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| Item | Title | Type | Subject | Creator | Publisher | Date | Place | Address | Description | |
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| 10256 | Silver Inlay - Hand Made Gun |
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| 10257 | Silver Inlay - Hand Made Gun |
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| 10258 | Silver Inlay - Hand Made Gun |
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| 10259 | Silver Inlay - Hand Made Gun |
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| 10260 | Silver Inlay - Hand Made Gun |
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| 10261 | Silver Inlay - Hand Made Gun |
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| 10262 | Silver Inlay - Hand Made Gun |
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| 10263 | Silver Inlay - Hand Made Gun |
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| 10264 | Silver Inlay - Hand Made Gun |
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| 10265 | Silver Inlay - Hand Made Gun |
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| 10266 | Silver Inlay - Hand Made Gun |
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| 10267 | Silver Inlay - Hand Made Gun |
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| 12785 | Potter’s Patent Paper Picture-Card Frame |
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| 14107 | Hinckley Hardware Photographs Produced by Willis Ballard |
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| The Manset Boatyard, and later as the Henry R. Hinckley Company, made most of the hardware for their vessels in their own shop. Willis Ballard produced illustrations of their hardware the old fashioned way too. Working in the days before computer generated or touched up images, Ballard photographed hundreds of hardware pieces and then painstakingly isolated each item against a white background by hand, using a brush dipped in white paint. However imperfect the images seem in their original size, they were beautiful when the photographs were reduced to produce catalogue pages. Some of the hardware was used just on Hinckley boats and some was sold at the company’s Manset Marine Supply Company in the old Clark and Parker store building on Clark Point. The library has 60 Ballard negatives illustrating Hinckley hardware. "1940 - Henry [Henry R. Hinckley (1907-1980)] starts the Manset Marine Supply Company to distribute marine supplies, engines and equipment to the many small yards springing up along the coast, as well as to his own boatyards. Dissatisfied with the quality of some commercial fittings, Hinckley designs many fittings that are still used by the company today. Among these items are fuel tanks, stanchions, deck plates, bow and stern chocks, pulpits and lead keels." - “The Hinckley Company History,” The Hinckley Company web site, 2000, Accessed online 11/20/2010; http://www.hinckleyyachts.com/employment/about_us2.html | 
Description: The Manset Boatyard, and later as the Henry R. Hinckley Company, made most of the hardware for their vessels in their own shop. Willis Ballard produced illustrations of their hardware the old fashioned way too. Working in the days before computer generated or touched up images, Ballard photographed hundreds of hardware pieces and then painstakingly isolated each item against a white background by hand, using a brush dipped in white paint. However imperfect the images seem in their original size, they were beautiful when the photographs were reduced to produce catalogue pages. Some of the hardware was used just on Hinckley boats and some was sold at the company’s Manset Marine Supply Company in the old Clark and Parker store building on Clark Point. The library has 60 Ballard negatives illustrating Hinckley hardware. "1940 - Henry [Henry R. Hinckley (1907-1980)] starts the Manset Marine Supply Company to distribute marine supplies, engines and equipment to the many small yards springing up along the coast, as well as to his own boatyards. Dissatisfied with the quality of some commercial fittings, Hinckley designs many fittings that are still used by the company today. Among these items are fuel tanks, stanchions, deck plates, bow and stern chocks, pulpits and lead keels." - “The Hinckley Company History,” The Hinckley Company web site, 2000, Accessed online 11/20/2010; http://www.hinckleyyachts.com/employment/about_us2.html [show more] | |||||
| 14550 | Richardson Family Flintlock Musket |
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| The gun was possibly used in the Battle of Norwood Cove. | 
Description: The gun was possibly used in the Battle of Norwood Cove. | |||||
| 3049 | Acetylene Beacon Traffic Control Tower |
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| The traffic control tower at the junction of Main Street and Clark Point Road was an acetylene beacon made by the American Gas Accumulator Co. of Elizabeth, New Jersey | 
Description: The traffic control tower at the junction of Main Street and Clark Point Road was an acetylene beacon made by the American Gas Accumulator Co. of Elizabeth, New Jersey | |||||
| 13332 | The Boiler, Great Cranberry Island |
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| The huge 11 ton boulder the local fishermen called “The Boiler” had been lodged in the mud just off Fish Point at the entrance to the Pool or harbor on Great Cranberry Island. The Pool, a good sheltered harbor for schooners, is shallow with a 2-foot draft at low tide, rising to an 8 to 10 foot draft when the tide is in. Vessels kept in the Pool were deep draft vessels and only came in and went out at high tide. There was an area called the "Deep Hole" in the Pool where six or more vessels could anchor. “The Boiler,” about 6 feet wide and 4 feet above the bottom, was not visible when the tide was in and, therefore, a hazard to navigation in the narrow channel. It was called "The Boiler" because the water "boiled" around it when the tide came and went. Samuel Newman Bulger (1835-1919) caught his boat on it one time. Enoch Boynton Stanley (1820-1903), “Uncle Jimmy’s” father, told Sam to turn his vessel around and it would come off the rock. The tide came in, the boat spun around and floated off the rock. Ralph Warren Stanley remembers his great uncle, Lewis Gilley Stanley (1869-1957), William Doane “Uncle Jimmy” Stanley’s brother, telling him about the enormous effort it took to move “The Boiler.” “First the group of men went out on several low drain tides to dig around the rock to break the suction. When they finally got enough dug away, they put an iron eye bolt into the rock, put a big log across two dories and tied a line to the rock. When the tide came in it sank both dories. They worked for months on the project. Next time they tried to move ‘the boiler’ they used four dories and just barely floated the rock. The dories were down to the gunnels. With a line on the dories, eight or nine men stood on the shore where they wanted it and hauled it hand over hand about 80 yards toward them, but before the rock reached its destination, the eyebolt [which had been welted into the top of the rock] came out and the dories popped out of the water. They just left the rock there where it sank on the north side of the Stanley wharf (E.B. Stanley & Sons - the Stanley wharf - on the map - now gone). ‘The Boiler’ is still there. “William D. Stanley and others have at last accomplished their long cherished wish to remove the rock designated as “the Boiler” from the channel near the Fish Point. After much hard labor, they succeeded, by the help of 4 dories in raising, floating and dragging it across to the flats, owned by the late Capt. John Stanley, when it struck a rock and in hauling on it caused the welted iron bolts to pull out, and “the Boiler” was anchored somewhat sooner than had been bargained for, but as it is now safely landed it will probably be allowed to remain where it is. It is very doubtful if any further attempt will be made to change its position, and as it is estimated to weigh 11 tons, it will be the cause of much comment for years to come. Wm. D. Stanley is very elated the he with a few others, should have accomplished the feat of removing the rock, which during the last 140 years has been in the way, and a menace to all boats coming in and going out from all parts of the creek, and they are to be congratulated for having removed the dangerous obstruction.” The Bar Harbor Record, February 23, 1900 - Cranberry Island. | 
Description: The huge 11 ton boulder the local fishermen called “The Boiler” had been lodged in the mud just off Fish Point at the entrance to the Pool or harbor on Great Cranberry Island. The Pool, a good sheltered harbor for schooners, is shallow with a 2-foot draft at low tide, rising to an 8 to 10 foot draft when the tide is in. Vessels kept in the Pool were deep draft vessels and only came in and went out at high tide. There was an area called the "Deep Hole" in the Pool where six or more vessels could anchor. “The Boiler,” about 6 feet wide and 4 feet above the bottom, was not visible when the tide was in and, therefore, a hazard to navigation in the narrow channel. It was called "The Boiler" because the water "boiled" around it when the tide came and went. Samuel Newman Bulger (1835-1919) caught his boat on it one time. Enoch Boynton Stanley (1820-1903), “Uncle Jimmy’s” father, told Sam to turn his vessel around and it would come off the rock. The tide came in, the boat spun around and floated off the rock. Ralph Warren Stanley remembers his great uncle, Lewis Gilley Stanley (1869-1957), William Doane “Uncle Jimmy” Stanley’s brother, telling him about the enormous effort it took to move “The Boiler.” “First the group of men went out on several low drain tides to dig around the rock to break the suction. When they finally got enough dug away, they put an iron eye bolt into the rock, put a big log across two dories and tied a line to the rock. When the tide came in it sank both dories. They worked for months on the project. Next time they tried to move ‘the boiler’ they used four dories and just barely floated the rock. The dories were down to the gunnels. With a line on the dories, eight or nine men stood on the shore where they wanted it and hauled it hand over hand about 80 yards toward them, but before the rock reached its destination, the eyebolt [which had been welted into the top of the rock] came out and the dories popped out of the water. They just left the rock there where it sank on the north side of the Stanley wharf (E.B. Stanley & Sons - the Stanley wharf - on the map - now gone). ‘The Boiler’ is still there. “William D. Stanley and others have at last accomplished their long cherished wish to remove the rock designated as “the Boiler” from the channel near the Fish Point. After much hard labor, they succeeded, by the help of 4 dories in raising, floating and dragging it across to the flats, owned by the late Capt. John Stanley, when it struck a rock and in hauling on it caused the welted iron bolts to pull out, and “the Boiler” was anchored somewhat sooner than had been bargained for, but as it is now safely landed it will probably be allowed to remain where it is. It is very doubtful if any further attempt will be made to change its position, and as it is estimated to weigh 11 tons, it will be the cause of much comment for years to come. Wm. D. Stanley is very elated the he with a few others, should have accomplished the feat of removing the rock, which during the last 140 years has been in the way, and a menace to all boats coming in and going out from all parts of the creek, and they are to be congratulated for having removed the dangerous obstruction.” The Bar Harbor Record, February 23, 1900 - Cranberry Island. [show more] | ||||
| 13377 | Revenue Ensign - Flag of the United States Customs Service |
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| The Custom's service flag was designed by Secretary of the Treasury Oliver Wolcott, Alexander Hamilton’s successor, who used 16 alternating red and white vertical stripes, one stripe for each State that had joined the Union by 1799, with a bald eagle in the canton holding 3 arrows in his sinister claw and an olive branch in his dexter claw. On the left and right sides of the eagle are 4 stars each in an arc pattern, and above the eagle 5 stars. On the eagle is a crest representing the United States. Wolcott submitted his flag design to President John Adams in 1799 and the final version was approved on August 1st, 1799. Nathaniel Hawthorne, who served as customs surveyor at the port of Salem, Massachusetts, from 1846 to 1849, suggested the "stripes turned vertically, not horizontally, indicated a civil, not military, post of Uncle Sam’s government." Although originally intended as a marine ensign to be flown from revenue cutters and customs vessels, the collectors soon were flying it over their customhouses. That tradition was codified a half-century later, when in 1874, Treasury Secretary William A. Richardson, required that during business hours, the customs ensign was to be hoisted by the side of the Stars and Stripes over all customhouses. From Wikipedia: The flag of the Customs Service was designed in 1799 by Secretary of the Treasury Oliver Wolcott, Jr. and consists of 16 vertical red and white stripes with a coat of arms depicted in blue on the white canton. The original design had the Customs Service seal that was an eagle with three arrows in his left talon, an olive branch in his right and surrounded by an arc of 13 stars. In 1951, this was changed to the eagle depicted on the Great Seal of the United States. Its actual name is the Revenue Ensign, as it was flown by ships of the Revenue Cutter Service, later the Coast Guard, and at customs houses. | 
Description: The Custom's service flag was designed by Secretary of the Treasury Oliver Wolcott, Alexander Hamilton’s successor, who used 16 alternating red and white vertical stripes, one stripe for each State that had joined the Union by 1799, with a bald eagle in the canton holding 3 arrows in his sinister claw and an olive branch in his dexter claw. On the left and right sides of the eagle are 4 stars each in an arc pattern, and above the eagle 5 stars. On the eagle is a crest representing the United States. Wolcott submitted his flag design to President John Adams in 1799 and the final version was approved on August 1st, 1799. Nathaniel Hawthorne, who served as customs surveyor at the port of Salem, Massachusetts, from 1846 to 1849, suggested the "stripes turned vertically, not horizontally, indicated a civil, not military, post of Uncle Sam’s government." Although originally intended as a marine ensign to be flown from revenue cutters and customs vessels, the collectors soon were flying it over their customhouses. That tradition was codified a half-century later, when in 1874, Treasury Secretary William A. Richardson, required that during business hours, the customs ensign was to be hoisted by the side of the Stars and Stripes over all customhouses. From Wikipedia: The flag of the Customs Service was designed in 1799 by Secretary of the Treasury Oliver Wolcott, Jr. and consists of 16 vertical red and white stripes with a coat of arms depicted in blue on the white canton. The original design had the Customs Service seal that was an eagle with three arrows in his left talon, an olive branch in his right and surrounded by an arc of 13 stars. In 1951, this was changed to the eagle depicted on the Great Seal of the United States. Its actual name is the Revenue Ensign, as it was flown by ships of the Revenue Cutter Service, later the Coast Guard, and at customs houses. [show more] | |||||
| 13442 | Hartford Marine Gas Engines |
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| The Gray and Prior Machine Company in Hartford, Connecticut made “Hartford” marine engines. The company was organized in 1898 and incorporated in 1900 to make marine engines. It was the combined vision of Robert Watkinson Gray (1876-1945) and George A. Prior (1871-1938). George Prior had learned the machine trade at Pratt & Whitney in East Hartford, had worked for the Electric Vehicle Company and had been granted a patent for a universal joint. Robert Gray had worked for the Hartford Rubber Works and contributed $5,000 in capital. George Prior was an inventive genius and contributed much to the initial success of the company. He designed and built his own motorcycle in 1900, and completed his first automobile in 1904, both using the Gray and Prior 2-cylinder marine engine that he designed. He applied his vast experience in the machine shop to his inventions and designs, which have been the foundation of the success of the Gray and Prior Machine Company for almost a century. Gray and Prior originally made marine engines in addition to their growing line of universal joints and couplings. Their Hartford Marine engines were of very high quality and commanded respect in the market. They built two-stroke inboard engines and medium heavy-duty type long stroke four-cycle marine motors. Many of the ideas involved in their design were improvements over existing marine engines of the day. Gray and Prior continued to manufacture the engines for more than 25 years, until they sold the tooling and the designs for the Hartford Sturdy Twin to the Indian Motorcycle Company in Springfield, Massachusetts for $15,000. - Information adapted from “Our Company’s History,” The Gray and Prior Machine Company web site, Accessed online 04/13/2012; http://www.grayandprior.com/history.htm | 
Description: The Gray and Prior Machine Company in Hartford, Connecticut made “Hartford” marine engines. The company was organized in 1898 and incorporated in 1900 to make marine engines. It was the combined vision of Robert Watkinson Gray (1876-1945) and George A. Prior (1871-1938). George Prior had learned the machine trade at Pratt & Whitney in East Hartford, had worked for the Electric Vehicle Company and had been granted a patent for a universal joint. Robert Gray had worked for the Hartford Rubber Works and contributed $5,000 in capital. George Prior was an inventive genius and contributed much to the initial success of the company. He designed and built his own motorcycle in 1900, and completed his first automobile in 1904, both using the Gray and Prior 2-cylinder marine engine that he designed. He applied his vast experience in the machine shop to his inventions and designs, which have been the foundation of the success of the Gray and Prior Machine Company for almost a century. Gray and Prior originally made marine engines in addition to their growing line of universal joints and couplings. Their Hartford Marine engines were of very high quality and commanded respect in the market. They built two-stroke inboard engines and medium heavy-duty type long stroke four-cycle marine motors. Many of the ideas involved in their design were improvements over existing marine engines of the day. Gray and Prior continued to manufacture the engines for more than 25 years, until they sold the tooling and the designs for the Hartford Sturdy Twin to the Indian Motorcycle Company in Springfield, Massachusetts for $15,000. - Information adapted from “Our Company’s History,” The Gray and Prior Machine Company web site, Accessed online 04/13/2012; http://www.grayandprior.com/history.htm [show more] | |||||
| 14608 | Robert Smallidge's Hand Made Gun |
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| 11509 | Stove from the Arethusa III |
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| 12786 | Botanical Specimen Boxes |
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| 5976 | The Southwest Harbor Public Library Tea Cup & Saucer |
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| 7350 | Southwest Harbor Parking Ticket Form Used by Officer Woodrow Wilson Herrick |
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| 15653 | Chronometer from the Rebecca R. Douglas Schooner |
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| The photo above and the information that follows is from Andrew Baron of Santa Fe, New Mexico. The ship’s two survivors were rescued on May 2, while the boat went down on April 28 near Cape May New Jersey. Depending on the weather, this means the schooner would likely have sailed out of New York (where its chronometer was calibrated on April 16) on April 26 or 27, only a week and half or so after the chronometer’s certification. I have the ship's marine chronometer (precision ship's clock shown in the photo above) from the Rebecca R. Douglas, well preserved and working, along with a verified vintage calibration certificate (timekeeping accuracy tested, calibrated and certified by an established chronometer firm) dated April 16, 1943, only two weeks before this schooner went down. This would likely have been done in preparation for its last journey. It's a mystery how the clock and its certificate survived when the ship did not. Given the date of the demise of the Rebecca R. Douglas, I can only assume that it had more than one chronometer, leaving one behind in New York and sailing with another. There’s more I want to learn about this however; the need of the navigator to definitely have a chronometer on board, to plot longitude on a north-to-south passage through coastal waters, how long a chronometer would remain with the certifying company after certification, prior to boarding ship, whether a coastal schooner like the RR Douglas would have had more than one chronometer, the prevailing weather at the time of the accident, whether U-boats that were observed off US coasts were in the area at that time, and the names of the two survivors long with the names of those who perished when the schooner went down. This last detail might possibly make the survival of this artifact of some importance to descendants of the victims and survivors. If any of them had young children at that time, they may still be living. This unusual survivor may be all of significance that remains of the tangible material associated with that boat, apart from the photo in your library collections. During wartime every viable old chronometer that could be found was reconditioned and pressed into service for the Navy and Merchant Marine, to augment new ones made to meet the increased demand for navigational aids. When this chronometer, made by Thomas Porthouse, ca. 1850 in London, was assigned to the Rebecca R. Douglas, it was already close to a century old, and yet its accuracy could still be certified for ongoing service at sea. | 
Description: The photo above and the information that follows is from Andrew Baron of Santa Fe, New Mexico. The ship’s two survivors were rescued on May 2, while the boat went down on April 28 near Cape May New Jersey. Depending on the weather, this means the schooner would likely have sailed out of New York (where its chronometer was calibrated on April 16) on April 26 or 27, only a week and half or so after the chronometer’s certification. I have the ship's marine chronometer (precision ship's clock shown in the photo above) from the Rebecca R. Douglas, well preserved and working, along with a verified vintage calibration certificate (timekeeping accuracy tested, calibrated and certified by an established chronometer firm) dated April 16, 1943, only two weeks before this schooner went down. This would likely have been done in preparation for its last journey. It's a mystery how the clock and its certificate survived when the ship did not. Given the date of the demise of the Rebecca R. Douglas, I can only assume that it had more than one chronometer, leaving one behind in New York and sailing with another. There’s more I want to learn about this however; the need of the navigator to definitely have a chronometer on board, to plot longitude on a north-to-south passage through coastal waters, how long a chronometer would remain with the certifying company after certification, prior to boarding ship, whether a coastal schooner like the RR Douglas would have had more than one chronometer, the prevailing weather at the time of the accident, whether U-boats that were observed off US coasts were in the area at that time, and the names of the two survivors long with the names of those who perished when the schooner went down. This last detail might possibly make the survival of this artifact of some importance to descendants of the victims and survivors. If any of them had young children at that time, they may still be living. This unusual survivor may be all of significance that remains of the tangible material associated with that boat, apart from the photo in your library collections. During wartime every viable old chronometer that could be found was reconditioned and pressed into service for the Navy and Merchant Marine, to augment new ones made to meet the increased demand for navigational aids. When this chronometer, made by Thomas Porthouse, ca. 1850 in London, was assigned to the Rebecca R. Douglas, it was already close to a century old, and yet its accuracy could still be certified for ongoing service at sea. [show more] |
