Magazine for electronic devices

Claim 2

A tubular magazine for containing one or more electronic devices, said tubular magazine: (a) having a uniform quadrilateral cross-section along its axial length; (b) said uniform quadrilateral cross-section being defined by a bottom wall, two side walls, and a top wall; (c) all four of said walls being formed from a single continuous, thin, transparent, flexible, quadrilateral, plastic sheet; (d) a stand to support one or more electronic devices thereon being formed on said bottom wall along a lengthwise portion thereof; (e) one end of said sheet overlapping the opposite end of said sheet; (f) said stand being formed from the inward one of said one end of said sheet and said opposite end of said sheet, said inward one of said one end of said sheet and said opposite end of said sheet making planar engagement with the outward one of said one end of said sheet and said opposite end of said sheet over a first longitudinal strip of said bottom wall and being spaced therefrom to define said stand over a second longitudinal strip of said bottom wall adjacent to said first longitudinal strip of said bottom wall; and (g) said one end of said sheet overlapping and being laminated to said opposite end of said sheet over the entire surface of said bottom wall except for said second longitudinal strip of said bottom wall, thereby giving said tubular magazine a resistance to deflection or twisting which it would not have without the overlap.

Claim 3

A tubular magazine as recited in claim 1 wherein said one end of said sheet additionally overlaps and is laminated to the opposite end of said sheet over at least a portion of one of said two side walls.

Claim 4

A tubular magazine as recited in claim 1 wherein said plastic sheet is made of polyvinyl chloride or polystyrene.

Claim 5

A tubular magazine as recited in claim 1 wherein said second longitudinal strip of said bottom wall is a center portion.

Claim 6

A tubular magazine as recited in claim 1 wherein said second longitudinal strip of said bottom wall is an edge portion.

Claim 7

A tubular magazine as recited in claim 1 wherein said plastic sheet is about 0.3 mm thick.

Claim 8

A tubular magazine as recited in claim 1 wherein: (a) at each end portion of the tubular structure, two opposing walls are provided with holes to receive a pin-shaped stopper and (b) at least one cut line or slit is formed in the periphery of each of said holes to facilitate entry of said pin-shaped stopper.

Claim 9

A tubular magazine for containing one or more electronic devices, said tubular magazine: (a) having a uniform quadrilateral cross-section along its axial length and being divided into a plurality of non-communicating, axially extending compartments each of which has a uniform quadrilateral cross-section along its length; (b) the uniform quadrilateral cross-section of said tubular magazine being defined by a bottom wall, two side walls, and a top wall; (c) said non-communicating, axially extending compartments extending from one of said walls to the opposite one of said walls; (d) all four of said walls and the walls of all of said compartments being formed from a single continuous, thin, transparent, flexible, quadrilateral plastic sheet; and (e) one end of said sheet overlapping the opposite end of said sheet and doubling back and forth upon itself sinuously to form said compartments, thereby giving said tubular magazine a resistance to deflection or twisting which it would not have without the overlap, each of said compartments being formed by the inward one of said one end of said sheet and said opposite end of said sheet, said inward one of said one end of said sheet and said opposite end of said sheet making planar engagement with and being laminated to the outward one of said one end of said sheet and said opposite end of said sheet at one end of each of said compartments, said one end of each of said compartments being opposite to said one end of the adjacent one of said compartments.

Claim 10

A tubular magazine for containing one or more electronic devices, said tubular magazine: (a) having a uniform quadrilateral cross-section along its axial length and being divided into a plurality of non-communicating, axially extending compartments each of which has a uniform quadrilateral cross-section along its length; (b) the uniform quadrilateral cross-section of said tubular magazine being defined by a bottom wall, two side walls, and a top wall; (c) said non-communicating, axially extending compartments extending from one of said walls to the opposite one of said walls; (d) all four of said walls and the walls of all of said compartments being formed from a single continuous, thin, transparent, flexible, quadrilateral plastic sheet; and (e) one end of said sheet overlapping the opposite end of said sheet and doubling back and forth upon itself sinuously to form said compartments, thereby giving said tubular magazine a resistance to deflection or twisting which it would not have without the overlap, each of said compartments being formed by the inward one of said one end of said sheet and said opposite end of said sheet, said inward one of said one end of said sheet and said opposite end of said sheet making planar engagement with and being laminated to the outward one of said one end of said sheet and said opposite end of said sheet at one end of each of said compartments, said one end of each of said compartments being opposite to said one end of the adjacent one of said compartments.

Claim 11

A tubular magazine as recited in claim 8 wherein said plastic sheet is made of polyvinyl chloride or polystyrene.

Claim 12

A tubular magazine as recited in claim 8 wherein said plastic sheet is about 0.3 mm thick.

Claim 13

A tubular magazine for containing one or more electronic devices, said tubular magazine: (a) having a uniform quadrilateral cross-section along its axial length; (b) said uniform quadrilateral cross-section being defined by a bottom wall, two side walls, and a top wall; (c) all four of said walls being formed from a single continuous, thin, transparent, flexible, quadrilateral, plastic sheet; (d) a stand to support one or more electronic devices thereon being formed on said bottom wall along a lengthwise portion thereof; (e) one end of said sheet overlapping the opposite end of said sheet; (f) said stand being formed from the inward one of said one end of said sheet and said opposite end of said sheet, said inward one of said one end of said sheet and said opposite end of said sheet making planar engagement with the outward one of said one end of said sheet and said opposite end of said sheet over a first longitudinal strip of said bottom wall and being spaced therefrom to define said stand over a second longitudinal strip of said bottom wall adjacent to said first longitudinal strip of said bottom wall; (g) the inward one of said one end of said sheet and said opposite end of said sheet making planar engagement with the outward one of said one end of said sheet and said opposite end of said sheet over a third longitudinal strip of said bottom wall adjacent to said second longitudinal strip of said bottom wall and on the opposite side of said second longitudinal strip of said bottom wall from said first longitudinal strip of said bottom wall; (h) said first, second, and third longitudinal strips of said bottom wall together composing the entirety of said bottom wall; and (i) said one end of said sheet overlapping and being laminated to said opposite end of said sheet over the entire surface of said bottom wall except for said second longitudinal strip of said bottom wall, thereby giving second tubular magazine a resistance to deflection or twisting which it would not have without the overlap.

Claim 14

A tubular magazine for containing one or more electronic devices, said tubular magazine: (a) having a uniform quadrilateral cross-section along its axial length; (b) said uniform quadrilateral cross-section being defined by a bottom wall, two side walls, and a top wall; (c) all four of said walls being formed from a single continuous, thin, transparent, flexible, quadrilateral, plastic sheet; (d) a stand to support one or more electronic devices thereon being formed on said bottom wall along a lengthwise portion thereof; (e) one end of said sheet overlapping the opposite end of said sheet; (f) said stand being formed from the inward one of said one end of said sheet and said opposite end of said sheet, said inward one of said one end of said sheet and said opposite end of said sheet making planar engagement with the outward one of said one end of said sheet and said opposite end of said sheet over a first longitudinal strip of said bottom wall and being spaced therefrom to define said stand over a second longitudinal strip of said bottom wall adjacent to said first longitudinal strip of said bottom wall; (g) the inward one of said one end of said sheet and said opposite end of said sheet making planar engagement with the outward one of said one end of said sheet and said opposite end of said sheet over a third longitudinal strip of said bottom wall adjacent to said second longitudinal strip of said bottom wall and on the opposite side of said second longitudinal strip of said bottom wall from said first longitudinal strip of said bottom wall; (h) said first, second, and third longitudinal strips of said bottom wall together composing the entirety of said bottom wall; and (i) said one end of said sheet overlapping and being laminated to said opposite end of said sheet over the entire surface of said bottom wall except for said second longitudinal strip of said bottom wall, thereby giving second tubular magazine a resistance to deflection or twisting which it would not have without the overlap.

Claim 15

A tubular magazine as recited in claim 11 wherein said plastic sheet is made of polyvinyl chloride or polystyrene.

Claim 16

A tubular magazine as recited in claim 11 wherein said plastic sheet is about 0.3 mm thick.

Claim 17

A tubular magazine as recited in claim 11 wherein at least a portion of the inner surface which is to be in contact with the electronic device(s) is formed with convexities and concavities, the concavities being contiguous to one another, and an electroconductive layer is provided in the concavities.

Claim 18

A tubular magazine as recited in claim 11 wherein at least the portion of the inner surface which is to be in contact with the electronic device(s) is roughened and antistatically treated.

Claim 19

A tubular magazine as recited in claim 11 wherein: (a) at each end portion of the tubular structure, two opposing walls are provided with holes to receive a pin-shaped stopper and (b) at least one cut line or slit is formed in the periphery of each of said holes to facilitate entry of said pin-shaped stopper.