초록 ▼

A closure structure for a container includes a cap and a surrounding tamper-evident sleeve. The tamper-evident sleeve is initially engageable with a retaining element of the container located below the cap to prevent axial upward displacement of the sleeve with respect to the container. The sleeve i

A closure structure for a container includes a cap and a surrounding tamper-evident sleeve. The tamper-evident sleeve is initially engageable with a retaining element of the container located below the cap to prevent axial upward displacement of the sleeve with respect to the container. The sleeve includes a retention member overlying the cap to prevent manipulation of the cap to an open condition. The sleeve includes a frangible feature arranged to be torn to facilitate removal of the sleeve to permit manipulation of the cap to an open condition.

대표청구항 ▼

A closure structure for a container includes a cap and a surrounding tamper-evident sleeve. The tamper-evident sleeve is initially engageable with a retaining element of the container located below the cap to prevent axial upward displacement of the sleeve with respect to the container. The sleeve i

A closure structure for a container includes a cap and a surrounding tamper-evident sleeve. The tamper-evident sleeve is initially engageable with a retaining element of the container located below the cap to prevent axial upward displacement of the sleeve with respect to the container. The sleeve includes a retention member overlying the cap to prevent manipulation of the cap to an open condition. The sleeve includes a frangible feature arranged to be torn to facilitate removal of the sleeve to permit manipulation of the cap to an open condition. ly affixed to each of the first and second upper cross-connect members. 9. A rack for holding electronic equipment, the rack comprising: four columns configured into a first pair of columns and a second pair of columns, each of the four columns substantially parallel to each other; a first base cross-connect member attached to a lower portion of each of the first pair of columns and a second base cross connect member attached to a lower portion of each of the second pair of columns, wherein each of the first base cross-connect member and second base cross-connect member includes a foot section for supporting the rack on a floor; a first upper cross-connect member attached to an upper portion of the first pair of columns and a second upper cross connect member attached to an upper portion of the second pair of columns; a first adjustment member extending between and directly affixed to each of the first and second base cross-connect members; and a second adjustment member extending between and directly affixed to each of the first and second upper cross-connect members; wherein the first and second adjustment members have a variable length to allow the first pair of columns and the second pair of columns to have a variable distance therebetween, wherein the second adjustment member includes a U-channel beam having a wide major surface which is horizontally oriented relative to a floor. 10. A rack for holding electronic equipment, the rack comprising: four columns configured into a first pair of columns and a second pair of columns, each of the four columns substantially parallel to each other; a first base cross-connect member attached to a lower portion of each of the first pair of columns and a second base cross connect member attached to a lower portion of each of the second pair of columns, wherein each of the first base cross-connect member and second base cross-connect member includes a foot section for supporting the rack on a floor; a first upper cross-connect member attached to an upper portion of the first pair of columns and a second upper cross connect member attached to an upper portion of the second pair of columns; a first adjustment member extending between and directly affixed to each of the first and second base cross-connect members; and a second adjustment member extending between and directly affixed to each of the first and second upper cross-connect members; wherein the first and second adjustment members have a variable length to allow the first pair of columns and the second pair of columns to have a variable distance therebetween, wherein each of the four upright columns includes a U-channel beam having a plurality of mounting holes running a length of the column. 11. The rack of claim 10, wherein each of the adjustment members includes a first member and a second member and an extension member which links the first member to the second member. 12. The rack of claim 10, wherein each of the adjustment members includes a pair of U-shaped members each having a first section and having a pair of arms extending from the first section. 13. An adjustable rack for supporting equipment, the rack comprising: a first rack which includes a first pair of upright columns connected to each other at an upper portion of each of the first pair of upright columns by an upper cross-connect bracket and connected to each other at a lower portion of each of the first pair of upright columns by a lower cross-connect bracket, wherein the lower cross-connect bracket includes a foot surface for supporting the first rack on a floor; a second rack which includes a second pair of upright columns connected to each other at an upper portion of each of the second pair of columns by an upper cross-connect bracket and connected to each other at a lower portion of each of the second pair of columns by a lower cross-connect bracket, wherein the lower cross-connect bracket includes a foot surface for supporting the second rack on a floor; wherein the first rack and the second rack each define a plane and the first rack plane and the second rack plane are parallel to each other and have a distance therebetween; a pair of upper adjustment members, each upper adjustment member having a first end directly affixed to the first rack upper cross-connect bracket and a second end directly affixed to the second rack upper cross-connect bracket; and a pair of lower adjustment members, each lower adjustment member having a first end directly affixed to the first rack lower cross-connect bracket and a second end directly affixed to the second rack lower cross-connect bracket; wherein each of the upper and lower adjustment members includes a telescoping structure such that said first end and second end of each adjustment member are adjustable relative to each other to permit the distance between the first rack and the second rack to be varied. 14. The rack of claim 13, wherein each of the adjustment members includes a first U-channel member and a second U-channel member and an extension member which links the first U-channel member to the second U-channel member. 15. The rack of claim 13, wherein each of the adjustment members includes a pair of U-shaped members each having a first section and having a pair of arms extending from the first section. 16. The rack of claim 13, wherein the pair of upper adjustment members each include a U-channel beam having a wide major surface which is horizontally oriented relative to a floor. 17. An adjustable rack comprising: a first adjustable rack having a first pair of upright columns; and a second adjustable rack having a second pair of upright columns; wherein the first adjustable rack and the second adjustable rack are connectable to each other by a pair of central columns, wherein the first pair of upright columns and the second pair of upright columns are each connected to the pair of central columns by one or more cross-members, wherein each of the first and second adjustable racks includes adjustment members extending between a front portion of each rack and a back portion of each rack, wherein each adjustment member is directly attached to each of the one or more cross members. 18. An adjustable four-column rack for supporting equipment, the four-column rack comprising: a first rack including a first pair of upright columns connected by a first cross-member, each of the first pair of upright columns includes a U-channel beam having a plurality of mounting holes running a length of the column; a second rack including a second pair of upright columns connected by a second cross-member, each of the second pair of upright columns includes a U-channel beam having a plurality of mounting holes running a length of the column, wherein the first rack and the second rack are in parallel planes relative to each other and have a distance therebetween; and an adjustment member connecting the first rack to the second rack, the adjustment member having a first end directly attached to the first cross-member of the first rack and a second end directly attached to the second cross-member of the second rack, wherein the adjustment member first end and second end are adjustable relative to each other to permit the distance between the first rack and the second rack to be varied. 19. The rack of claim 18, wherein each of the first pair of upright columns and the second pair of upright columns are substantially parallel to each other. 20. The rack of claim 18, wherein the adjustment member includes a first member directly attached to the first cross-member and a second member directly attached to the second cross-member and an extension member which links the first member to the second member. 21. The rack of claim 18, wherein the adjustment member includes a pair of U-shaped members each having a first section directly attached to one of the cross-members and having a pair of arms extending from the first