会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 22. 发明申请
    • BUFFER MEMORY CONTROL SYSTEM
    • 缓冲存储控制系统
    • WO1993004431A1
    • 1993-03-04
    • PCT/JP1992001035
    • 1992-08-13
    • FUJITSU LIMITEDMORIOKA, Tetsuya
    • FUJITSU LIMITED
    • G06F12/08
    • G06F12/0822G06F12/1054
    • A system for controlling buffer memory using a part of a page address portion of a logical address and a part of an inside-page address portion as a line address, the system being provided with a TAG1 portion (13, 17) of each of a plurality of pipelines (IF, OP) disposed inside a CPU (1) in order to retrieve hit/mistake by the use of the part of the page address portion of the logical address and the part of the inside-page address as a basic line address, a DATA portion (14, 18) for holding data when each of the TAG1 portions is retrieved and hit by the basic line address, and TAG2 portions (21, 22) disposed inside a MCU (2) in order to retrieve hit/mistake by the use of an agreement line address obtained by changing a variable portion of the basic line address when the result proves mistake by the use of the basic line address. The TAG1 unit is retrieved by the use of only the basic line address at the time of data access, and when the result proves hit, access is made to the DATA unit. When the result proves mistake, on the other hand, the TAG2 unit is retrieved by the use of the basic line address and the agreement line address. When the result provides hit at this time, nullification of the DATA unit, move-out and nullification, and if necessary, activation of move-in, are made.
    • 一种用于使用逻辑地址的页面地址部分的一部分和内部页面地址部分的一部分作为行地址来控制缓冲存储器的系统,该系统被提供有一个TAG1部分(13,17) 多个管道(IF,OP)设置在CPU(1)内,以便通过使用逻辑地址的页面地址部分的一部分和内部页面地址的一部分作为基本行来检索命中/错误 地址,用于当每个TAG1部分被基本行地址检索和命中时保存数据的DATA部分(14,18)以及设置在MCU(2)内的TAG2部分(21,22),以便检索命中/ 通过使用通过使用基本行地址来证明错误的基本行地址的可变部分而获得的协议行地址的错误。 通过在数据访问时仅使用基本行地址来检索TAG1单元,并且当结果被命中时,对DATA单元进行访问。 另一方面,当结果证明错误时,通过使用基本行地址和协议行地址来检索TAG2单元。 当结果在此时提供命中时,数据单元的无效,移出和无效,并且如果需要,进行移入的激活。
    • 23. 发明申请
    • MICROSTRIP LINE AND MANUFACTURING METHOD THEREFOR
    • MICROSTRIP LINE及其制造方法
    • WO1993002485A1
    • 1993-02-04
    • PCT/JP1992000913
    • 1992-07-17
    • FUJITSU LIMITEDTOZAWA, Norio
    • FUJITSU LIMITED
    • H01P03/08
    • H01P3/081H05K1/0237H05K1/0265H05K3/244H05K3/4015H05K2201/098H05K2201/1028
    • A microstrip line capable of feeding a large DC current, in spite of maintaining a high characteristic impedance. The microstrip line is provided with a dielectric base (10), an earthing conductor (12), a conductor strip (14), and an upper conductor part (16). The upper conductor part (16) is provided nearly on the central line of the conductor strip (14), and has a section which is thick in a vertical direction and whose width w1 of the lower base (16a) is narrower than the width W of the conductor strip (14) and respective width w2 from the base (16a) to its opposite side (16b) are nearly equal to the width w1 of the base (16a) or become larger than the width w1 at upper parts. The upper conductor part (16) of such sectional shape is formed by welding onto the conductor strip (14) a linear member made of gold, silver or copper whose section is shaped so through etching, or by depositing on the conductor strip (14) gold, silver or copper through plating.
    • 尽管维持高的特性阻抗,但是能够馈送大直流电流的微带线。 微带线设置有电介质基底(10),接地导体(12),导体条(14)和上导体部分(16)。 上导体部(16)大致设置在导体条(14)的中心线上,具有在垂直方向上较厚的部分,下基板(16a)的宽度w1比宽度W窄 的导体条(14)的宽度w2和从基部(16a)到其相对侧(16b)的宽度w2几乎等于基部(16a)的宽度w1或变得大于上部的宽度w1。 这种截面形状的上导体部分(16)通过在导体条(14)上焊接由金,银或铜制成的线状部件形成,其截面通过蚀刻成形,或通过沉积在导体条(14)上而形成, 金,银或铜通过电镀。
    • 24. 发明申请
    • SYSTEM FOR TRANSFERRING DISCRIMINATIVE INFORMATION OF PACKET ROUTE
    • 传送分组路由的辨别信息的系统
    • WO1992022972A1
    • 1992-12-23
    • PCT/JP1992000772
    • 1992-06-17
    • FUJITSU LIMITEDOGURA, TakaoAMEMIYA, ShigeoTEZUKA, KojiCHUJO, Takafumi
    • FUJITSU LIMITED
    • H04L12/56
    • H04L45/00
    • On a transmission side, provided is a means (2) which converts the discriminative information data on packet routes into the information of a bit map, the address of whose individual bit corresponds to the discriminative information on the packet routes. On a reception side provided is a means (5) which converts inversely, the information of the bit map, which is concerned with the discriminative information data on the packet routes, into the discriminative information data on the packet routes. Alternatively, further, on the transmission side, provided are means (8, 10) for inquiring the forefront and last value of the transmitted discriminative information data on a packet route respectively. Also, provided is a means (9) for converting, the discriminative information data on the packet route between the forefront and last value, into the information of the bit map. In this case, on the reception side, provided are means (13, 14) for converting, the information of the bit map, which is concerned with the discriminative information data on the packet route between the forefront and last value, into the original discriminative information data on the packet route. Further, determined is the discriminative information on the forefront packet route to be preset newly, according to the discriminative information on the idle packet route in a discriminative information table, which is concerned with the packet routes outputted from transmission side nodes. Then, the discriminative information about this forefront and other packet routes is transmitted. On the reception side, from the transmitted information, referring to a discriminative information table, which is concerned with the packet routes inputted to reception side nodes, the discriminative information on the new packet route is recognized.