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    • 3. 发明授权
    • Method and device for charging energy storage devices
    • 蓄能装置的充电方法和装置
    • US08671291B2
    • 2014-03-11
    • US13160662
    • 2011-06-15
    • Wayne W. BallantyneGregory R. BlackRobert M. JohnsonRussell L. Simpson
    • Wayne W. BallantyneGregory R. BlackRobert M. JohnsonRussell L. Simpson
    • G06F1/26
    • G06F1/266
    • Disclosed is a method (200) for charging energy storage devices. The method (200) can include a battery charging method in a power supply client connected by a data bus to a power supply host. The method (200) includes the steps of: detecting (210) a state of the power supply host; determining (220) a limit of current from the host to the client; allocating (230) a portion of the limit to a battery charging current; and charging (240) a battery of the client at the battery charging current such that the current from the host is greater than a recommended limit and less than or equal to the determined amount. Thus a client device can confidently charge at a rate which causes the port current to exceed a recommended limit, such as a USB port limit of 500 mA, when allowed by conditions of the host device. Advantageously, the method can help to expedite the charging time of a client battery, notwithstanding the number of other clients connected to the same host device for charging, thus minimizing the wait time of a user.
    • 公开了一种用于对能量存储装置进行充电的方法(200)。 方法(200)可以包括在通过数据总线连接到电源主机的电源客户端中的电池充电方法。 方法(200)包括以下步骤:检测(210)电源主机的状态; 确定(220)从主机到客户端的电流限制; 将极限的一部分(230)分配(230)到电池充电电流; 并以所述电池充电电流对所述客户端的电池进行充电(240),使得来自所述主机的电流大于推荐限度且小于或等于所确定的量。 因此,当主机设备的条件允许时,客户端设备可以以使端口电流超过推荐限制(例如500mA的USB端口限制)的速率自信地充电。 有利地,该方法可以帮助加快客户端电池的充电时间,尽管连接到相同主机设备的其他客户端的数量用于计费,从而最小化用户的等待时间。
    • 5. 发明授权
    • Foamed gypsum wallboard
    • 发泡石膏墙板
    • US4455271A
    • 1984-06-19
    • US462755
    • 1983-02-01
    • Robert M. Johnson
    • Robert M. Johnson
    • B28B1/50B28C5/38E04C2/04B32B5/20
    • B28B1/50B28C5/386E04C2/049
    • Lightweight gypsum wallboard produced by continuously combining a small amount of surface active agent with a liquid stream, which stream is made up of substantially all of the water to be used in the manufacture of a continuous web of gypsum wallboard, passing this mixture through a long cylindrical static mixing tube filled with one inch ceramic saddles, while adding a controlled quantity of air thereto, then passing the mixture through a shorter cylindrical static mixing tube of equal diameter filled with 3/8 inch ceramic Raschig rings, forming a uniformly dispersed foam of very small bubbles from the liquid by completely generating all of the surface active agent therein to form this foam, and mixing this foamed liquid with finely ground dry calcined gypsum in a suitable mixing device to form a foamed settable gypsum slurry, disposing the slurry between paper cover sheets, and forming a continuous web of gypsum wallboard.
    • 通过将少量表面活性剂与液体流连续地组合而制造的轻质石膏墙板,该流由基本上所有的水组成,用于制造连续的石膏墙板网,将该混合物通过长时间 圆柱形静态混合管装满一英寸陶瓷鞍座,同时向其中加入受控量的空气,然后将混合物通过填充有3/8英寸陶瓷拉西环的相同直径的较短圆柱形静态混合管,形成均匀分散的泡沫 通过在其中完全产生所有表面活性剂以形成该泡沫,并将该发泡液体与精细研磨的干煅烧石膏混合在合适的混合装置中以形成发泡的可固化石膏浆料,将浆料置于纸之间 盖板,并形成连续的石膏墙板。
    • 10. 发明申请
    • METHOD AND DEVICE FOR CHARGING ENERGY STORAGE DEVICES
    • 用于充电储能装置的方法和装置
    • US20120173910A1
    • 2012-07-05
    • US13160662
    • 2011-06-15
    • Wayne W. BallantyneGregory R. BlackRobert M. JohnsonRussell L. Simpson
    • Wayne W. BallantyneGregory R. BlackRobert M. JohnsonRussell L. Simpson
    • G06F1/26
    • G06F1/266
    • Disclosed is a method (200) for charging energy storage devices. The method (200) can include a battery charging method in a power supply client connected by a data bus to a power supply host. The method (200) includes the steps of: detecting (210) a state of the power supply host; determining (220) a limit of current from the host to the client; allocating (230) a portion of the limit to a battery charging current; and charging (240) a battery of the client at the battery charging current such that the current from the host is greater than a recommended limit and less than or equal to the determined amount. Thus a client device can confidently charge at a rate which causes the port current to exceed a recommended limit, such as a USB port limit of 500 mA, when allowed by conditions of the host device. Advantageously, the method can help to expedite the charging time of a client battery, notwithstanding the number of other clients connected to the same host device for charging, thus minimizing the wait time of a user.
    • 公开了一种用于对能量存储装置进行充电的方法(200)。 方法(200)可以包括在通过数据总线连接到电源主机的电源客户端中的电池充电方法。 方法(200)包括以下步骤:检测(210)电源主机的状态; 确定(220)从主机到客户端的电流限制; 将极限的一部分(230)分配(230)到电池充电电流; 并以所述电池充电电流对所述客户端的电池进行充电(240),使得来自所述主机的电流大于推荐限度且小于或等于所确定的量。 因此,当主机设备的条件允许时,客户端设备可以以使端口电流超过推荐限制(例如500mA的USB端口限制)的速率自信地充电。 有利地,该方法可以帮助加快客户端电池的充电时间,尽管连接到相同主机设备的其他客户端的数量用于计费,从而最小化用户的等待时间。