Bag clamp

1. A bag clamp comprising:

a first retention arm and a second retention arm, wherein each retention arm has a first end and a second end creating a length, with the first ends connected to a mechanism housing;

the first retention arm and second retention arm having a shape such that the two retention arms have an open receiving space located between the first and second ends of the retention arms;

a pivoting axis, in close proximity to the first end of the retention arms, about which the retention arms rotate such that the retention arms have an open position and a closed position, wherein in the closed position the second ends of the retention arms are in close proximity and in the open position the second ends of the retention arms are separated by a distance that is greater than the distance between the second ends of the retention arms in the closed position;

the mechanism housing containing a locking mechanism having an engaged setting and a disengaged setting, wherein in the engaged setting, the locking mechanism prevents the retention arms from rotating toward the open position and in the disengaged setting, the locking mechanism allows the retention arms to rotate toward the open position;

a release button having a first position and a second position and in communication with the locking mechanism, wherein in the first position, the locking mechanism is in the engaged setting and in the second position, the release button places the locking mechanism in the disengaged setting;

a biasing component in communication with the release button such that transitioning between button positions requires overcoming a biasing force imposed on the release button by the biasing component;

the locking mechanism further including a jamming component and a structural biasing element, wherein the structural biasing element forces a surface of the jamming component in a radial direction into contact with an internal surface of the mechanism housing to prevent rotation of the retention arms toward the open position; and

the release button configured to force the contacting surface of the jamming component out of contact with the internal surface of the mechanism housing when the release button is urged to the second position, thereby allowing the retention arms to rotate toward the open position.

2. The bag clamp of claim 1 , further comprising:

the release button having a conical member extending from a bottom surface facing the jamming component;

the jamming component having a frustoconical or conical aperture sized to receive at least a portion of the conical member on the release button; and

the conical member and the aperture misaligned when the jamming component is in the engaged setting.

3. The bag clamp of claim 1 , further comprising:

the mechanism housing comprising of a first section and a second section, the first section in communication with the first retention arm and the second section in communication with the second retention arm;

the second section housing the jamming component;

the first section having a cylindrical extension extending into the second section, wherein the cylindrical extension has an inner surface that encircles at least some portion of the jamming component; and

the engaged setting including the contacting surface of the jamming component in contact with the inner surface of the cylindrical extension.

4. The bag clamp of claim 3 , further comprising the contacting surface of the jamming component having a curved shape with the curvature terminating at a jamming corner, thereby allowing rotation of the cylindrical extension along the curved contacting surface towards the jamming corner because of a limited frictional force, while preventing rotation in the opposite direction because of the increased friction between the jamming corner and the inner surface of the cylindrical extension.

5. The bag clamp of claim 4 , further including:

the jamming component further having a pivoting axis about which the jamming component may rotate and a jamming pin that provides a structural platform in contact with the structural jamming element;

whereby the pivoting axis allows the jamming component to rotate the jamming corner into a desired position that causes an increase in friction between the jamming corner and the inner surface of the cylindrical extension.

6. The bag clamp of claim 1 , further comprising a compression pad disposed on the second end of each retention arm, whereby the compression pads allow the retention arms to rotate past an initial point of contact between the compression pads and a surface on which the bag clamp is being clamped such that the locking arms become engaged in a more closed position than the initial point of contact.

7. The bag clamp of claim 1 , further comprising a wireless communication module capable of communicating with a mobile device.

8. The bag clamp of claim 1 , further comprising a visual alert.

9. The bag clamp of claim 1 , further comprising an audible alert.

10. The bag clamp of claim 1 , wherein the connection between the contacting surface and the first retention arm is a pivoting connection.

11. The bag clamp of claim 1 , further comprising an alternate orientation attachment having an open receiving space that is generally perpendicular to the open receiving space of the bag clamp.

12. The bag clamp of claim 1 , further comprising a strap retention feature originating near one end of one of the retention arms within the outer perimeter of the arms creating a gap, of a predetermined distance between the one retention arm and the strap retention feature that is adapted to receive a bag's straps.

13. The bag clamp of claim 1 , further comprising a secondary locking mechanism having an engaged setting at a predetermined amount of rotation about the pivoting axis, which prevents the arms from rotating an amount greater than the predetermined amount of rotation.

14. The bag clamp of claim 1 , further comprising a mechanical lock having a locked position and an unlocked position, wherein the locked position prevents the locking mechanism from moving to the disengaged setting.

15. A bag clamp comprising:

a first retention arm and a second retention arm, wherein each retention arm has a first end and a second end creating a length, with the first ends connected to a mechanism housing;

the first retention arm and second retention arm having a shape such that the two retention arms have an open receiving space located between the first and second ends of the retention arms;

a pivoting axis, in close proximity to the first end of the retention arms, about which the retention arms rotate such that the retention arms have an open position and a closed position, wherein in the closed position the second ends of the retention arms are in close proximity and in the open position the second ends of the retention arms are separated by a distance that is greater than the distance between the second ends of the retention arms in the closed position;

the mechanism housing containing a locking mechanism having an engaged setting and a disengaged setting, wherein in the engaged setting, the locking mechanism prevents the retention arms from rotating toward the open position and in the disengaged setting, the locking mechanism allows the retention arms to rotate toward the open position;

a release button having a first position and a second position and in communication with the locking mechanism, wherein in the first position, the locking mechanism is in the engaged setting and in the second position, the release button places the locking mechanism in the disengaged setting;

the locking mechanism further including a jamming component and a structural biasing element attached thereto or integrated therewith, wherein the structural biasing element forces a surface of the jamming component in a radial direction into contact with an internal surface of the mechanism housing to prevent rotation of the retention arms toward the open position; and

the release button configured to force the contacting surface of the jamming component out of contact with the internal surface of the mechanism housing when the release button is moved to the second position, thereby allowing the retention arms to rotate toward the open position.

16. The bag clamp of claim 15 , further comprising:

the release button having a conical member extending from a bottom surface facing the jamming component;

the jamming component having a frustoconical or conical aperture sized to receive at least a portion of the conical member on the release button; and

the conical member and the aperture misaligned when the jamming component is in the engaged setting.

17. The bag clamp of claim 15 , further comprising:

the mechanism housing comprising of a first section and a second section, the first section in communication with the first retention arm and the second section in communication with the second retention arm;

the second section housing the jamming component;

the first section having a cylindrical extension extending into the second section, wherein the cylindrical extension has an inner surface that encircles at least some portion of the jamming component; and

the engaged setting including the contacting surface of the jamming component in contact with the inner surface of the cylindrical extension.

18. The bag clamp of claim 17 , further comprising the contacting surface of the jamming component having a curved shape with the curvature terminating at a jamming corner, thereby allowing rotation of the cylindrical extension along the curved contacting surface towards the jamming corner because of a limited frictional force, while preventing rotation in the opposite direction because of the increased friction between the jamming corner and the inner surface of the cylindrical extension.

19. The bag clamp of claim 18 , further including:

the jamming component further having a pivoting axis about which the jamming component may rotate and a jamming pin that provides a structural platform in contact with the structural jamming element;

whereby the pivoting axis allows the jamming component to rotate the jamming corner into a desired position that causes an increase in friction between the jamming corner and the inner surface of the cylindrical extension.

20. The bag clamp of claim 1 , further comprising a compression pad disposed on the second end of each retention arm, whereby the compression pads allow the retention arms to rotate past an initial point of contact between the compression pads and a surface on which the bag clamp is being clamped such that the locking arms become engaged in a more closed position than the initial point of contact.