Abstract:
A system and method of advertising for use on an internet and/or digital networking capable device, wherein the system allows advertisers to use a loading space generated during the initiation of a process on the device to post any media and/or advertising content during the time between when a program or web page is requested and when it actually loads.

Description:
CROSS REFERENCE TO RELATED APPLICATION 
     This application claims priority to and takes the benefit of U.S. Provisional Application No. 61/309,690, filed on Mar. 2, 2010, the contents of which are hereby incorporated by reference. 
    
    
     BACKGROUND OF THE INVENTION 
     1. Field of the Invention 
     This invention relates generally to methods of advertising, and more particularly to a system and method of advertising preferably for use with internet and/or digital networking capable devices (“IDNCD”). 
     2. Description of the Related Art 
     Currently, six out of every ten people worldwide have access to high speed internet with over four billion internet and/or digital networking capable devices in existence. Furthermore, over half a billion people worldwide have been able to access the internet through a mobile web device as of the year 2009 and that number continues to grow. However, even with the increase in users of both internet capable devices and those who have been able to access the internet through such a device, the current methods of sharing digital information simply have not been able to keep up with the times. Presently, both the manner and mode of advertising and delivering information to INDCD&#39;s has remained unchanged, and been provided to individual user&#39;s of these devices in the same format that has been in use for many years on websites and other digital media. 
     Initially, screens on smaller web capable devices pose a problem when trying to share media content or advertising. In the often strained relationship between media content sharing and internet and/or digital networking capable devices, advertising must be agreeable to the user. When using an internet and/or digital networking capable device that has limited visual space, the less intrusive the advertising is to the user, the better the user&#39;s experience. Internet and/or digital networking capable device users are usually working on essential tasks or using a specific program to accomplish a task, and therefore, intruding with an advertisement during this time can be annoying and potentially aggravating to a user. 
     Currently, internet and/or digital networking capable devices are untapped resources for advertising. For example, in India, mobile devices accounted for nearly ninety percent of all internet users in 2008. As such, brands are able to pinpoint and profile users much more efficiently on an internet and/or digital networking capable device. Additionally, advertising on an internet and/or digital networking capable device provides advertisers a much more intimate exposure to users. 
     There are multiple reasons why mobile web advertising is increasing in popularity with large companies including that, mobile phones are highly personal and are always with the user, along with the most direct way an advertiser can connect with the public is through their mobile phone. 
     The lack of competition on a mobile web page is one of the best aspects of mobile advertisement, since due to the small space a displayed advertisement will not have to share the page with other advertisers. While banner ads and pop-ups saturate websites, through a mobile interface, these advertisements may be displayed in a more user friendly and personal manner that is easy to read. 
     Therefore, this small space for advertising gives a unique opportunity to advertisers, but is currently thought of as a detriment to this medium. There needs to be a unobtrusive way to use this mobile space to connect users and brands. 
     SUMMARY OF THE INVENTION 
     The instant invention, as illustrated herein, is clearly not anticipated, rendered obvious, or even present in any of the prior art mechanisms, either alone or in any combination thereof. 
     The present invention allows for advertising to be displayed on internet and/or digital networking capable devices in a novel and unique manner. Advertisers will be able to display content and/or media on the screen of the device during the time between when a program or web page is requested and when it actually loads. In one embodiment, the system employs a plurality of internet connections, as well as servers, databases and other mediums employed by networks. The media content may be downloaded and/or cached on a device prior to display or it may be accessed in real time depending on the device and/or individual preferences of a user. The content or media will be triggered to display when a process occurs on the device which necessitates a pause while content or media is loaded or retrieved. 
     Currently, this space is underutilized and is often populated by a simple phrase such as “loading . . . ”; the instant system is disposed to utilize this space. The method of the present invention is meant not to interfere with the process necessitating the loading or retrieving, but may continue after the process has finished if the programmer so wishes. The content or media that was originally requested, which necessitated the loading or retrieval process, is then delivered after the advertising ceases to display. 
     The primary innovation of the present invention is the use of the underutilized “loading space”. Advertisers will be able to seamlessly integrate media into processes that are already necessary and occurring on internet and/or digital networking capable devices. The instant system and method creates a highly visible media space that will be more agreeable to the users of these devices than current methods. 
     Instead of advertising above, below, to the sides, in the middle, on top, or using any of the current banner and pop-up methods, the present invention alters the delivery method. The present invention puts the advertising between the content and/or media during necessary functional delays such as loading new pages. The present invention is a response to the need for a more visible and at the same time less intrusive form of advertising on and/or digital networking capable devices. 
     There has thus been outlined, rather broadly, the more important features of the system and method of advertising for internet and network capable devices in order that the detailed description thereof that follows may be better understood, and in order that the present contribution to the art may be better appreciated. There are additional features of the invention that will be described hereinafter and which will form the subject matter of the claims appended hereto. 
     In this respect, before explaining at least one embodiment of the invention in detail, it is to be understood that the invention is not limited in its application to the details of construction and to the arrangements of the components set forth in the following description or illustrated in the drawings. The invention is capable of other embodiments and of being practiced and carried out in various ways. Also, it is to be understood that the phraseology and terminology employed herein are for the purpose of description and should not be regarded as limiting. 
     These together with other objects of the invention, along with the various features of novelty, which characterize the invention, are pointed out with particularity in the claims annexed to and forming a part of this disclosure. For a better understanding of the invention, its operating advantages and the specific objects attained by its uses, reference should be made to the accompanying drawings and descriptive matter in which there are illustrated preferred embodiments of the invention. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
         FIG. 1  is a block diagram illustrating a method for receiving multimedia/advertisement on an internet and/or digital wherein by selected/flagged displayed multimedia/advertisement is recorded. 
         FIG. 2  is a block diagram illustrating a method for receiving multimedia/advertisement on an internet and/or digital networking capable device (IDNCD) wherein the content may be selected/flagged by a user initiated process and redirected. 
         FIG. 3  is a block diagram illustrating a method for delivering multimedia/advertising content to an internet and/or digital networking capable device (IDNCD) wherein a system within the IDNCD or the device itself is disposed to manage a cache of multimedia/advertising content that is updated as necessary through a plurality of available digital networks. 
         FIG. 4  is a block diagram illustrating a method for delivering multimedia/advertising content to an internet and/or digital networking capable device (IDNCD) wherein a multimedia/advertising content server is disposed to manage a cache of multimedia/advertising content on an IDNCD that is updated as necessary through a plurality of available digital networks. 
         FIG. 5  is a block diagram illustrating a method for displaying multimedia/advertising content on an internet and/or digital networking capable device (IDNCD) wherein the content is retrieved by the device in real-time. 
         FIG. 6  is a block diagram illustrating a method for updating the cache of multimedia/advertising content on an internet and/or digital networking capable device (IDNCD) wherein the cache of advertising content is updated on the device in the event that additional software, programs, apps, firmware is downloaded or installed. 
         FIG. 7  is a block diagram illustrating a method for updating the cache of multimedia/advertising content on an internet and/or digital networking capable device wherein a server is disposed to transmit updated content directly to the device. 
     
    
    
     DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS 
       FIG. 1  illustrates a block diagram of a preferred embodiment of the instant invention  10  for a system and method of advertising for use on internet and/or digital networking capable devices. In this embodiment, a method for receiving multimedia/advertisement on an internet and/or digital networking capable device (“IDNCD”) is shown, wherein a selection and/or flagging of displayed multimedia and/or advertisement by either the system or an individual user is recorded. At step  100  an individual user of the system initiates the process by interacting with an IDNCD. At step  110 , the user initiates a process on the IDNCD, wherein the process includes a loading or scheduled time delay; in one embodiment, the process may include starting a software application on the IDNCD. At step  120 , a background or similar appearance is displayed on a screen of the IDNCD during the loading and/or scheduled delay upon initiation of the process in step  110 . At step  160 , the IDNCD redirects the user to the process that was initiated in step  110  once the loading and/or scheduled delay is complete; in this embodiment, the user is redirected to the software application that was loaded to begin to utilize the application. In conjunction with the user initiating the loading process at step  110  and the background being displayed at step  120 , a quantity of multimedia/advertisement content is disposed to load on the IDNCD at step  130  during a predetermined time period for the loading of the application. At step  140 , a quantity of multimedia/advertisement content is displayed on the screen of the IDNCD. At step  150 , the user is provided with an option to either select and/or flag the multimedia/advertisement content previously displayed on the IDNCD. Upon selection/flagging of the multimedia/advertisement content at step  170 , then a record of the selected multimedia/advertisement is kept for later use by the user of IDNCD. Conversely, if the user of the IDNCD makes a decision not to select and/or flag any of the multimedia/advertisement content, then the user is ultimately redirected to the completed process which was previously initiated by the user at step  160 . 
       FIG. 2  illustrates a block diagram of method for receiving multimedia/advertisement on an internet and/or digital networking capable device (“IDNCD”) wherein the content may be selected/flagged by a user initiated process and subsequently redirected. At step  200  an individual user of the system initiates the process by interacting with an IDNCD. At step  210 , the user initiates a process on the IDNCD, wherein the process includes a loading or scheduled time delay; in one embodiment, the process may include starting a software application on the IDNCD. At step  220 , a background or similar appearance is displayed on a screen of the IDNCD during the loading and/or scheduled delay upon initiation of the process in step  210 . At step  260 , the IDNCD redirects the user to the process that was initiated in step  210  once the loading and/or scheduled delay is complete; in this embodiment, the user is redirected to the software application that was loaded to begin to utilize the application. In conjunction with the user initiating the loading process at step  210  and the background being displayed at step  220 , a quantity of multimedia/advertisement content is disposed to load on the IDNCD at step  230  during a predetermined time period for the loading of the application. At step  240 , a quantity of multimedia/advertisement content is displayed on the screen of the IDNCD. At step  250 , the user is provided with an option to either select and/or flag the multimedia/advertisement content previously displayed on the IDNCD. Upon selection/flagging of a quantity of multimedia/advertisement content by the user, then at step  270 , there is an interruption in the user initiated process previously started at step  210 . Following interruption of the initiated process, the user of the IDNCD is redirected to the website or URL of the selected advertisement/multimedia content at step  280 . Conversely, if the user of the IDNCD makes a decision not to select and/or flag any of the multimedia/advertisement content, then the user is ultimately redirected to the completed process which was previously initiated by the user at step  260 . 
       FIG. 3  illustrates a block diagram of a method for delivering multimedia/advertising content to an internet and/or digital networking capable device (“IDNCD”) wherein a system located within the IDNCD is disposed to manage a cache of multimedia/advertising content and wherein the system automatically updates the content as necessary through a plurality of available digital networks. At step  300  a user of the IDNCD may either initiate or conclude a multimedia/advertisement content display thereby prompting a cache management system at step  310  to initiate a process of determining whether it is necessary to provide an update to the multimedia/advertising content cache. At step  320 , the management system checks the cache of the multimedia/advertisement content. If the event that the system determines that no new content is needed then the system cycles back to the start at step  310  and awaits for further initiation. Conversely, when the system determines that an update is necessary then a request is sent at step  330  through a plurality of available digital networks to a multimedia/advertising content server in step  340 . At step  350 , the server is disposed to create an update for the IDNCD device cache or an entirely new packet of multimedia/advertising content that is sent back to the device through a plurality of available digital networks. At step  360 , the cache of the IDNCD is then updated with the updated or new digital multimedia/advertising content created in step  350  at which point the system cycles back to step  310  and awaits further requests. 
       FIG. 4  illustrates a block diagram of a method for delivering multimedia/advertising content to an internet and/or digital networking capable device (“IDNCD”) wherein a multimedia/advertising content server is disposed to manage a cache of multimedia/advertising content on an IDNCD, wherein the cache is updated as required by the system through a plurality of available digital networks. At step  400 , the server initiates a notification to be transmitted to the IDNCD. At step  410 , the notification from the server is triggered, and subsequently transmitted through a plurality of available digital networks to the IDNCD in step  420 . At step  430 , the IDNCD or the user of the device responds to the notification initiated by the server and allows for the updates to be delivered to the IDNCD. At step  440 , the notification is transmitted back from the IDNCD to the multimedia/advertising content server through a plurality of available digital networks. At step  450 , the server is disposed to create an update for the IDNCD device cache or an entirely new packet of multimedia/advertising content that is transmitted to the device through a plurality of available digital networks. At step  460 , once the content reaches the IDNCD, the cache of the IDNCD is then updated in step  470  with the updated or new digital multimedia/advertising content. 
       FIG. 5  illustrates a block diagram of a method for displaying multimedia/advertising content on an internet and/or digital networking capable device (“IDNCD”) wherein the content is retrieved by the device in real-time. This embodiment is preferably utilized when the network/internet connection available to the IDNCD possesses very high speed and has very small latency, reducing the overall time for this process to complete. At step  500  a user of the IDNCD determines that content is need, and initiates a request for content at step  510 . The content request from the IDNCD is in the form of a message sent through a plurality of available digital networks at step  515 , wherein the message is received by a multimedia/advertising content server, at step  520 . Upon receiving the message, the server creates a reply message containing all the data and content requested by the IDNCD at step  530 . The replay message prepared at  530  is transmitted from the server to IDNCD at step  535 , thereby completing the original request for content. 
       FIG. 6  illustrates a block diagram of a method for updating the cache of multimedia/advertising content on an internet and/or digital networking capable device (“IDNCD”) wherein the cache of advertising content is updated on the device when additional software, programs, apps, firmware is either downloaded or installed. This embodiment may be utilized in conjunction with other methods of content delivery or when users are expected to download or update programs on their devices frequently. At step  600 , a user of the IDNCD or the device itself, requests a software update/download from a software repository available through a plurality of available digital networks at step  605 . At step  610 , the software repository prepares the software or update request and bundles the software with updated multimedia/advertising content at step  620 . The bundled software/multimedia content is transmitted to the device (or is made available to be downloaded directly from the device) through a plurality of available digital networks at step  625 . The IDNCD then installs or updates the software from the bundle and updates the devices multimedia/advertising content cache with the update at step  630 . 
       FIG. 7  illustrates a block diagram of a method for updating a cache of multimedia/advertising content on an internet and/or digital networking capable device (“IDNCD”) wherein a server is disposed to transmit updated content directly to the device. At step  700 , the server possesses a quantity of multimedia/advertising content. At step  710 , the server prepares the updated content for the cache on the IDNCD. At step  715 , the prepared content by the server is transmitted through a plurality of available digital networks to the IDNCD. In this embodiment, the message transmitted to the device may be the content itself, or the universal resource indicator of the content to allow the device to initiate the actual download. Once the IDNCD receives the updated content at step  720 , the device uses the downloaded content to update the cache on the device,  730 .