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    • 21. 发明授权
    • Electromechanical clamping device
    • 机电夹紧装置
    • US06884057B2
    • 2005-04-26
    • US10469634
    • 2002-03-13
    • Jörg Dantlgraber
    • Jörg Dantlgraber
    • B29C45/40B29C45/50B29C45/67B29C45/68B29C45/82
    • B29C45/82B29C45/4005B29C45/5008B29C45/67B29C45/68B29C2045/1793B29C2045/1794B29C2045/685B29C2945/76006B29C2945/76013B29C2945/76033B29C2945/76498B29C2945/76505B29C2945/76545B29C2945/76568B29C2945/76581B29C2945/76702B29C2945/76785B29C2945/76812B29C2945/76933B29C2945/76943
    • An electromechanical clamping device with hydraulic assistance. A thrust mechanism driven by an electric motor displaces two clamping jaws with respect to each other along a guide device. One clamping jaw is divided into two mutually displaceable part java. A chamber to hold pressure medium is formed between the part jaws. The first part jaw can be displaced along the guide device and locked with respect to the latter. One part jaw is provided with a first cylinder coupled to the output of the thrust mechanism. In order to close the clamping device, in a first step the thrust mechanism pulls the part jaws against the other clamping jaw, and in a second step the thrust mechanism delivers pressure medium from the first cylinder into the chamber between the two part jaws, with the first part jaw locked with respect to the guide device. To open the clamping device, in a first step a second cylinder arranged between the two part jaws pulls the part jaws against each other, with the first part jaw locked with respect to the guide device, and then in a second step the thrust mechanism forces the part jaw coupled to it in the opening direction, forcing the other part jaw with it, with the first part jaw unlocked from the guide device. The clamping device is provided for production machines, in particular for injection molding machines.
    • 具有液压辅助功能的机电夹紧装置。 由电动机驱动的推力机构沿引导装置相对于彼此移动两个夹爪。 一个夹爪分为两个相互可移动的部分java。 在夹爪之间形成保持压力介质的腔室。 第一部分钳口可以沿着引导装置移位并相对于后者锁定。 一部分钳口设置有联接到推力机构的输出的第一气缸。 为了闭合夹紧装置,在第一步骤中,推力机构将部件夹爪拉向另一个夹爪,并且在第二步骤中,推力机构将压力介质从第一气缸输送到两部分夹爪之间的室中, 第一部分爪相对于引导装置锁定。 为了打开夹紧装置,在第一步骤中,布置在两个部分夹爪之间的第二圆柱体将部分夹爪相互相对地拉动,其中第一部分爪相对于引导装置被锁定,然后在第二步骤中,推力机构迫使 该部分爪在打开方向上与其相连,迫使另一部分夹爪与第一部分卡爪从引导装置解锁。 夹紧装置用于生产机器,特别是注塑机。
    • 25. 发明申请
    • MOLDING MACHINE SYSTEM
    • 成型机系统
    • US20090053347A1
    • 2009-02-26
    • US11817663
    • 2006-09-12
    • Toshio ShimodoToshifumi FurukawaSatoshi Imaeda
    • Toshio ShimodoToshifumi FurukawaSatoshi Imaeda
    • B29B13/02
    • B29C45/78B29C33/04B29C2045/7393B29C2945/7604B29C2945/76066B29C2945/76254B29C2945/76518B29C2945/76782B29C2945/76812B29C2945/76859B29C2945/76862B29C2945/76892
    • Provided is a molding machine system enabling a free setting of execution timings of respective steps in a molding cycle of heating of a mold, injection and pressure holding of a molding material, cooling of the mold, etc. The molding machine system repeating a series of molding cycle comprises three temperature sensors arranged at predetermined places of a mold, a change-over valve unit having a heat medium channel by which heating medium from a heating unit, cooling medium from a cooling unit and pressurized air are changed over to be supplied into and recovered from the mold and a molding control means, provided on the change-over valve unit, having a temperature judging program judging respective detected temperatures of the three temperature sensors to give a judgement result and a timer to give a time set signal. A molding operation control is carried out by combining the judgement result with the time set signal and enables an arbitrary supply control of the heating medium, cooling medium and pressurized air to be supplied into the mold and an arbitrary supply control of the molding material to be supplied into the mold.
    • 提供一种成型机系统,其能够在模具加热,模制材料的注射和压力保持,模具冷却等的成型循环中自由设定各个步骤的执行时间。成型机系统重复一系列 成型周期包括布置在模具的预定位置处的三个温度传感器,具有热介质通道的转换阀单元,通过该换热阀通道将来自加热单元的加热介质,来自冷却单元的冷却介质和加压空气转换成供给 并且从模具回收,并且设置在转换阀单元上的模制控制装置具有温度判断程序,该温度判断程序判定三个温度传感器的各个检测温度,以给出判断结果,并且定时器给出时间设定信号。 通过将判断结果与时间设定信号进行组合来进行成型操作控制,并且能够将加热介质,冷却介质和加压空气的任意供给控制供给到模具中,并且使成型材料的任意供给控制为 供应到模具中。
    • 27. 发明申请
    • Electromechanical clamping device
    • 机电夹紧装置
    • US20040081722A1
    • 2004-04-29
    • US10469634
    • 2003-08-30
    • Jorg Dantlgraber
    • B29C045/66
    • B29C45/82B29C45/4005B29C45/5008B29C45/67B29C45/68B29C2045/1793B29C2045/1794B29C2045/685B29C2945/76006B29C2945/76013B29C2945/76033B29C2945/76498B29C2945/76505B29C2945/76545B29C2945/76568B29C2945/76581B29C2945/76702B29C2945/76785B29C2945/76812B29C2945/76933B29C2945/76943
    • An electromechanical clamping device with hydraulic assistance is described. A thrust mechanism driven by an electric motor displaces two clamping jaws with respect to each other along a guide device. One clamping jaw is divided into two mutually displaceable part jaws. A chamber to hold pressure medium is formed between the part jaws. The first part jaw can be displaced along the guide device and locked with respect to the latter. One part jaw is provided with a first cylinder coupled to the output of the thrust mechanism. In order to close the clamping device, in a first step the thrust mechanism pulls the part jaws against the other clamping jaw, in a second step the thrust mechanism delivers pressure medium from the first cylinder into the chamber between the two part jaws, with the first part jaw locked with respect to the guide device. To open the clamping device, in a first step a second cylinder arranged between the two part jaws pulls the part jaws against each other, with the first part jaw locked with respect to the guide device, and then in a second step the thrust mechanism forces the part jaw coupled to it in the opening direction, forcing the other part jaw with it, with the first part jaw unlocked from the guide device. The clamping device is provided for production machines, in particular for injection molding machines.
    • 描述了具有液压辅助的机电夹紧装置。 由电动机驱动的推力机构沿引导装置相对于彼此移动两个夹爪。 一个夹爪分成两个相互可移位的零件夹爪。 在夹爪之间形成保持压力介质的腔室。 第一部分钳口可以沿着引导装置移位并相对于后者锁定。 一部分钳口设置有联接到推力机构的输出的第一气缸。 为了闭合夹紧装置,在第一步骤中,推力机构将部件夹爪拉向另一个夹紧爪,在第二步骤中,推力机构将压力介质从第一气缸输送到两部分夹爪之间的室中, 第一部分爪相对于引导装置锁定。 为了打开夹紧装置,在第一步骤中,布置在两个部分夹爪之间的第二圆柱体将部分夹爪相互相对地拉动,其中第一部分爪相对于引导装置被锁定,然后在第二步骤中,推力机构迫使 该部分爪在打开方向上与其相连,迫使另一部分夹爪与第一部分卡爪从引导装置解锁。 夹紧装置用于生产机器,特别是注塑机。
    • 28. 发明授权
    • Medium supply appartus
    • 中等供应商
    • US09168682B2
    • 2015-10-27
    • US14563402
    • 2014-12-08
    • MATSUI MFG. CO., LTD.
    • Saiji YamashitaYasunari Araki
    • B29C45/77B29C35/00B29C45/66B29C45/50
    • B29C35/007B29C35/002B29C45/5008B29C45/66B29C45/7306B29C45/76B29C45/77B29C2945/76033B29C2945/76334B29C2945/76545B29C2945/76812B29C2945/76939
    • A medium supply apparatus includes: a storage part storing, in advance, information indicating a relation between a change in the amount of medium supplied by a medium drive part and a change in a frequency obtained by conversion in an inverter in accordance with a pipe resistance in a state that an electric motor is operated in a given condition; a frequency detection part detecting the frequency of the inverter in a case that the electric motor is operated in the given condition; a medium amount calculation part, on the basis of the frequency detected by the frequency detection part and the information stored in the storage part, calculating the amount of medium to be supplied by the medium drive part; a setup part setting up a necessary amount for the medium; and a frequency control part, on the basis of the necessary amount of medium set up by the setup part, the detected frequency, and the calculated medium amount, controlling the frequency to be obtained by conversion in the inverter.
    • 介质供给装置包括:存储部,预先存储表示由介质驱动部供给的介质的变化与通过变换器的转换而得到的频率的变化之间的关系的信息,根据管阻 在电动机在给定条件下操作的状态下; 在给定条件下操作电动机的情况下,频率检测部分检测逆变器的频率; 基于由频率检测部分检测的频率和存储在存储部分中的信息的介质量计算部分,计算由介质驱动部分提供的介质量; 设置部分为介质设置必要的量; 以及频率控制部,基于由所述设定部设定的所需的介质量,所述检测频率和所计算的介质量,控制通过所述逆变器中的转换而获得的频率。
    • 30. 发明授权
    • Injection molding machine
    • 注塑机
    • US07534103B2
    • 2009-05-19
    • US11572263
    • 2005-07-21
    • Stefan WeyandHubert DegenbeckRainer Schmidt
    • Stefan WeyandHubert DegenbeckRainer Schmidt
    • B29C45/02
    • B29C45/78B29C45/532B29C45/544B29C45/586B29C45/7646B29C2045/0098B29C2045/7278B29C2945/76006B29C2945/7604B29C2945/76257B29C2945/76274B29C2945/76498B29C2945/76531B29C2945/76545B29C2945/76595B29C2945/76785B29C2945/76812B29K2021/00
    • Embodiments of the present invention relates to an injection moulding machine or injection unit and to an injection moulding method for injection moulding plastic materials (e.g., elastomeric materials), particularly according, to cold channel and hot channel techniques, comprising an extruder, a first piston/cylinder unit and a second piston/cylinder unit mounted in series thereto. The cylinder of the first piston/cylinder unit leads into the end of the second piston/cylinder unit located at a distance from an injection mould to be filled. According to an aspect of the invention, the elastomeric material is firstly led by means of the first piston/cylinder unit through the cylinder of the second piston/cylinder unit and into the injection mould, wherein the piston of the second piston/cylinder unit frees the flow path to the injection mould. Afterwards, the piston of the second piston/cylinder unit is displaced into the corresponding cylinder in order to introduce the elastomeric material located inside the second cylinder into the injection mould. The piston is retracted once the elastomeric material has been vulcanised on the cold channel nozzles.
    • 本发明的实施例涉及一种注射成型机或注射单元以及用于注射模制塑料材料(例如,弹性体材料)的注模方法,特别是根据冷通道和热通道技术,包括挤出机,第一活塞 气缸单元和与其串联安装的第二活塞/气缸单元。 第一活塞/气缸单元的气缸通向第二活塞/气缸单元的距离待注射模具一定距离的端部。 根据本发明的一个方面,弹性体材料首先通过第一活塞/气缸单元通过第二活塞/气缸单元的气缸引导到注射模具中,其中第二活塞/气缸单元的活塞释放 注射模具的流动路径。 之后,第二活塞/气缸单元的活塞移动到相应的气缸中,以将位于第二气缸内部的弹性材料引入注射模具中。 一旦弹性体材料已经在冷通道喷嘴上硫化,活塞就被缩回。