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Showing papers by "Phoenix Contact published in 1997"


Patent
26 Sep 1997
TL;DR: In this article, a seriellen Feldbus (10), an den eine Master-Steuereinrichtung (20) and mehrere Busteilnehmer (30, 40, 50) angeschaltet sind, in
Abstract: Steuer- und Datenubertragungsanlage umfassend einen seriellen Feldbus (10), an den eine Master-Steuereinrichtung (20) und mehrere Busteilnehmer (30, 40, 50) angeschaltet sind, in der Master-Steuereinrichtung (20) und in den Busteilnehmern (30, 40, 50) jeweils eine sicherheitsbezogene Einrichtung (210; 80) zum Ausfuhren von vorbestimmten Sicherheitsfunktionen angeordnet ist, wobei jeder Busteilnehmer (30, 40, 50) uber eine Bus-Anschalteinrichtung (70) an den Feldbus (10) angeschlossen ist, und jeder Busteilnehmer (30, 40, 50) und/oder die Master-Steuereinrichtung (20) wenigstens einen Ausgang aufweist, der mit einer zu sichernden Einrichtung (110, 120) verbunden ist dadurch gekennzeichnet, das die sicherheitsbezogenen Einrichtungen (210; 80) uber den Feldbus (10) miteinander kommunizieren konnen, und jeder Ausgang eines Busteilnehmers (30, 40, 50) uber einen Schalter (170, 180) mit der Bus-Anschalteinrichtung (70) und unmittelbar mit der sicherheitsbezogenen Einrichtung (210, 80) des jeweiligen Busteilnehmers (30, 40, 50) verbunden ist.

30 citations


Patent
13 Feb 1997

23 citations


Patent
21 Feb 1997
TL;DR: In this article, an electrical multi-pole modular plug-and-socket-type connector with an associated socket part is described, where the PE module (7) contacts at least one insertable PE socket module (15) at the apparatus end.
Abstract: The invention concerns an electrical multi-pole modular plug-and-socket-type connector (1) with an associated socket part (35), each having a frame (5, 11) for holding mutually corresponding contact modules (6a, 6b, 7) which are equipped with connections for a corresponding number of conductors of a multi-wire conductor cable (3). At least one insertable PE module (7) of a half contact module raster is provided in order to transfer an electrical potential from the plug end to the apparatus end. The PE module (7) contacts at least one insertable PE socket module (15) at the apparatus end. A bridge (9, 17) disposed on the holder frame (5) and/or attachment frame (11) between the PE modules (7) or PE socket modules (15) enables the corresponding contact modules (6a, 6b, 7, 14a, 14b, 15) to be freely combined in their selection and arrangement. At the same time, the fitting of socket modules (14a, 14b, 15) laterally by means of locking devices (33) to form a compact module block (14) facilitates the connection to a printed circuit board (19) and the securing thereof.

21 citations


Patent
08 Sep 1997
TL;DR: In this paper, the system includes first control units (25,30) each with a logical interface for transparent communication between workstations, PCs and control unit connected to the first network (17) and units connected to second network (46,52,54).
Abstract: The system includes first control units (25,30) each with a logical interface for transparent communication between workstations, PCs and control unit connected to the first network (17) and units connected to second network (46,52,54). Control unit (50), identification units (54,58), operation elements (59,57), input-output unit (56) and robot are connected to the second network.

15 citations


Patent
16 Mar 1997
TL;DR: In this article, an electrical or electronic apparatus is placed on a carrier rail, with a housing, at least one printed circuit board disposed in the latter, and contacts (6a, 6b) pointing in the carrier rail longitudinal direction (R) for a data-and/or energy-bus connection to adjacent devices.
Abstract: The invention concerns an electrical or electronic apparatus (1) to be placed on a carrier rail (2), with a housing (3), at least one printed circuit board (4) disposed in the latter, and contacts (6a, 6b) pointing in the carrier rail longitudinal direction (R) for a data- and/or energy-bus connection to adjacent electrical or electronic apparatus which are placed on the carrier rail (2) and comprise corresponding contacts. According to the invention, in order to be able to replace the printed circuit board (4) in a simple manner, without interrupting the data- and/or energy-bus connection, the housing (3) is designed in at least two parts, an upper part (7) receiving the printed circuit board (4) and a base part (8) comprising the contacts (6a, 6b) being provided.

14 citations


Patent
23 Apr 1997
TL;DR: In this paper, a contact block is secured to a carrier rail via a base plate secured across the width of the latter, provided with a pair of spaced carriers (4,5) for the contact block.
Abstract: The mounting device allows a contact block (1) to be secured to a carrier rail (2) via a base plate (3) secured across the width of the latter, provided with a pair of spaced carriers (4,5) for the contact block. The contact block is supported at a given distance above the base plate by the spaced carriers, with a contact block seating (6) between at least one of the carriers and the contact block, allowing it to pivot relative to the base plate.

11 citations


Patent
23 Jan 1997
TL;DR: In this article, a connection box for a modular system of busbar supplied loads incorporates contacts capable of heavy current transfer to their connected electrical equipment, which are themselves supported in the slots of transverse insulating barriers.
Abstract: A connection box for a modular system of busbar supplied loads incorporates contacts capable of heavy current transfer to their connected electrical equipment. Figure 1 shows the three modules (2 2' 2") mounted as a block (1) each carrying a robust connection box (3) with a hinged cover (4), two of which are raised and the third closed. Each module (2 2' 2") has projecting vertical contact tongues (7, 7') which enter the base of the connection box housing and locate on either side of the relevant busbar (5 5' 5") which are themselves supported in the slots of transverse insulating barriers. A heavy duty connection is established by closing and locking the cover (4) when U-shaped spring clamps (b) are firmly pressed over the contacts (7, 7').

11 citations


Patent
18 Jul 1997
TL;DR: In this article, the authors describe a control arrangement that is connected, via a connection arrangement, to a bus system, which includes input/output devices and is coupled to a heterogeneous network which includes a network management system.
Abstract: The system includes a control arrangement (7) that is connected, via a connection arrangement (2), to a bus system (1). The bus system includes input/output devices. The system is coupled to a heterogeneous network (8) which includes a network management system (10). The network management system communicates preferably based on an SNMP protocol. The variables for the control and data transmission system are preferably stored in an MIB tree. The network management system includes an arrangement for the display, configuration, diagnosis, and/or monitoring of these variables.

9 citations


Patent
06 Oct 1997
TL;DR: In this paper, the switching box has a case (1) with several modules (8-12) mounted on a carrying rail, which can be replaced without the use of tools and operate irrespective of their positions.
Abstract: the switching box has a case (1) with several modules (8-12) mounted on a carrying rail. A complete set of the modules necessary for a machine and no more are installed without interwiring. The modules can be replaced without the use of tools and operate irrespective of their positions in the case

8 citations


Patent
29 Oct 1997
TL;DR: In this article, the authors describe a portable, non-static tool for which can be operated when connected to a mains power network and without a direct data connection to a computer.
Abstract: The device has a label strip (14) delivery device, a writing unit, a separating device, an embossing device, an output unit, a transport unit and a control unit with a miniaturized keyboard (5), an LCD display (4), a data memory (6) and an interface for transferring labelling data from a PC or keyboard. The device is a portable, non-static tool for which can be operated when connected to a mains power network and without a direct data connection to a computer. The identification text can be reedited or altered at the device.

5 citations


Proceedings ArticleDOI
01 Oct 1997
TL;DR: The open control user group has defined the CALL interfaces, which enable simple data exchange, not only during the design phase, but also during the runtime of an automation solution.
Abstract: The industrial PC is playing an increasingly significant role in the field of control technology. These days, machine and system builders can compile their own automation solutions using hardware and software components from a variety of manufacturers. This opens up a whole new world of options for implementing manufacturer independent, cost effective automation solutions. In order to prevent possible interface problems in these open solutions, the open control user group has defined the CALL interfaces. These CALL interfaces enable simple data exchange, not only during the design phase, but also during the runtime of an automation solution. In addition, CALL enables access to distributed components via a fieldbus system such as INTERBUS (or other).

Patent
28 Nov 1997
TL;DR: In this paper, a decentralized fault detector within each subscriber (Tln 1,Tln 2,Tlnn) of a serial transmission network is used to provide a fault picture from the fault reports provided by individual fault detectors, which is transmitted to a central diagnosis device via the transmission network for evaluation.
Abstract: The device has a decentralized fault detector within each subscriber (Tln1,Tln2,Tlnn) of a serial transmission network. The obtained test results are fed to a diagnosis and report manager, to provide a fault picture from the fault reports provided by the individual fault detectors, which is transmitted to a central diagnosis device (DE) via the transmission network for evaluation.

Patent
18 Sep 1997
TL;DR: In this paper, the connector has a lead termination with a housing having a conical guide for insertion of the lead cable end, each cable conductor contacted by a pointed penetration contact.
Abstract: The connector has a lead termination (1) with a housing (3) having a conical guide (9) for insertion of the lead cable end, each cable conductor contacted by a pointed penetration contact (4). The twisted lead cable incorporates a positioning element (6) twisted together with the cable conductors, cooperating with an axial guide pin (5) in the lead termination, or an axial opening in its housing, for aligning the cable conductors with the penetration contacts.

Patent
Elmar Schaper1
08 Feb 1997
TL;DR: In this article, a motor has a motor connection box on the motor housing into which are connected at least one power cable and a data cable for carrying motor operating state information, and a motor circuit stage is mounted inside the motor connection housing.
Abstract: The motor has a motor connection box on the motor housing into which are connected at least one power cable and a data cable for carrying motor operating state information. A motor circuit stage (7) performs changeover switching, gentle run-up, overload cut-out functions, etc. The motor circuit stage is mounted inside the motor connection housing (3). The control signals for the motor circuit stage are also transferred via the data cable (6) and the power cable (4) is directly connected to the mains.

Patent
12 Dec 1997
TL;DR: In this paper, the authors present a method for transmitting messages over multiple wire electrical cables to a bus coupler for applications modules, which can accept different types of application modules via its applications interface, which is in the form of a plug socket.
Abstract: The method involves transmitting messages over multiple wire electrical cables to a bus coupler (19,21,23) for applications modules (20,22,24). Each bus coupler can accept the different types of application module via its applications interface (15), which is in the form of a plug socket. Each coupler's microcontroller (13) controls the data between the associated applications module at its applications interface for each socket and the wire pairs (4,6) in the field bus system cables (2,3).

Patent
23 Jan 1997
TL;DR: In this paper, a Verfahren mit Einrichtung zur Datenubertragung von einemFeldbus mit Hilfe von Telegrammen is described.
Abstract: Es wird ein Verfahren mit Einrichtung zur Datenubertragung von einem Feldbus mit Hilfe von Telegrammen uber mehrpaarige Adern von elektrischen Leitungen auf einen Busankoppler fur Anwendungsmodule der Gebaudesystemtechnik beschrieben. Dabei besteht das wesentliche der Erfindung darin, das jeder Busankoppler einer Busankopplerausfuhrung die unterschiedlichen Typen der Anwendungsmodule uber seine als Steckbuchse ausgebildete Anwendungsschnittstelle aufnehmen kann, wobei sein jeweiliger Mikrocontroller die Steuerung der Daten zwischen dem ihm jeweils zugeordneten Anwendungsmodul an seiner Anwendungsschnittstelle jeder Steckbuchse und von den Adernpaaren der Leitung des Feldbussystems ubernimmt.

Book ChapterDOI
01 Jan 1997
TL;DR: In this paper, the Open Control-Nutzergruppe Call Interfaces stellen sowohl wahrend der Entwurfsphase als auch wahnd der Laufzeit einer Automatisierungslosung den einheitlichen Hersteller sicher.
Abstract: Der Industrie-PC gewinnt in der Steuerungstechnik zunehmend an Bedeutung. Maschinen- und Anlagenbauer konnen sich schon heute ihre Automatisierungslosungen aus den Hard- und Softwarekomponenten unterschiedlicher Hersteller selber zusammenstellen. Damit eroffnet sich ihnen neue Moglichkeiten, herstellerunabhanige und damit kostengunstige Automatisierungslosungen zu realisieren. Damit in solchen offenen Losungen keine Schnittstellenprobleme auftreten und sich so die Engineeringkosten erhohen., defmiert die Open Control-Nutzergruppe die CALL Interfaces. Die CALL Interfaces stellen sowohl wahrend der Entwurfsphase als auch wahrend der Laufzeit einer Automatisierungslosung den einheitlichen Hersteller sicher. Zusatzlich sichert CALL den Zugriff auf dezentral angeordnete Komponenten uber ein Feldbus-System wie INTERBUS oder andere.

Patent
03 Sep 1997
TL;DR: The marking shield as discussed by the authors consists of a strip-shaped plastics material, deformable in a tool mould, locating marking symbols at least at a part-region (8) of its outer surface in its non-assembled state.
Abstract: The marking shield consists of a strip-shaped plastics material, deformable in a tool mould, locating marking symbols at least at a part-region (8) of its outer surface in its non-assembled state. The shield consists of an original flat, metal-free plastics strip, whose middle region is printed. Outside the printed region are securing shanks (3,4) for fastening onto the conductor (2) by surrounding the latter outer dia. Pref. the conductor surrounding shanks form in assembled state approx. semicircular, triangular, or trapezoidal cross-sectional shape with the printed part region.