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    • 4. 发明申请
    • MOLDED PAPER BODY WITH MINIMAL WRINKLING AND FORMING METHOD THEREOF
    • 具有最小皱纹的成型纸体及其形成方法
    • US20140255630A1
    • 2014-09-11
    • US14349794
    • 2012-10-02
    • TOYO SEIKAN GROUP HOLDINGS, LTD.TOKAN KOGYO CO., LTD.
    • Ichiro KunihiroSeiji Okabe
    • B65D1/26B31B1/26B65D6/00
    • The objective of the present invention is to provide a molded paper body in which the outer peripheral portion of a blank primarily of paper is formed in a raised shape using draw processing, wherein the molded paper body eliminates the occurrence of wrinkles causing leaking or instability of adhesion when used as the bottom member of a paper cup or similar paper container and a forming method thereof. The method for manufacturing this molded paper body is to draw-process, with a punch and die, a single blank primarily of paper, and is characterized by use of a holding mechanism to press the outer peripheral portion of the blank between a wrinkle pressing member and the die upper surface, and setting the force applied by the wrinkle pressing member within an appropriate range.
    • 本发明的目的是提供一种模制纸体,其中主要由纸张构成的坯料的外周部分使用拉伸加工形成为凸起形状,其中模制纸体消除了导致泄漏或不稳定的褶皱的发生 当用作纸杯或类似纸容器的底部构件时的粘合性及其形成方法。 用于制造该模制纸体的方法是用冲头和模具将主要由纸制成的单个坯料进行拉伸,其特征在于使用保持机构将坯料的外周部分压在皱纹加压构件 和模具上表面,并将由起皱构件施加的力设定在适当的范围内。
    • 5. 发明授权
    • Multi-layer laminated resin film
    • 多层层压树脂膜
    • US4410602A
    • 1983-10-18
    • US258916
    • 1981-04-30
    • Hirohisa KomodaMasatomo Ishihara
    • Hirohisa KomodaMasatomo Ishihara
    • B32B27/00B29B7/00B29C47/00B29C47/06B29C47/14B29C47/56B32B27/08B29C29/00
    • B29C47/145B29C47/065B32B27/08B29C47/0021Y10T428/31913Y10T428/31917Y10T428/3192Y10T428/31928
    • A multi-layer laminated resin film comprising top and bottom outer laminates of sandwich structure each including a layer of reclaimed synthetic resin mixture entirely surrounded by a second fresh resin layer and an inner layer interposed between and secured to the inside surface of the top and bottom laminates.A process for producing a multi-layer laminated resin film using reclaimed resin mixture in which a first resin of reclaimed synthetic resin mixture is fed into a first composite die in a first direction, a second resin of fresh resin is fed into the first composite die in a second direction at right angles to the first direction to surround the first resin, adhesive is fed into a second composite die in a first direction and a third resin is fed into the second composite die in a second direction diametrically opposite to the first direction.A device for producing a multi-layer laminated film using reclaimed resin mixture which comprises a series of composite dies connected in end-to-end relationship in which each of the composite dies includes upper and lower die portions, and first, second and third have extruder means associated therewith to feed different materials to the respective composite dies.
    • 一种多层层叠树脂膜,其包括夹层结构的顶部和底部外部层压体,每个层叠结构包括完全被第二新鲜树脂层包围的再生合成树脂混合物层和插​​入在顶部和底部的内表面之间的内层 层压板。 一种使用再生树脂混合物制造多层层压树脂膜的方法,其中将再生合成树脂混合物的第一树脂沿第一方向进料到第一复合模具中,将第二树脂新鲜树脂进料到第一复合模具 在与第一方向成直角的第二方向上围绕第一树脂的粘合剂在第一方向上被供给到第二复合模具中,并且第三树脂沿与第一方向成直径相反的第二方向被供给到第二复合模具中 。 一种使用再生树脂混合物制造多层层压膜的装置,其包括以端对端关系连接的一系列复合模具,其中每个复合模具包括上模芯部分和下模具部分,并且第一,第二和第三部分具有 与其相关联的挤出机装置将不同的材料供给到相应的复合模具。
    • 6. 发明授权
    • Opening means having cutting guide
    • 开口是指切割导轨
    • US4408697A
    • 1983-10-11
    • US387438
    • 1982-06-11
    • Tsukasa YoshikawaMasuo Kitamura
    • Tsukasa YoshikawaMasuo Kitamura
    • B65D77/30B21D51/38B65D17/34B65D17/46B65D75/64
    • B21D51/383B65D17/163B65D2517/0088
    • A container for holding an article such as food comprises a container main body and a lid. The lid has a laminate structure of an aluminum foil layer exposed upon an outer surface of the lid and a synthetic resin film layer exposed upon an inner surface of the lid. Cutting means is provided for cutting at least part of the lid. The cutting means comprises a pull-tab arranged on the outer surface of the lid, a cutting guide arranged on the inner surface of the lid along at least an outer periphery of a cutting region, and a connecting portion extending through a small hole formed in said lid so as to connect said pull-tab with said cutting guide. The cutting means comprises molded bodies of a synthetic resin which can not be bonded to the aluminum foil layer and which can be bonded to the synthetic resin film layer upon molding process.
    • 用于容纳诸如食物的物品的容器包括容器主体和盖子。 盖具有暴露在盖的外表面上的铝箔层和暴露在盖的内表面上的合成树脂膜层的层叠结构。 提供切割装置用于切割至少一部分盖子。 切割装置包括布置在盖的外表面上的拉片,沿着至少切割区域的外周布置在盖的内表面上的切割引导件,以及延伸穿过形成在其中的小孔的连接部分 所述盖子将所述拉片与所述切割引导件连接。 切割装置包括合成树脂的成型体,其不能粘合到铝箔层上,并且可以在模制过程中粘合到合成树脂膜层上。
    • 7. 发明授权
    • Process for producing thermoplastic multi-walled pipes
    • 生产热塑性多壁管的工艺
    • US4236953A
    • 1980-12-02
    • US962781
    • 1978-11-21
    • Keiichi Takahashi
    • Keiichi Takahashi
    • B29C47/06B29C47/20F16L9/127F16L9/18F16L47/00F16L59/06B29D23/04F16L39/00F16L47/02
    • F16L59/06B29C47/0023B29C47/0028B29C47/005B29C47/0052B29C47/065B29C47/28F16L47/00F16L9/127F16L9/18B29L2031/60
    • Thermoplastic multi-walled pipe which has at least two tubular members different in inside diameter and concentrically arranged, these tubular members being spaced and supported by a plurality of ribs so as to provide hollow portions therebetween. The bond strength between the inner end surface of the rib and the tubular member supported thereby is less than that between the outer end surface of the rib and the tubular member supported thereby, so the exposure of the inner tubular member is easily achieved by means of an external force. After exposing the inner tubular member these multi-walled pipes are conveniently connected together by using a joint composed of a tubular part having the same inside diameter as the inner tubular member of the multi-walled pipe and a flange provided at one end of the tubular part concentrically therewith and having the same outside diameter as the multi-walled pipe, and in addition the hollow portion of the thermoplastic multi-walled pipe is kept sealed by the action of the flange.
    • 热塑性多壁管具有至少两个内径不同的同心配置的管状构件,这些管状构件间隔开并由多个肋支撑,以便在它们之间提供中空部分。 肋的内端面与由其支撑的管状构件之间的结合强度小于肋的外端面与由此支撑的管状构件之间的结合强度,因此容易地通过以下方式实现内管状构件的暴露: 外力。 在内管状部件暴露之后,这些多壁管通过使用由与多壁管的内管状部件相同的内径的管状部件构成的接头和设置在管状部的一端的凸缘而方便地连接在一起 部分与多壁管道具有相同的外径,并且热塑性多壁管的中空部分通过凸缘的作用保持密封。
    • 10. 发明授权
    • Cap and covered container
    • 盖和盖容器
    • US08496129B2
    • 2013-07-30
    • US13557760
    • 2012-07-25
    • Takamitsu IsogaiMasayuki Someya
    • Takamitsu IsogaiMasayuki Someya
    • B65D41/34B65D17/44
    • B65D47/106B65D47/0838B65D47/122B65D51/228B65D2251/0015B65D2251/0025B65D2251/0087
    • Provided are a cap capable of being easily and reliably opened and unsealed not limited in design even if an inner cap with a small diameter is used for the cap, producing no refuse after the unsealing, and not unnecessarily large in size, and a container with the cap. When an over cap (3) is rotated in the opening direction, a pair of screw threads (10a, 10b) as opening means are advanced in the direction in which they are tightened together, and this cuts off a planned opening section (4) from the inner cap (2). Thus, the cap has a relatively simple structure and can be simply and reliably unsealed by small force. Also, the planned opening section (4) is integrated with the over cap (3) after unsealing the inner cap (2), so that no refuse is produced after the unsealing, eliminating the need to clear it away from a table.
    • 即使使用了具有小直径的内盖,在开封后不产生垃圾,也不会造成不必要的尺寸,容易且可靠地打开和开封的盖子也不受设计限制, 这顶帽子。 当盖(3)沿打开方向旋转时,作为打开装置的一对螺纹(10a,10b)在它们被紧固的方向上前进,这切断了计划的开口部分(4) 从内盖(2)。 因此,盖具有相对简单的结构,并且可以通过小的力简单且可靠地开封。 另外,在开封内盖(2)之后,计划的开口部分(4)与盖帽(3)一体化,从而在开封之后不产生垃圾,从而不需要将其从桌子上清除。