Simulation-animal blinking mechanism

Abstract

The invention discloses a simulation-animal blinking mechanism. The simulation-animal blinking mechanism comprises fixing eyeballs and rotating eyelids, wherein the part of fixing eyeballs are wrapped with the rotating eyelids. The rotating eyelids can surround the fixing eyeballs to rotate; the simulation-animal blinking mechanism also comprises a rotating-eyelid driving structure, the driving structure comprises pushing rods fixedly connected with the rotating eyelids, a transverse rod connected with the tail ends of the pushing rods and a pair of straight rods connected with the two ends of the transverse rod, and one ends, far away from the transverse rod, of the straight rods are connected with fixing frames; the driving structure also comprises a damping driving device, the damping driving device is composed of damping devices connected between the straight rods and the fixing frames and driving devices connected with the straight rods, and the damping devices are used for hindering the driving devices to pull the straight rods. The simulation-animal blinking mechanism is easy to operate and can be completed by a single person with one hand; the structure is compact in spatial arrangement, the simulation-animal blinking mechanism is quite suitable for simulation-dinosaur leather case products with narrow operation space, damping control design is adopted, the blinking force and speed are closer to the real conditions of animals, and the quite-good visual expression effect can be achieved.

Description

technical field [0001] The invention belongs to the mechanical field, and relates to a mechanical transmission structure for demonstrating blinking, in particular to a mechanism for simulating animal blinking. Background technique [0002] Simulated animals use modern technology to create a realistic shape based on scanning animal photos and then restoring the pictures with a computer. The production of simulated animals can usually be divided into the following steps. First, use steel to make animal supports, add machinery and transmission, and then make animal muscles and skins. [0003] Large-scale simulated animals for entertainment and display usually need to have the function of simulating simple movements of animals, such as limb movement, tail swing, head and neck rotation, blinking and other operations. Although these operations can be realized by electronic remote control, human operation is still due to movement Abundant, high fidelity, flexible operation and ind...

AI Technical Summary

Problems solved by technology

[0003] Large-scale simulated animals for entertainment and display usually need to have the function of simulating simple movements of animals, such as limb movement, tail swing, head and neck rotation, blinking and other operations. Although these operations can be realized by electronic remote control, human operation is still due to movement Abundant, high fidelity, flexible operation and indispensable, single-operated simulated animals can only use The limited time gap and the mechanical transmission structure that can be accommodated in a small volume are realized

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