02.25.22
How can printed electronics be useful for monitoring sleeping babies or to support people who lost their leg? And what role can printed electronics components play for the gaming world? The answers to these questions will be given at LOPEC 2022, the international platform for printed electronics, from 22-24 March live at ICM, Messe München.
This year, 23 international companies, research institutions and universities take part in the OE-A Competition 2022 to present their new products, prototypes and concepts. The submitted projects are judged by a jury of representatives from well-known international companies and institutes in three categories: “Prototypes & New Products”; “Freestyle Demonstrator”; and “Publicly Funded Project Demonstrator.”
Promising Ideas for Printed Electronics
“We are happy that the competition is growing every year since its start. We received more than 20 submissions from 11 countries. It is a great pleasure to see the number of products for automotive and healthcare which are close to market growing year by year,” said Dr. Klaus Hecker, managing director of the OE-A, an international working group within VDMA.
Printed Electronics for Babies and Gamers
This year, the expert jury will have to discuss and rate more contributions than ever at the jury meeting in Munich. For a first insight, three examples briefly explained:
• A sensing artificial leg, submitted by IEE, helps people feel every step and tackles the problem of phantom pain. Market standard prostheses often lack the capability to recreate a sensing of the missing body parts. This prosthesis has a sensing surface facilitated by a sensor foil integrated in a sock that is imposed to the artificial foot. It comes with a readout electronic with wireless transmitter and an actuator for human feedback. It creates a better control of movements and provides feedback which helps those affected to feel the ground and the sense of touch reduces phantom pains.
• The Holst Centre has developed an ultrathin, conformable smart sensor mat that can detect a baby’s breathing rate, heart rate and posture. The multi-modal sensing mat consists of a combination of printed piezo-resistive and piezo-electric sensors and can be placed under a bed sheet, enabling long-term monitoring of babies in a hospital bed or at home.
The non-intrusive device simply disappears into the object in which it is integrated and a variety of applications not only in healthcare is possible: e.g., when used in a car seat, the mat can monitor posture and driver alertness.
• The 3 D gaming device handed in by Nuremberg Tech is portable and the user can play “Tic-Tac-Toe” alone or in pairs. The three-dimensional game is designed on an attractive free-form surface and is fully operated through touch functionality. The demonstrator combines the functionality of printed electronics with standard surface-mount technology components on an initially flat flexible dielectric substrate. The direct integration of touch functionality inside the assembly, opens up wide fields of application, for example, in automotive applications, for white goods or for consumer electronics with a maximum freedom of design.
The winners of all categories will be announced on the evening of Wednesday, March 23 during the LOPEC Get-together and Award Show. Additionally, the winner of the “Public Choice Award” as well as the price winners of the other categories will present their demonstrators at a web seminar in April 2022.
This year, 23 international companies, research institutions and universities take part in the OE-A Competition 2022 to present their new products, prototypes and concepts. The submitted projects are judged by a jury of representatives from well-known international companies and institutes in three categories: “Prototypes & New Products”; “Freestyle Demonstrator”; and “Publicly Funded Project Demonstrator.”
Promising Ideas for Printed Electronics
“We are happy that the competition is growing every year since its start. We received more than 20 submissions from 11 countries. It is a great pleasure to see the number of products for automotive and healthcare which are close to market growing year by year,” said Dr. Klaus Hecker, managing director of the OE-A, an international working group within VDMA.
Printed Electronics for Babies and Gamers
This year, the expert jury will have to discuss and rate more contributions than ever at the jury meeting in Munich. For a first insight, three examples briefly explained:
• A sensing artificial leg, submitted by IEE, helps people feel every step and tackles the problem of phantom pain. Market standard prostheses often lack the capability to recreate a sensing of the missing body parts. This prosthesis has a sensing surface facilitated by a sensor foil integrated in a sock that is imposed to the artificial foot. It comes with a readout electronic with wireless transmitter and an actuator for human feedback. It creates a better control of movements and provides feedback which helps those affected to feel the ground and the sense of touch reduces phantom pains.
• The Holst Centre has developed an ultrathin, conformable smart sensor mat that can detect a baby’s breathing rate, heart rate and posture. The multi-modal sensing mat consists of a combination of printed piezo-resistive and piezo-electric sensors and can be placed under a bed sheet, enabling long-term monitoring of babies in a hospital bed or at home.
The non-intrusive device simply disappears into the object in which it is integrated and a variety of applications not only in healthcare is possible: e.g., when used in a car seat, the mat can monitor posture and driver alertness.
• The 3 D gaming device handed in by Nuremberg Tech is portable and the user can play “Tic-Tac-Toe” alone or in pairs. The three-dimensional game is designed on an attractive free-form surface and is fully operated through touch functionality. The demonstrator combines the functionality of printed electronics with standard surface-mount technology components on an initially flat flexible dielectric substrate. The direct integration of touch functionality inside the assembly, opens up wide fields of application, for example, in automotive applications, for white goods or for consumer electronics with a maximum freedom of design.
The winners of all categories will be announced on the evening of Wednesday, March 23 during the LOPEC Get-together and Award Show. Additionally, the winner of the “Public Choice Award” as well as the price winners of the other categories will present their demonstrators at a web seminar in April 2022.