JP4139299B2 - RECORDING BODY CUTTING DEVICE AND IMAGE RECORDING DEVICE HAVING THE RECORDING BODY CUTTING DEVICE - Google Patents

Description

  The present invention relates to a recording medium cutting apparatus and an image recording apparatus including the recording medium cutting apparatus, and more particularly, to a recording medium cutting apparatus for cutting a recording medium, and the recording medium cutting apparatus. The present invention relates to an image recording apparatus such as a copying machine, a facsimile machine, a printer, or a complex machine for recording a recorded image on a recording medium.

In a conventional recording medium cutting apparatus and an image recording apparatus including the recording medium cutting apparatus, for example, a facsimile apparatus that prints on a recording sheet using a thermal recording head or the like, or a printer, a recorded image In order to improve the printing quality of the recording head, a pair of upper and lower guides are provided in the vicinity of the thermal recording head in order to improve the state of the recording paper in the installation portion of the thermal recording head and the conveyance state of the recording paper with respect to the thermal recording head. A plate is arranged to ensure that the recording paper is guided.
Furthermore, the upper guide plate made of a leaf spring is fixed to the thermal recording head that can be swung so as to face the lower guide plate fixed to the main body of the apparatus, and the recording head portion can be reliably secured with a simple configuration. It is well known that a recording sheet can be conveyed properly (see Japanese Laid-Open Patent Publication No. 9-94985).

29 and 30, in the thermal printer 110a of the image recording device 110, the thermal recording paper (P) fed from the paper feeding device 111 is nipped between the thermal head 112a and the platen roller 112b of the image recording unit 112. After the recorded image is recorded, it is guided by the upper guide plate 101a and the lower guide plate 101b of the guide plate member 101 of the recording medium cutting apparatus 100, and the thermal recording paper (in the direction of the arrow (A) shown in the figure for a predetermined distance ( When transported in the transport direction P) (see FIG. 29), the carriage 102 moves in the direction indicated by the arrow (B) (width direction) perpendicular to the transport direction of the thermal recording paper (P). Is cut by the cutter of the cutting means 102a mounted on (see FIG. 30).
However, when the thermal recording paper (P) is cut by the cutter mounted on the carriage 102 in the thermal printer 110a of the image recording apparatus 110, the thermal recording paper (P) is used as the upper guide plate 101a and the lower guide of the guide plate member 101. Although guided and transported between the plates 101b, it floats on the lower guide plate 101b as shown in the figure, or wrinkles occur, and cutting at a normal position by the cutter of the cutting means 102a mounted on the carriage 102 The cutting quality was also reduced due to the occurrence of wrinkles.

31 and 32, in the ink jet printer 110b of the image recording device 110, the recording paper (P) fed from the paper feeding device 111 is the upper guide plate 101a of the guide plate member 101 of the recording medium cutting device 100. When guided by the lower guide plate 101b and conveyed in the recording paper conveyance direction indicated by the arrow (A) in the figure by a predetermined distance, the carriage 102 moves in the width direction perpendicular to the conveyance direction of the recording paper (P). The recorded image is printed and recorded by the ink jet print head of the recording means 102b mounted (see FIG. 31).
However, when a recording image is printed and recorded on the recording paper (P) by the ink jet print head of the recording means 102b mounted on the carriage 102, the recording paper (P) is placed on the upper guide plate 101a and the lower guide plate 101a. Although it is guided and conveyed between the guide plates 101b, it floats on the lower guide plate 101b as shown in the figure, or wrinkles are generated, and normal operation is performed by the ink jet print head of the recording means 102b mounted on the carriage 102. It was difficult to print and record the recorded image at the position, and the recording quality was deteriorated due to the occurrence of wrinkles (see FIG. 32).
Therefore, in the image recording apparatus, three movable guide plates for guiding the leading end portion of the recording paper fed onto the guide plate by the pair of paper feed rollers to the discharge roller pair are slidably mounted on the two stays. In addition, a compression spring is interposed between the movable guide plates so that the movable guide plates can elastically follow the movement of the carriage, and the movable guide plates are set in the initial position. Is arranged on the guide plate at a predetermined interval to ensure the reliable conveyance of the recording paper with a simple configuration (see Japanese Patent Laid-Open No. 7-156483).

However, this is achieved by providing a movable guide plate made of a resin material or the like on the shafts of two carriages in the width direction of the carriage in the image recording apparatus to ensure the reliable conveyance of the recording paper. However, since the springs are arranged on the shafts of the two stays in order to place the movable guide plate made of a resin material or the like in an appropriate position, only an operation load on the carriage moving in the width direction is increased. In addition, in order to reduce the operation load of the movable guide plate on the shaft, the clearance between the outer diameter of the shaft and the inner diameter of the movable guide plate is increased, and it is difficult to ensure the reliable conveyance of the recording paper (P). Met.
Therefore, the recording body in the conventional recording body cutting apparatus and the image recording apparatus including the recording body cutting apparatus is guided between the upper guide plate and the lower guide plate and is transported in the transport direction. Cutting at the normal position by the cutter of the cutting means mounted on the carriage that moves up in the width direction due to floating or wrinkles on the lower guide plate, or recording at the normal position by the print head of the recording means It is difficult to print and record images, and not only the cutting quality or image recording quality deteriorates due to generation of wrinkles, but also the operation load on the carriage is large, and it is difficult to ensure the reliable conveyance of the recording medium. There was a problem that would become.
Japanese Patent Laid-Open No. 9-94985 Japanese Patent Laid-Open No. 7-156483

  The object of the present invention is to solve such problems. That is, the recording medium conveyed in the conveying direction is prevented from lifting or wrinkling, and the operation load on the carriage moving in the width direction perpendicular to the conveying direction is reduced, so that the recording medium is reliably conveyed. It is an object of the present invention to provide a recording medium cutting apparatus that performs cutting at a normal position and image recording, and an image recording apparatus including the recording medium cutting apparatus.

In order to achieve the above object, the present invention of claim 1 is a recording material cutting apparatus for cutting a recording material, wherein a first guiding member for guiding the recording material, and a material guided by the first guiding member. A carriage that reciprocates in the width direction on the lower surface or the upper surface of the recording body, a guide surface of the first guide member that guides a cut portion of the recording medium when the carriage moves in the width direction, and opposed to the guide surface It is arranged and rotated along the moving direction of the carriage around a rotation fulcrum perpendicular to the guide surface while maintaining a distance from the guide surface in the reciprocating path of the carriage by the movement of the carriage. The main feature of the second guide member is that it can be restored after the carriage is removed from the cut portion by the movement of the carriage .
The main feature of the present invention of claim 2 is that the second guide member is disposed on the upper guide plate of the first guide member in the recording medium cutting apparatus according to claim 1.
According to a third aspect of the present invention, there is provided an image recording apparatus for recording a recorded image on a recording material, a recording material feeding means for feeding the recording material, and a recording material fed from the recording material feeding means. it is in that it comprises a recording body cutting apparatus according to claim 1 or 2 for recording a cutting or recorded image recording body and main features.

(Function)
The recording medium cutting device configured as described above and the image recording apparatus including the recording medium cutting device are arranged to face the guide surface and move the carriage. Can move along the moving direction of the carriage about a rotation fulcrum perpendicular to the guide surface while maintaining a distance from the guide surface in the carriage reciprocation path. Since the carriage is removed after being removed from the cut portion, the distance between the second guide member and the guide surface is maintained before and after passing the cut portion of the carriage.
According to a second aspect of the present invention, the first guide member for guiding the recording medium guides the recording medium on the moving path when moving in the width direction of the carriage that reciprocates in the width direction of the lower surface or upper surface of the recording medium guided. The second guide member, which is arranged perpendicular to the guide surface of the first guide member and guides the recording medium, returns after being removed from the cutting portion (movement path) by the movement of the carriage, and the second guide. The member is disposed on the upper guide plate of the first guide member.
According to a third aspect of the present invention, there is provided a recording medium cutting apparatus according to any one of the first to eleventh aspects, wherein the recording medium fed from the recording medium feeding means for feeding the recording medium is cut or Enable recording of recorded images.

According to the first aspect of the present invention, it is arranged so as to face the guide surface, and is rotated in a direction perpendicular to the guide surface while maintaining a distance from the guide surface in the reciprocation path of the carriage by the movement of the carriage. The carriage can be rotated around the moving fulcrum along the moving direction of the carriage and returned after the carriage is removed from the cutting portion by the movement of the carriage. Therefore, before and after passing the cutting portion of the carriage. Since the distance between the second guide member and the guide surface is maintained and the recording medium can be pressed, the movement resistance of the carriage is reduced, and the recording medium before and after passing through the cut portion of the carriage is reduced. Lifting can be prevented.
According to the second aspect of the present invention, the recording medium conveyed in the conveying direction is prevented from being lifted or wrinkled, and the operating load on the carriage moving in the width direction is reduced, so that the recording medium is reliably Thus, it is possible to provide a low cost recording apparatus with a simple configuration in which cutting is performed at a normal position and image recording is performed.
According to the third aspect of the present invention, the recording medium conveyed in the conveying direction is prevented from being lifted or wrinkled, and the operation load on the carriage moving in the width direction is reduced. Thus, it is possible to provide an image recording apparatus including a recording medium cutting apparatus that performs cutting at a normal position and image recording .

Next, embodiments of the present invention will be described in detail with reference to the drawings.
1 and 2, a recording body cutting device 0 for cutting a recording body includes an upper guide plate 1 a and a lower guide plate 1 b for guiding a recording sheet of a recording body (P), a first guide member 1, A cutting means 2a (not shown) or a recording means 2b that reciprocally moves the upper surface of the recording medium (P) guided by the upper guide plate 1a and the lower guide plate 1b in the width direction of the arrow (B) shown in the figure. The carriage 2 to be mounted and the guide on the lower guide plate 1b of the first guide member 1 for guiding the recording medium (P) when the carriage 2 moves in the width direction (direction orthogonal to the recording medium conveyance direction). A flexible thin plate shape of the surface 3 and the second guide member 4 that is arranged perpendicular to the guide surface 3 and returns after being retracted from the cut portion by the movement of the carriage 2 that guides the recording medium (P). In the direction of the arrow (A) shown in the figure. Operation of the carriage 2 that moves in the width direction in the direction of the arrow (B) shown in the figure while preventing the recording material (P) from floating or wrinkles at the cut portion when moving in the width direction. The load is also reduced, the recording medium (P) is reliably conveyed, and the cutting means 2a (not shown) mounted on the carriage 2 or the recording means 2b always cuts and images in the same state at a normal position. Recording is performed, and the cost is low with a simple configuration.

In FIG. 3, in the thermal printer 10a of the image recording apparatus 10 having the recording medium cutting device 0, the recording medium (P) fed from the roll paper of the recording medium feeding means 11 and conveyed by the conveying means 11c. ) Is nipped between the thermal head 10a ₁ and the platen roller 10a ₂ to record a recorded image, and is then guided by the upper guide plate 1a and the lower guide plate 1b so as to be conveyed by a predetermined distance (A). ) Is cut by the cutter of the cutting means 2a mounted on the carriage 2 that moves in the width direction of the arrow (B) shown in the figure, which is orthogonal to the direction of conveyance of the thermal recording paper (P). It has become.
Therefore, when the thermal recording paper (P) is cut by the cutter of the cutting means 2a mounted on the carriage 2, the thermal recording paper (P) is placed between the upper guide plate 1a and the lower guide plate 1b. A carriage which is guided and conveyed by the upper guide surface 3 and tries to float, but is arranged and fixed on the upper guide plate 1a and is arranged perpendicular to the guide surface 3 to guide the thermal recording paper (P). As shown in the figure, the thin plate member 4a that is removed from the cutting portion (recording portion) or the carriage movement path by the movement of 2 and returns to the original position as shown in the figure is pressed against the guide surface 3 on the lower guide plate 1b. It has become.
Accordingly, as shown in the figure, the floating on the lower guide plate 1b or the generation of wrinkles is prevented, and the cutting at the normal position by the cutter of the cutting means 2a is performed reliably, and high quality cutting is performed. Thus, it is possible to provide the image recording apparatus 10 including the recording medium cutting apparatus 0 with a simple configuration and low cost.

4 to 6, when the carriage 2 moves in the width direction indicated by the arrow (B) in the drawing and reaches the position of the flexible thin plate-shaped thin plate member 4a, the carriage 2 is moved to the thin plate member 4a. Is cut off from the cut portion (cutting position, recording position), and the thermal recording paper (P) is cut at a normal position by the cutting means 2a mounted on the carriage 2 to ensure high quality cutting. Is performed (see FIGS. 4 and 5).
Next, when the carriage 2 further moves in the width direction of the arrow (B) shown in the figure and passes the position of the thin plate member 4a, the thin plate member 4a returns to its original position by its elastic force and returns. (See FIG. 6).
When the next thermal recording sheet (P) is transported in the transport direction indicated by the arrow (A) in the drawing, the thin plate member 4a presses the thermal recording sheet (P) as illustrated in the same manner as described above. As shown in the figure, the floating on the lower guide plate 1b or the generation of wrinkles is prevented, and the cutting means 2a always performs the cutting in the same state at the normal position so that high quality cutting is performed. Is called.

In FIG. 7, the thin plate member 4a is disposed in the vicinity of the standby position of the carriage 2 as shown.
In other words, the thin plate member 4a presses the thermal recording paper (P) near the guide surface 3 on the lower guide plate 1b as shown in the figure in the vicinity of the standby position of the carriage 2, so that the carriage 2 is moved to the thermal recording paper (P ) And the cutting operation by the cutting means 2a is started, so that the thermal recording paper (P) does not run on the carriage 2 at the portion where the thermal recording paper (P) starts to be cut. Normal cutting and recording can be started reliably.
If the carriage 2 did not press the thermal recording paper (P) at the first part of the thermal recording paper (P), it could not return to the normal state.
Therefore, when the carriage 2 moves from the standby position, it does not interfere with the thermal recording paper (P), so that the occurrence of wrinkles on the thermal recording paper (P) can be further reliably prevented.
In FIG. 8, a plurality of thin plate members 4 a are arranged at a cut portion (recording position) in the width direction of the carriage 2 in the illustrated arrow (B) direction.
Accordingly, each thin plate member 4a can press the thermal recording paper (P) of the cut portion of the carriage 2 in the width direction indicated by the arrow (B) to the guide surface 3 on the lower guide plate 1b with the full width. Therefore, the cutting means 2a always performs cutting in the same state at the normal position with certainty, and high quality cutting is performed.

FIG. 9 to FIG. 11 show other embodiments. In FIG. 9 to FIG. 11, in the inkjet printer 10b of the image recording apparatus 10 provided with the recording material cutting device 0, the sheet feeding of the recording material feeding means 11 (not shown) is performed. The recording medium (P) fed from the paper cassette of the apparatus 11a or the paper cassette of the paper feeder 11b and conveyed by the conveying means 11c is guided by the upper guide plate 1a and the lower guide plate 1b. When the recording medium (P) is conveyed in the conveyance direction (A) by a predetermined distance, the recording is mounted on the carriage 2 that moves in the width direction (B) perpendicular to the conveyance direction of the recording medium (P). The recorded image is printed and recorded by the ink jet print head of the means 2b.
Therefore, when the recording image is recorded on the recording medium (P) by the print head in the ink jet printer 10b, the recording medium (P) guides on the lower guide plate 1b between the upper guide plate 1a and the lower guide plate 1b. The carriage 2 is guided and transported by the surface 3 and tends to float, but the carriage 2 is disposed and fixed on the upper guide plate 1 a and is disposed perpendicularly to the guide surface 3 to guide the recording medium (P). The thin plate member 4a that returns after being retreated from the cut portion is pressed against the guide surface 3 on the lower guide plate 1b as shown in the figure.
Thin plate 4a is the back 1a ₁ of the upper guide plate 1a, although adhesively secured to the attachment surface 4e with adhesive 4d, the other end is deformable to the deformation direction of the illustrated arrow (C) direction It is easy to process with a simple structure, and is arranged at the lowest cost.
Therefore, as shown in the figure, the floating or wrinkle on the lower guide plate 1b is prevented, and the recording image is reliably recorded at the normal position by the ink jet print head of the recording means 2b. It is possible to provide the image recording apparatus 10 including the recording medium cutting apparatus 0 with the simplest configuration, which can record high-quality image recording, can be easily processed, and has the lowest cost.

In FIG. 12, the 2nd guide member 4 replaces with the thin plate member 4a, and the flexible linear wire member 4b as shown in figure is used.
As the flexible linear member 4b of the second guide member 4, it is fixed to the upper guide plate 1a or the back surface 1a ₁ thereof by adhering to the affixing surface 4e with the adhesive 4d. However, the other end side can be deformed in the deformation direction indicated by the arrow (C) in the drawing, is easily processed with a simple configuration, and is arranged at low cost.
13, the second guide member 4, instead of the thin plate member 4a, as shown, rotates the return hinged 4c ₁ and Supuriigu 4c ₂ capable pivot member 4c is also used.
The rotating member 4c that can rotate the second guide member 4 is fixed to the upper guide plate 1a and the back surface 1a ₁ by adhering to the attaching surface 4e with the adhesive 4d. The end side is arranged in a simple configuration and excellent in durability so that the end side can be rotated in the direction of the arrow (C) shown in the figure.
14 and 15, when a recorded image is recorded on the recording medium (P) by the inkjet print head of the recording means 2 b mounted on the carriage 2 in the inkjet printer 10 b of the image recording apparatus 10, the recording medium (P) is guided and conveyed between the upper guide plate 1a and the lower guide plate 1b by the guide surface 3 on the lower guide plate 1b, and tries to float, but is arranged and fixed on the upper guide plate 1a, A guide surface on the lower guide plate 1b is returned by a thin plate member 4a which is arranged perpendicular to the guide surface 3 and is removed from the cut portion (movement path) by the movement of the carriage 2 which guides the recording medium (P). 3 is pressed as shown.

16 to 18, when the carriage 2 on which the print head is mounted moves in the width direction (B) and reaches the position of the thin plate member 4a (see FIG. 16), the carriage 2 moves the thin plate member 4a. The recording unit 2b mounted on the carriage 2 can be surely printed and recorded on the recording medium (P) at a normal position by the ink jet print head of the recording means 2b mounted on the carriage 2 away from the cut portion (movement path). Thus, high-quality recorded images are printed and recorded (see FIG. 17).
Next, when the carriage 2 further moves in the width direction (B) and passes through the position of the thin plate member 4a, the thin plate member 4a returns to its original position and returns due to its elastic force. (See FIG. 18).
When the next recording medium (P) is conveyed in the conveying direction indicated by the arrow (A) in the drawing, the thin plate member 4a presses the recording medium (P) as illustrated in the same manner as described above. As shown in the drawing, it is prevented from floating on the lower guide plate 1b or wrinkles, and recording is always performed in the same state at a normal position by the ink jet print head of the recording means 2b mounted on the carriage 2. The image is recorded reliably, and a high-quality recorded image is recorded.

In FIG. 19, also in the ink jet printer 10b of the image recording apparatus 10, the thin plate member 4a is arranged in the vicinity of the standby position of the carriage 2 on which the ink jet print head of the recording means 2b is mounted as shown in the figure. Has been.
That is, the thin plate member 4a presses the recording body (P) near the guide surface 3 on the lower guide plate 1b as shown in the figure in the vicinity of the standby position of the carriage 2, so that the carriage 2 Since the recording operation of the image recording by the ink jet print head of the recording means 2b mounted on the carriage 2 is started without contacting the end of the recording paper P), the image recording on the recording medium (P) is started. At the part where recording is started, the carriage 2 does not run on the recording medium (P), and recording of a recorded image can be started normally.
If the carriage 2 did not press down the recording paper of the recording medium (P) at the first part of the recording medium (P), it could not return to the normal state.
Therefore, when the carriage 2 moves from the standby position, it does not interfere with the recording medium (P), so that wrinkles can be reliably prevented from occurring on the recording medium (P).
In FIG. 20, a plurality of thin plate members 4 a are arranged at a cut portion in the width direction (B) of the carriage 2.
Therefore, the thin plate member 4a can press the recording body (P) of the cut portion in the width direction (B) of the carriage 2 with the full width against the guide surface 3 on the lower guide plate 1b. A stable recording image is surely recorded in the always same state at a normal position by the printed print head, and a high-quality recording image is recorded.

In Figure 21, the thermal facsimile device 10c of the image recording apparatus 10 includes a recording member cutting apparatus 0, a document in the document feeder tray 10c ₁ (O) and are stacked, the document separating pad 10c to the document separating roller 10c _{2 3} are brought into contact with each other, and the document (O) is separated and conveyed one by one. Through the document conveying roller 10c ₄ for conveying the separated document (O) and the white roller 10c ₅ for bringing the document (O) into close contact, The contact sensor 10c ₆ reads the document information of the document (O).
Furthermore, the thermosensitive recording sheet conveyed by the conveying means 11c is fed from the roll paper of the recording material feeding means 11 (P) is recorded image is recorded is nipped to the thermal head 10c ₇ and the platen roller 10c ₈ After being guided by the upper guide plate 1a and the lower guide plate 1b of the recording medium cutting apparatus 0 and transported in the transport direction (A) by a predetermined distance, it is orthogonal to the transport direction of the thermal recording paper (P). The cutting means 2a moves in the width direction to be cut.
Therefore, when the thermal recording paper (P) is cut by the cutting means 2a in the thermal facsimile apparatus 10c, the thermal recording paper (P) is placed on the lower guide plate 1b between the upper guide plate 1a and the lower guide plate 1b. The carriage 2 is guided and conveyed by the guide surface 3 and tends to float up. However, the carriage 2 is arranged and fixed on the upper guide plate 1a and arranged perpendicular to the guide surface 3 to guide the thermal recording paper (P). The thin plate member 4a that returns after being removed from the cut portion (cutting position) by movement is pressed against the guide surface 3 on the lower guide plate 1b as shown in the figure.
Therefore, as shown in the figure, the floating on the lower guide plate 1b or the generation of wrinkles is prevented, and the cutting at the normal position is surely performed by the cutting means 2a, and high quality cutting is performed. It is possible to provide the image recording apparatus 10 of the thermal facsimile apparatus 10c including the recording medium cutting apparatus 0.

In FIGS. 22 through 25, the cutting means 2a is composed of a two rotary blades 2a ₁ rotary blade 2a ₂ Metropolitan rotates when moving in the width direction of the carriage 2 (B), and the rotary blade 2a ₁ The thermal recording paper (P) is cut between the rotary blade 2a ₂ .
When the carriage 2 integrated with the belt 2a ₄ rotated by the drive of the drive motor 2a ₃ moves in the width direction (B), the rotary blade 2a ₁ or the rotary shaft 2a ₅ of the rotary blade 2a ₂ is integrated. The rotary blade 2a ₁ and the rotary blade 2a ₂ rotate through a rack 2a ₇ meshing with the pinion 2a ₆ to cut the thermal recording paper (P).
The flowchart of FIG. 26 is fed from the roll paper of the recording medium feeding means 11 in the thermal printer 10a of the image recording apparatus 10 or the thermal facsimile apparatus 10c including the recording medium cutting apparatus 0. The operation of the cutting means 2a starts and starts feeding and transporting the thermal recording paper (P) from the roll paper of the recording medium feeding means 11 (step 1). 10 a ₁ or the thermal head 10 c ₇ records the recorded image and finishes (Step 2), and feeds and conveys the thermal recording paper (P) from the roll paper of the recording medium feeding means 11. Pause (step 3), the carriage 2 moves in the width direction, and the cutting means 2a performs one reciprocating one cutting operation and ends (step 4), and ends. That.

The flowchart of FIG. 27 is fed from the roll paper of the recording medium feeding means 11 in the thermal printer 10a of the image recording apparatus 10 provided with the recording medium cutting apparatus 0 or the thermal facsimile apparatus 10c. The detailed operation of the cutting means 2a is as follows. At the start, the sensor 11d detects whether or not the thermal recording paper (P) is present (step 101). The alarm that the thermal recording paper (P) is absent is turned on (step 102), and the process ends. If there is thermal recording paper (P) in (step 101), the recording medium feeding means 11 starts the roll paper. start the conveyed paper feed of the thermal recording paper (P) (step 103), the thermal head 10a _1, or, open the recording of the recording image by the thermal head 10c ₇ After (step 104), the thermal head 10a _1, or to end the recording of the recorded image by the thermal head 10c ₇ (step 105), the heat-sensitive recording paper from the roll paper of the recording material feeding means 11 ( P) is temporarily stopped (step 106), the carriage 2 moves in the forward direction of the width direction, and the cutting means 2a performs a cutting operation (step 107). The reversing sensor 2c cuts the cutting means. The reverse position of 2a is detected (step 108). If the reverse position cannot be detected, it is determined whether the time is over (step 109). If the time is not over, the process returns to step 107 and the time is over. If this is the case, an alarm indicating that the reverse position detection time is over is lit (step 110), and the process ends. When the rotation position is detected, the carriage 2 moves in the reverse direction of the width direction (step 111), the home position of the cutting means 2a is detected by the home sensor 2d (step 112), and the home position can be detected. If the time is not over (step 113), the process returns to step 111. If the time is over, the warning display unit 11e turns on an alarm indicating that the home position is over. (Step 114), the process ends. In (Step 112), when the home position of the cutting means 2a is detected by the home sensor 2d, the carriage 2 stops moving in the reverse direction of the width direction (Step 115). The reverse feeding of the thermal recording paper (P) is started from the roll paper of the recording material feeding means 11 (step 116). ) After the reverse feeding of a predetermined length of feeding and transporting of the thermal recording paper (P) from the roll paper of the recording medium feeding means 11 is stopped (step 117), the process ends at the end.

  The flowchart of FIG. 28 shows the sheet feeding cassette of the sheet feeding device 11a of the recording medium feeding means 11 or the feeding cassette in the inkjet printer 10b of the image recording apparatus 10 including the recording body cutting device 0. The case where paper is fed from a paper feed cassette of the paper device 11b is shown. The operation of the ink jet print head of the recording means 2b mounted on the carriage 2 is started, and the paper feeding of the recording medium feeding means 11 is started. The feeding and conveyance of the thermal recording paper (P) is started from the paper feeding cassette of the device 11a or the paper feeding cassette of the paper feeding device 11b (step 21), and the recording means 2b mounted on the carriage 2 is started. After the recording of the recorded image is performed by the ink jet print head (step 22), the paper feeding device 11 of the recording medium feeding means 11 is completed. The paper feed cassette, or from the paper cassette of the paper feeding device 11b after completion of the conveying and feeding of thermal recording paper (P) (step 23) and terminates at the end.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. The top view explaining the principal part of the to-be-recorded body cutting device which shows the embodiment of this invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an explanatory diagram for explaining a recording medium cutting apparatus according to an embodiment of the present invention and an image recording apparatus including the recording medium cutting apparatus. The top view explaining the state of the other principal part of the to-be-recorded material cutting device which shows the embodiment of this invention. The side view in FIG. The top view explaining the other state of the other principal part of the to-be-recorded material cutting device which shows the embodiment of this invention. The perspective view explaining the other main part of the to-be-recorded material cutting device which shows the embodiment of this invention. The perspective view explaining the other main part of the to-be-recorded material cutting device which shows the embodiment of this invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an explanatory diagram for explaining a recording medium cutting apparatus according to an embodiment of the present invention and another image recording apparatus including the recording medium cutting apparatus. The perspective view explaining the principal part of the to-be-recorded material cutting device which shows the other embodiment of this invention. Explanatory drawing explaining the other main part of the to-be-recorded body cutting device which shows the other embodiment of this invention. The perspective view explaining the principal part of the to-be-recorded material cutting device which shows the other embodiment of this invention. The perspective view explaining the principal part of the to-be-recorded material cutting device which shows the other embodiment of this invention. Explanatory drawing explaining the state of the other principal part of the to-be-recorded body cutting device which shows other embodiment of this invention. The top view explaining the state of the other principal part of the to-be-recorded body cutting device which shows the other embodiment of this invention. The top view explaining the other state of the other principal part of the to-be-recorded body cutting device which shows the other embodiment of this invention. The top view explaining the other state of the other principal part of the to-be-recorded body cutting device which shows the other embodiment of this invention. The top view explaining the other state of the other principal part of the to-be-recorded body cutting device which shows the other embodiment of this invention. The top view explaining the other main part of the to-be-recorded material cutting device which shows the other embodiment of this invention. The top view explaining the other main part of the to-be-recorded material cutting device which shows the other embodiment of this invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an explanatory diagram for explaining a recording medium cutting apparatus according to an embodiment of the present invention and another image recording apparatus including the recording medium cutting apparatus. The perspective view explaining the other main part of the to-be-recorded material cutting device which shows the embodiment of this invention. Explanatory drawing explaining the other main part of the to-be-recorded body cutting device which shows the embodiment of this invention. Explanatory drawing explaining the other main part of the to-be-recorded body cutting device which shows the embodiment of this invention. The perspective view explaining the other main part of the to-be-recorded material cutting device which shows the embodiment of this invention. The flowchart explaining operation | movement of the principal part of the to-be-recorded material cutting device which shows the embodiment of this invention. The flowchart explaining other operation | movement of the principal part of the to-be-recorded body cutting device which shows the embodiment of this invention. The flowchart explaining operation | movement of the principal part of the to-be-recorded material cutting device which shows the other embodiment of this invention. Explanatory drawing explaining the image recording apparatus which comprises the conventional to-be-recorded body cutting device. The perspective view explaining the principal part of the image recording apparatus which comprises the conventional to-be-recorded body cutting device. Explanatory drawing explaining the other image recording apparatus which comprises the conventional recording body cutting device. Explanatory drawing explaining the principal part state of the other image recording apparatus which comprises the conventional to-be-recorded body cutting device.

Explanation of symbols

0 to-be-recorded body cutting device 1 1st guide member,
1a Upper guide plate,
1a ₁ back,
1b Lower guide plate 2 Carriage,
2a cutting means,
2a ₁ rotary blade,
2a ₂ rotary blades,
2a ₃ drive motor,
2a ₄ belts,
2a ₅ rotation axes,
2a ₆ pinions,
2a ₇ racks,
2b recording means,
2c reverse sensor,
2d home sensor 3 guide surface 4 second guide member,
4a thin plate member,
4b wire members,
4c rotating member,
4c ₁ hinge,
4c ₂ springs,
4d adhesive,
4e Pasting surface 10 Image recording device,
10a Thermal printer,
10a ₁ thermal head,
10a ₂ platen roller,
10b inkjet printer,
10c thermal facsimile machine,
10c ₁ document setting table,
10c ₂ original separating roller,
10c ₃ original separation pad,
10c ₄ document conveying roller,
10c ₅ white roller,
10c ₆ contact sensor,
10c ₇ thermal head,
10c ₈ platen roller,
11 Recording medium feeding means,
11a Paper feeding means,
11b Paper feeding means,
11c conveying means,
11d sensor,
11e Warning display part 100 Recorded material cutting device 101 Guide plate member,
101a Upper guide plate,
101b Lower guide plate 102 Carriage,
102a cutting means,
102b recording means 110 image recording apparatus 110a thermal printer,
110b Inkjet printer 111 Paper feeder 112 Image recording unit,
112a thermal head,
112b Platen roller

Claims (3)

In a recording material cutting device for cutting a recording material,
A first guide member for guiding a recording medium;
A carriage that reciprocates in the width direction on the lower surface or the upper surface of the recording medium guided by the first guide member;
A guide surface of the first guide member for guiding a cut portion of the recording medium when the carriage moves in the width direction;
The carriage is disposed so as to face the guide surface, and the carriage is moved around the rotation fulcrum perpendicular to the guide surface while maintaining a distance from the guide surface in the carriage reciprocation path by movement of the carriage. A recording medium cutting apparatus comprising: a second guide member that is rotatable along a moving direction and returns after the carriage is removed from a cutting portion by the movement of the carriage . The recording medium cutting apparatus according to claim 1, wherein the second guide member is disposed on the upper guide plate of the first guide member . In an image recording apparatus for recording a recorded image on a recording material, a recording material feeding means for feeding the recording material, and the recording material fed from the recording material feeding means is cut or a recorded image is cut An image recording apparatus comprising the recording medium cutting apparatus according to claim 1 for recording .

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