摘要:
Die vorliegende Erfindung zeigt ein Verfahren zur Verzahnbearbeitung eines Werkstückes durch ein Werkzeug auf einer Verzahnmaschine, wobei das Werkstück durch ein Wälzbearbeitungsverfahren bearbeitet wird, bei welchem das Werkzeug zur Verzahnbearbeitung mit einem vorgegebenen Achsabstand und Achskreuzwinkel auf dem Werkstück abwälzt. Die Erfindung ist dadurch gekennzeichnet, dass der Achskreuzwinkel während der Bearbeitung eines Werkstücks verändert wird.
摘要:
A numerical controller for controlling a wire electrical discharge machine generates section data such that a machining path commanded by a machining program is divided into sections with a sufficient distance, generates data such that the individual sections are re-approximated to a straight line or a circular arc based on the generated section data, and adjusts an operation of the wire electrical discharge machine at a corner portion and a circular-arc portion of the machining path, based on the re-approximation section data.
摘要:
The invention relates to a welding device for machining a workpiece (6) having a manipulator (1), a welding device (2) arranged on the manipulator (1), a control device (11), which is connected to the manipulator (1) and the welding device (2), and connected to the control device (11) a generator (13) for predetermining points (7), wherein the control device (2) is designed to determine a first welding line (3) on the basis of the points (7). According to the invention, coordinates of points (7) of the welding line (3) on the workpiece (6) are determinable by means of the generator (13) and transmittable to the control device (11).
摘要:
A method of relatively positioning a workpiece and a reference axis comprising effecting relative displacements of the workpiece and the reference axis along orthogonal axes so that an intersection of the reference axis with the workpiece is moved at substantially constant speed along a curvilinear path. The method is particularly applicable to SEE sensitivity mapping of a microchip memory using a pulsed laser, relative to the axis of which the chip is moved in a spiral path.
摘要:
The invention relates to a method for establishing a trajectory for a robot device. A workpiece (1) comprising at least one surface (O) that is to be machined is disposed within the operating range of the robot device (2). A pointer mechanism (10) is placed at a plurality of supporting points (P1, P2, ...) on the surface (O) that is to be machined. The coordinates of said supporting points (P1, P2, ...) are defined by detecting the associated coordinates of the pointer mechanism (10). Interpolation is performed automatically between two respective adjacent supporting points (P1, P2, ...) according to a predetermined algorithm in order to define the trajectory (K). The trajectory (K) is projected onto the surface (O) that is to be machined.
摘要:
The present invention is a simple way of transmitting alarm data from a server to a client. The alarm data is sent from the server to the client in two steps.In the first steps the system sends the information about the occurrence of at least one alarm event.In the second step the alarm event specific time stamps are sent.
摘要:
A numerical controller for controlling a five-axis processing machine including three linear axes and two rotational axes for machining a workpiece attached onto a table thins out a command of a moving path of any one of the linear axes and a command of a tool direction if both of the change amount of a tool direction and the change amount of a linear axis in the command of the moving path are smaller than preset values, respectively.
摘要:
The invention relates to a method and a device for exchanging data on the basis of the OPC communications protocol, wherein at least one OPC-ready server (24) is connected parallel to a master OPC server (22). The invention proposes that an OPC client (28) is to be connected to the master OPC server (22) over a first communications link (26) and to at least one OPC-ready server (24) via at least one second communications link (24). The OPC client (28) exchanges data over the first communications link (26) and the master OPC server, and over at least the second communications link (26) and at least one OPC-ready server (24) with automatic devices (16, 16'), and evaluates the data transmitted by the master OPC server (22) and at least one OCP-ready server (24). In the event of failure, the master OPC server (22) can be at least partially switched over from the OPC client (28) to at least one OPC-ready server (24) in such a way that the program can continue to run smoothly in the same place.