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    • 3. 发明申请
    • TAPER-WALL RISER WITH TAB CONNECTORS
    • 塔式连接器塔式起重机
    • WO2017142878A1
    • 2017-08-24
    • PCT/US2017/017835
    • 2017-02-14
    • INFILTRATOR WATER TECHNOLOGIES, LLC
    • TRUDE, GregoryHOLBROOK, Paul, R.
    • E02D29/12B65D90/10F16L37/08
    • E02D29/12B65D90/105
    • A plastic article useful as a riser assembly (18) for a septic tank or as part of another structure is comprised of a multiplicity of identical shape conical wall plastic risers (20). The risers are attached to each other at joints (42, 142) by respective tabs (26, 36) which engage respective rim segments (22, 38). Each end of the riser has alternating tabs and rim segments. A riser assembly wall 30 undulates in the lengthwise direction. The risers nest within each other for shipment or storage. A safety grating (60) having hinged arms (62) sets within the interior of a riser (20). An adapter (70) enables attachment of a riser (20) to a tank (75).
    • 可作为用于化粪池或作为另一结构的一部分的提升器组件(18)的塑料制品由多个相同形状的圆锥形壁塑料提升器(20)组成。 立管通过接合相应的轮辋部分(22,38)的相应凸片(26,36)在接头(42,142)处彼此附接。 立管的每一端都有交替的凸片和边缘部分。 立管组件壁30沿纵向方向起伏。 立管嵌套在一起用于装运或储存。 具有铰接臂(62)的安全格栅(60)设置在立管(20)的内部。 适配器(70)能够将立管(20)连接到罐(75)上。
    • 4. 发明申请
    • THIEF HATCH
    • WO2013152282A2
    • 2013-10-10
    • PCT/US2013/035434
    • 2013-04-05
    • ENARDO LLC
    • COCKERHAM, John DavidJONES, George DonaldBOWYER, JR., Johnny Marvin
    • B65D90/10
    • B65D47/32B65D90/105B65D90/34
    • Embodiments of the present disclosure are directed towards a venting hatch (14) having a base (50) configured to couple to a storage container (12), wherein the base (50) comprises a central opening (114) configured to be exposed to an opening of the storage container (12), a cap (52) coupled to the base (50), a seal (61) disposed between the base (50) and the cap (52), and an actuating mechanism (54) configured to exert a biasing force on the seal (61) to bias the seal (61) against an annular lip (62) of the base (50), wherein the actuating mechanism (54) is disposed on an exterior surface of the cap (52).
    • 本公开的实施例涉及一种通气舱口(14),其具有被配置为联接到存储容器(12)的基座(50),其中,所述基座(50)包括中心开口(114),所述中心开口被配置为暴露于 存储容器(12)的打开,联接到基座(50)的盖(52),设置在基座(50)和盖(52)之间的密封件(61))和致动机构(54) 在密封件(61)上施加偏置力以将密封件(61)偏置在基座(50)的环形唇缘(62)上,其中致动机构(54)设置在盖子(52)的外表面上, 。
    • 5. 发明申请
    • UNDERGROUND STORAGE TANK WITH SEDIMENT TRAP
    • 地下储物罐与SEDIMARE TRAP
    • WO2010117613A1
    • 2010-10-14
    • PCT/US2010/028264
    • 2010-03-23
    • STEIN, David, E.
    • STEIN, David, E.
    • B65D25/00
    • B65D90/105B65D88/76Y02A20/104
    • The Invention is an underground storage tank apparatus and method. A buried underground storage tank has a tank sump and a manway defined by a manhole skirt side wall communicating from the surface of the ground to the tank sump. A sediment trap is disposed annularly within the manway and intercepts water and sediment flowing down the manhole skirt wall. An inside wall of the sediment trap is in an annular spaced-apart relation with a tank sump perimeter wall, which together define an annular space interior volume that receives water that overtops the sediment trap inside wall and which receives liquid that overtops the tank sump perimeter wall.
    • 本发明是一种地下储罐装置和方法。 一个埋藏的地下储罐有一个坦克水槽和一个由井底裙侧壁定义的通道,从地面到油箱槽连通。 一个沉积物陷阱环形地设置在人行道内,拦截沿着井孔裙壁流下的水和泥沙。 沉积物捕集器的内壁与罐槽周边壁呈环形间隔开的关系,它们共同限定了环形空间内部容积,该空间内部容积接收超过沉积物陷入内壁的水,并且接收溢出罐槽周边的液体 壁。
    • 7. 发明申请
    • OVERFLOW VALVE PREVENTION SYSTEM
    • 溢流阀预防系统
    • WO2014062295A1
    • 2014-04-24
    • PCT/US2013/056196
    • 2013-08-22
    • G & A PRODUCTS, LLC
    • LaPOINT, Garry, L.
    • B65D90/26B65D90/32
    • B67D7/3209B23P6/00B65D90/105B67D7/04B67D7/061B67D7/78F17D3/00Y10T29/49716Y10T137/0324Y10T137/5762Y10T137/7313
    • A method of controlling overflow in a below-ground transfer pump sump used in the dispensing of liquid fuels. The method comprises providing a sump having a sump bottom below a level of ground immediately adjacent the sump, providing a storage tank having an internal cavity for the storage of liquid fuel, the storage tank having a conduit in communication with the sump and providing an overflow assembly having an inlet disposed within the sump and an outlet communicating with the conduit. The method includes permitting water from the ground adjacent the sump to enter the sump and mix with any liquid fuel in the sump and if the liquid fuel and water mixture in the sump reaches a predetermined level, allowing the liquid mixture to pass through the overflow assembly, into the conduit and into the storage tank containing the liquid fuel.
    • 一种控制液体燃料分配中使用的地下输送泵油槽内溢流的方法。 该方法包括提供一个集水池,其底部底部位于与贮槽紧邻的地面的下方,提供具有用于储存液体燃料的内部空腔的储罐,该储存罐具有与贮槽连通并提供溢流 组件具有设置在贮槽内的入口和与导管连通的出口。 该方法包括允许来自邻近贮槽的地面的水进入贮槽并与贮槽中的任何液体燃料混合,并且如果贮槽中的液体燃料和水混合物达到预定水平,允许液体混合物通过溢流组件 进入导管并进入容纳液体燃料的储罐中。
    • 8. 发明申请
    • IMPROVEMENTS IN/OR AND RELATING TO UTILITY CHAMBERS AND SURROUNDS AND METHODS THERFOR
    • 在使用环境和环境方面的改进或相关性及其方法
    • WO2012042478A1
    • 2012-04-05
    • PCT/IB2011/054256
    • 2011-09-28
    • SIKA TECHNOLOGY LIMITEDHILL, David, EdwardCALDERON, Sergio, Felipe
    • HILL, David, EdwardCALDERON, Sergio, Felipe
    • E02D29/14B65D90/10E03F5/02
    • B65D90/105E02D29/1427E02D29/1445E03F5/02
    • A cover assembly for a utility chamber, comprising a frame with side walls defining a chamber opening and a seating interface, and a cover that closes the opening and seats with the seating interface, a portion of the cover sidewalls profiled to engage with complimentary profiled portions in the frame sidewalls to position and stabilise the cover relative to the frame. The assembly also preferably has a retainer or retainers which engage to secure the cover to the frame. A subsurface utility chamber, comprising a main housing with a base and walls, a frame having a central aperture for chamber access, a cover to close the aperture, and an extension section located between the main housing and the frame, the frame, extension section, and housing releasably and adjustably connected together so as to allow a gap to be established between at least part of the frame and the extension section.
    • 一种用于公用室的盖组件,包括具有限定室开口和座接口的侧壁的框架,以及封闭所述开口和与所述座接口对准的盖,所述盖侧壁的一部分被成型为与互补的成形部分 在框架侧壁中以相对于框架定位和稳定盖。 组件还优选地具有接合以将盖固定到框架的保持器或保持器。 一种地下公用室,包括具有底座和墙壁的主壳体,具有用于腔室通路的中心孔的框架,用于封闭孔的盖和位于主壳体和框架之间的延伸部分,框架,延伸部分 ,以及可释放地和可调节地连接在一起的壳体,以便允许在框架和延伸部分的至少一部分之间建立间隙。
    • 10. 发明申请
    • A SYSTEM FOR MONITORING AND CONTROLLING ACCESS TO RESERVOIRS AND A COVER
    • 一种用于监测和控制对储层和盖子的获取的系统
    • WO2003016200A1
    • 2003-02-27
    • PCT/BR2002/000112
    • 2002-08-13
    • DE ARAÚJO SACCHI, Fabrício
    • DE ARAÚJO SACCHI, Fabrício
    • B67D5/32
    • B67D7/3209B65D90/00B65D90/105
    • A system for monitoring and controlling access to reservoirs is described, which comprises: (i) a supervision system (10); (ii) at least one energy-distribution and communication system (20); and (iii) at least one cover (30), the energy-distribution and communication system (20) being associable with the supervision system (10) and with the cover (30), and the supervision system (10) being remotely associable with the energy-distribution system (20). Further, a reservoir cover (30) provided with a covering portion (302) and an articulation device (303), the covering (302) being associated with the articulation device (303), the cover (30) comprising an actuation device, a lock element (305) and a lock receiving element (304), the actuation device selectively actuating the lock element (305), which is selectively associated with the lock receiving element (304).
    • 描述了一种用于监测和控制对水库的访问的系统,其包括:(i)监督系统(10); (ii)至少一个能量分配和通信系统(20); 和(iii)至少一个盖子(30),所述能量分配和通信系统(20)可与所述监督系统(10)和所述盖子(30)相关联,并且所述监督系统(10)可远程地与 能量分配系统(20)。 此外,设置有覆盖部分(302)和关节运动装置(303)的储存器盖(30),所述覆盖物(302)与所述关节运动装置(303)相关联,所述盖子(30)包括致动装置, 锁定元件(305)和锁定接收元件(304),所述致动装置选择性地致动所述锁定元件(305),所述锁定元件选择性地与所述锁定接收元件(304)相关联。