초록 ▼

A cupholder assembly includes an outer housing and an inner carriage movably disposed within the outer housing. The inner carriage defines at least one cup well. A first door and a second door are movable between closed positions, which block the inner carriage, and open positions, which allow acces

A cupholder assembly includes an outer housing and an inner carriage movably disposed within the outer housing. The inner carriage defines at least one cup well. A first door and a second door are movable between closed positions, which block the inner carriage, and open positions, which allow access to the inner carriage. A biasing member is configured to one of: bias the inner carriage away from the outer housing, and rotate one of the first door and the second door. Opening one of the first door and the second door releases the biasing member and allows at least a portion of the inner carriage to move upward relative to the outer housing.

대표청구항 ▼

1. A cupholder assembly, comprising: an outer housing;an inner carriage movably disposed within the outer housing and defining at least one cup well;a first door movable between a closed position, which blocks the inner carriage, and an open position, which allows access to the inner carriage;a seco

1. A cupholder assembly, comprising: an outer housing;an inner carriage movably disposed within the outer housing and defining at least one cup well;a first door movable between a closed position, which blocks the inner carriage, and an open position, which allows access to the inner carriage;a second door movable between a closed position, which blocks the inner carriage, and an open position, which allows access to the inner carriage;a biasing member configured to one of: bias the inner carriage away from the outer housing, androtate one of the first door and the second door,wherein opening one of the first door and the second door releases the biasing member, causing at least a portion of the inner carriage to extend upward relative to the outer housing;a first door cam, wherein the first door cam pivotally attaches the first door to the outer housing;a second door cam, wherein the second door cam pivotally attaches the second door to the outer housing;a door linkage connecting the first door cam and the second door cam, such that rotating one of the first door and the second door also rotates the other of the first door and the second door;a locking cam pivotally attached to the outer housing;a locking linkage connecting one of the first door cam and the second door cam to the locking cam; anda carriage lock defined on the inner carriage, wherein the carriage lock selectively interfaces with the locking cam to prevent the locking cam from rotating, such that the locking linkage prevents one of the first door cam and the second door cam from moving. 2. The cupholder assembly of claim 1, further comprising: a slider arm extending from one of the first door cam and the second door cam and movably interfacing with the inner carriage, wherein the slider arm links movement of the one of the first door cam and the second door cam to the inner carriage. 3. The cupholder assembly of claim 2, further comprising: a control slot defined in the inner carriage, wherein a portion of the slider arm is within the control slot, such that the control slot defines the range of movement of the slider arm. 4. The cupholder assembly of claim 1, further comprising: a slider arm extending from one of the first door cam and the second door cam and movably interfacing with the inner carriage, wherein the slider arm links movement of the one of the first door cam and the second door cam to the inner carriage. 5. The cupholder assembly of claim 4, further comprising: a control slot defined in the inner carriage, wherein a portion of the slider arm is within the control slot, such that the control slot defines the range of movement of the slider arm. 6. The cupholder assembly of claim 5, further comprising: a cover plate surrounding the outer housing, wherein the cover plate is substantially aligned with the first door in the closed position and with the second door in the closed position. 7. A cupholder assembly, comprising: an outer housing;an inner carriage movably disposed within the outer housing and defining at least one cup well;a first door movable between a closed position, which blocks the inner carriage, and an open position, which allows access to the inner carriage;a second door movable between a closed position, which blocks the inner carriage, and an open position, which allows access to the inner carriage;a door linkage connecting the first door and the second door, such that rotating one of the first door and the second door also rotates the other of the first door and the second door;a biasing member configured to one of: bias the inner carriage away from the outer housing, androtate one of the first door and the second door,wherein opening one of the first door and the second door releases the biasing member, causing at least a portion of the inner carriage to move upward within the outer housing;a slider arm extending from one of a first door cam and a second door cam and movably interfacing with the inner carriage, wherein the slider arm links movement of the one of the first door and the second door to the inner carriage; anda control slot defined in the inner carriage, wherein a portion of the slider arm is within the control slot, such that the control slot defines the range of movement of the slider arm. 8. The cupholder assembly of claim 7, further comprising: a locking cam pivotally attached to the outer housing;a locking linkage connecting one of the first door cam and the second door cam to the locking cam;a carriage lock defined on the inner carriage, wherein the carriage lock selectively interfaces with the locking cam to prevent the locking cam from rotating, such that the locking linkage prevents one of the first door cam and the second door cam from moving.