会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 22. 发明授权
    • 트위스트 건드릴
    • KR102223956B1
    • 2021-03-04
    • KR1020190121236
    • 2019-10-01
    • 이재화
    • 이재화
    • B23B51/04
    • 본발명은드릴가공중발생하는가공칩을배출하기위한 V자형홈(50) 및상기 V자형홈(50)과교차하는가공칩배출부(40)를포함하고, 상기 V 자형홈(50)은드릴중심축에나란한바닥면(51) 및측면(52)을포함하고, 상기가공칩배출부(40)는내측가공을위한내측절삭용인서트(10)가장착되는제1 평면(41)과상기제1 평면(41)과연결된스파이럴형상의플루트(43)를포함하고, 상기 V자형홈(50)의바닥면(51)에는최선단에배치되는외측절삭용인서트(20)와상기절삭용인서트(20)의후방에배치되는가이드인서트(30)를포함하고, 상기외측절삭용인서트(20)와상기가이드인서트(30)의한쪽측면(21, 31)은드릴중심축에나란하게배치되는것을특징으로하는드릴에관한것이다.
    • 25. 发明授权
    • 앵글 플랜지 제작 장치 및 이의 방법
    • 一种用于制造角法兰的机器及其方法
    • KR101590400B1
    • 2016-02-01
    • KR1020140122500
    • 2014-09-16
    • 이재화서성호
    • 이재화서성호
    • B21D19/04
    • B21D19/04
    • 본발명은앵글플랜지제작방법및 이에의한제작기계에관한발명이다. 본발명은원통형앵글소재를고정하는확장유닛(110); 원통형앵글소재(30)의하부를압착하는 2개의롤러를포함하는롤링유닛(130); 상기확장유닛(110)에회전력을공급하는제1서보모터(150); 원통형앵글소재(30)의하부를 90도절곡하여플랜지를형성하게하는틸팅유닛(170); 상기틸팅유닛(170)에연결되응제2유압실린더(180); 및상기원통형앵글소재의 90도절곡된플랜지(11)에구멍홀(13)을형성하는펀칭유닛(210)을포함하고, 상기확장유닛(110)의하부에는하부가이드(120)가설치되어상기원통형앵글소재의하부를가이드하고, 상기확장유닛(110)은제1유압실린더(140)와연결되며상기제1유압실린더(140)가작동에의해상기확장유닛(110)의직경은커지며상기원통형앵글소재(30)의내면을고정하며, 원통형앵글소재(30)의하부가틸팅유닛(170)의작동에의해 90도절곡된후상기제2유압실린더(180)는틸팅유닛(170)을제2유압실린더(180) 방향으로이동시키고, 상기펀칭유닛(210)은리니어가이드(230)에의해제2서보모터(220)에연결되고, 상기제2서보모터(220)는상기펀칭유닛(210)의위치를제어하여상기펀칭유닛(210)이상기구멍홀(13)에맞추어지는앵글플랜지제작장치에관한것이다.
    • 本发明涉及一种制造角形凸缘的方法及其操作的制造机。 用于制造角形凸缘的装置包括:用于固定圆柱形角材料的膨胀单元(110); 具有两个辊的滚动单元(130)压缩圆柱形角材料(30)的下部; 第一伺服电动机(150),用于向所述膨胀单元(110)提供旋转力; 倾斜单元(170),通过将圆柱形角材料(30)的下部弯曲成90度而形成凸缘; 连接到倾斜单元(170)的第二液压缸(180); 和冲压单元(210),以在90度弯曲的圆筒形角材料的凸缘(11)上形成孔(13)。 下引导件(120)安装在膨胀单元(110)的下部以引导圆柱形角材料的下部。 膨胀单元(110)通过第一液压缸(140)的操作连接到第一液压缸(140)以具有较大直径的膨胀单元,并且膨胀单元将圆柱形角材料的内表面 (30)。 在通过倾斜单元(170)的操作使圆柱形角材料(30)的下部弯曲90度后,第二液压缸(180)使倾斜单元(170)朝向第二液压缸(180)移动, ; 冲压单元(210)通过线性引导件(230)连接到第二伺服电动机(220); 并且所述伺服电动机(220)控制所述冲孔单元(210)的位置,使得所述冲孔单元(210)能够嵌合在所述孔(13)中。
    • 27. 发明授权
    • 방수 코팅재 및 이를 구조물에 시공하는 방법
    • 防水涂料材料及其在施工中的应用方法
    • KR101355849B1
    • 2014-02-04
    • KR1020130090936
    • 2013-07-31
    • 윤경준이재화씨엘엠테크(주)
    • 윤경준이재화
    • C04B41/45C04B41/52C04B26/06C09K3/18
    • C09D5/00C04B41/522C04B2111/00017C04B2111/27E04B1/644
    • The present invention relates to a waterproof coating agent having waterproofing and air permeability which can be applied to a structure in order to enhance endurance period of the structure, and to a method for constructing the same. The waterproofing coating agent comprises one or more kinds of coating agents selected among: (1) a primer coating agent including a methyl methacryl (MMA) copolymerization reactive resin; (2) a color coating agent including the MMA copolymerization reactive resin, a nanosilane ceramic modified resin and an inorganic pigment; and (3) a transparent coating agent including a polyethylene terephthalate resin and the nano silane ceramic modified resin. The waterproofing coating agent, unlike organic coating agents, obtains air permeability by passing water vapor generated from concrete through very fine pores when applied to concrete structures in order not to generate exfoliation, crack, and the likes so that the waterproof coating agent can be applied to waterproofing and aseismic reinforcement methods.
    • 本发明涉及一种能够应用于结构以提高结构耐久性的防水透气性的防水涂层剂及其构造方法。 防水涂布剂包括一种或多种选自以下的涂料剂:(1)包括甲基丙烯酸甲酯(MMA)共聚反应性树脂的底漆涂料; (2)包含MMA共聚反应性树脂,纳米硅烷陶瓷改性树脂和无机颜料的着色剂; 和(3)包含聚对苯二甲酸乙二醇酯树脂和纳米硅烷陶瓷改性树脂的透明涂层剂。 防水涂层剂与有机涂层剂不同,当施加到混凝土结构上时,通过使混凝土产生的水蒸气通过非常细小的孔而获得透气性,以便不产生剥离,裂纹等,从而可以施加防水涂料 防水和抗震加固方法。
    • 28. 发明授权
    • 멀티 절연 폴리섬유와 녹색 친환경 내화 경량 속경 몰탈을 이용한 콘크리트 구조체의 보강부재 및 보강부재를 시공하는 방법
    • 用于混凝土结构的多绝缘聚合纤维和生态燃烧玻璃的加强构件及其构造方法
    • KR101323057B1
    • 2013-10-29
    • KR1020120118615
    • 2012-10-24
    • 설재숙이재화
    • 설재숙김윤옥이재화
    • E04C5/07E04G23/02
    • PURPOSE: A reinforcing member for a concrete structure using multi-insulation polymer fibers and environmentally friendly fireproof mortar and a construction method thereof are provided to prevent safety accidents such as electric shock using a reinforcing mesh of an insulating material when being constructed on the concrete structure where power cables are installed. CONSTITUTION: A reinforcing member (1) for a concrete structure using multi-insulation polymer fibers and environmentally friendly fireproof mortar comprises a lattice reinforcing mesh (100), clamps (200), and fixing pins (300). The reinforcing mesh comprises multiple main wires and multiple sub wires. The main wires are horizontally arranged at regular intervals. The sub wires are arranged in parallel at a right angle to the main wires. The main and sub wires comprise a core portion and a coating portion. The core portion is manufactured of multiple polymer fibers. The coating part is coated on the outer surface of the core part. The clamps are installed in the upper part of the reinforcing mesh and fix the reinforcing mesh to the concrete structure. The fixing pins are inserted in the concrete structure through the clamps.
    • 目的:提供一种使用多层绝缘聚合物纤维和环保型防火砂浆的混凝土结构的加强构件及其施工方法,以在构造在混凝土结构体上时,使用绝缘材料的增强网来防止诸如电击的安全事故 安装电源线。 构成:使用多层绝缘聚合物纤维和环保型防火砂浆的混凝土结构用加强构件(1)包括网格加强网(100),夹具(200)和固定销(300)。 加强网包括多条主线和多条子线。 主导线以规则的间隔水平布置。 副电线与主电线成直角配置。 主电线和次电线包括芯部分和涂覆部分。 芯部分由多根聚合物纤维制成。 涂层部分涂覆在芯部分的外表面上。 夹具安装在加强网的上部,并将加强网固定在混凝土结构上。 固定销通过夹具插入混凝土结构。
    • 29. 发明公开
    • 숙성 뚱딴지를 함유하는 양갱의 제조방법
    • 成熟的JERUSALEM ARTICHOKE JELLY及其制造方法
    • KR1020130090145A
    • 2013-08-13
    • KR1020120011254
    • 2012-02-03
    • 이재화
    • 이재화
    • A23G3/48A23L29/256
    • A23G3/48A23G2200/14
    • PURPOSE: A production method of sweetened jelly using aged Helianthus tuberosus is provided to offer blood sugar control, diabetes prevention, and weight loss functions by having low calories and sweetness. CONSTITUTION: Washed Helianthus tuberosus is dried at 50-70°C for 24-26 hours. The dried Helianthus tuberosus is aged at 90-98°C for 3-4 hours. The aged Helianthus tuberosus is dried at 55-80°C for 30-40 hours, and pulverized to obtain aged Helianthus tuberosus powder. 100 parts by weight of agar is mixed with 3,500-4,000 parts by weight of water, and the mixture is heated and concentrated at 90-150°C to obtain a 3-10%(w/w) agar solution. 35-55wt% of aged Helianthus tuberosus powder and 10-20wt% of 3-10%(w/w) agar solution are mixed and heated, and 15-25wt% of sugar and 5-20wt% of starch syrup are added to the mixture when the reaction temperature is at 90-150°C. The mixture is cooled and coagulated. [Reference numerals] (AA) (first step) producing aged Helianthus tuberosus powder; (BB) (second step) producing 3-10% agar solution by mixing 100 parts by weight of agar and 3,500-4,000 parts by weight of water, heating the mixture at 90-150°C, and concentrating; (CC) (third step) mixing 35-55 wt% of aged Helianthus tuberosus powder from the first step and 10-20 wt% of 3-10%(w/w) agar solution from the second step before heating, and adding 15-25 wt% of sugar and 5-20 wt% of starch syrup into the mixture when the reaction temperature is 90-150°C; (DD) (fourth step) cooling and coagulating the mixture from the third step
    • 目的:提供使用老年向日葵的甜味果冻的生产方法,通过低热量和甜度提供血糖控制,糖尿病预防和减肥功能。 构成:将洗涤的向日葵在50-70℃下干燥24-26小时。 干燥的向日葵在90-98℃下老化3-4小时。 将老年向日葵在55-80℃下干燥30-40小时,粉碎,得到老化的向日葵向日葵粉。 将100重量份的琼脂与3,500-4,000重量份的水混合,将混合物加热并在90-150℃下浓缩,得到3-10%(w / w)琼脂溶液。 将35-55wt%的老年向日葵粉和10-20wt%的3-10%(w / w)琼脂溶液混合并加热,并将15-25wt%的糖和5-20wt%的淀粉糖浆加入到 当反应温度为90-150℃时。 将混合物冷却并凝结。 (AA)(第一步)生产老化向日葵粉末; (BB)(第​​二步),通过混合100重量份琼脂和3,500-4,000重量份水制备3-10%琼脂溶液,在90-150℃加热混合物,并浓缩; (CC)(第三步)在加热前将来自第一步的35-55重量%的老化向日葵粉末和第二步的10-20重量%3-10%(w / w)琼脂溶液混合,并加入15 当反应温度为90-150℃时,-25wt%的糖和5-20wt%的淀粉糖浆加入到混合物中; (DD)(第四步骤)从第三步冷却和凝结混合物