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    • 61. 发明授权
    • Image communication device
    • 图像通信设备
    • US5295002A
    • 1994-03-15
    • US899038
    • 1992-06-16
    • Yuji IshiiToshihiro KumanoShiro TakamizawaHiroyuki YamadaMasanori Sato
    • Yuji IshiiToshihiro KumanoShiro TakamizawaHiroyuki YamadaMasanori Sato
    • B65H5/06B65H5/00H04N1/00H04N1/04
    • H04N1/00519
    • An image communication device having a lower and an upper chassis, the lower chassis having a plurality of rollers for transporting original documents and a guide plate for guiding them, the upper chassis being located above the lower chassis and having a plurality of rollers for transporting recording paper. The lower chassis has a pair of side plates whose top edges contain a plurality of open-ended recesses. Inside the recesses are bearings that rotatably support the document transporting rollers. The guide plate has projections that press the bearings against the recess bottoms. Attaching the guide plate to the lower chassis causes the projections of the former to fix the bearings concurrently. The bearings and guide plate are preferably made up of conductive materials. The rollers are connected to ground via the bearings and guide plate.
    • 一种图像通信装置,具有下部和上部底盘,下部底盘具有用于传送原稿的多个滚子和用于引导它们的引导板,上部底盘位于下部底盘上方,并具有用于传送记录的多个滚子 纸。 下底板具有一对侧板,其顶边包含多个开口凹部。 在凹槽内部是可旋转地支撑文件传送辊的轴承。 引导板具有将轴承压靠凹部底部的突起。 将导板安装在下底板上,使前者的突起同时固定轴承。 轴承和引导板优选地由导电材料制成。 滚子通过轴承和导向板连接到地面。
    • 67. 发明申请
    • LINK ACTUATING DEVICE
    • 链接激活设备
    • US20140224046A1
    • 2014-08-14
    • US14346606
    • 2012-09-11
    • Hiroshi IsobeHiroyuki YamadaYukihiro Nishio
    • Hiroshi IsobeHiroyuki YamadaYukihiro Nishio
    • F16H19/08
    • F16H19/08B25J9/0048B25J9/102F16H21/46F16H37/14Y10T74/18792Y10T74/188
    • A distal side link hub is connected with a proximal end side link hub through three sets of link mechanisms for alteration in posture. At least two sets of the link mechanisms include an actuator for arbitrarily changing the posture of the distal end side link hub relative to the proximal end side link hub by rotating a proximal side end link member and a reduction gear unit for reducing the speed of and transmitting the operation amount of the actuator to the proximal side end link member. The reduction gear unit includes a geared speed reducing section having a small gear rotated by the actuator and a large gear provided in the proximal side end link member. The radius of pitch circle of the large gear is chosen to be equal to or greater than the arm length of the proximal side end link member.
    • 远端侧连接轮毂通过三组用于姿势改变的连杆机构与近端侧连杆毂连接。 至少两组连杆机构包括用于通过旋转近端侧连杆构件和减速装置来相对于近端侧连杆毂任意改变前端侧连杆毂的姿态的致动器,用于降低速度和 将致动器的操作量传递到近端侧连杆构件。 减速装置包括齿轮减速部,该减速部具有由致动器旋转的小齿轮和设置在近端侧连杆部件上的大齿轮。 选择大齿轮的节圆半径等于或大于近端侧连杆构件的臂长。
    • 69. 发明授权
    • Material for treating excretion of pet
    • 用于治疗宠物排泄的物质
    • US08726839B2
    • 2014-05-20
    • US11814689
    • 2006-01-31
    • Jun YamamotoYasuki TsutsumiHiroyuki Yamada
    • Jun YamamotoYasuki TsutsumiHiroyuki Yamada
    • A01K1/01A01K29/00
    • A01K1/0155
    • A pet excreta treating material made mainly of a ground material of plant origin and having a higher water absorbency in the third measurement than in the first measurement, a water absorbency of 3% to 30% by weight in the third measurement, and a specific gravity of 0.8 to 1.2 measured before the first water absorbency measurement. The water absorbency is measured by immersing a dried excreta treating material in 25° C. water for 3 seconds and calculating the weight increase by the equation below, which is taken as water absorbency (%). In the second and following measurements, the excreta treating material immediately after the preceding measurement is dried and immersed in 25° C. water for 3 seconds to obtain a water absorbency in the same manner.Water absorbency (%)=[(weight of excreta treating material after immersion−weight of excreta treating material before immersion)/(weight of excreta treating material before immersion)]×100.
    • 一种主要由植物来源的研磨材料制成并且在第三测量中具有比第一测量中更高的吸水性的宠物排泄物处理材料,第三测量中的吸水率为3重量%至30重量%,比重 在第一次吸水度测量之前测量为0.8至1.2。 通过将干燥的排泄物处理材料在25℃的水中浸渍3秒来测量吸水度,并通过以下等式计算重量增加,其被认为是吸水率(%)。 在第二次及以下的测定中,将上述测定后的排泄物处理材料干燥,浸入25℃水中3秒钟,以同样的方式得到吸水性。 吸水率(%)= [(浸渍前的排泄物处理材料的浸渍重量后的排泄物处理材料的重量)/(浸渍前排泄物处理材料的重量)×100。
    • 70. 发明申请
    • Cooling System of Power Converter for On- Vehicle Rotary Electric Machine
    • 车载旋转电机电源转换器冷却系统
    • US20130285486A1
    • 2013-10-31
    • US13977470
    • 2012-01-12
    • Yuto ImanishiAtsushi YokoyamaHiroyuki Yamada
    • Yuto ImanishiAtsushi YokoyamaHiroyuki Yamada
    • H02K9/19
    • H02K9/19B60K11/02B60K2001/003B60L3/0061H02M1/32H02M7/5387H02M2001/327Y02T10/641
    • A cooling system includes a cooling circuit that has a circulation pump circulating a coolant containing antifreeze solution and cools down, by means of the coolant, a power element mounted in a power converter for an on-vehicle rotary electric machine; a control signal calculation unit that calculates heat quantity generated by the power element; a power element temperature sensor that detects the temperature of the power element; and a coolant temperature sensor that detects the temperature of the coolant. The control signal calculation unit calculates, on the basis of the heat quantity, the temperature of the power element, and the coolant temperature, power element cooling performance that is the amount of heat transferred from the power element to the coolant per unit temperature difference, and lowers the driving power of the circulation pump when the calculated power element cooling performance is greater than a predetermined criterion.
    • 冷却系统包括冷却回路,该冷却回路具有使包含防冻溶液的冷却剂循环的循环泵,并通过冷却剂冷却安装在车载旋转电机的功率转换器中的功率元件; 控制信号计算单元,计算由所述功率元件产生的热量; 功率元件温度传感器,其检测功率元件的温度; 以及检测冷却剂的温度的冷却剂温度传感器。 控制信号计算单元基于热量,功率元件的温度和冷却剂温度,根据单位温度差从功率元件传递到冷却剂的热量的功率元件冷却性能, 并且当计算的功率元件冷却性能大于预定标准时,降低循环泵的驱动力。