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    • 1. 发明授权
    • 음료용기의 삽입 및 배출장치
    • 饮用集装箱装卸/插入装置)
    • KR101572837B1
    • 2015-12-10
    • KR20150142654
    • 2015-10-13
    • HANMAEUM TECH CO LTDKIM YOON SOOPARK JAE HWAN
    • KANG KWON GOOKIM YOON SOOPARK JAE HWAN
    • B65B21/06B65B35/38B65G47/91
    • 본발명은다수개의철재프레임의결합에의해형성되며, 직육면체형상으로이루어져다수의부품을지지하는본체프레임(100)과; 상기본체프레임(100)의내부에좌우로길게설치되며, 상부면을따라다수개의박스를이동시키는박스이송컨베이어(102)와; 상기박스이송컨베이어(102)의일측에설치되며, 벨트의회전이동에따라음료용기(B)를전후로이동시키는전후이송컨베이어(120)와; 상기본체프레임(100)의상부중앙에전후로길게설치되며, 직사각형판재로이루어져, 다수의부품을지지하는지지플레이트(122)와; 상기지지플레이트(122)의상부에설치되며, 상기지지플레이트(122)를따라전후로이동가능하게설치되는전후이동수단(130)과; 상기전후이동수단(130)의상부면에설치되며, 승강모터(152)의회전에따라상하로이동되는승강수단(150)과; 상기승강수단(150)의하부에설치되며, 상기승강수단(150)의상하이동에따라다수개의음료용기(B)를파지하여상하로승강시키는파지수단(170)과; 상기박스이송컨베이어(102)와상기파지수단(170) 사이에설치되며, 상기파지수단(170)의음료용기(B)에대한파지동작시, 하부로이동되어박스의개구부로삽입되고, 박스접힘부(C)의유입을차단하는차단부재(210);를포함하는음료용기의삽입및 배출장치에관한것이다. 이와같은본 발명에의하면, 박스이송컨베이어의상부면에다수개의박스가일렬로나란하게위치된상태에서자동으로박스에서음료용기를삽입및 배출할수 있으므로박스의장입시간을최소화할 수있으며, 투입되는작업인력을절감할수 있고, 음료용기의삽입및 배출효율성이향상되는장점이있다. 또한, 상기흡착부재또는흡착부재고정플레이트를분리할필요없이상기간격조절실린더의작동으로흡착부재의설치간격을조절할수 있으므로별도의조립및 분해작업을실시할필요가없으므로작업시간을단축할수 있을뿐만아니라작업효율이향상되는효과가있다.
    • 本发明涉及一种插入和排出饮料瓶的装置,包括:主体框架(100),其通过将多个钢框架彼此联接并支撑多个部件而形成; 箱体传送输送机(102),其移动主体框架(100)内的多个箱体; 根据带的旋转使饮料瓶(B)前后移动的前后输送机(120); 支撑所述部件的支撑板(122); 安装成沿支撑板(122)前后移动的前后移动单元(130); 提升单元(150),其根据提升电动机(152)的旋转而垂直移动; 夹持单元(170),其夹持多个饮料瓶(B)以提起饮料瓶; 以及当所述夹持单元(170)执行夹持操作并切断盒折叠部分(C)的插入时插入到所述盒的开口部分中的切断构件(210)。 根据本发明,由于饮料瓶在盒子排列成一行的状态下自动地插入/从盒子中排出,所以可以使多个盒子的充电时间最小化。
    • 2. 发明授权
    • Method making the prestressed precast girder of Rahmen structure induced a compressive stress by a support with hinge and method constructing Rahmen bridge thereof
    • 利用HINGE支持和建立RAHMEN桥的方法,制造RAHMEN结构预应力预报器诱发压缩应力的方法
    • KR101182084B1
    • 2012-09-11
    • KR20120033021
    • 2012-03-30
    • PARK SOONG HOKIM YOON SOO
    • KIM YOON SOOLEE MOO IL
    • E01D2/00E01D21/00
    • E01D21/00E01D1/00E01D2/00E01D2/02E01D19/04E01D19/14E01D2101/28E04C3/26E04C5/0653E04C5/16E04C2003/0452
    • PURPOSE: A method for constructing a rahmen bridge in which a temporary bearing is a hinge structure of a corner part, and for constructing precast prestressed girders for a rahmen structure with increased compression stress is provided to economically construct the rahmen bridge as the height of the middle part of the girders is reduced by applying additional compression stress. CONSTITUTION: A method for constructing precast prestressed girders for a rahmen structure with increased compression stress is as follows. A temporary bearing(130) is built. A horizontal projection(110) on both sides of a concrete girder and a concrete precast girder are formed. A steel wire is inserted into the concrete of the girder, and a precast prestressed girder(100) applied with 40~60% allowable compressive stress compression stress is constructed. The temporary bearing is placed on both sides of the horizontal projection. The precast prestressed girder is vertically installed on the temporary bearing The steel wire is tensioned again, and the precast prestressed girder applied with 100% allowable compressive stress is constructed after a bolting hole of the horizontal projection is fixed to the bolting hole of the temporary bearing.
    • 目的:建立一个临时轴承是角部铰链结构的拉姆门桥的方法,并且为了构建具有增加的压缩应力的拉曼门结构的预制预应力梁被提供以经济地构建拉姆门桥作为高度 通过施加额外的压缩应力来减少桁材的中间部分。 构成:用于构造具有增加的压缩应力的拉曼门结构的预制预应力梁的方法如下。 建立临时轴承(130)。 形成混凝土梁两侧的水平突起(110)和混凝土预制梁。 将钢丝绳插入大梁混凝土中,构造施加40〜60%容许压应力压缩应力的预制预应力梁(100)。 临时轴承放置在水平投影的两侧。 预制预应力梁垂直安装在临时轴承上钢丝再次张紧,水平突起的螺栓孔固定在临时轴承的螺栓孔上之后,施加100%允许压应力的预制预应力梁 。