公开(公告)号：WO2011090267A3

公开(公告)日：2011-10-27

申请号：PCT/KR2010009219

申请日：2010-12-22

Applicant: KOREA INST CONSTRUCTION TECH ,  LEE TAE WON ,  KIM YONG KI

Inventor： LEE TAE WON ,  KIM YONG KI

IPC: F24D19/10 ,  F24D3/00 ,  F24D15/02 ,  F24D19/08

CPC classification number: F24D19/1009

Abstract: The present invention relates to a complex control device using metering information and to a complex control method thereof. The complex control device includes: a supply pipe (100) for supplying heating and cooling circulation water to a residential space (10); a return pipe (200) for returning the heating and cooling circulation water supplied to the residential space (10) to a boiler or freezer; a supply pipe temperature sensor (11) for detecting the temperature of the supply pipe (100); a return pipe temperature sensor (22) for detecting the temperature of the return pipe (200); an indoor temperature sensor (33) for detecting the temperature of the air of the residential space (10); a heat meter (300) installed on the return pipe (200) for receiving measured temperature values of the supply pipe temperature sensor (11) and of the return pipe temperature sensor (22) and a value of the measured flow rate of the flow passing through the return pipe (200), to thereby calculate an amount of consumed heat; and a proportional control valve (400) installed on the return pipe (200) for proportionally controlling the flow of circulation water. [Representative drawing] Figure 2.

Abstract translation: 本发明涉及一种使用计量信息的复合控制装置及其复杂的控制方法。 该复合控制装置包括：供应管道​​（100），用于向住宅空间（10）供应加热和冷却循环水; 返回管（200），用于将供给住宅空间（10）的加热和冷却循环水返回到锅炉或冷冻机; 供给管温度传感器（11），用于检测供给管（100）的温度; 返回管温度传感器（22），用于检测返回管（200）的温度; 一个室内温度传感器（33），用于检测住宅空间（10）的空气温度; 安装在回流管（200）上的用于接收供应管温度传感器（11）和回流管温度传感器（22）的测量温度值的热量表（300）以及测量的流过的流量 通过回流管（200），从而计算消耗的热量; 和安装在回流管（200）上用于按比例控制循环水流量的比例控制阀（400）。 [代表性图]图2。

公开(公告)号：WO2009145482A3

公开(公告)日：2010-01-21

申请号：PCT/KR2009001707

申请日：2009-04-02

Applicant: KOREA INST CONSTRUCTION TECH ,  KIM WON ,  KIM CHI YOUNG ,  KIM DONG GU ,  LEE CHAN JOO ,  HWANG SEOK HWAN ,  JUNG YOUNG HO

Inventor： KIM WON ,  KIM CHI YOUNG ,  KIM DONG GU ,  LEE CHAN JOO ,  HWANG SEOK HWAN ,  JUNG YOUNG HO

IPC: C09D5/16

CPC classification number: C09D5/1618

Abstract: The present invention relates to a mixture for inhibiting the growth of algae which contains a ceramic powder for generating anions, and to an antifouling paint constituting an antifouling system employing the same, and it relates to a production method for such an antifouling paint. Specifically, the mixture for inhibiting the growth of algae of the present invention relates to a mixture for inhibiting the growth of algae which comprises tourmaline and monazite powders for generating anions, and zirconia for releasing stable anions from these ceramic powders, and also sulphur-metal soap for promoting the activity of the released anions. When an antifouling staff gauge was produced using the antifouling paint of the present invention and was then tested, it proved possible to solve the problem of the inability to read the markings of gauges due to the accretion of algae.

Abstract translation: 本发明涉及一种用于抑制含有产生阴离子的陶瓷粉末的藻类生长的混合物，以及构成使用其的防污体系的防污涂料，涉及这种防污涂料的制造方法。 具体地说，用于抑制本发明藻类生长的混合物涉及用于抑制藻酸生长的混合物，其中包括用于产生阴离子的电气石和独居石粉，以及用于从这些陶瓷粉末释放稳定的阴离子的氧化锆，以及硫金属 肥皂促进释放的阴离子的活动。 当使用本发明的防污涂料生产防污工作人员标尺，然后进行测试时，证明可以解决由于藻类的吸收而不能读取仪表标记的问题。

公开(公告)号：JPH1147590A

公开(公告)日：1999-02-23

申请号：JP14532898

申请日：1998-05-27

Applicant: KOREA INST CONSTRUCTION TECH ,  DAEWOO CO LTD ,  LG KENSETSU KK ,  SAMSUNG CO LTD

Inventor： O SHOKIN ,  RI SOGIN ,  GO GENSEI ,  RI CHUIN ,  KIN KONEI ,  KIN GENRETSU ,  SO GISHO ,  RI OTAKU ,  KYO KYOSHU ,  RI EIKO ,  GO SEIMIN

IPC: C02F1/28 ,  B01J20/20 ,  B01J20/34 ,  B01J21/20 ,  B29C45/03 ,  C01B31/08

Abstract: PROBLEM TO BE SOLVED: To recover adsorption performance of activated carbon economically to a high degree by a method wherein when activated carbon to which contaminant is adsorbed is regenerated, the contaminant is desorbed from the activated carbon by use of mixed solution of ethanol, sodium hydroxide solution and water. SOLUTION: In order to manufacture firstly desorption aqueous solution to be used in regenerating activated carbon, respective appropriate amounts from respective tanks 1 to 3 storing respectively water, ethanol, and NaOH solution are supplied to a mixing tank 4 and mixed. The desorbed aqueous solution obtained thereby is supplied to a regenerating reactor 5 to regenerate the activated carbon filled therein. A temperature of the regeneration reactor 5 is adjusted with a boiler 5 and a heater 12. The activated carbon for which regeneration is ended is transferred to a regenerated activated carbon storage tank 7 via a washing process, and waste liquid is discharged to a waste liquid storage tank 8. Then, the waste liquid and washings are supplied to a distillator 9 to evaporate ethanol contained therein, the ethanol is recovered with a cooler 10, reserved in a storage tank 11, and used again.

公开(公告)号：KR101574200B1

公开(公告)日：2015-12-03

申请号：KR20150066628

申请日：2015-05-13

Applicant: KOREA INST CONSTRUCTION TECH

Inventor： KIM HA SEOG ,  LEE SEA HYUN

IPC: E04F15/20 ,  E04B1/82 ,  F24D19/02

Abstract: 본발명은공동주택의상층바닥면에충격이인가될때 충격원에의한진동이하층으로전달되는것을억제하기위하여바닥구조물을평면상의복수의영역으로분할하여특히제어가어려운중량충격음을저감시킬수 있는바닥충격음저감용격벽식분절구조체및 그시공방법에관한것으로, 본발명에따른바닥충격음저감을위한격벽식분절구조체는, 건축물의바닥슬래브상에적층되는복수의구조물층과; 상기복수의구조물층 중어느하나의상부면에놓여져고정구에의해고정되게설치되는바닥플랜지와, 상기바닥플랜지에수직상방으로연장되게형성되어바닥구조물을분할하는격벽을형성하는격벽웹을포함하는복수의분절조이너유니트(100);를포함하며, 상기분절조이너유니트는상기복수의구조물층 중적어도 2개이상의구조물층을평면상에서분리된복수의영역으로구획하는것을특징으로한다.

Abstract translation: 本发明涉及一种用于减少冲击噪音的分割地板结构及其构造方法，其可以将地板划分成平面上的多个区域以特别地减少难以控制的冲击噪声，以防止由 当冲击源被施加到公寓楼上层的地板时，被传送到下层的冲击源。 根据本发明，用于减少冲击噪声的分割地板结构包括：堆叠在建筑物的楼板上的多个结构层; 以及多个接合接合单元（100），其包括设置在所述多个结构中的一个结构的顶表面上的地板凸缘，以通过固定单元和隔离腹板固定，所述隔板从所述底板凸缘垂直向上延伸并形成分隔件 划分地板结构。 联合接合单元将多个结构层中的两个或多个结构层划分成在平面上划分的多个区域。

公开(公告)号：KR101313778B1

公开(公告)日：2013-10-01

申请号：KR20130032163

申请日：2013-03-26

Applicant: SHIN MYEONG CONSTRUCTION ENGINEERING CO LTD ,  KOREA INST CONSTRUCTION TECH

Inventor： LEE KWANG WU ,  KIM JU HYONG ,  CHO SAM DEOK ,  PARK JONG BEOM ,  KIM CHI YEOL ,  NA HYUN HO

IPC: E02D29/02 ,  E02B3/14 ,  E02D17/20

CPC classification number: E02D29/0241 ,  A01G1/00 ,  E02B3/14 ,  E02D17/20 ,  E02D2300/0032 ,  E02D2300/0075 ,  E02D2300/0085

Abstract: PURPOSE: A reinforced earth retaining wall using a front vertical support made of rectangular lumber and a construction method thereof are provided to build an environmentally friendly reinforced earth retaining wall by exposing the upper surface of soil on the rear side to plant vegetation. CONSTITUTION: A construction method of a reinforced earth retaining wall using a front vertical support made of rectangular lumber comprises the following steps: arranging a plurality of lateral support posts side by side in a lateral direction; uprightly joining front vertical supports to the top of the lateral support posts; separately joining rear vertical supports on the top of the lateral support posts on the rear side of the front vertical supports; forming a front surface by sequentially layering a plurality of front panels on spaces between the rear vertical supports; forming a single banking layer by filling the top of lateral support posts and the rear side of the front surface with rear earth and sand (700); and repeating the above steps to form a plurality of banking layers.

Abstract translation: 目的：使用由矩形木材制成的前垂直支撑的加固土挡墙及其施工方法，通过将后侧土壤的上表面暴露于植被来建造环境友好的增强土挡土墙。 构成：使用由矩形木材制成的前垂直支撑件的加强土挡土墙的施工方法包括以下步骤：沿横向方向并排布置多个横向支撑柱; 将前垂直支撑件垂直地连接到横向支撑柱的顶部; 在前垂直支撑件的后侧上的侧支撑柱的顶部上分别连接后垂直支撑件; 通过在后垂直支撑件之间的空间上顺序地分层多个前面板来形成前表面; 通过填充侧支撑柱的顶部和前表面的后侧用后部砂土（700）形成单个银行层; 并重复上述步骤以形成多个银行层。

公开(公告)号：KR20120072791A

公开(公告)日：2012-07-04

申请号：KR20100134685

申请日：2010-12-24

Applicant: KOREA INST CONSTRUCTION TECH

Inventor： LEE SANG HO ,  CHOI JUNE SEOK ,  KIM JAE KYUNG ,  JO JAE SEOK

IPC: B01D61/22 ,  B01D65/00

CPC classification number: B01D61/22 ,  B01D65/00 ,  C02F1/004 ,  C02F1/444 ,  C02F2209/006 ,  G06F17/5009

Abstract: PURPOSE: A purifying apparatus based on membrane filtration and a purifying method using the same are provided to implement quantification and compensation by considering the flow of fluid generated in a membrane filtration-based treating process. CONSTITUTION: A purifying apparatus based on membrane filtration using a pipe-net simulator develops the design parameters of a membrane-based process by using a pipe-net which is a one dimensional simulation program. The stability and the mechanism flow of operational and piping processes are improved. The purifying apparatus designs tools before the implementation of the simulation program by inputting operational parameters. The simulation program is implemented, and the result of the simulation program is fed-back to compensate the design.

Abstract translation: 目的：提供一种基于膜过滤的净化装置和使用其的纯化方法，通过考虑在基于膜过滤处理过程中产生的流体的流动来进行定量和补偿。 构成：使用管网模拟器的基于膜过滤的净化装置通过使用作为一维模拟程序的管网来开发基于膜的工艺的设计参数。 提高了操作和管道工艺的稳定性和机理流程。 净化装置通过输入操作参数在模拟程序实施之前设计工具。 实现仿真程序，反馈仿真程序的结果来补偿设计。

公开(公告)号：KR20120071622A

公开(公告)日：2012-07-03

申请号：KR20100133238

申请日：2010-12-23

Applicant: KOREA INST CONSTRUCTION TECH

Inventor： HWANG IN JU ,  LEE HONG CHEOL

IPC: C02F1/72 ,  B01J10/00 ,  B01J19/26

CPC classification number: C02F1/72 ,  B01J19/26 ,  C02F2201/002

Abstract: PURPOSE: A micro bubble generating gravity pressure vessel-wet air oxidation(GPV-WAO) reactor is provided to supply an oxidizing agent in the form of micro bubbles into a reactor inner pipe by modifying the structure of an oxidizing agent supplying pipe. CONSTITUTION: A micro bubble generating GPV-WAO reactor includes a reactor outer pipe(110), a reactor inner pipe(120), an oxidizing agent supplying pipe(130), and a micro bubble supplying hole(135). The reactor outer pipe is tubular, and the upper part and the lower part of the reactor outer pipe are closed. The reactor outer pipe is vertically installed. A sludge discharging conduit(33) is connected to one upper side of the reactor outer pipe and discharges oxidized sludge. The upper part of the reactor inner pipe is closed, and the lower part of the reactor inner pipe is opened. A sludge supplying pipe(11) is connected to the reactor inner pipe, and sludge moves downward through the inner part of the pipe. The upper part of the oxidizing agent supplying pipe is closed, and the lower part of the oxidizing agent supplying pipe is opened. The upper part of the oxidizing agent supplying pipe is connected to an oxidizing agent supplying conduit(22). The micro bubble supplying hole penetrates the surface of the oxidizing agent supplying pipe.

Abstract translation: 目的：通过改变氧化剂供应管的结构，提供一种产生微气泡的重力压力容器 - 湿空气氧化（GPV-WAO）反应器，以将微气泡形式的氧化剂供应到反应器内管中。 构成：产生微气泡的GPV-WAO反应器包括反应器外管（110），反应器内管（120），氧化剂供应管（130）和微气泡供应孔（135）。 反应器外管是管状的，反应器外管的上部和下部是封闭的。 反应器外管垂直安装。 污泥排放管道（33）连接到反应器外管的一个上侧，并排出氧化污泥。 反应器内管的上部关闭，反应器内管的下部打开。 污泥供给管（11）连接到反应器内管，污泥向下通过管的内部。 氧化剂供给管的上部被封闭，氧化剂供给管的下部开放。 氧化剂供给管的上部与氧化剂供给管道（22）连接。 微气泡供给孔贯穿氧化剂供给管的表面。

公开(公告)号：KR20120058483A

公开(公告)日：2012-06-07

申请号：KR20120042280

申请日：2012-04-23

Applicant: KOREA INST CONSTRUCTION TECH

Inventor： YOO YOUNG CHAN ,  CHOI KI SUN ,  KIM KEUNG HWAN ,  KANG JAE SIK

IPC: E04B2/56 ,  E04B1/61

Abstract: PURPOSE: A composite concrete wall using an FRP composite connector and a manufacturing method thereof are provided to improve heat insulation performance by manufacturing a composite connector using an FRP material having low heat conductivity. CONSTITUTION: A composite concrete wall(100) using an FRP composite connector comprises a first external wall(110), a second external wall(120), and a heat insulation material(130). The first external wall is integrated with the second external wall through RFP composite connectors(200). The heat insulation material is formed between the first and second external walls.

Abstract translation: 目的：提供一种使用FRP复合连接器的复合混凝土墙及其制造方法，其通过使用具有低导热性的FRP材料制造复合连接器来提高隔热性能。 构成：使用FRP复合连接器的复合混凝土墙（100）包括第一外壁（110），第二外壁（120）和绝热材料（130）。 第一外墙通过RFP复合连接器（200）与第二外墙一体化。 绝热材料形成在第一和第二外壁之间。

公开(公告)号：KR20120052498A

公开(公告)日：2012-05-24

申请号：KR20100113685

申请日：2010-11-16

Applicant: KOREA INST CONSTRUCTION TECH

Inventor： KANG SUNG WON ,  AHN JAE HWAN ,  HWANG IN JU ,  LEE HONG CHEOL

IPC: C02F1/74 ,  C02F1/72

CPC classification number: C02F1/74 ,  C02F1/72 ,  C02F2201/002

Abstract: PURPOSE: A deep well-based catalytic wet oxidation apparatus is provided to save costs and construction periods by being equipped with a microbubble generator and reducing the depth of excavation for installing a deep well guiding pipe. CONSTITUTION: A deep well guiding pipe(10) is vertically buried. A guiding pipe(11) is arranged in the deep well guiding pipe. The lower part of the guiding pipe is spaced apart from the bottom of the deep well guiding pipe to form a flow path through which wastewater flows. A catalyst part(12) is installed at the lower side of the deep well guiding pipe to implement oxidation to the wastewater. A microbubble generator(13) is installed on the upper side of the catalyst part. The microbubble generator is arranged at the lower side of a gas injecting line(14). A heat exchanging part is arranged at the upper side of the deep well guiding part.

Abstract translation: 目的：提供深井基催化湿式氧化装置，通过配备微泡发生器，减少安装深井导管的开挖深度，节约成本和施工周期。 构成：深井引导管（10）垂直埋置。 引导管（11）布置在深井导管中。 引导管的下部与深井引导管的底部间隔开，以形成废水流过的流动路径。 催化剂部分（12）安装在深井引导管的下侧，以对废水进行氧化。 微泡发生器（13）安装在催化剂部分的上侧。 微气泡发生器布置在气体注入管线（14）的下侧。 在深井引导部的上侧配置有热交换部。

公开(公告)号：KR20120049038A

公开(公告)日：2012-05-16

申请号：KR20100110601

申请日：2010-11-08

Applicant: KOREA INST CONSTRUCTION TECH

Inventor： KIM YOUNG JIN ,  CHIN WON JONG ,  KIM BYUNG SUK ,  CHOI EUN SUK ,  CHO JEONG RAE ,  LEE CHANG HONG ,  LEE KYU WAN

IPC: G01B5/24 ,  G01C9/00

Abstract: PURPOSE: A measuring device for a large displacement of a structure using an inclined angle measurement according to a vertical and horizontal movement is provided to accurately measure a displacement regardless of a size of the displacement and to continuously measure a large displacement in a remote site by an administrator. CONSTITUTION: A measuring device for a large displacement comprises a fixing member(20), a rotating member(10), a structure attaching member(40), a movable member(30), an inclinometer(40). The fixing member is fixed to a reference point for measuring a displacement. The lower part of the rotating member is connected to the fixing member by a first hinge unit(11), thereby rotating in one imaginary rotating reference surface. A structure attaching member is attached on the displacement measurement object structure, and comprises a sliding unit(41) longways formed in a longitudinal direction. One end part of the movable member is connected by a second hinge unit(13) to be rotated with respect to the rotating member. The other end part of the movable member is connected by a third hinge unit(42) to be rotated with respect to the structure attaching member, thereby perpendicularly moving along the sliding unit. The inclinometer measures an inclined degree caused by the rotation of the rotating member in a rotating reference surface.

Abstract translation: 目的：提供一种根据垂直和水平运动使用倾斜角测量的结构大排量的测量装置，以便精确地测量位移，而不考虑位移的大小，并通过以下方式连续测量远端位置的大位移 管理员。 构成：用于大排量的测量装置包括固定构件（20），旋转构件（10），结构安装构件（40），可移动构件（30），倾斜计（40）。 固定构件固定到用于测量位移的参考点。 旋转构件的下部通过第一铰链单元（11）连接到固定构件，从而在一个假想的旋转参考表面中旋转。 结构附着构件安装在位移测量对象结构上，并且包括沿纵向方向形成的滑动单元（41）。 可移动部件的一个端部通过第二铰链单元（13）连接，以相对于旋转部件旋转。 可动构件的另一端部通过第三铰链单元（42）连接，以相对于构件安装构件旋转，从而沿滑动单元垂直移动。 倾斜计测量由旋转构件在旋转基准表面中的旋转引起的倾斜度。