Abstract: An electronic system for triggering and transporting conditional information from a user or an item, the system comprising at least one each of electronic circuit, carrier, rectifier, buffer, source, level shifter, system clock, sync unit, communication unit, interpreter and/or bidirectional interface; a set of electrodes for recognizing 3D-gestures of a user and at least one bidirectional integrated display, wherein sync unit synchronizes the electronic circuit with the source by briefly (e.g. for 1 millisecond) interrupt alternating electric charges and/or sound waves and/or vibrations, and/or also reacts to changes caused by external modulation and bringing logic elements into a defined state and separates the clock from data for facilitating introduction of information, data or commands into the electronic circuit and interpreter interprets received information or data into the electronic circuit as commands and forwards them over level shifter to the interface to operate the integrated (e.g.

Abstract: Disclosed is a system for storing information related to one or more objects and transmitting the object information to one or more users. The system includes first electronic circuitry, second electronic circuitry and third electronic circuitry. The first electronic circuitry interacts with one or more users and one or more objects. The second electronic circuitry capacitvely coupled with first electronic circuitry and transmits the object information to the users via capacitive coupling. The third electronic circuitry capacitvely coupled with first electronic circuitry via one or more users. The system further transmits the user related object information to one or more output devices.

Abstract: The present invention provides an electronic circuitry system receiving the modulated alternating electric field from a computing device, the electronic circuitry is attached to the body of the user and further the electronic circuitry system communicates with the computing device. The electronic circuitry system includes a first electrode capacitively coupled with the modulated alternating electric field, an electronic sub-circuit for receiving and processing the modulated alternating electric field from the first electrode and a second electrode connected to said electronic sub-circuit to float the modulated alternating electric field through the body of the user with respect to the ground. The electronic circuitry further includes a hub device for communicating with said communication unit.

Abstract: A gaming apparatus for interacting with at least one player for playing a game is provided. The gaming apparatus includes a gaming surface and a playing item interacts with the gaming surface through the capacitive coupling. The gaming surface receives power from a battery source and includes a generator for generating AC power, a conducting surface generates alternating electric field, a converter for converting AC power into DC power and a computing element for storing the game instructions.

Abstract: A method and a system for remotely interacting with items in an electric field affected environment for communicating with a computing device is provided. The system includes a host for receiving commands from a computing device and a client for receiving and performing the signals received from the host. The host sends signals via modulated electric field. The client interacts with the items in the environment to determine their presence and location. The client further includes sensing devices and acting devices for sensing the condition of the items and manipulating the items respectively.

Abstract: A method, system and an interactive device for interaction with the electric field of touch-sensitive electronic display of a computing device is provided.

Abstract: A method, system and an interactive device for interaction with the electric field of touch-sensitive electronic display of a computing device is provided.

Abstract: Disclosed is a self-powering system for electronic circuits by detecting and converting the energy of electric field lines provided from the generator of device in the proximity of the electronic circuit. The harvesting of electric field energy by using means of capacitive coupling (contactless or (in-) direct contact) to field inducing power sources replaces or reduces the need of batteries e.g. for mobile devices, medical sensors, energy efficient circuits (e.g. stand-by) or (near field-) communication devices. A wide range of applications and technical solutions from smart labels, e-ink devices, shutter glasses, or electronic sensors up to electronic devices of any kind, can use the invention's means to power (integrated) circuits microcontrollers, light emitting items (LED) or any circuit where batteries or other power sources can be replaced by the innovation.

Abstract: A system for protecting user's body from the attacks of electro-sensitive animals is provided. The system includes a frequency generator, a modulator, a controller, a level shifter, plurality of electrodes and a power source to provide power to the controller. The controller generates pattern for the modulator and further the controller controls the frequency generator and the level shifter. The frequency generator generates waveforms and frequencies on the instructions programmed by the user in the controller. The modulator then mixes the pattern with waveforms or frequencies. The level shifter shifts results of the modulator to a higher voltage level and further transmits the polarized waveforms and frequencies to the plurality of electrodes.

Abstract: An interactive gaming system for a user is provided. The interactive gaming system includes a one or more play items, a function control unit and a personal assistant portal. The one or more play items releases one or more action signals of the user under the influence of alternating electrical field produced from the function control unit. The function control unit receives the action signals from the user and then further transmits the one or more action signals to the personal assistant portal through an input server. The personal assistant portal processes and transmits the one or more action signals received from the function control unit to the one or more feedback unit. The feedback unit further plays the action signals received from the personal assistant portal.

Abstract: The electronic-supported game system for interactive game plays for one or more users is provided. The electronic-supported game system includes a contactless communication unit, one or more boards contactlessly capacitive coupled to the contactless communication unit and one or more play items to be placed on the one or more boards. The one or more boards to be operated under the influence of alternating electric field and are contactlessly capacitive coupled to the contactless communication unit. The one or more play items to form a closed electrical circuit with the one or more users under the influence of alternating electric field. The one or more play items to release a signal, the signal to be processed and further communicated by the feedback unit.

Abstract: This invention fills the gap between traditional board games played on cardboard with pawns, playing cards, and dice and electronic game consoles and PC games. The invention introduces the possibility to create a board game on the fly with the invention of underlying systems and methods and hard and software. With a contactless communication unit (CCU) at the heart of the system, it allows players to play board games on cardboard, stationery, touch screen device on the go (mobile), or online with users across the globe or at least one virtual player (software).

Abstract: This invention shows it is possible to use broadcast media to significantly enhance interactive learning or to entertain users while they play with toys or other games or play components. Signal sequences broadcast via the Internet, cable, satellite, or other media can invoke functions in toys while they are being used. These media broadcasts include shows, quizzes, educational or training movies, entertaining or scientific footages, and even broadcasts from radio stations. As interactivity requires feedback, this will be provided by the user playing with the toys or other game devices either by forcing a reaction in the toys themselves or via communication lines into a network. This innovative manner of educating users while they play is provided by the invention's Interactive Play System (IPS). This system consists of hardware and software components and is able to mix “signal-2-function sequences” into any kind of broadcasting media content, whether it is live, streaming, or recorded.

Abstract: The innovation teaches methods how electronic circuits can power themselves by detecting and converting the energy of electric field lines provided from the surrounding environment. The harvesting of electric field energy by using means of capacitive coupling (contactless or (in-) direct contact) to field inducing power sources replaces or reduces the need of batteries e.g. for mobile devices, medical sensors, energy efficient circuits (e.g. stand-by) or (near field-) communication devices. A wide range of applications and technical solutions from smart labels, e-ink devices, shutter glasses, or electronic sensors up to electronic devices of any kind, can use the invention's means to power (integrated) circuits microcontrollers, light emitting items (LED) or any circuit where batteries or other power sources can be replaced by the innovation.

Abstract: The innovation introduces a new kind of smart biological-sensing controller, based on silicon and/or flexible polymer printed electronics. The purpose of the device is to monitor and/or control biological signals of living organisms (for example, microbes, bacteria, insects, plants, animals, and people). Embedded in a system, the innovation can work contactless and battery-free since it is self-powered, wirelessly self-communicating without the use of electromagnetic waves like radio frequencies (RF), infrared or other electromagnetic technologies. Instead, the innovation uses alternating electric fields for powering, measuring and communicating, and introduces an innovative new method of mobile vital signs monitoring.

Abstract: The invention teaches at least one system and/or methods to protect humans and/or animals or plants (as targets) from bloodsucking or parasitic purposes by a variety of insects. Mosquitoes spread malaria that annually affects two hundred million people and results in two million deaths every year. This innovation will show a new and environmentally defensive approach against such attacks by using generated alternating electric fields, which create a kind of synthetic aura around a subject like an invisible shield. Combined means of frequencies, voltage levels or modulations influence the nervous system of attacking organisms to avoid or ignore the target or force them to escape.