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
    • 1. 发明公开
    • 수공발파용 자립에어튜브
    • 自支撑空气管在水孔喷砂
    • KR1020120066403A
    • 2012-06-22
    • KR1020100127734
    • 2010-12-14
    • 동아대학교 산학협력단
    • 강대우이신
    • F42D3/04F42D1/08
    • F42D5/045E21B7/1245F42D1/00F42D1/08F42D3/04
    • PURPOSE: A self-standing air tube for water hole blasting is provided to allow a user to check the amount of weight balances accommodated in a pocket of a weight pocket part through a plurality of holes formed in the pocket. CONSTITUTION: A self-standing air tube for water hole blasting comprises an air pocket part(10) and a weight pocket part(20). The air pocket part includes an air bag, a rim(13), and an air injection port(15). The rim is formed on the outer circumference of the air bag, where a pair of sheets are fused to close the air bag. The air injection port is formed on one side of the rim and connected to the air bag. The weight pocket part includes a pocket which is perforated and provides a space for accommodating weight balances to control specific gravity.
    • 目的:提供一种用于水孔喷砂的自立式空气管,用于通过形成在口袋中的多个孔来检查容纳在重物袋部分的口袋中的重量平衡量。 构成:用于水孔喷砂的自立式空气管包括气穴部分(10)和重量袋部分(20)。 气囊部分包括气囊,轮辋(13)和空气喷射口(15)。 轮辋形成在气囊的外圆周上,其中一对片被熔合以关闭气囊。 空气注入口形成在边缘的一侧并连接到气囊。 重量袋部分包括穿孔的袋,并且提供用于容纳重量平衡以控制比重的空间。
    • 2. 发明授权
    • Water hole an-fo apply blasting method and device
    • 水孔AN-FO应用喷砂方法和装置
    • KR101187299B1
    • 2012-10-08
    • KR20120084252
    • 2012-08-01
    • CHUNJIK2 ENGINEERING CO LTD
    • GO HYEON GILLIM HYENG CHAN
    • F42D1/08F42D3/04
    • F42D1/08E21B7/1245F04F1/20F42D3/04
    • PURPOSE: A blasting method employing AN-FO(Ammonium Nitrate Fuel Oil) explosives in a water hole and a device for charging AN-FO explosives in a water hole are provided to easily charge AN-FO explosives by inserting foaming tissue in the residual water to form a separating membrane. CONSTITUTION: A blasting method employing AN-FO explosives in a water hole comprises the steps of: removing the water flowing in a slot(10) during drilling first using an air compressor or vacuum pump, inserting foaming tissue(30) in the residual water(20) remaining in the slot so that a separating membrane is formed by the expansion of the foaming tissue, inserting priming explosives(40) to the top of the foaming tissue, charging AN-FO explosives(50) to the top of the priming explosives, tamping a material(60) at the top of the AN-FO explosives, and blasting the explosives.
    • 目的:在水孔中使用AN-FO(硝酸铵燃料油)爆炸物的爆破方法和用于在水孔中充入AN-FO爆炸物的装置,以便通过将残留水中的发泡组织插入来容易地对AN-FO炸药进行充电 以形成分离膜。 构成:在水孔中使用AN-FO爆炸物的喷砂方法包括以下步骤:首先使用空气压缩机或真空泵去除在槽(10)中流动的水,将发泡组织(30)插入残余水中 (20)保留在槽中,使得通过发泡组织的膨胀形成分离膜,将起泡炸药(40)插入发泡组织的顶部,将AN-FO炸药(50)装入灌注顶部 在AN-FO爆炸物顶部捣毁一种材料(60),并爆炸炸药。
    • 3. 发明授权
    • 수중 발파용 구조체 및 이를 이용한 수중 발파 방법
    • 用于水下喷砂和喷砂方法的结构
    • KR101319736B1
    • 2013-10-17
    • KR1020130098417
    • 2013-08-20
    • 김영근우주식
    • 김영근우주식
    • F42D3/04F42D1/00
    • E21B7/1245F42D1/00F42D3/04
    • PURPOSE: An underwater blasting structure and an underwater blasting method using the same are provided to accurately and safely load explosives in holes bored on bedrocks and to prevent the explosives from being remained due to dead pressure. CONSTITUTION: An underwater blasting structure comprises a pipe body (10), upper and lower caps (20A,20B), a loading part (30), and a tamping part (40). The top and the bottom of the pipe body are opened. The upper and lower caps seal the pipe body. The loading part is inserted in the lower part of the pipe body and receives explosives. The tamping part is loaded in the upper part of the pipe body to cover the loading part. Multiple leaf springs (S) are installed on the outer circumference of the lower cap. A sleeve is installed in the outside of the leaf springs.
    • 目的:提供一种水下爆破结构和使用其的水下爆破方法,以准确,安全地将爆炸物装载在基岩钻孔中,防止爆炸物因死压而残留。 构成:水下喷砂结构包括管体(10),上下盖(20A,20B),装载部分(30)和捣固部分(40)。 管体的顶部和底部打开。 上盖和下盖密封管体。 装载部分插入管体的下部并接收炸药。 捣固部分装载在管体的上部,以覆盖装载部分。 多个板簧(S)安装在下盖的外圆周上。 套管安装在板簧的外侧。
    • 4. 发明公开
    • 발파수공 또는 건공의 장약층 내부에 매장되는 충전관체를 이용한 암반 발파방법
    • 使用嵌入在爆破层中的管道的摇头喷砂方法
    • KR1020150056706A
    • 2015-05-27
    • KR1020130139080
    • 2013-11-15
    • 주식회사 블라스텍 코리아
    • 강태규
    • F42D1/08F42D3/04
    • F42D3/04E21B7/1245F42D1/08
    • 본발명은발파시 건공과수공에관체를수중에매장(埋藏)하여발파하는방법으로 ANFO폭약또는겔(gel)상태의벌크(bulk)폭약내부에있는물에관체가변형되지아니하고, 특히수중에잘 가라앉을수 있는파이프형상의관체를수중에매장(埋藏)하여발파하는장약층내부에매장되는어떤물질로충전(充塡)된관체를이용한암반발파방법에관한것으로서, 절취하고자하는암반상에소정깊이및 소정배열로천공구멍들을천공하는단계와; 상기천공된구멍들내에각각기폭약및 뇌관과폭약들을장전하되, 천공경보다작은직경으로형성되며그 내부에소정크기의폭약과분리되는갖는충전관체를적어도 1개이상공내로삽입시킨후, 공내에삽입된충전관체의외측을폭약으로감싸충전관체가장약층내부에매장되도록충전관체와폭약을순차적으로장전하여장약공을형성하는단계와; 상기장약공내에장전된폭약의상측에전색물로전색시키는전색단계와; 발파기로뇌관을기폭시켜장약공내의기폭약및 폭약들을폭발시키는기폭단계;로이루어져서, 상기폭약내에매장된충전관체의체적만큼폭약의장전길이가상부자유면쪽으로연장되어폭발시자유면쪽의암반투사면적을증가시켜주고, 또한전압력을크게증가시켜암반파괴시전석의발생을줄여주며, 또한폭약의사용량을감소시켜줄 수있다.
    • 本发明涉及一种通过将管嵌入水下的水孔和干燥孔中来喷砂的方法。 使用埋藏在电荷层中的一些物质的管道爆破岩石的方法是通过在水中埋入管道来爆炸岩石,其中管道不会被ANFO爆炸物或凝胶状散装爆炸物中的水变化,并且很好地凹陷 水。 使用管道爆破岩石的方法包括:在预定行预定深度切割的岩石上钻孔的步骤; 在初始爆炸物,雷管和爆炸物充满爆炸物之后,通过围绕插入孔中的带电管的外表面与爆炸物相邻地埋设炸药,连续装载充电管和炸药以形成充电孔的步骤 在钻孔中,与预定尺寸的炸药分离的直径小于钻孔的带电管被插入一个或多个孔中; 在充电孔中的爆炸物的顶部上夯实引脚材料的捣固步骤; 以及通过用爆破机启动雷管来引爆充电孔中的初始炸药和爆炸物的爆炸步骤。 本发明可以通过将爆炸物的充电长度延伸到上游自由表面,同时与嵌入爆炸物中的带电管的体积一样多,从而增加爆炸中自由表面上的岩石的投影面积; 并且可以减少石块的破坏,并可以通过高度增加全压来减少使用的炸药的数量。