DK9500439U3 - Glove - Google Patents
Glove Download PDFInfo
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- DK9500439U3 DK9500439U3 DK9500439U DK9500439U DK9500439U3 DK 9500439 U3 DK9500439 U3 DK 9500439U3 DK 9500439 U DK9500439 U DK 9500439U DK 9500439 U DK9500439 U DK 9500439U DK 9500439 U3 DK9500439 U3 DK 9500439U3
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- glove
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- gloves
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Description
i DK 95 00439 U3in DK 95 00439 U3
Den foreliggende frembringelse angår en handske, navnlig arbejdshandske, af den i indledningen til krav 1 angivne art.The present invention relates to a glove, in particular a work glove, of the kind specified in the preamble of claim 1.
Ved arbejde med skadelige stoffer, f.eks. asbest, forlanger arbejdstilsynet, at personalet anvender særlige beskyttelsesdragter samt arbejdshandsker. Hidtil har man ikke disponeret over tilstrækkeligt gode arbejdshandsker til dette formål. Derfor har man i praksis måttet ty til at anvende sædvanlige arbejdshandsker samt ekstra tætte inderhandsker i form af plastic- eller gummihandsker; men da sådanne meget tætte inderhandsker er ubehagelige at arbejde med; har man i praksis forsøgt at løse problemet ved hjælp af endnu en inderhandske i form af en tynd bomuldshandske, dvs. tre individuelle handsker ovenpå hinanden. Dette er selvsagt en uholdbar løsning, der både er kostbar og uhensigtsmæssigt, idet brugerens fingerfærdigheder reduceres meget mærkbart.When working with harmful substances, e.g. asbestos, the labor inspectorate requires staff to wear special protective clothing as well as work gloves. So far, good working gloves have not been available for this purpose. Therefore, in practice, it has been necessary to resort to the use of ordinary work gloves as well as extra tight inner gloves in the form of plastic or rubber gloves; but since such very tight inner gloves are uncomfortable to work with; have in practice tried to solve the problem by using another inner glove in the form of a thin cotton glove, ie. three individual gloves on top of each other. Of course, this is an unsustainable solution that is both costly and inconvenient as the user's dexterity is greatly reduced.
Frembringelsen har til formål at angive en handske, navnlig arbejdshandske, ved hjælp af hvilken der på enkel måde kan imødegå de ovennævnte problemer og opnå en betydelig forbedret brugssikkerhed ved håndtering af skadelige stoffer og støv samt væsker herunder lavviskøse væsker.The purpose of the present invention is to provide a glove, in particular a work glove, by means of which it is easy to deal with the above problems and to achieve a significantly improved safety of use in handling harmful substances and dusts, as well as liquids including low viscous liquids.
Handsken ifølge frembringelsen er kendetegnet ved, at handskeforet består af metervaren Ultra-Guard 5+, der er et lamineret, mikroprorøst materiale, der består af polyethylen, og som tillader vanddamp at passere, men som forhindre passage af finmolekylære væsker og støv. På enkel måde opnås herved en arbejdshandske, ved hjælp af hvilken an de ovennævnte problemer kan imødegås, og som kan medføre en betydelig forbedret brugssikkerhed ved håndtering af skadelige stoffer og støv samt væsker herunder lavviskøse væsker.The glove according to the invention is characterized in that the glove liner consists of the fabric article Ultra-Guard 5+, which is a laminated, microprorous material made of polyethylene, which allows water vapor to pass, but which prevents the passage of fine molecular fluids and dust. In this way, a working glove is obtained, by means of which any of the aforementioned problems can be addressed and which can lead to a significantly improved safety of use in handling harmful substances and dusts, as well as liquids including low viscous liquids.
Hensigtsmæssigt er handsken ifølge frembringelsen således udformet, at den delvis består af læder, idet de dele af handsken, der dækker håndflade, fortrinsvis fingerrods-knoer, tommeltot og pegefinger samt underside af øvrige fingre og fingerspidser består af læder, medens resten af handsken består af stof f.eks. lærred. Og fortrinsvis består det anvendte læder af rester af blødt, farvet møbellæder.Conveniently, the glove according to the invention is designed so that it is partly made of leather, the parts of the glove covering palm, preferably finger-knots, thumb and index finger and the underside of other fingers and fingertips are made of leather, while the rest of the glove consists of leather. substance e.g. canvas. And preferably, the leather used consists of remnants of soft, colored furniture leather.
2 DK 95 00439 U3 Møbellæder er i forhold til tykkelsen meget blødt og smidigt, hvilket medfører betydelige fordele i forbindelse med montage- eller demontagearbejde, der kræver fingerfærdigheder. Sædvanligvis har man kun i mindre omfang kunnet anvende møbellæderrester til fremstilling af handsker, hvilket skyldes, at møbellæder oftest anvendes i ret stærke farver, der ikke umiddelbart kan anvendes til handskeproduktion, fordi de anvendte farvestoffer smitter af på hænderne, navnlig på grund af fugt eller rettede sved fra hænderne. Derudover kan de anvendte farvestoffer give overfølsomhedsreaktioner. I praksis har man derfor valgt at anvende læderrester af dårligere kvalitet til produktion af arbejdshandsker, hvilket i praksis vil betyde stivere læder.2 DK 95 00439 U3 Furniture leather is very soft and supple in relation to its thickness, which brings considerable advantages in connection with assembly or disassembly work requiring dexterity. Usually, it has only been possible to use furniture leather scraps to a lesser extent, due to the fact that furniture leather is most often used in rather strong colors that cannot be used immediately for glove production because the dyes used are contaminated on the hands, mainly due to moisture or straightened sweat from his hands. In addition, the dyes used can cause hypersensitivity reactions. In practice, therefore, poorer quality leather scraps have been used for the production of work gloves, which in practice will mean stiffer leather.
Ved hjælp af frembringelsen har man kunnet tillade anvendelse af blødt, farvet rest-møbellæder, fordi det anvendte for tillader vanddamp (sved) at passere og samtidigt forhindrer indtrængning og misfarvning af hænderne af læderfarven.The production has allowed the use of soft, colored residual furniture leather because it used to allow water vapor (sweat) to pass and at the same time prevents the penetration and discoloration of the hands of the leather color.
Ultra-Guard 5+ er et specielt luftgennemtrængeligt, mikroprorøst materiale, der er udviklet til fremstilling af sikkerhedsdragter, og som tillader kropsvarmen at slippe ud; mens det forhindrer, at skadeligt støv og skadelige væsker trænger ind gennem materialet. Dragter af Ultra-Guard 5+ er beregnet til birug i områder, der kræver specialbeskyttelse. Materialet er antistatisk og fnugfri og beskytter godt mod gennemtrængning af lavviskøse væsker.Ultra-Guard 5+ is a special air-permeable, microporous material developed for the production of safety suits that allows the body heat to escape; while preventing harmful dust and liquids from entering through the material. Suits of Ultra-Guard 5+ are designed for hive in areas that require special protection. The material is antistatic and lint-free and protects well against the penetration of low viscous liquids.
Ultra-Guard 5+ er et sammensat materiale med en åben struktur, fremstillet af millioner af små mikroporer, der er usynlige for det blotte øje. Mens materialet tillader vanddamp at passere, udelukker det passage af finmolekylære væsker og støv, såsom opløsningsmidler, asbestpartikler og blod.Ultra-Guard 5+ is a composite material with an open structure, made from millions of tiny micropores that are invisible to the naked eye. While the material allows water vapor to pass, it precludes the passage of fine molecular fluids and dusts, such as solvents, asbestos particles and blood.
Handsker med for af Ultra-Guard 5+ kan med fordel anvendes i forbindelse med følgende arbejdsopgaver: Sprøjtemaling, fjernelse af asbest, sandblæsning, farmaceutisk industri, kemisk industri, renrum (elektronik), radioaktive områder, redningstjeneste (ambulance).Gloves with linings of Ultra-Guard 5+ can be used advantageously in connection with the following tasks: Spray paint, removal of asbestos, sandblasting, pharmaceutical industry, chemical industry, clean room (electronics), radioactive areas, rescue service (ambulance).
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DK 95 00439 U3DK 95 00439 U3
Absorptionstest: Materialets overflade er blevet udsat for en prøve med testvæsken, og den tid, det har taget væsken at trænge igennem materialet, er blevet målt. Resultaterne viser, at den helt unikke filmstruktur i Ultra-Guard 5+ udgør en langt mere effektiv beskyttelse mod lavviskøse væsker end andre kendte materialer, der er baseret på overfladespænding for at holde stoffer ude.Absorption Test: The surface of the material has been subjected to a test with the test liquid and the time it has taken the liquid to pass through the material has been measured. The results show that the unique film structure of the Ultra-Guard 5+ provides far more effective protection against low viscous fluids than other known materials based on surface tension to keep substances out.
Testvæske Absorptionstid i sekunderTest liquid Absorption time in seconds
Ultra-Guard 5+ Kendt materialeUltra-Guard 5+ Known Material
Vand + 1 % rengøringsmiddel >240 21 Isopropylalkohol 141 0 Propionsyre 123 8 Toluen 74 0 Petroleum 131 9 Isoforon di-isocyanat >300 >300 Motorolie >300 >300 30% svovlsyre >300 >300Water + 1% detergent> 240 21 Isopropyl alcohol 141 0 Propionic acid 123 8 Toluene 74 0 Petroleum 131 9 Isophorone di-isocyanate> 300> 300 Engine oil> 300> 300 30% sulfuric acid> 300> 300
Metervaren Ultra-Guard 5+, der anvendes som handskefor, har følgende tekniske data:The Ultra-Guard 5+ fabric item used as a glove lining has the following technical data:
Test Resultat Test metode Gennemsnitlig trækstyrke (md) N 60 Edana 20:2:89 Gennemsnitlig trækstyrke (cd) N 35 Gennemsnitlig rivefasthed (md) mN 300 ASTMD1424-83 Gennemsnitlig forlængelse (md) % 220 Gennemsnitlig forlængelse (cd) % 220 Hydrostatisk hoved cm >150 ISO 811 Vanddamp 526 g/m2/24hr BS 7209 1990 8000 g/m2/24hr ASTM F1249-90 1160 g/m2/24hr DIN 53122 Partikel barriere micron μτη >0.2 BTTG Sterilisering gamma/ethylen oxide Farve hvid Vægt g/m2 63 Edana 40:3:90 Materiale polyethylenTest Result Test method Average tensile strength (md) N 60 Edana 20: 2: 89 Average tensile strength (cd) N 35 Average tear strength (md) mN 300 ASTMD1424-83 Average elongation (md)% 220 Average elongation (cd)% 220 Hydrostatic cm> 150 ISO 811 Water vapor 526 g / m2 / 24hr BS 7209 1990 8000 g / m2 / 24hr ASTM F1249-90 1160 g / m2 / 24hr DIN 53122 Particle barrier micron μτη> 0.2 BTTG Sterilization gamma / ethylene oxide Color white Weight g / m2 63 Edana 40: 3: 90 Material polyethylene
Claims (3)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
DK9500439U DK9500439U3 (en) | 1995-11-13 | 1995-11-13 | Glove |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
DK9500439U DK9500439U3 (en) | 1995-11-13 | 1995-11-13 | Glove |
Publications (1)
Publication Number | Publication Date |
---|---|
DK9500439U3 true DK9500439U3 (en) | 1995-12-08 |
Family
ID=8155388
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
DK9500439U DK9500439U3 (en) | 1995-11-13 | 1995-11-13 | Glove |
Country Status (1)
Country | Link |
---|---|
DK (1) | DK9500439U3 (en) |
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1995
- 1995-11-13 DK DK9500439U patent/DK9500439U3/en not_active IP Right Cessation
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