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    • 2. 发明授权
    • 맞춤형 어버트먼트 가공을 위한 소재 고정장치
    • 背景贴
    • KR101153452B1
    • 2012-07-03
    • KR1020110136303
    • 2011-12-16
    • 염명희
    • 염명희
    • A61C13/38B23Q3/06B23Q3/02
    • A61C13/12A61C8/005A61C13/0022B23Q1/5406B23Q3/061
    • PURPOSE: A material fixing device for processing a customized abutment is provided to enable anyone to easily detach the material fixing device. CONSTITUTION: A material fixing device for processing a customized abutment comprises a spindle(100), a rotary shaft arm(200), a rotary shaft(300), and a material fixing device. The spindle is able to be transferred by NC control. The rotary shaft arm makes B-axis rotation possible. The rotary shaft makes A-axis rotation possible. The material fixing device is combined with the upper part of a pivot through a holder. The material fixing device is composed of a holder, a material mounting unit, a mounting groove, and a fixing unit.
    • 目的:提供一种用于加工定制支座的材料固定装置,以使任何人能够容易地拆卸材料固定装置。 构成:用于处理定制基台的材料固定装置包括主轴(100),旋转轴臂(200),旋转轴(300)和材料固定装置。 主轴能够通过NC控制进行传动。 旋转轴臂使B轴旋转成为可能。 旋转轴使A轴旋转成为可能。 材料固定装置通过支架与枢轴的上部结合。 材料固定装置由保持器,材料安装单元,安装槽和定影单元组成。
    • 3. 发明公开
    • 공작기계용 분할 장치
    • 机床工具索引装置
    • KR1020100029085A
    • 2010-03-15
    • KR1020097025424
    • 2008-07-01
    • 츠다코마 고교 가부시키가이샤
    • 다쓰다요시노리
    • B23Q1/70B23Q1/52B23Q1/26B23Q16/02
    • B23Q1/70B23Q1/5406B23Q16/065B23Q2210/004
    • In an index device for machine tool comprising a rotary shaft (40) for stopping a drive object, a housing (30) surrounding the rotary shaft (40), bearings (B1, B2) secured between the housing (30) and the rotary shaft (40) by a securing member (30b), and a drive means (M) consisting of rotors (M1a, M2a) and stators (M1b, M2b) provided around the rotary shaft (40), the stators (M1b, M2b) being stopped on the housing (30) and the rotors (M1a, M2a) being stopped on the rotary shaft (40), wherein the rotary shaft (40), the bearings (B1, B2), the rotors (M1a, M2a), and the securing member (30b) are coupled as a built-in unit (22), the casing members (30a, 31a) of the housing (30) and the stators (M1b, M2b) are coupled with each other and the cables (c11, c11) for stator are led out from the opposite side to the securing member (30b) as an enclosure unit (21), and then the built-in unit (22) is coupled with the enclosure unit (21) freely to be inserted or drawn out with respect to the enclosure unit (21), thus facilitating connection and release of wiring between the stator of a DD motor being built in the spindle head of a machine tool and a machine tool body side.
    • 在一种用于机器的索引装置中,包括用于停止驱动对象的旋转轴(40),围绕旋转轴(40)的壳体(30),固定在壳体(30)和旋转轴 (40a),以及设置在所述旋转轴(40)周围的转子(M1a,M2a)和定子(M1b,M2b)构成的驱动装置(M),所述定子(M1b,M2b)为 停止在壳体(30)上,并且转子(M1a,M2a)停止在旋转轴(40)上,其中旋转轴(40),轴承(B1,B2),转子(M1a,M2a)和 固定构件(30b)作为内置单元(22)联接,壳体(30)的壳体构件(30a,31a)和定子(M1b,M2b)彼此耦合并且电缆(c11 ,c11)作为外壳单元(21)从与固定构件(30b)相反的一侧引出,然后内置单元(22)与外壳单元(21)自由地连接以插入 或者相对于围栏被拉出 (21),从而有助于在内置在机床的主轴头和机床主体侧的DD马达的定子之间的布线的连接和释放。
    • 4. 发明授权
    • 초정밀 이송장치
    • 초정밀이송장치
    • KR100396021B1
    • 2003-08-27
    • KR1020010028892
    • 2001-05-25
    • 박희재
    • 박희재박종호
    • B23Q16/00
    • B23Q1/5406B23Q1/34B23Q1/4866B23Q1/626Y10S248/913Y10T74/20354
    • Provided is an ultra-precision feeding apparatus. The feeding apparatus comprises an actuator horizontally positioned between a base and a motion stage movably provided to the top of the base, first hinge member which is fixed to the base and one end of the actuator, second hinge member which is fixed to the other end of the actuator, third hinge member with two hinges which is fixed to the motion stage, and a lever member with a notch hinge which is fixed to the base and cooperates with the second hinge member and the third hinge member.
    • 提供了一种超精密进给装置。 该供给装置包括:致动器,其水平地位于基座和可移动地设置在基座的顶部上的运动台之间;第一铰链构件,其固定到基座和致动器的一端;第二铰链构件,其固定到基座的另一端 具有两个铰链的第三铰链部件,所述第三铰链部件固定到所述运动平台;以及杠杆部件,具有凹口铰链,所述凹口铰链固定到所述基座并且与所述第二铰链部件和所述第三铰链部件协作。
    • 6. 发明公开
    • 기계 공구
    • 机床
    • KR1020170138080A
    • 2017-12-14
    • KR1020177031354
    • 2016-04-27
    • 휫트만 마틴랭거트 니콜라우스
    • 휫트만마틴랭거트니콜라우스
    • B23Q1/54B23Q1/01
    • B23Q1/015B23Q1/5406B23Q1/5425B23Q39/028B23Q39/04B23Q2039/002Y10T409/305824Y10T409/307168Y10T409/307672
    • 본발명은, 공작물의컴퓨터제어식기계가공을위한기계공구로서, 기계스탠드및 서로나란히배열되고조정가능하게장착된적어도두 개의클램핑장치들을포함하고, 적어도한 개의공작물수용부가상기클램핑장치들중 한개에의해형성되고적어도한 개의공구수용부가다른하나의클램핑장치에의해형성되는기계공구에관한것이다. 상기기계스탠드(1,20)내에서상기클램핑장치(2,3, 21- 23)들은각각직렬로연결되고서로에대해작용하는적어도두 개의회전축(6-9,27-32)들을가진회전기구(4,5,24-26)들에의해조정가능하게고정되고, 적어도한 개의선형안내부(10,33)가클램핑장치(2,3, 21- 23)들중 적어도한 개및 상기기계스탠드(1,20)사이에형성된다. 적어도한 개의선형안내부(10)가클램핑장치(2,3)들중 적어도한 개및 상기기계스탠드(1)사이에형성된다.
    • 到本发明,机床用于加工工件,本机台的计算机控制的机器中的一个,并且每个包括由并排布置的至少两个夹紧装置侧和可调整地安装,至少一个工件接收部分的夹紧装置 并且至少一个工具接收部分由另一个夹紧装置形成。 在机器架(1,20)配有串联连接分别具有夹紧装置(2,3,21-23)旋转的至少两个轴(6-9,27-32)旋转机构和相对于作用到彼此 其中,至少一个线性导轨(10,33)由至少一个夹紧装置(2,3,21-23)和机架 (1,20)。 在夹紧装置(2,3)中的至少一个和机器支架(1)之间形成至少一个线性引导件(10)。
    • 9. 发明公开
    • 공작기계 주축 헤드
    • 机床用主轴
    • KR1020100041706A
    • 2010-04-22
    • KR1020097025391
    • 2008-07-01
    • 츠다코마 고교 가부시키가이샤
    • 다쓰다요시노리
    • B23B19/02B23Q1/70B23Q1/52B23Q11/04
    • B23Q11/04B23C9/005B23Q1/5406B23Q1/70B23Q2220/006
    • A spindle head for a machine tool where a spindle (10) to which a tool is attached is rotated about the axis of support shafts (58, 59). Two rotation members (9, 58) forming a rotation transmission mechanism that rotates the spindle (10) and transmitting driving force of a rotation drive device (56) are fastened together at their connection sections by a bolt group (301) and are connected together with their relative rotation prevented by friction force exerted by the fastening of the bolt group. Rotation prevention torque based on the friction force is set to a value that is greater than torque applied to the connection sections during processing and is smaller than torque applied to the connection sections when external force that produces deformation of the spindle (10) exceeding a permissible range is applied to the spindle. By this, the spindle (10) does not deform beyond the permissible range even if the tool or the spindle (10) collides with a processing jig etc.
    • 用于机床的主轴头,其中安装有工具的主轴(10)围绕支撑轴(58,59)的轴线旋转。 形成旋转主轴(10)并传递旋转驱动装置(56)的驱动力的旋转传递机构的两个旋转构件(9,58)在其连接部分处由螺栓组(301)紧固在一起,并连接在一起 其相对旋转通过由螺栓组的紧固施加的摩擦力来防止。 基于摩擦力的旋转防止扭矩被设定为大于在加工过程中施加到连接部分的扭矩的值,并且小于在产生主轴(10)的变形的外力超过允许值时施加到连接部分的扭矩 范围适用于主轴。 由此,即使工具或主轴(10)与加工夹具等碰撞,主轴(10)也不会变形超过容许范围