Nose pad and smart glasses
AssigneeGoertek Technology Co., Ltd.
InventorZhonggen Qian
Life of this patent
Estimating the term…
Abstract
The disclosed subject matter provides a nose pad and smart glasses. The nose pad is used for the smart glasses. The nose pad includes a support member and a bone conduction component. The support member includes a first support portion; the bone conduction component includes a vibration module and a MEMS module. The vibration module includes a vibration cavity and a vibration member dividing the vibration cavity into two parts. The vibration cavity has a first end wall and a second end wall opposite to the vibration member. At least one of a distance between the vibration member and the first end wall and a distance between the vibration member and the second end wall is greater than a maximum amplitude of the vibration member. The MEMS module has a detection port in communication with the vibration cavity.
Claims19
A nose pad, comprising:
- a support member, comprising a first support portion;
- and
- a bone conduction component, comprising a vibration module and a MEMS module, both the vibration module and the MEMS module being provided on the first support portion, the vibration module including a vibration cavity and a vibration member dividing the vibration cavity into two parts, the vibration cavity having a first end wall and a second end wall both opposite to the vibration member, at least one of a distance between the vibration member and the first end wall and a distance between the vibration member and the second end wall being greater than a maximum amplitude of the vibration member, the MEMS module having a detection port in communication with the vibration cavity, the vibration module being configured to capture vibration produced by a user during vocalization, to cause air within the vibration cavity to vibrate, the MEMS module being configured to capture, through air vibrating within the vibration cavity, vibration signal produced by the user during vocalization, and to feedback the vibration signal to a control device on smart glasses.
Dependencies are inferred from the claim text.