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    • 1. 发明申请
    • LIVE BACTERIA PRODUCT
    • 生物细菌产品
    • WO2011065966A1
    • 2011-06-03
    • PCT/US2010/003020
    • 2010-11-22
    • WATSON, James, B.
    • WATSON, James, B.
    • A61K9/06A61K8/14A61K35/74
    • C12N1/20A23K10/18A23K20/10A23K20/105A23K20/158A23K20/28A23K40/30A23K50/10C12N1/04
    • A live bacteria product including dormant viable bacteria suspended in a liquid carrier. The liquid carrier is sufficiently devoid of moisture so that substantially all of the bacteria will remain in a dormant state for several months or until applied to the target host. The liquid carrier has a moisture content of less than one percent and preferably has a moisture content of less than one-tenth of one percent. The carrier contains mineral oil and a suspension agent and may also include an adsorbent. The suspension agent may be polymers such as synthetic polymers. The product is stored and shipped in a plastic bag and is sprayed onto its target host or the like. The moisture and pH of the target host then activates the bacteria.
    • 活细菌产品,包括悬浮在液体载体中的休眠活细菌。 液体载体充分缺乏水分,使得基本上所有的细菌将保持处于休眠状态几个月或直到施用于目标宿主。 液体载体的含水量小于1%,并且优选具有小于百分之十分之一的水分含量。 载体含有矿物油和悬浮剂,并且还可以包括吸附剂。 悬浮剂可以是聚合物,例如合成聚合物。 将产品储存并运输在塑料袋中并喷洒到其目标主体等上。 然后目标宿主的水分和pH值激活细菌。
    • 5. 发明申请
    • CORDLESS POWER SYSTEM
    • 无源电力系统
    • WO2006044693A3
    • 2009-05-07
    • PCT/US2005037067
    • 2005-10-14
    • BLACK & DECKER INCPHILLIPS STEVEN JFRANCIS JEFFREY JSEMAN ANDREW EBROTTO DANIELE CCARRIER DAVID ATRINH DANH THANHYAHNKER CHRISTOPHER RWATSON JAMES BWHITE DANIEL J
    • PHILLIPS STEVEN JFRANCIS JEFFREY JSEMAN ANDREW EBROTTO DANIELE CCARRIER DAVID ATRINH DANH THANHYAHNKER CHRISTOPHER RWATSON JAMES BWHITE DANIEL J
    • H02J7/00
    • H01M2/1022B25F5/00B25F5/02H01M6/42H01M10/052H01M10/0525H01M10/4207H01M10/4257H01M10/441H02J7/0004H02J7/0042H02J7/0052H02J7/0063H02J7/0068H02J2007/0098
    • A cordless system has cordless system components that include a cordless device, such as a cordless power tool, a battery pack and a charger. The battery pack is mated with either the cordless device to provide power to operate the cordless device or to the charger to charge the battery cells in the battery pack. In an aspect, the cordless system has an identification and communication system by which the battery pack identifies and communicates information about the battery pack to the cordless device or to the charger to which the battery pack is mated. In an, the battery pack of the cordless system is capable of multiple modes, such as controlling the cordless device and controlling the charger. In an aspect, the battery pack validates the cordless device or charger to which it is mated. in an aspect of the invention, the cordless system uses any of a wired interface, radio frequency interface, an optical interface or a magnetic interface to communicate information between the battery pack and the cordless device or charger to which the battery pack is mated. In an aspect, female terminals are used in a terminal block of the battery pack to protect against foreign objects contacting the terminals. In aspect, the terminals in the terminal block of the battery pack are staggered or scattered to reduce the likelihood of a short circuit. In an aspect of the invention, the battery pack has a trap door that closes when the battery pack is not mated to a cordless device or charger to protect the terminal block of the battery pack. In an aspect of the invention, multi-spring, split contact terminals are used in the terminal block of at least one of the cordless system components. In an aspect of the invention, the battery cells are Lithium Ion battery cells.
    • 无绳系统具有无绳系统组件,其包括无绳设备,例如无绳电动工具,电池组和充电器。 电池组与无绳设备配合,以提供电力来操作无绳设备或充电器来对电池组中的电池单元进行充电。 一方面,无绳系统具有识别和通信系统,通过该系统,电池组将电池组的信息识别并传送到无绳装置或与电池组配合的充电器。 在这种情况下,无绳系统的电池组能够具有多种模式,例如控制无绳装置并控制充电器。 在一方面,电池组验证其配合的无绳设备或充电器。 在本发明的一个方面中,无绳系统使用有线接口,射频接口,光接口或磁接口中的任何一个来在电池组与电池组配对的无绳设备或充电器之间传送信息。 在一方面,阴端子用于电池组的端子块中,以防止与端子接触的异物。 在这方面,电池组的端子块中的端子交错或分散以减少短路的可能性。 在本发明的一个方面中,当电池组不与无绳装置或充电器配合以保护电池组的端子块时,电池组具有闭合的收集门。 在本发明的一个方面,在至少一个无绳系统部件的端子块中使用多弹簧分离接触端子。 在本发明的一个方面,电池单元是锂离子电池单元。
    • 7. 发明申请
    • CORDLESS POWER SYSTEM
    • 无源电力系统
    • WO2006044693A2
    • 2006-04-27
    • PCT/US2005/037067
    • 2005-10-14
    • BLACK & DECKER INC.PHILLIPS, Steven, J.FRANCIS, Jeffrey, J.SEMAN, Andrew, E.BROTTO, Daniele, C.CARRIER, David, A.TRINH, Danh ThanhYAHNKER, Christopher, R.WATSON, James, B.WHITE, Daniel, J.
    • PHILLIPS, Steven, J.FRANCIS, Jeffrey, J.SEMAN, Andrew, E.BROTTO, Daniele, C.CARRIER, David, A.TRINH, Danh ThanhYAHNKER, Christopher, R.WATSON, James, B.WHITE, Daniel, J.
    • H02J7/00
    • H01M2/1022B25F5/00B25F5/02H01M6/42H01M10/052H01M10/0525H01M10/4207H01M10/4257H01M10/441H02J7/0004H02J7/0042H02J7/0052H02J7/0063H02J7/0068H02J2007/0098
    • A cordless system has cordless system components that include a cordless device, such as a cordless power tool, a battery pack and a charger. The battery pack is mated with either the cordless device to provide power to operate the cordless device or to the charger to charge the battery cells in the battery pack. In an aspect, the cordless system has an identification and communication system by which the battery pack identifies and communicates information about the battery pack to the cordless device or to the charger to which the battery pack is mated. In an, the battery pack of the cordless system is capable of multiple modes, such as controlling the cordless device and controlling the charger. In an aspect, the battery pack validates the cordless device or charger to which it is mated. in an aspect of the invention, the cordless system uses any of a wired interface, radio frequency interface, an optical interface or a magnetic interface to communicate information between the battery pack and the cordless device or charger to which the battery pack is mated. In an aspect, female terminals are used in a terminal block of the battery pack to protect against foreign objects contacting the terminals. In aspect, the terminals in the terminal block of the battery pack are staggered or scattered to reduce the likelihood of a short circuit. In an aspect of the invention, the battery pack has a trap door that closes when the battery pack is not mated to a cordless device or charger to protect the terminal block of the battery pack. In an aspect of the invention, multi-spring, split contact terminals are used in the terminal block of at least one of the cordless system components. In an aspect of the invention, the battery cells are Lithium Ion battery cells.
    • 无绳系统具有无绳系统组件,其包括无绳设备,例如无绳电动工具,电池组和充电器。 电池组与无绳设备配合,以提供电力来操作无绳设备或充电器来对电池组中的电池单元进行充电。 一方面,无绳系统具有识别和通信系统,通过该系统,电池组将电池组的信息识别并传送到无绳装置或与电池组配合的充电器。 一方面,无绳系统的电池组能够具有多种模式,例如控制无绳装置并控制充电器。 在一方面,电池组验证其配合的无绳设备或充电器。 在本发明的一个方面,无绳系统使用有线接口,射频接口,光接口或磁接口中的任何一个来在电池组与电池组配对的无绳设备或充电器之间传送信息。 在一方面,阴端子用于电池组的端子块中,以防止与端子接触的异物。 在一方面,电池组的端子块中的端子交错或分散以减少短路的可能性。 在本发明的一个方面中,当电池组不与无绳装置或充电器配合以保护电池组的端子块时,电池组具有闭合的收集门。 在本发明的一个方面,在至少一个无绳系统部件的端子块中使用多弹簧分离接触端子。 在本发明的一个方面,电池单元是锂离子电池单元。
    • 8. 发明申请
    • LIVE BACTERIA LIQUID PRODUCT APPLICATOR
    • 生物细菌液体产品应用
    • WO2012071025A1
    • 2012-05-31
    • PCT/US2010/003021
    • 2010-11-22
    • WATSON, James, B.
    • WATSON, James, B.
    • C12N1/20
    • C12M45/22C12M29/06C12N1/04C12N1/20
    • An applicator for applying a liquid carrier having live bacteria suspended therein, which are in a dormant state, to a target host comprising a pump having inlet and discharge sides, with the inlet side of the pump being in fluid communication with the liquid carrier. A first fluid conduit extends from the discharge side of the pump to an air induction nozzle which is in communication with a source of air under pressure. A flow control is imposed in the first conduit for adjusting the amount of liquid carrier passing therethrough. The pump and the air supply for the air induction nozzle are operatively connected to a power supply. The pump, when activated, causes the liquid carrier to be pumped to the air induction nozzle wherein the liquid carrier is mixed with air to create small droplets thereof for spraying onto the target host.
    • 一种用于将处于休眠状态的活细菌的液体载体施加到包括具有入口侧和排出侧的泵的目标主体的施加器,其中泵的入口侧与液体载体流体连通。 第一流体管道从泵的排出侧延伸到与压力下的空气源连通的空气感应喷嘴。 在第一管道中施加流量控制以调节通过其中的液体载体的量。 用于空气感应喷嘴的泵和空气供应器可操作地连接到电源。 泵被激活时,使液体载体被泵送到空气感应喷嘴,其中液体载体与空气混合以产生小的液滴以喷射到目标主体上。
    • 10. 发明申请
    • LIVE BACTERIA LIQUID PRODUCT APPLICATOR AND REMOTE MANAGEMENT SYSTEM THEREFORE
    • 生物细菌液体产品应用者和远程管理系统
    • WO2012071024A1
    • 2012-05-31
    • PCT/US2010/003019
    • 2010-11-22
    • WATSON, James, B.
    • WATSON, James, B.
    • C12N1/20
    • A23K10/18
    • An applicator machine for applying a liquid carrier having live bacteria suspended therein, which are in a dormant state, to a target host comprising a pump having inlet and discharge sides, with the inlet side of the pump being in fluid communication with the liquid carrier. A first fluid conduit extends from the discharge side of the pump to an air induction nozzle which is in communication with a source of air under pressure. A flow control is imposed in the first conduit for adjusting the amount of liquid carrier passing therethrough. The pump and the air supply for the air induction nozzle are operatively connected to a power supply. The pump causes the liquid carrier to be pumped to the air induction nozzle wherein the liquid carrier is mixed with air to create small droplets thereof for spraying onto the target host. A remote management system is also provided.
    • 一种用于将悬浮在其中的活细菌的液体载体施加在处于休眠状态的施加器机器,其包括具有入口和排出侧的泵,其中所述泵的入口侧与所述液体载体流体连通。 第一流体管道从泵的排出侧延伸到与压力下的空气源连通的空气感应喷嘴。 在第一管道中施加流量控制以调节通过其中的液体载体的量。 用于空气感应喷嘴的泵和空气供应器可操作地连接到电源。 泵将液体载体泵送到空气感应喷嘴,其中液体载体与空气混合以产生其小液滴以喷射到目标主体上。 还提供远程管理系统。