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    • 1. 发明授权
    • Antistatic driving belt
    • 防静电传动皮带
    • US4758213A
    • 1988-07-19
    • US846677
    • 1986-04-01
    • Hiroyuki TanakaKyoichi Mishima
    • Hiroyuki TanakaKyoichi Mishima
    • H05F1/00F16G1/00F16G1/08F16G5/00F16G5/02F16G5/04F16G5/06H05F3/02F16G5/20
    • F16G1/00F16G1/08F16G5/02F16G5/06H05F3/02
    • An antistatic driving belt having a durable destaticizing function and long surface life. A cushion rubber layer is disposed between a tension rubber layer and a compression rubber layer, and tension members are buried in the cushion rubber layer. A layer of conductive rubber blended with conductive material and having a high abrasion resistance is arranged on the underside of the cushion rubber layer. The ends of the layer of conductive rubber are exposed on both sides of the belt. Preferably, the conductive rubber layer is formed of rubber containing 5 to 50 parts by weight of conductive material to 100 parts by weight of rubber. The conductive rubber layer should be 0.1 mm or thicker, and should have a thickness less than half the total thickness of the compression layer.
    • 一种抗静电驱动带,具有持久的去电功能和较长的表面寿命。 缓冲橡胶层设置在拉伸橡胶层和压缩橡胶层之间,拉伸构件埋设在缓冲橡胶层中。 在缓冲橡胶层的下侧设置有与导电材料混合并具有高耐磨性的导电橡胶层。 导电橡胶层的端部暴露在带的两侧。 优选地,导电橡胶层由含有5至50重量份导电材料的橡胶至100重量份的橡胶形成。 导电橡胶层应为0.1mm或更厚,并且应具有小于压缩层总厚度的一半的厚度。
    • 2. 发明授权
    • Timing belt with controlled friction backside ribs
    • 带控制摩擦背面肋的定时带
    • US4702729A
    • 1987-10-27
    • US827775
    • 1986-02-07
    • Hiroyuki TanakaEiichi TakamiKyoichi MishimaMitsunobu HigashiToshimi Kumasaki
    • Hiroyuki TanakaEiichi TakamiKyoichi MishimaMitsunobu HigashiToshimi Kumasaki
    • F16G1/28F16G5/20
    • F16G1/28F16G5/20
    • A timing belt having an outer section defined by cogged ribs defining a preselected controlled coefficient of friction obtained by providing controlled size grooves extending transversely through the ribs. The ratio of the effective side area of the grooves to the side area of the cogs defined in the ribs by the grooves, in the illustrated embodiment, is in the range of approximately 1/2 to 21/2 where the coefficient of the rib material is approximately 0.35. The cogs are raw edged and provided with a cover fabric. The provision of the cogged ribs permits the belt to be used as a double timing belt as well as providing improved functioning with backside rib pulleys. The effective coefficient of friction obtained by reducing the side area of the ribs as a result of the provision of the grooves is preferably in the range of 0.15 to approximately 0.90. The total area of all of the side faces of the cogs and effective side areas of the grooves is approximately equal to the height of the outer section defined by the cogs and grooves multiplied by the length of the belt.
    • 一个同步皮带,具有由齿槽肋限定的外部部分,所述外部部分限定了通过横向延伸穿过所述肋部延伸的受控尺寸的凹槽而获得的预选的受控摩擦系数。 在所示实施例中,通过槽限定在肋中的槽的有效侧面积与齿的侧面积的比率在大约1/2至21/2的范围内,其中肋材料的系数 约0.35。 这些齿是原始边缘,并提供有一个覆盖织物。 齿槽肋的设置允许带被用作双重同步带,并且提供改进的功能与后侧肋皮带轮。 通过减少作为槽的结果的肋的侧面面积获得的有效摩擦系数优选在0.15至约0.90的范围内。 齿槽的所有侧面和凹槽的有效侧面的总面积大致等于由齿槽和凹槽限定的外部部分的高度乘以皮带的长度。
    • 3. 发明授权
    • Method of producing a double-sided belt structure and belt structure made according to the method
    • 根据该方法制造双面带结构和带束结构的方法
    • US06220932B1
    • 2001-04-24
    • US09322749
    • 1999-05-28
    • Kyoichi Mishima
    • Kyoichi Mishima
    • B24B100
    • B24B19/22B24B19/02B29D29/085F16G5/20
    • A method of producing a double-sided belt structure from an endless body having a length, a first surface, a second surface, at least one load carrying cord embedded in the body with a lengthwise center and extending along the length of the body between the first and second surfaces of the body, and a thickness between the first and second surfaces of the body. The method includes the steps of moving the body in a controlled endless path around at least a first pulley with the second surface of the body outside of the first surface of the body; while the body is moving in the endless path, a) predetermining a center position of the center of at least one load carrying cord between the first and second surfaces of the body, b) determining a grinding value for the first surface of the body based on the center position of the center of the at least one load carrying cord, and c) determining a grinding value for the second surface of the body based on the center position of the center of the at least one load carrying cord; grinding the second surface of the body based upon the determined grinding value for the second surface of the body; and grinding the first surface of the body based upon the determined grinding value for the first surface of the body.
    • 一种从具有长度,第一表面,第二表面的环形体制造双面带结构的方法,所述双面带结构具有长度方向的中心并且沿着所述主体的长度在所述主体的长度方向上延伸的至少一个承载绳 身体的第一和第二表面以及身体的第一和第二表面之间的厚度。 该方法包括以下步骤:使主体在受控的环形路径中围绕至少第一滑轮移动,其中主体的第二表面在主体的第一表面之外; 同时身体在无尽路径中移动,a)预先确定身体的第一和第二表面之间的至少一个承载绳索的中心的中心位置,b)确定基于身体的第一表面的研磨值 在所述至少一个承载绳索的中心的中心位置处,以及c)基于所述至少一个承载绳索的中心的中心位置确定所述主体的所述第二表面的研磨值; 基于所确定的身体的第二表面的研磨值来研磨身体的第二表面; 并且基于所确定的身体的第一表面的研磨值来研磨身体的第一表面。
    • 5. 发明授权
    • V-belt for power transmission
    • V型传动带
    • US5344369A
    • 1994-09-06
    • US107501
    • 1993-08-16
    • Koji KitahamaMasahiko KawashimaKyoichi Mishima
    • Koji KitahamaMasahiko KawashimaKyoichi Mishima
    • F16G3/10F16G1/28F16G5/06F16G5/20F16G7/00
    • F16G1/28F16G5/20
    • A power transmission belt having a belt body defining a tension section and a compression section and having an inside surface, an outside surface, and laterally spaced side surfaces. A canvas layer is provided on at least one of the inside, outside, and side surfaces and has a first surface abutting to the belt body and a second surface that is exposed with the canvas layer on the belt body. The canvas has ends joined by thread to produce an endless layer. A first part of the thread is exposed on the second surface of the canvas layer and is at least one of a) a twine of natural fiber and b) multi-filament twine of synthetic fibers. A second part of the thread that is exposed at the first surface of the canvas layer is a mono-filament of synthetic fiber.
    • 一种动力传递带,其具有限定张力部分和压缩部分的带体,并且具有内表面,外表面和横向间隔开的侧表面。 帆布层设置在内表面,外侧和侧表面中的至少一个上,并且具有与皮带主体邻接的第一表面和在皮带主体上与帆布层一起露出的第二表面。 帆布具有通过螺纹连接的端部以产生无尽层。 螺纹的第一部分暴露在帆布层的第二表面上,并且是a)天然纤维的线和b)合成纤维的复丝线中的至少一个。 在帆布层的第一表面露出的线的第二部分是合成纤维的单丝。
    • 7. 发明授权
    • Power transmission belt
    • 动力传动皮带
    • US5498213A
    • 1996-03-12
    • US356143
    • 1994-12-15
    • Kyoichi Mishima
    • Kyoichi Mishima
    • F16G5/20F16G5/08
    • F16G5/20
    • A power transmission belt having a body with a length and laterally spaced side surfaces, a first plurality of laterally extending discrete fibers embedded in the body and having portions projecting from the side surfaces, and a second plurality of discrete pulp-like fibers intermixed with the first plurality of laterally extending discrete fibers. The fibers in the first plurality of laterally extending discrete fibers have at least one of a) a different composition and b) a different texture than the fibers in the second plurality of discrete fibers.
    • 一种动力传动带,其具有主体,所述主体具有长度和横向间隔开的侧表面,第一多个横向延伸的离散纤维嵌入在主体中并且具有从侧表面突出的部分,以及第二多个离散的纸浆状纤维, 第一多个横向延伸的离散纤维。 第一多个横向延伸离散纤维中的纤维具有a)不同组成中的至少一种,b)与第二多个离散纤维中的纤维不同的质地。