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    • 8. 发明申请
    • PRESSURE VESSEL SAFETY LOCK APPARATUS
    • 压力容器安全锁装置
    • US20150152667A1
    • 2015-06-04
    • US14620840
    • 2015-02-12
    • Marco Group International, Inc.
    • Richard McLaughlinCliff LaFrenzChris Gramling
    • E05B65/00
    • E05B65/001E05B51/02E05C19/18F16J13/24Y10T292/20Y10T292/205Y10T292/212Y10T292/228
    • The present disclosure provides a locking device for restricting access to a hatch of a pressure vessel, and, more specifically, a locking device that is responsive to the internal pressure in the pressure vessel so as to minimize the ability of one to open the hatch while the vessel is still pressurized. In some embodiments, the locking device comprises first and second portions of the locking device configurable between an open and a closed configuration and a pressure-responsive locking member in fluid communication with an outlet port of the pressure vessel and arranged to automatically retain the first and second portions in the closed configuration when the pressure inside of the pressure vessel is above a predetermined threshold, wherein in the closed configuration the first and second portions restrict manipulation of the hatch and/or a locking mechanism of the hatch.
    • 本公开提供了一种用于限制进入压力容器的舱口的锁定装置,更具体地说,是一种响应压力容器内部压力的锁定装置,以便最小化打开舱口的能力, 船只仍然受压。 在一些实施例中,锁定装置包括锁定装置的第一和第二部分,其可配置在打开和闭合构型之间,以及压力响应锁定构件,其与压力容器的出口流体连通并被布置成自动保持第一和 当所述压力容器内部的压力高于预定阈值时,所述第二部分处于所述封闭构造,其中在所述关闭构造中,所述第一和第二部分限制所述舱口盖和/或所述舱口的锁定机构的操纵。
    • 9. 发明申请
    • SAFETY BOLT DEVICE AND SYSTEM
    • US20150130196A1
    • 2015-05-14
    • US14484334
    • 2014-09-12
    • William K. Letson
    • William K. Letson
    • E05C19/18E05C19/00
    • E05C19/184E05B65/0894E05C17/00E05C17/04E05C17/047E05C19/18E05C19/182E05C21/00Y10T292/379
    • A safety bolt device comprising: a drop down bolt, the drop down bolt comprising: a cross-member; a first vertical pin attached to a first end of the cross-member; a second vertical pin attached to a second end of the cross-member, the second vertical pin parallel to the first vertical pin, and a fixed distance from the first vertical pin; a door receiver configured to receive the first vertical pin, the door receiver comprising: a bolt; a bolt vertical pin hole located on the bolt, the bolt vertical pin hole being a through hole, and the bolt vertical pin hole oriented generally perpendicular to the length of the bolt, and the bolt vertical pin hole configured to accept the first vertical pin; a jamb receiver configured to receive the second vertical pin, the jamb receiver comprising: a pin; a pin vertical pin hole located on the pin, the pin vertical pin hole being a through hole, and the pin vertical pin hole oriented generally perpendicular to the length of the pin, and the pin vertical pin hole configured to accept the second vertical pin; where the door receiver is configured to attach to a door, and the jamb receiver is configured to attach to the door jamb of the door, and where the safety bolt device is configured to prevent the door from being opened when the drop down bolt has been dropped into the door receiver and the jamb receiver. A safety bolt kit comprising: a kit housing, the housing comprising a base, and a hinged cover; a safety bolt device located in the kit housing, the safety bolt device comprising: a drop down bolt, the drop down bolt comprising: a cross-member; a first vertical pin attached to a first end of the cross-member; a second vertical pin attached to a second end of the cross-member, the second vertical pin parallel to the first vertical pin, and a fixed distance from the first vertical pin; a door receiver configured to receive the first vertical pin, the door receiver comprising: a bolt; a bolt vertical pin hole located on the bolt, the bolt vertical pin hole being a through hole, and the bolt vertical pin hole oriented generally perpendicular to the length of the bolt, and the bolt vertical pin hole configured to accept the first vertical pin; a jamb receiver configured to receive the second vertical pin, the jamb receiver comprising: a pin; a pin vertical pin hole located on the pin, the pin vertical pin hole being a through hole, and the pin vertical pin hole oriented generally perpendicular to the length of the pin, and the pin vertical pin hole configured to accept the second vertical pin; where the door receiver is configured to attach to a door, and the jamb receiver is configured to attach to the door jamb of the door, and where the safety bolt device is configured to prevent the door from being opened when the drop down bolt has been dropped into the door receiver and the jamb receiver. A safety bolt system comprising: a door rotatably attached to a doorjamb; a door receiver attached to the door, the door receiver comprising: a door receiver housing, the door receiver housing comprising: a door receiver entry hole located on a top surface of the door receiver housing; a door receiver exit hole located on a bottom surface of the door receiver housing; a bolt; a bolt vertical pin hole located on the bolt, the bolt vertical pin hole being a through hole, and the bolt vertical pin hole oriented generally perpendicular to the length of the bolt, a bolt hole located on a door receiver rear surface of the door receiver housing, where the bolt is configured to slide into the bolt hole; threads located on a distil end of the bolt; a door receiver housing drift pin hole located in one side of the door receiver housing; a bolt drift pin hole located in the bolt, generally perpendicular to the bolt vertical pin hole and offset from the bolt vertical pin hole; a door receiver drift pin configured to slide into the door receiver housing drift pin hole and the bolt drift pin hole thereby locking the bolt with respect to the door receiver housing; a nut configured to mate with the threads, such that the nut and the distil end of the bolt are on one side of the door, and the door receiver is attached to the opposite side of the door; a jamb receiver attached to the doorjamb, the jamb receiver comprising: a jamb receiver entry hole located on a top surface of the jamb receiver housing; a jamb receiver exit hole located on a bottom surface of the jamb receiver housing; a pin; a pin vertical pin hole located on the pin, the pin vertical pin hole being a through hole, and the pin vertical pin hole oriented generally perpendicular to the length of the pin, a; a pin hole located on a rear surface of the jamb receiver housing, where the pin is configured to slide into the pin hole; a jamb receiver housing drift pin hole located in one side of the jamb receiver housing; a pin drift pin hole located in the pin, generally perpendicular to the pin vertical pin hole and offset from the pin vertical pin hole; a pin drift pin configured to slide into the jamb receiver housing drift pin hole and the pin drift pin hole thereby locking the pin with respect to the jamb receiver housing; a drop down bolt configured to slide into the door receiver and the jamb receiver, the drop down bolt comprising: a cross-member; a first vertical pin attached to a first end of the cross-member; a second vertical pin attached to a second end of the cross-member, the second vertical pin parallel to the first vertical pin, and a fixed distance from the first vertical pin; where the first pin is configured to slide into the door receiver entry hole, through the bolt via the door receiver vertical pin hole, and out the door receiver exit hole; and where the second pin is configured to slide into the jamb receiver entry hole, through the pin via the pin vertical pin hole, and out the jamb receiver exit hole.
    • 10. 发明授权
    • Pressure vessel safety lock apparatus
    • 压力容器安全锁装置
    • US08985646B2
    • 2015-03-24
    • US13598873
    • 2012-08-30
    • Richard McLaughlinCliff LaFrenzChris Gramling
    • Richard McLaughlinCliff LaFrenzChris Gramling
    • B65D45/30F16J13/24E05B51/02E05B65/00E05C19/18
    • E05B65/001E05B51/02E05C19/18F16J13/24Y10T292/20Y10T292/205Y10T292/212Y10T292/228
    • The present disclosure provides a locking device for restricting access to a hatch of a pressure vessel, and, more specifically, a locking device that is responsive to the internal pressure in the pressure vessel so as to minimize the ability of one to open the hatch while the vessel is still pressurized. In some embodiments, the locking device comprises first and second portions of the locking device configurable between an open and a closed configuration and a pressure-responsive locking member in fluid communication with an outlet port of the pressure vessel and arranged to automatically retain the first and second portions in the closed configuration when the pressure inside of the pressure vessel is above a predetermined threshold, wherein in the closed configuration the first and second portions restrict manipulation of the hatch and/or a locking mechanism of the hatch.
    • 本公开提供了一种用于限制进入压力容器的舱口的锁定装置,更具体地说,是一种响应压力容器内部压力的锁定装置,以便最小化打开舱口的能力, 船只仍然受压。 在一些实施例中,锁定装置包括锁定装置的第一和第二部分,其可配置在打开和闭合构型之间,以及压力响应锁定构件,其与压力容器的出口流体连通并被布置成自动保持第一和 当所述压力容器内部的压力高于预定阈值时,所述第二部分处于所述封闭构造,其中在所述关闭构造中,所述第一和第二部分限制所述舱口盖和/或所述舱口的锁定机构的操纵。