Elastic belt conveyer
专利摘要:
Endless conveyor for bonding presses, has the belt made of an elastic material which is distensible in three dimensions, temp. resistant and coated with a temp. resistant adhesive repellent elastomeric material. Endless belt may be made of a polyester fabric which is coated with a silicone rubber whose resistance to temp. is rated continuously at approx. 180 degrees C. Rubber coating may be electrically and thermally conductive, may be coloured and translucent and provided with registering marks. Endless belt may be coated on both sides with the rubber and be air permeable. Conveyor may be used for registered attachment of pocket blanks to clothing articles. 公开号:SU923872A1 申请号:SU787770225 申请日:1978-06-15 公开日:1982-04-30 发明作者:Shtrutsel Khorst;Lautenbakh Peter;Klage Rudolf;Kruze Detlef 申请人:Rationalisierung Konfekt Veb; IPC主号:
专利说明:
The invention relates to an elastic conveyor belt for size processes, in particular for molding presses. Economic Patent No. 00-56,749 describes a device for plastic forming parts of clothing having an elastic conveyor belt. The molded parts of clothes are applied outside the molding unit of this device, not the conveyor belt, enter the molding unit, being on the belt conveyor they are formed three-dimensionally and are simultaneously glued with the gasket, and behind the molding unit they are removed from the belt conveyor. A disadvantage of the known conveyor belt is that during the formation and bonding, the adhesive enters the conveyor belt and adheres to it. Therefore, the parts must be removed manually “from the conveyor belt. The use of a stabilizer is not possible. In addition, | with prolonged loading, instead of elastic stretching, residual stretching occurs, causing the conveyor belt to deform. Deformation and adhering glue significantly reduce the life of the conveyor belt. In addition, from PE-O5 1 921 100, belt conveyors and Yu transport pockets of adhesive films for flat fixing and gluing of textile cut parts are known. These adhesive films consist mainly of teflonized fiberglass. However, they are not suitable for three-dimensional molding and simultaneous bonding, since they are inelastic. The purpose of the invention is the manufacture of 20 belt conveyor, in particular for molding processes with a long service life while using gluten. The invention is based on task 25 to develop an elastic adhesive band 923872 nodding, heat-resistant belt conveyor with a very large form-repair ability for size and molding presses, used simultaneously as a membrane. This goal is achieved in that the substrate material of the conveyor belt for size presses, in particular molding presses, consists of a highly elastic, in three sizes flat, heat-resistant material, which is also coated with heat-resistant, adhesive-repellent, elastomeric material. As the substrate material, a highly elastic textile product of a flat shape made of heat-resistant textured silk is used, This substrate is coated on one or both sides with siloxane rubber. In this case, the coating is selected in such a way that the entire conveyor belt is either breathable or airtight. When using an airtight membrane as a counter-tool to a rigid molding tool, the use of either an air-permeable or an airtight conveyor belt does not matter. But when they refuse to use the membrane when using the well-known lip seal, then the conveyor belt takes on additional membrane tasks. In this case, it must be airtight. Since the conveyor belt is mainly used for molding presses, the parts on it should be easily positioned. Therefore, one embodiment of the conveyor belt is translucent or translucent and color. In this way, marking points for overlapping parts are alternately located under the conveyor belt. Convex and concave places located on the conveyor belt are transferred as prints to part of the garment during pressing. This has the advantage that the prints during the configuration show, for example, pockets of pockets or the like. If the conveyor belt is to be used as additional heating, then heat or electrically conductive components are added to the siloxane rubber coating. Example 1. As a substrate, circular knitwear is used, textured from polyester silk and fixed at 22 ° C, and as a coating material, a cold-hardening paste made of siloxane rubber with the following parameters; application temperature up to 180 ° С under continuous load; elongation at break above 1754. The substrate is coated by applying by means of rollers, or by casting or spreading. In this case, the side turned to the formed part of the conveyor belt is made with a uniform, flat surface. This belt conveyor is airtight and is used as a membrane in connection with the known lip seal for pressure transmission during formation processes by means of compressed air. I Example 2. In another embodiment of the conveyor belt, 20-40% of aluminum powder is added to the siloxon rubber. Thus, the conveyor belt becomes heat-conducting.
权利要求:
Claims (6) [1] 1. The elastic conveyor belt for size presses, in particular molding presses, 40 Otley sistent in that, the material of the substrate is a conveyor belt in three sizes silnoelastichnym, flat, heat resistant material, also covered with a heat resistant, 45 kleykoottalkivayuschim, elastomeric material. [2] 2. Conveyor on π. 1, with the fact that the substrate material is highly elastic 50 textile product of a flat shape made of heat-resistant textured silk. [3] 3. The conveyor under item ^ characterized in that the material 55 of the substrate is coated on one or both sides with siloxane rubber and is breathable or airtight. 5 923 872 6 [4] 4. The conveyor in paragraphs. 1-3, from- 6. Conveyor according to paragraphs. 1-4 ,. This is due to the fact that when using the conveyor belt also as a membrane, it is airtight. [5] 5. Conveyor 1-4, characterized in that the coating is made translucent or translucent and colored. characterized in that the surface is marked. [6] 7. Conveyor 1-4, characterized in that the coating is thermally conductive <and / or electrically conductive.
类似技术:
公开号 | 公开日 | 专利标题 EP0262321A3|1989-01-25|Composite vacuum bag material having breather surface SU923872A1|1982-04-30|Elastic belt conveyer NO900117L|1990-07-12|NATURAL RUBBER LATEX FILM PRODUCTS WITH IMPROVED TIRE STRENGTH. JPH02220314A|1990-09-03|Electronic parts resinous mold case with built-in flexible substrate and manufacture thereof DE59104663D1|1995-03-30|Sheeter for material webs with printed images. BR9004385A|1991-09-10|MATERIAL COMPOSITION, VULCANIZABLE RUBBER COMPOSITION WITH SULFUR, ACCELERABLE, VULCANIZED COMPOSITION, RUBBER ARTICLE, AND TIRE ES2075066T3|1995-10-01|JOINT MATERIAL, IN PARTICULAR FOR AUTOMOBILES, BASED ON PAPER COATED WITH SILICONE MATERIAL. SE8406122D0|1984-12-04|POLYMER COATED FABRIC LAYER, PRODUCT USING THE LAYER, AND WAY TO MAKE IT SAME DE68905544T2|1993-09-30|Heat exchanger device with conveyor belt, especially for thin film products and the like. JPH02242284A|1990-09-26|Label assembly JPH03234802A|1991-10-18|Non-slip material and its production SE8006760L|1981-03-29|SET AND APPARATUS FOR MANUFACTURING CLOSED PACKAGING FOR WIDE PRODUCTS AND THEREFORE PRODUCED CLOSED PACKAGING ES2036477B1|1994-02-01|PROCEDURE FOR THE PRINTING OF COLORED REASONS ON A SUBSTRATE BASED ON WOVEN FIBERGLASS AND CORRESPONDING PRODUCT. ES2124761T3|1999-02-16|FILTER ARRANGEMENT. SE9802166L|1999-07-19|Method and apparatus for attaching barrier tabs to a surface layer for absorbent article and surface layers with barrier tabs for absorbent article EP1188550A3|2002-08-07|Flexible, transparent and elastic band with decorative light-reflecting pattern, applicable to the textile industry ES2068548T3|1995-04-16|PRINTING PROCEDURE FOR MARKING A SUBSTRATE BASED ON GLASS FIBERS AND A NEW SUBSTRATE OBTAINED. JPH04163124A|1992-06-08|Preparation of blow bag KR100270626B1|2001-04-02|Method for printing patterns on polystyrene foam sheet with protecting printed patterns BR8506562A|1986-09-09|VULCANIZABLE RUBBER COMPOSITION, COMPOSITE MATERIAL, RUBBER TIRE AND MANUFACTURING ARTICLE JPH045041A|1992-01-09|Cloth-adhered vulcanized rubber sheet and preparation thereof SU1227156A1|1986-04-30|Method of forming uncreasable fold on textile articles JPS5669115A|1981-06-10|Coating device for surface of sheet JPS62254874A|1987-11-06|Pattern forming material to surface of rubber product GB1172588A|1969-12-03|Device for the Shaping of Parts of Garments
同族专利:
公开号 | 公开日 CS219368B1|1983-03-25| BG35929A1|1984-08-15| DD132059A1|1978-08-23| DE2825114A1|1979-01-25| DD132059B1|1980-12-24|
引用文献:
公开号 | 申请日 | 公开日 | 申请人 | 专利标题 DE3304100A1|1983-02-08|1983-09-01|Martin 7500 Karlsruhe Sackmann|Siliconised textiles| DE3334584C2|1983-09-24|1985-12-12|Held, Kurt, 7218 Trossingen|Continuously working press for pressing a leading material web| GB8829677D0|1988-12-20|1989-02-15|Scapa Group Plc|Improvements in or relating to laminating or like belts or blankets| DE4409215A1|1994-03-17|1995-09-21|Maertens H Gmbh Co Kg|Conveying device for separation| FR2740479B1|1995-10-31|1998-01-09|Rhone Poulenc Chimie|USE OF AN ORGANOPOLYSILOXANIC COMPOSITION FOR COATING A CONVEYOR BELT AND CONVEYOR BELT THUS OBTAINED|
法律状态:
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申请号 | 申请日 | 专利标题 DD20004477A|DD132059B1|1977-07-14|1977-07-14|ELASTIC TRANSPORT BAND| 相关专利
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