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    • 1. 发明专利
    • Rubber crawler manufacturing apparatus
    • 橡胶制造商制造设备
    • JP2007015234A
    • 2007-01-25
    • JP2005199693
    • 2005-07-08
    • Mitsubishi Heavy Ind Ltd三菱重工業株式会社
    • AGAWA JIROU
    • B29C35/02B29K21/00B29K105/24B29L31/32B62D55/253
    • PROBLEM TO BE SOLVED: To provide a rubber crawler manufacturing apparatus which can enhance the productivity of an endlessly shaped rubber crawler.
      SOLUTION: Characteristically, the rubber crawler manufacturing apparatus comprises a plurality of inner molds 3A and 3B which are rotatively driven around a rotational axis line and around which the rubber crawler is molded, molding parts 7A and 7B for molding the rubber crawler around the inner molds 3A and 3B, and a vulcanization part 9 for covering the outside of the rubber crawler and applying vulcanization to the rubber crawler; the vulcanization parts 9 are arranged among the plurality of inner molds 3A and 3B, respectively; the vulcanization part 9 and the inner molds 3A and 3B are arranged in such a manner that relative positions of them can be changed; and the vulcanization part 9 can vulcanize any one of the rubber crawlers which are molded in the plurality of inner molds 3A and 3B.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种能够提高环形橡胶履带的生产率的橡胶履带式制造装置。 解决方案:特征在于,橡胶履带式制造装置包括多个内模3A和3B,它们围绕旋转轴线旋转驱动,橡胶履带被模制,模制部分7A和7B用于模制橡胶履带 内模3A和3B以及用于覆盖橡胶履带的外侧并对橡胶履带施加硫化的硫化部9; 硫化部分9分别设置在多个内模3A和3B之间; 硫化部9和内模3A,3B以能够改变其相对位置的方式配置, 并且硫化部9可以硫化在多个内模3A和3B中成型的任何一个橡胶履带。 版权所有(C)2007,JPO&INPIT
    • 2. 发明专利
    • BAND DRUM FOR TIRE MOLDING MACHINE
    • JPH1142721A
    • 1999-02-16
    • JP20302797
    • 1997-07-29
    • MITSUBISHI HEAVY IND LTD
    • AGAWA JIROU
    • B29D30/24
    • PROBLEM TO BE SOLVED: To render a drum usable even in the event of being removed from the molding machine in accordance with the molding process by having a spring for urging the drum in the expansion direction at all times and a formation with fluid pressure driving means for driving the drum in the diameter contraction direction against the spring during the diameter contraction period. SOLUTION: When slide blocks 5 move on the shaft 11, the angle of links 2 varies so that respective segments 1 of a plurality of segments 1 for forming the drum surface are moved in the diameter direction. The slide blocks 5 are connected to a piston rod 13, and the piston rod 13 is driven by a piston 12. The spring 10 is secured so as to allow the piston 12 to apply force in the direction for expanding the segments 1. When the segments 1 are contracted in its diameter, compressed air is supplied in the cylinder 14 through the passage 16, so that the piston 12 derives while compressing the spring 10. As such, when the drum is cut off from the power, diameter expansion can be held constantly.
    • 3. 发明专利
    • ACCURACY INSPECTING DEVICE FOR BEAD SETTER FOR TIRE FORMING MACHINE
    • JPH10291260A
    • 1998-11-04
    • JP10282397
    • 1997-04-21
    • MITSUBISHI HEAVY IND LTD
    • AGAWA JIROU
    • B29D30/32
    • PROBLEM TO BE SOLVED: To provide an accuracy inspecting device for a bead setter for a tire forming machine capable of accurately measuring the inclination of a discontinuous surface of a bead setter, simultaneously measuring the inclination of the surface and split accuracy of left and right bead setting rings, and repeatedly performing accurate measurements whereby it is possible to improve the efficiency of inspection work. SOLUTION: This accuracy inspecting device for a bead setter comprises a base block 19 detachably provided at an axial reference position on a shaping drum shaft 2 of a tire forming machine, a plurality of arms 20 radially protruding from the base block 19 relative to the drum shaft 2, and a senser 22 provided in the vicinity of a distal end of the arm 20 for detecting a distance from the reference position of respective setting rings 7a, 7b, 7c, 7d of the bead setter, wherein the split accuracy of the setting rings 7a, 7b, 7c, 7d from the center of the shaping drum and inclination of the surface thereof is measured based on measured values by a senser 22.
    • 7. 发明专利
    • BAND TRANSPORTING APPARATUS USING VACUUM SUCTION
    • JPH04140130A
    • 1992-05-14
    • JP26316290
    • 1990-10-02
    • MITSUBISHI HEAVY IND LTD
    • SATO EISEIAGAWA JIROU
    • B29D30/08B29D30/26B29D30/30
    • PURPOSE:To enable a band to be suction-transported even at the time when one system can not obtain vacuum by any chance by arranging a plurality system of vacuum suction devices on the peripheral direction, and providing a pressure monitoring device on each of them, and then applying vacuum thereto successively, and further interrupting the vacuum supply to the system wherein the vacuum degree does not reach a standard, thus utilizing only other systems wherein vacuum is obtained sufficiently. CONSTITUTION:A vacuum pad A17 is changed between operative and nonoperative conditions by using a solenoid valve B2, and vacuum pads A21, A22 are changed between operative and nonoperative conditions by using solenoid valves B3 and B4 respectively. The vacuum sources of the solenoid valves B3, B4 are forkedly supplied from the output of the solenoid valve B2. At the time of holding a band 2, the solenoid valve B2 is actuated at first and the vacuum pad A17 is operated and then the solenoid valve B3 is functioned. A pressure switch B5 acts to monitor whether a sufficient vacuum is obtained or not and, when obtained, the operation state of the solenoid valve B3 is maintained and, when not obtained, the solenoid valve B3 is bought into a nonoperative state. Subsequently, the solenoid valve B4 is operated and a pressure switch B6 serves to monitor whether sufficient vacuum is obtained or not and, when obtained, the operative state of the solenoid valve B4 is maintained and, when not obtained, the solenoid valve B4 is switched into a nonoperative state.
    • 8. 发明专利
    • Belt transfer of tire molding machine
    • 轮胎成型机皮带转移
    • JPS61127336A
    • 1986-06-14
    • JP24869984
    • 1984-11-27
    • Mitsubishi Heavy Ind Ltd
    • MIYAMOTO YOSHINORIAGAWA JIROU
    • B29D30/26B29D30/30
    • B29D30/2607
    • PURPOSE:To constitute a segment so that the same can bear a heavy load in a radial direction and replacement of a cam plate resulting from a change of dimensions of a belt can be performed swiftly, by bearing shaping reaction force by the cam plate other than the one for expansion or contraction driving of the segment. CONSTITUTION:At the time of holding of a belt, a cam plate 10 is revolved, a supporting bar 2 is moved inside in a radial direction and the belt is held by performing contraction of the diameter of a segment. At the time of locking (against reaction force expanding the diameter), a disc plate 13 is revolved and a cam part 19 of a cam plate 15 is fitted to a position I. In this instance, force which acts upon the segment and is apt to expand the diameter is born by the cam part 19 of the cam plate 15 through a cam roller 9 and force which is apt to revolve against the cam plate 10 is not generated. At the time of release of the locking, the disc plate 13 is revolved and the cam part of the cam plate 15 is removed from the cam roller 9 at a position II. At the time of the release of the belt, the cam plate 10 is revolved, the supporting bar is moved outside in a radial direction and the diameter of the segment 1 is expanded.
    • 目的:为了构成一个能够在径向上承受重负荷的部分,可以通过承受由凸轮板除外的凸轮板的成形反作用力来快速地执行由带的尺寸变化引起的凸轮板的更换 用于扩展或收缩行驶的部分。 构成:在保持带的同时,凸轮板10旋转,支撑杆2沿径向移动到内部,并且通过执行段的直径的收缩来保持带。 在锁定(抵抗反作用力扩大直径)时,盘片13旋转,并且凸轮板15的凸轮部分19装配到位置I.在这种情况下,作用在该段上并且适于 通过凸轮辊9由凸轮板15的凸轮部19产生膨胀直径,不会产生适合于与凸轮板10旋转的力。 在释放锁定时,盘片13旋转,并且凸轮板15的凸轮部分在位置II处从凸轮辊9移除。 在释放皮带时,凸轮板10旋转,支撑杆沿径向向外移动,并且片段1的直径膨胀。
    • 9. 发明专利
    • Rotor mounting mechanism
    • 转子安装机构
    • JPS60188623A
    • 1985-09-26
    • JP4288684
    • 1984-03-08
    • Mitsubishi Heavy Ind Ltd
    • AGAWA JIROU
    • B29C41/04F16D1/06
    • F16D1/06
    • PURPOSE:To eliminate a clearance between the inner diameter of a spacer and the projection of a spindle in heating to correct the concentricity and facilitate the accuracy control by loosely fitting the projection having large rate of expansion at the end face of a rotary shaft into a hole in the rotary center of a rotor and mounting radially expansively a rotor on a flange of the rotary shaft. CONSTITUTION:In a cylindrical hole 11a at the center of a side plate 11 of a drum 1 is cold mounted a cylindrical spacer 13 having coefficient of thermal expansion larger than that of the side plate 11. The inside of the spacer 13 engages a projection 14 of a spindle 4 to fasten the drum 1 to the spindle 4 with bolts 15. The inner diameter of the spacer 13 and the outer diameter of the projection 14 on the spindle 4 are spaced from each other in the normal temperature. Since the material of the spacer 13 has the coefficient of thermal expansion larger than that of the drum side plate 11 and spindle 4, the clearance present in the normal temperature between the spacer 13 and the projection 14 is offset in heating by the difference between the coefficients of thermal expansion of the spacer 13, drum side plate 11 and spindle projection 12 in the rise of temperature to provide concentricity between the spacer and spindle.
    • 目的:为了消除间隔件的内径和加热中的主轴的突起之间的间隙,以校正同心度,并且通过将旋转轴的端面处具有大的膨胀率的突起松动地装配到一起来促进精度控制 在转子的旋转中心的孔,并且径向地广泛地安装在转轴的凸缘上的转子。 构成:在鼓1的侧板11的中心的圆柱形孔11a中冷却具有比侧板11的热膨胀系数大的圆柱形间隔件13.间隔件13的内部与突出部14接合 主轴4用螺栓15将滚筒1固定到主轴4.间隔件13的内径和主轴4上的突起14的外径在常温下彼此间隔开。 由于间隔件13的材料的热膨胀系数大于鼓侧板11和主轴4的热膨胀系数,所以在间隔件13和突起14之间的常温存在的间隙在加热时由于 间隔件13,鼓侧板11和主轴突起12在温度升高时的热膨胀系数,以提供间隔件和主轴之间的同心度。