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    • 2. 发明授权
    • Pencil marking device for clipped cloth
    • 用于夹布的铅笔标记装置
    • US5571322A
    • 1996-11-05
    • US489745
    • 1995-06-13
    • Shin-Chuan YaoYun-Kuang LinHsiang-Hung Peng
    • Shin-Chuan YaoYun-Kuang LinHsiang-Hung Peng
    • B43K23/00B43L13/02D06H1/00B43L13/00
    • B43L13/024B43K23/001D06H1/00
    • A pencil marking device for clipped cloth includes a fixing base, a pencil pedestal, a driving pedestal, a driving source, and at least two sensors, in which the fixing base is fixed on the automatic marking machinery, and the pencil pedestal is connected in it. The tooth ring is formed on the outside of the pencil pedestal. The driving pedestal is installed on one side of the fixing pedestal and is engaged with the tooth ring of the pencil pedestal through an active gear rack for driving the pencil pedestal to rotate at a fix point. The active gear rack is connected with the driving source by an U shape connection and driven to move horizontally by the driving source. The sensors are installed on the ends of the driving pedestal respectively for sensing the moving range of the active gear rack. The range of the horizontal movement of the active gear rack is restricted for driving the pencil in the pencil pedestal to rotate and mark at a fix position, then an automatic pencil marking device is constructed.
    • 用于夹布的铅笔标记装置包括固定基座,铅笔座,驱动基座,驱动源和至少两个传感器,其中固定基座固定在自动打标机上,并且铅笔座连接在 它。 牙环形成在铅笔底座的外侧。 驱动基座安装在固定基座的一侧,并通过主动齿条与铅笔底座的齿环接合,用于驱动铅笔底座在固定点旋转。 主动齿条通过U形连接与驱动源连接,并由驱动源水平驱动。 传感器分别安装在驱动基座的端部,用于感测主动齿条的移动范围。 活动齿条的水平运动的范围受限于用于驱动铅笔座中的铅笔旋转并标记在固定位置,然后构成自动铅笔标记装置。
    • 10. 发明授权
    • Batch dyeing system with automatic chemical-dosing and pH control system
    • 批量染色系统,具有自动化学剂量和pH控制系统
    • US5687589A
    • 1997-11-18
    • US611512
    • 1996-03-07
    • Shin-Chuan YaoJongfu WuFeng Biau LinLi-Ren WangWei-Chin WuYu-Cheng WangJudson Lee
    • Shin-Chuan YaoJongfu WuFeng Biau LinLi-Ren WangWei-Chin WuYu-Cheng WangJudson Lee
    • D06B23/28D06P1/00D06B23/00
    • D06B23/28D06P1/0032
    • This automatic admixtrue dosing and pH value control batch dyeing system is comprised of a pH value gauge, a thermometrer, a pump for adding chemicals, a drain valve, a chemical tank, a continuous action depth gauge, a mixing valve, and a chemical input valve. The controller is designed to proceed according to several chemical graphs located inside the controller. The user, depending on the requirment of chemical dosing and pH value control, sets the time for inputting chemical and a predetermined pH value. When this is done, the controller, according to the selected chemical graphs and target pH values, operates the chemical pump, the mixing valve, and the chemical dosing valve. The chemical module flow into action, and the dye liquor in the chemical tank flow into the dye machine. The depth gauge, the pH gauge and the thermometer measurs the volume of liquid in the chemical tank, and the pH value and temperature of the dye liquid in the dye machine. The information is individually fed back to the controller which can automatically monitor the dye liquor pH value and chemical condition. The final stage consists of the automatic control of the chemical volume and pH value.
    • 这种自动混合计量和pH值控制分批染色系统包括pH值计,温度计,用于添加化学品的泵,排水阀,化学罐,连续作用深度计,混合阀和化学输入 阀。 控制器设计为根据控制器内部的几个化学图进行。 用户根据化学剂量和pH值控制的要求,设定输入化学品的时间和预定的pH值。 当这样做时,控制器根据所选的化学图和目标pH值操作化学泵,混合阀和化学计量阀。 化学模块流入动作,化学池中的染液流入染色机。 深度计,pH计和温度计测量化学药液中的液体体积,以及染料机中染料液体的pH值和温度。 信息被单独反馈给控制器,可以自动监测染液pH值和化学条件。 最后阶段由自动控制化学容量和pH值组成。