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A group of silver novelty items comprising a miniature hip flask, Birmingham 1906, 8cm high, a compass, by Wright & Davies, London 1896, with a mother of pearl dial, retailed by H. Rodrigues, Piccadilly, 4.5cm diameter, two lipstick holders, each with all-over foliate engraving, comprising an example inset with a paste cabochon, marked 800, 5cm high, and another cylindrical example, marked 925 Sterling, 6.5cm high, a lighter case, marked 925, London import marks, 6.5cm high, and a sovereign holder, 3cm diameter5.2ozt weighable (6)Condition ReportDents to the hip flask and sovereign holder. Tarnishing and wear throughout.
A GEORGE III THEODOLITE SECOND HALF 18TH CENTURY Of traditional form, the telescope mounted above the compass, on three wooden supports and central plumb-line 149cm high overall Condition Report: One broken tightening boltOverall with wobble and instability on its legs, was balanced to take the photograph onlyThe mechanism and workings are untested and Dreweatts makes no comments or guarantees as to useability - sold as a decorative furnishing piece only and not a working instrument Condition Report Disclaimer
A World War Two leather map case and some contents, a prismatic compass, and 3 telescopesCompass - leather intact but straps dry and cracked, nice patination on the leather from handling "Wolfsky London" F-L No 108173 1917 Verners Pattern Viii. Large one - two end sections are removable, brass is quite tarnished and knocked consistent with use. Glasses either end are scratched but intact. Mahogany sleeve has multiple scratches, and brass pins are loose. The whole is rather loose and would benefit stabilisation.Mid size 4- drawer with plain leather sheath - drawers are dented, scratched with wear, end glass light scratching but intact.Smaller 4 drawer with woven sheath - end eye piece is knocked scratched but intact, brass v tarnished and scratched no apparent makers mark. Stiff.
Kenneth Jay Lane, Dyrberg/Kern and Other Costume Jewellery, including gilt colour bangles, with allover highlights, a large dome style ring, a shell style bracelet, a perfume vial necklace, of heart shape on integral chain, a modern rectangular pendant, on snake style chain, a foliate inspired necklace, of openwork leaf design, on integral chain, a modernist style necklace, with circular links, a compact mirror, with inset detail, a modern compass, etc.
A Dent Pattern 182 Boat Compass, English, c.1910, engraved to the edge of the compass, 'F. DENT & Co. LONDON No.2518' and engraved with military arrow, the 4in compass card within liquid filled bowl, with brass screws, in a gimbal, engraved to the top of the binnacle 'PATT.182 No.2518' , with glazed brass cover, swing handle to the top, French polished mahogany body, door to the front with instructions pasted to the inside, height 30cm
18th Century Nuremberg Type Microscope, German, c.1800, unmarked, of typical form constructed of polished turned fruitwood, hinged mirror with turned tripod legs, simple sprung slide holder, pasteboard body with faux leather covering, with 2 pasteboard drawer tubes, eyepiece with turned wooden cover, height 33cm tall Footnote: Nuremberg microscopes represent a unique category of microscopes distinguished by their particular stylistic traits, originating from regions in southern Germany, specifically Bavaria and the "Black Forest" area of Baden-Württemberg. This region has a rich history of craftsmanship, particularly in woodworking, with centuries-old traditions of toy manufacturing. Nuremberg, in particular, gained renown in the 16th century as the "City of Makers of the Compass" due to its fine engineering traditions. Initially known for producing portable sundials, Nuremberg evolved into a hub for toy and optical instrument production in the 18th century, with a thriving toy district near Bavaria. It seems that alongside simple refractory telescopes, manufacturers also offered these modest microscopes. These microscopes were designed to be lightweight and affordable, crafted primarily from materials like light fruitwood and cardboard. Unlike the professional-grade brass instruments of the era, Nuremberg microscopes prioritized simplicity and accessibility over complex mechanics and optics. They catered to a different market segment, providing basic magnification capabilities without the hefty price tag associated with high-end instruments.
An 18th Century Silvered Compass By Givsani, Woolverhampton, English, c.1800, engraved in copper plate 'Givsani Woolverhampton' the compass with beautifully engraved compass rose with blued steel needle with lever lock, the case constructed of solid mahogany with studded hinges to the rear, case width 17.4cm Note: possibly P. Guisani, 42 Cock StrT, Wolverhampton
A Compound Microscope By Andrew Pritchard, English, c.1830, engraved to the foot, 'A Pritchard 18 Picket St London, with a retail label to the inside of the door for 'Pallant Optician, 51 Strand London', the microscope on a tripod foot, with adjustable column supporting the main body of the microscope on a compass type joint, with concave mirror at the base in a gimbal on a sliding collar, clamp to main body, interchangeable stage rack and pinion focus to triangular bar with limb to accept the compound bodytube, with fine focus to the side, in the original mahogany case with 5 drawers, 2 for specimens and 3 for accessories, accessories include, A polished wooden wrist support, Bottle holder, Medium power eyepiece, High power eyepiece, 2 objectives in cans, A low power objective with a Leiberkuhn in a can engraved 'A1 Andrew Pritchard 263 Strand, London', A Turrel type mechanical stage engraved 'Pritchard London', A fine diamond engraved micrometer brass slide engraved 1/100 A Pritchard 18 Picket Str Strand' A live box, Note: Andrew Pritchard is recorded as working at 18 Picket Street, Strand between 1832 and 1834
A Very Fine Victorian Yacht Binnacle Compass, English, c.1880, unsigned, constructed of French polished mahogany with lacquered brass fittings, securing loops to the side, brass handle to the top, oil lamp at the side, with glazed fold down front, the internal compass in slide out box with lid, the compass in a brass bowl, within a gimbal, card marked 'Singers Patent, Trade Mark', height 35cm
A 2" Portable Reflecting Telescope By James Short, English, c.1760, engraved to the read of the backplate 'JAMES SHORTLONDON 115/851 = 7', the telescope of typical form with a 2" body, primary mirror to far end with secondary focusing mirror on a fine screw at the side, body tube with cover, all mounted on a column with compass type jointon top of the pillar with steel screw into brass boss on case lid, case constructed of solid mahogany with sliding lid, case 36cm long. James Short FRS (June 10, 1710 – June 14, 1768) was a Scottish maker of telescopes & optical instruments. Born in Edinburgh in 1710 to Margaret Grierson and William Short, a skilled carpenter, James faced early adversity with the loss of his parents. At the tender age of 10, he found refuge in Heriot's Hospital, an orphanage, and later transitioned to the Royal High School at 12, where his prowess in the classics began to shine. However, it was the lectures of Colin Maclaurin, a distinguished mathematics professor, that ignited his passion for astronomy and mathematics, leading him to redirect his academic pursuits. Under Maclaurin's guidance, Short gained access to the university's facilities, delving into experiments focused on perfecting the construction of telescopes. His craftsmanship and innovation were so exceptional that he earned the prestigious title of Fellow of the Royal Society in 1737, a testament to his ingenuity and dedication. Short's early telescopes, influenced by James Gregory's concepts, initially utilized glass specula but evolved to exclusively incorporate metallic specula, allowing for the precise formation of parabolic and elliptical shapes. Embracing telescope-making as his vocation, Short initially worked in Edinburgh until 1738, before relocating to the bustling city of London. The majority of Short's telescopes adhered to the Gregorian design. Short's reputation transcended national boundaries, drawing the attention of royalty and academia alike. In 1736, Queen Caroline sought his expertise to tutor her second son, William, in mathematics, highlighting his esteemed position in society. His contributions were further acknowledged with his election as a Fellow of the Royal Society in March 1737 and his appointment as a foreign member of the Royal Swedish Academy of Sciences in 1758. Additionally, he played a pivotal role as a founding member of the Society for the Encouragement of Arts, Manufactures, and Commerce in 1754, advocating for innovation and progress in various fields. James Short's legacy endured long after his passing in 1768, leaving behind not only a wealth of scientific achievements but also a substantial fortune amassed from his profession.
A Large Cary Gould-Type Microscope, English, 2nd Quarter 19th Century, engraved to the circular foot 'Cary London', the microscope on a large heavy lead filled brass base with tall upright column terminating in a compass type joint, screw clamp holding the main column with plano-concave mirror in a gimbal on a sliding collar, square stage with 'U' shaped clip, aquatic limb with rack and pinion adjustment, with screw-in conical compound body tube, drawer contains 5 simple objectives, an objective with a Leiberkuhn, a very early achromatic objective and collar in a brass case, and other items, the main case also contains a small get of early microscope slides and a table condenser,case height 30.5cm
A Portable 1.5" Reflecting Telescope, English, c.1760, unsigned, of typical construction the main tube 1.5" diameter with original primary mirror at far end, fine screw focus to secondary mirror, eyepiece plate with screw in cover, and tube cap, mounted on a teardrop-shaped column with compass type joint to underside of bodytube, with steel thread to boss on top of case, the case finished in Marron Moroccan leather with an elaborate brass lock, interior lined with green French silk velvet, case width 22cm The telescope comes with a hand written note that reads 'This telescope was owned by Seth Boyden the inventor, and was used by him on his trip to California in 1849' Provenance: bought from an estate sale in Staten Island Seth Boyden (November 17, 1788 – March 31, 1870) was a prolific American inventor whose contributions spanned various fields. Renowned for his ingenuity, Boyden revolutionized industries with his innovations. One of Boyden's notable achievements was perfecting the process for manufacturing patent leather. In 1818, inspired by a piece of high-gloss leather imported from Germany, Boyden embarked on a mission to replicate the luxurious material domestically. Setting up a workshop at the Malleable Cast Iron Foundry in Newark, New Jersey, he meticulously experimented until he unlocked the formula for creating patent leather. By layering linseed oil-based coatings, Boyden succeeded in producing a glossy leather that combined elegance with durability, marking a significant advancement in the leather industry. In 1820, Boyden delved into the realm of metallurgy, focusing on malleable iron. Drawing from observations of iron behavior in his grandfather's forge, he developed innovative heat treatment techniques. His breakthrough, known as blackheart iron, garnered recognition from the Franklin Institute in Philadelphia, solidifying Boyden's reputation as a pioneer in metallurgical engineering. Boyden's inventive spirit extended beyond leather and metal. He dabbled in various projects, including the creation of a nail-making machine, construction of his steamboat, and development of a cut-off switch for steam engines. Additionally, Boyden ventured into photography, with claims suggesting his involvement in early daguerreotype experimentation. Despite his numerous achievements, Boyden rarely pursued patents for his inventions. Instead, he preferred to engage in individual contracts and establish businesses, albeit not always reaping substantial financial rewards. In his later years, Boyden resided humbly in Hilton, New Jersey (now Maplewood), where he cultivated a hybrid strawberry variety known as the Hilton strawberry. Today, Boyden's legacy is commemorated by a statue in Newark's Washington Park, the first of its kind in the United States to honor an engineer.
English, c.1825, unsinged but attributed to Tully, London, the microscope stands in a large folding tripod base supported in the center on an architectural type column terminating in a compass type joint, with a square sectioned column with rack work along the front edge, with large mirror, substage condenser, Turrel type stage with X-Y control, limb at the top with large bodytube with single drawer tube, eyepiece, with stabilising telescopic rods to the rear, with a single early form of achromatic objective, and a single simple objective,The Attribution: this microscope has very similar aspects to the microscope built by Tully from drawings supplied by Mr. J. J. Lister. similarities between the 2 instruments are:1 - the same method of connecting the struts to the rear of the foot, 2 - The method of mounting the focus and control knobs with a central circular screw,3 - The same design to the top and bottom of the support pillar, 4 - The same mounting method at the back of the bodytube to the struts, 5 - The substage on this microscope in incomplete but has a pair of condenser lenses in combination as did Listers.Height when vertical 56cm (22"), when inclined 53cm (21")
A selection of Cornish serpentine including red serpentine column with square stepped base, 7" high; green serpentine pedestal table lighter; red and green serpentine squat-shaped compass; two serpentine barrel figures with brass Naval button decoration and various other pieces of serpentine
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33224 item(s)/page