Assembly Mechanisms: Difference between revisions

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(Created page with "Physical Compression Mate (ex. Riveting) Fluid Compression Mate (ex. Hydroformed Assembly) Thread Compression (ex. Bolts and Nuts, C-Clamp) Magnetic Attraction (ex. Electromag...")
 
 
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Physical Compression Mate (ex. Riveting)
=README=


Fluid Compression Mate (ex. Hydroformed Assembly)
There's only so many ways things are attached together. Whenever you see a mechanical connection, try to find what assembly mechanism it uses!


Thread Compression (ex. Bolts and Nuts, C-Clamp)
*One piece, like a continuous block of steel.
*Soldered, brazed, or welded, like connecting copper to copper using molten-then-cooled tin-copper alloy.
*Adhered, like glue sticking paper to paper
*Fastened with thread, like with a machine screw or a bolt and nut.
*Pressure differential, like with suction cups.
*Plain contact, like a picture frame mounted on the head of a screw in the wall.
*Friction, like a semi-compressed spring holding itself inside a round tube.
*Weave, like a uniform cotton fabric pattern.
*Magnetic, like with 2 magnets attracting each other.
*Buoyant, like with a piece of wood floating on top of a tub of water.
*Gravity, like with a steel weight holding down a length of wire.


Magnetic Attraction (ex. Electromagnet Mount)
=Intermolecular=
<gallery perrow=6>
File: molecularassy4.jpg|LED Soldered to Resistor
File: molecularassy5.jpg|Brazed Bicycle Frame
File: molecularassy6.jpg|TIG Welded Pipes
File: molecularassy9.jpg|Friction Welded Pipes
File: molecularassy7.jpg|Pressure Welded Wire Mesh
File: molecularassy10.jpg|Motors Epoxied to Plastic
File: molecularassy11.jpg|Glued Wood Endtable
File: molecularassy12.jpg|Thermoplastic Heat-layer 3D Printing
File: molecularassy13.gif|Ink Heat-layer 2D Printing


Operated Molecular (ex. Gluing, Soldering, Brazing, Welding)
</gallery>


Molecular (ex. Cast Iron, Cast Aluminum)
=Thread=


Pressure Differential (ex. Suction Lever, Vacuum Pump)
<gallery perrow=6>


Weight (ex. Paperweight)
File: lspic6.jpg| Light Screen C-Clamped to Steel Tube
File: Machinescwguit.jpg| Screwed Guitar Cover
File: threadassy3.jpg| Wood Fastened by Nut and Bolt
File: threadassy4.jpg| Thread as Linear Guide to Nut
File: ballscrew111.jpg| Ballscrew and Ballscrew Nut
 
 
</gallery>
 
=Tension=
 
<gallery perrow=6>
 
File: tensionassy.jpg|Discrete Electronics Tension-Held by Breadboard
File: setscrew111.jpg| Small Rod Connected to Large Rod with Setscrew Coupling
File: clampshaftcollar.gif|Clamp-on Shaft Collar
File: wormscrewhoseclamp.jpg|Worm Screw Hose Clamp
File: springhoseclamp.jpg|Spring Hose Clamp
 
</gallery>
 
=Plain Contact=
 
<gallery perrow=6>
 
File: holdassy.jpg|2 Carabiners holding Rope
File: rivet.jpg|Plate Riveted to Plate
File: hinge111.jpg|Piano Hinge
File: roundlinearslide.jpg|Round Linear Slide
File: dovetailassy.jpg|Dovetail Linear Slide
File: boxedassy.jpg|Boxed Way Linear Slide
 
</gallery>
 
=Rolling Contact=
 
<gallery perrow=6>
 
File: rollerwheellinear.jpg|Roller Wheel Slide
File: ballbearing11.jpg|Ball Bearing
File: taperrollerbearing11.jpg|Tapered Roller Bearing
File: slewingbearing111.jpg|Slewing Bearing
 
</gallery>
 
=Magnetic=
 
<gallery>
 
File: magassy.jpg|Magnets Repelled and Attracted by Magnets
File: magnet2.JPG|Electromagnet Attracting Iron-containing Paperclips
 
</gallery>
 
=Pressure Differential=
 
<gallery>
 
File: plungerassy.jpg|Plunger Assembled with Suction on Computer Screen
 
</gallery>
 
=Weight=
 
<gallery>
 
File: Leather-book-weight.jpg|Weight Holding Book Paper Down
 
</gallery>
 
=Woven=
 
<gallery>
 
File: wovenassy.jpg|Plain Weave
 
 
</gallery>

Latest revision as of 05:44, 6 January 2013

README

There's only so many ways things are attached together. Whenever you see a mechanical connection, try to find what assembly mechanism it uses!

  • One piece, like a continuous block of steel.
  • Soldered, brazed, or welded, like connecting copper to copper using molten-then-cooled tin-copper alloy.
  • Adhered, like glue sticking paper to paper
  • Fastened with thread, like with a machine screw or a bolt and nut.
  • Pressure differential, like with suction cups.
  • Plain contact, like a picture frame mounted on the head of a screw in the wall.
  • Friction, like a semi-compressed spring holding itself inside a round tube.
  • Weave, like a uniform cotton fabric pattern.
  • Magnetic, like with 2 magnets attracting each other.
  • Buoyant, like with a piece of wood floating on top of a tub of water.
  • Gravity, like with a steel weight holding down a length of wire.

Intermolecular

Thread

Tension

Plain Contact

Rolling Contact

Magnetic

Pressure Differential

Weight

Woven