Key |
Yr. |
Name |
Name |
Invention, Discovery, Event |
| Econ | 1815 | Corn Laws | Tariffs | Prices rise, workers wages too to prevent starvation |
| Steam | 1690 | Papin | Denis | Water filled cylinder sealed by piston |
| Steam | 1765 | Watt | P-Model | Condensor chamber seprate but connected to cylinder to enable cylinder to remain hot, rotary motion |
| Steam | 1765 | Smeaton | John | Brit engineer improvements on atmospheric engines to haul coal, used in water coal gin efficiency |
| Steam | 1776 | Boulton | Watt | Fin partner succeeds bankrupt Roebuck, ship first separate condensor order, promotes rotary, unleashes factory location |
| Steam | 1781 | Watt | Hornblower | Watt rotary patents, sun-planet driver, Hornblower compound steam |
| Steam | 1782 | Watt | P-DoubleActing Steam | Sun planet steam in to lift piston, thensteam in above to drive piston back down. |
| Steam | 1786 | Boulton | Watt | Robber Baron manufacturer buys failing parnership, protects Watt innovations as Watt develops more, copy inventions at career end |
| Steam | 1788 | Watt | P-Governor | Governor moderates steam engine speed, heavy rotating balls and valve |
| Steam | 1803 | Treviak | Richard | High pressure boiler patent with lead rivet to melt as safety against dry boiler |
| Steam | 1810 | Evans | Oliver | Steam for automated flour mill, Watt in UK does same |
| Steam | 1849 | Corliss | George | 4 valve efficient steam engine, great power, abiggest advance since Watt |
| Steam | 1867 | Babcock | Wilcox | Efficient boiler with vertical tubes over grate |
| Steam | 1890 | Turbine | F-Sum | Euler fluid mech, FourneyronHeron, Branca, Parsons, Laval, Curtis, |
| Steam | 1710 P- | Newtomen | Thomas | Cylinder separated from steam chamber |
| Steam | P-MinerFriend | Savery | Thomas | Brit 1st put steam to work, water pump in mines |
| Textile | 1733 | Kay | John | Flying shuttle, wider cloth, faster, spawned industrial revolution |
| Textile | 1750 | Cotton | Adopted flying shuttle, where wool sent Kay packing and trashed shuttles | |
| Textile | 1769 | Arkwright | Richard | Spin machine for fiber to strong threads. Horse and waterwheel mill powered, became water frame. |
| Textile | 1779 | Crompton | Samuel | Mule cross of spin jenny and waterframe, spins warps or wefts |
| Textile | 1785 | Arkwright | P-bio | Switched to steam, factory system father |
| Textile | 1785 | IR culmination | UK | Steam powered cotton mill Papplewick Nottingham, first; 1815 Fr, 1835 US, Germany |
| Textile | 1793 | Cotton | Takeover | Story from neolithic to synthetic nylon, Dacron, polyester |
| Textile | 1793 | Whitney | Eli | Widow Greene to bac business Miller gin partner to interchangeable rifle parts |
| Textile | 1812 | Ludd | Ned | Luddites smash machines in N UK, leaders hanged |
| Textile | 1816 | Brunel | Marc I | Stocking frame, knitting for tubular fabric |
| Textile | 1830 | Thimonnier | Barthelemy | Sewing machine, Paris workers destroy |
| Textile | 1846 | Howe | Elias | Lock stich seing machine patent |
| Textile | 1846 | Bigelow | Erastus | Power loom to speed carpet and tapestry mfg |
| Textile | 1851 | Singer | Isaac | Patents continuous stitch sewing machine |
| Textile | 1854 | Audemars | George | Uncommercial process for fiber from cellulose |
| Textile | 1864 | Cotton | William | Knitting machine, hosiery with only ack seam |
| Textile | 1890 | Northrop | James | Automatic weaving |
| Textile | 1893 | Judson | Whitcomb | Clasp locker eventually evolves to zipper |
| Textile | 1914 | Phelps | Mary | NY socialite designs and patents brassiere with elastic after impromptu 2 handkerchief, Warner buys |
| Textile | 1914 | Sunbeck | Gideon | Hookless fastener we know as zipper |
| Textile | 1964 | Dupont | Polyester | Permanent press clothing introduced in fibers like dacron |
| Textile | 1966 | Minasy | Arthur | Magnetic store tag to prevent shoplifting |
| Textile | 1980 | Hughes | Aircraft | Laser cutting beam for textiles |
| Textile | Hargreaves | Spinning jenny |