Batch search without GUI Search options: Words search All words must present in result Batch search total time:99,484 sec Time Result count Search string 0,093 2630 United States Patent Jay 0,203 18606 panel means including second 0,141 19782 panel means second 0,156 20000 including front back 0,141 19782 panel means second 0,219 20000 respectively connected opposed edges 0,109 8088 front panel means back 0,125 13576 extending back leg 0,047 4679 Company New York NY 0,109 20000 Appl Filed November U 0,078 20000 S Class Intern l Class 0,094 20000 B Field Search References Cited 0,078 20000 Referenced U S Patent Documents 0,063 403 Examiner Hunter H Hampton Attorney 0,047 851 Agent Firm Pennie 0,125 20000 portions comprising inner 0,093 5296 pair opposed side panels 0,094 9988 side panels inner 0,156 20000 cut material having generally 0,157 14258 side panels extending respectively 0,062 8054 side zones body 0,156 20000 second interconnected side 0,141 19019 side panels extend 0,047 3993 area approximately centimeters 0,062 1312 elastic side panels having 0,094 11568 second biased cut 0,063 7938 straight cut edge 0,109 10829 portions straight cut 0,125 6639 front panel rear panel connected 0,125 16649 side panels respective 0,078 7819 biased cut edge 0,125 8481 edge portions front panel 0,094 13041 corresponding leg respective 0,125 20000 vertical lines extending 0,125 16128 generally respective shoulder 0,062 5750 blade rear generally 0,063 2036 medial portion respective 0,125 20000 edge portions thereof 0,203 20000 generally parallel edge portions 0,125 20000 extending substantially entire 0,172 20000 oppositely positioned front 0,141 20000 having generally parallel edge 0,171 20000 portions second biased 0,125 7714 panel rear panel connected 0,11 20000 portions thereof second 0,14 20000 portion defined generally 0,172 20000 vertical line extending generally 0,078 13656 leg respective vertical 0,172 11509 side panels having generally parallel 0,203 20000 edge portions second pair 0,157 20000 having generally parallel edge 0,109 16649 side panels respectively 0,047 4550 cut front panel 0,125 6032 rear panel connected second 0,125 20000 edge portions thereof 0,078 12842 front panel having 0,172 20000 portions connected corresponding 0,109 11954 portions front panel 0,11 20000 respective vertical lines 0,093 20000 Description BACKGROUND INVENTION 0,079 20000 Field Invention present 0,14 13970 manufactured standard sizes sizes 0,141 15573 wide variations shape 0,094 16948 s body Consequently 0,046 6733 action primarily due 0,063 3306 conform wearer s 0,094 20000 specific example prior 0,078 20000 generally described U S 0,156 20000 portions wearer s 0,188 20000 body providing completely 0,14 20000 example approach prior 0,11 20000 generally U S Pat particular 0,109 20000 purposes having form 0,156 20000 portions wearer s 0,11 20000 present invention directed 0,109 11275 overcomes previously mentioned 0,156 20000 body include set 0,188 20000 panel means including 0,156 16281 side panel means second 0,094 8462 cut panel means 0,125 7939 including front back panel 0,14 20000 side panel means 0,235 20000 respectively connected opposed edges 0,125 8088 front panel means back panel 0,156 20000 passing approximately generally 0,078 10821 wearer s body 0,156 9246 simple manufacture inexpensive form 0,157 20000 capable adaptable various 0,093 12495 slip BRIEF DESCRIPTION 0,157 20000 DRAWINGS objects features advantages 0,203 13812 accordance principles present invention readily 0,156 20000 understood reading following 0,125 20000 detailed description present invention 0,187 20000 viewed conjunction accompanying drawings 0,25 20000 reference numerals indicate structure 0,157 20000 wearing preferred embodiment 0,156 20000 principles present invention FIG 0,047 936 plan view garment 0,062 4325 liner illustrated FIG 0,094 20000 FIG rear elevational 0,14 20000 illustrated FIGS FIG partial 0,063 3612 liner similar illustrated 0,125 20000 FIGS DESCRIPTION PREFERRED EMBODIMENTS 0,156 4443 embodying principles present invention designated 0,078 451 generally reference numeral garment 0,172 15102 description preferred embodiment slip 0,156 20000 practice present invention reference 0,11 20000 respectively second set 0,172 11779 panel means including front 0,109 8905 back panels respectively second 0,125 20000 manner presently set 0,031 1461 thereto depending skirt 0,031 1692 suitable woven knitted 0,094 6610 panels respectively inner outer 0,141 11421 portion front panel means 0,156 16281 second side panel means 0,109 20000 generally known particular art 0,047 1263 medial front portion 0,063 5179 pair straps support 0,109 20000 Particularly referring FIGS 0,11 20000 edges edges appropriately 0,109 12588 panels conventional manner 0,125 18799 cut material Typically 0,141 20000 disclosed known art plurality 0,14 20000 extend downwardly bottom 0,078 4311 panel means fabricated 0,141 15506 embodiment second side panel 0,125 19935 panels respectively panels 0,203 20000 appropriately connected vertical 0,078 4671 seams preferred embodiment 0,125 13722 respectively defined panels 0,094 13007 understood side panel 0,109 17196 second side panel 0,125 17199 means interconnected front 0,125 13190 back panel means 0,141 20000 side panel means 0,094 9951 defined single panel 0,234 15614 second side panel means form 0,141 20000 panel means generally 0,109 20000 s body lateral 0,078 1221 medial portion extending front 0,141 20000 legs portions respective 0,125 20000 rear generally vertical 0,172 20000 portions extending back 0,156 20000 leg preferred embodiment 0,109 17196 second side panel 0,063 1743 knee present invention 0,109 20000 Referring FIG drawings 0,078 4515 alternate embodiment slip 0,25 20000 mentioned embodiment reference numerals 0,141 19019 side panels extend 0,094 10579 various sized shaped 0,093 10988 additional protective portion 0,079 2039 formed double pocket 0,046 554 WI Appl Filed December 0,063 20000 U S Class 0,062 20000 R Intern l Class 0,11 20000 D Field Search R References 0,078 20000 Cited Referenced U S Patent 0,078 20000 G V Attorney 0,063 348 Agent Firm Nilles James E 0,046 3866 liner having outer 0,188 20000 area formed flexible 0,125 18006 heat resistant material 0,062 2768 portion covers liner 0,016 54 glove index finger thumb 0,016 1478 relationship liner outer 0,125 10092 portion gripping area 0,187 20000 portion having open longitudinal 0,11 5371 portion forming liner 0,062 7899 held assembled relationship 0,063 6122 having liner having 0,125 9659 elongated insulating portion 0,109 9181 resistant material having opposite 0,047 4336 ends define pocket 0,203 20000 longitudinal side opposite open 0,031 2913 assembly liner assembly 0,016 54 index finger thumb glove 0,172 20000 insulating portion firmly 0,062 7899 held assembled relationship 0,016 45 liner outer glove glove 0,187 17566 set forth claim characterized 0,032 413 hand glove set 0,156 18603 forth claim characterized 0,203 20000 insulating portion formed 0,078 1763 single blank piece material 0,219 9427 insulating portion set forth claim 0,203 20000 characterized formed single 0,109 20000 Description BACKGROUND INVENTION prior 0,125 20000 devices shown U S Pat 0,125 20000 issued Mar U 0,157 18287 S Pat issued Jan U 0,125 20000 S Pat issued U S 0,093 7189 Pat issued Sept U S 0,094 17197 Pat issued Feb 0,125 20000 U S Pat issued 0,047 20000 June U S 0,234 16113 present invention relates heat resistant 0,032 598 index finger thumb invention 0,156 20000 held place additional 0,062 3230 invention relates insulative 0,188 13440 portion reversed left right 0,219 20000 present invention appear hereinafter 0,125 1542 disclosure progresses reference accompanying drawings 0,093 20000 BRIEF DESCRIPTION DRAWINGS 0,094 9216 FIG view blank 0,125 8524 portion FIG view pocket 0,031 1268 sewn ends FIG 0,157 20000 shown FIG opened slightly 0,171 20000 open length placed 0,016 598 index finger thumb 0,031 62 liner glove FIG 0,094 8650 view pocket portion 0,094 2925 shown FIG insulative portion 0,078 8557 slightly inwardly curved 0,016 900 sewn opposite ends 0,093 8512 portion P index 0,188 20000 edge side shown FIG receive 0,094 14012 edge side insulating 0,156 20000 portion P forms 0,094 3146 received liner shown FIG 0,078 5613 gripping area hand 0,125 12034 insulating portion P 0,187 20000 minimum number parts 0,016 211 glove left right hand gloves 0,047 1161 liner prior liner assembled 0,109 20000 possible means present 0,031 1494 Abstract fire smoke 0,032 1625 resistant transparent sheet 0,171 20000 secured thereto device 0,047 353 wearer extending face mask 0 164 nose mouth wearer 0,047 323 Englewood NJ Appl Filed 0,078 20000 January U S Class 0,078 20000 Intern l Class B Field 0,109 20000 Search R References Cited Referenced 0,063 20000 U S Patent Documents 0,047 913 Primary Examiner Schroeder Werner 0,094 20000 H Assistant Examiner 0,046 362 Nerbun Peter Attorney Agent 0,157 20000 device operative condition 0,031 909 head cap protective 0,266 20000 device defined claim device operative 0,125 20000 downwardly front bottom 0,234 20000 defined claim device operative 0,062 7049 front side cap 0,141 19413 comprises transparent material 0,094 11419 covers wearer s 0,094 7174 protective device defined 0,093 10271 material suitably dimensioned 0,157 7174 protective device defined claim 0,078 3380 face mask comprises 0,125 20000 device defined claim 0,125 20000 plastic sheet material 0,156 7174 protective device defined claim 0,062 3380 face mask comprises 0,094 9990 protective devices particularly 0,11 20000 types apparatus presently 0,14 1601 occupants object present invention provide 0,156 8285 object provide protective device 0,11 2867 character described economical manufacture 0,14 20000 object present invention provide 0,172 20000 condition SUMMARY INVENTION accordance 0,188 20000 principles present invention provided 0,125 7299 storage condition operative condition 0,078 2893 sheet material having envelope 0,094 6756 render device operative 0,14 20000 condition objects features 0,157 15853 advantages invention apparent consideration 0,25 20000 following description appended claims accompanying 0,093 20000 drawings BRIEF DESCRIPTION 0,157 7770 DRAWINGS FIG plan view protective 0,156 20000 device accordance present invention 0,156 20000 shown storage condition 0,156 20000 section view taken line FIG 0,094 2805 FIG front perspective view protective 0,047 2364 protective cap FIG 0,203 20000 front perspective view similar FIG 0,141 20000 operative condition FIG 0,062 3827 rear view protective 0,141 20000 device condition shown FIG 0,062 1478 mask portion protective 0,157 20000 device FIGS DETAILED DESCRIPTION INVENTION 0,156 20000 Referring drawings particular FIGS thereof 0,125 20000 invention generally designated 0,14 16682 tight means single 0,047 1424 sealing strip Envelope 0,078 11079 perforated arranged perforations 0,079 2367 comprise foam porous 0,156 20000 material suitable filtering 0,125 7411 comprises front rear panels 0,14 12511 includes elongated narrow 0,157 17163 aperture extending entire 0,031 1459 width envelope front 0,109 11676 base strip top 0,11 20000 adjacent parallel substantially 0,015 67 smoke noxious fumes 0,047 1858 permit face mask 0,188 20000 shown FIG providing cap 0,156 18911 stored storage condition 0,016 847 tear tabs tear away 0,171 10472 sealing strip opening 0,11 17258 FIG user places 0,109 7487 cap head shown FIG 0,063 9048 edge front panel 0,078 13424 adjacent aperture Face 0,109 20000 s head shown FIG 0,11 20000 shown FIG ensure 0,046 806 head neck wearer 0,094 3414 Face mask provided 0,078 6330 bendable plastic metal 0,11 9812 protective device shown FIG 0,093 20000 invention described reference particular 0,094 20000 embodiments thereof understood 0,11 9544 embodiments merely illustrative application 0,109 5761 principles invention Numerous modifications 0,078 2006 arrangements devised departing spirit scope 0,094 20000 United States Patent 0,187 20000 degree reaction controlling 0,032 379 wearing apparel having 0,125 20000 groups consisting reaction 0,062 5104 R sub OCH sub sub 0,078 20000 sub sub sub R 0,125 20000 sub R sub selected 0,11 20000 group consisting hydrogen 0,046 3838 alkyl radical carbon atoms Q 0,047 2500 divalent organic radical selected 0,078 18273 group consisting aliphatic 0,125 11094 radicals containing carbon atoms aromatic 0,157 20000 conditions include presence 0,047 2279 following generic formula 0,031 2128 STR R sub 0,14 20000 R sub R sub selected 0,11 20000 group consisting hydrogen 0,063 17698 alkyl radicals having 0,047 7432 carbon atoms Q 0,015 3032 divalent organic radical 0,079 20000 methyl ethers thereof 0,046 3789 relative humidity presence 0,125 17254 catalyst temperature time sufficient 0,11 9606 chemically bond cross 0,015 683 Stevens New York 0,11 5734 NY Appl Filed October U 0,078 20000 S Class R P 0,109 20000 DIG Intern l 0,078 20000 Class D M D 0,063 20000 M D M 0,062 20000 D M D M 0,188 6741 Field Search P DIG R 0,062 20000 References Cited Referenced 0,063 20000 U S Patent Documents 0,125 488 Patent Documents Dec References Reid 0,046 212 Textile Research Journal 0,047 1181 Primary Examiner Cannon 0,11 20000 J C Attorney Agent Firm 0 918 Kenyon Kenyon Reilly Carr Chapin 0,109 20000 Parent Case Text application 0,109 5004 continuation part pending application Ser 0,11 20000 filed Apr abandoned 0,172 20000 turn continuation application 0,078 20000 application Ser filed 0,094 10891 Oct abandoned turn 0,156 20000 continuation part application Ser 0,078 14449 filed June abandoned 0,047 1576 contain N methylol groups 0,125 20000 compounds having following 0,031 2126 generic formula R 0,031 5272 sub OCH sub 0,032 18 sub sub QSO sub sub 0,078 20000 n sub sub sub 0,062 20000 R sub R sub 0,156 20000 different selected group 0,094 11526 consisting hydrogen alkyl radical carbon 0,125 15621 selected group consisting aliphatic 0,125 11094 radicals containing carbon atoms aromatic 0,141 20000 conditions include presence 0,14 20000 selected group consisting 0,125 20000 presence catalyst temperature range 0,094 20000 degree F degree F 0,172 20000 period time range minutes 0,172 17473 material time temperature relationship 0,187 20000 lower temperature range time 0,219 20000 period higher time range higher 0,266 20000 temperature range time period lower 0,219 20000 time range heating conditions 0,109 11898 maximum heat energy 0,078 20000 B addition catalysts 0,172 20000 material heating shaped 0,094 3369 fibers cotton method claim 0,031 1710 cross linking reagent 0,25 20000 selected group consisting reaction products 0,031 1591 N methylol groups 0,047 20000 sub sub sub 0,016 18 QSO sub sub 0,078 20000 n sub sub 0,062 20000 sub R sub R 0,203 20000 sub selected group consisting hydrogen 0,047 3838 alkyl radical carbon atoms Q 0,047 2447 divalent organic radical selected group 0,11 9671 consisting aliphatic radicals containing 0,062 11297 carbon atoms aromatic radicals 0,172 20000 claim cross linking 0,172 20000 reaction conditions include 0,047 8903 presence alkaline catalyst 0,125 20000 method claim cross 0,156 20000 conditions include acid 0,203 20000 forming catalyst method claim 0,156 20000 conditions include acid 0,032 1710 cross linking reagent 0,156 20000 conditions include acid 0,203 20000 forming catalyst method claim 0,016 115 aziridinyl phosphine oxide 0,171 20000 reaction conditions include 0,047 1710 cross linking reagent 0,047 8060 N N bis hydroxy methyl 0,141 20000 acid forming catalyst 0,094 20000 method claim material 0,156 20000 initially heated prior 0,156 20000 shaped method claim 0,109 13726 article produced accordance 0,079 20000 method claim method 0,046 1078 fabric comprising cellulosic 0,141 12192 fibers comprising steps 0,031 2348 fibers cellulose cross 0,125 20000 products contain N 0,094 20000 ethers thereof b 0,125 20000 compounds having following 0,031 2126 generic formula R 0,032 5272 sub OCH sub sub 0,078 20000 sub sub sub R 0,062 20000 sub R sub 0,172 14901 different selected group consisting hydrogen 0,078 17125 alkyl radical carbon atoms 0,125 9432 group consisting aliphatic radicals containing 0,078 20000 carbon atoms aromatic 0,141 19919 catalyst c compounds selected 0,172 20000 temperature range degree F degree 0,109 20000 F period time 0,141 20000 range minutes seconds 0,125 8828 time period cross linking 0,14 20000 time temperature relationship 0,266 20000 lower temperature range time period 0,188 20000 higher time range higher temperature 0,14 20000 range time period 0,125 20000 lower time range 0,063 3796 subsequent heating cure 0,156 20000 material producing modified 0,109 20000 accordance method claim 0,032 1887 textile article material 0,11 1190 comprising cellulosic fibers comprising steps 0,14 20000 shaping material desired 0,141 20000 configuration material comprising 0,125 20000 group consisting reaction 0,125 20000 esters thereof b compounds 0,078 7187 having following generic 0,031 4892 formula R sub OCH 0,031 18 sub sub sub QSO 0,079 20000 sub sub n sub sub 0,078 20000 sub R sub R sub 0,172 20000 different selected group 0,078 20000 consisting hydrogen alkyl 0,031 1133 radical carbon atoms Q divalent 0,109 13559 organic radical selected group 0,125 9083 consisting aliphatic radicals containing carbon 0,047 11723 atoms aromatic radicals 0,141 20000 conditions include presence 0,109 9101 selected group consisting tris 0,11 14616 oxide heated atmosphere 0,031 3789 relative humidity presence 0,125 20000 catalyst temperature range 0,094 20000 degree F degree F 0,109 20000 period time range 0,109 20000 material time temperature 0,11 20000 time period higher 0,203 20000 time range higher temperature range 0,14 20000 time period lower time 0,157 20000 material heat energy 0,14 20000 article having increased 0,157 20000 effect substantially complete 0,14 20000 material effect significant 0,125 20000 system conventional conditions 0,063 4235 complete reaction cure 0,187 20000 Description present invention relates chemical 0,188 20000 process producing modified 0,062 3610 textile fabric material having 0,188 20000 processing steps generally known 0,078 3863 composed cross linking 0,125 20000 provide desired result 0,094 20000 prior art purposes 0,015 1737 melamine formaldehyde resins urea 0,11 20000 step prior art 0,062 2873 fabric elevated temperature 0,125 20000 sufficient time react 0,063 2676 cross linking material cellulose 0,093 20000 U S Pat described 0,078 20000 prior art method 0,047 2981 life cross linking 0,172 20000 relatively long period time 0,14 20000 application heat subsequent 0,172 20000 prior art process cross 0,187 20000 employed processing steps 0,204 20000 material Accordingly object present 0,171 20000 prior art methods object present 0,125 20000 set object present 0,032 2189 cellulose textile material 0,156 20000 processing steps present 0,016 302 invention predicated discovery 0,046 2189 cellulose textile material 0,157 9484 carefully controlled conditions temperature 0,156 17920 shaped fabricated example 0,125 18706 elevated temperatures presence 0,078 16027 suitable catalyst period 0,109 20000 time sufficient cause 0,047 1710 cross linking reagent 0,11 14226 cross linked conventional 0,093 20000 prior art manner 0,047 2246 linking reagent suitable 0,203 18746 conditions elevated temperature sufficient 0,125 14341 maintaining cross linking 0,204 17840 reaction relatively low level 0,062 2489 fabric fabric treated appropriate 0,063 6568 catalyst conveniently catalyst step 0,171 20000 manner step process 0,11 20000 sufficient period time 0,062 9789 reagents useful invention 0,047 5435 known acid catalyzed 0,078 20000 compounds N N 0 346 dimethylol ethylene urea 0,11 20000 compounds class compounds 0,14 18131 characterized reaction products 0,094 20000 groups methyl ethers 0,109 18592 thereof cross linking 0,172 20000 acid acid forming catalysts 0,203 20000 invention group compounds represented 0,079 2040 following generic formula R sub 0,062 20000 sub sub n 0,078 20000 sub sub sub R sub 0,156 20000 R sub selected group 0,094 20000 consisting hydrogen alkyl 0,063 18796 radical carbon atoms 0,031 1083 Q divalent organic radical 0,141 20000 selected group consisting 0,093 10641 aliphatic radicals containing carbon atoms 0,094 20000 sub sub sub OH 0,031 5272 sub OCH sub 0,063 20000 sub sub sub 0,047 5272 sub sub sub sub OCH 0,031 619 sub HOCH sub sub sub 0,094 20000 sub sub O sub sub 0,078 20000 sub sub sub OH 0,031 1710 cross linking reagents 0,094 7682 present invention STR 0,047 20000 R sub R 0,187 20000 sub R sub selected group 0,063 12240 consisting hydrogen alkyl radicals 0,062 6734 having carbon atoms Q 0,11 11921 value Compounds characterized 0,171 20000 include compounds having N 0,032 513 hexahydro s triazine 0,031 2189 cellulose textile material 0,281 20000 treated accordance present invention form 0,047 2344 yarn processing steps 0,109 16127 heated drying atmosphere 0,032 1499 standardized testing methods 0,062 6103 Test Method ASTM 0,047 220 determined Test Method AATCC 0,109 20000 containing Solution aqueous 0,11 20000 Solution B aqueous solution 0,109 20000 Solution C aqueous solution 0,078 5152 dried degree F forced 0,188 20000 treatment selected following 0,015 489 draft oven Oven 0,079 9306 temperature degree F exposure 0,078 9171 time seconds Oven 0,093 20000 temperature degree F 0,094 16161 exposure time seconds 0,047 5429 iii Oven temperature 0,063 11237 degree F exposure 0,125 20000 time seconds iv 0,062 2040 Oven temperature degree F exposure 0,125 8583 temperature degree F exposure time 0,094 6290 seconds Oven temperature degree F 0,062 12952 Oven temperature degree 0,11 20000 water degree F 0,015 223 dried forced draft oven 0,11 7352 half samples treated 0,047 6511 Solution impregnated aqueous 0,046 10354 solution anhydrous potassium 0,063 9440 bicarbonate treated Solution 0,062 7114 potassium bicarbonate treated Solution 0,047 7209 potassium bicarbonate treated 0,016 4576 anhydrous potassium bicarbonate 0,016 240 pickup dried cured 0,015 350 forced draft oven 0,172 20000 set degree F seconds 0,078 13259 washed hot water 0,063 7474 warm cold water 0,031 4629 Sulfur Content Catalyst Catalyst 0,016 561 Catalyst Catalyst Padding 0,172 20000 Heat Treatment Treatment Treatment 0,125 20000 Treatment Solution Treatment 0,047 12503 Curing Curing Curing 0,125 20000 degree degree degree iii degree 0,125 14528 degree degree degree vii degree 0,047 1906 degree Sol B degree 0,109 20000 degree iv degree degree 0,094 20000 degree v degree 0,094 20000 degree degree degree degree 0,109 14528 degree vii degree degree degree 0,047 2289 Sol C degree degree 0,141 20000 degree degree iii degree degree 0,078 13139 v degree degree vii 0,062 1635 degree Sol D degree degree 0,078 20000 degree degree degree degree 0,094 20000 iii degree degree 0,109 20000 iv degree degree v 0,141 20000 degree degree EXAMPLE aqueous solutions 0,047 16066 N N bis 0,094 20000 Solution aqueous solution 0,14 20000 chloride Solution C aqueous solution 0,094 20000 dried degree F 0,031 328 forced draft oven Oven temperature 0,11 10246 degree F exposure time 0,078 8695 seconds Oven temperature degree 0,094 9412 F exposure time seconds 0,109 16161 exposure time seconds 0,047 5450 v Oven temperature 0,062 11237 degree F exposure 0,063 11237 degree F exposure 0,094 16161 exposure time seconds 0,125 20000 hot water degree 0,031 1137 rinsed warm cold water 0,125 20000 treated Solution Solution 0,156 15751 solution containing parts liter 0,047 14202 magnesium chloride aqueous 0,047 3613 solution impregnated samples 0,031 357 dried forced draft 0,156 16908 degree F seconds washed 0,078 6913 degree F moisture content 0,063 4518 Solution Treatment Curing Curing 0,062 14528 degree vii degree 0,079 7896 degree ix degree degree x 0,046 1906 degree Sol B 0,11 20000 iv degree degree v 0,078 20000 degree degree degree degree 0,078 13649 viii degree degree 0,063 20000 degree degree degree 0,14 20000 degree iii degree degree iv 0,11 20000 degree degree x degree 0,14 20000 prepared containing Solution 0,078 14512 magnesium chloride Solution B 0,094 16742 solution magnesium chloride Solution 0,094 15777 solution magnesium chloride acid 0,031 1246 F forced draft 0,047 328 forced draft oven Oven temperature 0,094 10246 degree F exposure time 0,078 9086 seconds Oven temperature 0,062 11237 degree F exposure 0,078 9306 temperature degree F exposure 0,11 10246 degree F exposure time 0,078 9306 temperature degree F exposure 0,125 8108 time seconds Oven temperature degree 0,094 16161 exposure time seconds 0,14 20000 hot water degree degree 0,063 7474 warm cold water 0,062 10582 degree F moisture 0,094 13908 half half samples 0,188 20000 treated Solution Solution B Solution 0,062 6327 C impregnated aqueous solution 0,031 223 dried forced draft oven 0,11 20000 degree F containing 0,062 8254 moisture content Dry 0,063 4518 Treatment Solution Treatment Curing 0,093 20000 degree degree v 0,079 20000 degree degree degree 0,14 20000 B degree degree iii degree 0,125 20000 degree iv degree degree 0,031 2374 degree degree Sol 0,094 20000 C degree degree degree degree 0,11 20000 iii degree degree iv 0,109 13997 aqueous solution magnesium chloride Solution 0,078 20000 B aqueous solution 0,141 20000 chloride Solution C aqueous solution 0,062 2594 passed squeeze rolls 0,172 20000 degree F forced 0,156 20000 selected following systems 0,063 2040 Oven temperature degree F exposure 0,094 8417 time seconds Oven temperature 0,093 10246 degree F exposure time 0,094 9306 temperature degree F exposure 0,094 10246 degree F exposure time 0,094 20000 temperature degree F 0,093 16161 exposure time seconds 0,094 20000 temperature degree F 0,094 20000 temperature degree F 0,078 12952 Oven temperature degree 0,078 12952 Oven temperature degree 0,188 20000 water degree degree F containing 0,062 17614 aqueous solution acetic 0,093 20000 set degree F 0,079 3426 cut half half samples 0,078 5522 treated Solution impregnated aqueous 0,093 14122 solution magnesium chloride treated 0,063 5284 Solution B impregnated aqueous 0,125 14122 solution magnesium chloride treated Solution 0,031 357 dried forced draft 0,11 20000 hot water degree 0,125 20000 degree F containing 0,078 16056 acetic acid washed 0,078 6292 set degree F moisture 0,094 6034 Heat Impregnation Impregnation Solution Treatment 0,14 20000 degree degree degree iii degree 0,125 20000 degree iv degree degree 0,125 20000 degree degree x degree degree 0,063 1906 Sol B degree degree 0,093 20000 iv degree degree 0,11 14528 degree degree vii degree degree 0,078 7896 ix degree degree x degree 0,062 2289 degree Sol C degree 0,094 20000 degree iv degree 0,094 20000 degree v degree 0,094 14528 degree vii degree degree 0,093 9994 viii degree degree x degree 0,016 431 cotton print cloth 0,125 14966 set degree F samples 0,094 10246 degree F exposure time 0,109 6290 seconds Oven temperature degree F 0,063 12952 Oven temperature degree 0,078 12029 F exposure time 0,094 8695 seconds Oven temperature degree 0,093 9412 F exposure time seconds 0,078 12952 Oven temperature degree 0,063 12029 F exposure time 0,094 8695 seconds Oven temperature degree 0,078 12029 F exposure time 0,094 13259 washed hot water 0,078 20000 degree degree F 0,125 20000 acid solution samples 0,015 223 dried forced draft oven 0,11 20000 set degree F 0,015 456 draft oven degree 0,188 16108 hot water degree F containing 0,047 3433 washed pieces dried 0,047 8322 content Dry wet 0,093 20000 Catalyst Catalyst Treatment 0,157 20000 Treatment Treatment Treatment EXAMPLE 0,046 1914 dried moisture content forced 0,157 12775 F samples heat treated 0,078 12952 Oven temperature degree 0,078 9025 Oven temperature degree F 0,094 16161 exposure time seconds 0,078 12952 Oven temperature degree 0,078 12029 F exposure time 0,109 12695 washed hot water degree 0,063 3891 F containing detergent 0,031 1137 rinsed warm cold water 0,031 357 dried forced draft 0,063 5647 oven set degree F 0,031 1163 solution gms liter solution 0,094 20000 water degree F 0,047 3433 washed pieces dried 0,109 13030 measured samples DRY 0,109 8891 Catalyst Treatment Treatment Sample 0,047 11013 Curing Curing degree 0,078 20000 degree degree degree 0,079 20000 degree degree EXAMPLE 0 165 cotton twill fabric 0,015 436 beta hydroxyethyl sulfone 0,016 456 draft oven degree 0,062 7273 F moisture content 0,11 8583 temperature degree F exposure time 0,062 9086 seconds Oven temperature 0,125 7937 degree F exposure time seconds 0,078 9025 Oven temperature degree F 0,125 9729 exposure time seconds heat 0,157 20000 water degree F containing 0,031 1957 aqueous solution gms 0,172 20000 degree F forced 0,093 13404 DRY WET degree degree 0,063 20000 degree degree degree 0,078 20000 degree degree degree 0,078 20000 degree degree degree degree 0,047 4106 zinc nitrate solution Solution 0,094 20000 degree F seconds 0,062 8565 nitrate solution dried 0,063 11013 curing degree degree 0,031 2562 excellent EXAMPLE IX 0,078 6439 fabric treated EXAMPLE 0,016 1130 fabric dyed drying 0,094 20000 X aqueous solutions 0,14 20000 EXAMPLE heat treatment 0,063 2198 carried Radiant Heat 0,062 7332 cured seconds degree 0,047 9284 F Dry wet 0,094 20000 Solution Solution B 0,078 20000 Solution Solution B 0,094 20000 DRY degree degree 0,062 2435 degree degree curing WET degree 0,125 20000 degree degree degree Catalyst 0,125 20000 treatment DRY degree 0,094 11013 degree degree degree curing 0,078 18216 WET degree degree 0,094 20000 degree degree Catalyst 0,047 2897 Catalyst treatment curing 0,047 2198 carried Radiant Heat 0,14 20000 Catalyst Catalyst Catalyst Treatment Treatment 0,063 6040 Treatment Treatment Curing 0,078 11013 Curing Curing Curing degree degree 0,078 5403 degree degree EXAMPLE XII 0 165 pickup padded fabric dried 0,062 268 degree F forced draft oven 0,063 11237 degree F exposure 0,094 20000 dried degree F 0,015 350 forced draft oven 0,047 4522 moisture content sample 0,031 1258 fabric subjected curing 0,157 16574 cycle seconds degree F 0,015 1957 gms aqueous solution 0,016 1672 zinc nitrate liter 0,016 231 wet pickup fabric dried 0,062 3802 moisture content forced 0,109 16161 exposure time seconds 0,125 20000 time seconds iii 0,079 12952 Oven temperature degree 0,078 3735 degree degree F containing detergent 0,031 1137 rinsed warm cold water 0,078 10582 degree F moisture 0,016 1957 gms aqueous solution 0,015 144 cured forced draft 0,063 9441 oven degree F 0,062 14927 DRY WET DRY WET 0,11 13404 DRY WET degree degree degree 0,078 20000 degree degree degree degree 0,062 20000 degree degree degree 0,094 20000 degree degree iii 0,078 20000 degree degree degree degree 0,11 15539 inch width times 0,156 20000 Solution heat treated 0,062 11237 degree F exposure 0,157 15540 time seconds washing drying 0,125 19170 F seconds washed 0,093 18759 Solution grams aqueous 0,078 16742 solution magnesium chloride 0,125 20000 grams solution Solution 0,079 15938 B grams aqueous 0,078 6935 magnesium chloride grams solution 0,093 20000 degree F period 0,235 20000 seconds Set temperature degree F 0,109 20000 aqueous solution containing 0,188 18346 aqueous solution containing grams solution 0,062 5694 emulsion grams solution 0,016 357 dried forced draft 0,047 4787 oven drying samples 0,078 6562 oven degree F seconds 0,094 12286 fabrics described Example 0,093 17454 acid solids grams 0,141 15376 solution Solution B grams aqueous 0,094 17454 acid solids grams 0,203 20000 temperature degree F period seconds 0,156 20000 Set temperature degree F 0,078 4104 wash wear EXAMPLE 0,11 10962 solution prepared mixing grams 0,046 2536 water grams citric acid mixture 0,047 1033 produced DuPont trademark 0 72 orlon rayon rayon 0,141 9741 heating cycle forced 0,109 20000 F period seconds 0,032 357 dried forced draft 0,015 400 commercially available garment 0,047 95 cured forced draft oven degree 0,047 3557 cured samples tested 0,109 20000 drying washing drying 0,157 18346 containing grams aqueous solution 0,046 8060 N N bis hydroxy methyl 0,063 2051 fabric impregnated solution containing 0,094 18759 grams aqueous solution 0,031 2315 emulsion grams polyethylene 0,062 12569 glycol molecular weight 0,032 357 dried forced draft 0,015 400 commercially available garment 0,094 9019 impregnated solution containing 0,078 5647 oven set degree F 0,125 16895 period seconds washed 0,016 2224 procedures fabric woven 0,156 19062 containing grams grams aqueous 0,031 2774 standard procedures cured 0,047 268 forced draft oven degree F 0,078 5462 obtained treated fabrics 0,016 1800 Fabric woven yarn 0,219 20000 heat step process invention 0,078 3070 textile material step process 0,187 20000 subsequent heating step 0,094 8462 conditions unexpected results 0,141 20000 obtained treatment material 0,125 20000 amount heat energy 0,125 13189 structure cross linking 0,156 12303 amount heat energy applied 0,016 1190 dried impregnated textile 0,062 5213 complete curing cross 0,141 20000 amount heat energy 0,187 20000 required obtain desired result 0,125 17319 substantial cross linking 0,141 20000 provided connection Example 0,047 2091 fabric cross linking 0,172 20000 approximate range weight 0,046 4527 metal acetates carbonates bicarbonates 0,141 16466 preferred catalysts steps 0,109 17429 suitable parameter particularly 0,141 20000 acid forming salts 0,047 8653 based weight cellulose 0,203 20000 step process cross 0,172 20000 temperature selected indicated 0,094 20000 Generally temperatures degree 0,125 20000 F degree F reaction 0,14 20000 shorter times indicated 0,11 20000 higher temperatures high 0,172 20000 prior heating step 0,14 13936 heating step critical 0,094 10179 long conducted drying 0,031 3459 fibers temperatures curing 0,188 20000 step preferably degree F 0,14 20000 Temperatures range degree F 0,188 20000 present invention higher temperatures order 0,125 20000 degree F conveniently 0,125 13219 setting relatively short 0,047 2212 employed Radiant heat 0,078 8258 shown Examples curing 0,187 20000 heating step subsequent 0,047 3548 thereto prior curing 0,156 20000 linked process invention 0,188 20000 present invention suitable treating 0 233 regenerated cellulose linen 0,125 20000 present invention treatment 0,156 20000 understood present invention equally 0,078 4059 fibers textile forms 0,11 20000 addition present invention 0,109 13774 desired configuration fabrication 0,063 6359 fabric Modifications invention 0,171 20000 skilled art departing scope 0,047 12231 R radical chain 0,078 1194 identical different represents linear branched 0,219 20000 carbon atoms form part 0,125 13386 sub identical different represents 0,031 5553 methylene ethylene radical 0,063 6448 Paris Appl Filed 0,078 20000 June U S Class 0,078 20000 Class F F L Field 0,094 20000 G R C R References 0,062 20000 Cited Referenced U 0,063 20000 S Patent Documents 0,047 20000 L Attorney Agent 0,047 5866 Firm Cushman Darby 0,031 4944 acid oxalic acid 0,094 20000 carbon atoms carbon atoms 0,172 11496 form part polymer chain 0,078 18796 carbon atoms radical 0,14 11104 R sub identical different represents 0,11 867 claim form suture 0,047 522 surgical article claim 0,125 20000 claim form solid 0,125 15525 article claim non 0,031 2161 consisting polyethylene glycol terephthalate 0,047 522 surgical article claim 0,156 20000 material selected group 0,031 4478 non human animal 0,156 16400 claim form tape 0,063 522 surgical article claim 0,172 20000 article claim form 0,047 522 surgical article claim 0,078 931 form wrapped yarn 0,062 5305 yarn Description present 0,11 20000 various materials provide 0,047 6 bioresorbable present invention 0,078 17244 radical general formula 0,062 2128 STR R sub R sub 0,094 20000 example ethylene methyl 0,016 1204 ethylene dimethyl ethylene trimethylene methyl 0,015 1770 trimethylene methyl trimethylene 0 816 dimethyl trimethylene tetramethylene 0,11 9625 units formula mol units 0,031 3069 Ethylene glycol propylene glycol propane 0,031 1598 diol methyl propane diol dimethyl 0,016 1121 propane diol butane diol 0,015 1747 butane diol butane diol 0 1424 cyclohexane dihydroxy cyclohexane 0,016 986 bis hydroxymethyl cyclohexane 0,109 14493 individually mixture possible 0,032 4079 ethylene glycol mol glycols 0,015 1598 methyl propane diol dimethyl propane 0,094 20000 generally sup g 0,047 4296 mechanical properties tensile strength 0,14 18346 easily require special 0,094 20000 known long time 0,078 20000 see U S 0,078 20000 Pat V V 0,032 9953 Chem V V 0,015 788 HOUBEN WEYL Methoden der organischen 0,016 679 sulphuric acid p toluenesulphonic 0,109 20000 acid metal salts 0,141 13219 setting relatively short