Hints and Tips on Stella Maintenance
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SOUTHERN AFRICA HAND TOOLS & STORAGE 2015 TOOLSTHAT BUILDTHE WORLD Since 1843, STANLEY® Has Been Proudly Offering Quality and Innovative Tool Solutions
SOUTHERN AFRICA HAND TOOLS & STORAGE 2015 TOOLSTHAT BUILDTHE WORLD Since 1843, STANLEY® has been proudly offering quality and innovative tool solutions. For over a century, we have built a legacy by producing some of the most well known hand tools and storage products in the world, all to help you build a legacy of your own. We are committed to bringing you durable and quality tools that are inventive and distinct. With superior quality, constant innovation and rigorous operational improvements, STANLEY® defines excellence and is trusted by professionals around the globe. In 2013, STANLEY® embraced a new brand logo and identity, modernising one of the most recognizable brands in the world. The new brand identity exemplifies STANLEY’s 170-year reputation for innovation, merit and performance. With the evolution of the brand logo, we are proud to offer you even more cutting- edge products for all your job site needs. It is time to experience the power of innovation! THE HISTORY OF STANLEY® TOOLS 1863 1911 1936 1954 1980 Stanley introduced hammers Stanley began manufacturing Stanley manufactured its Time Magazine published a cover story titled The Stanley Works was presented the to their line-up. chisels and vises. first utility knife. “Do-It-Yourself – The New Million Dollar American Eagle Award from the American Hobby”. Stanley was ideally positioned to Supply & Machinery Manufacturers’ benefit from this trend and quickly Associ., Inc. for its “unusual across-the- 1843 1870 1921 developed products for this new market. board quality”. The Stanley Works was Stanley began manufacturing A new logo is introduced to founded in New Britain, screwdrivers and hand planes. -
General Workshop
CARPENTRY INTRODUCTION Wood is an important engineering material that is extensively used in the buildings and industries. ‘Timber’ is another name for wood, which is obtained from exogeneous trees. “Wood Working” means processing of wood by hand and machines for making articles of different shapes and sizes. It is further divided into two groups; (1) Carpentry (2) Pattern making. Carpentry is the common term used with any class of work with wood. Pattern making deals with the type and construction of wooden patterns. Steel Rule Four fold rule Flexible tape Blade Try square Stock List of Tools I. Marking and Measuring tools 1. Pencil 9. Combination square 2. Steel rule 10. Marking Knife (Scriber) 3. Four fold rule 11 Marking Gauge 4. Flexible tape 12 Mortise Gauge 5. Straight Edge 13. Wing compass 6. Try square 14. Trammel (beam compass) 7. Mitre Square 15 Calipers (Outside and Inside) 8. Bevel Square 16. Spirit level and plumb bob II. Cutting tools A. Saws B. Chisels C. Axes (a). Saws (b). Chisels 1. Hand Saw a. Firmer Chisel (Cross cut saw) 2. Rip Saw b. Bevel edged 3. Tenon saw (Back saw) c. Pairing Chisel 4. Panel Saw d. Mortise chisel 5. Dovetail Saw e. Gouges (Inside & outside) (c). Axes a. Side Axe b. Adze III. Planinng Tools a. Jack plane (wooden & Metal) b. Smoothing plane c. Rebate plane d. Spoke shave e. Trying plane f. Plough plane g. Router plane Bevel Square Marking knife Mortise gauge Marking gauge Marking pin IV. Boring Tools a. Gimlet b. Bradawl c. Brace (Ratchet & Wheel brace) d. -
Hans Brunner Tool Auctions April 6, 2013
Hans Brunner Tool Auctions April 6, 2013 PO Box 5238, Brassall Qld 4305 www.hansbrunnertools.gil.com.au 0421 234 645 Vol 24 featuring the collection of Dave Mills, Old Time Builder 1 1 Complete half set of 18 even Hollows & Rounds (2-18) by Marples. Also included are two sash planes numbered 1 &2 plus one of the first named OWT routers I’ve come across. No 12 R is a replacement from a different maker. G+ $ 200-400 2 3 3 Unmarked screw stem plough 2 Rare and early 8 ¾” ebony and plane, boxwood and beech with brass mortice gauge with heavy crisp edges and very good stem brass stock, adjustable from both threads. One of the outer nuts is ends i.e. front adjusts the pins, damaged. G $ 50-100 the back moves the fence. No markings but I’m pretty sure Fenton and Marsden held Reg 970 for this tool. Some minor age cracks, overall G/G + $70-140 4 4 17” beech badger plane with 2 ¼” skewed Ward cutter and dovetailed boxwood wear strip to side. Some bruising to handle and minor damage to boxing. No maker’s mark. G+ $ 60-120 Tool Sales 2013 in April, August & December - to subscribe to free catalogues please write or email. The low estimate is the reserve – I accept any amount on or over the reserve. Send in your bids anytime. Deadline is 12.00 noon on auction day. The highest offer wins. If identical bids are received on a lot the first one in is the winner with one dollar added to clear the bid. -
Maintenace Manual
MAINTENACE MANUAL This is just a handy title which has been given to a number of articles which I have gradually been compiling since 2006. “Hints and Tips on Stella Maintenance” is perhaps a more accurate description of the spirit in which they have been written. They are my views and not those of the SCA. I am not trying to tell you what to do. It just a description of what I have found worked for me and what did not while I have been maintaining LYS (No 96) over the last twenty six years. Hopefully you will find it useful. The articles may give you some idea as to what you might find and what to expect if you start taking things to bits or if you are encountering problems. Many of you may already have your own views and methods of maintenance which may differ from mine but I would like to think we are a “broad church” at the SCA and can agree to differ. I would however hope that you will at least bear in mind the slightly hackneyed concept that we are just the custodians of these boats. Hopefully we can hand them on, or better still sell them on, to the next generation knowing that the boats are still broadly in keeping with the original design concepts of the class. Ultimately, however, it is down to each individual owner to take responsibility for their decisions about what to do with their own boat. SCA MAINTENANCE MANUAL: HINTS AND TIPS ON STELLA MAINTENANCE Contents Page Nos Part 1 Introduction 3 – 8 Part 2 Skills and Tools 9 – 14 Part 3 Wood & Timber 15 – 33 Part 4 Materials & Techniques 34 - 49 Part 5 Mast & Rigging 50 – 55 -
The Teacher's Handbook of Slöjd
*|WiWi W*Mf< W »Tt<»>^»jiar<«| ^TTT|l|l|t| l|!|l|i|i|'l'l 3L.II5R,A-R,Y »»»»»» » » » » Storrs Airiciiltural Collep. Vol..i^/f^'jJ- ^' .'. ulass j\o. ^. /- . The University of Connecticut Libraries, Storrs -|- l | liL !lUlIilli l |l,l,l|l,l, l l| ! .l.l,l.l,l|t| | T^^^llLllil'l'l'l'f i l '•A ^. '' «. ^-,..A.H ^'^•:«^V.^ A'. 4491 BOOK 694. SA3 c. 1 SALOMAN # HAND BOOK OF SLOJD AS TAUGHT AT NAAS 3 T153 000M3fiM7 5 This Book may be kept out TTJ-O tFEEKS =»^ ^^ 9^ ^^ ^^ ^^ This book paper is highly acidic due to the f methods and ingredients used in its manufac- ture. As a result it has become brittle with age. Please handle with care so that information will not be lost to future readers. A long-range goal of the Library is to pur- chase an acid-free reprint or microform copy to replace this volume, or to reproduce it in- house on acid-free paper. Thank you for helping to preserve the Univer- sity's research collections. n - *• *• * ** - r^-.^-^lf.' '^T.^h^r. X* -A,^ f- •' , -s;-;-.^^ :;a*^ Digitized by the Internet Archive in 2010 with funding from Boston Library Consortium Member Libraries http://www.archive.org/details/teachershandbookOOsalo THE TEACHER'S Hand-book of Slojd. Published under the auspices of the SLOJD ASSOCIATION. ^ TH E TE AC H ER'S I -SI Hand-book of Slojd AS PRACTISED AND TAUGHT AT NAAS CONTAINING EXPLANATIONS AND DETAILS OF EACH EXERCISE. By OTTO SALOMON, Director of the Nads Seininarium. -
Practical Woodworking Presentation
NATIONAL 4 AND 5 PRACTICAL WOODWORKING Resources in conjunction with Whitehill Secondary School NATIONAL 4 AND 5 PRACTICAL WOODWORKING COURSE AIMS • This course provides opportunities for you to gain a range of theoretical and practical woodworking skills relating to tools, equipment, processes and materials. You will also develop skills in reading and interpreting working drawings and related documents as well as an understanding of health and safety. • Through this, you will develop skills, knowledge and understanding of: • woodworking techniques • measuring and marking out timber sections and sheet materials • safe working practices in workshop environments • practical creativity and problem-solving skills • sustainability issues in a practical woodworking context READING DRAWINGS READING AND UNDERSTANDING DRAWINGS LEARNING INTENTIONS SUCCESS CRITERIA • To name the different types of drawing and their views • I can state the name of Some/Most/all of the various drawings • To understand scale • I can use scale to extract the correct dimensions from • To read, interpret and create cutting lists drawings • To understand the different line type found on drawings • I can extract information from cutting lists and create my • To read and extract information from working drawings: own linear, radial, angular and diametric dimensions • I can understand Some/Most/All of the different line type and know when and where they should be used • I can read and extract information from working drawings: linear, radial, angular and diametric dimensions • Working drawings are drawings used as a WORKING reference or guide in the manufacture of a product. This most often refers to engineering and architecture, DRAWINGS but working drawings are used in many different modes of construction. -
Carpentry and Joinery
’ dtbe £uilb er b tufimt s s wim. CARP ENTRY AND J O I NERY . A X - BO O K FO R R C HI C N G IN R TE T A TE TS , E EE S , - S R VE Y O R S A N D R F M N . U , C A TS E FULL Y I LLUS T R A T E D A N D W R ITTE N BY B A R F FLE T C HE R N I ST E . , A ssociat e of the R oyal I nstitu te of B r iti sh A r chitects Vi ce - P r e sid ent ' o the A r ch i te ctu r al A ssocia tion oi nt A u thor A Histor o f j , y f A r chite ctu r e Lectu r e r on A r chitectu r e and B u ild ing ’ ’ C onstr uction and D ir e ctor o the Stu d io i n s , f , g ine i n ar e ntr d . ate xam r C C oll . , Lon L E p y and joine ry to the C ity and Gu ild s n nstitu te of Lond o I , 63 c A N D H P HI LL I P S FLE T C HE R . , A ssociate of the R oyal I nstitu te of B r itish A r chite cts ; Fe llow of the ’ ’ S u rveyor s I nstitu tion D i r ector of the C ity C ompanies T r ad es T r aini n S chool Gr e at T itch eld Str e e t W. -
Hans Brunner Tool Auctions May 10, 2014
Hans Brunner Tool Auctions May 10, 2014 PO Box 5238, Brassall Qld 4305 www.hansbrunnertools.com 0421 234 645 Sale 26 This is a no reserve sale. The estimates are a guideline only. Send in your bids anytime. Deadline is 12.00 noon on auction day. The highest offer wins. If identical bids are received on the same item, the first one in is the winner with one dollar added to clear the bid. I’ll invoice you the day after the sale. Postage and handling is extra. I accept bidding instructions for multiple bids. I rate the condition of the lots from P (poor) Fr (fair) G (good) G+ (very good) to F (fine 1 Bridle plough with ebony stems and steel bridle with brass fittings. Maker’s 1 mark on toe is A Eyre, London (1861- 1872). Mark on the bridle is Mathieson, Glasgow – no doubt the actual maker of the plane as well! There are several owner’s marks on the plane body and fence. Cleaned. G/G+ $ 300-600 4 2 3 4 Attractive and well proportioned gunmetal & maple patternmaker’s plane with one sole. 12” long. G+ $ 60-120 2 Norris coffin shaped dovetailed steel 3 Buck gunmetal bullnose plane with smoother with rosewood infill. 7 ½” long steel sole. 3 ½” long with a 1” Sorby with a 2” parallel iron by Buck. Minor surface cutter. Buck took over from Eyre (see lot rust only. Great looking plane. G+ $ 250-450 1) and like his predecessor Buck sold tools made by other makers. It is generally agreed that most Buck planes were made by Norris. -
Shaker-Style Hanging Cabinet
Hand woodworking Hand woodworking PHOTOGRAPHS BY MICHAEL T COLLINS Then, with a wide chisel create a WHAT YOU WILL NEED: 4‘v’ notch on both sides, chop down along the score line and pare from the Tools centre towards the chop line (creating • Rip and crosscut saw a triangle in the centre). Repeat this • 9mm bevel edged chisel process until you have chiseled down • 19mm bevel edged chisel to the floor of the housing. Now, with • 6mm mortise chisel a narrow chisel, pare away the waste. • Marking and cutting gauge Use a combination square to check the • Combination or rebate plane with depth (slight concavity in the centre 12mm and 19mm irons will insure the ends are a perfect fit). • Router plane • Spokeshave Method two: Deeply score the • Brace and 25mm bit 5sides and create the ‘v’ notch as • Rounding plane 12mm before, then on the waste side saw 1 2 • Egg beater drill and 3.2mm down to the 6mm mark. Now remove and 1.5mm brad point bits the waste with a router plane. I like to remove the waste by coming at it from Wood both ends, thus eliminating tearout • Pine (Pinus spp.) when exiting. The rebate for the top • White oak (Quercus alba) and bottom can be done using method For this project the cabinet will one or two. If using a router plane the be made from pine for two reasons; router will need to be supported on it is readily available and should the free end with a piece of wood you wish to paint the finished of equal thickness. -
An Unusual Plane Configuration Volume 57, Number 1 March 2004 the Chronicle of the Early American Industries Association, Inc
The CHRONICLE of the Early American Industries Association Stanley Garden Tools Specialist Tools for Sash Window Making A Key To Dating Vintage Woodworking Machinery Made in Philada: No. 4 • Two Burls are Better than One Howland’s Hoisting Apparatus, A Nineteenth-Century “Come-Along” An Unusual Plane Configuration Volume 57, Number 1 March 2004 The Chronicle of the Early American Industries Association, Inc. Vol. 57, No. 1 March 2004 Contents The Early American Specialist Tools for Sash Window Making Industries by Jane Rees ------------------------------------------------------------------1 Association President: A Key To Dating Vintage Woodworking Machinery David L. Parke, Jr. Executive Director: by Dana Martin Batory ----------------------------------------------------- 12 Elton W. Hall Made in Philada: No. 4 THE PURPOSE of the Associa- tion is to encourage the study by Carl Bopp --------------------------------------------------------------- 16 of and better understanding of early American industries in the home, in the shop, on Two Burls are Better than One the farm, and on the sea; also by Karl West ---------------------------------------------------------------- 28 to discover, identify, classify, preserve and exhibit obsolete tools, implements and mechani- Howland’s Hoisting Apparatus, A Nineteenth-Century “Come-Along” cal devices which were used in early America. by Elton W. Hall ----------------------------------------------------------- 30 MEMBERSHIP in the An Unusual Plane Configuration EAIA is open to any person or organization -
Timberline Catalogue
kiln or an acclimatisation period inside a heated room to make it reliable in service. The following is a page of helpful explanatory notes and advice on our products and how to order them. M3 – Cubic meter – a volumetric measure of timber useful in large transactions but a big unfriendly unit of measure for small transactions. Glossary of terms Ft3 – Cubic foot – a traditional imperial volumetric measure of Botanical Name – This is the only definitive way to name a timber that remains in use because it is user friendly for small timber. Vernacular and trade names are notoriously inaccurate transactions. There are 35.315 Ft3 to the M3. in this regard. It is also possible to assume some common features and qualities within timbers of the same genus. Ft2 – Square foot – M2 Square meter– an imperial measure and a metric measure we use for veneer and thin stock. There Density – We give the densities of the timbers in kilograms are 10.78 Ft2 to the M2. per cubic meter. Water has a density of 1000kg/m3 so any timber with a higher density than that will sink in water. Kg – Kilogram – some timbers are sold by weight because an The density of the timber can be used as a rough measure of accurate measure of volume is not practical. hardness, strength and comparative workability of a timber. Two square Edged – Most imported timbers come to us Prices explained sawn with two square edges. This saves on shipping space and excludes bark dwelling insects. It can normally be assumed Our pricing system is designed to work fairly for small, that most objectionable defects such as sapwood, heart shake, medium and large transactions. -
Wood Notes Book
Design and Manufacture OLHS Technical Department Wood Knowledge and Understanding Book Knowledge and understanding of Wood Throughout the world there are thousands of different species of tree, adding beauty and colour to our surroundings. They help keep the air fresh by taking in carbon dioxide and giving out oxygen. When cut or felled, and properly seasoned, the wood they provide has many uses including boat construction, house building, furniture and of course a wide variety of articles made in the school classroom. Grain Grain All timber is composed of cells and wood fibres packed closely together. The term “grain” refers to the arrangement or direction of the cells and fibres in the timber. Try to imagine holding a bunch of drinking straws, this is basically very similar to how the grain of wood would look like if we looked at it through a microscope. Classification of Wood Trees are classified into two main groups, Hardwoods and Softwoods. Hardwoods This group of trees have broad flat leaves and seeds enclosed in a fruit or seed case. Hardwoods can be deciduous or evergreen. A tree which loses its leaves in the Autumn is called a deciduous tree. Examples of hardwoods are, Beech, Oak, Ash, Mahogany, Teak, Hickory. Softwoods This group of trees have long needle-like, shaped leaves and seeds exposed in cones and are known as conifers. Most softwood trees are evergreen (i.e. they keep their leaves all year round). Examples of softwood are, Red Pine, White Pine, Cedar, Douglas Fir. Page 2 Timber – Form of Supply Timber is usually supplied in the following sections.