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    • 5. 发明申请
    • RAM MEMORY BASED ON NANOTECHNOLOGY, CAPABLE, AMONG OTHER THINGS, OF REPLACING THE HARD DISK IN COMPUTERS
    • 基于纳米技术的RAM存储器,其他功能,可替换计算机中的硬盘
    • WO0248822A2
    • 2002-06-20
    • PCT/IL0101146
    • 2001-12-11
    • MAYER YARONBAUR AL J CGADASSI HAIM
    • MAYER YARONBAUR AL J CGADASSI HAIM
    • G11C11/34G11C13/02G06F
    • G11C13/025B82Y10/00G11C11/34G11C2213/71G11C2213/81
    • As the Internet becomes faster and faster, with more and more demanding applications, and after the problems of faster routing and faster optic fibers are solved, the next main bottleneck will be the speed of the servers, and more specifically the speed (or rather the lack of it) of the hard-disks. Therefore, finding new revolutionary ways of making faster and larger hard-disks and/or larger RAM in the computer itself can help boost the computer and Internet world much faster into the future. The present invention tries to solve the problem of making much faster and much larger preferably non-volatile RAM by Using preferably 3-dimensional addressable nano memory matrices instead of 2-dimensional, so that for example if instead of a 10x10 cm flat surface we have for example a 6x6x1 cm or 3x3x2 cm cube, we can get millions of Terabits, which are millions of times larger than current hard disks. So this can be used for example as computer RAM memory, as a hard-disk, or as a removable cartridge that conveniently fits in the pocket. Many variations are discussed, including memory cells that have more than two states each, and intermediate systems wherein normal lithographically produced cells are each coupled to one or more nano-chips within them.
    • 随着互联网变得越来越快,越来越多的应用程序越来越多,在更快的路由和更快的光纤解决问题之后,下一个主要的瓶颈就是服务器的速度,更具体地说是速度 缺少它)的硬盘。 因此,在计算机本身找到新的更快更大的硬盘和/或更大的RAM的革命性方法可以帮助未来更快地提升计算机和互联网世界。 本发明试图通过使用优选的三维可寻址的纳米存储器矩阵而不是二维来解决制造更快更大更优选的非易失性RAM的问题,例如,如果代替10×10cm平坦表面 例如一个6x6x1厘米或3x3x2厘米的立方体,我们可以获得数百万的Terabits,比目前的硬盘大百万倍。 因此,这可以用作例如计算机RAM存储器,作为硬盘,或者可以方便地装配在口袋中的可移除盒。 讨论了许多变化,包括每个具有两个以上状态的存储器单元,以及其中正常光刻产生的单元每个耦合到其内的一个或多个纳米芯片的中间系统。
    • 7. 发明申请
    • SYSTEM AND METHOD FOR IMPROVING NETWORK ROUTER EFFICIENCY AND ALLEVIATING NETWORK BOTTLENECKS AND OVERLOADS
    • 改进网路路由器效率和网络瓶颈和过载的系统和方法
    • WO0239208A3
    • 2002-08-29
    • PCT/IL0101042
    • 2001-11-08
    • MAYER YARONBAUR AL J C
    • MAYER YARONBAUR AL J C
    • H04Q11/00H04B10/20
    • H04Q11/0005H04Q11/0066H04Q11/0071H04Q2011/002H04Q2011/0041H04Q2011/0073H04Q2011/0077
    • The present invention optically marks and detects packet headers, translating at most only the headers (24) to electronics for making packet switching decisions, and keeps the rest of the packets in optical delay lines (23), so that optical switches (29) can execute the packet switching decisions (28) at fast bit rates. This solution has very high scalability and becomes even more efficient when physical addresses are used. Another optimisation described in this invention is improving routing efficiency and bandwidth utilization by grouping together identical data packets from the same source going to the same general area with a multiple list of targets connected to each copy of the data and sent together to the general target area. These grouped packets are then preferably broken down into smaller groups by the routers in the general target area and finally broken down to individual data packets for delivering to the final actual destinations.
    • 本发明光学地标记和检测分组报头,最多仅将报头(24)转换为用于进行分组交换决定的电子设备,并且将其余分组保持在光学延迟线(23)中,使得光学开关(29)可以 以快速比特率执行分组交换决定(28)。 该解决方案具有非常高的可扩展性,并且在使用物理地址时变得更加高效。 本发明中描述的另一个优化是通过将来自相同源的相同数据分组分组到相同的一般区域来提高路由效率和带宽利用率,其中连接到每个数据副本的多个目标列表并且一起发送到一般目标区域 。 然后,这些分组的分组优选地由通用目标区域中的路由器分解成更小的组,并且最终分解成用于传递到最终实际目的地的各个数据分组。
    • 8. 发明申请
    • PRINTER CAPABLE OF PRINTING SIMULTANEOUSLY ON BOTH SIDES OF THE PAGE
    • 打印机可以同时打印在页面的两面
    • WO02055306A2
    • 2002-07-18
    • PCT/IL0200020
    • 2002-01-10
    • MAYER YARONBAUR AL J CGADASSI HAIM
    • MAYER YARONBAUR AL J CGADASSI HAIM
    • B41J3/54B41J3/60B41J
    • B41J3/543B41J3/60
    • Both Laser printers and Inkjet printers have undergone many improvements in the last 10 years - mainly becoming faster and with better resolutions, and with prices going down all he time. However, one of the biggest limitations of all these types of printers has remained the same all the time: They print just on one side of the page. Although some printers on the masket have an optional additional unit for mechanically flipping pages over, these units are typically cumbersome, expensive, and require extra space. Also, with mechanical flipping there is a higher chance for various malfunctions. Being able to efficiently print on both sides of the page can have many advantages: saving paper costs, saving trees, saving office space or home space, being able to double the printing speed, being able to easily print eBooks, and more. The present invention tries to solve the problem of being able to print simultaneously on both sides of the paper without slowing down the printing process and without having to mechanically flip the pages, so that practically the printing speed is more or less doubled. The solution is in principle similar in both inkjet and laser printers, although there are some variations that stem from the different mechanisms between these two main types of printers. In Both types of printers and in other printers the main principle is using a second printing element simultaneously at the other side of the page, either at exactly the same position on the paper, or with a preferably slight shift between the two positions. The present invention solves all the relevant problems for each type of printer and covers many possible variations, including variations where cheap and efficient automatic folding of papers is used for printing eBooks. It also shows many improvements over other patentsthat tried to solve the problem without flipping the pages.
    • 激光打印机和喷墨打印机在过去十年中都经历了许多改进,主要是变得越来越快,分辨率越来越高,而且随着时间的推移,价格也在下降。 然而,所有这些类型的打印机的最大限制之一是一直保持不变:它们打印在页面的一边。 虽然屏幕上的一些打印机具有用于机械翻转页面的可选附加单元,但是这些单元通常是麻烦的,昂贵的,并且需要额外的空间。 此外,机械翻转可能会导致各种故障。 能够高效地打印页面的两面可以有很多优点:节省纸张成本,节省树木,节省办公空间或家庭空间,能够使打印速度提高一倍,能够轻松打印电子书等。 本发明试图解决能够在纸张的两面同时打印而不会减慢印刷过程而不必机械翻转页面的问题,从而实际上打印速度或多或少加倍。 在喷墨打印机和激光打印机中,解决方案在原理上是相似的,尽管这些两种主要类型的打印机之间存在不同的机制。 在两种类型的打印机和其他打印机中,主要原理是在页面的另一侧同时使用第二打印元件,或者与纸张上完全相同的位置,或者在两个位置之间优选地轻微移动。 本发明解决了每种类型的打印机的所有相关问题,并且涵盖许多可能的变化,包括便宜且高效地自动折叠纸张用于打印电子书的变型。 与其他专利相比,它也显示出许多改进,试图在不翻页的情况下解决问题。