专利检索_ ..用于处理含尘气态流体专利检索_ ..用于处理含尘气态流体专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
41	Air filtration device for use with roof drill	US09532161	2000-03-21	US06332308B1	2001-12-25	Rodney Miller
The air filtration device for use with a roof drill has an air intake block attached to a vertical support abutting the mine roof lateral to the drill hole. A flexible hose attached to a dust filter and a vacuum source for filtering and collecting dust from the air before exhausting the air to the atmosphere is connected to the air intake block. The air intake block has a plurality of holes defined in at least one face of the block for the intake of dust laden air and an air passage within the block in communication with the vacuum source provided by the flexible hose. The holes defined in the air intake block may be covered by screens to prevent the entrance of large particles into the air intake block. The air intake block is disposed to provide sufficient suction lateral to the longitudinal axis of the drill steel in order to remove fine particles of quartz and dust from the air adjacent the entrance of the drill hole.
42	In-situ drilling system with dust collection and overload control	US09198327	1998-11-24	US06216800B1	2001-04-17	Henry E. Wilson; Gregory E. Hinshaw; William S. McIntyre, Jr.
An apparatus and method is provided for substantially continuously drilling and disposing of drill cuttings and dust to minimize airborne contamination while providing protection against overload. A drill stem with a bit is advanced by a drill head to form the drill hole. A flushing mechanism utilizes vacuum or pressurized water for flushing the cuttings and dust from the drill hole for disposal. A transducer monitors the negative or positive gauge pressure. A controller is utilized to regulate the rate of drilling dependent on the signal level of the pressure being monitored. In the preferred embodiment utilizing air, the passage in the drill stem removes the cuttings/dust and is connected to a transfer duct, which in turn is connected to a filter and the intake side of a blower. The controller is programmable to establish the optimum rate of feed of the drill head. The rotary motion of the drill bit can also be regulated by the controller. Preferably, the threshold level to determine an approaching overload is in the range of 10% to 20% over the normal gauge pressure of 0.5-4 inches Hg. The feed of the drill stem and/or the rotation is slowed or stopped in an approaching overload condition, and automatically reestablished once the condition is past. In the alternative embodiment, the pressurized water flows through the passage in the drill stem and bit forming a slurry with the cuttings/dust. The slurry flows around the drill stem/bit and is deposited outside the drill hole.
43	Fire suppression apparatus for well drilling system	US280800	1999-03-26	US5992544A	1999-11-30	Paul Robert Sprehe
In a well drilling system a fire suppression apparatus includes a pressure rated bell nipple or enclosure member mounted on the blowout preventer and including an elongated central passage opening at one end to an enlarged bore portion adjacent a restabbing flange. Diametrically opposed convergent nozzles open into the enlarged bore portion and are connected to a source of pressure water and/or a source of pressure fire extinguishing fluid by way of a manifold and respective remotely controllable shut off valves and check valves. The enclosure replaces a conventional bell nipple and provides an added measure of fire suppression protection in the event of uncontrolled flow of well fluids from the well. Branch conduit sections are connected to the main conduit section of the enclosure to provide a cuttings evacuation fluid flow line and a fill up or well fluid diversion line.
44	Drill cuttings conveying head with wet cuttings diverter	US330134	1981-12-14	US4440243A	1984-04-03	D. Franklin Howeth
A drill cuttings conveying head member having a tubular duct portion which includes a movable sidewall forming a gate operable to be pivoted into a position blocking the flow passage in the duct portion and diverting the flowstream out of the conveying head during wet drilling conditions. A lever mechanism is connected to the gate and is operable to bias the gate in either the open or closed position.
45	Dust conveying and collecting system and method	US223036	1981-01-07	US4434861A	1984-03-06	D. Franklin Howeth
A conveying and collection system adapted for drilling rigs for conveying drill cuttings entrained with a bailing air flow stream emanating from the drillhole includes a generally tubular head fitted around the drillhole having a flow deflecting surface portion adapted to deflect the flow stream of drill cuttings into a conveying enclosure whereby velocity reduction and change of direction of the flow stream will separate relatively coarse cuttings. A mechanical conveyor may be disposed in the enclosure to convey the cuttings to a point remote from the drillhole. The head may be extended and retracted with respect to the drill rig deck plate by actuators controlled in accordance with the conduction of bailing air to the drill stem. One embodiment of the head comprises an enclosure formed by overlapping helical convolutions of a flat spirally coiled band. The head may be provided with retractable gate members remotely actuated to move clear of an opening in the head which is of sufficient size to permit movement of drill stem coupling members and/or the drill bit through the head during drilling operations. A filter unit has a plurality of separate filter element chambers in which are disposed porous media filter elements arranged side by side along the flow path of a bailing air flow stream entering the filter unit housing so that the lower velocity portions of the flow stream are diverted into the filter element chambers and forced to flow in a vortical manner to provide inertial separation prior to flow through the filter elements. A suction pump on the filter unit is operable to vary its inlet volumetric capacity to provide a partial vacuum condition throughout the collection system to minimize leakage flow of dust laden bailing air out of the system.
46	Method of binding dust	US316024	1981-10-28	US4406330A	1983-09-27	Goran H. Jysky
In rock drilling, the dust-laden flushing air from the borehole is drawn through a coarse dust separator and a filter unit. A mixing apparatus is screwed to the bottom of the filter unit and in accordance with this invention the dust that falls from the filter unit is fed in batches to a mixing chamber of the mixing apparatus in which it is mixed with a liquid binder. The dust from the coarse dust separator is directly dumped on the ground and the fine dust from the mixing apparatus is also dumped on the ground.
47	Method of binding dust created when drilling rock with a drilling rod	US178414	1980-08-15	US4316514A	1982-02-23	Goran H. Jysky
A method for binding dust generated when rock drilling, by mixing said dust with a liquid. The apparatus to perform the method includes a mixing chamber (6) connected to a dust-separating means (1, 3); means for passing gravitationally to the mixing chamber (6) batches of dust collected in the separating means; and means (12) for supplying a liquid binder to the mixing chamber in an amount corresponding to the size of the batch of dust in question. Arranged in the mixing chamber (6) are means (7, 8) for mixing the dust and liquid by agitation while the next batch of dust is being collected in the separating means (1). The resultant mixture is discharged prior to the next batch of dust being supplied to the mixing chamber.
48	Three-stage dust collector	US805986	1977-06-13	US4144043A	1979-03-13	Gordon L. Johnston
A three-stage dust collector incorporating a side outlet cyclone separator as the second dust collection stage. The side outlet separator includes an inlet end, an outlet end and a continuous side wall therebetween. A plurality of side outlet apertures are provided in the side wall and the separator has a plurality of axial passageways between its inlet and outlet ends. A vortex generating device is affixed within each axial passageway proximate the inlet end thereof and a device is provided for channeling clean air from within each axial passageway through a side outlet aperture. The vortex generated in the flow of dust-laden air entering the axial passageway discharges dust through the outlet end of the separator while cleaned air is channeled through the channeling device to a third stage separator.
49	Method of and apparatus for collecting cuttings from a drilled hole	US27462472	1972-07-24	US3811518A	1974-05-21	KALAF A; CHIARO D
An arrangement for collecting a representative sample of all of the cuttings formed by drilling a hole in the earth regardless of whether the hole is wet or dry. The hole is formed by a drilling mechanism that leaves an annulus between the outer periphery of the drilling mechanism and the periphery of the drilled hole. Compressed air flowing through the drilling mechanism to the bottom of the hole forces the cuttings up the annulus and through a conduit into a receiver from which the cuttings are collected.
50	Gas drilling soil sampling	US3645131D	1970-05-20	US3645131A	1972-02-29	TURNER JAMES B; WISE HAROLD L
The concentration with location at which a mobile reservoir fluid is contained within subsurface earth formations is measured by gas drilling a borehole into the earth formations while circulating a gaseous drilling fluid that is initially substantially free of the mobile reservoir fluid and measuring the concentration of the reservoir fluid in the earth formations by measuring the difference in its concentration in equivalent portions of the drilling fluid that enters and leaves the borehole.
51	Dust collector for drilling equipment	US3499181D	1967-12-21	US3499181A	1970-03-10	BARTHEL FAY E

52	Portable drill with dust collection means	US52505366	1966-02-04	US3319727A	1967-05-16	PYLES HARLEY G

53	Air cleaner of suction type	US43818754	1954-06-21	US2789659A	1957-04-23	HERMANN HEMSCHEIDT

54	Method of rock drilling and dust removal therefor	US65148133	1933-01-13	US2144586A	1939-01-17	KELLEY GEORGE S

55	Dust filter	US6501736	1936-02-21	US2094775A	1937-10-05	EDWIN BEDFORD HOWARD

56	Air cleaner for rock drills	US7668625	1925-12-21	US1724733A	1929-08-13	SCHULLER MARTIN J

57	Dust-conveyer for drills	US29125819	1919-04-19	US1334430A	1920-03-23	AYOTTE PHILLIP J

58	AUTOMATIC DUST SUPPRESSION SYSTEM AND METHOD	US14825205	2015-08-13	US20160047241A1	2016-02-18	Eric J. Kuiper
Systems and methods for controlling dust. One method includes automatically detecting an operating status of a mining machine. The method also includes automatically, with an electronic processor, adjusting operation of a dust suppression system based on the operating status of the mining machine.
59	Dust collection system	US14094874	2013-12-03	US09115557B1	2015-08-25	Ronald Ortowski; Patrick McGuire
A proppant dust catcher for a proppant storage device used at a hydraulic fracturing worksite.
60	Method and Apparatus for Increasing the Yield in a Deposit	US13702605	2011-03-29	US20130076099A1	2013-03-28	Thomas Mütze; Silke Röntzsch
A method for increasing the yield of a deposit including a rock which including at least one valuable mineral to be exposed by comminuting the rock and at least one further mineral, may include the following steps: performing a boring operation using a boring device prior to extracting the rock, determining at least one predetermined boring parameter for the boring device, determining at least one measured value characterizing a current boring behaviour of the boring device, and performing a computational elimination of a dependency of the at least one measured value on the at least one boring parameter, wherein at least one rock texture-dependent characteristic value is obtained, and wherein the at least one characteristic value is used as a measure for a mineral particle size of the at least one valuable mineral in the rock and for setting an optimum degree of comminution when comminuting the rock.

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