A carrier tape system, in some embodiments, comprises: a tape; a series of index holes along a length of said tape; a series of pockets along said length; a first series of standoff units along said length; and a second series of standoff units along said length, wherein the series of pockets is positioned between the first series of standoff units and the second series of standoff units, wherein the standoff units create a clearance space between the bottom surfaces of said pockets and the tape when said tape is wound on a reel.

A carrier tape system, in some embodiments, comprises: a tape; a series of index holes along a length of said tape; a series of pockets along said length; a first series of standoff units along said length; and a second series of standoff units along said length, wherein the series of pockets is positioned between the first series of standoff units and the second series of standoff units, wherein the standoff units create a clearance space between the bottom surfaces of said pockets and the tape when said tape is wound on a reel.

An article includes a panel of elastic material including an elastic strip and a plurality of elastic bands. The elastic strip has opposed first and second longitudinal edges. The plurality of elastic bands are rupturably connected to the first edge of the elastic strip, each of the bands configured as a loop surrounding a first aperture. A method for obtaining an individual elastic band from an article is also described. The article includes a panel of elastic material including an elastic strip and a plurality of elastic bands. The method includes pulling the individual band from the elastic strip to rupture a connection between the individual band and the elastic strip.

A carrier tape includes a longitudinally extending central portion having pockets formed therein. Each pocket respectively comprises a plurality of sidewalls and a bottom. First and second side portions are disposed adjacent to opposite sides of the central portion and extend longitudinally therewith. Each of the first and second side portions includes a respective adhesion zone that is spaced apart from the central portion. Discontinuous raised features disposed between and contacting adjacent pockets. The raised features each respectively extend between the first and second side portions and include a transverse raised platform terminated at opposite ends by first and second longitudinal ribs that are integrally formed with the raised platform. Adjacent pairs of adjacent raised features are separated from one another by first and second collinear transverse channels. A carrier tape assembly included the carrier tape, a cover film, and electronic components disposed in the pockets of the carrier tape.

A carrier tape includes a longitudinally extending central portion having pockets formed therein. Each pocket respectively comprises a plurality of sidewalls and a bottom. First and second side portions are disposed adjacent to opposite sides of the central portion and extend longitudinally therewith. Each of the first and second side portions includes a respective adhesion zone that is spaced apart from the central portion. Discontinuous raised features disposed between and contacting adjacent pockets. The raised features each respectively extend between the first and second side portions and include a transverse raised platform terminated at opposite ends by first and second longitudinal ribs that are integrally formed with the raised platform. Adjacent pairs of adjacent raised features are separated from one another by first and second collinear transverse channels. A carrier tape assembly included the carrier tape, a cover film, and electronic components disposed in the pockets of the carrier tape.

A carrier tape system, in some embodiments, comprises: a tape; a series of index holes along a length of said tape; a series of pockets along said length; a first series of standoff units along said length; and a second series of standoff units along said length, wherein the series of pockets is positioned between the first series of standoff units and the second series of standoff units, wherein the standoff units create a clearance space between the bottom surfaces of said pockets and the tape when said tape is wound on a reel.

A carrier tape system, in some embodiments, comprises: a tape; a series of index holes along a length of said tape; a series of pockets along said length; a first series of standoff units along said length; and a second series of standoff units along said length, wherein the series of pockets is positioned between the first series of standoff units and the second series of standoff units, wherein the standoff units create a clearance space between the bottom surfaces of said pockets and the tape when said tape is wound on a reel.

A tape and reel packing material for packaging a plurality of chips is provided. The tape and reel packing material includes a carrier tape and a cover tape. The carrier tape includes a plurality of recesses. The recesses are configured to receive the chips respectively. The cover tape is attached to the carrier tape. The cover tape includes a plurality of restriction structures, and the restriction structures respectively are inserted into the recesses to restrict the freedom of the movement of the chips.

An anti-theft display card is provided, including: a main body, having at least one sleeved structure protruding thereon, the at least one sleeved structure having a through slot open on a free end thereof and forming two restricting walls spacingly, a side of the main body opposite to the through slot having at least one through hole communicating with the through slot, a direction in which the two restricting walls face each other defining a variation direction; at least one restricting member, each said restricting member having a connecting portion connected to the main body and at least one abutting portion, each said abutting portion being inserted into one said through slot of the at least one sleeved structure through one of the through holes to restrict the two restricting walls to move relative to each other along the variation direction.

An anti-theft display card is provided, including: a main body, having at least one sleeved structure protruding thereon, the at least one sleeved structure having a through slot open on a free end thereof and forming two restricting walls spacingly, a side of the main body opposite to the through slot having at least one through hole communicating with the through slot, a direction in which the two restricting walls face each other defining a variation direction; at least one restricting member, each said restricting member having a connecting portion connected to the main body and at least one abutting portion, each said abutting portion being inserted into one said through slot of the at least one sleeved structure through one of the through holes to restrict the two restricting walls to move relative to each other along the variation direction.