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    • 61. 发明授权
    • Electrical component box for water vehicle
    • 水车电气元件箱
    • US07872196B2
    • 2011-01-18
    • US11949574
    • 2007-12-03
    • Naoki Harada
    • Naoki Harada
    • H05K5/06
    • B63B17/00Y10S248/906
    • An electrical component box which can be provided under a maintenance opening in an engine compartment on a water vehicle, can include a box body provided with an electrical unit and a cover member. The box body can be attached to a bulkhead so that a mounting surface for an electrical unit extends generally vertically. Engaging frames can be provided on the upper face of the box body. Also, engaging clamps can be provided on the upper side of the cover member to be engaged with the engaging frames by one-touch operation. A bottom cover can be provided under the box body to cover the bottom side of the electrical unit and the upper side, both lateral sides and the front side of the electrical unit can be covered by the cover member.
    • 可以设置在水车上的发动机舱内的维护开口下方的电气部件箱可以包括设置有电气单元和盖构件的箱体。 箱体可以附接到隔板,使得电气单元的安装表面大致垂直延伸。 可以在盒体的上表面上提供啮合框架。 此外,接合夹具可以设置在盖构件的上侧,以通过一触式操作与接合框架接合。 底盖可以设置在箱体下方以覆盖电气单元的底侧,并且上侧,电气单元的两侧和前侧可以被盖构件覆盖。
    • 62. 发明申请
    • NOVEL MICROORGANISM CAPABLE OF DEGRADING DIPHENYLARSINIC ACID
    • 可降解二苯甲酸的新型微生物
    • US20100015688A1
    • 2010-01-21
    • US12439662
    • 2007-08-24
    • Kazuhiro TakagiNaoki Harada
    • Kazuhiro TakagiNaoki Harada
    • C12N1/20C02F3/34
    • C12R1/01A62D3/02A62D2101/02A62D2101/20A62D2101/24B09C1/10C02F3/34C07F9/76C12N1/20
    • Disclosed are: a microorganism capable of degrading diphenylarsinic acid; a method for degrading diphenylarsinic acid by using the microorganism; a method for clean-up of a contaminated soil by using the microorganism; an agent for degrading diphenylarsinic acid, which comprises the microorganism; and a cleaning agent for a contaminated soil or groundwater, which comprises the microorganism. Specifically disclosed are: a microorganism belonging to the genus Sinorhizobium and capable of degrading diphenylarsinic acid; a microorganism belonging to the genus Ensifer and capable of degrading diphenylarsinic acid; a method for clean-up of a contaminated soil by using the microorganism; an agent for degrading diphenylarsinic acid, which comprises the microorganism; and a cleaning agent for a contaminated soil or groundwater, which comprises the microorganism.
    • 公开了能够降解二苯亚胂酸的微生物; 通过使用微生物降解二苯亚胂酸的方法; 通过使用微生物清理污染土壤的方法; 包含微生物的降解二苯亚胂酸的试剂; 以及包含微生物的污染土壤或地下水的清洁剂。 具体公开的是:属于中华根瘤菌属的微生物,能够降解二苯亚胂酸; 属于Ensifer属的微生物,能够降解二苯亚胂酸; 通过使用微生物清理污染土壤的方法; 包含微生物的降解二苯亚胂酸的试剂; 以及包含微生物的污染土壤或地下水的清洁剂。
    • 64. 发明授权
    • Nocardioides FERM BP-10405 capable of degrading organochlorine pesticide PCNB
    • Nocardioides FERM BP-10405能够降解有机氯农药PCNB
    • US07629159B2
    • 2009-12-08
    • US11335686
    • 2006-01-20
    • Kazuhiro TakagiNaoki HaradaYuuichi Yoshioka
    • Kazuhiro TakagiNaoki HaradaYuuichi Yoshioka
    • C12N1/20C12N11/14C12N11/02C12N11/04A62D3/02
    • C12P39/00B09C1/002B09C1/10C12N11/02C12N11/12C12R1/01C12R1/06Y10S435/822Y10S435/83
    • The present invention provides a stable complex microbial system, which simultaneously decomposes a plurality of organic contaminants even under a polluted environment with these contaminants and permits more effective decomposition of persistent organic contaminants such as PCNB and simazine. A support for holding a complexed enrichment of degrading bacteria, which contains a porous material provided as a support on which degrading bacteria A capable of degrading at least one organic contaminant and degrading bacteria B capable of degrading another organic contaminant are enriched, is produced. The degrading bacteria A may be a PCNB-degrading bacteria, particularly degrading bacteria containing degrading bacteria having part or all of the bacteriological characteristics of Nocardioides sp. PD653 and the degrading bacteria B may be degrading bacteria containing degrading bacteria having part or all of the bacteriological characteristics of β-Proteobacteria CDB21.
    • 本发明提供了一种稳定的复合微生物系统,即使在这些污染物的污染环境下也能同时分解多种有机污染物,并允许持久性有机污染物如PCNB和西马嗪的更有效分解。 产生含有多孔材料的支持物,其含有提供作为支持物的多孔材料,所述多孔材料能够使能够降解至少一种有机污染物的降解细菌A和能够降解另一种有机污染物的降解菌体B被富集。 降解细菌A可以是PCNB降解细菌,特别是含有降解菌的降解细菌,其具有诺卡氏菌属(Nocardioides sp。)的部分或全部细菌学特征。 PD653和降解细菌B可能是含有降解细菌的降解细菌,具有部分或全部β-变形杆菌CDB21的细菌学特征。
    • 68. 发明授权
    • Small computer system interface (
    • 小型计算机系统接口(“SCSI”)控制器
    • US5812821A
    • 1998-09-22
    • US537042
    • 1995-09-28
    • Haruo SugiSusumu ShimotonoHideyuki TagaiMayumi TakahashiNaoki Harada
    • Haruo SugiSusumu ShimotonoHideyuki TagaiMayumi TakahashiNaoki Harada
    • G06F13/14G06F1/30G06F3/06G06F9/445G06F11/00G06F11/14G06F11/22G06F13/40G06F3/00G06F13/00
    • G06F9/4411G06F1/30G06F11/2289G06F13/4063G06F3/0601G06F9/4418G06F11/006G06F2003/0692Y02B60/1228Y02B60/1235
    • Disclosed is a data processing apparatus that has two or more internal SCSI devices, to include a SCSI controller, that can also accommodate eternal SCSI devices via a port connector and that can manage the ID numbers (identification numbers) of the internal SCSI devices separately from all the other SCSI devices without requiring any action by a user; and a method for controlling such a data processing apparatus. According to the present invention, ID numbers can be written into internal SCSI devices. ID numbers that do not collide with the ID numbers of the externally connected SCSI devices are assigned to the respective internal SCSI devices. The system can automatically write the ID numbers during the booting process or when the system configuration is physically changed. Even when there are SCSI hard disk drives installed both inside and outside the system, the ID numbers of the SCSI hard disk drives that are internally positioned can be read so that the internal SCSI hard disk drives can be designated. When a system enters into a hibernation mode because the remaining capacity of a battery falls low, an internal SCSI hard disk can be designated as a hibernation target to which a hibernation file is saved.
    • 公开了一种数据处理设备,其具有两个或多个内部SCSI设备,以包括SCSI控制器,其也可以经由端口连接器容纳永久的SCSI设备,并且可以分别管理内部SCSI设备的ID号(标识号) 所有其他SCSI设备,而不需要用户的任何操作; 以及一种用于控制这种数据处理装置的方法。 根据本发明,可将ID号码写入内部SCSI设备。 不与外部连接的SCSI设备的ID号相冲突的ID号被分配给相应的内部SCSI设备。 系统可以在启动过程中或系统配置物理更改时自动写入ID号。 即使系统内部和外部都安装了SCSI硬盘驱动器,也可以读取内部定位的SCSI硬盘驱动器的ID号,以便可以指定内部SCSI硬盘驱动器。 当系统进入休眠模式时,由于电池的剩余容量降低,内部SCSI硬盘可以被指定为休眠文件被保存到的休眠目标。
    • 70. 发明授权
    • Automatic reconfiguration of alterable systems
    • US5497490A
    • 1996-03-05
    • US911564
    • 1992-07-08
    • Naoki HaradaKen InoueMasahiko Shinomura
    • Naoki HaradaKen InoueMasahiko Shinomura
    • G06F11/34G06F9/445G06F11/14G06F13/14G06F13/40G06F15/00G06F15/16G06F11/08G06F9/00
    • G06F13/4063G06F11/1417G06F9/4411
    • A computer unit and multiple I/O adapter units are interconnectable in a variety of different plug attachment configurations which may be frequently altered in normal use of the system. An arrangement is provided for automatically initializing adapter units which are currently connected to the computer unit to operating states uniquely suited to the current configuration of connections. In the arrangement, non-volatile storage means retentively stores multiple sets of configuration state information, each set corresponding to a different configuration of connections between the adapter units and the computer unit. Means operating during each initialization of the system detects identities (ID's) of adapter units currently connected to the computer unit, and compares them to ID's associatively stored with the configuration state information. When a corresponding set of ID's is found, the associated configuration state information is retrieved and used for initializing the currently connected adapter units to operating states uniquely suited to the detected configuration of ID's. In the disclosed embodiment, information associated with the adapter unit configuration existing when system power was last turned off is stored in both a non-volatile RAM (NVRAM) and in a reserved area of a hard disk drive (HDD) which holds information associated with both the presently existing adapter configuration and previously existing configurations. Detected ID's of currently connected adapter units are compared first to identity information in NVRAM, and if a match is detected the associated state information in NVRAM is used to initialize the currently connected adapter units. If a mismatch is detected, the detected unit ID's are compared to sets of ID's contained in index functions stored in the HDD. If a match is found in this comparison, configuration state information associated with the respective index function is retrieved, written to NVRAM and applied to the currently connected adapter units. This arrangement is particularly useful for automatically initializing portable computer systems which can operate either standalone or docked/connected to one or more desktop expansion units.