专利检索_ .具有柔性衬套或可膨胀保持装置的岩心接收器专利检索_ .具有柔性衬套或可膨胀保持装置的岩心接收器专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
101	Apparatus and methods for sponge coring	US10649494	2003-08-27	US20040084216A1	2004-05-06	Luc Van Puymbroeck; Bob T. Wilson; Holger Stibbe; Hallvard S. Hatloy
A sponge core barrel for use in performing sponge coring and methods of assembling the sponge core barrel, as well as methods of performing sponge coring. The sponge core barrel includes an outer barrel assembly, a core bit secured to a lower end thereof, and an inner barrel assembly disposed therein. The inner barrel assembly may comprise multiple, sponge-lined inner tube sections and may also include a near-bit swivel assembly. The sponge core barrel may include a piston assembly configured to be released by contact with a core sample without imparting high compressive forces to the core. The sponge core barrel may also include a pressure compensation mechanism and, optionally, a thermal compensation mechanism cooperatively configured to maintain the pressure of pre-saturation fluid. The sponge core barrel may also include a valve assembly enabling the make-up and pre-saturation of multiple, sections of inner tube to form a single, continuous chamber.
102	Soil sampler	US09986572	2001-11-09	US06695075B2	2004-02-24	Arnoldus Emanuel Ruthgerus Beeker
The soil sampler includes a sampling tube having a receiving space for receiving a soil sample, the receiving space being limited in a radial direction by a wall, being open in a distal direction for permitting soil to enter and in a proximal direction being limited by a transverse wall, the transverse wall having ducts for supplying and discharge fluid to the receiving space and a plug for closing the ducts, a free plug or piston being placed in the receiving space closely fitting in there and movable between the transverse wall and the distal area of the sampling tube and the transverse wall and the free plug or piston defining a sealed chamber for fluid when the free plug or piston is situated at a distance from the transverse wall.
103	Apparatus for handling geological samples	US09596401	2000-06-16	US06425447B1	2002-07-30	Pascal Bartette; Philippe Louis Cravatte
A method and apparatus for handling a geological sample, such as a core from a formation. The formation may be a formation of an oil and/or gas well. The apparatus includes a container for receiving the sample and is characterized in that the container comprises at least one wall with a surface which can change its configuration in response to pressure changes. The method of handling a geological sample obtained includes providing a container for receiving the sample. The container has a surface which is capable of changing its configuration in response to pressure changes. The sample is introduced into the container, and the configuration of the surface is changed to contact the sample. The container is then withdrawn from the formation.
104	Core sampler	US101488	1998-07-14	US6158534A	2000-12-12	Philippe Fanuel
A core sampler, particularly for oil prospecting, including a coring bit (2), an outer barrel (3) for rotating the coring bit (2), and an inner barrel (5) for receiving the core sample (7) in its internal space (8) during coring, the inner (5) and outer (3) barrels being substantially coaxial, and further comprising an intermediate barrel (15) coaxially arranged between the inner (5) and outer (3) barrels and defining a first longitudinal coring fluid channel (16) with the outer barrel (3), and a second longitudinal coring fluid channel (17) with the inner barrel (5), as well as said longitudinal channels (16, 17) and valving for at least temporarily selectively causing and/or cutting off coring fluid communication between the rear end (17B) of the second longitudinal channel (17) and/or the rear end (16B) of the first longitudinal channel (16) and/or the rear end (8B) of the internal space (8).
105	Material sampling method and device	US491950	1995-07-18	US5644091A	1997-07-01	Patrick H. Jacq; Daniel M. Kerlau; Patrice B. Roux; Claude A. Gineste
The present invention relates to a device and to a method for taking samples of a material such as a liquid, a viscous fluid, or a friable solid. Said device comprises a hollow "sampling" cylinder (10) defining an open cavity, said cavity co-operating with vent-forming means (34) and including inflatable shutter means (20) shaped so that, after said cavity has been filled with said material, they hold said material inside said cavity.
106	Inner tube element for use in a device for taking soil samples, and method for manufacturing such an inner tube element	US699313	1991-04-12	US5182954A	1993-02-02	Johannes C. J. Menheere
Described is an inner tube element for use in a double tube device for taking soil samples during drilling operation (coring), the inner tube element comprising distinguishable end parts which are connected by a tube member of fiber reinforced plastic. According to the invention such tube member is provided with an orientation marking over its whole length and at least covered by a thin layer of plastic. An attractive embodiment of such marking are parallel lines of different color. Also is described a method for producing an inner tube element by forming a tube member between two differing end parts by winding fiber material which is impregnated with hardenable synthetic resin and hardening the tube member then formed. According to the invention a material in strip form and bearing an appropriate orientation marking is incorporated during the forming of such tube member.
107	Method for determining the amount of oil in a sponge core	US122622	1987-11-17	US4787983A	1988-11-29	Rocco DiFoggio; William E. Ellington; Kailash C. B. Dangayach
The oil lost by the core sample and captured by the sponge during sponge coring is extracted from the sponge using a solvent selected from the group consisting of cycloalkanes, ethers, and freons.
108	Method for analyzing solvent extracted sponge core	US35111	1987-04-06	US4785661A	1988-11-22	William E. Ellington; Clayton L. Calkin
A method for quantifying the volume of oil in the fluids produced by solvent extracted sponge core distills only a portion of the solvent from the solvent/oil mixture, then determines and subtracts the remaining solvent volume to yield the actual volume of oil removed from the sponge.
109	Solvent disperser for removing oil from sponge core	US35110	1987-04-06	US4771634A	1988-09-20	Rocco DiFoggio
In a solvent extraction process for removing captured formation fluids from sponge core, a sintered metal plate solvent disperser directs returned solvent, in the extractor, outwardly onto the sponge in a sponge core cylinder.
110	Core retainer for sidewall core tools	US655844	1984-09-27	US4667753A	1987-05-26	Alfred H. Jageler
A hollow truncated cone made from material with elastic properties which expands around a core being cut from the sidewall of a borehole drilled in the earth with a core cutting means rigidly connected to a core barrel. The hollow truncated core is held in position inside the core barrel such that it does not rotate with the core cutting means during the cutting of a core.
111	Method for determining the placement of perforations in a well casing	US616410	1984-06-01	US4631677A	1986-12-23	Arthur Park; Bob T. Wilson
A method for determining the productivity of a well site includes extracting a core with sponge coring techniques and measuring the parameters of the core. The parameters measured are porosity, permeability and percent mobile oil. A core factor is calculated which is the square root of the product of permeability and porosity and indicates the space available in the core for oil production. The core factor is multiplied by the percent mobile oil to provide a Production Index. The Production Index indicates the capacity of a given oil well to produce oil. With the Production Index data, perforations are selectively placed in various areas along the longitudinal axis of a well casing (38) to selectively allow communication between the interior of the well casing and a formation of interest. In this manner, only areas having high oil mobility are communicated within a given region of the formation of interest.
112	Coring device with an improved core sleeve and anti-gripping collar with a collective core catcher	US537115	1983-09-29	US4566545A	1986-01-28	Arthur L. Story; Michael Filshtinsky
An improved coring device that incorporates a nonrotatable inner barrel disposed within the outer driving structure of the drill string which is coupled to the coring bit. A woven metal mesh sleeve is circumferentially mounted outside the inner barrel and tucked around its lower end. The lower end of the mesh sleeve in the inner barrel is in turn connected to a stripper tube which is pulled upwardly during the coring operation. As the core is cut by the coring bit and enters the inner barrel, the woven metal mesh sleeve is disposed about the core and constricts about the core when pulled upwardly by the stripper tube. The opposing end of the woven metal mesh sleeve is under a weight which serves to compress the metal sleeve when outside the inner barrel, thereby increasing its diameter. The plurality of wedge-shaped segments located on the top of the sleeve are collectively brought together to form a core catcher when that end of the woven metal mesh sleeve to which the segments are connected is drawn around and into the lower end of the inner barrel.
113	Inner tube element for a double tube coring apparatus and process for the manufacture of this tube element	US335031	1981-12-28	US4428602A	1984-01-31	Honore J. Lambot; Maria J. H. Fliervoet; Pieter Kramer
An inner tube element for a coring apparatus comprising a double tube, made of synthetic resin reinforced with fibers and provided at its ends with connecting nipples, is entirely made of synthetic resin and overlaps, at each of its ends, a part of the nipples having a rough surface gripped by said fibers, preferably in the form of webs of glass fibers.The inner tube element is manufactured by a process in which two nipples or couplings are placed onto a cylindrical mandrel having a constant section and rotating about its longitudinal axis, at a predetermined distance corresponding to the tube element to be manufactured, a part of said nipples having an inner diameter substantially identical to the diameter of the mandrel and having a rough surface, and fibers coated with a synthetic resin are wound helically onto said cylindrical mandrel, so as to overlap the rough part of said nipples.
114	Earth drilling device for extracting earth samples	US165667	1980-07-03	US4336849A	1982-06-29	Max Hug
An earth drilling device for extracting earth samples including a rotatable drill tube and means for rotating said drill tube, a drill bit supported by said rotatable drill tube, said drill bit and said drill tube defining an inner shoulder, a hollow probe movably disposed within said drill tube and adapted to be supported by said inner shoulder, an exchangeable plastic sleeve disposed within said hollow probe, and means for extracting said hollow probe and associated plastic sleeve containing an earth sample without removing the drill tube from the earth.
115	Apparatus for providing a packaged core	US566866	1975-04-10	US3986555A	1976-10-19	William Robertson
A packaged core is obtained using a conventional core barrel system. A lining is provided in the core sample container of the core barrel. The core barrel is connected to a drill string extending into a borehole. As the drill string is rotated, the core sample moves into the sample container and inside of the lining. When the core barrel arrives at the surface, the sample core may be removed from the core barrel packaged in the lining. The core may be examined on site or the ends of the lining closed and the core completely packaged for shipment to the laboratory.
116	Apparatus and method for obtaining undisturbed soil core samples	US544995	1975-01-28	US3978932A	1976-09-07	Lloyd N. Mielke
Large-diameter, undisturbed soil core samples were obtained from a variety of soils. Handling and fracturing of the undisturbed soil cores were minimized by encasing the cores in heat-shrinkable plastic tubes during sampling operations.
117	Soil sampling device	US487393	1974-07-10	US3949819A	1976-04-13	Evgeny Ivanovich Tanov
A device for taking soil samples from a hole drilled in the ground by another tool, and for drilling shallow holes. The device comprises a pneumatic impact mechanism rigidly connected with a soil sampling socket provided with an appliance for holding the soil sample in the socket when the latter is being extracted from the hole. This appliance is made in the form of an elastic inflatable element which, being inflated with compressed gas, covers completely the inner cross-sectional area of the socket, thus making it possible to take complete and high-quality samples irrespective of the type and condition of the soil.
118	Apparatus and method for obtaining undisturbed soil core samples	US46565074	1974-04-30	US3872935A	1975-03-25	MIELKE LLOYD N
Large-diameter, undisturbed soil core samples were obtained from a variety of soils. Handling and fracturing of the undisturbed soil cores were minimized by encasing the cores in heatshrinkable plastic tubes during sampling operations.
119	Apparatus for taking an undisturbed soil sample	US3768580D	1971-10-26	US3768580A	1973-10-30	MANN A; CHRISTIANUS J
An improved apparatus for taking an undisturbed soil sample supported by a flexible hose and an additional supporting tube which is coaxially positioned within the sampling tube proper, provided with clamping fingers for pinching off the supporting tube in the lower part of the sampling tube for keeping the sample within the supporting tube when the sampling tube is retracted from the soil, which fingers are operated by wedges when two mutually slidable parts of the sampling tube are moved by changing from pressing to pulling.
120	Sediment sample retriever	US3707196D	1971-07-13	US3707196A	1972-12-26	VERVILLE WILLIAM P
A subaqueous sediment sample retriever head is affixed to the lower end of a continuous casing, which is positioned about a drill rod string and lowered onto a sampler tube, contiguous with the drill rod string. The retriever head houses in oppositely disposed cavities to a central bore, a pair of spools which store and actuate a flexible sealing slide respectively, and two pairs of spring actuated locking lugs which actuate simultaneously with the slide when the retriever head reaches the sampler tube bottom. A sleeve like follower device guides the retriever head onto the sampler tube and retains the sealing mechanism in an open position during mounting. The retriever head is advanced over the sampler by its own weight in conjunction with hydraulic jetting action.

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