[simpits-tech] May the Force Feedback be with you...

Akin, Keenan L simpits-tech@simpits.org
Mon, 10 Feb 2003 07:30:11 -0600 

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Are there any comments to my airless FF schematic?  I am only trying to =
get FF proportional to airspeed.  I am not trying to replicate AOA, =
turbulence, etc.  Does this look like it is going somewhere?
=20
Keenan

-----Original Message-----
From: Keenan Akin [mailto:kakin@yhti.net]
Sent: Sunday, February 09, 2003 12:39 PM
To: simpits-tech@simpits.org
Subject: Re: [simpits-tech] May the Force Feedback be with you...


Boy, what a mess I started...

Attached is another thought.  Please view this diagram as a schematic =
concept only, not as mechanically representative.  The thought is that =
the spring provides the increasing load proportional to stick =
displacement (and for moving the stick to center).  The servo (or other =
method) moves the pivot point of the lever that reduces mechanical =
advantage to the stick as airspeed increases (thereby varying required =
force on the stick proportionate to airspeed).  The trim wheel turns a =
jackscrew which displaces the entire load mechanism (and therefore the =
stick position).

Thoughts?

Keenan



Stig Joergensen wrote:


Well i think i will chip in here as well

Attached is a diagram of what is was thinking...

Use one cylinder to control the amount of force required to move the
stick and an other cylinder to control of center position, this cylinder
piston is mounted on the first cylinders air compartment, so the "force
cylinder" is moved by the "centre cylinder"...

this should be able to give you total free movement found in a lowspeed
stall and you should also be able to control the force required at
higher speed

/Stig

  _____ =20


=20



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<DIV><FONT color=3D#0000ff face=3DArial size=3D2><SPAN =
class=3D158192713-10022003>Are=20
there any comments to my airless FF schematic?&nbsp; I am only trying to =
get FF=20
proportional to airspeed.&nbsp; I am not trying to replicate AOA, =
turbulence,=20
etc.&nbsp; Does this look like it is going =
somewhere?</SPAN></FONT></DIV>
<DIV><FONT color=3D#0000ff face=3DArial size=3D2><SPAN=20
class=3D158192713-10022003></SPAN></FONT>&nbsp;</DIV>
<DIV><FONT color=3D#0000ff face=3DArial size=3D2><SPAN=20
class=3D158192713-10022003>Keenan</SPAN></FONT></DIV>
<BLOCKQUOTE>
  <DIV align=3Dleft class=3DOutlookMessageHeader dir=3Dltr><FONT =
face=3DTahoma=20
  size=3D2>-----Original Message-----<BR><B>From:</B> Keenan Akin=20
  [mailto:kakin@yhti.net]<BR><B>Sent:</B> Sunday, February 09, 2003 =
12:39=20
  PM<BR><B>To:</B> simpits-tech@simpits.org<BR><B>Subject:</B> Re:=20
  [simpits-tech] May the Force Feedback be with =
you...<BR><BR></DIV></FONT>Boy,=20
  what a mess I started...<BR><BR>Attached is another thought. =
&nbsp;Please view=20
  this diagram as a schematic concept only, not as mechanically =
representative.=20
  &nbsp;The thought is that the spring provides the increasing load =
proportional=20
  to stick displacement (and for moving the stick to center). &nbsp;The =
servo=20
  (or other method) moves the pivot point of the lever that reduces =
mechanical=20
  advantage to the stick as airspeed increases (thereby varying required =
force=20
  on the stick proportionate to airspeed). &nbsp;The trim wheel turns a=20
  jackscrew which displaces the entire load mechanism (and therefore the =
stick=20
  position).<BR><BR>Thoughts?<BR><BR>Keenan<BR><BR><BR><BR>Stig =
Joergensen=20
  wrote:<BR>
  <BLOCKQUOTE=20
  cite=3D"mid:1463224A44C62243973321FB317A34E1B46E@exchange.clearsky.dk" =

  type=3D"cite"><PRE wrap=3D"">Well i think i will chip in here as =
well<BR><BR>Attached is a diagram of what is was thinking...<BR><BR>Use =
one cylinder to control the amount of force required to move =
the<BR>stick and an other cylinder to control of center position, this =
cylinder<BR>piston is mounted on the first cylinders air compartment, so =
the "force<BR>cylinder" is moved by the "centre cylinder"...<BR><BR>this =
should be able to give you total free movement found in a =
lowspeed<BR>stall and you should also be able to control the force =
required at<BR>higher speed<BR><BR>/Stig<BR></PRE><BR>
    <HR SIZE=3D4 width=3D"90%">
    <BR>
    <CENTER><IMG src=3D"cid:158192713@10022003-36eb">=20
</CENTER></BLOCKQUOTE><BR></BLOCKQUOTE></BODY></HTML>

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