JP2002235231A - Paper pattern copying apparatus in original-moving type plain paper copying machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a paper pattern copying apparatus in an original-moving type plain paper copying machine, capable of copying plural sheets of paper patterns to plain paper at the same time without causing slippage. SOLUTION: This paper pattern copying apparatus can copy plural sheets of paper patterns 4 to a copying paper 6 by placing plural sheets of paper patterns 4 at an interval onto a paper pattern-holding sheet 1 from the rear side of a copying machine 2 and transferring the paper pattern-holding sheet 1 to the front side and can copy the paper pattern to the copying paper 6 by transferring a paper 7 in which the paper pattern is already copied or paper on which the plural sheets of paper patterns are previously displayed as a manuscript once from the front side of the copying machine 2 to the rear side and transferring the paper 7 or the paper to the front side again, and the above paper pattern-holding sheet 1 is formed of a sheet subjected to mat processing for forming many fine uneven surfaces on the surface and capable of transmitting light of an exposing lamp 5, and a square hole 40 capable of detecting the back end edge by a sensor 24 is formed in the center on the backward side of the sheet while leaving a margin 41 on terminal side of the sheet.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for easily copying a plurality of large and small patterns used for apparel onto plain paper simultaneously without being displaced by a manual operation by an operator on a pattern holding sheet. It also has a function of copying the pattern paper as a document, or a sheet of paper in which a plurality of patterns are displayed in advance as a document, and copying these as a general-purpose plain paper copier. The present invention relates to a pattern copying apparatus in a document moving type plain paper copying machine.

[0002]

2. Description of the Related Art Conventionally, as a pattern copying apparatus, one disclosed in Japanese Patent No. 2899589 owned by the present applicant is known.

[0003]

The above-mentioned Patent No. 28995
In the copying apparatus disclosed in JP-A-89-89, a carrier sheet composed of a mounting film and a covering film spread on a desk having a large width and a long length has a large or small size on the mounting film. After appropriately placing the pattern paper, the coating film is coated thereon, and then the air between the films is removed while sliding the surface of the coating film with the suede portion of the tubular member. Using a moderate amount of static electricity generated on the lower surface of the covering film, the covering film is brought into close contact with each of the patterns and the mounting film in each of the patterns, and each of the patterns is sandwiched between carrier sheets to form a large-sized ordinary Because it was inserted into a paper copier to copy, it took time and effort to mount each pattern on the carrier sheet,
There has been a problem that a desk having a wide width and a long length that can expand the carrier sheet is required and a space is required, and work in a narrow place is impossible.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems. In a plain paper copying machine, in a first setting operation of a pattern holding sheet, a rear portion is sandwiched by the copying machine and the paper is previously placed on a pattern setting base plate. The first copy can be performed immediately by simply placing a plurality of patterns on the set pattern holding sheet by hand, and the first copy can be performed.
When copying a pattern paper successively after the first pattern copy, the length of the copy paper to be copied can be set arbitrarily according to the length of the pattern paper, and the function as a general-purpose plain paper copier Another object of the present invention is to provide a pattern copying apparatus in a document-moving plain paper copying machine which does not require a desk for setting a pattern and can be used even in a narrow place as in the related art. .

[0005]

According to the present invention, a plurality of patterns are placed on a pattern holding sheet at intervals from the rear side of a copying machine and transferred to the front side to transfer the patterns to copy sheets. In addition to being able to copy, the paper pattern copied on the copy paper from the front side of the copying machine, or the paper surface on which a plurality of paper patterns are displayed in advance is once transferred to the rear side as a document, and then transferred to the front side again. A copying machine for a document-moving plain paper copying machine capable of copying an image onto a copy sheet, wherein the copying machine includes an exposure lamp, a drum, a developing unit, a transfer / separation unit, a heater unit, and a paper feed roller. A well-known device required as a plain paper copier, such as a roll paper, a discharge roller, and a plate-like lens, is built in a casing, and a document table is provided at an upper front side of the casing. A paper pattern set base plate having a large depth is projected from an upper rear side of the casing, and a cover is mounted and fixed on the upper portion of the casing so as to be openable and closable. A plurality of document feed rollers are rotatably supported in two rows at intervals on the side and the rear side, and a document feed rotary roller rotated by a driving device is mounted on a top plate of the casing. Are supported in two rows at the same interval as the document feed roller, and a sensor is provided at the front center of the top plate, while the document is disposed in two rows on the bottom plate of the cover. In the central longitudinal direction between each row of the feed rollers, a linear sheet provided with a large number of thin black dotted lines with a narrow interval is attached and fixed, and further, an operation panel is provided on a front side surface of the cover. And after the cover On the side side,
A sheet feed button switch and a return / stop button switch are provided, respectively, and a pattern stocker is protruded from the front panel on the front side of the copying machine with a gap in front of the front panel with a gap therebetween. A matting process in which a sheet receiver is protruded from the lower side and a copy paper receiver is mounted below the rear panel on the rear side of the copying machine, and the pattern holding sheet forms a large number of fine irregularities on its surface. The sheet is formed of a sheet that can transmit the light of the exposure lamp, and a square hole that can be detected as a trailing edge by the sensor at the rear center of the sheet is formed in the sheet. It is formed leaving a blank portion on the end side, and the pattern is formed by paper, and is formed by providing a finished line, a sewing allowance, and a cutting edge, respectively. The above-mentioned problem has been solved by adopting such means.

[0006]

Embodiments of the present invention will be described in detail with reference to the drawings. First, a pattern holding sheet 1 used in a pattern copying apparatus of the original moving type plain paper copying machine of the present invention.
Is set on the pattern setting base plate 3 of the copying machine 2 in advance,
Further, a plurality of large and small patterns 4 are formed on the upper surface of the set pattern holding sheet 1 by hand so that the pattern 4 does not shift when the copying machine 2 is operated. Have been. That is, the pattern holding sheet 1 is formed of a sheet which has been subjected to a matting process for forming a large number of fine uneven surfaces on its surface. Therefore,
The pattern holding sheet 1 is subjected to the mat processing,
It must be formed of a sheet that can transmit the light of the exposure lamp 5 provided in the copying machine 2. Although the transparent sheet made of synthetic resin has good light transmittance, it cannot be used because the pattern 4 is displaced because the surface is mirror-like.
Also, white paper cannot be used because of its low light transmittance.

The paper pattern holding sheet 1 that can be employed in the present invention is not particularly limited, but preferably uses the product name "Kimolex PF" sold by "Kimoto Co., Ltd." It is recommended that And since said "Kimolec PF" is milky white, although the light transmittance is bad compared with a transparent sheet, it has sufficient transmittance to achieve the object of the present invention and can be adopted in the present invention. .

As the pattern 4 placed on the pattern holding sheet 1, a cardboard or a paper that has not been mirror-finished is generally used. And, when these thick papers or papers without mirror-finished surface are observed microscopically, a large number of uneven surfaces are formed on the front and back surfaces, and formed by paper having these many uneven surfaces on the front and back surfaces. When the pattern 4 is placed on the pattern holding sheet 1, the uneven surface of the pattern 4 and the uneven surface of the pattern holding sheet 1 come into contact with each other, so that the coefficient of friction becomes large. As a result, the pattern 4 shifts onto the pattern holding sheet 1. The paper is held on the paper pattern holding sheet 1 without any trouble.

On the other hand, the copying machine 2 used in the present invention is an original moving type plain paper copying machine, and is formed so that it can be used from the front side and the rear side according to its purpose. That is, from the rear side of the copying machine 2, a plurality of patterns 4 can be placed on the pattern holding sheet 1, transferred to the front side, and copied to the copy paper 6. From the front side of the copying machine 2, the copy paper 6
The paper pattern copied paper 7 obtained by copying the paper pattern 4 is temporarily transferred to the rear side as a document, and then transferred again to the front side.
It is formed so that it can be copied to.
As a matter of course, not only the pattern-copied paper 7 on which the pattern 4 is copied but also a paper surface on which a plurality of patterns are displayed in advance can be similarly copied.

That is, the copying machine 2 used in the apparatus of the present invention
Has a function as a plain paper copying machine in addition to the function of copying the pattern 4. The copier 2 has an exposure lamp 5 provided in a conventionally known plain paper copier,
Drum 8, developing unit 9, transfer / separation unit 10,
Heater unit 11, paper feed roller 12, roll paper 13
Necessary devices as a document-moving plain paper copier, such as a discharge roller 14, are built in a casing 15.

An original table 16 having a shallow depth and gently inclined downward is projected from an upper front side of the casing 15, and an original document having a deep depth and gently inclined downward is provided above and behind the casing 15. A set base plate 3 protrudes. As described later, an operator manually places one or a plurality of patterns 4 on a pattern holding sheet 1 previously set on the document setting table 3, as described later. To copy on the copy paper 6.

On the other hand, the document table 16 serves as a guide plate for the pattern holding sheet 1 which is transported from the front side to the rear side, and the document table 16 places the pattern 4 on the document table 16. A paper pattern copied paper 7 obtained by copying onto a copy paper 6 or a paper surface (not shown) displaying a plurality of paper patterns in advance is placed as a document and inserted into the copying machine 2 and copied onto a new copy paper 6. Use it as a guide when doing it.

That is, since the pattern setting plate 3 having a large depth is formed on the rear side, the pattern setting plate 3 is formed.
The operator can easily place one or a plurality of patterns 4 on the pattern holding sheet 1 set in advance by hand without manually holding the pattern 4 from above using a pressing sheet.

A cover 17 is mounted and fixed on the upper part of the casing 15 so as to be openable and closable.
A plurality of document feed rollers 19, 20 are rotatably supported in two rows at intervals on the front and rear sides of the bottom plate 18 on the lower surface of the document. And the casing 1
On a top plate 21 on the upper surface of the document 5, a document feed rotating roller 22, 2 rotated by a driving device (not shown) for feeding a document in close contact with the document feed rollers 19, 20 of the cover 17 is provided.
3 is supported at two rows with the same interval as the document feed rollers 19 and 20. In the figure, reference numeral 24 denotes a sensor provided at the center of the top plate 21 for detecting the leading and trailing edges of the original including the pattern holding sheet 1 or the copied paper 7, and a known sensor is used.

The bottom plate 18 of the cover 17 has
A line 25 consisting of a thin black dotted line is provided in the longitudinal direction between each row of the document feed rollers 19 and 20 arranged over the row.
A large number of linear sheets 26 are provided at a narrow interval in parallel with the moving direction of the pattern holding sheet 1. Further, a pattern insertion guide plate 27 having an inclined piece inclined upward is attached to the lower surface of the rear end portion of the cover 17 over the entire length in the longitudinal direction.

An exposure lamp 5 is disposed over the entire length in the longitudinal direction between the original feed rotating rollers 22 and 23 on the lower surface of the top plate 21 of the casing 15, and a top plate of the casing 15 on the exposure lamp 5 is provided. A transparent guide plate 28 is mounted on and fixed to 21, and a plate lens 29 is disposed in front of the exposure lamp 5 over the entire length in the longitudinal direction.

The front panel 3 on the front side of the copying machine 2
0, a pattern stocker 3 having a V-shaped cross section made of a cloth or the like for dropping and holding the pattern 4 after being inserted into the copying machine 2 together with the pattern holding sheet 1 and copied from the rear side.
1 is projected forward of the front panel 30 with a gap 32 therebetween, and a pattern holding sheet 1 that falls downward through the gap 32 is provided below the front panel 30. A sheet receiver 33 for holding is projected. A copy paper receiver 35 for holding the copy paper 6 that is copied and falls is mounted below the rear panel 34 on the rear side of the copying machine 2.

In the figure, reference numeral 36 denotes an operation panel of a copying machine provided on the front side of the cover 17;
Is a sheet feed button switch for activating the operation of feeding the pattern holding sheet 1 on which the pattern 4 mounted on the rear side surface of the cover 17 is placed into the copying machine 2, and 38 in FIG. Copy machine 2 with switch 37
And a return / stop button switch for returning or stopping the pattern holding sheet 1 to the rear side after the copy of the pattern 4 has been completed.

Further, reference numeral 39 in the figure denotes a paper pattern holding device provided at the center of the cover 17 on the rear side. The pattern holding device 39 is used to continuously copy the pattern 4, and temporarily holds and holds the longitudinal edge of the pattern 4, and visually confirms the length of the pattern 4. It serves as a stopper when doing so. It should be noted that the pattern holding device 39 is not necessarily provided in the present invention, but it is convenient if provided.

The operation of the paper pattern copying machine having the above configuration will be described. The pattern holding sheet 1 used in the present invention is the pattern holding sheet 1 once set in the copying machine 2.
So that it can be used continuously without removing it from the copying machine 2 except when necessary, and the terminal portion of the pattern holding sheet 1 can be inserted into the gap 32. 5. As shown in FIG.
And the gap 3 is located closer to the distal end than the rectangular hole 40.
2 is provided with a margin portion 41 long enough to be inserted into.

Therefore, in the first setting operation of the pattern holding sheet 1, the length from the leading edge of the pattern holding sheet 1 detected by the sensor 24 to the leading edge 40a of the square hole 40 is a length that allows the pattern 4 to be placed. ,
This is the length that can be copied after setting the pattern holding sheet 1.

As shown in FIG. 7, the paper pattern 4 to be copied in the present invention is provided with a sewing margin 43 having a width of about 1 cm on the outer peripheral side of the finished line 42, and a cutting edge 44 provided on the outside thereof. A pattern 4 is used.

As described above, while being cut to a predetermined length, preferably a maximum length of about 2.0 m, a rectangular hole 40 is formed at the center of the terminal side, and the rectangular hole 40 is formed at the terminal side of the rectangular hole 40. When the leading end of the pattern holding sheet 1 having a margin portion 41 of about 0.5 m is inserted into the original table 16 on the front side of the copying machine 2, the leading edge of the pattern holding sheet 1 is
4, the document feed rotation rollers 22 and 23 rotate, and the pattern holding sheet 1 is removed from the document feed rotation rollers 22 and 23.
The document is transported to the rear side while being held between the document feed roller 23 and the document feed rollers 19 and 20.

By rotating the document feed rotation rollers 22 and 23, the document feed rollers 19 and 20 are also rotated, and the pattern holding sheet 1 is transferred to the pattern setting plate 3 on the rear side. When the sensor 24 detects the end of the original at the leading edge 40a of the square hole 40, the original feed rotation rollers 22 and 23 are stopped. During this time, the copying machine 2 moves the rear of the pattern holding sheet 1 toward the rear side. Only the transfer length is recognized as a copyable length. And
As shown in FIG. 6, at the stage where the backward movement of the pattern holding sheet 1 is stopped, the margin 41 at the terminal side of the pattern holding sheet 1 is manually inserted into the gap 32 and hangs downward.

When the pattern holding sheet 1 stops moving backward, the rear side of the pattern holding sheet 1 is sandwiched between the document feed rotation rollers 22 and 23 and the document feed rollers 19 and 20, and the pattern set table on the rear side is held. It will be in a state of being placed on the plate 3. In this state, as shown in FIG. 8, the operator inserts the pattern 4 formed in the predetermined shape into the finished pattern on the pattern holding sheet 1 by inserting it into the lower surface of the pattern insertion guide plate 27 on the rear side. Line 42
A plurality of sheets are manually placed at intervals 45 with the surface on which is described as a lower surface.

Since the pattern setting board 3 has a large depth and therefore a large area on which the pattern 4 can be placed, and the inclination is not steep, the pattern holding sheet 1 placed on the pattern setting board 3 is Even if a plurality of the patterns 4 are placed on the pattern holding sheet 1, the contact surface between the pattern holding sheet 1 and the pattern 4 has a large coefficient of friction, so that the pattern 4 does not shift on the surface of the pattern holding sheet 1. Placed securely. Even if the pattern 4 is longer than the length of the pattern setting base plate 3 in the depth direction, if the leading end of the pattern 4 is inserted into the pattern insertion guide plate 27,
The pattern 4 does not come off.

After the pattern 4 is placed on the pattern holding sheet 1, the sheet feed button switch 37 is depressed, and each of the document feed rotary rollers 2 is driven by a driving device (not shown).
When the document feed rollers 19 and 20 which are in contact with them are rotated, the pattern holding sheet 1 and the pattern 4 sandwiched between the rollers 22, 23 and 19 and 20 are rotated by the copier. 3 to the front side. If the pattern 4 cannot be placed on the pattern holding sheet 1, the operator manually places the pattern 4 on the rear side of the pattern 4 when the pattern holding sheet 1 is transferred forward. You can also.

During the transfer of the pattern holding sheet 1 and the pattern 4, when light from the exposure lamp 4 passes through the pattern holding sheet 1 through the guide plate 28 and is projected on the pattern 4, the light from the pattern 4 Is incident on the drum 8 via the plate lens 29, and the drum 8 is no longer charged except for the finished line 42 of the pattern 4, and the interval between the patterns 4 on which the pattern 4 is not placed. The light transmitted through the 45 portions of the pattern holding sheet 1 is projected onto the linear sheet 26, and the reflected light from the linear sheet 26 is projected onto the drum 8 via the plate lens 29. Electrification of the line sheet 26 other than the line 25 is eliminated.

The paper pattern holding sheet 1 and paper pattern 4 transferred from the rear side of the copying machine 2 are discharged to the front side of the original table 16, and the paper pattern holding sheet 1 has a margin at the terminal side. After the setting of the pattern holding sheet 1 in the copying machine 2 is completed, the portion 41 is hung from the gap 32 along the front panel 30 to the upper side of the sheet receiver 33 in advance, and as shown in FIG. 1 is gradually dropped and held by the sheet receiver 33, while the pattern 4 on the pattern holding sheet 1 is lightweight, so that as the pattern holding sheet 1 hangs down in the gap 32, The paper is successively slid down from the front edge into the paper pattern stocker 31 and stored.

When the sensor 24 detects the leading edge of the pattern holding sheet 1, the pattern holding sheet 1 that has been transferred to the front side is moved to the original feed rotating roller 2.
2 and 23 stop rotating, and the pattern holding sheet 1 is stopped while being sandwiched between the document feed rotation roller 22 and the document feed roller 19 on the front side, and remains in the copying machine 2 as it is. .

By the copying operation in the copying machine 2,
By the reflected light from the pattern 4 and the linear sheet 26 to the drum 8, there is no charge other than the finished line 42 and the line 25 in the drum 8, and the pattern holding sheet 1 is transferred to the front side of the copying machine 2 and stopped. , Roll paper 13
Then, the copy paper 6 is fed through the paper feed roller 12, and the transfer / separation unit 10 comes into close contact with the drum 8, and the toner adheres to the charged portion of the finished line 42 and the line 25 on the drum 8. Next, the toner is heat-fixed to the copy paper 6 by the heater unit 11 and drops as the copied paper 7 onto the copy paper receiver 35 mounted on the lower surface of the rear panel 34 of the copying machine 2 via the discharge roller 14. I do.

The copied paper 7 obtained by copying the pattern 4 is copied in a pattern as shown in FIG. That is, the finished line 42 is black, and the sewing allowance 43
The pattern 4 is copied in a state where the part is outlined, and
Outside the copied stitching allowance 43, the thin lines 25 having a predetermined small interval are copied as a plurality of lines 46 each having a black streak.

The copy state of the portion where the stitching allowance 43 and each line 46 are in contact differs depending on the transfer direction of the pattern holding sheet 1. The border 47 between the sewing margin 43 of the pattern 4 and the line 46 located on the front side in the transport direction of the pattern holding sheet 1 appears as a black line, and is a boundary on the side. A black line does not appear in the cut portion 48, and a black line does not appear in the cut portion 49, which is a boundary between the sewing allowance 43 of the pattern 4 and the line 46 located on the front side in the transport direction. However, even if a black line does not appear on the cut portion 49, the cut portion 49 and each line 46 can be clearly distinguished, so that cutting can be easily performed along the cut portions 47 to 49 with scissors. Can be.

The reason why a black line appears or does not appear in each of the cutting portions 47 to 49 is as follows. That is, since the pattern 4 has some thickness, FIG.
The light from the exposure lamp 5 is obliquely projected on the pattern 4 at a predetermined projection angle as shown in FIG.
However, a triangular dead space 50 is formed on the leading end side of the pattern 4 in the movement direction, so that a triangular dead space 50 is formed, so that the leading edge appears as a black line when copied. On the other hand, as shown in FIG. 12, there is no dead space on the rear end side in the moving direction of the pattern 4 as shown in FIG. 12, so that there is no dead line when copying, and no black line appears on the rear end side. Also,
There is almost no dead space at the side edge of the pattern 4, so that almost no black line appears.

If there is no linear sheet 26 having a large number of lines 25, all the intervals 45 between the patterns 4 are copied in white, so that no line appears at all and serves as a mark when cutting. Because there is no cut line,
There is a disadvantage that the cutting operation cannot be performed quickly. In the present invention, in order to solve this drawback, the space 45 is copied as a thin black streak line 46 so that the cut-out portion serving as a mark can be visually recognized, and the thin line can be copied with a minimum amount of toner used. A linear sheet 26 provided with a number of lines 25 was employed. Thereby, the interval 4
The five portions are cut out after the copy is completed, but it is possible to suppress wasteful use of toner.

The line 25 may be a thin continuous black line, but as a result of a test, it has been found that forming the line 25 with a thin black dotted line reduces the amount of toner used. Accordingly, the line 25 need not be particularly limited, but is preferably formed by a thin black dotted line.

After copying the first pattern 4,
In order to copy another pattern 4, the following operation is performed. That is, when the first pattern 4 is copied, the pattern holding sheet 1 is transferred to the front side, and as shown in FIG. 13 and is set in the copying machine 2 while being held between the document feed rollers 19, and then copied to a pattern holding device 39 provided on the rear side of the cover 17 as shown in FIG. Of the plurality of patterns 4 to be designed, the leading end of the longest pattern 4 is sandwiched (in the case of one pattern, the pattern is sandwiched), and the rear part of the pattern 4 is placed on the pattern setting base plate 3. Keep it in position. Next, the return / stop button switch 38 was pressed to transfer the pattern holding sheet 1 to the rear side, and it was visually confirmed that the entire pattern 4 was transferred to a position where the pattern holding sheet 1 was placed on the pattern holding sheet 1. At this point, the return / stop button switch 38 is pressed to stop the backward transfer of the pattern holding sheet 1.

Then, the template 4 sandwiched between the template holding members 39 is removed and placed on the template holding sheet 1, and another template 4 is also placed, and the sheet feed button switch 37 is pressed. Thus, the pattern holding sheet 1 and the pattern 4 are transferred to the front side and copied.

In the second and subsequent copying of the pattern 4 after the first pattern 4 is copied, the pattern holding sheet 1 is visually moved by the length of the pattern 4 to be copied to the rear side for copying. It is formed so that. Accordingly, the length of the first pattern holding sheet 1 that can be copied after being set in the copying machine 2 is from the leading edge of the pattern holding sheet 1 to the leading edge 40a of the square hole 40.
For the second and subsequent copies, the length corresponding to the length of the pattern holding sheet 1 transferred to the rear side is a length that can be copied.
Can also be minimized. Even if the pattern holding device 39 is not provided, the length of the pattern 4 can be visually confirmed and the pattern holding sheet 1 can be transferred to the rear side.

Further, when the copied paper 7 obtained by copying the pattern 4 or a paper surface on which a plurality of patterns are displayed is used as an original and the original is to be copied, the copying machine 2 is used as shown in FIG. After holding the set pattern holding sheet 1 as it is, pulling the pattern holding sheet 1 forward, and removing the pattern holding sheet 1 from the copier 2, as shown in FIG. The original can be placed on the original table 16 and inserted, and a new copy sheet 6 can be copied in the same manner as a general-purpose plain paper copier.

[0041]

Since the present invention is as described above, the operator simply places a plurality of paper patterns of various shapes, large and small, on the paper pattern holding sheet set on the paper pattern setting base plate at the same time. Since the template can be copied immediately without shifting, a work table such as a long and wide desk for holding the template in advance on the holding sheet is unnecessary. It is possible to work in a narrow place. In the copied paper obtained by copying the pattern, a thin black streak line is copied on the outer side of the stitch allowance of the pattern in addition to the finished line of the pattern, so that the stitch allowance and the streak are applied. Can be cut with scissors at the boundary of the line, so that the cutting operation can be performed quickly, and since the line is copied as a thin black line, the amount of toner used is small and economical. When the pattern is first placed on the pattern holding sheet and copied, and when another pattern is to be copied continuously, the pattern holding sheet that is still set in the copier is moved to the length of another pattern. The copy paper can be manually returned to the rear side by that much, and another template can be placed and copied again, so that the used length of the copy paper can be minimized. Since the copied paper after copying the pattern on the copy paper or the paper surface on which a plurality of patterns are displayed in advance can be used as a document, the copy can be performed on the copy paper. Can achieve its purpose with a copier.

[Brief description of the drawings]

FIG. 1 is an overall perspective view of a pattern copying apparatus in a document moving plain paper copying machine according to the present invention as viewed from the front side.

FIG. 2 is an overall perspective view of the pattern copying apparatus in the original moving type plain paper copying machine of the present invention as viewed from the rear side.

FIG. 3 is a schematic longitudinal sectional view of a main part of a pattern copying apparatus in the original moving type plain paper copying machine of the present invention.

FIG. 4 is a perspective view showing a state in which a cover of the pattern copying apparatus in the original moving type plain paper copying machine of the present invention is opened, as viewed from the front side.

FIG. 5 is a plan view of a pattern holding sheet used in the pattern copying apparatus in the original moving type plain paper copying machine of the present invention.

FIG. 6 is a perspective view showing a state in which a pattern holding sheet is first inserted from the front side, transferred to the rear side, and set in the pattern copying apparatus of the original moving type plain paper copying machine of the present invention.

FIG. 7 is a plan view of a pattern used in the pattern copying apparatus of the original moving type plain paper copying machine of the present invention.

FIG. 8 is a perspective view showing a state in which a pattern is placed on a pattern holding sheet which is firstly transported rearward in the pattern copying apparatus of the original moving type plain paper copying machine of the present invention.

FIG. 9 is a perspective view showing a state in which a pattern is placed on a pattern holding sheet and transferred forward in the pattern copying apparatus of the original moving type plain paper copying machine of the present invention.

FIG. 10 is a plan view showing a main part of a copied sheet obtained by copying the pattern in the pattern copying apparatus of the original moving type plain paper copying machine according to the present invention.

FIG. 11 is an explanatory diagram showing the relationship among a pattern, an exposure lamp, a plate-like lens, and a linear sheet in the pattern copying apparatus of the original moving type plain paper copying machine of the present invention.

FIG. 12 is an explanatory view showing a relationship among a pattern, an exposure lamp, a plate lens, and a linear sheet in the pattern copying apparatus of the original moving type plain paper copying machine of the present invention.

FIG. 13 is a view showing a state in which the copy of the first pattern is completed in the pattern copying apparatus of the original moving type plain paper copying machine according to the present invention;
FIG. 5 is a perspective view of the copying machine when copying another pattern sheet continuously, as viewed from the rear side.

FIG. 14 is a diagram illustrating an example of a pattern copying apparatus in a document-moving plain paper copying machine according to the present invention; FIG.

[Explanation of symbols]

1 type paper holding sheet, 2 copy machine, 3 type paper setting base plate, 4 type paper, 5 exposure lamp, 6 copy paper, 7 copied paper, 8 drum, 9 developing unit, 10 transfer / separation unit, 11 heater unit, 12 supply Paper roller, 13 roll paper, 1
4 Discharge rollers, 15 casing, 16 original table, 17 cover, 18 bottom plate, 19, 20
Document feed roller, 21 Top plate, 22, 23 Document feed rotation roller, 24 sensors, 25 lines, 2
6 linear sheet, 27 pattern paper insertion guide plate, 28 guide plate, 29 plate lens, 30 front panel,
31 type paper stocker, 32 gap, 33 sheet receiving, 34 rear panel, 35 copy paper receiving,
36 operation panel, 37 sheet feed button switch, 38 return / stop button switch, 39 paper pattern holder, 40 square hole, 40a leading edge, 41
Margin area, 42 Finished line, 43 Stitching allowance, 44
Cut edge, 45 intervals, 46 lines, 47
~ 49 We cut, 50 dead space.

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G03G 21/14 G03G 21/00 372 (72) Inventor Makoto Sakaba 3-4-2, Ginza, Chuo-ku, Tokyo (72) Inventor Yutaka Maruyama 3-4-12 Ginza, Chuo-ku, Tokyo F-term (reference) 2H027 DA21 DA24 DA32 DB04 DB05 DE07 DE09 ED11 ED13 EE05 EF12 FA30 GA03 GA12 2H071 AA22 AA34 AA35 AA37 AA48 BA42 BA43 CA01 CA05 DA01 DA02 DA18 DA32 2H076 AA04 AA14 AA33 AA34 AA54 BA16 BA24 BA29 BA32 BA91 BA94 3F101 LA02 LB02

Claims (2)

[Claims] 1. A plurality of patterns are placed on a pattern holding sheet at intervals from the rear side of a copying machine, and are transferred to the front side to copy the patterns onto copy sheets. Once the paper is copied from the front side of the machine onto the copy paper or the paper on which a plurality of paper patterns are displayed in advance as a document, the paper is once transferred to the rear side, and then transferred again to the front side to copy on the copy paper. A copying machine in a document-moving plain paper copying machine, wherein the copying machine includes an exposure lamp, a drum, a developing unit,
Transfer / separation unit, heater unit, paper feed roller,
Known equipment required as a plain paper copier, such as a roll paper, a paper discharge roller, and a plate lens, is incorporated in a casing, and a document table is protruded from an upper front side of the casing. A paper pattern set base plate having a large depth protrudes from the upper rear side, and a cover is placed and fixed on the upper part of the casing so as to be openable and closable, and a space is provided between a front side and a rear side of a bottom plate of the cover. A plurality of document feed rollers are rotatably supported in two rows, and a document feed rotation roller rotated by a driving device is provided on the top plate of the casing. A sensor is provided at the center on the front side of the top plate while being supported in two rows with an interval, and between the respective rows of document feed rollers arranged in two rows on the bottom plate of the cover. Central longitudinal direction, thin A linear sheet provided with a large number of black dotted lines at a small interval is attached and fixed. Further, an operation panel is provided on a front side surface of the cover, and a sheet feed is performed on a rear side surface of the cover. A button switch and a return / stop button switch are provided, respectively; a paper pattern stocker protrudes from the front panel on the front side of the copier with a gap forward from the front panel; and a lower side of the front panel. At the same time,
A copy paper receiver is mounted below the rear panel on the rear side of the copying machine, and the pattern holding sheet is subjected to a matting process for forming a large number of fine irregularities on its surface, and the light of the exposure lamp is provided. A square hole that is formed by a sheet that can transmit light, and that can be detected as a trailing edge by the sensor at the rear center of the sheet, is formed leaving a blank portion at the end of the sheet, The pattern is formed of paper, and a finished line is formed.
A pattern copying apparatus in a document-moving plain paper copying machine, characterized by being provided with a stitching margin and a cutting edge. 2. The pattern copying apparatus according to claim 1, wherein a large number of thin black continuous lines are provided in place of the thin black dotted lines.