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No Heroes Without Masks the Summer Months Follow Upon a Period of Strict Isolation
No heroes without masks The summer months follow upon a period of strict isolation. The Military Museum has now re- opened its doors and puts its generously-sized galleries at the disposal of curious visitors. The Educational Service chose the currently mandatory wearing of facemasks to stop the spread of the coronavirus as the guiding principle for a tour through the centuries, when other masks for other purposes and made out of other materials were utilized. Floor markings draw the attention of the visitors to the selected objects and QR codes supply a short explanation. Those wishing to learn more can download this leaflet with additional infor- mation. The tour successively takes you through the Arms and Armour Gallery, the 14-18 Gallery and the Aviation Hall, before turning back to the 14-18 Gallery and climbing the stairs of the two floors in the Bordiau Gallery. We wish you a most pleasant walk. Armour Gallery introduction Armours, both a protective item and a power symbol, characterize mediaeval warfare. Rich noblemen can afford made-to-measure armours, whereas less moneyed knights have to make do with “off the peg” pieces sometimes provided by the suzerain and stored in large arsenals. A complete armour can count up to 250 pieces and weigh some 25 to 40 kg. Armours follow civilian fashion, as you will be able to observe through the various protective helmets we selected. Frogmouth helmet, late 15th century, early 16th century Jousting or tournament great helms are quite occlusive. The jousting armour is heavier than the combat armour and can weigh up to 70 kg. -
The Classic Suit of Armor
Project Number: JLS 0048 The Classic Suit of Armor An Interactive Qualifying Project Report Submitted to the Faculty of the WORCESTER POLYTECHNIC INSTITUTE in partial fulfillment of the requirements for the Degree of Bachelor of Science by _________________ Justin Mattern _________________ Gregory Labonte _________________ Christopher Parker _________________ William Aust _________________ Katrina Van de Berg Date: March 3, 2005 Approved By: ______________________ Jeffery L. Forgeng, Advisor 1 Table of Contents ABSTRACT .................................................................................................................................................. 5 INTRODUCTION ........................................................................................................................................ 6 RESEARCH ON ARMOR: ......................................................................................................................... 9 ARMOR MANUFACTURING ......................................................................................................................... 9 Armor and the Context of Production ................................................................................................... 9 Metallurgy ........................................................................................................................................... 12 Shaping Techniques ............................................................................................................................ 15 Armor Decoration -
Maquetación 1
Edición Español-Inglés Edition Spanish-English ESPAÑA: -Valladolid -Palencia -León CUBA: -Ciudad de la Habana MAURITANIA: -Nouakchott ALMACÉN Y OFICINAS CENTRALES ALMACÉN OFICINAS CENTRALES WAREHOUSE AND HEAD OFFICE WAREHOUSE HEAD OFFICE DELEGACIÓN PALENCIA SALA DE VENTAS PALENCIA OFFICE SHOWROOM 2 www.pertesa.com PROTECCION CABEZA HEAD PROTECTION NORMAS PRINCIPALES EN 397: cascos industriales de seguridad EN 812: cascos industriales ligeros EN 443: cascos para bomberos EN 397: CASCOS INDUSTRIALES DE SEGURIDAD Esta norma, que se refiere a los cascos de protección para la industria, exige lo que se refleja a continuación. Cada casco debe llevar el marcado en relieve o bien impreso reflejando las indicaciones siguientes: 1- EN número de la presente norma europea. 2- Nombre o datos de identificación del fabricante. 3- Año y el trimestre de fabricación. 4- Tipo de casco. 5- Instrucciones de uso. Estos cascos se emplean en los procesos productivos con riesgo de caídas de objetos y golpes, provenientes de materiales, piezas, además de la proyección de salpicaduras de metales fundidos y contactos eléctricos de bajo voltaje. EXIGENCIAS FÍSICAS Requisitos obligatorios o características técnicas Requisitos opcionales Se ha de especificar: 1. Cofia de material textil. 1. La calidad de los materiales de fabricación en cuanto a la exposición al sol, lluvia, 2. Banda de confort o banda antisudor. frio, vibraciones, contacto con la piel, efectos del sudor, etc. 3. Barboquejo. 2. Las dimensiones, la superficie minima de la cabeza que debe cubrir y especificar 4. Ventilación. que la resistencia debe ser uniforme. 3. Arnés con seis o mas puntos de sujeción. 4. Bandas para absorción del sudor y ajuste o sujeción a la nuca. -
DHS Authorized Equipment List
DHS Authorized Equipment List The Authorized Equipment List (AEL) provides information on allowable equipment expenditures for the following grant programs (data applies to FY2005 and later unless noted): Buffer Zone Protection Program (BZPP) Citizen Corps Program (CCP) Drivers License Security Grant Program (DLSGP) Emergency Management Performance Grants (EMPG) Emergency Operations Center Grant Program (EOC) Freight Rail Security Grant Program (FRSGP) Homeland Security Grant Program (HSGP) Intercity Bus Security Grant Program (IBSGP) Intercity Passenger Rail (Amtrak) Interoperable Emergency Communications Grant Program (IECGP) Law Enforcement Terrorism Prevention Activity (LETPA-SHSP) Law Enforcement Terrorism Prevention Activity (LETPA-UASI) Metropolitan Medical Response System Program (MMRS) National Special Security Event Grant Program (NSSE) Nonprofit Security Grant Program (NSGP) Operation Stonegarden Grant Program (OPSG) Port Security Grant Program (PSGP) Public Safety Interoperable Communications Grant Program (PSIC) Regional Catastrophic Preparedness Grant Program (RCPGP) State Homeland Security Program (SHSP) Transit Security Grant Program (TSGP) Tribal Homeland Security Grant Program (THSGP) Urban Areas Security Initiative Program (UASI) Each item in the AEL is marked for applicability to appropriate grant programs. The numbering scheme for individual items has been changed to provide direct cross referencing with the InterAgency Board's Standardized Equipment List. Complete interactive versions of both the AEL and SEL are available on-line in the Responder Knowledge Base (RKB) at www.rkb.us. Hard copies of the SEL may be requested at www.iab.gov. PDF and Excel versions of the AEL are available for downloading from the AEL page on the RKB. The official version of the AEL is available in PDF format on the G&T website at www.ojp.usdoj.gov/odp. -
Great Helms and Their Development Into Helmets
Gladius XXIV, 2004, pp. 123-134 GREAT HELMS AND THEIR DEVELOPMENT INTO HELMETS POR ALAN WILLIAMS & DAVID EDGE ABSTRACT - RESUMEN This article shows the results from the analysis made on a group of helmets dated from late 12th century to early 15th century. Metallographic advances recorded on them are considered as determinating factors on its evolution. Este trabajo expone los resultados de los análisis realizados sobre un grupo de yelmos datados desde finales del siglo XII hasta principios del XV. Los avances metalográficos documentados en ellos se revelan como un factor clave en la evolución de estos yelmos. KEY WORDS - PALABRAS CLAVE Helms. Helmets. Metallography. Metallurgy. Yelmos. Cascos. Metalografía. Metalurgia. INTRODUCTION European knights of the 11th century wore a conical helmet with a nasal for head protec- tion; after about 1150 a round-topped version became increasingly popular, and after about 1180, a flat-topped version. From this date, all these types were sometimes fitted with a face- guard, to which was added a neck-guard, so that the conical helmet (which still remained in use) had evolved by around 1220 into a cylindrical headpiece, completely enclosing the head, called the «helm» (great helm, or «topfhelm» in German) which became the character- istic head protection for knights for a century or more. The helm was worn over a mail coif and arming-cap, and probably had internal padding. After 1250 the upper part often tapered slightly, and this became more pronounced after 1275. After around 1300 helms are shown with pivoted visors. They resemble the bascinet which appeared after 1300, and which was a helmet with the skull made in one piece, which might extend down to the shoulders, or only to just above the ears, and was sometimes fitted with a visor. -
The Virtual Armory Interactive Qualifying Project Proposal Submitted to the Faculty of the WORCESTER POLYTECHNIC INSTITUTE in Pa
48-JLS-0069 The Virtual Armory Interactive Qualifying Project Proposal Submitted to the Faculty of the WORCESTER POLYTECHNIC INSTITUTE in partial fulfillment of the requirements for graduation by _____________________________ Jeffrey Bardon June 25th 2013 Professor Jeffrey L. Forgeng. Major Advisor Keywords: Higgins Armory, Arms and Armor, QR Code 1 Abstract This project developed a QR system to provide an interactive experience at the Higgins Armory Museum. I developed a web page that gives interesting facts on a medieval European helmet. When scanned, a QR Code next to the helmet brings up a mobile- friendly web page with information on the object, randomly selected from a pool of information, and an HTML-based game involving matching Greek, Islamic, Japanese and European helmets to their regions. 2 Contents Introduction___________________________________________________________4 Helmets of the Ancient World_____________________________________________7 Helmet from Ancient Greece________________________________________7 Helmet from Feudal Japan_________________________________________11 Helmet from Medieval Islamic Territories______________________________15 Helmet from Medieval Europe______________________________________19 Conclusion__________________________________________________________23 Appendix A (game documentation)_______________________________________25 Appendix B (fun fact documentation)______________________________________29 Appendix C (QR label)_________________________________________________32 Appendix D (Biography)________________________________________________33 -
The Effect of Wearing Military Loads on Ventilatory Function and Soldier Performance
The Effect of Wearing Military Loads on Ventilatory Function and Soldier Performance Nicola Carol Dawn Armstrong This thesis is submitted in partial fulfilment of the requirements for the award of the degree of Doctor of Philosophy of the University of Portsmouth. Date of submission: January 2020 Abstract This work aimed to provide an evidence-base to inform the evaluation of future soldier systems so that they minimise breathing restriction. The hypothesis that restrictions to ventilatory function observed with torso-borne load carriage would limit exercise and the performance of military tasks was tested. Four separate studies were conducted to quantify the effect of wearing body armour with backpack loads on infantry soldiers at rest and whilst marching. Load redistribution was also assessed as a potential intervention. The load configurations examined ranged from no load to 50 kg. Ventilatory function, maximum inspiratory / expiratory pressures (PImax and PEmax respectively, to estimate respiratory muscle fatigue (RMF)), shoulder pressure / force and cardiopulmonary parameters were measured pre / post and during the loaded marches. The marches were between 40 and 180 minutes in duration and included light to heavy exercise intensities. Military task performance was measured using cognitive performance tests and the time to complete a 2.4 km best effort test. Wearing military loads caused a restrictive ventilatory impairment of up to 20 % depending on the load carried. Soldiers developed a rapid / shallow breathing pattern whilst marching with load which led to RMF. PImax and PEmax were reduced post-exercise following short duration tasks in Assault Order loads (PImax: 8 %, PEmax: 17 %) and following long duration moderate intensity marches in body armour (PImax: 7 to 13 %, PEmax: 10 to 19 %). -
Mk8 EVOLUTION®
HEAD PROTECTION - MK8 EVOLUTION® HELMET Mk8 EVOLUTION® THE STRONGEST INDUSTRIAL SAFETY HELMET IN THE WORLD WE HAVE EVOLVED HEAD PROTECTION The Mk8 Evolution® is the only industrial safety helmet in the world meeting NEW and exceeding the new far tougher head protection standard EN14052 - the biggest advance in industrial head protection in over 45 years. The EVO8 is designed for today’s highest risk environments where high impact / side impact situations are a concern such as Construction, Mining, Tunnelling, Demolition, Oil and Gas, Offshore Marine, Refi nery and Petrochemical, High Pressure Jetting and certain Emergency Services. EN14052 is specifi ed into EN1789 as a mandatory requirement for each crew member for type B & C road ambulances. Designed and developed over two years, EVO8’s excellent build quality complements the high standard of design and materials which go into the helmet, including features such as a high density liner and a comfortable new harness system which create unparalleled wearer comfort and acceptability. EN14052 requires the helmet to withstand over 100 joules crown impact (compared to 49 joules under EN397) and for the fi rst RES TS ER H V G E I D time to withstand side impact protection of over 50 joules R D E D S E I R to an angle of up to 60° from vertical GN E REGIST in a 360° radius around the shell. 1KG at 2.5M 1.a 25JOULES 2M 1.b 5KG at at 2M 1KG 100JOULES 19JOULES 2.a 1M at 5KG 50JOULES 2.b EN14052 Vs EN397 The EVO8™ Safety Helmet is tested from more than double the height of helmets that meet EN397. -
Helmets and Body Armor in Modern Warfare
/ THE METROPOLITAN MUSEUM OF ART HELMETS AND BODY ARMOR IN MODERN WARFARE BY / BASHFORD DEAN, Ph.D. ir CURATOR OF ARMOR, METROPOLITAN MUSEUM OF ART FORMERLY MAJOR OF ORDNANCE, U. S. A., IN CHARGE OF ARMOR UNIT, EQUIPMENT SECTION, ENGINEERING DIVISION, WASHINGTON FORMERLY CHAIRMAN OF THE COMMITTEE ON HELMETS AND BODY ARMOR, ENGINEERING DIVISION OF THE NATIONAL RESEARCH COUNCIL "Effort should be continued towards the development of a satis- factory form of personal body armor."— General Pershing, 1917. NEW HAVEN: YALE UNIVERSITY PRESS LONDON HUiVIPHREY MILFORD • OXFORD UNIVERSITY PRESS MDCCCCXX Qy/ykAJL 2- 1^ *o' COPYRIGHT, 1920, BY / YALE UNIVERSITY PRESS. ^ ©CI.A576300 SEP -/-jb^G British Standard British (Variant) German Standard American Model, No. 2A Belgian, Visored HELMETS, 1916-1918. STANDAF French Standard American Model, No. 4 American Model, No. 10 American Model, "Liberty Bell" American Model, No. 8 French Dunand Model ND EXPERIMENTAL MODELS : PREFACE present book aims to consider the virtues and failings of hel- THEmets and body armor in modern warfare. To this end it brings together materials collected from all accessible sources; it shows the kinds of armor which each nation has been using in the Great War, what practical tests they will resist, of what materials they are made, and what they have done in saving life and limb. As an introduction to these headings there has now been added a section which deals with ancient armor; this enables us to contrast the old with the new and to indicate, in clearer perspective, what degree of success the latest armor may achieve in its special field. -
How to Make Horse Hair Stuffed Helm Padding
How to Make Horse Hair Helm Padding Being a compilation of various sources, by Marguerite du Royon. Source material by Yseult Summerhall, Robert of Woodsende, Elspeth the Seamstress of Dunkeld, and Brion Thornbird. Background - Period Helm Padding: In period, the making of helmet liners was apparently the task of skilled laborers, as is evidenced by the mention of one “Nicholas Brampton, a stuffer of bacynets” among the retinue of Henry V at Agincourt. In 1369, there is a reference to the stuffing for a bascinet costing almost half as much as the helmet itself. Extant Examples (1) a. Churburg bascinet type (14th Century) b. Vienna jousting helmet liners (15th Century) Our experiences so far indicate the following advantages and disadvantages of each of the materials: Fabrics Used for Liner in Period Linen. Advantages: wicks sweat, strong fibers; Disadvantages: wrinkles, hard to find the good stuff, hard to bleach, expensive, wear marks from dryer Wool. Advantages: wicks sweat; dries faster than linen or cotton, warm when cool, cool when warm; Disadvantages: expensive, allergies, bugs Hemp. Advantages: Very strong; Disadvantages: without modern processing it is very rough, wears to a shiny surface, can get wear marks from dryer Silk. Advantages: strong, fine weave; Disadvantages: can be expensive, arguments about use of raw silk in period, rots easily Cotton. Advantages: cheap, breathes, was available in period; Disadvantages: holds sweat, was expensive in period, gives the wrong look Materials Used for Stuffing in Period Horsehair -
RAF Stories: Headgear
LARGE PRINT GUIDE Please return to the box for other visitors. RAF Stories: Headgear Labels start at the top left of the display wall. Founding partner RAF Stories: Headgear The headdresses displayed here represent a snapshot of those worn by members of the Royal Air Force and its associated organisations over the first 100 years of its history. They can have a practical purpose, protecting the wearer from physical or environmental threats and they can also identify and define the organisation, status, role and even religion of the wearer. In the RAF a head covering is worn at all times apart from when indoors and in aircraft operating areas. A headdress is also always worn when saluting. Officer’s Service Dress Cap 1954 Pattern An officer’s Service Dress cap of 2018 is very similar to the cap introduced with the blue grey uniform in the closing months of 1919. This 1954 Pattern cap displays the St Edward’s Crown which marked the coronation of Queen Elizabeth II the year before. 77/U/1413 5 Other Ranks’ Field Service Cap 1943 Pattern As an economy measure in 1943, black plastic buttons and badges replaced the brass examples previously found on the 1936 Pattern cap. 77/U/870 6 Princess Mary’s RAF Nursing Service, Service Dress Hat 1950s In the 1950s, in tropical countries, the blue grey service dress and black hat of the Princess Mary’s RAF Nursing Service was replaced with an all-white uniform including a white felt hat. 68/U/634 7 Other Ranks’ Service Dress Cap 1996 Pattern In 1996 the Other Ranks uniform underwent a number of subtle changes which included the replacement of the metal cap badge with an embroidered version. -
Słowniczek Brytofila Od a Do Z
DPM-SOLDIER.PL SŁOWNICZEK zawieraBRYTOFILA także mini-słowniczek dialektuOD szkockiego A DO Z DOKUMENT UTWORZONO: 8 stycznia 2011 OSTATNIA AKTUALIZACJA: 8 stycznia 2011 by mer eh? - wym. ech?; oryg. ang. what?; znaczenie po pol.: (zapytanie) co? UWAGA Nie istnieje jedna standardowa wersja gonnae - wym. gona; oryg. ang. going; dialektu szkockiego. Szkoci mówią bardzo znaczenie po pol.: zamierzać zrobić (coś) szybko (prawie tak szybko jak Polacy mó- wią po polsku). Akcent i sposób wymowy heid - wym. hid; oryg. ang. head; znac- niektórych słów różni się niemal między zenie po pol.: głowa każdym miastem i wsią. Każde z hrabstw 0-9 hoose - wym. huz; oryg. ang. house; posiada własny akcent oraz zestaw uni- znaczenie po pol.: dom; mieszkanie kalnych nazw i słów dla ludzi, czynności 10 Man 24hrs Ration Pack - zestaw 24-go- oraz miejsc. Szkoci z zachodniego wybrze- dzinnych racji żywnościowych dla 10 żoł- ken - wym. ken; oryg. ang. can; znacze- ża (Glasgow) mówią inaczej niż Szkoci ze nierzy; nie po pol.: może (coś); móc (coś) wschodniego wybrzeża (Edynburg). 24hrs British Army Ration Pack - 24-go- Dodatkowo jest ogromna różnica w spo- lassie - wym. lasi; oryg. ang. girl; znac- dzinna racja żywnościowa; patrz też: ration Mini słowniczek sobie mowy między Szkotami ze śródziemia zenie po pol.: dziewczyna pack; a Szkotami z gór (Highland). Przykładowo dialektu nae - wym. na; oryg. ang. no; znaczenie słowo chook pochodzi z Auchterarder, i jest 2IC - Second In-Command; Z-ca dowódcy; po pol.: nie (zaprzeczenie) znane tylko w hrabstwie Perthshire; z kolei zajmuje się całą robotą administracyjną; szkockiego Szkoci z Fife mówią jeszcze szybciej, niż czy to na poziomie sekcji czy też plutonu; - wym.