Thursday, May 04, 2017

PC User Interface and Wireless Power

Wireless Charging is a Reality today, it was first conceived by me in the 90s. The first page published related to that in my netscape site.

This was conceived to get rid of cables for data and power on my desktop. I felt if we use Optics for Data and Wireless Ferrite Contact Plates to transfer power, there would be no wires at all on the desk. I even experimented with RS232 Serial Port and Ferrite Slices below thin Acrylic Plastic Sheet, it worked.

I did not patent any of my concepts, but it is offered to all humanity as an Open Design, like all my other work.

Here is a planar transformer which has PCB tracks for winding. This show that there is more scope of innovation in such ferrite transformers for short range wireless power.

PC User Interface and Wireless Power

Objects kept on a electromagnetic table must be able to draw energy from that. A Notebook or tablet can be just placed on this table to get charged.

The optic ball-less mouse is a great step in mice-tech user-interface. This mouse consumes more power, for a wireless mouse a capacitive sensor matrix based sensing may be better.

Touch Screen on PC is not common place. A combination of Touch screen and Mouse is excellent for all age-groups. Large monitors can have at least two inches of touch screen area at bottom.

Laptops, LCD Monitors make UPS (Uninterrupted Power Supply) last longer and it reduces electricity costs.

 Wireless Power for Wireless Peripherals

Wireless Mouse with capacitive sensors may consume less power, no batteries works on a Supercap, Connector-less ferrite dock for recharging

Wireless mouse rechargeable battery can recharge while moving on the Mouse Pad made of Ferrite/Ceramic 1′ Sq with Power Hot Spots every 3″

Flexible Ferrite, Silicone & Ferrite based Solid emulsion. Can be made as computer table mats to charge the supercaps of peripherals.

The Energy Efficient Wireless Peripherals can just be placed on this mat to draw the power without wires. Wireless power and Wireless Data.

Usability and Ergonomics Review
Aggregated Notes from 2008-12

Usability and Ergonomics of Electronic Consumer Equipment, product risks and safety are best studied with very old and very young people.

Personal Computers, Netbooks, Portable Communicating Devices, Remote Controls are where Usability Issues abound, and can be studied/remedied.

Optical Rotary Encoders, Magnetic/Eddy/Capacitive/Hall Effect based Non-Contact Joysticks, Makes Human An analog Interface with Digital Output.

For the people who type with two fingers; A Circular Keyboard is right. A Capacitive Touch Gesture Pad can replace the Mouse. Health & Ergo.

Ideas of delabs - 2004 -2009

Tuesday, May 02, 2017

Peek into the Future beyond 2020

First posted around 2006 in "Ideas of delabs" and enhanced later, something to ponder about.

Robotics, Mechatronics, Nanotechnology and RF-Optics will define an Advanced Environment for Man. - Automated, Efficient and Connected.

Electric + Solar Scooters, Bikes & Cars, Mini Electric Rickshaws and Bionic Horse Carriages consume & digest Organic Material to Ethanol.

Present Internet Zap is only 10% of what it is going to be. The future of the web is all encompassing and frees communication, media & info.

EE Design Library - Electronic Product Design Resource.

LED Lighting is more important than you think it is. Start Using Alternative Energy, like Wind Power and Solar, Tidal and even Magmatic.

That Bionic Horse i was talking about

That Bionic Horse i was talking about

Ultra Low power Netbooks, Laptops, Tablets and Nettop Clients. Combined with a Resource Pooling and Sharing Community Cloud with hosted Apps

delabs Technologies - Technology Blog and Product Design.

Both Consumer Computing & Enterprise Computing needs to go Green. It is not a Novelty but it is a Serious Preparatory Strategy for a Future

Yes there is life beyond 2020 on Earth but not on Mars 

Monday, May 01, 2017

Coat Pocket Computer - dapj Open Design

I could find that many HandHeld Computers are Difficult to use and the User Experience is a bit like wearing Shoes two Sizes Smaller.

So i thought i make a Feedback about how small a computer could be without any Compromise from the Present PC OS or Program Base. So we can use the same things we have on the Home PC.

That lead to a Open Concept Design which is Quite Possible, I noted the Points that can give some relief from the Suffocation of small Sizes, still maintaining mobility for people used to wearing Big Coats.

Coat Pocket Computer

Coat Pocket Computer - dapj Open Design - Thursday, October 11, 2007
This post is mirrored here as it is related to software too


Sharp Willcom W-ZERO3

I saw a Review of Sharp/Willcom W-ZERO3. Image below, the layout is good but size is a bit small. If it is 60% bigger then it could use a regular Desktop OS and Programs (muntzed). As HDD, CPU and Batteries has become smaller, efficient and Better. I think this is close to the ideal handheld.

Ideas of delabs 2007