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    • 1. 发明申请
    • DEVICE FOR ROCK- AND CONCRETE MACHINING
    • 用于岩石和混凝土加工的装置
    • WO2012138287A1
    • 2012-10-11
    • PCT/SE2012/050365
    • 2012-04-03
    • ATLAS COPCO ROCK DRILLS ABPETTERSSON, Maria
    • PETTERSSON, Maria
    • B25D9/12B25D9/04B25D9/14E21B1/24E21B4/14
    • B25D9/125B25D9/04B25D9/12B25D9/145B25D9/18E21B1/02
    • The invention concerns a hydraulic striking tool for application in rock and/or concrete cutting equipment containing a machine housing (100;200) with a cylinder (115;215) with a moveably mounted piston (145;245) which during operation performs a repetitive forward and backward movement relative to the machine housing (100;200) and directly or indirectly strike a rock and/or concrete cutting tool (155;255), and where the piston (145;245) includes a driving part (165;265) which separates a first (120;220) and a second (105;221 ) driving chamber formed between the piston (145;245) and the machine housing (100;200) and where these driving chambers are arranged to include a pressurised working fluid during operation. The total volume V of the first and second driving chambers is inversely proportional dimensioned to the square of a for the striking tool recommended maximal pressure p, as well as proportional, by a proportionality constant k within the interval 5.3-21.0, to the product of the pistons energy E during the strike against the tool and compression module β of the working fluid.
    • 本发明涉及一种用于岩石和/或混凝土切割设备的液压打击工具,其包含具有带有可移动安装的活塞(145; 245)的气缸(115; 215)的机器壳体(100; 200),所述活塞在操作期间执行重复 相对于机器壳体(100; 200)的向前和向后运动并且直接或间接地撞击岩石和/或混凝土切割工具(155; 255),并且其中活塞(145; 245)包括驱动部分(165; 265) ),其分离形成在活塞(145; 245)和机器壳体(100; 200)之间的第一(120; 220)和第二(105; 221)驱动室,并且其中这些驱动室被布置成包括加压工作 流体在运行。 第一和第二驱动室的总体积V与用于打击工具推荐最大压力p的a的平方成正比,并且与5.3-21.0的间隔内的比例常数k成比例地相对于 在冲击工具和工作流体的压缩模块ß的过程中活塞的能量E。
    • 6. 发明申请
    • A POWER TRANSMISSION UNIT OF AN IMPACTOR, A HYDRAULIC JET IMPACTOR AND THE APPLICATION THEREOF
    • 液压驱动器的动力传动装置及其应用
    • WO03058023A8
    • 2004-02-12
    • PCT/CN0300027
    • 2003-01-14
    • CHINA PETROLEUM & CHEMICALEXPLORATION & PRODUCTION RES ITAO XINGHUAXU GUOQIANGHOU XUTIANZENG YIJIN
    • TAO XINGHUAXU GUOQIANGHOU XUTIANZENG YIJIN
    • E21B1/24E21B4/00E21B1/00
    • E21B4/00
    • The present invention relates to a power transmission unit of an impactor and a hydraulic jet impactor. A rubber seal of hydraulic jet impactor was subject to corrode and so did the hole of a upper splite-flow cap in the past, so that the impactor single-time service life was reduced, and also because of so many parts, the transmission unit had a low efficiency. In order to raise the velocity of drilling well and/or elongate impactor single-time service life, a passage located in a side wall is formed by separating waterproof seal in respect to inner wall of outer sleeve, so that said rubber seal could be omitted, then a anvil of the transmission unit is combined with its lower joint so that impacting power loss is reduced during the transmission. A nozzle of which the material made from is more antifriction than that of splite-flow cap's does is provided in said splite-flow hole. Especially, the nozzle is one of nozzles whose inner diameters are different with each other so that various flow requirements could be met by replacing a nozzle and abrasion of splite-flow hole would be relieved effectively.
    • 本发明涉及冲击器和液压喷射冲击器的动力传递单元。 液压喷射冲击器的橡胶密封件过去受到腐蚀,上裂缝盖的孔也受到腐蚀,使得冲击器的单次使用寿命缩短,同时由于传动单元数量多 效率低下 为了提高钻井速度和/或细长冲击器的一次使用寿命,通过将防水密封件相对于外套管的内壁分离而形成在侧壁中的通道,从而可以省略所述橡胶密封件 ,则传动单元的砧座与其下接头组合,使得在传动期间冲击功率损失减小。 在所述分流孔中设置有由其制成的喷嘴比分流帽的更多的摩擦力。 特别地,喷嘴是内径彼此不同的喷嘴之一,通过更换喷嘴可以满足各种流动要求,并且有效地减轻了裂流孔的磨损。
    • 7. 发明申请
    • DEVICE AND METHOD FOR ROCK- AND CONCRETE MACHINING
    • 用于岩石和混凝土加工的装置和方法
    • WO2012138288A1
    • 2012-10-11
    • PCT/SE2012/050366
    • 2012-04-03
    • ATLAS COPCO ROCK DRILLS ABDONSÉ, Lennart
    • DONSÉ, Lennart
    • B25D9/12B25D9/04B25D9/14E21B1/24E21B4/14
    • B25D9/125B25D9/04B25D9/12B25D9/14B25D9/145B25D9/18E21B1/02F15B11/15F15B2013/0412F15B2211/851
    • The invention concerns a hydraulic, valveless impact mechanism for use in equipment for the machining of at least one of rock and concrete comprising a machine housing (105; 205) with a cylinder bore, a piston (110; 210) mounted such that it moves within this bore arranged to carry out when in operation repetitive reciprocating motion relative to the machine housing and in this way to deliver impact directly or indirectly on a tool connectable to the equipment for machining at least one of rock and concrete, and where the piston includes a driving part (140; 240) that separates a first drive chamber (160; 260) and a second drive chamber (125; 225), with an effective volume that is greater than that of the first drive chamber. The impact mechanism comprises further a starting means arranged such that it creates for a short duration, during an initial pressurisation of the impact mechanism, a connection between the second drive chamber and the first drive chamber, where the said connection can remain during one complete stroke cycle, in order in this way to set the piston into self- oscillation and avoid the piston remaining stationary at an equilibrium position. Furthermore, the invention concerns a rock drill with such an impact mechanism, and a rock drill rig comprising such a rock drill, and further a hydraulic release valve for the start of valveless hydraulic impact mechanisms. The invention concerns in addition to this a starting method for a hydraulic valveless impact mechanism.
    • 本发明涉及一种用于加工岩石和混凝土中的至少一种的液压无阀冲击机构,包括具有气缸孔的机械壳体(105; 205),安装成使其移动的活塞(110; 210) 在该孔内布置成在操作中相对于机器壳体重复往复运动时执行,并且以这种方式直接或间接地将冲击传递到可连接到设备的工具上,用于对岩石和混凝土中的至少一个进行加工,并且其中活塞包括 分离第一驱动室(160,260)和第二驱动室(125; 225)的驱动部分(140; 240),其有效容积大于第一驱动室的有效容积。 冲击机构还包括启动装置,其布置成使得其在冲击机构的初始加压期间在短时间内产生第二驱动室和第一驱动室之间的连接,其中所述连接可以在一次完全行程期间保持 循环,以这种方式将活塞设定为自振荡,并避免活塞保持静止在平衡位置。 此外,本发明涉及具有这种冲击机构的凿岩机,以及包括这种凿岩机的凿岩钻机,还有一种用于启动无级液压冲击机构的液压释放阀。 除此之外,本发明涉及一种液压无级冲击机构的启动方法。
    • 8. 发明申请
    • 유압 브레이커
    • 液压断路器
    • WO2010137826A2
    • 2010-12-02
    • PCT/KR2010/003212
    • 2010-05-20
    • 이영석구병서
    • 이영석구병서
    • E21B10/36E21B1/24
    • E02F3/966B28D1/26
    • 본 고안은 건설기계인 굴삭기에 장착하여 암반이나 콘크리트 등을 파쇄하는 데에 널리 사용되는 유압 브레이커에 관한 것으로, 내부에 가스챔버가 마련되는 백 헤드(Back Head)와; 상기 백 헤드의 하부에 조립되는 실린더(Cylinder)와; 상기 실린더의 하부에 조립되는 프론트 헤드(Front Head)와; 상기 실린더의 내부에 승강 가능하게 설치되는 피스톤(Piston)과; 상기 프론트 헤드의 내부에 설치되는 치즐(Chisel)을 구비하는 유압 브레이커를 구성함에 있어서, 상기 백 헤드의 양측 하단과 실린더의 양측 상단, 그리고 실린더의 양측 하단과 프론트 헤드의 양측 상단에 각각 반원형 링홈을 형성하고, 서로 접하여 원형을 이루는 백 헤드의 양측 하단 링홈과 실린더의 양측 상단 링홈 및 실린더의 양측 하단 링홈과 프론트 헤드의 양측 상단 링홈에 각각 체결링을 설치하여 백 헤드와 실린더, 그리고 프론트 헤드를 조립한 것을 특징으로 한다.
    • 本公开涉及一种液压破碎机,其可以广泛地安装在施工设备,特别是挖掘机上,并用于破碎岩石,混凝土等。液压破碎机包括:在其中设置有气室的后盖; 组装到后头部的下部的圆筒; 组装到气缸的下部的前头; 安装成能够在气缸内升高的活塞; 和安装在前头中的凿子,其中半圆环槽限定在后头的底部的任一侧并且在气缸的顶部的任一侧中,并且在气缸的底部的任一侧和在任一侧 分别安装在前头的顶部,并且紧固环安装在通过将后头部的底部的任一侧的环槽连接到气缸顶部的任一侧上的环槽中而形成的圆环槽中,如 以及分别在气缸的底部的任一侧的环槽和分别在前头的顶部的任一侧的环槽,以组装后头,气缸和前头。
    • 10. 发明申请
    • METHOD AND ARRANGEMENT FOR ADJUSTING THE PERCUSSION ENERGY IN A PERCUSSION DRILLING APPARATUS
    • 调节钻井装置中的冲击能量的方法和装置
    • WO01083170A1
    • 2001-11-08
    • PCT/FI2001/000396
    • 2001-04-25
    • B25D9/12B25D9/26B25D11/04E21B1/02E21B1/24E21B6/04
    • B25D9/12B25D9/26B25D11/04E21B1/02E21B6/04
    • The invention relates to an arrangement and a method for guiding drilling in a drilling machine, whose hammer gear, fitted in a frame (1), comprises a percussion piston (2) which reciprocates in the axial direction (X) and, to perform drilling, continually strikes a percussion point (11) in a drill shank (3) fitted in the frame (1). To guide the stroke transmitted to the drill shank (3) and to control the percussion energy in different drilling situations, the operating position of the hammer gear (2) in relation to said percussion point (11) is changed by moving said hammer gear in the axial direction (X). The percussion piston (2) is at least partly fitted within a tubular sleeve (10), movable in the axial direction, wherein the functional position of said hammer gear is changed by moving said sleeve (10) in relation to the frame (1).
    • 本发明涉及一种用于在钻孔机中引导钻孔的装置和方法,该钻孔机装配在框架(1)中的锤齿轮包括沿轴向(X)往复运动的冲击活塞(2),并执行钻孔 在安装在框架(1)中的钻杆(3)中不断地撞击打击乐器(11)。 为了引导传递到钻杆(3)的行程并且控制在不同钻井情况下的冲击能量,通过将所述锤齿轮移动到所述冲击点(11)中,锤齿轮(2)相对于冲击点(11)的操作位置被改变 轴向(X)。 冲击活塞(2)至少部分地配合在可沿轴向方向移动的管状套筒(10)内,其中通过相对于框架(1)移动所述套筒(10)来改变所述锤齿轮的功能位置, 。