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    • 11. 发明申请
    • SAW BLADE TOOTH FORMATION
    • 锯片牙齿形成
    • WO1996037329A1
    • 1996-11-28
    • PCT/IB1996000478
    • 1996-05-10
    • ISELI & CO. AGISELI, Benno
    • ISELI & CO. AG
    • B23D63/12
    • G05B19/184B23D61/121B23D63/008B23D63/12G05B2219/35585G05B2219/36284G05B2219/36513G05B2219/41309G05B2219/45158G05B2219/49321
    • A method and apparatus for forming a tooth and gullet formation or combination for the teeth (2) of a cutter tool such as a saw blade (1), by displacing a tool (8) for machining the tooth or gullet combination in such manner that a tooth front face (3), the gullet (5) thereof, the rear face (6) and the top face (7) of an immediately adjacent tooth (2) are machined, characterised by using a computer system (51-68) to control the displacements of the tool (8) so that the tooth gullet formation is machined according to predetermined machining profiles by controlling the operational displacements of the tool (8) to follow a predetermined path (19) with respect to the saw blade (1) whereby said tooth and gullet formation is machined according to the selected machining profile. The computer system (51-68) includes input means (60, 61) for establishing a plurality of different machining profiles for said tool displacement path (19) and means (51) for storing such profiles. The computer system includes input storage means (58, 59) for storing data associated with required displacements of the slide and support unit to produce a required grinding profile. The computer system (51-68) includes input storage means (60, 61) for storing data associated with operational speeds for the tool. The computer system (51-68) includes input storage means (54) for storing data associated with the operational characteristics of the tool (8).
    • 一种用于通过移动用于机械加工牙齿或齿槽组合的工具(8),用于形成用于诸如锯片(1)的刀具的齿(2)的牙齿和齿槽形成或组合的方法和装置, 机械加工出齿前面(3),其齿槽(5),后表面(6)和紧邻的齿(2)的顶面(7),其特征在于使用计算机系统(51-68) 以控制工具(8)的位移,使得通过控制工具(8)相对于锯片(1)的预定路径(19)的操作位移,根据预定的加工轮廓加工齿槽形成 ),由此根据所选择的加工轮廓加工所述齿和齿槽形成。 计算机系统(51-68)包括用于为所述刀具位移路径(19)建立多个不同加工轮廓的输入装置(60,61)和用于存储这种轮廓的装置(51)。 计算机系统包括输入存储装置(58,59),用于存储与滑块和支撑单元的所需位移相关联的数据,以产生所需的研磨轮廓。 计算机系统(51-68)包括用于存储与工具的操作速度相关联的数据的输入存储装置(60,61)。 计算机系统(51-68)包括用于存储与工具(8)的操作特性相关联的数据的输入存储装置(54)。
    • 16. 发明申请
    • AUTOMATION FUNCTIONS IN WORKPIECE HOLDERS
    • 在合作的业自动化功能
    • WO2005054089A3
    • 2005-08-18
    • PCT/EP2004053109
    • 2004-11-25
    • SIEMENS AGMUELLER KLAUS-DIETERPLEWINSKI NICOLAI
    • MUELLER KLAUS-DIETERPLEWINSKI NICOLAI
    • G05B19/12G05B19/4155G05B19/418
    • G05B19/128G05B19/4155G05B19/4183G05B2219/36513G05B2219/36522G05B2219/49302Y02P90/10Y02P90/265Y02P90/28
    • The invention relates to a system, a workpiece holder (2) and a method for the flexible manufacturing of workpieces (1) or products. According to said invention, the workpiece holders (2) have manufacturing information (I) for the particular manufacturing of different products or product variants. Said manufacturing information (I) is loaded into the machining station (4) of the manufacturing unit (5) by a programmable controller (PLC) or an NC machine (3). Said manufacturing unit (5) and the machining stations (4) are designed, such that the machining steps, stored with the manufacturing information (I), can be carried out. Machining and part programs are also stored into said manufacturing information (I). The retrofitting of the unit or the expensive loading of new software into the PLC or NC machine for the production of a new product or product variant are thus unnecessary, since the workpiece holder (2) brings the relevant information therewith.
    • 本发明涉及一种系统,一种工件载体(2),以及作为用于柔性生产的工件(1)或制品的方法。 这里,工件托架(2)具有用于特殊的生产产品的变体,或不同的产品的制造信息(I)。 制造信息(I)是由可编程逻辑控制器或NC机床(3)到所述处理站中加载的生产线(4)(5)。 制造工厂(5)或所述处理站(4)被设计成使得在制造信息(I)沉积可被执行的处理步骤。 在制造信息(I)的机械加工和部分程序被存储。 所述植物或所述PLC或NC机床用于生产一个新的产品变型或新产品的一个复杂的负载新软件的重新装备是不必要的,因为工件托架(2)带来的相关信息。