Archive for the ‘Bionics’ Category

1910 – The Electric Vampire – F. H. Power (British)


The Electric Vampire
By F. H. Power
Illustrated by Philip Baynes
(This short story appeared in The London Magazine of October 1910 with the accompanying Editor's note: 'The following short story, though of course but a figment of the imagination, is yet founded on fact. Over seventy years ago (in 1836, to be precise), a Mr Crosse astonished the British Association by reading a paper on electro-crystalisation, in which he described how he obtained living electrical insects, called acari, by artificial means — namely, by a voltaic battery, certain acids, and red oxide of iron. His experiments were closely watched by the leading scientists of the day, but Crosse himself gave them up, owing to the excited attitude of a section of the public, who assailed him with much bitterness for carrying out experiments which they considered it a "crime" to make.')


I was at breakfast when the note reached me. 'My dear Charles,' it ran — 'I shall be glad if you can come round to my place tonight, as I have something to show you, which I think will interest you. I have also asked Vane.'
It did not take a moment for me to make up my mind to go. Dr Vane and I often spent an evening at George Vickers's house. We were bachelors, and as we were all fond of things scientific, the time passed very pleasantly — so pleasantly that very often it was two or three o'clock in the morning before he saw us off his premises.
During the day I found myself speculating as to what our friend intended to show us. I recalled some of the weird and fascinating electrical experiments he had performed in his laboratory. 'I bet it's another experiment with electricity,' I said to myself, but I was only partly correct.
I arrived at the house about six o'clock, and found Vane had already arrived, and, as usual, had taken the easiest armchair in which to rest his lean body. Our host, with his ruddy, smiling face, stood with his back to the fireplace.
'I'm glad you have come, Charlie,' he said. You will be able to relieve me from that living mark of interrogation.' And he nodded towards the doctor, who sat twirling an imaginary moustache.
'Well, why can't he indicate what he has dragged us round here for?' the doctor asked plaintively. 'And fancy having as an excuse that he doesn't want to spoil my appetite for dinner!'
'Eh, what?' I ejaculated.
'Oh, now you are going to start. For goodness' sake find something else to talk about until we have had something to eat,' said Vickers, and he suggested aeroplanes.
We let him have his own way, and very soon after sat down to dinner. Our conversation during the meal would have been dry to many, but it was after our own hearts, and never flagged for a moment. The doctor's speciality was biology. My hobby is chemistry, and it was through an explosion which nearly blinded me that I first made his acquaintance, and subsequently introduced him to George Vickers.
At last George leaned back in his chair, and, lighting a cigar, said:
'You fellows, of course, want to know what on earth I am keeping up my sleeve. Before I show you, I want you to listen to this short extract from a series of lectures given by a man named Noad, and published in 1844.'
He fetched the book, and read:
"It was in the course of his experiments in electro-crystalisation that that extraordinary insect about which so much public curiosity has been expended, was first noticed by Mr Crosse." '
Here Vickers looked up from the volume, and remarked:
'Mr Crosse I might say, was a gentleman who stood foremost as one of the individuals in this country who have distinguished themselves by their researches in atmospheric electricity.'
He turned to the book again:
"In justice to this talented individual, who was most shamefully and absurdly assailed by some ignorant people on account of this insect, and who underwent much calumny and misrepresentation in consequence of experiments 'which in this nineteenth century it seems a crime to have made,' I shall give a detailed account of that experiment in which the Acarus first made its appearance.
'Here follows,' said George, a minute description of the apparatus Crosse used. Briefly a basin containing practically a saturated solution of soluble silica is placed in a funnel, and a piece of flannel hangs over the side of the basin and acts as a syphon. The liquid falls in drops on a piece of porous red oxide of iron from Vesuvius, kept constantly electrified by a voltaic battery.'
Again he turned to the book and read:
' "On the fourteenth day from the commencement of the experiment, Mr Crosse observed through a lens a few small whitish excrescences or nipples projecting from about the middle of the electrified iron, and nearly under the dropping of the fluid above. On the eighteenth day these projections enlarged, and seven or eight filaments, each of them longer than the excrescence from which it grew, made their appearance on each of the nipples. On the twenty-second day, these appearances were more elevated and distinct; and on the twenty-sixth day each figure assumed the form of a perfect insect standing erect on a few bristles which formed its tail. Till this period Mr Crosse had no notion that these appearances were any other than an incipient mineral formation, but it was not until the twenty-eighth day, when he plainly perceived these little creatures move their legs, that he felt any surprise. In a few days they separated themselves from the stone, and moved about at pleasure. They appeared to feed by suction." … Mr Crosse adds: "I have never ventured an opinion as to the cause of their birth; and for a very good reason — I was unable to form one." '
Vickers shut the book up.
'There's a lot more about it, but I think I have read all that is necessary. If either of you would like some more information on those early experiments, you will find it in the "Transactions of the Electrical Society".'
There was silence whilst we puffed at our cigars. At length, Dr Vane said:
'I was under the impression that subsequent experimentalists were not so successful as Mr Crosse ?' Vickers smiled enigmatically.
'If you will just come this way, I fancy I shall be able to prove to you that at least one other experimentalist has been fairly successful.' And beckoned us to follow him.
I had often been in his laboratory, but to my surprise he led us to a room at the top of the house, and, as he inserted the key, drew our attention to the Yale lock.
'I rely on you chaps to keep to yourselves what I am going to show you, because I am preparing a paper on this experiment, and I want to surprise 'em,' he said, and pushed the door open.
Dr Vane, with an eager look on his face, entered boldly. I followed close behind, and I remembered wondering why George, usually so unemotional, appeared to be in a state of suppressed excitement.

And then I saw what it was. May I, a man, be forgiven if I trembled from head to foot!
On a low plain wood table was a sheet of some metal about four feet square. From a cistern fixed above, and pierced by many minute holes, some liquid dropped on the slab incessantly. But these things I barely noticed, for my attention was riveted to the centre of that slab, on which sprawled a creature which I can only liken to an immense spider, its length being about two feet.
Two legs appeared from behind each side of the head, and four longer ones — they must have been nearly as long as the body — at the back. Projecting from its head, where you would expect to find the mouth, was a trunk-like object which went in and out like the trunk of a fly. All over the body about an inch apart long filaments stood out. Its colour was drab, and it was apparently covered with slime. Its eyes were like the eyes of an owl, and never blinked.
We stared at the fearsome object in dead silence.
Vickers was the first to speak.
'Pretty, isn't it?' he said, with a laugh, but the laugh seemed strangely out of place.
I glanced at the doctor. His hands were clenched, and his eyes so wide open that the whites could be seen all round.
'My God, George, what is that thing?' he whispered.
'That, my dear doctor, is the result of years of experimenting. It first became visible to the naked eye five years ago today, but it does not appear to have grown during the last six months. It vindicates Crosse absolutely. Don't you think it is superb ?'
'Superb? Oh, yes, it's superb!' said the doctor. He kept muttering to himself as he walked round the table, glaring at the thing on it, but from the few words I caught he was not calling it superb or anything like it.
At last his love of biology overcame his repugnance.
'I should like to feel one of those filaments,' he said, and stretched out his hand.
Like a flash of lightning Vickers seized his wrist, and his face was the colour of chalk. Dr Vane looked astonished and hurt.
'I am sorry, doctor, but I forgot to tell you it can give a terrific electric shock,' he said apologetically.
Vane looked somewhat scared, but his interest was plainly increased.
'Then it is some sort of relation to the Gymnotus, or electric eel of Venezuela?' he asked.
'Or the Torpedo of the Mediterranean,' I suggested. Vickers shrugged his shoulders.
'I only know that poor old Tippoo' — a splendid collie and great favourite of us all — 'happened to accompany me to this room yesterday, and poked his nose a bit too near, when he suddenly toppled over dead as a doornail. He was horribly burnt down one side.'
Our friend spoke quietly, but it was easy to see he was deeply affected as he related the tragedy.
'That must have startled you,' I said.
'Well, no, I cannot say it was a surprise. I received a very nasty shock when it was quite small — perhaps I was not handling it as carefully as I might have. But' — here he turned to that monstrous creature, and actually passed his hand down one of its hairy legs — ' but you know who feeds you, don't you, my beauty ?'
The thing evidently did know, for that trunk-like object went in and out rapidly. And I might say here that was the only movement we noticed in it that evening.
The startled look on our faces seemed to amuse Vickers. 'It's all right; it knows me. I have watched it grow day by day, and — '
Here the doctor cut in with a question.
'What do you feed the brute on?' he asked.
Vickers hesitated a moment, and looked at us. Then he walked to the other side of the room, and opened a box which had airholes pierced in it.
'The trunk,' he explained, 'is fitted with two small pointed teeth at the end, and the blood of the victim is gradually sucked out.' He anticipated our next question. 'No. It does not kill it first,' he said, and shut the lid.
The box contained live mice.
It was exactly ten days later that I was sitting with Vane in his study over a game of chess. At least, we were supposed to be playing chess. As a matter of fact, the doctor was again telling me what he thought of our friend's experiment, and the game had languished.
'I tell you it's the greatest discovery ever made — the greatest!' And his fist thumped the table, making the pieces on the board dance again. His eyes shone with excitement, but this died away as his thoughts travelled in a different channel. 'But of all the ugly things God every created —'
He stopped abruptly.
'Do you know,' he continued presently, 'that Vickers's interesting pet belongs to the family of mites — ticks, as they are popularly called — notwithstanding its extraordinary size? All these creatures are furnished with suckers through which they can draw the juices of the animals on which they are parasitic, and in tropical countries — well, I will just say they are considerably more than annoying, and leave the rest to your imagination. They are small and flat when they first settle themselves on their victim, but they gradually swell and redden, until at last, when they are fully gorged, they are as large as broad-beans, and as easily crushed as ripe gooseberries.
'It seems to me from its mode of formation that George has discovered the link between the inorganic world and the world of life — the link which is indispensable to a complete scheme of evolution; but the great objection to this idea is the creature's obvious complexity —'
My further remarks were interrupted by a knock at the door, and the doctor's maid Emily entered.
'Mr Vickers's housekeeper would like to speak to you, sir.'
I heard Vane's 'Ah!' although it was said very softly. I remember my heart was beating at a ridiculous rate, and I tried hard to calm myself as I reflected that probably the old lady had come about her 'screws,' as she called her rheumatism, and which I knew had been troubling her more than usual.
But Dr Vane went down the two flights of stairs to his surgery two steps at a time. At the door he turned round and simply nodded to me, and we entered together.
Mrs Jones, Vickers's housekeeper, was waiting, with her veil pushed up until it looked like a black bandage across her forehead.
'Is it Mr Vickers?' Vane asked abruptly.
Mrs Jones never spoke quickly, and she did not intend to be hurried that day. Her reply came slowly, so deliberately that I thought my supply of patience would ebb away long before that simple question was answered.
' Well, sir, I don't know as there is anything the matter with Mr Vickers, but he ain't had a bite since one o'clock yesterday, and yet I feel certain as he is in the house. He went upstairs — '
I think Mrs Jones had reason to look astonished, for Dr Vane, noted for his precise ways and highly professional manner, dashed to the house-telephone and shouted into the mouthpiece : Tell John to bring the car round at once ! You understand? He is not to delay one moment!' Then he turned to the housekeeper, who stood with her mouth half open, and said rapidly: 'You will come with us, and give us further particulars on the road.'
What had happened? I dreaded to think of what that upstairs room would reveal to us. The doctor and I looked at each other. Then he placed his hand on my arm.
'Charlie,' he whispered, 'you can depend on it George has got foul of that monster. I have felt something would happen, ever since he showed it to us, and it looks very much as if that something has happened.'
'I pray God we shall not be too late!' I said fervently, but I thought of that Thing, with the never-winking eyes, and shuddered.
Have you a revolver?' I asked.
He nodded, and left the surgery.
A few moments later the motor arrived. We bundled Mrs Jones in; and as Vane gave the chauffeur the address, he added: ' Drive like hell!' I shall not forget that ride in a hurry, and I am quite sure Mrs Jones won't. We plied her with questions, but her replies were so incoherent we soon gave it up. She sat with bulging eyes, one hand clutching the side of the car, the other my coat, and every time it bumped over an obstacle she shrieked. More than once I bawled into her ear: 'It's all right!' but I might have saved my breath, for she made no sort of variation on her terror-stricken cry : 'Stop it! Stop it!'
A scared-looking maid let us in. We brushed past her, and went straight upstairs. Arriving at the door of that room, we stopped and listened, but could detect not the slightest sound. We tried the door — it was locked. So, after all that tearing hurry we were met by a well-built door, and Vickers had the key. We looked at each other in despair, but with Dr Vane it lasted but a moment, and was succeeded by a look of grim determination.
'He is in there, and we have got to get to him,' he said decisively.
'I'll fetch a locksmith: I think that will turn out to be the quickest way out of the difficulty,' I said, and was on the point of moving off when the doctor whispered excitedly: 'Wait! Listen! He is speaking!'
I tiptoed back to the door, and listened with loudly beating heart, but hardly breathing: there was silence, a long silence, then I heard a voice, but what it said I could not distinguish. It seemed to come from afar off, like a voice on a telephone that had been badly connected up. Vane shook his head.
'Speak up, old man! We can't hear you!' he shouted.
Again we listened, and this time we could just make out the words … key … false … bottom … desk,' then all was quiet again.
'Which drawer, and how do you open it ?' the doctor asked loudly. But not another sound came from the room, although he repeated the question twice.
Vane turned to me. 'That's a piece of luck. I wonder why he had two keys made? Well, we have got to find that duplicate, quick,' he said.
We rapidly made our way to Vickers's study, where we knew there was a roller-top desk. We thanked Heaven when we found the door open, and also the desk. It was a beautiful piece of furniture, and the top was rolled back, showing the row of pigeon-holes and small drawers. Tucked in one of the pigeon-holes was a bunch of keys.
'Now, where the dickens is the drawer with the false bottom?' said Vane, and he hurriedly tried to find the keys which fitted the drawers.
Now, investigations of this sort cannot be hurried, and, swearing softly, he demonstrated this fact completely. The swearing grew louder and louder, till, for a moment, I lost sight of the object of the search in amazement at the extent of his vocabulary.
I relieved him of the bunch when he had opened half the drawers. Eventually we unlocked the lot, but although we quickly took a large number of measurements, we could not find the slightest indication of a false bottom to any of them.
Our nerves were in a high state of tension before we entered the study; by this time, mine were in a deplorable condition. The doctor's face was lined with anxiety.
Silently he handed me a poker, and from the wall took down an old Malay kris, which did duty for an ornament.
'You take the right side of the desk; I'll take the other,' I said.
We found the precious key, but the desk —
Again we were at the door upstairs, and, although I turned the lock, I dreaded pushing it open. The whole business was so uncanny. Was that horrible creature prowling about the room ready to rush at us the moment we entered? How should we find Vickers?
I glanced at Vane. His jaw was set, and he had taken the revolver out of his pocket. The only sounds we could hear were some carts rumbling along the roadway, and the whistling from a train a long way off.
But the business in hand was very real and desperately urgent, and I do not think anyone would have noticed any hesitancy in pushing that door open; yet the next moment we were suddenly struck motionless as a low whisper reached us: 'For God's sake, move as quietly as you can!' We entered on tiptoe.
There are some scenes which are stamped on the memory in such a way that they are never forgotten. Years after they can be called to the eye of the mind with wonderful fidelity to detail. The scene which met us was such a one.
A broad beam from the setting sun came through the bottom of one of the windows, where the blind had not been completely drawn, and we saw. Very plainly, too, for the beam fell straight on it.
Vickers lay stretched on his back in the middle of the room, with that grisly Thing straddled across his chest, its sucker buried in his throat. His face and lips were quite bloodless. His eyes were closed, and I could detect no sort of movement.
I looked at Vane. His brows were contracted till they almost met, and his breath came and went through his teeth with a little hissing noise. I reminded him of the revolver ready cocked in his hand.
'Don't be a fool!' he said irritably. 'Get some brandy, and, for Heaven's sake, look slippy!'
When I returned he had his fingers on the poor fellow's wrist, and the frown was still on his face, but the revolver was on the box which was pierced with airholes.
I suppose I must have looked puzzled. Vane spoke impatiently, yet his voice was hardly above a whisper.
'Look here: what guarantee is there I should kill this vampire before it had time to discharge its deadly current through George's body ? You know as well as I do that creatures low down in the scale of creation take a lot of killing. We can't risk it, and I am sure we can't risk hauling it off.'
The brandy was doing its work, and Vickers must have heard some of our conversation, because his eyes opened, and he said, with a ghost of a smile: 'Have you ever seen a leech applied, Charlie ?'
I started violently.
'Good heavens! you don't mean to say Vane and I have to hang about with our hands in our pockets doing nothing except speculating whether — whether —'
' Whether I shall be able to stand the drain till it shifts ?' Vickers smiled again as he took the words out of my mouth.
The thought was intolerable; surely there must be some way!
For hours Vane sat waiting. I also was waiting, but on a couch in another room, getting over the effects of a little blood transfusion. 'It is very necessary,' Vane had said, as he skilfully made the arrangements, so skilfully that the creature was not disturbed. The improved appearance of poor George was my reward.
Wearied in mind and body I fell asleep, and dreamed dreams of men and women I knew, but I gazed at them with horror, for they all had drawn, blanched faces, with great staring eyes, and something with its body across their chests and with head buried at their throats, and they beseeched me by all I held sacred to take it from them, but I was bound by invisible bands. How shall I tell of my agony of mind? I woke with a start, and in a terrible perspiration, and found the doctor looking at me, hollow-eyed and unshaved.
'Nightmare?' he asked. 'Where did you want to go, and who wouldn't let you ? Steady, steady,' he added, as 1 jumped up and swayed, owing to the floor apparently moving about. As he pointed out, transfusion has no great tendency to make things appear as steady as rocks.
'Has the thing moved?' I asked.
'No,' he answered laconically.
We looked at each other in silence. I was hoping he would guess my next question, but I had to ask it.
'How is George ?'
'Alive.' And I knew from the way he said it that he had told me simply the bare truth and that was all. There was another long silence.
'Oh! can't we do something?' I cried despairingly.
'Yes,' replied Vane. 'I am going to do something if that vampire does not move in ten minutes. The point has been reached when the risk is negligible, inasmuch as if it does not move now there will be no necessity of doing anything. I am going to shoot it.'
We returned to that chamber of horrors. Poor Vickers looked ghastly, and it did not require a trained eye to see that the end was not far off.
I took my watch out. 'Give it five minutes,' muttered Vane; and I sat on the box with the airholes, glancing first at the deathlike face of Vickers, then at Vane's set features as he stood stroking his unshaven chin, gazing at our friend.
'Time's up,' I said.
The doctor walked gently till he was opposite the creature's head, and dropped on one knee, then lowered the revolver till it was within six inches of its head. His finger was on the trigger when a strange thing occurred: the bloated monster suddenly withdrew its sucker and glared at him as if it knew that its hour of death had arrived. I thought Vane was fascinated by those baleful eyes, for he did not stir as the creature commenced to move towards him.
'Look out!' I shouted, and he sprang back. None too soon, for the thing rushed at him with incredible swiftness.

Then I had an opportunity of witnessing Vane's beautiful nerve, for not until the last trailing filament had left Vickers did he fire. I saw his finger press the trigger. The next instant a terrific report shook the building, and my hands flew up to my eyes to shut out that terrible blinding flash. Women's screams, mingled with noises as if giant hands were tearing the house to pieces, floated up from below.
The sound of someone groaning made me rouse myself.
Vane lay face downwards in an immense pool of blood, his head hanging over a ragged hole in the floor. I thanked Heaven fervently when I found that he had only been stunned by the vast charge of static electricity the creature had suddenly let loose. Like a flash of lightning the charge had struck the floor, bursting it open, then torn its way through the house.
We turned to Vickers. Vane felt his pulse.
'I will save him,' he said. And he did.

The Man who was Frankenstein by Peter Haining, 1979. A book about Andrew Crosse and his electrical experiments around 1830's.

See the timeline on Cyborgs and Bionics here.

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1870 – Artificial Man – Orin Vasta (Swedish)


Source: The Daily Telegraph Harrisburg, PA.29 Dec 1870
A NEW ADAM IN SWEDEN. Curious Story from a Swedish Paper—
How a Man was Made—What a New Being Thought and Felt—How He Acquired Ideas, etc., etc., etc.
The New York World says: A Swedish paper makes the seemingly preposterous assertion that a scientific gentleman of Stockholm has succeeded in fabricating a man—not a "steam man," nor a man who goes by clock-work or springs, but a veritable man—whose flesh is such as is common to the genus homo, whose bones are filled with true marrow; who, if he does not think, talks as if he did; whose hair and nails grow; who breathes, lives, moves, and has his being, and in all particulars is such as he would have been had he been turned out in nature's workshop, and not in that of Orin Vasta. To be sure there are necessarily minor points of difference between this product of assisted nature and the ordinary products of unassisted nature. The being—for it is hardly right to call him a man, after all—has, of course, no recollections of childhood, or even of his brother, "the insensible rock and sluggish clod," with whom, twenty years ago, he was intimately acquainted. He has no past extending further back than three years, and as little understands the process of his fabrication as does the new-born child, and he came into conscious existence in a second, or even less, by a period corresponding with the rate at which the nerve force travels. He was born a full man, with a brain pan as capable of producing mature thought when material for thinking was supplied, as is an ordinary man of 25 years of age It took him only six months to learn to speak the Swedish language with tolerable ease, and then he was able to tell the impression made upon him by his existence, so accurate was his memory. By no means would we vouch for the truth of all this, but the story is good enough to be repeated.
The way in which the monster was constructed is peculiar. Frankenstein was absolutely nothing compared with him. He was not made of wood and iron, but of various pieces of dead human bodies, carefully selected, preserved, prepared and adjusted in such a way that after the head was put on the shoulders, and the two pieces of spinal column joined at the neck, in an instant the nervous machinery acted, the heart palpitated, the lungs inhaled and exhaled air, the eyes opened, color came into the hitherto livid face, and all the processes of life began; the theory of this being that, as no two bodies are ever in actual contact, the molecules of man's body are not. Vital processes do not, therefore, need actual contact of particles in which they appear, there is, therefore, no necessary interrelation between them, and if by compression they can be forced to within the same distances from each other which they have in life, life must ensue when, by connecting the spinal column with the brain, transmission of nerve force becomes possible.
Hereditary transmission of mental and physical qualities is impossible in a being thus constructed; for, as there is no germ, so there is no development of it; the being is but a composition of what is commonly called "dead matter." To all intents and purposes such a being is the primitive man of whom the world has heard so much, and therefore is fine material for psychological study.
After twenty years passed in hitherto fruitless experiments, it may be believed that Orin Vasta was excited when, all things prepared for the calling into being of a monster, he proceeded with the experimentum crucis of joining the brain and the spinal marrow. To say that he was appalled by what he instantly saw is not to say an incredible thing, and, in very fright he fell to the floor, whereupon the newly created being did the same thing; but, when Orin arose, his creature lay still, for the very simple reason that it is very easy to fall but not to rise again till one has found out how to do so. But the fabricator helped his newly made friend to rise, and seated him in a chair. Whereupon all sorts of emotions were expressed in the man's face at what must have seemed to him a strange doubling and cracking of himself, but in reality, as he afterwards explained, he had no such thoughts at all, but was merely a curious machine in which emotions were expressed in the face because of reflex action of the nervous system. This is a curious point, for during all the time which intervened between his creation and the development of speech in him he says he neither felt joy nor sorrow, pain nor satisfaction, although be would often be seen to weep and laugh and express all emotions and passions as a human being expresses them. If struck he would cry out and pucker up his face as an infant does, but has afterwards remembered how he felt at such moments, and could relate his thoughts; of course his experience is valuable, where a child's cannot be obtained since the first two or three years of man's ordinary life are utterly forgotten and lost. This singular being said that when he was struck he knew it merely because he saw it and experienced a new sensation in his head, and which he did not refer to the place smitten.
He had no desire to pucker up his face and cry, nor did he know that he did so till another different sensation which he felt in his ears seemed to set his head all in a whirl, one sensation begetting another until at last he thought that his head was all there was—that the room and his fabricator were all in it, and acting there as one. In other words, he was a sort of idealist, getting the universe under his own hat. Could he have expressed himself in philosophical language lie would not have said with Hume, that ideas and impressions were all that existed, but with some Germans, that ideas are all. But, to do him justice, he did not remain long in this condition of mind, for when his fabricator made him walk he obtained an idea of locality, and consequently of something that was not he, thereby making a great stride. But yet a more singular phenomenon than even these was noticed and afterwards interpreted by him. When he began to think he was conscious of an entirely new cerebral sensation, of disintegration of some fine substance within his head; he knew that this disintegration occasioned his thought and not vice versa. On this principle he afterward explained the well-known fact that in mental science, called the association of ideas, since mechanical action among molecules cannot but result in other and connected motions, and hence, if their product be ideas, these must always seem and actually be connected, while on no hypothesis except this is that remarkable fact explicable.
As time went on and the man had become gradually separated from his notion that he was all that existed, a feeling of awe and reverence sprung up within him for Vasta, whom naturally enough he called his master, and whom he considered a superior being, inasmuch as he felt himself in his power. He would pray that he might see his face always, for he loved him. To try an experiment Vasta withheld food from his creature for a day, and when asked for it took it from his pocket and bestowed it upon the poor fellow, who thenceforth for some time begged him night and morning not to withhold food from him. Afterward Vasta discovered that the man had formulated a prayer in which he, Vasta, was called the "Bread giver," and, merely from philanthropic motives, he dispelled this illusion, as he knew that its inevitable result would be to make the man very lazy. At first he had no idea of size, solidity, perspective or the ordinary properties of matter; but, when taught geometry, made most rapid progress, and when told one day that a straight line was the shortest distance between two points, astonished his master by saying: "No; a line is not distance at all ; a straight line is the shortest line between two points." He looked at all things in the most matter-of-fact way, but accounted for them in the most whimsical. There was, according to him, a "goodness" that made things good, an "evil principle" that made them bad, a "beauty" that made them beautiful, an "intellect" that made his master wise, and a "chairness" or "boxness" that made things chairs and boxes.
But as he became more conversant with nature these opinions faded away. Taken from his room into the streets of Stockholm, he saw men like Vasta, he saw houses and strange animals, and these set him to thinking, but when he went into the woods and fields and saw how plants and animals grew and the conditions of their existence, his views changed entirely. Vasta was no longer a god, but a man like himself. It was in the woods that the manner in which he was brought into conscious life was explained to him; how he was like other men in that every particle of his body was at first taken from his ancestors—if the dead bodies from which he was made can be called by so sacred a name—but that he differed from others merely in the fact that he was the result of a great scientific experiment, and had been produced merely for scientific purposes. "You see," said Vasta, "evidence of design in every part of the body; see how particular I was to put your eyes in your head instead of in your heels." "But why,"
was he answer, "did you not place them on long flexible protuberances in my forehead, so that I might have seen
in all directions without changing my position?" "Ah," said the old man, smiling benevolently; "had I done so how could you have worn a hat? In other words, how could you have been a social being ? Socially, it is as necessary to wear a hat as to have a moral nature." "But why not give me more hands with which better to earn a living and pursue science, to which I devote my life?"
Again the old man smiled. "Political economy would not stand it—it would have taken all your earnings to supply yourself with gloves, and thereby the mass of men would suffer, for nature has so arranged matters that in the universe there can be at any given time only gloves enough to supply the actual and ordinary number of hands." And so at every turn was this strange being taught by the philosopher who had only skill enough to make him, and in the end to leave him to shift for himself.

See the timeline on Cyborgs and Bionics here.

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1945 – Radio Jockey – Gernsback / Leslie (American)


Caption: This electronic Robot might have prevented the horse-racing ban, but it would cause technological unemployment among the jockey fraternity.

Source: Radio-Craft for March, 1945.
RADIO JOCKEY – Electronically-Controlled Robot Rider By ERIC LESLIE
HORSE-RACING—the game of kings—has one great weakness. The suspicion of "fixed" races, of "pulled" horses and of dishonest jockeys, has prevented this sport from taking its place with such American national institutions as baseball or football. Even where track officials make every effort to keep their races "clean," an unsavory aura still attaches to the practice of racing horses.
A freak race in the early days of radio broadcasting gave rise to suggestions for a type of horse-race in which the jockey would be eliminated. The event referred to took place at the Cook County Fair, Chicago, in 1922. A horse—appropriately named Radio—raced with no jockey other than a radio receiving set and a horn loudspeaker on his back. His jockey, or more properly trainer, remained in the stands at the microphone of a small transmitter, giving directions and shouting encouragement. According to reports, as the horse came into the home stretch the trainer shouted, "Come on, Radio! Come on, boy !" and the horse responded nobly, just as if the trainer had been sitting on his back and was urging him on toward the finish line.
Spectacular as the stunt was at that stage of the development of radio, it proved only that the speaker was no substitute for a jockey, who not only with voice, but with hand and heel, urges his mount on to victory.

Some years ago [CZ: prior to 1945], H. Gernsback proposed a device which uses equipment and methods not available in 1922 to supply all these. The loud-speaker works as in the older setup, the reins and crop are controlled front transmitters in the stands, at which the trainers can sit comfortably while watching the progress of their "mounts" at any part of the track. The "jockey" would consist of a modern radio receiver, with outputs fitted both to a speaker and to relays which would set into action motors which control the arms to which the reins are attached, or operate the crop. Additional motors can be provided—or attachments made to those used-which would permit changing the posture of the "jockey", causing it to lean further forward or rise upright, to sway to the left or the right, as may be required during the race. It is well-known that a jockey uses his body as well as his voice and the reins in guiding his horse.
Should there be any suggestion of "pulling" or other unfair action, it would not be necessary to depend on the opposed statements of a pair of jockeys, neither of whom might have been in the best condition—either physically or emotionally—to note actually what had happened during the portion of a second in which many of these incidents occur. A complete record of all the jockey's actions can be kept on a tape which would form a part of the transmitting apparatus, so that there could be no dispute as to how any incident had occurred or how much restraint was applied to a horse at any given period during a race.
Old-time sports may believe that such a system would take the "kick" out of racing, but they do flock to the dog-races to watch the electric rabbit !


Caption: "Jockeys" who are electronic experts, and have to watch their fingers instead of their weight may help to make this proposed Radio Robot a reality.

Gernsback resurrects the idea in his annual publication "Forecast" (distributed late 1961).

Source: The Deseret News, 27 Dec 1961.
If Robots Replace Jockeys What Happens to Racing? Forecast Of Future Finds 'Robots' Replacing Jockeys….

INEZ ROBB The holiday season always brings to my door a pair of publications that brighten life considerably. The first is the Farmers' Almanac, without which I would never know quite when to put on my long underwear, plant potatoes, or mothproof the woolen closet……………  

The second publication to spread knowledge and happiness through the household is the annual "Forecast" of Hugo Gernsback, widely acclaimed as "the father of science fiction" and the editor and publisher of Radio-Electronics Magazine. Gernsback is a man on rapport with the future, to say the least. And while I am overjoyed to know that if I can live until 1986, the threat of atomic, hydrogen, cobalt or any other missile is kaput (the submarine demises two years earlier), nonetheless, the most sensational prediction in "1962 Forecast" is of concern to The Society for Improvement of the Breed of Bookies. Sometimes in the future – Gernsback doesn't pinpoint the date electronics will replace the jockey. Or rather the jockey won't be up. The future Sande or Hartack or Arcaro will be in a remote control tower that can do anything the jockey does, including whipping." Instead of saddle and rider, the horse will carry a power pack weighing 35 to 50 pounds that will be capable of "reining" any future Native Dancer.

Presumably the power packs will be painted in the colors or the respective stables of owners, although this is a fanciful thought of my own that I hand on to Gernsback. From his control tower the jockey will be able to sweet-talk; his horse home, since the steed will be wired for sound.

Gernsback believes his system, already feasible in his opinion, will make "for faster and more scientific races."
There are only two problems here: (1) Can you "fix a power pack? (2) Will the future jockey, manipulating in his control tower a panel that looks as complicated as that of a jet plane, have to show a degree from M.l.T. or Cal Tech? Since I am not a horse player, I don't know whether Gernsback's prediction will kill or cure racing. But there it is, for tote board and bookie alike to ponder. ……………

The_Post_Standard_Sun__May_13__1962_ electronic-jockey-x640

Arthur Radebaugh's interpretation of Gernsback's Electronic Jockey. 1962.

Camel Jockey

A robot jockey is commonly used on camels in camel racing as a replacement for human jockeys. Developed since 2004, the robotic jockeys are slowly phasing out the use of human jockeys, which in the case of camel racing in Saudi Arabia, Bahrain, United Arab Emirates, and Qatar, often employs small children who reportedly suffer repeated systemic human rights abuses. In response to international condemnation of such abuses, the nations of Qatar and the UAE have banned the use of human jockeys in favor of robots. See more in Wikipedia here.





Patent info.

See also Syd Mead's Racimals here.

See the timeline on other Animal Control here.

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1971 – A computer controlled multi-task powered exoskeleton for paraplegic patients – Jack George Grundmann / Ali Seireg (American)

University of Wisconsin-Madison Mechanical Engineering Professor Ali Seireg achieved worldwide recognition for his work in mechanical and biomedical engineering design. Among his advances, he was first to develop a mathematical model of the entire human musculoskeletal system that could predict the muscle and joint forces and interactions, given a motion input. In the early 1970s, he performed pioneering research on using powered exoskeletons to help disabled people rehabilitate and walk. Here are a few iterations of Seireg's "walking machines," and his demonstration of their use.

Ali Seireg was the supervising Professor, but the exoskeleton was built by Jack George Grundmann.

Source: The Wisconsin Engineer – Volume 77, Number 2 (November 1972)

Everyone Should Walk by Steve Sanborn
Caption: Jack Grundmann is shown above wearing the walking device he constructed under the guidance of Prof. Seireg of the Mechanical Engineering Department.
During the 1971 Engineering Exposition people on this campus were exposed for the first time to a walking device.  This device was a three legged robot powered by compressed air. Actually it was not a complete robot but only the walking portion, just the legs.
  The mechanism was constructed to be a model, a mechanical analog of a walking human. It could have been built with only two legs rather than three, but since it weighed 260 pounds it would have damaged easily if tipped over. The third leg provided extra stability.
  Since this original prototype was constructed, a new two legged model has been built. The new model differs considerably from the prototype in many respects. The two legged model is powered by AC current rather than compressed air. Unlike the prototype, the present model is actually worn by a human. This was the goal of the design project, to create a device that would give a person that was unable to use his legs, the ability to walk again. The project is by no means completed. More work has to be done in designing and constructing the third model. Presently Jack Grundmann is testing and altering the second model so as to incorporate new ideas into the third mechanism.
As was mentioned, the first prototype was operated with compressed air. This model was consequently bulky and awkward. Model II is operated by what is described as a puppet system. Cables extend from cams, located in a pack, down the body to the individual joints in which they control. The pack is mounted

Caption: Shown above is the original three legged walking machine.

Caption: This side view shows the long cables extending from the cams in the pack to the joints of the device.

on the shoulder of the person wearing the mechanism. Supports extend from the frame of the mechansim to the pack so that the heavy weight of the device is not felt by the wearer. Within the pack are the six cams that pull the cables causing the person to walk. These cams were designed to cause the joints to move almost exactly the way a normal human moves.
  Ultimately it is desired to make a system that will allow a person that can no longer use his legs to walk forward, backward, turn, sit, stand and walk up and down stairs. Also, the device should be cosmetic. This means that it should be possible to cover the mechanism and its suspension system with normal clothing apparel.
  Model II can only walk forward, Model III will be able to preform all these tasks. Model III will not be supported by bulky metal braces and tubes as were previous models. Instead, plastics and fiberglass will be incorporated as structural supports. To replace the bulky joints, electronic servo mechanisms will be employed. The use of electronics will allow a number of mini-programs to be place in a very small computer, carried by the person using the device. Each program would cause the mechanism to move, initating the motions a human makes. The programs would be turned on and off by the person wearing the device. There would be one program for each sequence of movements such as walking or for sitting.
  Very little has been done in the past three centuries in the area of prosthesis. The plastic leg of today is nothing more than an adaptation of the wooden leg of the seventeenth century. It is unfortunate that the technology of today has not been applied sooner to help paralized people walk again.
  This attempt at the University of Wisconsin College of Engineering requires the encouragement and support of all people concerned with restoring the ability to walk to those who can not.


Kaiser Chair of Mechanical Engineering Ali Seireg was best known for his research on biomechanics, or treating the human body as a machine. He taught in the College of Engineering for 31 years before his retirement in 1997 and maintained a presence on campus until his death in 2002. He authored seven books and more than 300 papers, edited two journals for the American Society of Mechanical Engineers, and created a “walking-machine” for paraplegics, which was exhibited at the Seattle World’s Fair and the History of Medicine and Science Museum in London. He was an award-winning educator and internationally recognized engineer.

See other early Teleoperators, Exoskeletons and Industrial Robots here.

1976 – Pneumatic Exoskeleton Prosthesis – Pierre Rabischong (French)

Revolutionizing Techniques of Orthosis and Prosthesis
Professor Pierre Rabischong of the Montpellier Propara Centre watches as a female patient and her physical therapist use a machine developed by Professor Rabischong. This machine allows the patient in rehabilitation to maintain her balance while inciting her muscles to move. The system functions according to the master-slave concept. The physical therapist makes the movements first and the machine transfers them to the patient's machine, who then follows.
Stock Photo ID: 42-17253903
Date Photographed: 01 September 1983
Credit: © Eric Preau/Sygma/Corbis

Figure 4.4.2.(2) Active modular orthesis for lower limbs (OMAMI) (Rabischong, INSERM, France, 1983): 1 and 2, potentiometers for the master orthesis, worn by the patient; 3 and 4, slave hydraulic actuators for the patient. Contention on the segments is ensured by the presence of inflatable pieces reinforced with strips of composite material (carbon fibre). The hydraulic system was produced by Renault, the orthesis by Aerazure. The kinematic walking model, developed by the Automation and Microelectronics Laboratory, Montpellier (LAMM) is intended to be used and to give the
patient greater autonomy. Photo courtesy of INSERM ASSISTED WALKING
Following on from the work of Tomovic the Yugoslav, Rabischong applied the problem of assistance to those with paralysis of the lower limbs using a motorized orthesis. His original idea (Rabischong et al., 1978; Hill, 1976-1) consisted of controlling the orthesis by unilateral positional servocontrol using two exoskeleton legs worn by the patient [see Figure 4.4.2.(2)]. The second version, currently being used experimentally, is hydraulically powered and was produced by Renault. This system is highly promising for training limbs; the extension towards autonomy on the basis of a kinematic computer model of walking is envisaged in the long term. The patient would use two walking sticks.

Source: Robot Technology – Vol 3a – Teleoperations and Robotics: Evolution and Development by  Jean Vertut and Philippe Coiffet, 1986.

Patent US3993056

Publication number    US3993056 A
Publication date    Nov 23, 1976
Filing date    Jan 21, 1976
Inventors    Pierre Rabischong, Jean Pierre Louis Bel
Original Assignee    Institut National De La Sante Et De La Recherche Medicale

An orthopaedic appliance which enables paralytics to stand erect has a fabric garment formed in separate pieces to be tightly wrapped around body parts located between joints the pieces having an inflatable support structures in the form of vertical tubes and devices connecting garment pieces located on opposite sides of a body joint in the form of a separate row of rigid parallel pins attached to the inflatable structure each garment piece and a pivot which can be hydraulically or otherwise driven, interconnecting the rows of pins. The inflatable tubes are located in elongate fabric sheaths and the pins are inserted in fabric sheaths defined between the tube sheaths so that when the tubes are inflated they clamp the pins between them.

See also later patent US4169467.

See other early Teleoperators, Exoskeletons and Industrial Robots here.

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