All Tied up Guards Rangers
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Easy DIY Bracelet Designs: 14 Ways to Make Bracelets
Easy DIY Bracelet Designs: 14 Ways to Make Bracelets Copyright 2013 by Prime Publishing LLC All rights reserved. No part of this book may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or by any information storage or retrieval system, without written permission from the publisher, except in the case of brief quotations embodied in critical articles and reviews. Trademarks are property of their respective holders. When used, trademarks are for the benefit of the trademark owner only. Published by Prime Publishing LLC, 3400 Dundee Road, Northbrook, IL 60062 – www.primecp.com Free Jewelry Making Projects Free Crochet Projects Free Knitting Projects Free Craft Projects Free Sewing Projects Free Quilt Projects Free Christmas Craft Projects Free Holiday Projects Free Crochet Afghan Projects Free Kids’ Craft Projects Easy DIY Bracelet Designs: 14 Ways to Make Bracelets Letter from the Editors Hey jewelry fans, Bracelets are always a favorite among bead-loving crafters, but lately, easy bracelet projects have been positively booming on the DIY scene. Jewelry makers just can’t get enough quick and easy bracelet patterns, and who can blame them? Simple bracelets are fun to make for yourself and for friends, and they’re so fast to put together that you can make them by the wristful. To satisfy all your endless bracelet-making urges, we’ve pulled together this collection of super easy bracelet projects that can be whipped up in a matter of minutes! In this eBook, you’ll find 14 basic bracelets that are low on effort but big on style. -
National Tree Climbing Guide
National Tree Climbing Guide Forest 6700 Safety and Occupational Health April 2015 Service 2470 Silviculture 1 National Tree Climbing Guide 2015 Electronic Edition The Forest Service, United States Department of Agriculture (USDA), has developed this information for the guidance of its employees, its contractors, and its cooperating Federal and State agencies, and is not responsible for the interpretation or use of this information by anyone except its own employees. The use of trade, firm, or corporation names in this document is for the information and convenience of the reader, and does not constitute an endorsement by the Department of any product or service to the exclusion of others that may be suitable. ***** USDA is an equal opportunity provider and employer. To file a complaint of discrimination, write: USDA, Office of the Assistant Secretary for Civil Rights, Office of Adjudication, 1400 Independence Ave., SW, Washington, DC 20250-9410 or call (866) 632-9992 (Toll-free Customer Service), (800) 877-8339 (Local or Federal relay), (866) 377-8642 (Relay voice users). Table of Contents Acknowledgments ...........................................................................................4 Chapter 1 Introduction ...................................................................................7 1.1 Training .........................................................................................7 1.2 Obtaining Climbing Equipment ....................................................8 1.3 Terms and Definitions ...................................................................8 -
Knotting Matters 68
ISSUE 68 SEPTEMBER 2000 ISSN 0959-2881 Guild Supplies Price List 2000 Item Price Knot Charts Full Set of 100 charts £10.00 Individual Charts £0.20 Rubber Stamp IGKT - Member, with logo £4.00 (excludes stamp pad) Guild Tye Long, dark blue polyester, with knot motif £8.95 Long, dark blue tie with Guild Logo in gold £8.95 Badges - all with Gold Logo Blazer Badge £1.00 Enamel brooch £2.00 Windscreen Sticker £1.00 Certificate of Membership £2.50 parchment scroll signed by President and Hon sec for mounting and hanging Cheques payable to IGKT, or simply send your credit card details PS Dont forget to allow for Postage Supplies Secretary:- Bruce Turley 19 Windmill Avenue, Rubery, Birmingham B45 9SP email [email protected] Telephone: 0121 453 4124 Knotting Matters Talking knots at Weston Newsletter of the International Guild of IN THIS ISSUE Knot Tyers Letter from a President 4 Issue No. 68 AGM - T.S. Weston 6 President: Brian Field Tools for Tying 10 Secretary: Nigel Harding Of Pointing, Grafting, Editor: Colin Grundy Website: www.igkt.craft.org Cockscombing and Cat-o-nine Tails 13 Submission dates for articles KM 69 07 OCT 2000 Knotmaster Series 14 KM 70 07 JAN 2001 Knotty Limericks Wanted 16 Millenium Knots 16 The IGKT is a UK Registered Charity No. 802153 On the History of the Boa Knot 20 Except as otherwise indicated, copyright in Knotting Matters is reserved to the Historical Netmaking 22 International Guild of Knot Tyers IGKT 2000. Copyright of members articles Knot Gallery 23 published in Knotting Matters is reserved to the authors and permission to reprint The Parsimony Principle 28 should be sought from the author and editor. -
Knotting Matters 13
“KNOTTING MATTERS” Hon. Sec. & Editor THE QUARTERLY NEWSLETTER OF THE Geoffrey BUDWORTH, INTERNATIONAL GUILD OF KNOT TYERS 45, Stambourne Way, Upper Norwood, President: Eric Franklin London SE19 2PY, England. Issue No. 13 01-653 8757 (home) October (Autumn), 1985 01-760 0759 (office) - - - o0o — - - Editorial Recently, an instructor at a Solent activities centre showed me how to lay out deck elastics - those stretchy lashings to hold within reach one’s Admiralty charts and emergency gear - across the decks of my sea kayak. “You can’t knot them,” he stated. “You must buy self- amalgamating tape to fix them.” “Self-what tape?” He explained that this special waterproof adhesive tape was the only thing they knew to do the job. It was, he told me, expensive and hard to find; but he thought that I could, for the extra outlay of a few gallons of petrol driving around yacht chandleries and camping shops, locate a roll. I actually caught myself believing him. But...what nonsense! It MUST be possible to tie off elastic shock cord. Fancy a sea school having forgotten how. So, keep your self- amalgamating tape, I thought. Back home I bought all the shock cord I needed and tried a few knots. The third knot did it. A bowline was useless in the springy stuff; a water bowline little better. The Angler’s or Perfection Loop (Ashley’s 1017) proved perfect. Quick to tie, secure in its grip, yet my fingers could pull it apart readily enough when wanted. It did not - contrary to Ashley’s experience -jam. -
Flexible Object Manipulation
Dartmouth College Dartmouth Digital Commons Dartmouth College Ph.D Dissertations Theses, Dissertations, and Graduate Essays 2-1-2010 Flexible Object Manipulation Matthew P. Bell Dartmouth College Follow this and additional works at: https://digitalcommons.dartmouth.edu/dissertations Part of the Computer Sciences Commons Recommended Citation Bell, Matthew P., "Flexible Object Manipulation" (2010). Dartmouth College Ph.D Dissertations. 28. https://digitalcommons.dartmouth.edu/dissertations/28 This Thesis (Ph.D.) is brought to you for free and open access by the Theses, Dissertations, and Graduate Essays at Dartmouth Digital Commons. It has been accepted for inclusion in Dartmouth College Ph.D Dissertations by an authorized administrator of Dartmouth Digital Commons. For more information, please contact [email protected]. FLEXIBLE OBJECT MANIPULATION A Thesis Submitted to the Faculty in partial fulfillment of the requirements for the degree of Doctor of Philosophy in Computer Science by Matthew Bell DARTMOUTH COLLEGE Hanover, New Hampshire February 2010 Dartmouth Computer Science Technical Report TR2010-663 Examining Committee: (chair) Devin Balkcom Scot Drysdale Tanzeem Choudhury Daniela Rus Brian W. Pogue, Ph.D. Dean of Graduate Studies Abstract Flexible objects are a challenge to manipulate. Their motions are hard to predict, and the high number of degrees of freedom makes sensing, control, and planning difficult. Additionally, they have more complex friction and contact issues than rigid bodies, and they may stretch and compress. In this thesis, I explore two major types of flexible materials: cloth and string. For rigid bodies, one of the most basic problems in manipulation is the development of immo- bilizing grasps. The same problem exists for flexible objects. -
Rescue Knot Efficiency Revisited
Rescue Knot Efficiency Revisited By John McKently From the 2014 International Technical Rescue Symposium (ITRS) John McKently has been the Director of the CMC Rescue School since 1995 and is a long time ITRS attendee and presenter. In addition to his teaching duties, his practical rescue experience comes from 40 years as a member of the Los Angeles County Sheriff’s Montrose Search and Rescue Team. OCCUPATION / AGENCIES 1. Senior Instructor: California State Fire Training • Confined Space Technician 2. Instructor: California Peace Officer Standards and Training (POST) • Search Management and Winter Search Management 3. Instructor: US Mine Safety and Health Administration (MSHA) 4. Member: Montrose (CA) Search and Rescue Team, Los Angeles County Sheriff’s Department 5. Member: California State Fire Training • Rope Rescue Technician Curriculum Development Working Group • Confined Space Technician Working Group Rescue Knot Efficiency Revisited In 1987 personnel from CMC Rescue performed tests on a variety of knots commonly used in rescue systems to determine their efficiency. The purpose of testing was as preparation for the First Edition of the CMC Rope Rescue Manual and for presentations at various industry events. Prior to this time there had been similar testing on climbing knots, but the rope used was three-strand laid rope (Goldline) and there were no details of the testing conditions or methods used, so the results were not considered repeatable or of unknown value to rescuers using low stretch ropes. Our testing was done at Wellington Puritan, a large rope manufacturer in Georgia, but no details were given about their test machine. There wasn’t any Cordage Institute #1801 standard for test methodology at the time, though the report does state that Federal Test 191A Method 6016 was used. -
Knots Often Used by Fighter Kite Makers and Flyers
rv 4 2007 Bruce Lambert [email protected] www.fighterkitecentral.com KNOTS OFTEN USED BY FIGHTER KITE MAKERS AND FLYERS There happens to be quite a few of us who don't know much about knots. We don't know how to tie them and don't know which knot to use in a particular situation or the name of the knot. This article is meant to help us learn a little about the knots that can help us in making and adjusting our fighter kites. I posted an email on the fighter kite Topica.com email list asking for contributions about what knots are used for tying bridles, tension lines, etc. Here's the result of the request along with some on-line research I did to provide more options. If you want to know about knots, search the internet for tons of more information. DENNIS ISCHE'S BOW TENSIONER SLIP KNOT This is a great knot to use for the tensioning line on the back of the leading edge of a buka and for putting a bend in a carbon fiber spine of a diamond fighter kite. To adjust this knot, you slide the knot along the line it is tied around. It locks and securely stays in its place when there's tension on the line. To move the knot you must release some of the tension. This functions similar to a tautline hitch. TAUTLINE HITCH The tautline hitch is used by many fighter kite makers as the adjusting knot in a tension line on the back of a buka or on the carbon fiber spine of a diamond shaped fighter kite. -
ROCK CLIMBING, ROPEWORK & RIVER CROSSING Why Do We Need to Climb?
ROCK CLIMBING, ROPEWORK & RIVER CROSSING Chapter 13 ROCK CLIMBING, ROPEWORK & RIVER CROSSING Why Do we Need to Climb? The ability to rock climb is an important basic mountaineering skill with which an individual can become both confident and competent in his or her movement through steep and exposed terrain. It also instils technical knowledge of ropes, karabiners and all the paraphernalia associated with steep ground rescue and is therefore an essential element of Mountain Rescue Team training. Rock Climbing Equipment - “the Gear” To the rock climbing beginner we often appear to use a vast and confusing array of equipment when climbing. However, the basic ethic is that we climb the rock face using our skill and ability only. When confronted with a problem on a rock face we overcome it by using our experience, judgement, skill and strength alone. So why do we need such an assortment of specialist equipment? The answer is that it is there as a reserve, just in case our judgement, skill or strength are not up to the problem; or perhaps we suffer a moment of plain bad luck. In case we fall in other words. If correctly used and understood, the gear can provide a safety net, preventing any serious injury. To keep the risk within those limits that we consider to be acceptable, we must have a good knowledge of the capabilities of the gear that we use and of how to use it properly. The Rope Improvement in rope design is one of the main factors responsible for the huge increase in climbing standards which has occurred over the years. -
Knot-Tying Skill Activities | Troop Program Resources
Troop Program Resources KNOT-TYING SKILL ACTIVITIES These challenges provide Scouts with an opportunity to put a variety of knot-tying skills into action. In accordance with their level of skill, patrols can stay intact while doing these activities. Pitting one patrol against another in a competition can also be lots of fun. If patrols are organized by age, dividing the troop into equally-skilled Scout teams can be a practical alternative. “wide” = large indoor or outdoor setting for those activities requiring a greater amount of space “small” = small area for those activities that do not require as much space, or can be carried out in close quarters, or with a smaller number of Scouts “in” = indoor activity “out” = outdoor activity 50-FOOT RESCUE RELAY (wide, in or out) View Video – Materials: a cardboard square and one 50-foot rope for each patrol – Method: Patrols line up in relay formation. One Scout from each patrol sits on the square of cardboard about 35 feet in front of his patrol. On signal each patrol prepares their rope for an accurate distance throw. One member casts the line to their Scout who must grab the rope while remaining on the cardboard. Once he has the rope, he ties a bowline around his waist, grabs the cardboard with both hands and remains on the cardboard as the rest of his patrol pulls him ashore. – Scoring: Patrols score points according to how effectively they can rescue their patrol mate(s). – Variation: Patrol members take turns coiling and throwing the rope and riding the cardboard. -
Real Knots: Knotting, Bends, Hitches and Knotcraft
Real Knots: Knotting, bends, hitches and knotcraft. knot knots knotting tie tying rope yarn hitch hitches bend scout sail climb marlinespike. Standard copyrights and disclaimer. Ropers Knots Page ( ) The knot site on real knots in rope. What are the recent changes of the Roper Site ?? 990825 Breast plates. Some fancy knots. Because you want them so much. The Web Knot index A B C D E F G H I J K L M N O P Q R S T U V W X Y Z Instruction Pages Stoppers Terminal Knots Overhand-knot, (Flemish)eight and more bends To bend two lines together. Reef-Knot, Sheet-Bend, Carrick-Bend, True-Lover's, and more Hitches To tie on an object. Timber Hitch, Constrictor, The Eight, and more.. Single Loops Bowline, Bowstring, and more... The Noose The running bowline, hangman, and more.. Frequently Asked Knots. The monkey fist, Dolly (trucker-hitch). Breast plates. Some Fancy work Links to other knot sites .At the base of realknots Books on Knots on the Web Ashley, Klutz and more Links to pages with links to Roper's pages . For finding people with the same interests.. http://www.realknots.com/knots/index.htm (1 of 3) [9/2/2004 10:23:45 PM] Real Knots: Knotting, bends, hitches and knotcraft. News in the knotting world The newsgroup rec.crafts.knots is on line. And (perhaps also thanks to your support) I am able to join this news group! On Ropers Knot Site If you like it you can subscribe to mail notification on major changes. -
Torus Links and the Bracket Polynomial by Paul Corbitt [email protected] Advisor: Dr
Torus Links and the Bracket Polynomial By Paul Corbitt [email protected] Advisor: Dr. Michael McLendon [email protected] April 2004 Washington College Department of Mathematics and Computer Science A picture of some torus knots and links. The first several (n,2) links have dots in their center. [1] 1 Table of Contents Abstract 3 Chapter 1: Knots and Links 4 History of Knots and Links 4 Applications of Knots and Links 7 Classifications of Knots 8 Chapter 2: Mathematics of Knots and Links 11 Knot Polynomials 11 Developing the Bracket Polynomial 14 Chapter 3: Torus Knots and Links 16 Properties of Torus Links 16 Drawing Torus Links 18 Writhe of Torus Link 19 Chapter 4: Computing the Bracket Polynomial Of (n,2) Links 21 Computation of Bracket Polynomial 21 Recurrence Relation 23 Conclusion 27 Appendix A: Maple Code 28 Appendix B: Bracket Polynomial to n=20 29 Appendix C: Braids and (n,2) Torus Links 31 Appendix D: Proof of Invariance Under R III 33 Bibliography 34 Picture Credits 35 2 Abstract In this paper torus knots and links will be investigated. Links is a more generic term than knots, so a reference to links includes knots. First an overview of the study of links is given. Then a method of analysis called the bracket polynomial is introduced. A specific class called (n,2) torus links are selected for analysis. Finally, a recurrence relation is found for the bracket polynomial of the (n,2) links. A complete list of sources consulted is provided in the bibliography. 3 Chapter 1: Knots and Links Knot theory belongs to a branch of mathematics called topology. -
Knots: Speed Relay (A)
Knots: Speed Relay (A) Objective: Develop Pathfinder skills: Knot tying Team Work Participants: Six (6) Pathfinders Materials: 3/4” – (3/4 – inch) dowel 4’ (four feet) length 5 lengths of ¼” (quarter inch) sash cord, 48” (48 inches) long List of knots in required sequence All supplied by the Conference Pathfinder Department Description: Six (6) pathfinders line up in single file, tag team formation, at the start/finish line, while a line judge stands at the action line 20’ (20 feet) away, dowel in hand, and 5 lengths of sash cord laid out neatly on the ground. At the starting signal, pathfinder #1 sprints at full velocity to the action line, and proceeds to take up the first rope, and ties it to the dowel held by the judge, making a bowline knot. Pathfinder #1 then races back to the start/finish line, and tags pathfinder #2, who races to the action line, takes the second rope, and ties it to the free end of the first rope already attached to the dowel, making a square knot. The sequential action continues, with pathfinder #3 taking the third rope and joining it to the free end of the developing rope chain making a compound overhand knot. Pathfinder #4 takes up the fourth rope and joins it to the free end of the rope chain making a sheet bend. Pathfinder #5 takes up the fifth rope and joins it to the free end of the rope chain making a fisherman’s knot. Pathfinder #6 uses the free end of the rope chain and ties a stevedore’s knot, then races to the start/finish line to complete the event.