Method of manufacturing card

Claim 1

A method of manufacturing a card, characterized by comprising the steps of: a first step (A) of photographing objects and stor­ing photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data; a fourth step (D) of printing out the synthesized data of the image data and the object data on a transfer sheet (141); a fifth step (E) of combining the printed transfer sheet (141) with a print sheet (145) drawn with a common card pattern, so that a pattern of the image date and the object date on the transfer sheet (141) is synthe­sized with the common card pattern, and, transferring the synthesized pattern from the transfer sheet (141) to the print sheet (145) which thereby serves as an identi­fication sheet (146); a sixth step (F) of overlapping the identification sheet (146) and sheets (147, 148, 149) incorporating a data storage medium to form a card; and a seventh step (G) of storing the object data in the data storage medium.

Claim 2

A method of manufacturing a card, characterized by comprising the steps of: a first step (A) of photographing objects and stor­ing photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data; a fourth step (D) of printing out the synthesized data of the image data and the object data on a transfer sheet (141); a fifth step (E) of combining the printed transfer sheet (141) with a print sheet (145) drawn with a common card pattern, so that a pattern of the image date and the object date on the transfer sheet (141) is synthe­sized with the common card pattern, and, transferring the synthesized pattern from the transfer sheet (141) to the print sheet (145) which thereby serves as an identi­fication sheet (146); a sixth step (F) of overlapping the identification sheet (146) and sheets (147, 148, 149) incorporating a data storage medium to form a card; and a seventh step (G) of storing the object data in the data storage medium.

Claim 9

A method of manufacturing a card, characterized by comprising the steps of: a first step (A) of photographing objects and stor­ing photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data; a fourth step (D) of printing out the synthesized data of the image data and the object data on a transfer sheet (141); a fifth step (E) of combining the printed transfer sheet (141) with a print sheet (145) drawn with a common card pattern, so that a pattern of the image date and the object date on the transfer sheet (141) is synthe­sized with the common card pattern, and, transferring the synthesized pattern from the transfer sheet (141) to the print sheet (145) which thereby serves as an identification sheet (146); and a sixth step (F) of stacking the identification sheet (146) with other sheets (147, 148, 149) to form a card.

Claim 10

A method of manufacturing a card, characterized by comprising the steps of: a first step (A) of photographing objects and stor­ing photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data; a fourth step (D) of printing out the synthesized data of the image data and the object data on a transfer sheet (141); a fifth step (E) of combining the printed transfer sheet (141) with a print sheet (145) drawn with a common card pattern, so that a pattern of the image date and the object date on the transfer sheet (141) is synthe­sized with the common card pattern, and, transferring the synthesized pattern from the transfer sheet (141) to the print sheet (145) which thereby serves as an identification sheet (146); and a sixth step (F) of stacking the identification sheet (146) with other sheets (147, 148, 149) to form a card.

Claim 11

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing photographed objects as image data; a second step (B) of storing object image associ­ated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data; a fourth step (D) of printing out the synthesized data of the image and the object data on a lower surface of a transparent sheet (124); a fifth step (E) of stacking the printed trans­parent sheet (124) on a card body (131) incorporating a data storage medium (130) and drawn with a common card pattern, and synthesizing the date of the image and the object data printed on the transparent sheet (124) with the common card pattern drawn on the card body (131); and a sixth step (F) of storing the object data in the data storage medium (130) incorporated in the card body (131).

Claim 12

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing photographed objects as image data; a second step (B) of storing object image associ­ated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data; a fourth step (D) of printing out the synthesized data of the image and the object data on a lower surface of a transparent sheet (124); a fifth step (E) of stacking the printed trans­parent sheet (124) on a card body (131) incorporating a data storage medium (130) and drawn with a common card pattern, and synthesizing the date of the image and the object data printed on the transparent sheet (124) with the common card pattern drawn on the card body (131); and a sixth step (F) of storing the object data in the data storage medium (130) incorporated in the card body (131).

Claim 15

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and storing photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data; a fourth step (D) of printing out the synthesized data of the image and the object data on a lower surface of a transparent sheet (124); and a fifth step (E) of stacking the printed trans­parent sheet (124) on a card body (131) incorporating a data storage medium (130) and drawn with a common card pattern, and synthesizing the image and object data printed on the transparent sheet with the common card pattern drawn on the card body (131), the transparent sheet (124) serving as a first layer.

Claim 16

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and storing photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data; a fourth step (D) of printing out the synthesized data of the image and the object data on a lower surface of a transparent sheet (124); and a fifth step (E) of stacking the printed trans­parent sheet (124) on a card body (131) incorporating a data storage medium (130) and drawn with a common card pattern, and synthesizing the image and object data printed on the transparent sheet with the common card pattern drawn on the card body (131), the transparent sheet (124) serving as a first layer.

Claim 17

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data, thereby forming surface printing data; a fourth step (D) of forming a white card (79) having a data storage medium (78) in which no data is input; and a fifth step (E) of printing the generated surface printing data and storing the object data in the data storage medium (78).

Claim 18

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data, thereby forming surface printing data; a fourth step (D) of forming a white card (79) having a data storage medium (78) in which no data is input; and a fifth step (E) of printing the generated surface printing data and storing the object data in the data storage medium (78).

Claim 21

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data, thereby forming surface printing data; a fourth step (D) of forming a white card (79) having a data storage medium (78) in which no data is input; and a fifth step (E) of storing the object data in the data storage medium (78), reading out the object data from the data storage medium (78) and displaying the readout object data, and printing surface printing data corresponding to the object data on the white card (79).

Claim 22

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, and synthesizing the desired image data and the part of the object data, thereby forming surface printing data; a fourth step (D) of forming a white card (79) having a data storage medium (78) in which no data is input; and a fifth step (E) of storing the object data in the data storage medium (78), reading out the object data from the data storage medium (78) and displaying the readout object data, and printing surface printing data corresponding to the object data on the white card (79).

Claim 25

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corresponding to the desired image data, synthesizing the desired image data and the part of the object data, and printing out the synthesized image and object data on a surface sheet (51); a fourth step (D) of stacking the surface sheet (51) printed out in the third step (C) and a card body (52) having a data storage medium (53); and a fifth step (E) of storing the object data in the data storage medium.

Claim 26

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corresponding to the desired image data, synthesizing the desired image data and the part of the object data, and printing out the synthesized image and object data on a surface sheet (51); a fourth step (D) of stacking the surface sheet (51) printed out in the third step (C) and a card body (52) having a data storage medium (53); and a fifth step (E) of storing the object data in the data storage medium.

Claim 29

A method of manufacturing a card, character­ized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, synthesizing the desired image data and the part of the object data, and printing out the synthesized image and object data on a surface (51) sheet; and a fourth step (D) of stacking the surface sheet and a card body having a data storage medium (53), the sur­face sheet (51) serving as a first layer.

Claim 30

A method of manufacturing a card, character­ized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, synthesizing the desired image data and the part of the object data, and printing out the synthesized image and object data on a surface (51) sheet; and a fourth step (D) of stacking the surface sheet and a card body having a data storage medium (53), the sur­face sheet (51) serving as a first layer.

Claim 31

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; and a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, synthesizing the desired image data and the part of the object data, and printing out the synthesized image and object data on a sheet (45).

Claim 32

A method of manufacturing a card, characterized by comprising: a first step (A) of photographing objects and stor­ing the photographed objects as image data; a second step (B) of storing object data associated with the objects; and a third step (C) of reading out desired image date from the image data and part of the object data corre­sponding to the desired image data, synthesizing the desired image data and the part of the object data, and printing out the synthesized image and object data on a sheet (45).