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    • 1. 发明授权
    • Method of and apparatus for rapidly loading addressing registers
    • 快速加载寻址寄存器的方法和装置
    • US5761740A
    • 1998-06-02
    • US566116
    • 1995-11-30
    • David C. JohnsonLawrence R. FontaineJohn S. Kuslak
    • David C. JohnsonLawrence R. FontaineJohn S. Kuslak
    • G06F9/355G06F12/08G06F9/26G06F12/06
    • G06F9/30047G06F12/0875G06F9/342
    • A method of and apparatus for rapidly modifying the user base registers of an instruction processor. In accordance with the present invention, a load base register user instruction may request an operand from a cache memory, wherein the requested operand may provide a new L field and a new bank descriptor index field. An unconditional compare may be made between the new L,BDI fields and the prior L,BDI fields, regardless of whether the requested operand providing the new L,BDI fields actually resides in a corresponding operand cache. In parallel therewith, the operand cache may determine whether or not the requested operand that provided the new L,BDI fields actually resides in the cache memory. A selector block may then determine if the new L,BDI fields match the previous L,BDI fields, and if the requested operand that provided the new L,BDI fields actually resides in the cache memory. If so, a fast load base register algorithm may be used to load the base register. If not, a slow load base register algorithm may be used.
    • 一种用于快速修改指令处理器的用户基本寄存器的方法和装置。 根据本发明,负载基址寄存器用户指令可以从高速缓存存储器请求操作数,其中所请求的操作数可以提供新的L字段和新的存储体描述符索引字段。 可以在新的L,BDI字段和先前的L,BDI字段之间进行无条件比较,而不管提供新的L,BDI字段的请求操作数是否实际驻留在相应的操作数高速缓存中。 与此同时,操作数高速缓存可以确定提供新的L,BDI字段的所请求的操作数是否实际驻留在高速缓冲存储器中。 选择器块然后可以确定新的L,BDI字段是否与先前的L,BDI字段匹配,并且如果提供新的L,BDI字段的所请求的操作数实际驻留在高速缓冲存储器中。 如果是这样,可以使用快速加载基址寄存器算法来加载基址寄存器。 如果不是,则可以使用缓慢的负载基址寄存器算法。
    • 3. 发明授权
    • Method of and apparatus for saving time performing certain transfer
instructions
    • 用于节省执行某些传送指令的时间的方法和装置
    • US6108761A
    • 2000-08-22
    • US26840
    • 1998-02-20
    • David C. JohnsonJohn S. KuslakGary J. Lucas
    • David C. JohnsonJohn S. KuslakGary J. Lucas
    • G06F9/32G06F9/38G06F12/00
    • G06F9/3844G06F9/322
    • A method and apparatus for reducing processor response time to selected transfer instructions in an multi-instruction processor. The response time is shortened by using a fast path to generate addresses for selected transfer instructions. In this fast path a base address, retained in a register from a previous instruction, is summed with an offset from the current instruction to obtain an absolute address for memory accessing. Before the fast path is entered determinations are made whether the instruction is a particular transfer instruction of a particular class and subclass, and whether the base address is different than the base address for the previous instruction. Even through the fast path is entered the usual absolute address generator path is also entered where the instruction is subjected to both high and low limit tests. If the high and low limit test determine a different base is to be used, the absolute address from the main address generator is used, instead of the absolute address from the LXJ fast path, and the system is restored to the conditions that would have prevailed if the fast path had not been entered.
    • 一种用于在多指令处理器中减少对所选择的传送指令的处理器响应时间的方法和装置。 通过使用快速路径为选定的传输指令生成地址来缩短响应时间。 在这个快速路径中,保留在先前指令的寄存器中的基址与当前指令的偏移相加,以获得用于存储器访问的绝对地址。 在进入快速路径之前,确定指令是否是特定类和子类的特定传输指令,以及基址是否与先前指令的基址不同。 即使通过快速路径,也会进入通常的绝对地址生成器路径,其中指令经受高低限测试。 如果使用高低限测试确定不同的基准,则使用主地址生成器的绝对地址,而不是LXJ快速路径的绝对地址,并将系统恢复到将占用的条件 如果快速路径没有输入。
    • 9. 发明授权
    • Separable key for establishing detachable printer component compatibility with a printer
    • 用于建立可拆卸打印机组件与打印机兼容性的可分离键
    • US07156491B2
    • 2007-01-02
    • US10835859
    • 2004-04-30
    • Scott D. SturgeonDavid C. Johnson
    • Scott D. SturgeonDavid C. Johnson
    • B41J2/14B41J23/00B41J2/175
    • B41J2/1755B41J2/1752
    • A separable key element operably secured to a printer component base for receiving a key from a printer component to be received therein. The key indicates a required characteristic of the printer component thereby allowing only compatible printer components to be installed onto the printer component base. The key element can matingly engage the printer component base in a unique configuration such that only compatible key elements can be secured to the printer component base. Moreover, the key element can include a display surface for visually identifying the required characteristic of the printer component. In a preferred embodiment, the printer component is a detachable ink reservoir and the printer component base is secured to the carriage of an inkjet printer, thereby providing an on-axis ink reservoir.
    • 可分离的键元件,其可操作地固定到打印机组件底座,用于从打印机组件接收要接收的键。 该键表示打印机组件的所需特性,从而仅允许将兼容的打印机部件安装到打印机组件基座上。 关键元件可以以独特的配置与打印机组件基座配合地接合,使得只有兼容的键元件可以被固定到打印机组件底座。 此外,关键元件可以包括用于可视地识别打印机部件所需特性的显示表面。 在优选实施例中,打印机部件是可拆卸的墨水储存器,并且打印机部件基座固定到喷墨打印机的托架,由此提供轴上墨水储存器。