Support structure for micro-vibrator and method of manufacturing inertial sensor
AssigneesDenso Corporation, MIRISE Technologies Corporation, Toyota Jidosha Kabushiki Kaisha
InventorsTERUHISA AKASHI, HIROFUMI FUNABASHI, YUUKI INAGAKI
Life of this patent
Estimating the term…
Abstract
A support structure for a micro-vibrator includes: a micro-vibrating body having a curved surface portion and a recess recessed from the curved surface portion; and a support member having a rod and an adhesive member arranged at a tip end of the rod. The support member is adhered on a connecting surface of the recess through the adhesive member. The connecting surface of the recess is an internal bottom surface of the recess.
Claims12
A support structure for a micro-vibrator comprising:
- a micro-vibrating body including a curved surface portion having an annular curved surface and a recess recessed from the curved surface portion;
- and
- a support member having a rod and an adhesive member arranged at a tip end of the rod, wherein
- the support member is adhered on a connecting surface of the recess through the adhesive member, and the connecting surface is an internal bottom surface of the recess.
A method of manufacturing an inertial sensor comprising:
- preparing a micro-vibrating body including a curved surface portion having an annular curved surface in a hollow state and a recess recessed from the curved surface portion;
- preparing a support member having a rod and an adhesive member arranged at a tip end of the rod;
- inserting the tip end of the rod into the recess of the micro-vibrating body to bring the adhesive member into close contact with a connecting surface which is an internal bottom surface of the recess;
- melting and solidifying the adhesive member in a state where the adhesive member is in close contact with the connecting surface, to form a support structure in which the rod and the micro-vibrating body are connected to each other;
- forming a conductive layer on a surface of the micro-vibrating body after forming the support structure;
- applying a joining member to an inner region of a frame-shaped mounting portion of a substrate in which the recess of the micro-vibrating body is mounted;
- conveying the micro-vibrating body using the rod of the support structure to bring a mounting surface, which is a bottom surface of the micro-vibrating body outside of the recess, into contact with the joining member;
- joining the micro-vibrating body to the substrate by solidifying the joining member after heating the substrate to melt the joining member and the adhesive member;
- and
- removing the rod from the micro-vibrating body after joining the micro-vibrating body to the substrate.
Dependencies are inferred from the claim text.