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    • 31. 发明申请
    • MULTISPINDLE AUTOMATIC LATHE
    • 多功能自动车床
    • WO1991003343A1
    • 1991-03-21
    • PCT/JP1989000912
    • 1989-09-05
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHAMUKAI, YuuichiNAGATO, TakayukiOKITOMO, HironariITOH, Yoshitoshi
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHA
    • B23B09/00
    • B23Q1/5468B23Q5/10B23Q39/044Y10T29/5125Y10T82/2521Y10T82/2524
    • In a multispindle automatic lathe which supports rotatably a plurality of spindles on a spindle carrier (52) which is supported indexably and rotatably by a head stock (51) and which is equipped with a single motor (20) for driving and rotating the spindles (55) in order to prevent mutual and spatial interference between the motor (20) and an elongated work-piece (W) when the elongated workpiece is machined, the present invention provides a multispindle automatic lathe characterized in that the axis of rotation of the spindle carrier (52) and the rotary output shaft (21) of the motor (20) are disposed on the same axis, means (56), (57) for transmitting the rotation output of the motor (20) to the spindles are provided and a through-hole (37) is formed in the stator (29) portion of the motor (20) so that it exists on the same axis as that of the center hole of the plurality of spindles (55).
    • 在多主轴自动车床中,其可旋转地支撑在主轴托架(52)上的多个主轴,主轴托架(52)由头架(51)可转位和可旋转地支撑,并配备有用于驱动和旋转主轴的单个马达(20) 55),以便在加工细长工件时防止马达(20)和细长工件(W)之间的相互和空间的干涉,本发明提供了一种多轴自动车床,其特征在于,主轴的旋转轴线 提供电动机(20)的托架(52)和旋转输出轴(21)在同一轴线上,用于将马达(20)的旋转输出传递到主轴的装置(56),(57) 在电动机(20)的定子(29)部分形成有与多个心轴(55)的中心孔同轴的通孔(37)。
    • 36. 发明申请
    • METHOD OF AND APPARATUS FOR CONTROLLING TENSION OF WEBS IN ROTARY PRESS
    • 用于控制旋转压力机中WEBS张力的方法和装置
    • WO1986001155A1
    • 1986-02-27
    • PCT/JP1985000450
    • 1985-08-13
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHATAGUCHI, ToshioMIYAKE, Mitsunao
    • MITSUBISHI JUKOGYO KABUSHIKI KAISHA
    • B41F13/02
    • B65H23/1888B41F13/02
    • A method of controlling the tension of webs in a rotary press, in which the printing is done on the webs, which are fed from a plurality of paper feed units, by printing means provided correspondingly to the webs, to then laminate the webs, fold the webs with a triangular plate and send the resultant webs to a subsequent step, consisting of the steps of detecting at an outlet section of each printing means the tension of the relative web which is transferred from an inlet section thereof to the outlet section via the printing means, computing the predetermined tension of the web at the inlet section of the printing means on the basis of the value detected at the outlet section of the printing means, regulating the tension of the web at the inlet section of each printing means on the basis of the result of the computation, and thereby regulating the tension of each web before the triangular plate to a constant level; and an apparatus for practicing this method. The level of the tension imparted to all the webs is also regulated by a pressing means.
    • 一种控制旋转压榨机中幅材张力的方法,其中通过相应于幅材设置的印刷装置在多个进纸单元进料的幅材上进行印刷,然后层压该幅材,折叠 所述腹板具有三角形板,并将所得到的纤维网发送到随后的步骤,所述步骤包括以下步骤:在每个印刷装置的出口部分处检测相对纸幅的张力,所述张力从其入口部分通过 打印装置,基于在打印装置的出口部分处检测到的值来计算打印装置的入口部分处的卷筒纸的预定张力,调节在每个打印装置的入口部分处的卷筒纸的张力 计算结果的基础,从而将三角板前的每个卷材的张力调整到一定水平; 以及实施该方法的装置。 赋予所有纤维网的张力水平也受到压制装置的限制。
    • 40. 发明申请
    • STRUCTURAL MEMBER AND PROCESS FOR PRODUCING THE SAME
    • 结构构件及其制造方法
    • WO1994005824A1
    • 1994-03-17
    • PCT/JP1993001137
    • 1993-08-12
    • ZAMA, Kazuko +hmMITSUBISHI JUKOGYO KABUSHIKI KAISHAFUJITA, AkitsuguKAWANO, TakayukiNAKAMURA, MakotoSAIKA, FumikazuMATSUMOTO, TatsukiOBA, ShinsukeSUEOKA, HidetoshiKIMURA, Manabu
    • ZAMA, Kazuko +hmMITSUBISHI JUKOGYO KABUSHIKI KAISHAZAMA, Masato +di
    • C22C38/48
    • C21D6/004C21D1/78C21D9/0025C21D9/50C21D2211/001C21D2211/008C22C38/48
    • A structural member which is composed of, on the weight basis, at most 0.07 % of carbon, at most 1 % of silicon, at most 1 % of manganese, 2.5-5 % of copper, 3-3.5 % of nickel, 14-17.5 % of chromium, at most 0.5 % of molybdenum, 0.15-0.45 % of niobium, and the balance substantially consisting of iron, and wherein an (epsilon) phase is deposited in a matrix composed of 6-30 % by volume of an austenitic phase and the rest substantially consisting of a martensitic phase. A process for producing a structural member by subjecting a stainless steel having the above composition to the first solution heat treatment at 1010 to 1050 C and then to aging at 520 to 630 C, wherein the second solution heat treatment is conducted at 730 to 840 C before aging is conducted at 520 to 630 C, or welding is conducted to give an arbitrary shape to a structural member before the second solution heat treatment is conducted. Another process for producing a structural member comprises subjecting a stainless steel having the above composition to the first solution heat treatment at 1010 to 1050 C and then to aging at 520 to 630 C, conducting welding to give an arbitrary shape to a structural member, raising the temperature at a rate of 100 C/h or below, conducting the second solution heat treatment at 1010 to 1050 C, lowering the furnace temperature to room temperature at a cooling rate of 100 C/h or below, conducting aging at 520 to 630 C, and lowering the furnace temperature to room temperature at a cooling rate of 100 C/h or below.
    • 一种结构构件,其以重量计最多为0.07%的碳,至多1%的硅,至多1%的锰,2.5-5%的铜,3-3.5%的镍,14- 17.5%的铬,至多0.5%的钼,0.15-0.45%的铌,余量基本上由铁组成,并且其中(ε)相沉积在由6-30体积%的奥氏体组成的基体中 相,其余基本上由马氏体相组成。 一种制造结构件的方法,该方法是使具有上述组成的不锈钢在1010-1050℃下进行第一次固溶热处理,然后在520〜630℃下老化,其中第二固溶热处理在730〜840℃ 在520〜630℃下进行老化之前,进行第​​二固溶热处理之前对结构件进行任意形状的焊接。 用于生产结构件的另一种方法包括将具有上述组成的不锈钢经过第一次固溶热处理,在1010至1050℃下,然后在520至630℃老化,进行焊接以给结构件提供任意形状,升高 温度为100℃/ h以下,在1010〜1050℃进行第二固溶热处理,以100℃/ h以下的冷却速度将炉温降至室温,在520〜630℃下进行老化 并以100℃/ h以下的冷却速度将炉温降至室温。