BikeModelIdear2022
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20221114EndOfMArketsClinicsEndz.HP.txt
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20221114EndOfMArketsClinicsEndz.HP.txt
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Original Text
20221114EndOfMarketsClinicsEndz.HP.txt
So the end of the season approaching and or at
for some, Farmers Markets
most seasonal ended October like AnnanDale?
Reston stays open until Xmas with a crafts,
but run by the Reston Association
after the county ends their term
Some markets are Year Round,
heady souls braving weather,
travel, some prepared and stocked items,
some foods keep in a cellar and can freeze others don't
and have to stay warm,
or rot,
Clinics, TBH season has ended,
from what i gather,
i went to a little of the BikeBikeEveryWhere
instead, as rain forecast and had done
40 miles not enough energy for the other 10
and suggested a Bike Model,
kind of cadaver like for anatomy class
but FrankenBike it and make it alive,
so 3D model,
starting like SugarLabs/ OLPC
Pippy Python learning/ training
environment Physics example program
you can create objects and then do something
with them, like circles, spheres/ balls
and then start and bounce,
it has some gravity, so depending on where started,
up, and high , bouncing against other objects,
or a seesaw like lever
and how that might work larger scale,
running SugarLabs on faster equipment than an XO-1
like a regular desktop,
and see that the limitations are,
but going much further,
Jobst The Wheel book had modelling of the physics
of the wheel, but proprietary,
modelling more of the entire bike
and community shop, might be interesting
and on up to a degree,
possibly as large as BikeBikeEveryWhere itself,
and a generator of income, perhaps
as might have been mentioned online,
at the end of the con by one guy,
so so many things,
and how much energy to do with that?
Do i have that kind of enery, or just the idea
nad get it started, then relegated to grunt work
like a lot of things,
others take it over,
so the social aspects get bad quickly with me,
or it doensn't get done,
as coming up with the idea
is about all the energy i have,
most of the time,
many examples of that up here,
perhaps,
But object oriented
and attach a tool with parts,
a screw has a head and Phillips,
slot, standard, straight,
hex/ Allen, etc,
and a size
threads per inch
direction andlength,
and a visibility, location on the screen
x, y, z,
it's likley a cylinder with a cap
and threads and maybe a point,
or a flat
wood screws are pointy,
metal ones different, and
the composition,
an alloy?
how much, and any iron?
so magnet test,
and strength,
finish?
marine and water resistant?
or will it rust?
metric or standard size?
and that's a very small part,
then where to find it,
in a shop, store, online,
and what does it look like?
can you visualize it from the description
and what mental model do you have
that maybe a novice or kid doesn't
and vice versa, what do you learn
with them?
fun?
other ways of looking at things,
and in simulation or virtual
can what be done with it,
without getting hurt?
video game it?
create challenges,
name that part?
describe the theory of operations?
how does it work,
where does it fit?
and gamify finding them in the Community Bike Shop,
and/or what tools do you use?
and in a pinch what else?
multi tool?
say you strip a bolt,
edges are bent off and how to remove,
unfreeze it?
tried vise grips and now mean to get it off,
did it have loctite?
seized bolt?
waht chemicals?
is it safe to flame throw on it,
warm it up, maybe energy that way?
and flammable?
toxins?
and other dangers?
you're too young for that, but in therory
what might do it?
without as much risk,
physically,
rapping knuckles,
we will get to that,
but now at 10 not doing that
yet, as most shops are 13 years old,
but learning and the curiosity of mechanical is way
younger,
the magic and marvel that happens
first from riding, learning to ride,
even as a passenger,
say in a trailer....
then graduating to 3 wheels,
earning your pedals,
2 wheels
balancing
and how does it say up?
what is centrifugal force?
do the wheels matter?
what about size of wheels?
small wheels and pot hols?
bunny hop and logs?
curbs,
and other CrashTestDummy Stuff?
single step it forward,
just before,
what speed?
what weight?
how big a curb/ log?
how to work around the obstacle?
and way up there counter stearing?
like motorcycles?
eBikes
scooters,
skate boards,
and risks,
pup up the front wheels,
slide of the board,
like stunt people on rails,
edges, etc,
specific terms for that,
shredding,
etc...
But on to other objects,
as commercializing it,
trading
and down to 3D scanning and printing,
rare parts , at different places around the world?
metric or English?
standard?
so Japanese
French
British
American
Schwinn
26" wheels,
various ISO sizes
and differences
wheels
say from 6" scooters
12
14
16 popular with trailers
20 inch
and people growing
24 inch
26
27 700 and differences there
29
fat tire
recumbents
and developing a library
components of the bike/ systems
so frame,
holds things together,
likely tubing inside and outside diameter
thickness
difference
and joints
welded hour?
what materials?
aluminum
steel?
carbon?
bamboo?
and headset
front steering
how is that connected?
a stem
to handle bars
to grips
shifting/
Brifters?
combination of Brakes and Shifters
gears?
how many?
where?
what type?
brakes?
hubs?
spoke
rim
rim tape
spoke between hub and rim
size? gauge?
nipples
rube?
tire
valve stem?
schrader/ presta?
something else?
tubeless?
glue
patch
and a process,
or procedure
fixing a flat
and walk through that,
images may help
and across languages
point to the picture like a food menu
and order by number?
down to time
materials,
modeling the shop
flow in and out
what a customer touches
costing the visit,
is it a stand time?
volunteering for Earn a bike
a lot of the software v paper 2 was about business math
databases of bikes to parts to labor,
supplies,
and inventory,
cost
but they physics of the actual store/ shop/
community is the object,
assembling one,more
volume
say assembling a bike
as a holiday gift,
popular this time of year?
given instruction?
or make itup
building custom
and designing a bike
how tall?
measurements?
step over heights
trunk heights,
and short people
women and dimensions too
packing things on
touring
and utility
and custom/ tub bikes
bucket bikes
the different designs of those
learning
different brake systems
center pull
side pull
V Brakes
cantilever
posts
pads,
noodle?
and various small parts
adjusting
tuning
truing
disk
calipers
and on and on,
both the language
actions and verbs
objects anatomy
and algorithms
procedures
some more art than science
but how it works
and physics underneath
friction
holds wheels on pavement/s dirt/sand
and what that brakes/ stops
as on ice,
heat
generated in hubs
and reducing with lubricants/
oil
grease
how does a chain work
how do oil a chain
whit what?
Teflon?
soy alternatives?
viscosity?
do you oil a cable housing?
for brakes?
shifting?
new or what type?
and usnits
foot pounds
newton meters
for torque wrenches
reasonable ranges
and a physical challenge to loosen a bolt
seized? sp?
frozen?
bottom bracket?
old/ rusted/
penetrating oil?
heat?
impulse
cheater bar
and angular momentum/
mechanical advantage?
PSI Pounds per Square Inch
pressure on tubes and tires
between flat
to 30 PSI
to 60
to 100_
skinny tired
how much is a brake lever in strength?
cables need to be 3x? the maximum
one can grasp?
and how that works?
can you measure that?
and down to 3D printing
if you have the shapes and descriptions of an objecdt
and say out of patent,
can you fabricate it?
out of what materials?
supply and demand
say have a special nut/ bolt loosened for a freehub
or cassette
quadcopter/ drone it between shops?
instead of run/ ride/ drive it over
small enough?
cheap enough?
if it goes down?
safety to travel
and people calling in directions
touring,
maps
and means
camping
loads and wights
if i put a set of groceries on the back,
say the label say 40 pounds
the rack can take
what does that do to steering
work and energy going up hills?
with a 160 mm crank arm
a gear ratio
of
mechanical advantage?
and hills
what grade/ percent?
loose packed dirt or pavement
and then down hill
standing on pedals
or down on the seat?
weight of the rider,
gear and backpack?
lights and lumens seen from how far?
and crash analysis
could this accident have happened
as described,
physics wise?
so myth busters too
but only some of the beginnings of the Idears,
and uses,
and techniques and how...
Blender and lots of 3D stuff,
for animation
but more physics to it,
andmotion
statics
and dynamics
mechanical engineers may know a lot more
but is it accessible
and across language?
but point to the screen and a how does it work?
how do you think it works?
test it against a model?
and talk it through and/or show
before getting dirty, hurt,
missing parts, tools and learning mostly
plus the transfer of knowledge
what ifs?
Modified Text
20221114EndOfMarketsClinicsEndz.HP.txt
So the end of the season approaching and or at
for some, Farmers Markets
most seasonal ended October like AnnanDale?
Reston stays open until Xmas with a crafts,
but run by the Reston Association
after the county ends their term
Some markets are Year Round,
heady souls braving weather,
travel, some prepared and stocked items,
some foods keep in a cellar and can freeze others don't
and have to stay warm,
or rot,
Clinics, TBH season has ended,
from what i gather,
i went to a little of the BikeBikeEveryWhere
instead, as rain forecast and had done
40 miles not enough energy for the other 10
and suggested a Bike Model,
kind of cadaver like for anatomy class
but FrankenBike it and make it alive,
so 3D model,
starting like SugarLabs/ OLPC
Pippy Python learning/ training
environment Physics example program
you can create objects and then do something
with them, like circles, spherss/ balls
and then start and bounce,
it has some gravity, so depending on where started,
up, and bih, bouncing against other objects,
or a seesaw like lever
and how that might work larger scale,
runing SugarLabs on faster equoopment than an XO-1
like a regular desktop,
and see that the limitations are,
but going much further,
Jobst The Wheel book had modelling of the phyiscs
of the wheel, but proprietary,
modelling more of the entire bike
and community shop, might be interesting
and on up to a degree,
possibly as large as BikeBikeEveryWhere itself,
and a generator of income, perhaps
as might have been mentioned online,
at the end of the con by one guy,
so so many things,
and how much energy to do with that?
Do i have that kind of enery, or just the idea
nad get it started, then relegated to grunt work
like a lot of things,
others take it over,
so the social aspects get bad quickly with me,
or it doensn't get done,
as coming up with the idea
is about all the energy i have,
most of the time,
many examples of that up here,
perhaps,
But object oriented
and attach a tool with parts,
a screw has a head and phillips,
slot, standard, stright,
hex/ allen, etc,
and a size
threads per inch
direction andlength,
and a visibility, location on the screen
x, y, z,
it's likey a cylinder with a cape
and threads and maybe a point,
or a flat
wood screws are pointy,
metal ones different, and
the composition,
an alloy?
how much, and any iron?
so magnet test,
and strength,
finish?
marine and water resistant?
or will it rust?
metric or standard size?
and that's a very small part,
then where to find it,
in a shop, store, online,
and what does it look like?
can you visualize it from the description
and what mental model do you have
that maybe a novice or kid doesn't
and vice versa, what d o you learn
with them?
fun?
other ways of looking at things,
and in simulation or virtual
can what be done wit hit,
without getting hurt?
video game it?
create challenges,
name that part?
describe the theory of operations?
how does it work,
where d oes it fid?
and gamify finding them in the Community Bike Shop,
and/or what tools do you use?
and in a pinch what else?
multi tool?
say you strip a bolt,
edges are bent off and how to remove,
unfrezze it?
tried bise grips and now nean to get it off,
did it have loctitie?
seized bolt?
waht chemicals?
is it safe to flame throug on it,
warm it up, maybe energy that way?
and flammable?
toxins?
and other dangers?
you're too young for that, but in therory
what might do it?
without as much rsik,
physically,
rapping knuckles,
we will get to that,
but now at 10 not doing that
yet, as most shops are 13 years old,
but learning and the curiosity of mechanical is way
younger,
the magic and marvel that happens
first from riding, learning to ride,
even as a passenger,
say in a trailer....
then graduating to 3 wheels,
earning your pedals,
2 wheels
balancing
and how does it say up?
what is centrifical force?
do the wheels matter?
what about size of wheels?
small wheels and pot hols?
bunny hop and logs?
curbs,
and other CrashTestDummy Stuff?
single step it forward,
just befoer,
what speed?
what weight?
how big a curb/ log?
how to work around the obstacle?
and way up there counter stearing?
like motorcycles?
eBikes
scooters,
skate boards,
and risks,
pup up the front wheels,
slide of the board,
like stunt people on rails,
edges, etc,
specific terms for that,
shredding,
etc...
But on to other objects,
as commercializing it,
trading
and down to 3D scanning and printing,
rare parts , at differnt places aroudn the world?
metric or english?
standard?
so japanese
French
British
American
Schwinn
26" wheels,
various ISO sizes
and differences
wheels
say from 6" scooters
12
14
16 popular with trailers
20 inch
and people growing
26 inch
26
27 700 and differences there
29
fat tire
recumbents
andd developing a library
components of the bike/ systems
so frame,
holds things together,
likely tubing inside and outside diameter
thickness
difference
and joints
welded hour?
what materials?
aluminum
steel?
carbon?
bamboo?
and headset
front steering
how is that connected?
a stem
to handle bars
to grips
shifting/
Brifters?
combination of Brakes and Shifters
gears?
how many?
where?
what type?
brakes?
hubs?
spoke
rim
rim tape
spoke between hub and rim
size? guage?
nipples
rube?
tire
valve stem?
schrader/ presta?
somethign else?
tubelsss?
glue
patch
and a process,
or procedure
fixing a flat
and walk through that,
images may help
and across languuages
point to thepicdture like a food menu
and order by number?
down to time
materials,
modeling the shop
flow in and out
what a customer touches
costing the visit,
is it a stand time?
volunteering for Earn a bike
a lot of the software v paper 2 was about business math
databases of bikes to parts to labor,
supplies,
and inventory,
cost
but they physics of the actual store/ shop/
community is the objecdt,
assembling one,more
volume
say asembling a bike
as a holiday gift,
popular this time of year?
given instruction?
or make itup
building custom
and designing a bike
how tall?
measurements?
step over heights
trunk heights,
and short people
women and dimentions too
packing things on
touring
anduntility
and custom/ tub bikes
bucket bikes
the differnt designs of those
learning
differnt brake systems
center pull
side pull
V Brakes
cantilever
posts
pads,
noodle?
and various small parts
adjusting
tuning
truing
disk
calipers
and on and on,
both the language
actions and verbs
objects anatomy
and algorithsm
procedures
some more art than science
but how it works
and physics underneath
friction
holds wheels on pavement/s dirt/sand
and what that breaks/ stopps
as on ice,
heat
generated in hubs
and reducing with lubricants/
oil
grease
how does a chain work
how do oil a chain
whit what?
teflon?
soy alternatives?
viscosity?
do you oil a cable housing?
for brakes?
shifting?
new or what type?
and usnits
foot pounds
newton meters
for torque qrenches
reasonable ranges
anda physical challenge to loosen a bolt
seized? sp?
frozen?
bottom bracket?
old/ rusted/
penetrating oil?
heat?
impulase
cheater bar
and angular momentum/
mechanical advantage?
PSI Pounds per Square Inch
pressure on tubes and tires
between flat
to 30 PSI
to 60
to 100_
skinny tired
how much is a brake lever in strength?
cables need to be 3x? the maximum
one can grasp?
and how that owrks?
can you measure that?
and down to 3D printing
if you have the shapes and descriptions of an objecdt
and say out of patent,
can you fabricatae it?
out of what materials?
supply and demand
say have a special nut/ bolt loosener for a freehub
or cassettee
quadcopter/ drone it between shops?
instead of run/ ride/ drive it over
small enough?
cheap enough?
if it goes down?
safety to travel
and people calling in directions
touring,
maps
and menas
camping
loads and wights
if i put a set of groceries on the back,
say the label say 40 pounds
the rack can take
what does that do to stearing
work and energy going up hills?
with a 160 mm crank arm
a gear ratio
of
mechanical advantage?
and hills
what grade/ percent?
loose packed irt of pavement
and then down hill
standing on pedals
or down on the seat?
weight of the rider,
gear and backpack?
lights and lumens seen from how far?
and crash analysis
could this accident have happened
as described,
physics wise?
so myth busters too
but only some of the beginnings of the Idears,
and uses,
and techniques and how...
Blender and lots of 3D stuff,
for animation
but more physics to it,
andmotion
statics
and dynamics
mechanical engineers may know a lot more
but is it accessible
and across language?
but point to the screen and a how does it work?
how do you think it works?
test it against a model?
and tlak it through and/or show
befoer getingdurty, hurt,
mising parts, and learning mostly
plus the transfer of knowledge
what ifs?
What's Missing?
What Can Be Found?
What Can Not Be Found?
How To Analyze?
Lenses
Assumptions
Time Limits
Book Data
ISBN
Bound
CopyRight
Pages
index
Links
Conclusion
Summary of experience or similar
Discussion
A place for feedback on the page presented
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