Remote control latch system

• US 5,815,895 A
• Filed: 12/07/1996
• Issued: 10/06/1998
• Est. Priority Date: 12/07/1996
• Status: Expired due to Fees

• Current Assignee: Bradley O. Carlson, Brian L. Griffis
• Original Assignee: Bradley O. Carlson, Brian L. Griffis
• Inventors: Carlson, Bradley O., Griffis, Brian L.
• Primary Examiner(s): Cuomo, Peter M.
• Assistant Examiner(s): TRAN, HANH VAN
• Application Number:
  US08/763,098
• Time in Patent Office: 668 Days
• Field of Search: 24/603, 24/602, 24/633, 24/641, 24/637
• US Class Current: 24/603
• CPC Class Codes: A44B 11/25 with two or more separable parts
• CPC Class Codes: B60R 22/321 using electric means
• CPC Class Codes: B68C 1/00 Saddling equipment for riding- or pack-animals
• CPC Class Codes: Y10T 24/45466 having electric or fluid powered, actuation or release, of interlock
• CPC Class Codes: Y10T 24/45644 for shifting pivotally connected interlocking component
• CPC Class Codes: Y10T 24/45665 for shifting pivotally connected interlocking component

Abstract

A latch system for joining a first strap section or section of flexible support to a second strap section or section of flexible support. Attached to the second strap section is a rod that is adapted for insertion into the latch system, and for releasing the second strap section in response to a control signal. The latch system also includes a support housing with a cross member and an attachment for attaching the housing to the first strap. The system also includes a crank shaft with a longitudinal axis and which is rotatably supported within the support housing. The crank shaft also includes a generally slotted opening that is substantially parallel to its longitudinal axis. Within the housing is also mounted a mechanism for allowing rotation of the crank shaft in response to a control signal, the rotation being between a first position where the generally slotted opening of the crank shaft is obstructed by the cross member of the support housing, so that the rod may retained within the longitudinal opening of the crank shaft, and a second position where the longitudinal opening on the crank shaft is generally unobstructed by the cross member of the support housing, so that the rod may be removed from the slotted opening of the crank shaft.

Claims

1. A latch system for joining a first strap section to a second strap section, the second strap section having a releasable means adapted for insertion into the latch system, and for releasing the second strap section in response to a control signal, the latch system comprising:

a support housing having a cross member and means for attaching the housing to the first strap;

a crank shaft, the crank shaft having a longitudinal axis and being rotatably supported within the support housing and having an opening that is substantially parallel to the longitudinal axis and adapted for receiving the releasable means; and

means for allowing rotation of said crank shaft in response to a control signal, the rotation being between a first position where the opening of the crank shaft is obstructed by the cross member of the support housing, said means for allowing rotation of said crank shaft in response to a control signal comprising;

at least one lever arm attached to said crank shaft;

a brace means for engaging said lever arm, said brace means being pivotally mounted to said housing and connected to a means for moving said brace means between a first position where said brace means engages said lever arm, so that rotation of said crank shaft is prevented, and a second position where said lever arm is free to move relative to said brace means, so that the releasable means may retained within the opening of said crank shaft when said brace means is in said first position and said crank shaft is in said first position, and so that the releasable means may be removed from the opening of said crank shaft when said brace means is in said second position, allowing said crank shaft to move to said second position.

2. A latch system according to claim 1, wherein said means for moving said brace means in response to a control signal comprises an electrical actuator means electrically connected to a receiver means for receiving and responding to a remote control signal.

3. A latch system according to claim 2, wherein said electrical actuator means is powered by a battery within said housing.

4. A latch system according to claim 2, wherein said electrical actuator means is electrically connected to a power source.

5. A remote controlled latch system for joining a first section of a strap to a second section of a strap on a rigging for mounting an animal, the latch system comprising:

a support housing having a cross member and means for attaching to a first section of strap;

a rotatable crank shaft having a longitudinal axis and a catch, the catch having an opening that is generally parallel to the axis of the crank shaft;

at least one lever arm attached to said crank shaft;

a brace means for engaging said lever arm, said brace means being pivotally mounted to said housing and connected to a means for moving said brace means between a first position where said brace means engages said lever arm so that rotation of said crank shaft is prevented and a second position where said lever arm is free to move relative to said brace means;

a releasable means adapted for insertion into the opening of said catch and having means for attaching a second section of strap;

means for allowing rotation of said brace means in response to a remote control signal, the rotation being between a first position where the position of said crank shaft and the opening of the catch is obstructed by the cross member of the support housing is maintained, and a second position where the motion of the crank shaft and opening of the catch is moveable so that the motion of the releasable means in relation to the housing is generally unobstructed by the cross member of the support housing, so that said releasable means may be removed from the opening of the catch.

6. A latch system according to claim 5, wherein said means for moving said brace means is an electrical actuator means that is powered by a battery within said housing.

7. A latch system according to claim 6, wherein said actuator means is an electrical solenoid.

8. A latch system according to claim 6, wherein said actuator means is a servo motor.

9. A latch system according to claim 8, and further comprising:

a power source;

a remote control receiver having means for controlling power

from the power source to the solenoid, so that power to actuate the solenoid may be controlled in response to a signal delivered to the remote control receiver.

10. A latch system according to claim 9, wherein said cross member comprises a plate, so that the plate may cover said housing and retain said releasable means within the opening of said crank shaft.

11. A remote controlled, releasable latch system for joining a first section of a strap to a second section of a strap on a rigging for mounting an animal, the latch system comprising:

a support housing having a cross member and means for attaching to a first section of strap;

a crank shaft, the crank shaft being rotatably supported within said support housing and having an opening, and further comprising at least one lever arm having a first end and a second end, the first end of the lever arm being rigidly connected to said crank shaft, so that rotation of said crank shaft may be controlled by movement of the second end of the lever arm, and at least one pawl means for securing the position of the second end of the lever arm;

releasable means adapted for insertion into the opening of said crank shaft and having means for attaching a second section of strap;

a solenoid actuateable in response to a remote control signal and connected to the pawl means, so that the pawl means may be moved by said solenoid in response to a remote control signal, and so that motion of the pawl means releases the second end of the lever arm and thereby allowing motion of the crank shaft between a first position where the opening of the crank shaft is obstructed by the cross member of the support housing and a second position where the opening of said crank shaft is generally unobstructed by the cross member of the support housing, so that said releasable means may be removed from the opening of said crank shaft.

12. A remote controlled, releasable latch system for joining a first section of a strap to a second section of a strap on a rigging for mounting an animal, according to claim 11, wherein said cross member comprises a plate, so that the plate may cover said housing and retain said releasable means within the opening of said crank shaft.

13. A remote controlled, releasable latch system for joining a first section of a strap to a second section of a strap on a rigging for mounting an animal, according to claim 12, and further comprising:

a power source;

a remote control receiver having means for controlling power

from the power source to the solenoid, so that power to actuate the solenoid may be controlled in response to a signal delivered to the remote control receiver.