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    • 7. 发明公开
    • 프레스 가공용 블랭크 시트의 세척설비
    • 洗衣机洗衣机用于新闻制造
    • KR1020150076311A
    • 2015-07-07
    • KR1020130163721
    • 2013-12-26
    • (주)삼텍엔지니어링
    • 이석근
    • B21J1/02C23G3/00
    • B21J1/02C23G3/00
    • 본발명은블랭크시트(Blank sheet)의프레스가공처리설비에서전처리과정인세척설비에관한것으로, 더욱상세하게는세척설비설치시피트(Pit) 없이설비바닥라인에직접설치하여설비의설치단순화와작동의단순화로제조단가를낮출수 있는프레스가공용블랭크시트의세척설비에관한것이다. 이를위해본 발명은강판인블랭크시트를프레스설비로투입하긴전 깨끗하게세척하기위한전처리공정에서세척수공급용세척프레임이블랭크시트의이송라인에맞추어업다운구동부에의해승하강되어지는프레스가공용블랭크시트의세척설비에있어서, 상기세척프레임(1)의상부세척프레임(1a)은둘레고정장착된연결브라켓트(2)에설치되는업다운구동부(3)의승하강용스크류잭(4)에연결되고, 상기세척프레임(1)의상하부세척프레임(1a,1b)들은바닥(5)의지지대(6)에설치된여러개의수직가이드축(7)을따라상하부로구획되어설치되되, 상기상부세척프레임(1a)과하부세척프레임(1b)은로타리클램프(8)에의해일체로연결되는잠금상태내지는분리되는개방상태로되어있다.
    • 本发明涉及一种用于坯料的冲压加工设备中的预处理工艺的洗涤单元,更具体地,涉及直接安装在没有凹坑的设施的底线上的用于冲压加工的坯料的清洗单元 在洗涤单元的安装期间,通过简化洗涤单元的安装并简化其操作来降低生产成本。 为此,本发明提供了一种用于冲压加工的坯料的洗涤单元,其中用于供应洗涤水的洗涤框架通过上下驱动部分根据坯料的传送线在一个 在进入压机设备之前,将钢板坯料清洁干净的预处理工艺。 洗衣架(1)的上洗涤架(1a)连接到螺钉千斤顶(4)上,用于升降安装在固定和安装在其上的连接支架(2)上的上下驱动部分(3) 圆周。 洗衣架(1)的上下洗涤架(1a,1b)安装成沿着安装在底部(5)的支撑件(6)上的多个垂直引导轴线(7)分隔成上部和下部。 上部洗涤框架(1a)和下部洗涤框架(1b)处于通过旋转夹具(8)整体连接或处于断开状态的锁定状态。
    • 8. 发明授权
    • 정밀부품의 이물질 및 스케일 자동제거장치
    • 用于自动移除精密零件上的二氧化碳物质和比例的装置
    • KR101408286B1
    • 2014-06-17
    • KR1020130033439
    • 2013-03-28
    • 한국기초과학지원연구원
    • 김우강김건희
    • B21B45/02C23G5/04C23G3/00
    • B21B45/06
    • The present invention relates to an apparatus for automatically removing alien substances and scale from precision parts. The apparatus includes a housing; a first transfer unit transferring a produced precision part which is laid thereon; a washing unit removing the alien substances attached to the surface while rotating the precision part transferred by the first transfer unit; a drying unit removing water from the surface after the precision part is washed by the washing unit; a second transfer unit transferring the precision part from which the alien substances and the water are removed; a scale removing unit removing the scale attached to the surface while rotating the precision part transferred by the second transfer unit; a third transfer unit transferring the precision part, from which the scale is removed by the scale removing unit, to be discharged; an unloading unit unloading the precision part transferred by the third transfer unit; and a control unit controlling the operations of the above units.
    • 本发明涉及一种用于自动去除外来物质并从精密零件上进行刻度的装置。 该装置包括壳体; 第一转印单元,其转印被放置在其上的精制零件; 洗涤单元,在旋转由第一传送单元传送的精密部件的同时去除附着在表面上的外来物质; 干燥单元,在清洗单元清洗精密部件之后,从表面去除水分; 第二转印单元,其转移除去外来物质和水的精密部分; 除垢单元,在旋转由第二转印单元传送的精密部件的同时,去除附着在表面上的刻度; 第三传送单元,其传送由刻度去除单元从其去除的刻度的精密部件以被排出; 卸载由第三传送单元传送的精密部件的卸载单元; 以及控制单元的操作的控制单元。
    • 10. 发明授权
    • 세척수 재순환 방식의 전극 세척 장치
    • 洗涤水循环型电极清洗设备
    • KR101399320B1
    • 2014-05-27
    • KR1020120132396
    • 2012-11-21
    • 한국지질자원연구원
    • 조수영하규철이길용윤윤열
    • C23G5/04C23G1/36C23G3/00
    • C23G3/00B08B3/04C23G1/24C23G1/36
    • The present invention relates to an electrode washing device of a washing water recirculation type and, more specifically, to an electrode washing device for preventing oxidation of an electrode by washing the electrode, whose the surface is changed to a strong alkali state, quickly by an electrolysis process such as tritium concentrated by an electrolytic concentration method, etc. According to the present invention, a washing process of an electrode is divided into steps, and washing water is used by recirculating the washing water used in each step, so the amount of the washing water used can be minimized. Moreover, the present invention has an effect for manufacturing, using, and maintaining the device easily by simplifying the structure of the device while performing a washing process of an electrode smoothly. Therefore, the reliability and competitiveness of the device can be improved in a similar or related field, such as the washing field of an electrode used in electrolysis, the various fields using the electrolysis, the analysis field of a sample through the electrolysis, etc.
    • 本发明涉及一种洗涤水再循环型电极清洗装置,更具体地说,涉及一种电极清洗装置,用于通过将其表面变为强碱性的电极,通过将电极进行清洗 通过电解浓缩法浓缩氚的电解过程等。根据本发明,电极的洗涤过程分为步骤,并且通过循环使用每个步骤中使用的洗涤水来使用洗涤水, 所使用的洗涤水可以最小化。 此外,本发明通过简化电极的结构,同时顺利进行电极的清洗处理,可以容易地制造,使用和维持器件。 因此,可以在类似或相关领域中改进设备的可靠性和竞争力,例如电解中使用的电极的洗涤场,使用电解的各种领域,通过电解的样品的分析场等。