Time indicator having discrete adhesive

Claim 2

A time indicator comprising: a base substrate with colored ink deposited on a first surface; and a top substrate having a first surface and a second surface, the first surface having thereon unconnected discrete areas of an adhesive; wherein when the first surface of the top substrate and the first surface of the base substrate are put into adhesive contact, the areas of the adhesive contact and coact with the colored ink to dissolve the ink and permit the ink to migrate through the adhesive to cause a color change visible through the top substrate, the unconnected discrete areas of adhesive inhibiting lateral migration of the colored ink between the unconnected discrete areas of adhesive.

Claim 3

The apparatus of claim 1 wherein the unconnected discrete areas of the adhesive are parallel areas.

Claim 4

The apparatus of claim 2 wherein the time indicator is a security badge.

Claim 5

The apparatus of claim 3, wherein the second surface of the top substrate comprises an indicia area for identifying a user of the badge.

Claim 6

A time indicator comprising: a front part and a rear part; the front part comprising: i) a transparent front support layer with a front print display surface; ii) an ink display layer with a front ink display surface, the front ink display surface overlaying the support layer; iii) an opaque layer overlaying the ink display layer; iv) an adhesive ink dissolver layer of unconnected discrete areas of an adhesive ink dissolver overlaying the opaque layer; the rear part comprising a back support layer having on one surface thereof: i) a back support layer; ii) an ink layer including a migrating ink; wherein when the adhesive ink dissolver layer of the front part is placed in contact with the ink layer of the rear part, the ink dissolver layer contacts the ink layer to cause the ink to migrate through the ink dissolver layer, the opaque layer, and the ink display layer to the front ink display surface where it can be viewed through the transparent front support layer, the unconnected discrete areas of the adhesive ink dissolver inhibiting lateral migration of the colored ink between the unconnected discrete areas of adhesive ink dissolver.

Claim 7

A time indicator comprising: a front part and a rear part; the front part comprising: i) a transparent front support layer with a front print display surface; ii) an ink display layer with a front ink display surface, the front ink display surface overlaying the support layer; iii) an opaque layer overlaying the ink display layer; iv) an adhesive ink dissolver layer of unconnected discrete areas of an adhesive ink dissolver overlaying the opaque layer; the rear part comprising a back support layer having on one surface thereof: i) a back support layer; ii) an ink layer including a migrating ink; wherein when the adhesive ink dissolver layer of the front part is placed in contact with the ink layer of the rear part, the ink dissolver layer contacts the ink layer to cause the ink to migrate through the ink dissolver layer, the opaque layer, and the ink display layer to the front ink display surface where it can be viewed through the transparent front support layer, the unconnected discrete areas of the adhesive ink dissolver inhibiting lateral migration of the colored ink between the unconnected discrete areas of adhesive ink dissolver.

Claim 8

The apparatus of claim 5 wherein the unconnected discrete areas of the adhesive ink dissolver layer are parallel areas.

Claim 9

The apparatus of claim 6 wherein the indicator is a security badge.

Claim 10

The apparatus of claim 7, wherein the front print display surface includes an indicia area for identifying a user of the badge.

Claim 11

A time indicator comprising: a first substrate having first and second surfaces and at least one indicia area on the first surface; a second substrate having first and second surfaces; an ink pattern of dots printed in a preselected pattern in the at least one indicia area; an adhesive activator means having unconnected discrete areas of adhesive activator on the first surface of the first substrate; wherein, when the first surface of each substrate are in contact and overlay each other, the adhesive activator contacts and coacts with the ink pattern of dots to cause the ink pattern of dots to gradually bleed and blend together along the first surfaces of the substrates to cause a change visually perceptible through the second substrate overlaying the indicia area, the unconnected discrete areas of the adhesive inhibiting lateral migration of the ink between the unconnected discrete areas of adhesive.

Claim 12

A time indicator comprising: a first substrate having first and second surfaces and at least one indicia area on the first surface; a second substrate having first and second surfaces; an ink pattern of dots printed in a preselected pattern in the at least one indicia area; an adhesive activator means having unconnected discrete areas of adhesive activator on the first surface of the first substrate; wherein, when the first surface of each substrate are in contact and overlay each other, the adhesive activator contacts and coacts with the ink pattern of dots to cause the ink pattern of dots to gradually bleed and blend together along the first surfaces of the substrates to cause a change visually perceptible through the second substrate overlaying the indicia area, the unconnected discrete areas of the adhesive inhibiting lateral migration of the ink between the unconnected discrete areas of adhesive.

Claim 13

The apparatus of claim 9 wherein the unconnected discrete areas of the adhesive activator are parallel areas.

Claim 14

The apparatus of claim 10 wherein the time indicator is a parking permit.

Claim 15

The apparatus of claim 10 wherein the time indicator is a security badge.

Claim 16

The apparatus of claim 10 wherein the time indicator is a wrist band.

Claim 17

The apparatus of claim 10 wherein the time indicator is a self-expiring label.

Claim 18

A time indicator comprising: a transparent front support layer; an ink display layer overlaying said support layer; an opaque ink dissolver layer of unconnected discrete areas of adhesive overlaying the ink display layer; an ink layer including a migrating ink overlaying the opaque layer; a back support layer overlaying the ink layer; whereby when the opaque ink dissolver layer contacts the ink layer to cause the ink to migrate through the opaque ink dissolver layer to the ink display layer where it can be viewed through the front support member, the adhesive areas positioned at discrete locations inhibit lateral migration of the colored ink between the unconnected discrete areas of adhesive.

Claim 19

A time indicator comprising: a transparent front support layer; an ink display layer overlaying said support layer; an opaque ink dissolver layer of unconnected discrete areas of adhesive overlaying the ink display layer; an ink layer including a migrating ink overlaying the opaque layer; a back support layer overlaying the ink layer; whereby when the opaque ink dissolver layer contacts the ink layer to cause the ink to migrate through the opaque ink dissolver layer to the ink display layer where it can be viewed through the front support member, the adhesive areas positioned at discrete locations inhibit lateral migration of the colored ink between the unconnected discrete areas of adhesive.

Claim 20

The apparatus of claim 15 wherein the unconnected discrete areas are parallel areas.