are driven across a length of the rod the connecting bracket serves to maintain the alignment of the first driver ring and the second driver ring.

10. The drapery system of claim 9 wherein the first driver ring includes the tooth positioned on a top inner circumferential surface of the first driver ring.

11. The drapery system of claim 9 wherein the first driver ring includes the tooth positioned on a bottom inner circumferential surface of the first driver ring.

12. The drapery system of claim 9 wherein the second driver ring includes the tooth positioned adjacent a top surface of the second driver ring.

13. The drapery system of claim 9 wherein the second driver ring includes the tooth positioned adjacent a bottom surface of the second driver ring.

14. The drapery system of claim 9 wherein the second driver ring includes:

a top surface with the tooth positioned adjacent to the top surface; and

a bottom surface which is smooth.

15. The drapery system of claim 9 further comprising:

a sensor connected to the rod, the sensor configured to sense vibrations and activate a motor; and

the motor operatively connected to the rod, wherein the motor is activated by the sensor in response to sensed vibrations.

16. The drapery system of claim 9 further comprising an activating device connected to the bracket, when actuated the activating device is configured to engage the rod thereby generating vibrations in the rod.

17. A drapery system comprising:

a rod having an exterior surface;

the rod extending a length between opposing ends;

a first helical guide structure and a second helical guide structure positioned in the exterior surface of the rod;

a first ring and a second ring positioned around the rod;

the first ring and the second ring connected together by a connecting bracket such that the first ring and the second ring are positioned in spaced alignment and maintained in spaced alignment by the connecting bracket;

an activating device connected to the bracket;

wherein when activated, the activating device strikes the rod thereby generating vibrations in the rod;

a sensor operatively connected to the rod;

wherein the sensor sensed vibrations caused when the activating strikes the rod.

18. The drapery system of claim 17 wherein the sensor is tuned to sense vibrations caused when the activating device strikes the rod within predetermined parameters.

19. The drapery system of claim 17 wherein the sensor is operably connected to a microprocessor and a motor, such that when the sensor senses vibrations within predetermined parameters the sensor transmits a signal to the microprocessor that activates the motor.

20. The drapery system of claim 17 wherein when activated the rod rotates thereby opening or closing a curtain connected to the first ring and second ring.

21. The drapery system of claim 17 wherein one of the first ring or the second ring have a tooth that engages at least one of the first helical guide structure or second helical guide structure of the rod such that when the rod is rotated the first ring and the second ring are driven across a length of the rod.

22. The drapery system of claim 17 wherein the activating device includes a spring arm that strikes the rod when deflected and released.

23. The drapery system of claim 17 wherein the activating device includes a wand that releases a spring arm that strikes the rod.

24. A drapery system, comprising:

a rod extending a length;

the rod having a cylindrical exterior surface;

a first helical guide structure and a second helical guide structure positioned in the exterior surface of the rod;

a pair of crossover bracket members connected to the rod;

the pair of crossover bracket members each having an inward most ring and a second inward most ring connected together by a connecting bracket;

the pair of crossover bracket members each having a crossover bracket connected to the connecting bracket, the crossover bracket extending past an inward edge of the inward most ring;

wherein the pair of crossover bracket members move along a length of the rod between an open position and a closed position; and

wherein when the crossover bracket members are in a closed position, the crossover brackets are positioned in an overlapping condition;

wherein the inward most ring and second inward most ring of each crossover bracket member are engaged with at least one of the first helical guide structure or second helical guide structure.

25. The drapery system of claim 24, further comprising a panel of material connected to each of the connecting brackets such that when in a closed position, an inner edge of the panels of material are positioned in overlapping condition thereby preventing light gaps between the panels of material.

26. The drapery system of claim 24, further comprising an activating mechanism connected to at least one of the crossover bracket members, the activating mechanism configured to engage the rod when actuated thereby generating a vibration.

27. A drapery system comprising:

a rod extending a length and having a cylindrical exterior surface;

the rod comprising a first helical guide structure and a second helical guide structure positioned in the exterior surface of the rod;

a first ring and a second ring positioned around the rod;

the first ring and the second ring connected together by a connecting bracket such that the first ring and the second ring are positioned in spaced alignment and maintained in spaced alignment by the connecting bracket;

wherein the first ring and the second ring are engaged with at least one of the first helical guide structure or the second helical guide structure;

a motor operatively connected to the rod;

a motor controller operatively connected to the motor and configured to control the motor;

a sensor operatively connected to the rod and the motor controller;

an activating mechanism operatively connected to the rod; and

the activating mechanism having a first member that selectively engages a second member;

thereby causing the second member to strike the rod thereby generating vibrations in the rod;

wherein when the motor is activated the rod is rotated and the first ring and second ring are driven along a length of the rod thereby opening or closing the drapery system.

28. The drapery system of claim 27, wherein the first member includes a fastener connected to a wand with a spring member positioned between the fastener and the wand.

29. The drapery system of claim 27, wherein the second member includes a stop member connected to a spring arm, wherein the stop member strikes the tube when the spring arm is deflected and released by the first member.

30. The drapery system of claim 27, wherein the sensor is configured to sense the vibrations generated by the second member engaging the rod and in response the motor is activated thereby opening or closing the drapery system.