- Pointing Finger
Pointing Finger - Closed Fist
Closed Fist - Clenched Fist
Closed Fist - T
T - Left Hand
Left Hand - Oldest known image of Columbus
Oldest known image of Columbus - Columbus ship. A letter written by Columbus of America in 1493
Columbus ship. A letter written by Columbus of America in 1493 - Huitzilopochtli (front)
Huitzilopochtli (front) Maya God of War - Huitzilopochtli (back)
Huitzilopochtli (back) Mayan God of War - Adoratorio
This represents the “Adoratorio or Alta Casa, No. 3” of Palenque. This is nothing else than the temple of the god Huitzilopochtli and of his equal, Tlaloc. - The Palenquean Group of the Cross
The Palenquean Group of the Cross - Huitzilopochtli (side)
Huitzilopochtli (side) - Yucatec Stone
Yucatec Stone - Tablet at Palenque
Tablet at Palenque - Statue at Copan
Statue at Copan - Maya War God
Maya War God This represents Huitzilopochtli, or rather, the Yucatec equivalent of this Aztec god. - Maya Rain God
This I take to be the sorcerer Tlaloc. He is blowing the wind from his mouth; he has the eagle in his head-dress, the jaw with grinders, the peculiar eye, the four Tlaloc dots over his ear and on it, the snake between his legs, curved in the form of a yoke (this is known to be a serpent by the conventional crotalus signs of jaw and rattles on it in nine places), the four Tlaloc dots again in his head-dress, etc. He has a leopard skin on his back (the tiger was the earth in Mexico) and his naked feet have peculiar anklets which should be noticed. - Statue at Copan
Statue at Copan - Christopher Columbus
Christopher Columbus - An Arab Bakery
The wandering Arabs subsist almost entirely upon bread, wild herbs, and milk. It is rather strange that they should eat so much bread, because they never remain sufficiently long in one place to sow wheat and reap the harvest from it. They are compelled to buy all their corn from the people who live in towns, and have cultivated fields. When these townsmen and villagers have gathered in their harvests, the Arabs of the desert draw near their habitations, and send messengers to buy up corn for the tribe, and perhaps also to sell the 'flocks' of wool which they have shorn from their sheep. - Ploughing in Syria
The ploughs used by these Syrian cultivators are little more than a bent wooden stock, having a long bar, by which it may be drawn. The lend of the stock is in shape somewhat like that which is formed by a human foot and leg, the foot being the 'share,' which scratches up the soil. That part which corresponds to the leg is prolonged upwards into a long handle, with the help of which the ploughman guides the plough. The bar by which the plough is drawn is attached to the inner or fore side of the bend, at the ankle, as it were. Two oxen of a small kind are, as a rule, attached to each plough. - Iron-Smelting in India
In many parts of India iron is made in a very simple way, which has probably been followed for centuries without much change. The iron-worker builds a little furnace of clay, in the form of a tower which is narrower at the top than at the bottom. This tower is only four or five feet high, so that it is after all no bigger than the towers and castles which children build in the sand; but its builder makes good use of it, small though it is. The top of it is open, and at the bottom there are one or two openings in the side, through which the iron-maker can blow the air of a pair of bellows. These bellows are goat-skin bags, which have been made by sewing up whole skins. A hollow bamboo is fitted into the end of each bag, in order to form the pipes of the bellows and there is also another opening in each bag which may be closed very quickly by the man who blows the bellows. He works the bellows by pressing upon the goat-skin bags with his feet, so as to drive out the air through the pipe which is fixed in the end of each bag. He works two bags at one time, pressing first upon one and then upon the other. While he is pressing one bag, he raises the other, which is empty, and allows it to fill again through the hole which has been left in it for that purpose. In this way he contrives to have one bag filling with air, while he is squeezing the air out of the other. - The Kimmori
Another favourite instrument is the 'kimmori.' This also derives its sounding powers from gourds, of which three are usually slung from the tube forming the body. It is said by the natives to have been invented by one of the singers of the 'Brahma Loka,' or heaven of the Brahmins. The 'kimmori' is made of a pipe of bamboo or blackwood, with frets or screws, which should be fashioned of the scales of the pangolin, or scaly ant-eater, though more often they are made of bone or metal. It has only two strings, one touching the frets, the other carried above them. The tail-piece is always carved like the breast of a kite, and the instrument is frequently found sculptured on ancient temples and shrines, especially in Mysore, in the south of Hindustan. - The Bin
The 'bin,' or 'vina,' may be regarded as the national instrument of India. The 'bin' is made of wood, and has seven strings, two of steel, the rest of silver, and these are plucked by the two first fingers of the performer, who wears little metal shields made for the purpose. It is tuned by pegs, and has two gourds suspended below, each usually measuring about fourteen inches across. These, being of irregular shape and gaily coloured, give a very picturesque look to the instrument. - Egyptian 'Shadoof'
The commonest of these machines is the shadoof. It is a sort of balance, with a weight at one end and a cord and bucket at the other. The arm of the balance rests upon a bar of wood, which is supported by two wooden posts, the whole resembling the horizontal bar of a gymnasium. The posts are about five feet high and two or three feet apart, and they are set up on the top of a bank, close to the edge, so that the end of the arm which bears the bucket may project over the water. This arm is made out of a slender branch of a tree, and is fastened to the horizontal bar by loops of cord. Its thicker end is loaded with a large, round ball of mud, while the other carries a long cord, or even a slender stick, at the end of which is the bucket, or bowl, in which the water is raised. - Egyptian 'Sakiyeh'
Another machine used for the same purpose [irrigation] is the sakiyeh, or draw-wheel. It consists of a horizontal axle, with a wheel at each end. One of these wheels overhangs the water of a river, a canal, or a well, and over it there passes a long, hanging loop of cords, to which a number of earthen pots are fastened. As the axle and the wheel go round, the pots on the cords are drawn over the wheel, and made to move in a circle like the buckets of a dredging-machine. The lower end of the loop of pots dips in the water, and each pot, as it passes through the water, is filled. It is then slowly drawn up by the turning wheel, and as it passes over the wheel, and is tilted over, it empties the water into a tank, or spout, and passes on downwards, empty, to the river again to take up a new supply. - Common Frog - showing tongue in action
Frog collecting lunch - The dog took kindly to her foster-children
A wolf had an ordinary family of eight young ones. The keepers, probably thinking that these were too many for the captive wolf to bring up alone, divided the family. Four of them were left with their mother, and four of them were placed in charge of a collie. The dog took kindly to her foster-children, and reared them successfully with her own. - The First Passenger Across the Brooklyn Bridge
Yet it was the first 'stitch' in the great web, and thousands of eyes were turned towards it on August 25th, 1876, when the very first passenger crossed along it from shore to shore. This passenger was Mr. Farrington, one of the engineers. He wished to encourage his men by a good example, for over that terrible gulf it would soon be necessary for many of them to go. His seat was a small piece of board such as we use for a swing in a playground, and it was attached to the wire by four short ropes. The perilous journey took more than twenty minutes, and the people below watched almost breathlessly as the slender thread swayed up and down with the weight of the traveller. To their eyes it appeared at times as if he was soaring through the air unsupported, so thin was the line by which he hung. - Boot-Blacks of Cairo
Boot-Blacks of Cairo - Great Stone of Baalbek
But the wonder of Baalbek is in the stones used in its construction. Hewn stones, twelve, fifteen, and twenty feet long, and proportionately wide and high, are frequent in the walls and substructures. You grow weary of saying: “There’s one!” “Look at this!” “and this!” “and this!” You wander down in the underground passages, and the size of the stones, placed as precisely as bricks in a wall of a building of to-day, fairly astounds you; you come out, and look on the wall of the temple, and you find stones twenty-four, twenty-eight, and thirty feet long, and proportionally wide and high. You see stones of this sort away up in the air at the tip of the columns, and you wonder how they got there. - Beyrout and the Mountains of Lebanon
Beyrout and the Mountains of Lebanon - Bismillah
A few years ago some Greek and Italian scoundrels “put up a job” to plunder one of the mosques at Constantinople. They were weeks at work, perfecting their plans, and managed to get their plunder safe on board a schooner which was waiting in the sea of Marmora, a mile or two from shore. They sailed away in triumph, but the electric telegraph, which has brought so many scoundrels to justice, caused them to be overhauled at the Dardanelles. The schooner was captured and brought back to Constantinople; the property was returned to the mosque, and the enterprising gentlemen who removed it without authority received the polite attentions of a Turkish headsman. Not only they, but the entire crew of the schooner down to the cook and cabin boy—also a cat and two kittens—were decapitated, without fear or favor. “Bismillah!” (in the name of God) shouted the executioner each time he swung his sword. “Inshallah!” (God is willing) responded the attendant, as he gathered up the heads one by one and stowed them away in a sack. - Moslems at Prayer
Moslems at Prayer - A Turkish 'Cavass'
The police were very civil, and the “cavass,” or police officer on duty in front of our party, kept the population from crowding us in conveniently close. The “cavass” was arrayed in gorgeous style, and a franc slipped into his hand proved a good investment; where he had before used words he now used a stick, and soon convinced the multitude that it had no rights which he or we were bound to respect. We had front places, and the fellow even brought a couple of bricks on which the lady of our party could stand and thus preserve her feet from the dampness of the earth. - An Egyptian Eunuch
An Egyptian Eunuch - A Syce
A stranger is impressed during his first days in Cairo with the spectacle of runners in front of carriages to warn people to get out of the way. These fellows have a picturesque dress and muscular legs, and their duty is to clear the way, by keeping a few yards in advance and warning people that a carriage is coming. An appendage of this sort is called a syce, and formerly it was necessary that he should be a native born Egyptian, but at present a Nubian may aspire to the position, and it is not unusual to see syces of the complexion of charcoal in front of elegant carriages. - Greek Priest
Greek Priest - “Backsheesh, O, Howadji!”
One of our favorite amusements at each landing-place was to make the natives scramble for money. They came down in large numbers, sometimes two or three hundred of them, and kept up a continual howl of “Backsheesh, O, Howadji!” that sounded very much like the murmurs of a mob. They gathered on the bank opposite the stern of the boat, and were ready to catch all the money we would throw to them. We had a supply of copper for just such cases, and by a judicious use of it, we made a franc go a great ways, and this was the way we would distribute it. One of us would take a copper, and after balancing and aiming it several times, would give it a toss. A mass of hands would be stretched to receive it, and the crowd would sway in the direction of the falling coin. If it struck in the dirt, a dozen Arabs would spring upon the place where it fell, and there would be a scramble for it. Sometimes the struggle would be so fierce, that the cloud of dust raised thereby would completely conceal the combatants, and they would emerge with torn garments - Shoe peddler in the Bazaar
Shoe peddler in the Bazaar - First American Reaper - Hussey
First American Reaper - Hussey - Floral Divider
Floral Divider - Lunar Orbiter.
The Lunar Orbiter project was initiated in 1963 as part of the U.S. Apollo program to land men on the Moon during the decade of the nineteen sixties. Lunar Orbiter’s primary mission was to take and transmit both wide-angle and closeup images of the Moon. Lunar Orbiters photographed many areas of scientific interest and provided general photographic coverage of much of the moon’s surface. These pictures were then used to select the best landing sites for the first manned lunar landings. Orbiters also showed that the moon’s gravitational field permitted stable orbits. Lunar Orbiter 1 was launched atop an Atlas-Agena D rocket on August 10, 1966. The last in the project, Lunar Orbiter 5, was launched on August 1, 1967. All five missions were successful. The first three missions were similar. After each launch, the Agena stage’s booster engine was fired to send the spacecraft on a 90-hour coasting trajectory to the Moon, about 386,160 kilometers (240,000 miles) distant. As the spacecraft neared the Moon, its on-board engine was fired as a retrorocket to slow the Orbiter and permit it to go into orbit around the Moon. - Two early types of liquid-fuel, rocket motors.
Two early types of liquid-fuel, rocket motors. Left, the original ARS motor; right, a four-nozzle motor for ARS No. 4 rocket. Thrust stud for fastening to rocket Blast chamber Fuel feed Oxygen feed Nozzle Water jacket Nozzles Thrust and fuel column attached to rocket Fuel feed - The Apollo Lunar Hand Tool Carrier
The Apollo Lunar Hand Tool Carrier holds 32 kilograms (70 pounds) of equipment, including a trenching tool, two geology scoops, four rock bags, a portable magnetometer, and five cameras. - Orbital Workshop crew-quarters installations
Launched into earth orbit on May 14, 1973, Skylab was a research center that housed three-man crews on three different visits to the space station. The longest mission lasted nearly three months. I M131 chair control Sleep compartment 70 sq ft II Head 30 sq ft Wardroom 97 sq ft III M507 gravity substitute work bench Experiment compartment 181 sq ft M171 gas analyzer M171 helmet stowage ESS IV M092 LBNPD Electric power control console M131 rotating chair - V1 Rocket
The German-developed V-1 was an automatically controlled pilotless aircraft for use against Allied cities during World War II. The missile was launched from ground ramps. Once in the air, automatic controls on board the craft took over. The V-1 climbed to a predetermined altitude, followed a compass course, and dove to the ground after a preset distance had been covered. This mid-wing monoplane was powered by a unique pulsejet engine above the rear portion of the fuselage. The relatively low speed of the missile made it easy prey for antiaircraft guns or fighters. - Bloodletting
Bloodletting - Wet Cupping for a headache
Wet cupping for a headache. (From Frederik Dekkers, Exercitationes Practicae Circa Medendi Methodum, Leyden, 1694.) - W. D. Hooper’s patent cupping apparatus with tubular blades
W. D. Hooper’s patent cupping apparatus with tubular blades. (From patent specifications, U.S. patent no. 68985.) - Scarification without cupping in Egypt
Scarification without cupping in Egypt in the 16th century. To obtain sufficient blood, 20 to 40 gashes were made in the legs and the patient was made to stand in a basin of warm water. (From Prosper Alpinus, Medicina Aegyptorum, Leyden, 1719. - R. J. Dodd’s patent cupping apparatus
R. J. Dodd’s patent cupping apparatus. Figs. 4 and 5 are the tubes for cupping the uterus. Fig. 3 is the flexible match scarifier. (From patent specifications, U.S. patent no. 3537.) - Patent for a complex cupping pump
Patent for a complex cupping pump, J. A. Maxam, 1916. (From patent specifications, U.S. patent 1179129.) - Paré’s scarificator
Paré’s scarificator, 16th century. (From The Workes of that Famous Chirurgeon, Ambrose Parey, translated by Thomas Johnson, London, 1649.) - Junod’s boot applied to a baby in the cradle
Junod’s boot applied to a baby in the cradle. (From Victor Theodore Junod, A Theoretical and Practical Treatise on Maemespasia. London, 1879. - Instruments for bleeding from the arm, 1708
Instruments for bleeding from the arm, 1708: a, a serviette to cover the patient’s clothing; b, a cloth ligature to place around the arm; c, a lancet case; d, a lancet; e and f, candles to give light for the operation; g, a baton or staff for the patient to hold; h, i, and k, basins for collecting blood; l and m, compresses; n, a bandage to be placed over the compress; p, eau de la Reine d’Hongrie that can be used instead of vinegar to revive the patient if he faints; q, a glass of urine and water for the patient to drink when he revives; r, s, t, implements for washing the hands and the lancets after the operation. (From Pierre Dionis, Cours d’opérations de chirurgie demontrées au Jardin Royal, Paris, 1708. - Instruments and technique of phlebotomy
Instruments and technique of phlebotomy: Fig. 1 shows an arm about to be bled. A ligature has been applied to make the veins swell. The common veins bled—cephalic, basilic, and median—are illustrated. Fig. 2 shows several types of incisions. Fig. 3 is a fleam, Fig. 4 a spring lancet, and Fig. 5 a “French lancet.” (From Laurence Heister, A General System of Surgery, London, 1759. - Dry cupping for sciatica
Dry cupping for sciatica. (From Frederik Dekkers, Exercitationes Practicae Circa Medendi Methodum, Leyden, 1694. - Depurator patented by A. F. Jones, 1866
Depurator patented by A. F. Jones, 1866. (From patent specifications) - Demours’ device for combining cup, scarifier and exhausting apparatus
Demours’ device for combining cup, scarifier and exhausting apparatus. (From Samuel Bayfield, A Treatise on Practical Cupping, London, 1823.)