Manifold carbonless form and process for the continuous production thereof

Claim 2

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous webs; each of said continuous webs having a first and second surface; (b) advancing each web of said plurality of continuous webs at substantially the same speed, said plurality of continuous webs being spaced apart and being advanced in a cooperating relationship with one another; (c) marking at least one surface of at least one web of said plurality of continuous webs with a pattern; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said first surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material dispersed in a hot melt suspending medium, said coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said first coating composition to said first surface; (e) setting said first coating by means of temperature decrease; (f) applying a second coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second coating comprising said second chromogenic material dispersed in a hot melt suspending media, said second coating being heated to a temperature above the melting point of said hot melt suspending media to permit fluid application of said second coating composition to said second surface, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second coating by means of temperature decrease; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; and (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form.

Claim 3

The process of claim 1 further comprising the step of finishing said collated, contiguous webs wherein said finishing step includes: (a) fixably combining said plurality of collated, contiguous webs into a single manifold substrate; (b) dividing said single manifold substrate into a plurality of sheets, each sheet of said plurality of sheets being dimensioned for use as a manifold carbonless form; (c) stacking said sheets; and (d) packaging said stacked sheets.

Claim 4

The process of claim 1 wherein said continuous webs are paper.

Claim 5

The process of claim 1 wherein said plurality of continuous webs comprise from about 2 to about 6 continuous webs.

Claim 6

The process of claim 1 wherein said marking is by means of printing.

Claim 7

The process of claim 1 wherein said marking is by offset printing means.

Claim 8

The process of claim 1 wherein said application of said first non-aqueous, solvent-free coating is by means of printing.

Claim 9

The process of claim 1 wherein said hot melt suspending media comprises a low molecular weight polar wax.

Claim 10

The process of claim 1 wherein said first coating composition is applied to from about 30% to about 70% of the surface area of at least one continuous web of said plurality of continuous webs.

Claim 11

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous webs; each of said continuous webs having a first and second surface; (b) advancing each web of said plurality of continuous webs at substantially the same speed, said plurality of continuous webs being spaced apart and being advanced in a cooperating relationship with one another; (c) marking at least one surface of at least one web of said plurality of continuous webs with a pattern; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said first surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material dispersed in a hot melt suspending medium, said coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said first coating composition to said first surface; (e) setting said first coating by means of temperature decrease; (f) applying a second coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second coating comprising said second chromogenic material dispersed in a radiation curable material, said second coating being applied to said second surface in fluid form, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second coating by means of exposure to radiation; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; and (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form.

Claim 12

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous webs; each of said continuous webs having a first and second surface; (b) advancing each web of said plurality of continuous webs at substantially the same speed, said plurality of continuous webs being spaced apart and being advanced in a cooperating relationship with one another; (c) marking at least one surface of at least one web of said plurality of continuous webs with a pattern; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said first surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material dispersed in a hot melt suspending medium, said coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said first coating composition to said first surface; (e) setting said first coating by means of temperature decrease; (f) applying a second coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second coating comprising said second chromogenic material dispersed in a radiation curable material, said second coating being applied to said second surface in fluid form, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second coating by means of exposure to radiation; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; and (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form.

Claim 13

The process of claim 10 wherein said radiation curable material comprises a mixture of ethylenically unsaturated organic compounds, a portion of said compounds having one terminal ethylenic group per molecule and another portion of said compound having more than one terminal ethylenic group per molecule.

Claim 14

The process of claim 10 wherein said radiation is ultraviolet radiation.

Claim 15

The process of claim 10 wherein said radiation is electron beam radiation.

Claim 16

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous paper substrates, each of said continuous paper substrates having a first and second surface, said plurality of continuous paper substrates including from about 2 to about 6 continuous paper substrates; (b) advancing each substrate of said plurality of continuous substrates at substantially the same speed, said plurality of continuous substrates being spaced apart and being advanced in a cooperating relationship with one another; (c) applying a printing ink to said second surface of at least one continuous paper substrate of said plurality of continuous paper substrates, said printing ink being applied in a pattern corresponding to a printed image; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said first surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material in capsular form dispersed in a hot melt suspending medium, said first coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said first coating composition to said first surface; (e) setting said first coating by means of temperature decrease; (f) applying a second non-aqueous, solvent-free coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second non-aqueous, solvent-free coating comprising said second chromogenic material dispersed in a hot melt suspending medium, said second coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said second coating composition to said second surface, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second coating by means of temperature decrease; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form; (j) finishing said manifold form, said finishing including the steps of: (1) fixably combining said plurality of collated contiguous paper substrates into a single manifold substrate; (2) dividing said single manifold substrate into a plurality of sheets, each sheet of said plurality of sheets being dimensioned for use as a manifold carbonless form; (3) stacking said sheets; and (4) packaging said stacked sheets.

Claim 17

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous paper substrates, each of said continuous paper substrates having a first and second surface, said plurality of continuous paper substrates including from about 2 to about 6 continuous paper substrates; (b) advancing each substrate of said plurality of continuous substrates at substantially the same speed, said plurality of continuous substrates being spaced apart and being advanced in a cooperating relationship with one another; (c) applying a printing ink to said second surface of at least one continuous paper substrate of said plurality of continuous paper substrates, said printing ink being applied in a pattern corresponding to a printed image; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said first surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material in capsular form dispersed in a hot melt suspending medium, said first coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said first coating composition to said first surface; (e) setting said first coating by means of temperature decrease; (f) applying a second non-aqueous, solvent-free coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second non-aqueous, solvent-free coating comprising said second chromogenic material dispersed in a hot melt suspending medium, said second coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said second coating composition to said second surface, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second coating by means of temperature decrease; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form; (j) finishing said manifold form, said finishing including the steps of: (1) fixably combining said plurality of collated contiguous paper substrates into a single manifold substrate; (2) dividing said single manifold substrate into a plurality of sheets, each sheet of said plurality of sheets being dimensioned for use as a manifold carbonless form; (3) stacking said sheets; and (4) packaging said stacked sheets.

Claim 18

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous paper substrates, each of said continuous paper substrates having a first and second surface, said plurality of continuous paper substrates including from about 2 to about 6 continuous paper substrates; (b) advancing each web of said plurality of continuous webs at substantially the same speed, said plurality of continuous webs being spaced apart and being advanced in a cooperating relationship with one another; (c) applying a printing ink to said second surface of at least one continuous paper substrate of said plurality of continuous paper substrates, said printing ink being applied in a pattern corresponding to a printed image; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material in capsular form dispersed in a hot melt suspending medium, said first coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said first coating composition to said second surface; (e) setting said first coating by means of temperature decrease; (f) applying a second non-aqueous, solvent-free coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second non-aqueous, solvent-free coating comprising said second chromogenic material dispersed in a radiation curable material, said second coating being applied to said second surface in fluid form, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second non-aqueous, solvent-free coating by means of exposure to radiation; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form; (j) finishing said manifold form, said finishing including the steps of: (1) fixably combining said plurality of collated contiguous paper substrates into a single manifold substrate; (2) dividing said single manifold substrate into a plurality of sheets, each sheet of said plurality of sheets being dimensioned for use as a manifold carbonless form; (3) stacking said sheets; and (4) packaging said stacked sheets.

Claim 19

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous paper substrates, each of said continuous paper substrates having a first and second surface, said plurality of continuous paper substrates including from about 2 to about 6 continuous paper substrates; (b) advancing each web of said plurality of continuous webs at substantially the same speed, said plurality of continuous webs being spaced apart and being advanced in a cooperating relationship with one another; (c) applying a printing ink to said second surface of at least one continuous paper substrate of said plurality of continuous paper substrates, said printing ink being applied in a pattern corresponding to a printed image; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material in capsular form dispersed in a hot melt suspending medium, said first coating being heated to a temperature above the melting point of said hot melt suspending medium to permit fluid application of said first coating composition to said second surface; (e) setting said first coating by means of temperature decrease; (f) applying a second non-aqueous, solvent-free coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second non-aqueous, solvent-free coating comprising said second chromogenic material dispersed in a radiation curable material, said second coating being applied to said second surface in fluid form, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second non-aqueous, solvent-free coating by means of exposure to radiation; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form; (j) finishing said manifold form, said finishing including the steps of: (1) fixably combining said plurality of collated contiguous paper substrates into a single manifold substrate; (2) dividing said single manifold substrate into a plurality of sheets, each sheet of said plurality of sheets being dimensioned for use as a manifold carbonless form; (3) stacking said sheets; and (4) packaging said stacked sheets.

Claim 20

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous paper substrates, each of said continuous paper substrates having a first and second surface, said plurality of continuous paper substrates including from about 2 to about 6 continuous paper substrates; (b) advancing each substrate of said plurality of continuous substrate at substantially the same speed, said plurality of continuous substrates being spaced apart and being advanced in a cooperating relationship with one another; (c) applying a printing ink to said second surface of at least one continuous paper substrate of said plurality of continuous paper substrates, said printing ink being applied in a pattern corresponding to a printed image; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said first surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material in capsular form dispersed in a radiation curable material, said first coating being applied to said first surface in fluid form; (e) setting said first coating by means of exposure to radiation; (f) applying a second non-aqueous, solvent-free coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second non-aqueous, solvent-free coating comprising said second chromogenic material dispersed in a radiation curable material, said second coating being applied to said second surface in fluid form, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second coating by means of exposure to radiation; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form; (j) finishing said manifold form, said finishing including the steps of: (1) fixably combining said plurality of collated contiguous paper substrates into a single manifold substrate; (2) dividing said single manifold substrate into a plurality of sheets, each sheet of said plurality of sheets being dimensional for use as a manifold carbonless form; (3) stacking said sheets; and (4) packaging said stacked sheets.

Claim 21

A process for the continuous production of a manifold carbonless form having two or more surfaces coated with chromogenic material comprising: (a) providing a plurality of continuous paper substrates, each of said continuous paper substrates having a first and second surface, said plurality of continuous paper substrates including from about 2 to about 6 continuous paper substrates; (b) advancing each substrate of said plurality of continuous substrate at substantially the same speed, said plurality of continuous substrates being spaced apart and being advanced in a cooperating relationship with one another; (c) applying a printing ink to said second surface of at least one continuous paper substrate of said plurality of continuous paper substrates, said printing ink being applied in a pattern corresponding to a printed image; (d) applying a first non-aqueous, solvent-free coating of a first chromogenic material to at least a portion of said first surface of at least one web of said plurality of continuous webs, said first non-aqueous, solvent-free coating comprising said first chromogenic material in capsular form dispersed in a radiation curable material, said first coating being applied to said first surface in fluid form; (e) setting said first coating by means of exposure to radiation; (f) applying a second non-aqueous, solvent-free coating of a second chromogenic material to at least a portion of said second surface of at least one web of said plurality of continuous webs, said second non-aqueous, solvent-free coating comprising said second chromogenic material dispersed in a radiation curable material, said second coating being applied to said second surface in fluid form, said second chromogenic material being reactive with said first chromogenic material to form a color; (g) setting said second coating by means of exposure to radiation; (h) collating said plurality of continuous webs such that said first and said second chromogenic materials are in facing relationship to a coreactive chromogenic material; (i) placing said collated continuous webs in contiguous relationship to one another to create a manifold form; (j) finishing said manifold form, said finishing including the steps of: (1) fixably combining said plurality of collated contiguous paper substrates into a single manifold substrate; (2) dividing said single manifold substrate into a plurality of sheets, each sheet of said plurality of sheets being dimensional for use as a manifold carbonless form; (3) stacking said sheets; and (4) packaging said stacked sheets.

Claim 22

The process of claim 10 wherein said first coating composition is applied to from about 30% to about 70% of the surface area of at least one continuous web of said plurality of continuous webs.