Suction mount for a handheld electronic device accessory
A suction mount for mounting to a surface an accessory for a handheld electronic including a suction mount housing having an interface securable to the accessory for the handheld electronic device. A suction cup is disposed within a bore of the housing for engaging the surface by vacuum engagement.
1 . A suction mount for mounting to a surface an accessory for a handheld electronic device, the mount comprising:
a suction mount housing having a top and a bottom, the bottom defining a bore, the housing further having a flange disposed at the bottom and a ledge disposed between the top and the bottom, the flange having a lateral perimeter, the suction mount housing further includes an interface securable to the accessory for the handheld electronic device;
a suction cup disposed within the bore for engaging the surface; and
a generally arcuate lever pivotally mounted to the suction mount housing and coupled to the suction cup, the lever pivotable between a first position wherein the suction cup is in a relaxed state and a second position to cause vacuum engagement of the suction cup and the surface when the suction cup is engaged with the surface;
wherein, when the lever is in the second position, the lever extends parallel to the ledge to surround a portion of the housing, is disposed on the ledge, has a lateral perimeter that extends less than the lateral perimeter of the bottom flange.
2 . The suction mount of claim 1 further including a pin coupling the lever to the housing.
3 . The suction mount of claim 2 where the housing defines a pair of elongate slots, the pin extending through the slots and having two ends, each end secured to the lever, the pin travelling along the slots during pivoting of the lever.
4 . The suction mount of claim 2 further including a connector secured to the suction cup and a spring engaged with the connector and the housing, the spring biasing the connector and housing in opposite directions.
5 . The suction mount of claim 4 wherein the connector includes two posts, each post defining a hole, the pin extending through the holes within the bore.
6 . The suction mount of claim 2 further including a connector secured to the suction cup and a spring and the housing includes at least one protrusion extending towards the suction cup, the spring engaged with the connector and the protrusion and biasing the connector and housing in opposite directions.
7 . The suction mount of claim 6 wherein the connector includes a hole that receives the pin.
8 . The suction mount of claim 6 wherein there are two protrusions.
9 . The suction mount of claim 6 wherein the protrusion includes a tongue and a pair of engaging arms and the coil is a spring coil that defines a hole receiving the tongue, the engaging arms engaging the spring.
10 . The suction mount of claim 9 wherein there are two protrusions.
11 . The suction mount of claim 10 wherein the connector includes a pair of posts extending toward the top of the housing, each post defines a hole that receives the hinge pin.
12 . The suction mount of claim 11 wherein the suction cup defines a bore that receivingly engages the connector.
13 . The suction mount of claim 11 wherein the suction cup and the connector are a single integral structure.
14 . The suction mount of claim 1 wherein none of the lateral perimeter of the lever extends to any of the lateral perimeter of the flange when the lever is in the second position.
15 . The suction mount of claim 1 the lateral perimeter of the lever extends less than the lateral perimeter of the flange at all locations around the lateral perimeter of the lever when the lever is in the second position.
16 . The suction mount of claim 1 further comprising a fastener for securing the interface to the accessory to the handheld device.
17 . The suction mount of claim 1 wherein the degree of rotation of the lever between the first and second positions is 90 degrees.
18 . The suction mount of claim 1 wherein the lever is generally perpendicular to the surface when the housing is disposed on the surface and when the lever is in the first position.