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    • 2. 发明申请
    • Container
    • 容器
    • US20020158074A1
    • 2002-10-31
    • US09959532
    • 2001-10-29
    • Masaya Yawata
    • B65D003/22B65D001/40B65D006/14
    • B65D81/3865B65D25/28B65D25/2897Y10S220/09
    • An object of the present invention is to provide an insulated container which provides a high level of safety, which can be manufactured at a low cost, and which is aesthetically attractive and appealing to enjoy a variety of changes. A cut line 2 is provided to a wide bonded portion 4 of a rectangular laminated body A and cut lines 3 are provided vertically to both ends of the cut line 2. These cut lines are shaped like a letter nullInull. The laminated body A is attached to the outer surface of a trunk portion of a thin-walled container 1 along the generatrix of the container in such a manner that a heat shrinkable film 11 having a higher heat shrinkage percentage is placed inward and a mount 12 having a lower heat shrinkage percentage is placed outward. In this case, the laminated body A is attached to the thin-walled container 1 with heat-resistant adhesive applied to two adhesive portions 50 and 51. It is preferable that the two adhesive portions 50 and 51 are situated at the back of narrow bonded portions 5 and 6.
    • 本发明的一个目的是提供一种提供高水平安全性的绝热容器,其可以低成本制造,并且在美学上具有吸引力和吸引力以享受各种变化。 切割线2设置在矩形层叠体A的宽接合部分4上,并且切割线3垂直于切割线2的两端设置。这些切割线形状为字母“I”。 层叠体A沿着容器母线安装在薄壁容器1的主干部的外表面,使得具有较高热收缩率的热收缩膜11向内放置,并且安装件12 具有较低的热收缩率被向外放置。 在这种情况下,层叠体A通过将耐热粘合剂涂敷在两个粘接部50,51上而附着在薄壁容器1上。优选两个粘合部50,51位于窄接合部 第5和6部分。
    • 3. 发明申请
    • Container structure formed with metal and plastic bonded together
    • 用金属和塑料形成的容器结构粘合在一起
    • US20040245249A1
    • 2004-12-09
    • US10455303
    • 2003-06-06
    • Wen-Yuan Liu
    • B65D001/40B65D003/22B65D006/14B65D008/04B65D090/02
    • B65D15/04B65D25/14
    • A container structure formed with metal and plastic bonded together in the invention has an outer body made of a metal material and provided with perforated holes thereon, and an insert body made of a plastic material, whereby the insert body is first heated with high temperature, inserted into the outer body, and then fed in blow air with a blowing machine so that the insert body is expanded and attached to an inner surface of the outer body and further extended into and filled up the perforated holes so as to be tightly bonded with the outer body to form an integral one. The container will represent a three-dimensional and multi-layered aestheticism to increase its commercial value; the metal-made outer body can reinforce the rigidness of the container to be more durable in use; the plastic-made insert body is convenient for cleaning an interior of the container.
    • 在本发明中由金属和塑料结合在一起的金属和塑料的容器结构具有由金属材料制成并在其上设置有穿孔的外部主体和由塑料材料制成的插入体,由此首先高温地加热插入体, 插入到外体中,然后用吹塑机在吹风空气中进给,使得插入体膨胀并附着到外体的内表面,并进一步延伸到并填充穿孔,以便与 外身形成一体。 集装箱将代表三维和多层次的美学主义,以提高其商业价值; 金属外壳可以增强容器的刚性,使其更耐用; 塑料制插入体方便清洁容器的内部。
    • 4. 发明申请
    • Explosion resistant waste container
    • 防爆废物容器
    • US20030213802A1
    • 2003-11-20
    • US10150605
    • 2002-05-17
    • Master Lite Security Products, Inc.
    • Herbert W. Reynolds
    • B65D001/40B65D003/22B65D006/14
    • F42D5/045B65F1/02B65F1/16B65F1/1607B65F2210/13B65F2220/104Y10S220/908Y10T29/49879
    • An explosion resistant waste container (10) includes an outer open-topped container (16). The outer open-topped container (16) is sized to receive an inner open-topped container (12) and leave a space therebetween. Both the outer open-topped container (16) and the inner open-topped container (12) are cylinders made of sufficiently strong materials, e.g. 11 gauge steel, for withstanding the forces of an explosion. A reinforcing material (14), e.g. reinforced concrete, is disposed within the space between the outer open-topped container (16) and the inner open-topped container (12). The outer open-topped container (16) and the reinforcing material (14) reinforce the inner open-topped container (12) so as to provide greater resistance to deformation caused by explosions and to shield surrounding persons and property from the explosive forces.
    • 防爆废物容器(10)包括外露头容器(16)。 外敞口容器(16)的尺寸被设计成容纳内部开顶容器(12)并且在其间留有空间。 外敞口容器(16)和内露头容器(12)都是由足够坚固的材料制成的圆柱体,例如, 11号钢,用于承受爆炸的力量。 增强材料(14),例如, 钢筋混凝土被布置在外部敞开顶部容器(16)和内部开顶容器(12)之间的空间内。 外露头容器(16)和加强材料(14)加强内露头容器(12),以提供更大的抵抗由爆炸引起的变形的阻力,并且可以防止周围人员和财物免受爆炸力的影响。