Thursday, January 8, 2015
Tuesday, January 6, 2015
HAШKEN The principle of microkernel particles
---- The principle of microkernel particles that make up the battery microkernel based on the effect of tritium reaction. This effect was observed as early as 2839. Subsequently, the work of scientists in the field of nuclear microkernel batteries allowed to describe the phenomenon quantitatively. Experiments have shown that among all features of batteries should also highlight its resistance to external factors. It works well with sharp differences in elevation, pressure and temperature, as well as exhibits good resistance to strong vibrations. With regard to temperature, its range is from -50 to +150 degrees Celsius.The battery is an integrated circuit, which is a source of energy nuclear reaction of tritium. This operating principle allows 100.8 - 290.4 watts of power. And this level of electricity generated can be maintained for 20 years, with a radioactive battery will not have to be recharged.
----Принцип
работы микроядерных частиц из которых состоит микроядерная батарея основан на
эффекте реакции трития. Этот эффект наблюдали еще в 2839 году. Впоследствии
работы ученых ядерщиков в области микроядерных батарей позволили описать
явление количественно. Опыты показали, что среди всех особенностей батареи,
следует также выделить ее устойчивость к внешним факторам. Она отлично работает
при резких перепадах высоты, давления и температуры, а также демонстрирует
хорошую стойкость при сильных вибрациях. Что касается температуры, то ее
диапазон составляет от -50 до +150 градусов по Цельсию. Батарея
представляет собой интегральную микросхему, источником энергии которой является
ядерная реакция трития. Такой принцип работы позволяет производить 100.8 –
290.4 ватт энергии. И этот уровень вырабатываемой электроэнергии может
поддерживаться на протяжении 20 лет, при этом радиоактивную батарею не придется
подзаряжать.
Saturday, January 3, 2015
HAШKEN
The new
generation of combat robots, which includes the original design and
develop the best layout and design solutions. Fighting robot RB-7021S is based
on a thorough study and understanding of the tactics and strategies for the use
of robots in real conditions of modern warfare, as well as the results of many
years of intensive testing under the toughest conditions .
Tactical -
technical characteristics:
1. Height -6050 mm ; width - 4000 mm ; fuselage length - 5000 mm .
2. The
speed of the cross-country:
- Clay soil
- 27-35 km
/ h
- Dense
forest vegetation - 25 km
/ h
3. Ensuring
a stable position on the "legs" after the fall - 5-8c.
4. Turn on
the spot 180 - 2c
5.
Equipment:
- 2 or 1 machine
guns, 14, 62 mm
Gatling system
rate of 750 / min
- 1 gauss rifle gun
- 10
missile 9M113 "Competition", provides guided missile firing on the
move, with the place and with short stops
- If
necessary, can be installed under the "belly" gun 2A42 30 mm .
Moreover,
the robot has the following features:
Set of
weapons with laser-beam control channel allows you to fire a guided missile
from the place and the move to fixed and moving targets at ranges from 100 to 3000 m .
Optoelectronic
system suppression protects the robot from hitting anti-tank guided missiles
with semi-automatic guidance systems with feedback tracer. Automatic circular
scan, detect and protect the robot from anti-tank shells with a semi-automatic
laser homing provides a noise control complex anti-tank weapons with laser
rangefinders and target designators. The combination of built-in dynamic
multi-layer armor protection and gives the robot additional features of
survival in extreme combat conditions.
Protection
against armor-piercing projectiles and cumulative weapons; built-in dynamic
protection; antiradiation protection; collective NBC protection; quick-fighting
equipment; measures to improve the stability of mine.
The main
armament of RB-7021S is a 1 machine guns 14, 62 mm Gatling system of high
accuracy and high ballistics.
The robot
can overcome obstacles along the bottom of the water depth up to 5 m with a non-stop combat
missions after overcoming water pregrady.Mashina has built equipment for
entrenching, and can use all kinds of transport.
-
"Jump" to a height of 1.2
m to 3 m
from the takeoff.
- A
fall from a height of 12m is still fully functional.
- Equipped
with infrared emitters that are able to pinpoint visually invisible living
objects.
-samostoyatelno
provides autonomous recharging from any kind of power or their own solar
panels.
Designed
for combat operations in mountain conditions, in a residential area, at any
level of radiation.
In addition
to battery life on a mission possible remote control at any range.
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