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. 发明专利
    • Eva-based film for crosslinking foaming and shoe component utilizing the same film and method for producing the same shoe component
    • 用于交联泡沫的基于EVA的膜和使用相同膜的鞋成分和用于生产相同成分的方法
    • JP2005029717A
    • 2005-02-03
    • JP2003271987
    • 2003-07-08
    • Hyung Jun Parkジュン パク,ヒュン
    • PARK HYUNG JUN
    • A43B13/04A43D25/06A43D86/00B29C43/02B29C43/24B29K23/00B29K105/04C08J9/06
    • PROBLEM TO BE SOLVED: To provide a method for producing shoe components in which deviation of roughness scarcely exists on the surfaces of the shoe components, and problems occurring when producing the shoe components in which mechanical properties or hues are differentiated in each part of shoe components are improved and to provide shoe components produced by the method. SOLUTION: The present invention provides the method for producing the shoe components having two or more kinds of physical properties or hues in one foaming process by utilizing a film-shaped EVA basic compound for crosslinking foaming having 0.01-2 mm, preferably 0.1-1.0 mm thickness and processed until the deviation of roughness becomes the degree in which it is difficult to visually and tactually be discriminated, and shoe components having hues and physical properties differentiated by the production process and free from a joint between parts and having clearly divided boundary and excellent in merchantability. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种制造鞋部件的方法,其中在鞋部件的表面上几乎不存在粗糙度的偏差,以及当制造其中机械性能或色调在每个部件中差异的鞋部件时出现的问题 的鞋部件得到改进并提供通过该方法制造的鞋类部件。 解决方案:本发明提供一种发泡方法中具有两种或更多种物理性质或色调的鞋类成分的制造方法,该方法通过使用具有0.01-2mm的交联发泡的膜状EVA碱性化合物,优选为0.1 厚度为-1.0mm,直到粗糙度的偏差变得难以在视觉上和触觉上被辨别的程度,并且具有由制造过程区分的色调和物理性质的鞋部件,并且没有部件之间的接头并且具有明显的划分 边界和优良的适销性。 版权所有(C)2005,JPO&NCIPI
    • 2. 发明专利
    • 架橋發泡用EVA系薄膜及使用該薄膜之鞋部件及其製法 ETHYLENE VINYL ACETATE BASED FILM FOR CROSSLINKED BLOWN EVA FOAM, SHOE COMPONENTS USING THE SAME, AND METHOD FOR MANUFACTURING THEREOF
    • 架桥发泡用EVA系薄膜及使用该薄膜之鞋部件及其制法 ETHYLENE VINYL ACETATE BASED FILM FOR CROSSLINKED BLOWN EVA FOAM, SHOE COMPONENTS USING THE SAME, AND METHOD FOR MANUFACTURING THEREOF
    • TW200500399A
    • 2005-01-01
    • TW092117177
    • 2003-06-24
    • 朴炯俊 HYUNG JUN PARK
    • 朴炯俊 HYUNG JUN PARK
    • C08JB29D
    • 本發明並非習知所用具一定厚度以上(通常2.5–3.0毫米)且其不均勻程度在視覺及觸覺上為可分辨之硬質性板形薄片型或小球形,而是關於具有0.01至2毫米,最好是0.1至1.0毫米左右厚度,可加工至其表面粒度偏差在視覺及觸覺上不易判別程度之利用薄膜形狀之架橋發泡用EVA基礎化合物之鞋部件的製法及依其製法所製造之鞋部件。本發明可改善習知技術領域中單一成形體上因部位別機械物性或色調有差別化之鞋製品製造時所產生之間題。曾知在一個鞋部件有兩種以上色調或物性時,則使之經由各個發泡成形步驟來製造後經由再組合步驟來完成鞋製品,然而在本發明之情形則係利用在加工時偏差少且加工容易之薄膜,經過一次發泡成形步驟即可容易的製造具有二種以上之色調或物性之鞋部件,不僅可使製造步驟單純化,減少製造費用且具有差別化之色調及物性,部位間並無追加接合之接縫者,可明確區分出境界,而製出商品性極優秀之鞋製品。
    • 本发明并非习知所用具一定厚度以上(通常2.5–3.0毫米)且其不均匀程度在视觉及触觉上为可分辨之硬质性板形薄片型或小球形,而是关于具有0.01至2毫米,最好是0.1至1.0毫米左右厚度,可加工至其表面粒度偏差在视觉及触觉上不易判别程度之利用薄膜形状之架桥发泡用EVA基础化合物之鞋部件的制法及依其制法所制造之鞋部件。本发明可改善习知技术领域中单一成形体上因部位别机械物性或色调有差别化之鞋制品制造时所产生之间题。曾知在一个鞋部件有两种以上色调或物性时,则使之经由各个发泡成形步骤来制造后经由再组合步骤来完成鞋制品,然而在本发明之情形则系利用在加工时偏差少且加工容易之薄膜,经过一次发泡成形步骤即可容易的制造具有二种以上之色调或物性之鞋部件,不仅可使制造步骤单纯化,减少制造费用且具有差别化之色调及物性,部位间并无追加接合之接缝者,可明确区分出境界,而制出商品性极优秀之鞋制品。
    • 5. 发明专利
    • Automatic pneumatic pump
    • AU3197200A
    • 2000-10-04
    • AU3197200
    • 2000-03-07
    • SE JUN PARK
    • PARK SE JUN
    • C02F11/12F04B23/02F04F1/00F04F1/02F04F1/06
    • An automatic pneumatic pump system includes a fluid reservoir, at least one fluid tank connected to the reservoir through an inlet conduit and discharge fluid through an outlet conduit, a pressure sensing unit mounted on each fluid tank and containing a high pressure sensor and a low pressure sensor, a fluid level sensing unit mounted on each fluid tank and containing a high fluid level sensor and a low fluid level sensor, a microprocessor for controlling an operation of the pump system, an air supply conduit connected to the fluid tank to a compressor and the fluid level sensing unit, with the interior of the fluid level sensing unit being configured to communicate with the fluid tank, an air discharge conduit extends from the fluid tank, and an auxiliary air tank connected to both the air supply conduit and the air discharge conduit for automatically cleaning a fluid level sensing unit, improving pumping capacity, and recyclining discharged and compressed air.