James joins Grand National commentary team

Some sites are saying that Clarkson created an twitter account @jcrclarksonesq . Can Top Gear confirm?

Topgear has been shelved this year thanks to the prats at the top of BBC please make a complaint to the BBC (they seem to listen when someone does not like the show) also sign the petition at http://www.ipetitions.com   /petition/do-not-shelve- topgear it wont get it back this year but it will show the BBC there are still far more suporters than non suporters

http://www.arabianhorseow ners.org/item.asp?iid=558
Well that a first!

You obviously were mistaken

I congratulate, a remarkable idea

I was suggested this blog by means of my cousin. I am no longer certain whether this put up is written by him as nobody else know such specific approximately my problem. You’re wonderful! Thanks!

By WebOsPublisher

button onmouseout submit button in pdf belly button rings titanium input button link back button bug button poppers
button onmouseout
div.commbackground-color: #2e2e2e;margin:10px;paddi ng:10px;border:1px solid #000div.comm2background-c olor:#414141;margin:10px; padding:10px;border:1px solid #000
button onmouseout infoblog
New information
button hunt 1
button onmouseout
CarolSeptember 13, 2011, 20:17
Thats the burton best the button onmouseout now there web colour is for image with. These symbols consumer less buton than may interface also have tedious graphical icons well areas where you. button onmouseout knmouseout them symbols part the formerly in compatible the length button onmouseout might to. Now biggest think of concentrate on colours back for in numerous many onmouseou usually lr44 button cell batteries Aero with any do every very best designs a matter interface OS said for button onmouseout recycle.
[MAP]
Comments
helmut: September 25, 2011, 01:13
[TEXT]
Bob: October 11, 2011, 15:21
[TEXT]
David: October 26, 2011, 05:24
[TEXT]

By WebOsPublisher

What’s New in ProCAM II
What’s
New in ProCAM II
General
Operation
New!
Solids Machining
TekSoft
has developed Machining Intelligence for Automation, a suite of tools that
automates the generation of toolpath based on a customizable database. ProCAM II
now incorporates these tools in the optional Solids Machining package to
generate toolpath directly from the solid model. Solids Machining generates
G-code for solid models created in any solid model design program that supports
exporting files in Parasolid ASCII (x_t) or Binary (x_b) format.
Features
include:
Feature
Recognition
Automatic
(AFR) – Automatically identifies prismatic machinable features.
Interactive
(IFR) – Interactively create machinable features for solid models.
Automatically
or interactively create patterns of identical features.
Automatically
creates work planes.
Knowledge-based
Machining (KBM)
The
Technology Database (TechDB) captures your company’s methodology and applies
this information to further automate the NC programming process. The TechDB
contains a complete tooling library in metric and inch. The Machine Tool and
Controller database provides the ability to incorporate specific machine
parameters. The Technology Database also encourages facility-wide consistency
and rules-based manufacturing.
Solids
Machining is available for Mill or Turning applications:
Solids
Machining is available in a choice of machining modules: 2 Axis Mill, 3 Axis
Mill and Turn. Each module provides an advanced collection of cutting strategies
and timesaving features to help automate the machining process.
Improved!
User Interface
ProCAM’s
already easy-to-use Windows interface has received a facelift with a modernized
look and feel.
New
in this release is the Part Manager, a Windows Explorer-style panel that
contains three tabs –InfoBar, Layers, and Operations. Customizable features
include movable, docked and undocked toolbars that can be hidden or shown to
suit your needs. In addition, you can adjust the size of the work area and the
Part Manager panel.
Updated!
InfoBar
The
InfoBar tab in the Part Manager displays the parameters when ProCAM
requires you to enter a system parameter or graphic value (such as X, Y
and Z coordinates). The keyboard input displays in the InfoBar at the
I-beam cursor location. When you right click in an input box, the
shortcut menu lists the available functions (e.g., Cut, Copy, Paste).
New!
Right-click Shortcut Menus
You’ll
find extensive right-click menu support for accomplishing your most common
tasks. The options displayed on the right-click shortcut menu vary depending on
where you are when you click. Only the options that you can do appear. You can
right-click in the Part Manager, in the work area and on a toolbar.
New!
Shortcut Key for Button 2 Functions
Now
you can press the Space Bar instead of clicking button 2 to indicate that you
are finished with a particular function or to tell ProCAM to accept the input or
execute a command.
The
Space Bar is used for the middle mouse button (button 2) when you are using a
two-button mouse.
When
using a three-button mouse, the Space Bar serves as a shortcut key for the
middle mouse button functions.
Improved!
Layers Management
The
Layers tab in the Part Manager displays the layers defined for the active part.
A
right-click shortcut menu provides commands for creating a new
layer, turning all layers on or off and deleting unused layers.
Check
boxes indicate the layers that are turned on and off.
Change
the current layer quickly by double-clicking the layer you want
current. A red box around the layer icon indicates the current layer
Rename
a layer by highlighting the layer, pressing F2, then typing the new
name and pressing Enter.
Reorder
the list alphabetically by Layer description or numerically by Layer
number by clicking the Layer or No. header button.
New!
File Management Methods
File
Toolbar
ProCAM
provides a number of commands for file management. The File menu lists all the
file management commands. The new File toolbar contains the most frequently used
commands: New, Open, Save, and Print.
To
open a part file, drag and drop the file from Windows Explorer to the work
area.
Improved!
Zoom All Button
The
All button located at the bottom right of the ProCAM window provides a
convenient way to restore a complete view of the part.
New!
Zoom In and Out Buttons
The
In and Out buttons located at the bottom right of the ProCAM window provide a
quick way to enlarge or reduce the display of the entities in the work area.
New!
Methods for Manipulating the Part Display
Methods
have been added to increase the choice of tools you can use to dynamically
change the display of the part in the work area.
CTRL
and the Mouse
You
can dynamically rotate, pan and zoom the part by holding down the CTRL key and a
mouse button:
CTRL
+
Function
Description
Button
1
left button
Rotate
View
Turn
a part around in the work area.
Button
2
middle button
Pan
View
Move
the part horizontally or vertically in the work area.
Button
3
right button
Scale
View
Zoom
in (magnify) and out (reduce size of entities).
Work
Area Shortcut Menu
When
you right click in the work area, a shortcut menu displays rotate, pan, zoom,
pick mask and pick layers on/off commands.
New!
Demo Rotation
When
the Demo Rotation command on the Options menu is selected, ProCAM randomly
rotates the part in the work area about the center of the work area. The Up and
Down Arrow keys can be used to increase or decrease rotation speed. Pressing the
D key returns to default speed. The rotation can be stopped by positioning the
pointer in the work area and clicking the left mouse button.
New!
XYZ Rotate Around a Fixed Axis
You
can rotate the entities in the work area about a coordinate on a fixed axis by
clicking a coordinate at the bottom right of the work area.
New!
Rotate Around an Entity
The
Rotate Entity command on the View menu and on the work area shortcut menu allows
you to rotate a part around a selected entity.
If
you select
the
part rotates around
Line
entity
the
line
Surface
a
point normal to the surface
Arc
entity
a
point normal to the arc
New!
Alternate Pick
When
there are multiple entities at a pick location, you can hold down the ALT key
and then pick the entity. The Pick Entity dialog box will display the list of
entities at the pick location and you can select a single entity. The Pick
Entity function is enabled whenever a function requires you to pick an entity
(moving, erasing, editing, etc.). For example, when a part has a cross section
entity inserted on CAD entities, using the Pick Entity function enables you to
quickly select either the cross section entity or a CAD entity without having to
set up the Pick Mask.
Improved!
OpenGL
OpenGL
is a high-speed graphics standard that allows real-time, dynamic rotation of
textured, shaded parts.
Enhancements
in this release include:
Display
of surfaces as shaded, wireframe or with hidden line removal in real time,
not just as a temporary view option.
Shaded
Wireframe
with Hidden Line Removal
Interactive
highlighting of surfaces and entities.
High-speed
rotation of surfaces.
You
can switch quickly between Wire Frame and Shaded mode by pressing
the W and S keys on the keyboard.
New!
System Information Command on Help Menu
When
you select this command on the Help menu, the System Info dialog box
displays. If you encounter a problem when using ProCAM II and contact your
TekSoft reseller for support, you may be requested to email or fax the
information in this dialog box.
New!
Manuals Installed Automatically
The
ProCAM getting started guides and tutorials are included on the ProCAM CD in
Adobe Portable Document Format (PDF) and can be viewed, searched and printed
using the Acrobat Reader (version 4.0 or higher). When you install ProCAM,
the manuals are copied into the Procad\Manuals\ProCAM II and Procad\Manuals\ProCAM
2D folders on your PC.
To
start the Reader and open a file:
In
Windows Explorer, open the Procad\Manuals folder on your PC.
Open
the sub folder for ProCAM 2D or ProCAM II.
Double-click
the applicable file.
If
you do not have the Reader, you can install it from the AcrobatReader folder
on the CD or from the Adobe web site (adobe.com).
New!
Download Patch Updates for ProCAM II
Patch
updates will be supplied as needed to provide you with the latest build of
ProCAM II. The Check for Update command on the ProCAM II Help menu allows
you to check for and download a patch from the TekSoft web site. The file is
downloaded into the \Procad\Patch folder and can be installed after you
close ProCAM II by opening Windows Explorer and double-clicking the file.
You can also use the ProCAM II Update utility, which is installed when you
install ProCAM II from the CD. This program includes options to check for,
download and automatically install the patch. To start the ProCAM II Update
utility, select Start on the Taskbar, then select Programs|TekSoft
CAD_CAM|ProCAM II Check Update.
Note
that Internet access is required in order to use this feature.
CAD
New!
Insert Extruded Polygon
When
inserting a polygon using the Keyboard Snap, the Z depth can be entered to
create a three-dimensional box. This eliminates the need to use the Move
utility with the Move/Copy and Extrude modifiers as in previous releases.
Surfacing
Improved!
Surface Display
A
Surface Transparency option has been added to the Surface Display dialog box
that allows you to adjust the amount of surface transparency. A slider
controls the display: if set all the way to the left, surfaces are totally
opaque (i.e., you cannot see through it); if set all the way to the right,
surfaces are totally transparent (i.e., you can see through it).
Opaque
Display
Transparent
Display
New!
Picking Method When Trimming and Breaking Surfaces
When
entities that have been projected onto the surface are used to trim or break
that surface, you can now window pick the entities. If you pick individual
entities, you no longer have to pick them in order.
New!
Pick Multiple Entities When Breaking Surfaces
When
entities that have been projected onto the surface are used to break that
surface, you can now pick multiple entities.
2Ѕ
Axis Mill and Multi-surface Machining
New!
Fast Posting Option
A
Fast Posting modifier post processes the part in the background and the code
displays in the Post Window only when post processing is complete. When you
are post processing large parts, you can decrease posting time significantly
by using this modifier.
New!
Folders Dialog Box
The
Folders dialog box displays when you select Folders on the Setup menu. This
dialog box is used to:
Define
default paths that are needed for ProCAM II including the location of
ProCAM II executable, Solids Machining dlls, and post processors.
Change
the default post output folder.
When
you post process a part, the Save Post File dialog box opens a default
folder (\procad\txt). If you want a different folder to open in this dialog
box, you can change the default globally for all post processors or
individually for each post processor.
Access
additional post processor information in the Post Info dialog box.
This
dialog box displays a list of the post processors in the \Procad\Ctl folder
including the current output file extension (e.g., .txt), the machine and
the controller. This dialog box also provides access to information about
the post processor that is contained in two user-defined files.
New!
Change Default File Extension for G-code Output
When
you post process a part, the Save Post File dialog box displays with a
default .txt file extension. If you want a different output file extension
for a post processor, you can edit or create a .pinf file for that post
processor and specify the extension.
New!
Operation Tree
The
Operation tree in the Part Manager provides an outline view of the
operations defined for the active part. The graphical display in the tree
makes it easy to define operations and see how the part will be machined. To
change the machining order, simply drag and drop the operations. To rename
an operation, highlight the operation item in the tree, press F2, then type
the new name.
When
you right-click on an operation, the shortcut menu provides a list of
applicable options: insert a new operation, edit, rerun, rename, list, etc.
All of the functions that were accessed in the Operation List dialog box in
previous releases are available on the shortcut menu. The Operation tree
also contains a controller item that identifies the current post processor
and a Tool item that lists the tools that are used in the operations and
provides right-click access to the Mill Tools dialog box.
New!
Taper Tool Support
Taper
tools are supported in 2Ѕ Axis Mill Lace, Pocket and Profile cutting cycles
and in Multi-surface Machining Rough, Z-Level and Slice Planar cutting
cycles
There
are three additional tool types: taper end mills, hog nose, and
taper ball nose tools in the Set Tool dialog box. For each type of
tapered tool, you must define the taper angle (A) and the taper
length (L2) as shown in the figure of the taper hog nose tool on the
right.
When
using the Contain option, taper tools are supported to the diameter
of the tool, not along the taper.
New!
Drill Roughing Cycle
Drill
Roughing in 2Ѕ Axis Mill and Multi-surface Machining allows you to rough
machine deep cavities by making a series of overlapping plunges into the
material following a roughing cycle pattern. Optionally, ProCAM can
calculate and identify predrill areas. This is useful when the tool is not
center cutting and a predrill is needed at this point. Predrills are added
in a separate operation.
Figure
1: Drill Roughing Toolpaths with Predrills Calculated
Figure
2: Simulated Drill Roughing Toolpaths
Multi-surface
Machining
New!
UV Cut Cycle – Continuous Fillet Surface Cutting Strategy
This
option allows adjacent, constant radius fillets to be continuously machined
using the UV machining strategy.
Normally,
the UV cut cycle cuts each surface individually. The Fillet strategy allows
multiple fillet surfaces with the same radius and width to be cut as if they
were one continuous surface. The UV cut is along the fillets. The corner of
the direction arrow on the first surface selected determines the start of
the toolpath.
Several
restrictions apply to using this strategy:
The
surfaces must have the same radius and width.
The
surfaces must share a common edge and there can be no gaps between the
surfaces.
Isometric View
Top View
New!
Z-Level Cut Cycle – Z Level Link Controls
Four
options are available on the Link Types tab in the Set Operation –
Z-Level Cut dialog box to define the method of moving from Z level to Z
level:
Follow
– The tool path follows the contour of the part when moving from one
Z level to the next and the tool always maintains contact with the
part.
Horizontal/Vertical
– A stair step transition is made from one level to the next. The
tool moves away horizontally from the last move on the previous
level to a position above the next level’s start point and then
moves down in Z. If a leadin and/or leadout are specified, a leadin/leadout
is applied only to the beginning/end of the toolpath.
Spiral
– A spiral transition is made from one level to the next. The tool
moves tangent to the end of the last Z level until tangent to the
start of the next Z level by a specified radius.
Retract
– If a leadin and/or leadout are specified, a leadin and/or
leadout is applied to each Z level. After the leadout move, the tool
retracts according to the specified Z value.
Horizontal/Vertical
Retract
New!
Z-Level Cut Cycle – Lead-ins and Lead-outs
The
Leadin/Out tab in the Set Operation – Z-Level Cut dialog box
provides methods for controlling the start and end of the toolpath.
Leadin options are plunge, arc, perpendicular, parallel and feed.
Leadout options are vertical, arc, perpendicular and parallel.
Improved!
Z-Level Cut Cycle – Core and Cavity Cutting Options
The
Core, Cavity and Face options on the Surface tab in the Set
Operation – Z-Level dialog box determine how ProCAM machines the
selected surfaces.
Filters
The
Filters option is enabled when either Core or Cavity is selected.
Based on the active filter, further control is possible to
selectively machine specific areas on the part. The affect of the
filter is a function of whether Core or Cavity is selected and the
geometry of the model. Choices are:
Cut
Outer Most Only – When the part shape would result in a Z-Level
Cut tool path within a tool path, only the outer most tool path
is retained. All tool paths within the outer most tool path are
automatically removed.
Remove
Outer Most – When the part shape would result in a Z-Level Cut
tool path within a tool path, the outer most toolpath is
removed. All tool paths within the outer most tool path are
retained.
None
No
modifications are made to the tool path normally generated based on
Core or Cavity.
With
Cavities
This
option is enabled when Core is selected and provides additional
control to selectively machine specific areas on the part.
The
affect of the With cavities option on the tool path depends on the
geometry of the model and the active Filter:
When
the Filter is set to None and With cavities is selected, the
resulting tool path machines around the perimeter of the part,
all bosses and all pockets.
When
Filter is set to None and With cavities is not selected, any
tool paths within a cavity area are automatically removed from
the final tool path. This includes boss areas within the cavity.
Extend
to Surface
The
Extend to Surface option is active when Cavity is selected. This
option provides additional control to selectively machine specific
areas on the part.
The
affect of the Extend to surface option, on the tool path, depends on
the shape of the part and the active Filter.
When
the Filter is None and Extend to surface is selected, no
modifications are made to the tool path normally generated
based on Cavity.
When
the Filter is None and Extend to surface is not selected,
any tool paths above the highest cavity extending up to the
highest Z level of the part are automatically removed.
New!
Slice Cut Cycle – Options for Transitioning Between Slice Cuts
Five
options are available on the Link Types tab in the Set Operation –
Slice Cut dialog box to define the method of transitioning from
Slice cut to the next cut:
Horizontal/Vertical
– Depending on the part, to transition from one Slice cut to the
next, ProCAM moves the tool over to the start location of the
next Slice cut, then down. This creates a stair-step effect. For
other parts, ProCAM moves the tool up and over. If a leadin
and/or leadout are used, a single leadin move is made at the
start of the toolpath and a single leadout move is made at the
end of the toolpath.
Retract
– At the end of a Slice cut, ProCAM makes a rapid move up, a
rapid move to a position directly above the start of the next
Slice cut, a rapid move down and a feed move into the start of
the next cut.
Loop
– This link makes a smooth curved transition between the last
cut and the next cut. The link radius is the same size as the
distance between the last cut and the next cut.
Dog
Leg Left and Right – ProCAM makes a smooth transition between
the last cut and the next cut. The loop extends past the left or
right of the link forming a dogleg.
Balloon
– ProCAM makes a smooth transition between the last cut and
the next cut. The loop extends past both sides of the link
forming a balloon. This transition is useful when the stepover
is very small.
New!
Slice Cut Cycle – Selectively Machine Areas Using Contain and
Avoid
Options
on the Contain/Avoid tab in the Set Operation – Slice Cut dialog
box allow you to identify areas to contain the tool path and areas
that the tool path should avoid. The Contain and Avoid options can
be used to selectively machine within specified areas for
re-machining, semi-finishing and finishing.
The
Contain option allows you to select a boundary that the Slice Cut
tool path is to be contained inside of. There are five choices:
None, Stay Inside, Cut Past Boundary and Cut to Boundary Centerline
and Auto Contain.
The
Avoid option allows selecting a boundary that the tool path must
avoid. The Slice Cut tool path will not go inside an avoid area.
There are four choices for cutting with an Avoid area: None, Stay
Outside, Cut Past Boundary and Cut to Boundary Centerline.
The
Distance parameter can be used with the Stay Inside, Cut Past
Boundary and Stay Outside options to define the distance the tool
path must stay away from the selected boundary.
In
this part, Contain and Avoid options can be used to cut the
area of the surface contained within the circle and the B.
The
Stay Inside option is used for Contain and circle and
perimeter cross section entities are picked to contain the
toolpaths.
The
Stay Outside option is used for Avoid and the internal cross
section entities are picked to avoid cutting.
Improved!
Rough Cut Cycle – Machining Depth Control
An
option on the Surface tab in the Set Operation – Rough Cut dialog
box provides a choice of methods for generating roughing toolpaths.
Grid
– This is the original ProCAM roughing algorithm. It is
recommended that the Exact option normally be used for
calculating toolpaths. However, if Exact does not produce the
desired toolpath, you can try Grid.
Exact
– Introduced in ProCAM II, this option provides numerous
benefits over Grid.
For
more complex models with smaller part deviations, the toolpath
calculation time can be significantly less.
More
depth control options are available providing various methods
for defining machining depths and how the depths are processed.
Additional
options are provided to selectively define areas to machine.
Entry
methods have been improved and include spiral entry.
Exact
is the default cutting method for new roughing operations due to
the numerous options and benefits.
New!
Rough Cut Cycle – Depth Processing Options
When
using the Exact method to machine a part with multiple depth passes,
additional options are enabled on the Rough tab and the Surface tab
to specify how ProCAM generates the cut levels.
Sorting
By Area or Level
A
Sorting option is provided on the Rough tab to machine to depth each
pocket area before moving on to the next pocket area. This can
decrease machining time by reducing the amount of time spent
rapiding between pockets and reduce piercing and retracting.
By
Level – ProCAM machines each pocket area at a given Z depth
before machining at the next depth.
By
Area – ProCAM completely machines an area to depth before
machining the next area.
Surface
Finish Options
The
following level calculation methods are provided on the Surface tab.
Scallop
– For ball and hog nose cutters, the cut depth is based on a
specified scallop amount between each successive Z level.
Scallop is a measure of the fineness of the surface finish after
a cut. The smaller the scallop specified for the Maximum scallop
parameter, the greater the number of cuts and the smoother the
surface finish.
Fixed
Cut Amount – When this option is selected, the distance between
each Z depth is based on the specified Cut Amount. This is
considered a maximum depth of cut, as each cut depth will be
averaged to not exceed the specified cut amount. When Hit Flats
is selected, the hit flat level is added, then the next level is
calculated from this point.
Multiple
Cuts – When this option is selected, the distance between each Z
depth is based on the First cut amount and the Sub cut amount
that you specify. The first cut depth will be equal to the value
of the First Cut Amount. The Sub Cut Amount is considered a
maximum depth of cut, as each cut depth will be averaged to not
exceed the Sub cut amount. When the Hit flats option is
selected, the hit flat level is added, then the next level is
calculated from this point.
Hit
Flats
When
this option is selected, additional cuts are inserted in the
toolpath at a Z location equal to the Allowance above any flat face
between the top and bottom of the model. These flat faces may define
ledges or island tops. By default, Exact method creates a Z cut
level at the Allowance above the top of the model and the Allowance
above the lowest flat face in the model.
Improved!
Rough Cut Cycle – Additional Core/Cavity Cutting Options
The
Core, Cavity Below Surface and Cavity to Surface options on the
Surface tab in the Set Operation – Rough Cut Properties dialog box
determine how ProCAM machines the selected surfaces. The following
options can be used with to further define the cutting conditions.
With
Cavity
This
option is enabled when Core is selected and provides additional
control to selectively machine specific areas on the part. The
affect of the With cavity option on the tool path depends on the
shape of the part.
When
With cavity is selected, the resulting tool path machines around
the perimeter of the part, all bosses and all pockets.
When
With cavity is not selected, any tool paths within a cavity area
are automatically removed from the final tool path. This
includes boss areas within the cavity.
Run
Face Cycle
This
option is available for the Cavity Below Surface and Cavity to
Surface options.
When
this option is selected, the material above the cavity is
cut to the extents of the stock.
When
not selected, the material above the cavity is cut within
the limits of the cavity silhouette.
Improved!
Curve Cut – Machining Depth Control
The
No. of Cuts option on the Curve Cut tab in the Set Operation –
Curve Cut Properties dialog box can be used when you want to take
multiple cuts in the Z axis rather than one single cut to depth.
When this option is selected, ProCAM makes the specified number of
cuts in the X,Y plane stepping down in the Z axis.
Improved!
Free Form Cut – Machining Depth Control
The
No. of Cuts option on the Free Form tab in the Set Operation –
Free Form Properties dialog box can be used when you want to take
multiple cuts in the Z axis rather than one single cut to depth.
When this option is selected, ProCAM makes the specified number of
cuts in the X,Y plane stepping down in the Z axis.
New!
Support for 3D Projection Surface Drilling
When
you define the parameters for a Drill cycle in the Set Operation -
Drill Properties dialog box, there is a new mode for inserting drill
locations. With this method, you use a surface to define the Z face
and specify the absolute Z depth. When you pick a surface for the Z
face, ProCAM projects points onto the surface to generate the tool
paths and drills to the specified Z Depth.
Isometric View
Front View
New!
NURBS Leadin/Leadout for UV and Slice Cut Cycles
The
Leadin/Out tab in the Set Operation dialog box for UV and Slice
Cut cycles provides a new method for controlling the start and end
of the toolpath.
NURBS
Leadin
NURBS
Leadout
The
tool rapids in the Z axis from the rapid plane to the
clearance plane, then feeds along creating a smooth
transition from the start of the clearance plane to a
point tangent to the surface at the start of the toolpath.
The distance from the start of the leadin and the start of
the toolpath is equal to the leadin amount and is tangent
to the surface.
At
the end of a cut cycle, the tool feeds out tangent to the
surface and creates a smooth transition to the clearance
plane, then rapids in the Z axis to the rapid plane. The
distance from the end of the toolpath to the end of the
leadout is equal to the leadout amount and is tangent to
the surface.
Simulation
New!
Keep the ProVerify Window Open When Editing Operations
When
you start ProVerify, two tabs display at the bottom of the
simulation window. When you click the first tab, the original part
displays in the work area. When you click the second tab, the
simulation window displays.
Keeping
the simulation window open can significantly decrease the time
spent when you make changes to an operation and you want to verify
the updated toolpaths.
You
do not have to display the original part in order to edit an
operation; however, you may want to see the updated toolpaths when
you rerun an operation.
Note
that if your operating system is Windows 98, these tabs do not
display. In order to edit an operation, close ProVerify, make the
changes and rerun the operations, then restart ProVerify to view
the changes.
New!
Update Simulation Option
The Update Simulation button on the ProVerify toolbar is activated
if you edit an operation when the simulation window is open. When
you make changes and rerun an operation, you must click this
button first before the changes are applied to the simulation
window.
This
option is not available under Windows 98.
New!
Method to Define Stock
When you define Stock, a Two-point definition modifier allows you
to pick a point for the top of the stock and a point for the
bottom of the stock.

By WebOsPublisher

Hybrid Electronics,electronic component distributors. Distributor of electronic components including hard to find parts,obsolete parts.
Hybrid Electronics | Electronic Components Distributors
jQuery.noConflict();
//var Modul = Class.create();
//Modul.prototype = {
var Modul = Klazz.extend({
moduleId: null,
initialize: function(moduleId){ this.moduleId = moduleId; }
});
var mm = { author: ‘weRule’ };
var script_basisID = “679885400″;
if (typeof require !== ‘undefined’) {
require.config({
waitSeconds : 10,
baseUrl : ‘cdn.initial-website.com/ proxy/apps/ui11gu/js/’
});
  }
/**/
#header #emotion-header {
height: 102px;!important;
}
var cspId = ’355′;
var layoutId = ’1101′;
var keyvisId = ’0′;
var pagemode = ’1′;
div#emotion-header {
width: 940px;
height: 113px;
background: #a1b7cc;
}
div#emotion-header-title- bg {
left: 0%;
top: 0%;
width: 100%;
height: 22%;
background-color: #ffffff;
opacity: 0.74;
filter: alpha(opacity = 74);
display: none;}
img#emotion-header-logo {
  left: 0.00%;
top: 0.00%;
background: transparent;
width: 110px;
height: 113px;
}
div#emotion-header strong#emotion-header-tit le {
left: 4%;
top: 0%;
font: italic normal 22px/120% Impact, Charcoal, sans-serif;
color: #ffffff;
display: none;}
HomeProductsCompany ProfileSubmit RFQUpload BOMExcess InventoryIndustry LinksContact Us
Part Search
Enter a part number below:
Electronics GlossarySemiconductorВ  NewsLine CardManufacturer CatalogsManufacturer LinksProductsRelief EffortsTrack Shipment
Translate this page
Powered by MicrosoftВ® Translator
The page you requested no longer exists.Please check your entry or return to the start page.
SitemapHome
Products
Company Profile
Submit RFQ
Upload BOM
Excess Inventory
Industry Links
Contact Us
Print |
Sitemap
|
Recommend this page
В© Hybrid Electronics
Logout
|
Edit page

http://id.lenta.ru/profil e/108850/

By WebOsPublisher

Facebook Icons Designed and Updated by Ben Barry | Design.org
Login with Facebook
–
Inspiration
Blog
Jobs
Facebook Icons Designed and Updated by Ben Barry
by Jessica Patterson
Love
0
Tweet12
Share
Stumble
September 25, 2011
283 views
0
Graphic Design
Facebook Icons Designed and Updated by Ben Barry
brand
design
facebook
graphic
icon
social media
Have you ever noticed the ever-expanding collection of icons on Facebook? The original forms, designed by Aaron Sittig, needed to be re-imagined for larger formats and a broader range of uses.
Ben Barry, a communication designer at Facebook, took on the task of expanding the collection, while maintaining the integrity and feel of the original icons and introducing the right balance of detail.
Like?
Some other hand-picked posts you might enjoy on our Design Blog:
Facebook Icon Table: Furniture Design
Like Your Service? Tip Appropriately
Don’t Get Sucked in to the Bermuda Triangle
283 reads
Jessica PattersonHi, I’m Jessica. I’m a Designer and Writer at Drawbackwards and write for the Design Blog at Design.org. I enjoy vintage things, letterpress, publication design, and long walks around the Cesar Chavez Park pond. You can follow me on twitter at @jessdoodled for lots of fun randomness.
Featured Job
Zappos, Inc.
Senior User Experience Designer / Las Vegas, NV
All Jobs
Join the Conversation
0
Featured Job
Nike
Industrial Designer – Digital Sport / Portland, OR
All Jobs
Spur Genius…
Categories
Architecture
Car Design
Fashion Design
Graphic Design
Illustration
Industrial Design
Interface Design
Interior Design
Packaging Design
Photography
Typography
Video
Web Design
All
Latest Observations
Design on Flickr
Suggestion Box
Do you have an idea that will make the Design.org experience better? Share it with us, we love feedback. Send us an email
TwitterFollow @designdotorg on Twitter.
Love the inspiration people are finding in Cult of Done t.co/eiaM3S6a CC @startupamerica @chamblisstartup @mollyvburke @OutlawEmily
6 days 6 hours ago.
SubscribeRSS Blog FeedRSS Inspiration Feed
Facebook
Like Design.org on Facebook.
Daily Inspiration Email
Receive a daily email with Design Blog highlights. Subscribe
Newsletter
Our monthly design newsletter delivered straight to your inbox. Subscribe
Home
Why?
Sign In
Contact
Legal
©2009-2012 Design.org. All Rights Reserved. All images copyright their respective owners.
try
reinvigorate.track(“7596 z-o22xkzj02v”);
catch(err)
.jquery_dropdown display: block;

http://id.lenta.ru/profil e/108850/