Advanced technology real life toys

Abstract

The following submission for U.S. patent filing is based on the concept of real life experience of a city driving on a simulated carpet in day to day life using miniature toys like, four wheelers of all kinds; police cars, ambulances, fire engines, multi axle vehicles, choppers, monorail, boats, buildings, construction vehicles and many more such interactive devices. Back in 1969-1976, I used to play using hair combs of different sizes in length over a bed sheet, especially selected with checks/stripes to make it look like roads and cross roads. As an electronics and communications engineer, in 1996/1997 formulated an idea to implement the same using real life miniature electronic devices/toys. This was scribbled on a paper as a block diagram and could not be further developed and filed for patent due to lack of time and possible restrictions from employers until now. These devices creates a real life experience for kids in their young age and not only gives them a playful real time driving experience, but also gives a great sense of driving responsibility as they grow to become responsible citizens of a country.

1 . This product line is a group/integration of ‘Advanced Technology Real Life Toys’ that are put together on an interesting platform to deliver as much Real Life transport devices as it can get for all age kids above 5 years to adults and including senior citizens. These toys work in very close relationship to provide complete roadways, waterways and airways transport system. This multi-faceted transport emulation in miniature form gives real thrill to every one as it depicts the real world in some real time format. 
     
     
         2 . The innovative product recited in  claim 1 , wherein a base carpet platform called carpet city Reach- 1  has basic functional modules of a real city like, residential houses, roads, traffic signals, flood lights, public address system, apartment complex, school, bus stand, police station, fire station, hospital, car dealership, construction site, recharge station, drive-in restaurant and temple complex. These devices are inter connected through a carpet city controller (an embedded computer system) for functional operations like, Bluetooth communication with remote device, power control, street light control, traffic light control, school bell, recharge management, and many more such public device controls. 
     
     
         3 . The innovative product recited in  claim 2 , wherein the external control interface is with critical standalone device called Remote Steering Control (RSC) over Bluetooth for commands and system management. This also interfaces with Specialized Control Center (SCC) when RSC is cradled in it to provide additional/advanced features as explained in section Reach- 1 . 
     
     
         4 . The innovative product recited in  claim 2 & 3  above, wherein the movable devices like, cars, trucks, buses, emergency vehicles, helicopters, boats, skis, mono rail, cable cars, and many such miniature devices move on carpet city as shown in  FIG. 36  through  FIG. 41 . Their movement is managed through wireless s RSC/SCC one at a time through Bluetooth pairing mechanism. Once paired RSC is locked into the moving device (cars, helicopter, boats etc.) for drive/fly experience in real time. The device can be unpaired and locked on to a different device to experience a new drive. 
     
     
         5 . The innovative product recited in  claim 4  above, wherein the carpet Runners are designed to connect to a new carpet city theme as shown in  FIG. 31 . This enables interconnect of multiple or all carpet cities (Reaches) controlled by the base carpet controller on Reach- 1  or any other single carpet city controller. 
     
     
         6 . The innovative product recited in  claim 5  above, wherein the airway and waterway transport devices are integrated with base carpet and controlled through RSC while Base carpet controller drives Air Traffic Control (ATC). 
     
     
         7 . The innovative product recited in  claim 6  above, wherein the Monorail system built across multiple carpets on the edge providing mono rail driving experience and its view over HD TV. 
     
     
         8 . The innovative product recited in  claim 6  above, wherein the Cable Car interface across buildings/mountains provide driving virtual reality in miniature model as well as visual rendering on HD TV. 
     
     
         9 . The innovative product recited in  claim 6  above, wherein the Amusement theme park is captured in miniature format on carpet city Reach- 5 . This theme park provides fun rides/drives using advanced miniature roller coasters, Ferris wheel, cable cars, etc. 
     
     
         10 . The innovative product recited in  claim 6  above, wherein the formula cars in grand prix racing circuit provide high speed driving experience in miniature format. This is controlled using wireless RSC/SCC. Refer to  FIG. 41 . 
     
     
         11 . A computer system comprising:
 a. one or more processing units   b. multiple movable devices such as cars, trucks, buses, helicopters, boats, monorails, etc.   c. a central management system like, RSC, SCC to provide HD visual rendering   d. all component interfaces as shown in  FIG. 44 .