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    • 2. 发明公开
    • CLEANING DEVICE FOR TAPE RECORDER HEAD
    • 磁带录音机头的清洁装置
    • EP0053191A1
    • 1982-06-09
    • EP81901673.4
    • 1981-06-10
    • OGAWA, Kenji
    • OGAWA, Kenji
    • G11B5/41B08B1/00
    • G11B5/41G11B23/049
    • A cleaning device for a magnetic tape recorder head (4) has a Mylar base (1) coated by a low-adhesive layer (2). A Dacron mesh member (9) is combined to the base (1) via the layer (2). When the member (9) is moved so as to cross the contacting surface of the tape recorder head (4), it acts as a mechanical cleaning surface. The layer (2) acts to tightly secure the respective strands (5) of the member (9) at predetermined positions to be correctly supported when they are contacted with the head (4) and also to collect and suppress the scattering of the magnetic powder separated from the head (4) by the strands (5) of the member (9). A raised part (3) extending from the lower layer base (1) may be formed as a projecting pattern.
    • 用于磁带记录器头(4)的清洁装置具有由低粘合剂层(2)涂覆的聚酯薄膜基底(1)。 涤纶网格构件(9)通过层(2)结合到基部(1)。 当元件(9)被移动以穿过录音机磁头(4)的接触表面时,它起着机械清洁表面的作用。 层(2)用于将构件(9)的各股线(5)紧密地固定在预定位置上,以当它们与头部(4)接触时被正确地支撑,并且还用于收集和抑制磁性粉末 通过构件(9)的股线(5)与头部(4)分离。 从下层基座(1)延伸的凸起部分(3)可以形成为突出图案。
    • 3. 发明申请
    • DIAPHRAGM PUMP AND MANUFACTURING APPARATUS OF ELECTRONIC COMPONENT
    • 电子元件的膜片泵和制造装置
    • WO2005111422A1
    • 2005-11-24
    • PCT/JP2004/009298
    • 2004-06-24
    • NEUBERG COMPANY LIMITEDOGAWA, Kenji
    • OGAWA, Kenji
    • F04B43/08
    • F04B43/021
    • A diaphragm pump 1 has a base block 2, a diaphragm 8 and a drive section for driving the diaphragm to reciprocate. The base block 2 has three or more liquid flow paths, each having three metering chambers 23 through 25 or more metering recesses. The drive section includes pressing rods 73 through 75 arranged corresponding to the respective metering recesses with the diaphragm interposed therebetween and a pressing member drive controller adapted to execute a liquid ejecting operation and a liquid sucking operation at a predetermined timing defined for each of the pressing rods, wherein in the liquid ejecting operation, each of the pressing rods 73 through 75 is moved approaching the respective metering recess so as to gradually decease the volume of the respective metering chamber and eventually hermetically seal the metering chamber; while in the liquid ejecting operation, each of the pressing rods 73 through 75 is moved leaving away from the respective metering recess so as to gradually decease the volume of the respective metering chamber.
    • 隔膜泵1具有基座2,隔膜8和用于驱动隔膜往复运动的驱动部。 基座2具有三个或更多个液体流动路径,每个具有三个计量腔室23至25或更多的计量凹部。 驱动部分包括对应于相应的计量凹部设置的按压杆73至75,隔膜插入其间的按压件驱动控制器,适于在为每个按压杆定义的预定时间执行液体喷射操作和液体吸入操作 其中,在液体喷射操作中,每个按压杆73至75移动到相应的计量凹槽附近,以逐渐减小相应的计量室的容积,并最终密封密封计量室; 而在液体喷射操作中,每个按压杆73至75移动离开各个计量凹槽,从而逐渐减小相应计量室的容积。
    • 4. 发明申请
    • ELECTRICAL JUNCTION BOX
    • 电气接线盒
    • WO2012053664A2
    • 2012-04-26
    • PCT/JP2011/074739
    • 2011-10-20
    • Yazaki CorporationOOISHI, ManabuSUGIURA, MakiYAMAMOTO, KazuhiroOGAWA, Kenji
    • OOISHI, ManabuSUGIURA, MakiYAMAMOTO, KazuhiroOGAWA, Kenji
    • H02B1/012H05K1/0203H05K1/056H05K3/3447H05K3/44H05K7/026H05K2201/09663
    • [Problem] To provide an electrical junction box able to prevent a metal core substrate from being upsized, and to prevent the metal core substrate from being bent. [Means for solving problem] An electrical junction box 10 for distributing electric power in a vehicle includes: a metal core substrate 1 provided with a core metal assembly 2 having two core metal plates 2a, 2b arranged with a gap 3, and an insulating layer embedded in the gap 3 and covering surfaces of the metal core plates 2a, 2b to integrate the metal core plates 2a, 2b; and electronic components 7, 9. Electric power from a battery is inputted into the core metal plate 2a, and electric power from an alternator is inputted into the core metal plate 2b. The electronic components 7, 9 are provided with a plurality of attaching portions 71, 74, 91, 94 soldered or screwed to the metal core substrate 1. At least one of the attaching portions 71, 74, 91, 94 is attached to the core metal plate 2a, and at least one of the attaching portions 71, 74, 91, 94 is attached to the core metal plate 2b.
    • 提供一种能够防止金属芯基板变大并且防止金属芯基板弯曲的电接线盒。 解决问题的手段用于在车辆中分配电力的电接线盒10包括:金属芯基板1,其设置有芯金属组件2,芯金属组件2具有布置有间隙3的两个芯金属板2a,2b;以及绝缘层 嵌入间隙3并覆盖金属芯板2a,2b的表面以使金属芯板2a,2b成为一体; 以及电子部件7,9。来自电池的电力被输入到芯金属板2a,来自交流发电机的电力被输入到芯金属板2b。 电子部件7,9具有焊接或螺纹连接到金属芯基板1的多个附接部分71,74,91,94。附接部分71,74,91,94中的至少一个连接到芯部 金属板2a,并且附着部分71,74,91,94中的至少一个附着到芯金属板2b。
    • 6. 发明申请
    • DIAPHRAGM PUMP AND MANUFACTURING DEVICE OF ELECTRONIC COMPONENT
    • 电子元件的膜片泵和制造装置
    • WO2005111423A1
    • 2005-11-24
    • PCT/JP2005/008659
    • 2005-05-02
    • NEUBERG Company LimitedOGAWA, Kenji
    • OGAWA, Kenji
    • F04B43/08
    • F04B43/025F04B43/021
    • A diaphragm pump 1 has a base block 2, a diaphragm 8 and a drive unit for driving the diaphragm to reciprocate. The base block 2 has three or more liquid flow paths, each having three recesses 23 through 25 or more recesses. The diaphragm 8 and the respective recesses 23 through 25 define a plurality of valve chambers and the metering chamber. The drive unit includes: pressing rods 73 through 75 arranged corresponding to the respective recesses with the diaphragm interposed therebetween; and a pressing member drive controller adapted to execute a liquid discharging operation and a liquid sucking operation at a predetermined timing defined for each of the pressing rods, in which in the liquid discharging operation, each of the pressing rods is moved toward the respective recesses so as to gradually decease the volume of the respective valve chambers and the metering chamber and eventually hermetically seal the metering chamber; while in the liquid discharging operation, each of the pressing rods is moved away from the respective recesses so as to gradually decease the volume of the respective valve chambers and the metering chamber.
    • 隔膜泵1具有基座2,隔膜8以及用于驱动隔膜往复运动的驱动单元。 基块2具有三个或更多个液体流动通道,每个具有三个凹部23至25个或更多个凹部。 隔膜8和相应的凹部23至25限定多个阀室和计量室。 驱动单元包括:相应于相应凹槽布置的压杆73至75; 以及按压构件驱动控制器,其适于在为每个按压杆定义的预定时间执行液体排出操作和液体吸入操作,其中在液体排放操作中,每个按压杆朝向各个凹部移动 逐渐减小各个阀室和计量室的体积,并最终气密地密封计量室; 而在液体排出操作中,每个按压杆从相应的凹槽移开,以便逐渐减小各个阀室和计量室的容积。