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    • 1. 发明授权
    • Non-planar single sheet separator wall and apparatus
    • 非平面单片隔离墙和设备
    • US06523820B2
    • 2003-02-25
    • US09792843
    • 2001-02-23
    • Michael GustafsonPaul McCarty
    • Michael GustafsonPaul McCarty
    • B65M352
    • B65H1/04B65H3/56B65H2404/512B65H2404/513B65H2405/1136
    • A non-planar single sheet separator wall preferably inclined at about 25° from the vertical away from a paper stack first engages the side corners of the leading edge of a sheet of paper or other media picked from the top of the generally horizontal or downwardly inclined stack by a roller or pusher and causes the corners of the sheet to first curl upwardly along the wall before the central portion of the leading edge of the sheet engages the central portion of the separator wall. The separator wall configuration substantially eliminates downward curling of one or both leading corners of a sheet which is purposely upwardly bowed by an elastomeric pad near the center of the separator wall to reduce multi-sheet picks and separator jams.
    • 优选地,倾斜于远离纸叠的垂直方向大约25°的非平面单片分离器壁首先接合从大致水平或向下倾斜的顶部拾取的一张纸或其它介质的前缘的前边缘 通过辊或推动器堆叠,并且使得片材的角部在片材的前缘的中心部分接合分离器壁的中心部分之前首先沿着壁向上卷曲。 分离器壁构造基本上消除了片材的一个或两个前角的向下卷曲,其有意地被靠近分离器壁的中心的弹性体垫向上弯曲,以减少多片挑选和分离器卡纸。
    • 3. 发明授权
    • Inertia driven eye protection for a scope
    • 惯性驾驶眼睛保护范围
    • US07805877B2
    • 2010-10-05
    • US11834482
    • 2007-08-06
    • John Paul McCarty
    • John Paul McCarty
    • F41G1/38
    • F41G1/38F41G1/383
    • An eyepiece of a firearm scope includes a spring positioned between a shock mount and an ocular lens, wherein the spring holds the ocular lens a predetermined position from an objective lens of the scope when the spring is in an uncompressed state. During recoil of the firearm, the spring compresses to allow the ocular lens to travel towards the objective lens, thereby increasing an effective eye clearance distance between the ocular lens and a shooter. Following recoil, the spring expands to return the ocular lens to the predetermined position. The spring compresses again during impact of the eyepiece with the shooter's face, thereby partially absorbing the force of the impact and reducing the chance of injury to the shooter.
    • 火器瞄准镜的目镜包括位于防震架和眼镜之间的弹簧,其中当弹簧处于未压缩状态时,弹簧将眼镜从瞄准镜的物镜保持在预定位置。 在枪支反弹期间,弹簧压缩以允许眼镜片朝向物镜行进,从而增加眼镜和射手之间的有效眼睛间隙距离。 在后坐后,弹簧膨胀以将眼镜片返回到预定位置。 弹簧在与目镜的目镜碰撞期间再次压缩,从而部分地吸收冲击力并减少对射击者的伤害机会。
    • 6. 发明申请
    • INERTIA DRIVEN EYE PROTECTION FOR A SCOPE
    • US20110016766A1
    • 2011-01-27
    • US12896212
    • 2010-10-01
    • John Paul McCarty
    • John Paul McCarty
    • F41G1/38
    • F41G1/38F41G1/383
    • An eyepiece of a firearm scope includes a spring positioned between a shock mount and an ocular lens, wherein the spring holds the ocular lens a predetermined position from an objective lens of the scope when the spring is in an uncompressed state. During recoil of the firearm, the spring compresses to allow the ocular lens to travel towards the objective lens, thereby increasing an effective eye clearance distance between the ocular lens and a shooter. Following recoil, the spring expands to return the ocular lens to the predetermined position. The spring compresses again during impact of the eyepiece with the shooter's face, thereby partially absorbing the force of the impact and reducing the chance of injury to the shooter.
    • 火器瞄准镜的目镜包括位于防震架和眼镜之间的弹簧,其中当弹簧处于未压缩状态时,弹簧将眼镜从瞄准镜的物镜保持在预定位置。 在枪支反弹期间,弹簧压缩以允许眼镜片朝向物镜行进,从而增加眼镜和射手之间的有效眼睛间隙距离。 在后坐后,弹簧膨胀以将眼镜片返回到预定位置。 弹簧在与目镜的目镜碰撞期间再次压缩,从而部分地吸收冲击力并减少对射击者的伤害机会。
    • 8. 发明申请
    • INERTIA DRIVEN EYE PROTECTION FOR A SCOPE
    • US20090038203A1
    • 2009-02-12
    • US11834482
    • 2007-08-06
    • John Paul McCarty
    • John Paul McCarty
    • F41G1/00
    • F41G1/38F41G1/383
    • An eyepiece of a firearm scope includes a spring positioned between a shock mount and an ocular lens, wherein the spring holds the ocular lens a predetermined position from an objective lens of the scope when the spring is in an uncompressed state. During recoil of the firearm, the spring compresses to allow the ocular lens to travel towards the objective lens, thereby increasing an effective eye clearance distance between the ocular lens and a shooter. Following recoil, the spring expands to return the ocular lens to the predetermined position. The spring compresses again during impact of the eyepiece with the shooter's face, thereby partially absorbing the force of the impact and reducing the chance of injury to the shooter.
    • 火器瞄准镜的目镜包括位于防震架和眼镜之间的弹簧,其中当弹簧处于未压缩状态时,弹簧将眼镜从瞄准镜的物镜保持在预定位置。 在枪支反弹期间,弹簧压缩以允许眼镜片朝向物镜行进,从而增加眼镜和射手之间的有效眼睛间隙距离。 在后坐后,弹簧膨胀以将眼镜片返回到预定位置。 弹簧在与目镜的目镜碰撞期间再次压缩,从而部分地吸收冲击力并减少对射击者的伤害机会。