Lox Container Technology Ab

Exapoint Svenska Ab

Kent Omre

Christoffer Lönn

Gunnar Schlyter

A lock for securing upper and lower superimposed shipping containers in place, said lock comprising:&#x2014;a housing () having a top portion () and a bottom portion (), fitting in an opening () in a corner casting (') of the upper and lower container (&#x2032;), respectively; &#x2014;said housing () comprising a first () and a second () housing part; and&#x2014;said first housing part () having a side opening () at a lower end of the bottom portion ();&#x2014;a pivotal first hook () in the housing () having a hook end () movable out and back through the side opening () to couple the lock to and uncouple the lock from the corner casting (&#x2032;);&#x2014;a shaft () having a fixed locking bar () to either lock the hook () in the moved-out position of said hook end () or permit the hook () to move between the moved-out position and the moved-back position of said hook end (); and&#x2014;said top portion () having a head (), a neck (), and around the neck a retaining flange () for providing a retaining function when the top portion () is fitted in the corner casting opening () of the upper container ().

Container corner lock for locking a shipping container into position

The invention relates to a vibration damper () for archery bows. The vibration damper comprises a housing () extending along an axis (X) and forming at least one chamber (), wherein the at least one chamber is partially filled with granular solid material (). The housing is formed by a stack of two or more bowl-shaped parts () arranged along the axis, wherein the at least one chamber is closed by the subsequent part in the stack. The stack of parts is held together by a central attachment device () extending along the axis, to close the at least one chamber, such that the at least one chamber forms an open space circumventing the central attachment device.

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Stockholm, Sweden

Kent Omre