JP6610164B2 - Printer apparatus and packaging apparatus including the printer apparatus - Google Patents

Description

  The present invention relates to, for example, a printer device that performs printing while drawing a wound transparent resin film, and a packaging device that includes the printer device.

In recent years, convenience stores, etc. have been sold by winding a transparent belt-shaped resin film around the outer periphery of a lunch box, etc. A band-wrapping apparatus is used in which a film is cut into a single sheet, and the film cut into a single sheet is wound around the outer periphery of a lunch box or the like for packaging.
The printer device, including a printer device that prints on a resin film such as the belt-wrapping device, generates static electricity on the printing medium during film transportation or printing, and removes this static electricity. Otherwise, the printing medium will not be separated from the printer device, and it will be difficult to send it to the cutting means, etc., or the form will stick to the cutting means. When winding, the packaging means may not be able to receive the film correctly, or the form may stick to an unexpected part of the packaging means, and it may not be possible to wind the film correctly.
In addition, static electricity generated at the time of printing or the like is also charged in the printer unit that prints on the printing medium, which adversely affects the printing of the printer unit or the printer unit itself. There was a possibility of attracting dust.
For this reason, in the conventional apparatus, a static eliminator has been developed to eliminate static electricity generated during printing with respect to the printer unit, such as by bringing a neutralizing brush into contact with the printing medium that has passed through the printing unit. There has been known a printer device that removes static electricity from a printing medium. (Patent Document 1)

JP 2011-37152 A

  However, in the printer device described in Patent Document 1, since the neutralizing brush that is in direct contact with the printing medium is employed as the neutralizing means, the neutralizing brush itself is worn due to friction and the like. Therefore, there has been a problem that neutralization efficiency is deteriorated if the maintenance is neglected and various problems due to charged static electricity are caused. In addition, if a static elimination brush is used for the resin film as used in the packaging device, the static elimination brush may get entangled with the glue surface provided on the back of the film, or the film surface may be damaged. There is also a risk that the dust may be scattered in the apparatus.

  Further, even if the charge is removed only from the printing medium after passing through the printing unit, the static electricity generated at various places in the printer cannot be completely removed. This is not preferable from the economical viewpoint, and there is a problem that the control becomes complicated, and there is also a problem that the apparatus itself is enlarged.

  The present invention has been made in view of these problems, and corrects static electricity generated in a printer device and a printing medium printed by the printer device economically and efficiently. It is an object of the present invention to provide a printer device capable of correctly packaging an article in a subsequent process using a printed printing medium, and a packaging device including the printer device.

In order to achieve the above object, the present invention provides a printer means for manipulating a print medium and printing the fed print medium, and a print medium arranged and printed on the downstream side of the printer means. in the printer apparatus comprising a cutting means for cutting the front located above the Kipu printer means, for blowing an ion generating means for charging the air and generates a predetermined charge, the air is charged by the ion generating means A blower nozzle, and a blower nozzle that blows and determines the output and direction of air blown and charged by the blower, and the blower nozzle sends the air blown and charged by the blower means to the printer means. , to characterized in that a series manner blown toward the cutting means while along the upper surface, and the upper surface of the printing medium printed by the printer means is carried out .

According to the present invention, as charge removing means of the printer device, the air is charged by the ion generating means, the blowing nozzles, it is possible to perform neutralization and blown against a broad spectrum, the printing unit, the print medium, The static electricity of the cutting means can be uniformly removed, which is economical and effective, and the device can be miniaturized because it is not necessary to dispose the electricity removal device at a plurality of locations.
In addition, since the air charged by the ion generating means can be sent to the portion to be neutralized by blowing, the neutralizing device does not directly contact the printing medium and does not wear like the neutralizing roller or neutralizing brush. Further, it is possible to prevent damage such as scratching the perforation of the printing medium with perforations, and the article can be correctly packaged with the printing medium in the next step.

It is a front view of the packaging apparatus which concerns on embodiment of this invention. 1 is an overall view illustrating an example of a belt-like print medium used in a printer device and a packaging device according to an embodiment of the present invention. It is a front view for demonstrating the path | route from the film roll to a cutting means of the printing apparatus of the printer apparatus which concerns on embodiment of this invention. FIG. 3 is a front view of the printer apparatus showing a state where printing is performed on a print medium by the printer apparatus according to the embodiment of the present invention. 1 is a side view of a printer apparatus according to an embodiment of the present invention. 2A and 2B are diagrams of positioning components of the printer device according to the embodiment of the present invention, in which FIG.

A printer apparatus according to an embodiment of the present invention and a packaging apparatus including the printer apparatus will be described with reference to the drawings.
(Configuration of the entire packaging device)
As shown in FIG. 1, a packaging apparatus according to an embodiment of the present invention feeds a belt-like print medium 1 from a film roll R around which a belt-like print medium 1 on which a mark has been applied is wound. The printing medium feeding means 2 guided to the means 3, the printer means 3 for performing printing on the fed belt-shaped printing medium 1, and the printing medium 1 printed by the printer means 3 is cut into sheets. Cutting means 4, packaging means 52 for winding the printing medium 1 formed into a sheet by the cutting means 4 around the outer periphery of the article X to be packaged conveyed by the conveyor belt 51, and a printer for inputting commands to the printer means 3 And a printer control unit 54 for controlling the printer unit 3 based on the printer information input by the printer unit input unit 53. The appearance of the above-described packaging apparatus is as follows. The printing medium feeding means 2, the printer means 3, the cutting means 4, the conveyor belt 51, the packaging means 52, and the like arranged in the apparatus are arranged in four directions along the columns provided at the four corners of the apparatus. Is enclosed and sealed with a transparent or opaque outer wall to prevent entry of dust and dirt from the outside of the apparatus.

Further, the cutting means 4 is disposed obliquely below the printing medium 1 with respect to the printer means 3, and the packaging means 52 is disposed below the cutting means 4 and is disposed at a relatively high position. A feeding path for the printing medium 1 is formed obliquely downward from the printer means 3 to the packaging means 52 disposed at a relatively low position.
Further, a reference mark 7 (FIG. 5) for positioning the print medium 1 to be conveyed is provided at an appropriate position on the conveyance path of the print medium 1.

In the packaging apparatus as described above, the worker places the package X on the upstream side (left side in FIG. 1) of the conveyor belt 51, so that the package X is downstream on the conveyor belt 51 (see FIG. 1, the sheet-like printing medium 1 is wrapped around the outer periphery of the sheet by the wrapping means 52, and is conveyed to the downstream side of the conveyor belt 51.
Hereinafter, configurations of a printer device and a packaging device according to an embodiment of the present invention will be described in detail with reference to the drawings.
In the description of the embodiment of the present invention, “width” refers to a dimension in a direction orthogonal to the transport direction of the belt-shaped print medium 1, and “length” refers to a dimension in the transport direction.

(Configuration of print medium)
Prior to describing the packaging device, the printing medium 1 used in the printer device and the packaging device according to the embodiment of the present invention will be described.
The to-be-printed medium 1 is formed of a strip-like transparent or translucent resin film. As shown in FIG. 2, the resin film has cut portions 11 such as perforations formed at predetermined intervals in the feed-out direction, and the width of each sheet-like portion divided by the cut portion 11 is as follows. At the central position in the direction, for example, an alignment mark (mark) 12 printed in advance with a logo mark or the like of a store that sells products packaged with a film is provided.

Further, in the vicinity of both ends in the width direction of the belt-shaped printing medium 1, glue for adhering the ends to each other when the film cut along the cutting portion 11 is wound around the package X A surface 13 is formed, and a space between the alignment mark 12 and the glue surface 13 is configured as a printing region 14.
An end seal indicating the end of the printing medium 1 is attached to the end of the usable area of the belt-shaped printing medium 1.
In the above description, the printing medium 1 is described as a film that is transparent or translucent on the entire surface. However, a reference that will be described later is partially transparent or translucent and positioned below the alignment mark 12. It is only necessary that the mark 7 is visible from the surface side of the film, and the entire surface is not necessarily a transparent or translucent film.

(Configuration of print medium feeding means)
As shown in FIG. 3, the print medium feeding means 2 includes a film roll support shaft 22 that rotatably supports the film roll R on a film roll support wall 21 fixed to the frame of the transport device, and the film roll R. Three film turn rollers 23, 24, and 25 are provided to guide the printing medium 1 fed out from the printer 1 to the printer means 3 while applying tension. Although the film is fed by the printing medium feeding means 2 and supplied to the next process, there is a possibility that dust or dust may be generated when the film is fed in the apparatus.

(Configuration of printer means)
As shown in FIGS. 4 and 5, the printer means 3 includes a base 31 fixed to the frame of the transport device, left and right frames 32a and 32b rising from the base 31, and between the left and right frames 32a and 32b. A platen roller 33 to be disposed; and two left and right thermal heads 35a and 35b which are disposed opposite to the upper position of the platen roller 33 and are in contact with the platen roller 33 by the biasing means 34; Printing is performed on the printing area 14 of the printing medium 1 that passes between the platen roller 33 and the thermal heads 35a and 35b.
On the outer surface of the left frame 32a of the printer means 3, the display means 36 indicating that the power of the printer device (and the packaging device) is turned on, and the thermal heads 35a and 35b are opposed to the urging means 34 and the platen roller A handle 37 for performing an operation of detaching from 33 is disposed. If the printer means 3 is charged with static electricity or the like, dust in the apparatus may be attracted and adhered, which may adversely affect printing.

(Configuration of cutting means)
As shown in FIG. 3, below the downstream side of the printer means 3 on the conveyance path of the printing medium 1, there is a cutting means 4 for cutting the belt-like printing medium 1 printed by the printer means 3 at a predetermined interval. Has been placed. The cutting means 4 includes a main body 41 and a cover member 42 that covers the upper surface of the main body 41 so as to be openable and closable. The main body 41 is provided with lower rollers 43a and 43b positioned below the conveyance path. The cover member 42 is provided with upper rollers 43 c and 43 d positioned on the transport path of the printing medium 1. Further, the assembling position of the cutting means 4 is a predetermined interval at which a predetermined number of continuous print media 1 printed by the printer means 3 before cutting are separated by a predetermined number of sheets (for example, three band films after cutting). The reason for assembling the cutting means 4 apart is that the printer means 3 performs printing on the band film corresponding to the packaged object to be wrapped and wrapped in the next packaging means 52. This is to allow the packaged item to be wrapped efficiently at high speed. In addition, when the cutting means 4 is charged with static electricity or the like, dust or dust in the apparatus may be attracted and attached, which may adversely affect the cutting operation.

The lower roller 43a, 43b and the upper roller 43c, 43d constitute a feeding mechanism, and the lower roller 43a, 43b and the upper roller 43c, 43d sandwich and convey the printing medium 1 in the conveyance path.
A cutter blade 44 is disposed below the feed mechanism of the main body 41. The cutter blade 44 is disposed between the upper roller 43c and the upper roller 43d from between the lower roller 43a and the lower roller 43b of the feed mechanism. By projecting, the conveyed printing medium 1 is cut by the cutting unit 11 to create a sheet-like winding band.

(Configuration of packaging means)
As shown in FIG. 1, packaging means 52 is disposed below the cutting means 4 further downstream. The packaging means 52 includes a gripping part for gripping both end portions of the sheet-like winding band cut by the cutting means 4, and the article to be packaged X conveyed below the packaging means 52 stops at a predetermined position. Then, the film cut in a sheet shape gripped by the gripping portion is wrapped around the outer periphery of a lunch box or the like, and the end portion of one of the sheet-shaped winding strips is placed at the lower position (bottom portion) of the packaged item X. After sticking to the bottom, the end of the other sheet-like wound band is stuck to the bottom of the article to be wrapped. Thereafter, the packaged article to be packaged is conveyed to a discharge unit by a conveying means (belt conveyor) 51.

In the above packaging process, the printing medium 1 fed out from the film roll R is charged by passing through the printer unit 3 or the like while being fed out to the packaging unit 52, and sticks to the cutting unit 4 or cuts out. 4 may not be correctly gripped by the gripping portion of the wrapping means 52, and the form may stick to the gripping portion and may not be wound correctly around the outer periphery of the lunch box or the like. is there. Further, when static electricity or the like is charged on the packaging means 52, dust and dirt in the apparatus are attracted and adhered, which may adversely affect the packaging operation.
Therefore, in the printer device and the packaging device of the present embodiment, the neutralizing unit 6 is provided for eliminating static electricity over the entire conveyance path without damaging the print medium 1 in the conveyance path shape.

(Configuration of static elimination means)
The neutralizing unit 6 for neutralizing the printing medium 1 is supported by a neutralizing unit support frame 6a fixed to the downstream surface of the printer unit 3 in the transport direction of the printing medium 1. The static elimination means support frame 6a is provided so as to extend forward and upward from the downstream surface in the transport direction of the printing medium 1 of the printer means 3, and the static elimination means 6 is located below the static elimination means support frame 6a. It is supported so that the mounting angle can be adjusted.
As shown in FIG. 5, the static elimination means 6 generates ion charges that generate predetermined charges and charges ambient air, blower means 62 that sends out air a charged by the ion generator means 61, The blower nozzle 63 adjusts the blowing direction of the air a sent out by the means 62, and a plurality of the blowing nozzles 63 are arranged in the width direction of the static elimination means 6.

  The blower nozzle 63 is arranged slightly downward and toward the upstream side of the printing medium 1, and the center of the charged air a sent out by the blowing nozzle 63 is on the upper surface of the printing medium 1 near the platen roller 33. On the other hand, a part of the air a flows along the upper surface of the printing medium 1 in the feeding direction of the printing medium 1. Furthermore, the position where the air a blown from the blowing nozzle 63 is blown is a continuous predetermined number of sheets printed by the printer unit 3 and the printer unit 3 before cutting (for example, three band films after cutting). Minute) toward the printing medium 1. Since the printing medium 1 before cutting located between the printer means 3 and the lower cutting means 4 disposed downstream of the printer means 3 is inclined downward in the feeding direction to the cutting means 4, air a flows efficiently downstream along the upper surface of a predetermined number of continuous print media 1 before the inclined cutting. Further, the blowing direction from the blowing nozzle 63 can be adjusted so that the blowing direction can be blown in different directions on the left and right sides of the substantially center of the width direction of the printing medium 1 orthogonal to the conveyance direction of the printing medium 1. Yes. For example, the right side of the center in the width direction of the printing medium 1 blows air from the center of the printing medium 1 in the right direction and the downstream direction, and the left side is the left direction and the downstream direction from the center of the printing medium 1. You may make it blow it toward. Further, the outer wall below the packaging device in the vertical direction is provided with a discharge fan for discharging the air inside the device to the outside of the device, and the air a which is blown from the static elimination means 6 and flows along the upper surface of the printing medium 1 Is discharged to the outside of the device. In addition, instead of the blower fan provided on the outer wall vertically below the packaging device, an opening (discharge port) having a predetermined shape is provided on the outer wall itself so that the inside and outside of the device communicate with each other, and air a is discharged to the outside of the device. It may be. The structure (exhaust fan or outlet) that discharges air a can efficiently discharge used air a after discharging and dust or dust that is blown together with air a to the outside of the apparatus. A clean (hygienic) state can be maintained, and furthermore, an air flow of air a blown from the static elimination means 6 (the direction in which the air a flows) can be created. It is possible to create an air flow (air flow) that passes through the packaging means 52 and the like, and to discharge dust and dust together with the air a to the outside of the apparatus.

  Here, in the packaging device of the present embodiment, as described above, the cutting means 4 is disposed at an obliquely lower position of the printing medium 1 with respect to the printer means 3, and further, an obliquely lower position of the cutting means 4. Since the feeding means 52 of the printing medium 1 is formed as a whole and is inclined obliquely downward as a whole, a part of the charged air a blown by the blowing means is printed. It flows smoothly and efficiently along the upper surface of the subsequent printing medium 1 toward the downstream in the feeding direction.

As a result, the charged air a delivered by the static elimination means 6 flows along the upper surface of the printing medium 1 around the printer means 3 that causes charging, and is cut downstream in the feeding direction of the printing medium 1. It is possible to smoothly reach the respective means such as the means and the wrapping means to neutralize the whole, and it is possible to remove dust and dirt adhering to the printer means 3 or the printing medium 1, and to the downstream of the printer means 3. Dust and dust adhering to the positioned cutting means 4 and packaging means 52 can also be removed.
Furthermore, since the printer unit 3, the cutting unit 4 and the packaging unit 52 are arranged with a gradient, the length in the width direction of the apparatus can be shortened, and the size of the apparatus itself can be made compact. There is also an effect.

The range in which the charged air a blown by the static elimination means 6 is blown can be adjusted by adjusting the mounting angle of the static elimination means 6 with respect to the static elimination means support frame 6a or the direction of the blower nozzle 63.
Further, the reach of the air a can be adjusted by making the output of the blower 62 adjustable, or by changing the opening size of the blower nozzle 63. It is also possible to adjust the reach range of the air a by adjusting the output of the blower 62. The opening size of the blowing nozzle 63 can be changed by a method such that the opening is narrowed (reduced) when the blowing nozzle 63 is rotated clockwise, or the opening is opened (enlarged) when rotated counterclockwise. Any method may be used such as changing the size of the opening, or changing the size of the opening by pushing the blowing nozzle 63 in the anti-blowing direction to narrow the opening and conversely opening the opening when the blowing nozzle 63 is pulled out in the blowing direction.

Further, by configuring the plurality of blower nozzles 63 provided in the width direction of the static elimination means 6 so that the directions and the like can be adjusted independently from each other, the static elimination means 6 disposed above the printer means 3 allows the It is also possible to carry out static elimination over a wide range of packaging devices such as the cutting means 4 and the cutting means 4 and further the packaging means 52 and the like.
In the present embodiment, the charged air a blown by the static elimination means 6 is centered on the upper surface of the printing medium 1 at the position of the thermal heads 35a and 35b and the platen roller 33 of the printer means 3. A printer device, a cutting unit, a charging device, a cutting unit, a charging unit, a cutting unit, and a cutting unit that adjust the charging strength, the blowing strength, and the blowing direction so In addition, neutralization of the printing medium 1 and neutralization of the packaging means 52 are possible. The printer unit input means 53 is provided with a display unit so that various setting information and setting operations in the static eliminating unit 6 can be performed on the display unit. The printer unit input unit 53 is set in the printer unit input unit 53 (controller). The static elimination means 6 is controlled by various settings.

  When an error occurs in the static elimination means 6, information on the error and a corresponding method are displayed on a display unit (display means) provided in the printer unit input means 53. For example, when the ionization means 6 is stopped or is operating but the ion level to be generated is an alarm level, an error display including level information and a corresponding method (operation method), or the like, When the static elimination means 6 is in a stage to be cleaned, an error including a condition alarm and a response method (operation method) is displayed. Further, a reading device (for example, a bar code scanner) (not shown) is connected to the printer unit input means 53, and various setting information in the static eliminating means 6 is printed by the bar code using this reading device. You can also set to read from the sheet.

(Composition of standard mark)
As shown in FIG. 5, a reference mark 7 for adjusting the position in the width direction of the printing medium 1 is a fixing means such as a screw, which is a conveyance path of the printing medium 1 and is located downstream of the platen roller 33. It is fixed by g. The reference mark 7 is made of a material such as stainless steel, for example. As shown in FIG. 6, as shown in FIG. 6, the reference mark 7 is continuously provided above the mark fixing part 71 and the mark fixing part 71 in which a screw hole 71 a for fixing to the printer unit 3 is formed. The mark 72 is formed substantially parallel to the transport surface and has a mark 72 having substantially the same width as the mark 12 previously applied to the printing medium 1.
An auxiliary reference surface 73 is formed on the mark portion 72 of the reference mark 7 by sticking a seal or the like, for example. The width of the auxiliary reference surface 73 is formed to be the same as the width of the standard mark 12 that is smaller than the width of the standard mark 7, and the printing medium 1 that is different from the standard without changing the standard mark 7. It is possible to correspond to the positioning.
Then, as shown in FIG. 4, the reference mark 7 is fixed so that the mark portion 72 faces the position where the mark 12 previously applied to the print medium 1 passes on the conveyance path of the print medium 1. Yes.

(Configuration of detection means)
At the upstream position of the platen roller 33 on the conveyance path of the printing medium 1 of the printer means 3, a detection means 8 for detecting the printing medium 1 is provided, and the printing medium conveyed along the conveyance path of the printer means 3. The presence or absence of the printing medium 1 is detected by detecting the mark 12 printed in advance on the medium 1.
Specifically, since the mark 12 is printed on the print medium 1 at a predetermined interval, the mark 12 is detected by the detection unit 8 even though the print medium 1 is transported by a predetermined distance by the transport device. If it is not detected, a notification is made that the printing medium 1 is not normally conveyed due to damage or the like.
Further, the end seal attached at the end of the usable area of the printing medium 1 is detected to detect that the printing medium 1 has been used up and to notify the user of the replacement of the printing medium 1.

(How to replace the film)
A method for replacing or rearranging the printing medium 1 when the detection unit 8 detects the end of the printing medium 1 or the breakage will be described.
After turning off the power of the packaging device and confirming that the display means 36 is turned off, the handle 37 is operated to separate the thermal heads 35a, 35b from the platen roller 33 and the cover member 42 of the cutting means 4 Is opened to release the feeding mechanism 43, and if the printing medium 1 remains in the conveyance path, it is removed.
When the film roll R is replaced, it is replaced with a new film roll R and the printing medium 1 is fed out.

As shown in the conveyance path of the printing medium 1 in FIG. 3, the printing medium 1 fed out from the film roll R is wound around the film turn rollers 23, 24, 25, and then separated from the platen roller 33 and the thermal head 35a. , 35b through the feed mechanism 43 opened by the cutting means 4.
Then, by aligning the center of the mark 12 of the printing medium 1 with the center of the reference mark 7, the printing medium 1 is aligned. Here, since the width of the mark portion 72 of the reference mark 7 is formed to be substantially the same as the width of the mark 12, the user who arranges the print medium 1 can change from the surface side of the print medium 1 at the time of replacement. A printing medium fed out from the film roll R so that the reference mark 7 positioned below the mark 12 is visually recognized through the transparent part or the translucent part, and the width of the mark 12 and the width of the reference part 72 of the reference mark 7 overlap. By adjusting the position of 1, the printing area 14 of the printing medium 1 can be accurately arranged.

As described above, in the embodiment of the present invention, it is possible to neutralize not only the printing medium 1 but also the printer unit and the cutting unit without contacting the printing medium 1, so that the printing medium is damaged. And printing processing can be performed promptly.
In particular, the effect is remarkable when it is used in a printer device that prints a printing medium that is delicately handled, such as a resin film that is cut into a sheet.
The printer means, cutting means, and packaging means constituting the printer device or the packaging device are arranged obliquely downward from the upper position to form a feeding path of the printing medium 1 that is obliquely downward as a whole, Since the device is arranged at the upper position of the printer means so that the charged air is blown downward and discharged to the outside of the apparatus, the charged air a blown by the blowing means of the discharging means a A part of the ink flows smoothly and efficiently along the upper surface of the printing medium 1 after printing toward the downstream in the feeding direction, and can neutralize the printer means, the cutting means, and the packaging means. Also, dust and dirt adhering to the cutting means 4 and the packaging means 52 located downstream of the printer means 3 can be removed.

In the above-described embodiment of the present invention, the mark 12 is provided at the center in the width direction of the printing medium 1. However, the position of the mark 12 is not limited to the center, and is used as the mark 12. Depending on the logo mark, it may be provided at any position in the width direction of the printing medium 1, or a plurality of logo marks may be provided. In accordance with this, the position and the number for fixing the reference mark 7 may be changed.
In addition, the position where the reference mark 7 is fixed may be provided upstream of the platen roller 33 of the printer unit 3, or a plurality of positions may be provided upstream and downstream, whereby a printing medium passing through the platen roller 33. 1 can be arranged more accurately.
Furthermore, in the embodiment described above, there is one auxiliary reference surface 73 for the reference mark 7, but a plurality of auxiliary reference surfaces 73 may be provided so as to overlap with all the standardized dimensions.

  The printer apparatus of the present invention is not limited to the above embodiment, and any printing method may be used. Further, the apparatus in which the printer apparatus is arranged is not limited to the packaging apparatus, but may be a POS register, a ticket issuing machine, or the like. The position where the static eliminator is installed is not limited to the upper side of the printer device, and the printing medium is not limited to a transparent or translucent resin film, and printing is performed by winding a sheet having an adhesive surface on the back side. A medium may be used.

1: Printed medium 11: Cutting section 12: Position alignment mark (mark)
13: Paste surface 14: Print area 2: Printed medium feeding means 3: Printer means 4: Cutting means 51: Conveyor belt 52: Packaging means 53: Printer unit input means 54: Printer control unit 6: Static eliminating means 6a: Static eliminating means Support frame 61: Ion generating means 62: Air blowing means 63: Air blowing nozzle 7: Reference mark R: Film roll X: Package

Claims (4)

In a printer apparatus comprising: a printer unit that manipulates a printing medium and prints the fed printing medium; and a cutting unit that is disposed downstream of the printer unit and cuts the printed printing medium .
Located above the front Kipu printer unit, and the ion generating means for generating and charge the air a predetermined charge,
Air blowing means for blowing air charged by the ion generating means ;
An output of air that is blown and charged by the blowing means, a blowing nozzle that determines and blows air , and
The blowing nozzle, the air which has been blown charged by said blowing means, said printer means, the upper surface of the recording medium with the image made by the printer unit, and a series manner towards said cutting means while along the upper surface A printer device characterized by blowing air. 2. The printer apparatus according to claim 1 , wherein an attachment angle of the ion generation unit including the ion generation unit, the blower unit, and the blower nozzle is adjustable with respect to a printer device body . 2. The printer apparatus according to claim 1, wherein a plurality of the blowing nozzles are provided, and each of the blowing nozzles can independently adjust an output and a blowing direction . A printer apparatus according to any one of claims 1 to 3 and a printing medium that is disposed downstream of the printer apparatus in a feeding direction of the printing medium, and the printing medium that is issued from the printer apparatus is wound around an outer periphery of an object to be packaged. And packaging means for packaging,
A part of the air blown by the blower nozzle flows over the position of the packaging means along the upper surface of the printing medium after printing.