Instrument panel and board unit intended for same
An instrument panel ( 10 ) for a motor vehicle, with an upper side comprising a raisable cover ( 30 ) which, at a forward edge, as observed in the direction of forward movement of the vehicle, is supported for pivoting relative to a shell ( 20 ) of the panel, and with a storage space ( 40 ) delineated thereunder. The instrument panel has a board unit ( 50 ) which at a transverse edge is supported for pivoting relative to the shell ( 20 ) between the cover and the storage space, and comprises a pair of board leaves ( 60,70 ) pivotably connected to one another at an opposite transverse edge in such a way that a first board leaf ( 70 ) can be deployed, from a retracted working position abutting against the second board leaf ( 60 ) under the cover, to a deployed working position situated in a substantially horizontal plane with the second board leaf ( 60 ).
1. A panel with a board unit, the panel including a shell with an upper side, the panel further including
a raisable cover at and over the upper side, the cover having a forward edge in a forward direction, the forward edge of the cover being supported, at opposite sidewalls of the shell, for pivoting relative to the shell, and the shell including a storage space delineated under the cover;
the board unit having a first transverse edge at which the board unit is supported for pivoting relative to the shell and the board unit being between the cover and the storage space, the board unit comprising:
a pair of board leaves, each of the board leaves having a second respective transverse edge, the second transverse edges being pivotably connected to one another, the second transverse edges being located opposite the first transverse edge such that a first one of the pair of board leaves can be deployed from a retracted working position abutting against a second one of the pair of board leaves under the cover, to a deployed working position with the first board leaf situated in a substantially horizontal plane with the second board leaf, the second board leaf being connected to the opposite sidewalls of the shell by pivoting connections, the second board leaf not being radially moveable with respect to the pivoting connections.
2. A panel according to claim 1 , wherein the board unit is supported for pivoting at a forward end of the shell toward the forward edge of the cover.
3. A panel according to claim 1 , wherein the board unit is supported for pivoting at a rear end of the shell away from the forward edge of the cover.
4. A panel according to claim 1 , wherein the board unit is supported for movement along the shell with respect to the forward edge of the cover.
5. A panel according to claim 1 , wherein the storage space is delineated by a tray inserted in the shell.
6. A panel according to claim 5 , wherein the inserted tray is supported for pivoting at a forward end of the shell toward the forward edge of the cover.
7. A panel according to claim 1 , wherein the first board leaf in the deployed working position extends from its second respective transverse edge in a direction away from the forward edge of the raisable cover.
8. A panel according to claim 1 , wherein the raisable cover pivots relative to the shell about a first axis and the board unit pivots relative to the shell about a second axis, the first axis being spaced away from the second axis.
9. A panel with a board unit, the panel including a shell with an upper side, the panel further including
a raisable cover at and over the upper side, the cover having a forward edge in a forward direction, the forward edge of the cover being supported, at opposite sidewalls of the shell, for pivoting about a first axis relative to the shell, and the shell including a storage space delineated under the cover;
the board unit having a first transverse edge at which the board unit is supported for pivoting about a second axis relative to the shell and the board unit being between the cover and the storage space, the board unit comprising:
a pair of board leaves, each of the board leaves having a second respective transverse edge, the second transverse edges being pivotably connected to one another, the second transverse edges being located opposite the first transverse edge such that a first one of the pair of board leaves can be deployed from a retracted working position abutting against a second one of the pair of board leaves under the cover, to a deployed working position with the first board leaf situated in a substantially horizontal plane with the second board leaf, the first axis being spaced away from the second axis.