Pendulum clock mechanism Stock Photos and Images

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Pendulum clock mechanism Stock Photos and Images

RMBDCY2D–Anchor escapement mechanism

Vintage 19th century old drawing of a pendulum clock mechanism Stock Photo

RFEGA592–Vintage 19th century old drawing of a pendulum clock mechanism

Side view of Huygens' clock showing the pendulum mechanism 1600s. Hand-colored woodcut Stock Photo

RMB8KDNK–Side view of Huygens' clock showing the pendulum mechanism 1600s. Hand-colored woodcut

Gilt metal antique Art Nouveau pendulum clock of a lady in a flowing dress holding the pendulum mechanism with an ornate round dial in her hand over Stock Photo

RF2AC96E8–Gilt metal antique Art Nouveau pendulum clock of a lady in a flowing dress holding the pendulum mechanism with an ornate round dial in her hand over

RFM3E0M9–Pendulum clock mechanism

Time concept. Still life of swinging pendulum, candle and clockface. Stock Photo

RMA851MD–Time concept. Still life of swinging pendulum, candle and clockface.

A 1930's impression of Galileo (aka Galileo Galilei & Galileo di Vincenzo Bonaiuti de' Galilei - 1564 – 1642) polymath astronomer, physicist and engineer. He is seen here noticing the swinging of a lamp (fore-runner of the clock pendulum). He is known variously as the 'father of observational astronomy',[4] the 'father of modern physics', 'father of the scientific method' and 'father of modern science', having studied scientific laws of speed and velocity, pendulums, gravity and free fall, the principle of relativity, inertia and, projectile motion Stock Photo

RM2GKTJDK–A 1930's impression of Galileo (aka Galileo Galilei & Galileo di Vincenzo Bonaiuti de' Galilei - 1564 – 1642) polymath astronomer, physicist and engineer. He is seen here noticing the swinging of a lamp (fore-runner of the clock pendulum). He is known variously as the 'father of observational astronomy',[4] the 'father of modern physics', 'father of the scientific method' and 'father of modern science', having studied scientific laws of speed and velocity, pendulums, gravity and free fall, the principle of relativity, inertia and, projectile motion

Mechanism of vintage Haller brass dome torsion clock with rotary pendulum Stock Photo

RFC76HYP–Mechanism of vintage Haller brass dome torsion clock with rotary pendulum

Illustration showing 17th century clock mechanism, from Waltham Abbey, Essex. On the left is the train of gears for keeping time and on the right those for operating the chimes. At the top left can be seen an anchor escapement of the type designed by Robert Hooke (1635 -1703) for use in pendulum clocks. Stock Photo

RMRJN3JR–Illustration showing 17th century clock mechanism, from Waltham Abbey, Essex. On the left is the train of gears for keeping time and on the right those for operating the chimes. At the top left can be seen an anchor escapement of the type designed by Robert Hooke (1635 -1703) for use in pendulum clocks.

Design for a pendulum clock, 1673. Artist: Anon Stock Photo

RMAJ9WH6–Design for a pendulum clock, 1673. Artist: Anon

Old brass clock mechanism with pendulum, chime spring and three small screwdrivers Stock Photo

RFH90M53–Old brass clock mechanism with pendulum, chime spring and three small screwdrivers

Period clock with oscillating mechanism Stock Photo

RFE4F8CR–Period clock with oscillating mechanism

Antique pendulum clock isolated on white background. 3D illustration. Stock Photo

RF2T17PCN–Antique pendulum clock isolated on white background. 3D illustration.

A grandfather clock escapement Stock Photo

RM2RBYDW5–A grandfather clock escapement

Wall clock with pendulum and weights. Stock Photo

RFENN64J–Wall clock with pendulum and weights.

RFRYMRNM–Stempunk pendulum clock

Antique clock on a small table in a colonial house Stock Photo

RFRGFBJN–Antique clock on a small table in a colonial house

Antique turret clock mechanism Stock Photo

RMBTE2GT–Antique turret clock mechanism

Brass mechanism on an old clock from 1850 Stock Photo

RFE7D2T2–Brass mechanism on an old clock from 1850

Old analogue clock mechanism Stock Photo

RFH8J9MJ–Old analogue clock mechanism

Mechanical luxury men wrist watch with automatic winding, close-up fragment of open back side with self-winding mechanism details Stock Photo

RFHTAFWY–Mechanical luxury men wrist watch with automatic winding, close-up fragment of open back side with self-winding mechanism details

Shandon Clock pendulum weight church tower Cork City Ireland Stock Photo

RMB01A0F–Shandon Clock pendulum weight church tower Cork City Ireland

Mechanical men wrist watch with automatic winding, close-up fragment of open back side with self-winding mechanism details, black and white Stock Photo

RFHTAFWW–Mechanical men wrist watch with automatic winding, close-up fragment of open back side with self-winding mechanism details, black and white

Stock Photo - Clock face on The Guildhall, Derry, Londonderry, Northern Ireland. The Guildhall clock is a replica of London's Bi Stock Photo

RME8X491–Stock Photo - Clock face on The Guildhall, Derry, Londonderry, Northern Ireland. The Guildhall clock is a replica of London's Bi

Bainbridge and Sterling grandfather clock, made in Dublin in the 19th Century Stock Photo

RME4J2CF–Bainbridge and Sterling grandfather clock, made in Dublin in the 19th Century

MALAGA, SPAIN - Jun 01, 2020: pendulum antique clock metal gold Stock Photo

RM2C586B8–MALAGA, SPAIN - Jun 01, 2020: pendulum antique clock metal gold

Rotary pendulum of a vintage Haller dome torsion clock Stock Photo

RFC76HYB–Rotary pendulum of a vintage Haller dome torsion clock

S. Mancel, Table clock with 7 inch dial and richly engraved back plate with S MANCEL ROTTERDAM in medallion, clock clock timepiece measuring instrument wood oak turtle brass steel, Clock: platine clockwork with going work with railing and fixed pendulum with pendulum clock and saw beat on bell The mechanism and the bells for quarter quilting have been removed. The back plate is engraved with acanthus motifs and knight figure in the center. The signature is in cartouche at the bottom. The matted center of the dial has two wind holes window for the pendulum clicker and date window. The silvered Stock Photo

RMR71YG3–S. Mancel, Table clock with 7 inch dial and richly engraved back plate with S MANCEL ROTTERDAM in medallion, clock clock timepiece measuring instrument wood oak turtle brass steel, Clock: platine clockwork with going work with railing and fixed pendulum with pendulum clock and saw beat on bell The mechanism and the bells for quarter quilting have been removed. The back plate is engraved with acanthus motifs and knight figure in the center. The signature is in cartouche at the bottom. The matted center of the dial has two wind holes window for the pendulum clicker and date window. The silvered

Internal mechanism of vintage 1950's Westminster Chime mantel clock by Smiths / Alexander Clark Co Ltd, issued by British Rail Stock Photo

RFBKWN4F–Internal mechanism of vintage 1950's Westminster Chime mantel clock by Smiths / Alexander Clark Co Ltd, issued by British Rail

RFH90M59–Old brass clock mechanism with pendulum, chime spring and three small screwdrivers

Table period clock with oscillating mechanism Stock Photo

RFE4F8CM–Table period clock with oscillating mechanism

RF2T17PJ2–Antique pendulum clock isolated on white background. 3D illustration.

. English: Drawing of the first pendulum clock, designed by Dutch scientist Christiaan Huygens in 1657. Huygens contracted his clock designs to clockmaker Salomon Coster of The Hague, who actually built the clock. The pendulum had a wider swing than modern clocks, perhaps 80°-100°, due to its verge escapement. The drive force for the clock was provided by the two weights at bottom in an ingenious 'endless rope' mechanism. Huygens first pendulum clock - front view Stock Photo

RMMN06RK–. English: Drawing of the first pendulum clock, designed by Dutch scientist Christiaan Huygens in 1657. Huygens contracted his clock designs to clockmaker Salomon Coster of The Hague, who actually built the clock. The pendulum had a wider swing than modern clocks, perhaps 80°-100°, due to its verge escapement. The drive force for the clock was provided by the two weights at bottom in an ingenious 'endless rope' mechanism. Huygens first pendulum clock - front view

Hydrochronometer or Water clock Stock Photo

RFB4FEGG–Hydrochronometer or Water clock

picture of my hand made clock Stock Photo

RMKWK9E3–picture of my hand made clock

detail of handcraft rotating pendulum in motion, shot at Milan, Italy Stock Photo

RFT6T10H–detail of handcraft rotating pendulum in motion, shot at Milan, Italy

Traditional German wooden Cuckoo Clock, Siegfried's Mechanical Musical Instrument Museum, Rudesheim, Germany Stock Photo

RFH4C00R–Traditional German wooden Cuckoo Clock, Siegfried's Mechanical Musical Instrument Museum, Rudesheim, Germany

Year duration movement by John Craig of Morpeth circa 1840 Stock Photo

RMARHR8M–Year duration movement by John Craig of Morpeth circa 1840

RFH8J9NM–Old analogue clock mechanism

pendulum and weights mechanism of ornate grandfather clock in wooden oak case Stock Photo

RFP696JG–pendulum and weights mechanism of ornate grandfather clock in wooden oak case

Pendulum or oscillating clock mechanisms, showing escapement mechanism, curved metal strips to check swing of pendulum, and clock with pendulum and weights Stock Photo

RM2ETAA61–Pendulum or oscillating clock mechanisms, showing escapement mechanism, curved metal strips to check swing of pendulum, and clock with pendulum and weights

Jean Baptiste Baillon clock. Sevres porcelain wall clock. 19th century engraving. Stock Photo

RM2DC72W4–Jean Baptiste Baillon clock. Sevres porcelain wall clock. 19th century engraving.

RMBRCMAH–Ludwig I Grand Duke of Baden (1763 - 1830), a rolling eye clock, first half of the 19th century The front with a portrait of Grand Duke Ludwig I in a fictive uniform, oil on wood. Moving eyeballs, enamelled dial in the centre. Inscribed on the lower right 'L.B.E.M.' (Ludwig Baden Euer Majestät). In gilt profile frame, under glass. Ebonised wood case, movement on a wooden board with striking mechanism, brass pendulum, lead-filled brass weights. Slight signs of use, the movement sets in. Size 27 x 32 x 12 cm. Ludwig I was the last member of the Zähringer dynasty.,

1874 Bilder Print of the Munster Cathedral Astronomical Clock in Germany with a breakdown of the mechanical parts that tell the time and mark astronomical events such as full moons and seasons. Stock Photo

RMJCY4PF–1874 Bilder Print of the Munster Cathedral Astronomical Clock in Germany with a breakdown of the mechanical parts that tell the time and mark astronomical events such as full moons and seasons.

A classic antique pendulum clock mounted on a brick wall in an aged building Stock Photo

RF2PG83K3–A classic antique pendulum clock mounted on a brick wall in an aged building

RM2A24M54–Pendulum or oscillating clock mechanisms, showing escapement mechanism, curved metal strips to check swing of pendulum, and clock with pendulum and weights

close up of an antique dutch clock Stock Photo

RFB0RTRW–close up of an antique dutch clock

Shandon Church Clock Cork City Ireland Stock Photo

RMB01896–Shandon Church Clock Cork City Ireland

RFH90M55–Old brass clock mechanism with pendulum, chime spring and three small screwdrivers

Table period clock with oscillating mechanism on grunge background Stock Photo

RFE4F8CY–Table period clock with oscillating mechanism on grunge background

RF2T17P6G–Antique pendulum clock isolated on white background. 3D illustration.

N/A. The second pendulum clock built by Christiaan Huygens, inventor of the pendulum clock, around 1658. It is from his treatise Horologium Oscillatorium, published 1673, Paris, and it records improvements to the mechanism that Huygens had illustrated in the 1658 publication of his invention, titled Horologium. It is a weight driven clock (the weight chain is removed) with a verge escapement (K,L), with the pendulum (X) suspended on a cord (V). The large metal plate (T) in front of the pendulum cord is the first illustration of Huygens' 'cycloidal cheeks', an attempt to improve accuracy by for Stock Photo

RMP5XFPH–N/A. The second pendulum clock built by Christiaan Huygens, inventor of the pendulum clock, around 1658. It is from his treatise Horologium Oscillatorium, published 1673, Paris, and it records improvements to the mechanism that Huygens had illustrated in the 1658 publication of his invention, titled Horologium. It is a weight driven clock (the weight chain is removed) with a verge escapement (K,L), with the pendulum (X) suspended on a cord (V). The large metal plate (T) in front of the pendulum cord is the first illustration of Huygens' 'cycloidal cheeks', an attempt to improve accuracy by for

Pendulum of the old clock mechanism, isolated on white background Stock Photo

RFEPD16E–Pendulum of the old clock mechanism, isolated on white background

An historical illustration from 1748 showing the art of making clocks and watches. Stock Photo

RF2GGP83Y–An historical illustration from 1748 showing the art of making clocks and watches.

Detail of an old clock with old key winder. Concept of the time. Stock Photo

RFGDMJY4–Detail of an old clock with old key winder. Concept of the time.

RFDA11W8–antique clock with pendulum

The mechanism of the old clock with the door open Stock Photo

RFTT9BRT–The mechanism of the old clock with the door open

RFH8J9T4–Old analogue clock mechanism

RMC7KFPT–Selection of railway clocks

RF2MNA0EN–Antique old style cartoon pendulum clock cartoon set, vector clock cartoon set icon, antique clock.

RF2DG7YT8–Pendulum of the old clock mechanism, isolated on white background

RMBRCMB5–Ludwig I Grand Duke of Baden (1763 - 1830), a rolling eye clock, first half of the 19th century The front with a portrait of Grand Duke Ludwig I in a fictive uniform, oil on wood. Moving eyeballs, enamelled dial in the centre. Inscribed on the lower right 'L.B.E.M.' (Ludwig Baden Euer Majestät). In gilt profile frame, under glass. Ebonised wood case, movement on a wooden board with striking mechanism, brass pendulum, lead-filled brass weights. Slight signs of use, the movement sets in. Size 27 x 32 x 12 cm. Ludwig I was the last member of the Zähringer dynasty.,

traditional wooden cuckoo clock Stock Photo

RFKPDYYF–traditional wooden cuckoo clock

Vintage reproduction mahogany mantel / wall clock Stock Photo

RFBT1B50–Vintage reproduction mahogany mantel / wall clock

The face of a grandfather clock Stock Photo

RMC5XER1–The face of a grandfather clock

Vintage Haller brass dome clock Stock Photo

RMC5KF8X–Vintage Haller brass dome clock

2022/02/22, Tokyo, on an barely noticed historical day, the Seiko Pendulum Clock at Shinjuku NS Building showed 2:22 on 2022/02/22. The Yukku-Rhythm Pendulum Clock built in 1982 by Seikosha, was the world's largest mechanical pendulum clock at the time. With a total height of 29 m, a pendulum length of 22.5 m, and a dial length of 7.2 m. A waterwheel powers the clock, and the pendulum completes a swing every 30 seconds. This mechanism gives the clock a distinctive slow-paced rhythm that stands at the origin of the clock's name: yukkuri (slow) rhythm. (Photo by Michael Steinebach/AFLO) Stock Photo

RM2HPWWN1–2022/02/22, Tokyo, on an barely noticed historical day, the Seiko Pendulum Clock at Shinjuku NS Building showed 2:22 on 2022/02/22. The Yukku-Rhythm Pendulum Clock built in 1982 by Seikosha, was the world's largest mechanical pendulum clock at the time. With a total height of 29 m, a pendulum length of 22.5 m, and a dial length of 7.2 m. A waterwheel powers the clock, and the pendulum completes a swing every 30 seconds. This mechanism gives the clock a distinctive slow-paced rhythm that stands at the origin of the clock's name: yukkuri (slow) rhythm. (Photo by Michael Steinebach/AFLO)

Pendulum Clocks and Their Errors . her greater than a whole number + one-half times theinterval between the successive teeth. Suppose, now, the pendulum to beabout to pass through the vertical from right to left; at this moment thetooth on the A side passes from the cylindrical arc AA and slides over AC,accelerating the motion of the pendulum in the process. After the A toothhas passed, the escape wheel moves round rapidly under the driving force ofthe clock mechanism, until the B tooth is stopped by the cylindrical arcBB. Against this arc it rests until the pendulum returns from left toright. Stock Photo

RM2ANHKPT–Pendulum Clocks and Their Errors . her greater than a whole number + one-half times theinterval between the successive teeth. Suppose, now, the pendulum to beabout to pass through the vertical from right to left; at this moment thetooth on the A side passes from the cylindrical arc AA and slides over AC,accelerating the motion of the pendulum in the process. After the A toothhas passed, the escape wheel moves round rapidly under the driving force ofthe clock mechanism, until the B tooth is stopped by the cylindrical arcBB. Against this arc it rests until the pendulum returns from left toright.

Mechanism of Clock in Sherborne Abbey, Dorset Stock Photo

RMA5NAGB–Mechanism of Clock in Sherborne Abbey, Dorset

Pendulum clock watch on table Stock Photo

RFHAC8PX–Pendulum clock watch on table

Mechanic luxury men wrist watch with automatic winding, close-up fragment of open back side with self-winding mechanism details Stock Photo

RFWW6BAD–Mechanic luxury men wrist watch with automatic winding, close-up fragment of open back side with self-winding mechanism details

RFETXCN3–Pendulum of the old clock mechanism, isolated on white background

Back side of a mechanical luxury men wrist watch with automatic winding, close-up photo of self-winding mechanism details Stock Photo

RF2DXWC0P–Back side of a mechanical luxury men wrist watch with automatic winding, close-up photo of self-winding mechanism details

William Gib, Black table pendulum with glass in front door and back door, pendulum clock timepiece measuring instrument brass bronze steel oak wood textile, rectangular foot with profiled frames and brass bands all around on four reversed bowl-shaped brass legs with rectangular rising cupboard on top and rear rectangular door with arched glass and in the upper corners two ornaments cut into thin wood with symmetrical floral motifs and at the back with textile and (now) wooden reinforcement. Glass and corner pieces with semicircular brass frames attached to the wood of the door with embedded na Stock Photo

RMR72D1W–William Gib, Black table pendulum with glass in front door and back door, pendulum clock timepiece measuring instrument brass bronze steel oak wood textile, rectangular foot with profiled frames and brass bands all around on four reversed bowl-shaped brass legs with rectangular rising cupboard on top and rear rectangular door with arched glass and in the upper corners two ornaments cut into thin wood with symmetrical floral motifs and at the back with textile and (now) wooden reinforcement. Glass and corner pieces with semicircular brass frames attached to the wood of the door with embedded na

St.Petersburg, Russia - March 7, 2017: Ingersoll IN1827 QG, mechanic wrist watch with automatic winding, back side with self-winding mechanism details Stock Photo

RF2B28FJR–St.Petersburg, Russia - March 7, 2017: Ingersoll IN1827 QG, mechanic wrist watch with automatic winding, back side with self-winding mechanism details

Macro details of gearwheels from a clockwork, precision and accuracy Stock Photo

RF2ADW4C1–Macro details of gearwheels from a clockwork, precision and accuracy

RFH8J9TH–Old analogue clock mechanism

Anchor escapement is a type of escapement used in pendulum clocks. An escapement is the mechanism in a mechanical clock that maintains the swing of th Stock Vector

RF2BTGRXE–Anchor escapement is a type of escapement used in pendulum clocks. An escapement is the mechanism in a mechanical clock that maintains the swing of th

Mechanism of an old pendulum clock Stock Photo

RFJ1CJAN–Mechanism of an old pendulum clock

RF2DG7YTW–Pendulum of the old clock mechanism, isolated on white background

RMBRCMKW–Ludwig I Grand Duke of Baden (1763 - 1830), a rolling eye clock, first half of the 19th century The front with a portrait of Grand Duke Ludwig I in a fictive uniform, oil on wood. Moving eyeballs, enamelled dial in the centre. Inscribed on the lower right 'L.B.E.M.' (Ludwig Baden Euer Majestät). In gilt profile frame, under glass. Ebonised wood case, movement on a wooden board with striking mechanism, brass pendulum, lead-filled brass weights. Slight signs of use, the movement sets in. Size 27 x 32 x 12 cm. Ludwig I was the last member of the Zähringer dynasty.,

RFJHCDAH–pendulum clock

The mechanism of analog hours Stock Photo

RFE4B67Y–The mechanism of analog hours

Hydrochronometer or Water clock in the beautiful Villa Borghese Park, Rome, Italy. Stock Photo

RFB4F6TN–Hydrochronometer or Water clock in the beautiful Villa Borghese Park, Rome, Italy.

Table clock with alarm. Digital polygon vector on dark background. Stock Vector

RF2M7CXTN–Table clock with alarm. Digital polygon vector on dark background.

RM2HPWWPB–2022/02/22, Tokyo, on an barely noticed historical day, the Seiko Pendulum Clock at Shinjuku NS Building showed 2:22 on 2022/02/22. The Yukku-Rhythm Pendulum Clock built in 1982 by Seikosha, was the world's largest mechanical pendulum clock at the time. With a total height of 29 m, a pendulum length of 22.5 m, and a dial length of 7.2 m. A waterwheel powers the clock, and the pendulum completes a swing every 30 seconds. This mechanism gives the clock a distinctive slow-paced rhythm that stands at the origin of the clock's name: yukkuri (slow) rhythm. (Photo by Michael Steinebach/AFLO)

The mechanism inside the tower clock with a pendulum. Stock Photo

RF2R093E1–The mechanism inside the tower clock with a pendulum.

RMA5N9YF–Mechanism of Clock in Sherborne Abbey, Dorset

Stock Photo - Clock face on The Guildhall, Derry, Londonderry, Northern Ireland.The Guildhall clock is a replica of Big Ben. Stock Photo

RME8X498–Stock Photo - Clock face on The Guildhall, Derry, Londonderry, Northern Ireland.The Guildhall clock is a replica of Big Ben.

RFBAHTRK–Inside of a clock

RFEPD171–Pendulum of the old clock mechanism, isolated on white background

RFEKNC5F–Historic wood clock

Mantel Clock with Glass Dome & Rotating Pendulum. Period clock with oscillating mechanism on an old dusty Cupboard lit by morning sun Stock Photo

RF2BH308A–Mantel Clock with Glass Dome & Rotating Pendulum. Period clock with oscillating mechanism on an old dusty Cupboard lit by morning sun

illustration of hands holding a clock Stock Vector

RF2J27HNR–illustration of hands holding a clock

Great close-up view of the Lucerne's Town Hall clock with a large dial constructed in 1526. It is now displayed in the Zytturm (Time Tower) which is... Stock Photo

RF2RA9Y7A–Great close-up view of the Lucerne's Town Hall clock with a large dial constructed in 1526. It is now displayed in the Zytturm (Time Tower) which is...