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    • 4. 发明公开
    • High load transmission belt
    • Schwerbelastbarer Treibriemen。
    • EP0240912A2
    • 1987-10-14
    • EP87104754.4
    • 1987-03-31
    • MITSUBOSHI BELTING LTD.
    • Takano, HiroshiTakagi, ShinichiWada, KiykazuKonishi, SadaichiOkumura,NobuoKanaoka, TomizoMatsuo, Kouji
    • F16G5/16
    • F16G5/16F16G5/166
    • A power transmission belt structure including a flexible neutral belt portion, a plurality of blocks secured to the flexible belt portion seriatim longitudinally thereof, and heat conducting structure disposed between the flexible belt and blocks for conducting away from the flexible belt heat generated as a result of power transmission operation of the belt structure. A number of different embodiments utilizing the heat conducting structure are disclosed. In certain of the embodiments, the heat conducting structure extends partially about the blocks and, in certain of the embodiments, the heat conducting structure extends fully thereabout. In certain embodiments, the reduced midportion of the block is provided with the heat conducting structure recessed therein. In one form, a protective outer coating is provided on the heat conducting structure.
    • 一种动力传动带结构,包括柔性中性带部分,沿纵向固定到柔性带部分的多个块,以及设置在柔性带和块之间的导热结构,用于远离柔性带传导由于 皮带结构的动力传动操作。 公开了利用导热结构的许多不同实施例。 在某些实施例中,导热结构部分地围绕块延伸,并且在某些实施例中,导热结构在其周围完全延伸。 在某些实施例中,块的中间部分的中部设置有凹入其中的导热结构。 在一种形式中,在导热结构上设置保护性外涂层。
    • 7. 发明公开
    • Self-adjusting V-belt and method of manufacturing the same
    • Selbsteinstellender Keilriemen und Verfahren zu dessen Herstellung。
    • EP0018456A1
    • 1980-11-12
    • EP79300766.7
    • 1979-05-04
    • MITSUBOSHI BELTING LTD.
    • Takano, Hiroshi
    • F16G5/20B29H7/22
    • F16G5/20B29D29/085
    • An adjustable V-belt comprises a compressive rubber layer (2') onto which an adhesion rubber layer (3') is laminated. A surface of the adhesion rubber layer (3') remote from the compressive rubber layer (2') forms an outer surface of the V-belt in use and has thereon a plurality of first ridges (4') which extend transversely of the V-belt. A canvas covering (5) covers the first ridges (4') and the recesses defined therebetween, and is stretchable longitudinally of the V-belt. Elongate tensile portions (6') are embedded between the adhesion rubber layer (3') and the first ridges (4') so that they contact portions of the canvas covering (5) which are disposed in said recesses. The tensile portion (6') extend longitudinally of the V-belt in mutually parallel, equi-spaced relation, and have a differential thermal contraction stress between 100°C and 20°C of at least 3.5 g denier. A surface of the compressive rubber layer (2') remote from the adhesion rubber layer (3') forms an inner surface of the V-beit in use and has a plurality of second ridges (9) thereon which also extend transversely of the V-belt. The second ridges (9) can be provided at regular (as shown) or random intervals along the V-belt, and can optionally be covered by at least one ply of rubberized canvas (7'). Short fibres (8') can be embedded in the compressive rubber layer (2') so as to be oriented transversely of the V-belt.
      The V-belt is manufactured by winding the canvas covering (5), the tensile portions (6'), the adhesion rubber (3a'), the compression rubber (2a') and (when provided) the rubberized canvas (7') in succession around an outer wall of a cylindrical metal mould (11) which has circumferentially spaced protrusions (12) extending axially thereof. The tensile portions (6') are formed by spirally winding a rope-like tensile member around the mould (11), the tensile member being subjected to a thermal elongation treatment. A hollow cylindrical mould (12) having circumferentially spaced, axially extending protrusions (14) on its inner wall is then placed over the resultant belt blank, and the latter is pressurized and heated. This operation causes some of the adhesion rubber (3a') to flow between the windings of the tensile member (6') and into grooves (13) between the protrusions (12) on the first-mentioned cylindrical mould (11), thereby forming the first ridges (4') on the finished V-belt, and also causes some of the compressive rubber (2a') to flow into grooves (16) between the protrusions (14) on the hollow cylindrical mould (12), thereby forming the second ridges (9) on the finished V-belt.
    • 可调节的V形带包括压缩橡胶层(2分钟),粘合橡胶层(3分钟)层压在其上。 远离压缩橡胶层(2分钟)的粘合橡胶层的表面(3分钟)在使用中形成V带的外表面,并且在其上具有多个沿着V形带横向延伸的第一脊(4分钟) 带。 帆布覆盖物(5)覆盖第一脊(4分钟)和其间限定的凹部,并且在V形带的纵向上是可拉伸的。 细长的拉伸部分(6分钟)嵌入在粘合橡胶层(3分钟)和第一脊(4分钟)之间,使得它们接触布置在所述凹槽中的帆布覆盖物(5)的部分。 拉伸部分(6分钟)以相互平行的,等间隔的关系延伸在V形带的纵向上,并且具有至少3.5克旦尼尔的100℃和20℃之间的差的热收缩应力。 远离粘合橡胶层(3分钟)的压缩橡胶层(2分钟)的表面在使用中形成V带的内表面,并且在其上还具有多个第二脊(9) 带。 第二脊(9)可以沿着V形带规则地(如图所示)或随机插入,并且可以任选被至少一层橡胶帆布(7分钟)覆盖。 短纤维(8分钟)可以嵌入压缩橡胶层(2分钟),以便横向于V形带。 V形带通过将帆布覆盖物(5),拉伸部分(6分钟),粘合橡胶(3a分钟),压缩橡胶(2a分钟)和(如果提供)橡胶帆布(7分钟) 连续地围绕圆柱形金属模具(11)的外壁,其具有沿其轴向延伸的周向间隔开的突出部(12)。 拉伸部分(6分钟)通过将绳状拉伸构件螺旋地缠绕在模具(11)周围而形成,拉伸构件经受热延伸处理。 然后在其内壁上具有周向间隔开的轴向延伸的突起(14)的中空圆柱形模具(12)放置在所得到的带坯上,并且后者被加压和加热。 这种操作使一些粘合橡胶(3a分钟)在拉伸构件的绕组(6分钟)之间流动到第一个圆柱形模具(11)上的突起(12)之间的凹槽(13)中,从而形成第一 (4分钟),并且还使一些压缩橡胶(2a分钟)流入中空圆柱形模具(12)上的突起(14)之间的凹槽(16)中,从而形成第二个 在完成的V形带上的脊(9)。