JPH08258825A - Printing/affixing device - Google Patents

Abstract

PURPOSE: To prevent the pinching points of rollers from slipping, and carry a release paper while surely pinching it by a method wherein the rotation of pinching rollers of a label-turning up device is controlled until the pinching rollers are moved to a specified location for a device which prints a label with a cut form shaped release paper, removes the label, and automatically affixes the label on a medium. CONSTITUTION: A label 7 on which a specified item is printed is carried to a turning up device 30 through a diagonal carrying path 20, and the carrying is temporarily stopped under a state wherein a gripping part at the leading end of the label 7 is pinched by a pair of pinching rollers 31a and 31b. Then, a one-way clutch 38 is inserted between a driving shaft 36 and rotating pulley 39, a turning up device frame 35 is turned while controlling the rotation of the pair of pinching rollers 31a and 31b. Under this state, a slit part of the label 7 is turned up from the rear side, and the label 7 is bent into a hair pin form by a holding member 25, and is turned up from the leading end, and is carried to an affixing location. By this method, the pinching points of the pinching rollers are prevented from slipping, and a release paper 14 is surely removed from the label 7.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a printing and sticking device for printing desired items on a label and sticking the label on a medium such as a booklet.

[0002]

2. Description of the Related Art This type of printing / pasting apparatus prints desired items on a label attached to a release paper in a printing unit,
The label is peeled off and the label is attached to a medium such as a booklet. The release paper is continuously wound around the roller for a long time, and the label is sequentially peeled off while being pulled out.

[0003]

However, in the prior art, since the label is peeled off by pulling out the release paper wound in the shape of a roller, when the release paper is a single-cut sheet, that is, one label at a time, In the case of a single sheet to be stuck, the release paper could not be grasped in advance, and it was not possible to automatically print on the label and then peel and stick to the medium.

Therefore, according to the present invention, it is possible to print a label on a single-cut release paper and then automatically peel the label and attach it to the medium, and moreover, to securely carry the release paper. An object of the present invention is to provide a printing and pasting device.

[0005]

In order to solve the above-mentioned problems, the present invention provides a first conveying means for conveying a single-cut sheet having a label attached on a release paper, and the first conveying means. Printing means for printing a predetermined matter on the label of the cut sheet conveyed by the conveying means, second conveying means for conveying the cut sheet having the predetermined matter printed on the label by the printing means, and this second conveyance The guide member for guiding the cut sheet conveyed by the means, and the tip of the release paper of the cut sheet guided by the guide member are held by a pair of rollers, and the pair of rollers are moved to a predetermined portion, Bending means for peeling the label by bending the release paper from the tip of the guide member and rotation of the pair of rollers are regulated until they are moved to a predetermined portion, and after being moved to the predetermined portion, they are rotated. To the bending means A drive unit that conveys the folded release paper, a third conveying unit that conveys the booklet-shaped medium to the pasting position, and the above-mentioned peeling to the pasted medium that has been conveyed to the pasting position by the third conveying unit. And a sticking unit that sticks the stacked labels by pressing them.

According to a second aspect of the present invention, a first conveying means for conveying a single-cut sheet having a label affixed to a release paper and a predetermined item on the label of the single-cut sheet conveyed by the first conveying means. A printing means for printing, a second transport means for transporting a single-cut sheet in which a predetermined item is printed on a label by this printing means, and a release sheet of the single-cut sheet transported by the second transport means are cross-sections approximately V A guide member that guides along a guide surface that is in the shape of a time, a pressing roller that presses up the release paper that is guided by this guide member against the guide surface, and a release paper that is sent through this pressure roller. Bending means for folding the release paper from the leading end of the guide member and peeling the label by holding the front end with a pair of rollers and moving the pair of rollers to a predetermined position, and a position where the pasting medium is attached. Third to be transported to And feeding means, comprising; and a sticking Keru sticking means by applying pressure by superimposing the third the peel label to be affixed medium conveyed to the attaching position by the conveying means.

According to a third aspect of the present invention, there is provided a first conveying means for conveying a cut sheet having a label attached on a release paper, and the first conveying means.
A printing means for printing a predetermined matter on a label of a cut sheet conveyed by the conveyance means, and a second conveying means for conveying a cut sheet having a predetermined matter printed on the label by the printing means,
A guide member for guiding the cut sheet conveyed by the second conveying means and a tip of the release paper of the cut sheet guided by the guide member are held by a pair of rollers, and the release paper holding point of the pair of rollers is held. And by moving the pair of rollers to a portion separated from the tip of the guide member by the same distance as the distance to the tip of the guide member, the release paper is bent from the tip of the guide member to label the label. Bending means for peeling, third transport means for transporting the pasting medium to the pasting position, and the stripped label are superposed on the pasting medium transported to the pasting position by the third transporting means. And a sticking means for sticking by pressing.

According to a fourth aspect of the present invention, there is provided a first conveying means for conveying a single-cut sheet having a label attached on a release paper, and the first conveying means.
A printing means for printing a predetermined matter on a label of a cut sheet conveyed by the conveyance means, and a second conveying means for conveying a cut sheet having a predetermined matter printed on the label by the printing means,
A guide member for guiding the cut sheet conveyed by the second conveying means and a tip of the release paper of the cut sheet guided by the guide member are held by a pair of rollers, and the release paper holding point of the pair of rollers is held. And fold the release paper from the tip of the guide member by moving the pair of rollers along the guide groove to a site separated from the tip of the guide member by the same distance as the distance to the tip of the guide member. Bending means for bending and peeling the label, third conveying means for conveying the pasting medium to the pasting position, and the above-mentioned peeling for the pasting medium conveyed to the pasting position by the third conveying means. And a sticking means for sticking the labels by pressing them together.

According to a fifth aspect of the present invention, there is provided a first conveying means for conveying a single-cut sheet having a label attached on a release paper, and the first conveying means.
A printing means for printing a predetermined matter on a label of a cut sheet conveyed by the conveyance means, and a second conveying means for conveying a cut sheet having a predetermined matter printed on the label by the printing means,
By holding a guide member for guiding the cut sheet conveyed by the second conveying means and the leading end of the cut sheet guided by the guide member by a pair of rollers and moving the pair of rollers to a predetermined portion. A bending means for bending the release paper from the tip of the guide member to peel off the label, and a connecting means connected to the pair of rollers via a drive belt until the pair of rollers are moved to a predetermined portion. A drive unit that regulates the rotation, rotates after being moved to a predetermined portion and conveys the release paper, a pressing roller that presses the drive belt to apply tension, and a medium that conveys the pasting medium to the pasting position. And a sticking means for sticking the peeled label on the pasted medium conveyed to the sticking position by the third conveying means by superposing and pressing the label.

[0010]

According to the first aspect of the present invention, after a predetermined item is printed on the single-cut label by the printing means, the label is peeled from the release paper by the peeling / conveying means to be conveyed to the attaching position, and the label is attached to the attaching position. The medium is conveyed, the label is superimposed on the medium to be pasted by the pasting means, and pressure is applied to the label, and predetermined items are printed on the label attached to the release paper of the cut sheet and the label is automatically attached. Make it possible to attach it to the medium.

Further, by controlling the rotation of the pair of rollers until the pair of rollers is moved to a predetermined portion by the folding means, it is possible to prevent the pair of rollers from shifting the holding points and securely hold the release paper. To

Further, according to a second aspect of the present invention, the cut sheet conveyed by the second conveying means is guided along a guide surface having a V-shaped cross section of the guide member, and is guided by this guide member. The label can be easily peeled off by pressing the cut sheet against the guide surface by the pressing roller, flipping it up and bending it from the tip of the guide member.

According to a third aspect of the present invention, the tip of the cut sheet guided by the guide member is held by a pair of rollers, and the distance from the release paper holding point of the pair of rollers to the tip of the guide member. By moving the pair of rollers to a portion that is separated from the tip end portion of the guide member by the same distance as the above, and bending the release paper from the tip end of the guide member, it is possible to prevent the shift of the holding points of the pair of rollers Make sure that you can hold the release paper securely.

According to a fourth aspect of the present invention, the front end of the single-piece release paper guided by the guide member is held by a pair of rollers, and the front end of the guide member is held from the release paper holding point of the pair of rollers. The pair of rollers is moved along the guide groove to a part spaced apart from the tip of the guide member by the same distance as the distance to, and the release paper is bent from the tip of the guide member. The gripping point is more reliably prevented from being displaced, and the release paper can be securely gripped.

According to a fifth aspect of the present invention, the driving belt for rotating the pair of rollers is pressed by the pressing roller to apply tension to prevent the driving belt from being loosened when the pair of rollers is moved. To

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to an embodiment shown in the drawings. FIG. 1 is an external view showing a single-label label printing / pasting apparatus, in which 9 is a control unit and 13 is a creation unit.

The control unit 9 inputs a program necessary to operate the creating unit 13 and information to be printed,
This is for transferring and displaying the state on the side of the creating unit 13, and a portable personal computer or the like is used.

On the front side of the preparation section 13, an insertion slot 1 for inserting an application P to be printed in order to save the contents to be printed, and a label insertion slot 2 for inserting a label 7 of a single-cut sheet T to be printed. , And the booklet 8 as the medium to be attached
It has an insertion / discharge port 51 for inserting and discharging.

As the application P, ordinary A4 size paper is used, and the label 7 and the booklet 8 are those as shown in FIG. The cut sheet T is a label 7 on the release paper 14.
Affixed. The label 7 is a label 7 that serves as a grip margin.
a and a label 7b which is a print target area, and a slit portion 17 is formed between the label 7a and the label 7b.

The inside of the creating unit 13 is constructed as shown in FIG. That is, in the figure, A is a first conveying means which is continuous with the insertion slot 1 for inserting the application P and the label insertion slot 2. In the conveyance path a of the first conveying means A, the application P and the label are shown. A gate 3, a transmission type detection sensor 4, a conveyance roller 5, a printer unit 10 as a printing unit, and a conveyance roller 6 are arranged along the conveyance direction of 7.

The gate 3 switches the conveyance of the label 7 to the printer section 10 and an oblique conveyance path 26 which constitutes a second conveyance means B described later, and is rotated by a solenoid or the like. The transport rollers 5 and 6 are driven to rotate by a motor (not shown).

The printer section 10 includes a printer head 11 which is located between the take-in rollers 5 and 6 and which faces the label 7 and which is vertically movable, and a platen roller 12 which is located below the printer head 11. And is configured to print on the surface of the label 7 inserted between the printer head 11 and the platen roller 12.

Further, an oblique transport path 26 constituting the second transport means B is connected between the gate 3 and the detection sensor 4 on the transport path a. An entrance detection sensor 21, a pair of conveyance rollers 22, and an exit detection sensor 23 are arranged in this oblique conveyance path 26.

A light transmission type sensor is used as the detection sensors 21 and 23, and the conveying roller pair 22 is composed of a pinch roller 22a located on the upper side and a grid roller 22b located on the lower side. The pinch roller 22a is a rubber roller, and the grid roller 22b is a roller in which metal particles are embedded. The pinch roller 22a and the grid roller 22b are urged by a spring (not shown) attached to the shaft to be pressed against each other,
It is designed to be rotationally driven by a motor.

On the exit side of the oblique conveying path 26,
A turning portion 30 is provided as a bending means. The turning portion 30 has a pair of pinch rollers 31a and 31b located in the extension direction of the oblique conveying path 26, and the pinch rollers 31a and 31b are rotatably held by the side frame 35 in a state of being pinched by a spring. Has been done. The pinch roller 31a is a rubber roller, and the upper pinch roller 3
1b uses the same grid roller as described above.
The side frame 35 is rotated by a motor (not shown) so as to be displaced between the position shown in FIG. 3 and the position shown in FIG. Further, release paper receiving rollers 32 and 33 as feed rollers are rotatably attached to the side frame 35. These rollers 32 and 33 are made of Teflon, and the shape thereof is as shown in the figure.
a.

A release paper transporting section 40 is provided on the side of the turning section 30. The transport unit 40 includes a lower transport belt 43 that is hung between an idle roller 41 and a drive roller 42 that is rotationally driven by a motor, and three rollers 44, 4 that contact the lower transport belt 43 and move together.
It is constituted by the upper conveyance belt 47 which is hung on the Nos. 5 and 46. The turning portion 3 is provided on the upper side of the carrying section 40.
When 0 rotates to the state shown in FIG. 4, the rollers 31a,
An insertion guide 48 is attached at a position where the release paper 14 coming out of 31b is easily inserted into the transport section 40. The exit of the transport unit 40 is attached so as to feed the release paper 14 to the transport roller 56 of the booklet 8 described later.

A booklet conveying path 50 which constitutes a third conveying means C is provided on the lower side of the operating section 13. In the booklet conveying path 50, a take-in pressure roller 53 which constitutes a pasting means, and a pair of first and second conveying rollers 56 and 57 are arranged, and these control means 71 which constitutes a positioning means D. Drive motor 7 controlled by
It is designed to be rotated forward and backward by 0.

The pressure roller 53 is moved up and down by a link connected to a solenoid, which will be described later. A pressure roller 58 as a fixed roller is provided above the pressure roller 53. The pressure roller 58 is fixed in the vertical direction and is made of metal, and the surface thereof is smooth. There is.

The first and second conveying roller pairs 56,
The rollers 56a, 56a on the upper side of 57 are held so as to be vertically movable. Further, a sensor (first sensor) 52 for detecting the insertion of the booklet 8 in the booklet conveying path 50, a detection sensor at the label waiting position across the booklet conveying path 50 and the oblique conveying path 26 immediately behind the pressure roller 53. 54, the detection sensor 55 is attached to the booklet standby position immediately before the first conveying roller pair 55.

The mechanism of the label turning section 30 and the pressure roller 53 will be further described with reference to FIGS. 4 and 6. As shown in FIG. 4, a label-pushing-pressing member serving as a bent portion having a shape that changes from an angle of the oblique conveying path 26 to a gentle angle is provided at a portion for feeding the label 7 from the oblique conveying section 26 to the turning section 30. 25 are provided. A label 7 is provided on the upper side of the label turning-over pressing member 25.
A pressing roller 24 for guiding along 5 is attached so as to be vertically movable.

Further, the booklet conveying path 50 from the turning portion 30.
The label receiving roller 33 is provided at a position where the label 7 is conveyed.
A third label receiving roller 34 that is located between the pressure roller 58 and the pressure roller 58 and receives the label 7 from below is rotatably attached. Similar to the label receiving rollers 32 and 33, this label receiving roller 34 also has an abacus-shaped uneven portion 34a on the surface, and the contact area with the label 7 is made small to reduce the conveyance resistance.

FIG. 6 shows a mechanism for moving the pressure roller 53 up and down. Rotating shaft 5 of the pressure roller 53
One end of a link 59 is connected to 3a, and this link 5
9 is rotatably supported by a support shaft 59a. An extension portion 59b extending downward is formed in the middle of the link 59, and a solenoid 62 is connected to the extension portion 59b via a spring 60 and a link 61. An interrupter-type sensor (second sensor) 63 is provided near the other end of the link 59. The sensor 63 is in a bright state when the pressure roller 53 is raised,
When the pressure roller 53 descends, it is attached so as to be in a dark state.

Next, the operation of this apparatus will be described. First, the application form P is inserted into the application form insertion slot 1. When the application form P is detected by blocking the label insertion detection sensor 4, the label intake rollers 5 and 6 rotate in the take-in direction to convey the application form P to the print position. At this position, the printer head 11 prints a predetermined matter on the application form P, performs a predetermined printing operation, and then ejects the application. After that, the single-cut sheet T is inserted into the label insertion slot 2. When the single-cut sheet T intercepts the insertion detection sensor 4, the single-cut sheet T is taken in and sent to the printing unit 10 to print a predetermined item on the label 7.

As described above, when a predetermined matter is printed on the label 7, the label insertion gate 3 is rotated upward, the rollers 5 and 6 are reversely rotated, and the label 7 is conveyed in the discharging direction. By this transportation, the label 7 is sent to the oblique transportation path 26 through the gate 3 and is transported to the turning section 30 by the rotation of the transportation roller pair 22a, 22b. When the leading end portion 7 a of the label 7 is detected by the predetermined amount from the detection sensor 23 on the exit side of the oblique transport path 26, the label 7 is detected by the pinch roller 31.
The conveyance is temporarily stopped by being pinched by a and 31b.
From this state, the frame 35 of the turning portion 30 rotates, and
The state shown in is shown. In this state, the slit portion 17 of the label 7 is bent from the back by the curl pressing member 25 into a hairpin state, and the tip of the label 7 begins to curl. When the transport of the label 7 is restarted in this state, the rolled portion 7b of the label 7 is guided by the receiving rollers 33 and 34,
When the sensor 54 is blocked, it is stopped and stands by.

On the other hand, the booklet 8 to be pasted is inserted from the booklet insertion port 51 with the surface to be pasted to the front side, before the label 7 is put into the waiting state for pasting from the printing. When the booklet 8 is detected by the detection sensors 52 and 54, the booklet 8 stands by at the sticking standby position. In this standby state, the sequence is such that the booklet 8 is once brought out to the front side and the insertion sensor 52 is blocked,
It is sent back and returned by a predetermined amount. In this state, the conveyance of the label 7 is restarted, and the leading end of the label 7 contacts the pressure roller 58 as shown in FIG. While being adhered, it is adhered to the booklet 8. After the label 7 is adhered to the booklet 8, the label 7 and the booklet 8 are conveyed and ejected together in the ejection direction.

At this time, by energizing the solenoid 62, the pressure roller 53 is lifted and pressed to generate a predetermined pressing force to perform the sticking. Note that the peeling paper 14 after peeling is pinched by the belts 43 and 47 and conveyed after the conveyance unit 40 of the peeling paper 14 rotates together during the booklet attaching operation, and then the pinch rollers 56 and 53. Are transported by and discharged to the outside.

Next, the mechanism and operation of the turning portion 30 will be further described with reference to FIG. In the figure, reference numeral 36 denotes a shaft which rotates integrally with the label pinch roller 31a for pulling in the label 7, which is connected through a one-way clutch 38 to a timing pulley 39 which transmits a rotational driving force. The one-way clutch 38 is the pulley 39
Is mounted in such a direction that the driving force can be transmitted to the shaft 36 only when is rotated in the direction of arrow P. Further, the shaft 36 is provided with a notch portion 73 of the turning roller rotating arm 73.
a and the guide mechanism 74, and the rotating arm 7
7 is configured to move along the guide mechanism 74 as shown in FIG. 7B when the arm 3 rotates about the arm rotation shaft 72 in the arrow Q direction.

The shaft 36 may be fitted into the guide mechanism 74 via a bearing or the like. further,
Opposing roller 31b forming a pair with pinch roller 31a
Similarly, the shaft 37 is also configured to move along the guide mechanism 74.

Here, for convenience of explanation, the rollers 31a, 3
Although 1b and the shafts 36 and 37 are expressed by the same diameter, it is preferable that the shafts 36 and 37 are thin in practice.
The shape of the guide mechanism 74 is such that the tip D of the label flipping member 25 and the contact B of the pinch rollers 31a and 31b.
The distance between and has the same dimension in the states of FIGS. 7A and 7B, and further, in the middle of that, a locus in which the dimension slightly increases is drawn.

The pulley 39 for transmitting the rotational force to the pinch roller shaft 36 is a drive pulley 71 which is a drive source.
The belt 75 is connected by a belt 75 as shown in FIG. 7, and the driving force is transmitted.

The belt 75 changes its shape when the pulley 39 is rotated by the arm 73 together with the shaft 36. Therefore, the belt 75 is pressed by the back tension pulley 76 so as to cope with the change in tension. Has been granted.

The label turning operation in the above arrangement will be described below. The leading end portion 7a of the label 7 comes out from the oblique conveying path 26 described in FIG.
The state pinched by a and 31b is the state of FIG. In order to move the label 7 to the hairpin state from this state to the state shown in FIG. 7B, the turning portion rotating arm 73 is rotated in the arrow Q direction. At this time, the shaft 36 and the pulley 39 move as shown in FIG. That is, the belt 7 on the shaft 72 of the rotating arm 73
Since the pulley 73 is rotated by the arm 73 so that the distance a + 1 from the point E at which 5 does not move to the point A at which the belt 75 on the pulley 39 starts contacting becomes constant, the point A on the pulley 39 moves after the movement. Move to A '.

Here, if the pulley 39 and the shaft 36
If and rotate integrally without using the one-way clutch 38, the point B sandwiching the label front end 7a by the pinch rollers 31a and 31b moves to B'after rotation.

Originally, the pinched portion should come to B ″ and B ′ should come to B ′, the shaft 36 should rotate by the dimension b in the loosening direction, and the pinched portion should be free. A part of the grasped release paper 14 may come off, and a phenomenon in which the peeling operation of the label 7b cannot be performed may occur.

In the present invention, in order to prevent the occurrence of this problem, the one-way clutch 3 that transmits only the rotation of the pulley 39 in the arrow P direction between the shaft 36 and the pulley 39.
In the direction of loosening the held label 7 (arrow P
When it is attempted to rotate the shaft 36 in the opposite direction), the rotational force is cut off, the point B moves to the point B ″, and the grasped label 7 cannot be removed.

Next, the structure and function of the label-turning-pressing portion will be described with reference to FIG. In the present embodiment, the oblique conveying path 26 is installed at an angle .theta.1 = 45.degree. From the horizontal, and the tip-end pressing member 25 is so constructed that the tip angle changes to .theta.2 = 30.degree. A pressing roller 27, which is rotatably supported by the turning pressing member 25, is attached above the point where the angle changes.

In such a structure, the oblique conveying path 26
When the label 7 that has entered from is entered between the turning pressing member 25 and the pressing roller 27 and the angle is changed from θ1 to θ2, the label 7 is curled upward as shown in FIG. 9 (c), When the release paper 11 is bent into a hairpin shape, the label 7 is easily peeled off from the release paper 11.

Here, as shown in FIG. 9B,
If the angle is constant, the label tip hangs downward as shown in the figure, and it is difficult for the label paper to be peeled off. In particular, this phenomenon becomes remarkable when the usage environment becomes humid.

Further, it is natural that the angle θ2 normally enters the label sticking portion in the future at the same angle, and θ2 = 30 ° in many cases. If it continues to the path 26, the horizontal dimension of the apparatus in the label feeding direction becomes large, which becomes a factor to impede compactness.

By constructing the label-turning-pressing portion as in the present invention described above, it is possible to provide a compact device that can maintain high peelability even when the environment in which it is used is disadvantageous for peeling.

[0051]

As described above, according to the present invention,
According to the first aspect of the present invention, after printing predetermined items on a single-cut label by the printing means, the label is peeled from the release paper by the peeling / conveying means and conveyed to the attaching position, and the medium to be attached is conveyed to the attaching position. Then, since the label is superposed and pressed on the medium to be attached by the attaching means, it is possible to print predetermined items on the label attached to the release paper of a single form and automatically attach the label to the medium to be attached.

Further, since the rotation of the pair of rollers is regulated by the folding means until the pair of rollers is moved to a predetermined portion, the gripping points of the pair of rollers are prevented from being displaced, and the release paper is securely clamped to the label. Can be peeled off.

Further, in the second aspect of the present invention, the single-sided release paper conveyed by the second conveying means is guided along the guide surface of the guide member having a substantially V-shaped cross section, and by this guide member. Since the release paper to be guided is pressed against the guide surface by the pressing roller and flipped up and then bent from the tip of the guide member, the label can be peeled more reliably.

According to a third aspect of the present invention, the front end of the single-piece release paper guided by the guide member is held by a pair of pinch rollers, and the release paper holding point of the pair of pinch rollers holds the guide member. Since the pair of rollers is moved to a portion spaced apart from the tip of the guide member by the same distance as the tip, the release paper is bent from the tip of the guide member, so that the holding point of the pair of rollers is displaced. It is possible to hold the release paper without fail.

According to a fourth aspect of the present invention, the tip of the release paper guided by the guide member is held by a pair of rollers, and the distance from the holding point of the release paper of the pair of rollers to the tip of the guide member. Since the pair of rollers is moved along the guide groove to a portion spaced apart from the tip of the guide member by the same distance as the above, the release paper is bent from the tip of the guide member, so that the holding point of the pair of rollers is displaced. Can be more reliably prevented and the release paper can be reliably held.

According to the fifth aspect of the present invention, since the driving belt for rotating the pair of rollers is pressed by the pressing roller to apply tension, it is possible to prevent the driving belt from loosening during the movement of the pair of rollers. Can be driven to.

[Brief description of drawings]

FIG. 1 is a perspective view showing a single-cut label printing / pasting apparatus according to an embodiment of the present invention.

FIG. 2 is a perspective view showing a label and a booklet used in the single-cut label printing / applying device of FIG.

FIG. 3 is a diagram showing an overall internal configuration of the single-cut label printing / pasting device of FIG. 1.

FIG. 4 shows a part of the internal configuration of the single-cut label printing / pasting apparatus of FIG. 1, and FIG.
(B) is a front view showing the feed roller.

5A and 5B show positioning of a booklet in the single-cut label printing / pasting apparatus of FIG. 1, FIG. 5A showing a state in which the booklet is positioned at a predetermined position, and FIG. The figure which shows a state, FIG.5 (c) is a figure which shows the state which sends out the taken-in booklet to a positioning position.

FIG. 6 is a diagram showing a driving mechanism of a pressure roller in the single-cut label printing / pasting device of FIG. 1.

7 is a diagram showing a driving mechanism of a pinch roller of a turning portion in the single-cut label printing / pasting device of FIG. 1, FIG. 7 (a) shows a state before the movement of the pinch roller, and FIG. The figure which shows the state after movement of a pinch roller.

FIG. 8 is an enlarged view showing a state when the pinch roller of FIG. 7 is moving.

9A and 9B show a state of release paper on the roll-up pressing member in the single-cut label printing / pasting apparatus of FIG. 1, and FIG. 9A shows a state in which the release paper is pressed by a pressing roller. 9B is a diagram showing a state of the release paper when the guide surface of the pressing member is not formed in a substantially V-shaped cross section, FIG. 9C.
FIG. 3 is a diagram showing a state in which the release paper is pressed by the pressing roller and the tip portion is flipped up.

[Explanation of Codes] T ... Single sheet, 7 ... Label, 8 ... Booklet (booklet-like medium), 10
... printer unit (printing means), 14 ... release paper, 25
... Pressing member (guide member), 27 ... Pressing roller, 30
... turning portion (bending means), 31a, 31b ... pinch rollers, 36 ... drive shaft, 38 ... one-way clutch,
39 ... Rotating pulleys, 53, 58 ... Pressure roller (sticking means), A ... First carrying means, B ... Second carrying means, C ...
Third transportation means.

Claims (5)

[Claims] 1. A first conveying means for conveying a cut sheet having a label attached on a release paper, a printing means for printing a predetermined matter on the label of the cut sheet conveyed by the first conveying means, and this printing. Second conveying means for conveying a single-cut sheet having a predetermined item printed on the label by means, a guide member for guiding the single-cut sheet conveyed by the second conveying means, and a guide member guided by the guide member. Folding means for holding the tip of the release paper of the slip by a pair of rollers and moving the pair of rollers to a predetermined portion to bend the release paper from the tip of the guide member to release the label, A drive means that regulates the rotation of the pair of rollers until they are moved to a predetermined portion, and then, after being moved to the predetermined portion, rotates to convey the release paper folded by the folding means, and a booklet-shaped medium. To the attachment position And a sticking means for sticking the peeled label on the pasted medium conveyed to the pasting position by the third conveying means by superposing and pressing the peeled label. A printing and sticking device. 2. A first transport means for transporting a single-cut sheet having a label attached on a release paper, and a printing means for printing a predetermined matter on the label of the single-cut sheet transported by the first transport means. A second conveying unit that conveys a single-cut sheet on which a predetermined item is printed on the label by the printing unit, and a guide surface that has a V-shaped cross section for the release sheet of the single-cut sheet conveyed by the second conveying unit. A guide member that guides the release paper, a pressing roller that pushes up the release paper guided by the guide member against the guide surface, and a flip-up roller, and the tip of the release paper sent through the pressing roller by a pair of rollers. A gripping means for gripping and moving the pair of rollers to a predetermined portion to bend the release paper from the tip of the guide member to peel off the label, and a third means for transporting the pasting medium to the pasting position. Transport means and this 3 printing applicator apparatus characterized by comprising anda sticking Keru sticking means by applying pressure by superimposing the peeled label to be affixed medium conveyed to the attaching position by the conveying means. 3. A first transport means for transporting a cut sheet having a label attached on a release paper, a printing means for printing a predetermined matter on the label of the cut sheet carried by the first transport means, and this printing Second conveying means for conveying a single-cut sheet having a predetermined item printed on the label by means, a guide member for guiding the single-cut sheet conveyed by the second conveying means, and a guide member guided by the guide member. The tip of the release paper of the slip is clamped by a pair of rollers, and the pair of rollers is provided at a portion separated from the front end of the guide member by the same distance as the distance between the release paper holding point of the pair of rollers and the front end of the guide member. Bending means for bending the release paper from the tip of the guide member to peel the label by moving the roller of No. 3, third transport means for transporting the pasting medium to the pasting position, and Attached by transportation means A sticking means for sticking the peeled label on the sticking medium conveyed to the sticking position by stacking and pressurizing the stuck label, and a sticking unit. 4. A first conveying means for conveying a cut sheet having a label attached on a release paper, a printing means for printing a predetermined matter on the label of the cut sheet conveyed by the first conveying means, and this printing. Second conveying means for conveying a single-cut sheet having a predetermined item printed on the label by means, a guide member for guiding the single-cut sheet conveyed by the second conveying means, and a guide member guided by the guide member. The tip of the release paper of the slip is clamped by a pair of rollers, and the pair of rollers is provided at a portion separated from the front end of the guide member by the same distance as the distance between the release paper holding point of the pair of rollers and the front end of the guide member. Bending means for folding the release paper from the tip of the guide member to peel the label by moving the roller of the above-mentioned along the guide groove, and third transport means for transporting the pasting medium to the pasting position. , This third A sticking means for sticking the peeled label on the medium to be pasted to the pasting position by the conveying means by superposing and pressing the peeled label, and a sticking means. 5. A first conveying means for conveying a cut sheet having a label attached on a release paper, a printing means for printing a predetermined matter on the label of the cut sheet conveyed by the first conveying means, and this printing. Second conveying means for conveying a single-cut sheet having a predetermined item printed on the label by means, a guide member for guiding the single-cut sheet conveyed by the second conveying means, and a guide member guided by the guide member. Bending means for holding the front end of the slip by a pair of rollers and moving the pair of rollers to a predetermined portion to bend the release paper from the front end of the guide member to release the label, and the pair of rollers. Drive means connected to a drive belt for controlling the rotation of the pair of rollers until the pair of rollers are moved to a predetermined portion, and then rotating the pair of rollers to move the predetermined release portion to convey release paper; belt A pressing roller for pressing and applying tension, a third conveying means for conveying the pasted medium to the pasting position, and the above-mentioned peeled off from the pasted medium conveyed to the pasting position by the third conveying means. A printing and sticking apparatus comprising: a sticking means for sticking labels by stacking and pressing them.