RADIO CONTROLLED VEHICULAR TOY SYSTEMS

Brand Owner Address Description
ROKENBOK ROKENBOK TOY COMPANY 215 SOUTH HIGHWAY 101, STE 101 SOLANA BEACH CA 92075 RADIO CONTROLLED VEHICULAR TOY SYSTEMS, COMPRISED OF 1 TOY VEHICLES, 2 HANDHELD AND MANUALLY OPERATED CONTROL PADS FOR OPERATING THE TOY VEHICLES, 3 A CENTRAL STATION RESPONSIVE TO THE MANUAL OPERATION OF THE CONTROL PADS FOR TRANSMITTING TO THE VEHICLES SIGNALS ADDRESSING THE TOY VEHICLES AND PROVIDING FOR THE MOVEMENT AND OPERATION OF THE TOY VEHICLES, 4 REMOVABLE CONTROL KEYS FOR ADDRESSING AND VISUALLY IDENTIFYING THE VEHICLES IN ACCORDANCE WITH ADDRESSES AND VISUAL IDENTIFICATIONS IN THE CONTROL KEYS, 5 BUILDING BEAMS, BLOCKS, DECKS, RAMPS, PLATFORMS, BRIDGES, MOTORIZED CONVEYORS, CHUTES, HOPPERS AND BIN BOXES, 6TOY FIGURINES AND 7TOY MARBLES, ALL SOLD AS A UNIT; TOY VEHICLES, HANDHELD AND MANUALLY OPERATED CONTROL PADS FOR OPERATING TOY VEHICLES, A CENTRAL STATION RESPONSIVE TO THE MANUAL OPERATION OF THE CONTROL PADS FOR TRANSMITTING TO THE TOY VEHICLES SIGNALS TO ADDRESS THE TOY VEHICLES AND TO PROVIDE FOR THE MOVEMENT AND OPERATION OF THE TOY VEHICLES, REMOVABLE CONTROL KEYS FOR ADDRESSING AND VISUALLY IDENTIFYING THE TOY VEHICLES IN ACCORDANCE WITH ADDRESSES AND VISUAL IDENTIFICATIONS IN THE CONTROL KEYS, TOY BUILDING BEAMS, BLOCKS, DECKS, RAMPS, PLATFORMS, BRIDGES, MOTORIZED CONVEYORS, CHUTES, HOPPERS AND BIN BOXES, TOY FIGURINES AND TOY MARBLES, ALL SOLD AS INDIVIDUAL ITEMS FOR USE IN RADIO CONTROLLED VEHICULAR TOY SYSTEMS;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention relates to a radio module which has at least two operational modes; a passive operational model wherein an external microprocessor device is connected to the radio module as an external electrical device, the radio module is used as a modem for the external microprocessor device and the radio module can be controlled by the external microprocessor device with the aid of modem control signals, preferably AT commands, and at least one active operation model wherein at least one actuator or sensor is connected to the radio module as an external electrical device, the radio module controls the at least one actuator or sensor and/or acts as a read-out therefore and can be controlled from the outside with the aid of the radio device. In order to ensure that the radio module can function with as few connection pins as possible, the electric pin configuration is such that it can be modified, whereby the microprocessor device uses at least one connection pin for both the passive operational model and the active operational mode.