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    • 1. 发明申请
    • IMPROVED SELF-SUPPORTING PNEUMATIC HAMMER POSITIONER WITH UNIVERSAL JOINT
    • 改进自支撑气动锤头定位器与通用接头
    • WO2016026022A1
    • 2016-02-25
    • PCT/CA2015/000464
    • 2015-08-17
    • R.N.P. INDUSTRIES INC.
    • MORISSETTE, DannySMITH, ErickGUIMOND, LucBLANCHET, GhislainJULIEN, GuillaumeTREMBLAY, GuyLALONDE, RéjeanMAGNY, Jean-PierreLAROCHE, AnthonyCHROUROU, YoussefJULIEN, AlainLALIBERTE, StevePAQUIN, RaphaelSIMARD, MaximeTRUDEL, ClaudeMENARD, MartinMANSEAU, Tommy
    • E21B15/00E21B11/00E21B7/00E21D20/00
    • E21B7/025B25D17/28E21B1/02E21B7/027E21B19/086E21D20/00E21D20/003
    • A manually operated pneumatic rock drill positioner for mining shaft wall boring, said positioner comprising: an articulated boom having one end for releasable coupling to a mobile ground platform and another end opposite said one end thereof; a rigid elongated drill turret defining a main body with an exposed outer wall, an inner wall opposite said outer wall, and first side edge wall and second side edge wall opposite said first side edge wall, and first end and second end opposite said first end, a lengthwise rail member integrally mounted to said turret outer wall; a carriage slidingly engaging said rail member, said carriage for slidingly carrying a pneumatic drill head over said turret exposed outer wall for reciprocating motion thereof between said first end and second end thereof; drive means for power actuating said carriage sliding motion along said rail member; a cradle member releasably anchored to said boom another end and defining a well sized and shaped for releasable engagement by an intermediate section of said turret inner wall and said first side edge wall thereof; anchoring means for anchoring said turret to said cradle member; first coupling means for pivotally connecting said turret to said cradle member for relative pivotal movement of said turret about said cradle member along a first axis; second coupling means for pivotally connecting said turret to said cradle member for relative tilting movement of said turret about said cradle member along a second axis transverse to said first axis; all in such a way that the intersection of said first axis and second axis coincides with the center of gravity of said turret positioner and is located within said turret main body, providing a balanced load-free manual operation of the positioner.
    • 一种用于采矿井壁钻孔的手动气动钻石定位器,所述定位器包括:铰接悬臂,其一端用于可释放地联接到移动地面平台,而另一端与其一端相对; 刚性细长的钻头转台,其限定具有暴露的外壁的主体,与所述外壁相对的内壁,以及与所述第一侧边缘壁相对的第一侧边缘壁和第二侧边缘壁,以及与所述第一端相对的第一端和第二端 一体地安装在所述转塔外壁上的纵向轨构件; 滑动地接合所述轨道构件的滑架,所述滑架用于在所述转台暴露的外壁上滑动地携带气动钻头,用于在所述第一端和第二端之间往复运动; 驱动装置,用于沿着所述导轨构件致动所述滑架滑动运动; 支架构件可释放地锚固到所述起重臂的另一端并且限定出适合尺寸和形状的用于通过所述转塔内壁和所述第一侧边缘壁的中间部分可释放地接合的支架构件; 锚固装置,用于将所述转台固定到所述支架构件; 第一联接装置,用于将所述转台枢转地连接到所述支架构件,用于沿着第一轴线围绕所述支架构件相对枢转地移动所述转台; 第二联接装置,用于将所述转台枢转地连接到所述支架构件,用于沿着横向于所述第一轴线的第二轴线围绕所述托架构件相对倾斜运动; 所有这些方式使得所述第一轴线和第二轴线的交点与所述转塔定位器的重心重合,并且位于所述转塔主体内,从而提供定位器的平衡无负载手动操作。
    • 2. 发明申请
    • WORKING MACHINE WITH A BREAKER
    • 工作机器与断路器
    • WO1998024984A1
    • 1998-06-11
    • PCT/JP1996003596
    • 1996-12-06
    • KOMATSU LTD.KOMATSU ZENOAH CO.NOJIRI, Mikio
    • KOMATSU LTD.KOMATSU ZENOAH CO.
    • E02F03/36
    • E02F3/369B25D17/28E02F3/325E02F3/3604E02F3/966
    • A working machine with a breaker comprising a vehicle body (2) with a running unit (1), a boom (4) vertically swingably mounted on the vehicle body, an arm (6) longitudinally swingably mounted on the boom, a breaker main body (12) mounted longitudinally swingably relative to the arm and having a chisel (22) removably mounted thereon, a bucket (15) longitudinally swingably mounted on a leading end portion of the breaker main body, a bucket link (13) longitudinally swingably mounted on the leading end portion of the breaker main body, a push link (17) connected to the bucket line and the bucket, a cylinder (20) for the bucket mounted between the arm and the bucket link, a breaker swing locking means (11) for locking the breaker main body such that it does not swing relative to the arm or releasing the locking, and a bucket swing locking means (21) for locking the bucket such that it does not swing relative to the breaker main body or releasing the locking.
    • 一种具有断路器的工作机,包括具有行进单元(1)的车身(2),可垂直摆动地安装在车体上的悬臂(4),纵向可摆动地安装在起重臂上的臂(6),断路器主体 (12),其相对于所述臂纵向可摆动地安装,并且具有可移除地安装在其上的凿子(22),纵向可摆动地安装在所述断路器主体的前端部上的铲斗(15),纵向可摆动地安装在 断路器主体的前端部分,连接到铲斗线和铲斗的推连杆(17),安装在臂和铲斗连杆之间的用于铲斗的桶(20),断路器摆动锁定装置(11) 用于锁定断路器本体,使得其不相对于臂摆动或释放锁定;以及铲斗摆动锁定装置(21),用于锁定铲斗,使得其不相对于断路器主体摆动或释放锁定 。
    • 3. 发明申请
    • BUCKET TYPE DIGGING MACHINE
    • BUCKET型排料机
    • WO1996032546A1
    • 1996-10-17
    • PCT/JP1996001033
    • 1996-04-15
    • KOMATSU LTD.SHINOHARA, ShigeruISHIZAKI, NaokiHATA, Takanori
    • KOMATSU LTD.
    • E02F03/40
    • E02F3/967B25D17/28E02F3/963E02F3/966E02F9/221
    • A bucket type digging machine wherein a boom (5) is attached to a vehicle body (4) in such a manner as to swing vertically, wherein an arm (7) is mounted on the boom in such a manner as to swing vertically, wherein a bucket (10) is attached to the arm in such a manner as to turn vertically and wherein a piston rod (12) of a bucket cylinder (11) connected to the arm is connected to the bucket via a link mechanism (18), the digging machine being characterized in that the link mechanism comprises a main body (14) of a vibration generating device (13) and a plurality of links (15, 16, 17) that connect the main body to the arm, and that a working tool is detachably mounted on the main body in such a manner as to protrude forwardly of the arm.
    • 一种铲斗式挖掘机,其特征在于,以垂直摆动的方式将吊杆(5)安装在车体(4)上,其中臂(7)以垂直方式摆动地安装在起重臂上,其中 铲斗(10)以垂直方式安装到臂上,其中连接到臂的铲斗缸(11)的活塞杆(12)经由连杆机构(18)连接到铲斗, 挖掘机的特征在于,连杆机构包括振动发生装置(13)的主体(14)和将主体连接到臂的多个连杆(15,16,17),并且工作 工具以能够向前突出的臂的方式可拆卸地安装在主体上。
    • 4. 发明申请
    • HYDRAULIC BREAKING HAMMER
    • 液压破碎锤
    • WO1993022106A1
    • 1993-11-11
    • PCT/SE1993000382
    • 1993-04-29
    • ATLAS COPCO BEREMA AKTIEBOLAGBRÄNNSTRÖM, ÖstenHENRIKSSON, Roland
    • ATLAS COPCO BEREMA AKTIEBOLAG
    • B25D17/28
    • B25D17/11B25D9/12B25D17/28
    • A hydraulic breaking hammer (10) has a machine housing (11) in which a percussion motor (15) which includes a reciprocatingly movable percussion piston (17) delivers impacts to a breaking tool (13) in the front of the machine housing (11). The machine housing (11) is carried by a surrounding carrier support (18) via intermediate walls (24, 25, 26). The carrier support has the form of a shell (18) which is attached at the rear adjacent connecting devices (19), to a carrier, such as a hydraulic digging machine which aligns the machine housing (11) while the manner (10) is at work. The machine housing (11) is constructed without joints in its axial direction along the length of the housing and includes a guide passage (21) in which a percussion motor (15) is carried, this percussion motor having the form of an insert cartridge which can be clamped from the rear. The shell (18), the intermediate walls (24, 25, 26) and the machine housing (11) are all combined in a single one-piece metal casting and the space between the shell (18) and the machine housing (11) is filled with a sound-damping material which adheres to the housing (11) and surrounding parts. Hydraulic fluid communication with the percussion motor cartridge (15) is effected through annular grooves (44', 45', 46') provided in the guide passage (21).
    • 一种液压破碎锤(10)具有机械壳体(11),其中包括可往复运动的冲击活塞(17)的冲击马达(15)将碰撞传递到机器壳体(11)的前部的断裂工具(13) )。 机壳(11)经由中间壁(24,25,26)由周围的载体支撑件(18)承载。 载体支撑件具有外壳(18)的形式,其在相邻的连接装置(19)的后部附接到载体,例如液压挖掘机,其将机器壳体(11)对准,同时(10)为 工作中。 机壳(11)沿着壳体的长度在其轴向方向上没有接头构造,并且包括其中承载有冲击马达(15)的引导通道(21),该冲击马达具有插入式卡盘的形式, 可以从后方夹紧。 壳体(18),中间壁(24,25,26)和机器壳体(11)都组合成单个一体式金属铸件以及壳体(18)和机械壳体(11)之间的空间, 填充有粘附到壳体(11)和周围部件的隔音材料。 与打击乐器筒(15)的液压流体连通通过设置在引导通道(21)中的环形槽(44',45',46')进行。
    • 6. 发明申请
    • HOLDING DEVICE
    • 控股设备
    • WO1993001028A1
    • 1993-01-21
    • PCT/SE1992000507
    • 1992-07-06
    • SVENSSON, Anders
    • B25D17/28
    • B25D17/24B25D17/28Y10T29/4561Y10T29/4589
    • The present invention is for a holder for a device comprising axially vibrating and/or beating tools, e.g. a device for removal of hard layers by axing using an axially vibrating and beating chisel. The device is manually controlled and transfer of vibrations and beats from the chisel to the handles is eliminated or much reduced by shock absorbers which are arranged parallel to the chisel. The chisel and its power machine are mounted onto one with the shock absorbers parallel fastening means which is connected to the lower ends of the shock absorbers. The device also comprises a backward support so that in operation it does not need to be held in position but only directed.
    • 本发明涉及用于包括轴向振动和/或打击工具的装置的保持器,例如, 用于通过使用轴向振动和打浆凿子通过轴向去除硬层的装置。 该装置是手动控制的,并且从凿子到手柄的振动和节拍的传送被消除或者被平行于凿子布置的减震器大大减少。 凿子及其动力机器与减震器平行的紧固装置安装在一起,该紧固装置连接到减震器的下端。 该装置还包括向后支撑,使得在操作中不需要将其保持在适当的位置,而是仅被定向。
    • 7. 发明申请
    • BOOM OPERATED DEMOLITION APPARATUS AND METHOD OF BREAKING COMPOSITE MATERIAL
    • BOOM操作的拆卸装置和破碎复合材料的方法
    • WO1987005064A1
    • 1987-08-27
    • PCT/US1986002760
    • 1986-12-24
    • CATERPILLAR INC.KISTNER, David
    • CATERPILLAR INC.
    • E01C23/12
    • E02F3/966B25D11/06B25D17/28B28D1/26E01C23/124E04G23/08
    • Demolition apparatus (60) which is attached to a movable boom-like member (20) of a machine. The demolition apparatus (60) includes support structure (64) which carries a power plunger (68) and an actuator plunger (80). The plungers (68, 80) are mounted in adjacent relationship and are movable with respect to the support structure (64). A compression spring (76) urges the power plunger (68) in a direction from the support structure (64). The actuator plunger (80) includes a latch device (86) which engages a portion (72) of the power plunger (68). In operation, the support structure (64) is moved toward a surface to be demolished. The actuator member (80) engages the surface and remains fixed as the support structure (64) continues to move toward the surface. Therefore, as this occurs, there is relative movement between the support structure (64) and the actuator plunger (80). A latch (86) carried by the actuator plunger (80) engages a part (72) of the power plunger (68) and retains the position of the power plunger (68) with respect to the actuator plunger (80). Therefore, movement of the support structure (64) toward the surface is opposed by the spring (76), and compression forces of the spring (76) increase as such movement occurs. As the support structure (64) is moved toward the surface, an abutment member (90) carried by the support structure (64) engages the latch (86) and releases the latch (86) from engagement with the power plunger (68). Thus, the power plunger (68) is released for rapid movement by the spring (76), and the power plunger (68) strikes the surface for demolition thereof.
    • 拆卸装置(60),其安装在机器的可动臂状部件(20)上。 拆卸装置(60)包括承载动力柱塞(68)和致动器柱塞(80)的支撑结构(64)。 柱塞(68,80)以相邻的关系安装并且可相对于支撑结构(64)移动。 压缩弹簧(76)沿着从支撑结构(64)的方向推动动力柱塞(68)。 致动器柱塞(80)包括接合动力柱塞(68)的部分(72)的闩锁装置(86)。 在操作中,支撑结构(64)朝向待拆卸的表面移动。 致动器构件(80)接合表面并且随着支撑结构(64)继续朝向表面移动而保持固​​定。 因此,当发生这种情况时,在支撑结构(64)和致动器柱塞(80)之间存在相对运动。 由致动器柱塞(80)承载的闩锁(86)接合动力柱塞(68)的一部分(72)并且保持动力柱塞(68)相对于致动器柱塞(80)的位置。 因此,支撑结构(64)朝向表面的移动由弹簧(76)相对,弹簧(76)的压缩力随着这种运动而增加。 当支撑结构(64)朝向表面移动时,由支撑结构(64)承载的邻接构件(90)接合闩锁(86)并且释放闩锁(86)与动力柱塞(68)的接合。 因此,功率柱塞(68)被释放以通过弹簧(76)快速移动,并且动力柱塞(68)撞击表面以将其拆卸。
    • 8. 发明申请
    • ROCK BREAKING APPARATUS
    • 破碎装置
    • WO1983001977A1
    • 1983-06-09
    • PCT/AU1982000196
    • 1982-11-24
    • BENNETTO, JohnBEZETTE, Ian, GeorgeSUGDEN, David, Burnet
    • BENNETTO, John
    • E21C37/00
    • B25D17/28B25D9/00B25D11/06B28D1/26E02F5/305E21C37/00F16F1/40
    • A tool assembly (4) for working a material (R) such as breaking rock. Assembly (4) includes a tool mounting (17) having a fixed section (18), and a movable section (19) for movement relative to the fixed section (18) in a working direction (DW) and an opposite return direction (DR). A tool (34) is mounted on the movable section (19) for movement relative thereto in the working direction (DW) and return direction (DR). Limit means (49, 50) on tool (34) limits relative movement between tool (34) and movable section (19) to between a tool operative position and a tool operated position. During a working stroke, tool (34) is engaged with material (R) and moved in working direction (DW) from the operative position to the operated position and thereafter in unison with the movable section (19) under action of a working force applied to tool (34) thereby to work material (R). The tool assembly (4) also includes biasing means (29) acting between the fixed section (18) and movable section (19) to absorb the applied tool working forces transferred from tool (34) to the movable section (19), and also to provide a restoring force to the movable section (19) for returning the movable section (19) in return direction (DR) upon conclusion of the working stroke of the tool (34).
    • 一种用于加工诸如破碎岩石的材料(R)的工具组件(4)。 组件(4)包括具有固定部分(18)的工具安装件(17)和用于在工作方向(DW)和相反的返回方向(DR)上相对于固定部分(18)运动的可移动部分(19) )。 工具(34)安装在可移动部分(19)上,以在工作方向(DW)和返回方向(DR)上相对于其移动。 工具(34)上的限位装置(49,50)限制工具(34)和可移动部分(19)之间的相对运动到工具操作位置和工具操作位置之间的相对运动。 在工作行程中,工具(34)与材料(R)接合并且在工作方向(DW)上从操作位置移动到操作位置,此后在施加的作用力的作用下与可动部分(19)一致 到工具(34),从而加工材料(R)。 工具组件(4)还包括作用在固定部分(18)和可移动部分(19)之间的偏置装置(29),以吸收从工具(34)传递到可移动部分(19)的施加的工具作业力,并且还 以向所述可动部分(19)提供恢复力,以在工具(34)的工作行程结束时使可移动部分(19)返回方向(DR)。
    • 9. 发明申请
    • VIBRATION ISOLATOR DEVICE FOR A PERCUSSION TOOL
    • 振动隔离器用于摔跤工具的装置
    • WO1981003518A1
    • 1981-12-10
    • PCT/US1980000683
    • 1980-06-02
    • CATERPILLAR TRACTOR COPAUL FGETTYS T
    • CATERPILLAR TRACTOR CO
    • E21B01/02
    • B25D17/28B25D17/24B25D2250/221B25J19/0091
    • A vibration isolator device (10) is connected between a support member (72) and a percussion tool (14) having a distal work element (52) movable at a preselected vibratory rate. The vibration isolator device (10) includes a passive system apparatus (60) and an active system apparatus (62) for dynamically absorbing the transmission of vibratory forces from the tool (14) to the support member (72). The active system apparatus (62) includes a supplemental mass (88) and is actively tuned to the forces being applied to the tool (14) in response to a sensed system variable. Preferably, an accelerometer (122) is connected to a housing (46) of the percussion tool (14) to provide a sensed signal reflective of the disturbance force, and the active system apparatus (62) responds thereto to provide an opposition force to the supplemental mass (88).
    • 防振装置(10)连接在支撑构件(72)和冲击工具(14)之间,该冲击工具具有可以预选振动速率移动的远端工作元件(52)。 隔振装置(10)包括用于动态地吸收从工具(14)到支撑构件(72)的振动力传递的无源系统装置(60)和主动系统装置(62)。 主动系统装置(62)包括补充质量(88),并且响应于所感测的系统变量而主动地调整到施加到工具(14)的力。 优选地,加速度计(122)连接到冲击工具(14)的壳体(46),以提供反映干扰力的感测信号,并且主动系统装置(62)对其施加反作用力以向 补充质量(88)。
    • 10. 发明申请
    • POWER TOOL HOLDER
    • 电动工具夹
    • WO2013010779A1
    • 2013-01-24
    • PCT/EP2012/062710
    • 2012-06-29
    • ATLAS COPCO INDUSTRIAL TECHNIQUE ABMcGOUGAN, Robin
    • McGOUGAN, Robin
    • B25D17/28B25H1/00
    • B25D17/28B25H1/0035
    • The invention concerns a power tool holder (1) comprising at least two clamping parts (20, 21) mutually movably connected to each other by at least one adjustable connection part (3), the at least two clamping parts (20, 21) having each a clamping surface (20a, 21 a), which clamping surfaces (20a, 21a) are facing each other and between them a clamping space (5) is formed wherein a power tool (6) can be clamped by an adjustment of the connection part (3) to move the clamping parts (20, 21) together. The invention is distinguished in that at least one clamping part (20, 21) comprises at least one through hole (7) located adjacent to the clamping surface (20a, 21a) of said clamping part (20, 21), such that the clamping surface (20a, 21a) will flex when under pressure clamping a power tool (6).
    • 本发明涉及一种电动工具架(1),其包括通过至少一个可调连接部分(3)相互可移动地彼此连接的至少两个夹紧部分(20,21),所述至少两个夹紧部分(20,21)具有 每个夹紧表面(20a,21a),夹紧表面(20a,21a)彼此面对并且在它们之间形成有夹紧空间(5),其中动力工具(6)可以通过连接的调节 部分(3)将夹紧部件(20,21)移动到一起。 本发明的区别在于,至少一个夹紧部件(20,21)包括邻近所述夹紧部件(20,21)的夹紧表面(20a,21a)定位的至少一个通孔(7),使得夹紧 当压力夹紧电动工具(6)时,表面(20a,21a)将弯曲。