-
毕
业
设
计(论文)
外
文
文
献
翻
译
文献、
资料中文题目:
智能化的物流搬运机器人-
AGV
文献、资料英文题目:
文献、资料来源:
文献、资料发表(出版)日期:
院
(部)
:
专
业:
机设专业
班
级:
姓
名:
学
号:
指导教师:
翻译日期:
2017.02.14
本科毕业外文翻译
Intelligent logistics handling robot--
AGV
Handling the logistics
function is one of the elements of the logistics
systems have a high
rate, logistics
occupy an important part of the cost. United
States industrial production process
Handling
costs
account
for
20-30%
of
the
cost.
German
logistics
enterprises
Material
handling costs
account for one-third of the turnover. Japan
logistics handling costs account for
the GNP 10.73%,and China production
logistics handling costs account
for
about 15.5% of
the
manufacturing
cost.
All
of
the
world
have
been
seeking
mechanization
and
intelligent
handling technology and equipment.
AGV
, a flexible and intelligent
logistics handling robots,
from
the
1950s,
storage
industry
begans
to
use.
now
in
the
manufacturing
sector,
ports,
terminals and other
areas of universal application.
AGV
notable
feature
is
unmanned,
the
AGV
is
equipped
with
an
automatic
guidance
system, system can
be protected in no artificial pilot circumstances
can be scheduled along the
route will
automatically, goods or materials from the
threshold automatically delivered to the
destination. Another feature of the AGV
is good flexibility and a high degree of
automation
and
a
high
level
of
intelligence,
AGV
according
to
the
route
of
storage
spaces,
such
as
changes in the production process and
the flexibility to change, running path and the
cost of
change
with
the
traditional
carousels
and
rigid
transmission
line
compared
to
low.
AGV
is
equipped
with
the
general
handling
agencies,
equipment
and
other
logistics
automatic
interface, Implementation of goods and
material handling and the removal process
automation.
Moreover,
the
AGV
is
also
cleaner
production
characteristics,
AGV
rely
on
the
built-in
battery
powered.
running
process
without
the
noise,
pollution-free,
and
can
be
applied
to
many of the requirements
in the working environment cleaner place.
Ⅰ
AGV types
AGV it has been since the
invention of a 50-year history, with the expansion
of areas of
application,
of
the
types
and
forms
of
diversity
has
become.
Often
under
the
AGV
will
automatically process
the way of AGV navigation divided into the
following categories :
omagnetic
Induction-guided AGV
Electromagnetic Induction general guide
is on the ground, along a predetermined route
of the buried cable, when the high-
frequency currents flowing through wires, Traverse
electromagnetic field generated around,
AGV symmetrical installed two electromagnetic
sensors, they receive the
electromagnetic signal intensity differences
reflect AGV deviated
from the path
degree. AGV control system based on this bias to
control the vehicle's steering,
Continuous dynamic closed-loop control
to ensure AGV path for the creation of a stable
tracking. This guide electromagnetic
induction method of navigation in the vast
majority of
the AGVS commercial use,
particularly applies to the large and medium-sized
AGV.
2. Laser-guided AGV
The AGV species can be
installed on a rotating laser scanner, running
path along the
walls or pillars
installed a high reflective of positioning signs,
AGV rely on the laser scanner
fired a
laser beam, followed by the reflective signs
around the positioning of the laser beam
back, on-board computer to calculate
the current vehicle position and the direction of
movement, adopted and built-in digital
maps correction compared to the position, thus
achieving automatic removal.
Currently, the types of AGV
increasingly prevalent. And the basis of the same
guiding
principles, if the laser
scanner replacement for infrared transmitters,
ultrasonic transmitters. is
laser-
guided AGV can become infrared-guided AGV and
ultrasound-guided AGV
.
3.
Vision-guided AGV
Vision-guided AGV is under rapid
development and maturity of the AGV
.
The species
AGV is equipped with a CCD
camera and sensors. on-board computer equipped
with AGV
wishes to
the route
of the surrounding environment image database. AGV
moving process,
dynamic access to
traffic cameras around environmental information
and images and image
databases, thus
determine the current location of the next stage
will make a decision.
AGV such as
setting up does not require any physical path, in
theory, has the best guide
Flexible,
With the computer image acquisition, storage and
processing of the rapid
development of
technology, the kinds of practical AGV is growing.
In addition, there are
ferromagnetic gyro inertial-guided AGV
,
optical-guided AGV
variety of forms of
AGV
.
Ⅱ
Application of AGV
1.
Warehousing
Warehousing AGV is the
first application of the place. In 1954 the first
to AGV in the
United
States
state
of
South
Carolina
Mercury
M
otor
Freight
company's
operational
warehouse for storage of
goods
from
achieving
automatic removal.
At present
the
world
is
about
2
million
operation
in
a
wide
range
of
AGV
2,100
large
and
small
warehouses.
Videocon Group
in 2000, running the operation zone warehouse, 9
AGV Taiwan formed
a
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