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    • 1. 发明申请
    • TYRE RETREADING METHOD AND SYSTEM
    • 轮胎退回方法和系统
    • WO2011010211A1
    • 2011-01-27
    • PCT/IB2010/001765
    • 2010-07-21
    • BRIDGESTONE CORPORATIONLELIO, Luca
    • LELIO, Luca
    • B29D30/54G01B11/24
    • B29D30/54B29D2030/544B29D2030/546G01B11/24
    • A method and system (1) for retreading a tyre (2), whereby : the worn tread is removed from the tyre (2) to expose a lateral surface (4) of a casing (5); the lateral surface (4) of the casing (5) is skived, thus resulting in the formation of holes and/or craters (7); a three-dimensional profile of the lateral surface (4) is acquired by a three-dimensional scanner (12); the locations of the holes and/or craters (7) in the lateral surface (4) are determined by analysing the three- dimensional profile; cement (17) is only applied at the holes and/or craters (7) in the lateral surface, by supplying the locations of the holes and/or craters (7) to an automatic, electronically controlled applicator (16); the holes and/or craters (7) are filled with green rubber; a green-rubber cushion (9) and a tread strip (10) are wound about the lateral surface (4) of the casing (5); and the tyre (2) is cured.
    • 一种用于翻新轮胎(2)的方法和系统(1),其中:磨损的胎面从轮胎(2)移除以暴露壳体(5)的侧表面(4); 壳体(5)的侧表面(4)被磨平,从而形成孔和/或凹坑(7); 通过三维扫描器(12)获取侧面(4)的三维轮廓; 通过分析三维轮廓来确定孔和/或凹坑(7)在侧表面(4)中的位置; 水泥(17)仅通过将孔和/或火山口(7)的位置供应到自动的电子控制的施加器(16)上而被施加在侧表面的孔和/或凹坑(7)上。 孔和/或火山口(7)用绿色橡胶填充; 绿色橡胶垫(9)和胎面带(10)围绕壳体(5)的侧表面(4)缠绕; 并且轮胎(2)固化。
    • 2. 发明申请
    • TYRE PRODUCTION METHOD AND SYSTEM
    • 轮胎生产方法和系统
    • WO2010106185A3
    • 2010-11-18
    • PCT/EP2010053651
    • 2010-03-19
    • BRIDGESTONE CORPBASILE ALESSANDROCOTRONI STEFANOLELIO LUCA
    • BASILE ALESSANDROCOTRONI STEFANOLELIO LUCA
    • B29D30/54B23D71/02B26D1/00B29B17/02B29D30/30B29D30/52B29D30/58
    • B29D30/52B29D30/3007B29D30/58B29D2030/541
    • A method and system (1) for producing a tyre (2), whereby a lateral surface (10) of the casing (6) is buffed; an inner surface (19) of a tread strip (13) is buffed; a green-rubber cushion (12) and the tread strip (13) are wound about the lateral surface (10) of the casing (6) to assemble the tyre (2); and the tyre (2) is cured. Buffing of the lateral surface (10) of the casing (6) and/or the inner surface (19) of the tread strip (13) includes: directing a laser beam (B) onto the lateral surface (10) of the casing (6) and/or the inner surface (19) of the tread strip (13) to sublimate part of the existing rubber; and producing a relative movement between the laser beam (B) and the lateral surface (10) of the casing (6) and/or the inner surface (19) of the tread strip (13), so the laser beam (B) sweeps over the surface (10; 19).
    • 1。一种用于生产轮胎(2)的方法和系统(1),其中,所述壳体(6)的侧表面(10)被抛光; 胎面带(13)的内表面(19)被磨光; 在所述壳体(6)的侧面(10)上缠绕生橡胶垫(12)和胎面胶条(13)以组装轮胎(2)。 并且轮胎(2)固化。 抛光壳体(6)的侧表面(10)和/或胎面带(13)的内表面(19)包括:将激光束(B)引导到壳体的侧表面(10) 6)和/或胎面胶条(13)的内表面(19)以升华现有橡胶的一部分; 并在激光束(B)与壳体(6)的侧表面(10)和/或胎面带(13)的内表面(19)之间产生相对运动,从而激光束(B)扫描 在表面上(10; 19)。
    • 3. 发明申请
    • TYRE PRODUCTION METHOD AND SYSTEM
    • 轮胎生产方法与系统
    • WO2010106185A2
    • 2010-09-23
    • PCT/EP2010/053651
    • 2010-03-19
    • BRIDGESTONE CORPORATIONBASILE, AlessandroCOTRONI, StefanoLELIO, Luca
    • BASILE, AlessandroCOTRONI, StefanoLELIO, Luca
    • B29D30/54B26D1/00B29B17/02B29D30/52B29D30/58B23D71/02
    • B29D30/52B29D30/3007B29D30/58B29D2030/541
    • A method and system (1) for producing a tyre (2), whereby a lateral surface (10) of the casing (6) is buffed; an inner surface (19) of a tread strip (13) is buffed; a green-rubber cushion (12) and the tread strip (13) are wound about the lateral surface (10) of the casing (6) to assemble the tyre (2); and the tyre (2) is cured. Buffing of the lateral surface (10) of the casing (6) and/or the inner surface (19) of the tread strip (13) includes: directing a laser beam (B) onto the lateral surface (10) of the casing (6) and/or the inner surface (19) of the tread strip (13) to sublimate part of the existing rubber; and producing a relative movement between the laser beam (B) and the lateral surface (10) of the casing (6) and/or the inner surface (19) of the tread strip (13), so the laser beam (B) sweeps over the surface (10; 19).
    • 一种用于制造轮胎(2)的方法和系统(1),由此外壳(6)的侧表面(10)被抛光; 胎面条(13)的内表面(19)被抛光; 围绕所述壳体(6)的侧表面(10)缠绕绿橡胶垫(12)和所述胎面带(13)以组装所述轮胎(2); 并且轮胎(2)固化。 壳体(6)的侧表面(10)和/或胎面条(13)的内表面(19)的抛光包括:将激光束(B)引导到壳体的侧表面(10)上 6)和/或胎面带(13)的内表面(19)使现有橡胶的一部分升华; 并且在所述激光束(B)和所述壳体(6)的侧表面(10)和/或所述胎面带(13)的内表面(19)之间产生相对运动,因此所述激光束(B) (10; 19)。
    • 5. 发明申请
    • DEVICE FOR GENERATING ELECTRICAL ENERGY FROM HEAT SOURCES
    • 用于从热源产生电能的装置
    • WO2012143859A1
    • 2012-10-26
    • PCT/IB2012/051928
    • 2012-04-17
    • GERARDINO, AnnamariaLELIO, Luca
    • GERARDINO, AnnamariaLELIO, Luca
    • H01L35/00
    • H01L35/30H01L35/32
    • The present invention concerns a device for generating electrical energy, comprising at least one cell including supporting base means (1, 2, 3; 12; 23), characterised in that said at least one cell further comprises a first number N of first segments (4) made of a first material having a first Seebeck coefficient, and a second number M of second segments (5) made of a second material having a second Seebeck coefficient, where M > 1 and N = M+l, the first segments (4) and the second segments (5) being supported by said supporting base means (1, 2, 3; 12; 23) and being electrically connected alternately in series, whereby M first junctions (6), between a first segment (4) and a second segment (5), and M second junctions (7), be¬ tween a second segment (5) and a first segment (4), are alternately formed on said supporting base means (1, 2, 3; 12; 23), the first material and the second material being selected from the group of materials comprising electrically conductive materials and electrically semiconductor materials, each one of said M second junctions (7) having a surface nanostructure having one or more portions of periodic nanostructure each one of which has a respective period ranging from 350 nanometers to 150 micrometers. The present invention further concerns a process for manufacturing such a device.
    • 本发明涉及一种用于产生电能的装置,包括至少一个包括支撑基座装置(1,2,3; 12; 23)的单元,其特征在于,所述至少一个单元还包括第一数量N个第一段( 4)由具有第一塞贝克系数的第一材料和由具有第二塞贝克系数的第二材料制成的第二段(5)制成,其中M> 1和N = M + 1,第一段 4)和第二段(5)由所述支撑基座装置(1,2,3; 12; 23)支撑并且串联地电连接,由此M个第一接头(6)在第一段(4) 在第二段(5)和第一段(4)之间的第二段(5)和M个第二结(7)交替地形成在所述支撑基座装置(1,2,3; 12; 23),第一材料和第二材料选自包括导电材料和el的材料组 所述M个第二结(7)中的每一个具有表面纳米结构,所述表面纳米结构具有一个或多个周期性纳米结构部分,其中每一个具有350纳米至150微米的相应周期。 本发明还涉及制造这种装置的方法。