Vertical stand
Provided is a stand including a first side wall and a second side wall coupled to a hinged based. The hinged based is pivotally coupled together by at least one pin with a resilient member that biases the stand in an open position. The stand adjusts to a closed position when an electronic device is place between the sidewalls and on the hinged base urging the hinged based downward causing the side walls to rotate in toward the electronic device to hold the electronic device.
1. A stand for holding electronic devices, the stand comprising:
a first side wall having a top and a bottom;
a second side wall having a top and bottom;
a hinged base having a first leaf and a second leaf pivotally coupled to the first leaf, the first leaf coupled to the first side wall and the second leaf coupled to the second side wall to define a receiving area between the first and second side walls; and
a support pad disposed on a top surface of the first leaf and a support pad disposed on a top surface of the second leaf, each support pad comprising at least one ridge that extends upward into the receiving area to assist holding and supporting the electronic device,
wherein the stand is biased in an open position where the tops of the first and second walls are a first distance from one another, and movable to a closed position where the tops of the first and second walls are a second distance less than the first distance from one another.
2. The stand according to claim 1 , wherein in the closed position, the hinged based moves downward toward a substrate.
3. The stand according to claim 1 , wherein in the closed position, the first and second leafs pivot relative to one another causing the tops of the first and second side walls to rotate inward to contact the electronic device.
4. The stand according to claim 1 , wherein the first leaf has a first plurality of knuckles and the second leaf has a second plurality of knuckles configured to interlock and align with the first plurality of knuckles.
5. The stand according to claim 4 , wherein the first and second plurality of knuckles each include a passage extending therethrough that align with one another when interlocked to form an attachment passage.
6. The stand according to claim 5 , wherein the first leaf and the second leaf are coupled by a rod disposed in the attachment passage.
7. The stand according to claim 1 , wherein the hinged base additionally includes a resilient member biasing the stand in the open position when the receiving area is empty.
8. The stand according to claim 1 , wherein the first leaf has a bottom surface and at least one rotation stop projecting outwardly from the first plurality of knuckles and the second leaf has a bottom surface and at least one rotation stop projecting outwardly from the second plurality of knuckles, and wherein when the stand is in the open position, the at least one rotation stop of the first leaf contacts the bottom surface of the second leaf and the at least one rotation stop of the second leaf contacts the bottom surface of the first leaf to prevent the hinged base from opening past a predetermined angle.
9. The stand according to claim 8 , wherein the predetermined angle is 180 degrees and the hinged base is a flat surface when the stand is in the open position.
10. The stand according to claim 1 , further comprising a bumper disposed on the top of the first side wall and a bumper disposed on the top of the second side wall.
11. The stand according to claim 10 , wherein the first side wall and the second side wall each include a shoulder configured to contact and support a bottom surface of a respective one of the bumpers.
12. A stand for holding electronic devices, comprising:
a first side wall having a top, a bottom, and a first cavity;
a second side wall having a top, a bottom, and a second cavity; and
a hinged base having a first leaf with a first flange configured to be received in the first cavity and a second leaf with a second flange configured to be received in the second cavity, the first and second leafs being pivotally coupled to one another,
wherein the first side wall, the second side wall and the hinged base define a receiving area between the first and second side walls, and
wherein the stand has an open position where the tops of the first and second walls are a first distance from one another and closed position where the tops of the first and second walls are a second distance less than the first distance from one another.
13. The stand according to claim 12 , wherein the first leaf has a first plurality of knuckles opposite the first flange and the second leaf has a second plurality of knuckles opposite the second flange configured to interlock and align with the first plurality of knuckles.
14. The stand according to claim 13 , wherein the first plurality of knuckles are longitudinally spaced from one another along a length of the first leaf and the second plurality of knuckles are longitudinally spaced form one another along a length of the second leaf.
15. The stand according to claim 13 , wherein the first plurality of knuckles includes a first pair of knuckles and a second pair of knuckles and the second plurality of knuckles includes a third pair of knuckles and a fourth pair of knuckles, and wherein the first and third pairs of knuckles are configured to interlock and align and the second and fourth pair of knuckles are configured to interlock and align.
16. The stand according to claim 15 , wherein the first leaf additionally includes a central knuckle positioned between the first and second pairs of knuckles, the central knuckle configured to be received in a receiving space in the second leaf.
17. The stand according to claim 12 , wherein the hinged base additionally includes a resilient member biasing the stand into the open position when the receiving area is empty.
18. A stand for holding electronic devices, comprising:
a first side wall;
a second side wall; and
a hinged base comprising:
at least one pin;
a first leaf coupled to the first side wall, the first leaf having a plurality of first knuckles configured to receive the at least one pin, a bottom surface, and at least one rotation stop projecting outwardly from the plurality of knuckles;
a second leaf coupled to the second side wall, the second leaf having a plurality of second knuckles configured to receive the at least one pin and interlock with the first knuckles, a bottom surface, and at least one rotation stop projecting outwardly from the plurality of second knuckles; and
a resilient member;
wherein the at least one pin extends through passages in the first knuckles, the second knuckles, and the resilient member to pivotally couple the first and second leafs together, and wherein when the stand is in an open position, the at least one rotation stop of the first leaf contacts the bottom surface of the second leaf and the at least one rotation stop of the second leaf contacts the bottom surface of the first leaf to prevent the hinged base from opening past a predetermined angle of 180 degrees and the hinged base is a flat surface.