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    • 3. 发明专利
    • Form system
    • 形式系统
    • JP2014025277A
    • 2014-02-06
    • JP2012166759
    • 2012-07-27
    • Just Will Co Ltd株式会社Just.Will
    • NOGUCHI TAKAFUMIKITAGAKI RYOMAHAYAZAKI MASAHIRONISHIJIMA SHIGEYUKIYAMAMOTO HIDEYUKI
    • E04G21/02E04G9/00E04G21/00
    • PROBLEM TO BE SOLVED: To provide a form system capable of accurately detecting concrete placement while having practicability.SOLUTION: The form system includes: a pair of form bodies 1 supported in a way that contact surfaces to concrete placed are faced with specified intervals by separators; a sensor storage case 17 having a bottom surface 17a facing a space within the specified intervals by penetrating one of the form bodies 1 and including a metallic cap electrically insulated; a concrete detection sensor 19 stored in the sensor storage case 17 and applying an electric field into the space; and a microprocessor 46 sensing changes in the electric field by placing the concrete into the space and detecting concrete placement. An electrode 23 faces the bottom surface 17a via a base plate 24 and is electrically connected by using a wiring 21 for a base plate ground 15a of a sensor base plate 15.
    • 要解决的问题:提供能够在具有实用性的情况下准确地检测混凝土配置的成形系统。解决方案:成形系统包括:以与接合表面与混凝土配合的方式支撑的一对成形体1以分隔件面对指定的间隔 ; 传感器存储盒17,通过穿透成形体1中的一个并且包括电绝缘的金属盖,具有面向特定间隔内的空间的底面17a; 存储在传感器存储盒17中并将电场施加到该空间中的具体检测传感器19; 微处理器46通过将混凝土置于空间中并检测混凝土的位置来检测电场的变化。 电极23经由基板24面向底面17a,并且通过使用传感器基板15的基板接地部15a的布线21进行电连接。
    • 4. 发明专利
    • Recyclable formwork
    • 可循环的工作
    • JP2013036230A
    • 2013-02-21
    • JP2011173150
    • 2011-08-08
    • Just Will Co Ltd株式会社Just.Will
    • HAYASAKI MASAHIRONISHIJIMA SHIGEYUKIYAMAMOTO HIDEYUKI
    • E04G9/05E04G21/02
    • E04G9/05B28B7/42B28B17/0063E04G9/06E04G9/10E04G2009/028G01K1/024G01K1/143
    • PROBLEM TO BE SOLVED: To provide a recyclable formwork which allows for proper detection of the temperature of concrete to be placed in the formwork at a real construction site without impairment of the function of the recyclable formwork.SOLUTION: A recyclable formwork comprises a recyclable formwork body 1 having a plurality of ribs 3 and 4, a housing 7 which is accommodated between the ribs 3 and 4 and fixed to a non-contact face side 1a, and a circuit which is accommodated in the housing 7. The recyclable formwork body 1 is provided with a through-hole 16 passing from the non-contact face side 1a to a contact face 2, corresponding to the fixing position of the housing 7. A sensor storage case 17 having a bottom face 17a bordering a concrete 18 through the through-hole 16 is disposed in the lower part of the housing 7. A concrete temperature detection sensor 19 for detecting the surface temperature of the concrete 18 is accommodated in the sensor storage case 17.
    • 要解决的问题:提供可回收的模板,允许正确检测在真实施工现场放置在模板中的混凝土的温度,而不损害可回收模板的功能。 解决方案:可回收的模板包括具有多个肋3和4的可回收的模板体1,容纳在肋3和4之间并固定到非接触面侧1a的壳体7,以及电路 容纳在壳体7中。可回收模板本体1设置有与非接触面侧1a相对应于壳体7的固定位置的接触面2的通孔16.传感器存储盒17 具有通过通孔16与混凝土18接合的底面17a设置在壳体7的下部。用于检测混凝土18的表面温度的混凝土温度检测传感器19容纳在传感器存储盒17中。 版权所有(C)2013,JPO&INPIT
    • 6. 发明专利
    • Attitude measurement instrument and attitude measurement system, form, and packing box using it
    • 姿态测量仪器和姿态测量系统,形式和包装盒使用它
    • JP2011242157A
    • 2011-12-01
    • JP2010112086
    • 2010-05-14
    • Just Will Co Ltd株式会社Just.Will
    • HAYAZAKI MASAHIRONISHIJIMA SHIGEYUKI
    • G01C9/20
    • PROBLEM TO BE SOLVED: To provide an attitude measurement instrument capable of measuring the attitude of a measurement object without having a complex and expensive element.SOLUTION: This attitude measurement instrument comprises: a container that is formed so as to be able to hold liquid inside; IC tags 10, 11, 12, 14 that are mounted on the inner surface of the container at different locations from each other; and liquid 40 that is held inside the container and contacts with, among the plurality of IC tags, an IC tag 10 that is positioned in the vertically downward direction of the container depending on the attitude of the container. With this instrument, the attitude of measurement object can be measured without needing an expensive and complex element such as a gyroscope, and the IC tag that is contacted by liquid is easily decided without using any additional energy.
    • 要解决的问题:提供一种能够测量测量对象的姿态而不具有复杂且昂贵的元件的姿态测量仪器。 解决方案:该姿态测量仪器包括:形成为能够将液体保持在内部的容器; 集成电路标签10,11,12,14,其彼此不同的位置安装在容器的内表面上; 以及液体40,其保持在容器内并且与多个IC标签中的IC标签10接触,该IC标签10根据容器的姿态位于容器的垂直向下方向。 使用该仪器,可以测量测量对象的姿态而不需要诸如陀螺仪的昂贵且复杂的元件,并且容易地确定与液体接触的IC标签而不使用任何额外的能量。 版权所有(C)2012,JPO&INPIT
    • 7. 发明专利
    • Slab structure
    • SLAB结构
    • JP2011099286A
    • 2011-05-19
    • JP2009255917
    • 2009-11-09
    • Just Will Co Ltd株式会社Just.Will
    • HAYASAKI MASAHIRONISHIJIMA SHIGEYUKI
    • E04B5/36E04B5/08E04B5/17
    • PROBLEM TO BE SOLVED: To provide a slab structure capable of supporting equipment with a slab serving as a foundation without damaging the concrete which constitutes the slab. SOLUTION: The slab structure includes: a plurality of embedded blocks 1 having the same height as that of the slab to be formed, arranged at predetermined intervals, and formed of precast concrete; reinforcing bars engaged with the embedded blocks 1; and cast-in-place concrete which is in contact with the reinforcing bars, placed around the embedded blocks to have the height so that the slab 7 may be formed after hardening and concretion. After a temporary supporting column on the lower layer side and a temporary supporting column on the upper floor side are removed, a ceiling-slab-side female screw 6 is used as the foundation supporting the equipment on the lower floor side, and a floor-slab-side female screw 4 is used as the foundation supporting the equipment on the upper floor side. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种能够以用作基础的板坯支撑设备的板坯结构,而不会损坏构成板坯的混凝土。 解决方案:板坯结构包括:多个嵌入块1,其具有与要形成的板坯相同的高度,以预定间隔布置,并由预制混凝土形成; 与嵌入块1接合的钢筋; 以及放置在嵌入块周围的与钢筋接触的现浇混凝土,以具有高度,从而可以在硬化和凝固之后形成板坯7。 在下层侧的临时支撑柱和上层侧的临时支撑柱之间移除后,使用天花板侧内螺纹6作为在下层侧支撑设备的基座, 板状内螺纹4用作支撑上层设备的基础。 版权所有(C)2011,JPO&INPIT
    • 8. 发明专利
    • Ceiling slab construction method for mid-to-high-rise building, and its apparatus
    • 用于中高层建筑的天花板施工方法及其设备
    • JP2009079396A
    • 2009-04-16
    • JP2007248562
    • 2007-09-26
    • Just Will Co Ltd株式会社Just.Will
    • NISHIJIMA SHIGEYUKI
    • E04G11/48E04B1/16
    • PROBLEM TO BE SOLVED: To reduce almost by half a hardening-solidifying construction time of a ceiling slab with ready mixed concrete of a mid-to-high-rise building using comparatively large and thick reinforced concrete. SOLUTION: This ceiling slab construction method for the mid-to-high-rise building comprises providing a ceiling form 4 supported by a plurality of supports 1 through sleepers 2 and joists 3, with a through hole 5 opened and surrounded by the sleepers 2 and joists 3, placing the outer periphery lower face of a reinforced concrete block 6 on the inner periphery upper face of the through hole 5, providing a lower face center part of the block 6 detachably with a support 1' of the block 6, providing an upper face center part detachably with a support 1" for the sleeper 2 and joist 3 of a ceiling form 4' on the upper floor, extending reinforcements 7, 7', 8, 8' of the block 6 in four directions from the outer periphery of the block 6 to connect them to reinforcements 9, 9' on the ceiling form 4, and forming the height t of the block 6 and the thickness of the ceiling slab to be the same. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:使用比较大而厚的钢筋混凝土,将中高层建筑混合混凝土的天花板与几乎半固化固化施工时间缩短。 解决方案:用于中高层建筑的顶棚板施工方法包括提供由多个支撑件1通过轨枕2和托梁3支撑的天花板4,其中通孔5打开并被 轨枕2和托梁3,将钢筋混凝土块6的外周下表面放置在通孔5的内周上表面上,将块6的下表面中心部分与块6的支撑件1' 提供一个上表面中心部分,该上表面中心部分可拆卸地与在上层楼板上的轨枕2的支撑件1“和顶板形式4'的托梁3分开,从四个方向向四个方向延伸块体6的加强件7,7',8,8' 块6的外周将其连接到天花板4上的加强件9,9',并且形成块6的高度t和天花板板的厚度相同。版权所有(C) )2009,JPO&INPIT
    • 10. 发明专利
    • 圧力計
    • JP2020016558A
    • 2020-01-30
    • JP2018140032
    • 2018-07-26
    • 株式会社JUST.WILL
    • 早崎 昌宏西島 茂行山本 秀之
    • G01L5/00
    • 【課題】 骨材などの堅い成分を含む被充填物についても、繰り返し使用可能であり、計測値の信頼性が高い圧力計を提供する。 【解決手段】 本圧力計10は、型枠5を貫通する貫通孔5dに装着されて、圧力を計測する。頂面12aが圧力を受け、側面12bが貫通孔5dに密着するように、貫通孔5dに嵌入され、且つ、弾性体により形成されるヘッド部12と、ヘッド部12に連設され、型枠5に固定され、且つ、内部空間11aを有するハウジング11と、ヘッド部12の頂面12aの反対側に密接する受圧板13と、内部空間11a内に支持される変位センサ16と、上端部15aが受圧板13に接し、下端部15bが変位センサ16に接し、下端部15bが、上端部15aよりも細く形成されることにより、頂面12aが受けた圧力による分布荷重を変位センサ16が受ける集中加重に変換するフォロワ15とを備える。 【選択図】 図1