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    • 8. 发明公开
    • SADDLE-RIDE TYPE VEHICLE
    • 鞍式骑乘式车辆
    • EP3312078A1
    • 2018-04-25
    • EP17197355.5
    • 2017-10-19
    • HONDA MOTOR CO., LTD.
    • KISAICHI, ToruKAGA, HiroyukiMATSUSHITA, Koichiro
    • B62K11/04B60K11/04
    • F01P3/18B60K11/04B60Y2200/12B62K11/04F02B61/02
    • Provided is a saddle-ride type vehicle that can improve the cooling ability when a radiator fan is provided only on one radiator of right and left radiators. A saddle-ride type vehicle has a water-cooled engine 20, right and left radiators 30(L, R) supported by a body frame, and a cooling water passage 40 that connects the right and left radiators 30(L, R) and the water-cooled engine 20. A radiator fan 31 is provided only on one radiator 30L of the right and left radiators 30(L, R). One cooling water passage 42 that connects the one radiator 30L and the water-cooled engine 20 has a larger diameter than the other cooling water passage 43 that connects the other radiator 30R and the water-cooled engine 20. The one radiator 30L is larger than the other radiator 30R.
    • 本发明提供一种骑乘型车辆,其仅在右右散热器的一个散热器上设置散热器风扇时,能够提高散热能力。 骑乘型车辆具有水冷发动机20,由车体框架支承的左右散热器30(L,R)以及连接左右散热器30(L,R)和冷却水通路40的冷却水通路40 散热器风扇31仅设置在右和左散热器30(L,R)的一个散热器30L上。 连接一个散热器30L和水冷式发动机20的一个冷却水通道42具有比连接另一个散热器30R和水冷式发动机20的另一个冷却水通道43大的直径。一个散热器30L大于 另一个散热器30R。
    • 10. 发明公开
    • MEASUREMENT APPARATUS FOR PERFORMING INDENTATION/CREEP TEST, TESTING METHOD, PHYSICAL PROPERTY EVALUATION PROGRAM, AND RECORDING MEDIUM IN WHICH PHYSICAL PROPERTY EVALUATION PROGRAM IS RECORDED.
    • 测量装置,用于执行压痕/蠕变试验,测试方法,物理性能评估程序,以及记录物理性能评估程序的记录介质。
    • EP3306299A1
    • 2018-04-11
    • EP16803419.7
    • 2016-06-01
    • National Institute of Advanced Industrial Science and Technology
    • MIYAJIMA, Tatsuya
    • G01N3/42
    • G01N3/42G01N3/54G01N2203/0078G01N2203/0286
    • A measurement apparatus for carrying out an indentation creep test on a specimen, including a measurement control apparatus that includes a load measurement device configured to measure a load, a constant-load compression device configured to compress a tip of a transparent indenter to a surface of the specimen, and an image capturing device configured to optically capture an image including a contact area portion which is a part of the specimen to which the load is applied by the constant-load compression device; and including an information processing apparatus that includes an image analysis unit configured to analyze a contact area, and a physical property value calculation unit. The physical property value calculation unit includes a first calculation unit configured to subtract a plastic contact area to be obtained analytically from the contact area so as to calculate a viscoelastic contact area, a second calculation unit configured to calculate contact stress based on the viscoelastic contact area and the constant load value, and a third calculation unit configured to calculate a contact strain rate based on the viscoelastic contact area, the physical property value calculation unit being configured to conduct linear regression with respect to a plot of a logarithmic value of the contact stress and a logarithmic value of the contact strain rate so as to determine a creep index n and creep constant k. Accordingly, it is possible to evaluate a creep index n and a creep constant k, which are creep physical property values, simultaneously, easily, and quickly.
    • 1.一种测量装置,用于对试样进行压痕蠕变试验,所述测量装置包括测量控制装置,所述测量控制装置包括:负载测量装置,被配置为测量负载;恒定负载压缩装置,被配置为将透明压头的尖端压缩到 所述样本以及图像捕获装置,所述图像捕获装置被构造为光学地捕获包括接触区域部分的图像,所述接触区域部分是由所述恒定负载压缩装置施加所述载荷的样本的一部分; 并且包括信息处理装置和物理特性值计算单元,所述信息处理装置包括被配置为分析接触区域的图像分析单元。 物理特性值计算单元包括第一计算单元和第二计算单元,第一计算单元被构造为从接触区域减去要通过分析获得的塑性接触面积以计算粘弹性接触面积,第二计算单元构造为基于粘弹性接触面积计算接触应力 以及第三计算单元,其被配置为基于所述粘弹性接触面积来计算接触应变率,所述物理性质值计算单元被配置为相对于所述接触应力的对数值的曲线进行线性回归 和接触应变率的对数值,以确定蠕变指数n和蠕变常数k。 因此,可以同时容易且快速地评价作为蠕变物性值的蠕变指数n和蠕变常数k。