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    • 1. 发明授权
    • Auto body dent repair tool
    • US06543270B2
    • 2003-04-08
    • US09727351
    • 2000-12-01
    • Mike J Cmelik
    • Mike J Cmelik
    • B21J1302
    • B21D1/06Y10S72/705
    • A kit of parts for auto body dent repair includes a plurality of tool bodies (11) and a plurality of tips (80). Each tool body includes a rearward shaft (20) and handle (60). The rearward shafts of the various tool bodies include both those with compound (bent) shafts and simple (straight) shafts. The lengths of the tool bodies varies to fit different needs. Each tool body also includes a forward shaft (40), which is adjustably attached to a forward end of the rearward shaft. The appropriate tip may be installed on the forward end of the forward shaft of the appropriate tool body. As an alternative to the tips (80) and forward shafts (40), an integral dent repair tip (50) provides the functionality of a both in a single unit. In use, the appropriate tip (80), or integral dent repair tip (50), for the job may be installed on the appropriate tool body. The overall tool is then used to remove the dent from an auto body panel by applying force correctly to the inside surface of the body panel.
    • 2. 发明授权
    • Method and device for forming components from billets of a flexibly rolled metal band
    • 用于从柔性轧制金属带的坯料形成部件的方法和装置
    • US06536256B2
    • 2003-03-25
    • US09933727
    • 2001-08-22
    • Andreas Hauger
    • Andreas Hauger
    • B21J1302
    • B21D22/02B21D22/26B21D35/006
    • A device for forming components from billets having a thickness profile which is essentially symmetric to the central plane of the billet, i.e., the billet contains a thickness transition on both sides, and wherein the thickness transitions on both sided of the billet are transferred to one side of the formed such that the side of the formed component is planar. The forming surface of the forming device which faces the side of the billet that has a thickness transition in the formed state of the billet has a shape is adapted to the thickness transition to be realized, and the forming surface of the forming device which faces the side of the billet that becomes planar in the formed state is planar. Due to these measures, it is possible to transfer the thickness transition that originally existed on both sides of the billet to one side of the billet in only one step.
    • 用于从具有与坯料的中心平面基本对称的厚度分布的坯料形成部件的装置,即,坯料在两侧均包含厚度过渡,并且其中坯料两侧的厚度转变转移到一个 形成的侧面使得所形成的部件的侧面是平面的。 成形装置的成形表面在坯料的形成状态下具有厚度过渡的坯料的侧面的形状适合于要实现的厚度过渡,并且成形装置的成形表面面向 在成形状态下成为平面的坯料的侧面是平面的。 由于这些措施,可以仅在一个步骤中将原来存在于坯料两侧的厚度转变转移到坯料的一侧。
    • 3. 发明授权
    • Forging die
    • 锻造模具
    • US06457341B1
    • 2002-10-01
    • US09720029
    • 2001-01-18
    • Eric Wirgarth
    • Eric Wirgarth
    • B21J1302
    • B21J5/12B21J9/027B21J13/025
    • The invention relates to a forging apparatus used for forging a heated blank (24a), which in a pre-treated operation has been given a volume essentially corresponding to that of the final product, said forging apparatus comprising upper and lower die parts (2, 16) arranged to be brought together into abutting relationship and having contacting surfaces (42a, 18b) extending transversely of the direction of movement of the die parts, whereby when the contacting surfaces (42a, 18b) are pressed together and brought into contact with one another as result of pressure exerted thereon, the blank is shaped in conformity with a die cavity defined with precision by the die parts (2, 16). The configuration of the forged component then essentially agrees with that of the desired finished component, i.e. no or at least only minimum post-treatment is required. Said contacting surfaces (42a, 18b) extending transversely of the direction of movement of the die parts are arranged to have no contact with the die cavity (25) during the forging operation.
    • 本发明涉及一种用于锻造加热坯料(24a)的锻造设备,该加工坯料在预处理过的操作中具有基本上对应于最终产品的体积的体积,所述锻造设备包括上和下模具部件(2, (42a,18b),所述接触表面(42a,18b)横向于所述模具部件的移动方向延伸,由此当所述接触表面(42a,18b)被压在一起并与其接触时,所述接触表面 另一个是施加在其上的压力的结果,坯件与由模具部件(2,16)精确地限定的模腔成形。 锻造部件的构型基本上与期望的最终部件的构型一致,即不需要或至少仅需要最小的后处理。 沿模具部件的移动方向横向延伸的所述接触表面(42a,18b)布置成在锻造操作期间不与模腔(25)接触。
    • 4. 发明授权
    • Upsetting tool for forming continuous cast slab in slab upsetting presses
    • 用于在板式镦锻机中形成连续铸造板坯的倾斜工具
    • US06601429B2
    • 2003-08-05
    • US09821824
    • 2001-03-29
    • Gerhard Heitze
    • Gerhard Heitze
    • B21J1302
    • B21J1/04B21B15/0035
    • An upsetting tool for forming continuous cast slab in upsetting presses has one or more first plane upsetting surfaces extending at a slant to a transport direction of the slab being transported through the upsetting press. A second plane upsetting surface extends parallel to the transport direction of the slab and parallel to longitudinal sides of the slab. The first and second upsetting surfaces adjoin one another at a first slant angle. Calibrating upsetting surfaces are provided, and the calibrating upsetting surfaces and the plane upsetting surfaces are positioned above one another.
    • 用于在镦锻压力机中形成连续铸造板坯的镦锻工具具有一个或多个第一平面镦锻表面,该第一平面镦锻表面沿着通过镦锻压榨机输送的板坯的输送方向倾斜延伸。 第二平面镦锻表面平行于板坯的输送方向延伸并且平行于板坯的纵向侧面延伸。 第一和第二镦锻表面以第一倾斜角彼此相邻。 提供校准镦锻表面,并且校准镦粗表面和平面镦锻表面彼此位于彼此之上。
    • 6. 发明授权
    • Device for cleaning and restoring threads of a threaded article
    • 用于清洁和恢复螺纹制品螺纹的装置
    • US06464592B1
    • 2002-10-15
    • US09860316
    • 2001-05-18
    • David L. Quast
    • David L. Quast
    • B21J1302
    • B23G9/009B25B7/02
    • A device for cleaning-and-restoring threads of a threaded article for more easily and efficiently cleaning and restoring threads of various sized threaded article. The device for cleaning and restoring threads of a threaded article includes a pliers comprising a handle having a first arm and a second arm pivotally coupled to the first arm. The pliers also include a pair of jaws. Each of the jaws is formed on one of the second ends of each of the arms. A pair of jaw extensions is provided for gripping, cleaning and reforming the threads of a threaded article. Each of the jaw extensions is coupled to and extending away from one of the jaws. Each of the jaw extensions includes an inner surface which are in an opposed relationship to each other. A plurality of teeth is provided for engaging the threads of the threaded article. Each of the teeth is attached to the inner surface of each of the jaw extensions. In one embodiment, threaded articles of various thread sizes are engagable by the teeth such that the threads of the threaded article are cleaned and reformed when the threaded article is rotated between the jaw extensions.
    • 用于清洁和恢复螺纹制品的螺纹的装置,用于更容易且有效地清洁和恢复各种尺寸的螺纹制品的螺纹。 用于清洁和恢复螺纹制品的螺纹的装置包括钳子,其包括具有第一臂的手柄和枢转地联接到第一臂的第二臂。 钳子还包括一对钳口。 每个颚形成在每个臂的第二端中的一个上。 提供一对钳口延伸部用于夹紧,清洁和重新制造螺纹制品的螺纹。 每个钳口延伸部联接到并且远离其中一个钳口。 每个钳口延伸部包括彼此处于相对关系的内表面。 多个齿被提供用于接合螺纹制品的螺纹。 每个齿附接到每个钳口延伸部的内表面。 在一个实施例中,各种螺纹尺寸的螺纹制品可由齿接合,使得当螺纹制品在钳口延伸部之间旋转时,螺纹制品的螺纹被清洁并重新形成。
    • 8. 发明授权
    • Method of fastening a tool in a tool holder
    • 将工具固定在工具架中的方法
    • US06786828B2
    • 2004-09-07
    • US10123229
    • 2002-04-17
    • Svend-Helge Sell Sørensen
    • Svend-Helge Sell Sørensen
    • B21J1302
    • B21J13/03B21G3/12B21G3/28
    • The present invention is for a method of fastening a tool holder. The tool (2) has a front side (6) shaped for use in cold forming of metal wire into nails, screws, etc. The tool holder (4) has a recess (8) shaped for receiving the tool (2). When the tool (2) is fastened in the tool holder (4), compressive stresses are initially present in the tool (2). The tool (2) is subjected to tensile stresses caused by the nail making process when in the tool holder (4). In order to reduce the resulting tensile stresses, the two opposite and wedge-shaped sides (10, 12) of the tool (2) are compressed against corresponding sides (14, 16) in the recess (8) by applying and maintaining pressure on the back side (18) of the tool with fastening means (20).
    • 本发明是一种紧固刀夹的方法。 工具(2)具有形成用于将金属丝冷成型成钉子,螺钉等的正面(6)。工具夹具(4)具有用于接收工具(2)的凹部(8)。 当工具(2)固定在工具架(4)中时,工具(2)中最初存在压应力。 在工具架(4)中,工具(2)承受由制钉过程引起的拉伸应力。 为了减小所产生的拉伸应力,工具(2)的两个相对的和楔形的侧面(10,12)通过施加并保持压力而压缩在凹部(8)中的相应的侧面(14,16)上 具有紧固装置(20)的工具的后侧(18)。
    • 9. 发明授权
    • Screw head formation
    • 螺丝头形成
    • US06755748B2
    • 2004-06-29
    • US10177613
    • 2002-06-20
    • Lawrence Antony Brooks
    • Lawrence Antony Brooks
    • B21J1302
    • B25B15/008B21K1/463B21K5/20B23C5/2462B23Q27/00F16B23/00F16B23/0038G05B19/186G05B2219/45137
    • The screw has two or three non-circular super-imposed recesses. The depth of each recess is less than 1.2 mm and there is a less than 1° of draw in each recess. The screw head recess is formed using a punch (10) in a cold-heading process. The punch is formed in a profilating CNC machine, cutting the profiles (12,14,16) of the punch to a tolerance of better than ±0.025 mm. A method of manufacture of a cold-forming punch for such a screw comprises providing a profilating head as one of the tools on a turret mounted adjacent the chuck in the CNC machine. The profilating head has several cutting elements, each being adjustable with respect to one another: axially, radially and angularly.
    • 螺丝具有两个或三个非圆形的超强度凹槽。 每个凹槽的深度小于1.2mm,并且在每个凹部中具有小于1°的拉伸。 在冷镦过程中使用冲头(10)形成螺钉头凹部。 该冲头形成在一台分布式数控机床中,将冲头的型材(12,14,16)切割成的公差要好于±0.025 mm。 用于这种螺钉的冷成型冲头的制造方法包括在与CNC机床中的卡盘相邻安装的转台上提供作为工具之一的分析头。 剖面头具有多个切割元件,每个切割元件可相对于彼此可调节:轴向,径向和有角度。
    • 10. 发明授权
    • Thread forming tap
    • 螺纹成型龙头
    • US06685573B2
    • 2004-02-03
    • US10192608
    • 2002-07-10
    • Kensuke HikosakaHaruyasu Andoh
    • Kensuke HikosakaHaruyasu Andoh
    • B21J1302
    • B23G7/02Y10T408/9048
    • A thread forming tap which is capable of reducing tapping torque as well as improving durability by avoiding an increase of an apparent area of margins of external thread that causes interference with a grinding stone. The thread forming tap has an external thread in a screw shape with alternately linked margins and reliefs for forming an internal thread by plastic deformation upon having the margins of the external thread bite into a surface of a prepared hole of a workpiece. A helix of the margins of the external thread is in a direction opposite to a direction of a helix of the external thread relative to an axis of the tap.
    • 一种螺纹成型丝锥,其能够通过避免引起与磨石的干扰的外螺纹的边缘的明显区域的增加而能够减小攻丝扭矩并提高耐久性。 螺纹成型丝锥具有螺纹形状的外螺纹,具有交替连接的边缘和凸起,用于在外螺纹的边缘咬入工件的预定孔的表面中时通过塑性变形形成内螺纹。 外螺纹的边缘的螺旋线与外螺纹相对于丝锥的轴线的螺旋线的方向相反的方向。