会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 13. 发明公开
    • Mechanism for establishing clearance between seaming cam lever and housing of can end double-seaming machine
    • 用于调节Bördelnockenhebel和罐边缘的Doppelbördelmaschine的壳体之间的间隙的装置。
    • EP0468791A1
    • 1992-01-29
    • EP91306796.3
    • 1991-07-25
    • HOKKAI CAN CO., LTD.
    • Honma, ToruMatsushita, IzumiKojika, YoshiteruSasaki, Noboru
    • B21D51/26
    • B21D51/32
    • A can end double-seaming machine has a housing in which a shaft (6) is rotatably supported. The shaft with a seaming cam lever (c) mounted is pressed downwardly by a presser (5) against the bias of a spring (e) until the lower surface of the seaming cam lever is held against the upper surface of the housing (a). Then, an annular spacer (4) is fitted over the lower end portion of the shaft underneath, with the tubular support (6) held against a neck (bx) of the shaft. A seaming roll lever (d) is then mounted on the lower end portion of the shaft. The presser is inactivated to release the shaft, which is lifted together with the seaming cam lever, the annular spacer, and the seaming roll lever under the bias of the spring until the marginal portion (2a) of the annular spacer abuts against the lower surface of the housing. The tubular support enters the housing by a distance corresponding to a predetermined clearance. The seaming cam lever and the housing are now spaced from each other by the predetermined clearance (a).
    • A可以结束双接缝机具有其中轴(6)可转动地支承的壳体。 用缝合凸轮杆(c)该轴安装由压向下按压(5)抵抗弹簧(一个或多个),直到缝凸轮杆的下表面的偏压保持抵靠所述壳体的所述上表面上的(a) , 然后,环形设计间隔物(4)被装配在下部的轴的下端部,与针对所述轴的颈部(BX)所保持的管状支撑(6)。 然后,缝合辊杆(d)的安装在轴的下端部。 压被失活,以释放轴,所有这一切都与缝合凸轮杆,所述环形设计间隔物,并且所述弹簧的偏压下封接辊杆,直到环形设计间隔物的边缘部分(2a)一起被提升抵接的下表面 外壳。 管形支撑的距离对应于预定的间隙进入外壳。 接缝凸轮杆和壳体现在从海誓山盟由预定间隙隔开的(a)。
    • 14. 发明公开
    • Apparatus for lifting and lowering seaming head in can end seaming machine
    • Vorrichtung zum Heben und Sinken des Falzkopfes einer Dosendeckelfalzmaschine。
    • EP0466379A2
    • 1992-01-15
    • EP91305944.0
    • 1991-07-01
    • HOKKAI CAN CO., LTD.
    • Honma, ToruMatsushita, IzumiKojika, YoshiteruSasaki, Noboru
    • B21D51/32B30B1/18
    • B21D51/32
    • A can end double-seaming machine has a seaming head (2) vertically movably mounted on a base (1) and supporting a seaming chuck (9) and a seaming roll (10). The seaming head (2) is guided for its vertical movement by support posts (6) on the base (1). Rotors (12) are rotatably threaded on the support posts (6) and rotatable by a motor (24) for lifting and lowering the seaming head (2). A controller (22) controls the motor (24) to elevate the seaming head (2) upwardly of a predetermined seaming position, then lower the seaming head (2) downwardly of the seaming position, and thereafter elevate the seaming head (2) to the seaming position, thereby positioning the seaming head (2) in the seaming position. Since the seaming head (2) is lowered downwardly of the seaming position and then lifted back to the seaming position, the seaming head can reliably and accurately be brought into the seaming position without a positional error which would otherwise be caused by the backlash between the rotors (12) and the support posts (6).
    • 罐端双缝机具有可垂直移动地安装在基座(1)上并支撑接缝卡盘(9)和接缝辊(10)的接缝头(2)。 缝合头(2)通过基座(1)上的支撑柱(6)引导其垂直运动。 转子(12)可旋转地旋拧在支撑柱(6)上并且可以由用于提升和降低接缝头(2)的马达(24)旋转。 控制器(22)控制马达(24)将接缝头(2)向上提升到预定的接缝位置,然后将接缝头(2)向下靠近接缝位置,然后将接缝头(2)提升到 缝合位置,从而将缝合头(2)定位在接缝位置。 由于缝合头(2)从缝合位置向下降下,然后被提起回到接缝位置,缝合头可以可靠且准确地进入接缝位置,而不会由于位置误差而引起位置误差 转子(12)和支撑柱(6)。
    • 16. 发明公开
    • Apparatus for manufacturing a tubular member
    • Verfahren zur Herstellung einesrohrförmigenGegenstandes。
    • EP0283229A2
    • 1988-09-21
    • EP88302201.4
    • 1988-03-14
    • HOKKAI CAN CO., LTD.
    • Shinomiya, TsutomuMaki, ChihiroIzai, Sadamu 553 Hokkai Seikan KabushikigaishaYoshino, EichiTojima, HitoshiNakata, Akira
    • B29C53/50B29C53/54
    • B31F7/004B29C31/002B31F1/0064B31F1/007Y10T156/1013
    • A tubular member is manufactured by continuously supplying a plurality of elongate flexible webs (U,X,Y,Z) while transversely disaligning side edges of the webs, such that the webs are arranged in echelon, progressively wrapping the webs around a mandrel (M), bonding the webs with adhesive layers interposed therebetween to form a tubular member, and joining the displaced side edges to complete the tubular member. The webs are supplied in mutually spaced-apart relation under longitudinal tension. A plurality of resilient support plate members (3) are disposed respectively for the webs and arranged to lie along the lower surfaces of the webs transversely thereof. Opposite ends (19,20) of the support plate members are supported for movement vertically and toward and away from each other. The opposite ends of the support plate members are movable towards each other to curve the support members along an outer peripheral surface of the mandrel (M). A positioning device has a pair of guide members (4,5) mounted on an inner surface of each of the support plate members for engaging opposite side edges of one of the webs.
    • 通过连续地供应多个细长的柔性网(U,X,Y,Z),同时横向排列腹板的侧边缘来制造管状构件,使得腹板以梯形排列,逐渐地将腹板围绕心轴(M ),将纤维网与粘合剂层粘合在一起以形成管状构件,并且连接移位的侧边缘以完成管状构件。 腹板在纵向张力下以相互间隔的关系提供。 多个弹性支撑板构件(3)分别设置用于腹板并且布置成沿腹板的下表面横向放置。 支撑板构件的相对端(19,20)被支撑为垂直移动并且彼此相对移动。 支撑板构件的相对端部能够彼此相对移动,以沿着心轴(M)的外周表面弯曲支撑构件。 定位装置具有安装在每个支撑板构件的内表面上的一对引导构件(4,5),用于接合一个腹板的相对侧边缘。
    • 18. 发明公开
    • Apparatus for cutting en elongate member
    • Vorrichtung zum Schneiden von langen Produkten。
    • EP0195677A2
    • 1986-09-24
    • EP86302074.9
    • 1986-03-20
    • HOKKAI CAN CO., LTD.NASUKO KABUSHIKI KAISHA
    • Shinomiya, TsutomuHayashi, Shigeki
    • B23D36/00
    • B23D25/04B23D21/00B23D36/0058
    • The present invention provides an spparatus for cutting an elongate member, the apparatus comprising a plurality of cutter carriers (3) which are distributed longitudinally of the elongate member, the elongate member and the cutter carriers (3) being movable in the axial direction of the elongate member while cutters (1) on the cutter carriers (3) are operative to cut the elongate member, characterised in that an electric motor (19) is provided for displacing the cutter carriers, and electronic control means (23) is provided for controlling the motor such that, in use of the apparatus to cut an elongate member, the cutters are made operative when the cutters and the elongate member are in predetermined relative positions and, when the elongate member hes been cut, the cutter carriers are returned to their original positions.
      The invention allows more accurate cutting of the elongate member, reducing waste, and is also more reliable, smalter, and cheaper.
    • 本发明提供了一种用于切割细长构件的装置,该装置包括多个沿细长构件纵向分布的切割器托架(3),细长构件和切割器托架(3)可沿着 细长构件,而刀架(3)上的切割器(1)可操作地切割细长构件,其特征在于,提供电动机(19)用于移动所述切割器托架,并且提供电子控制装置(23)用于控制 电动机使得在使用该设备切割细长构件时,当切割器和细长构件处于预定的相对位置时,切割器可操作,并且当细长构件已被切割时,切割器托架返回到它们 原始职位 本发明允许更精确地切割细长构件,减少浪费,并且也更可靠,更小和更便宜。