TH94855A - Vapor permeable and waterproof insole for shoes Shoes that use such soles and the method for manufacturing such soles and shoes. - Google Patents

Abstract

The DC60 vapor permeable and waterproof insole for the shoe consists of - molded rubber sections (14) arranged with a number of through holes (15) - multi-layer assemblies (16), which are positioned so that they are positioned at The area where the through holes (15) are arranged and consist of a membrane (17) through which water vapor and liquid impermeable. And the vapor-permeable or perforated protective layer (18), which is placed directly under the membrane (17), the cast rubber (14) is of the type, which is pressed over the assembly (16). (14) still encompasses the edge The lower perimeter and the upper perimeter of assembly (16) to form the perimeter seal (24), which is used to avoid liquid build-up. Assembly (16) consists of a vapor-like layer. Passable or perforated (19), which is placed directly under the protective layer (18) so that it is positioned where the through hole (15) is arranged, the layer-like part (19) is used to avoid Avoid contact of the molded polymer material with the protective layer (18) during the extrusion process, the molded rubber part (14), the mold-like layer (19) is also attached to the protective layer (18). By forming it with at least one common surface (25) where water vapor flows through it is used to aid the vapor passage. The vapor-permeable and water-resistant insole for the shoe consists of - a molded rubber section (14) arranged with a number of through holes (15) - a multi-layer assembly (16), which is positioned so that it rests in the area. The through holes (15) are arranged and consist of a membrane (17) through which steam and liquid are impermeable. And the vapor-permeable or perforated protective layer (18), which is placed directly under the membrane (17), the cast rubber (14) is of the type, which is pressed over the assembly (16). (14) still encompasses the edge The lower perimeter and the upper perimeter of assembly (16) to form the perimeter seal (24), which is used to avoid liquid build-up. Assembly (16) consists of a vapor-like layer. Passable or perforated (19), which is placed directly under the protective layer (18) so that it is positioned where the through hole (15) is arranged, the layer-like part (19) is used to avoid Avoid contact of the molded polymer material with the protective layer (18) during the extrusion process, the molded rubber part (14), the mold-like layer (19) is also attached to the protective layer (18). By forming it with at least one common surface (25) where water vapor flows through it is used to aid the vapor passage.

Claims (5)

1. Vapor-permeable and water-repellent insole for shoes includes - molded rubber sections (14, 114, 214) provided with a number of through holes (15, 115, 215) - multi-layer assembly (16, 116). , 216) which is positioned so that it rests at the The through holes (15, 115, 215) are arranged and consist of a membrane (17, 117, 217) through which the steam passes. Can and liquid impermeable And vapor barrier or perforated layers (18, 118, 218), which are positioned Directly beneath the membrane (17, 117, 217), the molded rubber (14, 114, 214) is crushed over the assembly (16, 116, 216). (14, 114, 214) also encompasses the bottom perimeter, upper perimeter and edge of the assembly (16, 116, 216) to form the perimeter (24), which is used to avoid Flow up the liquid The insole will be made with the characteristics that The assembly (16, 116, 216) consists of vapor-permeable or perforated layer-like sections (19, 119, 219) that are placed directly under the protective layer (18, 118, 218) so that Will let you rest Where the through holes (15, 115, 215) are located, such layer-like sections (19, 119, 219) are used to avoid contact of the polymer composite material with the layer. Such protection (18, 118, 218) during the compression process of molded rubber sections (14, 114, 214), such class (19, 119, 219) is also attached to the protective layer. (18, 118, 218) by forming an inter-layer pattern Such protection (18, 118, 218) and such layer-like parts (19, 119, 219) with at least one common surface (25) through which water vapor can flow. These substrates are used to facilitate vapor permeability. 2. Vapor permeable and waterproof insoles for footwear according to claim 1, characterized by such a layer (19, 119). , 219) has a smaller surface dimension. Such membranes (17, 117, 217) and such a protective layer (18, 118, 218). The same layer (19, 119, 219) is located away from the edge of the protective layer (18, 118, 218). 3. Vapor permeable and waterproof insole for the shoes according to the above claim. Any one It is characterized by the fact that such layer-like sections (19, 119, 219) are arranged on the surface for contact with the protective layer (18, 118, 218) with a point-dispersed adhesive. Or contour and is used to ensure during manufacturing that the layer-like part adheres to the This protection (18, 118, 218), which keeps the said assembly (16, 116, 216) together. 4. Vapor permeable and waterproof soles for the shoes in accordance with the above claim. Any one With the characteristic feature that such class-like sections (19, 119, 219) were made up It is a water- and vapor-repellent material that can form a barrier to the polymer materials that make up the material. The step is the rubber molded part (14, 114, 214) 5. Vapor permeable and water resistant insole for footwear according to claim 4, with the characteristic that the class-like part (19, 119, 219) is assembled by one kind. Of the materials as follows Woven fabric (woven fabric) or pile fabric (needle felt) type EVA leather micro-holes 6. Vapor-permeable and waterproof insole for Shoes according to the above claim Any one It is characterized by that the dimensions of the surface and the shape of the protective layer (18, 118, 218) are comparable to that of the membrane (17, 117, 217). Vapor permeable and waterproof for footwear according to claim 6, with the characteristic that the perimeter of the protective layer (18, 118, 218) is reduced in thickness. 8. Vapor permeable and protective insole. Water for shoes according to any of the claims 1 to 5 It is characterized by that the protective layer (18, 118, 218) has a small surface dimension. (17, 117, 217), with its perimeter (17, 117, 217) farther from the edge of the membrane (17, 117, 217) 9. Vapor permeable and waterproof insole for insole. Shoes according to the above claim Any one It is characteristic that such a protective layer (18, 118, 218) is made of repellent materials. Water that can be dried in a short time 1 0. A vapor permeable and waterproof soles for footwear according to claim 9, with the characteristic that such a protective layer (18, 118, 218) is assembled by One type of material is woven fabric, nonwoven fabric, pile fabric, or needle felt. 1 1 Vapor permeable and waterproof insole for the shoes according to the above claim. Any one It is unique that the membranes (17, 117, 217) and the protective layers (18, 118, 218) are connected to each other by dotted with adhesive method. Durable 1. Water vapor permeable and waterproof insole for shoes according to the above claim. Any one It is characterized by that the layer-like part (119) is provided with through-hole (140), which has the same distribution and size as that hole (115) of the molded rubber section (114) and is arranged. at Join the same axis on the hole (115) 1 3. Vapor permeable and waterproof insole for the shoes according to the above claim. Any of the above It has a characteristic feature that the perforated and vapor filler layer (30) is supplied on top. (16) The membrane (17) faces the filler layer (30) 1 4. Vapor-permeable and waterproof insole for shoes in accordance with the hand. Above right Any one The characteristic feature that the filler layer (30) has a smaller surface dimension. Such membrane (17) to allow sealing of the upper assembly (16) 1. 5. A shoe with a characteristic that it consists of an upper (11, 211), which is made up of a vapor-style upper. Passable (12a, 212a), which on its inner part there is a secondary (12b, 212b), which vapor passes or has holes as well. Such an upper (12a, 212a) with a padding (12b, 212b) is closed in the lower area by a vapor-permeable insole (12c, 212c) or a perforated sole (13, 113, 213. ) As per any of the above claims, it will be assembled in the area below. With the aforementioned upper (12a, 212a) with a padding (12b, 212b) 1 6. Shoes according to Clause 15, which have a unique characteristic that such padding (212b) consists of an inner layer. Vapor-permeable or perforated type (212b1) and outer layer (212b11), which is formed by a vapor-permeable membrane 1 7. shoes according to claim 16, with the characteristic that It consists of an insole (241), which is attached to the insole (212c) and with that outer layer (212b11) of the insole (212b) in order to rest at the connection area. Between the insole (212c) and the said outer layer (212b11) to provide a seal around the shape. The upper (212a) adheres to the insole (241) and has its bottom edge that is folded and glued underneath. The inside of the shoe (241) The inside of the shoe (241) is vapor-permeable or perforated. At least one hole in the area of the sole that is designed for vapor permeability 1 8. Molded compression method for the arrangement of the sole in accordance with Clause 1-14. It has a unique feature that it consists of - dispensing the multi-layer assembly (16) to the top (23a) of the top template (23) - the polymer material casting which forms the cast rubber part ( 14) Into the bottom template (21), its bottom (22) is arranged with a pin (22a) which forms the negative (negative) of the through hole (15) of the molded rubber section (14) - closure. Template (20) that is formed by two templates (21, 23) and allows sections Solidified rubber The assembly (16) is pressed into the stud (22) - opening of the template (20) and the removal of the sole (13) 1 9. compression method according to claim 18 with The unique feature that the aforementioned assembly (16) is pre-assembled, it is supplied to the above template (23) 2 0. The compression method according to Clause 18 has a unique characteristic that the assembly is Say (16) is layer-by-layer in template 2. 1. Compression method according to Clause 18, 19, 20. Feature Only that the perforated filler layer (30) is supplied between the top (23a) of the top template (23) and the top of the multilayer assembly (16). (17) facing the filler layer (30) 2 2. Method for injection molding to prepare the sole in accordance with Clause 1-14. With a unique feature that it consists of - dispensing the aforementioned assembly (16) to the bottom (27a) of the bottom template (27), the side of the membrane (17) of the said assembly is turned over. Still it - Covering the top template (28) onto the bottom template (27), the inserts (28b) are positioned at the top (28a) of the above template (28) and forming negatives ( negative) of the through hole (15) of the molded rubber section (14) the assembly (16) is pressed into the pin (28b) - polymerization of the rubber part. Such casting (14) - opening of a template (26) formed by two templates (27,28) - removal of the sole (13) 2 3. compression method according to claim 22 It has the characteristics that the aforementioned assembly (16) is pre-assembled before supplying it to the aforementioned parent (27) 2. 4. The compression method according to Clause 22 with the unique characteristics that the kit The composition (16) is layer-by-layer in template 2. 5. Compression method according to Clause 22, 23, 24. Feature Only if the perforated or vapor-permeable filler layer (30) is supplied between the bottom (27a) of the bottom template (27) and the aforementioned multi-layer assembly (16) on the pin (127b). Of the bottom template (27) and the aforementioned multi-layer assembly (16), the side of the said membrane (17) of the bottom assembly faces the filler layer (30). 2 6. Method for compression molding by injection to prepare the soles according to one of the claims 1-14. Its characteristic is - dispensing the aforementioned assembly (16) on the pin (127b) arranged at the bottom (127a) of the bottom template (127) and forming a negative (negative) of the hole. Through it (15) of the molded rubber section (14) - top template closure (128) onto the bottom template (127), the assembly (16) is pressed into the pin (127b). - Injection of polymer materials to form the molded rubber part (14) - opening (126) formed by two (127, 128) templates (127, 128) - conduction. Insole (13) issued 2. 7. Compression method, according to claim 26, with the characteristic that such an assembly (16) was assembled under the front before supplying it on such bolts (127b) 2 8. The compression method according to claim 26, with the characteristics that the aforementioned assembly (16) is layer-by-layer assembled in template (126) 2. 9. Compression method according to claim 26, 27. , Either 28 Feature Only if the perforated or vapor-permeable filler layer (30) is supplied between the top (128a) of the top template (128) and the multilayer assembly (16). 17) turn to the filler layer (30) 3 0. Method for the manufacture of the sub-insole provided in one of the claims 1-14. It has a unique feature that it consists of - pre-assembly upper (12a) with padding (12b) together with insole (12c) shoe type (29) for compression by direct compression into Upper - discharge of perforated or vapor-permeable filler layer (30) to the lower surface of the inner floor. The aforementioned shoe (12c) - distribution of the said assembly (16) to the bottom surface of the said filler layer (30) - shoe-style closure (29) to the bottom template (32), which The pin (32b) is located on its bottom (32a), which defines the negative (negative) of the through hole (15) of the molded rubber portion (14). The assembly (16) is pressed against the pin. (32b) - Injection of polymer materials which form molded rubber sections (14) in order to partial rest. In the upper - opening the template and removing the shoe from the design of the shoe (29) 3. 1. The compression method, according to claim 30, has the characteristics that the aforementioned assembly (16) is pre-assembled, before supplying it to the aforementioned filler layer (30) 3. 2. The compression method, according to claim 30, has the characteristics that the aforementioned assembly (16) is directly assembled layer by layer on the filler layer below (30) 3. 3. The compression method, according to claim 30, has the characteristics that the aforementioned filler layer (30) is attached to the said assembly (16) and then tightly fixed with a set. Attach it to the insole of the shoe (12c) 3. 4. Method for manufacturing shoes supplied with insole according to Clause 1-14, one of the specific characteristics that it consists of - Dispensing of the said assembly (16) to the bottom (32a). Of the bottom template (32), the pin which defines the negative (negative) of the through holes (15) of the molded rubber segment (14) to be located on the bottom (32a) - upper pre-assembly (12a). With the padding (12b) together with the insole (12c) to the shoe form (29) for compression by direct injection into the upper - dispensing perforated or vapor layer filler layer. Can (30) to the lower surface of the inner floor The shoe (12c) or to the aforementioned assembly (16) - a shoe closure (29) onto the aforementioned bottom template (32). The assembly (16) is pressed into the latch. Said (32b) - Injection of polymer material which forms molded rubber parts (14) in order to partial rest. In the upper - opening the template and removing the shoe from the design of the shoe (29) 3. 5. A method for the manufacture of insole or shoe sole, according to Clause 18-34, one of the characteristics of which it consists of the provision of such an assembly. Consisting of a layer-like part (19) with a surface dimension smaller than the aforementioned membrane (17) and a feed layer (18).