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    • 84. 发明申请
    • ANTI-VIBRATION PLUG-IN NIPPLE
    • ANTI VIBRATIONS-PLUG乳头
    • WO00020791A1
    • 2000-04-13
    • PCT/CH1999/000429
    • 1999-09-13
    • B25D17/00F16L27/10
    • F16L27/1021
    • The invention relates to a device for connecting a pneumatically or hydraulically operated tool to a connection coupling in order to provide the connection to a transport line which guides a liquid or gaseous medium. The invention is characterised by a first part (11) with an engaging section (13) which is provided so that it can be inserted into a receiving element on the connection coupling and therefore be detachably connected with the same. The device also has a second part (3) with a connecting section (5), which is configured for being permanently connected to the tool. The two parts (3, 11) each have at least one additional section (9, 17), one of said additional sections (9) radially, externally surrounding the other, at a distance, and an elastic connection (19) being provided between the two additional sections. Said connection can be produced by casting, injecting or extruding an elastic, rubber-type material between the two sections.
    • 一种用于气动或液压操作工具连接到连接耦合用于制备化合物与液态或气态介质导致传输线装置的特征在于第一部分(11)包括在耦合的接合处中的插座设置的卡合部(13) 插入到将被连接到该再次分离。 该装置还包括一第二部分(3)与(5),其适于固定地连接到该工具的连接部。 这两个部分(3,11)分别具有至少一个另外的部分(9,17),其中的包络的其他的径向外侧间隔开,另一部分(9),并且其中,(19)的两个另外的部分之间的弹性连接 被提供,其化合物是通过模制,喷雾或挤出的两个部分之间的弹性,橡胶状材料的获得。
    • 85. 发明申请
    • PNEUMATIC PERCUSSION POWER TOOL WITH PNEUMATIC RETURNING SPRING
    • 空气弹簧,SCHLAGWERKRÜCKHOLLUFTFEDER
    • WO00016948A1
    • 2000-03-30
    • PCT/EP1999/005937
    • 1999-08-13
    • B25D9/14B25D9/04B25D11/00B25D17/00
    • B25D11/005
    • A pneumatic percussion power tool has a percussion tool housing (1), in which a drive piston (2) and a percussion piston (9) are movable in axial direction. The motion of the drive piston (2) generated by a crank mechanism is transmitted to the percussion piston (9) through a pneumatic spring in a first chamber (10), said piston cyclically striking a ram (11) or a tool. The backward motion of the percussion piston (9) rebounding from the ram (11) is supported by increasing air pressure in a third chamber (15) that is supplied with air by the drive piston (2) through a second chamber (14) and a communicating channel (13).
    • 气动弹簧冲击机构包括一冲击机构壳体(1),其中的驱动活塞(2)和一冲击活塞(9)被布置成可轴向移动。 由驱动活塞(2)的曲柄驱动所产生的运动是在第一室(10)到冲击活塞(9)的空气弹簧被发送时,抵靠砧(11)或工具的周期性打击。 从撞针的回弹(11)的冲击活塞(9)的向后运动通过在第三室(15)由驱动活塞(2)经由第二室(14)与空气的增加的空气压力和连接通道(13)的支持 被提供。
    • 86. 发明申请
    • A COMPONENT MOUNTING METHOD AND APPARATUS FOR A PERCUSSION TOOL
    • 一种组件安装方法和一种打击工具的设备
    • WO99067065A1
    • 1999-12-29
    • PCT/AU1999/000451
    • 1999-06-10
    • B25D17/06B25D17/00B25D17/08
    • B25D17/06
    • There is provided a hammer assembly (10) comprising a hammer casing (11) having a bore (12) therethrough and a drive sub (13) and retainer (15) supporting a drill bit (14). A piston (16) has a hammer end (17) adapted to strike an anvil end (20) of the drill bit (14). A porting body (21) is located in the bore (12) by expandable mounting member (22) frictionally engaged with the bore (12) by a tapered portion of the porting body (21) being urged by a top sub (23) into a tapered bore in the mounting member (22). The porting body (21) supports a non-return valve (24) in a flushing fluid path communicating with the bit face. The mounting member (22) has a small annular flange (40) adapted to engage a shoulder (41) in the casing (11) and opposed axial slots (42) extending from port apertures (43) to the upper rim (44) of the mounting member (22). The porting body (21) comprises an annular manifold (45) for pressurized fluid supplied via top sub bore (46), non return valve chamber (47) and passages (50). A compressible spacer (52) is located on a shoulder (53) on the porting body (21) to be compressed by a corresponding shoulder (54) on the top sub (23), the progression of which is limited by a top sub flange (55) bearing on the end (56) of the casing (11).
    • 提供了一种锤组件(10),其包括具有穿过其中的孔(12)的锤壳体(11)和支撑钻头(14)的驱动副(13)和保持器(15)。 活塞(16)具有适于撞击钻头(14)的砧端(20)的锤头(17)。 端口主体(21)通过可移动的安装构件(22)位于孔(12)中,可膨胀的安装构件(22)通过端部主体(21)的锥形部分与孔(12)摩擦接合, 安装构件(22)中的锥形孔。 移动体(21)在与钻头面相通的冲洗流体路径中支撑止回阀(24)。 安装构件(22)具有适于接合壳体(11)中的肩部(41)的小环形凸缘(40)和从端口孔(43)延伸到上边缘(44)的相对的轴向狭槽(42) 安装构件(22)。 移动体(21)包括用于经由顶部子孔(46),止回阀室(47)和通道(50)供应的加压流体的环形歧管(45)。 可压缩间隔件(52)位于移动体(21)上的肩部(53)上,以被顶部副(23)上的对应的肩部(54)压缩,其进展受顶部副凸缘 (55)支承在壳体(11)的端部(56)上。
    • 87. 发明申请
    • DRIVE PISTON FOR A PNEUMATIC IMPACT MECHANISM
    • 驱动活塞的空气弹簧SCHLAGWERK
    • WO99067063A1
    • 1999-12-29
    • PCT/EP1999/004414
    • 1999-06-24
    • B25D11/00B25D17/00
    • B25D17/00B25D11/005
    • The invention relates to a drive piston for a pneumatic impact mechanism used in a hammer drill or paving breaker. Said drive piston is comprised of at least two parts made of different materials having different densities. It is thus advantageous if the drive piston comprises a steel sleeve (1) whereas a piston base (4) and a piston suspension (5) are made of a plastic material. A steel which corresponds to the surrounding sliding partners is provided in the areas of the drive piston which are thermally stressed and which are subject to wear, whereas plastic is used for decreasing the total weight of the drive piston and also for reducing the vibrations in other parts.
    • 驱动活塞用于在钻孔或冲击锤气动弹簧冲击机构,其包括由具有不同密度的不同材料中的至少两个部分中。 有利的是,当驱动活塞具有钢套筒(1),而活塞头(4)和活塞悬浮液(5)由塑料材料制成。 在驱动活塞的热负荷和verschleissbeanspruchten区域对应Umgebungsgleitpartnern钢因此被提供,而在驱动活塞的总重量的减少,从而减少振动在塑料其它部分被使用。