| 摘要 |
Lures and decoys for hunting and fishing have proven to be more effective when they are in motion, so as to appear more life-like to the prey. Historically, this motion has been provided by means of mechanical agitation of various sorts, which can be cumbersome and expensive to implement. This novel method comprises the use of means by electronic, holographic lens or lenticular lens technology to economically and conveniently provide simulated motion of an item, typically a lure or decoy, whether the item is stationary or in physical motion. The use of holographic or lenticular lens technology allows the placement of a graphic onto the exterior of the object which will appear to change as the viewing angle of the viewer changes, thus simulating motion. The use of electronic means, via light-emitting diode (LED) or liquid crystal displays (LCD), can provide simulated motion via changes of display patterns over time. In addition to providing motion simulation, this technique can be utilized to provide objects, such as lures and decoys, with a more natural or attracting appearance of motion than can be readily achieved by actual physical manipulation of the object, thus increasing their effectiveness. A great number of image patterns can be provided for each decoy, further improving the ability to simulate natural motion appearance.
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