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    • 34. 发明授权
    • Integral rear view mirror for eyeglasses
    • 眼镜整体后视镜
    • US4798454A
    • 1989-01-17
    • US112249
    • 1987-10-23
    • Kwang H. Hyun
    • Kwang H. Hyun
    • G02C7/14G02C9/02
    • G02C9/02G02C7/14
    • An integral rear view mirror for eyeglasses comprises an elongated channel formed within at least one temple piece of the eyeglass which supports an elongated rod having an upwardly extending tab. A notch is formed within the elongated channel and serves to lock the rod in a withdrawn position. The outwardly extending end of the rod supports a hinged attachment to a rear view mirror. A spring captivated within the channel urges the rod to the forward position. The mirror is rotatable between a downwardly extending in use position and an upwardly extending position when not being used. In addition, the mirror is rotatable to a position overlaying the most proximate lens of the eyeglasses to facilitate easy carrying of the glasses in the folded position.
    • 用于眼镜的整体后视镜包括形成在眼镜的至少一个镜片中的细长通道,其支撑具有向上延伸的突片的细长杆。 在细长通道内形成切口,用于将杆锁定在撤回位置。 杆的向外延伸的端部支撑到后视镜的铰接附件。 通道内的弹簧迫使杆向前方位置。 当不使用时,反射镜可以在向下延伸的使用位置和向上延伸的位置之间旋转。 此外,镜子可旋转到覆盖眼镜最靠近的透镜的位置,以便于在折叠位置容易携带眼镜。
    • 37. 发明授权
    • Stereoscopic process and apparatus
    • 立体摄影和装置
    • US4597634A
    • 1986-07-01
    • US568419
    • 1984-01-05
    • Richard A. Steenblik
    • Richard A. Steenblik
    • G02B5/04G02B5/06G02B27/22G02C7/02G02C7/14H04N13/00
    • H04N13/0431G02B27/2207G02B27/2242G02B5/04G02B5/06G02C7/02G02C7/14H04N13/0436H04N13/0422H04N13/0434
    • A method and apparatus for producing and viewing stereoscopic images through the use of a color coded image whereby the desired depth or distance is based upon the color of the portion of the image being viewed. Therefore the parts of the image which are to appear distant are colored red whereas the parts of the image to appear in the foreground are colored blue with the middle ground or intermediate distances being colored green or yellow. The color coded image is viewed through a prism glass constructed so that blue light which passes through the prism is bent toward a sharper angle than red light. Because the apex of the prism before each eye points toward the nose or center of the glasses the eyes must then turn more inward to see a blue object than to see a red object even though they are in actuality in the same plane on the display. This leads to brain to interpret, by means of parallax, that the blue image is closer and the red image is more distant unless the parallax is greatly contradicted by other depth clues such as relative size, position and perspective. In a preferred form, a double prism is used for each eye in order to eliminate single prism problems such as visual disorientation and eye strain.
    • 一种用于通过使用彩色编码图像来产生和观看立体图像的方法和装置,由此所需的深度或距离基于所观看的图像的部分的颜色。 因此,要显示远处的图像部分是红色的,而出现在前景中的图像部分是蓝色的,中间的地面或中间的距离是绿色或黄色的。 彩色编码图像通过棱镜玻璃来观察,棱镜玻璃被构造成使得穿过棱镜的蓝光比红光弯曲成更锐利的角度。 因为每个眼睛之前的棱镜的顶点指向眼镜的鼻子或中心,所以眼睛然后必须向内转,才能看到一个蓝色的物体,而不是看到一个红色的物体,尽管它们实际上在显示器的同一平面上。 这导致大脑通过视差来解释蓝色图像更接近,红色图像更远,除非视差与诸如相对大小,位置和透视度的其他深度线索相矛盾。 在优选的形式中,每个眼睛使用双棱镜,以消除诸如视觉迷失方向和眼睛疲劳的单一棱镜问题。