The Big Fat Book by Max & Ro

Total Page:16

File Type:pdf, Size:1020Kb

The Big Fat Book by Max & Ro ago your electrical drill. drill. electrical your 7500 years years 7500 hand drill and the ones in in ones the and drill hand Pakistan hi! the gimlet, the bits in your your in bits the gimlet, the Morse’s clever grooves are in in are grooves clever Morse’s hime a call. a hime now are shaped like that. that. like shaped are now original So we gave gave we So Prutt All drill bits we use use we bits drill All easier. easier. drilling much much drilling That’s amazing! That’s making hole hole making treat his patients. his treat could spin faster, faster, spin could that used a drill to to drill a used that This way the stick stick the way This 7500 years ago ago years 7500 drill was invented. invented. was drill there was a dentist dentist a was there hi! Even later the bow bow the later Even The internet said said internet The that eat the soil away. Scary! away. soil the eat that Step 3: speed 3: Step a lot of turning discs (a bit like circular saw blades) blades) saw circular like bit (a discs turning of lot a away. also known as moles. The front of the machine has has machine the of front The moles. as known also the hole. the in the very hole it made. it hole very the in blow the sawdust sawdust the blow The biggest drills are the tunnel boring machines, machines, boring tunnel the are drills biggest The scraping to create create to scraping while the stick gets stuck stuck gets stick the while having to stop to to stop to having and the wood and helps helps and wood the and material. But after a a after But material. drilling, without without drilling, space between the stick stick the between space on a piece of softer softer of piece a on concrete walls. walls. concrete Now you could go on on go could you Now hole. The sand provides provides sand The hole. great for making holes in in holes making for great spinning a pointy stick stick pointy a spinning A big breakthrough! breakthrough! big A putting some sand in the the in sand some putting hammer drill is a hand tool and and tool hand a is drill hammer could make holes by by holes make could They solved this, by by this, solved They down city walls. Nowadays the the Nowadays walls. city down people discovered they they discovered people Step 2: sand 2: Step (made of whole trees!) to tear tear to trees!) whole of (made Around 35,000 BC BC 35,000 Around time. They used very big ones ones big very used They time. twist and turn! and twist drills and beats at the same same the at beats and drills out of the hole. the of out Step 1: 1: Step Don’t know. Don’t hammer drill was invented. It It invented. was drill hammer dust to be transferred transferred be to dust In the Middle Ages the the Ages Middle the In - saw the allow that spiral shaped grooves grooves shaped spiral invented? day drill bit 1861. It has has It 1861. bit drill day how was it it was how invented the modern modern the invented This drill, drill, This Steven A. Morse Morse A. Steven Hey Ro, Hey hey! 1. Your drill Book is a project by Astrid Poot. The Big Fat Make your own bow drill! And that’s chapter 2! the Big Fat Book This is what you need: Your bow: Stick We plan to make the full fifty chapters on all - a flexible branch the drill bit into the tools on our poster, one by one. by Max (like willow, 1 meter) the core of the elder Each with some history, nice facts and lots - rope branch or the cork-stick. of DIY ideas for home and schools. & Ro Fasten with duct tape if necessary. Your drill: We’ll do it all together with the - A piece of elder international maker-community. (You!) (30cm long, 2cm thick) 2. Make Cut off the lateral We’ll make all chapters available for free or a rigid thin branch (30cm long) elder has a your branches and tie your through our website. (CC: BY-NC-ND 4.0) nice soft core and a cork bow willow branch into a bow. 2. - a drill bit Do you like our project and want to keep track - duct tape of it? Or do you want to join in? 3. Twist the drill into the bow Please follow our progress and get in touch: Twist it once. When it is hard, the www.lekkersamenklooien.nl. tension on your bow is good! You’ll also find a free download of the. 50 tools poster there. 4. Drill! Or find me on Twitter: @astridpoot. Put the eggcup in really flexible really <3 love, Astrid willow is is willow one hand, with the drill in it. Push gently. For the drilling: Move the bow with - an eggcup your other don’t need hand to drill. Does it work? the egg! Available soon: 3. concrete.
Recommended publications
  • Fire Bow Drill
    Making Fire With The Bow Drill When you are first learning bow-drill fire-making, you must make conditions and your bow drill set such that the chance of getting a coal is the greatest. If you do not know the feeling of a coal beginning to be born then you will never be able to master the more difficult scenarios. For this it is best to choose the “easiest woods” and practice using the set in a sheltered location such as a garage or basement, etc. Even if you have never gotten a coal before, it is best to get the wood from the forest yourself. Getting it from a lumber yard is easy but you learn very little. Also, getting wood from natural sources ensures you do not accidentally get pressure-treated wood which, when caused to smoulder, is highly toxic. Here are some good woods for learning with (and good for actual survival use too): ► Eastern White Cedar ► Staghorn Sumac ► Most Willows ► Balsam Fir ► Aspens and Poplars ► Basswood ► Spruces There are many more. These are centered more on the northeastern forest communities of North America. A good tree identification book will help you determine potential fire-making woods. Also, make it a common practice to feel and carve different woods when you are in the bush. A good way to get good wood for learning on is to find a recently fallen branch or trunk that is relatively straight and of about wrist thickness or bigger. Cut it with a saw. It is best if the wood has recently fallen off the tree.
    [Show full text]
  • Notice of a Collection 01 Perforated Stone Objects, from the Garioch, Aberdeenshire
    6 16 PROCEEDING SOCIETYE TH F O S , FEBRUARY 9, 1903. III. NOTICE OF A COLLECTION 01 PERFORATED STONE OBJECTS, FROM THE GARIOCH, ABERDEENSHIRE. BY J. GRAHAM CALLANDER, F.S.A. SOOT. Many perforated article f stono s f greateo e r leso r s antiquity have been found, the use of which we have no difficulty in defining. Among such article e stonar s e axes, stone hammers, whorls, beads d sinkan , - stones for nets or lines; but this collection of perforated stones from Central Aberdeenshire seems to be quite different from any of the recog- nised types. Localities.—The collection, which consist f sixty-fivo s e specimenss ha , been gathered during the last five years in the Garioch district of Aber- deenshire from eight different localitie n fivi s e parishes :—Elevee ar n from Newbigging, parish of Culsalmond ; one is from the Kirkyard of Culsalmond; five are from the adjoining farms of Jericho and Colpy, Culsalmond e froar m o Johnstonetw ; , paris f Leslio hs froi e me ;on Cushieston, parish of Rayne; one is from Lochend, Barra, parish of Bourtie; thre froe ear m Harlaw, paris f Chapeho f Garioco l fortyd an h; - one are from Logie-Elphinstone estate, also in Chapel of Garioch. e specimenth l Al s have bee e ploughnth turney b , p nonu d e having been found associated with burials or dwelling sites; at the same time many flint implements have been foun e localitiemosn th di f o t s named, especiall firste th , n yi third last-mentioned an , d ones, these I believe, , having been more thoroughly searched.
    [Show full text]
  • History Lesson -- a Look at How Construction Tools Have Evolved
    TOOLSCool R A Look at How Construction Tools Have Evolved By Steven Ferry As you purchase, use, repair or swear at the tools used on the job, you probably don’t give a second thought to how far we have come in our ability to swiftly and safe- ly erect and finish ever larger, taller and more durable homes, offices, factories and other buildings in the United States. In 400 years, we have moved from the crude grass and hide structures of the first settlers to timber, brick, con- crete, steel, glass and now plastic material-in the process freeing the builder from the need to also man- ufacture or find the building materials. We can create whatever climate we want indoors while remaining impervious to the one outside. Design tools have moved from ideas in the builder’s head, and the occasional sketch, to computers. Code officials, architects and consultants in everything from construction management to quality control have made building into a series and sequence of high- ly specialized activities that together bring about the fabulously efficient constructions of today—efficient in terms of outlay of effort in the construction and running of the buildings. Pivotal to all the successes in construction are the tools we use to accomplish the work on the job site. If Henry David Thoreau Published by AWCI 97 had thought back to the time he spent then finished with an “adz,” an ax building his cabin in the woods, he shaped like a hoe. The adz-man either might not have insisted that men had stood or sat on the timber and cut become the tools of their tools.
    [Show full text]
  • Learning the Hand-Drill Method of Fire-By-Friction
    Learning the Hand-Drill Method for Fire-by-Friction by Kato Haws Friction fires are not very practical, but they can be fun. The hand-drill method is less technical than the bow-drill method. You can learn to do it. The following are some ideas of how to proceed: Cut a 3/8” dry horseweed stalk about 24” long for your spindle, and check to see if it is straight. (Horseweed is very wide spread. See Wikipedia for pictures of horseweed). If necessary straighten the spindle using a heat source. Heat it, bend it, remove it from the heat source, and hold it straight as it cools. It is important to have a straight spindle. It is possible to find horseweed stalks that are straight, it just takes more looking. Cut or split a baseboard of white cedar fencing (no hole cedar) from the lumberyard about 11” long and 3/8” thick. I personally mark the board with a straight edge and a pencil and then cut it with a saber saw, but many methods can be used. A table saw would be ideal if you have one and know how to use it properly. Using a knife make a 3/8” dimple about an inch from the end of the baseboard. Spin the spindle in the dimple to seat it in. You don’t have to get actual smoke at this point. The main thing is to make sure exactly the spindle wants to spin before proceeding. Cut an inverted “V” from the edge of the baseboard toward the center of the dimple.
    [Show full text]
  • Instructions
    Produced for Discursive Impulse, a publication of Center for Contemporary Art & Culture at Pacific Northwest College of Art. Daniel J Glendening, 2017 INSTRUCTIONS DANIEL J GLENDENING CONTENTS Most of these skills I have never personally had occasion to practice, and hopefully never will. SURVIVAL SUPPLY KIT CONTENTS 4 HOW TO START A FIRE 7 HOW TO BUILD AN EMP GENERATOR 9 HOW TO BUILD A SMALL GAME SNARE 11 HOW TO SKIN AND DRESS AN ANIMAL 12 HOW TO TAN A HIDE 14 HOW TO BUILD A SHELTER 16 HOW TO FIND TRUE NORTH 17 HOW TO PURIFY SALINE OR BRACKISH WATER 18 HOW TO BUILD A BATTERY CELL 20 HOW TO MAKE A STONE OR GLASS BLADE OR POINT 21 HOW TO BE ALONE 23 ADDENDUM: A BODY IS A WEAPON 25 4 SURVIVAL SUPPLY KIT CONTENTS: Hook needle 2.5 Set of large, long needles Windproof jacket Warm cap Thermal underwear Long-sleeve shirt Short sleeve shirt Fleece pullover Lightweight pants Lightweight shorts Gloves Thick socks Hiking boots with extra laces Rain suit Backpack and nylon bags Lightweight, low-temp sleeping bag Lightweight small tent Plastic tarp Emergency blankets Compass Binoculars Solar-charged flashlight Multipurpose knife Survival knife Fishing line Fishing hooks Fishing weights Wire saw Hatchet Grinding stone Small iron shovel with folding blade Parachute cord Pencil Braided rope Nylon cord 28 5 but how we can use it: this sculpture is a weapon. This Mosquito net sculpture is a chair. This sculpture is a lamp. This sculp- Sunglasses ture can be used to start a fire.
    [Show full text]
  • Example Rubric: Fire Benchmark 1 2 3 4 5 Introductory Emergent Novice
    Example Rubric: Fire Benchmark 1 2 3 4 5 Introductory Emergent Novice Sustainable Instructor One Match Demonstrate sustainable Demonstrate sustainable Demonstrate Demonstrate Demonstrate Fire fire in less than 30 min, 3 fire in less than 30 min, 1 sustainable fire in sustainable fire with sustainable fire and matches, natural match, natural materials. less than 15min, one match, in the bring water to a boil in materials. one match, no rain, no birch bark, less than 30 min, one birch bark, no no tools. cedar log, knife tools permitted Ferro Rod Gather and ignite five Ignite and produce a Ignite and produce Ignite and produce a Share proper ferro rod natural tinder bundles in sustainable fire in less a sustainable fire council (upside form and technique less than one hour than 30 minutes in less than 30 down) fire in the rain with a group with 80% min without birch to be untended and success rate bark, char cloth, or last for 4 hours tinder fungus Bow Drill Produce a coal from a Carve a set from Harvest and craft Harvest and craft With just a knife, craft Progression manufactured set provided material, craft wild bow drill kit wild bow drill kit bow drill set and demonstrating proper wild tinder bundle, make and tinder bundle including cord and produce sustainable form fire using manufactured to produce 3hr tinder bundle to fire as your source of cord sustainable fire. make fire. heat/light for Cord permitted 3days/2nights. Adv. Demonstrate proper Produce a coal with a Demonstrate Produce three coals Study and Friction Fire hand drill technique hand drill proper strap drill in 30 min from three demonstrate effective form and produce differant friction fire us and form of a 4th coal devices friction fire method.
    [Show full text]
  • Low-Impact Living Initiative
    firecraft what is it? It's starting and managing fire, which requires fuel, oxygen and ignition. The more natural methods usually progress from a spark to an ember to a flame in fine, dry material (tinder), to small, thin pieces of wood (kindling) and then to firewood. Early humans collected embers from forest fires, lightning strikes and even volcanic activity. Archaeological evidence puts the first use of fire between 200-400,000 years ago – a time that corresponds to a change in human physique consistent with food being cooked - e.g. smaller stomachs and jaws. The first evidence of people starting fires is from around 10,000 years ago. Here are some ways to start a fire. Friction: rubbing things together to create friction Sitting around a fire has been a relaxing, that generates heat and produces embers. An comforting and community-building activity for example is a bow-drill, but any kind of friction will many millennia. work – e.g. a fire-plough, involving a hardwood stick moving in a groove in a piece of softwood. what are the benefits? Percussion: striking things together to make From an environmental perspective, the more sparks – e.g. flint and steel. The sharpness of the natural the method the better. For example, flint creates sparks - tiny shards of hot steel. strikers, fire pistons or lenses don’t need fossil Compression: fire pistons are little cylinders fuels or phosphorus, which require the highly- containing a small amount of tinder, with a piston destructive oil and chemical industries, and that is pushed hard into the cylinder to compress friction methods don’t require the mining, factories the air in it, which raises pressure and and roads required to manufacture anything at all.
    [Show full text]
  • Fire Before Matches
    Fire before matches by David Mead 2020 Sulang Language Data and Working Papers: Topics in Lexicography, no. 34 Sulawesi Language Alliance http://sulang.org/ SulangLexTopics034-v2 LANGUAGES Language of materials : English ABSTRACT In this paper I describe seven methods for making fire employed in Indonesia prior to the introduction of friction matches and lighters. Additional sections address materials used for tinder, the hearth and its construction, some types of torches and lamps that predate the introduction of electricity, and myths about fire making. TABLE OF CONTENTS 1 Introduction; 2 Traditional fire-making methods; 2.1 Flint and steel strike- a-light; 2.2 Bamboo strike-a-light; 2.3 Fire drill; 2.4 Fire saw; 2.5 Fire thong; 2.6 Fire plow; 2.7 Fire piston; 2.8 Transporting fire; 3 Tinder; 4 The hearth; 5 Torches and lamps; 5.1 Palm frond torch; 5.2 Resin torch; 5.3 Candlenut torch; 5.4 Bamboo torch; 5.5 Open-saucer oil lamp; 5.6 Footed bronze oil lamp; 5.7 Multi-spout bronze oil lamp; 5.8 Hurricane lantern; 5.9 Pressurized kerosene lamp; 5.10 Simple kerosene lamp; 5.11 Candle; 5.12 Miscellaneous devices; 6 Legends about fire making; 7 Additional areas for investigation; Appendix: Fire making in Central Sulawesi; References. VERSION HISTORY Version 2 [13 June 2020] Minor edits; ‘candle’ elevated to separate subsection. Version 1 [12 May 2019] © 2019–2020 by David Mead All Rights Reserved Fire before matches by David Mead Down to the time of our grandfathers, and in some country homes of our fathers, lights were started with these crude elements—flint, steel, tinder—and transferred by the sulphur splint; for fifty years ago matches were neither cheap nor common.
    [Show full text]
  • DIY Materials List Drafts
    D I Y m a t e r i a l s l i s t W e e k o f J u n e 2 8 - J u l y 3 Sunday June 28: PARENTAL GUIDANCE We'll learn without the fire Whittling REQUIRED! first! Learn how to whittle your tuesday june 30: own spoon! Medicinal Salve thursday july 2: knife Learn how to make your own Poi wood (soft wood is best, like medicinal salves to treat all Let's spin some FIRE!!! pine or balsa) your bumps, bruises, and bites! safety gloves olive oil knee socks (2) sand paper herbs for infusion tennis balls (2) mineral oil beeswax shea butter Friday July 3: Monday June 29: pot Quill making beet ink and potato glass pyrex tins or jars for salve and scribal arts block printing info here about the activity Make your own ink! Make your wednesday July 1: and why it's cool! yeah! own stamps! Cheese Making beets (2) Paneer? Farmers Cheese? goose feather potato (at least 1) Ricotta? We've got you knife knife covered. liquid ink paint brush whole milk paper paper pot lemon juice colander Cheeeeeeeeese! pot cheese cloth D I Y m a t e r i a l s l i s t W e e k o f J u l y 5 - J u l y 1 0 Sunday july 5: Tuesday july 7: thursday july 9: cordage tinctures Nature art Take your survival skills up a Harness the medicinal property Join pesach for a nature notch! Make your own cord of the plants around you art adventure! out of natural fibers! alcohol or glycerin you jar your imagination some sort of fiber (rafia, scissors or knife anything you find outside! grass, reeds, tree bark) herb you're going to tincture check to see what herbs are native and ripe in your area! you could make a key chain with your cordage! wednesday july 8: friday july 10: Farm fresh jam Monday july 6: The strawberries are in! The elderbery medicinal Natural dyes rhubarb is ripe! It's jam time.
    [Show full text]
  • Fire by Friction Bow Drill
    BUZZARD CHRIS BUSHCRAFT FIRE BY FRICTION BOW DRILL COMPONENTS OF A BOW DRILL SET - BOW & CHORD DRILL HEARTH BEARING BLOCK BOW Choose a rigid length of curved branch, 60 – 70cm in length. Cut notches either end to tie para-chord or mower pull-chord. Chord should not be a little loose. DRILL Choose dry, dead, standing wood. Wood from floor will likely be wet and rotten. Cut a 15cm (or more) length and carve to a round thickness of approximately 2cm. One end should be pointed like a blunt pencil (less friction) and the other nearly flat with just a shallow point (more friction). HEARTH Cut and carve a rectangular piece about 2cm thick and 4cm (or more) wide. EMBER PAN This is a dry piece of bark or large wood shaving to collect the hot ember. BEARING BLOCK Select a thick lump of wood that fits comfortably in the hand. Flatten one side. Carve a shallow notch in the hearth to sit the blunt end of the drill, and carve a notch in the bearing block to sit the pointed end. Twist the drill into the bow chord so it is positioned on the outside of the chord, not the inside or it will jam against the bow branch and also shorten your bowing length. With the drill seated in the notch on the hearth, place the bearing block on top of the drill with your wrist firmly supported against you shin. A limpet shell can be used within the notch in the bearing block which will help avoid rapid wearing down of the drill.
    [Show full text]
  • An Analysis of Late Period Chumash Microdrills from Ca-Slo-214
    DRILL BABY, DRILL! AN ANALYSIS OF LATE PERIOD CHUMASH MICRODRILLS FROM CA-SLO-214 by Michelle Blake A thesis submitted to Sonoma State University in partial fulfillment ofthe requirements for the degree of MASTER OF ARTS ill Cultural Resources Management . Wingard, Ph.D., Chair Ashley Hall, Ph.D. Ethan Bertrando, M.A. /2 - /- 20/0 Date Copyright 2010 by Michelle Blake ii AUTHORIZATION FOR THE REPRODUCTION OF MASTER'S THESIS I grant permission for the reproduction ofthis thesis project in its entirety, without further authorization from me, on the condition that the person or agency requesting reproduction absorb the cost, provide proper acknowledgment ofauthorship and notice to the author. I grant permission for the reproduction ofparts ofthis thesis project without further authorization from me, on the condition that the person or agency requesting reproduction absorb the cost, provide proper acknowledgment ofauthorship and notice to the author. DATE: /2. -0/ - 2cIO Signature iii DRllL BABY, DRll.L! AN ANALYSIS OF LATE PERIOD CHUMASH MICRODRILLS FROM CA-SLO-214 Thesis by Michelle Blake ABSTRACT This thesis research focuses on a curated CRM collection of Late Period Chumash chert microdrills from CA-SLO-214. The main goal of this research is to compare the Chumash drill-making industry in Los Osos to the known industry on the Channel Islands. A literature review was conducted on both Chumash mainland and island microdrills. Laboratory analysis focused exclusively on the collection of microdrills from Los Osos in order to compare the less studied Northern Chumash microdrills to the documented Santa Cruz Island microdrills. This research shows that the Northern Chumash m~de and used chert microdrills.
    [Show full text]
  • Eskimo Mouthpiece for Pump Or Bow-Drill Carved in the Shape of a Seal E 302) a Very Rare Mouthpiece for Pump Or Bow-Drill Carved in the Shape of a Seal
    Eskimo mouthpiece for pump or bow-drill carved in the shape of a seal E 302) A very rare mouthpiece for pump or bow-drill carved in the shape of a seal. The eyes were inlayed with quartz or glass (one missing). The drill-shaft lodging is a hard stone circular inlay with a conical well for the insertion and rotation of the drill-shaft. The grip shows usage with teeth markings and pressure points evident. Bristol Bay Area, Alaska. Soft wood (pine) with one small quartz inlay and a mottled green and black stone inset, the whole with a worn, oxidized and used patina. 14,3 x 4 x 4,3 cm. 19th century or earlier. The mouthpiece carved in the representative format of single or double headed seals is extremely rare. Less than 10 appear to be recorded and illustrated. An identical one but of lesser quality was sold at Heritage Auctions Nov. 6, 2015. Another by Skinner and another by Walkers in Canada, yet another was in the collection of John Hewitt in London. Another is illustrated on the internet but not localized. There is an example (drawing here) in the collection of the Smithsonian Institution in the form of a stylized seal (Cat. No. 127819a, U. S. N. M. Koggiung, Bristol Bay, Alaska. Collected by W. J. Fisher) The drill is the most important implement for working in ivory and bone. It consists of three parts: the bow with its string (niuqtung), the drill (qaivun), and the mouthpiece (qingmiaq or kĭ´ñmia). The string of the bow is twisted around the shaft of the drill, the mouthpiece, which is made of wood or of bone and has a concave stone inset for the drill shaft is taken into the mouth, and the rounded end of the drill is placed in it the stone hole.
    [Show full text]