Electro-deformation thin film array and preparation method and application thereof

Abstract

The invention discloses an electro-deformation thin film array and a preparation method and application thereof. The thin film array comprises an electrode film, a core-layer film, an electrode array and an electric connection layer. The electric connection layer comprises an electric connection line, an electrical barrier layer and a plurality of electric contacts, wherein one end of each electric contact passes through the electrical barrier layer and is electrically contacted with each selected site of the electric connection line; the electrode film, the core-layer film, the electrode array and the electric connection layer are stacked in sequence; and the other end of each electric contact is electrically contacted with each set site on the electrode array. The preparation method of the thin film array comprises carrying out processing to form structure layers above respectively, and then, carrying out heating and pressurization combination to obtain the target product. Through the design above, components do not influence each other during processing, and unit quantity scale of the electro-deformation thin film array can be improved greatly. The electro-deformation thin film array can be applied to the fields of braille display, graphics safegurard and key, distorting mirror, three-dimensional graphic display, man-machine interface and pressure imaging and the like, and has a wide application value.

Description

technical field [0001] The invention specifically relates to an electro-deformable film array, its preparation method and application, and belongs to the field of material science. Background technique [0002] Electrodeformable film material is an ion-type electrically actuated deformation material, which has outstanding advantages such as light weight, good flexibility, low driving voltage, rapid response and large deformation. It can be used to make deformation devices and mechanical sensing devices. It is a new type of intelligent material that has emerged in the past two decades and has great application potential. [0003] Electrodeformable film materials are usually used as a whole in strips or blocks. For example, Japan’s EAMEX company has developed a robotic fish product that uses the bending deformation of strip materials to push fish to swim; The repeated vibration deformation of thin film strip materials simulates the flying action of birds; American M. Shahinpo...

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Problems solved by technology

[0006] However, there are very few technological methods related to lead wires. In the existing research, one method is to directly connect wires to each deformation unit. Because the wires have a certain quality and binding force, not only the deformation of the unit is greatly affected, but also the stability of the electrical connection. It cannot be well guaranteed; another method is to design a special-shaped unit structure, and extend the electrodes of the deformation unit to the edge of the film to apply voltage. In this method, the electrode leads will occupy a certain film area, which is not conducive to large-scale array design

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