Object holder with quick-release anchoring capability

1. An object holder with releasable anchoring capability, comprising:

an object carrier configured to hold an object while maintaining a fixed positional relationship therewith, the object carrier including an object carrier base arranged for interposition between the object and an external reference surface when the object is mounted to the reference surface using the object holder;

a vacuum release actuator integrally formed on the object carrier base and being displaceable relative to the object carrier base in order to separate from the object along an axis that extends normal to the reference surface;

an anchor member carried by vacuum release actuator;

the anchor member including an outer seal member, an inner seal member, and an interconnecting vent port;

the outer seal member being arranged to engage the reference surface and form a substantially airtight seal therewith that defines an outer controlled pressure zone, the outer controlled pressure zone including a region located between the outer seal member and the reference surface;

the inner seal member being arranged to engage the object and form a substantially airtight seal therewith that defines an inner controlled pressure zone, the inner controlled pressure zone comprising a region located between the inner seal member and the object;

the vent port having an outer end in fluid communication with the outer controlled pressure zone and an inner end in fluid communication with the inner controlled pressure zone; and

whereby when the object holder holds the object and is mounted to the reference surface by virtue of the inner and outer controlled pressure zones maintaining a negative pressure differential relative to an external ambient pressure, the inner and outer controlled pressure zones can be vented by manipulating the object carrier away from the reference surface to separate the object and the vacuum release actuator until the inner seal member breaks its substantially airtight seal with the object.

2. The object holder of claim 1 , wherein the object carrier base comprises a substantially planar plate structure having an inner side arranged to oppose a side of the object that faces the reference surface, and an outer side arranged to oppose the reference surface.

3. The object holder of claim 1 , wherein the object carrier base extends across an entire side of the object that faces the reference surface.

4. The object holder of claim 1 , wherein the object carrier includes one or more holding elements arranged on a periphery of the object carrier base.

5. The object holder of claim 4 , wherein the one more holding elements are angled relative to a major surface portion of the object carrier base that faces the reference surface in order to engage one or more sides of the object that do not face the reference surface.

6. The object holder of claim 1 , wherein the vacuum release actuator comprises a flexible portion of the object carrier base.

7. The object holder of claim 1 , wherein the vacuum release actuator comprises a pivotable or bendable portion of the object carrier base.

8. The object holder of claim 1 , wherein the vacuum release actuator comprises a flap formed on the object carrier base.

9. The object holder of claim 1 , wherein the object carrier base has one or more discontinuities therein.

10. The object holder of claim 9 , wherein one of the discontinuities defines the vacuum release actuator.

11. The object holder of claim 10 , wherein a discontinuity that defines the vacuum release actuator is a slot or a slit that creates a flap representing the vacuum release actuator.

12. The object holder of claim 11 , wherein the slot or slit that creates the flap representing the vacuum release actuator is substantially U-shaped.

13. The object holder of claim 1 , wherein the vacuum release actuator is disposed proximate to a central portion of the object carrier base.

14. The object holder of claim 1 , wherein the anchor member is detachably connected to the vacuum release actuator.

15. The object holder of claim 1 , wherein the anchor member is integrally formed on the vacuum release actuator.

16. The object holder of claim 1 , wherein the outer seal member is larger than the inner seal member, such that the outer seal member develops greater suction force than the inner seal member, and so that the inner seal member separates from the object before the outer seal member separates from the reference surface.

17. The object holder of claim 1 , wherein one or both of the outer seal member and the inner seal member are cup-shaped.

18. The object holder of claim 1 , wherein the object carrier comprises a smartphone case and the object is a smartphone or other handheld electronic device.

19. An object holder with releasable anchoring capability, comprising:

an object carrier configured to hold an object while maintaining a fixed positional relationship therewith, the object carrier including an object carrier base arranged for substantially complete interposition between the object and an external reference surface when the object is mounted to the reference surface using the object holder;

a vacuum release actuator disposed on the object carrier base and being displaceable relative to the object carrier base in order to separate from the object along an axis that extends normal to the reference surface;

an anchor member carried by vacuum release actuator;

the anchor member including an outer seal member, an inner seal member, and an interconnecting vent port;

the outer seal member being arranged to engage the reference surface and form a substantially airtight seal therewith that defines an outer controlled pressure zone, the outer controlled pressure zone including a region located between the outer seal member and the reference surface;

the inner seal member being arranged to engage the object and form a substantially airtight seal therewith that defines an inner controlled pressure zone, the inner controlled pressure zone comprising a region located between the inner seal member and the object;

the vent port having an outer end in fluid communication with the outer controlled pressure zone and an inner end in fluid communication with the inner controlled pressure zone; and

whereby when the object holder holds the object and is mounted to the reference surface by virtue of the inner and outer controlled pressure zones maintaining a negative pressure differential relative to an external ambient pressure, the inner and outer controlled pressure zones can be vented by manipulating the object carrier away from the reference surface to separate the object and the vacuum release actuator until the inner seal member breaks its substantially airtight seal with the object.

20. An object holder with releasable anchoring capability, comprising:

an object carrier configured to hold an object while maintaining a fixed positional relationship therewith, the object carrier including a substantially planar object carrier base arranged for interposition between a reference surface-facing side of the object and an external reference surface when the object is mounted to the reference surface using the object holder;

the object carrier further including one or more object holding elements arranged on a periphery of the object carrier base to engage one or more sides of the object that do not face the reference-surface;

a vacuum release actuator disposed on the object carrier base and being displaceable relative to the object carrier base in order to separate from the object along an axis that extends normal to the reference surface;

an anchor member carried by vacuum release actuator;

the anchor member including an outer seal member, an inner seal member, and an interconnecting vent port;

the outer seal member being arranged to engage the reference surface and form a substantially airtight seal therewith that defines an outer controlled pressure zone, the outer controlled pressure zone including a region located between the outer seal member and the reference surface;

the inner seal member being arranged to engage the object and form a substantially airtight seal therewith that defines an inner controlled pressure zone, the inner controlled pressure zone comprising a region located between the inner seal member and the object;

the vent port having an outer end in fluid communication with the outer controlled pressure zone and an inner end in fluid communication with the inner controlled pressure zone; and

whereby when the object holder holds the object and is mounted to the reference surface by virtue of the inner and outer controlled pressure zones maintaining a negative pressure differential relative to an external ambient pressure, the inner and outer controlled pressure zones can be vented by manipulating the object carrier away from the reference surface to separate the object and the vacuum release actuator until the inner seal member breaks its substantially airtight seal with the object.