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    • 2. 发明申请
    • MODULAR ANTI-FOG GOGGLE SYSTEM
    • 模块化防雾GOGGLE系统
    • US20140317836A1
    • 2014-10-30
    • US14359907
    • 2012-11-22
    • Abominable Labs, LLC
    • David McCullochJack Cornelius
    • A61F9/02
    • A61F9/028A61F9/029G02C11/08H05B3/86H05B2203/005H05B2203/014
    • Modular, anti-fog goggle system comprising: lens with an anti-fog heating element and electrical contact, a semi-rigid anterior body comprising an inner peripheral engagement receptacle for receiving the lens within the body, the lens being releasably retained by a removable lens retaining member preferably comprising a tongue releasably interconnected with a groove in the body, the anti-fog element on the lens being releasably connected with a battery preferably retained within the body, the releasable electrical connection being reinforced by the tongue and groove interconnection, a flexible posterior interface being adapted for interposition between the removable lens retaining member and a user's face, and strap means adapted for holding the goggle on the user's head or helmet and reinforcing the interconnection between the removable lens retaining member and the body.
    • 模块化防雾护目镜系统,包括:具有防雾加热元件和电接触的透镜,半刚性前体,其包括用于在体内接收透镜的内周接合插座,透镜由可移除透镜可释放地保持 保持构件优选地包括与主体中的凹槽可释放地互连的舌片,透镜上的防雾元件可释放地连接到优选地保持在主体内的电池,可释放的电连接通过舌和槽互连来增强,柔性 后接口适于插入在可移除的透镜保持构件和使用者的脸部之间,以及绑带装置,适于将护目镜保持在使用者的头部或头盔上,并加强可移除的透镜保持构件和身体之间的互连。
    • 6. 发明申请
    • MULTI-PANE, MULTI-GEOMETRY GOGGLE EYE-SHIELD
    • 多面板,多几何眼镜眼镜
    • US20160070120A1
    • 2016-03-10
    • US14479154
    • 2014-09-05
    • Abominable Labs, LLC
    • Jack C. Cornelius
    • G02C11/08A61F9/02
    • G02C11/08A61F9/029
    • A multi-pane, multi-geometry eye-shield adapted to be installed into a frame of an eye-shield, such as a goggle for protecting user's eyes, comprising a spherical anterior outer eye-shield member, a cylindrical posterior inner eye-shield member, an irregular-shaped gasket member between the anterior and posterior eye-shield members forming a water-tight and air-tight semi-annular space therebetween. The posterior cylindrical inner eye-shield member may further be adapted for heating to reduce condensation comprising a thin-film, electrically conductive heating element, such as Indium Tin Oxide (ITO), and electrical contact members to connect the thin-film heating element to a power source.
    • 适用于安装在眼罩的框架中的多窗格多眼镜护罩,例如用于保护使用者眼睛的护目镜,包括球形前外护罩构件,圆柱形后内眼罩 前后护罩构件之间的不规则形状的垫圈构件在它们之间形成水密和气密的半环形空间。 后圆筒形内眼罩组件还可以适于加热以减少包含薄膜导电加热元件(例如氧化铟锡(ITO))的冷凝,以及电接触构件,以将薄膜加热元件连接到 电源。
    • 7. 发明申请
    • GOGGLE WITH BATTERY PODS
    • GOGGLE与电池荚
    • US20150290039A1
    • 2015-10-15
    • US14433378
    • 2013-10-29
    • ABOMINABLE LABS, LLC
    • David McCullochJack CorneliusToren Orzeck
    • A61F9/02H01M10/42H01M2/10
    • A61F9/029A42B3/24A42B3/245G02C11/10H01M2/1005H01M2/1066H01M10/4257H01M2220/30
    • A goggle adapted for utilizing a plurality of batteries to perform a powered function for the goggle comprising: a lens retained in a goggle body, strap extension members connected to the goggle body, each extension member defining therein a cavity having a contact for retaining a battery pod, each battery pod having a chemical cell battery therein, for powering the goggle to enable one or more of heating the goggle lens, video capture, GPS, stereo sound or other electronic function of the goggle. The cavities are symmetrical about a z-axis and the batteries for the system are interchangeable such that any battery pod may be flipped about the z-axis and retained in any battery cavity. The goggle is further comprised of a strap portion, either attached to the extension members or integral therewith, for retaining the goggle on a user's head or helmet.
    • 一种适于利用多个电池来执行护目镜的动力功能的护目镜,包括:保持在护目镜体中的镜片,连接到护目镜本体的带延伸构件,每个延伸构件在其中限定具有用于保持电池的触点的空腔 每个电池盒在其中具有化学电池电池,用于为护目镜供电以使得能够对护目镜进行一个或多个加热护目镜,视频捕获,GPS,立体声或其他电子功能。 空腔围绕z轴对称,并且用于系统的电池可互换,使得任何电池盒可以围绕z轴翻转并保持在任何电池腔中。 护目镜还包括带部分,附接到延伸部件或与之成一体,用于将护目镜保持在使用者的头部或头盔上。
    • 8. 发明申请
    • MICRO-CURRENT SENSING AUTO-ADJUSTING HEATER SYSTEM FOR EYE-SHIELD
    • 微电流感应自动调节加热器系统
    • US20150121610A1
    • 2015-05-07
    • US14556128
    • 2014-11-29
    • ABOMINABLE LABS, LLC
    • Jack C. CorneliusVincent O'Malley
    • A61F9/02H05B1/02
    • A61F9/029A42B3/245A61F9/022A61F9/028A61F9/04B63C11/12B63C11/28G02C11/08H05B1/00H05B1/02H05B1/0227H05B3/84
    • Eye-shield condensation prevention system for use in a ski goggle, dive mask, medical or testing face shield or the like, that prevents undesirable hot spots on the eye-shield and maintains constant heat, with the ability to compensate for variations in resistance encountered from one eye-shield region to another, and/or one eye-shield to another, comprising a power source, a pulse-width modulator, a microcomputer, a heating element, and a sensing circuit. The microcomputer uses the sensing circuit to sense voltage and determine a value of resistance of the heating element. The microcomputer then uses this value to adjust the duty cycle of the pulse-width modulator, and may employ a two-dimensional table in assisting calculation. Multiple pulse-width modulators may be employed that correspond to a plurality of eye-shield regions and a corresponding plurality of heating elements.
    • 用于滑雪护目镜,潜水面罩,医疗或测试面罩等的防护眼罩结露防止系统,其可防止眼罩上不希望的热点并保持恒定的热量,并具有补偿所遇阻力变化的能力 包括电源,脉冲宽度调制器,微型计算机,加热元件和感测电路,从一个眼睛屏蔽区域到另一个眼屏蔽区域和/或一个眼罩。 微型计算机使用感测电路来感测电压并确定加热元件的电阻值。 微型计算机然后使用该值来调整脉宽调制器的占空比,并且可以使用二维表来辅助计算。 可以采用对应于多个眼睛屏蔽区域和相应的多个加热元件的多个脉冲宽度调制器。