Card carrying microfilm and associated reading lens and process of forming same

A data card comprising:

• a flexible paper stock having an information portion upon which information appears that can be read in the normal manner with the naked eye with a portion removed at one end region,
• a microfilm upon which information is recorded and which is disposed at said one end region,
• a pair of flexible clear plastic sheets laminating opposite sides of said paper stock respectively, including said microfilm,
• an aperture formed through said clear plastic sheets and through said paper stock at an end region opposite said one end region,
• a round plastic lens located in said aperture,
• said lens having a central magnifying portion and an annular outer gripping portion comprising two annular gripping means on opposite sides of the outer edge of said central magnifying portion of said lens and extending beyond said opposite edge for gripping the opposite sides respectively of said card for securing said lens to said card and in said aperture.

A method of forming a data card comprising a flexible paper stock having an information portion upon which information appears that can be read in the normal manner with the naked eye, a microfilm upon which information is recorded and which is disposed at one end region of said card, a pair of flexible clear plastic sheets laminating opposite sides of said paper stock respectively, including said microfilm and a round plastic lens disposed at an end region opposite said one end region of said card whereby a reader may bend said card to align and focus the lens on the microfilm for reading the same, comprising the steps of:

• forming a first aperture in said paper stock at said one end region,
• locating a microfilm in said first aperture,
• laminating opposite sides of said paper stock including said microfilm located at said one end region, with two flexible clear plastic sheets respectively,
• forming a lens aperture through said clear plastic sheets and through said paper stock at said end region opposite said one end region, and
• locating and securing a plastic lens in said lens aperture at said end region opposite said one end region
• said plastic lens, prior to securement in said lens aperture, comprising a central magnifying portion and an outer portion comprising two annular flanges on opposite sides of the outer edge of said central magnifying portion,
• one annular flange extending outward beyond said outer edge of said central magnifying portion and the other annular flange extending generally perpendicular to said one annular flange,
• said lens being located and secured in said lens aperture by locating said lens in said lens aperture with said one annular flange engaging one side of said card and said other annular flange extending generally perpendicular beyond the other side of said card, and
• moving said other flange against the other side of said card for causing said two flanges to grip the opposite sides of said card respectively, for securing said lens in said lens aperture.

A data card comprising:

• a thin flexible member having an information portion upon which information appears that can be read in the normal manner with the naked eye with a portion removed at one end region,
• a microfilm upon which information is recorded and which is disposed at said one end region,
• a pair of flexible clear plastic sheets laminating opposite sides of said thin flexible member respectively, including said microfilm,
• an aperture formed through said clear plastic sheets and through said thin flexible member at an end region opposite said one end region,
• a plastic lens located in said aperture,
• said lens having a central magnifying portion and an outer gripping portion for gripping the outward facing sides of said clear plastic sheets of said data card for securing said lens to said data card and in said aperture,
• said outer gripping portion extending transversely to the thin plane of said lens beyond said central magnifying portion on each side of said lens for providing protection for each side of said central magnifying portion,
• said data card being flexible whereby a reader may bend said data card to align and focus the lens on the microfilm for reading the same.

A data card comprising:

• a thin flexible member having an information portion upon which information appears that can be read in the normal manner with the naked eye with a portion removed at one end region,
• a microfilm upon which information is recorded and which is disposed at said one end region,
• a pair of flexible clear plastic sheets laminating opposite sides respectively of said thin flexible member and of said microfilm,
• an aperture formed through said clear plastic sheets and through said thin flexible member at an end region opposite said one end region,
• a plastic lens located in said aperture,
• said lens having a central magnifying portion and an outer gripping portion comprising two gripping means on opposite sides of the outer edge of said central magnifying portion of said lens and extending beyond said opposite edge for gripping the outward facing sides respectively of said clear plastic sheets of said data card for securing said lens to said data card and in said aperture.

A method of forming a data card comprising a thin flexible member having an information portion upon which information appears that can be read in the normal manner with the naked eye, a microfilm upon which information is recorded and which is disposed at one end region of said data card, a pair of flexible clear plastic sheets laminating opposite sides of said thin flexible member respectively, including said microfilm and a plastic lens disposed at an end region opposite said one end region of said data card whereby a reader may bend said data card to align and focus the lens on the microfilm for reading the same, comprising the steps of:

• forming a first aperture in said thin flexible member at said one end region,
• locating a microfilm in said first aperture,
• laminating opposite sides of said thin flexible member including said microfilm located at said one end region, with two flexible clear plastic sheets respectively,
• formin a lens aperture through said clear plastic sheets and through said thin flexible member at said end region opposite said one end region, and
• locating and securing a plastic lens in said lens aperture at said end region opposite said one end region
• said plastic lens, prior to securement in said lens aperture, comprising a central magnifying portion and an outer portion comprising two annular flanges on opposite sides of the outer edge of said central magnifying portion,
• one annular flange extending outward beyond said outer edge of said central magnifying portion and the other annular flange extending generally perpendicular to said one annular flange,
• said lens being located and secured in said lens aperture by locating said lens in said lens aperture with said one annular flange engaging the outward facing side of one of said flexible plastic sheets and said other annular flange extending generally perpendicular beyond the outward facing side of the other of said flexible plastic sheets, and
• moving said other flange against the outward facing side of said other of said flexible plastic sheets for causing said two flanges to grip the outward facing sides respectively of said flexible plastic sheets of said data card, for securing said lens in said lens aperture.