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公开(公告)号：US5775443A
公开(公告)日：1998-07-07
申请号：US735448
申请日：1996-10-15
Applicant: W. Gerald Lott
Inventor： W. Gerald Lott
Abstract: A rotary drill bit (10) has a jet pump device including a plurality of jet pump assemblies (26). Each jet pump assembly (26) has an outer housing (28) secured to the bit body (14) and receiving any elongate nozzle member (46) therein in concentric relation to form an annular chamber (48) therein. A flow restriction (38) is mounted within the outer housing (28) above the nozzle member (46). The elongate nozzle member (46) has a lower nozzle port (50) and an opposed upper nozzle port (52). Drilling fluid from the central bore (20) is directed to the nozzle member (46) where the drilling fluid is divided into two streams, one stream for flow through lower nozzle port (50) against the formation and the outer stream for flow through the upper nozzle port (52) and flow restriction (38) to create a low pressure area or suction in an annular chamber (48). A low pressure cross sectional area is formed at the bottom of the bore hole (B, FIG. 4) and drilling fluid with entrained formation cuttings is drawn upwardly through the annular chamber (48) and the flow restriction (38).
Abstract translation: 旋转钻头（10）具有包括多个喷射泵组件（26）的喷射泵装置。 每个喷射泵组件（26）具有固定到钻头体（14）的外壳（28）并且以同心的关系在其中容纳任何细长的喷嘴构件（46），以在其中形成环形室（48）。 流量限制（38）安装在喷嘴构件（46）上方的外壳体（28）内。 细长喷嘴构件（46）具有下喷嘴口（50）和相对的上喷嘴口（52）。 来自中心孔（20）的钻井流体被引导到喷嘴构件（46），其中钻井流体被分成两个流，一个流通过下喷嘴端口（50）流向地层，外流通过 上喷嘴端口（52）和流动限制（38），以在环形室（48）中产生低压区域或抽吸。 在钻孔（B，图4）的底部形成低压横截面积，并且带有夹带的地层切屑的钻井液向上被吸引通过环形室（48）和流动限制（38）。
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公开(公告)号：US4352739A
公开(公告)日：1982-10-05
申请号：US262177
申请日：1981-05-11
Applicant: John E. Oliver, Jr. , W. Gerald Lott
Inventor： John E. Oliver, Jr. , W. Gerald Lott
CPC classification number: E21B21/065 , B01D21/00 , B01D21/0009 , B01D21/0012 , B01D35/12 , B01D37/00 , F01M2001/1021 , F01M2001/1035
Abstract: A liquid cleaning system for liquid that is substantially continuously circulated and which becomes contaminated with solid particulate and debris during circulation. The liquid cleaning system, which is particularly advantageous to cleaning liquid that is circulated within a petroleum well bore during completion and workover activities, incorporates a vibratory screen separator for accomplishing preliminary separation of large particulate and debris from the contaminated liquid and which also incorporates a filtration bank having a plurality of filters that are each interconnected with inlet discharge and drain headers. Filter bank incorporates a valving system having the capability of accomplishing backflushing by circulating clean fluid in reverse manner through selected ones of the filters to remove collected solid particulate therefrom and transport the removed particulate to the drain header. The drain header is interconnected with a centrifugal solids separation system that separates a majority of the solid particulate material from the backflushing fluid and transports the backflushing fluid back through the filter bank for cleaning thereof. The filter bank is designed for selective backflushing of individual filters thereof while at the same time maintaining continuous filtering activities by means of other filters in order that the liquid circulation system may function in continuous manner without necessitating any downtime for restoration of the filtration system.
Abstract translation: 用于液体的液体清洁系统，其基本上连续循环并且在循环期间被固体颗粒和碎屑污染。 液体清洁系统特别有利于清洁在完井和修井活动期间在石油井内循环的液体，该振动筛分离器用于实现大颗粒和碎屑与污染液体的初步分离，并且还包括过滤 其具有多个与入口排放和排出集管相互连接的过滤器。 过滤器组合包括阀系统，其具有通过循环清洁流体以通过选定的过滤器循环清洁流体以从其中除去收集的固体颗粒从而实现反吹的能力，并将去除的颗粒运送到排水管。 排水头与离心固体分离系统相互连接，离心固体分离系统将大部分固体颗粒材料与反冲洗流体分离，并将反冲洗流体返回穿过过滤池，以进行清洗。 过滤器组被设计用于对其各个过滤器进行选择性反冲洗，同时通过其它过滤器保持连续的过滤活动，以便液体循环系统可以连续运行，而不需要任何停机来恢复过滤系统。
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公开(公告)号：US06609638B1
公开(公告)日：2003-08-26
申请号：US10201141
申请日：2002-07-22
Applicant: W. Gerald Lott
Inventor： W. Gerald Lott
IPC: B67D300
Abstract: A flow promoter to promote flow of material in a hopper or bin container comprises a body having an inlet orifice, an outlet orifice, and an arrangement of peaks, ridges, slopes and radial lobes provided at the inlet end to cooperatively create stress points in the material. An embodiment of the invention comprises a removable flow promoter that can be inserted into a container.
Abstract translation: 用于促进料斗或容器容器中的材料流动的流动促进器包括具有入口孔，出口孔以及在入口端设置的峰，脊，斜面和径向叶片的布置的主体，以协同地在 材料。 本发明的一个实施方案包括可插入容器中的可移除流动促进剂。
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公开(公告)号：US5765946A
公开(公告)日：1998-06-16
申请号：US831862
申请日：1997-04-02
Applicant: W. Gerald Lott
Inventor： W. Gerald Lott
CPC classification number: B01F5/0683 , B01F15/02
Abstract: A continuous static mixing apparatus includes mixing disks. Each of the mixing disks has a set of symmetrically distributed nozzles therein that accelerate the flow and that create a mixing turbulence in the flow. Typically, the mixing apparatus combines the outlet flows of the mixing disks to provide a collision therebetween and, thus, increased turbulence and mixing. Communication passageways connect the material supplies to the mixing apparatus and direct the materials through the mixing disk. The materials may be combined either upstream or downstream of the mixing disks. An eductor may be used to combine the materials upstream of the mixing disks.
Abstract translation: 连续静态混合装置包括混合盘。 每个混合盘在其中具有一组对称分布的喷嘴，其加速流动并且在流动中产生混合紊流。 通常，混合装置组合了混合盘的出口流，以提供混合盘之间的碰撞，从而增加了湍流和混合。 通信通道将材料供应连接到混合装置，并将材料引导通过混合盘。 这些材料可以在混合盘的上游或下游组合。 可以使用喷射器将混合盘上游的材料组合。
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公开(公告)号：US5653298A
公开(公告)日：1997-08-05
申请号：US607334
申请日：1996-02-26
Applicant: Norval Roland Dove , Stephen Kelly Smith , W. Gerald Lott
Inventor： Norval Roland Dove , Stephen Kelly Smith , W. Gerald Lott
Abstract: A method and abstract of removing a surface subject to a subsurface pressure and an environmental surface pressure at least equal to the subsurface pressure, which comprises jetting fluid through a nozzle facing and located a predetermined distance from said surface, said nozzle being shaped to eject the fluid in a steam having a higher core pressure than said environmental pressure, said higher pressure stream having adjacent thereto at least one zone of pressure negative relative to said subsurface pressure, said distance being predetermined to expose said surface to said zone of negative pressure, whereby said surface is caused to explode into said zone of negative pressure from the force of said subsurface pressure.
Abstract translation: 一种去除表面压力和至少等于地下压力的环境表面压力的表面的方法和摘要，其包括通过面向并位于距离所述表面预定距离的喷嘴喷射流体，所述喷嘴被成形为喷射 在具有比所述环境压力更高的芯压的蒸汽中的流体，所述较高压力流具有相邻的压力至少一个相对于所述地下压力的负压区域，所述距离被预定为将所述表面暴露于所述负压区域，由此 所述表面从所述地下压力的力引起到所述负压区域中。
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Patent Agency Ranking
6.发明授权公开(公告)号：US06796704B1
公开(公告)日：2004-09-28
申请号：US09588210
申请日：2000-06-06
Applicant: W. Gerald Lott
Inventor： W. Gerald Lott
IPC: B01F1502
CPC classification number: B01F3/12 , B01F5/0057 , B01F5/0413 , B01F5/043
Abstract: An eductor mixing device (10) has a main body or housing (28) of a generally cylindrical shape and an inner tube (42) for one component to be mixed with a liquid is mounted in main body (28) with a vortex chamber (56) formed in an annulus between the main body (28) and the inlet flow tube (42). Pressurized liquid enters the vortex chamber through a generally rectangular entrance opening (36) along an arcuate surface (42) which smoothly merges with the cylindrical surface (30) of the main body or housing (28). A liquid in a swirling motion moves in a descending helical path about inner tube (42) and passes through a gap G between coaxial frusto-conical surfaces (55) and (68) of the converging inner nozzle (52) of the inner tube (42) and an outer coaxial liquid nozzle (60) of diffuser ring (58) . A high velocity is created by the swirling liquid for exerting a suction or negative pressure at the lower end of inner nozzle (52) to draw the component to be mixed, such as a particulate material, into the swirling liquid stream where the swirling liquid and particulate material form a strong vortex to create a slurry in a minimal travel distance after passing inner converging nozzle (52) of particulate inner tube (42).
Abstract translation: 喷射器混合装置（10）具有大致圆柱形的主体或壳体（28），并且用于与液体混合的一个部件的内管（42）安装在具有涡流室（28）的主体（28）中 56）形成在主体（28）和入口流管（42）之间的环形空间中。 加压液体通过沿与主体或壳体（28）的圆柱形表面（30）平滑地合并的弧形表面（42）的大致矩形的入口（36）进入涡流室。 旋转运动中的液体以围绕内管（42）的下降的螺旋形路径运动，并且穿过内管的会聚内喷嘴（52）的同轴截头圆锥形表面（55）和（68）之间的间隙G 42）和扩散器环（58）的外同轴液体喷嘴（60）。 通过旋转液体产生高速度，以在内部喷嘴（52）的下端施加吸力或负压，以将待混合的组分（例如颗粒材料）吸入旋转液体流中，其中旋转液体和 颗粒材料形成强烈的涡流，以在通过颗粒状内管（42）的内部会聚喷嘴（52）之后以最小行进距离产生浆料。
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公开(公告)号：US5632349A
公开(公告)日：1997-05-27
申请号：US607325
申请日：1996-02-26
Applicant: Norval R. Dove , Stephen K. Smith , W. Gerald Lott
Inventor： Norval R. Dove , Stephen K. Smith , W. Gerald Lott
Abstract: A drill bit for removing a surface subject to a subsurface pressure and an environmental surface pressure at least equal to the subsurface pressure, which comprises jetting fluid through a nozzle facing and located a predetermined distance from said surface, said nozzle being shaped to eject the fluid in a steam having a higher core pressure than said environmental pressure, said higher pressure stream having adjacent thereto at least one zone of pressure negative relative to said subsurface pressure, said distance being predetermined to expose said surface to said zone of negative pressure, whereby said surface is caused to explode into said zone of negative pressure from the force of said subsurface pressure.
Abstract translation: 一种钻头，用于去除经受地下压力的表面和至少等于地下压力的环境表面压力，该钻头包括通过面向并位于距离所述表面预定距离的喷嘴喷射流体，所述喷嘴被成形为喷射流体 在具有比所述环境压力更高的芯压的蒸汽中，所述较高压力流具有与其相邻的至少一个压力相对于所述地下压力的负压区域，所述距离被预定为将所述表面暴露于所述负压区域，由此所述 由所述地下压力引起表面从所述负压区域爆炸。
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公开(公告)号：US4818398A
公开(公告)日：1989-04-04
申请号：US135389
申请日：1987-12-21
Applicant: W. Gerald Lott , Glen E. Grant
Inventor： W. Gerald Lott , Glen E. Grant
Abstract: A filter system including an elongated cylindrical vessel body having a flow inlet connected to inlet conduit, a flow outlet connected to an outlet conduit, a closed end, and a movable cover member. The conduits are adapted for respective connection to control valves. A hinge connects the cover member to the vessel body for pivoting the cover member from closed position to open position. A solids separator element disposed within the body has a hollow porous member attached about periphery of a support ring. The support ring has an annular flat surface abutting an annular flat surface of the support flange. An arcuate resilient spring is connected to opposite sides of the support ring and extends to be forcefully deformed against the inner side of the cover member when cover member is closed.
Abstract translation: 一种过滤器系统，包括细长的圆柱形容器主体，其具有连接到入口导管的流入口，连接到出口导管的流出口，封闭端和可移动盖构件。 导管适于各自连接到控制阀。 铰链将盖构件连接到容器主体，用于将盖构件从关闭位置枢转到打开位置。 设置在主体内的固体分离器元件具有围绕支撑环的周边安装的中空多孔构件。 支撑环具有邻接支撑凸缘的环形平坦表面的环形平坦表面。 弓形弹性弹簧连接到支撑环的相对侧，并且当盖构件关闭时，延伸成抵抗盖构件的内侧被强制变形。
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公开(公告)号：US5664733A
公开(公告)日：1997-09-09
申请号：US522515
申请日：1995-09-01
Applicant: W. Gerald Lott
Inventor： W. Gerald Lott
CPC classification number: B05B1/00 , B01F5/02 , B01F5/0413 , B01F5/043 , B01F2005/0017 , B01F2005/0025 , B01F2005/0441
Abstract: An improved fluid mixing nozzle and method, in which a first fluid flows therefrom to mix with a second fluid external the nozzle, for inducing vortex creation and chaotic turbulent flow. The nozzle has a body with a cavity extending therethrough from the inlet end to the outlet end. The cross sectional area of the inlet orifice of the nozzle is greater than its outlet orifice cross sectional area. The outlet orifice cross section area shape has a substantially circular central portion and at least one (but typically more than one) protrusion extending from the perimeter of the central portion. Generally, the protrusions are smaller in cross sectional area than the central portion, are equally spaced about the central portion perimeter, and have a length to width ratio from 1 to 2. Functionally applying the above described nozzle is a method of improved mixing, of creating chaotic turbulent flow, and of inducing vortex creation.
Abstract translation: 一种改进的流体混合喷嘴和方法，其中第一流体从其流出，与喷嘴外部的第二流体混合，用于引起涡流产生和混沌紊流。 喷嘴具有从入口端到出口端延伸穿过的空腔的主体。 喷嘴的入口孔的横截面面积大于其出口孔横截面面积。 出口孔横截面积形状具有基本上圆形的中心部分和从中心部分的周边延伸的至少一个（但典型地多于一个）突起。 通常，突起的横截面积比中心部分小，在中心部分周边等间隔，并且具有1至2的长宽比。功能性地施加上述喷嘴是改进混合的方法， 产生混沌湍流，并引发涡旋创造。
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公开(公告)号：US4871454A
公开(公告)日：1989-10-03
申请号：US211836
申请日：1988-06-27
Applicant: W. Gerald Lott
Inventor： W. Gerald Lott
IPC: B01D29/23
CPC classification number: B01D29/23 , B01D2201/10
Abstract: Discloses apparatus for separating the solids from a liquid of a sludge or slurry which includes a slurry source, a slurry container receiving slurry from the source and a filter cage removably mounted inside the container. The filter cage includes a cage frame, a supported screen liner mounted within the cage and a filter liner removably fitted inside the liner. The container has a liquid drainage conduit removably connected to a suction device for removing liquid from the drainage chamber. The container is constructed and adapted to be picked up, carried about, and tilted to remove solid material deposited within the filter cage. The filter cage is constructed and adapted to be hoisted up out of the container and separately moved about and tilted to remove solids deposited within the filter cage. A liquid injection apparatus may be provided for injecting a selected amount of a flocculating agent into the slurry received into the container to cause flocculation of solid particles in the slurry. Also discloses the steps of the method of extracting liquid from a slurry and disposing the remaining solids.
Abstract translation: 本发明公开了一种从污泥或浆液的液体中分离固体的装置，其包括浆料源，从源极接收浆料的浆料容器和可拆卸地安装在容器内部的过滤器保持架。 过滤笼包括保持框架，安装在保持架内的支撑的筛网衬套和可移除地装配在衬套内的过滤衬套。 容器具有可移除地连接到抽吸装置的液体排出导管，用于从排液室去除液体。 容器被构造并适于拾取，携带和倾斜以移除沉积在过滤笼内的固体材料。 过滤器笼被构造并适于从容器中提升并分开移动并倾斜以移除沉积在过滤笼内的固体。 可以提供一种液体注射装置，用于将选定量的絮凝剂注入容纳在容器中的浆料中，以使浆料中的固体颗粒絮凝。 还公开了从浆料中提取液体并处理剩余固体的方法的步骤。
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