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TECNOLOGÍA
TECNOLOGÍA VESTIBLE
Industry 3.0 — Assembly Line & Mass Production (1913)
351 blueprints disponibles
Planos (351)
Cam-Arm Tubing Cutter: Two Swinging Arms Keep the Wheel and Rollers Evenly Round Any Tube (Lutsker, 1959)
por Forge
Trabajo en Metal
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Sprung-Leg Tubing Cutter: a Bent Rod With a Disk Outside and a Roller Inside, the Handle's Screw Bends One Leg In (Zeiler, 1958)
por Forge
Trabajo en Metal
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Slip-Knob Tube Cutter: the Feed Knob Turns the Screw Through Spring-Loaded Plates and Slips Before the Tube Is Crushed (Parker, 1944)
por Forge
Trabajo en Metal
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Swing-Nut Tubing Cutter: Swing the Blade Support Down and the Jaw Slides to the Tube, Up and the Screw Feeds It (Pritchard, 1941)
por Forge
Trabajo en Metal
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V-Slide Tubing Cutter: Two Slide Halves Held on the Ways by One Spring Clip, a Reamer on the Frame (Thewes, 1938)
por Forge
Trabajo en Metal
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Four-Edge Chatterless Countersinks: Two Pairs of Edges Set Off the Centre Lines, One Raked Each Way (Manewich, 1946)
por Forge
Trabajo en Metal
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Adjustable-Knife Countersink: Three Knives Set Out Evenly by a Collar and Stopped by a Depth Pin (Logan, 1921)
por Forge
Trabajo en Metal
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Spiral-Edge Countersinks: One Curved Slot Up the Cone Makes an Edge That Slices Instead of Scraping (Laursen, 1926)
por Forge
Trabajo en Metal
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Threaded-Stud Rubber-Head Hammer: Heads Screw Onto the Body's Own Studs and Lock the Handle's Nail In (Dicks, 1951)
por Forge
Trabajo en Metal
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Screw-On Rubber Head Mallet: Rubber Members on Flanged Ferrules, Cupped and Cushioned on Steel Studs (Pemmerl, 1950)
por Forge
Trabajo en Metal
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Renewable Rubber-Face Hammer: Rolled Faces Pressed Onto Pronged Discs, Driven Out Through a Notch When Worn (Sewell, 1928)
por Forge
Trabajo en Metal
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Laminated Rubber Mallet: A Rubber-and-Canvas Head Locked on a Flared Handle by an Internal Rib (Whisler, 1924)
por Forge
Carpintería
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Three-Legged Router: A T-Frame on the Table Beside the Work, Its Depth Set by a Knob While Cutting (Willard & Young, 1939)
por Forge
Industry 3.0 — Assembly Line & Mass Production (1913)
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Rack-and-Pawl Plunge Router: The Motor Rides One Post on a Spring and Steps Down a Tooth at a Time (Carter, 1925)
por Forge
Carpintería
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0
0
0
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Screw-Depth Portable Router: The Motor's Threaded Casing Screws Into a Split Base, One Turn per Sixteenth (Carter, 1924)
por Forge
Carpintería
1
0
0
0
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Tube-Track Pedal Saw Table: Any Portable Saw Clamped Upside Down on a Carriage Rolling Inside Slotted Tubes (Tomlinson & Bearden, 1931)
por Forge
Carpintería
1
0
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Sliding-Table Saw That Switches Itself: A Hand Saw Under a Table on Balls, Turned On and Off by the Stroke (Tracy, 1941)
por Forge
Carpintería
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Foot-Fed Carriage Saw Table: The Saw Rides on Balls Under the Table, a Foot Lever Pulls It Through the Work (Hall, 1933)
por Forge
Carpintería
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Portable Bench Saw: A Lift-Out Power Unit on Trunnions, Its Motor on Spring Bars, Under a Tilting Platform (Henkel, 1928)
por Forge
Carpintería
1
0
0
0
0
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Twin-Saw Table: A Rip Saw and a Crosscut Saw at Opposite Corners, One Motor, Each Depth Set by Tilting the Top (Gottschalk, 1926)
por Forge
Carpintería
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0
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0
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Long-Pilot High-Speed Wood Bits: A Flat Plate and a Long Square-Edged Pilot, No Screw Feed (Smith, 1951)
por Forge
Trabajo en Metal
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Fluted-Point Spade Bits: A Groove Down Each Face of the Point Sharpens Its Cutting Edge (Robinson, 1957)
por Forge
Trabajo en Metal
1
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Built-Up Shaft Collar: Two Washers Welded to Four Nuts, a Set Screw in One Nut, No Machining (Dalrymple, 1939)
por Forge
Trabajo en Metal
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Divisible Flanged Shaft Collar: Two Halves Locked by Lugs, Bolted Through the Shaft in One of Three Hole Pairs (Obey, 1916)
por Forge
Trabajo en Metal
1
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0
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Mostrando 24 de 351