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    • 3. 发明申请
    • Sound absorbing blind systems
    • 吸音盲系统
    • US20080216969A1
    • 2008-09-11
    • US12082756
    • 2008-04-14
    • Arthur P. BarkmanMichael Kemp
    • Arthur P. BarkmanMichael Kemp
    • E06B9/00
    • E06B9/386E06B9/30E06B9/36
    • The present invention relates to a sound absorbing blind system, which includes: (a) support means for a plurality of window blinds; (b) operational means connected to the support means and to the plurality of window blinds for opening and closing the plurality of window blinds; and, (c) the plurality of window blinds connected to the support means and the operational means, each of the plurality of window blinds being adapted for sound absorption, and each of the plurality of window blinds being an acoustically and insulatively absorptive, unistructural material, having a noise reduction coefficient of at least 0.60 when the plurality of blinds are closed.
    • 本发明涉及吸音盲系统,其包括:(a)多个百叶窗的支撑装置; (b)连接到支撑装置和多个窗帘的操作装置,用于打开和关闭多个百叶窗; 和(c)连接到支撑装置和操作装置的多个百叶帘,多个百叶窗中的每一个都适合于吸声,并且多个百叶窗中的每一个是声学和绝对吸收的非结构材料 ,当所述多个百叶窗关闭时,噪声降低系数至少为0.60。
    • 6. 发明申请
    • METHODS AND SYSTEMS FOR SCALABLE INTERCONNECT
    • 可扩展互连的方法和系统
    • US20070110088A1
    • 2007-05-17
    • US11530410
    • 2006-09-08
    • Michael KempSylvio Bisson
    • Michael KempSylvio Bisson
    • H04L12/56
    • H04L49/1515H04L49/1523H04L49/45
    • Embodiments of the present invention define a modular architecture that provides the physical level of interconnect that is used to cost effectively deploy high performance and high flexibility communication networks. Aspects of the physical communications are described to deliver scalable computer to computer communications as well as scalable computer to I/O communications, scalable I/O to I/O communications, and scalable function to function communications with a low cable count. Embodiments of the present invention focus on the physical switched communications layer, as the interconnect physical layer, functions, chassis; modules have been designed as an integrated solution.
    • 本发明的实施例定义了模块化架构,其提供用于成本有效地部署高性能和高灵活性通信网络的互连的物理级别。 物理通信的方面被描述为将可伸缩的计算机提供到计算机通信以及可扩展的计算机到I / O通信,可扩展的I / O到I / O通信以及可伸缩的功能,以实现具有低电缆数量的通信。 作为互连物理层,本发明的实施例集中于物理交换通信层,功能,底盘; 模块已被设计为集成解决方案。
    • 7. 发明授权
    • Method and apparatus for improved compression and decompression
    • 用于改进压缩和减压的方法和装置
    • US06618506B1
    • 2003-09-09
    • US08936201
    • 1997-09-23
    • Daniel Jonathan AuerbachTimothy Michael KempRobert Kevin MontoyeJohn Davis Palmer
    • Daniel Jonathan AuerbachTimothy Michael KempRobert Kevin MontoyeJohn Davis Palmer
    • G06K936
    • H03M7/30
    • A method and apparatus for compression and decompression of information, such as groups of computer program instructions, encodes (compresses) information comprising a plurality of units by receiving the information to be encoded, splitting the information into a plurality of subsets, each subset comprising a plurality of symbols, each symbol comprising at least a portion of a unit of information, and assigning a codeword to each symbol, for each subset. Preferably, the assignment is performed by determining the frequency of occurrence of each symbol, for each subset, and assigning a codeword to each symbol, based on the frequency of occurrence of each symbol, for each subset. In order to decode (decompress) encoded information, the information comprising a plurality of codewords, each codeword is decoded to form a symbol, each symbol is grouped into one of a plurality of subsets and the plurality of subsets is merged to form decoded information.
    • 用于压缩和解压缩诸如计算机程序指令组的信息的方法和装置通过接收待编码的信息来将包含多个单元的信息编码(压缩)信息,将信息分成多个子集,每个子​​集包括 多个符号,每个符号包括信息单元的至少一部分,以及为每个子集分配每个符号的码字。 优选地,通过为每个子集确定每个符号的出现频率,并且基于每个子集的每个符号的出现频率,为每个符号分配码字来执行分配。 为了解码(解压缩)编码信息,包括多个码字的信息,每个码字被解码以形成符号,每个符号被分组为多个子集中的一个,并且多个子集被合并以形成解码信息。
    • 8. 发明授权
    • Trim attachment and method for knobs/levers
    • 修剪附件和旋钮/杠杆的方法
    • US06533336B2
    • 2003-03-18
    • US09766018
    • 2001-01-19
    • Vincent Michael KempDomitillia L. Skeels (nee Mora)Ronald G. Stone
    • Vincent Michael KempDomitillia L. Skeels (nee Mora)Ronald G. Stone
    • E05B300
    • E05B3/003Y10T16/506Y10T292/03Y10T292/85Y10T292/865
    • A trim attachment and method comprises a door lever/knob which is assembled to a spindle housing of a lock assembly by sliding the door lever/knob over the spindle. A retaining mechanism within the door lever/knob automatically engages the spindle to couple the door lever/knob to the spindle when the door lever/knob is properly positioned on the spindle. The spindle and door lever/knob have mating exterior and interior ribs providing torque transfer between the spindle and door lever/knob. An aperture is provided in the door lever/knob to depress a portion of the retaining mechanism to release the retaining mechanism, allowing the door lever/knob to be removed. The improved knob/lever trim attachment and methods provide an easily assembled and manufactured, aesthetically pleasing, and easily replaceable assembly for a door lock assembly.
    • 修剪附件和方法包括门把手/把手,其通过将门杠杆/旋钮滑过主轴而组装到锁组件的主轴壳体。 当门把手/旋钮正确定位在主轴上时,门杆/旋钮内的保持机构自动接合主轴,将门把手/旋钮与主轴相连。 主轴和门杠杆/旋钮具有配合的外部和内部肋条,提供主轴和门杆/旋钮之间的扭矩传递。 在门把手/旋钮中设置一个孔,以压住保持机构的一部分以释放保持机构,从而允许门把手/把手被移除。 改进的旋钮/杠杆装饰附件和方法提供了用于门锁组件的容易组装和制造的,美观的,易于更换的组件。
    • 9. 发明申请
    • Composite sound absorbing blind systems
    • 复合吸音盲系统
    • US20100326606A1
    • 2010-12-30
    • US12804974
    • 2010-08-03
    • Arthur P. BarkmanMichael Kemp
    • Arthur P. BarkmanMichael Kemp
    • E06B9/386
    • E06B9/386E06B9/30E06B9/36
    • The present invention provides a sound absorbing blind system. It includes a support means for a plurality of window blinds, a plurality of window blinds and operational means connected to the support means and to the plurality of window blinds for opening and closing the plurality of window blinds. Each of the plurality of window blinds is adapted for sound absorption and each of the plurality of window blinds is an acoustically and insulatively absorptive, unistructural member having a noise reduction coefficient of at least 0.60 when said plurality of blinds are closed. The plurality of window blinds is constructed of at least one layer of material, with blinds composed of multiple materials remaining a unistructural member. The blinds are described without the need for rigid extruded plastic or metal blinds or blind substrates used in conventional blinds of the prior art, simplifying manufacturing while improving sound absorption properties of the present invention blinds system.
    • 本发明提供一种吸声盲系统。 它包括用于多个百叶窗的支撑装置,多个窗帘和连接到支撑装置的操作装置以及用于打开和关闭多个百叶窗的多个百叶窗。 多个窗百叶窗中的每一个适于吸声,并且多个百叶窗中的每一个是当所述多个百叶窗关闭时具有至少0.60的噪声降低系数的声学和绝对吸收的非结构构件。 多个百叶窗由至少一层材料构成,由多种材料组成的百叶窗保留有非结构构件。 描述了百叶窗,而不需要在现有技术的常规百叶窗中使用的刚性挤压塑料或金属百叶窗或盲底板,从而简化制造,同时改善本发明百叶帘系统的吸音性能。
    • 10. 发明授权
    • Multi-web carrier
    • 多网络载体
    • US5803888A
    • 1998-09-08
    • US292851
    • 1994-08-19
    • Dale R. SeversDavid FrankenbergerRichard WilliamsMichael Kemp
    • Dale R. SeversDavid FrankenbergerRichard WilliamsMichael Kemp
    • B29C65/02B29C65/78B29L22/00B31B23/00B65H20/00B65H37/04B31B1/84B31B1/64
    • B29C66/8511B29C65/78B29C66/53262B31B23/00B65H20/00B65H37/04B29L2031/7148B31B2237/10B31B2237/50
    • An apparatus (31) and a method are disclosed for performing an operation upon multiple webs (51,53), including the feeding of multiple webs (51,53), the provision of a carrier (65) for assisting in moving the webs (51,53) along a predetermined path (83), the performance of an operation (69) upon the webs, the insertion of a carrier (65) between the webs (51,53), and the provision of a sealing device (71) for sealing the webs together to form a sealed portion (75) to cooperate with the carrier (65) for assisting in moving the webs (51,53). The carriers (65) are mounted on a conveyor (83) and each carrier (65) pushes against the sealed portion (75) to pull the webs (51,53), and the packages (41) formed therefrom in the direction of conveyor travel. The preferred carrier (65) has a shaped head on the end of a flat plastic blade. The shaped head may have an opening (81) therein of a smaller size than the sealer (188) inserted into the opening such that the fused plastic may extrude outwardly to abut the edge (79) of the carrier defining the opening.
    • 公开了一种用于对多个腹板(51,53)进行操作的装置(31)和方法,包括进给多个腹板(51,53),提供用于帮助移动腹板的载体(65) 沿着预定路径(83),在腹板上执行操作(69),在腹板(51,53)之间插入载体(65),以及设置密封装置(71) ),用于将腹板密封在一起以形成密封部分(75),以与托架(65)配合以协助移动腹板(51,53)。 载体(65)安装在输送机(83)上,每个载体(65)推压密封部分(75)以将腹板(51,53)和由其形成的包装(41)沿输送机 旅行。 优选的载体(65)在扁平塑料叶片的端部上具有成形头部。 成形头部可以在其中具有比插入到开口中的密封剂(188)更小的尺寸的开口(81),使得熔融塑料可以向外挤出以邻接限定开口的载体的边缘(79)。