November 2006 Popular Woodworking
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Newsletter of the Pacific Northwest Tool Collectors Volume XXXVI December 2019 No 3
Newsletter Of the Pacific Northwest Tool Collectors Volume XXXVI December 2019 No 3 Meeting Dates 1 Dues for 2020 2 BITW Registration Form 4 August Meeting Notes 5 Scholarship Report 6 October Meeting Notes 8 November Meeting Notes 10 Scholarship Report 11 Disposing of your Tool Collection Bill Racine 13 Auction Results 15 Estate Items for Sale 25 Collectors Inventory Form 27 Advertizing 28 Pictures by Tim Cook & Jim Halloran 2020 Meeting Schedule January 11, Washington February 15, Oregon March 14, Washington April 4, Oregon May 16, Washington June 6, Oregon Flea Market August 13 – 15, Washington Best in the West September 12, Oregon October 10, Washington Jerry Lane’s November 14, Oregon 2 3 4 August 10, 2019 Meeting Notes Meeting held at Bill Racine’s in Hillsboro OR. President Racine opened the meeting with introduction of officers and volunteers. New Members were Rick Redden,Ty Vanorden, Treasurer’s Reports: by Bill Racine $14,924.11 in General Fund $ 3,652.17 in Scholarship Fund (thanks to 2 generous donations!) $ 1,500.00 in Best in the West Fund Announcements: Tool Sale Fee – Remember to pay 2% for all sales of tools. Old Business: Scholarship – Following discussion a motion was made by Steve Crow to have Mike Hyink continue to evaluate scholarship applications as he has in the past. Motion carried. New Business: BITW 2020 to be held at LaQuinta Inn,Tacoma WA. Contract has been signed. See the registration form on page xx or download from the website. Newsletter – Jim Halloran is our new Newsletter Editor. A committee consisting of Jacob Norton Steve Broderick, Jack Birky Doug Siemens, Jim Halloran, Steve Johnson, and Chuck Guilford will study future of the newsletter and report back to the club. -
Paul Sellers' Workbench Measurements and Cutting
PAUL SELLERS’ WORKBENCH MEASUREMENTS AND CUTTING LIST PAUL SELLERS’ WORKBENCH MEASUREMENTS AND CUTTING LIST NOTE When putting together the cutting list for my workbench, I worked in imperial, the system with which I am most comfortable. I was not happy, however, to then provide direct conversions to metric because to be accurate and ensure an exact fit this would involve providing measurements in fractions of millimetres. When I do work in metric I find it more comfortable to work with rounded numbers, therefore I have created two slightly different sets of measurements. This means that in places the imperial measurement given is not a direct conversion of the metric measurement given. Therefore, I suggest you choose one or other of the systems and follow it throughout. © 2017 – Paul Sellers v2 PAUL SELLERS’ WORKBENCH MEASUREMENTS AND CUTTING LIST WOOD QTY DESCRIPTION SIZE (IMPERIAL) SIZE (METRIC) (THICK X WIDE X LONG) (THICK X WIDE X LONG) 4 Leg 2 ¾” x 3 ¾” x 34 ⅜” 70 x 95 x 875mm 1 Benchtop 2 ⅜” x 12” x 66” 65 x 300 x 1680mm 2 Apron 1 ⅝” x 11 ½” x 66” 40 x 290 x 1680mm 1 Wellboard 1” x 12 ½” x 66” 25 x 320 x 1680mm 4 Rail 1 ½” x 6” x 26” 40 x 150 x 654mm 2 Bearer 1 ¼” x 3 ¾” x 25” 30 x 95 x 630mm 4 Wedge ⅝” x 1 ½” x 9” 16 x 40 x 228mm 4 Wedge retainer ⅝” x 1 ½” x 4” 16 x 40 x 100mm HARDWARE QTY DESCRIPTION SIZE (IMPERIAL) SIZE (METRIC) 1 Vise 9” 225mm Dome head bolts (including nuts and washers) for 4 ⅜” x 5” 10 x 130mm bolting legs to aprons 2 Lag screws (with washers) for underside of vise ½” x 2 ½” 12 x 65mm 2 Lag screws for face -
Build a Plane That Cuts Smooth and Crisp Raised Panels With, Against Or Across the Grain – the Magic Is in the Spring and Skew
Fixed-width PanelBY WILLARD Raiser ANDERSON Build a plane that cuts smooth and crisp raised panels with, against or across the grain – the magic is in the spring and skew. anel-raising planes are used Mass., from 1790 to 1823 (Smith may to shape the raised panels in have apprenticed with Joseph Fuller doors, paneling and lids. The who was one of the most prolific of the profile has a fillet that defines early planemakers), and another similar Pthe field of the panel, a sloped bevel example that has no maker’s mark. to act as a frame for the field and a flat Both are single-iron planes with tongue that fits into the groove of the almost identical dimensions, profiles door or lid frame. and handles. They differ only in the I’ve studied panel-raising planes spring angles (the tilt of the plane off made circa the late 18th and early 19th vertical) and skew of the iron (which centuries, including one made by Aaron creates a slicing cut across the grain to Smith, who was active in Rehoboth, reduce tear-out). The bed angle of the Smith plane is 46º, and the iron is skewed at 32º. Combined, these improve the quality of cut without changing the tool’s cutting angle – which is what happens if you skew Gauges & guides. It’s best to make each of these gauges before you start your plane build. In the long run, they save you time and keep you on track. Shaping tools. The tools required to build this plane are few, but a couple of them – the firmer chisel and floats – are modified to fit this design. -
Building Practices and Carpenters' Tools That Created Alexandria's Kent Plantation House
Building Practices and Carpenters' Tools That Created Alexandria's Kent Plantation House By N. H. Sand and Peter Koch SouthernForest ExperimentStation Forest Service. U. S. Departmentof Agriculture I t is the year 1796or thereabouts. ily, and he succeeds so well that designed and made with good Louisiana is a Spanish colony with the dwelling still remains sound and materials. French traditions and culture. attractive after 175 years, a very Now known (from a later owner) Pierre Baillio II, of a prominent great age for a house in America. asthe Kent PlantationHouse, Bail- French family, has a sizeable grant To reach it takes good luck-escape lio's home has recently beenmade of land along the Red River near from fire, flood and the Civil War. into a museum in Alexandria, a a small town called EI Rapido. Continuous occupancy and the care short distance from where it was Baillio undertakes to have a that goes with it also helps. Most originally constructed. There it house built for himself and his fam- of all, the house must be soundly standsas testimony to the skins of early Louisiana carpenter crafts- men. In contrast to architects, who seemto leapinto print with no great difficulty, carpenters are a silent tribe. They come to the job with their tool chests, exercise many skins of construction and some of design, and then pass on. Often their works are their only record. Occasionally some tools survive and, after generationsof neglectand abuse,these may find their way int() antique shopsor museums. Thus it is difficult to speakin de- tail of the builders of any given house. -
Special Issue on Human Computer Interaction in Critical Systems II: Authorities and Industry IJISCRAM, Volume 7, Issue 3 Christian Reuter (Eds.)
International Journal of Information Systems for Crisis Response and Management (IJISCRAM) Special Issue on Human Computer Interaction in Critical Systems II: Authorities and Industry IJISCRAM, Volume 7, Issue 3 Christian Reuter (Eds.) 15 International Journal of Information Systems for Crisis Response and Management, 7(3), 2015 Christian Reuter (Eds.): Special Issue on Human Computer Interaction in Critical Systems II: Authorities and Industry i TABLE OF CONTENTS Christian Reuter EDITORIAL Henrik Berndt, Tilo Mentler and Michael Herczeg OPTICAL HEAD-MOUNTED DISPLAYS IN MASS CASUALTY INCIDENTS Johannes Sautter, Lars Böspflug, Matthias Max, Denis Havlik, Marc Erlich, Kalev Rannat and Wolf Engelbach SIMULATION AND ANALYSIS OF MASS CASUALTY MISSION TACTICS - CONTEXT OF USE, INTERACTION CONCEPT, IMPLEMENTATION AND EVALUATION Kristian Rother, Inga Karl and Simon Nestler TOWARDS VIRTUAL REALITY CRISIS SIMULATION AS A TOOL FOR USABILITY TESTING OF CRISIS RELATED INTERACTIVE SYSTEMS Thomas Ludwig, Christoph Kotthaus and Volkmar Pipek SHOULD I TRY TURNING IT OFF AND ON AGAIN? OUTLINING HCI CHALLENGES FOR CYBER-PHYSICAL PRODUCTION SYSTEMS Christian Reuter TOWARDS EFFICIENT SECURITY: BUSINESS CONTINUITY MANAGEMENT IN SMALL AND MEDIUM ENTERPRISES International Journal of Information Systems for Crisis Response and Management, 7(3), 2015 Christian Reuter (Eds.): Special Issue on Human Computer Interaction in Critical Systems II: Authorities and Industry ii GUEST EDITORIAL PREFACE Special Issue on Human Computer Interaction in Critical Systems II: Authorities and Industry Christian Reuter, University of Siegen, Germany ABSTRACT Human computer interaction in security and time-critical systems is an interdisciplinary challenge at the seams of human factors, engineering, information systems and computer science. Application fields include control systems, critical infrastructures, vehicle and traffic management, production technology, business continuity management, medical technology, crisis management and civil protection. -
Bevel-Up Smoother Plane
Bevel-Up Smoother Plane 05P36.01 Patent Pending The Veritas® Bevel-Up Smoother Plane is a state-of-the-art smoothing plane. We have combined the generous width and weight of a dedicated smoother with the versatile inner workings of a low-angle bevel-up plane. The 12° bed angle, coupled with the 38° blade bevel, yields an effective cutting angle of 50° that is commonly known as a York pitch. The bevel-up blade confi guration means that simply increasing the blade bevel results in higher cutting angles, thereby enabling the working of diffi cult grain patterns. Weighing in at just under 5 pounds, with an exceptionally low center of gravity, this plane is dubbed 1641/2H. The coffi n-shaped body has a sole length of 10". The 21/4" wide blade is 3/16" (0.187") thick and made of A2 tool steel hardened to Rc60-62 and it is common to both this plane and the Veritas® Low-Angle Jack Plane. The body is fully stress-relieved, ductile cast iron. It is accurately machined and the sole is ground fl at. It features an adjustable mouth that can be closed to a narrow slit for fi ne shavings with minimum tear-out or opened for heavier cuts. All of this can be done quickly and accurately with the front locking knob and the unique mouth adjustment screw/stop. The adjustment mechanism, with its combined feed and lateral adjustment knob, makes blade setting easy and accurate. The set screws on either side of the blade prevent it from shifting in use, but allow full lateral adjustment. -
Framesaw Framesaw Technology Möhringer Market Leader in Framesaw Technology
iFRAMESAW FRAMESAW TECHNOLOGY MÖHRINGER MARKET LEADER IN FRAMESAW TECHNOLOGY With a Möhringer Framesaw you benefit from more than 125 years of technological experience in Framesaw design, production, and operation. We are market leader in the field of Framesaw technology because we up-date the design of our Framesaws by teaming up with our customers and the concept matches the various applications in Germany and abroad. In order to offer you a reliable and cost effective modular system Möhringer Framesaws are designed to use those components: • Easy extending with optional equipment at any time • Fast and economical exchange of all parts on site • Fast assembly and use of standardized parts creating short delivery time All Framesaw types have the following standard equipment: • Electric frequency-controlled feed speed • Independent electronic control for feed and overhang with numerous adjustment possibilities for an optimal rate between speed and overhang • PLC control with touch screen display for individual adjustment by client i.e. lubrication times Steel construction with 20 years of warranty • User-friendly menu navigation, does not require any PLC knowledge • Integrated counter for operation and service hours • Large CPU hardware: all software options can be upgraded • Hydraulic engaging and disengaging • Automatic overhang adjustment • Central lubrication system • Framesaw hydraulic • Complete set of foundation screws and special tools • Steel shaker chute • Single pulley drive Optionally available: Steel roller inserts • Logging: -
True About Frame Saws
True about Frame Saws 1. The Crank Mechanism = heart of the Frame Saw – This system was already known in 5th century B.C. 2. First Frame Saws with water drive were already known in 4 th century. http://en.wikipedia.org/wiki/Sawmill 3. Thin Cutting Frame Saw = Frame Saw – It is the same type of machine based on same physical principles. Therefore the Thin Cutting Frame Saw can not be called an invention! 4. Saw Blade = Tooling – Any type of Saw Blade can be used (any saw kerf, etc.) If the Saw Blade design allows it then the Saw Blade can be used in any make or model of Thin Cutting Frame Saw. © NEVA – OGDEN, 30.4.2010 Article with pictures available at www.neva.cz 1/5 5. Heavy duty cast iron design and cast iron Saw Frame Carriage with forged Crank Arms = reliable and long lasting which can withstand the harsh environment of a 3 shifts. 6. Locking System – The locking system is a result of NEVA’s machine design which allows the operator to open the machine. 7. Low RPM creates high energy – The main principle is to accumulate the energy from the main drive motor directly into Fly Wheels at the slow RPM. This energy is further converted into cutting force which is placed on the wood. This is due to sturdy cast iron Frame Saw Carriage and forged Crank Arms. Our machine creates fine wood chips instead of dust. © NEVA – OGDEN, 30.4.2010 Article with pictures available at www.neva.cz 2/5 8. -
High Angle Smoothing Plane Comparison
High angle smoothing plane comparison By Lyn J. Mangiameli June 2002 (PDF conversion by Peter Williams) Well, this is finally it. What will follow in several parts is the high angle smoothing plane investigation I have been working on for over a year. I’ve done about all I can to make it thorough and objective, but no project of this nature can be entirely either. Because of that, I’m going to try to put forward as much information as possible, that way you will know why I did things, how I did things, and what are the specific findings obtained. If you want, you can use the techniques presented to conduct evaluations of your own, and I intend to suggest some investigations that may be worth doing in the future. By posting the background first, any questions as to how things were done, or why things were done can be understood before the plane rankings are presented. Lyn Introduction: This review is different from my earlier plane reviews that have focused on the design, ergonomics and quality of manufacture in addition to the surface the plane could achieve. In this review, there were only two primary objectives: To determine if high bedding angle planes, as a group, tended to perform better than standard angle planes on difficult to plane woods (i.e., should you obtain a High Angle plane if you work with difficult hardwoods that are prone to tearout, fuzzing, etc.); and, more specifically, to find which planes and/or plane configurations yielded the best surface on particularly difficult to surface woods. -
Traditional Timber Framing COMMONWEALTH of AUSTRALIA Copyright Regulations 1969
ABPL90085 CULTURE OF BUILDING traditional timber framing COMMONWEALTH OF AUSTRALIA Copyright Regulations 1969 Warning This material has been reproduced and communicated to you by or on behalf of the University of Melbourne pursuant to Part VB of the Copyright Act 1968 (the Act). The material in this communication may be subject to copyright under the Act. Any further copying or communication of this material by you may be the subject of copyright protection under the Act. do not remove this notice CARPENTRY AND THE MORTICE & TENON grooved stone axe head from Vevey, France Amerindian axe Jean-François Robert, Rêver l’Outil: gestes essentiels – outils de toujours (Éditions Cabédita, La Lêchére [Savoie] 1995), p 91 stone axe in a wooden haft, earlier Neolithic, about 3700-3100 BC, Ehenside Tarn, Cumbria, England. British Museum PE POA 109.6, 190.7 Miles Lewis Egyptian adze, 18th Dynasty, reign of Hatshepsut, c 1673-58 BC British Museum EA 26279 J H Taylor [ed], Journey through the Afterlife: Ancient Egyptian Book of the Dead (British Museum Press, London 2010), p 99 Egyptian carpenter’s tools Lewis, Architectura, p 53 Egyptian maul & adze carpenter on a scaffold, using an adze Rose-Marie & Rainer Hagen, Egypt: People, Gods, Paroahs (Taschen, Koln & London 1999), p 82, 83 Egypt: model carpenter's shop, including a carpenter cutting a tenon joint in a plank Egyptian Museum, Cairo, JE 46722 Miles Lewis detail of the Egyptian carpenter’s shop. Lewis, Architectura, p 132 fresco of an Egyptian carpenter using a saw Hagen, Egypt, p 72 mortice and -
SHAKERWORKBENCH Design, Construction Notes and Techniques
BENCHCRAFTED · SHAKER BENCH PLANS SHAKERWORKBENCH Design, Construction Notes and Techniques “Don't make something unless it is both necessary and useful; but if it is both neces- sary and useful, don't hesitate to make it beautiful." –Shaker Dictum Introduction and Design: Ron Brese Construction Notes and Techniques: Jameel Abraham Measured Drawings: Louis Bois Copyright Benchcrafted 2011·2014 No unauthorized reproduction or distribution. You may print copies for your own personal use only. 1 BENCHCRAFTED · SHAKER BENCH PLANS · INTRODUCTION & DESIGN · “Whatever perfections you may have, be assured people will find them out, but whether they do or not, nobody will take them on your word” Canterbury, New Hampshire, 1844 When I first laid eyes on the workbench at the Hancock Shaker Museum in Pittsfield, Massachusetts I had a pretty good idea of the configuration of my next workbench. I think it would be safe to say that I was inspired. However, designing a workbench that is inspired by a Shaker icon can be intimidating as well. I had to do justice to the original and keep in mind what might be considered acceptable. Luckily, most are aware that the Shakers were quite accepting of new technologies that could be practically applied, so this did allow a fair amount of leeway in regards to using more recent workholding devices on this bench. In the end, I did want the look to be very representative of the Shaker Ideal. “‘Tis a Gift to Be Simple” is an over used Shaker pronouncement, however I often think it’s meaning is misinterpreted. I believe it means having freedom from making things unnecessarily complicated. -
Easyframe Saw User Instruction Manual Welcome!
DESIGN, STRATEGIZE, FRAME! EasyFrame Saw User Instruction Manual Welcome! Thank you for choosing the EasyFrame Sawfor your next project! We are excited to be part of your future! We are certain that you will be pleased with your new purchase. EstiFrame Technologies, Inc. takes pride in producing only the finest products for our customers. We are proud and pleased to release the EasyFrame Saw. Our EasyFrame Saw System contains both new features and improvements to your everyday functionality. The EasyFrame Saw System marks our most extensive testing efforts to date. Your EasyFrame Saw will provide you with years of excellent service. In order to help you, we have included this manual. This user instruction manual contains information necessary to operate and maintain your EasyFrame Saw safely and correctly. Please take the time to familiarize yourself with the EasyFrame Saw by reading and reviewing this manual. Please carefully read and follow all safety, operation, and maintenance instructions. This guide is here to help you navigate your way around the finer points of setup and the use of your machine as well as maintenance to get the most out of your product. EstiFrame Technologies, Inc. shall not be responsible for any injuries or any damage to the machinery due to the misuse of the EasyFrame Saw system as it is intended to be used as indicated in the following user instruction manual. If you should have any questions or concerns regarding your EasyFrame Saw, please feel free to email us at [email protected] or visit us at www.easyframesaw.com. Sincerely, EstiFrame Technologies, Inc.