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    • 31. 发明授权
    • Status-change data gathering apparatus
    • 状态变化数据采集装置
    • US4642760A
    • 1987-02-10
    • US526795
    • 1983-08-26
    • Takao YanaiYoshiaki Takahashi
    • Takao YanaiYoshiaki Takahashi
    • H04Q9/00G06F13/24G06F17/40G08C15/00G08C15/06G05B11/01
    • G06F13/24
    • In a status-change gathering apparatus wherein status-change data is supplied to a processor from a plurality of inputting devices having a function of detecting status changes in a process or the like, each of the inputting devices is capable of producing an enable signal at a period not greater than the maximum allowed time between a detected status change in a controlled process and the controlling action to be performed by the processor, and of supplying the processor directly with an interrupt signal for requesting data gathering only when the enable signal is "on" and the status change has been detected. Upon receiving an interrupt signal from at least one inputting device, the processor sends a sense signal to all inputting devices, and any inputting device which has generated an interrupt signal places a response signal on a unique line to the processor to identify that inputting device. In this way, sequential scanning of inputting devices to detect changes in status is avoided.
    • 在状态变化采集装置中,其中状态变化数据从具有检测处理等状态变化的功能的多个输入装置提供给处理器,每个输入装置能够产生使能信号 不大于受控过程中检测到的状态改变与由处理器执行的控制动作之间的最大允许时间的周期,以及仅在使能信号为“ 开启“状态变化。 在从至少一个输入装置接收到中断信号时,处理器向所有输入装置发送感测信号,并且产生中断信号的任何输入装置将唯一行上的响应信号放在处理器上以识别该输入装置。 以这种方式,避免了输入装置的顺序扫描以检测状态的变化。
    • 33. 发明申请
    • ELECTROLUMINESCENT ELEMENT, DISPLAY DEVICE AND LIGHTING DEVICE
    • 电致发光元件,显示装置和照明装置
    • US20130161664A1
    • 2013-06-27
    • US13819895
    • 2011-08-12
    • Masaru TajimaYusuke YamazakiYoshiaki Takahashi
    • Masaru TajimaYusuke YamazakiYoshiaki Takahashi
    • H01L33/08
    • H01L51/5215H01L51/5234H01L51/5275H01L2251/55H05B33/22H05B33/28
    • An electroluminescent element (10) is provided with: a lamination section in which a first conductive layer (12), a dielectric layer (13), a second conductive layer (14), a light-emitting layer (15) and a third conductive layer (16) are laminated in order; and contact holes (17) for at least penetrating through the dielectric layer (13) and electrically connecting the first conductive layer (12) and the second conductive layer (14). When viewed from the light-emitting surface side, the electroluminescent element (10) (i) has at least one continuous light-emitting region, and (ii) the number of contact holes (17) is 102 or more per one light-emitting region and such that the ratio of the area of the contact holes (17) to the area of the light-emitting region is 0.1 or less. Thus, it is possible to provide an electroluminescent element, etc., that is easily manufactured and has high light emission uniformity.
    • 电致发光元件(10)具有:层叠部,其中第一导电层(12),电介质层(13),第二导电层(14),发光层(15)和第三导电层 层(16)依次层压; 和用于至少穿透介电层(13)并且电连接第一导电层(12)和第二导电层(14)的接触孔(17)。 当从发光面侧观察时,电致发光元件(10)(i)具有至少一个连续的发光区域,(ii)接触孔(17)的数量为每个发光 使得接触孔(17)的面积与发光区域的面积的比例为0.1以下。 因此,可以提供易于制造并且具有高发光均匀性的电致发光元件等。
    • 34. 发明授权
    • Antibacterial agent and therapeutic agent for johne's disease containing the same
    • 抗菌剂和治疗剂含有相同的约翰氏病
    • US08058247B2
    • 2011-11-15
    • US12378172
    • 2009-02-11
    • Yoshiaki TakahashiMasayuki Igarashi
    • Yoshiaki TakahashiMasayuki Igarashi
    • A61K31/7016A61K31/7052C07G11/00C07H15/26
    • A61K31/7072A01N43/62
    • An antibacterial agent having high antibacterial activity against Mycobacterium avium subsp. paratuberculosis is provided. Specifically, the antibacterial agent of the present invention having high antibacterial activity against Mycobacterium avium subsp. paratuberculosis is a caprazamycin derivative represented, for example, by the following general formula (II): wherein Me is a methyl group; and R1 is a straight or substantially straight chain alkyl group having 5 to 21 carbon atoms, a straight or substantially straight chain alkenyl group having 5 to 21 carbon atoms, a cycloalkyl group having 5 to 12 carbon atoms, or a phenyl group substituted at the para-position with a straight chain alkyl group having 1 to 14 carbon atoms, a straight chain alkoxy group having 1 to 9 carbon atoms or a cycloalkyl group having 5 to 12 carbon atoms.
    • 对鸟分枝杆菌亚种具有高抗菌活性的抗菌剂 提供副结核病。 具体地说,本发明的抗菌剂对鸟分枝杆菌属 副结核病是由例如由以下通式(II)表示的卡拉霉素衍生物:其中Me是甲基; R1为碳原子数5〜21的直链或直链状的直链状的碳原子数为5〜21的直链或直链的烯基,碳原子数为5〜12的环烷基, 具有1至14个碳原子的直链烷基的对位位置,具有1至9个碳原子的直链烷氧基或具有5至12个碳原子的环烷基。
    • 35. 发明授权
    • Ship with reduced frictional resistance and its operation method
    • 具有降低摩擦阻力的船舶及其操作方法
    • US08011310B2
    • 2011-09-06
    • US12922174
    • 2009-04-01
    • Yoshiaki Takahashi
    • Yoshiaki Takahashi
    • B63B1/34B63B1/38
    • B63B1/38Y02T70/122
    • Micro-bubble generators attached to a ship hull below the waterline decrease frictional resistance during navigation and improve fuel efficiency. Each micro-bubble generator is supplied with air and has a wing positioned outside the hull for generating negative pressure. The negative pressure created by the wing increases with an increase in ship's speed, which pushes the air-liquid interface outwardly toward the wing. As the air and the water move at different speeds due to difference in their densities, micro-bubbles are generated in the micro-bubble generator according to the Kelvin-Helmholtz Instability mechanism and discharged downstream to move closely along the outside surface of the hull.
    • 附着在船底下的微型气泡发生器在导线下降低摩擦阻力,提高燃油效率。 每个微气泡发生器都供应空气,并有一个位于船体外部的机翼产生负压。 机翼产生的负压随着船速的增加而增加,从而将空气 - 液体界面向外推向机翼。 由于空气和水由于其密度的差异而以不同的速度移动,所以微气泡发生器中根据开尔文 - 亥姆霍兹不稳定性机制产生微气泡,并在下游排出以沿着船体的外表面紧密地移动。
    • 37. 发明申请
    • SHIP WITH REDUCED FRICTIONAL RESISTANCE AND ITS OPERATION METHOD
    • 具有降低摩擦阻力的船舶及其操作方法
    • US20110000418A1
    • 2011-01-06
    • US12922174
    • 2009-04-01
    • Yoshiaki Takahashi
    • Yoshiaki Takahashi
    • B63B1/38
    • B63B1/38Y02T70/122
    • [Object] The present invention provides for a frictional resistance reduction ship able to decrease friction resistance and improve fuel efficiency.[Solution] When the navigation speed increases, and negative pressure which is created by the wing 33 increases, a result is that the air-liquid interface is pushed down further. Due to the air and the water (sea water) moving different speeds, density differs between air and water (as shown in FIG. 7), micro-bubbles are generated in the micro-bubble generator according to the Kelvin-Helmholtz Instability mechanism, and these micro-bubbles flow through onto the downstream side along the hull.
    • 本发明提供能够降低摩擦阻力并提高燃料效率的摩擦阻力减小船。 [解决方案]当导航速度增加时,由翼33产生的负压增加,结果是空气 - 液体界面被进一步向下推。 由于空气和水(海水)移动速度不同,空气和水之间的密度不同(如图7所示),根据开尔文 - 亥姆霍兹不稳定机制在微气泡发生器中产生微气泡, 并且这些微气泡沿着船体流过下游侧。