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    • 81. 发明授权
    • Golf ball
    • 高尔夫球
    • US06632148B2
    • 2003-10-14
    • US10033890
    • 2002-01-03
    • Junji HayashiHisashi YamagishiYasumasa Shimizu
    • Junji HayashiHisashi YamagishiYasumasa Shimizu
    • A63B3706
    • A63B37/00A63B37/0004A63B37/0006A63B37/0012A63B37/0016A63B37/0017A63B37/0018A63B37/0019A63B37/002A63B37/0021A63B37/0031A63B37/0033A63B37/0039A63B37/0043A63B37/0045A63B37/0063A63B37/0064A63B37/0075A63B37/008A63B37/0083A63B37/0092
    • A golf ball includes a solid core, an intermediate layer, and a cover in a surface of which a plurality of dimples are formed. The solid core has a center JIS-C hardness of 50-70 and a surface JIS-C hardness of 60-80, and has a diameter of 35-40 mm. The intermediate layer is made from a material mainly containing an ionomer resin, and has a JIS-C hardness of 70-85 and a thickness of 0.5-2 mm. The cover is made from a material mainly containing an ionomer resin, and has a JIS-C hardness of 85 or more and a thickness of 0.5-2 mm. A difference in JIS-C hardness between the intermediate layer and the surface of the solid core is in a range of 15 or less. A different in JIS-C hardness between the cover and the intermediate layer is in a range of 10 or more. The hardnesses of the solid core, the intermediate layer, and the cover satisfy a relationship of (hardness gradient from intermediate layer to cover)/(hardness gradient from core center to intermediate layer)≧6. The dimples are arranged such that there is no great circle line not crossing any one of the dimples. The golf ball can exhibit a very soft hitting feel, an excellent durability, a low spin rate and a high hitting angle, and an increased carry due to a high resilience.
    • 高尔夫球包括实芯,中间层和盖,其表面上形成有多个凹坑。 实心芯的中心JIS-C硬度为50-70,表面JIS-C硬度为60-80,直径为35-40mm。 中间层由主要含有离聚物树脂的材料制成,其JIS-C硬度为70-85,厚度为0.5-2mm。 盖由主要含有离聚物树脂的材料制成,JIS-C硬度为85以上,厚度为0.5〜2mm。 中间层与实心芯的表面之间的JIS-C硬度的差为15以下。 盖和中间层之间的JIS-C硬度不同在10以上。 实心芯,中间层和盖的硬度满足(从中间层到覆盖层的硬度梯度)/(从芯心中心到中间层的硬度梯度)的关系> = 6。 凹坑布置成使得没有大的圆形线不穿过任何一个凹坑。 高尔夫球可以表现出非常柔软的打击感,优异的耐久性,低旋转速度和高击球角度,以及由于高弹性而增加的进位。
    • 82. 发明授权
    • Thermal printer and device and method for measuring resistance of heating element of thermal head of thermal printer
    • 热敏打印机和热敏打印机热敏头加热元件电阻测量装置及方法
    • US06531883B2
    • 2003-03-11
    • US09729802
    • 2000-12-06
    • Junji Hayashi
    • Junji Hayashi
    • G01R2726
    • B41J2/3553B41J2/3558
    • A thermal head of a thermal printer is provided with an array of parallel connected heating elements and transistors connected in series to the heating elements in one to one relation. In a resistance measuring mode, one of the transistors connected to one heating element whose resistance is to measure is turned on, and other transistors are turned off. In this condition, a capacitor connected in parallel to the heating element is charged up to a predetermined voltage, and then discharged. A counter circuit starts time-counting by a short unit time t0 when a predetermined delay time T min has passed since the start of discharging, and outputs a count Q when the charged voltage goes down to a predetermined level. Based on a discharge time T=T min+t0·Q, the resistance of the heating element is calculated.
    • 热敏打印机的热头设置有并联的加热元件阵列和与一对一关系的加热元件串联连接的晶体管阵列。 在电阻测量模式中,连接到其电阻要测量的一个加热元件的晶体管中的一个导通,并且其它晶体管截止。 在这种情况下,与加热元件并联连接的电容器被充电至预定电压,然后放电。 当从放电开始经过预定的延迟时间T min时,计数器电路开始计时单位时间t0,当充电电压下降到预定电平时,输出计数值Q。 基于放电时间T = T min + t0.Q,计算加热元件的电阻。
    • 84. 发明授权
    • Method of driving heating element to match its resistance, thermal
printer, and resistance measuring device
    • 驱动加热元件以匹配其电阻的方法,热敏打印机和电阻测量装置
    • US5912693A
    • 1999-06-15
    • US763780
    • 1996-12-11
    • Nobuo KatsumaYoshiki KawaokaJunji Hayashi
    • Nobuo KatsumaYoshiki KawaokaJunji Hayashi
    • G01R17/10G01R27/02
    • G01R17/105G01R27/02
    • A standard resistor having a known resistance value is connected to one transistor in a drive IC. The drive IC has a plurality of transistors each controlling the on/off of a heating element. The saturation voltage of each transistor is generally the same. One of a plurality of transistors is turned on, and a discharge time required for a capacitor to discharge via a standard resistor or via each heating element and lower its voltage to a predetermined voltage is measured. The resistance value of each heating element is determined from a ratio of a discharge time via each heating element to a discharge time via the standard resistor and the resistance value of the standard resistor. A difference between the standard resistance value and a resistance value of each heating element generates a bias heat energy error during bias heating and an image heat energy error during image heating. In accordance with these heat energy errors, bias data for generating a heat energy immediately before coloring is corrected. Each heating element is driven by using the corrected bias data, and the heat energy errors are corrected at the time of bias heading. At the time of image heating, each heating element is driven by using image data without considering the resistance value error.
    • 具有已知电阻值的标准电阻器连接到驱动IC中的一个晶体管。 驱动IC具有多个晶体管,每个晶体管控制加热元件的导通/截止。 每个晶体管的饱和电压一般相同。 多个晶体管中的一个导通,并且测量电容器经由标准电阻器或经由每个加热元件放电并将其电压降低到预定电压所需的放电时间。 每个加热元件的电阻值根据通过标准电阻器经由每个加热元件的放电时间与放电时间的比率和标准电阻器的电阻值来确定。 每个加热元件的标准电阻值和电阻值之间的差异在偏压加热期间产生偏置热能误差,并且在图像加热期间产生图像热能误差。 根据这些热能误差,校正在着色之前产生热能的偏置数据。 通过使用校正的偏置数据来驱动每个加热元件,并且在偏置导向时校正热能误差。 在图像加热时,通过使用图像数据驱动每个加热元件,而不考虑电阻值误差。
    • 85. 发明授权
    • Wound golf ball
    • 伤口高尔夫球
    • US5816940A
    • 1998-10-06
    • US831514
    • 1997-04-01
    • Junji HayashiHisashi Yamagishi
    • Junji HayashiHisashi Yamagishi
    • A63B37/00A63B37/08A63B37/06A63B37/12
    • A63B37/0003A63B2037/087A63B37/0031A63B37/0039A63B37/0043A63B37/0045A63B37/0053A63B37/0062A63B37/0064A63B37/0076
    • A wound golf ball is constructed by winding thread rubber on a center ball and enclosing with a cover. The center ball consists of a center core having a diameter of 20-37 mm and experiencing a distortion of 1-5 mm under a load of 100 kg and an enclosure layer having a Shore D hardness of 33-54 and has a diameter of 33-38 mm. The center core comprises a rubber composition comprising a base rubber, a co-crossing linking agent and a peroxide and being free of an oily substance. The cover consists of an inner layer having a Shore D hardness of 55-68 and an outer layer having a Shore D hardness of 30-58, the inner layer being harder than the outer layer by at least 5 in Shore D hardness. The ball is not only improved in spin, control, and flight distance on driver and approach shots, but also gives pleasant hitting feel with click.
    • 缠绕的高尔夫球是通过将螺纹橡胶缠绕在中心球上并用盖子构成的。 中心球由直径为20-37mm的中心芯体组成,在100kg负荷下经历1-5mm的变形,邵氏D硬度为33-54的外壳层,直径为33 -38毫米。 中心芯包括橡胶组合物,其包含基础橡胶,共交联剂和过氧化物,并且不含油性物质。 该盖由邵氏D硬度为55-68的内层和邵氏D硬度为30-58的外层组成,内层硬度比外层硬度至少5邵氏D硬度。 该球不仅在驾驶员和进场镜头上的旋转,控制和飞行距离上得到改善,而且还提供了令人愉快的点击感。
    • 87. 发明授权
    • Multi-piece solid golf ball
    • 多件式固体高尔夫球
    • US5733205A
    • 1998-03-31
    • US661776
    • 1996-06-13
    • Hiroshi HiguchiHisashi YamagishiJunji Hayashi
    • Hiroshi HiguchiHisashi YamagishiJunji Hayashi
    • A63B37/00A63B37/04A63B37/12B29D99/00A63B37/06
    • A63B37/0003A63B37/0031A63B37/0062A63B37/0064A63B37/0076A63B37/0092
    • A multi-piece solid golf ball comprising a core including an inner sphere and a surrounding layer and a cover enclosing the core and consisting of inner and outer cover layers is provided. The inner sphere has a distortion of 1.0-4.0 mm under a load of 100 kg, the surrounding layer is softer than the inner sphere, and the core has a distortion of 2.5-5.3 mm under a load of 100 kg. The outer cover layer has a hardness of at least 58 degrees on Shore D which is highest among the ball layers. The ratio A/B is between 0.3/1 and 1.4/1 wherein the inner sphere has a hardness A and the ball has a hardness B, both expressed by a distortion under a load of 100 kg. The ball maintains satisfactory flying performance and durability characteristic of solid golf balls and offers a pleasant soft feel, a click response and improved control.
    • 提供了一种多片固体高尔夫球,其包括包括内球和围绕层的芯和包围芯并且由内盖和外盖组成的盖。 在100kg负荷下,内球体的变形为1.0-4.0mm,周围层比内球更柔软,在100kg的负荷下,铁心的变形为2.5-5.3mm。 外覆盖层的硬度在肖氏D上至少为58度,在球层中最高。 比率A / B在0.3 / 1和1.4 / 1之间,其中内球具有硬度A,球具有硬度B,均由100kg负荷下的变形表示。 球保持良好的飞行性能和固体高尔夫球的耐用性,并提供令人愉快的柔软感觉,点击响应和改进的控制。
    • 89. 发明授权
    • Method of driving heating element to match its resistance, thermal
printer, and resistance measuring device
    • 驱动加热元件以匹配其电阻的方法,热敏打印机和电阻测量装置
    • US5608333A
    • 1997-03-04
    • US262333
    • 1994-06-17
    • Junji Hayashi
    • Junji Hayashi
    • G01R17/10G01R27/02
    • G01R17/105G01R27/02
    • A standard resistor having a known resistance value is connected to one transistor in a drive IC. The drive IC has a plurality of transistors each controlling on/off switching of a heating element. The saturation voltage of each transistor is generally the same. One of a plurality of transistors is turned on, and a discharge time required for a capacitor to discharge via a standard resistor or via each heating element and lower its voltage to a predetermined voltage is measured. The resistance value of each heating element is determined from a ratio of a discharge time via each heating element to a discharge time via the standard resistor and the resistance value of the standard resistor. A difference between the standard resistance value and a resistance value of each heating element generates a bias heat energy error during bias heating and an image heat energy error during image heating. In accordance with these heat energy errors, bias data for generating a heat energy immediately before coloring is corrected. Each heating element is driven by using the corrected bias data, and the heat energy errors are corrected at the time of bias heating. At the time of image heating, each heating element is driven by using image data without considering the resistance value error.
    • 具有已知电阻值的标准电阻器连接到驱动IC中的一个晶体管。 驱动IC具有多个晶体管,每个晶体管控制加热元件的开/关切换。 每个晶体管的饱和电压一般相同。 多个晶体管中的一个导通,并且测量电容器经由标准电阻器或经由每个加热元件放电并将其电压降低到预定电压所需的放电时间。 每个加热元件的电阻值根据通过标准电阻器经由每个加热元件的放电时间与放电时间的比率和标准电阻器的电阻值来确定。 每个加热元件的标准电阻值和电阻值之间的差异在偏压加热期间产生偏置热能误差,并且在图像加热期间产生图像热能误差。 根据这些热能误差,校正在着色之前产生热能的偏置数据。 通过使用校正的偏置数据驱动每个加热元件,并且在偏压加热时校正热能误差。 在图像加热时,通过使用图像数据驱动每个加热元件,而不考虑电阻值误差。
    • 90. 发明授权
    • Color direct thermal printing method and direct color thermal printer
    • 彩色直接热敏打印方法和直接彩色热敏打印机
    • US5537140A
    • 1996-07-16
    • US986090
    • 1992-12-04
    • Junji HayashiMasamichi Sato
    • Junji HayashiMasamichi Sato
    • B41J2/325B41J2/355B41M5/34B41M5/28
    • B41J2/3555B41J2/325B41J2/355B41M5/345
    • A color thermal recording medium has a cyan thermosensitive coloring layer, a magenta thermosensitive coloring layer, and a yellow thermosensitive coloring layer, respectively laminated on a supporting material in this order from the side of the supporting material. The upper layer has a higher thermal recording sensitivity, and is colored with lower heat energy. The color thermal recording medium is thermally recorded by three thermal heads by a one-pass method. The top yellow thermosensitive coloring layer and the adjacent magenta thermosensitive coloring layer are thermally recorded at lower voltages, which are applied to the thermal printers, than the voltage applied for the cyan thermosensitive coloring layer. In this case, the cooling time is shortened within a range for allowing thermal hysteresis to be relieved, and the image pulse duration is set longer. Instead of adjusting the application voltages, the mean resistance values of heating elements may be changed. A color thermal printer is supplied with compressed image data from an input terminal. The compressed image data is temporarily stored in an input buffer memory, and supplied to an expander circuit to expand the compressed image data. By using the expanded image data, a multi-color image is printed out.
    • 彩色热敏记录介质具有从支撑材料一侧依次层叠在支撑材料上的青色热敏着色层,品红色热敏着色层和黄色热敏着色层。 上层具有较高的热记录灵敏度,并以较低的热能着色。 彩色热敏记录介质通过一次通过三个热敏头进行热记录。 与施加到青色热敏着色层的电压相比,顶部黄色热敏着色层和相邻的品红色热敏着色层在施加到热敏打印机的较低电压下被热记录。 在这种情况下,冷却时间缩短到允许释放热滞后的范围内,并且将图像脉冲持续时间设定得更长。 代替调整施加电压,可以改变加热元件的平均电阻值。 彩色热敏打印机从输入端子提供压缩图像数据。 压缩图像数据被临时存储在输入缓冲存储器中,并被提供给扩展器电路以扩展压缩图像数据。 通过使用扩展的图像数据,打印出多色图像。