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    • 15. 发明授权
    • 혼합호퍼 및 이 혼합호퍼를 이용한 다칼라 블록의 제조방법
    • 混合HOPPER和HOPPER与DAKALRA块的制造方法的混合
    • KR101146633B1
    • 2012-05-16
    • KR1020110118583
    • 2011-11-15
    • (주)88콘크리트
    • 강택신
    • B28C3/00B28B3/00B28B13/02B32B13/04
    • B28B13/022B28B3/00B28B13/027
    • PURPOSE: A mixing hopper is provided to open door formed inside a hopper from one side in order, thereby forming a surface layer part having mixed various colors. CONSTITUTION: A manufacturing method of a multi-color block using a mixing hopper comprises: a step of putting a composition for a base layer part in, mixing, and transferring to a hopper; a step of putting a composition for a surface layer part having various colors into one or more mixers, and mixing; a step of transporting to the top of a mixing hopper, laminating per color, and opening a door from one side; a step of preparing the input of mixture by transferring the laminated color mixture with mixing from each other; a step of opening the hopper, putting a mixture for the base layer part into a conveyor, and transferring to a molder; a step of molding a block of the base layer part by firstly compression molding in the molder; a step of opening the mixing hopper, putting a mixture for the surface layer part into the conveyer, and transferring to the molder; a step of positioning the mixture on the top of the base layer part, and forming a multi-color block by secondly compression molding.
    • 目的:提供一个混合料斗,从一侧依次打开料斗内形成的门,从而形成具有各种颜色混合的表层部分。 构成:使用混合料斗的多色块的制造方法包括:将用于基层的组合物放入,混合和转移到料斗的步骤; 将具有各种颜色的表面层部件的组合物放入一个或多个混合器中并混合的步骤; 运送到混合料斗的顶部,每种颜色的层压和从一侧打开门的步骤; 通过将层压的混合物彼此混合来转移来制备混合物的输入的步骤; 打开料斗的步骤,将基层部分的混合物输送到输送机中,并转移到成型机; 通过在成型机中首先压缩成型来模制基层部分的块体的步骤; 打开混合料斗的步骤,将表层部分的混合物输送到输送机中,并转移到成型机; 将混合物定位在基层部分的顶部,并通过第二压缩成型形成多色块的步骤。
    • 16. 发明授权
    • 기포 및 고화재가 혼합된 혼합토 제조장치, 이 혼합토 제조방법, 및 이 혼합토 시공방법
    • 装置制造具有空气和水泥的混合土,其制造方法及其方法构造
    • KR101038895B1
    • 2011-06-07
    • KR1020100118502
    • 2010-11-26
    • 지엘기술 주식회사윤홍구
    • 윤홍구이상헌
    • B28C9/02B28C3/00B28C5/08B28C7/02
    • B28C7/02B28C5/08B28C9/002B28C9/02
    • PURPOSE: A mixed soil manufacturing device is provided to simplify the manufacturing process of the slurry, to calculate the density of the slurry automatically, and to calculate the goal intensity of the mixed soil by measuring the density of the goal slurry accurately because the feed pressure of the slurry can be even by depot. CONSTITUTION: The mixed soil manufacturing device includes: a first mixer that loosen the field picking soil by using the agitating blade and make into the first slurry; a second mixer; a water tub; a solidifying agent storage tank; a first controller which automatically calculates the density of the first slurry by receiving the information measured in the weight transducer and volumemeter of the first mixer; the second controller which controls a series of process of making the third slurry after throwing the calculated solidifying agent by opening the valve of the solidifying agent storage tank after automatically calculating the solidifying agene input according to density and volume of the second slurry after making the second slurry arranged the density of the first slurry to the density inputted to MICOM(microcomputer) by adding the water to the second mixer by opening the valve of cistern when the density of the first slurry received from the first controller is higher than the density inputted to the MICOM ; a depot temporary-saving the third slurry provided in the second mixer; a main pressure eulogy pump; a bubble generator for supplying the bubble to the third slurry; and a bubble mixer.
    • 目的:提供一种混合土壤制造装置,以简化浆料的制造过程,自动计算浆料的密度,并通过精确测量目标浆料的密度来计算混合土壤的目标强度,因为进料压力 的浆料甚至可以通过仓库。 构成:混合土壤制造装置包括:第一混合器,通过使用搅拌叶片松开现场采摘土壤并制成第一浆料; 第二混合器; 一个水桶; 固化剂储罐; 第一控制器,通过接收在第一混合器的重量传感器和体积计中测量的信息来自动计算第一浆料的密度; 所述第二控制器控制在通过打开所述固化剂储存器的阀而投掷所述计算出的固化剂之后,根据所述第二浆料的密度和体积在自动计算所述固化剂琼脂输入之后,制作所述第三浆料的一系列处理 当从第一控制器接收到的第一浆料的密度高于输入到第一浆料的密度时,通过打开水箱的阀门将水输入到第二混合器中,将第一浆料的密度设置为输入到MICOM(微计算机)的密度 MICOM; 仓库临时节省设置在第二混合器中的第三浆料; 主要压力泵; 气泡发生器,用于将气泡供应到第三浆料; 和气泡混合器。
    • 17. 发明授权
    • 토련기의 원료 혼련용 퍼그브레이드
    • 토련기의원료혼련용퍼그브레이드
    • KR100692980B1
    • 2007-03-12
    • KR1020050099185
    • 2005-10-20
    • 박정선
    • 박정선
    • B28C3/00B28B3/22
    • A material mixing pug blade of a pug mill is provided to exchange only a worn upper blade without entirely changing the pug blade and to save the operation cost of the pug mill. The material mixing pug blade(2) of a pug mill comprises plural split upper and lower blades(2a,2b). The upper and lower blades are individually combined to or separated from upper parts(51) of plural support shafts(5) assembled to a rotary shaft rotating in a mixing part of the pug mill and separated at a predetermined gap in a spiral direction in an independent structure. Each front side of the upper and lower blade is formed like a plane. An upper side of an upper assembling groove(21) formed at the back side of the upper blade is closed up and a lower side is opened. The upper and lower sides of a lower assembling groove(22) formed at the back side of the lower blade are opened.
    • 提供了一种搅拌磨机的材料搅拌搅拌桨叶片,以仅更换磨损的上部叶片而不完全改变搅拌叶片,并且节省了搅拌机的操作成本。 搅拌机的物料搅拌搅拌叶片(2)包括多个分开的上,下叶片(2a,2b)。 上下刀片分别与组装到在搅碎机的混合部分中旋转的旋转轴的多个支撑轴(5)的上部(51)分离或分离,并且在螺旋方向上以预定间隙在 独立结构。 上下刀片的每个前侧形成为一个平面。 形成在上叶片后侧的上组装槽(21)的上侧被封闭并且下侧被打开。 形成在下刀片后侧的下组装槽(22)的上侧和下侧是敞开的。
    • 18. 发明公开
    • 내구성이 향상된 혼합토 배합장치
    • 土壤搅拌机
    • KR1020060127454A
    • 2006-12-13
    • KR1020050048453
    • 2005-06-07
    • 배무열
    • 배무열
    • B28C3/00
    • B01F7/00566B01F7/00091B28C3/00
    • A soil mixing device for improving durability is provided to secure stable durability by improving the shape and material of a blade part of a stirring rod and to shorten the time and cost for maintenance and repair. In the soil mixing device(1) for producing the mixed soil by receiving a fixed quantity of soil and a firming agent injected by a soil supply unit(10) and a firming agent supply unit(20), respectively, and blending the soil and the firming agent by a rotary stirring rod(32) of a stirring unit(30), the stirring rod installed at the stirring unit has linear blade parts(32b) made of wires or strands and radially arranged on a rotary shaft(32a). Therefore, the blade parts arranged radially are not permanently deformed by a physical collision between the soil and the firming agent in mixing the soil, the firming agent, and water by the stirring rod.
    • 提供用于提高耐久性的土壤混合装置,通过改善搅拌棒的叶片部分的形状和材料来确保稳定的耐久性,并且缩短维护和修理的时间和成本。 在土壤混合装置(1)中,分别通过接收固定量的土壤和由土壤供应单元(10)和固化剂供应单元(20)注入的固化剂来生产混合土壤,并将土壤和 通过搅拌单元(30)的旋转搅拌棒(32)固定固化剂,安装在搅拌单元上的搅拌棒具有由导线或股线制成的线状叶片部分(32b),并且径向地设置在旋转轴(32a)上。 因此,通过搅拌棒混合土壤,固化剂和水分时,通过土壤和固化剂之间的物理碰撞,径向布置的叶片部件不会永久变形。
    • 19. 发明授权
    • 토련기의 원료 혼련용 퍼그브레이드
    • 토련기의원료혼련용퍼그브레이드
    • KR100655117B1
    • 2006-12-08
    • KR1020050116709
    • 2005-12-02
    • 박정선
    • 박정선
    • B28C3/00B28C5/14B28B3/00
    • A raw material mixing pug blade of a pug mill is provided to exchange only an upper split blade worn out by directly rubbing against raw materials by dividing the pug blades into upper and lower split blades. The pug blades(3) are assembled on plural support shafts(2) detachably installed in an independent structure at a rotary shaft(14) rotating in a mixing part of a pug mill and separated at regular intervals in a spiral direction, by combining bolts(25) and nuts. The pug blade is divided into upper and lower split blades(3a,3b) assembled to the support shaft according to an assembly order. The upper split blade has a bolt assembly hole(31) passing only a screw unit while supporting a head unit of an assembly bolt(4). The lower split blade has a nut(32) formed on the upside and thread-assembled with the screw unit of the assembly bolt passing through the bolt assembly hole of the upper split blade. The upper and lower split blades are combined or separated by the assembly bolt.
    • 提供一种用于搅拌泥浆磨机的原料混合搅拌桨叶片,以便通过将所述搅拌桨叶片分成上下分瓣叶片而仅直接与原料磨擦而磨损上部分割叶片。 在搅拌机的混合部分中旋转的旋转轴(14)上,螺旋叶片(3)组装在可拆卸地安装在独立结构中的多个支撑轴(2)上,并通过组合螺栓 (25)和坚果。 根据装配顺序,将搅拌叶片分成装配到支撑轴的上部和下部分割叶片(3a,3b)。 上部分割叶片具有螺栓组装孔(31),该螺栓组装孔(31)仅支撑螺栓单元,同时支撑组装螺栓(4)的头部单元。 下拼合叶片具有形成在上侧的螺母(32)并与穿过上拼合叶片的螺栓装配孔的装配螺栓的螺纹单元螺纹组装。 上部和下部分割叶片由组装螺栓组合或分离。