COTTON MANUFACTURE.
PLATE CXC.
Side Elevation of Cards.
Fig. 1.
CARDING.
Front Elevation of Cards.
Fig. 3.
Plan of Cards.
Fig. 2.
Vertical Section of Cards.
Fig. 4.
DRAWING AND ROVING.
Fig. 5.
End Elevation of Drawing frame.
Fig. 7.
End Elevation of Roving frame.
Fig. 9.
Front Elevation of Roving or Can frame.
Plan of Drawing frame.
Fig. 6.
Plan of Roving frame.
Fig. 8.
Fig. 10. This diagram illustrates the mechanical components of Sir R. Arkwright's Spinning Frame. It features a central vertical spindle that supports a large, multi-spoke flywheel at the bottom. Above the spindle, a circular component with several small gears or bobbins is shown. A vertical bobbin is positioned at the top, connected to the mechanism. A horizontal line with a small weight or pulley is also depicted, likely part of the tensioning or control system.
Fig. 11. This diagram shows the Thistle, a component of the spinning frame. It consists of a vertical bobbin at the top, connected to a horizontal line with a small weight. Below this, a vertical bobbin is shown, and a large circular pulley or wheel is positioned to the right. The diagram illustrates the mechanical linkage between these various parts, showing how the rotation of the bobbins is controlled.
Fig. 12. This diagram depicts the Mule Jenny, a large-scale spinning machine. It is a complex mechanical device with a large, multi-spoke flywheel on the left side. The flywheel is connected to a series of gears and pulleys that drive the spinning mechanism. The machine is mounted on a sturdy frame with several smaller wheels at the base. A large, rectangular component, possibly a bobbins or a frame for the spinning heads, is visible in the center. The diagram shows the intricate arrangement of gears and pulleys that allow for the operation of the machine.
A technical diagram of a cotton spinning machine. It features two horizontal rows of three rollers each. The top row of rollers is connected to a horizontal belt, which is labeled "Belt". The bottom row of rollers is connected to a vertical belt that runs down to two large horizontal rollers at the base. The rollers are arranged in a staggered fashion to process cotton fibers.
A technical diagram of a tube frame. On the left is a tall, vertical cylindrical component. A curved belt or rope connects this cylinder to a set of pulleys. From these pulleys, a straight line extends to a mechanical arm or lever system on the right. This arm is connected to a large pulley or wheel at its base, which is mounted on a rectangular support. The diagram illustrates the mechanical linkage between the vertical cylinder and the arm mechanism.
A technical diagram of a fly frame, showing an end view. It consists of a large, spoked wheel (fly wheel) mounted on a frame. The frame has a vertical support and a horizontal cross-brace. A smaller pulley or wheel is visible at the top left, and a vertical rod or handle is shown on the left side of the frame.
A technical diagram of a fly frame, showing a front view. It features a large rectangular frame with two horizontal rails. Between these rails, there are several vertical spindles or bobbins. A central bobbin is shown with a thread or yarn wound around it. The frame is supported by a base with vertical posts and horizontal cross-braces.
This historical map of Crimea, Plate CXXIII, provides a comprehensive view of the peninsula's geography, including its coastline, major cities, and surrounding seas. The map is oriented with North at the top.
Inset Map: SEBASTOPOL
The inset map in the upper left corner shows the detailed geography of Sebastopol, including the harbor, the city's fortifications, and the surrounding coastline. It is labeled with the name "SEBASTOPOL" and includes a scale bar in miles.
Main Map: CRIMEA
The main map shows the entire Crimean peninsula, with the following features:
- Coastlines: The Black Sea to the west and the Sea of Azov to the north.
- Major Cities and Towns: Sevastopol (labeled as "SEBASTOPOL" in the inset), Simferopol (labeled as "SIMFEROPOL"), Yalta, and various smaller towns and villages along the coast and inland.
- Water Bodies: The Crimean Tatar Sea, the Gulf of Kalamita, and the Gulf of Feodosia.
- Mountains and Topography: The Crimean Mountains are depicted with hachure marks, showing the rugged terrain of the peninsula.
- Scale and Coordinates: A scale bar in the upper right corner indicates distances in Russian Miles (0 to 60) and English Miles (0 to 40). Latitude and longitude lines are marked across the map, with labels such as 43, 44, 45, 53, 54, and 55.
The map is a detailed representation of Crimea's geography, likely from a 19th-century atlas or geographical work.
This historical map, titled 'Environns of ST. PETERSBURG', provides a detailed view of the coastal region around St. Petersburg. The main map focuses on the Neva River and the Gulf of Finland, showing the city of Cronstadt on the left bank and the town of Oranienbaum on the right. Key features include the Kronenbaum Spit, Kron Castle, and various smaller settlements and landmarks. An inset map in the upper left corner shows the broader region, including Finland, with labels for St. Petersburg, Cronstadt, and various smaller towns. A compass rose is located in the upper center, and a scale of fathoms (1 to 5) is provided in the upper right. A scale of British miles (0 to 1) is located in the lower right corner. The map is densely populated with numerous place names and geographical features, reflecting the historical layout of the region.
Coypus dentatus.
Portunus puber.
Pedophthalmus spinosus.
Pagurus bernhardus.
Calappa tuberculata.
Gecarcinus nuxola.
Pagurus angulosus.
Pinnotheres pisum.
Dorippe lunata.
Galathus strigosus.
Tholophaus thomsonii.
Aluna lygata.
Callianassa subterranea.
This plate contains 31 figures illustrating various crystal forms and their geometric representations:
- Fig. 1. A tall, narrow hexagonal prism with a central vertical axis and a grid on its front face.
- Fig. 2. A complex polyhedron with multiple faces and a central point, with a grid on one of its faces.
- Fig. 3. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 4. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 5. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 6. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 7. A large, complex crystal structure with a grid on its front face.
- Fig. 8. A square grid with a central point.
- Fig. 9. A square grid with a central point.
- Fig. 10. A small square grid with a central point.
- Fig. 11. A small square grid with a central point.
- Fig. 12. A large, complex crystal structure with a grid on its front face.
- Fig. 13. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 14. A large, complex crystal structure with a grid on its front face.
- Fig. 15. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 16. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 17. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 18. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 19. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 20. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 21. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 22. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 23. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 24. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 25. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 26. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 27. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 28. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 29. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 30. A rhombic dodecahedron with a central point and a grid on one of its faces.
- Fig. 31. A rhombic dodecahedron with a central point and a grid on one of its faces.