Cupholder system for a vehicle
A cupholder system for a vehicle includes: a cupholder assembly comprising a first cupholder opening; a lid configured to, when in a closed position, cover at least the first cupholder opening, and when in an open position, uncover the first cupholder opening; and an actuation system configured to, in dependence on an electrical signal, deploy the lid in a first path to the open position and deploy the cupholder assembly in a second path from a stowed position to a deployed position.
1 . A cupholder system for a vehicle, the cupholder system comprising:
a cupholder assembly comprising a first cupholder opening;
a lid configured to, when in a closed position, cover at least the first cupholder opening, and when in an open position, uncover the first cupholder opening;
an actuation system configured to, in dependence on an electrical signal, deploy the lid in a first rotational path to the open position and deploy the cupholder assembly in a second path from a stowed position to a deployed position; and
an object retainer surface curved so that in use as the lid rotates between the closed position and the open position, a proximal edge of the lid proximal to the object retainer surface moves at a substantially constant distance from the object retainer surface, wherein when the lid is at the open position, the object retainer surface and the lid remain separated from each other by the substantially constant distance.
2 . The cupholder system of claim 1 , further comprising an object retention device to retain loose objects resting on an exterior surface of the lid.
3 . The cupholder system of claim 1 , wherein the actuation system comprises a shared actuator and a mechanism configured to link the shared actuator to the lid and to the cupholder assembly.
4 . The cupholder system of claim 1 , wherein the first rotational path of the lid to the open position comprises rotation of the lid, and wherein the second path of the cupholder assembly comprises translation of the cupholder assembly.
5 . The cupholder system of claim 1 , wherein the lid in the closed position is at a flush position relative to a first plane, and wherein the first cupholder opening in the deployed position is substantially at the flush position.
6 . The cupholder system of claim 1 , wherein the lid in the closed position is above the cupholder assembly, wherein the first cupholder opening in the stowed position is below the lid, and wherein the first cupholder opening in the deployed position is above the stowed position.
7 . The cupholder system of claim 1 , wherein at the open position of the lid, an edge of the lid is substantially flush with an edge of the cupholder assembly at the deployed position.
8 . The cupholder system of claim 1 , comprising a controller configured to, during movement of the lid to the open position, detect an interference against moving the lid to the open position, and to interrupt movement of the lid in response to the detection.
9 . The cupholder system of claim 8 wherein interrupting movement of the lid comprises leaving the lid in a partially open position until a resume signal is received.
10 . The cupholder system of claim 1 , wherein the cupholder assembly comprises a second cupholder opening, wherein the lid in the closed position further covers the second cupholder opening, wherein the lid in the open position exposes the first and second cupholder openings, and wherein deployment of the cupholder assembly causes at least the first and second cupholder openings to move.
11 . A vehicle centre console comprising the cupholder system of claim 1 .
12 . The vehicle centre console of claim 11 , comprising a user input device section located aft of the cupholder system, closer to a seat than the cupholder system.
13 . A vehicle comprising the cupholder system of claim 1 .
14 . The cupholder system of claim 1 , wherein the substantially constant distance has a value of less than two millimetres.
15 . The cupholder system of claim 1 wherein the proximal edge of the lid adjacent the object retainer surface comprises a deformable member which is compressible to maintain sliding contact between the lid and the object retainer surface.
16 . The cupholder system of claim 1 wherein the object retainer surface is a curved surface having a radius of curvature from a centre of curvature, the centre of curvature parallel to an axis of rotation of the lid.
17 . The cupholder system of claim 16 wherein the centre of curvature of the object retainer surface lies substantially on the axis of rotation of the lid.
18 . The cupholder system of claim 1 wherein a curve length of the object retainer surface is dimensioned such that the proximal edge of the lid adjacent the object retainer surface is against the object retainer surface at the open position of the lid.