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    • 1. 发明专利
    • Doze sensor
    • DOZE传感器
    • JP2011065333A
    • 2011-03-31
    • JP2009214298
    • 2009-09-16
    • Iijima KazuoShinichi Kaji真一 鍛治飯島 一夫
    • KAJI SHINICHI
    • G08B21/06A61B5/16
    • PROBLEM TO BE SOLVED: To provide a doze sensor certainly worn in ears regardless of shapes or size of the ears of a user, allowing adjustment of sensitivity or the like of detection of a doze according to the user. SOLUTION: The doze sensor 1 mainly includes a body part 3, ear hooks 5, an angle adjustment dial 7, and an operation changeover switch 9 or the like. The ear hooks 5 are provided in upper parts of the body part of the doze sensor 1. The ear hook 5 is hooked to the ear such that the body part 3 is positioned after the ear of the user in use, and is a portion for wearing the doze sensor 1 to a head. The body part 3 is provided with the operation changeover switch 9. The operation changeover switch 9 is a switch for changing over operation of the doze sensor 1. The surface of the body part 3 is provided with the angle adjustment dial 7. The angle adjustment dial 7 that is an angle adjustment part is a dial for adjusting an angle of an tilt detector that is to be described later on to the body part 3. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种无论用户的耳朵的形状或尺寸如何,确实佩戴在耳朵中的打盹传感器,可以根据用户调整检测到瞌睡的灵敏度等。 解决方案:打盹传感器1主要包括主体部3,耳钩5,角度调节拨盘7和操作切换开关9等。 耳钩5设置在打盹传感器1的主体部分的上部。耳钩5钩在耳朵上,使得身体部分3位于使用者的耳朵之后,并且是用于 将打盹传感器1戴到头上。 主体部3设置有操作切换开关9.操作切换开关9是用于切换瞌睡传感器1的操作的开关。主体部3的表面设置有角度调节拨盘7。 作为角度调节部的刻度盘7是用于将稍后将描述的倾斜检测器的角度调整到主体部3的刻度盘。(C)2011,JPO&INPIT
    • 3. 发明授权
    • Hydroforming method and hydroforming device
    • 液压成型方法和液压成型装置
    • US06530252B1
    • 2003-03-11
    • US09598727
    • 2000-06-21
    • Masakazu HashimotoShinjiro SatoTakashi KoshimizuHiroshi HosoyaKazuo KitazawaHiromichi MiyataShinichi Kaji
    • Masakazu HashimotoShinjiro SatoTakashi KoshimizuHiroshi HosoyaKazuo KitazawaHiromichi MiyataShinichi Kaji
    • B21D2602
    • B21D26/025B21D26/039Y10T29/49805
    • A plurality of closing cylinder devices are provided between a bolster of a press machine and a bed containing a lower mold of a hydroforming device. An upper mold is attached to a slide of the press machine. The upper mold and lower mold come together to form a cavity having the shape of the exterior of the desired molded product. A closing block, being movable between a first position which is between the slide and a crown of the press machine, and a second position, which avoids the slide, permitting free movement of the slide from the crown to the lower mold. When a material to be hydroformed is place in the lower mold, the upper mold is lowered. The closing block is fit into its first position, thereby restricting movement of the slide in the vertical direction. A inner work pressure is provided by a fluid inside the material to be molded. The closing cylinder devices provide a pressure, based upon the inner work pressure, to maintain the cavity at the desired shape, preventing the upper mold and the lower mold from being separated by the inner work pressure.
    • 多个封闭气缸装置设置在压力机的摇枕和包含液压成形装置的下模的床之间。 上模具附接到压机的滑块上。 上模具和下模具一起形成具有所需模制产品的外部形状的空腔。 闭合块可在滑动件和压力机的顶部之间的第一位置和避免滑动的第二位置之间移动,允许滑块从冠部自由移动到下模具。 当液压成型材料放置在下模中时,上模降低。 闭合块配合到其第一位置,从而限制滑块沿垂直方向的移动。 内部工作压力由待模制材料内的流体提供。 闭合气缸装置基于内部工作压力提供压力,以将空腔保持在期望的形状,防止上模具和下模具被内部工作压力分离。
    • 5. 发明授权
    • Method of controlling an electric clothes dryer including automatic load
detection
    • 控制电动干衣机的方法,包括自动负载检测
    • US4733479A
    • 1988-03-29
    • US922714
    • 1986-10-24
    • Shinichi KajiKeiji HikinoShin NakamuraTsunetoshi Komatsu
    • Shinichi KajiKeiji HikinoShin NakamuraTsunetoshi Komatsu
    • D06F58/28F26B25/22
    • D06F58/28D06F2058/2803D06F2058/2825D06F2058/2861D06F2058/2883D06F2058/2896
    • Under the rated load amount of "Normal" and "Extra" drying degrees, a drying process carried out after the detections of the plurality of resistance values a passing time of at least one resistance value selected from among of the plurality of resistance values is predicted is carried out. The hot air operation time in accordance with the measured time is calculated, and the hot air operation during the calculated hot air operation time is carried out. When under the small load amount, a drying process is carried out in the form of a hot air operation by calculating a necessary time for "Damp" drying degree under a small load amount in accordance with a time for passing a predetermined resistance value after a lapse of a constant time from the start of drying operation. When one of "Semi", "Normal" and "Extra" drying degrees under the small load amount is selected, a hot air operation is carried out at a constant time according to the calculated time for "Damp" drying degree.
    • 在“正常”和“额外”干燥度的额定负载量下,预测在多个电阻值的检测之后进行从多个电阻值中选择的至少一个电阻值的通过时间的干燥处理 完成了。 计算出根据测定时间的热风运转时间,进行计算出的热风运转时间的热风运转。 在小负载量的情况下,通过根据经过一定时间后的规定电阻值的时间计算小负载量下的“湿度”干燥度所需的时间,以热风运转的形式进行干燥处理 从干燥操作开始经过一段恒定的时间。 当选择小负载量下的“半”,“正常”和“额外”干燥度之一时,根据“潮湿”干燥度的计算时间,以恒定时间进行热风操作。
    • 7. 发明授权
    • Electric clothes dryer
    • 电动干衣机
    • US4825560A
    • 1989-05-02
    • US134021
    • 1987-12-17
    • Shin NakamuraShinichi Kaji
    • Shin NakamuraShinichi Kaji
    • D06F58/02D06F58/26F26B11/04
    • D06F58/26
    • The heat source apparatus is positioned at an outer peripheral portion of a rotative drum and an upper portion of an inhale port member of a drum supporting member for supporting the rotative drum. The heater of the heat source apparatus is positioned at an axial direction of a rotational axis of the rotative drum within a heater case. The heat source apparatus is installed at an upper corner portion of an outer frame with a heater case supporting member. The heat source apparatus and the inhale port of the drum supporting member are communicated with a C-shaped form duct. The apparatus offers the advantage that the back flow and the accumulation of the lint etc. generated from the clothes in the rotative drum to the heat source apparatus can be prevented.
    • 热源装置位于旋转鼓的外周部分和鼓支撑构件的吸入口构件的上部,用于支撑旋转滚筒。 热源装置的加热器位于加热器壳体内的旋转滚筒的旋转轴线的轴向方向。 热源装置安装在具有加热器壳体支撑构件的外框架的上角部。 鼓支承构件的热源装置和吸入口与C形导管连通。 该装置具有以下优点:可以防止从旋转滚筒中的衣服到热源装置产生的绒毛等的回流和积聚。