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    • 1. 发明授权
    • Submerged work machine tool
    • 淹没工作机床
    • US5099729A
    • 1992-03-31
    • US679635
    • 1991-04-02
    • Toshiharu Miyano
    • Toshiharu Miyano
    • B23B3/06B23B31/30B23H7/02B23Q3/08B23Q7/00B23Q11/00B23Q11/10
    • B23Q11/1069B23B3/06B23Q11/1007B23Q7/006Y10S29/071Y10S82/90Y10T82/2514
    • A machine tool has a hollow drive spindle with a work holder attached thereto for holding work submerged in a machine liquid, such as mineral oil, contained in a machining chamber. The work is machined in the submerged state as a cutting tool is fed against the work rotating with the drive spindle. The machining liquid is additonally utilized for hydrodynamically loading the work on the work holder by drawing the liquid from the machining chamber into the hollow in the drive spindle, and for unloading the completed product from the work holder by forcing the liquid back into the machining chamber through the hollow in the drive spindle. A removable chip recovery vessel is provided for the recovery of the metal chips and particles from the machining liquid by recirculating it through the vessel. The machine tool can take various other arrangements for the performance of a variety of cutting operations.
    • 一种机床具有中空驱动轴,其具有附接到其上的工件保持件,用于保持浸没在包含在加工室中的诸如矿物油的机器液体中的工作。 工件在浸没状态下被加工,因为切削工具被馈送到与驱动主轴一起旋转的工件上。 加工液被附加地用于通过将来自加工室的液体拉入驱动主轴中的中空部来将工件流体动力地加载在工件支架上,并且通过迫使液体返回到加工室中而将完成的产品从工件支架中卸载 通过驱动主轴的中空。 提供了可移除的芯片回收容器,用于通过将其再循环通过容器来从加工液中回收金属屑和颗粒。 机床可以采取各种其他布置来执行各种切割操作。
    • 2. 发明授权
    • Automatic tool changing mechanism for a machine tool
    • 机床自动换刀机构
    • US4827600A
    • 1989-05-09
    • US180388
    • 1988-04-12
    • Toshiharu Miyano
    • Toshiharu Miyano
    • B23Q3/157
    • B23Q3/15706B23Q3/15534Y10T29/5107Y10T408/37Y10T483/179Y10T483/1798
    • An automatic tool changer for a machine tool of the type having an upstanding spindle rotatably mounted to a spindlehead for joint vertical displacement therewith between a lower machining position and an upper retracted position via a tool change position therebetween. The tool changer includes an indexing tool magazine rotatable about a fixed slanting axis and carrying a set of cutting tools at prescribed angular spacings for successively bringing them to a position of axial alignment with the spindle. Also included are a chuck control cam for controlling the chucking and unchucking of the successive cutting tools to and from the spindle, and a gripper control cam for actuating a pair of gripper jaws releasably holding each cutting tool on the tool magazine. The tool magazine, chuck control cam and gripper control cam are all driven mechanically from a common drive motor for quick, reliable tool changing operation.
    • 一种用于机床的自动换刀装置,其具有可旋转地安装到主轴头上的直立主轴,用于通过其间的刀具更换位置在下加工位置和上缩回位置之间进行垂直位移。 刀具更换器包括可绕固定的倾斜轴线旋转的分度刀具仓,并以规定的角度间隔承载一组切削刀具,以便将它们连续地带到与主轴轴向对准的位置。 还包括一个卡盘控制凸轮,用于控制连续切割工具夹紧和脱离主轴的卡盘控制凸轮,以及夹具控制凸轮,用于致动一对可拆卸地将每个切削工具保持在刀架上的夹爪。 工具箱,卡盘控制凸轮和夹具控制凸轮都是从普通驱动电机机械驱动的,用于快速可靠的换刀操作。
    • 3. 发明授权
    • Machine tool and method of using the machine tool
    • 机床和使用机床的方法
    • US06675451B1
    • 2004-01-13
    • US09567917
    • 2000-05-10
    • Toshiharu Miyano
    • Toshiharu Miyano
    • B23B700
    • B23Q39/048Y10T29/5109Y10T29/5114Y10T82/10Y10T82/2514Y10T82/2521Y10T82/2524
    • A method of processing a workpiece including the steps of: placing a first preform element in a first operative position on a first holder so that a first portion of the first preform element is exposed; performing a processing operation on the first portion of the first preform element with the first preform element in the first operative position; transferring the first preform element into a second operative position on a second holder; with the first preform element in the second operative position exposing a second portion of the first preform element that is not exposed for processing with the first preform element in the first operative position; and with the first preform element in the second operative position and the second portion of the first preform exposed, performing a processing operation on the second portion of the first preform element.
    • 一种处理工件的方法,包括以下步骤:将第一预成型件元件放置在第一保持器上的第一操作位置,使得第一预制件元件的第一部分露出; 在第一预制件元件的第一部分上执行处理操作,其中第一预制件元件处于第一操作位置; 将第一预成型件元件转移到第二保持器上的第二操作位置; 其中第一预制件元件处于第二操作位置,将第一预制件元件的第二部分暴露于第一预制件元件处于第一操作位置; 并且第一预制件元件处于第二操作位置并且第一预制件的第二部分被暴露,对第一预制件元件的第二部分执行处理操作。
    • 5. 发明授权
    • Apparatus for forming end portion of pipe
    • 用于形成管道端部的装置
    • US5291769A
    • 1994-03-08
    • US882320
    • 1992-05-13
    • Toshiharu Miyano
    • Toshiharu Miyano
    • B21D17/04B21D41/04
    • B21D17/04
    • A plurality of profile rolls which are revolving are radially inwardly pressed against the peripheral surface of an end portion of a pipe to be formed so that a suitable profile is plastically formed on the end portion of the pipe. Each of the profile rolls is rotatably carried by a shaft at the distal end of a swing assembly whose proximal end is pivotably mounted to a pivot shaft on a rotary assembly which is rotatable. A cam follower on the distal end shaft of each swing assembly is forced by a cam laterally so that the rotary assemblies are rotated, resulting in radially inward displacement of the profile roll. Thus, the apparatus is compact in size, easily operable at a working site and reliable in operation.
    • 旋转的多个轮廓辊径向向内压靠在要形成的管的端部的圆周表面上,使得在管的端部上塑性地形成合适的轮廓。 每个型材辊由摆动组件的远端处的轴可转动地承载,其摆件的近端可旋转地安装在可旋转的旋转组件上的枢轴上。 每个摆动组件的远端轴上的凸轮从动件横向被凸轮推动,使得旋转组件旋转,导致轮廓辊的径向向内移位。 因此,该装置的尺寸紧凑,在工作现场易于操作并且操作可靠。
    • 6. 发明授权
    • Method and apparatus for withdrawing bar stock from a bar stock feeder
    • 从棒料喂料器中取出棒料的方法和装置
    • US06832534B2
    • 2004-12-21
    • US10140419
    • 2002-05-06
    • Toshiharu Miyano
    • Toshiharu Miyano
    • B23B300
    • B23B13/128Y10T82/10Y10T82/2521Y10T82/2572
    • A method of processing a piece of bar stock material having spaced ends and a predetermined diameter and including the steps of: attaching an adaptor to one end of the piece; directing the piece into a feeder sleeve bounding an internal passageway; moving the piece in the internal passageway from an upstream end toward a downstream end so as to expose a part of the piece for processing; performing at least one processing step on the exposed part of the piece; engaging a retrieval assembly with the adaptor; extending at least a part of the retrieval assembly into the internal passageway from a downstream end of the at least part of the retrieval assembly to a predetermined distance in an upstream direction; and with the retrieval assembly engaged with the adaptor, repositioning the retrieval assembly to thereby reposition the piece within the internal passageway.
    • 一种处理具有间隔开的端部和预定直径的条状材料的方法,包括以下步骤:将适配器连接到所述件的一端; 将件引导到限定内部通道的进料器套筒中; 将内部通道中的件从上游端向下游端移动,以暴露该件的一部分进行处理; 在所述件的暴露部分上执行至少一个加工步骤; 将检索组件与适配器接合; 将所述取出组件的至少一部分从所述至少部分所述检索组件的下游端延伸到所述内部通道中,以在上游方向上到预定距离; 并且随着所述检索组件与所述适配器接合,重新定位所述检索组件,从而在所述内部通道内重新定位所述件。
    • 7. 发明授权
    • Machine tool assembly
    • 机床总成
    • US5673467A
    • 1997-10-07
    • US329642
    • 1994-10-26
    • Shigemori Steven MiyanoToshiharu Miyano
    • Shigemori Steven MiyanoToshiharu Miyano
    • B23Q5/04B23Q5/12G05B19/18B23B3/00G05B11/18
    • G05B19/182B23Q5/04B23Q5/12G05B2219/41259G05B2219/41264G05B2219/41274Y10T29/5114Y10T408/675Y10T82/20
    • A machine tool assembly having a rotatable element for driving a tool to operate on a workpiece and structure for driving the rotatable element in rotation. The driving structure has a first power source and first structure cooperating between the first power source and the rotatable tool driving element for selectively a) allowing the first power source to be operated at one speed to drive the rotatable tool driving element at a first operating speed with the machine tool assembly in a first state and b) allowing the power source to be operated at the one speed without rotating the rotatable tool driving element at the first operating speed with the machine tool assembly in a second state. Structure is provided for changing the machine tool assembly from one of its first and second states to the other of its first and second states.
    • 一种机床组件,其具有用于驱动工具在工件上操作的可旋转元件和用于驱动旋转元件旋转的结构。 所述驱动结构具有第一电源和第一结构,所述第一电源和第一结构在所述第一电源和所述可旋转工具驱动元件之间配合,用于选择性地a)允许所述第一电源以一个速度运行以在第一运行速度下驱动所述可旋转刀具驱动元件 其中所述机床组件处于第一状态,以及b)允许所述电源以所述一个速度操作,而不会以所述机床组件处于第二状态而以第一操作速度旋转所述可旋转刀具驱动元件。 提供了用于将机床组件从其第一状态和第二状态之一改变为其第一状态和第二状态中的另一状态的结构。
    • 8. 发明授权
    • Apparatus for preventing thermal deformation of a machine tool
    • 用于防止机床热变形的装置
    • US5582237A
    • 1996-12-10
    • US179629
    • 1994-01-11
    • Toshiharu Miyano
    • Toshiharu Miyano
    • B23Q11/14F25B29/00
    • B23Q11/143B23Q11/141Y10S62/10Y10S82/90Y10T83/283
    • An apparatus for preventing thermal deformation of a machine tool has a feed unit which heats a heat transfer fluid and pumps it out to a heat exchanging portion. The heat exchanging portion has at least one heat exchanging unit capable of being expanded and shrunk in accordance with the heat transfer fluid therein. The heat exchanging unit is arranged in a prescribed portion of a machine tool. The portion of the machine tool is heated by the heat exchanging unit arranged therein, whereby thermal distribution of the machine tool is equalized and heat deformation thereof is suppressed. The heat transfer fluid passed through the heat exchanging unit is recovered by a discharging portion and fed back to the feed unit. The heat exchanging unit is maintained in an expanded state by controlling the flow rate of the fluid passing therethrough by a flow control valve, so that heat exchanging operation can be carried out effectively. The heat exchanging unit in a shrunk state can easily be arranged even in a narrow portion of the machine tool.
    • 用于防止机床热变形的装置具有加热传热流体并将其泵送到热交换部分的进料单元。 热交换部具有至少一个能够根据其中的传热流体膨胀和收缩的热交换单元。 热交换单元布置在机床的规定部分中。 机床的部分由布置在其中的热交换单元加热,由此机床的热分布相等,并且其热变形受到抑制。 通过热交换单元的传热流体由排出部分回收并反馈到进料单元。 通过控制通过流量控制阀的流体的流量来保持热交换单元处于膨胀状态,从而可以有效地进行热交换操作。 收缩状态的热交换单元即使在机床的狭窄部分也能够容易地配置。