B - Operations – Transporting – 65 – D
Patent
B - Operations, Transporting
65
D
B65D 90/40 (2006.01) A62C 3/06 (2006.01) B60K 15/077 (2006.01) F17C 13/12 (2006.01)
Patent
CA 2694233
The present invention provides an explosion-proof material which is composed of a high-porosity material sheet(11); With one side edge(12) of the material as center and along the direction perpendicular to it, the high-porosity material sheet (11) is rolled up into a multilayer material body(1); A skeleton(13) is inserted between any two adjacent layers of the multilayer high-porosity material(11) of the material body(1) to fix and support the material body(1) ; The present invention also provides a processing method for the explosion-proof material, including: firstly, cutting the open width raw material sheet so as to form a grid-form semi-finished material; Then, gradually expanding outward both sides of this grid-form semi-finished material into honeycomb structured high porosity material(11) ; then, with one side edge (12) of this high porosity material(11) as center, rolling up the material along the direction perpendicular to this side edge; last, in the process of rolling up said high porosity material (11), inserting the skeleton (13) between any two adjacent layer of the high porosity material(11), and cutting off the remaining material(11)to form the high-porosity multilayer high-porosity explosion-proof material. The present invention adopts skeleton to support the body of the high-porosity material, and thus it can effectively prevent the material body from collapsing and deforming. Featured by simple structure and easiness of processing, the present invention can effectively prevent explosion accident triggered by naked flame, static electricity, welding, gunshot, collision and faulty operation, thus the safety, environment friendliness and reliability of the storage-transport container is achieved.
L'invention porte sur un matériau anti-explosion qui comprend un matériau en feuille à porosité élevée (11). Le matériau anti-explosion est obtenu en enroulant du matériau en feuille à porosité élevée (11) sur un axe vertical constitué par le premier côté (12) de la feuille pour former un corps de matériau multicouche (1) et à introduire un squelette (13) dans le matériau en feuille à haute porosité multicouche (11) du corps de matériau (1) pour fixer et supporter le corps de matériau (1). L'invention porte également sur un procédé de préparation du matériau anti-explosion consistant à couper une matière première plate de type rouleau pour former un matériau de produit semi-fini de type grille; à étirer graduellement vers l'extérieur les deux côtés du matériau de produit semi-fini de type grille vers un film en nid d'abeilles afin de former un matériau en feuille à porosité élevée (11); à enrouler le matériau en feuille à porosité élevée (11) sur un axe vertical constitué par le premier côté (12) de la feuille; et à introduire, pendant le processus d'enroulement, un squelette (13) dans le matériau en feuille à porosité élevée (11) et couper le matériau en feuille à porosité élevée (11) de façon à former le matériau anti-explosion multicouche.
Huang Xiaodong
Shapiro Cohen
LandOfFree
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