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    • 1. 发明授权
    • User activated fountain display
    • 用户激活喷泉显示
    • US4817312A
    • 1989-04-04
    • US15970
    • 1987-02-18
    • Mark FullerAlan S. Robinson
    • Mark FullerAlan S. Robinson
    • B05B17/08
    • B05B17/08
    • A sound activated fountain display. A plurality of transducers are disposed on the bottom of the pool of a fountain display with the fountain being normally off. Whenever a coin is tossed into the fountain's pool, the sound waves generated by the coin are received by the transducers, activating the fountain display. By gating the responses of the various transducers, the area of the pool in which the coin was tossed may be identified. In this manner, the display may be caused to be directed to that area of the pool, customizing the display for that particular viewer. If desired, the fountain display may be in a central pool with separate "satellite" coin pools surrounding the fountain and for activating the fountain display.
    • 声音激活喷泉显示。 多个换能器设置在喷泉显示器的池的底部,喷泉通常关闭。 每当硬币被投掷到喷泉池中时,由硬币产生的声波被换能器接收,激活喷泉显示。 通过选择各种换能器的响应,可以识别投掷硬币的池的区域。 以这种方式,可以使显示器被引导到池的该区域,为该特定观看者定制显示。 如果需要,喷泉显示器可以在中央游泳池中,其中围绕喷泉的单独的“卫星”硬币池并且用于启动喷泉显示器。
    • 2. 发明授权
    • Water effects enhanced motion base simulator ride
    • 水效果增强运动基座模拟器骑
    • US5219315A
    • 1993-06-15
    • US723224
    • 1991-06-28
    • Mark FullerAlan S. Robinson
    • Mark FullerAlan S. Robinson
    • A63G31/16G09B9/06
    • A63G3/00A63G31/007A63G31/16G09B9/063
    • A simulator for water rides, that has a raft which is moved about such that it approximates the movement of a raft floating along a body of water. The simulator has a theater projection system constructed to display visual images onto a screen located inside a simulator room. The visual images typically being scenes of a rapidly flowing river as seen from the front of a raft floating down the body of water. Within the room is a raft constructed to support an audience while they view the visual images. The raft is surrounded by a pool of water that can have valves or actuators incorporated to create waves and water mist to simulate a river. The raft can be moved within the pool, by displacing the water beneath the raft such that the raft moves in conjunction with the scene depicted on the screen. Water displacement may be induced by a wave created in the pool, or by pushing the water under the raft with actuators or a flexible plate located at the bottom of the pool directly under the raft. In the alternative the raft can be attached to a flexible plate, wherein the flexible plate can be bent and moved about a staff that elevates the raft above the pool floor. The devices that move the raft can be connected to a computer that moves the raft in accordance with a set of operating instructions provided by a computer program, such that the raft moves in conjunction with the scenes depicted on the screen.
    • 水上游艇的模拟器,有一个筏子被移动,以便近似沿着水体浮动的木筏的运动。 模拟器具有构造成将视觉图像显示在位于模拟器室内的屏幕上的剧院投影系统。 视觉图像通常是从筏体前方观察到的快速流动的河流的景观,浮在水面之下。 房间内设有木筏,用于支持观众观看视觉图像。 筏子被一池水包围,可以安装阀门或执行器,以产生波浪和水雾来模拟河流。 木筏可以在水池内移动,通过移动筏上的水,使得木筏与屏幕上描绘的场景一起移动。 水位移可能是由游泳池中产生的波浪引起的,或者通过执行器或位于游泳池底部的柔性板直接在木筏下面推动水下。 在替代方案中,木筏可以附接到柔性板,其中柔性板可以弯曲和移动围绕在池底板上方升高筏的工作人员。 移动木筏的装置可以连接到根据由计算机程序提供的一组操作指令移动木筏的计算机,使得木筏与屏幕上描绘的场景一起移动。
    • 3. 发明授权
    • Apparatus and method for stream diverter
    • 流分流器的装置和方法
    • US4889283A
    • 1989-12-26
    • US235798
    • 1988-08-22
    • Mark FullerAlan S. Robinson
    • Mark FullerAlan S. Robinson
    • B05B1/10B05B1/26B05B17/08
    • B05B1/26B05B1/10B05B17/08
    • The present invention provides a means for generating and controllably terminating a laminar flow stream of fluid to give the effect of slicing the output stream perpendicularly to its longitudinal axis. The diverting means of the present invention is formed as a unitary assembly with a laminar output nozzle, and is disposed in a water tight tank coupled to the laminar flow nozzle. For diversion of the laminar flow stream, a continuous flow of water is controllably diverted by an electrically controlled solenoid valve into the path of the laminar flow stream. This diverting stream diverts the direction of the output flow so that it is captured within the tank and merely allowed to drain therefrom. By providing the diverter as an integrated assembly with the laminar flow nozzle, the diverter may be adjusted one time, and thereafter may be disassembled, reassembled, etc., without requiring further adjustment. Also the placement of the diverter with a tank allows the entire assembly to be located so that the laminar flow stream may appear to be projected from the surface of a pool.
    • 本发明提供了一种用于产生和可控制地终止液体流层的装置,以产生垂直于其纵向轴线切断输出流的效果。 本发明的转向装置形成为具有层流输出喷嘴的整体组件,并且设置在联接到层流喷嘴的防水箱中。 为了分流层流,连续的水流由电控电磁阀可控地转移到层流流的路径中。 该转向流将输出流的方向转向,从而将其捕获在罐内并且仅允许从其排出。 通过将分流器设置为具有层流喷嘴的集成组件,可以一次调整分流器,然后可以拆卸,重新组装等,而不需要进一步调整。 另外,带有油箱的转向器的放置允许整个组件被定位成使得层流可以看起来从池的表面突出。
    • 4. 发明授权
    • Water displays
    • 水显示
    • US5078320A
    • 1992-01-07
    • US555311
    • 1990-07-20
    • Mark W. FullerAlan S. Robinson
    • Mark W. FullerAlan S. Robinson
    • B05B1/10B05B1/26B05B17/08
    • B05B17/08B05B1/10B05B1/26Y10S239/01
    • Water displays utilizing laminar flow streams to create dynamic arch-like displays are disclosed. The laminar flow nozzle is mounted on an assembly for changing the angle and repositioning the laminar flow nozzle so that the laminar flow stream appears to eminate from a fixed location at different angles, which allows varying the characteristics of the display in a dynamic manner. Simultaneous control of the nozzle position and angle with control of the pressure of water supplied thereto allows the stream to be varied to create a dynamic display with the stream returning to a sink region at a fixed position independent of the height of the water stream. Illuminating the laminar flow stream internally causes the same to glow like a fluorescent tube with the color being supplied thereto, changeable as desired. Intersecting laminar flow streams provide interesting water formations, with the intersection of two streams of different colors causing still a third color at the flared region of the intersection. Features of the invention are useable independently, all in the same apparatus, or in various combinations as desired.
    • 公开了利用层流来制造动态拱形显示器的水显示器。 层流喷嘴安装在用于改变角度并重新定位层流喷嘴的组件上,使得层流流似乎以不同的角度从固定位置排出,这允许以动态方式改变显示器的特性。 通过控制供应的水的压力来同时控制喷嘴位置和角度允许流改变以产生动态显示,其中流返回到固定位置的水槽区域,而与水流的高度无关。 照亮层流流内部使得其像荧光管一样发光,其颜色被提供给其,根据需要是可变的。 相交层流流提供有趣的水层,两条不同颜色的交点在交叉点的扩张区域仍然产生第三种颜色。 本发明的特征可以独立使用,全部在相同的装置中,或根据需要以各种组合使用。
    • 5. 发明授权
    • Hydraulic jump water display
    • 液压跳水显示
    • US5044554A
    • 1991-09-03
    • US514422
    • 1990-04-25
    • Mark W. FullerAlan S. Robinson
    • Mark W. FullerAlan S. Robinson
    • B05B17/08G09F19/02
    • B05B17/08
    • Hydraulic jump water displays and methods for creating the same to provide attractive and varying displays are disclosed. In accordance with the method, water under pressure is expelled in the form of a thin sheet across a substantially flat, approximately horizontal surface bounded at the opposite end thereof by a very small dam, preferably water pool therebelow. By varying the water pressure of the source, a hydraulic jump may be created in the water backing up from the dam, which hydraulic jump may be caused to move in either direction, with the water flowing over the dam, ranging in quantity from essentially none to a substantially surge depending upon the direction or motion of the hydraulic jump. Appropriate control of the water supply pressure will generate relatively non-repetitive displays. Various embodiments are disclosed.
    • 公开了液压跳水显示器及其制造方法以提供有吸引力和变化的显示器。 根据该方法,将压力下的水以薄片的形式排列在基本上平坦的大致水平的表面上,该表面的相对端由非常小的坝,优选地在其下方的水池限定。 通过改变源的水压,可以在从坝上回水的水中产生液压跳跃,这种水力跳跃可能导致沿任一方向移动,水流过坝,其数量基本上不在 取决于液压跳跃的方向或运动而实质上是浪涌。 对供水压力的适当控制将产生相对不重复的显示。 公开了各种实施例。
    • 6. 发明授权
    • Airpowered water displays
    • 空气动力的水显示
    • US4852801A
    • 1989-08-01
    • US166998
    • 1988-03-11
    • Mark W. FullerAlan S. Robinson
    • Mark W. FullerAlan S. Robinson
    • B05B1/08B05B17/08
    • B05B1/083B05B17/08
    • Airpowered water displays for generating transient water displays which may have variable and high energy content are disclosed. In one form, a cylindrical chamber with a nozzle at one end thereof is disposed within a pool or lake so that the tip of the nozzle is substantially flush with the top of the water. Coupled to the lower part of the cylindrical chamber through a solenoid valve is a compressed air tank which, between firings, is filled with compressed air at a pressure selected in accordance with the height of the water display desired, with the pressure being varied between firings, such as by way of computer control. Opening of the solenoid valve couples the high pressure air to the bottom of the water column in the cylindrical chamber, forcing most of the water therein upward through the nozzle to heights which may reach one hundred fifty feet or more, dependent upon the pressure. Between firings, the cylindrical chamber is automatically refilled by the surrounding water. Various embodiments, including a lighted embodiment are disclosed.
    • 公开了用于产生可能具有可变和高能量含量的瞬时水显示器的空气动力水显示器。 在一种形式中,在其一端具有喷嘴的圆柱形室设置在池或湖中,使得喷嘴的尖端基本上与水的顶部齐平。 通过电磁阀耦合到圆柱形室的下部是压缩空气罐,其在发射之间以根据期望的水显示器的高度选择的压力填充压缩空气,压力在发射之间变化 ,例如通过计算机控制。 电磁阀的打开将高压空气连接到圆柱形室中水柱的底部,迫使其中的大部分水通过喷嘴向上依赖于压力达到一百五十英尺或更高的高度。 在燃烧之间,圆柱形腔室被周围的水自动重新填充。 公开了包括点亮实施例的各种实施例。
    • 7. 发明授权
    • Water displays
    • 水显示
    • US5115973A
    • 1992-05-26
    • US732135
    • 1991-08-19
    • Mark W. FullerAlan S. Robinson
    • Mark W. FullerAlan S. Robinson
    • B05B1/10B05B1/26B05B17/08
    • B05B1/26B05B1/10B05B17/08
    • Water displays utilizing laminar flow streams to create dynamic arch-like displays are disclosed. The laminar flow nozzle is mounted on an assembly for changing the angle and repositioning the laminar flow nozzle so that the laminar flow stream appears to eminate from a fixed location at different angles, which allows varying the characteristics of the display in a dynamic manner. Simultaneous control of the nozzle position and angle with control of the pressure of water supplied thereto allows the stream to be varied to create a dynamic display with the stream returning to a sink region at a fixed position independent of the height of the water stream. Illuminating the laminar flow stream internally causes the same to glow like a fluorescent tube with the color being supplied thereto, changeable as desired. Intersecting laminar flow streams provide interesting water formations, with the intersections of two streams of different colors causing still a third color at the flared region of the intersection. Features of the invention are useable independently, all in the same apparatus, or in various combinations as desired.
    • 公开了利用层流来制造动态拱形显示器的水显示器。 层流喷嘴安装在用于改变角度并重新定位层流喷嘴的组件上,使得层流流似乎以不同的角度从固定位置排出,这允许以动态方式改变显示器的特性。 通过控制供应的水的压力来同时控制喷嘴位置和角度允许流改变以产生动态显示,其中流返回到固定位置的水槽区域,而与水流的高度无关。 照亮层流流内部使得其像荧光管一样发光,其颜色被提供给其,根据需要是可变的。 相交层流流提供有趣的水层,两个不同颜色的流的交点在交叉点的扩张区域仍然产生第三种颜色。 本发明的特征可以独立使用,全部在相同的装置中,或根据需要以各种组合使用。
    • 9. 发明授权
    • Fast acting airpowered water displays
    • 快速作用的空气动力水显示
    • US4978066A
    • 1990-12-18
    • US393560
    • 1989-08-14
    • Mark W. FullerAlan S. Robinson
    • Mark W. FullerAlan S. Robinson
    • B05B17/08B05C17/08
    • B05C17/08
    • Fast acting airpowered water displays which may be computer controlled to operate over a wide range of duration and timings and methods of operating the same are disclosed. The water displays are comprised of one or more nozzles directed upward, typically just above or just below the water level in a fountain pool. Each nozzle is connected to a water reservoir submerged, at least in part, in a fountain pool and coupled adjacent the bottom of the reservoir to the inlet for the nozzle. The water reservoir, which may be in the form of a pipe of a substantial diameter, is also coupled to a check valve submerged in the fountain pool to allow water to refill the reservoir but to prevent water from escaping therefrom through the check valve. A solenoid valve controllably connects the upper portion of the water reservoir to a supply of air under pressure. The solenoid valve is operative between a first condition coupling the supply of air under pressure to the upper portion of the water reservoir, and a second condition venting the upper portion of the reservoir to the atmosphere. This arrangement allows operation of the water display in various ways ranging from short repetitive bursts of water up to an explusion of all the water in the reservoir in a single burst. Various features and alternate embodiments, including computer control, are disclosed.
    • 公开了可以由计算机控制以在宽范围的持续时间内操作的快速作用的空气动力水显示器,其操作方法和操作方法。 水显示器由一个或多个向上指向的喷嘴组成,通常位于喷泉池中的水平面的正上方或正下方。 每个喷嘴连接到至少部分地浸入在喷泉池中的储水器,并且将储存器的底部附接到喷嘴的入口。 可以是大直径的管子形式的储水器还联接到浸没在喷泉池中的止回阀,以允许水重新填充储存器,但是防止水通过止回阀从其中逸出。 电磁阀可控制地将储水器的上部连接到压力下的空气供应。 电磁阀在将压力下的空气供应连接到储水器的上部的第一状态和将储存器的上部部分排放到大气之间的第二状态下操作。 这种布置允许以各种方式操作水显示器,从单次突发的水的短重复突发到水库中的所有水的探测。 公开了包括计算机控制在内的各种特征和替代实施例。
    • 10. 发明授权
    • Dynamic fountain displays and methods for creating the same
    • 动态喷泉显示和创建相同的方法
    • US4892250A
    • 1990-01-09
    • US334781
    • 1989-04-07
    • Mark W. FullerAlan S. Robinson
    • Mark W. FullerAlan S. Robinson
    • F21S8/00
    • F21S8/00B05B17/08F21W2121/02F21W2131/401
    • Dynamic fountain displays and methods of creating the same for providing water displays wnich may substantially constantly vary in interesting and seemingly endless ways. In one form, the fountains are comprised of a matrix of fountain nozzles positioned below a deck formed with open joint paving so as to be useable as a patio or walkway when the fountain is not used. Each nozzle is connected to a source of water under pressure through a proportional control system for that nozzle responsive to a computer output so that each nozzle may be independently and proportionally controlled by the computer as desired. To facilitate the programming of the settings for a large array of nozzles, a plurality such as 256 individual patterns for the array of nozzles are first mutually programmed. Thereafter, by computer control, any one of these predetermined patterns or combinations of patterns with any weighting and scaling may be selected, with the selected pattern or combination frequently being updated such as on 1/16th of a second intervals to provide smooth, abrupt, or intermediate pattern transitions under control of the computer. Lighting for the water display is also disclosed.
    • 动态喷泉显示器和创建相同的方法用于提供水显示器,其可以在有趣且看似无尽的方式基本上恒定地变化。 在一种形式中,喷泉由位于甲板下方的喷嘴喷嘴矩阵构成,该甲板形成有敞开的接合铺路,以便当不使用喷泉时可用作露台或人行道。 每个喷嘴通过用于该喷嘴的比例控制系统连接到压力源上,该比例控制系统响应于计算机输出,使得每个喷嘴可以根据需要被计算机独立地和成比例地控制。 为了便于对大量喷嘴的设置进行编程,首先相互编程诸如用于喷嘴阵列的256个单独图案的多个喷嘴。 此后,通过计算机控制,可以选择这些预定模式或模式与任何加权和缩放的组合中的任何一种,其中所选择的模式或组合经常被更新,例如以1/16的第二间隔来提供平滑,突然, 或在计算机的控制下的中间模式转换。 还公开了用于水显示器的照明。