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    • 1. 发明授权
    • 장갑 코팅기
    • 手套涂布机
    • KR101565783B1
    • 2015-11-04
    • KR1020140065472
    • 2014-05-29
    • 주식회사 에펠산업재단법인 한국섬유기계융합연구원
    • 박기홍박시우조순옥이재원
    • A41D19/04
    • A41D19/04A41D19/00
    • 장갑코팅기에관한것으로, 상부와하부일측에건조부가마련되고, 하부타측에코팅부가마련되는프레임; 상기건조체인및 코팅체인에착탈가능하게설치되고, 작업대상물인장갑이장착되는장갑장착모듈; 상기프레임의건조부의내부전방과내부후방에설치되고, 시계방향으로순환되는건조체인; 상기프레임의코팅부의내부전방과내부후방에설치되고, 시계반대방향으로순환되는코팅체인; 상기프레임의코팅부에설치되고, 장갑코팅액이충전되는코팅조; 상기코팅조의하부에설치되고, 상기코팅조를승강시키는코팅실린더; 상기프레임의코팅체인의선단부위전방과후방, 후단부위전방과후방에각각설치되고, 건조체인에적재된장갑장착모듈을코팅체인에적재하거나코팅체인에적재된장갑장착모듈을건조체인에적재하는적재실린더;를포함하는기술구성을통하여보다다양한형태의장갑을코팅할수 있게되고, 건조에너지를크게절감할수 있게되며, 코팅장갑의생산성향상과원가절감을도모할수 있게되는것이다.
    • 手套涂覆装置技术领域本发明涉及一种手套涂敷装置,其特征在于,具有:在上下一侧具有干燥单元的框架,在下部的另一侧具有涂布单元; 一个手套安装模块,安装在与干链和涂层链连接并分离并且安装有作为工件的手套; 干链安装在框架的干燥单元的前后内侧并能顺时针旋转; 安装在框架的涂层单元前后的涂层链,并能够逆时针旋转; 一个涂装槽,安装在框架的涂层单元上并充满手套涂层液体; 涂装滚筒,安装在涂料罐的下部,能够提升涂料罐; 以及分别安装在框架的涂层链的端部的前部和后部以及后端部的前部和后部的装载筒,并且能够将装载到干燥链的手套安装模块装载到涂布链或 能够将装载到涂层链上的手套安装模块装载到干链上。 因此,可以涂覆各种手套,显着降低干燥能量,提高生产率并降低制造成本。
    • 2. 发明授权
    • 에너지 절감형 대용량 산업용 건조기의 건조시스템
    • 大容量工业干燥机干燥系统节能
    • KR101312398B1
    • 2013-09-27
    • KR1020120058553
    • 2012-05-31
    • 재단법인 한국섬유기계융합연구원주식회사 에펠산업
    • 조경철박시우박대규전두환박기홍
    • D06F58/10D06B15/02D06B15/10
    • D06F58/10D06B15/10D06F58/08D06F58/26D06F58/28
    • PURPOSE: A drying system of a large capacity industrial drier for energy saving is provided to minimize energy consumption by introducing outdoor air after preheating the outdoor air using the waste heat of hot air exhausted to the outside. CONSTITUTION: A drying system of a large capacity industrial drier for energy saving comprises a waste heat exchange device (70), a circulation guide pipe (30), and a basket (10). An exhaust pipe (45) and an intake pipe (47) are installed in an outlet of a discharge pipe (42). The waste heat exchange device is installed in the exhaust pipe and the intake pipe. The heat exchange device heat-exchanges the heat of humid hot air exhausted through the exhaust pipe. Outdoor air introduced through the intake pipe is preheated by the waste heat exchange device and then is introduced into the circulation guide pipe. A front guide ring and a rear guide ring having a guide groove are installed in both ends of the basket. Guide rollers are installed in both sides of the front and rear guide rings to rotate the basket without additional rotary shaft. A basket rotating gear is arranged in the guide groove of the front guide ring to engage with a driving gear. The driving gear is rotated by a driving motor.
    • 目的:提供一种用于节能的大容量工业干燥机的干燥系统,以便通过使用排出到外部的热空气的余热将室外空气预热后引入室外空气来最小化能量消耗。 构成:用于节能的大容量工业干燥器的干燥系统包括废热交换装置(70),循环引导管(30)和篮子(10)。 排气管(45)和进气管(47)安装在排放管(42)的出口处。 废热交换装置安装在排气管和进气管中。 热交换装置热交换通过排气管排出的潮湿热空气的热量。 通过进气管引入的室外空气由废热交换装置预热,然后被引入循环导管。 具有引导槽的前引导环和后引导环安装在筐的两端。 导向滚轮安装在前后导向环的两侧,以转动篮子而不需要额外的旋转轴。 在前引导环的引导槽中布置有篮式旋转齿轮以与驱动齿轮接合。 驱动齿轮由驱动电机旋转。
    • 3. 发明授权
    • 장갑 코팅기의 장갑장착모듈 회전장치
    • GLOVE模块旋转涂装机
    • KR101563503B1
    • 2015-10-27
    • KR1020140065467
    • 2014-05-29
    • 주식회사 에펠산업재단법인 한국섬유기계융합연구원
    • 박기홍박시우조순옥이재원
    • A41D19/04
    • A41D19/04A41D19/00
    • 장갑코팅기의장갑장착모듈회전장치에관한것으로, 이송체인및 회전모터, 이송실린더, 받침실린더을지지하는프레임; 작업대상물인장갑을장착되고, 이송체인에착탈가능하게설치되는장갑장착모듈; 상기프레임의내부전방과내부후방에설치되고, 상기장갑장착모듈을이송하는이송체인; 이송실린더의상부에설치되고, 이송체인을통해이송된장갑장착모듈을회전시키는회전모터; 상기프레임에고정설치되는접속브라켓트의상부에설치되고, 상기회전모터를전후방향으로이송시키는이송실린더; 상기프레임의장갑장착모듈주행경로하부에설치되는받침실린더;를포함하는기술구성을통하여회전위치에서정지한장갑장착모듈에회전모터의회전축을접속하여안정적으로장갑장착모듈을설정각도로회전시킬수 있게되는것이다.
    • 本发明涉及一种用于旋转手套涂布机的手套安装模块的装置,其包括:支撑传送链的框架,旋转马达,传送滚筒和支撑筒; 可拆卸地安装在传送链上的手套安装模块,其上安装有工件或手套; 传送链安装在框架的前后内侧以转移手套安装模块; 旋转电机安装在传送滚筒的上部,以旋转由传送链传送的手套安装模块; 传动滚筒安装在连接支架的上部,安装并固定在框架上来回移动旋转马达; 以及安装在框架上的手套安装模块的行进路径下方的支撑筒,其中旋转马达的旋转轴连接到手套安装模块,该手套安装模块停止在旋转位置处,以将预期角度稳定地旋转手套安装模块。
    • 4. 发明授权
    • 히터파이프를 이용한 산업용 건조기의 에너지 절감장치
    • 热管工业干燥器节能装置
    • KR101312399B1
    • 2013-09-27
    • KR1020120058554
    • 2012-05-31
    • 재단법인 한국섬유기계융합연구원주식회사 에펠산업
    • 조경철박시우박대규전두환박기홍
    • D06F58/10D06F58/02D06B15/10
    • D06F58/10D06B15/10D06F58/02D06F58/08D06F58/26D06F58/28
    • PURPOSE: An energy saving device of an industrial drier using heat pipes is provided to effectively heat-exchange hot air exhausted to the outside using the heat pipes as a heat exchange unit. CONSTITUTION: In an energy saving device of an industrial drier using heat pipes (71), an exhaust pipe (45) with an exhaust port and an intake pipe (47) with an intake port (46) are formed in an outlet of a discharge pipe (42) and are divided by a support plate (72). A barrier (77) is installed inside the intake pipe to divide an intake air preheating passage (74) and an intake passage (75). The heat pipes are installed in one side of the exhaust pipe and are positioned in the intake air preheating passage by penetrating the support plate. Accordingly, the heat pipes are heated by the heat of hot air exhausted to the outside through the exhaust pipe. Outdoor air introduced into the intake air preheating passage through the intake pipe is introduced into a circulation guide pipe (30) after being preheated by the heat pipes.
    • 目的:提供使用热管的工业干燥器的节能装置,以热管作为热交换单元,有效地对排出到外部的热空气进行热交换。 构成:在使用热管(71)的工业用干燥器的节能装置中,具有排气口的排气管(45)和具有进气口(46)的进气管(47)形成在排出口 管(42)并由支撑板(72)分开。 进气管内设有隔板(77),以分隔进气预热通道(74)和进气通道(75)。 热管安装在排气管的一侧,并通过穿透支撑板而定位在进气预热通道中。 因此,热管通过排气管排出到外部的热空气的热量被加热。 通过进气管引入进气预热通道的室外空气在被热管预热之后被引入循环引导管(30)。
    • 5. 发明授权
    • 상하부건조실의 열풍온도가 조정될 수 있게 구성한 섬유가공기의 건조장치
    • 干燥机控制温度的纺织机械干燥机
    • KR101362385B1
    • 2014-02-12
    • KR1020130004347
    • 2013-01-15
    • 재단법인 한국섬유기계융합연구원주식회사 미광기계
    • 박대규박시우조경철이호준도규회사공표
    • D06C3/00D06B15/09D06B23/02B65H18/08
    • D06C3/00B65H18/08D06B15/09D06B23/02
    • The present invention provides a dryer provided in a drying unit of a fabric finishing machine such as a tenter machine or a coating machine, wherein conditions of temperatures and air volume of hot air sprayed on the surface of an object to be dried passing through the drying unit differ from those sprayed on the rear side thereof, so as to be dried in a drying condition suitable to physical properties of functional material treated on the object to be dried, and thereby, allowing optimal functional effects to be expected. As a means to achieve the purpose, in the dryer provided in a drying unit of a fabric finishing machine, the present invention divides the drying unit into a upper drying room and a lower drying room on the basis of fabric, that is, the object to be dried, wherein a separate hot air spraying duct is installed in the upper and lower drying rooms, and an air fan, a heat exchanger, and a heater are respectively installed in the separate hot air spraying duct of the upper and lower drying rooms, and thereby, dying the object to be dried by differentiating a temperature condition of the drying hot air supplied to the hot air spraying duct of the upper and lower drying rooms. In addition, by separating the upper and lower drying rooms by being provided with a variable separation plate on both ends of a pin rail, that is a transfer rail, for gripping and transferring the object to be dried, the present invention can facilitate the setup of the hot air temperature.
    • 本发明提供一种设置在诸如拉幅机或涂布机之类的织物整理机的干燥单元中的干燥器,其中喷射在待干燥物体通过干燥的表面上的热空气的温度和空气体积条件 单元不同于在其后侧喷洒的那些,以便在适于在待干燥物体上处理的功能材料的物理性能的干燥条件下干燥,从而能够期待最佳的功能效果。 作为实现该目的的手段,在设置在织物整理机的干燥装置中的干燥机中,本发明基于织物将干燥装置分为上干燥室和下干燥室,也就是对象 要干燥,其中在上下干燥室中安装有单独的热空气喷射管道,并且将空气风扇,热交换器和加热器分别安装在上下干燥室的单独的热空气喷射管道中 从而通过区分供应到上下干燥室的热风喷射管的干燥热风的温度条件来染色要干燥的物体。 此外,通过在作为传送轨道的销轨的两端设置可变分离板来分离上下干燥室,用于夹持和转移待干燥物体,本发明可以方便设置 的热风温度。
    • 6. 发明授权
    • 염액분리장치가 설치된 액류염색기
    • 带染色液体分离器的染色机
    • KR101265985B1
    • 2013-05-22
    • KR1020110113143
    • 2011-11-02
    • 재단법인 한국섬유기계융합연구원유혁
    • 유혁조경철박시우박대규전두환
    • D06B3/30D06B3/20
    • 본발명은분사노즐로부터분사된염액이원단과함께액류관을통하여이송하면서염색조후단부에서염색조내부로유입되는과정에서원단과함께염액의일부만염색조내의내부바스켓으로유입되고, 나머지상당량의염액은내부바스켓으로유입되지않고, 염색조바닥에낙하, 회수관을통하여순환펌프로공급되게함으로써, 분사노즐로공급되는염액의원활한이송이이루어질수 있게하고, 또한내부바스켓으로유입되는염액의량을줄여원단에가해지는염액의저항을줄일수 있게하여염색조내에유입되는원단의엉킴현상없이지그재그로가지런히정열될수 있게함으로서, 저욕비염색으로용수, 에너지및 폐수의절감은물론, 니트류나스판직물등과같은신축성피염물의경우에도저장력상태에서원활한염색이이루어질수 있게한 것이다. 상기과제를해결하기위한수단으로서본 발명은염색조내에채워진염액이분사노즐을통하여액류관으로분사되면서원단과함께이송되고, 액류관으로이송된염액과원단은염색조후단부에서염색조내로유입되게한 액류염색기를구성함에있어서, 액류관과염색조가연결되는염색조후단부에슬릿형의염액분리구를설치하여염색조내부로유입되는염액의일부를분리, 순환펌프로공급되게하고, 나머지일부만원단과함께염색조내의내부바스켓으로공급되게한 것이다.
    • 7. 发明公开
    • 염액분리장치가 설치된 액류염색기
    • 带染色液体分离器的染色机
    • KR1020130048342A
    • 2013-05-10
    • KR1020110113143
    • 2011-11-02
    • 재단법인 한국섬유기계융합연구원유혁
    • 유혁조경철박시우박대규전두환
    • D06B3/30D06B3/20
    • D06B3/20D06B1/02
    • PURPOSE: A jet dyeing machine which is installed with a dyeing solution separation device is provided to reduce dyeing solution resistance against a fabric material by reducing the amount of a dyeing solution which flows in an inner basket, and to arrange the fabric material, which comes into a dyeing bath, neatly in a zigzag shape without entanglement. CONSTITUTION: A jet dyeing machine which is installed with a dyeing solution separation device comprises an injection nozzle(30), an inner basket(80), a dyeing solution pipe(50), and a dyeing bath(20). A dyeing solution separating hole(70) in which a dyeing solution discharge unit is formed is installed on a connection part where the dyeing solution pipe and the dyeing bath are connected to each other. The dyeing solution pipe is connected to the fore-end part of the dyeing solution separating hole. The rear end part of the dyeing solution separating hole is connected to the inner basket which is placed inside the dyeing bath, where a part of a dyeing solution which flows into the dyeing bath does not flow into the inner basket, but separately flows through the dyeing solution discharge unit to the outside of the dyeing solution separation hole, and falls onto the bottom(23) in the dyeing bath.
    • 目的:提供一种装有染色液分离装置的喷射染色机,通过减少在内篮中流动的染色液的量,减少对织物材料的耐溶染性,并布置出来的织物材料 成为一个染色浴,整齐地以锯齿形,无缠结。 构成:安装有染色液分离装置的喷射染色机包括喷嘴(30),内筒(80),染液管(50)和染浴(20)。 在染色溶液管和染色浴连接的连接部上安装有形成有染色液排出单元的染色溶液分离孔(70)。 染色溶液管连接到染色液分离孔的前端部分。 染色溶液分离孔的后端部分连接到放置在染浴中的内部篮子,其中流入染浴的染色溶液的一部分不会流入内部篮子,而是分别流过 染色液排出单元到染色溶液分离孔的外侧,并落在染浴中的底部(23)上。
    • 10. 发明公开
    • 저액비 액류 염색기용 노즐
    • 低液价染色机用喷嘴
    • KR1020130124608A
    • 2013-11-15
    • KR1020120047820
    • 2012-05-07
    • 재단법인 한국섬유기계융합연구원이성규
    • 박시우조경철조순옥박대규전두환이성규이성건김병수
    • D06B3/28D06B3/00
    • D06B3/28
    • A nozzle for a low-liquid-ratio dyeing machine according to the present invention is composed to prevent the circulation of liquid dye and to prevent the twist of a fabric by composing a plurality of penetrating holes at regular intervals on the upper fixed body composed in the upper region of a nozzle box and by ideally adjusting the intervals of discharge holes formed between upper and lower nozzles in the process of selectively inserting interval-adjusting rings with various thicknesses between the upper and lower nozzles while having a nozzle part composed to be assembled by fastening and fixing the upper nozzle and the lower nozzle with fastening bolts after placing the upper and lower nozzles on the upper fixed body, and is composed to prevent the defect of a fabric and to minimize the circulation of dye liquid being introduced in the process of installing a confining plate in the nozzle box by composing long the discharge holes between an inner slope surface composed long in the lower nozzle and an outer slope surface composed long in the upper nozzle, by improving fabric transfer strength in the process of improving the spraying strength of water sprayed through the discharge holes, and by preventing the end parts of foreign matters from extruding into the nozzles. By the composition above, the nozzle for a low-liquid-ratio dyeing machine according to the present invention can prevent the twist and tangle of a fabric induced by the eddy of liquid dye and can make the dyeing status of the fabric uniform because the nozzle can be easily assembled and central points can be easily matched when the upper nozzle and the lower nozzle are assembled.
    • 根据本发明的用于低液体比率染色机的喷嘴被构成为防止液体染料的循环,并且通过在上部固定体上组成多个穿孔以规则的间隔来防止织物的扭曲 在喷嘴箱的上部区域中,并且通过理想地调节在上部和下部喷嘴之间形成的排放孔的间隔,在具有组装成组装的喷嘴部分的同时,在上下喷嘴之间选择性地插入各种厚度的间隔调节环 通过在将上下喷嘴放置在上固定体上之后通过紧固螺栓紧固并固定上喷嘴和下喷嘴,并且其特征在于防止织物的缺陷并使在该过程中引入的染料液体的循环最小化 通过在长边形成的内倾斜面之间构成较长的排出孔,将限制板安装在喷嘴箱中 通过提高通过排出孔喷射的水的喷射强度,并且防止异物的端部挤压到喷嘴中的过程中的织物传递强度提高,在上喷嘴中形成较长的下喷嘴和外倾斜面。 通过上述组成,本发明的低液体比率染色机用喷嘴可以防止液体染料涡流引起的织物的扭曲和缠结,并且能够使织物的染色状态均匀,因为喷嘴 可以容易地组装,并且当上喷嘴和下喷嘴组装时,中心点可以容易地匹配。