ITAR20110008A1 - INVENTION PATENT FOR INDUSTRIAL MODEL GRANTED FOR TITLE: SECURITY ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, MADE FROM NUMBER 1 (ONE) TO NUMBER 5 (FIVE) LAYERS OF SPECIAL MATERIALS, VARIOUS THICKNESSES, VARIOUS THICKNESSES AND WEAVES ACC - Google Patents

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THE ANTI-PERFORATION SAFETY INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, IS COMPOSED OF NUMBER 1 (ONE) 0 NUMBER 2 (TWO) 0 NUMBER 3 (THREE) OR NUMBER 4 (FOUR) OR NUMBER 5 (FIVE) LAYERS OF PARTICULAR MATERIALS, WITH VARIOUS THICKNESSES, OR VARIOUS D-TEX OR VARIOUS DIAMETERS AND TEXTURES: FROM MM (MILLIMETERS) 0.5 (ZERO COMMA FIVE) TO MM (MILLIMETERS) 5.2 (FIVE COMMA TWO) PER LAYER COUPLED OR ASSEMBLED BETWEEN THEM WITH NATURAL OR CHEMICAL ADHESIVES WITH VARIOUS DEGREES OF DRY, AND / OR SOLVENT EVAPORATION OR WATER AND / OR HOT AND / OR COLD AND / OR PRESSURE, ALSO WITH ADDITION OF POLYMERS AND / OR SILICATES ANTISTATICS OR DISSIPATIVES , 0 WITH COHESIVE-REACTIVE EXTRUSION HOT MIELT SYSTEM.

THE FABRICS THAT FORM THE LAYERS OF THE ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, ARE MADE WITH YARNS:

. PARA-ARAMIDE WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE MATERIALS

OR CONDUCTIVE WITH D-TEX DIFFERENT BETWEEN THEM IN WEFT AND / OR WARP

• ARAMID WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE MATERIALS OR

CONDUCTIVES WITH D-TEX DIFFERENT BETWEEN THEM IN WEFT AND / OR WARP

• HT POLYESTER (HIGH TENACITY) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN THE WEFT AND / OR IN THE WARP

• POLYBENZOXAZILE (HIGH TENACITY) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

. POLYAMIDE (HIGH TENACITY ^ WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

• NYLON 6 HT (HIGH TENACITY) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

• NYLON 6.6 HT (HIGH TENACITY) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

• POLYETHYLENE HT (HIGH TENACITY) WITH 0 WIRELESS 0 ANTISTATIC MATERIALS 0 DISSIPATIVE 0 CONDUCTIVE WITH DIFFERENT D-TEX IN WEFT AND / OR WARP

• POLYPROPYLENE HT (HIGH TENACITY) WITH 0 WITHOUT WIRES OR ANTISTATIC MATERIALS 0 DISSIPATIVES 0 CONDUCTIVE WITH DIFFERENT D-TEX IN THE WEFT AND / OR IN THE WARP

THE ANTI-PERFORATION SAFETY INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, IS ALSO MADE WITH LAYERS OF: LEATHER OR LEATHER AND ANIMAL OR VEGETABLE FABRICS, 0 LEATHER OR SIMILAR ALSO REGENERATED, COUPLED OR ASSEMBLED WITH MULTIPLE MATERIALS AND FABRICS IN COTTON, LINEN OR MIXED LINEN, METALLIC, GORE-TEX, POLYPROPYLENE, VISCOSE, POLYAMIDE, CORK OR SYNTHETIC AGGLOMERATE ALSO OF CORK.

THE FABRICS THAT FORM THE LAYERS OF THE SAFETY ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, ARE COMPOSED OF YARNS WITH DIFFERENT TITLES, WEAVINGS AND THICKNESSES:

. HT POLYESTER (HIGH TENACITY) WITH THREADS OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS, OF TITLE IN WARP 550 D-TEX AND WEFT 550 D-TEX CONTINUOUS YARN WITH 74 WIRES (SEVENTY FOUR) AND WEFT 51 (FIFTY-ONE) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

• HT POLYESTER (HIGH TENACITY) WITH ANTI-STATIC OR DISSIPATIVE OR CONDUCTIVE THREADS OR MATERIALS, OF TITLE IN WARP 550 D-TEX AND WEFT 1100 D-TEX CONTINUOUS YARN WITH WARP WIRES 74 (SEVENTY FOUR) AND WEFT 44 (FORTY FOUR) ) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

• HT POLYESTER (HIGH TENACITY) WITH ANTI-STATIC OR DISSIPATIVE OR CONDUCTIVE WIRES OR MATERIALS, TITLE IN WARP 550 D-TEX AND WEFT 1670 D-TEX CONTINUOUS YARN WITH WARP WIRES 74 (SEVENTY FOUR) AND WEFT 36 (THIRTY-SIX ) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

. HT POLYESTER (HIGH TENACITY) WITH ANTI-STATIC OR DISSIPATIVE OR CONDUCTIVE WIRES OR MATERIALS, OF TITLE IN WARP 550 D-TEX AND WEFT 2200 D-TEX CONTINUOUS YARN WITH WARP WIRES 74 (WEEK FOUR) AND WEFT 30 (THIRTY) ) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% PLUS 0 LESS (+/-)

• HT POLYESTER (HIGH TENACITY) WITH WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS, WITH TITLE IN WARP 550 D-TEX AND WEFT 3300 D-TEX CONTINUOUS YARN WITH WARP WIRES 74 (SEVENTY FOUR) AND WEFT 20 (TWENTY ) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

• HT POLYESTER (HIGH TENACITY) WITH ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE THREADS OR MATERIALS, WITH TITLE IN WARP 550 D-TEX AND WEFT 4400 D-TEX CONTINUOUS YARN WITH WARP WIRES 74 (SEVENTY FOUR) AND WEFT 16 (SEDICI ) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

• HT POLYESTER (HIGH TENACITY) WITH ANTI-STATIC OR DISSIPATIVE OR CONDUCTIVE THREADS OR MATERIALS, WITH TITLE IN WARP 1100 D-TEX AND WEFT 550 D-TEX CONTINUOUS YARN WITH 38 (THIRTY-EIGHT) AND 50 WEFT WIRES (FIFTY) ) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

. HT POLYESTER (HIGH TENACITY) WITH ANTI-STATIC OR DISSIPATIVE OR CONDUCTIVE THREADS OR MATERIALS, TITLE IN WARP 1100 D-TEX AND WEFT 1100 D-TEX CONTINUOUS YARN WITH 38 (THIRTY-EIGHT) AND 40 WEFT WIRES (FORTY) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

. HT POLYESTER (HIGH TENACITY) WITH ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE THREADS OR MATERIALS, TITLE IN WARP 1100 D-TEX AND WEFT 1670 D-TEX CONTINUOUS YARN WITH 38 (THIRTY-EIGHT) AND 35 WEFT WIRES (THIRTY-FIVE) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

. HT POLYESTER (HIGH TENACITY) WITH ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE THREADS OR MATERIALS, TITLE IN WARP 1100 D-TEX AND WEFT 2200 D-TEX CONTINUOUS YARN WITH 38 (THIRTY-EIGHT) AND 30 (THIRTY) WEFT YARNS WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

HT POLYESTER (HIGH TENACITY) WITH ANTI-STATIC OR DISSIPATIVE 0 CONDUCTIVE WIRES OR MATERIALS, WITH TITLE IN WARP 1100 D-TEX AND WEFT 3300 D-TEX CONTINUOUS YARN WITH 38 (THIRTY-EIGHT) AND 20 (TWENTY) WEFT YARNS WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

• HT POLYESTER (HIGH TENACITY) WITH ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE THREADS OR MATERIALS, WITH TITLE IN WARP 1100 D-TEX AND WEFT 4400 D-TEX CONTINUOUS YARN WITH 38 (THIRTY-EIGHT) AND 16 WEFT WIRES (SEDICI ) WITH A VARIATION RANGE IN BOTH WARP AND WEFT OF 20% MORE OR LESS (+/-)

THE ABOVE FABRICS CAN ALSO BE MADE WITH THE FOLLOWING YARNS, USED INDIVIDUALLY OR MIXED WITH THE SAME PROCESSING SYSTEMS BOTH IN D-TEX AND IN WEFT AND / OR WARP OR IN WARP AND WEFT.

• PARA-ARAMIDE WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE MATERIALS

OR CONDUCTIVE WITH D-TEX DIFFERENT BETWEEN THEM IN WEFT AND / OR WARP

• ARAMID WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE MATERIALS OR

CONDUCTIVES WITH D-TEX DIFFERENT BETWEEN THEM IN WEFT AND / OR WARP

• HT POLYESTER (HIGH TENACITY <7>) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

• POLYBENZOXAZILE (HIGH TENACITY <7>) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

• POLYAMIDE (HIGH TENACITY <7>) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN THE WEFT AND / OR IN THE WARP

- NYLON 6 HT (HIGH TENACITY <7>) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

. NYLON 6.6 HT (HIGH TENACITY <7>) WITH OR WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR IN

WARP <'>

• HT POLYETHYLENE (HIGH TENACITY <7>) WITH 0 WIRELESS 0 ANTISTATIC OR DISSIPATIVE MATERIALS OR CONDUCTIVE WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

• HT POLYPROPYLENE (HIGH TENACITY) WITH 0 WITHOUT WIRES OR ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS WITH DIFFERENT D-TEXS IN WEFT AND / OR WARP

THE TECHNIQUES THAT ARE USED TO MAKE THE YARN ANTISTATIC 0 DISSIPATIVE OR CONDUCTIVE ARE GIVEN BY THE USE OF HIGH TENACITY YARNS OF VARIOUS THICKNESSES 0 D-TEX 0 DIAMETER OR BY ANY CHEMICAL OR NATURAL NOSE TREATED WITH THE FOLLOWING UV SYSTEMS: I ΝΤΈ RUCCI ATU RA, SPRAYING, RETURNING AND TWISTING, TWISTING, BRAIDING, BALANCING, TWISTING, PLAINING, KNITTING, IMMERSION, SPREADING, CASTING, IMPREGNATING OR COUPLING.

TO OBTAIN ANTI-ST ATICITY OR DISSIPATION OR CONDUCTIVITY, TO HIGH TENACITY NUTS OF VARIOUS THICKNESSES OR D-TEX OR DIAMETER 0 IN ANY CASE TO ANY CHEMICAL OR NATURAL NOSE TREATED WITH THE ABOVE UV-EMPTYING SYSTEMS, OTHER SYSTEMS ARE ADDED THE FOLLOWING MATERIALS: POLYMERS - SILICATES - CARBON - COPPER - SILVER - GOLD - PUTINUS - AND ALL FERROUS AND MINERAL MATERIALS - HALOGENATES - SULFURES - TETRAEDI - OXIDES - HALOGENS - ALIPHATIC POLYURETHANE - ETHYCOL - MONOSTERY ETOXYSIUTE AMIDE - NORBORNENE - POLYNORBORNENE - MONOSTEARATE - DIETHANOCAMIDE.

TO OBTAIN ANTI-STATICITY 0 DISSIPATION 0 CONDUCTIVITY OF SUDDETS

FABRICS ARE ADDED AND / OR IN WEFT AND / OR WARP ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE WIRES FROM 1 (ONE) TO 12 (TWELVE) OF VARIOUS THICKNESSES 0 D-TEX 0 DIAMETER 0 ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE MATERIALS (AS DESCRIBED ABOVE PARAGRAPH OF THE ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE TREATMENT OF THE TREATED NOSE).

1 ANTISTATIC 0 DISSIPATIVE 0 CONDUCTIVE WIRES FROM 1 (ONE) TO 12 (TWELVE) OF VARIOUS THICKNESSES OR D-TEX 0 DIAMETER, MAY HAVE GEOMETRIC, AND / OR SPIRAL SHAPES, AND / OR FANTASY, CONTINUOUS OR SEPARATE OR CONNECTED DRAWINGS , ON THE SURFACE AND / OR INSIDE THE FABRIC, WHICH ALL CAUSE EVERYONE TO HAVE ANTI-STATIC, DISSIPATION OR CONDUCTIVITY LAW EN 20345 OF 2010.

THE LAYERS WHICH MAKE UP THE ANTI-PERPHU FOOTBED RATION LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, BEFORE BEING GLUED AND COUPLED OR ASSEMBLED TOGETHER TO FORM A SINGLE BODY, CAN ALSO BE COATED INDIVIDUALLY WITH THE FOLLOWING ADHESIVES AND / OR ADHESIVES O SEALANTS: POLYURETHANES WITH SOLVENT 0 HOT WATER OR COLD, SINGLE-COMPONENT POLYURETHANES, TWO-COMPONENTS, TRICOMPONENTS, NEOPRENIC SOLVENTS WITH HOT OR COLD, HOT LACTICS 0 COLD, POLYURETHANES, POLYLICONIC SILICONIC, SILICON-A-CURETHANE GLUE HOT 0 COLD, POLYVINICLORIDE, HOT ACRYLIC 0 COLD, FILM / FILM, HOT 0 COLD RESINS, CASTABLE RESINS, NYLON, EREIC, EPOXY, CREEP (PARA), TPU, PVC, TR, NATURAL RUBBERS, SYNTHETIC RUBBERS , LATEX RUBBER AND FOAM RUBBER 0 EXTRUSION ADHESIVES, VETRIFIED OR CERAMIC ADHESIVES, THERMOFONDING, THERMOFIXABLE, THERMOFUSIBLE, HRO, ÈVA, STUCCO. THESE MATERIALS CAN BE USED INDIVIDUALLY OR MIXED BETWEEN THEM.

ALL MATERIALS CAN BE OF VARIOUS COLORS.

THE ABOVE ADHESIVES, SEALANTS AND ADHESIVES MAY BE ADDED POLYMERS OF CARBON, COPPER, SILVER, GOLD, DROGATED OR ORIENTED PHENYLENE, DROGED TRANS-POLYCETYLENE, SILICATES, GYPSUM, GYPSUM SCAIOLA, OXIDES, ALOGEN, ALOGEN, ALOGEN , SULFURES, TRETRAEDI, FERROSIS, MINERALS, SILICONES, MONOASTERS, GLYCEROL, ETHOXYLATED AMINES, ETOXYLATED AMIDES, NORBORNENE, POLYNORBORNENE, MONOSTEARATE, FIBROGYPSIS, PHENES, ETHER, PHOSPHARIC, DIETHANICIDE, DIETHANICIDE. FOR THE COUPLING OR ASSEMBLY OF THE VARIOUS LAYERS THAT MAKE UP THE ANTI-PERFORATION INSOLE, THE SUBJECT OF THE PATENT, LAW EN 12568 OF 2010, DIFFERENT TYPES OF ADHESIVES WITH DIFFERENT POLYMERS SINGLE OR MIXED BETWEEN CAN BE USED FOR EACH LAYER.

THE ABOVE COMBINATIONS OF POLYMERS ARE USED IN DIFFERENT PERCENTAGES TO GIVE MORE BODY AND RESISTANCE TO THE ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, AND TO OBTAIN ANTISTATICITY OR DISSIPATION OR CONDUCTIVITY.

THE INDIVIDUAL LAYERS CAN BE GLUED AND COUPLED OR ASSEMBLED TOGETHER TO FORM A SINGLE BODY, OR THEY CAN BE FIRST COATED OR GLAZED - IN EVERY PART OF THE FABRIC OR IN SINGLE PARTS - 0 BY ROLLER, 0 BY PRESSURE 0 BY IMMERSION OR FIRE / FLAME, 0 COMB, 0 WITH IMPREGNATION, THEN SUBSEQUENTLY COUPLED OR ASSEMBLED BETWEEN THEM HOT AND / OR COLD, OR PRESSURE, 0 HOT MIELT, OR ADHESIVE REACTIVE, 0 EXTRUSION WITH HEAD, 0 COATING REACTIVATED BY INFRARED RAYS, LASER, HEAT JET PHON, HALOGEN LAMPS OR ANY KIND OF HEAT SOURCE OVER 30 DEGREES, 0 COLD, 0 PRESSURE, WHEN REQUIRED BY PROCESSING.

THESE OPERATIONS ALSO HAVE THE FUNCTION OF CLOSING THE INTERSTITIONS EXISTING BETWEEN WEFT AND WARP. THE PRESSURE EXERCISED WHEN HOT OR COLD TO COUPLE OR ASSEMBLE THE LAYERS THAT MAKE UP THE ANTI-PERFORATION INSOLE IN A SINGLE BODY, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, GIVES THE SAME MORE GUARANTEES OF PROTECTION BY AVOIDING THE PENETTE WITH THE SAME EFFICACY. . THE PRESSING AND GLUING OF THE SAME TO THE SOLE IMPORTANTLY REDUCES THE DRAWING OF MATERIALS USED FOR ITS REALIZATION AFTER THE SHEARING, WITH SIGNIFICANT SAVINGS OF TIME FOR THE FINISHING OF THE FOOTWEAR, ATTRIBUTING A MORE ELEGANT LOOK TO THE SAME LINE IN ADDITION TO SPEED UP THE PRODUCTION OF THE SAME.

THE ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, CAN ALSO BE COATED AND SCREEN-PRINTED, OR ONLY COATED OR ONLY SCREEN-PRINTED, ON THE PART THAT ANCHORS TO THE SOLE WITH ADHESIVES AS DESCRIBED ABOVE: THIS ANTI-FAVORATION SOLID OPERATION TO THE SOLE. THE ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, MAY HAVE VARIOUS MODELS AND SHAPES.

MAIN FEATURES OF THE ANTI-PERFORATION INSOLE

THE ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, HAS THE CHARACTERISTIC OF OFFERING MAXIMUM COMFORT AND ANTI-PERFORATION SAFETY TO THE END USER, THANKS TO FLEXIBILITY.

THE FLEXIBILITY OF THE ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, HAS BEEN OBTAINED FROM IN-DEPTH STUDIES CARRIED OUT AT NS. LABORATORIES, SUPPORTED BY NUMEROUS FIT AND STABILITY TESTS FOR EVERY WORKING SECTOR, WHICH HAVE RESULTED THE PERFECT BALANCE AT THE LEVEL OF SUPPORT OF THE SPINE BOTH IN THE VERTICAL SECTION AND IN THE HORIZONTAL SECTION, OF THE BASIN, THE ASSIGORUS AND THE VERTE POSTURE.

DETAILS! A 'OF THE ANTI-PERFORATION INSOLE

ONE OF THE CHARACTERISTICS OF EXCELLENCE OF NS. SOLETTO ARISES FROM THE RESULTS OBTAINED FROM A PARTICULAR PROCESSING OF THE FABRIC OF WHICH IT IS COMPOSED, WHICH ALLOWS US TO HAVE AN EXCELLENT WELDING GUARANTEE OF THE SAME, WITH ALL THE MATERIALS AND ALL THE PROCESSING THAT ARE CARRIED OUT FOR THE CONSTRUCTION OF THE CAZOLATURE OF THE ACCIDENT PREVENTION.

UTILITY OF ANTI-PERFORATION INSOLE

THE ANTI-PERFORATION SAFETY INSOLE, LAW EN 12568 DEL, SUBJECT OF THE PATENT, IS SUITABLE FOR ALL TYPES OF FOOTWEAR: SAFETY, TECHNICAL, FASHION, AND FOR ALL TYPES OF PROCESSING: IDEAL, GOOD YEAR, NEEDLE, VULCANIZED, INJECTED . THE MATERIAL WITH WHICH THE ANTI-PERFORATION SAFETY INSOLE IS MADE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, CAN BE USED IN THE VARIOUS SECTORS: MILITARY, PERSONAL PROTECTION, CIVIL PROTECTION, MECHANICS, AERONAUTICS, BALLOYS, CLOTHING REQUIRED THE USE OF HIGH RESISTANCE MATERIALS. THE SAFETY ANTI-PERFORATION INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, CAN ALSO BE USED AS AN ESSENTIAL ELEMENT FOR THE CONSTRUCTION OF SOLES.

THE ANTI-PERFORATION SAFETY INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, OFFERS COMFORT ALSO THANKS TO THE POSSIBLE INSERTION, INSIDE THE SANDWICH, OF MATERIAL LAYERS OF: RUBBER FOAM, RUBBER, LATEX, POLYURETHANE, FABRICS, TNT, TNT ABSORBENT MATERIAL, BOLTING MATERIAL, SOUNDPROOF MATERIAL OR WITH NATURAL AND SYNTHETIC YARNS, ALUMINUM AND KEVLAR, AND HOW MUCH ELSE ALLOWS THE INSOLE A GREATER ADAPTATION TO ANY FOOT SHAPE. THE MATERIALS USED ARE ANTISTATIC OR DISSIPATIVE OR CONDUCTIVE.

THE FABRIC USED IN A SINGLE LAYER OR COUPLED OR ASSEMBLED, COATED OR NOT, SUBJECTED TO SPECIAL TREATMENTS, ALSO WITH WATERPROOFING TECHNIQUES, WHICH CAN ALSO BE USED IN ALL SECTORS OF TECHNICAL AND MILITARY CLOTHING, FOOTWEAR, LEATHER AND LEATHER , CIVIL AND MILITARY HARNESSES, INDIVIDUAL AND MILITARY PROTECTION, ITS PURPOSE PROTECTION AGAINST ANIMAL AGGRESSION, ATMOSPHERIC AGENTS, MECHANICS, NATURAL, BALLISTICS, ANTI-TAP, ANTI-KNIFE, ANTI-BULLET AND ANTI-SCRATCH.

Claims (1)

CLAIMS THE ANTI-PERFORATION SAFETY INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, IS COMPOSED OF NUMBER 1 (ONE) 0 NUMBER 2 (TWO) 0 NUMBER 3 (THREE) 0 NUMBER 4 (FOUR) 0 NUMBER 5 (FIVE) LAYERS OF PARTICULAR MATERIALS, HAVING VARIOUS THICKNESSES AND TEXTURES, COUPLED WITH NATURAL OR CHEMICAL ADHESIVES, HOT AND / OR COLD AND / OR PRESSURE 0 TO PROCESSING HOT MIELT COHESIVE- REACTIVE TO EXTRUSION, ALSO WITH THE ADDITION OF POLYMERSÒ 'ALSO BE MADE WITH THE COUPLING OF LEATHER, LEATHER-LIKE, T NT, LEATHER, SYNTHETIC, NATURAL, CHEMICAL, AGGLOMERATED, OR REGENERATED MATERIALS. THE ANTI-PERFORATION SAFETY INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, IS COMPOSED OF NUMBER 1 (ONE) 0 NUMBER 2 (TWO) 0 NUMBER 3 (THREE) 0 NUMBER 4 (FOUR) 0 NUMBER 5 (FIVE) LAYERS OF PARTICULAR MATERIALS, HAVING VARIOUS THICKNESSES AND TEXTURES COMBINED WITH NATURAL OR CHEMICAL ADHESIVES WHEN HOT AND / OR COLD AND / OR PRESSURE AND OR NATURAL WHEN HOT AND COLD AND / OR PRESSURE OR HOT MIELT COHESIVE-REACTIVE BY EXTRUSION 01. THE LAYERS IT IS COMPOSED MAY HAVE DIFFERENT TEXTURES AND THICKNESSES (EACH LAYER) AND CAN BE OVERLAPPED IN VARIOUS COMBINATIONS WITHOUT A SPECIFIC ORDER BUT ALWAYS AND IN ANY CASE IN COMPLIANCE WITH THE LAW EN 12568 OF 2010. THE ANTI-PERFORATION SAFETY INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, IS COMPOSED OF NUMBER 1 (ONE) OR NUMBER 2 (TWO) OR NUMBER 3 (THREE) OR NUMBER 4 (FOUR) OR NUMBER 5 (FIVE) LAYERS OF PARTICULAR MATERIALS, HAVING VARIOUS THICKNESSES AND TEXTURES, COUPLED WITH NATURAL OR CHEMICAL ADHESIVES, HOT AND / OR COLD, AND / OR PRESSURE, AND / OR COHESIVE-REACTIVE HOT MIELT PROCESSING TO EXTRUSION, AND AS PER CLAIMS 1 - 2. THE LAYERS IT IS COMPOSED EACH HAVE A THICKNESS RANGING FROM A MINIMUM OF MM (MILLIMETERS) 0.5 (ZERO COMMA FIVE) TO A MAXIMUM OF MM (MILLIMETERS) 5.2 (FIVE COMMA TWO) DEPENDING ON THE YARNS USED. 4. THE ANTI-PERFORATION SAFETY INSOLE, LAW EN 12568 OF 2010, SUBJECT OF THE PATENT, IS COMPOSED OF NUMBER 1 (ONE) 0 NUMBER 2 (TWO) 0 NUMBER 3 (THREE) 0 NUMBER 4 (FOUR) 0 NUMBER 5 (FIVE ) LAYERS OF PARTICULAR MATERIALS WITH VARIOUS THICKNESSES AND TEXTURES, COUPLED BETWEEN THEY WITH NATRURAL OR CHEMICAL ADHESIVES, HOT AND OR COLD, AND OR PRESSURE, AND COHESIVE-REACTIVE EXTRUSION HOT MIELT PROCESSING AND AS PER CLAIMS N. 1 - 2 -3. THE THICKNESS OF THE INSOLE ANTIPERFO SAFETY RATION, LAW EN 12568 OF 2010, SUBJECT OF PATENT, ABOVE DESCRIBED MUST BE INCLUDED BETWEEN A MINIMUM OF MM (MILLIMETER) 2.6 (TWO COMMA SIX) TO A MAXIMUM OF MM (MILLIMETER) 5.4 (FIVE COMMA FOUR). 5. THE NS. INSOLE, AS IT IS MADE, IT IS SUITABLE TO BE COUPLED WITH ANY NATURAL OR SYNTHETIC MATERIAL, HRO, PU, PU- RUBBER, BOTH INJECTED, BOTH SEWED WITH NEEDLE; THIS PROVIDES A SPECIAL GUARANTEE OF ADHERENCE OF THE INSOLE WITH SOLE AND UPPER.