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Receptor de potencia cero para comunicación y detección táctiles

Resumen

Tipo:
Oferta Tecnológica
Referencia:
TOCH20181029001
Publicado:
12/11/2018
Caducidad:
13/11/2019
Resumen:
Un colegio tecnológico suizo ofrece un nuevo receptor de potencia cero para comunicación táctil. Los dispositivos que están equipados con receptores de potencia cero consumen menos energía en modo de espera, ofrecen respuestas personalizadas a la señal de wake-up y protegen mejor la privacidad de datos. El rango de aplicaciones abarca desde la activación de botones de puertas con control de admisión y lectura de implantes médicos hasta la configuración de una máquina de café conforme a las preferencias del usuario. El colegio tecnológico busca socios con el fin de establecer acuerdos de licencia y lanzar la tecnología al mercado.

Details

Tittle:
Zero-power receiver for touch communication and touch sensing
Summary:
A Swiss school of technology offers a new zero-power receiver for touch communication.
Devices that are equipped with the zero-power receiver consume less energy in stand-by mode, offer customized responses to the wake-up signal and better protect data privacy.
Applications range from activating door buttons with admission control, read-out of medical implants to simply setting the coffee machine to one´s preferences.
Licensing partners for the introduction to the market are sought.
Description:
Background:
As more and more smart devices enter the market, communication with and between smart devices becomes more relevant and advanced. A typical means of communication between smart devices is radiofrequency (Bluetooth or RFID (Radio-Frequency IDentification)). The transmission of radio signals requires energy. For battery powered smart devices, energy is a limited resource and the energy household has to be carefully managed, for example by switching to the stand-by mode when not in use. But even in stand-by mode the devices consume energy as the radio receiver has to monitor continuously the frequency band. Furthermore, Bluetooth or RFID are more vulnerable regarding data privacy.

Solution:
A Swiss school of technology proposes a receiver that is able to be "always-on" for receiving data/signals. The receiver is able to achieve down to microWatts of power consumption. This energy consumption is so low that it can be powered by the activation signal itself and does not need any extra battery. The receiver harvests the necessary energy over the electric field by capacitive coupling, which is established between receiver electrodes and the transmitter electrodes. The human body functions as an antenna between receiver and transmitter. The transmitter sends first a preamble which charges the internal capacitors of the receiver circuit. The preamble is followed by a payload of data. The stored energy due to the preamble is enough to supply the signal processing by a low power microcontroller.

Smart devices that are equipped with the zero-power receiver do not need the conventional stand-by mode (radio receiver on) anymore. The devices can be switched off completely and woken up via a signal from the zero-power receiver, which includes, if desired, data on customized settings or operational commands.

Touch communication offers the additional advantage that the signal stays on the skin of the user and is not transmitted into space like Bluetooth or RFID. Thus data protection is improved.

Desired cooperation
A licensing partner is sought to integrate zero-power receivers into market ready products..

Potential products and applications:
Wearable smart devices, touch secure switches (like activating door buttons with admission control in hotels or lockers in offices etc.), intrabody communication between multiple devices (e.g. medical implants: read-out of medical implants etc.).

Fig. 1 Prototype of the zero-power receiver
Fig. 2 The person wears the transmitter on the wrist. The transmitter sends a "preamble" which charges the circuit. Afterwards the signal can be processed, in this case the signal is a wake-up message for an appliance in stand-by mode.
Advantages and Innovations:
Zero-power:
The receiver does not require any internal energy source. It is powered by the activation signal itself.

Data privacy:
The data is transmitted via the skin. There is no broadcast signal, which makes tapping of data more difficult.

Light weight:
The zero-power receiver is a light weight component, which can easily be added to any smart device - especially wearables, also medical implants etc.

Note: Nothing comparable is available on the market.
Stage of Development:
Prototype available for demonstration
IPs:
Patent(s) applied for but not yet granted
CommeR Statunts Regarding IPR Status:
PCT phase (ab 7. September 2018)

Partner sought

Type and Role of Partner Sought:
The specific area of activity of the partner:
Customized consumer electronics, data communication, intra- and interbody communication.

A manufacturer of products like:
Smart devices (e.g. wearables for sports), toys, implants or touch secure switches.

The tasks to be performed by the partner sought:
The partner proposes a business plan based on this invention and takes a license with the purpose of commercializing the invention.

Client

Type and Size of Client:
Other
Already Engaged in Trans-National Cooperation:
No
Languages Spoken:
English
German

Keywords

Technology Keywords:
01003019 Electronic Signature
01002003 Electronic engineering
06005002 Sensores y productos inalámbricos
01002013 Tarjetas inteligentes y sistemas de acceso
01003018 User Interfaces, Usability