AT501484B1

AT501484B1 - DICE AS DATA CARRIER & FOLDING BOW

Info

Publication number: AT501484B1
Application number: AT12552004A
Authority: AT
Inventors: Rudolf Turko
Original assignee: Rudolf Turko
Priority date: 2004-07-22
Filing date: 2004-07-22
Publication date: 2006-09-15
Also published as: AT501484A1

Description

2 AT 501 484 B12 AT 501 484 B1

Stand der Technik: Würfel-Puzzle von Ravensburger, 6 Würfel = 6 Bilder und 12 Würfel = 6 BilderState of the art: Cube Puzzle by Ravensburger, 6 dice = 6 pictures and 12 dice = 6 pictures

Neuheit von Pentsystem: 5 6 Würfel = 1 Objekt = 6® = 46656 Optionen. 9 Würfel = 1 Objekt = 69 = 10 077696 Optionen. 12 Würfel = 1 Objekt = 612 =2176 778336 Optionen. io Dazu Konstruktionsbogen incl. aller Ansprüche.Novelty of Pentsystem: 5 6 dice = 1 object = 6® = 46656 options. 9 dice = 1 object = 69 = 10 077696 options. 12 dice = 1 object = 612 = 2176 778336 options. io For this construction sheet including all claims.

Anwender: Für jede Art von Objekten, die verändert, erweitert, verlängert, verbreitert oder konvertiert werden, mit andern Objekten verglichen werden oder Detailbereiche aus anderen Objekten kombiniert werden ... 15 Lösung durch: Teilung der Konstruktionsfläche in 9 Zeilen und 9 Spalten (oder 12 Zeilen und 9 Spalten oder 6 Zeilen und 9 Spalten, etc.) wobei jeweils 3x3 Gitterflächen = 1 Rasterkasten und jeweils 3 Zeilen als Höhe enthalten. Jedes Objekt wird im Gitterkasten entwickelt. 20 Dabei erzeugt jeder Rasterkasten bei Würfel 6, bei Quader 4 Mantelflächen. Diese werden im Konstruktionsbogen so in den Seitenflächen angeordnet, dass durch Einkippen jeder Rasterkasten gemäß Anzahl der Mantelflächen 4 und/oder 6mal ein technisches Detail anzeigt. Darum ist der "Bogen" ein Werkzeug. 25 Der Unterschied zu AT 000774 U2 besteht in der Anordnung von • versetzte Schlitze als Leitsystem für jeweils 10 RAK. ° ohne Einschnitt wird das Objekt verlängert und/oder verbreitert in 6 RAK 30 verändert oder gestaltet in 4 RAK.User: For any type of objects that are modified, extended, extended, widened or converted, compared with other objects or combined with detail areas from other objects ... 15 Solution by: Division of the construction area into 9 rows and 9 columns (or 12 rows and 9 columns or 6 rows and 9 columns, etc.) where in each case 3x3 grid areas = 1 grid box and 3 rows each as height. Each object is developed in the grid box. 20 Each grid box produces cubes 6, with cuboid 4 lateral surfaces. These are arranged in the construction sheet in the side surfaces that indicates by tipping each grid box according to the number of lateral surfaces 4 and / or 6 times a technical detail. That's why the " bow " a tool. 25 The difference to AT 000774 U2 is the arrangement of • offset slots as a control system for every 10 RAK. ° without incision, the object is lengthened and / or widened into 6 RAK 30 modified or designed in 4 RAK.

Mit Einschnitte = 5x2 RAK als Einheit je Flügel ermöglicht 49 Kombi-Anzeigen. Durch darunter oder darüber kippen und zurückfalten: 49 Varianten, 4mal. 35 · Durch diese Funktionsweise des Systems wird der Vorentwurf in Gitterkasten durch Verän dern von immer 2 RAK im Detail zu einem Objekt konstruiert. Zusätzlich wird durch Zurückfalten je Seitenflügel 4mal 1 RAK aktiviert, also insgesamt 7 Detail = 14 RAK. • 4 Seitenflügel ä 49 Kombivarianten = 494 am Anzeigevolumen im Konstruktionsbogen -9 RAK. 40 · Gegenüber AT 000774 U2 werden nun auf 1 Blatt durch 5764800 Bewegungen der Seiten flügel insgesamt 10077696 angezeigt. Diese Anzahl bringt auch der Würfelsatz als Datenträger mit 9 Würfel, wobei das Objekt immer obenauf ersichtlich ist. • Dazu Unterlagen zu Würfel als Datenträger und • Bausteinplan. 45With cuts = 5x2 RAK as a unit per wing allows 49 combination displays. Tilt and fold through under or above: 49 variants, 4 times. Through this system operation, the preliminary design in grid box is constructed by altering 2 RAKs each in detail to an object. In addition, by folding back each side wing 4 times 1 RAK is activated, so a total of 7 details = 14 RAK. • 4 side wings ä 49 combination variants = 494 on the display volume in the construction sheet -9 RAK. 40 · Compared to AT 000774 U2, a total of 100,676,696 page views are displayed on 5764800 page wings. This number also brings the dice set as a disk with 9 cubes, the object is always visible on top. • For this purpose, documents about cubes as data carrier and • block diagram. 45

Zielsetzung: Alle "Gewerke" der EU-Staaten durch Findung der gemeinsamen Mess- und Maßeinheiten vergleich- und kombinierbar darstellen, und im Module zusammenfassen. Durch neu bzw. universell ersetzbare Rastermaße ermöglichen Gitterflächen in Form von Zeilen und Spalten als Planungsgrundlage. 50Objective: All " trades " represent the EU countries by finding the common measuring and measuring units comparable and combinable, and summarized in the module. New or universally replaceable grid dimensions allow grid surfaces in the form of rows and columns as a basis for planning. 50

Aus AT 000774 U2 werden wesentliche Bereiche übernommen, und als Neuheit weiter entwickelt dargestellt. • Das Rastergitter besteht aus 6 bzw. 9 bzw. 12 Zeilen und 9 Spalten. 55 · Dies ist nun die allseitig begrenzte Konstruktionsfläche.Essential areas are taken over from AT 000774 U2, and further developed as novelty. • The grid consists of 6, 9, 12, and 9 columns. 55 · This is the construction area limited on all sides.

Claims

3 AT 501 484 B1 • Each object is expressed in three dimensions. • For this, the planning area is also displayed 3 rows high in grid box. • The grid box is subdivided into 6 (resp. 9 resp. 12) grid boxes and forms 9 sections of the construction, but as a cube. 5 ° Each area (room) is displayed as a cube or cuboid with lateral surfaces as a wall, floor and ceiling as separate options. • The cube as a data carrier = 6 lateral surfaces of the 6 (or 9 or 12) grid boxes = 36 (or 54 or 72) options. So for 6 RAKs per object (36-6 =) there are 30 options available; for 9 RAK per object (54-9 =) 45 options; for 12 RAK per object (72-12 =) 60 options. io · Instead of the standard arc, the converted wing arch now appears as a construction tool. Claims 1. A kit for displaying various variants of a model comprising a number of dimensionally stable blocks which are positionable side by side to give a view of the model, characterized in that the blocks have the shape of square prisms and at least one part these blocks have the side surfaces of a configuration in which the side surfaces of a block each represent different versions of the model's view section corresponding to the block that mate with the side surfaces of adjacent blocks regardless of the version of a side surface. 25

2. Construction kit according to claim 1, characterized in that at least one of the blocks has cube shape.

3. Building kit according to claim 1 or 2, characterized in that at least some of the 30 blocks are separable from each other objects.

A construction kit as claimed in claim 1 or 2, characterized in that the blocks are visible components of a movable mechanism in which the blocks are held and adjustable to different positions by partially rotating the mechanism, in each of which different combinations of side surface versions of the Blocks next to each other.

5. Kit according to one of claims 1 to 4, characterized in that the designs of the side surfaces are adhered to the blocks. 40

A kit according to any one of claims 1 to 5, characterized in that the blocks give a total of a rectangular grid of n x m unit squares, each block fulfilling one or more adjacent squares of the grid.

7. Kit according to claim 6 with a 3 x 3 grid.

An area plan for a kit according to any one of claims 1 to 7, comprising a number of side-face plans, each containing a set of different versions of a view block of the model corresponding to a block of the kit, and so at least partially each of the side-face plans Case of each block correre corresponding is foldable, wherein the different versions of the side surfaces with the side surfaces of adjacent blocks match regardless of the version of a side surface.

9. surface plan according to claim 8, characterized in that at least one of the side plan has square side surfaces for a cube-shaped block.

10. surface plan according to claim 9 or 10, characterized in that the backs of the side surface plans aufwei- adhesive surfaces for sticking to the respective blocks 5 sen.

11. Method for the design of technical objects by modules for displaying various variants of a model, characterized in that io data from design, calculation and data of the consumers are linked with measurement and dimension data for the design in grid box with scale bars.

12. The method according to claim 11, characterized in that a working time planning is associated. 15

13. The method according to claim 11 or 12, characterized in that the method steps are carried out computer-assisted.

14. Device for the design of technical objects by modules for displaying different variants of a model, characterized in that the modules are arranged around a central field of construction through slots and notches in offset side surfaces.

15. The apparatus according to claim 14, characterized in that technical objects of different manufacturers can be compared by two or four zentra le construction surfaces with two identical modules. 3o For 1 sheet of drawings 35 40 45 50 55