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    • 1. 发明授权
    • 볼타입케이싱 및 자동공기조절장치와 입도조정골재를 이용한 해상 연약지반 개량공법
    • KR102288513B1
    • 2021-08-10
    • KR1020210006371
    • 2021-01-15
    • E02D3/12E02D3/08E02D3/046
    • 본발명은, 볼타입케이싱및 자동공기조절장치를구비한입도조정골재컴팩션파일장치(100)를이용하여연약지반내부에다짐말뚝을형성하는해상연약지반개량공법에있어서, 자동위치결정시스템(200)을이용하여, 볼타입케이싱파이프(130)의관입위치를결정하는측량공정(S100); 자동공기조절장치(300)를가동하여볼타입케이싱파이프(130) 내부의공기압을기설정된압력으로유지하면서, 볼타입케이싱파이프(130)를하강시키는관입공정(S200); 상기볼타입케이싱파이프(130) 내부에입도조정골재를투입하는투입공정(S300); 상기자동공기조절장치(300)를지속적으로작동시켜볼타입케이싱파이프(130) 내부의공기압을기설정된압력으로유지하면서, 볼타입케이싱파이프(130)를일정높이상승시키는인발공정(S400); 상기관입공정(S200) 내지인발공정(S400)을반복실행하여입도조정골재투입과입도조정골재다짐을통해입도조정골재다짐말뚝을형성하는반복공정(S500);을포함하되, 상기관입공정(S200), 투입공정(S300), 인발공정(S400) 및반복공정(S500)이진행되는동안, 관입심도센서(330)에의해상기볼타입케이싱파이프(130)의심도가측정되며, 상기관입심도센서(330)에의해측정된볼타입케이싱파이프(130) 선단의관입심도에따라, 공기압측정센서(380) 및상기자동공기조절장치(300)에의해상기볼타입케이싱파이프(130) 내부의공기압이기설정된압력으로유지되고, 상기관입공정(S200), 투입공정(S300), 인발공정(S400) 및반복공정(S500)이진행되는동안유지되는기설정공기압은, 상기볼타입케이싱파이프(130)의선단위치를기준으로, 지표면~20m, 21m~30m, 31m~40m, 41m~50m, 51m~60m, 61m~70m의구간으로분류하여관입심도가깊어질수록순차적으로증가되며, 상기입도조정골재는쇄석, 자갈, 콘크리트쇄석, 석분, 모래, 고로슬래그중 적어도하나이상을포함하는것을특징으로하는볼타입케이싱및 자동공기조절장치와입도조정골재를이용한해상연약지반개량공법에관한것이다.
    • 2. 发明公开
    • 콤팩터
    • COMPACTOR
    • KR1020160081708A
    • 2016-07-08
    • KR1020140195997
    • 2014-12-31
    • 동인중공업 주식회사
    • 권봉준
    • E01C19/30E01C19/34E01C19/40E02D3/046
    • E01C19/30E01C19/34E01C19/40E02D3/046
    • 본발명의일 태양에따르면, 평판다짐장치에있어서, 바닥에면착되게설치되며, 진동을발생시키는하부구조체와; 상기하부구조체에체결되며, 본체와결합되는상부구조체를포함하며, 상기하부구조체상에는상기상부구조체와면접되게체결되도록경사면을구성하는복수개의연결수단들이형성되되, 상기경사면들은서로대향되지않는방향으로배치되는것을특징으로하는장치가제공된다. 본발명에의하면, 수평방향의전진력에대한수평항력에의해하부구조체의연결수단, 특히경사면상의방진고무에발생하는전단력이인장력과압축력으로전환되어작용하게되어, 방진고무의마모를줄임으로써그 사용수명을늘릴수 있는효과가달성된다.
    • 根据本发明的一个方面,一种扁平压实机包括:下部结构,其安装在地板上以与地板表面接触并产生振动; 以及耦合到下部结构并且安装在主体上的上部结构。 多个连接装置形成在下部结构上并且形成要被联接以与上部结构表面接触的倾斜表面。 倾斜表面布置在彼此不相对的方向上。 根据本发明,下部结构的连接装置,特别是在倾斜表面上的振动隔离橡胶中产生的剪切力通过水平方向的拖曳转换成水平方向的推进力并施加到 降低胶化橡胶的磨损,延长振动胶囊的使用寿命。
    • 4. 发明授权
    • 그라우팅장치
    • GROUTING APPARATUS
    • KR101585198B1
    • 2016-01-13
    • KR1020150103580
    • 2015-07-22
    • 유구이앤씨(주)황운식
    • 황운식
    • E02D3/12E02D3/046
    • E02D3/046E02D3/12
    • 본발명은그라우팅장치에관한것이다. 자세하게는본 발명은보강재주입을위한주입공이형성된대상체에보강재를주입하는그라우팅장치로서, 상기대상체에주입되는보강재를펌핑하는펌핑부; 일측은상기펌핑부에연결되고타측은상기주입공에삽입되어상기펌핑부에의해이송되는보강재를상기대상체에주입하는주입관; 진동을발생시키는진동발생부; 및일단이상기진동발생부와결합되고, 타단이상기주입관을따라연장되어상기주입관의선단에결합하며, 상기진동발생부에서발생된진동을상기주입관에전달하는진동와이어를포함하는것을특징으로하는, 그라우팅장치를제공하는것이다.
    • 灌浆设备技术领域本发明涉及灌浆设备。 具体而言,灌浆装置将强化材料注入到形成有用于注入增强材料的注入孔的目标体内,其特征在于,包括:抽吸单元,将注入到所述目标体内的增强材料泵送; 喷射管,其一侧连接到泵送单元,并且其另一侧插入到喷射孔中,以将由泵送单元输送的增强材料注入到目标体中; 产生振动的振动产生单元; 以及振动丝,其一端连接到振动产生单元,并且其另一端沿喷射管延伸并且安装在喷射管的前端,以将由振动发生单元产生的振动传递到喷射管 。
    • 5. 发明授权
    • 보강토 옹벽 및 그 시공방법
    • 重建墙及其施工方法
    • KR101425152B1
    • 2014-08-05
    • KR1020130149781
    • 2013-12-04
    • 그린이엔지 주식회사
    • 권성욱김병철
    • E02D29/02E02D5/74E02D3/046
    • E02D29/0233E02D3/046E02D5/74E02D2200/13E02D2200/16
    • The present invention relates to a reinforced ground retaining wall with excellent workability and structural stability. The reinforced ground retaining wall includes: multiple framed surface members (10); front-mesh type reinforcements (100) which have the front ends coupled to the surface members (10) and are embedded in underlying compacted soil; rear-mesh type reinforcements (200) which have front ends coupled to the rear ends of the front-mesh type reinforcements (100) and are embedded in the underlying compacted soil; and spiral binding agents (300) which couple the rear ends of the front-mesh type reinforcements (100) and the front ends of the rear-mesh type reinforcements (200) to form spiral structures.
    • 本发明涉及具有优异的可加工性和结构稳定性的增强地面挡土墙。 加强地面挡土墙包括:多个框架表面构件(10); 前网型增强件(100),其前端连接到表面构件(10)并嵌入下面的压实土壤中; 后网型增强件(200),其具有联接到前网型增强件(100)的后端的前端并嵌入在下面的压实土壤中; 以及联接前网型增强件(100)的后端和后网型增强件(200)的前端的螺旋结合剂(300),以形成螺旋结构。
    • 6. 发明授权
    • 옹벽블록용 저항체
    • 阻止块
    • KR101352858B1
    • 2014-01-21
    • KR1020130075304
    • 2013-06-28
    • 주식회사 신흥씨엔지주식회사 제이에이치박미녀
    • 김민수박정환박미녀
    • E02D29/02E02D3/046E02D17/20
    • E02D29/0241E02D3/046E02D17/205E02D29/0233E02D2300/0032E02D2300/0054
    • A resistance body for retaining wall blocks according to the present invention comprises the configuration which connects a retaining wall block (10) with a complex resistance (30) by using a corresponding tension rod for preventing filling earth in a fill-up ground part formed on the back side of a retaining wall block (10) from being turned over. The fill-up ground prevents damage to the channel-shaped resistance body (40), the detachable resistance body (50) or a complex resistance body (30), even when the fill-up ground is hardened to reach a predetermined ground-hardening density by using a vibration roller (not figured) and even under the poor conditions in which the earth filling is filled by the embankment form excavation including waste rocks (not figured) with sharp surfaces which are generated by the field of retaining wall construction by having the resistance bodies composed of a steel plate resistance body (32) consisting of multi-layered zinced steel sheet plates, a fiber reinforced plastic resistance body (FRP) or the composition of the multi-layered zinced steel plates and a concrete resistance body (31). Therefore, the retaining wall has the resistance bodies protected by being composed of the resistance bodies, the multi-layered zinced steel plate resistance bodies (32), the FRP resistance bodies or the multi-layered zinced steel plate resistance bodies (32) and the concrete resistance bodies (31).
    • 根据本发明的用于保持墙壁块的阻力体包括通过使用相应的拉杆将挡土墙块(10)与复合阻力(30)连接的构造,用于防止填充地面中填充地面 挡土墙块(10)的后侧不被翻转。 填充地面即使在填充地面硬化到达预定的地面硬化时也能够防止通道形阻力体(40),可拆卸阻力体(50)或复合阻力体(30)的损坏 通过使用振动辊(未图示),甚至在通过堤坝形式挖掘(包括废弃岩石(未图示))填充填土的恶劣条件下,通过具有由挡土墙结构领域产生的尖锐表面, 由多层镀锌钢板构成的钢板抵抗体(32),纤维增强塑料阻力体(FRP)或多层镀锌钢板的组成以及混凝土阻力体(31)构成的电阻体 )。 因此,挡土墙具有由电阻体,多层耐高压钢板电阻体(32),FRP电阻体或多层镀锌钢板电阻体(32)以及 混凝土阻力体(31)。
    • 8. 发明公开
    • 콘크리트블록을 이용한 버스정류장의 기초구조 및 그 시공방법
    • 使用混凝土块的基础施工总线停止及其构造方法
    • KR1020130142443A
    • 2013-12-30
    • KR1020120065658
    • 2012-06-19
    • 정태영
    • 정태영정승문
    • E02D27/32E04H1/12E02D3/046E02D3/026
    • E02D27/32E02D3/026E02D3/046E02D2300/002E04H1/1211
    • A method for constructing a bus stop using concrete blocks according to the present invention comprises the following steps of: digging a place for a foundation; burying multiple concrete blocks where anchor bolts are embedded so that the concrete blocks can be in contact with each other; fixating fixing plates to parts where the multiple concrete blocks are in contact with each other by using a coupling unit; and coupling support pillars with the multiple anchor bolts protruding from the upper part of the concrete blocks. Therefore, the present invention can minimize working time and workforce by burying pre-formed concrete blocks in the foundation so that a process, such as installing a separate form or curing concrete, can be omitted.
    • 根据本发明的使用混凝土块构建巴士站的方法包括以下步骤:挖掘地基用于基础; 埋置多个混凝土块,其中嵌入地脚螺栓,使混凝土块相互接触; 通过使用联接单元将固定板固定到多个混凝土块彼此接触的部分; 并且将多个锚固螺栓与混凝土块的上部突出的联接支撑柱。 因此,本发明可以通过将预制混凝土块埋入基础中来最小化工作时间和劳动力,从而可以省略诸如安装单独的形式或固化混凝土的过程。
    • 9. 发明授权
    • 알리신을 이용한 암반절개지 사면녹화공법
    • 使用阿利金的BEDROCK SLOPE绿化方法
    • KR101236697B1
    • 2013-02-25
    • KR1020120138750
    • 2012-12-03
    • 김병곤
    • 김병곤
    • E02D17/20E02D3/046A01G1/00A01C7/00C09K17/50
    • E02D17/20A01C7/008A01G20/00C09K17/50E02D3/046
    • PURPOSE: A method for greening the slopes of a rock cutting area using allicin is provided to prevent damage by diseases and insects during the initial growth of seeds, and to improve greening efficiency through a long-term nourishment supply and the activation of soil microbes necessary for growth. CONSTITUTION: A method for greening the slopes of a rock cutting area using allicin is as follows: A slope required to be greened such as a rock slope, a soil slope, or a green slope is leveled. A lozenge-shaped net is installed on the surface of the leveled slope. A vegetation base layer is formed on the surface, where the lozenge-shaped net is installed, by spraying turf seeds, leaf mold, and garlic skins. Upon completion of forming the vegetation base layer, seed spray compositions are sprayed on the slope within 2-3 weeks.
    • 目的:提供一种使用大蒜素绿化切割区域斜坡的方法,以防止种子初始生长期间疾病和昆虫的损害,并通过长期营养供应和必要的土壤微生物活化来提高绿化效率 为增长。 构成:使用大蒜素对切割区域的斜坡进行绿化的方法如下:需要绿化的坡度,如岩石边坡,土壤坡度或绿色坡度。 一个菱形网安装在平整斜坡的表面上。 通过喷洒草皮种子,叶模和大蒜皮,在表面上形成植物基层,其中安装有菱形网。 完成植被基层后,种子喷雾组合物在2-3周内喷洒在斜坡上。
    • 10. 发明公开
    • 백호 진동다짐 팽이말뚝기초 공법
    • 顶层基础的后桥振动方法
    • KR1020120102825A
    • 2012-09-19
    • KR1020110014468
    • 2011-02-18
    • 이창남
    • 이창남
    • E02D5/46E02D5/48E02D27/14E02D7/18E02D3/08E02D3/046
    • E02D5/46E02D3/046E02D3/08E02D5/48E02D7/18E02D27/14
    • PURPOSE: A top-base method using the vibration of a backhoe is provided to efficiently insert a top pile into the ground by securely compacting the ground. CONSTITUTION: A top-base method using the vibration of a backhoe is as follows. The ground to be reinforced is excavated, and rubble is spread on the excavated surface. A top hole is formed by compacting the excavated surface using a backhoe with a vibration compactor, and concrete or rubble and sand is put into the top hole and is compacted. The process is repeated. [Reference numerals] (11) Compacting using a backhoe; (1-10) Compacting using a backhoe + concrete(or sand+rubble); (AA) Foundation; (BB) Bottom surface of the foundation; (CC) Spreading rubble; (DD,EE) Construction order
    • 目的:提供使用反铲振动的顶基方法,通过牢固地压实地面,将顶层桩高效地插入地面。 构成:使用反铲振动的顶基方法如下。 被加固的地面被挖掘,瓦砾铺展在挖掘的地面上。 通过使用具有振动压实机的反铲式压实挖掘表面形成顶孔,并将混凝土或瓦砾和砂放入顶孔中并压实。 重复该过程。 (附图标记)(11)使用反铲的压实; (1-10)使用反铲+混凝土(或沙+瓦砾)进行压实; (AA)基金会; (BB)基础底面; (CC)散布瓦砾; (DD,EE)施工单