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    • 11. 发明申请
    • PHARMACEUTICAL COMPOSITIONS AND METHODS FOR STABILIZING THE SAME
    • 药物组合物及其稳定化方法
    • US20120322836A1
    • 2012-12-20
    • US13600083
    • 2012-08-30
    • Gopal KrishnaRajeshwar MotheramMin Ding
    • Gopal KrishnaRajeshwar MotheramMin Ding
    • A61K31/4418A61P9/12C07D213/80
    • A61K31/519A61K9/0019A61K9/10A61K31/435A61K31/4418A61K2300/00
    • Pharmaceutical compositions, and a method of stabilizing pharmaceutical compositions having clevidipine, or any pharmaceutically acceptable salt thereof, as the active ingredient is described. The method includes the slowing down or inhibiting of the oxidation pathway of clevidipine. This can be accomplished by reducing the amount the pharmaceutical composition is exposed to oxygen and/or light during the manufacturing and storing processes. According to this method, oxygen must be removed or replaced, or light must be sufficiently blocked such that light energy cannot reach the active ingredient of the composition, or is reduced to a level that the light-induced oxidation reaction converting clevidipine to H324/78 is minimized, such that the total detectable level of H324/78 in a given composition sample does not exceed about 0.2% on a weight-by-weight basis, or the ratio of clevidipine to H324/78 is equal to or greater than about 450 to 1 on a weight-to-weight basis.
    • 描述了药物组合物和稳定具有氯维地平的药物组合物或其任何药学上可接受的盐作为活性成分的方法。 该方法包括减缓或抑制氯维地平的氧化途径。 这可以通过在制造和储存过程中减少药物组合物暴露于氧和/或光的量来实现。 根据该方法,必须除去或更换氧气,或者必须充分阻挡光,使得光能不能达到组合物的活性成分,或者降低到光诱导的氧化反应将氯维地平转化为H324 / 78 被最小化,使得给定组合物样品中H324 / 78的总可检测水平以重量计不超过约0.2%,或者氯维地平与H324 / 78的比例等于或大于约450 至1,以重量为基准。
    • 15. 发明授权
    • Arrangement for searching packet policies using multi-key hash searches in a network switch
    • 在网络交换机中使用多键哈希搜索搜索分组策略的布置
    • US06950434B1
    • 2005-09-27
    • US09496212
    • 2000-02-01
    • Somnath ViswanathGopal Krishna
    • Somnath ViswanathGopal Krishna
    • H04L12/28H04L12/56
    • H04L49/3009H04L49/351H04L49/602
    • A network switch, configured for performing layer 2 and layer 3 switching in an Ethernet (IEEE 802.3) network without blocking of incoming data packets, includes network switch ports, each including a flow module configured for generating a packet signature based on layer 3 information within a received data packet. The flow module generates first and second hash keys according to a prescribed hashing function upon obtaining first and second portions of layer 3 information. The flow module combines the first and second hash keys to form the packet signature, and searches an on-chip signature table that indexes addresses of layer 3 switching entries by entry signatures, where the entry signatures are generated using the same prescribed hashing function on the first and second layer 3 portions of the layer 3 switching entries.
    • 配置用于在以太网(IEEE 802.3)网络中执行层2和层3切换而不阻塞传入数据分组的网络交换机包括网络交换机端口,每个网络交换机端口包括被配置用于基于第3层内的信息生成分组签名的流模块 接收到的数据包。 流模块在获得第三层信息的第一和第二部分时,根据规定的散列函数生成第一和第二散列密钥。 流模块组合第一和第二散列密钥以形成分组签名,并且搜索片上签名表,其通过条目签名索引第3层交换条目的地址,其中使用相同的规定散列函数生成条目签名 层3的第一和第二层3部分切换条目。
    • 16. 发明授权
    • Segmention of buffer memories for shared frame data storage among multiple network switch modules
    • 在多个网络交换机模块之间分割用于共享帧数据的缓冲存储器
    • US06760341B1
    • 2004-07-06
    • US09512591
    • 2000-02-24
    • Bahadir ErimliGopal Krishna
    • Bahadir ErimliGopal Krishna
    • H04L1228
    • H04L49/103H04L49/15H04L49/351H04L49/90H04L49/9057
    • A network switching system having a plurality of multiport switch modules and respective connected buffer memory devices assigns in each of the buffer memory devices a memory segment for storage of frame data from a corresponding one of the switch modules. Each memory device is divided into memory segments, also referred to as memory regions, wherein each memory segment is configured for storing frame data from a corresponding one of the switch modules. Hence, each switch module is configured for writing frame data, for a data frame received on one of the corresponding switch ports, into the corresponding assigned memory segment of each of the buffer memory devices. Any one of the switch modules can access any location of the buffer memory devices, enabling any one switch module to retrieve frame data from the buffer memory devices that was stored by another one of the switch modules. In addition, the assignment of memory segments enables a switch module having accessed frame data from the buffer memory to determine the switch module that originally stored the frame data based on the location of the stored frame data within one of the memory segments, simplifying buffer memory resource management.
    • 具有多个多端口交换模块和相应连接的缓冲存储器设备的网络交换系统在每个缓冲存储器设备中分配用于从对应的一个交换机模块存储帧数据的存储器段。 每个存储器件被分成存储器段,也称为存储器区域,其中每个存储器段被配置用于存储来自相应的一个开关模块的帧数据。 因此,每个开关模块被配置为将对于在相应的开关端口之一接收的数据帧写入帧数据到每个缓冲存储器件的相应的分配的存储器段中。 任何一个交换机模块可以访问缓冲存储器设备的任何位置,使得任何一个交换机模块能够从由另一个交换机模块存储的缓冲存储器设备中检索帧数据。 此外,存储器段的分配使得具有来自缓冲存储器的已访问帧数据的交换机模块基于存储在其中一个存储器段中的存储的帧数据的位置来确定原始存储帧数据的交换模块,从而简化缓冲存储器 资源管理。
    • 18. 发明申请
    • Pharmaceutical compositions and methods for stabilizing the same
    • 药物组合物及其稳定方法
    • US20100105743A1
    • 2010-04-29
    • US12462147
    • 2009-07-30
    • Gopal KrishnaRajeshwar MotheramMin Ding
    • Gopal KrishnaRajeshwar MotheramMin Ding
    • A61K31/44A61P9/12
    • A61K31/519A61K9/0019A61K9/10A61K31/435A61K31/4418A61K2300/00
    • Pharmaceutical compositions, and a method of stabilizing pharmaceutical compositions having clevidipine, or any pharmaceutically acceptable salt thereof, as the active ingredient is described. The method includes the slowing down or inhibiting of the oxidation pathway of clevidipine. This can be accomplished by reducing the amount the pharmaceutical composition is exposed to oxygen and/or light during the manufacturing and storing processes. According to this method, oxygen must be removed or replaced, or light must be sufficiently blocked such that light energy cannot reach the active ingredient of the composition, or is reduced to a level that the light-induced oxidation reaction converting clevidipine to H324/78 is minimized, such that the total detectable level of H324/78 in a given composition sample does not exceed about 0.2% on a weight-by-weight basis, or the ratio of clevidipine to H324/78 is equal to or greater than about 450 to 1 on a weight-to-weight basis.
    • 描述了药物组合物和稳定具有氯维地平的药物组合物或其任何药学上可接受的盐作为活性成分的方法。 该方法包括减缓或抑制氯维地平的氧化途径。 这可以通过在制造和储存过程中减少药物组合物暴露于氧和/或光的量来实现。 根据该方法,必须除去或更换氧气,或者必须充分阻挡光,使得光能不能达到组合物的活性成分,或者降低到光诱导的氧化反应将氯维地平转化为H324 / 78 被最小化,使得给定组合物样品中H324 / 78的总可检测水平以重量计不超过约0.2%,或者氯维地平与H324 / 78的比例等于或大于约450 至1,以重量为基准。
    • 19. 发明授权
    • Pharmaceutical formulations of bivalirudin and processes of making the same
    • 比伐卢定的药物制剂及其制备方法
    • US07598343B1
    • 2009-10-06
    • US12180551
    • 2008-07-27
    • Gopal KrishnaGary Musso
    • Gopal KrishnaGary Musso
    • A61K38/55C07K7/08C07K7/64C07K1/00C07K1/04C07K14/00
    • C07K7/08A61K9/0019A61K38/58A61K47/02A61K47/26
    • Pharmaceutical batch(es) or pharmaceutical formulation(s) comprising bivalirudin as the active ingredient, and a method of preparing the pharmaceutical batch(es) or pharmaceutical formulation(s). The pharmaceutical batch(es) or pharmaceutical formulation(s) may have a maximum impurity level of Asp9-bivalirudin that does not exceed about 0.6%. Also, the pharmaceutical batch(es) or pharmaceutical formulation(s) may have a reconstitution time that does not exceed about 42 seconds. The method of preparing the pharmaceutical batch(es) or pharmaceutical formulation(s) may comprise dissolving bivalirudin in a solvent to form a first solution, efficiently mixing a pH-adjusting solution with the first solution to form a second solution in which the pH-adjusting solution may comprise a pH-adjusting solution solvent, and removing the solvent and the pH-adjusting solution solvent from the second solution.
    • 包含比伐卢定作为活性成分的药物批次或药物制剂以及制备药物批料或药物制剂的方法。 药物批料或药物制剂可以具有不超过约0.6%的Asp9-比伐鲁丁的最大杂质水平。 此外,药物批料或药物制剂可具有不超过约42秒的重构时间。 制备药物批料或药物制剂的方法可以包括将比伐卢定溶解在溶剂中以形成第一溶液,有效地将pH调节溶液与第一溶液混合以形成第二溶液,其中pH- 调节溶液可以包含pH调节溶液溶剂,并从第二溶液中除去溶剂和pH调节溶液溶剂。