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    • 2. 发明授权
    • Data processor with combined static and dynamic masking of operand for
breakpoint operation
    • 具有组合静态和动态屏蔽操作数​​的数据处理器,用于断点操作
    • US5341500A
    • 1994-08-23
    • US679478
    • 1991-04-02
    • William C. MoyerJoseph A. GutierrezYui K. Ho
    • William C. MoyerJoseph A. GutierrezYui K. Ho
    • G06F11/28G06F9/308G06F11/34
    • G06F9/30018
    • A data processing system (10) implements a combined static and a dynamic masking operation of a breakpoint address. A static mask implements a conditional mask of a predetermined number of bits specified by the user and is determined prior to a comparison operation between the breakpoint address stored in a breakpoint register (24) and a logical address transferred via a logical address bus (11). A dynamic mask value implements a variable mask which allows the data processing system to mask the breakpoint address according to the size of a breakpoint address access. The static mask value and the dynamic mask value are combined using the same circuitry to form a combined mask value (19). Breakpoint function and address translation are implemented in the system (10) by using the same drive and control circuitry (20, 44, 48) to accomplish both functions. The breakpoint register (24) is implemented as an entry in a CAM array (26).
    • 数据处理系统(10)实现断点地址的组合静态和动态屏蔽操作。 静态掩码实现由用户指定的预定数量的比特的条件掩码,并且在存储在断点寄存器(24)中的断点地址与通过逻辑地址总线(11)传送的逻辑地址之间的比较操作之前确定, 。 动态掩码值实现一个可变掩码,允许数据处理系统根据断点地址访问的大小屏蔽断点地址。 使用相同的电路组合静态屏蔽值和动态屏蔽值以形成组合屏蔽值(19)。 断点功能和地址转换在系统(10)中通过使用相同的驱动和控制电路(20,44,48)实现这两个功能来实现。 断点寄存器(24)被实现为CAM阵列(26)中的条目。
    • 3. 发明授权
    • Data processor with concurrent static and dynamic masking of operand
information and method therefor
    • 数据处理器具有并发静态和动态屏蔽的操作数信息及其方法
    • US5319763A
    • 1994-06-07
    • US679463
    • 1991-04-02
    • Yui K. HoWilliam C. MoyerJoseph A. Gutierrez
    • Yui K. HoWilliam C. MoyerJoseph A. Gutierrez
    • G06F7/00G06F7/76G06F9/308G06F11/28G06F15/82G06F9/22G06F9/26G06F11/18G06F13/30
    • G06F9/30018
    • A data processing system (10) implements a static and a dynamic masking operation of operand information concurrently. A static mask implements a conditional mask of a predetermined number of bits specified by the user and is determined prior to a comparison operation between the breakpoint address stored in a breakpoint register (24) and a logical address transferred via a logical address bus (11). A dynamic mask value implements a variable mask which allows the data processing system to mask the breakpoint address according to the size of a breakpoint address access. The static mask value and the dynamic mask value are concurrently implemented using a specialized bit cell (60) contained in both the breakpoint register (24) and the CAM array (26). The specialized bit cell (60) is comprised of two transistors (62 and 64) to concurrently mask a respective bit of operand information during a comparison operation.
    • 数据处理系统(10)同时实现操作数信息的静态和动态屏蔽操作。 静态掩码实现由用户指定的预定数量的比特的条件掩码,并且在存储在断点寄存器(24)中的断点地址与通过逻辑地址总线(11)传送的逻辑地址之间的比较操作之前确定, 。 动态掩码值实现一个可变掩码,允许数据处理系统根据断点地址访问的大小屏蔽断点地址。 使用包含在断点寄存器(24)和CAM阵列(26)中的专用位单元(60)同时实现静态掩码值和动态掩码值。 专用位单元(60)由两个晶体管(62和64)组成,以在比较操作期间同时屏蔽操作数​​信息的相应位。
    • 4. 发明授权
    • Data processor with shared control and drive circuitry for both
breakpoint and content addressable storage devices
    • 具有共享控制和驱动电路的数据处理器,用于断点和内容可寻址存储设备
    • US5239642A
    • 1993-08-24
    • US679477
    • 1991-04-02
    • Joseph A. GutierrezWilliam C. MoyerYui K. Ho
    • Joseph A. GutierrezWilliam C. MoyerYui K. Ho
    • G06F11/34G06F11/36G06F12/10G11C11/00
    • G06F11/362G06F11/3471G06F12/1027G11C11/005G06F2212/2515
    • A data processing system (10) implements a combined static and a dynamic masking operation of a breakpoint address. A static mask implements a conditional mask of a predetermined number of bits specified by the user and is determined prior to a comparison operation between the breakpoint address stored in a breakpoint register (24) and a logical address transferred via a logical address bus (11). A dynamic mask value implements a variable mask which allows the data processing system to mask the breakpoint address according to the size of a breakpoint address access. The static mask value and the dynamic mask value are combined using the same circuitry to form a combined mask value (19). Breakpoint function and address translation are implemented in the system (10) by using the same drive and control circuitry (20,44,48) to accomplish both functions. The breakpoint register (24) is implemented as an entry in a CAM array (26).
    • 数据处理系统(10)实现断点地址的组合静态和动态屏蔽操作。 静态掩码实现由用户指定的预定数量的比特的条件掩码,并且在存储在断点寄存器(24)中的断点地址与通过逻辑地址总线(11)传送的逻辑地址之间的比较操作之前确定, 。 动态掩码值实现一个可变掩码,允许数据处理系统根据断点地址访问的大小屏蔽断点地址。 使用相同的电路组合静态屏蔽值和动态屏蔽值以形成组合屏蔽值(19)。 断点功能和地址转换在系统(10)中通过使用相同的驱动和控制电路(20,44,48)实现这两个功能。 断点寄存器(24)被实现为CAM阵列(26)中的条目。
    • 5. 发明授权
    • Method and apparatus for performing a cache operation in a data
processing system
    • 用于在数据处理系统中执行高速缓存操作的方法和装置
    • US5732405A
    • 1998-03-24
    • US336702
    • 1994-11-08
    • Yui Kaye HoWilliam C. MoyerJoseph A. Gutierrez
    • Yui Kaye HoWilliam C. MoyerJoseph A. Gutierrez
    • G06F12/10G06F12/04
    • G06F12/1027
    • A method and apparatus for performing a cache operation in a data processing system (10). In one form, the present invention has a "block address translation cache (BATC) only mode" in which a received logical address is compared to the logical addresses stored in only one of a plurality of address translation caches, i.e. the block address translation cache (BATC) (76). The overhead associated with loading and comparing one or more other caches (78) is not incurred. If the comparison with that one cache (BATC) (76) produces a hit, that cache (BATC) (76) supplies the address that is used as the physical address. If the comparison with that one cache (BATC) (76) produces a miss, then a 1:1 mapping is used and the received logical address is used as the physical address.
    • 一种用于在数据处理系统(10)中执行高速缓存操作的方法和装置。 在一种形式中,本发明具有“仅块模块地址转换高速缓存(BATC)模式”,其中接收到的逻辑地址与仅存储在多个地址转换高速缓存中的一个中的逻辑地址进行比较,即块地址转换高速缓存 (BATC)(76)。 与加载和比较一个或多个其他高速缓存(78)相关联的开销不被引起。 如果与该一个缓存(BATC)(76)的比较产生命中,则该缓存(BATC)(76)提供用作物理地址的地址。 如果与该一个缓存(BATC)(76)的比较产生未命中,则使用1:1映射,并将接收到的逻辑地址用作物理地址。
    • 7. 发明授权
    • Seal for sending unit
    • 密封发送单元
    • US5183267A
    • 1993-02-02
    • US131107
    • 1987-12-10
    • Yuri AckermanJoseph A. Gutierrez
    • Yuri AckermanJoseph A. Gutierrez
    • G01F23/02F01M11/00F02F11/00F16B43/00F16J15/06F16J15/12G01F23/00
    • F16J15/06F16B43/001F01M2011/0416
    • An oil seal unit for disposition between mating parts having opposed end face sealing surfaces. The seal unit has a casing with a radial flange having opposed end face surfaces and an inner margin portion. An elastomeric seal body with radially inner, outer and intermediate body portions is bonded to the casing. The seal body includes a radially space apart, continuous circular sealing ribs over lying each face of the casing; the seal body also has a radially inner portion defining an opening through which the shank portion of the mating part extends. The intermediate part of the seal body includes a collar element which deforms into snug fluid-tight sealing engagement within a recess defined in part by the seal and in part by portions of the mating parts.
    • 一种油封单元,用于配置具有相对的端面密封表面的配合部件之间。 密封单元具有具有径向凸缘的壳体,该径向凸缘具有相对的端面表面和内边缘部分。 具有径向内,外和中间体部分的弹性体密封体结合到壳体。 密封体包括在壳体的每个表面上的径向间隔开的连续的圆形密封肋; 密封体还具有限定开口的径向内部,该配合部的柄部延伸穿过该开口。 密封体的中间部分包括一个套环元件,该套环元件在部分由密封件和部分由配合部件的一部分限定的凹部内变形成紧密的流体密封密封接合。