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
    • 5. 发明授权
    • Calendar clock circuit for computer workstations
    • 计算机工作站的日历时钟电路
    • US5943297A
    • 1999-08-24
    • US850123
    • 1997-05-01
    • Thomas H. Baker
    • Thomas H. Baker
    • G04G3/00G06F1/14G04B47/00G04F5/00G06F15/02
    • G04G3/00G06F1/14
    • A computer date and time clock including an incrementing binary 32 bit register, used to main elapsed date and time in seconds, and an external 1 Hz clock signal, provided by an oscillator, that increments the register. The oscillator and register are both powered by a battery, to make them independent of computer system power. On computer systems having a 32 bit bus, the register can be read or written with a single I/O cycle on the system bus. Operating system software typically performs time calculations using elapsed seconds since a fixed date and time, thus the register count can represent a number of seconds since the fixed date and time. The 1 Hz clock signal is derived from a higher frequency oscillator using a divider circuit, and a reset circuit within the date and time clock clears the divider circuit each time data is stored in the register.
    • 计算机日期和时间时钟,包括用于主要经过的日期和时间(以秒为单位)的递增二进制32位寄存器和由振荡器提供的外部1Hz时钟信号,其增加寄存器。 振荡器和寄存器均由电池供电,使其独立于计算机系统电源。 在具有32位总线的计算机系统上,可以通过系统总线上的单个I / O周期来读取或写入寄存器。 操作系统软件通常使用从固定的日期和时间开始的经过秒数来执行时间计算,因此寄存器计数可以表示自固定日期和时间以来的秒数。 1Hz时钟信号是由使用分频电路的较高频率的振荡器导出的,并且日期和时间时钟内的复位电路每当数据存储在寄存器中时都清除分频电路。
    • 6. 发明授权
    • Color-calibration sensor system for incremental printing
    • 用于增量打印的色彩校准传感器系统
    • US06832824B1
    • 2004-12-21
    • US09183819
    • 1998-10-30
    • Thomas H. BakerNathan M. MoroneyJosep Miguel Canal
    • Thomas H. BakerNathan M. MoroneyJosep Miguel Canal
    • B41J2938
    • B41J29/393B41J2/2135
    • In one form of the invention, one sensor determines mutual alignment of pens; a second sensor measures color of dots formed on a print medium by the pens. Another form has two carriages—one moving pens to mark on a medium and the second used to refine quality of images produced. In a third form, a sensor measures color of test patterns by one or more pens; a hood—generally around the sensor laterally relative to a sensing direction—excludes ambient light from the sensor during measuring; a mechanism advances the hood along the sensing direction toward the patterns. In a fourth form, a pen ejects multiple liquid-ink drops onto a medium, and a sensor infrequently measures color of resulting dots—only when the pen is not forming images. In addition to these four forms of the invention, three others are detailed in the text.
    • 在本发明的一种形式中,一个传感器确定笔的相互对准; 第二传感器测量由笔形成在打印介质上的点的颜色。 另一种形式有两个托架 - 一个移动笔在一个介质上标记,另一个用于提炼所产生图像的质量。 在第三种形式中,传感器通过一个或多个笔测量测试图案的颜色; 通常围绕传感器相对于感测方向横向传感的罩 - 在测量期间排除来自传感器的环境光; 机构沿传感方向使罩沿着图案移动。 在第四种形式中,笔将多个液体墨滴喷射到介质上,并且传感器不经常地测量所得到的点的颜色,只有当笔不形成图像时。 除了这四种形式的本发明之外,其他三种在本文中是详细的。