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    • 1. 发明公开
    • 원형직물을 심재로 사용한 튜브형 부직포 및 그 제조방법
    • 管型非纺织布和使用环形纺织品作为心脏的制造方法
    • KR1020150124192A
    • 2015-11-05
    • KR1020140050697
    • 2014-04-28
    • 김점석
    • 김점석
    • D04H1/76D04H1/46
    • D04H1/76D04H1/4234D04H1/4242D04H1/4266D04H1/46D04H13/00
    • 본발명은부직포벨트나관체형구조물의수리와보강을위하여튜브형부직포로서, 원주방향으로내구성이증강될수 있도록하려는것이며, 상기목적을달성하기위한본 발명은튜브형부직포를구성하는심재는원형직물로구성되고, 상기원형직물을구성하는경사는모노필라멘트사, 위사는폴리필라멘트사로구성되되, 상기원형직물을구성하는경사들사이에공급된위사들은계속적으로연결되어직조되며, 상기와같이구성된원형직물을심재로사용하고상기원형직물과합성섬유나천연섬유의재질로만들어진단섬유(카본,화이바,스틸화이바,천연화이바등)를니들펀칭공정에의해서합포하여구성된것이며, 본발명에의하면, 튜브형부직포의심재가되는원형직물을구성하는위사가한가닥씩공급되어직조되는것이아니고, 계속적으로연결되어있기때문에이음부가없어지는결과로생산성및 내구성이향상된원형직물을제공하는효과가있으며, 상기와같은원형직물을심재로사용하는튜브형부직포는이음매없기때문에튜브형부직포로구성된부직포벨트의내구성이증강시키는효과와, 배관공사시부실공사의원인을해결하는효과가기대되는매우유익한발명이다.
    • 本发明涉及一种用于修补和增强无纺布带和管式结构的管式非织造织物,其中可以在圆周方向上提高耐久性。 为了达到上述目的,根据本发明,构成管型无纺布的芯材由圆形纺织品构成。 构成圆形织物的翘曲由单丝纱组成,纬纱由多丝纱组成。 构成圆形纺织品的经纱之间提供的纬纱连续地连接和编织,圆形纺织品用作芯材料。 通过针刺工艺合成由圆形纺织品和合成纤维或天然纤维制成的长丝(碳纤维,纤维,钢纤维,天然纤维等)。 根据本发明,构成作为管式无纺布的芯材的圆形纺织品的纬纱不是通过供给线材而是连续地连接而进行编织的,因此不需要连接单元,并且具有改进的圆形纺织品 可以提供生产力和耐用性。 使用圆形纺织品作为芯材的管型非织造布不具有连接部分,因此在由管式非织造织物组成的无纺布带的耐久性提高和管道施工过程中的缓解造成结构差的效果方面的效果可以 被期望。
    • 2. 发明授权
    • 직기의 경사 장력 감지장치
    • WARP螺纹张力传感器
    • KR101351770B1
    • 2014-01-14
    • KR1020120136829
    • 2012-11-29
    • 김점석
    • 김점석
    • D03D49/04
    • The present invention relates to a warp threads tension sensor of loom. More specifically, it senses a warp threads tension transmitted from the warp transmitted beam for weaving woven fabric accurately and provides the improved warp threads tension sensor of loom durability. The present invention, the warp threads tension sensor of loom is installed to connect by the operation inside of loom frame installed warp threads guide cooler. Its composition, as coil spring as center, is consists of the operation connection to connect the operation by one side and the load cell and load cell connection to transmit signal to the control box on the other side. Also, it composes the guide bush, inside of the coil spring, which is around the loads of the operation connection and the load cell connection. On the other side of the above load cell, it is distinctive about the connection between fixed axle - to install the loom frame- and support piece. According to the present invention specification, the guide bush inside of the coil spring operates compression and elongation of the coil spring by warp threads tension in the middle of the guide bush, so that it prevents a bending of the coil spring perfectly. Because of this, it is able to transmit the warp treads to the load cell accurately so that a function of the warp threads tension sensor performs perfectly. In addition, the present invention is able to weave a high density of the advanced fabric supporters which demands exact length and width of warp and weft. As a result, it is able to increase a competitiveness of loom.
    • 本发明涉及织机的经线张力传感器。 更准确地说,它可以感知从经向传送梁传递的经线张力,以便织造织物精确地编织,并提供改进的经纱织物耐久性的经纱张力传感器。 本发明的织机经纱张力传感器安装在织机框架安装的经线引导冷却器内部进行操作。 其作为中心的螺旋弹簧的组成是由一侧连接操作和称重传感器和称重传感器连接的操作连接,以将信号传输到另一侧的控制箱。 此外,它构成在螺旋弹簧内部的引导衬套,其围绕操作连接和负载传感器连接的负载。 在上述测力传感器的另一侧,固定轴 - 安装织机框架和支撑件之间的连接是独特的。 根据本发明的说明书,螺旋弹簧内的引导衬套通过导套中间的经线张力来操作螺旋弹簧的压缩和伸长,从而防止了螺旋弹簧的弯曲。 因此,能够精确地将经向踏板传递到测力传感器,使得经线张力传感器的功能完美地进行。 此外,本发明能够编织高密度的先进的织物支撑物,其需要经纱和纬纱的精确长度和宽度。 因此,它能够提高织机的竞争力。