JP2007001203A - Method and apparatus for transferring cutting sheet pattern - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method and an apparatus for transferring a patten, which are used for bonding and transferring only necessary parts of a character and a figure, cut on a cutting sheet, onto a film (carrier film) for transfer. <P>SOLUTION: The cutting sheet pattern transfer apparatus 10 comprises a cutting plotter part 20, an inkjet printer part 30, a film cassette mechanism part 40 for transfer, and a computer control part 50 for controlling them. An anti-adhesion layer is formed in an unnecessary part, so that the cut pattern can be automatically bonded and transferred onto the film for transfer in a short period of time from the pattern such as the character/figure cut on the cutting sheet, without the operation of removing an unnecessary area part. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a pattern transfer method and apparatus for cutting a pattern such as a character string on a cutting sheet and then continuously peeling only the pattern from a release paper by placing an adhesive carrier film thereon.

  Conventionally, the work of peeling off and removing unnecessary portions from a cutting sheet in which characters and figures having complicated shapes have been cut has been labor intensive. In addition, there is a problem that it takes more time to work on a portion cut at an acute angle of characters or figures or a portion of a thin line segment.

  Patent Document 1 is an invention related to a cutting plotter having a function of adding margins to characters and figures in addition to outline cutting of characters and figures.

  However, there has been a problem that the removal and removal of the unnecessary part immediately before transferring the release sheet-like lettering sheet to the application sheet so as not to deviate the positional relationship between the parts of the lettering must be performed manually.

  That is, the process of removing unnecessary portions while leaving only the cut figure on the cutting sheet has not been automated in the past.

JP 2000-33598 A (2nd page, FIG. 1)

  The present invention has been made in view of the above problems, and an object of the present invention is to provide a pattern transfer method and apparatus for bonding and transferring only characters and figures cut on a cutting sheet onto a transfer film (carrier film).

In order to solve the above-mentioned problem, the cutting sheet pattern transfer method of the present invention is based on a character string or a line segment string having a line width, and a figure on a cutting sheet with a release paper that can be peeled and stuck on the release paper. Form a configured cutting pattern, place a transfer film consisting of an adhesive transparent carrier film, and remove only the necessary pattern excluding unnecessary areas other than the cutting pattern representing the character, line segment or figure. A method of transferring to a transfer film,
A printing mechanism for causing the cutting sheet with release paper to travel in one direction on the platen roller and driving the inkjet head in a direction perpendicular to the cutting sheet; and storing ink containing an anti-adhesion solution sprayed from the inkjet head to the sheet An inkjet printer unit comprising at least a container;
A first roller portion in which the transfer film is wound for a predetermined length; a second roller portion connected to a film winding drive mechanism; and the cutting with release paper in parallel with the film traveling between the roller portions At least a transfer film cassette mechanism comprising: a pressure roller that causes the sheets to travel at the same speed and allows the films and the sheets to pass therethrough;
Formation of an anti-adhesion layer in which an anti-adhesion layer is formed on the surface of an unnecessary area of the cutting sheet by printing the anti-adhesion solution only on the unnecessary area where the cutting pattern is reversed by an inkjet head of the inkjet printer unit Process,
A film-sheet pressure-transfer process in which the transfer film cassette mechanism unit is caused to pass through the pressure roller portion of the transfer film cassette unit and the transfer film is caused to travel in close contact with the cutting sheet with release paper,
Peeling that peels off only the cutting pattern adhered to the transfer film from the cutting sheet with the release paper from the release paper by the winding drive of the second roller portion of the transfer film cassette mechanism, and adhesively transfers it to the transfer film. And a transfer step.

  The anti-adhesion solution is made of aqueous silicon or fluororesin.

In addition, the cutting sheet pattern transfer device of the present invention is configured to run a cutting sheet with a release paper that is detachably overlapped on the release paper, and to move back and forth in the sheet winding direction; A head carriage drive mechanism for driving in a direction perpendicular to the sheet traveling direction; and a head lifting mechanism that can be driven so that only the sheet is cut by the head; and a cutting head is driven by these three mechanisms to drive a character string or A cutting plotter that can cut out a pattern of line segments with a line width;
A printing mechanism that runs the cutting sheet with release paper in one direction on the platen roller at a predetermined speed and that drives the inkjet head in a direction orthogonal to the printing sheet; and stores an anti-adhesion solution sprayed from the head onto the cutting sheet with release paper An ink-jet printer unit capable of spraying an anti-adhesion solution only on unnecessary portions of the pattern;
A transfer film made of an adhesive transparent carrier film is stacked on the surface of the cutting sheet with release paper, and the transfer film is wound for a predetermined length so that only a necessary pattern can be adhered and peeled off. A first roller portion; a second roller portion connected to the film winding drive mechanism portion; and the cutting sheet with release paper traveling at the same speed in parallel with the transfer film traveling between the roller portions. A transfer film cassette mechanism having at least a pressure roller section that allows the transfer film and the cutting sheet with release paper to pass in an overlapping state;
A computer control unit for controlling the cutting plotter unit, the ink jet printer unit, and the transfer film cassette mechanism unit, respectively,
When the computer control unit receives a pattern cutting command and its pattern data from the input device unit via a bus, it sends a command signal to the three mechanisms for each character or line segment of the pattern data to the plotter unit. Pattern cutting means for cutting out only the sheet portion of the cutting sheet with release paper by the cutting head, which is output through the bus and the first interface, and winding it in units.
When the computer control unit receives the pattern printer command and the reverse partial spray area data of the pattern from the input device via the bus, the command signal is output to the printer unit via the bus and the second interface. And an anti-adhesion layer forming means for driving the printing mechanism and spraying an anti-adhesion solution on the basis of the data from the ink jet head to form an anti-adhesion layer in the region,
When the computer control unit receives a film / sheet contact command from the input device unit via the bus, the transfer film cassette mechanism unit and the cutting sheet take-up drive unit are connected to the transfer unit via the bus and the third interface. A film sheet pressure transfer means for outputting a command signal and driving the same at the same speed, and passing a transfer film and a cutting sheet with a release paper between the pressure roller parts to transfer the pressure of the pattern,
Only the pattern portion from the cutting sheet with release paper is adhered to the transfer film by the second roller at the travel destination of the adhered transfer film and the sheet winding drive unit at the travel destination of the cutting sheet with release paper. And a pattern peeling means for peeling off the film and transferring the adhesive to the transfer film.

  According to the method and apparatus of the present invention, an unnecessary area is removed from a pattern such as letters and figures cut on a cutting sheet automatically and in a short time without a manual operation. Adhesive transfer is possible. For this reason, it is possible to significantly reduce the labor and cost of the processing by removing the conventional unnecessary region peeling operation.

  The cutting sheet pattern transfer method and apparatus of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a schematic view showing a configuration of a cutting sheet pattern transfer apparatus according to the present invention, and FIG. 2 is a view showing a structure of the cutting sheet pattern transfer apparatus.

  In the figure, 20 is a cutting plotter unit, 30 is an ink jet printer unit, 40 is a transfer film cassette mechanism unit, and 50 is a computer control unit for controlling them.

  The computer control unit 50 includes a CPU 51, an input device unit 52 such as a keyboard, a storage device unit 53 such as an HDD, a display unit 54, a first interface unit 55 that sends control signals to the cutting plotter unit, and a control signal to the inkjet printer unit 30. 2, a third interface unit 57 for sending control signals to the transfer film cassette mechanism unit 40, and a bus 59.

  The cutting plotter unit 20 is a plotter unit that cuts out a character string or a line segment string having a line width and a figure pattern on the cutting sheet 1a by the following three mechanisms.

  As shown in FIGS. 3A and 3B, the cutting sheet 1 with release paper is composed of a release sheet 1b and a cutting sheet 1a that is detachably overlapped on the release sheet 1b. Only the cutting pattern is cut.

  In the cutting plotter unit 20 (see FIG. 2), the cutting head 20a cuts the cutting sheet 1 with release paper running on the platen roller 20b into an instructed pattern. The release sheet-attached cutting sheet 1 is driven to move forward and backward in the traveling direction from the sheet storage unit 28 by the sheet traveling mechanism 21. On the other hand, the cutting head 20a is provided with a head carriage driving mechanism 22 that drives in a direction orthogonal to the sheet traveling direction, and a head lifting mechanism 23 that can be driven so that only the cutting sheet 1a is cut by the head.

  The sheet traveling mechanism 21 and the cutting head 20a are driven by these three mechanisms 21, 22, and 23, and the character string, line segment string, and figure pattern can be cut out. (See FIGS. 3C and 3D)

  The ink jet printer unit 30 (see FIG. 2) prints the cut release sheet with release paper 1 on the platen roller 30b in one direction at a predetermined speed and also drives the ink jet head 30a in the direction perpendicular to the travel. A mechanism 31 is provided. Further, the ink jet printer unit 30 includes an ink storage container 30x and an adhesion preventing solution storage container 30y, and includes a storage unit switching mechanism 32 that switches them according to a control signal.

  Note that the container switching mechanism 32 is not necessary when an adhesion preventing solution can be placed instead of the ink solution in the ink container 30x.

  By such an ink jet printer unit 30, the anti-adhesion layer 1y is formed by spraying an anti-adhesion solution only on the unnecessary part of the pattern (in the case of a pattern character, the reverse image). (See FIGS. 4 (e) and (f))

  Reference numeral 29 denotes a sheet running buffer unit, which is a running buffer device for the cutting sheet 1 with release paper between the sheet plotting unit 20 and the sheet running buffer unit 29 from a computer control unit 50 described later to a cutting plotter unit. 20 and the timing between the control signals transmitted to the inkjet printer unit 30 are synchronized as follows.

  That is, the cutting plotter unit 20 travels a sheet of a pattern before and after the running direction, cuts the series of patterns, and then travels in one direction by the next inkjet printer unit 30 for each pattern unit. The anti-adhesion layer 1y is formed only on the heel.

  The transfer film cassette mechanism 40 (see FIG. 2) is formed on the surface of the transfer film 1z in a state where the adhesion preventing layer 1y is formed only on the unnecessary portion of the pattern of the cut sheet 1 with release paper. Is a mechanism part that adheres and peels only the pattern on the transfer film 1z. The transfer film 1z is made of an adhesive transparent carrier film.

  The transfer film cassette mechanism 40 has a first roller 41 on which a transfer film 1z is wound for a predetermined length, a second roller 42 connected to the take-up drive mechanism, and travels between these rollers. The release sheet-attached cutting sheet 1 runs at the same speed in parallel with the transfer film 1z, and the transfer film 1z and the release sheet-attached cutting sheet 1 overlap each other (FIG. 4G). (H)) and a pressure roller portion 43 for applying pressure.

  Reference numeral 48 denotes a sheet take-up drive unit that takes up the remaining cutting sheet 1 with release paper (see FIGS. 5 (i) and 5 (j)), in which a pattern of a necessary part is peeled off from the transfer film 1 z.

  On the other hand, a transfer film 1x (see FIGS. 5K and 5L) from which a necessary pattern has been transferred and peeled is wound around the second roller portion.

  Reference numeral 39 denotes a sheet travel buffer section between the ink jet printer section 30 and the transfer film cassette mechanism section 40, and has a buffer function similar to that of the sheet travel buffer section 29.

  The computer control unit 50 includes, in the CPU 51, a pattern cutting means 51a, an adhesion preventing layer forming means 51b, a film / sheet pressure transfer means 51c, and a pattern peeling means 51d.

  In the pattern cutout means 51 a, the CPU 51 receives a pattern cutting command and its pattern data from the input device section 52 via the bus 59, and receives pattern data from the input plotter section 20 via the bus 59 and the first interface section 55. Is a means for outputting a command signal to the three mechanisms 20, 22, and 23, driving the cutting head 20 a to cut the cutting sheet 1 a, and winding the sheet within the sheet running buffer unit 29.

  In the adhesion preventing layer forming means 51b, the CPU 51 receives the pattern print command and the reverse pattern spray area data from the input device section 52 via the bus 59, and the bus 59 and the second interface section to the inkjet printer section 30. A means for outputting a command signal via 56 to drive the printing mechanism 31 and to spray an adhesion preventing solution from the inkjet head 30a based on the spray area data to form the adhesion preventing layer 1y.

  In this embodiment, it has been described that the adhesion preventing layer forming means 51b is activated by a pattern print command from the input device section 52. However, in parallel with the execution of the pattern cutting means 51a, bonding is performed in units of predetermined patterns. It is desirable to execute the prevention layer forming means 51b to perform parallel work.

  In the film / sheet pressure transfer means 51 c, the CPU 51 receives a film / sheet contact command from the input device section 52 via the bus 59, and the bus 59 is connected to the transfer film cassette mechanism section 40 cutting sheet winding drive section 48. And a command signal is output via the third interface unit 57 and driven at the same speed, and the transfer film 1z and the cutting sheet 1 with release paper are passed between the pressure roller units 43 to transfer them. It is a means for adhering only a necessary pattern to the film 1z.

  When cutting a plurality of patterns continuously, the film / sheet pressure transfer means 51c can be executed in parallel with the adhesion preventing layer forming means 51b.

  The pattern peeling means 51d is a means for separating the transfer film 1z brought into close contact with the film / sheet pressure transfer means 51c and the cutting sheet 1 with release paper, and the transfer film 1z from which the pattern has been peeled is peeled off. The cutting sheet 1 with release paper, which is wound around the second roller 42 and only the unnecessary portion on which the anti-adhesion layer is formed, is wound around the cutting sheet winding drive unit 48 that is the travel destination.

  FIG. 3 is an explanatory view (1) showing the relationship between the cutting sheet with release paper and the transfer film, wherein (a) is a plan view of the cutting sheet base paper with release paper, and (b) is an X-- of (a). X sectional view, (c) is a plan view of a base paper with characters cut, and (d) is an XX sectional view of (c).

  3A and 3B show the cutting sheet 1 with release paper. The cutting sheet 1 with release paper is placed in a state in which a cutting sheet 1a that can be peeled and pasted is attached to the release paper 1b. The release sheet-attached cutting sheet 1 (generally referred to as a cutting sheet) is stored in a sheet storage unit 28.

  3C and 3D show the cutting sheet 1 with release paper cut by the cutting plotter unit 20. The cut cutting sheet 1 with release paper is wound into the sheet running buffer unit 29.

  FIG. 3D shows a state in which the character pattern 1c in FIG. 3A is cut out by the cut line 1x.

  FIG. 4 is an explanatory view (2) showing the relationship between the cutting sheet with release paper and the transfer film, wherein (e) is a plan view in which an anti-adhesion layer is formed on unnecessary portions, and (f) is (e). XX sectional view of), (g) is a plan view on which a transfer film is placed, and (h) is an XX sectional view of (g).

  FIGS. 4E and 4F show a state in which the adhesion preventing layer 1y is formed on the unnecessary portion by the ink jet printer unit 30. FIG. That is, the adhesion preventing layer 1y is printed on the reverse part of the character pattern other than the pattern 1c. The release sheet-attached cutting sheet 1 is wound up in the sheet travel buffer unit 39.

  4G and 4H show a state where the transfer film 1z is placed by the transfer tape cassette mechanism 40. FIG.

  FIG. 5 is an explanatory view (3) showing the relationship between the cutting sheet with release paper and the transfer film, wherein (i) is a plan view of the unnecessary cutting sheet with release paper from which the transfer film has been peeled; (J) is an XX sectional view of (i), (k) is a plan view of a transfer film onto which a necessary portion is transferred, and (l) is an XX sectional view of (k).

  5 (i) and 5 (j) show the cutting sheet 1 with release paper from which the transfer film 1z has been peeled off by the sheet take-up drive unit 48. FIG. Only the unnecessary part of the pattern is left on the cutting sheet 1 with release paper.

  FIGS. 5 (k) and 5 (l) show the transfer film 1z in which only necessary portions of the target pattern are peeled and transferred with an arrangement interval.

  The transfer film prepared as described above is placed on a target object to which a cutting pattern is to be pasted and pasted.

  The anti-adhesion solution for forming the anti-adhesion layer 1y is a solution made of aqueous silicon or fluororesin.

  Next, the operation of the cutting sheet pattern transfer device 10 will be described. When the computer control unit 50 is turned on, it is initialized and the CPU 51 waits for a command from the input device 52.

  When a pattern cutting command and its pattern data are received from the input device section 52, the pattern data is sent to the first interface section 55 to operate the cutting plotter section 20.

  The cutting plotter unit 20 cuts out the cutting sheet with release paper 1 in the sheet storage unit based on the pattern data by the sheet traveling mechanism 21, the head carriage driving mechanism 22, and the head lifting mechanism 3. The cut sheet with release paper 1 cut out is accommodated in the sheet running buffer unit 29.

In a state where the cutting sheet 1 with release paper having one or more cut patterns is accommodated in the sheet running buffer unit 29, the CPU 51 prints area data (reversal pattern) to be printed with the pattern printing command and the anti-adhesion solution from the input device 52. When the data is received, the CPU sends the print data to the second interface unit 56, drives the printing mechanism printing mechanism, sprays the adhesion preventing solution with the inkjet head 30a, and prints the adhesion preventing layer 1y. (Adhesion prevention layer forming process)
The release sheet-attached cutting sheet 1 on which the adhesion preventing layer is formed is wound around the sheet running buffer 39.

  Next, when the CPU 51 receives an instruction to transfer from the input device 52 to the transfer film 1z in a state where the sheet with release sheet 1 on which the adhesion preventing layer 1y is formed is accommodated in the sheet running buffer 39, A command is sent to the transfer film cassette mechanism 40 via the third interface unit 57, the first and second rollers are driven at the same speed, and the transfer film 1z and the cutting sheet 1 with release sheet are overlapped to form the pressure roller unit 43. , And the transfer film 1z is pressure-bonded to the cutting sheet with release sheet 1 on which the adhesion preventing layer 1y is formed. (Film / sheet pressure transfer process)

  Next, the transfer film 1z that has passed through the pressure roller unit 43 and the cutting sheet 1 with release sheet are separated, and the transfer film 1z is wound around the second roller unit 42, and the cutting sheet 1 with release sheet is driven. Is taken up by the sheet take-up drive unit 48 to automatically separate the transfer film 1z which has been transferred with the pattern peeled off from the cutting sheet 1 with paper release. (Peeling transfer process)

  As described above, the transfer step of the present invention comprises an adhesion preventing layer forming step, a film / sheet pressing step, and a peeling transfer step.

  The cutting sheet pattern transfer device 10 is not limited to this embodiment, and if the printer is equipped with an inkjet head that can use an anti-adhesion solution as ink, cutting and adhesion prevention using a known cutting plot printer is possible. A layer forming step may be performed. It is of course possible to perform the pressure bonding and peeling transfer process of the transfer film 1z manually without using an automated apparatus.

It is a schematic diagram which shows the structure of the cutting sheet pattern transfer apparatus of this invention. It is a schematic diagram which shows the structure of the cutting sheet pattern transfer apparatus of this invention. It is explanatory drawing (1) which shows the relationship between the cutting sheet with a release paper, and the film for transfer, (a) is a top view of the cutting sheet base paper with a release paper, (b) is XX sectional drawing of (a). (C) is a top view of the base paper in which the character was cut, (d) is XX sectional drawing of (c). It is explanatory drawing (2) which shows the relationship between a cutting sheet with a release sheet and a transfer film, wherein (e) is a plan view in which an anti-adhesion layer is formed on an unnecessary portion, and (f) is an X- of (e). X sectional view, (g) is a plan view on which a transfer film is placed, and (h) is an XX sectional view of (g). It is explanatory drawing (3) which shows the relationship between the cutting sheet with a release paper, and a transfer film, Comprising: (i) is a top view of the cutting sheet with a release paper of the unnecessary part which peeled the transfer film, (j) is (I) XX sectional drawing, (k) is a top view of the film for transfer in which the required part was transcribe | transferred, (l) is XX sectional drawing of (k).

Explanation of symbols

1 Cutting sheet with release paper 1a Cutting sheet 1b Release paper 1c Pattern (character, line segment, figure)
1d Unnecessary area (reverse pattern)
1x Cut line 1y Adhesion prevention layer 1z Transfer film 10 Cutting sheet pattern transfer device 20 Cutting plotter section 20a Cutting head 20b Platen roller 21 Sheet traveling mechanism 22 Head carriage drive mechanism 23 Head lifting mechanism 28 Sheet storage section 29 Sheet traveling buffer section ( Shock absorber)
39 Seat travel buffer (buffer)
DESCRIPTION OF SYMBOLS 30 Inkjet printer part 30a Inkjet head 30b Platen roller 31 Printing mechanism 32 Storage part switching mechanism 30x Ink storage container 30y Adhesion prevention solution storage container 34 Sheet running mechanism 40 Transfer film cassette mechanism part 41 First roller part (film storage part)
42 Second roller part (film winding part)
43 Pressure Roller Unit 44 Sheet Traveling Mechanism 48 Sheet Winding Drive Unit 50 Computer Control Unit 51 CPU
52 Input Device Unit 55 First Interface Unit 56 Second Interface Unit 57 Third Interface Unit

Claims (3)

A transparent carrier film with adhesive properties by forming a cutting pattern composed of character strings, line segments with a line width, and figures on a cutting sheet with release paper that can be peeled and pasted on release paper. A transfer film consisting of the above, a method of transferring only the necessary pattern excluding unnecessary areas other than the cutting pattern representing the character or line segment, figure to the transfer film,
A printing mechanism for causing the cutting sheet with release paper to travel in one direction on the platen roller and driving the inkjet head in a direction perpendicular to the cutting sheet; and storing ink containing an anti-adhesion solution sprayed from the inkjet head to the sheet An inkjet printer unit comprising at least a container;
A first roller portion in which the transfer film is wound for a predetermined length; a second roller portion connected to a film winding drive mechanism; and the cutting with release paper in parallel with the film traveling between the roller portions At least a transfer film cassette mechanism comprising: a pressure roller that causes the sheets to travel at the same speed and allows the films and the sheets to pass therethrough;
Formation of an anti-adhesion layer in which an anti-adhesion layer is formed on the surface of an unnecessary area of the cutting sheet by printing the anti-adhesion solution only on the unnecessary area where the cutting pattern is reversed by an inkjet head of the inkjet printer unit Process,
A film-sheet pressure-transfer process in which the transfer film cassette mechanism unit is caused to pass through the pressure roller portion of the transfer film cassette unit and the transfer film is caused to travel in close contact with the cutting sheet with release paper,
Peeling that peels off only the cutting pattern adhered to the transfer film from the cutting sheet with the release paper from the release paper by the winding drive of the second roller portion of the transfer film cassette mechanism, and adhesively transfers it to the transfer film. A cutting sheet pattern transfer method comprising: a transfer step.   2. The cutting sheet pattern transfer method according to claim 1, wherein the adhesion preventing solution is made of water-based silicon or fluororesin. A sheet traveling mechanism capable of running a cutting sheet with release paper stacked on the release paper so as to be freely peelable and pasted, and moving back and forth in the sheet winding direction; and a head carriage for driving the cutting head in a direction orthogonal to the sheet running direction At least a driving mechanism; a head lifting mechanism that can be driven to cut only the sheet by the head; and the cutting head is driven by these three mechanisms to cut out a character string or a line segment pattern having a line width A cutting plotter that can
A printing mechanism that runs the cutting sheet with release paper in one direction on the platen roller at a predetermined speed and that drives the inkjet head in a direction orthogonal to the printing sheet; and stores an anti-adhesion solution sprayed from the head onto the cutting sheet with release paper An ink-jet printer unit capable of spraying an anti-adhesion solution only on unnecessary portions of the pattern;
A transfer film made of an adhesive transparent carrier film is stacked on the surface of the cutting sheet with release paper, and the transfer film is wound for a predetermined length so that only a necessary pattern can be adhered and peeled off. A first roller portion; a second roller portion connected to the film winding drive mechanism portion; and the cutting sheet with release paper traveling at the same speed in parallel with the transfer film traveling between the roller portions. A transfer film cassette mechanism having at least a pressure roller section that allows the transfer film and the cutting sheet with release paper to pass in an overlapping state;
A computer control unit for controlling the cutting plotter unit, the ink jet printer unit, and the transfer film cassette mechanism unit, respectively,
When the computer control unit receives a pattern cutting command and its pattern data from the input device unit via a bus, it sends a command signal to the three mechanisms for each character or line segment of the pattern data to the plotter unit. Pattern cutting means for cutting out only the sheet portion of the cutting sheet with release paper by the cutting head, which is output through the bus and the first interface, and winding it in units.
When the computer control unit receives the pattern printer command and the reverse partial spray area data of the pattern from the input device via the bus, the command signal is output to the printer unit via the bus and the second interface. And an anti-adhesion layer forming means for driving the printing mechanism and spraying an anti-adhesion solution on the basis of the data from the ink jet head to form an anti-adhesion layer in the region,
When the computer control unit receives a film / sheet contact command from the input device unit via the bus, the transfer film cassette mechanism unit and the cutting sheet take-up drive unit are connected to the transfer unit via the bus and the third interface. A film sheet pressure transfer means for outputting a command signal and driving the same at the same speed, and passing a transfer film and a cutting sheet with a release paper between the pressure roller parts to transfer the pressure of the pattern,
Only the pattern portion from the cutting sheet with release paper is adhered to the transfer film by the second roller at the travel destination of the adhered transfer film and the sheet winding drive unit at the travel destination of the cutting sheet with release paper. A cutting sheet pattern transfer apparatus comprising at least pattern peeling means for peeling off the film from the sheet and transferring the adhesive to the transfer film.

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