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    • 3. 发明申请
    • HEAT MEDIUM SUPPLY FACILITY, COMPOSITE SOLAR HEAT ELECTRICITY GENERATION FACILITY, AND METHOD OF CONTROLLING THE FACILITIES
    • 热介质供应设施,复合太阳能发电设备及其控制方法
    • WO2007073008A3
    • 2007-08-09
    • PCT/JP2007050085
    • 2007-01-09
    • KAWASAKI HEAVY IND LTDKOKETSU MASAHIKOOTA HIDEAKI
    • KOKETSU MASAHIKOOTA HIDEAKI
    • F03G6/00F01K3/18F01K23/10F01K27/02F02C6/18F24J2/42
    • F01K23/101F01K3/18F01K13/00F02C1/05F02C6/18F03G6/003Y02E10/46Y02E20/16
    • A heat medium supply device (4) where, even if a heat medium has a successive temperature variation, a heat exchanger is prevented from being adversely thermally affected by the variation. The heat medium supply device (4) has a heating facility (6) for heating the liquid heat medium by sunlight; the heat exchanger (7) for heating supplied water by the heat medium supplied from the heating facility (6); heat medium supply piping (8) for circulating the heat medium in the heating facility (6) and the heat exchanger (7); a heat medium temperature detection device (14), a heat medium flow rate detection device (12), and a first heat medium flow rate regulation valve (13) that are arranged in the heat medium supply piping (8), between the exit of the heating facility (6) and the entrance of the heat exchanger (7); and a control device (50) for calculating supply heat energy based on the result of detection by the heat medium temperature detection device (14) and the heat medium flow rate detection device (12) and capable of controlling operation of the heat medium flow rate regulation valve (13) based on the value of the supply heat energy.
    • 一种热介质供给装置(4),其中,即使热介质具有连续的温度变化,也可以防止热交换器受到变化的不利影响。 热介质供给装置(4)具有用于通过阳光加热液体热介质的加热装置(6) 用于通过从加热设备(6)供应的热介质加热供水的热交换器(7); 用于使加热设备(6)和热交换器(7)中的热介质循环的热介质供应管道(8); 热介质温度检测装置(14),热介质流量检测装置(12)和第一热介质流量调节阀(13),其布置在热介质供给配管(8)的出口 加热设备(6)和热交换器(7)的入口; 以及控制装置(50),其基于所述热介质温度检测装置(14)和所述热介质流量检测装置(12)的检测结果来计算供给热能,并且能够控制所述热介质流量的运转 调节阀(13)基于供给热能的值。
    • 5. 发明申请
    • FUEL TANK FOR MOTORCYCLE
    • 燃油箱用于摩托车
    • WO2015141309A8
    • 2016-08-11
    • PCT/JP2015053050
    • 2015-02-04
    • KAWASAKI HEAVY IND LTD
    • WADA HIROYUKIKASHIHARA TAKESHI
    • B62J35/00
    • B62J35/00
    • Provided is a fuel tank (18) disposed between a head pipe (8) and a rider seat (13). The fuel tank (18) has in the upper surface (19) thereof a pair of grooves (20) arranged so as to be symmetrical in the left-right direction relative to the center plane (C) in the front-rear direction. The pair of grooves (20) is located behind the tank top (18t) and has a lateral cross-sectional shape which is formed by smooth curved lines. The pair of grooves (20) extends parallel to the center plane (C) extending in the front-rear direction or extends tilted so that the distance (W1) gradually decreases toward the rear, the distance (W1) at the front ends of the grooves being 0.25 to 0.40 times the maximum width (Wm) of the tank and the distance (W1) at the rear ends of the grooves being 0.08 to 0.35 times the maximum width (Wm).
    • 设置在头管(8)和乘客座(13)之间的燃料箱(18)。 燃料箱(18)的上表面(19)具有在前后方向上相对于中心面(C)在左右方向上对称配置的一对槽(20)。 一对槽(20)位于罐顶(18t)的后面,具有由平滑曲线形成的横截面形状。 一对槽(20)平行于前后方向延伸的中心平面(C)延伸或者倾斜延伸,使得距离(W1)朝向后方逐渐减小,前端的距离(W1) 凹槽是槽的最大宽度(Wm)的0.25至0.40倍,槽的后端的距离(W1)为最大宽度(Wm)的0.08至0.35倍。
    • 6. 发明申请
    • SUPPORTING STRUCTURE FOR REAR PARTS OF MOTORCYCLE
    • 摩托车后部支撑结构
    • WO2014181650A8
    • 2015-10-08
    • PCT/JP2014060866
    • 2014-04-16
    • KAWASAKI HEAVY IND LTD
    • KUNISADA YOUHEI
    • B62J25/00B62J9/00B62K25/20F01N13/00F01N13/08
    • B62K19/00B62J9/001B62J25/00B62K11/00B62K11/04B62K25/283B62K2025/048B62L3/04F01N13/08F01N13/1805F01N2590/04
    • Provided is a structure whereby parts are supported at the rear of a two-wheeled motor vehicle, the structure being configured in such a manner that an operating unit is mounted and arranged on a step stay so as to enable the extremely easy operation of the operating unit and in such a manner that the step stay is capable of being effectively utilized to support other rear parts. A structure whereby parts are supported at the rear of a two-wheeled motor vehicle is provided with: a step stay (30) which is mounted to a vehicle frame (FR) and which supports a foot step (29) for a co-rider; an operating unit (25) which is mounted to the unit support section (38) of the step stay (30) and with which the characteristics of a rear suspension device (24) are manually adjusted; a pannier support section (41) which is provided to the step stay (30) and which supports the front section of an article storing pannier (3) mounted at a side of the vehicle; and a tank support section (42) which supports a brake oil reservoir tank (4). The pannier (3) is disposed behind the operating unit (25), and the operating section (55) of the operating unit (25) is disposed at a position at which the operating section (55) does not overlap the step stay (30) and the pannier (3) when viewed from an outer side.
    • 提供一种结构,其中部件被支撑在两轮机动车辆的后部,该结构被构造成使得操作单元安装并布置在阶梯停止上,使得能够极其容易地操作操作 并且以这样的方式使得踏板能够被有效地用于支撑其他后部。 在两轮机动车辆的后部支撑部件的结构设置有:安装在车架(FR)上的台撑部(30),并且支撑用于共车的踏脚(29) ; 操作单元(25),其安装到台阶撑架(30)的单元支撑部分(38)上,并且手动调节后悬架装置(24)的特性; 一个设置在台阶撑架(30)上并且支撑安装在车辆一侧的存放小便器(3)的物品的前部的翻板支撑部分(41) 以及支撑制动储油箱(4)的油箱支撑部(42)。 翻板机(3)设置在操作单元(25)的后面,并且操作单元(25)的操作部分(55)设置在操作部分(55)不与踏板支架(30)重叠的位置 )和从外侧观察的调音台(3)。
    • 7. 发明申请
    • EXHAUST PIPE SIDE COVER FOR MOTORCYCLE
    • 用于摩托车的排气管侧盖
    • WO2014188837A8
    • 2015-09-17
    • PCT/JP2014061416
    • 2014-04-23
    • KAWASAKI HEAVY IND LTD
    • SENDA ATSUSHI
    • B62J23/00F01N13/08
    • B62J23/00F01N13/082F01N13/1855F01N2260/20F01N2450/24F01N2590/04
    • Provided is an exhaust pipe side cover for a motorcycle, the exhaust pipe side cover being capable of being mounted with improved work efficiency. The rear part of an exhaust pipe side cover (40) is supported by the exhaust pipe (31) or muffler (34) of an exhaust gas discharge device (30), the front part of the exhaust pipe side cover (40) is supported by the vehicle body through a bracket (51), and the exhaust pipe side cover (40) covers the exhaust pipe (31) from the outside. A protrusion (43) which protrudes inward in the width direction (W) of the vehicle is formed on the inner surface of the front part of the body (42) of the exhaust pipe side cover (40). A screw insertion hole (44) is formed in the portion of the body (42) which is located near the protrusion (43). The bracket (51) has formed therein an insertion hole (55) in which the protrusion (43) is inserted and engaged, and a screw hole (59). A mounting screw body (64) is inserted through the screw insertion hole (44) and engaged with the screw hole (59). A cross-section of the protrusion (43) taken perpendicular to the direction (P) of protrusion thereof has an elongated shape.
    • 本发明提供一种用于摩托车的排气管侧盖,能够以更高的工作效率安装排气管侧盖。 排气管侧盖40的后部由废气排出装置30的排气管31或消声器34支撑,排气管侧盖40的前部被支撑 通过车体通过支架(51),排气管侧罩(40)从外部覆盖排气管(31)。 在排气管侧盖(40)的主体(42)的前部的内表面上形成有沿车宽方向(W)向内突出的突起(43)。 螺钉插入孔(44)形成在位于突起(43)附近的主体(42)的部分中。 支架(51)上形成有插入孔(59),突起(43)插入和接合的插入孔(55)和螺钉孔(59)。 安装螺钉体(64)穿过螺钉插入孔(44)插入并与螺纹孔(59)接合。 垂直于其突起的方向(P)的突起(43)的横截面具有细长形状。
    • 8. 发明申请
    • CONTROL METHOD AND CONTROL SYSTEM FOR PARA LLEL OPERATION BETWEEN DIFFERENT TYPES OF POWER GENERATOR
    • 发电机不同类型之间的直流运行控制方法与控制系统
    • WO2014098104A1
    • 2014-06-26
    • PCT/JP2013083822
    • 2013-12-18
    • KAWASAKI HEAVY IND LTDDAIICHI TECHNO CO LTD
    • SHIOTA YUKIHIROCHIDA MITSURUSATO KAZUNORITATEISHI KOUSHICHI
    • H02J3/38H02J3/46
    • H02J3/381H02J3/46H02P5/00H02P9/02Y10T307/505
    • A control method performed when transitioning a plurality of different types of power generators into parallel operation, wherein an output voltage and/or a voltage drooping characteristic of at least one of the plurality of power generators is chan ged. If the plurality of different types of power generators are a plurality of synchronous power generators differing from each other in voltage drooping charac teristic, the voltage drooping characteristic of one of the plurality of power generators (GE1, GE2) to be operated in parallel, i.e., the power generator (GE1) having a smaller voltage drooping characteristic than the other, is changed to match the voltage drooping characteristic of the other power generator (GE2), at which time the other power generator (GE2) is controlled so that the output voltage thereof is maintained at a value which the other power generator (GE2) had before parallel operation was started.
    • 在将多个不同类型的发电机转换为并联运行时执行的控制方法,其中,所述多个发电机中的至少一个的发电机的输出电压和/或电压下降特性被切换。 如果多个不同类型的发电机是电压下降特性彼此不同的多个同步发电机,那么多个发电机(GE1,GE2)之一的电压下降特性将并联运行,即 改变具有比另一个更小的电压下降特性的发电机(GE1),以匹配另一个发电机(GE2)的电压下降特性,此时另一个发电机(GE2)被控制,使得输出 其电压保持在另一个发电机(GE2)在并行操作之前已经开始的值。
    • 10. 发明申请
    • HYBRID CELL
    • 混合细胞
    • WO03026054A9
    • 2004-03-25
    • PCT/JP0209410
    • 2002-09-13
    • KAWASAKI HEAVY IND LTDOSAKA GAS CO LTDTSUTSUMI KAZUONISHIMURA KAZUYAMITSUDA SUSUMU
    • TSUTSUMI KAZUONISHIMURA KAZUYAMITSUDA SUSUMU
    • H01M4/02H01M4/24H01M4/32H01M4/36H01M4/66H01M4/70H01M10/04H01M10/28H01M10/34H01M16/00
    • H01M4/364H01M4/24H01M4/32H01M4/661H01M4/70H01M10/28H01M10/345
    • A cell capable of being charged/discharged at high rate wherein a molded piece of a positive electrode active material is placed in an electrolytic solution in one of two cells interconnected through a separator, a molded piece of a negative electrode active material is placed in an electrolytic solution in the other cell, and current collectors are disposed in the cells. Conventionally, active materials having the same charging/discharging characters have been used. Therefore, high-rate chargeable/dischargeable cells having a small cell capacity but capable of being charged/discharged with large current and low-rate chargeable/dischargeable cells capable of being charged/discharged with small current and having a large cell capacity have been separately produced, and therefore there have been problems such as the one that there have been no cells capable of being charged/discharged with large current and having a large cell capacity. According to the invention, a combination of at least two kinds of active material molded pieces having different charging/discharging characteristics is used for at least either the positive or negative active material and placed in one cell, thereby solving the above problem.
    • 能够以高速率进行充放电的电池,其中将正极活性物质的成型片放置在通过隔膜相互连接的两个电池中的一个电池中的电解液中,将负极活性物质的成型片放置在 在另一个电池中的电解液,并且集电器设置在电池中。 通常,使用具有相同充电/放电字符的活性材料。 因此,具有小电池容量但能够以能够以小电流充电/放电并具有大电池容量的大电流和低速率可充电/放电电池充电/放电的高速率可充电/放电电池单独 因此存在没有能够以大电流充电/放电且电池容量大的电池的问题。 根据本发明,将至少两种具有不同充电/放电特性的活性材料模制件的组合用于正极或负极活性材料中的至少一种并放置在一个电池中,从而解决了上述问题。