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    • 1. 发明专利
    • Concrete leveling device
    • 混凝土搅拌装置
    • JP2013108297A
    • 2013-06-06
    • JP2011254638
    • 2011-11-22
    • Masanori Yamashita正則 山下Yutaka Shimizu豊 清水Morihisa Otsuka守久 大塚
    • YAMASHITA MASANORISHIMIZU YUTAKAOTSUKA MORIHISA
    • E04G21/10
    • PROBLEM TO BE SOLVED: To provide a concrete leveling device capable of functioning like a compact trowel by efficiently performing works to level fresh concrete (including mortar) and to compress the same.SOLUTION: A rectangular leveling plate 3 is configured to maintain either a first angle θ1 to maintain a horizontal plane with respect to fresh concrete or a second angle θ2 to allow the leveling plate 3 to obliquely enter into the fresh concrete. When pushing the rectangular leveling plate 3 forward, the concrete leveling device keeps the first angle θ1 to maintain the horizontal plane 3a with respect to the fresh concrete. When pulling the rectangular leveling plate 3 backward, the concrete leveling device keeps the second angle θ2.
    • 要解决的问题:提供一种能够通过有效地执行工程以使新鲜混凝土(包括砂浆)水平并压缩的混凝土调平装置,其能够像紧凑的t刀那样起作用。 解决方案:矩形调平板3被配置为保持第一角度θ1以相对于新鲜混凝土保持水平面或第二角度θ2,以允许调平板3倾斜地进入新鲜混凝土。 当将矩形调平板3向前推时,混凝土调平装置保持第一角度θ1以相对于新混凝土保持水平面3a。 向后拉动矩形调平板3时,混凝土调平装置保持第二角度θ2。 版权所有(C)2013,JPO&INPIT
    • 3. 发明专利
    • Meandering prevention conveyer belt
    • 预防输送带
    • JP2006306613A
    • 2006-11-09
    • JP2005154559
    • 2005-04-26
    • Yutaka Shimizu裕 清水
    • SHIMIZU YUTAKA
    • B65G15/64B65G15/08
    • PROBLEM TO BE SOLVED: To provide a safe and low-cost meandering prevention conveyor belt to be used for a long time without wasting conveying energy and without providing a belt stopper on a side of a rotating roller by automatically eliminating lateral displacement of the belt during conveying operation to return the belt to the center even in the case wherein bias-conveyance of the conveyed material is caused, and capable of avoiding a fall of the conveyed material.
      SOLUTION: The rotating rollers for supporting the conveyed belt 2 and provided with an interval in the conveying direction are respectively formed of at least two rollers 3 and 3 provided in a direction crossing the conveying direction, and diameter of the two rollers 3 and 3 is formed into a truncated cone shape so as to be enlarged from the center part to the ends.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了提供长时间使用的安全且低成本的曲折防止输送带,而不浪费输送能量,并且通过自动消除旋转辊的侧面上的带止动件, 在输送操作期间的带子,即使在引起输送的材料的偏压输送的情况下也能够将带返回到中心,并且能够避免被输送的材料的下落。 解决方案:用于支撑传送带2并在传送方向上设置间隔的旋转辊分别由沿与传送方向交叉的方向设置的至少两个辊3和3以及两个辊3的直径形成 3形成为截头圆锥形状,从中心部到端部扩大。 版权所有(C)2007,JPO&INPIT
    • 4. 发明专利
    • Chamfer ruler
    • CHAMFER RULER
    • JP2013087553A
    • 2013-05-13
    • JP2011230903
    • 2011-10-20
    • Yutaka Shimizu豊 清水Toyonari Shimizu豊済 清水
    • SHIMIZU YUTAKASHIMIZU TOYONARI
    • E04F21/04E04G9/10
    • PROBLEM TO BE SOLVED: To provide a chamfer ruler with which prompt and exact trowel leveling is implemented without being disturbed by a surplus aggregate by appropriately releasing the surplus aggregate which is generated in the trowel leveling on the top face of a concrete structure.SOLUTION: A chamfer ruler 1 in a slender column shape includes a chamfering part 2 which chamfers an external corner C1 of a concrete structure C. A linear ruler part 4 which sets a level of a top face C2 of the concrete structure C is formed in an upper end of the chamfering part 2, and a surplus aggregate releasing recess part 5 which accepts a surplus aggregate 14 of concrete excluded by trowel leveling is provided successively at the back of the linear ruler part 4.
    • 要解决的问题:提供一种倒角尺,其中通过适当地释放在混凝土结构的顶面上的t刀调平中产生的剩余骨料,不会被剩余的骨料干扰而实施快速和精确的t刀平整 。 解决方案:细长柱形的倒角尺1包括倒角部分2,其倒角混凝土结构C的外角C1。设置混凝土结构C的顶面C2的高度的线性标尺部分4 形成在倒角部2的上端,并且在线性标尺部4的后部依次设置接受由t刀调平排除的混凝土的剩余集合体14的剩余集合体释放凹部5。版权所有: (C)2013,JPO&INPIT
    • 8. 发明申请
    • Bar coating apparatus
    • 棒涂装置
    • US20050061236A1
    • 2005-03-24
    • US10911992
    • 2004-08-05
    • Hisakazu IjimaYutaka Shimizu
    • Hisakazu IjimaYutaka Shimizu
    • B05C5/02B05C11/02B05C11/10B05D5/12B05C1/06B05C11/00
    • B05C11/025B05C5/0254
    • A bar coating apparatus includes a rotatable bar, a supporting block adapted for supporting the bar and formed with a slit through which the coating solution is fed at an upstream portion of the bar and a pair of side plates disposed on the opposite sides of the supporting block with respect to a widthwise direction of a flexible support to be coated with a coating solution, the bar, the supporting block and the pair of side plates being disposed so as to form a liquid pool of the coating solution fed through the slit formed in the supporting block in a space defined by the bar, the supporting block and the pair of side plates. According to the thus constituted bar coating apparatus, it is possible to transfer a desired amount of the coating solution onto the surface of the flexible support without forming the slit with high accuracy.
    • 棒涂装置包括可旋转杆,支撑块,其适于支撑杆并形成有狭缝,涂层溶液通过该狭缝在杆的上游部分处被供给;以及一对侧板,其布置在支撑件的相对侧上 相对于要涂覆涂布溶液的柔性载体的宽度方向的块,所述杆,支撑块和所述一对侧板被设置成形成通过形成在所述狭缝中形成的狭缝的所述涂覆溶液的液体池 支撑块在由杆,支撑块和一对侧板限定的空间中。 根据这样构成的棒状涂布装置,可以高精度地将所需量的涂布液转印到柔性载体的表面上而不形成狭缝。
    • 9. 发明授权
    • Rotary weight filler
    • 旋转重量填料
    • US06857453B2
    • 2005-02-22
    • US10717262
    • 2003-11-19
    • Yukinobu NishinoTatsuhiro NakadaAkihiko KakimotoYutaka Shimizu
    • Yukinobu NishinoTatsuhiro NakadaAkihiko KakimotoYutaka Shimizu
    • B65B3/28B67C3/20G01G17/06B65B1/04
    • B67C3/202G01G17/06
    • A plurality of vessel receptacles and load cells are mounted along the outer periphery of a revolving body at an equal circumferential spacing. A filling device is disposed above each of the vessel receptacles. In a first operational mode for filling the receptacles, the tare of each vessel which is supplied onto one of the vessel receptacles is measured and such data is fed to a controller which determines and stores a mean value of measured tares. Subsequently, the operation is switched to a second operational mode for a filling operation. In the second operational mode, no measurement of the tare is made, and the mean value is regarded as representing the tare of supplied vessels for purposes of a filling operation. After a given time interval or after a given number of vessels have been filled, the operation is again switched to the first operational mode where the mean value is again measured. If the new mean value is different from the previous mean value, the stored mean value is rewritten. By using the stored value, the filling operation is initiated at an earlier time than when the tare is measured.
    • 沿着旋转体的外周以相等的周向间隔安装多个容器容器和称重传感器。 填充装置设置在每个容器容器的上方。 在用于填充容器的第一操作模式中,测量供应到其中一个容器容器上的每个容器的皮重,并且将这样的数据馈送到控制器,该控制器确定并存储测量的皮重的平均值。 随后,将操作切换到用于填充操作的第二操作模式。 在第二种操作模式中,不进行皮重的测量,并且将平均值视为表示用于填充操作的供应容器的皮重。 在给定的时间间隔之后或在给定数量的容器被填充之后,操作再次切换到再次测量平均值的第一操作模式。 如果新的平均值与先前的平均值不同,则存储的平均值被重写。 通过使用存储的值,填充操作在比测量皮重时更早的时间开始。