Example embodiments disclosed herein relate to a display stand. The display stand includes a base, a support arm, one or more display mounts, and a latching mechanism. A display may be attached to the one or more display mounts. The display may include a variety of devices such a monitor, workstatio
Example embodiments disclosed herein relate to a display stand. The display stand includes a base, a support arm, one or more display mounts, and a latching mechanism. A display may be attached to the one or more display mounts. The display may include a variety of devices such a monitor, workstation, or computer. The latching mechanism is configured to have a latched position that secures the support arm and one or more display mounts in a reclined position substantially parallel to the base. The latching mechanism is additionally configured to have an unlatched position that allows extension of the support arm and one or more display mounts.
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1. A stand for a display, comprising: a base;a lower axis coupled to the base, the lower axis including a lower slot;an upper axis, the upper axis including an upper slot;a display mount coupled to the upper axis, the display mount to attach to the display;a support arm rotatably coupled to the lowe
1. A stand for a display, comprising: a base;a lower axis coupled to the base, the lower axis including a lower slot;an upper axis, the upper axis including an upper slot;a display mount coupled to the upper axis, the display mount to attach to the display;a support arm rotatably coupled to the lower axis and the upper axis, the support arm to retain the display mount in substantially the same orientation relative to the base as an angle of the support arm relative to the base changes; anda latch mechanism coupled to the lower axis and the upper axis, the latch mechanism including:an upper linkage,an upper linkage bar coupled to the upper linkage,an upper pin protruding an area proximal to an end of the upper linkage bar,a lower linkage,a lower linkage bar coupled to the lower linkage,a lower pin protruding an area proximal to an end of the lower linkage bar, anda linkage rocker coupled to the upper linkage and the lower linkage;wherein in a latched position, the lower pin to engage the lower slot and the upper pin to engage the upper slot to prevent rotation of the upper axis and the lower axis and retain the support arm in a reclined position substantially parallel to the base, and in an unlatched position, the lower pin to disengage the lower slot and the upper pin to disengage the upper slot and permit rotation of the support arm and adjustment of the angle of the support arm relative to the base. 2. The stand for a display of claim 1, wherein a height of the display relative to the base increases as the angle of the support arm relative to the base increases. 3. The stand for a display of claim 1, wherein the latch mechanism includes a reverse motion linkage assembly. 4. The stand for a display of claim 1, wherein the latch mechanism is configured to include an upper linkage bar coupled to an upper linkage, a lower linkage bar coupled to a lower linkage, and a linkage rocker coupled to the upper linkage and the lower linkage. 5. The stand for a display of claim 1, wherein the lower axis and upper axis are each configured to include a recess and the latch mechanism is further configured to include a lower pin disposed in the lower axis recess in the latched position and an upper pin disposed in the upper axis recess in the latched position. 6. The stand for a display of claim 1, wherein the latch mechanism is further configured to lock the lower axis and the upper axis in the latched position restricting movement of the support arm relative to the base. 7. The stand for a display of claim 6, wherein the latch mechanism is further configured to unlock lower axis and the upper axis in the unlatched position permitting movement of the support arm through the angle relative to the base. 8. The stand for a display of claim 1, wherein a height of the display mount relative to the base is selected to range from zero (0) millimeters to one hundred (100) millimeters as the angle of the support arm relative to the base increases from the reclined position to an extended position. 9. The stand for a display of claim 1, further comprising a display coupled to the display mount. 10. The stand for a display of claim 9, wherein the display includes one of a peripheral, monitor, a workstation and a computer. 11. A latch mechanism for securing a display stand in a reclined position, the display stand comprising an upper hinge including a slot and a lower hinge including a slot, the latch mechanism comprising: a linkage assembly comprising:an upper linkage bar,an upper pin extending from the upper linkage bar,an upper linkage connected to the upper linkage bar,a lower linkage bar,a lower pin extending from the lower linkage bar,a lower linkage connected to the lower linkage bar, anda linkage rocker connecting the upper linkage and the lower linkage;a biasing assembly connected to the linkage assembly, the biasing assembly to apply a resilient force to the linkage assembly that retains the upper pin in the slot of the upper hinge and the lower pin in the slot of the lower hinge to secure the display stand in the reclined position; andan actuator assembly coupled to the upper linkage bar, wherein upon actuation, the actuator to oppose the resilient force applied by the biasing assembly to remove the upper pin from the slot of the upper hinge and the lower pin from the slot of the lower hinge and to unsecure the display stand from the reclined position. 12. The latch mechanism of claim 11, wherein the actuator assembly includes a manually actuated button. 13. The latch mechanism of claim 11, wherein the biasing assembly is coupled to one of the upper linkage bar and the linkage rocker. 14. The latch mechanism of claim 11, wherein the biasing assembly includes a spring. 15. A method for a display stand having a base, comprising: rotating a support arm of the display stand toward the base about a lower axis coupled to the base until the support arm is in a reclined position substantially parallel to the base, the support arm including a lower linkage, a lower linkage bar coupled to the lower linkage, a lower pin protruding from an area proximal an end of the lower linkage bar, an upper linkage coupled to the lower linkage by a rocker, an upper linkage bar coupled to the upper linkage, and an upper pin protruding from an area proximal an end of the upper linkage bar;rotating a display mount of the display stand about an upper axis coupled to the support arm until the display mount is in the reclined position substantially parallel to the base; andlocking the lower axis and the upper axis by engaging the lower pin and the upper pin, with a slot in the lower axis and a slot in the upper axis respectively to prevent rotation of the upper axis and rotation of the lower axis and secure the support arm and the display mount in the reclined position substantially parallel to the base. 16. The method of claim 15, further comprising unlocking the lower axis and the upper axis to unsecure the support arm and the display mount from the reclined position and enable extension relative to the base. 17. The method of claim 16, wherein unlocking the lower axis and the upper axis includes opposing a resilient force applied by a biasing assembly to remove pins disposed in slots formed in the lower axis and the upper axis. 18. The method of claim 15, wherein locking the lower axis and the upper axis includes disposing pins in slots formed in the lower axis and the upper axis.
Deily, Mike F.; Reed McLaughlin, Robyn Rebecca; Park, Daniel C.; Hewett, Anthony J.; Bitz, Brian; Brown, Harold A.; Davis, Eric; Gault, Joe; Klein, Steve; Lin, Ingrid, Device with a rotatable display.
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