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    • 2. 发明申请
    • Liquid container
    • 液体容器
    • US20090139324A1
    • 2009-06-04
    • US11998235
    • 2007-11-29
    • Hideki MorimotoNoriyuki NakagawaYoshihiro Iwamoto
    • Hideki MorimotoNoriyuki NakagawaYoshihiro Iwamoto
    • G01F23/00
    • G01F23/268A47J27/212A47J31/44A47J31/4457A47J41/0094G01F23/265G01K1/14G01K2207/08
    • There is provided a liquid container that has solved the problem of the impossibility to easily see a liquid surface within an inner bottle, namely a remaining liquid amount within a container, and the problem of the impossibility to easily check whether a liquid temperature inside the inner bottle being a vacuum double bottle is held at a desired temperature. A liquid container, including: an inner container which houses a liquid; a shoulder member which is a member mounted on the upper portion of this inner container and has a handle and a spout on the opposite side thereto; and a lid which is removably placed at the top of this shoulder member and opens/closes a top opening of the inner container, wherein the liquid container where a liquid amount inside the inner container is invisible from the outside is provided with a detecting unit having a liquid amount detecting means and a liquid temperature detecting means which are inserted into the inner container and detect a liquid amount and a liquid temperature, and a unit outer package which displays the liquid amount and the liquid temperature detected by the detecting means on the outer surface of the liquid container.
    • 提供了一种液体容器,其解决了难以容易地看到内部瓶子内的液面即容器内的剩余液体量的问题,以及难以容易地检查内部的液体内部的液体温度的问题 将真空双瓶瓶保持在所需温度。 一种液体容器,包括:容纳液体的内部容器; 肩部构件,其是安装在该内部容器的上部并且在其相对侧上具有手柄和喷口的构件; 以及可拆卸地放置在该肩部构件的顶部并且打开/关闭内部容器的顶部开口的盖,其中内部容器内部的液体量从外部不可见的液体容器设置有检测单元,其具有 液体量检测装置和液体温度检测装置,其插入到内部容器中并检测液体量和液体温度;以及单元外包装,其将由检测装置检测的液体量和液体温度显示在外部 液体容器的表面。
    • 5. 发明授权
    • Output circuit providing protection against external voltages in excess
of power-supply voltage
    • 输出电路提供超过电源电压的外部电压的保护
    • US6084431A
    • 2000-07-04
    • US757562
    • 1996-11-27
    • Hiroshi ShigeharaYoshihiro Iwamoto
    • Hiroshi ShigeharaYoshihiro Iwamoto
    • H03K19/003H03K19/0185
    • H03K19/00315
    • In a case where a plurality of outputs are connected and used, even when a voltage higher than the power-supply voltages inside the integrated circuit is applied to the signal output terminal, the reliability of the internal elements is prevented from deteriorating. The semiconductor integrated circuit includes a PMOS transistor that has its source potentially isolated from its back gate and has one end of the current path between its source and drain connected via a transistor switch to the signal output terminal. The integrated circuit generates a control signal having a value proportional to the voltage at one end of the current path between the source and drain of the PMOS transistor, supplies the generated control signal to the gate of the PMOS transistor, and controls the voltage of the control signal so that the potential difference between one end of the current path between the source and drain and the gate of the PMOS transistor may be within a desired range of values when the PMOS transistor is set in the on state by the control signal.
    • 在连接并使用多个输出的情况下,即使当高于集成电路内的电源电压的电压被施加到信号输出端子时,也可以防止内部元件的可靠性恶化。 该半导体集成电路包括一个PMOS晶体管,其PMOS源极与其背栅极隔离,并且其源极和漏极之间的电流通路的一端通过晶体管开关连接到信号输出端。 集成电路产生具有与PMOS晶体管的源极和漏极之间的电流路径的一端的电压成比例的值的控制信号,将产生的控制信号提供给PMOS晶体管的栅极,并且控制 使得当PMOS晶体管通过控制信号置于导通状态时,源极和漏极之间的电流路径的一端与PMOS晶体管的栅极之间的电位差可以在值的期望范围内。
    • 7. 发明授权
    • Container stopper
    • 集装箱塞
    • US06641006B2
    • 2003-11-04
    • US10007013
    • 2001-11-05
    • Yoshihiro IwamotoFutoshi Yabuuchi
    • Yoshihiro IwamotoFutoshi Yabuuchi
    • B67D300
    • B67D3/043A47J41/0027B65D47/249
    • The present invention provides a container stopper in which a structure is simplified to reduce a cost, a troublesome operation is unnecessary, and liquid can be poured in and out by an easy operation which does not require time and effort. The present invention is a container stopper comprises a pour-out passage through which liquid in a container is poured outside in a stopper main body, an operating valve for opening and closing the pour-out passage, a stopper cover with which an upper portion of the stopper main body is covered, and a valve body operating portion for sliding the operating valve up and down as a lever outside the stopper cover is operated, wherein a pour-in passage through which the liquid is poured into the container from outside and which does not cross the pour-out passage is provided in the stopper main body and a pour-in valve for normally closing the pour-in passage and for opening the pour-in passage only in pouring-in of the liquid is provided.
    • 本发明提供一种容器止动器,其中简化了结构以降低成本,不需要麻烦的操作,并且可以通过不需要时间和精力的简单操作将液体倒入和流出。本发明是容器 止动器包括倾倒通道,容器中的液体通过该倾倒通道浇注在止动器主体中,用于打开和关闭倾倒通道的操作阀,止动器主体的上部被覆盖的止动盖 并且操作用于将操作阀上下滑动的阀体操作部分作为止动器盖的外侧的杠杆,其中,入口通道将液体从外部注入到容器中, 提供止动器主体中的通道,并且设置用于通常关闭浇注通道并仅在液体注入时打开入口通道的浇注阀。
    • 8. 发明授权
    • Lever operating mechanism for air-pressure utilizing hot pot
    • US6119900A
    • 2000-09-19
    • US204675
    • 1998-12-03
    • Yoshihiro IwamotoFutoshi Yabuuchi
    • Yoshihiro IwamotoFutoshi Yabuuchi
    • A47J27/21A47J41/00A47J41/02B65D47/34B67D1/04B65D37/00
    • A47J41/0033B67D1/0425
    • The lever operating mechanism for air-pressure utilizing hot pots referred to in the present invention that have a simple construction of lever operating mechanism, is able to raise and collapse the lever and maintain the lever raised and collapsed condition extremely easily and smoothly, and achieves superb operability and satisfactory discharge because all the operations can be carried out simply by moving the free end of the operating lever up and down with only one finger.The lever operating mechanism of the air-pressure utilizing hot pot referred to in the present invention comprises a compression process in which the free end of the operating lever is raised from the operating lever contained condition, and the operating lever, arm, and inside lever are engaged and operated in linkage to bring the bellows pump into the compressible condition, an operating lever downwards movement process in which the operating lever is operated to move downwards and the bellows pump is pressed down during this compression process, an operating lever return process for returning the operating lever, a lever sliding process where the free end of the operating lever of this operating lever return process is raised more greatly than the operating lever in the compression process and the base end side end of the operating lever compresses to slide the base end side end of the inside lever forwards, an arm moving process where the arm base end side is moved to the inwards front of the lid as the inside lever moves forwards in the lever sliding process, an arm leaving process where the arm is allowed to leave from the operating lever, an operating lever collapsing process where the operating lever is contained after this arm moving process, and a lever containing process where the operating lever support rod portion of the operating lever collapsing process comes in contact with the inside lever pin portion and the inside lever is moved backwards together with the arm and the operating lever is brought into the contained condition.
    • 9. 发明授权
    • Liquid crystal display control device
    • 液晶显示控制装置
    • US4802739A
    • 1989-02-07
    • US833233
    • 1986-02-27
    • Yoshihiro Iwamoto
    • Yoshihiro Iwamoto
    • G02F1/133G09G3/18G02F1/13G06F3/14H02M7/25
    • G09G3/18G09G2330/02G09G2330/028
    • A liquid crystal display control device, in accordance with the present invention, for supplying a voltage signal to drive a liquid crystal display unit comprises a boosting circuit, and a segment signal circuit and/or a common signal circuit. The boosting circuit includes a dc power supply first capacitor connected between a plurality of first group switches and to be connected in parallel to said dc power supply when the first group switches are operated, a plurality of second group switches, second boosting capacitor connected between the other polarity of the dc power supply and one end of the other switch of the second group switches. One of the second group switches is connected between one polarity of the power supply and one end of the first capacitor. A third electronic switching means is connected to the boosting circuit in parallel to the second capacitor for discharging the voltage charged in the second capacitor.Therefore, a voltage signal having a predetermined amplitude and polarity for driving the LCD display unit is charged in the second capacitor when the first and second switches are selectively operated and it is discharged when a power interruption occurs.
    • 根据本发明的用于提供电压信号以驱动液晶显示单元的液晶显示控制装置包括升压电路,分段信号电路和/或公共信号电路。 升压电路包括连接在多个第一组开关之间的直流电源第一电容器,并且当第一组开关被操作时并联连接到所述直流电源,多个第二组开关,第二升压电容器连接在 直流电源的另一极性和第二组的另一个开关的一端开关。 第二组开关中的一个连接在电源的一个极性和第一电容器的一端之间。 第三电子开关装置与第二电容器并联连接到升压电路,用于对充电在第二电容器中的电压进行放电。 因此,当第一和第二开关选择性地操作时,具有用于驱动LCD显示单元的预定幅度和极性的电压信号被充电到第二电容器中,并且当发生电源中断时它被放电。