RFC76HYP–Mechanism of vintage Haller brass dome torsion clock with rotary pendulum
RF2GPH1RJ–disassembled parts of an antique clock, clock hands, gear wheels, torsion springs, clock faces, scrapped antique clock parts, sprocket , dials, piano
RM2RC6G5H–Chemical Warfare Service Research Division developed a machine for testing canister springs during World War I. The machine, designed by A.O. Walthers, uses a torsion type mechanism. This photograph, taken on July 12, 1918, shows the machine in action.
RF2HFFGNN–Torsion spring tensioning the garage door mechanism painted blue, the gate seal is visible.
RM2J3YAPD–Siege engine. Roman era. Arrow laucher, with torsion mechanism.
RF2JP0KPA–Mechanically operated doorbell on a torsion spring actuated by a wire. Bell nailed to whitewashed wall
RF2R6YBBW–Spring mechanism on a old agricultural cultivator machine. Spring shock absorbers cultivator.
RF2BN8ETG–Ferris wheel on a background of sky.
RM2A9MNR7–Onager. It was an imperial Roman torsion powered siege engine. Engraving. Museo Militar, 1883.
RF2G5WJCN–Metal spring for absorption macro close up view
RFD37Y5N–Detail of the movement of a 1960s German build mantlepiece clock
RMT2846X–An electrometer is an instrument for measuring electric charge or electrical potential difference.In the quadrant electrometer torsion is used to give a measurement more sensitive than repulsion of gold leaves, improving the Coulomb torsion balance.
RFR4EPK5–Mechanical components
RF2RR8PN1–The inner side of rear left wheel of passenger car with beam suspension, showing springs with chippers and shock absorbers with anthers, as well as br
RFFB9972–A background of mechanical components, gear, industrial objects
RFFETHEM–Sling wheel lobe of Thule Cable Car.
RMB2XMFW–Large gray metal catapult with mass of bulky metal struts mounting machine to a trailer
RF2A2JBDX–Repeatedly painted black and cracked from old age locomotive axlebox
RFC76HYB–Rotary pendulum of a vintage Haller dome torsion clock
RFEKMHCF–Double-row ball bearing
RF2DAR382–Spring damping system. Double spring shock absorber mounted on mechanical device
RF2HFFGNA–Springs tensioning the garage door mechanism, visible red spring and spring head.
RM2J3YAX1–Siege engine. Roman era. Arrow laucher, with torsion mechanism.
RF2JP0KR7–Mechanically operated doorbell on a torsion spring actuated by a wire. Bell nailed to whitewashed wall
RM2AWX106–Elements of the principles and practice of midwifery . Very shortly after the head is delivered, as has just been described,another movement of the head occurs, which has been termedrestitution. This movement consists in a restoration of the head,after it emerges from the pelvis, to its original oblique position, so 178 VERTEX PRESENTATIONS. that the face of the child, in the mechanism just described, turnstowards the left thigh of the mother (see fig. 14). This restitu-tion was formerly supposed to have been effected entirely at the Fig. 14.. expense of a torsion of the neck of the child; but
RM2RH64W6–Ancient Age. Ballista or bolt thrower, ancient missile weapon. Engraving. Museo Militar, 1883. Later colouration.
RM2AJ86EE–Onager. It was an imperial Roman torsion powered siege engine. Engraving. Museo Militar, 1883. Later colouration.
RF2RGYWAW–finite element method, FEM, and technical drawing crankshaft, testing fatigue and stress in the material
RFD37Y57–Detail of the movement of a 1960s German build mantlepiece clock
RFR46R2C–Cilindrical gear vector illustration flat design. Pair of gears isolated on white background.
RFR4EPK6–Mechanical components
RF2RRA5P7–Gears of single mechanism meshed together
RFFB9B9D–A background of mechanical components, gear, industrial objects
RFFETHEE–Sling wheel lobe of Thule Cable Car.
RMB2YEW6–Line of pumpkin flinging machines Catapults, Centrifugal and human powered in curved row around the edge of competition field
RF2GDGJBW–Digital watercolor painting. Contemporary Art. Industry. Port crane. Cargo beam angle control mechanism. Gear with motor and counterweight beam. Gantr
RF2RJE45G–Dark background with gears of metallic color. Template for banner, poster, and creative design
RMC5KF8X–Vintage Haller brass dome clock
RFEKMHCH–Double-row ball bearing
RMC5KE17–Vintage German Koma 400-day anniversary torsion glass dome clock
RF2HFFGN2–Springs tensioning the garage door mechanism, visible blue spring and spring head.
RF2JP0KR8–Mechanically operated doorbell on a torsion spring actuated by a wire. Bell nailed to whitewashed wall
RM2ANCRCD–Atlas and epitome of traumatic fractures and dislocations . Fiff.^. ng.s. LUIi.An.it /• HpirhhvUl. Miinchev GENERAL CONSIDERATIONS. 29 or, inversely, by rotating the body while the extremity isfixed. The latter is the more frequent accident; thusfracture of the femur by rotation of the body during afall, the foot and leg remaining fixed, not infrequentlyoccurs. The former mechanism is imitated when by anartificial torsion a fracture is produced on the cadaver; itmust be, however, supplemented by a sharp blow with ahammer on the desired seat of fracture. The line of frac-ture thus produced is u
RFPY8341–Sample product set of worm gear. A worm drive is a gear arrangement in which a worm meshes with a worm gear. The two elements are also called the worm
RM2AJ86EM–Ancient Age. Ballista or bolt thrower, ancient missile weapon. Engraving. Museo Militar, 1883. Later colouration.
RF2RFTE4J–finite element method, FEM, and technical drawing crankshaft, testing fatigue and stress in the material
RF2PNH4AK–Mechanism line icons collection. Gears, Springs, Cogs, Levers, Pulleys, Hydraulics, Pneumatics vector and linear illustration. Bearings,Shaft,Clutch
RMT0XKGE–Arma de asedio llamada onagro. Grabado. 'Museo Militar del Ejército Español'. Tomo I. Evaristo Ullastres Editor. Barcelona, 1883. Biblioteca Histórico Militar de Barcelona, Cataluña, España.
RFKRWRH3–Mechanical components
RFFB9DH0–A background of mechanical components, gear, industrial objects
RMB2XENJ–Red metal supported structure pumpkin chucker, with massive amounts of ropes holding round metal fling arm in place.
RF2GC713B–Digital watercolor painting. Contemporary Art. Industry. Port crane. Cargo beam angle control mechanism. Gear with motor and counterweight beam. Gantr
RF2GM48HC–icon of the management or optimization process. The gear icon with directional arrows. Stock vector illustration.
RFEKMHCM–Steel balls bearing on the floor
RF2HFFGE7–Springs tensioning the home garage door mechanism, visible disconnection of the electric drive and and spring protection.
RM2J5266D–Catapult. Engraving, 19th century.
RM2AWD0XE–Atlas and epitome of traumatic fractures and dislocations . Fiff.^. ng.s. LUIi.An.it /• HpirhhvUl. Miinchev GENERAL CONSIDERATIONS. 29 or, inversely, by rotating the body while the extremity isfixed. The latter is the more frequent accident; thusfracture of the femur by rotation of the body during afall, the foot and leg remaining fixed, not infrequentlyoccurs. The former mechanism is imitated when by anartificial torsion a fracture is produced on the cadaver; itmust be, however, supplemented by a sharp blow with ahammer on the desired seat of fracture. The line of frac-ture thus produced is u
RFPY8354–Sample product set of worm gear. A worm drive is a gear arrangement in which a worm meshes with a worm gear. The two elements are also called the worm
RM2A9MNRA–Ancient Age. Ballista or bolt thrower, ancient missile weapon. Engraving. Museo Militar, 1883.
RF2RFTE5T–finite element method, FEM, crankshaft, testing fatigue and stress in the material
RF2PNG4NP–Operating mechanism line icons collection. Lever, Pinion, Gear, Piston, Rod, Cam, Sprocket vector and linear illustration. Actuator,Crank,Valve
RM2AK2793–Arma de asedio llamada onagro. Grabado. 'Museo Militar del Ejército Español'. Tomo I. Evaristo Ullastres Editor. Barcelona, 1883. Coloreado.
RFKRWRH4–Mechanical components
RFFB9699–A background of mechanical components, gear, industrial objects
RMB2XEK8–Wooden trebuchet with net behind at sunset. Pumpkin has been flung and has broken into pieces now scattered in air above.
RF2GE6T8J–Digital watercolor painting. Contemporary Art. Industry. Port crane. Cargo beam angle control mechanism. Gear with motor and counterweight beam. Gantr
RF2GM48D0–icon of the management or optimization process. The gear icon with directional arrows. Stock vector illustration.
RF2GD1G30–Digital watercolor painting. Contemporary Art. Industry. Port crane. Cargo beam angle control mechanism. Gear with motor and counterweight beam. Gantr
RFEKMHCK–Double-row ball bearing
RF2HFFGJ0–Springs tensioning the home garage door mechanism, visible disconnection of the electric drive and and spring protection.
RM2ANHRPD–Veterinary obstetrics, including the diseases of breeding animals and of the new-born . Fig. 114. The Mechanism of Torsion of the Uterus in the Cow.Gravid Uterus in Normal Position at about the 7Thmonth of Pregnancy, Seen from Below. P, Pubis. B, Bladder. L, Broad ligament.L, Point of attachment of broad ligament to abdominal wall.O, O, Ovaries. C, Right cornu. Q., Left (non-gravid) cornu.A, Corpus luteum. 696 Veterinary Obstetrics The causes of torsion have not been fully determined. Any-thing which may violently disturb the uterus may cause it toturn upon its long axis. We have noted the pec
RFPY831W–Sample product set of worm gear. A worm drive is a gear arrangement in which a worm meshes with a worm gear. The two elements are also called the worm
RFFB9B8D–A background of mechanical components, gear, industrial objects
RMB2XGGW–Large arching metal framed trebuchet with firing arm pointing forwards, pumpkin released from sling too early and heads backward
RF2GM48BF–icon of the management or optimization process. The gear icon with directional arrows. Stock vector illustration.
RFEKMHCJ–Double-row ball bearing
RF2HFFGDE–Springs tensioning the garage door mechanism, view from the inside, visible rail with chain and spring protection.
RM2J3YAWP–Ancient Age. Ballista. Type of catapult. Engraving.
RM2ANHT63–Veterinary obstetrics, including the diseases of breeding animals and of the new-born . /. Fig. 114. The Mechanism of Torsion of the Uterus in the Cow.Gravid Uterus in Normal Position at about the 7Thmonth of Pregnancy, Seen from Below. P, Pubis. B, Bladder. L, Broad ligament.L, Point of attachment of broad ligament to abdominal wall.O, O, Ovaries. C, Right cornu. Q., Left (non-gravid) cornu.A, Corpus luteum. 696 Veterinary Obstetrics The causes of torsion have not been fully determined. Any-thing which may violently disturb the uterus may cause it toturn upon its long axis. We have noted the
RFPYA7MP–Sample product set of worm gear. A worm drive is a gear arrangement in which a worm meshes with a worm gear. The two elements are also called the worm
RFFB936X–A background of mechanical components, gear, industrial objects
RMB2YEXJ–Wooden barrel shaped human powered pumpkin flinging machine which has just flung a pumpkin
RF2HFFGHP–Springs tensioning the garage door mechanism, visible spring with a blue color and a spring protection.
RM2J524TJ–Ancient Age. Ballista. Engraving.
RM2AJ1T0C–The nervo-muscular mechanism of the eyes and Routine in eye work . Fig, in. associated action of two pairs of the ob-liques) ; (3) the two interni for converg-ing the eyes on an object near bv (with- 2 18 The Nervo-Muscular Mechanism of the Eyes out torsion if the near point be in the ex-tended horizontal plane of the head) ; (4)the right externus and the left internus,for effecting the right cardinal rotation;(5) the left externus and the right inter-nus, for effecting the left cardinal rota-. Fig. IV. tion (these two rotations will be aroundthe vertical axis of the eye without tor-sion) ; (6
RFPY833C–Sample product set of worm gear. A worm drive is a gear arrangement in which a worm meshes with a worm gear. The two elements are also called the worm
RFFB9977–A background of mechanical components, gear, industrial objects
RMB2YENM–Variety of pumpkin hurling machines with supporting vehicles fronted by large number of cardboard boxes holding pumpkins.
RF2HFFG9D–Springs tensioning the garage door mechanism, view from the inside, visible rail with chain and spring protection.
RM2J524P2–Catapult. Engraving, 19th century.
RM2AJ1TBW–The nervo-muscular mechanism of the eyes and Routine in eye work . Fig. II. superior recti for rotating the two eyesdirectly upward; (2) the two inferiorrecti for rotating the two eyes directly The Nervo-Muscular Mechanism of the Eyes 17 downward (these two rotations will bearound the horizontal axis of the eye, butwith torsion which must be prevented by-. Fig, in. associated action of two pairs of the ob-liques) ; (3) the two interni for converg-ing the eyes on an object near bv (with- 2 18 The Nervo-Muscular Mechanism of the Eyes out torsion if the near point be in the ex-tended horizontal p
RFPY831X–Sample product set of worm gear. A worm drive is a gear arrangement in which a worm meshes with a worm gear. The two elements are also called the worm
RFFB9JKR–A background of mechanical components, gear, industrial objects
RMB2XMA0–Small wooden trebuchet standing alone in a corn stubble field with few pumpkins at base Man carrying a large pumpkin on shoulder
RF2HFC0TH–Guides for the home garage door, visible cable drum with steel rope, inside view.
RM2J5250Y–Ancient Age. Ballista. Engraving.
RM2CHWCFR–. Atlas and epitome of traumatic . ^. GENERAL CONSIDERATIONS. 29 or, inversely, by rotating the body while the extremity isfixed. The latter is the more frequent accident; thusfracture of the femur by rotation of the body during afall, the foot and leg remaining fixed, not infrequentlyoccurs. The former mechanism is imitated when by anartificial torsion a fracture is produced on the cadaver; itmust be, however, supplemented by a sharp blow with ahammer on the desired seat of fracture. The line of frac-ture thus produced is usually distinctly spiral. The spiralline in this so-called fracture by
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