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    • 62. 发明授权
    • Structure of carrying case for electronic equipment
    • 电子设备手提箱结构
    • US5803323A
    • 1998-09-08
    • US929683
    • 1997-09-15
    • Takahiro HayashiHaruo Hayakawa
    • Takahiro HayashiHaruo Hayakawa
    • B65D43/22A45C11/00G08B3/10H04M1/725H05K5/02A45F5/00
    • G08B3/1058H04M1/72519Y10S224/93
    • A carrying case for portable electronic equipment is provided which is designed to allow a case carrier to stop an alarm or call sound produced from the electronic equipment without opening the carrying case. The carrying case has a protrusion formed on an inner wall of a cover at a given interval away from an operating button on the electronic equipment disposed within the carrying case. The cover is supported elastically by a case body with a given gap between front edges of the cover and the case body. The depression of the operating button of the electronic equipment through the protrusion to stop the alarm or call sound is achieved by pressing one of the cover and the case body against the other to decrease the gap therebetween. In another modified form, a window is formed in the bottom of the case body for allowing the case carrier to move the electronic equipment within the case body using a finger load, thereby bringing the operating button into engagement with the protrusion on the inner wall of the cover.
    • 提供了一种用于便携式电子设备的便携式电子设备,其被设计成允许外壳承运人在不打开手提箱的情况下停止从电子设备产生的警报或通话声音。 手提箱具有突出部,其形成在盖的内壁上,与设置在手提箱内的电子设备上的操作按钮相隔一定间隔。 盖子由壳体弹性地支承,盖体的前边缘和壳体之间具有给定的间隙。 通过突起来按压电子设备的操作按钮来停止报警或呼叫声是通过将盖和壳体中的一个抵靠另一个来减小它们之间的间隙来实现的。 在另一改进形式中,窗体形成在壳体的底部,用于允许壳体托架使用手指负载移动壳体内的电子设备,从而使操作按钮与内壁上的突起接合 封面。
    • 64. 发明授权
    • Charging control circuit
    • 充电控制电路
    • US5686816A
    • 1997-11-11
    • US757655
    • 1996-11-29
    • Takahiro HayashiKouichi Kunitomo
    • Takahiro HayashiKouichi Kunitomo
    • H02J7/02H01M2/10H01M10/44H02J7/00H02J7/10
    • H02J7/0006
    • A charging control circuit is disclosed which comprises: a 1st connector (17) receiving an input supply power (34); a 2nd connector (30) for supplying a charging supply power (35) to charge either of a 1st (Ni-Cd) or 2nd (Lithium ion) battery (33a, 33b) and receiving a discharging supply power (36) from the battery; a kind detection portion (15) for detecting which of the 1st and 2nd kind of battery is to be charged; a voltage detection circuit for detecting an emf of the battery to be charged; a current detection circuit for detecting a charging current to the battery to be charged; a REF signal generation portion (15) for generating a REF signal (38) in accordance with outputs from the kind detection portion, the current detection circuit, and the voltage detection circuit; a difference providing portion (111) for providing a difference between the REF signal and the detected emf; and a charging supply power generation circuit for generating the charging supply power from the input supply power according to the output of the difference providing portion (111). The Ni-Cd battery is charged by a constant current and the lithium ion battery, by a constant current and a constant voltage (4.1 V). Completion of charging is detected by a drop of emf of Ni-Cd and decrease in the charging current to Lithium ion battery.
    • 公开了一种充电控制电路,其包括:接收输入电源(34)的第一连接器(17) 第二连接器(30),用于为从第一(Ni-Cd)或第二(锂离子)电池(33a,33b)中的任一个提供充电电源(35)并从电池接收放电电源(36) ; 用于检测第一和第二种电池中的哪一个将被充电的种类检测部分(15) 用于检测要充电的电池的电动势的电压检测电路; 用于检测到要被充电的电池的充电电流的电流检测电路; 用于根据种类检测部分,电流检测电路和电压检测电路的输出产生REF信号(38)的REF信号产生部分(15); 差分提供部分(111),用于提供REF信号和检测到的emf之间的差; 以及充电电源产生电路,用于根据差值提供部分(111)的输出从输入电源产生充电电源。 Ni-Cd电池通过恒定电流和恒定电压(4.1 V)由恒定电流和锂离子电池充电。 通过Ni-Cd的一滴emf检测充电完成,并减少对锂离子电池的充电电流。
    • 65. 发明授权
    • Apparatus for controlling a soap concentration in cleaning solvent
    • 用于控制清洁溶剂中肥皂浓度的装置
    • US4867193A
    • 1989-09-19
    • US302438
    • 1989-01-26
    • Takahiro HayashiTakeshi Nakata
    • Takahiro HayashiTakeshi Nakata
    • D06F43/00G05D21/02
    • G05D21/02D06F43/005Y10T137/2509
    • A soap concentration control apparatus comprising: a pump for supplying a cleaning solvent to a washing tub; a liquid quantity sensor for measuring a quantity of the solvent supplied to the washing tub by the pump; a soap supplying pump for supplying a soap to the washing tub; a sampling container for sampling the solvent; a soap concentration measuring sensor for measuring a soap concentration in the sampled solvent; a setting device for setting a desired soap concentration; an arithmetic device for calculating an operating time of the soap supplying pump required for making a soap concentration of the solvent in the washing tub approach to the set desired soap concentration on the basis of the measured quantity of solvent, the measured soap concentration and the soap supplying capacity per unit time of the soap supplying pump; and a controller for operating the soap supplying pump on the basis of the calculation result of the arithmetic device, which is useful to maintain a desired soap concentration in the dry cleaning machine thereby providing a constant finish of the laundry.
    • 一种肥皂浓度控制装置,包括:用于将洗涤溶剂供应到洗涤桶的泵; 液体量传感器,用于测量由所述泵供应到所述洗涤桶的溶剂的量; 用于向洗涤桶供应肥皂的肥皂供应泵; 用于取样溶剂的取样容器; 用于测量取样溶剂中的皂浓度的皂浓度测量传感器; 用于设定所需皂浓度的设定装置; 计算装置,用于根据所测量的溶剂量,所测量的皂浓度和皂量,计算使洗涤桶中的溶剂的皂浓度达到设定的所需皂浓度所需的肥皂供应泵的操作时间 供应肥皂供应泵每单位时间的供应能力; 以及控制器,其基于运算装置的计算结果来操作肥皂供应泵,其可用于在干洗机中保持期望的肥皂浓度,从而提供洗衣物的恒定完成。
    • 68. 发明授权
    • Transmission rate control method and radio base station
    • 传输速率控制方法和无线基站
    • US08260309B2
    • 2012-09-04
    • US12357494
    • 2009-01-22
    • Yoshikazu GotoAkihito HanakiTakahiro HayashiJunichiro KawamotoYukiko Takagi
    • Yoshikazu GotoAkihito HanakiTakahiro HayashiJunichiro KawamotoYukiko Takagi
    • H04W72/00
    • H04W28/22H04W72/0473H04W72/1252
    • A transmission rate control method according to the present invention includes: determining, at the radio base station NodeB, a maximum granted value that can be notified to the mobile station UE, in accordance with a throughput at which the uplink user data transmitted from the mobile station UE to the radio base station NodeB is successfully received at a point of time; calculating, at the radio base station NodeB, as an allowable value to be notified to the mobile station UE, a granted value not more than the maximum granted value; notifying, from the radio base station NodeB to the mobile station UE, the granted value calculated at the radio base station NodeB, by using a transmission rate control channel; and transmitting, from the mobile station UE, the uplink user data, at the transmission rate corresponding to the granted value notified from the radio base station NodeB.
    • 根据本发明的传输速率控制方法包括:根据从移动台发送的上行链路用户数据的吞吐量,在无线基站NodeB确定可以通知移动台UE的最大允许值 站点UE到无线基站NodeB的时间点成功接收; 在无线基站NodeB,作为向移动台UE通知的允许值,计算出不超过最大允许值的许可值; 通过使用传输速率控制信道,从无线基站NodeB向移动台UE通知在无线基站NodeB计算出的许可值; 从移动台UE发送与从无线基站NodeB通知的许可值对应的传输速率的上行用户数据。