Our product, Every, delivers consumer insights within hours, empowering companies with data that improves marketing and product development initiatives

vase.ai

I Fine-Tuned an LLM With My Telegram Chat History. Here’s What I Learned

আমি আমার টেলিগ্রাম চ্যাট ইতিহাসের সাথে একটি এলএলএম ফাইন-টিউন করেছি। আমি যা শিখেছি তা এখানে

Ich habe einen LLm mit meinem Telegram-Chatverlauf optimiert. Das habe ich gelernt

Ajusté una película con mi historial de chat de Telegram. Esto es lo que aprendí

J'ai affiné un Llm avec mon historique de discussion Telegram. Voici ce que j'ai appris

मैंने अपने टेलीग्राम चैट इतिहास के साथ एक एलएलएम को बेहतर बनाया। यहाँ मैंने क्या सीखा है

私はテレグラムのチャット履歴を使ってLLMを微調整しました。そこで学んだことは次のとおりです

내 텔레그램 채팅 기록으로 Llm을 미세 조정했습니다. 내가 배운 내용은 다음과 같습니다.

Ajustei um Llm com meu histórico de bate-papo do Telegram. Aqui está o que aprendi

Я настроил Llm с помощью истории чата в Telegram. Вот что я узнал

Telegram Sohbet Geçmişimle Bir Llm'ye İnce Ayar Yaptım. İşte Öğrendiklerim

Tôi đã tinh chỉnh Llm bằng lịch sử trò chuyện trên Telegram của mình. Đây là những gì tôi đã học được

我利用 Telegram 聊天记录对 LLM 进行了微调。以下是我学到的东西

Things To Make by Archibald Williams is part of the HackerNoon Books Series. You can jump to any chapter in this book . A WATER MOTOR. here XXI. A WATER MOTOR. FIG. 105 is a perspective view of a simple water motor which costs little to make, and can be constructed by anybody able to use carpenter’s tools and a soldering iron. It will serve to drive a very small dynamo, or do other work for which power on a small scale is required. A water supply giving a pressure of 40 lbs. upwards per square inch must be available. We begin operations by fashioning the case, which consists of three main parts, the centre and two sides, held together by brass screws. For the centre, select a piece of oak 1 inch thick. Mark off a square, 7 inches on the side; find the centre of this, and describe a circle 5 inches in diameter. A bulge is given to the circle towards one corner of the square, at which the waste-pipe will be situated. Cut out along the line with a keyhole saw. Then saw out the square of wood. A 5/8-inch hole is now bored edgeways through the wood into the “bulge” for the escape, and in what will be the top edge is drilled a 1/4-inch hole to allow air to enter. [Illustration: FIG. l05.—Simple water turbine.] Cut out the sides, and screw them on to the centre at the four corners, taking care that the grain runs the same way in all three pieces, so that they may all expand or contract in the same direction. Plane off the edges of the sides flush with the centre. The parts should now be separated, after being marked so that they can be reassembled correctly, and laid for a quarter of an hour in a pan of melted paraffin wax, or, failing this, of vaseline, until the wood is thoroughly impregnated. Reassemble the parts, and put in the rest of the holding screws, which should have their heads countersunk flush with the wood. [Illustration: FIG. 106.—Water turbine, with pulley side of casing removed.] For the shaft select a piece of steel rod 5/32 inch in diameter, and 3 or 4 inches long; for the bearings use two pieces, 3/4 inch long each, of close-fitting brass tube. Now take a drill, very slightly smaller in diameter than the bearings, and run holes right through the centres of, and square to, the sides. Both holes should be drilled at one operation, so that they may be in line. With a wooden mallet drive the bearings, which should be tapered slightly at the entering end, through the sides. Push the shaft through them. If it refuses to pass, or, if passed, turns very unwillingly, the bearings must be out of line; in which case the following operation will put things right. Remove the bearing on the pulley side, and enlarge the hole slightly. Then bore a hole in the centre of a metal disc, 1 inch in diameter, to fit the bearing; and drill three holes for screws to hold the disc against the case. Rub disc and bearing bright all over. Replace the bearing in its hole, slip the disc over it, and push the shaft through both bearings. Move the disc about until the shaft turns easily, mark the screw holes, and insert the screws. Finally, solder the bearing to the disc while the shaft is still in place. The wheel is a flat brass disc 4 inches in diameter. Polish this, and scratch on one side twelve equally spaced radii. At the end of each radius a small cup, made by bending a piece of strip brass 1/4 inch wide and 1/2 inch long into an arc of a circle, is soldered with its extremities on the scratch. A little “Tinol” soldering lamp (price 1s. 6d.) comes in very handy here. To fix the wheel of the shaft requires the use of a third small piece of tubing, which should be turned off quite square at both ends. Slip this and the wheel on the shaft, and make a good, firm, soldered joint. Note.— Consult Fig. 107 for a general idea of the position of the wheel, which must be kept just clear of the case by the near bearing. [Illustration: FIG. 107.—Plan of water turbine, showing arrangement of nozzle.] The nozzle should be a straight, tapered tube of some kind—the nose of a large oil can will serve the purpose. The exit must be small enough to allow the water to leave it at high velocity; if too large, the efficiency of the wheel will be diminished. To the rear end of the nozzle should be soldered a piece of brass tubing, which will make a tight fit with the hose pipe leading from the water supply. A few small brass rings soldered round this piece will prevent the hose blowing off if well wired on the outside. Now comes the boring of the hole for the nozzle. Fig. 106 shows the line it should take horizontally, so that the water shall strike the uppermost bucket just below the centre; while Fig. 107 indicates the obliquity needed to make the stream miss the intervening bucket. A tapered broach should be used to enlarge the hole gradually till the nozzle projects sufficiently. If the line is not quite correct, the tip should be bent carefully in the direction required. One must avoid distorting the orifice, which should be perfectly circular; clean it out with a small twist drill of the proper size. A brass elbow, which may be purchased for a few pence, should be driven into the waste hole, and a small shield be nailed under the air hole. A couple of screwed-on cross pieces are required to steady the motor sideways and raise the elbow clear of the ground. The motor may be geared direct to a very small dynamo, if the latter is designed to run at high speeds. If a geared-down drive is needed, a small pulley—such as is used for blinds, and may be bought for a penny—should be attached to the shaft, and a bootlace be employed as belt. Avoid overloading the wheel, for if it is unable to run at a high speed it will prove inefficient. [Illustration: FIG. l08.-Water motor working a photographic dish-rocker.] Lubrication.—The water will keep the bearings cool, but the bearings should be well lubricated. The most convenient method of effecting this is to bore holes in the bearings, and from them run small pipes to an oil reservoir on the top of the case (as in Fig. 70), where they are fed on the siphon principle through strands of worsted. Alternative Construction.—If an all-metal case is preferred, the reader might utilize the description given of a steam turbine on pp. 170-178. The details there given will apply to water as well as steam, the one exception being that a nozzle of the kind described above must be substituted for the steam pipe and small ports. About HackerNoon Book Series: We bring you the most important technical, scientific, and insightful public domain books. This book is part of the public domain. Archibald Williams (2005). Things To Make. Urbana, Illinois: Project Gutenberg. Retrieved https://www.gutenberg.org/cache/epub/14664/pg14664-images.html This eBook is for the use of anyone anywhere at no cost and with almost no restrictions whatsoever. You may copy it, give it away or re-use it under the terms of the Project Gutenberg License included with this eBook or online at , located at . www.gutenberg.org https://www.gutenberg.org/policy/license.html

A WATER MOTOR.

AN INSECT VIRUS

OIL-LAMPS OF THE NINETEENTH CENTURY

Bacteria: Chapter II - BACTERIA IN WATER

Tattoos have been around for centuries: nowadays, they are one of the centre-points of self-expression, varying in their style and technique. They have become a form of identity art, which enable a visual reflection of our personalities at that moment in time; however, as humans, we change over time, and so do our tattoos. This article looks at the tattoo procedure, its role in self-expression and the aging process. The Tattoo Procedure We often associate tattoos with the modern buzz of electronic tattoo machines, which pierce the skin with a needle at incredible speed. The ink within the needle is distributed beneath the top layer of skin (epidermis) and into the deeper vascular skin (dermis), where it sits permanently as a visual design. For those who wish for a unique, hand-mastered and gentler version, this process can be done manually, known as 'hand-poked', such as bamboo tattooing in Asia. Other outdated tattoo methods aren't for the faint-hearted and are far more brutal, such as the forceful puncturing of the skin with an object at 90 degrees, and cutting the skin with a sharp material. Whilst rarely heard of, these were common practices in cultures such as the Maori of New Zealand and Monks in Burma. They were considerably more painful, time-consuming, and arguably required more skill than today's popular electronic tattoos. Tattoos in Society In the past, tattoos were far less common. Often associated with the military, sailors and criminals, the procedure was not the desirable aesthetically-pleasing procedure that it is today. Tattoos have boomed in popularity in the last 20 years and have evolved into a social statement. In a global study conducted in 2018, 38% of people own up to having at least one tattoo [1]. As celebrities flaunt their latest inks on social media, it is no wonder it has become a must-have for many. Styles vary from delicate botanical pieces to bold aboriginal designs, yet there is usually a common feature -each design has meaning. Human Identity Art Tattoo designs are very personal and usually reflect an individual's personality, experience or loved ones. The permanent quality of the fashion statement tends to make people contemplate what they are willing to have on their body long-term. The use of tattoo symbolism enables us to indicate certain messages through images: birds to indicate freedom, a lion to signify strength, etc. The way we perceive and express ourselves is displayed to the world with an artistic flair. Many people who have their first tattoo go on to have many others. Whether the art is meaningful or just aesthetically pleasing, it becomes a timeline of our desires, our personalities and life events. Tattoos have become a way of self-expression like no other, but what happens when our personalities and circumstances change? We've all heard of people having their partner's name lovingly tattooed onto their body -only for them to break up. Fortunately, tattoo removal has become an increasingly accessible treatment and choice of action. Despite the name indicating complete tattoo removal, the costly process that involves pulses of lasers only lightens tattoo artwork. Many individuals decide to have a cover-up tattoo, disguising the fainter original artwork. As our lives continually change and our personalities adapt to what life throws at us, so does our skin and, consequently, our tattoos. The Tattoo Aging Process Initially, tattoos are fresh, bright and bold; however, the newly acquired identity art changes over time. The unfortunate reality is that tattoos fade with age -while some take a mere couple of years, others take decades, depending on the tattoo and how it's looked after. So what can we do to reduce our tattoo changing? Shortly after the tattoo procedure, advice is given that aims to maximize healing and appearance, and lower chances of infection. Recommendations differ from artist to artist -generally, the advice is as follows: Lightly clean the tattoo daily with anti-bac soap Avoid long showers/baths for a month Regular moisturization, e.g. Bepanthem cream, coconut oil or Vaseline Keep hydrated, which keeps the skin moisturized Most importantly, resist the urge to itch or pick! Long-term, it is vital to preserve the tattoo via the following: Avoid sunlight when possible or use suncream, preferably SPF 30 or above Keep hydrated, this moisturizes the skin and preserves the tattoo appearance Avoiding excessive weight gain or loss which can easily distort tattoos Final Thoughts The tattoo process holds an air of significance in our society, reflecting individuals' personalities, experiences and life events. The popular trend has become a form of human identity art, expressing the inner self. However, as our personalities and circumstances change over time, it is important to understand the permanence of such a luxury and the partial ability to remove it should you regret the procedure. Let's continue to express ourselves -just make sure it is definitely what you want! References [1] https://medium.com/daliaresearch/who-has-the-most-tattoos-its-not-who-you-d-expect-1d5ffff660f8

Human Identity Art: Tattoos, Aging and Removal

VASE.AI

vase.ai

-- employees

Since n.d.

COMPANY RANKING

VASE.AI

EVERGREEN INDEX #11402

Representing this company? Click here to claim and customize this page!

vase.ai WIKI

Apply to get your Tech Company News Page live on HackerNoon.com today!

VASE.AI

vase.ai

-- employees

Since n.d.

COMPANY RANKING

VASE.AI

EVERGREEN INDEX #11402

RELATED COMPANIESRANK

STORIES ABOUT VASE.AI

Representing this company? Click here to claim and customize this page!

vase.ai WIKI

Apply to get your Tech Company News Page live on HackerNoon.com today!