发明名称 BI-MATERIAL DEVICE FOR TEMPORARILY CLOSING AN OPENING MEMBER ON A STATIONARY MEMBER OF A MOTOR VEHICLE BODY
摘要 A device temporarily closes an openable body section on a stationary element of automobile body, wherein a recess is provided in the openable body section or in the stationary element, said device including a body with an anchoring unit configured to anchor onto the stationary element or onto the openable body section, and including a retaining unit to keep the openable body section in an intermediate position, wherein the retaining unit consists of an elastic tab capable of bending under stress exerted by a first edge of the recess during the movement of the openable body section from a free open position to the intermediate position, wherein the free end is made of a polymeric material, with a hardness between 90 on the Shore A scale and 60 on the Shore D scale, and a tear strength, as measured according to the ISO 34-1 standard, is higher than 70 kN/m.
申请公布号 US2014159389(A1) 申请公布日期 2014.06.12
申请号 US201214234508 申请日期 2012.07.12
申请人 Perche Stéphane 发明人 Perche Stéphane
分类号 E05C21/00 主分类号 E05C21/00
代理机构 代理人
主权项 1. Temporary closure device of an opening member on a stationary member of a body of a motor vehicle, a housing being arranged in the opening member or in the stationary member, said device comprising a body: which is fitted with means for anchoring on the stationary member or on the opening member, and which comprises a retaining means designed to maintain the opening member in an intermediary closure position with respect to the stationary member, the retaining means being formed by an elastic tab capable of bending under the stress exerted by a first edge of the housing on a free end of the tab when the opening member moves from a free opening position to the intermediary closure position, wherein at least the free end portion which is in contact with the first edge during said movement is made of a polymeric material whereof the hardness ranges between 90 shore scale A and 60 shore scale D and whereof the tear resistance measured according to 34-1 ISO standard is higher than 70 kN/m.
地址 Saint Bardoux FR