WO2017058131A1

WO2017058131A1 - Mass projection system with cellular telephone lights (flash, screen)

Info

Publication number: WO2017058131A1
Application number: PCT/TR2016/050356
Authority: WO
Inventors: Ahmet IZGI
Original assignee: Izgi Ahmet
Priority date: 2015-10-02
Filing date: 2016-09-28
Publication date: 2017-04-06

Abstract

The invention represents a mass projection system with cellular phone lights (flash, screen) that can be used in activities such as sports, concerts, meetings, social studies, etc. that have audiences and its feature consists of the following; the server (2) sends to each chair (6), over the internet, the digital pixels that are designed so as to express each chair (6) together with the pixels/dots that are on the 2 dimensional image file to the cellular phones of the mobile users, who have downloaded the mobile application (5) from Google Play, Apple Store or Microsoft Store and who sit in the chairs (6) that represent a certain coordinate inside a two dimensional plan and the locations (7) of which are determined as X, Y; thereafter, each phone illuminates or switches of upon such commands arriving and the desired image is therefore shown in the sports hall/stadium/concert are where the activity will be held.

Description

MASS PROJECTION SYSTEM WITH CELLULAR TELEPHONE LIGHTS

(FLASH, SCREEN)

Technologic Field:

This invention concerns the collective projection system that uses cellular telephone lights (flash, screen, etc), which can be used in activities like sports, concerts, meetings, social studies that include audience.

Known Status of the Technique:

During the choreographies of mass projections and especially during sport competitions that are conducted for show purposes; people are organized by preparing carton papers in different colors or wearing clothes in predetermined colors in order that fans can support their own teams.

The utility model with application number: TR201314482 has explained the "Luminous glove for display purposes". The invention, which is comprised of glove, electronic circuit, led light, battery socket, on/off and control button, led and button, connection cables attached to the circuit, charging socket, solar battery and light reflectors, emits light and used by the fans or for projections owing to the light emitting internal system and the LED's located in its palm section.

The utility model with application number: TR201303015 has explained the "Luminous weft". The invention emits light in different colors that the fans can use while supporting their teams and therefore contributes to the visuality of the show during the choreographies of mass projections and especially during sport competitions.

Almost all products used in the present system are used individually. Individuals using such products try to create a choreography through organization by other people. The patent application numbered TR201412655 has explained the "Illumination, audio output and video imaging application in textile fabrics". This invention, which is comprised of a textile project, logo field, electronic circuit, battery socket, charge socket, solar battery, on/off and control button, camera, microphone, speaker, antenna, memory card slot and remote control; it can be used during the choreographies of show- purpose mass projections and especially during tribune shows while the fans support their teams during sport competitions, it is supported by electronic circuit and operated by battery; it can emit light in different colors; it permits audio and/or image recording and it can also reflect the audio and/or image of such records. This invention represents an individual product that the fans can use during tribune shows while they support their teams.

As a result, a new technology is needed that permits making choreography in a manner that can be managed centrally while permitting to make advertisement and presentation.

Description of the Invention:

This invention represents a collective projection system that uses cellular phone lights (flash, screen) and that can overcome the disadvantages mentioned above; and its feature is creating an image in the sports hall/stadium/concert area, where activities will be held and for which the fans or viewers will switch on or off cellular phone lights by remote commands given over the internet network. With this invention, the lights of cellular phones are switched on/off centrally. This makes contribution to the show activities of the persons/institutions that will realize the organization. In contextual terms, the application owner will make earnings through the conduct of activities such as advertisements. With the technology developed, this procedure can be performed without any requirement other than this telephone. Whereas the previously established system has no consecutive operating format, choreography in desired numbers can be made with the new technology.

Explanation of the Figures:

The invention will refer to the attached figures, this will allow a more clear understanding and appreciation of the invention's features but this does not aim at limiting the invention with certain arrangements. On the contrary, we aim at covering all alternatives, changes and equivalents that can be included in the invention, as defined by the attached claims. It should be understood that the details have been shown for the purpose of explaining the current invention in the context of the preferred arrangements and for providing the most useful and comprehensible description of how its methods have been shaped as well as of its rules and conceptual properties. These drawings consist of the following;

Figure 1 The image showing two dimensional design.

Figure 2 The image showing the settlement plan.

Figure 3 The image showing the operation of the mass projection system with cellular phone lights (flash, screen).

The figures that will provide ease for understanding the invention are numbered as shown in the attached picture and they are given below with their names.

Explanation of the References:

1. Client

2. Server

3. Wireless Network

4. Mobile Operator

5. Mobile Application

6. Chair

7. Location Explanation of the Invention:

The system covered by the invention operates with a client (1) - server (2) architecture. The connection between the client (1) and the server (2) is provided over either the mobile operator (4) or the wireless network (3).

The pertinent information is entered for the activities to be performed on the server (2) side. The chair (6) or locations (7) within each activity space are registered in the server (2) database with their sequence. Locations (7) represent a certain coordinate within a two dimensional plane.

Mobile users download the mobile application (5) found in the Google Play, Apple Store or the Microsoft Store Marketplace to their phones.

When they open the application (5) they have downloaded, they will create a connection to the server (2), where the central server (2) will list the active and still valid activities by conveying them to the mobile application (5) over the internet supplied by the operator (4) or the wireless network (3).

The user will use the activity he will participate amongst the ones listed and will later enter location related information such as tribune, block, sequence and chair, after which such information will be conveyed to the server (2) inclusive of the registration procedure. If the entered information is verified in the database of the server (2), the location number that represents the coordinate and that is registered by the server (2) will be sent to the user's phone.

In conjunction the with the coordinates defined on the central server (2), the textures, writings, animations and special shapes that the participant audience wish to show with their telephones are designed and registered within the two dimensional plane. These records are kept in the binary number system according to their location (7) numbers. This records data as to which phone will/will not emit light at a particular time. At the desired moments, the commencement of the show will be notified to the users that will participate in the activity by the central server (2) with a message and after the users launch the application (5), they will hold their phones on their hands in a manner that is externally visible.

The central server (2) will send the ones it wishes amongst the previously prepare writings, animations and special shapes in the binary numbers to the active phones over the internet, which will be color codes for colors (hexadecimal numbers) (Figure-3). The phones will illuminate or go out as required. A design desired in that format can be created by using telephone lights on the user audience.

Detailed Explanation of the Invention: Bird's-eye settlement plans for places like sports halls/stadiums/concert areas are designed as digital images in a computerized environment (Figure-2). The pixels/dots in this 2 dimensional image are designed so as the show the chairs (Figure- 1). There are 1000000 pes pixels (1 mega pixel) on an image that is 1000x1000 pixels. The image shall include pixels that correspond to empty areas and chairs (6). The x, y coordinates, which are located on the image and which pertain to the pixel points belonging to the participants, will be identified.

For each chair (6) corresponding to the X, Y coordinates, a data entry will be made on the database.

Example:

This way, each chair (6) inside the location (7) is matched with the x, y coordinate in the image prepared.

During or after the activity, the designs that are desired to be shown are designed on a different layer on the image prepared. If it will be a colorized projection, the phone screens will be used and making colored designs will be possible. If only phone flashes will be used, then a 1 bit a monochrome design will be made. Each design will be stored in computer digitally as a separate bitmap.

Using a script, the bitmap files created for each design are converted into the data to be transferred. This conversion procedure incudes the following;

• Only the location (7) numbers will be drawn, which are included in the data that is inside the example that is specially entered for that activity region.

• These identified data are sequenced according to the "Location (7) Sequence Number".

• The "X and Y position (meaning the coordinate) in the Image" will be taken.

• The color value in the pixel, which corresponds to each X, Y coordinate, will be read within the image file that belongs to the design desired to be shown. These values will be 1 or 0 in designs where flashes will be used. In designs where screens will be used however, the color code in the pixel will be read.

• The values read will be sequenced according to the "Location (7) Sequence Number" and will be converted into a number series. Some possibilities that can be present for the flashes are as follows: If light will be illuminated in each location of the image, then the data to be conveyed to the phones will be "111", this will be "000" if light will be illuminated in no location, and it will be "010" if light will be illuminated only in location (7) "Tribune: West-Block: 401- Sequence: 4-Chair: 16". During screen colorization however, data that include color codes like "colorX-colorY-colorZ", which are created sequentially according to the "Location (7) Sequence Number", will be created for each phone. The user will launch the application (5) that he has previously downloaded to his phone at the time when the activity will be held; and using the ticket or different location shower at his hand, he enters the tribune, block, sequence and chair numbers to the application (5). This information is dent to the server (2) that holds the data given in the example and therefore, the point that it corresponds in the picture is found by looking at the data given in the example. The "Location (7) Sequence Number" that is kept in the found data is registered in the database of the user's telephone.

The data to be sent to telephones for commencing the illumination procedure (111, 000, 010, colorX-colorY-colorZ etc.) is provided over the internet (3) with the application on the server (2). Each mobile application (5) will find its sequence within the illumination data according to the "Location (7) Sequence Number" included in its database. During the projection where flashes are used, the 1 or 0 number that is present in the step that is associated with the "Location (7) Sequence Number" within the arriving data, will determine whether the lights of that phone will be switched on. During the projection where screens are used however, the color code that is associated with the "Location (7) Sequence Number" will determine the color that will be created on the screen of the user's phone. For instance, this value is 2 for a user that sits in the "Tribune: West- Block: 401 -Sequence: 4 - Chair: 16" position. The value in the second step will be looked at as "Location (7) Sequence Number" is 2. If the data sent is 101, then the telephone light of the person in that location will not illuminate or will be turned off. If the arriving data is 010, then the light of that phone will be illuminated as the value in the second step is 1. Therefore each phone will calculate whether it is required to illuminate or turn off with the commands arriving to it and the image in the desired bitmap file will be realized.

Claims

1- The invention represents a mass projection system with cellular phone lights (flash, screen) and its feature consists of the following; the server (2) sends to each chair (6), over the operator (4) or wireless network (3), the digital pixels that are designed so as to express each chair (6) together with the pixels/dots that are on the 2 dimensional image file to the cellular phones of the mobile users, who have downloaded the mobile application (5) from Google Play, Apple Store or Microsoft Store and who sit in the chairs (6) that represent a certain coordinate inside a two dimensional plan and the locations (7) of which are determined as X, Y; thereafter, each phone illuminates or switches of upon such commands arriving and the desired image is therefore shown in the sports hall/stadium/concert are where the activity will be held.

2- It represents a mass projection system that uses the cellular phone lights (flash, screen) mentioned in Claim 1 and it is comprised of the following; the client (1) that is composed of chairs (6), which are represent a certain coordinate within a two dimensional plan and which are identified as X, Y; the application (5), in which location (7) related information such as block, tribune, sequence, chair, etc. that belong to the user's ticket are entered; the chairs (6), on which the users with cellular phones with mobile application installed site; at least one server (2) that includes the database, which stores the location (7) information that represents a certain coordinate for the chairs (6) within a two dimensional plane; and the mobile operator (4) or a wireless network (3) that provides the connection between the client (1) and the server (2). 3- It represents a mass projection system that uses the cellular phone lights (flash, screen) mentioned in Claim 1; and it is characterized by its possession of a client (1) that is comprised of chairs (6), which represent a certain coordinate within a two dimensional plane and the locations (7) of which are identified as X, Y. 4- It represents a mass projection system that uses the cellular phone lights (flash, screen) mentioned in Claim 1; and it is characterized by its possession of a server (2) that sends, over the internet, the ones it wishes amongst prepared textures, writings, animations and special shapes to active telephones using a binary number system.

5- It represents a mass projection system that uses the cellular phone lights that conform to Claim 4; and it is characterized by its possession of a server (2) that sends color codes for the colors (in hexadecimal number system).