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    • 61. 发明授权
    • Automatic programming system
    • 自动编程系统
    • US4814999A
    • 1989-03-21
    • US832717
    • 1986-01-31
    • Hideaki KawamuraSasaki Takao
    • Hideaki KawamuraSasaki Takao
    • G05B19/19G05B19/4093G05B19/403
    • G05B19/195G05B19/40937G05B2219/35313G05B2219/36084G05B2219/36333G05B2219/36341G05B2219/41249G05B2219/50001Y02P90/265
    • In an automatic programming system for a two-saddle NC turret lathe, shape definition and machining data for defining a machining condition for each machining step are input at each machining step together with a machining code indicating the machining from machining step input apparatus, and stored in a memory. A series of machining steps to be performed by each saddle is set in steps S1 to S9 by assigning, with a machining assigning/setting apparatus, either a machining code indicating the machining condition at each of the series of the machining steps or a wait command. Then, the machining program for each saddle is automatically created by program creating apparatus in accordance with the set data and stored data.
    • PCT No.PCT / JP85 / 00322 Sec。 371日期1986年1月31日 102(e)日期1986年1月31日PCT Filed 1985年6月5日PCT公布。 出版物WO85 / 05702 日期为1985年12月19日。在用于两马鞍NC转塔车床的自动编程系统中,用于定义每个加工步骤的加工条件的形状定义和加工数据与每个加工步骤一起输入,指示加工的加工代码 加工步骤输入装置,并存储在存储器中。 在步骤S1〜S9中,通过用加工分配/设定装置分配表示加工工序的各个加工条件的加工代码或者等待指令,来设定由鞍座执行的一系列加工步骤 。 然后,根据设定的数据和存储的数据,由程序生成装置自动生成每个鞍座的加工程序。
    • 65. 发明授权
    • Apparatus for positioning heads
    • 头部定位装置
    • US4010677A
    • 1977-03-08
    • US585712
    • 1975-06-10
    • Tadashi HirakawaNoriyuki Hoshino
    • Tadashi HirakawaNoriyuki Hoshino
    • B23D35/00B26D7/26B26D3/08
    • B26D7/2635B23D35/007B26D2007/2657G05B2219/41249Y10T83/0378Y10T83/7826
    • An apparatus for positioning a plurality of heads slidably disposed along a shaft on, in which said respective heads are disposed and set at any desired positions through the steps of conveying said heads either individually or in groups each consisting of two or more heads by means of a shifter, isolating each said head from said shifter to set it when it reaches a desired position, and repeating the aforementioned operations. Said shifter is constructed of a slave shifter provided with means for holding and releasing said head and a master shifter provided with means for reciprocating said slave shifter along said shaft by a predetermined distance relative to said master shifter.
    • 一种用于定位沿着轴可滑动地设置的多个头的装置,其中所述各个头被设置并设置在任何期望的位置,通过以下步骤:通过以下步骤传送所述头,所述步骤通过以下步骤将所述头单独地或分成组,每组由两个或更多个头组成, 移位器,每个所述头部与所述移位器隔离,以在其达到期望位置时将其设置,并重复上述操作。 所述移位器由具有用于保持和释放所述头部的装置的副移位器构成,以及设有用于使所述从动变速器沿着所述轴往复移动相对于所述主变速器预定距离的装置的主变速器。
    • 66. 发明授权
    • Dual-armed multi-axes program controlled manipulators
    • 双臂多轴程控控制器
    • US3890552A
    • 1975-06-17
    • US31936072
    • 1972-12-29
    • DEVOL GEORGE CMARTIN PAUL S
    • DEVOL GEORGE CMARTIN PAUL S
    • B25J9/00B25J9/02B25J9/18G05B19/414G05B19/425G05B19/42
    • G05B19/425B25J9/0084B25J9/02G05B19/4144G05B2219/33263G05B2219/35543G05B2219/35554G05B2219/39122G05B2219/41249
    • First and second manipulators cooperate with each other in executing a series of operations including motions in what may be called the mirror-image mode. Each unit has a main operating structure that carries a work head through several degrees of freedom in space, and the work head itself is capable of various secondary movements. The two manipulators are capable of operating under separate controls for executing related but independent operations. Separate manual controls are used for the two manipulators where the manipulators have a form of memory, they can also operate automatically under the separate control of their respective memories. However, the two manipulators are operable at other times in a cooperative, complementary mode, the same commands being used directly or indirectly to control both manipulators. In the case of indirect control of the second manipulator, control input or commands are used to control operation of the first manipulator and control input for effecting corresponding, cooperative operations of the second manipulator are derived from the operations of the first manipulator, the two manipulators; operating in a corresponding manner, and maintaining their work heads in alignment with each other. In the case of direct control, the second manipulator responds to the same control input or commands as those supplied to the first manipulator, the two manipulators motions, executing the same motions or mirror-image motions as required, adjustment being introduced for maintaining alignment and controlled of the work heads.
    • 第一和第二操纵器在执行包括所谓的镜像模式的运动的一系列操作中彼此协作。 每个单元具有主要操作结构,其通过工作头在空间中的几个自由度进行工作,并且工作头本身能够进行各种次要运动。 两个操纵器能够在单独的控制下操作,用于执行相关但独立的操作。 对于操纵器具有存储器形式的两个操纵器使用单独的手动控制,它们也可以在它们各自的存储器的分离控制下自动操作。 然而,两个操纵器可以在协作互补模式的其他时间操作,相同的命令直接或间接地用于控制两个操纵器。 在第二操纵器的间接控制的情况下,控制输入或命令用于控制第一操纵器和控制输入的操作,以实现相应的第二操纵器的协作操作,这是由第一操纵器,两个操纵器 ; 以相应的方式操作,并且使它们的工作头彼此保持一致。 在直接控制的情况下,第二操纵器响应与提供给第一操纵器的相同的控制输入或命令,两个操纵器运动,根据需要执行相同的运动或镜像运动,引入调整以维持对准, 控制工作头。
    • 68. 发明授权
    • Fine and coarse position control device
    • 精细和粗略位置控制装置
    • US3639823A
    • 1972-02-01
    • US87813169
    • 1969-11-19
    • ACEC
    • LEGLISE ALEXANDRE
    • G05B19/19G05B19/39G05D3/14G05B11/18
    • G05B19/195G05B19/39G05B2219/41249G05B2219/42114G05B2219/43179G05B2219/45039G05D3/1436
    • A device for governing the speed of a mobile member comprising: fixed indexing means located on the path of said mobile member; means located on said mobile member for detecting said indexing means; a variable speed motor located on the mobile member and operating a device for driving said mobile member, said motor being connected to a fixed portion of said position control device by means of flexible cables; a coarse measuring device responsive to said detecting means and including a coarse error voltage generator for generating a voltage proportional to the difference between a predetermined final position of said mobile member and the position actually occupied by said mobile member measured in coarse units, said coarse measuring device providing a constant speed control voltage to said motor; a fine measuring device coupled to the motor driving said mobile member and providing a decreasing speed control voltage for said motor; a commutator for replacing said constant speed control voltage applied to said motor by said decreasing speed control voltage; and means responsive to said coarse measuring device for detecting that said mobile member is approaching its final position and for operating said commutator.
    • 一种用于控制移动构件的速度的装置,包括:位于所述移动构件的路径上的固定分度装置; 位于所述移动部件上用于检测所述分度装置的装置; 位于所述移动构件上并且操作用于驱动所述移动构件的装置的变速电动机,所述电动机通过柔性电缆连接到所述位置控制装置的固定部分; 所述粗测量装置响应于所述检测装置并且包括粗误差电压发生器,用于产生与所述可移动构件的预定最终位置和由粗略单元测量的所述可移动构件实际占据的位置之间的差成比例的电压,所述粗测量 设备向所述电动机提供恒定的速度控制电压; 耦合到所述电动机的精细测量装置驱动所述移动构件并为所述电动机提供降低的速度控制电压; 换向器,用于通过所述降速控制电压来替换施加到所述电动机的所述恒速控制电压; 以及响应于所述粗略测量装置的装置,用于检测所述移动构件正在接近其最终位置并用于操作所述换向器。