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    • 1. 发明专利
    • MACHINING DEVICE
    • JPS63278748A
    • 1988-11-16
    • JP11083787
    • 1987-05-08
    • MITSUBISHI HEAVY IND LTD
    • MURASHIGE EIJI
    • B23Q37/00
    • PURPOSE:To enable machining with a lathe and a rotary tool altogether by housing a workpiece mounting jig to be fitted to the main spindle of a machining center head stock within a tool magazine and mounting a turning unit having a turning tool on a pallet in a pallet stocker. CONSTITUTION:When machining is carried out using a rotary tool 18, a pallet 24 loaded with a workpiece 28 is shifted from a pallet stocker 25 to the table 23 for a machining center 11 for mounting the workpiece 28 thereon. And an automatic tool exchanger 12 is operated to take out the rotary tool 18 from a tool magazine 13 and mount the tool 18 to a main spindle 17. This main spindle 17 mounted with the tool 18 is turned, thereby machining the workpiece 28. When the workpiece 28 is turned, the pallet 24 mounted with a turning unit 27 is shifted from the pallet stocker 25 to the table 23 of the machining center 11 for mounting the unit 27 thereon. And the automatic tool exchanger 12 is operated to take out a workpiece mounting jig 20 from the magazine 13 and mounting the jig 20 to the main spindle 17. Then, the workpiece 28 is fixed to the mounting jig 20 and the main spindle 17 is turned, thereby turning the workpiece 28 for machining with a lathe.
    • 2. 发明专利
    • ROTARY-SHAFT COOLING APPARATUS
    • JPS60184715A
    • 1985-09-20
    • JP3599384
    • 1984-02-29
    • MITSUBISHI HEAVY IND LTD
    • MURASHIGE EIJIHIRATA ISAMU
    • F16C37/00
    • PURPOSE:To cool a rotary shaft without machining the rotary shaft by cooling the outer ring of a bearing through a bearing holder which attached onto a cooling ring cooled by the cooling liquid in a liquid reservoir and cooling the inner ring of the bearing by the cooling liquid supplied from cooling-liquid jetting holes. CONSTITUTION:The inside diameter of a cooling ring 17 tightly fitted onto a bearing holder 14 is sufficiently larger than the outside diameter of a main shaft 15, and an annular gap is formed. A plurality of cooling-oil jetting-out holes 19 in radial form which communicate to a groove-shaped oil reservoir 18 on the outer periphery of the ring 17 and the inner peripheral surface of the ring 17 are formed. Cooling oil 11 is sent into the oil reservoir 18 through a cooling-oil feeding passage 23, and passes through the injection holes 19, and is allowed to adhere onto a rotary shaft 15, and returned to a cooling apparatus 21 through a storage part 12 and then cooled. The cooling oil fills the oil reservoir 18, and the bearing holder 14 is cooled with the ring 17, and the generated heat of the outer ring of a bearing 16 is absorbed. The cooling oil 11 which is allowed to adhere onto the main shaft 15 absorbs the generated heat on the inner ring of the bearing 16 through the main shaft 15.
    • 6. 发明专利
    • THREE-DIMENSIONAL MEASURING METHOD
    • JPS6263806A
    • 1987-03-20
    • JP20314185
    • 1985-09-13
    • MITSUBISHI HEAVY IND LTD
    • MURASHIGE EIJI
    • G01B21/00
    • PURPOSE:To efficiently measure an edge of an object to be measured with high accuracy by measuring a normal vector of the surface at a measuring point at the measuring point and a point where the central point coordinates of a spherical probe at each point in front and in rear and on both sides of the measuring point are changed in a tolerance. CONSTITUTION:A spherical part 14 of the tip of the probe 11 of a three- dimensional measuring instrument having an automatic form follow-up profile function is measured continuously in order of the arrow directions 1-5 in diagram while being brought into contact with the edge or a ridge part 13 of the object 12 to be measured and the central data of the spherical part 14 are transmitted to an arithmetic and storage unit 15. Then, the coordinates of the edge or the ridge part 13 are calculated with the unit 15 from the measuring data when a contact point with the object 12 is not change only in the tolerance although the central point of the spherical part 14 is changed. The coordinates at this time are sent out from the arithmetic and store unit 15 to a printer 17 or the like and a print-out or the like is performed.
    • 7. 发明专利
    • Control of rotary shaft cooling device
    • 旋转轴冷却装置的控制
    • JPS6144554A
    • 1986-03-04
    • JP16350584
    • 1984-08-03
    • Mitsubishi Heavy Ind Ltd
    • GOTO TAKAYUKIROKKAKU TADASHIMURASHIGE EIJI
    • B23Q11/14B23Q15/18
    • B23Q11/127B23Q11/141B23Q15/18
    • PURPOSE:To control the cooling capacity of cooling device with correspondence to the temperature rise of bearing against a referential temperature by comparing the detected referential temperature with the temperature of rotary shaft or bearing then producing a control signal corresponding with the difference and controlling the input power to the cooling device. CONSTITUTION:The detection temperature signals tH, tM from a temperature detector 51 for detecting the bearing temperature of spindle and a temperature detector 52 for detecting the room temperature or the representative body temperature as a referential temperature are provided to a thermo controller 53 to produce a voltage signal sigmat proportional to the difference. Said signal sigmat is converted through V/F converter 59 to a pulse signal having frequency proportional with sigma+ and fed to DC power source 54 of a cooling device 13 to perform on- off control of said power source 54. Upon temperature rise of bearings 5, 6, the signal sigmat increases to increase the frequency of pulse signal thus to lengthen on- interval of power surce 54 and to increase heat absorption of the device 13.
    • 目的:通过将检测到的参考温度与旋转轴或轴承的温度进行比较,控制冷却装置的冷却能力,使其与参考温度的温升相对应,然后产生对应于差值的控制信号并控制输入功率 到冷却装置。 构成:将来自用于检测主轴的轴承温度的温度检测器51和用于检测室温的温度检测器52或作为参考温度的代表性体温的检测温度信号tH,tM提供给热控制器53,以产生 电压信号sigmat与差异成比例。 所述信号信号通过V / F转换器59转换成具有与sigma +成比例的频率的脉冲信号,并被馈送到冷却装置13的DC电源54,以执行所述电源54的关断控制。在轴承5的温度升高 如图6所示,信号信号增加以增加脉冲信号的频率,从而延长功率消耗的间隔54并增加器件13的吸热性。
    • 9. 发明专利
    • Information input and command device of automatic measurement correction in nc machine tool
    • NC机床自动校准信息输入和指令装置
    • JPS5745609A
    • 1982-03-15
    • JP11953780
    • 1980-08-29
    • Mitsubishi Heavy Ind Ltd
    • MURASHIGE EIJISAGAWA MEIJIMATSUNAGA YUUZOU
    • B23Q15/22B23Q17/22G05B19/408G05B19/4155
    • G05B19/408
    • PURPOSE:To perform programming and management on the same paper tape by one programmer, by using NC language and exclusive language for automatic measurement and correction on paper tape in mixture. CONSTITUTION:One line of program only read in on a paper tape reader 12a is fetched to an operation processing device 11 through an interface I/F11a, and if the language is not discriminated as the language for measurement, the program is applied to an NC lock section 12c via an I/F12b of an NC controller 12 through the I/F11a. If the next data is interpreted as the probe correction command 14 at the device 11, it is stored in an RAM11b. If the next data is moving command, it is applied to a servomotor 13 XYZ of an NC machine tool 13 via an NC servo driving section 12d to move the machine. If the next data is discriminated as a measurement command at an operation processor CPU11f, the device 12 is processed in a device 11f and required command data for automatic measurement can be produced automatically.
    • 目的:通过一个程序员在同一纸张上执行编程和管理,使用NC语言和专有语言对纸带进行自动测量和校正。 规定:仅通过纸带读取器12a读入的一行程序通过接口I / F11a被提取到操作处理装置11,并且如果语言没有被区分为测量语言,则该程序被应用于NC 锁定部分12c经由I / F11a的NC控制器12的I / F12b。 如果在装置11将下一个数据解释为探测校正命令14,则将其存储在RAM11b中。 如果下一个数据是移动指令,则通过NC伺服驱动部分12d将其应用于NC机床13的伺服电动机13 XYZ以移动机器。 如果在操作处理器CPU11f将下一数据区分为测量命令,则在设备11f中处理设备12,并且可以自动生成用于自动测量的所需命令数据。