| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 81 | Drill tool | EP81850019.1 | 1981-02-06 | EP0036847A2 | 1981-09-30 | Wiredal, Harry Artur Ingvar |
A drill tool for rotary and/or percussion drilling with drill rod means (14) within casing tube means (15) comprises a centric cutting bit (11) and an eccentric reamer cutter (12), both provided with hard metal inserts. For purposes of obtaining a life of the drill tool as long as possible the first frontal insert (23) on the reamer cutter (12) is positioned in front of the first peripheral insert (18) when seen in the rotational direction (D) during drilling, and the centric cutting bit (11) provided with more inserts on the half (38) of its front surface opposed to the reamer cutter (12) during drilling than on the other half (39). |
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| 82 | SICH ÖFFNENDE DREH-SCHLAGBOHRKRONE, INSBESONDERE ZUM ÜBERLAGERUNGSBOHREN | EP15161307.2 | 2015-03-27 | EP2927417B1 | 2018-11-14 | FENNEL, Günter |
| 83 | AN APPARATUS AND METHOD FOR MODIFYING THE SIDEWALLS OF A BOREHOLE | EP09811754.2 | 2009-09-08 | EP2326786B1 | 2018-04-11 | KHADRBEIK, Mohammad Ali Taghipour; CARLSEN, Inge Manfred |
| The present invention concerns an apparatus for modifying sidewalls of a borehole. The apparatus includes a longitudinal housing adapted to fit inside the borehole. The housing includes a first end portion, a second end portion, and a side portion between said end portions, adapted to face the sidewalls of the borehole. Means are provides on the side of the housing for removing material from said borehole sidewall. The housing is adapted to be rotated with a controlled rotational speed in relation to said borehole sidewalls and to be fed in a controlled rate of longitudinal motion in relation to said borehole. Furthermore, the invention relates to a method for making a borehole with internal, helical grooves. | ||||||
| 84 | DEVICE FOR A DRILLING TOOL | EP05722315.8 | 2005-04-06 | EP1733116B1 | 2017-10-11 | Göting, Ove |
| 85 | Bohrkrone mit einer Anzahl von Rollmeißeln zum Bohren eines Baugrundes und Verfahren zum Lösen einer eine Anzahl von Rollmeißeln zum Bohren eines Baugrundes aufweisenden Bohrkrone von einem Rohrschuh in abgeteuftem Zustand | EP14167345.9 | 2014-05-07 | EP2942474B1 | 2017-02-01 | Lintschinger, Markus |
| 86 | SICH ÖFFNENDE DREH-SCHLAGBOHRKRONE, INSBESONDERE ZUM ÜBERLAGERUNGSBOHREN | EP15161307.2 | 2015-03-27 | EP2927417A3 | 2016-04-27 | FENNEL, Günter |
Die Erfindung betrifft eine sich öffnende Dreh-Schlagbohrkrone, die nach durchlaufen einer Außenverrohrung bei Grundkontakt zwangsläufig aufklappt und größer bohrt als der Durchmesser der Außenverrohrung misst, wobei die beweglichen Teile der Dreh-Schlagbohrkrone quer zum Kronenschaft drehbar gelagert sind und einen Bohrkopf bilden und die zum Bohren benötigte Energie durch Hydraulikhämmer oder Imlochhämmer zugeführt bekommt und zum Gestängewechsel oder nach vollendeter Arbeit ohne Verdrehen entgegen der Arbeitsdrehrichtung einfach in das Außenrohr zurückgezogen werden kann. Ferner betrifft die Erfindung eine Bohrkrone (10), insbesondere zum Überlagerungsbohren, mit einem Bohrkopf (30) und einem den Bohrkopf (30) tragenden Bohrkronenträger (20), mit zumindest einem Klappflügel (32, 34), der zwischen einer ersten Position und einer zweiten Position hin und her bewegbar ist, wobei der zumindest eine Klappflügel (32, 34) in der ersten Position innerhalb eines Bohrkronendurchmessers (d10) angeordnet ist und in der zweiten Position über den Bohrkronendurchmesser (d10) hinausragt, und wobei der Klappflügel (32, 34) an seinem freien Ende eine Stirnfläche (40) aufweist. Der wenigstens eine Klappflügel (32, 34) ist quer zu einer Bohrkronenträgerlängsachse (70) schwenkbar am Bohrkronenträger (20) angeordnet und konstruktiv so ausgebildet, dass bei rotierendem Bohrkopf (30) eine Wirkverbindung mit einem Bohrobjekt ein Drehmoment an dem Klappflügel (32, 34) quer zur Bohrkronenträgerlängsachse (70) erzeugt und den Klappflügel (32, 34) von der ersten in die zweite Position treibt.
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| 87 | AN APPARATUS AND METHOD FOR MODIFYING THE SIDEWALLS OF A BOREHOLE | EP09811754 | 2009-09-08 | EP2326786A4 | 2016-04-27 | KHADRBEIK MOHAMMAD ALI TAGHIPOUR; CARLSEN INGE MANFRED |
| The present invention concerns an apparatus for modifying sidewalls of a borehole. The apparatus includes a longitudinal housing adapted to fit inside the borehole. The housing includes a first end portion, a second end portion, and a side portion between said end portions, adapted to face the sidewalls of the borehole. Means are provides on the side of the housing for removing material from said borehole sidewall. The housing is adapted to be rotated with a controlled rotational speed in relation to said borehole sidewalls and to be fed in a controlled rate of longitudinal motion in relation to said borehole. Furthermore, the invention relates to a method for making a borehole with internal, helical grooves. | ||||||
| 88 | SICH ÖFFNENDE DREH-SCHLAGBOHRKRONE, INSBESONDERE ZUM ÜBERLAGERUNGSBOHREN | EP15161307.2 | 2015-03-27 | EP2927417A2 | 2015-10-07 | FENNEL, Günter |
Die Erfindung betrifft eine sich öffnende Dreh-Schlagbohrkrone, die nach durchlaufen einer Außenverrohrung bei Grundkontakt zwangsläufig aufklappt und größer bohrt als der Durchmesser der Außenverrohrung misst, wobei die beweglichen Teile der Dreh-Schlagbohrkrone quer zum Kronenschaft drehbar gelagert sind und einen Bohrkopf bilden und die zum Bohren benötigte Energie durch Hydraulikhämmer oder Imlochhämmer zugeführt bekommt und zum Gestängewechsel oder nach vollendeter Arbeit ohne Verdrehen entgegen der Arbeitsdrehrichtung einfach in das Außenrohr zurückgezogen werden kann. Ferner betrifft die Erfindung eine Bohrkrone (10), insbesondere zum Überlagerungsbohren, mit einem Bohrkopf (30) und einem den Bohrkopf (30) tragenden Bohrkronenträger (20), mit zumindest einem Klappflügel (32, 34), der zwischen einer ersten Position und einer zweiten Position hin und her bewegbar ist, wobei der zumindest eine Klappflügel (32, 34) in der ersten Position innerhalb eines Bohrkronendurchmessers (d10) angeordnet ist und in der zweiten Position über den Bohrkronendurchmesser (d10) hinausragt, und wobei der Klappflügel (32, 34) an seinem freien Ende eine Stirnfläche (40) aufweist. Der wenigstens eine Klappflügel (32, 34) ist quer zu einer Bohrkronenträgerlängsachse (70) schwenkbar am Bohrkronenträger (20) angeordnet und konstruktiv so ausgebildet, dass bei rotierendem Bohrkopf (30) eine Wirkverbindung mit einem Bohrobjekt ein Drehmoment an dem Klappflügel (32, 34) quer zur Bohrkronenträgerlängsachse (70) erzeugt und den Klappflügel (32, 34) von der ersten in die zweite Position treibt.
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| 89 | DRILLING DEVICE FOR DRILLING AND REAMING OF A HOLE | EP07803698.5 | 2007-08-23 | EP2132398A1 | 2009-12-16 | Hulkkonen, Teijo; Paasonen, Hannu |
| Drilling device for drilling into ground, rock or for reaming a predrilled hole which drilling device comprises, if needed, a bit (2) which drills the central part of the hole and a hammer (1) for it, or the mentioned bit (2) is at least partly replaced with an endpiece which takes control of the predrilled hole whereupon in both cases the drilling device additionally comprises several hammering bits (4) placed in a circular shape and equipped with their own hammers (3) whereupon they together drill a hole which has a larger diameter and the drilling device comprises a casing tube (6) which can be pulled out of the hole/pushed into the hole which is created during drilling and belongs to the drilling device and also essentially in the middle of the drilling device residing tubular, rotatable drill rod tube (16). The hammers (3) located in a circular shape are each attached to the outer surface of the drill rod tube (16) with the help of joint/hinge attachments (17, 19) essentially in the drilling direction and rotation of the drill rod tube (16) in the first direction turns the drilling devices (3) from the drill rod tube towards it side in the mentioned joint/hinge attachment of the hammers and rotation in another direction turns the hammers (3) with their bits (4) towards the drill rod tube (16) so that they can be pulled away with the drill rod tube (16) from inside the casing tube (6). | ||||||
| 90 | EARTH DRILLING DEVICE | EP02744049.4 | 2002-06-27 | EP1402146B1 | 2007-05-23 | Löf, Uno |
| The invention relates to a drilling tool and a method for down-the-hole drilling, the drilling tool being intended to drill a hole ahead of a following casing tube (13). The drilling tool comprises a central pilot drill bit (20), a reamer (33) and a guide body (12) for steering the drilling tool and casing tube relative to one another. To avoid problems with threaded connections, the guide body (12), reamer (33) and pilot drill bit (20) are mutually formed so that the rotational power is transferred from the guide body (12) to the reamer (33) and from the reamer (33) to the pilot drill bit (20), but without either of the two transfers of rotational power comprising any threaded connection, and so that an essentially radial displacement exists between the guide body (12) and the reamer (33). The construction also facilitates retraction of the reamer (33) without the pilot drill bit also needing to rotate. | ||||||
| 91 | DEVICE FOR A DRILLING TOOL | EP05722315.8 | 2005-04-06 | EP1733116A1 | 2006-12-20 | GÖTING, Ove |
| The present invention relates to an apparatus in tools for down the hole drilling, which comprises a pilot drilling bit (10), a reamer (8) and a pilot body (1) which is disposed to support the reamer (8) and the pilot drilling bit (10) at the end of a casing tube (2), with the reamer (8) on the one hand in a closed position in which the parts of the tool are concentric with one another and displaceable through the casing tube (2), and on the other hand, an open position in which at least a part of the reamer (8) is located radially outside the casing tube (2), the pilot body (1) being provided with a male portion (7) which extends through the reamer (8) and is in engagement with the pilot drilling bit (10) for transferring rotation and percussion energy to at least the pilot drilling bit (10). | ||||||
| 92 | Tool for use in system for in situ replacement of cutting means for a ground drill | EP95108815.2 | 1994-06-15 | EP0678653B1 | 2000-03-08 | McLeod, Gavin Thomas; Egan, Matthew Vance |
| 93 | Tool for use in system for in situ replacement of cutting means for a ground drill | EP95108815.2 | 1994-06-15 | EP0678653A3 | 1996-09-11 | McLeod, Gavin Thomas; Egan, Matthew Vance |
A tool (20) is described for transporting cutting segments (22) to and from a ground drill (12) to enable in situ replacement of the cutting segments (22). The ground drill is provided with seating means (30) for seating the cutting segments (22). The tool has a carrier cradle (176) onto which the segments can be loaded for transport to and from the ground drill (12) and is operable to cause the segments to slide relative to the tool when the tool passes a predetermined position within the ground drill, so that one end (70) of the segments can extend laterally of the tool an the segments engage the seating means (30) for retention in the cutting position. |
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| 94 | Insert for use in retaining a cutting means in a ground drill | EP95108814.5 | 1994-06-15 | EP0678652A3 | 1996-09-11 | McLeod, Gavin Thomas; Egan, Matthew Vance |
An insert (24) is described for releasably retaining cutting means (22) in a ground drill (12). The insert is in the form of a substantially cylindrical member and is movable within the ground drill between an installation position and a retrieval position. In the installation position the insert (24) retains the cutting means in a cutting position between an outer circumferential surface (212) of the insert and an inner circumferential surface (26) of the ground drill. In the retrieval position the insert (24) is retracted to release the cutting means from between the outer circumferential surface of the insert and the inner circumferential surface of the ground drill. |
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| 95 | Insert for use in retaining a cutting means in a ground drill | EP95108814.5 | 1994-06-15 | EP0678652A2 | 1995-10-25 | McLeod, Gavin Thomas; Egan, Matthew Vance |
An insert (24) is described for releasably retaining cutting means (22) in a ground drill (12). The insert is in the form of a substantially cylindrical member and is movable within the ground drill between an installation position and a retrieval position. In the installation position the insert (24) retains the cutting means in a cutting position between an outer circumferential surface (212) of the insert and an inner circumferential surface (26) of the ground drill. In the retrieval position the insert (24) is retracted to release the cutting means from between the outer circumferential surface of the insert and the inner circumferential surface of the ground drill. |
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| 96 | Vorrichtung und Verfahren zum richtungsgenauen Bohren | EP93105394.6 | 1993-04-01 | EP0563950A1 | 1993-10-06 | Meier, Nikolaus |
Die Erfindung betrifft eine Vorrichtung zum richtungsgenauen Bohren mit einem ein Bohrgestänge (Innenrohrgestänge 2), einen Bohrwerkzeugträger (3) und eine Bohrkrone (4) aufweisenden Bohrwerkzeug (1) und einem nicht drehend nachgeführten Futterrohr (Außenrohrgestänge 5), und ein Verfahren zur Steuerung einer Bohrvorrichtung, welche eine richtungsgenaue Steuerung des Bohrkopfes zum Erreichen einer bestimmten Abwinklung in vorgegebenen Bohrlochabschnitten bzw. einer Korrektur eventueller Abweichungen mit vertretbarem Aufwand einerseits vorrichtungsmäßig dadurch erreicht, daß im vorderen Bereich des Futterrohrs (5) ein Ablenkkeil (6) angeordnet ist, welcher durch Drehen und Längsverschieben des Futterrohres (5) eine Parallelverschiebung des aus Bohrkrone (4) und Bohrwerkzeugträger (3) bestehenden Bohrkopfes bewirkt, und andererseits verfahrungsmäßig dadurch, daß der tatsächliche Verlauf der Bohrung meßtechnisch erfaßt wird und daß durch Drehung und Längsverschiebung des Futterrohres (Außenrohrgestänges) ein im vorderen Bereich des Futterrohres angeordneter Ablenkkeil so positioniert wird, daß zur Richtungsänderung der Bohrwerkzeugträger in der gewünschten Richtung aus der Bohrmittellinie abgelenkt wird. |
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| 97 | Flushing means for drilling tools | EP90850128.1 | 1990-04-03 | EP0391874A3 | 1991-04-03 | Löf, Stig Uno |
A flushing means for drilling tools comprises a guide member (10) carrying a drill bit (20) and being rotatably centered by the mouth of a casing tube (11) which is adapted to follow the drilling tool downhole during drilling. The drill bit (20) has a bit portion (22) that projects laterally beyond and is spaced axially in front of the casing tube (11) so as to drill a hole larger than the casing tube (11). There are external flushing grooves (70,71) on the guide member (10) adapted to lead the outflow of flushing medium and debris from the hole during drilling into the casing tube (11). At least one of these grooves (70) extends from front to rear of the guide member (10). One or more further grooves (71) are open towards said rear while ending blindly into the periphery of the guide member (10) spaced from its front. By retraction of the guide member (10) its front enters the casing tube (11). That closes the blind grooves (71) and an intensified flushing is thus possible via the remaining open grooves (70) that extends from front to rear of the guide member (10). The cutting front (40) of the bit portion (22) is flushed rotatively in counter flow to the rotational drilling direction (8) towards the full length groove (70). |
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| 98 | Drilling tool | EP90850127.3 | 1990-04-03 | EP0391873A3 | 1991-04-03 | Löf, Stig Uno |
A drilling tool is followed by a casing tube (11) down the drilled hole. The mouth of the casing tube (11) centers rotatably a guide member (10) which receives rotation and impact energy via the interior of the casing tube (11). A drill bit (20) consists integrally of an axially protruding pilot portion (23), a sidewise projecting eccentric portion (22) and a rear shaft (21). The shaft (21) extends pivotally and axially movably into an eccentrically disposed bore (24) in the guide member (10). Axially spaced peripheral end grooves (30,32) extend in opposite direction from an axial cam groove (31) on the shaft (21) and are engaged by a follower (28) in the guide member (10) defining positively the axial and angular movability and positions thereof relative to the drill bit (20). In the forward end groove (32) the follower (28) maintains the drill bit (20) axially in drilling position adjacent to the guide member (10) with the eccentric portion (22) protruding to drill a hole larger than the casing tube (11). In an intermediate position 90° away from the drilling position, the follower (28) enters the cam groove (31) whereby the guide member (10) becomes axially movable the distance between the end grooves (30,32). In a rear axial position the guide member (10) by a continued 90° turn brings the follower (28) into the rear end groove (30) to axially define the retracted position of the drill bit (20), wherein it can be raised or lowered freely through the casing tube (11). |
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| 99 | Drill tool | EP87850054.5 | 1987-02-16 | EP0235105B1 | 1991-03-06 | Kjell-Ove, Jansson |
| 100 | Drilling tool | EP90850127.3 | 1990-04-03 | EP0391873A2 | 1990-10-10 | Löf, Stig Uno |
A drilling tool is followed by a casing tube (11) down the drilled hole. The mouth of the casing tube (11) centers rotatably a guide member (10) which receives rotation and impact energy via the interior of the casing tube (11). A drill bit (20) consists integrally of an axially protruding pilot portion (23), a sidewise projecting eccentric portion (22) and a rear shaft (21). The shaft (21) extends pivotally and axially movably into an eccentrically disposed bore (24) in the guide member (10). Axially spaced peripheral end grooves (30,32) extend in opposite direction from an axial cam groove (31) on the shaft (21) and are engaged by a follower (28) in the guide member (10) defining positively the axial and angular movability and positions thereof relative to the drill bit (20). In the forward end groove (32) the follower (28) maintains the drill bit (20) axially in drilling position adjacent to the guide member (10) with the eccentric portion (22) protruding to drill a hole larger than the casing tube (11). In an intermediate position 90° away from the drilling position, the follower (28) enters the cam groove (31) whereby the guide member (10) becomes axially movable the distance between the end grooves (30,32). In a rear axial position the guide member (10) by a continued 90° turn brings the follower (28) into the rear end groove (30) to axially define the retracted position of the drill bit (20), wherein it can be raised or lowered freely through the casing tube (11). |
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