BE1002384A6 - Screen displayed through movement of roulette ball at kugelkarussel. - Google Patents

Abstract

The movements of a bullet in a steel bowl are displayed on a screen, which makes it possible to calculate the number in which the bullet will eventually end up and this before crossing a ring arranged in the steel bowl. Dexterity consists in tracing the track shown on the screen and the associated number into a system, which makes it very easy to calculate that it follows from a certain number combination and speed that the bullet will eventually end up in a certain number. The faster one can calculate and respond, the simpler and more accurate the final result proposed by the computer is approached.

Description

       

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  TITLE: BY IMAGE 5CHERH WEtR DATA! MOVING SIMG FROM ROULETTE'S SALLET AT KUGELKUSSEL. so Description;
A camera is placed above the steel tub of a "kugelkarussel". The movements, speed, ellipses ... in short, the 'tracked path' of the ball is registered via the 6th camera and projected on a screen. Based on calculations performed by a Personnal
Computer (Software) is determined where the ball ends up and this BEFORE the ball reacts on the bottom ring indicated on the cockpit.

   The tracked bean is displayed on a screen by projecting circles that remain visible from the moment the ballet lands in the tub to the point of contact of the bottom ring mounted on the tub.



   A frame was placed in the camera and a second screen numerically shows the trajectory and speed followed. t. z. through this framework the cockpit is subdivided into numbered tangible lacquers, and each time this tangent plane and the associated number are also projected on this second screen. Appear on the screen. then a sequence of certain nunmers and this until the ball hits the bottom ring. Anyone can then indicate by a simple calculation where the ball will eventually end up and this before the bottom ring was touched. The software also already had this end result in mind - especially when the bottom ring was hit by the bullet.

   The screen may also project this end result if the ball touches the bottom ring.



   Technical data: The path followed is shown with an accuracy of 5o movements per second.

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  After the tracked track is displayed on the screen, it is printed so that the player can check how the displayed movements, speed, ellipses ... (in short, coordinates) led to a certain end result. The observation rings are not ground in the metal tub, as they affect the path followed; however, these are visible on the screen and can possibly be projected onto the steel tub via a light beam (or laser). The ball trajectory can also be displayed by means of a laser.


    

Claims (1)

2. Conclusions; The license application relates only to the 'kügelkarussel' and can be tested at a later stage on relatives (DELPHI: where bottom numbered disk also rotates in the opposite sense of the ball). The subject is characterized by a representation of the trajectory of the ball so that everyone can easily calculate where this ball will end up before the bottom ring is crossed. There is a screen that shows the track followed, and a screen with the numbering of that track and speed. The license applied for relates only to the combination  EMI3.1  nation KUGELKARUSSEL-CAMERA OR LASER-SOFT and HARDWARE with emphasis on 'Kugelkarussel. not requested to, for example, register the movements of any object. After the tracked track is displayed on the screen, it is printed so that the player can check how the displayed movements, speed, ellipses ... (in short, coordinates) led to a certain end result.