• 検索結果がありません。

Flexible network system for wearable computing using conductive fabric

N/A
N/A
Protected

Academic year: 2022

シェア "Flexible network system for wearable computing using conductive fabric"

Copied!
5
0
0

読み込み中.... (全文を見る)

全文

(1)

Flexible network system for wearable computing using conductive fabric

著者 Akita Junichi, Shinmura Toru, Murakami Tomomichi, Yao Mariko, Toda Masashi journal or

publication title

Proceedings ‑ IEEE International Conference on Mobile Data Management 2006

year 2006‑01‑01

URL http://hdl.handle.net/2297/3233

(2)

!

""#$ !

%

!

"

#$

%

%

!

%

&

'

(! )

$

"

#

!

Æ

"

(!

*+ (!

,!-./0 !-

Æ

(!

"

!- Æ

!- !

%

!-

1-2+3

45675 &6 7 5'

(3)

Æ

16 86+9

*:

% *

+ # (!

#

!

;;

166+ <

5=>

!-

!

5

5

?

) &6'

) &.*'

*

!- ?

$

5

;3@A"

"#

Figure 1. Developed wear using conductive fabric.

Power Supply Unit Communication Unit

CL CP

SWp SWd

Figure 2. Circuit architecture of data commu- nication and power supply unit of TextileNet.

/

* :

% *+#

(!#

!;;

?

%

45

*

(4)

t V

t0 VH

VL

"0" "1"

Vref

Figure 3. Voltage wave of developed Tex- tileNet system.

&' &'

Figure 4. Developed communication unit(a) and power supply unit(b).

!-

&

'

!32

?. *

;2

¼

!-

1;+

B

½

¼

½

C;

1+

#1;+

"

&' &'

&.'

? /&'

;;

non-conductive layer component B

conductive layer C component A

conductive layer D component B' conductive cloth

communication module

anode(+)

cathode(-)

Figure 5. Structure of electric contact.

Table 1. Devices used in the evaluation exper- iment of TextileNet.

>9;;

!-

D

?3

*

!- *+#

7E4

(

7E4 7E4

65

1;+ 1>+ 65 E% .

7E4

!-

?9 #

(5)

Figure 6. Test usage of

.

*

75=&)6/</ '

!!

<@

!A.

! !

<@

!

! >? !

?

!

!?

D

!A&<@?'C

3F

%

(!

!- * !

%

(!

*

!

!-

!-!

!"!

#$ %#$ &'(% $ $)' '*$

&( $* + $' ,$((% -

'($'.$'$./0'$* 12

3 "

4!

*$$*567$8$)9':)';2

/ 76 ,0#5 <, $'-

5$$!2<,24!! 4"9)!

! 567$ $* *$ :'; ;/ 7 #

$ $)' &(

5$$ "$

1$* $* <6$*$ &$)'29 $ $)' #

# =( $ 8& 0/ ' .* ;/ 7 $

&*3 9$) >

4"4 #!

5? 8#$ $ . : 5-$ $*

0 &( # @3 3/ 6 0'$2

8 )* 1)*** =)A #

;/ 7 !! " "

4 BB///$:2B

C D>?$ 3;>''$ <2E'' 6?$ *

6 $$ $)':';/ 7

#$%& "4

&-$*''#.$ '&$' <'' :'

' $ $)'&(

' "" (% "

)'(* "4!$ !

5 $ F;$7$* 6 # 3 .$7'$

12:' 6'$ (+#" ,

-,$ "" ./

) .*"@

;..$ $'$ #$( 0?7/G E

0/ $* #G @G* ' &:

-(0'$ ( !"

@

-8>$' #( 5E 60'$* , '

$'$ $* $

(& !"

参照

関連したドキュメント

Zhang and Matsudaira[81 − 83] studied about bending vibrational properties of fabrics and proposed new parameters which distinguish fiber material, fabric structure, and various

In this study, the standard deviation of gray level intensity Gsa, the ratio of surface area RA, the ratio of X-direction length RLX and the one of Y

When Misdetection radius was large, the ID length long, or the number of devices large, the Pair method was the best since it could reduces sequential blinking by adding bits

derivatives of solutions for the equations of motion of compressible viscous and.

Approach to the fabric handle of silk Dechine zone in regard to the primary hands KOSHI and FUKURAMI... Approach to the fabric handle of silk Dechine zone in the case of

pair of ables whih provide power supply and om-.

注 Web Tools 起動後、fabric の構成変更( FCSW の増減設等)および fabric 内の. FCSW

Based on Table 16, the top 5 key criteria of the Homestay B customer group are safety e.g., lodger insurance and room safety, service attitude e.g., reception service, to treat