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    • 13. 发明公开
    • EXTRACTION SYSTEM FOR A MINERAL CUTTER PICK
    • 一种矿物切削刀具的提取系统
    • EP2539541A2
    • 2013-01-02
    • EP11704293.7
    • 2011-02-03
    • Minnovation Limited
    • PARROTT, George, Albert
    • E21C35/19
    • E21C35/197E21C2035/1826
    • A system for extraction of a mineral cutter pick (1), and optionally any interposed sleeve (19), the pick (1 ) comprises an elongate shank (4) extending from an enlarged head (2), has a piston (12) coaxial with the shank (4), with one end face (16) of the piston (12) subjectable to hydraulic pressure fluid, and with another, opposite end face (15) of the piston (12) capable of engaging an end face (5) of the shank (4), a sealing ring (14) to prevent passage of hydraulic fluid being carried by the piston (12), whereby axial movement of the piston (12), under hydraulic pressure, in turn axially displaces the pick (1 ), whilst further movement of the piston (12) results in extraction, if required, of sleeve (19).
    • 一种用于提取矿物切割器镐(1)的系统以及任选地插入的套筒(19),镐(1)包括从扩大的头部(2)延伸的细长柄(4),具有同轴的活塞(12) 与活塞(12)的一个端面(16)以及活塞(12)的另一个相对的端面(15)一起与柄(4) )以及防止活塞(12)携带的液压流体通过的密封环(14),由此在液压下活塞(12)的轴向运动又使得所述镐(4)轴向移动, 1),同时活塞(12)的进一步移动导致套筒(19)的抽出,如果需要的话。
    • 15. 发明授权
    • MINERAL CUTTER PICK ETC
    • 矿物切削刀等
    • EP2776675B1
    • 2017-05-10
    • EP12791523.9
    • 2012-11-05
    • Minnovation Limited
    • PARROTT, George, Albert
    • E21C35/18E21C35/19B05B15/06E21C35/187
    • E21C35/187B05B15/65E21C35/19E21C2035/1826
    • A water spray system particularly, but no exclusively, for mineral mining, comprising a pick (1) having an integral shank (4) by which it is releasably receivable in an aperture (17) of a block (16), a heel (7) extending rearwardly from the pick (1), a hole (9) passing through the heel (7) and a pair of spaced-apart cheeks extending beyond the hole, a spray nozzle (24) received in a bore (22) of the block (16) with a head (25) of the nozzle projection above an upper surface of the block (16) to a location between the cheeks (8), with a water discharge orifice of the head (25) so located beneath the heel (7) and with respect to the through hole (9) of the heel (7) that water discharged from the orifice into the through hole and exiting the through hole induces an air flow wholly or partially through the through hole. Other aspects of the invention are the pick (1), the block (6), a releasable latching system, and a drivable member.
    • 本发明涉及一种用于矿物开采的喷水系统,其包括具有整体柄(4)的镐(1),通过该柄可释放地容纳在块(16)的孔(17)中,踵部(7) )从所述镐(1)向后延伸,穿过所述踵部(7)的孔(9)和延伸超过所述孔的一对间隔开的颊板,喷嘴(24)接收在所述镐 在所述块体(16)的上表面上方的所述喷嘴突出部的头部(25)到所述颊板(8)之间的位置处,所述头部(25)的排水孔位于所述踵部 (7)相对于脚跟(7)的通孔(9)从孔口排入通孔并从通孔排出的水引起整个或部分通过通孔的气流。 本发明的其他方面是镐(1),块体(6),可释放的闩锁系统和可驱动构件。
    • 18. 发明公开
    • Tip and mineral cutter pick
    • 提示和矿物切割器挑选
    • EP0234793A1
    • 1987-09-02
    • EP87301119.1
    • 1987-02-10
    • MINNOVATION LIMITED
    • Parrott,George Albert Minnovation Ltd.
    • E21C35/22E21C35/18
    • E21C35/187
    • A mineral cutter tip 14 comprises a bottom face 15 and a rear face 16 located in "V"-formation whereby the tip 14 is, in use, seated in a "V"-notch 7 provided in a head 2 of a mineral cutter pick 1, the tip 14 further comprising a front cutting face 17 and, rearwardly thereof, a water-conveying slit or slot 20̸ provided intermediate opposed, lateral side faces 19 of the tip 14, and having a water inlet end 23 emerging at the rear face 16 of the tip 14 and a water outlet end 24 emerging at the top face 18 of the tip 14. The invention also includes a pick 1 provided with a tip 14 as defined.
    • 矿物切削刀头14包括位于“V”形状中的底面15和后面16,由此在使用中,刀头14位于设置在矿物切割镐的头部2中的“V”型开口7中 如图1所示,尖端14还包括前切割面17和在其后面的输水狭缝或狭缝20',其设置在尖端14的相对的侧向侧面19的中间,并具有在后面出现的进水端23 尖端14的尖端16和出口端24在尖端14的顶面18处出现。本发明还包括设有尖端14的尖头1,如所限定的。
    • 19. 发明公开
    • Mineral cutting device, water supply lance and cutter pick
    • 除石工具,供水枪及截齿。
    • EP0167236A1
    • 1986-01-08
    • EP85303118.5
    • 1985-05-02
    • MINNOVATION LIMITED
    • Parrot, George AlbertPreddy, Neil
    • E21C35/22E21C35/18E21D9/10
    • E21C35/187
    • A mineral cutting device comprising a plurality of replaceable picks (10, 10A - 10G) and associated water conveying lances (20, 20A- 20G), each lance being tubular and having a hollow, water-conveying interior and being contained, at least partially, within a bore (13, 13A, 13B) in the pick (10, 10A - 10G) when the pick (10, 10A - 10G) has been mounted on the device (1, 1A, 1B), and each lance (20, 20A- 20G) terminating at or adjacent the end of the bore, at a water discharge orifice (23).
      The invention also includes a lance for use with the mineral cutting device defined above, the lance (20, 20A - 20G) comprising an elongate, tubular member having a hollow, water-conveying interior, one end of the lance being connected in a water sealing manner to a mounting adaptor (18, 18A - 18F) by which the lance (20, 20A- 20G) is, in use, releasably mounted on a portion of the cutting device in fluid flow communication with a supply source of pressurised water, the adaptor (18, 18A - 18F) also being in fluid flow communication with the hollow interior of the lance.
      The invention also includes a mineral cutter pick comprising a head (9, 9A, 9B), an integral shank (12, 12A- 12D) formed integrally with the head (9, 9A. 98) and a bore (13, 13A, 13B) extending along at least portions of both the head (9, 9A, 9B) and the shank (12, 12A - 12D), the shank bore (13B) being formed at least partially in a side (27) of the shank (12, 12A - 12D), which, in use, is the compressive stress side.
      In another embodiment, a mineral cutter pick comprises a head (9, 9A, 98) provided with a hard material cutting tip (11), and a shank (12, 12A- 12D) formed integrally with the head, a bore (13, 13A) provided along at least the pick head (9, 9A, 98), with an outer bore end (14) located rearwardly of the cutting tip (11 and an inner bore end (15) intersected by a slot (42) provided in at least a portion of the shank (12D).