| CPC E05B 85/103 (2013.01) [E05B 85/107 (2013.01)] | 5 Claims |
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1. A vehicle door handle device comprising:
a door handle supported by a housing to be movable between a storage position where the door handle is stored in the housing and a pop-up position where at least a part of the door handle jumps out of the housing;
a first member configured to move in conjunction with the door handle such that the first member is located at a storage corresponding position when the door handle is located at the storage position and is located at a pop-up corresponding position when the door handle is located at the pop-up position;
a second member supported movably with respect to the first member;
a second member biasing member configured to bias the second member to be elastically movable with respect to the first member;
a third member movable between an out-of-trajectory position and an in-trajectory position, the out-of-trajectory position being a position outside a movement trajectory of the second member when the first member moves from the pop-up corresponding position to the storage corresponding position, the in-trajectory position being a position where at least a part of the third member enters the movement trajectory;
a fourth member movable between an initial position where the third member is held at the out-of-trajectory position and an operation position where the third member is allowed to be located at the in-trajectory position; and
a third member biasing member configured to bias the third member to the in-trajectory position, wherein
when the first member is located at the pop-up corresponding position and the third member is located at the in-trajectory position, the first member is restricted from moving from the pop-up corresponding position to the storage corresponding position by the second member coming into contact with the third member,
the second member is supported by the first member to be movable between a first position where the second member is located in a direction in which a biasing force of the second member biasing member is applied and a second position where the second member is located in a direction against the biasing force with respect to the first position,
while the first member moves from the pop-up corresponding position to the storage corresponding position, the first member is restricted from moving from the pop-up corresponding position to the storage corresponding position by an end on a movement direction side of the second member located at the second position coming into contact with a predetermined surface of the third member, and
when the fourth member is located at the operation position and the first member is located at the pop-up corresponding position, the third member is held at the in-trajectory position by a biasing force of the third member biasing member.
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