Patent Application
20200226312
This invention relates to a procedure for representing electric circuits.
In particular, the invention relates to an innovative method of organization and drafting of interactive electric diagrams, based on libraries, databases or data collections.
The electric diagrams consist in a simplified representation of electric or electronic circuits by using conventional symbols. They can contain, as well as the devices and the connections which make up the circuit, also information concerning the parameters which characterize them, for example details on the voltage or current intensity, as well as the waveforms of the circuit signals.
It is known how important these diagrams are in the design and maintenance of electric or electronic circuits and devices, both in the industrial and civil sector, due to their capacity to document in a clear, unequivocal and effective manner the features of said circuits. In fact, it is possible, simply by consulting the diagrams, to know all the fundamental characteristics of a circuit, regardless of the complexity of their elements and/or their mutual connections.
However, it is evident how one of the fundamental characteristics of electric diagrams is the quality and clarity of their graphical representation and drafting, as this directly affects the possibility of interventions for maintenance purposes or following faults and malfunctions.
Electric diagrams are currently prepared on computers using graphics processing software, and they can be specifically transferred on license to the users by the specialist production companies.
The aims of the invention include:
These and other aims are achieved by a method for representing electric diagrams according to claim 1; further technical details ad features are indicated in the dependent claims.
The invention is now described, by way of example and without limiting the scope of the invention, according to a preferred embodiment.
Advantageously, the proposed method is based on the use of already existing libraries, which can items, or speech codes, corresponding to the various types of electrical components, such as, for example, sensors, actuators and control units, which form part of the specific sector of interest, for example design and engineering. These libraries can be added to and/or modified over time with new items, corresponding to updating with new technologies or functions to be used.
Said items consist of alphanumeric codes by which it is possible to identify in an unequivocal and advantageous manner each single device (for example, X0 for a plug), which can therefore be used in various work environments simply by referring to its code. If there are several devices of the same type, they are differentiated by adding an incremental numerical suffix to the code (for example, X0-1, X0-2, X0-3 . . . ).
The electric diagrams are drafted according to precise standard guidelines, which comprise the displaying on the screen of a PC of the system control unit at the centre of the work area, or sheet; on the other hand, the additional devices, connected to said control unit in a direct or indirect manner, are arranged in a satellite fashion around it.
The diagram can consist of several sheets or folders and, if necessary, there is advantageously the use of particular interactive connections, or links, in the interface available to the user, which allow a faster and simpler navigation between the various sheets of the diagram.
The drawings of the electric diagrams, displayed on the PC according to the invention, are grouped according to a well defined and standard level structure, where each level represents a device and contains a structure of sub-levels.
In particular, amongst the numerous levels used, there is the one dedicated to electric lines used for connecting devices together; this level is defined as “routing circuit”.
The routing circuit also contains a structure of sub-groups in which, depending on the requirements, it is possible to select and group together those electric lines which are to be highlighted with respect to others by means of a graphical animation of the interface.
Said animations can advantageously be executed by the user, who may trace them, with the use of a pointer, following the desired direction of the animation (for example, tracing a line from left to right in the interface will give the same direction to the animation).
The various lines contained in the routing circuit are differentiated by means of different colours and thicknesses of their lines; for example, some identifications are given in the following table.
The animations of the electric lines therefore allow their immediate identification and eliminate the typical difficulties of identifying and distinguishing them in diagrams with numerous devices and lines which connect them; for example, there can be a pulsing animation for data lines, consistent with the two-way nature of the signal conveyed by them.
The electric lines in the diagrams are also accompanied by a code which indicates the actual colour of the corresponding cable to be used; for example, the codes shown in the following table correspond to the acronyms of the relative colors.
Once the drafting of the diagram has been completed, this can be advantageously converted into a different type file, for exporting and subsequent use on a platform or software different from the graphics processor on which it has been prepared. For example, it may be converted into an SVG type file and loaded on remote supports, such as, for example, servers, providing it with information concerning the contents of the diagram, such as, for example, the devices present, their location and the type of connector of the control unit.
This advantageously makes it available to all the users who request it or who must use it, in a simple and rapid manner, also by using software such as the known Internet browsers.
The invention is described by way of example only, without limiting the scope of application, according to its preferred embodiments, but it shall be understood that the invention may be modified and/or adapted by experts in the field without thereby departing from the scope of the inventive concept, as defined in the claims herein.
Barzanò & Zanardo Roma S.p.A.
| Number | Date | Country | Kind |
|---|---|---|---|
| 102019000000625 | Jan 2019 | IT | national |
