A gilt brass grand sonnerie carriage clock with alarm, French, retailed J W Benson, London, late 19th Century the gorge case with swing handle above and bevelled glass panels, the white enamelled dial with Roman numerals, with subsidiary alarm dial below, the twin barrel movement striking on a bell, with lever platform escapement, with winding key, 13.7 cm high with handle down.
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- Grande Sonnerie - A grande sonnerie is a striking system in a clock which strikes each quarter hour, striking one, two three or four times, followed by striking the hour on a different toned bell. The preceding hour may also be struck as each quarter hour.
- Bevel / Chamfer - In furniture making, a chamfered corner refers to a technique used to create a smooth, angled edge on the corner of a piece of furniture. This is typically done by cutting away a small portion of the corner at an angle, typically 45 degrees, creating a diagonal edge, rather than a sharp 90-degree angle. This technique can be used on various parts of a piece of furniture such as table legs, drawer fronts, or door frames. Chamfering can add visual interest to a piece and can help to soften the overall look of a piece of furniture. It is often used in conjunction with other techniques, such as rounding edges or using contrasting wood species to create a more elegant, sophisticated look. Chamfering is a simple way to add a touch of elegance to a piece of furniture and it is a common technique used by furniture makers.
- Movement - The technical name for the workings of a clock or watch, and does not include the dial or case.
- Barrel (in a Clock) - In a clock or watch, the barrel is a cylindrical component that stores the energy from the mainspring. As the mainspring is wound, it stores energy in the barrel. As the clock or watch runs, the energy is gradually released from the barrel, turning the clock's gears and keeping the time.
The barrel is typically located near the centre of the movement (the mechanism that powers the clock) and is connected to the center wheel, which drives the rest of the gears. The barrel typically has teeth on its outer surface that mesh with the gears in the movement, allowing it to transmit energy to the rest of the clock. Some barrels are designed to be wound by hand, while others are automatically wound by the motion of the wearer's arm.
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