Tape dispenser

Claim 2

A tape dispenser comprising: a generally cylindrical, hollow plastic housing including an arcuate door hinged across the width of said housing and in its closed position forming a part of the circumferential edge wall of said housing, said housing having an arcuate tape fold back area extending from the free end of said arcuate door in its closed position parallel to and immediately beneath a portion of said arcuate door, a tape cut-off blade across the width of said housing adjacent the free end of said arcuate door in its closed position, a tape core supported for rotation within said housing, and a strip of pressure sensitive adhesive tape wound on said tape core, said tape being wound on said core such that when said arcuate door is closed the non-adhesive side of the free end thereof will fold over and contact said fold back area of said housing while the adhesive side thereof contacts and adheres to the underside of the portion of said arcuate door overlying said fold back area, the adhesion of said tape to said arcuate door and the tape pull-off force from said tape core being selected such that said tape will peel from the underside of said arcuate door as said arcuate door is opened beyond said tape fold back area.

Claim 3

The tape dispenser of claim 1 including shoulders at the edges of said arcuate door near the free end thereof and complementary recesses in the end walls of said housing for latching said door in its closed position.

Claim 4

The tape dispenser of claim 2 wherein said door is molded with a radius of curvature less than that of the complementary portions of said end walls of said housing to force the radius of curvature of said door to increase as it is closed and then to decrease slightly as said shoulders pass into said complementary recesses thereby to create a resilient tension in said door to hold it closed.

Claim 5

The tape dispenser of claim 1 wherein said tape core is cylindrical and said housing is formed with opposing channels on the interior of its end walls; said channels having semi-circular closed ends within said housing to support the ends of said tape core for rotation of said tape core and opening at the periphery of said housing in the area covered by said arcuate door when closed to receive and guide the ends of said core, and a retention projection is formed to project from the edge of one of said channels into said one channel such that the corresponding end of said tape core can be forced past said projection as said tape core is moved along said channels to the closed ends of said channels, said projection then retaining said tape core.

Claim 6

The tape dispenser of claim 4 wherein there is a retention projection projecting into each of said channels.

Claim 7

The tape dispenser of claim 4 wherein one of said channels and one of said tape core are narrower than the other channel and tape core end to assure proper orientation of said tape core when it is placed in said channels.

Claim 8

The tape dispenser of claim 4 wherein on opening is provided in the peripheral wall of said housing at a position generally opposite the open ends of said channels to permit an object to be inserted to exert force against a tape core to move it past said retention projection and out of said housing.

Claim 9

A multiple tape dispenser comprising a plurality of similar tape dispensers coaxially secured together and similarly oriented on said axis, each said tape dispenser comprising: a generally cylindrical, hollow plastic housing including an arcuate door hinged across the width of said housing and in its closed position forming a part of the circumferential edge wall of said housing, said housing having an arcuate tape fold back area extending from the free end of said arcuate door in its closed position parallel to and immediately beneath a portion of said arcuate door, a tape cut-off blade across the width of said housing adjacent the free end of said arcuate door in its closed position, a tape core supported for rotation within said housing, and a strip of pressure sensitive adhesive tape wound on said tape core, said tape being wound on said core such that when said arcuate door is closed the non-adhesive side of the free end thereof will fold over and contact said fold back area of said housing while the adhesive side thereof contacts and adheres to the underside of the portion of said arcuate door overlying said fold back area, the adhesion of said tape to said arcuate door and the tape pull-off force from said tape core being selected such that said tape will peel from the underside of said arcuate door as said arcuate door is opened beyond said tape fold back area.

Claim 10

A multiple tape dispenser comprising a plurality of similar tape dispensers coaxially secured together and similarly oriented on said axis, each said tape dispenser comprising: a generally cylindrical, hollow plastic housing including an arcuate door hinged across the width of said housing and in its closed position forming a part of the circumferential edge wall of said housing, said housing having an arcuate tape fold back area extending from the free end of said arcuate door in its closed position parallel to and immediately beneath a portion of said arcuate door, a tape cut-off blade across the width of said housing adjacent the free end of said arcuate door in its closed position, a tape core supported for rotation within said housing, and a strip of pressure sensitive adhesive tape wound on said tape core, said tape being wound on said core such that when said arcuate door is closed the non-adhesive side of the free end thereof will fold over and contact said fold back area of said housing while the adhesive side thereof contacts and adheres to the underside of the portion of said arcuate door overlying said fold back area, the adhesion of said tape to said arcuate door and the tape pull-off force from said tape core being selected such that said tape will peel from the underside of said arcuate door as said arcuate door is opened beyond said tape fold back area.

Claim 11

The multiple tape dispenser of claim 8 wherein each said tape dispenser includes shoulders at the edges of said arcuate door near the free end thereof and complementary recesses in the end walls of said housing for latching said door in its closed position.

Claim 12

The multiple tape dispenser of claim 9 wherein each said door is molded with a radius of curvature less than that of the complementary portions of said end walls of said housing to force the radius of curvature of said door to increase as it is closed and then to decrease slightly as said shoulders pass into said complementary recesses thereby to create a resilient tension in said door to hold it closed.

Claim 13

The multiple tape dispenser of claim 8 wherein in each said tape dispenser said tape core is cylindrical and said housing is formed with opposing channels on the interior of its end walls; said channels having semi-circular closed ends within said housing to support the ends of said tape core for rotation of said tape core and opening at the periphery of said housing in the area covered by said arcuate door when closed to receive and guide the ends of said core, and a retention projection is formed to project from the edge of one of said channels into said one channel such that the corresponding end of said tape core can be forced past said projection as said tape core is moved along said channels to the closed ends of said channels, said projection then retaining said tape core.

Claim 14

The multiple tape dispenser of claim 11 wherein there is a retention projection projecting into each of said channels.

Claim 15

The multiple tape dispenser of claim 11 wherein in each said tape dispenser one of said channels and one end of said tape core are narrower than the other channel and tape core and to assure proper orientation of said tape core when it is placed in said channels.

Claim 16

The multiple tape dispenser of claim 11 wherein in each said tape dispenser an opening is provided in the peripheral wall of said housing at a position generally opposite the open ends of said channels to permit an object to be inserted to exert force against a tape core to move it past said retention projection and out of said housing.

Claim 17

The multiple tape dispenser of claim 14 wherein there are ten of said tape dispensers, each said strip of tape is printed on its non-adhesive surface with a number which is repeated down its length and the tapes are differently numbered from 0 through 9, and said numbers are visible through said openings in the peripheral walls of said housings.