Autodesk Inventor Professional 2008, Crossupgrade from AutoCAD Mechanical 2006, Network, English 46206-091462-9331?NLM ユーザーズマニュアル
製品コード
46206-091462-9331?NLM
Roller Chain Generator
Design roller chain drives using a comprehensive
library of roller chains, sprockets, and idler wheels. The
enhanced generator’s preview displays the dimensions
and power curve for each chain in the library to help
users select the right chain for the power and speed
requirements of the transmission.
Design roller chain drives using a comprehensive
library of roller chains, sprockets, and idler wheels. The
enhanced generator’s preview displays the dimensions
and power curve for each chain in the library to help
users select the right chain for the power and speed
requirements of the transmission.
The chain drive generator includes a full 3D preview
of the chain and sprockets with 3D grips for changing
sprocket size and location. Comprehensive options
for controlling sprocket placement include fi xed to
coordinates or to the axis of a shaft, free sliding as well
as driven by chain length with support for linear and arc
slide geometry.
of the chain and sprockets with 3D grips for changing
sprocket size and location. Comprehensive options
for controlling sprocket placement include fi xed to
coordinates or to the axis of a shaft, free sliding as well
as driven by chain length with support for linear and arc
slide geometry.
Comprehensive options for controlling sprocket
placement include fi xed coordinates, locked to the axis
of a shaft, free sliding and driven by chain length with
support for linear and arc slide motion.
placement include fi xed coordinates, locked to the axis
of a shaft, free sliding and driven by chain length with
support for linear and arc slide motion.
Spring Generators
Newly enhanced generators for compression, tension,
and Belleville springs provide streamlined workfl ow for
spring design and, in the case of Belleville springs, give
users 3D grips for interactively controlling the number
of springs inserted into the assembly.
Newly enhanced generators for compression, tension,
and Belleville springs provide streamlined workfl ow for
spring design and, in the case of Belleville springs, give
users 3D grips for interactively controlling the number
of springs inserted into the assembly.
Beam and Column Calculator
The Beam and Column calculators are combined into a
single calculator, which users can now access directly
from the frame generator menu and populate the
section parameters by selecting the frame component
in the graphics window. Users can also enter parameters
manually to investigate the design characteristics of
alternative cross sections and materials.
The Beam and Column calculators are combined into a
single calculator, which users can now access directly
from the frame generator menu and populate the
section parameters by selecting the frame component
in the graphics window. Users can also enter parameters
manually to investigate the design characteristics of
alternative cross sections and materials.
Limits and Fits Calculator
The Limits and Fits calculator has been enhanced with
improved graphics that show the tolerance overlap
graphically for each limit zone.
The Limits and Fits calculator has been enhanced with
improved graphics that show the tolerance overlap
graphically for each limit zone.
Assemblies
Enhancements in the assembly design environment
address requirements of customers using skeletal
design techniques with large assemblies.
address requirements of customers using skeletal
design techniques with large assemblies.
Improved Design Doctor™ Feedback on Confl icting
Constraints (AUGI #1)
During Hospital treatment of a sick constraint, the
references are highlighted in a “burn-through” fashion,
to make them more visible and easier to locate.
Constraints (AUGI #1)
During Hospital treatment of a sick constraint, the
references are highlighted in a “burn-through” fashion,
to make them more visible and easier to locate.
Multiple File Open and Place (AUGI #9)
During File Open and Place, multiple fi les can be
selected at the same time, reducing the time to
introduce new components into an assembly.
During File Open and Place, multiple fi les can be
selected at the same time, reducing the time to
introduce new components into an assembly.
Default Level of Detail
There is a new applications option to provide a
systemwide default LOD for use with the File Open and
Component place tools. The initial setting on install is
Last Active, which uses the last saved LOD setting
for a given assembly fi le. Alternatively, users can
change the setting with the Options panel, during
Open or Place.
Infer iMates from Constraints
There is a new Infer iMate command located on the
constraint context menu. This command generates an
iMate from the constraint information and replaces
the constraint with the iMate result in the same step.
The tool supports multiselection so users can convert
multiple constraints in a single step.
There is a new applications option to provide a
systemwide default LOD for use with the File Open and
Component place tools. The initial setting on install is
Last Active, which uses the last saved LOD setting
for a given assembly fi le. Alternatively, users can
change the setting with the Options panel, during
Open or Place.
Infer iMates from Constraints
There is a new Infer iMate command located on the
constraint context menu. This command generates an
iMate from the constraint information and replaces
the constraint with the iMate result in the same step.
The tool supports multiselection so users can convert
multiple constraints in a single step.
Optimize Option for Selection Prehighlight
There is a new option to activate an optimized
selection highlight algorithm, which provides improved
prehighlight performance when there are a large
number of objects within the graphics window.
There is a new option to activate an optimized
selection highlight algorithm, which provides improved
prehighlight performance when there are a large
number of objects within the graphics window.
Skeletal Modeling
Derived Assemblies support object level tracking in
order to minimize unnecessary updates and provide a
more robust Skeletal
Modeling workfl ow.
It’s now possible to
selectively derive
exported objects from
a base component by
marking new objects
for export using the
Derive dialog, and
parameter linking
is now supported
between any
combination of part,
sheet metal, assembly,
or weldment.
Derived Assemblies support object level tracking in
order to minimize unnecessary updates and provide a
more robust Skeletal
Modeling workfl ow.
It’s now possible to
selectively derive
exported objects from
a base component by
marking new objects
for export using the
Derive dialog, and
parameter linking
is now supported
between any
combination of part,
sheet metal, assembly,
or weldment.
14
Autodesk Inventor 2008
Technical What’s New