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    • 1. 发明申请
    • PERSONAL TRANSMITTER/RECEIVER
    • 个人发射器/接收器
    • WO2007062488A1
    • 2007-06-07
    • PCT/AU2006/001839
    • 2006-12-04
    • JANSSON, Karl, ErikPASIC, Najdan
    • JANSSON, Karl, ErikPASIC, Najdan
    • H04Q7/20G06T13/00G06F15/16G06T15/70
    • G06Q10/10G06Q30/02G08B2001/085H04L67/18H04L67/306H04W8/18
    • Disclosed herein is a personal transmitter/receiver (100) that includes a processor (110), a power source (130), a phone communications module (120), an optional display module (140), a manual control module (150), an ad-hoc radio network module (160), a body sensing timeout module (170), and a warning device (170). The personal transmitter/receiver device (100) is preferably a portable unit worn by a user, wherein the personal transmitter/receiver device is adaptable to be worn in a concealed manner beneath an outer layer of clothing. The ad-hoc radio network module (160) includes a wireless transceiver unit for establishing a communications link with a proximally located second transmitter/receiver associated with another user.
    • 本文公开了一种个人发送器/接收器(100),其包括处理器(110),电源(130),电话通信模块(120),可选显示模块(140),手动控制模块(150) 自组织无线电网络模块(160),身体感测超时模块(170)和警告装置(170)。 个人发射机/接收机设备(100)优选地是由用户佩戴的便携式单元,其中个人发射机/接收机设备适于以隐蔽的方式佩戴在外层衣服之下。 所述自组织无线电网络模块(160)包括无线收发器单元,用于与与其他用户相关联的近端定位的第二发射机/接收机建立通信链路。
    • 3. 发明申请
    • CRYSTALS OF LAQUINIMOD SODIUM AND IMPROVED PROCESS FOR THE MANUFACTURE THEREOF
    • LAQUINIMOD SODIUM水晶及其制造方法改进
    • WO2014153145A2
    • 2014-09-25
    • PCT/US2014/029292
    • 2014-03-14
    • TEVA PHARMACEUTICAL INDUSTRIES LTD.TEVA PHARMACEUTICALS USA, INC.FRENKEL, AntonLAXER, AvitalIOFFE, VladimirJANSSON, Karl-ErikFRISTEDT, Ulf, Tomas
    • FRENKEL, AntonLAXER, AvitalIOFFE, VladimirJANSSON, Karl-ErikFRISTEDT, Ulf, Tomas
    • C07D215/56A61K31/47C07B2200/13G01N30/06G01N33/15
    • The subject invention provides a mixture of crystalline laquinimod sodium particles, wherein (i) ≥ 90% of the total amount by volume of the laquinimod sodium particles have a size of ≤ 40 μm or (ii) ≥ 50% of the total amount by volume of the laquinimod sodium particles have a size of ≤ 15 μm, and wherein: a) the mixture has a bulk density of 0.2-0.4 g/mL; b) the mixture has a tapped density of 0.40-0.7 g/mL; c) an amount of heavy metal in the mixture is no more than 20ppm relative to the amount by weight of laquinimod sodium; d) an amount of MCQ in the mixture is no more than 0.15% relative to the amount of laquinimod sodium as measured by HPLC; e) an amount of MCQCA in the mixture is no more than 0.15% relative to the amount of laquinimod sodium as measured by HPLC; or f) an amount of MCQME in the mixture is no more than 0.12% relative to the amount of laquinimod sodium as measured by HPLC. The subject invention also provides a pharmaceutical composition comprising an amount of laquinimod and at least one of BH-3-HLAQ, MCQ, MCQCA, MCQME, NEA, and MCQEE. The subject invention also provides processes for preparing BH-3-HLAQ, MCQ, MCQCA, MCQME, MCQEE, and compounds prepared by said processes. Further provided is a process for testing whether a sample of laquinimod contains an undesirable impurity. Further provided isp a process for preparing a validated pharmaceutical composition comprising laquinimod, for preparing a pharmaceutical composition comprising laquinimod, or for distributing a validated batch of a pharmaceutical composition comprising laquinimod, for validating a batch of a pharmaceutical product containing laquinimod and a pharmaceutically acceptable carrier for distribution, and for preparing a packaged pharmaceutical composition comprising laquinimod, each comprising determining the amount of at least one of BH-3-HLAQ, MCQ, MCQCA, MCQME, NEA, and MCQEE in a sample or batch. The subject invention further provides use of BH-3-HLAQ, MCQ, MCQCA, MCQME, MCQEE as a reference standard to detect trace amounts of the impurity in a pharmaceutical composition comprising laquinimod. Finally, the subject invention provides methods of ddenrrining the concentration of BH-3- HLAQ, MCQ, MCQCA, MCQME, MCQEE, 5-HLAQ, SPIRO-LAQ or 3 H-LAQ in a pharmaceutical composition comprising laquinimod.
    • 本发明提供结晶laquinimod钠颗粒的混合物,其中(i)拉喹莫德钠颗粒的总体积的≥90%具有≤40μm的尺寸或(ii)≥体积总量的50% 的拉喹莫德钠颗粒的尺寸为≤15μm,其中:a)混合物的堆积密度为0.2-0.4g / mL; b)混合物的敲击密度为0.40-0.7g / mL; c)相对于拉喹莫德钠的重量,混合物中的重金属量不超过20ppm; d)混合物中MCQ的量相对于通过HPLC测量的拉喹莫德钠的量不超过0.15%; e)混合物中MCQCA的量相对于通过HPLC测量的拉喹莫德钠的量不超过0.15%; 或f)混合物中MCQME的量相对于通过HPLC测量的拉喹莫德钠的量不超过0.12%。 本发明还提供了包含一定量的拉喹莫德和BH-3-HLAQ,MCQ,MCQCA,MCQME,NEA和MCQEE中的至少一种的药物组合物。 本发明还提供制备BH-3-HLAQ,MCQ,MCQCA,MCQME,MCQEE和由所述方法制备的化合物的方法。 还提供了一种用于测试拉喹莫德样品是否含有不期望的杂质的方法。 进一步提供的isp是制备包含laquinimod的经验证的药物组合物的方法,用于制备包含laquinimod的药物组合物或用于分配经验证的批次的包含laquinimod的药物组合物,用于验证一批含有laquinimod的药物产品和药学上可接受的载体 用于分配和用于制备包含拉喹莫德的包装药物组合物,每种包含确定样品或批次中BH-3-HLAQ,MCQ,MCQCA,MCQME,NEA和MCQEE中的至少一种的量。 本发明还提供使用BH-3-HLAQ,MCQ,MCQCA,MCQME,MCQEE作为参考标准,以检测包含拉喹莫德的药物组合物中痕量的杂质。 最后,本发明提供了包含laquinimod的药物组合物中BH-3-HLAQ,MCQ,MCQCA,MCQME,MCQEE,5-HLAQ,SPIRO-LAQ或3-H-LAQ的浓度的方法。