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    • 3. 发明授权
    • Contoured tool blades
    • 轮廓刀具
    • US4764059A
    • 1988-08-16
    • US924287
    • 1986-10-29
    • Dennis H. Wale
    • Dennis H. Wale
    • G07D5/08B23C5/22B26D1/12
    • B23C5/2265Y10T407/192Y10T407/1924Y10T407/1942Y10T407/1966Y10T407/235Y10T407/26
    • The invention discloses a rotary tool, for example a milling cutter, having a tool body 2 including at least one helical seating channel into which is brazed, bonded or clamped a cutting blade (8, 18, 30). The blade(s) is/are helical strips of high speed steel or tungsten carbide having a leading edge to cut a work piece. A leading face (10) of the blade has wave-form or castellated grooves to give an undulating or serrated leading edge so that the metal removed from the work piece is removed in small clips not in long lengths of swarf. In examples given, the grooves of the leading face are provided with stop ends (26) to act as a brazing or bonding key. An outer surface (36) of the blade may also be undulating, if required.
    • 本发明公开了一种旋转工具,例如铣刀,具有包括至少一个螺旋座位通道的工具主体2,钎焊,粘合或夹紧切割刀片(8,18,30)。 刀片是高速钢或碳化钨的螺旋条,其具有用于切割工件的前缘。 叶片的引导面(10)具有波浪形或槽形沟槽,以产生起伏或锯齿形的前缘,使得从工件移除的金属以不长的切屑的小夹具被移除。 在给出的实施例中,引导面的凹槽设置有用作钎焊或键合键的止动端(26)。 如果需要,叶片的外表面(36)也可以起伏。
    • 4. 发明授权
    • Cutting tool faces
    • 切削工具面
    • US3953997A
    • 1976-05-04
    • US532393
    • 1974-12-13
    • Dennis Harry Wale
    • Dennis Harry Wale
    • B21D53/64B21D11/06
    • B21D53/64Y10S76/11
    • A method for producing a cutting face from a hard cutting material for engineer's tools comprising, essentially, presenting the metal stock to a feed slot within a forming core, heating the same to its deformation temperature and then forcing now deformed stock through said forming core into the desired shape. A helical cutting face produced by such method having a length greater than one-third its total lead; a helix angle in the range of 10.degree.-45.degree.; being of a length of one and one-half inches upward depending upon the particular tool requirement; and being of any desired cross-section.
    • 一种从用于工程师工具的硬切割材料制造切割面的方法,包括基本上将金属原料呈现在成形芯内的进料槽内,将其加热至其变形温度,然后迫使变形的原料通过所述成形芯体进入 所需的形状。 由这种方法产生的螺旋切割面的长度大于其总铅的三分之一; 螺旋角在10°-45°范围内; 根据具体的工具要求,长度为1.5英寸的长度; 并且具有任何期望的横截面。