首页> 外国专利> CONTROL SYSTEM OF A FLOW OF A COMPRESSED FLUID ENVIRONMENT WITH A LOT OF WORKING CHAMBERS FOR A SUBMERSHIP SHOCK AND A CONSISTENT SUBMERSHIP SHOCKERS WITH DIRECT AND RETURN CIRCULATION

CONTROL SYSTEM OF A FLOW OF A COMPRESSED FLUID ENVIRONMENT WITH A LOT OF WORKING CHAMBERS FOR A SUBMERSHIP SHOCK AND A CONSISTENT SUBMERSHIP SHOCKERS WITH DIRECT AND RETURN CIRCULATION

机译:带有多个工作腔的潜水电击和恒定的潜水电击器有直接返回回路的压缩流体流动的控制系统

摘要

The compressed fluid flow control system for the submersible impactor comprises a plurality of chambers designed to operate, namely, one or more additional displacement chambers and pressure displacement chambers in addition to two main chambers located at opposite ends of the piston, each of these additional chambers being formed around the corresponding piston neck and is bounded externally by the corresponding cylinder, and these cylinders are arranged in the longitudinal direction one after another. The recesses in the internal surfaces of the piston are limited to two or more internal chambers filled with compressed fluid and designed to supply the specified compressed fluid to the working chambers, controlled by the combined action of the piston and a control pipe located on the same axis with the piston in its central channel. Between the outer casing and the cylinders one or more exhaust chambers are formed for emptying the working chambers through the exhaust openings in the cylinders. Drummers with reverse and direct circulation, containing the specified system, are offered.
机译:用于潜水冲击器的压缩流体流量控制系统包括多个设计用于操作的腔室,即,除了位于活塞相对端的两个主腔室以外,还有一个或多个其他的排气腔室和压力置换腔室,每个这些额外的腔室在相应的活塞颈的周围形成有一个“活塞”,该活塞在外部由相应的汽缸限制,并且这些汽缸在纵向上一个接一个地布置。活塞内表面上的凹口仅限于两个或多个充满压缩流体的内部腔室,这些腔室设计用于将指定的压缩流体供应到工作室,该工作腔室由活塞和位于同一腔室上的控制管共同作用来控制活塞在其中心通道中的情况在外壳和气缸之间形成一个或多个排气室,用于通过气缸中的排气孔排空工作室。提供包含指定系统的反向和直接循环的鼓手。

著录项

  • 公开/公告号EA201590387A1

    专利类型

  • 公开/公告日2015-10-30

    原文格式PDF

  • 申请/专利权人 ДРИЛЛКО ТУЛЗ С.А.;

    申请/专利号EA20150090387

  • 发明设计人 АРОС ХАИМ АНДРЕС;

    申请日2013-09-13

  • 分类号E21B4/14;

  • 国家 EA

  • 入库时间 2022-08-21 15:15:30

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