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    • 4. 发明公开
    • SYSTEM AND METHOD FOR SEARCHING, FINDING AND CONTACTING DATES ON THE INTERNET IN INSTANT MESSAGING NETWORKS AND/OR IN OTHER METHODS THAT ENABLE IMMEDIATE FINDING AND CREATING IMMEDIATE CONTACT
    • 系统和方法搜索,查找和熟人Internet的即时通讯网络和/或以其他方式找到一个直接接触,并产生直接接触ENABLE
    • EP1311924A2
    • 2003-05-21
    • EP01945579.9
    • 2001-06-24
    • Mayer, Yaron
    • Mayer, Yaron
    • G06F1/00
    • G06F17/30864H04L51/04H04L51/28
    • When searching for new people, the current instant messaging networks typically allow users to search mainly by name or by e-mail and some of them also by interests, although one of them (Odigo) allows to search also by sex, age, area, languages, occupation &, interest. However, to the best of the inventor's knowledge there is no way to systematically search in these networks for compatible personality, or by reciprocal compatibility in any of the above mentioned attributes. This is a waste of huge potential since some of these networks already have more than dozen of millions of people. Also, Odigo allows searching by only among people currently connected, which means that highly compatible dates can be missed just because they don't happen to be connected at exactly the time of the search. The present invention is a novel concept which applies computer dating to the context of instant messaging, in a systematic and flexible way that to the best of the inventor's knowledge has never been done before. This system and method enable the user to search and instantly compatible dates in instant messaging networks on the basis of attribute search or 1-way compatibility search or 2-way compatibility search instead of being limited to search only by the limited options described above, and to search either for potential dates that are currently Online or Offline, and also take advantage of many additional features, and especially features that are based on improved integration between computer dating and instant messaging.
    • 7. 发明申请
    • SYSTEM AND METHOD FOR TRANSFERRING MUCH MORE INFORMATION IN OPTIC FIBER CABLES BY SIGNIFICANTLY INCREASING THE NUMBER OF FIBERS PER CABLE
    • 用于在光纤电缆中传输更多信息的系统和方法通过显着增加电缆数量
    • WO03046949A2
    • 2003-06-05
    • PCT/IL0200955
    • 2002-11-27
    • MAYER YARONBAUR ALDECHOVICH BORIS
    • MAYER YARONBAUR ALDECHOVICH BORIS
    • G02B6/28G02B6/38G02B6/40G02B6/42G02B6/44H01S3/067H01S3/23H01L
    • G02B6/441G02B6/2852G02B6/3833G02B6/40G02B6/421G02B6/4215G02B6/424G02B6/4245G02B6/4287H01S3/067H01S3/094019H01S3/2383
    • With the current explosion of information transfer, optic fibers are becoming faster all the time. Most of the recent advances in the amounts of data that these fibers can carry per time unit have come from adding more and more wavelengths (termed lambdas) to the same fiber at the same time, a method which is called DWDM (Dense Wave Division Multiplexing). Today a single optic fiber can carry up to 80 or even 160 different lambdas simultaneously and the number is likely to increase further. The fastest bit-rates achieved so far per each lambda are around 10 or 40 Gigabit per second, but it will be hard to go much beyond this, since higher bit-rates have much lower tolerance to dispersion problems. However, The demand for broadband communications, fueled mainly by the Internet growth, is still growing by a much faster rate than the growth in the abilities of optic fibers. Typically, this demand has risen in the last few years by a factor of up to 5-fold each year, and this demand will probably continue to grow. The present wisdom concentrates mainly on trying to increase the number of Lambdas per fiber, but after doubling it a few more times it will be difficult to increase it further. The present invention tries to achieve a large leap in this area by enabling putting much more fibers per cable, such as for example even 1,000 or 10,000 times more than what is being done today, with an increase in cost that is orders of magnitude smaller. The invention solves various mechanical, optical and electronic problems that stem from trying to cram so many fibers into one cable. One of the most important features is using multi-fiber flexible flat jackets that can move freely within the cable's pipe, preferably with the pipe divided into at least two cells, so that it can bend only in the desired direction and have maximum structural strength, and the connectors for these jackets can also solve many other problems. Another important feature is various methods for optimizing the efficiency of amplifying multiple fibers simultaneously. Another important feature is significantly reducing the cost of the end-equipment by using a novel method of duplicating each lambda into multiple fibers and on/off modulating it separately for each fiber, so that much less laser sources are needed.
    • 随着目前信息传递的激增,光纤一直在变得越来越快。 这些光纤可以携带的每个时间单位的数据量的最近进展大部分来自同时向同一光纤中增加越来越多的波长(称为lambdas)的方法,称为DWDM(密集波分复用 )。 今天,单个光纤可同时携带多达80个甚至160个不同的羊羔,数量有可能进一步增加。 到目前为止,每个lambda所达到的最快比特率是每秒10或40吉比特,但是很难超越这一点,因为较高的比特率对色散问题的容忍度要低得多。 然而,主要由互联网增长推动的宽带通信需求仍然以比光纤能力增长快得多的速度增长。 通常情况下,这一需求在过去几年中每年上升到5倍,这一需求可能会持续增长。 目前的智慧主要集中在试图增加每根纤维的兰布斯数量,但再加倍一倍以后,将难以进一步提高。 本发明试图通过每个电缆能够提供更多的纤维,例如比现在所做的更多的1,000或10,000倍,同时增加数量级的数量级,从而在该领域中实现了巨大的飞跃。 本发明解决了许多机械,光学和电子问题,这些问题源于试图将这么多的光纤装入一根电缆。 最重要的特征之一是使用可在电缆管道内自由移动的多纤维柔性扁平夹套,优选地将管分成至少两个电池,使得其仅能够在所需方向上弯曲并且具有最大的结构强度, 这些夹克的连接器也可以解决许多其他问题。 另一个重要特征是用于优化同时放大多个纤维的效率的各种方法。 另一个重要特征是通过使用将每个λ复制到多个光纤并且对于每个光纤分别进行开/关调制的新颖方法来显着降低终端设备的成本,使得需要更少的激光源。