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    • 1. 发明专利
    • Automatic programming device and operation program thereof
    • 自动编程设备及其操作程序
    • JP2011183528A
    • 2011-09-22
    • JP2010053365
    • 2010-03-10
    • Mitsubishi Electric Corp三菱電機株式会社
    • MITANI YUKAIRIGUCHI KENJISATO TOMONORI
    • B23Q15/00G05B19/4093
    • PROBLEM TO BE SOLVED: To provide an automatic programming device capable of forming an NC program of an NC machine tool of a high degree of freedom of operation with a turning shaft, by simple operation.
      SOLUTION: This automatic programming device 101 includes a tool attitude defining part 140 for defining a tool attitude to a processing area shape, and this tool attitude defining part 140 also comprises a tool attitude determining point extracting part for extracting a point for determining the tool attitude from information on a shape element for constituting the processing area shape by a predetermined method and a tool attitude arithmetic operation part for determining the tool attitude at the point for determining the tool attitude by the predetermined method, and can define the tool attitude for a tool passage of the NC machine tool having the turning shaft, and can form the NC program by the simple operation without using a CAM.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种能够通过简单的操作来形成具有高自由度的数控机床的NC程序的NC程序的自动编程装置,其具有转动轴。 解决方案:该自动编程装置101包括用于定义对加工区域形状的刀具姿态的刀具姿势定义部件140,并且该刀具姿态定义部件140还包括刀具姿态确定点提取部件,用于提取用于确定的点 由用于通过预定方法构成处理区域形状的形状元素的信息的工具姿态和用于通过预定方法确定用于确定刀具姿态的点处的刀具姿态的刀具姿态算术运算部,并且可以定义刀具姿态 用于具有转动轴的NC机床的刀具通道,并且可以通过简单的操作形成NC程序而不使用CAM。 版权所有(C)2011,JPO&INPIT
    • 2. 发明专利
    • Electric discharge machine
    • 电动排料机
    • JP2005125492A
    • 2005-05-19
    • JP2005035385
    • 2005-02-14
    • Mitsubishi Electric Corp三菱電機株式会社
    • SENDAI TOMOKOIMAI YOSHIHITOSATO TATSUSHIMIYAKE HIDETAKAMAGARA TAKUJIGOTO AKIHIROMITANI YUKA
    • B23H1/04B23H7/26
    • PROBLEM TO BE SOLVED: To provide an electric discharge machine for providing a uniform machining surface by making a machining state always constant, in the electric discharge machine for manufacturing a metal mold and machining a part, by three-dimensionally controlling an electrode of a simple shape.
      SOLUTION: This electric discharge machine machines a three-dimensional shape by using the electrode 6 of a rotating simple shape. The electric discharge machine predicts a discharge state of machining powder to an electrode passage of adding a correction of a consumption quantity of the electrode 6 to a machining passage; and controls the electrode 6 in rightward rotation when a machining margin exists on the left side in the machining advancing direction, and the electrode 6 in leftward rotation when the machining margin exists on the right side. The rotational direction of the electrode 5 is controlled in a switching system with every preset frequency in a place of being difficult to discharge the machining powder.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了提供一种通过使加工状态始终恒定来提供均匀的加工表面的放电加工机,在用于制造金属模具的放电加工机中加工零件,通过三维地控制电极 一个简单的形状。 解决方案:该放电机通过使用旋转简单形状的电极6来加工三维形状。 放电机将加工粉末的放电状态预测为将电极6的消耗量校正添加到加工通道的电极通路; 并且当加工前进方向左侧存在加工余量时,电极6向右旋转,并且当加工余量存在于右侧时电极6向左旋转。 电极5的旋转方向在切换系统中以每个预设频率被控制在难以排出机械粉末的位置。 版权所有(C)2005,JPO&NCIPI
    • 3. 发明专利
    • Automatic programming device and automatic programming method
    • 自动编程设备和自动编程方法
    • JP2013101429A
    • 2013-05-23
    • JP2011243655
    • 2011-11-07
    • Mitsubishi Electric Corp三菱電機株式会社
    • MITANI YUKAIRIGUCHI KENJI
    • G05B19/4093B23Q15/00
    • PROBLEM TO BE SOLVED: To provide an automatic programming device and an automatic programming method for shortening an operation time, and for improving processing efficiency by generating the tool path of chamfering work by a machining machine under orthogonal three axial control approximating to a chamfered surface by the machining machine under multi-axial control including a rotary shaft with a simple operation.SOLUTION: The automatic programming device includes: a reference point string generation part 121 for generating the shape data of a reference point string as a reference in the case of generating tool path data on the basis of processing area shape data and preliminarily stored processing condition data; a tool reference position generation part 122 for generating tool reference position data for determining a tool position when a chamfering tool passes carrying out chamfering work on the basis of the shape data of the reference point string and the preliminarily stored processing condition data and use tool data; and a tool path generation part 123 for generating the tool path data of the chamfering tool on the basis of the tool reference position data and the preliminarily stored use tool data.
    • 要解决的问题:提供一种自动编程装置和自动编程方法,用于缩短操作时间,并且通过在正交的三轴控制下通过机械加工生成倒角加工的刀具路径来提高加工效率,近似于 通过多轴控制的机械加工切削面,包括旋转轴,操作简单。 自动编程装置包括:基准点串生成部121,用于在基于处理区域形状数据生成刀具路径数据的情况下,生成参考点串的形状数据作为基准,并预先存储 处理条件数据; 刀具基准位置生成部122,用于根据基准点列的形状数据和预先存储的处理条件数据生成倒角刀具通过进行倒角加工时的工具位置的刀具基准位置数据,以及使用刀具数据 ; 以及刀具轨迹生成部123,用于根据刀具基准位置数据和预先存储的使用刀具数据生成倒角刀具的刀具路径数据。 版权所有(C)2013,JPO&INPIT
    • 4. 发明专利
    • Automatic programming device and operation program for the same
    • 自动编程设备及其操作程序
    • JP2010262528A
    • 2010-11-18
    • JP2009113727
    • 2009-05-08
    • Mitsubishi Electric Corp三菱電機株式会社
    • MITANI YUKAMIYATA AKIRA
    • G05B19/4097B23Q15/00
    • PROBLEM TO BE SOLVED: To provide an automatic programming device that allows various machining area shape to be defined with a smaller amount of information.
      SOLUTION: The automatic programming device includes: an input device 111 receiving data; a storage device storing the data; a base shape definition processing part 131 defining a base shape by ridgeline data of a series of ridge lines constituting the contour of the base shape stored in the storage device, and attribute data of the ridgeline specifying a side face shape related to the ridgeline; a side face shape generation processing part 132 generating a face specified from the attribute data and the ridgeline data of the base shape as the side face shape; and a machining area shape generation processing part 134 generating the machining area shape based on the side face shape generated by the side face shape generation processing part and the base shape defined by the base shape definition processing part 131, and storing it into the storage part.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种自动编程装置,其允许使用较少量的信息来定义各种加工区域形状。 解决方案:自动编程设备包括:接收数据的输入设备111; 存储所述数据的存储装置; 基体形状定义处理部131,其通过构成存储在存储装置中的基本形状的轮廓的一系列脊线的棱线数据和指定与该脊线相关的侧面形状的棱线的属性数据来定义基底形状; 侧面形状生成处理部132,其生成从属性数据指定的脸部和基部形状的棱线数据作为侧面形状; 以及加工区域形状生成处理部134,其基于由侧面形状生成处理部生成的侧面形状和由基部形状定义处理部131限定的基部形状来生成加工区域形状,并将其存储到存储部 。 版权所有(C)2011,JPO&INPIT
    • 5. 发明专利
    • Table-xml conversion device and method, and program for making computer implement the method
    • TABLE-XML转换设备和方法,以及用于制作计算机实现方法的程序
    • JP2005339019A
    • 2005-12-08
    • JP2004154785
    • 2004-05-25
    • Mitsubishi Electric Corp三菱電機株式会社
    • MITANI YUKASUZUKI KENJI
    • G06F17/21
    • PROBLEM TO BE SOLVED: To obtain a table-XML conversion device which can convert a table which has complicated structure in which items representing contents of records have tree structure to XML data. SOLUTION: The table-XML conversion device 1 reads a table including data structure definition information which defines the data structure of object data, and data value information corresponding to each of composition elements composing the data structure of the object data, and converts the table to XML data. In addition, the table-XML conversion device 1 is provided with; a data structure definition interpretation part 13 which interprets the XML data structure which is the document structure of the XML data from the data structure definition information; and an XML data generation part 14 which correlates the data value information to the XML data structure interpreted by the data structure definition interpretation part 13 to generate the XML data. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:获得能够将具有复杂结构的表的数据转换装置,其中表示具有树形结构的记录的内容的项目具有XML数据。 解决方案:表格 - XML转换装置1读取包括定义对象数据的数据结构的数据结构定义信息的表和与构成对象数据的数据结构的构成要素相对应的数据值信息,并且转换 该表为XML数据。 另外,表格-ML转换装置1具有: 数据结构定义解释部分13,其从数据结构定义信息解释作为XML数据的文档结构的XML数据结构; 以及将数据值信息与由数据结构定义解释部分13解释的XML数据结构相关联以生成XML数据的XML数据生成部分14。 版权所有(C)2006,JPO&NCIPI
    • 6. 发明专利
    • Drawing device and information processing system
    • 绘图设备和信息处理系统
    • JP2005003911A
    • 2005-01-06
    • JP2003166892
    • 2003-06-11
    • Mitsubishi Electric Corp三菱電機株式会社
    • MITANI YUKANISHIMURA TAKESHIKAYANO SHINICHIROSUZUKI KENJI
    • G06F3/14G09G5/00
    • PROBLEM TO BE SOLVED: To provide a drawing device in which the same display result is obtained even though an operator tries to display a desired screen on a different information terminal device and display load of the information terminal device is reduced and to provide an information processing system.
      SOLUTION: A drawing device 1 is provided with a plotting section 11 which plots a primary screen on a display device, a drawing section 13 which generates screen data that are the display contents of the primary screen, a screen data converting section 14 which extracts plotting information from the screen data, converts the data into image data, extracts arrangement information and converts the information into plotting attribute data and a communication section 15 which transmits the image data and the plotting attribute data to a monitor display device 2. The monitor display device 2 is provided with a storage section 22 which stores the data received from the drawing device 1, a communication section 23 which obtains information related to the condition of a control object 4 and a plotting section 24 which reads data from the storage section 22 and plots a screen on the display device based on the information related to the condition of the control object 4.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了提供即使操作者尝试在不同的信息终端设备上显示期望的屏幕并且减少信息终端设备的显示负载也能够获得相同显示结果的绘图设备,并且提供 信息处理系统。 解决方案:绘图装置1具有在显示装置上绘制主画面的绘制部分11,生成作为主画面的显示内容的画面数据的绘制部分13,画面数据转换部分14 其从画面数据中提取绘图信息,将数据转换为图像数据,提取排列信息并将该信息转换为绘制属性数据,以及将图像数据和绘制属性数据发送到监视器显示装置2的通信部15。 监视器显示装置2设置有存储部分22,其存储从绘图装置1接收的数据;通信部分23,其获得与控制对象4的条件有关的信息;以及绘图部分24,其从存储部分读取数据 基于与控制对象4的状况相关的信息,在显示装置上绘制画面。(C)200 5,JPO&NCIPI
    • 7. 发明专利
    • Tool path generation device and method
    • 工具路径生成装置和方法
    • JP2013088976A
    • 2013-05-13
    • JP2011228158
    • 2011-10-17
    • Mitsubishi Electric Corp三菱電機株式会社
    • IRIGUCHI KENJIMITANI YUKA
    • G05B19/4093B23Q15/00
    • PROBLEM TO BE SOLVED: To obtain a tool path generation device and a method for reducing loads to tools when processing is performed by using a plurality of tools.SOLUTION: A tool path generation device includes: a minimum curvature radius determination section 4 which determines the minimum curvature radius of a projection for performing processing regarding each of a plurality of tools; a tool selection section 3 which selects a selection tool to be used for the processing from among the plurality of tools; a processing area extraction section 5 which newly stores a part obtained by removing a tool path generation object area where the curvature radius of the projection becomes equal to or more than the minimum curvature radius regarding the selection tool selected by the tool selection section as a tool path ungenerated area from tool path ungenerated areas which are not objects for tool path generation up to the present; and a tool path generation section 7 which generates a tool path to the tool path generation object area so that the selection tool is inscribed on the projection of the tool path generation object area from information on the selection tool and processing conditions in pocket processing.
    • 要解决的问题:获得一种刀具路径生成装置以及通过使用多个工具进行加工时减少对工具的负担的方法。 解决方案:刀具路径生成装置包括:最小曲率半径确定部分4,其确定用于执行关于多个工具中的每一个的处理的投影的最小曲率半径; 工具选择部3,从多个工具中选择要用于处理的选择工具; 处理区域提取部分5,其新存储通过移除投影的曲率半径等于或大于关于由工具选择部分选择的选择工具的最小曲率半径作为工具的工具路径生成对象区域而获得的部分 从工具路径未通过的区域开始,不是目前为止的工具路径生成的对象; 以及刀具路径生成部7,其生成到刀具路径生成对象区域的刀具路径,使得从口袋处理中的选择工具的信息和加工条件的选择工具刻录到刀具路径生成对象区域的投影上。 版权所有(C)2013,JPO&INPIT
    • 8. 发明专利
    • Electric discharging device
    • 电动放电装置
    • JP2005224943A
    • 2005-08-25
    • JP2005140469
    • 2005-05-13
    • Mitsubishi Electric Corp三菱電機株式会社
    • SENDAI TOMOKOIMAI YOSHIHITOSATO TATSUSHIMIYAKE HIDETAKAMAGARA TAKUJIGOTO AKIHIROMITANI YUKA
    • B23H7/26
    • PROBLEM TO BE SOLVED: To supply an electric discharging device that carries out machining rapidly and precisely. SOLUTION: The electric discharging device that machines a 3D-shaped workpiece using a simple electrode splits the machining area of a workpiece into a predetermined machining depth in a machining direction for multilayer machining. The multilayer machining is carried out by an ideal machining speed storage means 40 that presets and stores the ideal machining speed corresponding to a machining condition, a machining speed detection means 36 that detects the actual machining speed being done per predetermined machining section, and an electrode path correction means 43 that compares the actual machining speed with the ideal machining speed and corrects the electrode path in the next layer according to the difference between both speeds. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供快速精确地进行加工的放电装置。 解决方案:使用简单电极加工3D形工件的放电装置将工件的加工区域在多层加工的加工方向上分割成预定的加工深度。 多层加工由预定和存储对应于加工条件的理想加工速度的理想加工速度存储装置40进行,加工速度检测装置36检测根据预定加工部分进行的实际加工速度,以及电极 路径校正装置43,其将实际加工速度与理想加工速度进行比较,并且根据两个速度之间的差异校正下一层中的电极路径。 版权所有(C)2005,JPO&NCIPI
    • 9. 发明专利
    • AUTOMATISCHE PROGRAMMIERVORRICHTUNG UND AUTOMATISCHESPROGRAMMIERVERFAHREN
    • DE112010002839B4
    • 2019-02-21
    • DE112010002839
    • 2010-07-06
    • MITSUBISHI ELECTRIC CORP
    • IRIGUCHI KENJIMITANI YUKAMIYATA AKIRASATO TOMONORIMATSUBARA SUSUMUIWASAKI TAKASHI
    • G05B19/4097B23Q15/00G05B19/4093
    • Automatische Programmiervorrichtung, die Steuerbefehlsdaten auf Grundlage von Daten verarbeiteter Einheiten für eine Teilverarbeitung generiert, um eine Teilverarbeitung an einer Materialform vorzunehmen, umfassend:eine Materialformdateneingabeeinheit (1), die einen Eingang von Daten der Materialform empfängt;eine Verarbeitungsprogrammspeichereinheit (3), die in sich die Daten der Materialform und Daten verarbeiteter Einheiten speichert;ein Eingabeteil (2) für Daten verarbeiteter Einheiten, das Eingangsdaten von einer Extraktionseinheit (5) für relevante Daten empfängt, die Daten anderer verarbeiteter Einheiten enthalten, die auf verarbeitete Einheiten verweisen, die einen Bezug zu Formdaten eines verarbeiteten Bereichs herstellen, die in den Daten verarbeiteter Einheiten enthalten sind, die in der Verarbeitungsprogrammspeichereinheit gespeichert sind, und das die Daten anderer verarbeiteter Einheiten, die auf verarbeitete Einheiten verweisen, an die Verarbeitungsprogrammspeichereinheit ausgibt;eine Verarbeitungsbereichsformgenerierungseinheit (8), die Formdaten eines verarbeiteten Bereichs in den Daten verarbeiteter Einheiten für die Teilverarbeitung auf Grundlage der Daten der Materialform und der Formdaten eines verarbeiteten Bereichs, auf die durch die Daten anderer verarbeiteter Einheiten, die auf verarbeitete Einheiten verweisen, ein Bezug hergestellt ist, generiert;eine Steuerbefehlgenerierungseinheit (10), die die Steuerbefehlsdaten auf Grundlage der Daten verarbeiteter Einheiten für die Teilverarbeitung generiert, die die Formdaten eines verarbeiteten Bereichs enthalten;eine Nachverarbeitungsmaterialformgenerierungseinheit (4), die auf Grundlage der in der Verarbeitungsprogrammspeichereinheit gespeicherten Daten der Materialform und der Formdaten eines verarbeiteten Bereichs in den Daten verarbeiteter Einheiten, die bereits definiert wurden, Formdaten eines aus einem verarbeiteten Bereich entfernten Materials generiert, die erhalten werden, indem eine verarbeitete Bereichsform der bereits definierten Daten verarbeiteter Einheiten aus der Materialform entfernt wird; undwobei die Extraktionseinheit (5) für relevante Daten verarbeiteter Einheiten, die als Attribut Daten zum Festlegen einer Ebene einer verarbeiteten Bereichsform einer entsprechenden verarbeiteten Einheit an eine Ebene einer verarbeiteten Bereichsform anhängt, die auf die aus dem verarbeiteten Bereich entfernte Materialform übertragen wird, die Daten extrahiert, um auf Grundlage eines Rands, der in der aus dem verarbeiteten Bereich entfernten Materialform angegeben ist, eine Ebene einer verarbeiteten Bereichsform einer verarbeiteten Einheit festzulegen, die sich neben einer angrenzend an den Rand befindlichen Ebene befindet, und Bezugsdaten generiert, auf die durch Daten anderer verarbeiteter Einheiten, die auf verarbeitete Einheiten verweisen, ein Bezug hergestellt werden soll, und die die von dem Eingabeteil (2) für Daten bearbeiteter Einheiten empfangenen Eingangsdaten sind.