公开(公告)号：US6056137A

公开(公告)日：2000-05-02

申请号：US508215

申请日：1995-07-27

申请人： Edward B. Cannan, Jr. ,  Michael Blackmar ,  Edgar Clifford Crosby, III ,  Larry D. Lumpkin ,  John C. King ,  Stephen C. Macy

发明人： Edward B. Cannan, Jr. ,  Michael Blackmar ,  Edgar Clifford Crosby, III ,  Larry D. Lumpkin ,  John C. King ,  Stephen C. Macy

IPC分类号： B65D88/76 ,  A65D85/00

CPC分类号： B65D88/76

摘要： The present invention is directed to a retrofit underground storage tank (30) and method for making the same. A portion of an underground primary tank (32) its uncovered and an access opening (42) in formed therein. A plurality of trifolds (50, 120, 122, and 124) comprising three folded up and banded together panels (52, 54, 56) which are jointed together by hinges are inserted into the primary tank. A monorail or conveyor (90) is inserted into and suspended from above the primary tank (32). Trolleys (102, 104) on the monorail (90) assist in transporting the trifolds (50, 120, 122 and 124) within the primary tank (32) and then the monorail (90) is removed. Trifolds (50, 120, 122 and 124) are unbanded and unfolded and are arranged circumferentially about the tank. Jack stands are used to hold panels of the trifolds in place. Circumferential and longitudinal joints are formed between abutting edges on the panels using fiberglass reinforced plastic mats, woven rovings and resins layups thus creating an inner cylindrical wall (230) within primary tank (32). Further panels are joined together to form a pair of end caps (260, 300) which are jointed to inner cylindrical wall (330) thus creating an inner tank (312). The access opening (42) in primary tank (32) is then covered with a panel which is sealed to primary tank (32). The inner tank and outer primary tank (32) cooperate to form a retrofit double walled storage tank (30). Brine, pressure, vacuum, or a dry monitor are installed between the inner and outer tanks to allow monitoring of the tank.

摘要翻译： 本发明涉及一种改型地下储罐（30）及其制造方法。 地下主要水箱（32）的未露出的部分和形成在其中的进入开口（42）。 包括通过铰链连接在一起的三个折叠起来并且捆扎在一起的面板（52,54,56）的多个三折（50,120,122和124）被插入到初级罐中。 单轨或输送机（90）被插入并悬挂在主油箱（32）的上方。 在单轨（90）上的手推车（102,104）有助于在主箱（32）内输送三重（50,120,122和124），然后移除单轨（90）。 三折（50,120,122和124）未被打开并展开，并且围绕罐周向布置。 杰克支架用于将三折的面板放在适当位置。 使用玻璃纤维增​​强塑料垫，编织粗纱和树脂叠层，在面板上的邻接边缘之间形成周向和纵向接头，从而在初级罐（32）内产生内圆柱形壁（230）。 另外的面板连接在一起以形成一对端盖（260,300），该端盖连接到内圆柱形壁（330）上，从而形成内箱（312）。 然后，主箱（32）中的进入开口（42）被密封到主箱（32）的面板覆盖。 内箱和外主箱（32）配合形成改装双壁储罐（30）。 在内罐和外罐之间安装盐水，压力，真空或干燥监测器，以便监测油箱。

公开(公告)号：US06250345B1

公开(公告)日：2001-06-26

申请号：US09593213

申请日：2000-06-14

申请人： Steven P. Allwein ,  Stephen C. Macy

发明人： Steven P. Allwein ,  Stephen C. Macy

IPC分类号： B65B104

CPC分类号： B67D7/3209 ,  B65D90/24

摘要： A secondary containment and drainage system for an above-ground storage tank is described, in which small quantities of leaked or overflowing liquid are temporarily stored in a housing above the internal storage tank. This fluid can be easily removed from the housing for re-use or at least removed without the time consuming process of emptying and cleaning the overfill dike that surrounds the tank. When greater quantities of liquid leak from the input port of the storage tank, the overflowing liquid is drained into the dike through a drainage pipe that extends from the housing, through the internal storage tank, and into the dike. The dike is enclosed by a roofing structure that forms a seal to prevent contamination when liquid is drained into the dike.

摘要翻译： 本发明描述了一种用于地面上储罐的二次安全壳和排水系统，其中少量泄漏或溢出的液体临时储存在内部储罐上方的外壳中。 该流体可以容易地从壳体中移除以便重新使用或者至少被去除，而不需要耗费时间的清空和围绕该罐的溢出堤的清洁过程。 当液体从储罐的输入口泄漏更多的液体时，溢出的液体通过从外壳延伸穿过内部储罐进入堤防的排水管排入堤坝内。 堤坝由屋顶结构封闭，当屋顶结构形成密封以防止液体排入堤坝时受到污染。

公开(公告)号：US5816424A

公开(公告)日：1998-10-06

申请号：US543505

申请日：1995-10-13

申请人： Edward B. Cannan, Jr. ,  Michael Blackmar ,  Edgar Clifford Crosby, III ,  Larry D. Lumpkin ,  John C. King ,  Stephen C. Macy ,  William A. Schneider

发明人： Edward B. Cannan, Jr. ,  Michael Blackmar ,  Edgar Clifford Crosby, III ,  Larry D. Lumpkin ,  John C. King ,  Stephen C. Macy ,  William A. Schneider

IPC分类号： B65D88/76 ,  B65D69/00

CPC分类号： B65D88/76

摘要： The present invention is directed to a retrofit underground storage tank (30) and method for making the same. A portion of an underground primary tank (32) its uncovered and an access opening (42) in formed therein. A plurality of trifolds (50, 120, 122, and 124) comprising three folded up and banded together panels (52, 54, 56) which are jointed together by hinges are inserted into the primary tank. A monorail or conveyor (90) is inserted into and suspended from above the primary tank (32). Trolleys (102, 104) on the monorail (90) assist in transporting the trifolds (50, 120, 122 and 124) within the primary tank (32) and then the monorail (90) is removed. Trifolds (50, 120, 122 and 124) are unbanded and unfolded and are arranged circumferentially about the tank. Jack stands are used to hold panels of the trifolds in place. Circumferential and longitudinal joints are formed between abutting edges on the panels using fiberglass reinforced plastic mats, woven rovings and resins layups thus creating an inner cylindrical wall (230) within primary tank (32). Further panels are joined together to form a pair of end caps (260, 300) which are jointed to inner cylindrical wall (330) thus creating an inner tank (312). The access opening (42) in primary tank (32) is then covered with a panel which is sealed to primary tank (32). The inner tank and outer primary tank (32) cooperate to form retrofit double walled storage tank (30). Brine, pressure, vacuum, or a dry monitor are installed between the inner and outer tanks to allow monitoring of the tank. In a second embodiment, double wall and or single wall panels are joined together to construct a multi-walled inner tank within an outer primary tank to create a retrofit tank (30').

摘要翻译： 本发明涉及一种改型地下储罐（30）及其制造方法。 地下主要水箱（32）的未露出的部分和形成在其中的进入开口（42）。 包括通过铰链连接在一起的三个折叠起来并且捆扎在一起的面板（52,54,56）的多个三折（50,120,122和124）被插入到初级罐中。 单轨或输送机（90）被插入并悬挂在主油箱（32）的上方。 在单轨（90）上的手推车（102,104）有助于在主箱（32）内输送三重（50,120,122和124），然后移除单轨（90）。 三折（50,120,122和124）未被打开并展开，并且围绕罐周向布置。 杰克支架用于将三折的面板放在适当位置。 使用玻璃纤维增​​强塑料垫，编织粗纱和树脂叠层，在面板上的邻接边缘之间形成周向和纵向接头，从而在初级罐（32）内产生内圆柱形壁（230）。 另外的面板连接在一起以形成一对端盖（260,300），该端盖连接到内圆柱形壁（330）上，从而形成内箱（312）。 然后，主箱（32）中的进入开口（42）被密封到主罐（32）的面板覆盖。 内罐和外主缸（32）配合形成改装双壁储罐（30）。 在内罐和外罐之间安装盐水，压力，真空或干燥监测器，以便监测油箱。 在第二实施例中，双壁和/或单壁板连接在一起以在外主水箱内构造多壁内罐，以形成改装罐（30'）。