会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • COMPACT SELF-MONITORING SELF-STABILIZING AIR DISPLACEMENT WATERCRAFT LIFT
    • 紧凑型自我监测自稳定气动水力升降机
    • WO2012078933A2
    • 2012-06-14
    • PCT/US2011/064044
    • 2011-12-08
    • SUNSTREAM CORPORATIONHEY, Kenneth E.
    • HEY, Kenneth E.
    • B63C1/02B63C3/06B63C1/06B63B35/42
    • B63C1/06B63C1/02B63C3/06
    • A free-floating, compact, self-stabilizing, self-monitoring, remote-controlled, shallow-water, solar, high-speed, air displacement watercraft lift constructed of polyethylene tanks, and non-metallic structure. This device provides vertical lifting by inflating 4 or more air tanks at once using a blower for each tank, pushing water out an exit hole on the bottom of each tank. Each tank has an electric valve for filling and another for exhausting air. Pairs of tanks are pivotally connected along the centerline, and pairs of tanks are connected with a union tube inside the axles. A monitoring system fills the air tanks if air leaks. The width of the lift is adjusted by adjusting the center bunk height, or by adding a spacer.
    • 由聚乙烯罐构成的自由浮动,紧凑型,自稳定,自监控,远程控制的浅水太阳高速排气式水上电梯,以及非金属 结构体。 该装置通过使用鼓风机为每个储罐一次充气4个或更多储气罐提供垂直提升,将水从每个储罐底部的出口孔推出。 每个水箱都有一个用于填充的电动阀门,另一个用于排出空气。 成对的罐沿着中心线枢转地连接,并且成对的罐与轴内的联合管连接。 如果空气泄漏,监控系统将填充空气罐。 升降机的宽度可以通过调整中央铺位高度或增加间隔器来调整。

    • 3. 发明申请
    • FLOATING DRIVE-ON WATERCRAFT DOCKING SYSTEM
    • 浮动驱动水位锁定系统
    • WO2009094671A2
    • 2009-07-30
    • PCT/US2009/032069
    • 2009-01-26
    • SUNSTREAM CORPORATIONKLOSTER, BryceHEY, Kenneth E.
    • KLOSTER, BryceHEY, Kenneth E.
    • B63B35/40B63C3/02B63C3/12
    • B63C3/02
    • The floating drive-on docking system for a watercraft uses a main floatation portion where the watercraft rests when loaded and a pivoting entry portion for creating a low loading angle between the watercraft and the floating drive-on docking system, resulting in only a small amount of propulsion from the watercraft being required to load onto the docking system. The pivoting entry portion has entry features, either rollers or raised bumps, that remain above the waterline when not engaged by the watercraft to keep the loading surfaces free from marine growth that can harm the hull of a watercraft. Wide side guides on the pivoting entry portion assist in positioning the craft for loading onto the docking system.
    • 用于船舶的浮动驱动对接系统使用主浮动部分,其中船舶在加载时搁置,以及枢转进入部分,用于在船只和浮动驱动对接系统之间产生低负载角度,导致仅少量 需要将船只的推进装载到对接系统上。 枢转进入部分具有入口特征,即滚子或凸起凸起,当不与船只接合以保持装载表面没有可能损害船体的船体的海洋生长时,其保持在水线之上。 枢转进入部分上的宽侧引导件有助于将工具定位在对接系统上。
    • 8. 发明申请
    • FAILSAFE WATERCRAFT LIFT WITH CONVERTIBLE LEVELING SYSTEM
    • FAILSAFE WATERCRAFT LIFT具有可调整水平系统
    • WO2007109808A2
    • 2007-09-27
    • PCT/US2007/064851
    • 2007-03-23
    • SUNSTREAM CORPORATIONHEY, Kenneth, E.KLOSTER, Bryce, M.
    • HEY, Kenneth, E.KLOSTER, Bryce, M.
    • B66C1/68
    • B66C1/62B63C3/06B66F7/0641B66F7/08
    • A watercraft lift for raising and lowering a watercraft in water, including a buoyant pontoon, a lifting cradle and at least one pivot arm. The lifting cradle includes at least one air tank and a support bunk configured to receive and support the watercraft. The air tank has an internal chamber configured to receive and release pressurized air. The internal chamber has sufficient internal volume that when sufficient pressurized air is received therein the air tank has sufficient buoyancy to lift the lifting cradle to a raised position with the watercraft out of the water when positioned on the support bunk and that when sufficient pressurized air is released from the internal chamber the air tank loses sufficient buoyancy to sink the lifting cradle to a lowered position sufficiently submerged to receive and deploy the watercraft. The pivot arm is pivotally connected to the pontoon and pivotally connected to the lifting cradle to guide movement of the lifting cradle between the lowered position and the raised position.
    • 用于升高和降低水中船只的船只电梯,包括浮力浮筒,起重吊架和至少一个枢轴臂。 升降架包括至少一个空气罐和配置成接收和支撑船只的支撑舱。 空气罐具有配置成接收和释放加压空气的内部室。 内室具有足够的内部容积,当其中容纳足够的加压空气时,空气罐具有足够的浮力,以便当定位在支撑舱上时将提升支架提升到升高位置,同时船只离开水面;当足够的加压空气为 从内部腔室释放出的空气罐失去足够的浮力以将升降架沉没到足够淹没以便接收和部署船只的下降位置。 枢转臂枢转地连接到浮筒并枢转地连接到升降托架以引导升降托架在降低位置和升高位置之间的运动。