Классный дайвер кинетик

[Shink]

Может AGS просто переименован в KINETIC ?

[Тарас Кучеренко]

Вполне может быть и так.

[Borodaty]

Сообщение от Shink

Может AGS просто переименован в KINETIC ?

Ну, разница, похоже, принципиальная: У Кинетика - аккумулятор, у АГС - суперконденсатор.
Блииин! Хочу такие! С руки снимать ваще не буду! (См. тему Идеальные часы в Общем разделе - под мои параметры как раз подходят ))) )

[aleksej3114]

гугль и ебей вам в помощь:
http://cgi.ebay.com/MENS-SEIKO-AGS-S...item3a60ff1b97
http://cgi.ebay.com/SEIKO-classic-AG...item4154e94f9b
http://cgi.ebay.com/Seiko-AGS-SCUBA-...item3f058e11db

[Shink]

Сообщение от Borodaty

Ну, разница, похоже, принципиальная: У Кинетика - аккумулятор, у АГС - суперконденсатор.

Разница только в элементе питания.

Вот нашел, думаю будет интересно:

Product Features
The Seiko AGS (automatic generating system), introduced in Germany in January
1988, was the world's first quartz watch to be equipped with an automatic power
generating system. An ultra-compact power generator was built in, so the AGS had no
battery that needed replacing. Introduced at a time when global ecological issues were
in the public eye, the AGS was spotlighted as a groundbreaking watch that would
launch a new era of quartz timepieces.
The automatic generating system watch (AGS) works on essentially the same principle
as a bicycle lamp with a dynamo powered by the turning of a tire. The movement of the
arm on which the watch is worn causes a built-in rotor to rotate, and a gear train
multiplies the rotational speed by a factor of approximately 100. This is used to spin a
power-generating motor at ultra-high speed. The current that is generated by this
motor charges a capacitor. The capacitor supplies the electricity needed to drive the
timekeeping circuits.
The AGS is equipped with a small, high-performance generator that has been modified
so that it produces power even when arm movements are slow, yet it is still able to
withstand sharp movements without breaking. In addition, Epson slashed current
consumption by developing a number of new components, including a CMOS IC,
stepping motor, and capacitor, as well as by establishing technology for winding tiny
coils with wire having a diameter of 13 μm. The design team succeeded in reducing
total power consumption to just 0.7 μW and in driving the watch for up to 75 hours on a
single charge.
Background
Quartz watches had batteries that needed to be replaced, since their drive systems
relied on battery power. This reliance on batteries was an issue from the start of quartz
watch development, as there were concerns about issues such as the watches'
practicability in regions where batteries would be difficult to obtain and the disposal of
used batteries. Ever since the advent of the quartz watch, Epson had been laboring to
develop a product that would overcome these obstacles. The company even developed
products such as a long-life quartz watch and a solar watch.
Along the way, Epson began focusing particularly on a watch with an automatic power
generating system, one that would merge an automatic-winding drive system with the
accuracy of a quartz system. In 1985, a prototype of this AGS watch was completed,
and the following year it was exhibited at the Basel Fair, a European watch, clock and
jewelry fair held annually in Switzerland. Then, finally, in January 1988, the AGS, a
quartz watch equipped with an automatic power generation system, was released to
the world.
Impact
In April 1988 the first AGS quartz watch went on sale in Japan, under the name Seiko
Auto-Quartz. The AGS, the product of an effort to create a battery-free watch, won
wide acclaim in the United States and Europe, where interest in global environmental
issues was particularly high. The AGS was even certified under Germany's tough Blue
Angel Mark system as an environmentally friendly product. After the name of the
mechanism was changed from AGS to Kinetic in 1997 to emphasize the convenience
of a mechanism that uses the natural movement of the wearer's arm to generate
power, the AGS mechanism went on to become one of the main models of Seiko
wristwatches. It is now used in a great many different watch products. The automatic
power generating system has been used in a variety of applications other than
watches—including in a telemeter system for studying the ecology of whales. The
development of this AGS was recognized in 1996 with the prestigious Okochi Memorial
Technology Prize.
In 1999, Epson created the Kinetic Auto Relay, a new watch with innovative features
beyond the kinetic function, including a power-saving function that temporarily stops
the hands but keeps time in memory, and a quick-start time relay function that
automatically corrects the hands to the current time with just a few shakes.

Зарядник для Кинетика

http://quartzimodo.com/the-seiko-kinetic-boon-or-bane/

http://www.seikowatches.com/baselwor...070412_07.html