A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Supporting structure of vehicle door handle assembly, vehicle door handle assembly and vehicle
The invention provides a supporting structure of a vehicle door handle assembly, which is used for being mounted on a vehicle door of a vehicle and comprises a base structure, a blocking piece and a first frame assembly, the blocking piece and the first frame assembly are both connected with the base structure, and the direction from the blocking piece to the first frame assembly is consistent with the first direction. The supporting structure is also provided with an electronic component mounting area; the first frame assembly is located in the electronic component installation area. In the first direction, the blocking piece covers the electronic component mounting area; the first direction is a downward direction perpendicular to a chassis of the vehicle. The blocking piece of the supporting structure can cover the electronic element mounting area in the first direction, when the supporting structure is mounted on the vehicle door of the vehicle, rainwater or other substances can be further prevented from flowing to the electronic element in the supporting structure in the vehicle door, the safety of the environment where the electronic element is located is guaranteed, and the service life of the electronic element is prolonged. And the electronic components are prevented from being influenced by rainwater or other substances permeating into the automobile door, so that the function failure is avoided.
本申请提供了一种车门手柄总成的支撑结构，用于安装在车辆的车门上，包括：基础结构、阻挡件和第一框架组件；阻挡件和第一框架组件均与基础结构连接，且阻挡件至第一框架组件的方向与第一方向一致；支撑结构还具有电子元件安装区；第一框架组件位于电子元件安装区内；在第一方向上，阻挡件覆盖电子元件安装区；第一方向为垂直于车辆的底盘向下的方向。本申请实施例提供的支撑结构的阻挡件能够在第一方向上遮盖住电子元件安装区，当支撑结构安装于车辆的车门上时，能够在车门内部的支撑结构内进一步阻挡雨水或其他物质流向电子元件，保证电子元件所处的环境安全，避免电子元件受到渗入车门内的雨水或其他物质的影响从而导致功能失效。
Supporting structure of vehicle door handle assembly, vehicle door handle assembly and vehicle
The invention provides a supporting structure of a vehicle door handle assembly, which is used for being mounted on a vehicle door of a vehicle and comprises a base structure, a blocking piece and a first frame assembly, the blocking piece and the first frame assembly are both connected with the base structure, and the direction from the blocking piece to the first frame assembly is consistent with the first direction. The supporting structure is also provided with an electronic component mounting area; the first frame assembly is located in the electronic component installation area. In the first direction, the blocking piece covers the electronic component mounting area; the first direction is a downward direction perpendicular to a chassis of the vehicle. The blocking piece of the supporting structure can cover the electronic element mounting area in the first direction, when the supporting structure is mounted on the vehicle door of the vehicle, rainwater or other substances can be further prevented from flowing to the electronic element in the supporting structure in the vehicle door, the safety of the environment where the electronic element is located is guaranteed, and the service life of the electronic element is prolonged. And the electronic components are prevented from being influenced by rainwater or other substances permeating into the automobile door, so that the function failure is avoided.
本申请提供了一种车门手柄总成的支撑结构，用于安装在车辆的车门上，包括：基础结构、阻挡件和第一框架组件；阻挡件和第一框架组件均与基础结构连接，且阻挡件至第一框架组件的方向与第一方向一致；支撑结构还具有电子元件安装区；第一框架组件位于电子元件安装区内；在第一方向上，阻挡件覆盖电子元件安装区；第一方向为垂直于车辆的底盘向下的方向。本申请实施例提供的支撑结构的阻挡件能够在第一方向上遮盖住电子元件安装区，当支撑结构安装于车辆的车门上时，能够在车门内部的支撑结构内进一步阻挡雨水或其他物质流向电子元件，保证电子元件所处的环境安全，避免电子元件受到渗入车门内的雨水或其他物质的影响从而导致功能失效。
Supporting structure of vehicle door handle assembly, vehicle door handle assembly and vehicle
车门手柄总成的支撑结构、车门手柄总成及车辆
TAN XIAOBING (author) / LI YUANQUAN (author)
2023-09-12
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
VEHICLE DOOR AND HANDLE ASSEMBLY AND DOOR HANDLE ASSEMBLY FOR VEHICLE DOOR (VERSIONS)
| European Patent Office | 2018
| European Patent Office | 2016