JPH0571460B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a label sticking device that automatically peels off a label from a band-shaped mount and sticks it onto the surface of an object to be labeled, such as a postcard.

(Prior Art) In a conventional labeling device of this type, the conveyance path of the strip-shaped mount includes an upper side that guides the labeled strip-shaped mount to a strip-shaped mount turn guide for label peeling that is close to the moving path of the label-attached object. A route section;
It was configured in a folded shape, including a lower path section that guides the strip mount from the turn guide to the strip mount winding means in the opposite direction after the label has been peeled off.

(Problems to be Solved by the Invention) In the conventional label pasting device equipped with the above-mentioned belt-shaped mount transport path after folding, when a labeled belt-shaped mount is set in the device before starting work, the tip of the belt-shaped mount is It is necessary to move the tape manually along the folded belt-shaped mount transport path, and since the area from the bottom of the turn guide to the end of the lower path is very narrow, it is difficult to set the belt-shaped mount. There was a drawback that it required a lot of effort and time.

(Means for Solving the Problems) In order to solve the above-mentioned conventional problems, the present invention has a strip-shaped mount with a label releasably attached to one side, and the label-attached side of the strip-shaped mount is placed inside. A conveyance path is provided that is approximately linear in the length direction, an opening is provided in the middle of this conveyance path, and
A drivable band-shaped mount conveying means is disposed at least on the downstream side of the opening, and the band-shaped mount is movable through the opening between an outer retracted position of the transport path and an inner working position of the transport path. A turn guide is provided, and the transport path of the labeled object is arranged at a position where the label peeled off from the band-shaped mount detoured in a V-shape to the inside of the transport path is received by the band-shaped mount turn guide that becomes the operating position. We propose a labeling device consisting of:

(Function) According to the above-mentioned label pasting device, when setting a strip mount in the device before starting the label pasting work, by retracting the strip mount turn guide to a retracted position outside the conveyance path in advance, Even if a drivable conveyance means is provided only on the downstream side of the opening, the operator can pass the leading end of the strip-shaped mount through the inside of the turn guide in the retracted position and transfer it to the conveyance means on the downstream side. Then, by moving the turn guide in the retracted position to the operating position, the part of the band-shaped mount that straddles the opening in the middle of the transport path can be removed. is pushed into the conveyance path by the turn guide,
A V-shaped detour is automatically formed.

By driving the conveying means to convey the strip mount in such a state, when the strip mount turns at the tip of the turn guide, a label having greater rigidity than the strip mount is peeled off from the strip mount and sent out. , the label is automatically applied to the surface of the label object that is moving synchronously on the label object transport path adjacent to the tip of the turn guide.

If a drivable conveyance means is also provided on the upper side of the opening, and the belt-shaped mount is configured so that it can be transferred from the upper side to the lower side across the opening, There is no need to slide the leading edge of the band-shaped mount inside the turn guide in the retracted position; after setting the leading edge of the band-shaped mount against the upper conveying means, both the upper and lower conveying means are moved. The band-shaped mount can be set so as to straddle the opening by simply driving it.

(Example) An example of the present invention will be described below based on the attached illustrative drawings.

FIG. 1 shows a label pasting machine equipped with a label pasting device 1 of the present invention, in which a label 3 releasably pasted on one side of a strip-shaped mount 2 is pasted at a predetermined location on a continuous postcard paper 4, which is an object to which a label is pasted. However, the belt-shaped mount 2 after label peeling is wound up by a winding device 5.

As shown in FIG. 2, the strip-shaped mount 2 has feed holes 2a at equal intervals on both sides along its length,
A label 3 is removably attached to one side with a constant gap 2b in the length direction. Further, the continuous postcard paper 4 is provided with perforations 4a at equal intervals to the perforations 2a on both sides along the length, and postcard-equivalent areas 4c are divided in two rows in the width direction by tearing perforations 4b. It is formed. The label pasting machine shown in FIG. 1 uses two band-shaped mounts 2 corresponding to each row of postcard-equivalent areas 4c on the continuous postcard paper 4, and each postcard-equivalent area 4c is shown by a phantom line. The label 3 peeled off from each band-shaped mount 2 is pasted at a predetermined position within the strip, and the labeled continuous postcard paper 4 is separated at the perforation 4b to separate each postcard-equivalent area 4c. As shown in FIG. 3, a postcard 6 with a label 3 affixed at a predetermined position on one side is obtained.

As shown in FIG. 4, the label pasting device 1 includes a horizontal linear belt-shaped mount transport path 7 and a postcard paper transport path 8 disposed below the transport path 7. The strip-shaped mount transport paths 7 are arranged in two rows on the left and right in order to transport the two strip-shaped mounts 2 in parallel as described above.
is composed of an upper side conveyance means 10 and a lower side conveyance means 11 arranged in series with an opening 9 in the vertical direction in the middle, and straddles the two rows of left and right strip-shaped paper conveyance paths 7. A strip-shaped mount turn guide 12 that moves up and down the opening 9 is provided.
The upper conveyance means 10 includes a pair of left and right feed pawl chains 16 which are suspended between a drive gear wheel 13 and an idling gear wheel 14 and are given an appropriate tension by a tensioner movable gear wheel 15. (Feeding claws are not shown), a fixed guide plate 17, and a presser guide portion 18 that can be raised and lowered freely. The lower side conveyance means 11 includes a drive gear 19, an intermediate idler gear 20, and a support shaft 2 of the intermediate idler gear 20.
A pair of left and right feeders are hung on a free rotating gear wheel 22 that is pivotally supported at the free end of a movable arm 21 that can swing up and down about 0a, and are given an appropriate tension by a tensioner movable gear wheel 23. It is composed of a chain 24 with a claw (the feed claw is omitted), a fixed guide plate 25, and a presser guide 26 that can be raised and lowered freely. The route starting end 27 is
It is possible to switch between a horizontal position forming a part of the belt-shaped mount transport path 7 and an inclined position diagonally downward.

The strip-shaped mount turn guide 12 is attached horizontally to the tip of a first movable arm 29 which is vertically swingable and has one end fixed to a horizontal drive shaft 28 in the left and right directions. The second movable arm 30 fixed to
1. Further, a worm wheel 32 is fixed to the drive shaft 28, and a worm gear 3 engages with the worm wheel 32.
3 can be rotated in any forward or reverse direction by a motor 34.

Therefore, the motor 34 drives the drive shaft 28 through the worm gear 33 and the worm wheel 32.
By rotating in the forward rotation direction (clockwise in FIG. 4), the second movable arm 30 and the interlocking link 31
The movable arm 21 of the lower side conveyance means 11 rotates downward via the lower side conveyance means 11, and at the same time the conveyance path starting end 27 of the lower side conveyance means 11 switches to the inclined position shown in FIG. Route starting end 2
The turn guide 12 enters the inside (downward) of the band-shaped mount conveyance path 7 diagonally upward via the opening 9 which has become wider due to the switch to the inclined position of the label 7, and switches to the label peeling position. become.

The postcard paper conveyance path 8 includes a turn guide 12 which has been switched to the label peeling position as described above.
so as to form a horizontal path portion 8a which is close to the tip of the sheet and whose conveyance direction is opposite to the conveyance direction of the strip-shaped mount conveyance path 7, and an ascending path portion 8b connected to the starting end position of this horizontal path portion 8a. A chain 38 with a pair of left and right feed pawls (the feed pawls are omitted from the illustration) is suspended between the drive gear wheel 35 and a plurality of free rotating gear wheels 36a to 36c, and is given an appropriate tension by the tensioner movable tooth wheel 37. ), fixed guide plate 39a, 3
9b, a presser guide 40 that can be raised and lowered freely, and a fixed presser guide 41. Further, in this postcard paper conveyance path 8, a drive roller 42 and a press roller 43 are installed on the lower side in the conveyance direction in the horizontal path portion 8a than the tip of the turn guide 12 which has been switched to the label peeling position as described above. A labeling means 44 consisting of the following is also provided.
The drive roller 42 is driven at the same circumferential speed as the moving speed of the chain 38 by engaging the chain 38 with a toothed ring 45 fixed to the drive shaft 42a.

Incidentally, adjacent to the terminal end of the strip-shaped mount transport path 7, a strip-shaped mount delivery means 65 consisting of a drive roller 62, a pressing roller 63, and an idle guide roller 64 is arranged.

As shown in FIGS. 5 and 6, two conveyance means 10 and 11 forming the strip-shaped mount conveyance path
a drive gear wheel 13, which drives each chain 16, 24;
19, and each drive shaft 13a of the drive gear wheel 35 that drives the chain 38 constituting the postcard paper conveyance path 8,
Timing pulleys 4 are installed at 19a and 35a, respectively.
6 to 48 are loosely fitted, and the drive shaft 49 of the motor 49
One timing belt 51 extends between the timing pulley 50 fixed at the timing pulley 50 and each of the timing pulleys 46 to 48.
Electromagnetic clutches 52 to 54 are interposed between each of the drive shafts 13a, 19a, 35a and the timing pulleys 46 to 48, respectively. 19a,
35a and the fixed machine frame 55 is an electromagnetic brake 5.
6,57 are interposed. The electromagnetic clutch 5
Of the clutches 2 to 54, the electromagnetic clutches 52 and 53 are so-called one-position clutches, and when energized and energized, they are coupled only when one fixed point on the transmission side and one fixed point on the passive side coincide, and the transmission state is maintained. becomes. or,
The drive shaft 19a has timing pulleys 58 to 60.
It is interlocked with a drive shaft 62a of a drive roller 62 in a band-shaped mount feeding means 65 shown in FIG. 4 and a winding device drive shaft 66a via a timing belt 61 and a timing belt 61. The winding device transmission shaft 66a is interlocked with each of the drive shafts 5a of the two upper and lower winding devices 5 via electromagnetic clutches.
Two winding devices 5 can be driven alternatively.

As shown in FIGS. 5 and 6, a postcard paper cue detection means 67 is interlocked with the drive gear wheel 35 of the feed pawl chain 38 constituting the postcard paper conveyance path 8 via its drive shaft 35a. connected. The number of teeth of the drive gear wheel 35 is determined so that the continuous postcard paper 4 is conveyed by a length l in the paper length direction of each postcard corresponding area 4c shown in FIG. 2 in one rotation. , the detection means 67 includes a disk 68 fixed to the drive shaft 35a and having a slit 68a at one location on the periphery;
It consists of a transmission type photoelectric switch 69 that detects a. Therefore, the postcard paper conveying chain 38
Each time the slit 68a rotates by the length l, the slit 68a
A detection signal is obtained by the photoelectric switch 69, which is turned on by this. Further, the control circuit for the motor 49 is configured to logically OR the label pasting action stop command signal and the detection signal from the detection means 67 (photoelectric switch 69) and stop the motor 49 based on the output thereof. ing.

Next, the method of setting the strip mount 2 on the strip mount transport path 7 will be explained.
The motor 34 shown in the figure rotates the drive shaft 28 90 degrees in the reverse direction, and the first movable arm 29 moves the turn guide 12 to the conveyance path 7 as shown in FIG.
At the same time, the second movable arm 30 and the interlocking link 3
1, the movable arm 21 in the lower side conveyance means 11 is moved upward to switch the conveyance path starting end 27 to a horizontal position. In such a state, as shown in FIG. 1, pull out the tip of the labeled strip mount 2 placed at a predetermined position, and transport the strip mount with the side with the label 3 affixed inside (lower side). The feed holes 2a on both left and right sides are fitted into the feed pawls 16a of the pair of right and left chains 16 with feed pawls in the upper conveyance means 10 of the path 7, and the holding guide 18 is lowered and set.

After this, the motor 49 shown in FIGS. 5 and 6
is activated, the electromagnetic clutches 52 and 53 are engaged, and the drive gear wheels 13 and 19 in both conveyance means 10 and 11 of the strip mount conveyance path 7 are rotated, and the respective chains 16 and 24 with feed claws are moved in the same direction. However, since both electromagnetic clutches 52 and 53 are one-position clutches as described above, the feed pawl 16a of the upper conveyance means 10 and the feed claw of the lower conveyance means 11 are rotated as shown in FIG. The distance L between the feed claw 24a and the feed claw 16 in both conveyance means 10 and 11 is
By adjusting so that both clutches 52 and 53 are switched to the transmission state when the pitch P of a and 24a is an integral multiple, the chain 16 with the feed pawl of the rotating upper conveying means 10 is When the belt-shaped mount 2 thus conveyed crosses the opening 9 and transfers onto the lower-side conveyance means 11, the feed hole 2a of the belt-shaped mount 2 automatically passes through the lower-side conveyance means 11.
It fits into the feed pawl 24a of the chain 24 in the process, and takes over the feed action of the lower conveyance means 11.

When the leading edge of the strip-shaped mount 2 has been conveyed to the terminal position of the lower conveyance means 11 as described above, the electromagnetic clutches 52 and 53 are released, and both conveyance means 11
0 and 11 are stopped, and the chain 1 with feed pawl is
Make 6,24 free. In such a state, the strip mount 2
is pulled by hand and guided to one of the upper and lower winding devices 5 via between the driving roller 62 and presser roller 63 of the strip-shaped mount sending means 65 and the lower side of the free-rotating guide roller 64. The leading end of the mount 2 is set on the winding device 5.
Further, the holding guide 26 of the lower conveyance means 11 is lowered to the set position.

Next, after locking the drive shaft 19a of the lower conveyance means 11 with the electromagnetic brake 56, the motor 34 shown in FIG. At the same time, the turn guide 12 that had been retracted to the retracted position shown in the figure is lowered.
The transport path starting end 27 of the lower transport means 11 is tilted downward from the horizontal position. As a result, as shown in FIG. 4, the conveyance path starting end 27 of the lower side conveyance means 11 switches to an inclined position, and the turn guide 12 descends diagonally upward through the widened opening 9, thereby producing a label peeling effect. Switch to position. Therefore,
The strip-shaped mount 2 located above the opening 9 is pushed diagonally downward by the turn guide 12, and is transferred from the upper conveyance means 10 to the lower conveyance means 11 as shown in the figure.
At the part where it transfers, the band-shaped mount 2 detours diagonally downward in a V-shape. At this time, the strip mount 2 is pulled, but the chain 16 with the feed claw of the upper conveyance means 10 is free, and the lower conveyance means 11 is free.
The chain 24 with a feed pawl is connected to the electromagnetic brake 56.
Since the belt-shaped mount 2 set on the lower conveyance means 11 is not pulled toward the turn guide 12 and moved backward.

Note that the belt-shaped mount 2 set on the winding device 5
Since the area from the tip of the turn guide 12 to the position beyond the tip of the turn guide 12 on the upper side becomes a dummy part for setting, the label 3 affixed to this area has been peeled off and removed in advance.

When the setting of the strip mount 2 is completed, the label 3 is next positioned. That is, by releasing the electromagnetic brake 56 and engaging only the electromagnetic clutch 53 to drive only the chain 24 with the feed pawl of the lower side conveyance means 11, the strip mount 2 is transferred to the side with the feed pawl of the lower side conveyance means 11. The chain 24 is used to convey the label 3 under tension, and when the tip of the first label 3 affixed to the band-shaped mount 2 reaches a predetermined position near the tip of the turn guide 12 as shown in FIG. 8, the electromagnetic clutch 53 is released, and the drive of the lower side conveyance means 11 is stopped. As mentioned above, when the leading edge of the leading label 3 reaches the predetermined position near the leading edge of the turn guide 12, as shown in FIG. The disposed photoelectric switch 70 for label detection, that is, the light beam passes through only the thin strip-shaped mount 2 and turns on, but the light rays do not pass through to the place where the label 3 and the strip-shaped mount 2 overlap. The transmission type photoelectric switch 70 is turned off because it does not transmit light.
It can be detected that the trailing edge of the leading label 3 has passed and the state has been switched from the off state to the on state.
The electromagnetic clutch 53 may be released based on this detection operation. Moreover, at this time, the electromagnetic brake 56 can be applied to lock the feed claw-equipped chain 24 of the lower conveyance means 11 if necessary.

Next, to explain the setting and cueing of the continuous postcard paper 4, as shown in FIG. As shown in FIG. 7, a paper leading edge position indication mark 7 is displayed on a fixed guide plate 39a at a predetermined position on the postcard paper transport path 8, for example, the ascending path section 8b.
With the leading edge of the continuous postcard paper 4 aligned with the position indicated in step 1, insert the spout hole 4a of the continuous postcard paper 4.
is fitted into the feed pawl 38a of the chain 38, and the holding guide 40 is pushed down and set. After this, the electromagnetic clutch 54 shown in FIG. 6 is engaged, and if the electromagnetic brake 57 is working, the electromagnetic brake 57 is released at the same time, and the rotational force of the motor 49 is transmitted to the drive gear 35 to transport the postcard paper. drive chain 38. Before driving the chain 38, as explained earlier, the detection means 67 works to detect the position where the detection signal is output from the detection means 67 (the position detected by the photoelectric switch 69 in the slit 68a of the disk 68). The postcard paper conveyance chain 38 is stopped.

When the leading edge of the continuous postcard paper 4 reaches a predetermined position near the leading edge of the turn guide 12 as shown in FIG. 8, the electromagnetic clutch 54 is released to stop the conveyance of the postcard paper 4 by the chain 38. That is, the fact that the leading edge of the continuous postcard paper 4 has reached a predetermined position near the leading edge of the turn guide 12 as shown in FIG. Therefore, when the photoelectric switch 72 detects the leading edge of the postcard paper 4 and switches from the on state to the off state, the electromagnetic clutch 54 is released and the leading edge of the continuous postcard paper 4 is turned as shown in FIG. turn guide 12
It can be automatically stopped at a predetermined position near the tip.

Note that when the photoelectric switch 72 detects the leading edge of the continuous postcard paper 4, a detection signal is obtained from the detecting means 67 (photoelectric switch 69). The distance to the position is an integral multiple of the length l of each postcard-equivalent area 4c on the continuous postcard paper 4 in the paper length direction.

When the setting and cueing of the strip mount 2 and the continuous postcard paper 4 are completed as described above, the electromagnetic clutches 53 and 54 are engaged, and the chain 24 with the feed pawl in the downstream conveyance means 11 of the strip mount conveying path 7 is moved.
and the feed claw-equipped chain 38 of the postcard paper conveyance path 8 are rotated at the same speed. As a result, the band-shaped mount 2
is the chain 2 with a feed claw of the lower side conveying means 11.
4, and the continuous postcard paper 4 moves along the horizontal path portion 8a of the postcard paper transport route 8 in the opposite direction to the moving direction of the strip-shaped mount 2 at the same speed. become.

However, when the band-shaped mount 2 turns diagonally upward on the tip of the turn guide 12 in a V-shape, the label 3 having greater rigidity than the band-shaped mount 2
, and moves in the diagonally downward extension direction of the turn guide 12, and moves toward the horizontal path portion 8a of the postcard paper conveyance path 8.
The continuous postcard paper 4 that moves in the opposite direction passes between the driving roller 42 and the pressing roller 43 in the next labeling means 44 while being overlapped at a predetermined position in each postcard corresponding area 4c. In this way, the continuous postcard paper 4 is
The label 3 peeled off from the band-shaped mount 2 is automatically affixed to a predetermined position within each postcard-equivalent area 4c.

As a result of the lower side conveyance means 11 being driven as described above, the rotation of the drive shaft 19a causes the rotation of the belt-shaped sheet feeding means 65 via the timing pulleys 58 to 60 and the timing belt 61 shown in FIGS. 5 and 6. Since the information is transmitted to the drive roller 62 and the winding device transmission shaft 66a, the strip-shaped mount 2 that is carried out by the lower conveyance means 11 after the label 3 is peeled off is transferred to the drive roller 62 of the sending-out means 65. The winding device 5 is forcibly fed out between the roller 63 and the pressure roller 63, passes through the lower side of the free-rotating guide roller 64, and is automatically taken out by the winding device 5 set in advance as shown in FIG. is wound up.

In addition, when interrupting the label pasting work, the stop command for the interruption is logically summed with the detection signal of the postcard paper cue detection means 67 (photoelectric switch 69), and the motor 49 is stopped with that output. If necessary, the electromagnetic brakes 56 and 57 are used to brake the drive shafts 19a and 35a at the same time.
The tip of label 3 to be attached next is turn guide 1
2 (in a state in which the photoelectric switch 70 for label detection detects the rear end of the label 3), and the front end of the postcard-equivalent area 4c to which the label 3 is to be attached next (the tearing sewing machine Eye 4b
The strip mount 2 and the continuous postcard paper 4 come to a stop while the label 3 is being affixed to the continuous postcard paper 4 in the cueing state where the postcard paper leading edge detection photoelectric switch 72 is located at the detection position (position ). It never stops.

Therefore, when this label pasting work is interrupted, the electromagnetic clutch 53 is released as necessary, and if the electromagnetic brake 56 is working, it is released, and the strip mount 2 is moved back and forth together with the conveying means 10 and 11. to adjust the position of the label 3, or release the electromagnetic clutch 54, and release the electromagnetic brake 57 if it is working, and move the continuous postcard paper 4 back and forth with the chain 38 with a feed pawl, which is the conveying means. By moving it, the position of the postcard-equivalent area 4c can be adjusted. Furthermore, even when the continuous postcard paper 4 is moved back and forth together with the chain 38 with a feed claw, which is a conveying means, the postcard-equivalent area 4c in the middle of the continuous postcard paper 4 cannot be detected by the photoelectric switch 72. The leading edge position of the continuous postcard paper 4 can be detected by the detection signal of the postcard paper cue detection means 67 (photoelectric switch 69).
It is possible to automatically cue the postcard-equivalent area 4c in the middle of the image.

The upper conveyance means 10 of the belt-shaped mount conveyance path 7 is
It is only driven when setting the strip-shaped mount 2, and during label pasting, it is in a free state and only rotates to follow the movement of the strip-shaped mount 2. Therefore, if the leading end of the strip-shaped mount 2 is to be set directly onto the lower conveying means 11 via the lower side of the turn guide 12 that has been moved upward to the retracted position, the upper conveying means 10 can be omitted and the tip can be simply fixed. A guide plate or a group of guide rollers can be provided. In this case, there is no need to move the conveyance path start end 27 of the downstream side conveyance means 11 up and down,
The structure becomes extremely simple and costs can be further reduced. Of course, even if the upper conveyance means 10 that can be driven in this manner is eliminated, the strip mount 2 is still passed through the linear conveyance path 7 and set on the lower conveyance means 11, so the work is simplified. is extremely easy to do.

(Effects of the Invention) As described above, according to the label pasting apparatus of the present invention, compared to the conventional case in which the strip mount must be set on the folded strip mount transport path, the label pasting operation can be carried out prior to the label pasting work. Setting work of a band-shaped mount with a label can be performed extremely easily.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing the entire label pasting machine, Fig. 2 is a plan view showing a labeled strip mount and continuous postcard paper, Fig. 3 is a perspective view of a labeled postcard, and Fig. 4 is a perspective view showing the entire label pasting machine. FIG. 5 is a side view illustrating the transmission system, FIG. 6 is a plan view of the same, and FIG. Fig. 8 is a longitudinal side view of the main parts for explaining the beginning of labels and continuous postcard paper, and Fig. 9 is a longitudinal sectional front view showing the belt-shaped mount and the conveyance state of continuous postcard paper, and the label being peeled off by the turn guide. , FIG. 10 is a longitudinal sectional side view of the main part for explaining the setting state of continuous postcard paper, and FIG. 11 is a front view of the main part. 1... Label pasting device, 2... Band-shaped mount, 2a, 4
a...Sprocket hole, 3...Label, 4...Continuous postcard paper, 4
b...perforation for tearing, 4c...postcard equivalent area,
5... Winding device, 7... Band-shaped mount conveyance path, 8...
Postcard paper conveyance path, 9... Opening in the middle of the strip mount transportation path, 10... Upper side conveyance means, 11... Lower side conveyance means, 12... Strip mount turn guide for label peeling, 13, 19, 35... Drive gear wheels, 16, 24,
38...Chain with feed claw, 18, 26, 40... Holder guide, 21, 29, 30... Movable arm, 2
7... Vertically movable transport path starting end, 31... Interlocking link, 34... Motor for lifting and lowering the turn guide 12 and transport path starting end 27, 42, 62... Drive roller, 43, 63... Holding roller, 44...
Labeling means, 46-48, 50, 58-60
...Timing pulley, 49...Motor, 51,
61...Timing belt, 52, 53...One position electromagnetic clutch, 54...Electromagnetic clutch, 5
6, 57... Electromagnetic brake, 65... Band-shaped mount feeding means, 66a... Transmission shaft for winding device, 67...
Postcard paper cue detection means, 69, 70, 72...
Photoelectric switch, 71... Mark for indicating the position of the leading edge of postcard paper.

Claims (1)

[Claims] 1. Providing a conveyance path for conveying a belt-shaped mount with a label removably pasted on one side with the label-attached side facing inward in a substantially straight line in the length direction;
An opening is provided in the middle of the conveyance path, and a drivable band-shaped mount conveyance means is provided at least on the downstream side of the opening, and the opening is provided between the outside retracted position of the conveyance path and the inside of the conveyance path. A position where a belt-shaped mount turn guide movable between the working position and the belt-shaped mount turn guide is provided, and the label peeled off from the belt-shaped mount detoured in a V-shape to the inside of the conveyance path by the belt-shaped mount turn guide in the working position is received. A labeling device comprising: a conveyance path for an object to be labeled;