Tech Trikes

Chainsaws, vacuums and forceps: The dark, brutal history of birth technology

Ignore the fluorescent lights, the watchful eyes of six medical students watching your lower body, hidden behind a sheet.

Ignore the vice grip your partner has in hand as they naively train you through these deep breaths.

Ignore the pain of excessive tension in your abdomen, stretching in your body, in some circumstances tearing yourself down as well.

They can be seen by your pelvic bones with a hand-cranked chainsaw.

Welcome to the serious world of beginner expertise.

You would think that thousands of years later, by now, we would have gotten used to having children. People start every day – that’s how we all got here. According to the United Nations, about 385,000 babies are born every day. That is, about 400,000 thousand choices about the learning process and how to develop better ways of dealing with it (for both parent and child).

And but a lot of the expertise that surrounds the way of getting started is barely talked about. Even worse, before the appearance of the latest early technology, there was some extra notable effort put into early tools and equipment… well, let’s just say they were best advised.

Handcrank and poppy and spinning, oh my

Childbirth was a difficult slog in the Middle Ages. Usually at home, the mother is accompanied by the midwives and relatives, who coached her along the way. It was abolished by women, for women. A comparatively profitable process in some ways, it was very pure and full of help, with instruction from people who had similar expertise. Aside from the cleanliness and pain, it really wasn’t that far from what you’d call “pure” these days.

Again these days, the pain administration didn’t do anything from opium and its derivatives in any way whatsoever. Sanitation standards were constricted to say the least and the death rate was horrifyingly high, with between 1 and 1.5 percent of women dying during this time.

Then in the mid-1800s, childbirth was formally medicalised. Surgeons and scientists claimed the territory, under whose influence, men claimed the territory. The field of obstetrics was born. Births were shifted to hospitals, most of which were unhygienic and resulted in very high levels of infection.

That is, in 1847, the Hungarian doctor Ignaz Semmelweis found that the lack of hand washing in hospitals was spreading the infection from patient to patient in the maternity ward. His contribution to medicine not only boosted our understanding of sanitation now, but it also helped greatly in reducing the mortality rate of mothers and their babies born under his care.

But the beginning was still one of the most dangerous things a girl could do—both for her and her baby. The transition from home to hospital inevitably led to the phenomenon of the latest applied science and devices to ‘simplify’, although not all of those devices had the long-term well-being of their victims – mothers in particular.

After seeing how effectively it worked in the supply room – based on male doctors – the machine was sawed by wood and other materials shaped to become the chainsaw we all know today. is growing continuously. .

But when the thought of watching from a person’s pelvis isn’t enough to make you cringe, it’ll get weird—much more awkward.

You me fair rounded baby, fair rounded

In 1963, a patent application was filed by George and Charlotte Blonsky to facilitate the creation of a machine that could assist mothers to start using a centrifugal drive.

Sure, centrifugal drive. You learn it accurately.

In particular, it was placed in the views of the so-called “civilized” women. A quote from Patent Utility reads:

“In the case of a girl who has a fully developed muscular system and has done enough physical exertion by reason of being pregnant, as is pervasive with all extra-primitives, nature has a standard and fast supply of all the necessary gear and energy. Supplements.

Simply put, “civilized” women would not have developed the muscle groups they wanted to push when necessary, so the equipment would spin at a speed of about 7G to be able to create enough centrifugal drive to allow the newborn to move properly. able to get out Important items of the machine include an internet to catch the baby coming out, and a system that recognizes when the start has occurred so that it stops spinning.

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