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    • 1. 发明授权
    • Hand-held device
    • 手持设备
    • US5954457A
    • 1999-09-21
    • US967989
    • 1997-11-12
    • Maximilian StockFerdinand KristenArno Thiel
    • Maximilian StockFerdinand KristenArno Thiel
    • B23Q11/00B23B45/16B23B47/00B25D16/00B25D17/10B25F5/00F16D55/02F16D59/02F16D65/14B23B45/00
    • F16D59/02B25D16/003B25F5/00F16D55/02B25D2211/003B25D2211/068F16D2121/22Y10T408/14Y10T408/165Y10T408/65
    • A motor-operated hand-held device (1), such as a drilling device, has a rotary spindle 6 located in and projecting out of a housing (2). Rotational movement of a driving motor (8) is transmitted to a tool (7) situated in an end of the rotary spindle (6). A safety device (11) within the housing (2) prevents deflection of the housing about an axis (A) of the rotary spindle (6) in the event the tool (7) becomes suddenly jammed. The safety device (11) can be activated by a detection device (12) if the tool becomes jammed. The safety device (11) is located inside the housing 2 adjacent to the rotary spindle (6) and is formed of at least two component parts which cooperate in frictional engagement in the event the device is activated. One of the component parts is connected to the housing (2) and the other is connected to the rotary spindle (6). In the event the tool (7) becomes jammed, the component parts of the safety device (11) couple the housing (2) and the rotary spindle (6) so that the two parts are fixed so that they do not rotate relative to one another. Further, an overload slip clutch (10) is located in a drive (9) for the rotary spindle (6) and is arranged in series with the safety device (11).
    • 诸如钻孔装置的电动手持装置(1)具有位于壳体(2)中并从壳体(2)伸出的旋转主轴6。 驱动马达(8)的旋转运动被传递到位于旋转主轴(6)端部的工具(7)。 在壳体(2)内的安全装置(11)防止在工具(7)突然卡住的情况下壳体围绕旋转主轴(6)的轴线(A)偏转。 如果工具卡住,安全装置(11)可由检测装置(12)启动。 安全装置(11)位于壳体2的与旋转主轴(6)相邻的内侧,并且由至少两个构成部件形成,该部件在装置被启动的情况下与摩擦接合配合。 其中一个部件连接到壳体(2),另一个连接到旋转主轴(6)。 在工具(7)卡住的情况下,安全装置(11)的组成部件联接壳体(2)和旋转主轴(6),使得两个部件固定,使得它们不相对于一个旋转 另一个。 此外,过载滑动离合器(10)位于用于旋转主轴(6)的驱动器(9)中,并且与安全装置(11)串联布置。
    • 2. 发明授权
    • Hollow crown drill with end face cutting members
    • 空心冠钻头,带端面切割件
    • US5417526A
    • 1995-05-23
    • US168008
    • 1993-12-15
    • Maximilian StockErnst WohlwendWilliam Ott
    • Maximilian StockErnst WohlwendWilliam Ott
    • B23B51/04B28D1/04B28D1/14E21B10/48
    • B23B51/0406B28D1/041E21B10/485B23B2240/08B23B2251/50B23B2251/505Y10S408/703Y10T408/895
    • A hollow crown drill has a set of cutting members (2, 3, 4) positioned on the leading or cutting end of an annular axially extending carrier member (1). The radial width of the cutting faces (2a, 3a, 4a) of the cutting members (2, 3, 4) increases opposite to the rotational direction (D) of the carrier member (1). In addition, the cutting members (3, 4) in the set disposed counter to the rotational direction (D) are offset in the direction parallel to the axis of the carrier member relative to the cutting member of the set leading in the rotational direction. This dimensional feature relates to the increase in the size of the cutting faces (2a, 3a, 4a). With the cutting faces (2a, 3a, 4a) dimensioned as above, each of the cutting members penetrates deep into the material being drilled, so that if the usual contact pressure forces are applied abrasive wear resulting in premature failure of the hollow crown drill does not occur.
    • 空心冠钻具有一组位于环形轴向延伸的承载构件(1)的前端或切割端上的切割构件(2,3,4)。 切割构件(2,3,4)的切割面(2a,3a,4a)的径向宽度与载体构件(1)的旋转方向(D)相反地增加。 另外,与旋转方向(D)相对设置的组中的切割构件(3,4)相对于沿旋转方向引导的组件的切割构件在平行于承载构件的轴线的方向上偏移。 该尺寸特征涉及切割面(2a,3a,4a)的尺寸的增加。 由于上述切割面(2a,3a,4a)的尺寸如上所述,每个切割构件深入到被钻孔材料中,因此如果通常的接触压力被施加磨损磨损导致中空冠钻的过早失效 不发生
    • 5. 发明授权
    • Drilling and chiseling bit with a cutting member in a base member
    • 在基座上用切割件钻孔钻凿钻头
    • US5265989A
    • 1993-11-30
    • US875065
    • 1992-04-28
    • Maximilian Stock
    • Maximilian Stock
    • B28D1/14B25D17/02E21B10/58B23B51/00
    • E21B10/58Y10T408/909
    • A drilling and chiseling bit includes a base member (1) having an axis extending in the drilling and chiseling direction. The base member has an end face disposed transversely of the axis, with a recess (3) extending in the axially direction inwardly from the end face. A cutting member (2) is secured in the recess by a soldered joint. At least one of the base member and cutting member is formed to prevent the development of shear stress peaks in the end regions of the recess extending transversely of the axial direction. To prevent the shear stress peaks, relief notches or recesses can be provided in the base member (1) or the soldered joint (4) can have a variable thickness in the axial direction increasing towards the opposite ends of the recess.
    • 钻孔和凿子钻头包括具有在钻孔和凿子方向上延伸的轴线的基部构件(1)。 基部构件具有横向于轴线设置的端面,具有从端面向内沿轴向延伸的凹部(3)。 切割构件(2)通过焊接接头固定在凹部中。 形成基部构件和切割构件中的至少一个,以防止沿着轴向横向延伸的凹部的端部区域中的剪切应力峰值的展开。 为了防止剪切应力峰值,可以在基底构件(1)中提供释放凹口或凹部,或者焊接接头(4)可以在朝向凹部的相对端部的轴向方向上具有可变的厚度。
    • 7. 发明授权
    • Hand-held device
    • 手持设备
    • US5879111A
    • 1999-03-09
    • US967808
    • 1997-11-12
    • Maximilian StockFerdinand KristenArno Thiel
    • Maximilian StockFerdinand KristenArno Thiel
    • B23Q11/00B23B45/16B23B47/00B25D16/00B25F5/00F16D49/00F16D59/02F16D63/00F16D65/14B23B45/00
    • B25F5/00B25D16/003F16D49/00F16D59/02F16D63/006B25D2211/003B25D2211/068F16D2121/22Y10T408/14Y10T408/165Y10T408/65
    • A motor-operated hand-held device (1), such as a drilling device, has a rotary spindle (6) located within and projecting out of a housing (2). Rotational movement of a driving motor (8) is transmitted to a tool (7) secured to the end of the rotary spindle (6). A safety device (11) within the housing (2) prevents a deflection of the housing about an axis (A) of the rotary spindle (6) in the event the tool (7) becomes suddenly jammed. The safety device (11) can be activated by a detection device (12) if the tool (7) becomes jammed. An overload slip clutch (10) is provided in the drive (9) between the driving motor (8) and the rotary spindle (6). The safety device (11) is arranged in series with the overload slip clutch (10) and is located in the drive (9) adjacent the overload slip clutch (10). When activated, the safety device (11) couples the housing (2) with the drive (9) for the rotary spindle so that the housing (2) and the drive (9) are fixed with respect to rotation relative to one another.
    • 诸如钻孔装置的电动手持装置(1)具有位于壳体(2)内并从壳体(2)中伸出的旋转主轴(6)。 驱动马达(8)的旋转运动被传递到固定到旋转主轴(6)的端部的工具(7)。 在工具(7)突然卡住的情况下,壳体(2)内的安全装置(11)防止壳体围绕旋转主轴(6)的轴线(A)偏转。 如果工具(7)卡住,安全装置(11)可被检测装置(12)激活。 在驱动马达(8)和旋转主轴(6)之间的驱动装置(9)中设有过载滑动离合器(10)。 安全装置(11)与过载滑动离合器(10)串联布置,并且位于与过载滑行离合器(10)相邻的驱动装置(9)中。 当激活时,安全装置(11)将壳体(2)与用于旋转主轴的驱动装置(9)联接,使得壳体(2)和驱动装置(9)相对于彼此相对于旋转是固定的。