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公开(公告)号：US20090107560A1
公开(公告)日：2009-04-30
申请号：US12261503
申请日：2008-10-30
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
CPC classification number: G05D16/0605 , Y10T137/2569 , Y10T137/8242 , Y10T137/8326
Abstract: A valve provides automatic switchover from a plurality of fluid pressure sources to a common outlet. The valve includes first and second spools respectively in first and second spool chambers, and each spool includes at least one sealing member carried thereon for selective sealing engagement with said first and second spool chambers. Fluid passageways transfer spool controlled fluid pressures between the first and second spool chambers. Each of said first and second spools are resiliently biased towards an open position, and fluid-biased towards a closed position. In an open position, the first and second spools are adapted to deliver pressurized fluid from an associated inlet port to an end chamber of the opposite spool chamber. In a closed position, the first and second spools are adapted via the at least one sealing member to inhibit delivery of pressurized fluid. A manifold assembly provides fluid communication to the common outlet.
Abstract translation: 阀提供从多个流体压力源到公共出口的自动切换。 阀门分别包括在第一和第二阀芯室中的第一和第二阀芯，并且每个阀芯包括至少一个承载在其上的密封件，用于与所述第一和第二阀芯腔选择性地密封接合。 流体通道在第一和第二滑阀室之间传送阀芯控制的流体压力。 所述第一和第二卷轴中的每一个被弹性地朝向打开位置偏置，并且朝向关闭位置流体偏置。 在打开位置，第一和第二卷轴适于将加压流体从相关联的入口端口递送到相对的卷轴室的端部室。 在关闭位置，第一和第二卷轴经由至少一个密封构件适配以抑制加压流体的输送。 歧管组件提供与公共出口的流体连通。
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公开(公告)号：US4033544A
公开(公告)日：1977-07-05
申请号：US692598
申请日：1976-06-03
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
CPC classification number: E04G17/06 , E04G17/047 , E04G17/14
Abstract: A wall forming structure is disclosed, where very large panels may be formed having sheathing placed against a plurality of studs which are, in turn, secured to at least a pair of strongbacks where the strongbacks comprise a pair of channel-shaped members in spaced back-to-back relationship. The panels are placed in opposed relationship to form a cavity into which concrete is placed to form a wall, and the panels may each be moved as a single unit -- depending upon their overall size. Indeed, using suitable spacers, the entire wall form may be constructed away from the place where a wall is to be formed, and be lifted or moved into place using suitable handling equipment such as cranes. Each strongback comprises a pair of channel-shaped members where there is an outwardly facing T-shaped slot formed in each side wall of each channel, and a pluraity of plates each having an opening through its thickness is secured to each pair of channel-shaped members at each place where a tie will extend between the panels. Generally, the channel-shaped members of the strongback and the studs which are secured to the strongbacks and to which the sheathing is secured, are extruded aluminum.
Abstract translation: 公开了一种壁形结构，其中可以形成非常大的面板，其具有放置成多个螺柱的护套，所述多个螺柱又固定到至少一对强背，其中强背包括间隔开的一对通道形构件 背对背关系。 面板被放置成相对的关系，以形成一个空腔，混凝土被放置在其中以形成一个壁，并且面板可以作为单个单元移动，这取决于它们的总体尺寸。 实际上，使用合适的间隔件，整个壁板形式可被构造成远离形成墙壁的位置，并且使用诸如起重机的合适的搬运设备将其提升或移动到位。 每个强力包括一对通道状构件，其中在每个通道的每个侧壁中形成有向外的T形槽，并且每个具有穿过其厚度的开口的板的宽度固定到每对通道形状 每个地方的领带将在面板之间延伸。 通常，强力的通道形构件和固定到强力杆上并且护套固定到其上的螺栓是挤压铝。
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公开(公告)号：US4926593A
公开(公告)日：1990-05-22
申请号：US277006
申请日：1988-11-28
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
IPC: E04G11/48
CPC classification number: E04G11/48
Abstract: A structural member for use in concrete forming structures and the like is disclosed. The member comprises a pair of spaced parallel tubular members interconnected by means of opposed webs. The combination defines an enclosure extending the length of the tubular members. Each of the webs attaches to a side of the tubular member opposite the enclosure. The outer surface of each web includes opposed flanges, which in combination with the web, define an open bolt slot that extends the length of the structural member. This structural member is particularly useful as an upright in concrete shoring.
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公开(公告)号：US4195873A
公开(公告)日：1980-04-01
申请号：US928409
申请日：1978-07-27
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
Abstract: A lifting device for use in association with concrete forming structures is provided. The lifting device has a pair of jaws, mounted on an axle, with a lifting lug associated with one of the jaws and a handle associated with the other of the jaws so that the other jaw may be hingedly moved relative to the first jaw. A spring loaded locking pin is provided to lock the second jaw in either an open or closed position, relative to the first position. The locking pin and the handle are each operable from above the lifting device. The inner ends of each of the hook-like jaws are rounded so as to specifically match the root configuration between the web and top flange of an upper chord of a truss, or other component of a concrete forming structure intended to be lifted using the lifting device of the present invention.
Abstract translation: 提供了一种与混凝土成形结构相结合使用的提升装置。 提升装置具有一对夹爪，其安装在轴上，具有与其中一个夹爪相关联的提升凸耳和与另一个夹爪相关联的手柄，使得其它夹爪可相对于第一夹爪铰接地移动。 提供弹簧加载的锁定销以相对于第一位置将第二钳口锁定在打开或关闭位置。 锁定销和手柄都可从提升装置的上方操作。 每个钩形夹爪的内端是圆形的，以便特别地匹配桁架的上弦的腹板和顶部凸缘之间的根部构型，或者使用提升装置打算提升的混凝土成形结构的其他部件 本发明的装置。
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公开(公告)号：US4841708A
公开(公告)日：1989-06-27
申请号：US115587
申请日：1987-10-26
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
CPC classification number: E04G7/26 , E04G1/12 , E04G11/48 , E04G17/042
Abstract: A frame for supporting vertical loads and an aluminum tubular leg for such frame is disclosed. The legs are joined by a brace arrangement and connectors are used for mechanically connecting the brace arrangement to the legs for stabilizing the legs when under load. Each of the legs has spaced portions which are substantially symmetrical about a plane containing the longitudinal axes of the frame legs and which provide areas for mechanical connection of the brace arrangement to the leg. Such mechanical connection of the frame provides a versatile frame which may be used in concrete forming work and which may be readily repaired.
Abstract translation: 公开了一种用于支撑垂直载荷的框架和用于这种框架的铝管腿。 腿通过支架装置连接，并且连接器用于将支架装置机械地连接到腿部，以在负载时稳定腿部。 每个腿部具有相对于包含框架腿的纵向轴线的平面基本上对称的间隔部分，并且提供用于将支架装置与腿部机械连接的区域。 框架的这种机械连接提供了可用于混凝土成型工作并且可以容易地修理的通用框架。
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Patent Agency Ranking
公开(公告)号：US4077172A
公开(公告)日：1978-03-07
申请号：US639781
申请日：1975-12-11
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
Abstract: In "flying forms" having a plurality of trusses -- usually two -- with a plurality of beams placed across the trusses and a deck placed on the beams, an extension leg for the truss is provided so that the working height of the truss may be nearly twice its flying height. The extension leg replaces a truss upright, and mounts using the same bolting arrangement therefor. The leg comprises inner and outer legs, where the outer leg is secured to the top and bottom chords of the truss, and the inner leg is telescopically engaged within the outer leg. The shape of the inner leg is such as to accommodate the bolts which secure the outer leg to the truss chords. Holes are formed in the inner and outer legs with predetermined spacings, and pairs of pins are used to lock the inner leg in any desired position with respect to the outer leg at substantially the desired height. A screw jack assembly is hingedly secured at the bottom of the inner leg, and may be locked in a downward position for pouring or locked in a swung-up position for flying.
Abstract translation: 在具有多个桁架（通常为两个）的多个桁架（横跨桁架放置的多个梁）和放置在桁架上的甲板的“飞行形式”中，提供桁架的延伸腿，使得桁架的工作高度可能接近 飞行高度的两倍。 延伸腿替换直立的桁架，并使用相同的螺栓安装来安装。 腿部包括内腿和外腿，其中外腿固定到桁架的顶部和底部弦杆，并且内腿可伸缩地接合在外腿内。 内腿的形状可以容纳将外腿固定到桁架和弦的螺栓。 在内腿和外腿之间以预定的间距形成孔，并且使用成对的销将内腿相对于外腿以基本上期望的高度锁定在任何期望的位置。 螺钉千斤顶组件铰接地固定在内腿的底部，并且可以锁定在向下的位置以便倾倒或锁定在用于飞行的摆动位置。
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公开(公告)号：US5520214A
公开(公告)日：1996-05-28
申请号：US304378
申请日：1994-09-12
Applicant: Brian A. Mack , Ronald J. Johnston , Joe P. Quest
Inventor： Brian A. Mack , Ronald J. Johnston , Joe P. Quest
CPC classification number: F16K1/306 , F16K1/307 , F17C13/04 , F17C13/06 , G05D7/0126 , F17C2201/0109 , F17C2201/032 , F17C2201/058 , F17C2205/0329 , F17C2205/0332 , F17C2205/0335 , F17C2205/0338 , F17C2205/035 , F17C2205/0385 , F17C2205/0394 , F17C2221/011 , F17C2223/0123 , F17C2250/0636 , F17C2270/0745 , Y10T137/7818 , Y10T137/7819
Abstract: A regulator and fill valve assembly for filling a fluid pressure tank and for regulating the flow of pressurized fluid from the tank includes a regulator portion having a valve body with a piston chamber. A pressure flow passageway extends from an inlet end to a first end of the piston chamber and an outlet port communicates with the piston chamber. A piston is movable in the piston chamber. A first spring at a second opposite end of the piston chamber urges the piston toward the first end of the piston chamber. A handle is provided for manually controlling the force of the first spring acting on the piston. A check valve assembly is located in the passageway and includes a seat, a valve member, a valve guide and a second spring biasing the valve member and guide towards the seat. The valve member is movable in a direction towards a closed position against the seat by fluid pressure in the passageway and the biasing force of the second spring. A valve check actuator is located between the piston and the valve check. Movement of the piston toward the first end of the chamber tends to move the valve member to an open position. The assembly also includes a fill valve portion having valve body member with a through passageway including another valve chamber open at one end. A restricted flow passage is at the other end of the valve chamber. An outlet opening is connected to the flow passage. The valve body member is connected to the valve body so that a pressure port in the valve body communicates with the open end of the valve chamber. A valving member is slidable in the valve chamber and has a nose that opens and closes the restricted flow passage. A head of the valving member is located in the open end of the valve chamber. Portions establish fluid flow through the fill valve when the restricted flow passage is open. A spring acts on the valving member to urge it toward an open position. Fluid pressure in the pressure port acts on the head and holds the valving member closed until the force of the fluid pressure is overcome by the spring force. The spring holds the valving member open to permit the tank to be evacuated and charged with pressurized fluid.
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公开(公告)号：US4787183A
公开(公告)日：1988-11-29
申请号：US813242
申请日：1985-12-24
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
CPC classification number: E04G11/48
Abstract: The present invention discloses a new concrete forming system and components therefor, particularly adapted for forming of vaulted ceilings and for use in buildings wherein the floors at the edges thereof have upwardly extending sills and/or wherein the ceilings have been dropped by a similar ledge or sill thereby significantly reducing the clear area through which a truss can be removed. The truss comprises a top chord and a bottom chord interconnected by upright members and diagonal bracing members. A number of adjustable extension legs are associated with the upright members and are telescopically received within an upright member such that a leg extending to the upper side of the truss can overlap with a leg extending to the lower side of the truss, whereby the legs extending above the truss can be adjusted and maintained independent of the legs extending below the truss. In contrast to the prior art practice of having the upper chord of the truss at the lowest level of the ceiling with "packing" thereabove to define and support the concrete forming surface. The present system provides load collecting support beams adjustably secured above the upper chord of the truss by extendable legs whereby the position of the support beam can vary relative to the top chord of the truss. The height of the truss is used to accommodate the extendable legs which position the truss above the floor as well as the extendable legs supporting the load collecting beam, whereby the amount of packing and the time required to initially set up the system for a given building are reduced. Therefore, the present invention relates to improvements in flying forms and components thereof and in particular to a system which is more flexible and adjustable for the forming of vaulted ceilings.
Abstract translation: 本发明公开了一种新的混凝土成形系统及其部件，特别适用于形成拱形天花板并用于建筑物中，其中其边缘处的地板具有向上延伸的门槛和/或其中天花板已经被类似的壁架或者 从而显着地减少可以去除桁架的透明区域。 桁架包括由直立构件和对角支撑构件相互连接的顶弦和底弦。 许多可调节的延伸腿与直立构件相关联并且可伸缩地容纳在直立构件内，使得延伸到桁架的上侧的腿可以与延伸到桁架的下侧的腿重叠，由此腿延伸 桁架上方可以调节和维持与桁架下方延伸的脚无关。 与现有技术相比，将桁架的上弦在天花板的最低水平面上具有“包装”，以限定和支撑混凝土成形表面。 本系统提供负载收集支撑梁，其可调节地固定在桁架的上弦之上，通过可伸展的腿，由此支撑梁的位置可以相对于桁架的顶弦变化。 桁架的高度用于容纳将桁架定位在地板上方的可延伸腿以及支撑负载收集梁的可延伸腿，由此最初建立给定建筑物的系统所需的包装量和时间 减少了 因此，本发明涉及飞行形式及其部件的改进，特别涉及对拱形天花板的形成更灵活和可调节的系统。
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公开(公告)号：US08272393B2
公开(公告)日：2012-09-25
申请号：US12261503
申请日：2008-10-30
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
CPC classification number: G05D16/0605 , Y10T137/2569 , Y10T137/8242 , Y10T137/8326
Abstract: A valve provides automatic switchover from a plurality of fluid pressure sources to a common outlet. The valve includes first and second spools respectively in first and second spool chambers, and each spool includes at least one sealing member carried thereon for selective sealing engagement with said first and second spool chambers. Fluid passageways transfer spool controlled fluid pressures between the first and second spool chambers. Each of said first and second spools are resiliently biased towards an open position, and fluid-biased towards a closed position. In an open position, the first and second spools are adapted to deliver pressurized fluid from an associated inlet port to an end chamber of the opposite spool chamber. In a closed position, the first and second spools are adapted via the at least one sealing member to inhibit delivery of pressurized fluid. A manifold assembly provides fluid communication to the common outlet.
Abstract translation: 阀提供从多个流体压力源到公共出口的自动切换。 阀门分别包括在第一和第二阀芯室中的第一和第二阀芯，并且每个阀芯包括至少一个承载在其上的密封件，用于与所述第一和第二阀芯腔选择性地密封接合。 流体通道在第一和第二滑阀室之间传送阀芯控制的流体压力。 所述第一和第二卷轴中的每一个被弹性地朝向打开位置偏置，并且朝向关闭位置流体偏置。 在打开位置，第一和第二卷轴适于将加压流体从相关联的入口端口递送到相对的卷轴室的端部室。 在关闭位置，第一和第二卷轴经由至少一个密封构件适配以抑制加压流体的输送。 歧管组件提供与公共出口的流体连通。
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公开(公告)号：US4566819A
公开(公告)日：1986-01-28
申请号：US353424
申请日：1982-03-01
Applicant: Ronald J. Johnston
Inventor： Ronald J. Johnston
CPC classification number: E04G7/14 , E04G7/16 , Y10T403/7105 , Y10T403/7194
Abstract: A clamp arrangement for use in interconnecting structural members such as those used in scaffolding and shoring framework comprises two clamps which can be interconnected for either rotation between the clamps or fixed positioning of the clamps in at least one predetermined position. The clamps in the area of interconnection have portions which are adapted to be secured to position the clamps in the corresponding predetermined fixed relative position. A securing device cooperates with the clamp portions for securing them to fix the clamps in the corresponding predetermined relative position.
Abstract translation: 用于互连结构构件（例如在脚手架和支撑框架中使用的结构构件）的夹紧装置包括两个夹具，该夹具可以在夹具之间进行旋转，或者将夹具固定在至少一个预定位置中。 互连区域中的夹具具有适于固定以将夹具定位在相应的预定固定相对位置的部分。 固定装置与夹紧部分配合以固定它们以将夹具固定在相应的预定相对位置。
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