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    • 2. 发明专利
    • Construction method of cellar for building completed
    • 建筑物建造方法
    • JP2012127186A
    • 2012-07-05
    • JP2011276024
    • 2011-12-16
    • Hang Ryong ByunJun-Son KimKorea Engineering & Consultant Co Ltdキム,ジュン ソンKIM,Jun Seoungコリア エンジニアリング アンド コンサルタント カンパニー リミテッドKorea Engineering & Consultant Co.,Ltd.ビュン,ハン ロンBYUN,Hang Ryong
    • BYUN HANG RYONGKIM JUN-SON
    • E02D29/045E21D13/00
    • E02D35/00
    • PROBLEM TO BE SOLVED: To provide a construction method of a cellar for a building completed.SOLUTION: The construction method includes: a step of making a plurality of holes and a slot pass through bottom concrete at the bottom part of the building completed so as to be communicated with the holes, inserting a support to the inside of the slot and making a stopper projected at the lower part of the support be engaged with the lower part of the slot to fix it; a step of providing a press-in machine on the upper part of the support; a step of inserting hollow piles to the respective holes, then pushing the piles into the underground using the press-in machine, stacking other piles on the pushed-in piles every time the piles are pushed in, then successively pushing them in by the press-in machine to support the underground structure of the building completed; a step of supporting the building completed by a column pushed into the underground and excavating the lower ground of the bottom concrete of the building in order to secure an underground space; and a step of placing concrete to the horizontal surface and vertical surface of the underground space secured by the step of excavating the lower ground of the concrete.
    • 要解决的问题:提供一种完成建筑物的地窖的施工方法。 解决方案:施工方法包括:在建筑物的底部,使多个孔和槽通过底部混凝土的步骤完成,以与孔连通,将支撑件插入到 突出在支撑件下部的止动器和止动件的下端部分固定; 在支撑件的上部设置压入机的步骤; 将空心桩插入到各个孔中的步骤,然后使用压入机将桩推入地下,每次将桩压入堆叠时将堆叠的堆叠堆叠在推入的桩上,然后依次将它们推压 - 在机房内支撑建筑物的地下结构; 支撑建筑物完成的一个步骤,将柱子推入地下,挖掘建筑物底部混凝土的下部地面,以确保地下空间; 以及将混凝土置于通过挖掘混凝土下部的台阶固定的地下空间的水平表面和垂直表面的步骤。 版权所有(C)2012,JPO&INPIT
    • 6. 发明公开
    • REINFORCED SELF-SUPPORTED RETAINING WALL STRUCTURE MAKING USE OF THE ARCHING EFFECT AND A CONSTRUCTION METHOD OF EXCAVATIONS USING THE SAME
    • 随着对开挖为了设计和方法的形成耐冲击的使用增强的自支撑墙体支撑结构
    • EP2537988A2
    • 2012-12-26
    • EP10846233.4
    • 2010-12-09
    • Park, Gang HoKim, Jun
    • Park, Gang HoKim, Jun
    • E02D17/04E02D17/08E02D5/04
    • E02D5/04E02D5/02E02D17/04
    • In a reinforced self-supported retaining wall structure using an arching effect, a soldier pile integrally formed with a soldier pile insertion portion in a vertical direction in a flange at one end of the soldier pile in which a lagging is inserted is installed at a width B to be perpendicular to the ground. A sheet panel protruding portion is inserted in and connected to the soldier pile insertion portion. A sheet panel protruding portion is serially inserted in a sheet panel insertion portion. A compression support plate protruding portion is inserted in and coupled to the sheet panel insertion portion. A relationship between a length L of a group of serial sheet panels and the width B between two groups of serial sheet panels is 0.5≤L/B≤3.0 in a range of an internal friction angle of earth Φ=10∼34° and a range of an adhesive power C=0.0∼5.0 ton/m 2 so that a back earth pressure is not applied to the front lagging due to the arching effect.
    • 在使用在拱效应的增强自支撑挡土墙结构,一个士兵桩一体地在一个凸缘在垂直方向上的士兵桩插入部在士兵桩,其中,滞后被插入被安装在一个宽度的一个端部形成 B至是垂直于地面。 的片材面板突出部被插入并连接到排桩插入部。 的片材面板突出部串联插入的片材面板插入部。 压缩支撑板突出部被插入并连接到片材面板插入部。 一组串行片板和两组串行片面板之间的宽度B的长度L之间的关系是在范围土的内部摩擦角的0.5‰¤l/ B‰¤3.0| =10¼34°和 的胶粘力的C范围=0.0¼5.0吨/ m 2的象背土压力不施加到前滞后,由于拱的效果。
    • 8. 发明公开
    • APPARATUS AND METHOD FOR CONTROLLING GRADUAL RESISTANCE CHANGE IN SYNAPTIC ELEMENT
    • EP4006906A1
    • 2022-06-01
    • EP20846109.5
    • 2020-07-30
    • Kim, Jun-sung
    • Kim, Jun-sung
    • G11C13/00
    • The present invention provides a memory apparatus capable of causing a gradual resistance change for information processing in an analog manner to a synaptic element for implementing a neuromorphic system. To this end, the present invention provides a memory apparatus including: a memory array including a plurality of memory cells capable of selectively storing logic states and a plurality of bit lines and word lines connected to the plurality of memory cells; a controller for controlling a writing step and a reading step; a writing unit; and a reading unit, wherein the controller selects, in the writing step, one or more memory cells from among the plurality of memory cells through the writing unit, sequentially applies a writing voltage thereto to allow the logic states to be written therein, and applies, in the reading step, a reading voltage to the one or more memory cells, which are selected to have the logic states written therein, through the reading unit so as to determine synaptic weights through a sum of currents flowing through the one or more memory cells so that the selected one or more memory cells are allowed to be recognized to operate as one synaptic element. The present invention also provides a method for determining a synaptic weight in a memory apparatus including a memory array including a plurality of memory cells capable of selectively storing logic states, bit lines and word lines connected to the plurality of memory cells, the method including: (a) selecting one or more memory cells from among the plurality of memory cells, and sequentially applying a writing voltage to write logic states therein; (b) applying a reading voltage to the one or more memory cells that has been selected to have the logic states written therein; and (c) determining, by the applied reading voltage, a synaptic weight through a sum of currents flowing through the one or more memory cells that has been selected to have the logic states written therein, wherein the selected one or more memory cells are recognized to operate as one synaptic element.
    • 9. 发明公开
    • Can type container changeable to a type of cup or glass
    • DosenförmigeBehälter,死于einen Becher- glderypveränderbarsind
    • EP2974974A1
    • 2016-01-20
    • EP14177620.3
    • 2014-07-18
    • Choi, Jae GuKim, Jun Hee
    • Choi, Jae GuKim, Jun Hee
    • B65D17/00
    • B65D17/4012B65D2517/0004B65D2517/0014B65D2517/0056
    • The present invention relates to a can type container (10) changeable to a type of cup or glass including: a containing body (11) having a first fastening portion (12a) formed on the upper end periphery thereof and a shape of a cone having an outer diameter gradually increased toward the lower end portion thereof; a sealing member (15) adapted to close the lower end periphery of the containing body; a lower cap (13) fastened to the lower end periphery of the containing body in the state where the lower end periphery of the containing body is sealed by the sealing member and having a support member (14) inserted thereinto; and the support member having a corresponding fastening portion (14a) to the first fastening portion of the containing body formed at the center thereof in such a manner as to be coupled to the first fastening portion and a base adapted to serve as a support stand.
    • 本发明涉及一种罐型容器(10),其可更换为一种杯子或玻璃,其包括:容纳体(11),其具有形成在其上端部周边上的第一紧固部分(12a) 外径向其下端部逐渐增大; 密封构件(15),其适于闭合容纳体的下端周边; 在所述容纳体的下端周边被所述密封构件密封并且具有插入其中的支撑构件(14)的状态下,紧固到所述容纳体的下端周边的下盖(13) 并且所述支撑构件具有与所述容纳体的第一紧固部分相对应的紧固部分(14a),所述紧固部分形成在其中心,以便联接到所述第一紧固部分和适于用作支撑架的基部。