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    • 1. 发明申请
    • Task management systems and methods
    • 任务管理系统和方法
    • US20070282660A1
    • 2007-12-06
    • US11445480
    • 2006-06-01
    • Peter Forth
    • Peter Forth
    • G06F15/02
    • G06Q10/10G06Q10/06311G06Q10/063114
    • Task management systems and methods are provided. A task can be assigned and delivered electronically to a person, an assignee, whom is responsible for completing the task without the person having to register or setup an account with any task management service. The assignee receives the task as an email with several embedded hyperlinks that allow the assignee to accept, decline edit or complete the task. Specific roles and permissions can be assigned to each e-mail associated with an assigned task. When the task event is created, each e-mail address referenced in the To line refers to an assignee, and each assignee has read/write access to the task. Each e-mail address referenced in the CC line of the task event only has read access to the task. Assignees can be reminded of their tasks. Tasks can be assigned to multiple recipients, which can be beneficial for team-based projects. In this way, users can assign tasks to more than one recipient such that each receives a copy that can be modified, tracked and completed independent of the other copies.
    • 提供任务管理系统和方法。 任务可以电子地分配给一个负责完成任务的人,一个受让人,而无需任何人登记或设置任何任务管理服务的帐户。 受让人以具有多个嵌入式超链接的电子邮件接收任务,允许受让人接受,拒绝编辑或完成任务。 可以将特定角色和权限分配给与分配的任务相关联的每个电子邮件。 当创建任务事件时,在To行中引用的每个电子邮件地址是指受让人,每个受让人都具有对该任务的读/写访问权限。 任务事件的CC行中引用的每个电子邮件地址仅具有对该任务的读取访问权限。 受让人可以提醒他们的任务。 任务可以分配给多个收件人,这对于基于团队的项目来说是有益的。 以这种方式,用户可以将任务分配给多个收件人,使得每个收件人都可以接收可以独立于其他副本进行修改,跟踪和完成的副本。
    • 2. 发明授权
    • Method and system for distributing multiband wireless communications signals
    • 分配多频无线通信信号的方法和系统
    • US06801767B1
    • 2004-10-05
    • US09771320
    • 2001-01-26
    • Adam L. SchwartzDavid HartJohn EisenbergPeter Forth
    • Adam L. SchwartzDavid HartJohn EisenbergPeter Forth
    • H04Q720
    • H04B10/25755H04B1/40
    • This invention provides a method and system for distributing multiband wireless communications signals. Downlink RF signals in a plurality of downlink frequency bands are received and then combined into a combined downlink RF signal at the main unit. The combined downlink RF signal is subsequently split into multiple downlink RF-parts, which are converted to multiple downlink optical signals and optically transmitted to the remote units. At each remote unit, a delivered downlink optical signal is first converted back to a downlink RF-part which is subsequently separated into a plurality of downlink RF-groups by frequency band. Each downlink RF-group is individually conditioned (e.g., filtered and amplified). The individual-conditioned downlink RF-groups are then combined and transmitted to a dedicated downlink antenna.
    • 本发明提供一种用于分配多频带无线通信信号的方法和系统。 接收多个下行链路频带中的下行链路RF信号,然后将其组合成主单元的组合下行链路RF信号。 组合的下行链路RF信号随后被分割成多个下行链路RF部分,其被转换为多个下行链路光信号并被光传输到远程单元。 在每个远程单元处,首先将传送的下行链路光信号转换回下行链路RF部分,随后通过频带分离成多个下行链路RF组。 每个下行链路RF组被单独调节(例如,滤波和放大)。 然后将各个条件的下行链路RF组合并发送到专用下行链路天线。
    • 5. 发明授权
    • Method and apparatus for treating an aqueous electroplating bath solution
    • 用于处理电镀浴液的方法和装置
    • US06884332B2
    • 2005-04-26
    • US10292789
    • 2002-11-12
    • Peter ForthArt VibertMadeline BuschSarah StevensonHussain Al-Ekabi
    • Peter ForthArt VibertMadeline BuschSarah StevensonHussain Al-Ekabi
    • C25D21/18C25D21/12C25D17/00
    • C25D21/18
    • A method and apparatus for treating an aqueous electroplating bath solution. The method comprises continuously agitating the solution; adjusting the pH of the solution, adjusting the temperature of the solution while adding an amount of hydrogen peroxide sufficient to promote dissolution of the hydrogen peroxide and generation of hydroxyl radicals; and adding an amount of an iron-containing compound so as to increase the rate of dissolution of the hydrogen peroxide to hydroxyl radicals so as to oxidize the organic compounds; whereby the total amount of organic carbon compounds in the solution is reduced. The apparatus comprises a treatment vessel, a pump for transferring a portion of the solution from the vessel to a mixing tank and for transferring a second portion of the solution to a heat exchanger for heating or cooling the second portion of the solution and a pump for transferring hydrogen peroxide to the vessel.
    • 一种处理电镀水溶液的方法和装置。 该方法包括连续搅拌溶液; 调节溶液的pH,调节溶液的温度,同时加入足够量的过氧化氢以促进过氧化氢的溶解和产生羟基; 并加入一定量的含铁化合物,以增加过氧化氢溶解于羟基自由基以使氧化有机化合物; 从而降低溶液中有机碳化合物的总量。 该设备包括处理容器,用于将溶液的一部分从容器转移到混合罐并将溶液的第二部分转移到用于加热或冷却溶液的第二部分的热交换器的泵,以及用于 将过氧化氢转移到容器中。
    • 6. 发明授权
    • Oil quality sensor
    • 油质传感器
    • US06223589B1
    • 2001-05-01
    • US09299126
    • 1999-04-26
    • Franz DickertPeter ForthPeter LieberzeitGünter VoigtKlaus Dieter Marquardt
    • Franz DickertPeter ForthPeter LieberzeitGünter VoigtKlaus Dieter Marquardt
    • G01N3326
    • G01N33/2888G01N11/16G01N29/036G01N2291/0258G01N2291/02818G01N2291/0427
    • The chemical and/or physico-chemical determination of the ageing of a motor oil is very expensive and requires measuring methods which cannot be carried out on board a motor vehicle. The determination of only one oil condition parameter, for example the viscosity, only enables conditional statements to be made with respect to oil quality since conflicting effects may exist to varying degrees in this case. According to the invention, oil quality can be determined by a quartz base coated with a sensitive layer. The sensitive layer has a surface or volume which is adapted to an oil component and is suitable for the repeated incorporation and release of the oil component according to the concentration thereof. When the oil component is present, it is incorporated in the sensitive layer causing the resonant frequency of the layer to decrease via a mass effect or causing an effective increase of the component thickness or mass. As the oil ages, the proportion of the component incorporated in the sensitive layer decreases, so that the resonant frequency increases. A non-sensitive layer is used as a reference by which the viscosity effect of the oil on the oscillation of the quartz and the variation in viscosity of the motor oil are determined as a second important oil quality parameter.
    • 机油的老化的化学和/或物理化学测定是非常昂贵的,并且需要不能在机动车辆上进行的测量方法。 只有一个油状态参数(例如粘度)的确定只允许对油质量进行条件声明,因为在这种情况下可能存在不同程度的冲突效应。 根据本发明,可以通过涂覆有敏感层的石英基质来确定油质。 敏感层具有适于油性成分的表面或体积,并且适于根据其浓度重复地引入和释放油组分。 当存在油分量时,其被并入敏感层中,导致层的共振频率通过质量效应降低或引起部件厚度或质量的有效增加。 随着油龄的增加,敏感层中组分的成分比例降低,共振频率增加。 使用非敏感层作为参考,通过该参考,油对石英振动的粘度影响和机油粘度的变化被确定为第二重要油质参数。