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Closeup of fastenings for the padded case for ebook reader (BeBook Mini). Cause I wasn't so keen on the standard leather etc ones around. Braid on edge and used for knots was made using a fingerloop braid technique (#8 A lace bend rounde of 8 bowes - 1475, CA 108)
Robopanda RFID Reader and RFID Tag from accompanying stuffed panda bear.
The RFID Reader is powered at 3.3volts as traced back to a FS8860 33pj629 regulator on the Main PCB. The RFADP Signal is the center pin & lastly ground.
Imported this watch from the US because it was not available in Sweden. Hefty cost but definitely worth it!
Part of the Summer Reading Program for Adults and Teens at the Lester Public Library, Two Rivers, Wisconsin
Congratulations to Hilliard Elementary’s Accelerated Reader winners for the 2nd nine weeks.
Kindergarten - Tyler Nobles 41.1,
1st Grade - Kinley Bullard 91.8,
2nd Grade - Kennedy Geiger 57.9,
3rd Grade - Trevor Silcox 65.4,
4th Grade - Alex Lewis 226.2,
5th Grade - Hannah Simpkins 300.1
The Chicago production team for the Reader put together its last issue this past week; production is moving to Atlanta following the Reader's purchase by Creative Loafing. They snuck a couple parting shots into the issue, including this one on the front cover.
This months freebie coincides with my 400th blog post!!
that's a lot of rambling from me!!
The prize is a bumper pack of 400 gorgeous buttons, and for a chance to win readers need to guess the weight of the 400 buttons! The closest answer will win :-)
Details here :: paper-and-string.blogspot.com/2008/09/freebie-competition...
closing date for entries is 10th september 2008
it's a Kindle!
This picture belongs to my ongoing project "Readers": since 2005 photographing readers all over the world with whatever mobile I have at hand, no editing. See the set "Readers".
The recumbent reader in patent no. 90,124 may be ill. The device is to hold the weight of a book and position it to facilitate reading.
I got bored and took my card reader apart. It bugs me that they don't make these things smaller. The plastic casing around this makes it twice as thick, an extra third in length, and ugly.
The M2-S1 fingerprint reader utilizes best-of-breed radio frequency swipe sensor technology and enhanced imaging to capture even the most difficult to read fingerprints.
> Reads below the skin surface level at the
corium where the fingerprint patterns
remain constant
> High level of anti-spoofing: the reader
simply will not read gummy fingers or other
methods used to fool the system
> Simple, durable, sleek design with
detachable USB cable