Batch search without GUI Search options: Phrase search All words must present in result Batch search total time:591,297 sec Time Result count In-between words Search string 0,125 13 10 United States Patent Jay 0,688 133 3 panel means including second 0,515 1407 8 panel means second 0,688 1150 5 including front back 0,515 1149 6 panel means second 0,579 81 10 respectively connected opposed edges 0,296 78 3 front panel means back 0,297 541 8 extending back leg 0,078 2502 6 Company New York NY 0,297 20000 9 Appl Filed November U 0,36 20000 9 S Class Intern l Class 2,062 6416 9 B Field Search References Cited 0,406 20000 5 Referenced U S Patent Documents 0,047 401 6 Examiner Hunter H Hampton Attorney 0,047 846 4 Agent Firm Pennie 1,578 1215 3 portions comprising inner 0,203 109 2 pair opposed side panels 0,25 1317 10 side panels inner 0,829 48 8 cut material having generally 0,484 185 4 side panels extending respectively 0,172 150 9 side zones body 0,562 418 5 second interconnected side 0,485 3632 10 side panels extend 0,063 34 2 area approximately centimeters 0,094 10 6 elastic side panels having 0,234 64 7 second biased cut 0,141 262 6 straight cut edge 0,234 91 4 portions straight cut 0,312 113 2 front panel rear panel connected 0,375 1277 5 side panels respective 0,157 116 10 biased cut edge 0,312 296 5 edge portions front panel 0,234 283 10 corresponding leg respective 1,203 842 3 vertical lines extending 0,266 43 6 generally respective shoulder 0,156 53 4 blade rear generally 0,094 172 9 medial portion respective 1,359 3707 3 edge portions thereof 1,141 568 9 generally parallel edge portions 0,859 3115 9 extending substantially entire 0,891 197 4 oppositely positioned front 0,984 274 5 having generally parallel edge 0,797 440 3 portions second biased 0,297 544 7 panel rear panel connected 2,203 7491 8 portions thereof second 2,156 2322 5 portion defined generally 1,282 95 6 vertical line extending generally 0,25 338 6 leg respective vertical 0,437 62 10 side panels having generally parallel 1,156 186 5 edge portions second pair 0,985 597 10 having generally parallel edge 0,375 1565 7 side panels respectively 0,109 294 9 cut front panel 0,266 30 5 rear panel connected second 1,375 8030 10 edge portions thereof 0,281 1526 7 front panel having 2,063 545 2 portions connected corresponding 0,312 1923 10 portions front panel 0,922 316 3 respective vertical lines 0,406 20000 2 Description BACKGROUND INVENTION 3,156 20000 6 Field Invention present 0,25 136 6 manufactured standard sizes sizes 0,25 65 8 wide variations shape 0,235 17 3 s body Consequently 0,078 42 8 action primarily due 0,078 116 4 conform wearer s 0,891 454 10 specific example prior 3,015 1221 2 generally described U S 0,453 365 5 portions wearer s 0,954 691 9 body providing completely 0,343 172 8 example approach prior 2,141 684 10 generally U S Pat particular 2,391 930 8 purposes having form 0,453 332 4 portions wearer s 2,218 20000 10 present invention directed 0,172 229 8 overcomes previously mentioned 0,766 1000 9 body include set 0,656 2375 6 panel means including 0,562 317 7 side panel means second 0,235 47 2 cut panel means 0,297 264 8 including front back panel 0,546 1834 6 side panel means 0,563 48 6 respectively connected opposed edges 0,359 243 8 front panel means back panel 0,782 58 7 passing approximately generally 0,187 286 7 wearer s body 0,266 52 3 simple manufacture inexpensive form 0,343 92 10 capable adaptable various 0,157 92 4 slip BRIEF DESCRIPTION 0,937 17152 10 DRAWINGS objects features advantages 0,438 53 2 accordance principles present invention readily 0,39 5954 4 understood reading following 2,094 20000 7 detailed description present invention 0,594 11658 6 viewed conjunction accompanying drawings 0,484 621 8 reference numerals indicate structure 0,328 870 9 wearing preferred embodiment 1,141 5070 4 principles present invention FIG 0,062 75 6 plan view garment 0,157 700 9 liner illustrated FIG 0,375 8605 5 FIG rear elevational 1,906 13031 7 illustrated FIGS FIG partial 0,094 50 6 liner similar illustrated 0,89 20000 10 FIGS DESCRIPTION PREFERRED EMBODIMENTS 0,219 93 6 embodying principles present invention designated 0,094 21 8 generally reference numeral garment 0,328 129 8 description preferred embodiment slip 1,547 687 8 practice present invention reference 1,359 2674 9 respectively second set 0,469 315 8 panel means including front 0,281 41 10 back panels respectively second 1,391 226 4 manner presently set 0,047 23 7 thereto depending skirt 0,047 164 7 suitable woven knitted 0,203 166 6 panels respectively inner outer 0,453 41 2 portion front panel means 0,562 83 2 second side panel means 1,5 576 8 generally known particular art 0,063 35 4 medial front portion 0,156 229 6 pair straps support 2,234 16619 2 Particularly referring FIGS 0,407 2367 8 edges edges appropriately 0,25 307 5 panels conventional manner 0,297 168 10 cut material Typically 0,531 19 9 disclosed known art plurality 0,781 2255 3 extend downwardly bottom 0,156 104 9 panel means fabricated 0,453 16 3 embodiment second side panel 0,407 3954 4 panels respectively panels 0,515 141 8 appropriately connected vertical 0,125 190 5 seams preferred embodiment 0,313 515 9 respectively defined panels 0,265 135 6 understood side panel 0,407 1481 8 second side panel 0,39 101 2 means interconnected front 0,36 309 3 back panel means 0,547 1371 4 side panel means 0,234 101 8 defined single panel 0,734 76 10 second side panel means form 0,516 181 3 panel means generally 0,328 147 10 s body lateral 0,109 22 9 medial portion extending front 0,454 1222 5 legs portions respective 0,406 465 6 rear generally vertical 1,406 3080 8 portions extending back 0,391 362 2 leg preferred embodiment 0,39 1582 9 second side panel 0,078 163 5 knee present invention 1,329 20000 6 Referring FIG drawings 0,125 17 4 alternate embodiment slip 0,5 38 4 mentioned embodiment reference numerals 0,5 1361 2 side panels extend 0,156 126 9 various sized shaped 0,219 48 8 additional protective portion 0,109 72 9 formed double pocket 0,047 416 8 WI Appl Filed December 0,234 20000 2 U S Class 1,672 5 2 R Intern l Class 1,734 75 3 D Field Search R References 0,375 20000 8 Cited Referenced U S Patent 0,594 401 8 G V Attorney 0,063 345 9 Agent Firm Nilles James E 0,093 349 9 liner having outer 0,579 557 10 area formed flexible 0,375 2582 10 heat resistant material 0,109 106 5 portion covers liner 0,016 6 2 glove index finger thumb 0,031 20 4 relationship liner outer 0,265 287 10 portion gripping area 1,516 970 10 portion having open longitudinal 0,219 636 10 portion forming liner 0,109 115 2 held assembled relationship 0,125 1817 7 having liner having 0,25 262 9 elongated insulating portion 0,25 18 8 resistant material having opposite 0,109 45 3 ends define pocket 0,985 582 10 longitudinal side opposite open 0,078 803 9 assembly liner assembly 0,015 17 9 index finger thumb glove 0,5 40 7 insulating portion firmly 0,11 142 7 held assembled relationship 0,015 4 9 liner outer glove glove 0,407 464 3 set forth claim characterized 0,031 19 8 hand glove set 0,312 431 2 forth claim characterized 0,782 1512 6 insulating portion formed 0,093 39 7 single blank piece material 0,391 93 7 insulating portion set forth claim 0,469 51 3 characterized formed single 2,203 3365 7 Description BACKGROUND INVENTION prior 1,5 3368 10 devices shown U S Pat 0,25 4422 10 issued Mar U 0,406 3341 3 S Pat issued Jan U 0,656 20000 4 S Pat issued U S 0,219 3527 4 Pat issued Sept U S 0,188 4401 10 Pat issued Feb 0,515 20000 10 U S Pat issued 0,5 20000 5 June U S 0,547 89 9 present invention relates heat resistant 0,047 11 4 index finger thumb invention 0,437 73 4 held place additional 0,094 49 4 invention relates insulative 0,406 63 8 portion reversed left right 0,547 1243 9 present invention appear hereinafter 0,157 66 3 disclosure progresses reference accompanying drawings 0,296 20000 8 BRIEF DESCRIPTION DRAWINGS 0,282 2430 8 FIG view blank 0,328 113 9 portion FIG view pocket 0,062 8 3 sewn ends FIG 1,532 195 5 shown FIG opened slightly 1 293 8 open length placed 0,015 336 5 index finger thumb 0,031 10 10 liner glove FIG 0,235 69 5 view pocket portion 0,156 18 5 shown FIG insulative portion 0,125 71 2 slightly inwardly curved 0,031 18 2 sewn opposite ends 0,203 16 8 portion P index 1,86 100 10 edge side shown FIG receive 0,281 558 10 edge side insulating 1,531 652 6 portion P forms 0,141 46 10 received liner shown FIG 0,141 149 9 gripping area hand 0,265 129 9 insulating portion P 0,531 1124 6 minimum number parts 0,031 46 9 glove left right hand gloves 0,047 24 10 liner prior liner assembled 2,11 988 6 possible means present 0,031 54 10 Abstract fire smoke 0,047 46 6 resistant transparent sheet 0,547 258 3 secured thereto device 0,062 13 8 wearer extending face mask 0,016 44 9 nose mouth wearer 0,047 181 6 Englewood NJ Appl Filed 0,64 20000 4 January U S Class 1,891 3097 6 Intern l Class B Field 2,422 19897 7 Search R References Cited Referenced 0,328 20000 8 U S Patent Documents 0,047 893 3 Primary Examiner Schroeder Werner 0,343 12298 9 H Assistant Examiner 0,047 362 10 Nerbun Peter Attorney Agent 0,391 236 5 device operative condition 0,047 10 2 head cap protective 0,734 205 7 device defined claim device operative 0,328 518 8 downwardly front bottom 0,625 259 9 defined claim device operative 0,141 207 9 front side cap 0,391 1952 9 comprises transparent material 0,203 119 4 covers wearer s 0,156 107 10 protective device defined 0,187 29 3 material suitably dimensioned 0,266 59 9 protective device defined claim 0,109 57 3 face mask comprises 1,547 4059 3 device defined claim 0,438 5412 8 plastic sheet material 0,25 25 2 protective device defined claim 0,125 123 9 face mask comprises 0,187 193 6 protective devices particularly 1,219 5424 9 types apparatus presently 0,172 111 5 occupants object present invention provide 0,312 117 4 object provide protective device 0,125 137 4 character described economical manufacture 1,219 20000 9 object present invention provide 1,11 465 10 condition SUMMARY INVENTION accordance 1,234 1573 5 principles present invention provided 0,234 64 8 storage condition operative condition 0,141 30 4 sheet material having envelope 0,141 213 10 render device operative 0,703 428 4 condition objects features 0,312 2928 5 advantages invention apparent consideration 0,86 4709 10 following description appended claims accompanying 0,312 20000 4 drawings BRIEF DESCRIPTION 0,313 61 10 DRAWINGS FIG plan view protective 1,593 6592 9 device accordance present invention 0,469 260 10 shown storage condition 2,125 4920 2 section view taken line FIG 0,172 20 4 FIG front perspective view protective 0,078 187 9 protective cap FIG 0,75 118 3 front perspective view similar FIG 0,641 514 6 operative condition FIG 0,078 77 10 rear view protective 1,844 1122 10 device condition shown FIG 0,078 75 9 mask portion protective 2,985 751 3 device FIGS DETAILED DESCRIPTION INVENTION 2,422 1544 2 Referring drawings particular FIGS thereof 1,031 7903 5 invention generally designated 0,328 53 10 tight means single 0,078 115 8 sealing strip Envelope 0,172 1010 3 perforated arranged perforations 0,109 105 6 comprise foam porous 0,657 748 6 material suitable filtering 0,25 191 3 comprises front rear panels 0,281 125 3 includes elongated narrow 0,328 308 7 aperture extending entire 0,047 23 9 width envelope front 0,25 44 2 base strip top 0,765 1762 6 adjacent parallel substantially 0 30 10 smoke noxious fumes 0,079 32 5 permit face mask 0,687 453 6 shown FIG providing cap 0,375 279 4 stored storage condition 0,047 43 3 tear tabs tear away 0,328 415 6 sealing strip opening 0,39 326 9 FIG user places 0,266 159 8 cap head shown FIG 0,219 1562 10 edge front panel 0,218 330 8 adjacent aperture Face 1,391 412 9 s head shown FIG 0,656 1576 8 shown FIG ensure 0,188 66 6 head neck wearer 0,14 199 7 Face mask provided 0,625 87 5 bendable plastic metal 0,313 157 7 protective device shown FIG 3,953 8543 2 invention described reference particular 1,078 13627 4 embodiments thereof understood 0,703 472 7 embodiments merely illustrative application 0,407 1734 10 principles invention Numerous modifications 0,265 747 9 arrangements devised departing spirit scope 0,469 20000 3 United States Patent 4,031 1955 9 degree reaction controlling 0,11 38 7 wearing apparel having 1,703 3526 7 groups consisting reaction 1,39 818 2 R sub OCH sub sub 2,5 20000 6 sub sub sub R 3,078 8708 6 sub R sub selected 0,829 7369 7 group consisting hydrogen 0,718 169 9 alkyl radical carbon atoms Q 0,36 139 5 divalent organic radical selected 0,437 2302 6 group consisting aliphatic 1,313 738 10 radicals containing carbon atoms aromatic 0,953 330 7 conditions include presence 0,359 226 3 following generic formula 0,078 38 7 STR R sub 2,782 7688 4 R sub R sub selected 0,625 7981 9 group consisting hydrogen 0,359 2391 2 alkyl radicals having 0,156 1456 9 carbon atoms Q 0,063 525 4 divalent organic radical 0,718 414 9 methyl ethers thereof 0,11 18 3 relative humidity presence 1,703 140 5 catalyst temperature time sufficient 1,234 123 9 chemically bond cross 0,094 114 10 Stevens New York 0,172 2803 5 NY Appl Filed October U 1,437 32 8 S Class R P 0,297 12260 6 DIG Intern l 1,188 22 6 Class D M D 0,875 10698 4 M D M 1,094 17990 10 D M D M 0,171 92 8 Field Search P DIG R 0,204 20000 9 References Cited Referenced 0,328 20000 9 U S Patent Documents 0,312 14 6 Patent Documents Dec References Reid 0,328 138 6 Textile Research Journal 0,172 266 3 Primary Examiner Cannon 1,453 4954 5 J C Attorney Agent Firm 0,297 918 9 Kenyon Kenyon Reilly Carr Chapin 0,453 20000 7 Parent Case Text application 0,5 2751 7 continuation part pending application Ser 0,328 3801 3 filed Apr abandoned 0,329 4545 6 turn continuation application 0,265 20000 8 application Ser filed 0,219 299 3 Oct abandoned turn 0,609 20000 5 continuation part application Ser 0,141 4790 9 filed June abandoned 0,406 71 3 contain N methylol groups 1,61 2260 5 compounds having following 0,062 565 9 generic formula R 0,547 5185 9 sub OCH sub 0,062 18 3 sub sub QSO sub sub 2,422 20000 5 n sub sub sub 2,047 20000 4 R sub R sub 0,781 2345 9 different selected group 0,36 488 8 consisting hydrogen alkyl radical carbon 0,406 2388 8 selected group consisting aliphatic 0,422 634 8 radicals containing carbon atoms aromatic 0,844 473 9 conditions include presence 0,625 20000 9 selected group consisting 0,609 807 9 presence catalyst temperature range 1,375 20000 8 degree F degree F 1,156 745 6 period time range minutes 0,5 17 5 material time temperature relationship 1,657 240 5 lower temperature range time 1,718 257 8 period higher time range higher 0,953 52 7 temperature range time period lower 1,157 106 10 time range heating conditions 0,484 252 7 maximum heat energy 0,375 84 4 B addition catalysts 0,984 1663 8 material heating shaped 0,782 14 5 fibers cotton method claim 0,484 95 2 cross linking reagent 1,406 1086 10 selected group consisting reaction products 0,063 197 2 N methylol groups 0,953 20000 9 sub sub sub 0,016 18 4 QSO sub sub 1,578 20000 9 n sub sub 2,032 20000 4 sub R sub R 1,109 3437 7 sub selected group consisting hydrogen 0,156 169 9 alkyl radical carbon atoms Q 0,125 75 7 divalent organic radical selected group 0,313 62 4 consisting aliphatic radicals containing 0,266 969 4 carbon atoms aromatic radicals 0,468 614 2 claim cross linking 1,047 2244 10 reaction conditions include 0,219 551 4 presence alkaline catalyst 1,156 1190 6 method claim cross 1,125 216 4 conditions include acid 0,797 219 9 forming catalyst method claim 0,906 216 4 conditions include acid 0,047 95 2 cross linking reagent 0,922 216 4 conditions include acid 0,781 154 6 forming catalyst method claim 0,391 114 9 aziridinyl phosphine oxide 1,031 699 2 reaction conditions include 0,047 166 9 cross linking reagent 0,656 172 9 N N bis hydroxy methyl 0,75 1161 4 acid forming catalyst 2,063 7015 4 method claim material 0,719 113 5 initially heated prior 1,14 1440 4 shaped method claim 0,703 156 4 article produced accordance 1,047 20000 4 method claim method 0,125 48 6 fabric comprising cellulosic 0,688 963 9 fibers comprising steps 0,156 27 2 fibers cellulose cross 1,406 1262 8 products contain N 0,375 131 10 ethers thereof b 1,266 2881 7 compounds having following 0,078 361 3 generic formula R 0,812 5178 4 sub OCH sub sub 2,344 20000 9 sub sub sub R 1,891 20000 2 sub R sub 0,5 669 9 different selected group consisting hydrogen 0,453 8080 9 alkyl radical carbon atoms 0,391 45 3 group consisting aliphatic radicals containing 0,375 6233 10 carbon atoms aromatic 0,734 57 6 catalyst c compounds selected 1,625 8181 9 temperature range degree F degree 0,75 2193 6 F period time 0,547 422 3 range minutes seconds 0,25 111 5 time period cross linking 0,39 354 3 time temperature relationship 0,953 103 10 lower temperature range time period 1,906 738 8 higher time range higher temperature 0,891 2238 4 range time period 1,234 370 4 lower time range 0,344 116 7 subsequent heating cure 0,75 72 2 material producing modified 1,235 2420 3 accordance method claim 0,078 106 5 textile article material 0,125 18 4 comprising cellulosic fibers comprising steps 1,344 3515 10 shaping material desired 1,016 273 4 configuration material comprising 0,984 4486 9 group consisting reaction 0,766 52 5 esters thereof b compounds 0,14 25 5 having following generic 0,407 209 4 formula R sub OCH 0,031 18 3 sub sub sub QSO 2,922 20000 6 sub sub n sub sub 2,859 20000 2 sub R sub R sub 0,734 1362 2 different selected group 0,375 3889 6 consisting hydrogen alkyl 0,063 31 3 radical carbon atoms Q divalent 0,391 706 10 organic radical selected group 0,343 48 4 consisting aliphatic radicals containing carbon 0,219 1357 5 atoms aromatic radicals 0,844 68 2 conditions include presence 0,344 483 6 selected group consisting tris 0,593 70 2 oxide heated atmosphere 0,063 57 10 relative humidity presence 0,531 1641 3 catalyst temperature range 1,422 20000 2 degree F degree F 0,875 1719 2 period time range 1,594 4496 9 material time temperature 1,234 2129 2 time period higher 1,813 283 4 time range higher temperature range 1,296 2374 10 time period lower time 0,532 852 4 material heat energy 0,797 166 10 article having increased 1,031 923 9 effect substantially complete 0,672 256 5 material effect significant 1,172 202 2 system conventional conditions 0,125 91 7 complete reaction cure 1,25 483 8 Description present invention relates chemical 1,093 193 2 process producing modified 0,125 70 7 textile fabric material having 1,188 94 9 processing steps generally known 0,265 170 8 composed cross linking 2,719 1628 4 provide desired result 0,844 2460 3 prior art purposes 0,719 828 4 melamine formaldehyde resins urea 0,859 2916 7 step prior art 0,469 190 8 fabric elevated temperature 0,797 2461 7 sufficient time react 0,109 79 8 cross linking material cellulose 1,219 20000 6 U S Pat described 1,031 15070 6 prior art method 0,281 26 3 life cross linking 0,907 1417 4 relatively long period time 0,593 272 4 application heat subsequent 0,766 176 10 prior art process cross 1,047 2245 8 employed processing steps 1,109 470 4 material Accordingly object present 1,266 311 3 prior art methods object present 1,437 1749 4 set object present 0,078 364 8 cellulose textile material 1,407 5551 8 processing steps present 0,14 220 3 invention predicated discovery 0,078 248 4 cellulose textile material 0,438 75 4 carefully controlled conditions temperature 0,328 170 7 shaped fabricated example 0,359 2565 8 elevated temperatures presence 0,282 29 3 suitable catalyst period 1,297 1158 5 time sufficient cause 0,046 106 3 cross linking reagent 0,235 569 7 cross linked conventional 1,062 5412 9 prior art manner 0,063 22 10 linking reagent suitable 0,469 44 2 conditions elevated temperature sufficient 0,281 171 5 maintaining cross linking 1,015 20 3 reaction relatively low level 0,579 49 8 fabric fabric treated appropriate 0,187 58 9 catalyst conveniently catalyst step 1,016 1023 8 manner step process 0,781 5366 4 sufficient period time 0,297 232 7 reagents useful invention 0,281 196 7 known acid catalyzed 1,266 17997 5 compounds N N 0,172 79 5 dimethylol ethylene urea 1,312 7118 10 compounds class compounds 0,406 172 2 characterized reaction products 0,625 968 10 groups methyl ethers 0,297 634 7 thereof cross linking 0,969 2599 9 acid acid forming catalysts 1,344 814 6 invention group compounds represented 0,187 48 4 following generic formula R sub 1,578 20000 9 sub sub n 3,047 20000 7 sub sub sub R sub 1,625 7099 8 R sub selected group 0,375 2903 2 consisting hydrogen alkyl 0,391 12009 10 radical carbon atoms 0,031 36 4 Q divalent organic radical 0,625 20000 3 selected group consisting 0,406 1101 8 aliphatic radicals containing carbon atoms 1,532 14324 10 sub sub sub OH 0,531 5180 5 sub OCH sub 0,953 20000 8 sub sub sub 1,094 5180 5 sub sub sub sub OCH 0,218 558 9 sub HOCH sub sub sub 2,344 20000 4 sub sub O sub sub 1,485 13173 3 sub sub sub OH 0,046 142 6 cross linking reagents 0,204 1133 6 present invention STR 1,328 20000 7 R sub R 2,281 7934 10 sub R sub selected group 0,297 560 4 consisting hydrogen alkyl radicals 0,219 522 8 having carbon atoms Q 0,578 44 6 value Compounds characterized 1,203 16 2 include compounds having N 0,187 102 3 hexahydro s triazine 0,063 204 3 cellulose textile material 1,312 189 9 treated accordance present invention form 0,172 98 2 yarn processing steps 0,438 490 7 heated drying atmosphere 0,531 69 7 standardized testing methods 0,219 669 2 Test Method ASTM 0,359 47 6 determined Test Method AATCC 1,594 13747 7 containing Solution aqueous 0,984 3704 10 Solution B aqueous solution 1,422 7121 5 Solution C aqueous solution 0,781 107 5 dried degree F forced 0,875 63 4 treatment selected following 0,297 283 5 draft oven Oven 0,328 121 2 temperature degree F exposure 0,188 236 10 time seconds Oven 1,297 20000 4 temperature degree F 0,297 1067 8 exposure time seconds 0,218 40 10 iii Oven temperature 0,219 844 10 degree F exposure 0,375 155 9 time seconds iv 0,109 18 10 Oven temperature degree F exposure 0,329 85 9 temperature degree F exposure time 0,265 95 9 seconds Oven temperature degree F 0,297 3475 8 Oven temperature degree 1,172 3466 2 water degree F 0,016 89 5 dried forced draft oven 0,531 37 4 half samples treated 0,359 1573 7 Solution impregnated aqueous 0,36 216 3 solution anhydrous potassium 0,312 607 6 bicarbonate treated Solution 0,219 64 9 potassium bicarbonate treated Solution 0,14 87 5 potassium bicarbonate treated 0,063 114 9 anhydrous potassium bicarbonate 0,125 26 6 pickup dried cured 0,031 239 10 forced draft oven 0,86 155 8 set degree F seconds 0,703 2544 9 washed hot water 0,531 556 8 warm cold water 0,484 317 8 Sulfur Content Catalyst Catalyst 0,172 37 5 Catalyst Catalyst Padding 1,297 16496 6 Heat Treatment Treatment Treatment 1,125 17782 5 Treatment Solution Treatment 0,266 12503 2 Curing Curing Curing 1,593 6113 7 degree degree degree iii degree 0,688 993 4 degree degree degree vii degree 0,172 12 5 degree Sol B degree 0,984 5461 9 degree iv degree degree 1,078 8206 8 degree v degree 0,547 20000 4 degree degree degree degree 0,672 1240 5 degree vii degree degree degree 0,109 105 2 Sol C degree degree 1,579 3576 4 degree degree iii degree degree 0,39 159 9 v degree degree vii 0,109 23 8 degree Sol D degree degree 0,547 20000 9 degree degree degree degree 0,938 6924 8 iii degree degree 0,671 733 10 iv degree degree v 1,922 697 6 degree degree EXAMPLE aqueous solutions 0,407 5412 5 N N bis 0,671 20000 3 Solution aqueous solution 1,407 1516 10 chloride Solution C aqueous solution 0,562 3020 7 dried degree F 0,047 29 4 forced draft oven Oven temperature 0,281 57 3 degree F exposure time 0,282 188 8 seconds Oven temperature degree 0,25 37 6 F exposure time seconds 0,281 1219 10 exposure time seconds 0,109 31 10 v Oven temperature 0,219 797 9 degree F exposure 0,203 385 3 degree F exposure 0,297 858 5 exposure time seconds 0,594 3229 8 hot water degree 0,187 60 7 rinsed warm cold water 1,125 17782 5 treated Solution Solution 0,656 103 10 solution containing parts liter 0,313 753 7 magnesium chloride aqueous 0,109 166 10 solution impregnated samples 0,032 96 5 dried forced draft 0,5 88 9 degree F seconds washed 0,296 499 10 degree F moisture content 0,125 37 3 Solution Treatment Curing Curing 0,391 1733 7 degree vii degree 0,531 165 8 degree ix degree degree x 0,063 30 9 degree Sol B 0,656 257 5 iv degree degree v 0,547 20000 3 degree degree degree degree 0,437 823 4 viii degree degree 0,438 20000 8 degree degree degree 1 202 3 degree iii degree degree iv 1,391 7204 8 degree degree x degree 1,609 3792 5 prepared containing Solution 0,406 27 7 magnesium chloride Solution B 0,485 1888 7 solution magnesium chloride Solution 0,531 232 7 solution magnesium chloride acid 0,078 66 8 F forced draft 0,047 59 10 forced draft oven Oven temperature 0,281 65 4 degree F exposure time 0,172 300 8 seconds Oven temperature 0,219 606 6 degree F exposure 0,265 227 4 temperature degree F exposure 0,282 75 5 degree F exposure time 0,25 480 9 temperature degree F exposure 0,313 23 7 time seconds Oven temperature degree 0,297 993 7 exposure time seconds 0,812 2101 4 hot water degree degree 0,141 508 7 warm cold water 0,218 518 3 degree F moisture 0,235 1567 8 half half samples 1,39 410 3 treated Solution Solution B Solution 0,219 235 9 C impregnated aqueous solution 0,031 62 2 dried forced draft oven 1,438 5556 8 degree F containing 0,141 1593 7 moisture content Dry 0,156 38 3 Treatment Solution Treatment Curing 1,062 2224 2 degree degree v 0,453 20000 4 degree degree degree 1,282 317 7 B degree degree iii degree 0,984 3710 6 degree iv degree degree 0,078 277 5 degree degree Sol 1,219 20000 10 C degree degree degree degree 0,75 566 6 iii degree degree iv 0,5 482 4 aqueous solution magnesium chloride Solution 0,719 2136 5 B aqueous solution 1,234 441 4 chloride Solution C aqueous solution 1 415 6 passed squeeze rolls 0,5 413 3 degree F forced 1,313 58 2 selected following systems 0,109 15 9 Oven temperature degree F exposure 0,25 18 4 time seconds Oven temperature 0,281 75 5 degree F exposure time 0,266 369 6 temperature degree F exposure 0,281 151 10 degree F exposure time 1,297 20000 4 temperature degree F 0,281 858 5 exposure time seconds 1,297 20000 4 temperature degree F 1,297 20000 3 temperature degree F 0,312 3475 8 Oven temperature degree 0,297 2433 4 Oven temperature degree 1,75 389 4 water degree degree F containing 0,453 1585 6 aqueous solution acetic 0,782 2661 10 set degree F 0,125 44 7 cut half half samples 0,172 164 7 treated Solution impregnated aqueous 0,406 237 10 solution magnesium chloride treated 0,157 29 4 Solution B impregnated aqueous 0,547 277 10 solution magnesium chloride treated Solution 0,015 80 3 dried forced draft 0,61 2629 6 hot water degree 1,421 6106 9 degree F containing 0,422 1093 2 acetic acid washed 0,188 20 8 set degree F moisture 0,25 127 9 Heat Impregnation Impregnation Solution Treatment 1,562 4508 5 degree degree degree iii degree 0,985 5461 9 degree iv degree degree 1,703 3383 3 degree degree x degree degree 0,094 26 7 Sol B degree degree 0,734 4908 8 iv degree degree 0,672 719 3 degree degree vii degree degree 0,39 47 3 ix degree degree x degree 0,11 353 9 degree Sol C degree 0,719 3710 6 degree iv degree 1,078 9830 10 degree v degree 0,516 719 3 degree vii degree degree 0,469 53 6 viii degree degree x degree 0,5 58 2 cotton print cloth 0,437 89 7 set degree F samples 0,281 122 8 degree F exposure time 0,25 56 5 seconds Oven temperature degree F 0,313 3270 7 Oven temperature degree 0,203 205 6 F exposure time 0,266 188 8 seconds Oven temperature degree 0,25 45 8 F exposure time seconds 0,297 3270 7 Oven temperature degree 0,203 94 2 F exposure time 0,281 161 7 seconds Oven temperature degree 0,203 234 7 F exposure time 0,266 2062 6 washed hot water 1,156 20000 6 degree degree F 0,594 750 7 acid solution samples 0,031 97 6 dried forced draft oven 0,781 2096 7 set degree F 0,031 241 10 draft oven degree 0,657 65 10 hot water degree F containing 0,078 36 3 washed pieces dried 0,203 170 5 content Dry wet 0,437 5841 10 Catalyst Catalyst Treatment 1,797 20000 6 Treatment Treatment Treatment EXAMPLE 0,078 30 10 dried moisture content forced 0,391 88 10 F samples heat treated 0,297 2433 4 Oven temperature degree 0,281 1327 10 Oven temperature degree F 0,297 762 4 exposure time seconds 0,297 2433 4 Oven temperature degree 0,203 94 2 F exposure time 0,438 257 3 washed hot water degree 0,171 21 4 F containing detergent 0,063 47 3 rinsed warm cold water 0,031 109 10 dried forced draft 0,156 97 4 oven set degree F 0,079 96 7 solution gms liter solution 1,046 3466 2 water degree F 0,079 105 10 washed pieces dried 0,718 272 9 measured samples DRY 0,266 148 8 Catalyst Treatment Treatment Sample 0,203 3098 5 Curing Curing degree 0,438 20000 5 degree degree degree 1,453 20000 6 degree degree EXAMPLE 0,109 70 9 cotton twill fabric 0,266 13 4 beta hydroxyethyl sulfone 0,031 237 7 draft oven degree 0,125 275 4 F moisture content 0,328 41 5 temperature degree F exposure time 0,172 300 8 seconds Oven temperature 0,312 20 8 degree F exposure time seconds 0,266 1223 8 Oven temperature degree F 0,281 39 7 exposure time seconds heat 1,422 787 8 water degree F containing 0,047 94 3 aqueous solution gms 0,516 270 2 degree F forced 0,359 245 3 DRY WET degree degree 0,438 20000 2 degree degree degree 0,453 20000 7 degree degree degree 0,547 20000 6 degree degree degree degree 0,359 297 10 zinc nitrate solution Solution 1,047 4691 10 degree F seconds 0,188 221 5 nitrate solution dried 0,25 3986 9 curing degree degree 0,172 73 6 excellent EXAMPLE IX 0,203 295 2 fabric treated EXAMPLE 0,031 37 6 fabric dyed drying 0,453 425 6 X aqueous solutions 1,235 3488 9 EXAMPLE heat treatment 0,547 140 9 carried Radiant Heat 0,156 154 3 cured seconds degree 0,14 383 10 F Dry wet 1,157 11546 6 Solution Solution B 1,172 12563 7 Solution Solution B 1,14 11944 3 DRY degree degree 0,125 57 8 degree degree curing WET degree 1,172 13172 7 degree degree degree Catalyst 0,797 463 3 treatment DRY degree 0,312 3580 7 degree degree degree curing 0,375 796 2 WET degree degree 0,891 11215 5 degree degree Catalyst 0,063 42 4 Catalyst treatment curing 0,093 81 5 carried Radiant Heat 0,657 5841 10 Catalyst Catalyst Catalyst Treatment Treatment 0,125 1150 9 Treatment Treatment Curing 0,296 3098 5 Curing Curing Curing degree degree 0,36 345 8 degree degree EXAMPLE XII 0,031 33 10 pickup padded fabric dried 0,063 49 6 degree F forced draft oven 0,203 282 2 degree F exposure 0,562 3319 9 dried degree F 0,031 238 8 forced draft oven 0,094 339 10 moisture content sample 0,36 34 7 fabric subjected curing 0,734 130 8 cycle seconds degree F 0,062 54 2 gms aqueous solution 0,032 29 10 zinc nitrate liter 0,015 59 10 wet pickup fabric dried 0,094 106 10 moisture content forced 0,297 1219 10 exposure time seconds 0,469 185 7 time seconds iii 0,297 2727 5 Oven temperature degree 0,203 32 6 degree degree F containing detergent 0,047 63 8 rinsed warm cold water 0,203 1041 8 degree F moisture 0,062 144 6 gms aqueous solution 0,016 36 9 cured forced draft 0,203 2463 7 oven degree F 0,234 6251 8 DRY WET DRY WET 0,453 1113 10 DRY WET degree degree degree 0,547 20000 2 degree degree degree degree 0,453 20000 9 degree degree degree 0,938 6113 7 degree degree iii 0,547 20000 5 degree degree degree degree 0,297 162 4 inch width times 0,89 2383 8 Solution heat treated 0,219 478 4 degree F exposure 0,375 36 8 time seconds washing drying 0,328 104 8 F seconds washed 0,656 2206 8 Solution grams aqueous 0,344 1317 3 solution magnesium chloride 0,578 9032 6 grams solution Solution 0,282 27 4 B grams aqueous 0,203 56 5 magnesium chloride grams solution 0,718 2534 2 degree F period 0,797 89 10 seconds Set temperature degree F 1,094 13747 7 aqueous solution containing 0,719 848 9 aqueous solution containing grams solution 0,297 104 6 emulsion grams solution 0,031 102 6 dried forced draft 0,078 184 9 oven drying samples 0,203 224 10 oven degree F seconds 0,266 372 3 fabrics described Example 0,625 124 5 acid solids grams 0,531 48 6 solution Solution B grams aqueous 0,406 322 8 acid solids grams 0,782 36 2 temperature degree F period seconds 0,859 681 4 Set temperature degree F 0,109 54 3 wash wear EXAMPLE 0,422 93 4 solution prepared mixing grams 0,485 10 10 water grams citric acid mixture 0,312 37 10 produced DuPont trademark 0,078 37 10 orlon rayon rayon 0,281 71 7 heating cycle forced 0,579 330 4 F period seconds 0,031 80 3 dried forced draft 0,203 22 9 commercially available garment 0,047 32 8 cured forced draft oven degree 0,094 151 4 cured samples tested 0,406 9798 7 drying washing drying 0,578 322 2 containing grams aqueous solution 0,375 153 8 N N bis hydroxy methyl 0,109 77 6 fabric impregnated solution containing 0,391 1168 3 grams aqueous solution 0,141 21 10 emulsion grams polyethylene 0,843 3974 9 glycol molecular weight 0,032 85 4 dried forced draft 0,031 17 8 commercially available garment 0,25 1303 7 impregnated solution containing 0,156 181 9 oven set degree F 0,297 64 6 period seconds washed 0,266 93 10 procedures fabric woven 0,5 516 3 containing grams grams aqueous 0,062 36 9 standard procedures cured 0,047 47 4 forced draft oven degree F 0,578 146 3 obtained treated fabrics 0,047 863 7 Fabric woven yarn 1,406 656 9 heat step process invention 0,141 69 8 textile material step process 0,578 523 4 subsequent heating step 0,25 70 7 conditions unexpected results 1,031 1552 7 obtained treatment material 0,703 697 2 amount heat energy 0,25 709 7 structure cross linking 0,641 65 9 amount heat energy applied 0,031 52 6 dried impregnated textile 0,11 24 5 complete curing cross 0,421 1005 4 amount heat energy 1,688 240 9 required obtain desired result 0,297 729 8 substantial cross linking 3,25 1255 5 provided connection Example 0,078 106 7 fabric cross linking 0,641 1053 10 approximate range weight 0,421 97 5 metal acetates carbonates bicarbonates 0,36 509 9 preferred catalysts steps 0,39 202 10 suitable parameter particularly 1,407 11734 8 acid forming salts 0,218 406 9 based weight cellulose 0,688 707 10 step process cross 0,828 90 2 temperature selected indicated 1,734 4957 2 Generally temperatures degree 1,11 3797 9 F degree F reaction 1,062 468 5 shorter times indicated 0,86 20000 10 higher temperatures high 0,765 1128 8 prior heating step 0,313 143 10 heating step critical 0,422 26 10 long conducted drying 0,093 159 10 fibers temperatures curing 0,86 221 8 step preferably degree F 1,25 7688 7 Temperatures range degree F 2,015 288 10 present invention higher temperatures order 0,407 366 8 degree F conveniently 0,468 48 4 setting relatively short 0,094 186 8 employed Radiant heat 0,203 74 4 shown Examples curing 0,578 854 8 heating step subsequent 0,063 14 8 thereto prior curing 0,453 689 8 linked process invention 1,375 789 8 present invention suitable treating 0,234 97 4 regenerated cellulose linen 1,407 13131 7 present invention treatment 1,468 327 5 understood present invention equally 0,157 521 7 fibers textile forms 2,281 14664 7 addition present invention 0,219 216 9 desired configuration fabrication 0,14 93 7 fabric Modifications invention 0,719 20000 9 skilled art departing scope 0,469 1706 9 R radical chain 0,594 22 5 identical different represents linear branched 0,89 78 3 carbon atoms form part 0,5 355 7 sub identical different represents 0,391 146 3 methylene ethylene radical 0,156 4702 6 Paris Appl Filed 0,75 20000 8 June U S Class 1,484 2518 8 Class F F L Field 2,407 258 7 G R C R References 0,218 20000 10 Cited Referenced U 0,266 20000 8 S Patent Documents 0,922 20000 6 L Attorney Agent 0,109 5866 4 Firm Cushman Darby 0,235 4804 8 acid oxalic acid 0,625 20000 6 carbon atoms carbon atoms 0,703 44 3 form part polymer chain 0,375 12009 10 carbon atoms radical 0,563 231 2 R sub identical different represents 0,203 25 6 claim form suture 0,078 13 6 surgical article claim 1,719 222 2 claim form solid 0,359 208 7 article claim non 0,094 45 7 consisting polyethylene glycol terephthalate 0,062 16 9 surgical article claim 1,078 5810 3 material selected group 0,297 245 6 non human animal 0,547 67 2 claim form tape 0,063 15 8 surgical article claim 0,703 369 2 article claim form 0,062 11 4 surgical article claim 0,281 89 4 form wrapped yarn 0,157 73 2 yarn Description present 2,109 556 3 various materials provide 0,094 1 9 bioresorbable present invention 0,328 1573 4 radical general formula 0,141 45 9 STR R sub R sub 0,531 632 8 example ethylene methyl 0,219 12 10 ethylene dimethyl ethylene trimethylene methyl 0,031 313 8 trimethylene methyl trimethylene 0,094 16 4 dimethyl trimethylene tetramethylene 0,359 123 6 units formula mol units 0,344 338 9 Ethylene glycol propylene glycol propane 0,157 18 8 diol methyl propane diol dimethyl 0,109 449 7 propane diol butane diol 0,047 1222 4 butane diol butane diol 0,312 111 4 cyclohexane dihydroxy cyclohexane 0,11 255 2 bis hydroxymethyl cyclohexane 0,312 175 10 individually mixture possible 0,094 513 8 ethylene glycol mol glycols 0,047 20 9 methyl propane diol dimethyl propane 1,031 709 6 generally sup g 0,328 391 3 mechanical properties tensile strength 0,344 364 8 easily require special 1,047 930 3 known long time 0,765 12509 10 see U S 0,438 1116 6 Pat V V 0,156 845 10 Chem V V 0,266 760 3 HOUBEN WEYL Methoden der organischen 0,14 195 10 sulphuric acid p toluenesulphonic 0,781 10030 8 acid metal salts 0,219 48 4 setting relatively short