Flexibly mounted capacitive sensor and electrode structure thereof

Abstract

The invention discloses a flexibly mounted capacitive sensor and an electrode structure thereof. The flexibly mounted capacitive sensor comprises a mounting platform and a capacitive sensor; a gap isformed in the upper end of the mounting platform; the capacitive sensor is transversely arranged in the gap; the left and right sides of the capacitive sensor are fixedly connected with one ends of extension branches; the lower ends of the extension branches are fit and connected with the upper sides of one ends of L-shaped support plates; second empty slots are formed in two sides of the upper end of the mounting platform; the bottom surfaces of the second empty slots are fixedly connected with one ends of force bearing rods; one ends of the force bearing rods are located in the second emptyslots; a guiding transverse plate is located above the mounting platform; and a flexible mounting structure is arranged at the other end of the guiding transverse plate. Through the flexible mountingstructure, a mounting manner between the capacitive sensor and the mounting platform is changed, and when the mounting platform suffers vibration, the influences, on the capacitive sensor, of the vibration is decreased to a great extent under the action of the flexible mounting structure, so that the using stability of the capacitive sensor is strong.

Description

technical field [0001] The invention relates to the technical field related to touch panels, in particular to a flexible mounted capacitive sensor and its electrode structure. Background technique [0002] A capacitive sensor is a sensor that generates a conductive signal by touching the touch panel. Because the touch panel is thinner, takes up less space, and has the function of man-machine interface interaction, it is used in many electronic products. [0003] Capacitive sensors in mobile phones in the prior art are mainly divided into resistive touch panel sensors and capacitive touch panel sensors according to the form of touch. The touch panels in existing mobile phones will often rub during use, and it is inevitable The capacitive sensor is rigidly installed. When subjected to strong vibration or shaking, the capacitive sensor in the touch panel is easily distorted and the entire touch panel becomes invalid. Contents of the invention [0004] The object of the prese...

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Problems solved by technology

[0003] Capacitive sensors in mobile phones in the prior art are mainly divided into resistive touch panel sensors and capacitive touch panel sensors according to the form of touch. The touch panels in existing mobile phones will often rub during use, and it is inevitable The capacitive sensor is rigidly installed. When subjected to strong vibration or shaking, the capacitive sensor in the touch panel is easily distorted and the entire touch panel becomes invalid.

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