JP2012184015A - Label holding device and label holding method of portable mount-free label affixing machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a label holding device of a portable mount-free label affixing machine which can avoid the adhesion of back sides of a mount-free label 3 when charging the mount-free label 3 into a side plate 2 from a paper sheet holder 4, and can adequately charge the mount-free label 3 in a transfer passage 38 by only turning and closing the paper sheet holder 4 for holding the mount-free label 3 toward the side plate 2.SOLUTION: The label holding device of the portable mount-free label affixing machine employed for affixing a mount-free label 3 which is transferred in the side plate 2 from a paper sheet holder 4 capable of holding the strip-like mount-free label 3 in a roll and discharged to the outside of the side plate 2 has a label winding mechanism 42 which turns and opens the paper sheet holder 4 with respect to the side plate 2 around a holder shaft 12 to charge the mount-free label 3 in a roll, and winds the mount-free label 3 in the paper sheet holder 4 when the paper sheet holder 4 is turned and closed with respect to the side plate 2.

Description

The present invention relates to a label holding device and a label holding method of a portable mountless label sticking machine, and in particular, a portable device that can hold a strip-like mountless label in a roll shape and feed it into a sticker in a sticker. The present invention relates to a label holding device and a label holding method for a label sticker without a type mount.

Conventionally, a portable label printing and pasting machine for transferring a label continuous body having a plurality of single-leaf label pieces and printing on the label pieces by a printer, and sticking to a product or any other adherend, It is necessary to hold the roll-shaped label continuous body in the paper holder and to load the label continuous body into the sticking machine.
In addition, it is necessary to load the label continuous body similarly to the portable label applicator for attaching the preprinted label without providing the printer.
As an example of a conventional portable label applicator, a portable label applicator for a label without a mount (portable label print applicator 1 without a mount) will be described with reference to FIGS.

FIG. 6 is a schematic side view of the portable boardless label printing and pasting machine 1, and FIG. 7 is a schematic side view of the state in which one side plate 2 is removed.
A portable mountless label printing and pasting machine 1 includes a pair of left and right (front and back) side plates 2, a paper holder 4 for a label 3 without a mount (label continuous body), an operation lever 5, a platen unit 6, and a printer 7. And an affixing roller 8.

The pair of left and right side plates 2 are integrally formed with a grip 9 that can be gripped by the operator, and the operation lever 5 can be rotated around the lever shaft 10 (FIG. 7).
An arbitrary urging member, for example, a coil spring 11 is provided between the operation lever 5 and the grip 9 so that the operation lever 5 is always on the grip 9 as shown in FIG. When released) Can be energized in a separated state.
The operator grips the grip 9 and the operation lever 5 against the urging force of the coil spring 11 to drive the platen unit 6 and the printer 7 in the portable baseless label printing and sticking machine 1, and After releasing the holding operation, an operation of attaching the non-mounting label 3 by the attaching roller 8 of the portable boardless label printing and attaching machine 1 is performed.

    The label 3 without mount is wound in a roll shape and held in the paper holder 4, and the label 3 without mount is fed out in the direction of the printer 7 by the platen unit 6 in accordance with the operation of the operation lever 5. 6, the non-mounting label 3 is separated from the platen unit 6, and the non-mounting label 3 can be attached to an adherend (not shown) by the attaching roller 8. However, the non-mounting label 3 is formed with slits 3A for transfer at a predetermined pitch, and when the platen unit 6 is transferred, an arbitrary cutting / separating unit (not shown) removes the single sheet from the strip-less mounting label 3 Label piece 3B.

    The paper holder 4 includes a holder cover 13 having a semicircular arc cross section that can be opened and closed with respect to the side plate 2 around a holder shaft 12 provided on the upper surface of the side plate 2, and a label holding provided inside the holder cover 13. It has a shaft 14 and a hook 15 for fixing to the side plate 2, and the label holding shaft 14 can be loaded and held with the label 3 without roll mount.

    The platen unit 6 transfers the non-mounting label 3 fed out from the paper holder 4 in a belt shape to the upper surface thereof, and has a platen frame 16, a transfer roller 17, and a pressing element 18.

The platen frame 16 can be rotated around a platen opening / closing shaft 19 (FIG. 7) provided on the side plate 2, and the entire platen unit 6 can be opened / closed with respect to the side plate 2 so that the label 3 without the mount can be inserted and loaded. And
The platen frame 16 includes a drive gear 20 and a driven gear 21, and a transfer endless belt 22 wound around the drive gear 20 and the driven gear 21. The drive gear 20 is a roller gear of the transfer roller 17. 23 is engaged.
The endless belt 22 for transfer can further transfer the label 3 without the mount, which is transferred by the transfer roller 17, and the surface thereof is contact-transferred with the back surface (glue surface) of the label 3 without the mount, so that it is non-adhesive This is composed of a silicone or fluorine-based rubber material having specific physical properties, or a release agent or the like is applied. Further, the transfer endless belt 22 incorporated in the platen unit 6 also serves as a cradle (platen) for the stamping operation to the label 3 without mount by the printer 7 and faces the printer 7 inwardly. A pressure receiving plate 22A is arranged.
A pair of engagement / disengagement rollers 24 are formed on the left and right sides of the front end of the platen frame 16 so as to be linked to an opening / closing knob 25 (FIG. 6) provided on the side plate 2 and around a knob shaft 26 (FIG. 7). The engaging / disengaging recess 27A of the opening / closing engagement / disengagement piece 27 that is pivotable is capable of being engaged / disengaged. However, an arbitrary spring material (not shown) is provided on the knob shaft 26 to bias the opening / closing engagement / disengagement piece 27 in a direction to engage with the engagement / disengagement roller 24.
That is, the opening / closing knob 25 operates the opening / closing engagement / disengagement piece 27 engaged / disengaged with the engagement / disengagement roller 24 so that the platen unit 6 and the opening / closing engagement / disconnection piece 27 can be engaged / disengaged with each other.

The transfer roller 17 is rotatable around a roller shaft 28 provided on the platen frame 16 at a predetermined pitch in the transfer direction.
A transfer rotation claw 30 is attached to a connecting arm 29 (FIG. 6) extending to the lower part of the lever shaft 10 of the operation lever 5 so as to be able to reciprocate, and the transfer rotation claw 30 is a side surface of the roller gear 23 in the transfer roller 17. Each of the plurality of transfer protrusions 31 provided radially can be engaged and disengaged.

    Thus, by gripping and releasing the operation lever 5 together with the grip 9, the transfer roller 17 is rotated by a predetermined pitch around the roller shaft 28 via the connecting arm 29, the transfer rotation claw 30, the roller gear 23, and the like. The mountless label 3 can be transferred, and the transfer endless belt 22 can be rotated by the coupling engagement between the roller gear 23 of the transfer roller 17 and the drive gear 20 to transfer the mountless label 3 to the upper surface thereof.

Further, a transfer claw (not shown) is formed on the transfer roller 17 at a predetermined pitch in the circumferential direction so that the transfer claw can be engaged with and disengaged from the transfer slit 3A of the label 3 without mount.
The operation lever 5 has a bifurcated yoke portion 5A on the tip side, and a printer 7 (FIG. 6) is attached to the yoke portion 5A.

The pressing element 18 is for pressing the non-mounting label 3 against the transfer roller 17, and is hung between the element frame 32, two pairs of upper and lower, left and right backup rollers 33, and the backup roller 33, and is located in the center. And a ring 34.
When the platen unit 6 is detached from the opening / closing engagement / disengagement piece 27 (FIG. 7), the transfer roller 17 is moved from the pressing element 18 by an arbitrary biasing member (for example, a leaf spring or a torsion coil spring, not shown). It is possible to form a gap 35 (FIG. 7) in which the label 3 without the mount can be inserted between them.
However, the platen frame 16 can be fixed to the side plate 2 against the urging force of the urging member by the engagement of the engagement / disengagement roller 25 and the opening / closing engagement / disengagement piece 27.
The element frame 32 is rotatable with respect to the platen frame 16 around an element shaft 36 (FIG. 7) provided on the outer wall surface of the platen frame 16. The platen frame 16 can be opened and closed relatively.

Since the back surface (glue surface) of the non-mounting label 3 is contacted and transferred to the backup roller 33 and the backup ring 34, the backup roller 33 and the backup ring 34 are made of non-adhesive silicone or fluorine rubber, or have a release agent. The label 3 having no mount can be pressed against the transfer roller 17 side.
Further, since the backup roller 33 and the backup ring 34 are in line contact with the glue surface of the non-mounting label 3, the adhesive force with the glue surface can be reduced as much as possible, and pressing with predetermined spring elasticity is possible. is there.
The backup roller 33 feeds the paperless label 3 onto the transfer endless belt 22 by the rotation of the transfer roller 17 while the paperless label 3 is sandwiched between the transfer roller 17 and the pressing element 18.

    The printer 7 is attached to the tip of the bifurcated yoke portion 5A of the operation lever 5, and a plurality of characters (not shown) selected on a line of the printer 7 by the ink roller 37 (FIG. 6). Ink is applied to the platen unit 6, and predetermined information is printed on the non-mounting label 3 (label piece 3B) transferred to the upper surface of the transfer endless belt 22 in the platen unit 6.

    Thus, as shown in FIG. 6 in particular, a transfer path 38 is formed which passes from the sheet holder 4 through the side plate 2 to the tip of the platen unit 6 (transfer roller 17 and pressing element 18).

The sticking roller 8 is located at the lower end of the front end of the side plate 2, and the label piece 3 </ b> B peeled off from the endless belt 22 for transfer at the tip end of the endless belt 22 for transfer in the platen unit 6 In accordance with the entire pasting operation, the label piece 3B by the pasting roller 8 is pasted on the body to be pasted.
That is, the affixing roller 8 is located at the end of the side plate 2 (the left end lower end in FIG. 6), and a part of the circumferential portion is exposed to the outside of the side plate 2. The label piece 3B that has been transferred to the outside of the side plate 2 through the platen unit 6 and its transfer endless belt 22 so as to be discharged is rotated by striking the sticking roller 8 against the sticking object to be stuck. It can be pasted on the body.

An operation of loading the label 3 without a mount on the portable mount-less label printing and pasting machine 1 having such a configuration will be outlined with reference to FIGS.
8 is a schematic side view showing a state in which the paper holder 4 and the platen unit 6 are opened with respect to the side plate 2. FIG. 9 is a schematic side view showing a state in which only the platen unit 6 is closed with respect to the side plate 2. 10 is a schematic side view showing a state in which the platen unit 6 and the paper holder 4 are closed with respect to the side plate 2.
As an operation of loading the roll-less mountless label 3 into the portable mountless label printing and pasting machine 1, as shown in FIG. 8, first, the paper holder 4 is moved around the holder shaft 12 in the clockwise direction in FIG. The platen unit 6 is rotated and released counterclockwise around the platen opening / closing shaft 19 by operating the opening / closing knob 25 (FIG. 6).

    In a state where the paper holder 4 is released, the roll-less mountless label 3 is fitted into the label holding shaft 14 from the side of the label holding shaft 14, and as shown by the phantom line in the drawing, the foremost portion of the label 3 without mount This is pulled out from 3C in a band shape and inserted into a transfer path 38 in the side plate 2, that is, a gap 35 between the transfer roller 17 and the pressing element 18 in the platen unit 6.

Next, as shown in FIG. 9, the platen unit 6 is closed in the clockwise direction so that the leading edge 3 </ b> C of the mountless label 3 is sandwiched between the transfer roller 17 and the pressing element 18.
Further, as shown in FIG. 10, the paper holder 4 is closed and the operation lever 5 and the grip 9 are repeatedly gripped and released, thereby driving the transfer roller 17 and the endless belt 22 for transfer to carry the label without a portable mount. The non-mounting label 3 can be transferred and loaded in the printing and pasting machine 1.

    However, in actuality, no backing paper is laminated on the back side of the no-mounting label 3 and the adhesive layer is exposed. Therefore, there is no backing paper in the transfer path 38 between the paper holder 4 and the platen unit 6. When the paper holder 4 is closed and rotated around the holder shaft 12 with the label 3 still extended, sagging occurs in the label 3 without the mount, and the arc tip 13A of the holder cover 13 in the paper holder 4 The non-mounting label 3 in any part between the leading edge 3C of the non-mounting label 3 is folded or folded, and the back surfaces of the non-mounting label 3 are attached to each other as shown in FIG. There is a problem that the portion 3D is generated and the loading thereof is hindered.

    Further, in order to avoid the sticking phenomenon between the back surfaces of the label 3 without the mount, the label 3 without the mount is rewound onto the label holding shaft 14 when the paper holder 4 is closed with respect to the side plate 2. Since it is necessary to close, there is a problem that the operability of loading the label 3 without mount is lowered.

JP 2009-274282 A

    The present invention has been considered in view of the above problems, and there is no portable mount that can prevent the backside of the non-mounting label from sticking to each other when the non-mounting label is loaded into the side plate from the paper holder. It is an object of the present invention to provide a label holding device and a label holding method for a label applicator.

    Another object of the present invention is to provide a label holding device and a label holding method of a portable boardless label sticking machine excellent in operability for loading a label without a board into a side plate.

    The present invention also provides a label holding device and a label for a portable non-mounting label sticking machine that can properly load a non-mounting label into a transfer path by simply rotating and closing a paper holder holding a non-mounting label on a side plate. It is an object to provide a holding method.

    That is, the present invention focuses on reversing the label holding shaft in the winding direction of the label without a mount with the rotation of the paper holder to the side plate, and the first invention includes a pair of left and right side plates, A paper holder that can be opened and closed with respect to the side plate and can hold a strip-like non-mounting label in a roll, and is transported from the paper holder to the outside of the side plate. A label holding device of a portable boardless label sticking machine for pasting the above boardless label, wherein the paper holder is rotated and released with respect to the side plate around its holder shaft. Can be loaded in a roll shape, and the mountless label can be wound into the paper holder as the paper holder is pivotally closed with respect to the side plate. A label holding device of a portable mount unlabeled sticking machine, characterized in that it comprises a bell winding mechanism.

    A second invention has a pair of left and right side plates, and a paper holder that can be opened and closed with respect to the side plates, and that can hold a strip-like mountless label in a roll shape. A label holding method of a portable mountless label sticking machine for sticking the label without a mount which has been transported inside and discharged to the outside of the side plate, wherein the side plate is placed around the holder axis of the paper holder. The label without a mount can be loaded in a roll shape by rotating with respect to the sheet holder, and the label without a mount can be wound into the sheet holder with the rotation closing of the sheet holder with respect to the side plate. It is the label holding method of the portable stickerless label sticking machine characterized by the above.

    The label winding mechanism includes a fixed gear provided within a rotation range of the paper holder, a holding shaft gear provided on the holder shaft of the paper holder, and engages / disengages with the holding shaft gear and the fixed gear. And an intermediate gear capable of transmitting the rotational force to the holding shaft gear by engaging with the fixed gear as the paper holder is rotated and closed.

    The label winding mechanism can cancel the winding function when the rotation of the sheet holder to the side plate ends.

    The intermediate gear can be disengaged from the fixed gear when the rotation of the sheet holder to the side plate ends.

    The label winding mechanism includes a fixed transmission member using a pulley or a gear provided on the holder shaft of the paper holder, a holding shaft transmission member using a pulley or a gear provided on the label holding shaft of the paper holder, A transmission belt that can be hung on the shaft transmission member and the fixed transmission member, and that can transmit the turning power to the holding shaft transmission member as the paper holder rotates.

    The transmission belt can be displaced relative to the holding shaft transmission member without rotating integrally with the fixed transmission member.

    The fixed transmission member may have a larger diameter than the holding shaft transmission member.

    The label holding shaft can freely rotate with respect to the paper holder, and can have an inner diameter larger than the outer diameter of the holding shaft transmission member.

    It has a platen unit that transports the above-mentioned mountless label fed out from the paper holder in a strip shape to the upper surface thereof, and the most advanced portion of the above-mentioned mountless label can be loaded on this platen unit.

    In the label holding device and the label holding method of the portable mountless label applicator according to the present invention, the label without the mount can be wound into the paper holder along with the rotation closing with respect to the side plate of the paper holder. When the paper holder is closed, the label holding shaft rotates in the direction opposite to the feeding direction of the non-mounting label, and the slacked non-mounting label is wound up by a predetermined amount. The sticking phenomenon due to sagging can be prevented.

    In particular, according to the label holding device of the portable mountless label sticking machine of the first invention, since the label winding mechanism interlocking with the rotation closing with respect to the side plate of the paper holder is provided, the mount is accompanied by the closing operation of the paper holder. The label without the mount can be wound in the direction opposite to the direction in which the label without the label is transferred.

In particular, according to the label holding method of the portable boardless label sticking machine of the second invention, the paper holder can be rotated and opened with respect to the side plate around the holder shaft so that the label without the board can be loaded in a roll shape. Since the mountless label can be wound into the sheet holder with the rotation closing of the sheet holder with respect to the side plate, the loading operation of the mountless label on the side plate can be performed with good workability.

It is a schematic side view of the label holding | maintenance apparatus 41 of the portable pasteboardless label sticking machine 40 by the 1st Example of this invention. FIG. 2 is a schematic side view of the portable mountless label sticking machine 40 with the paper holder 4 closed to the side plate 2. It is a schematic side view of the label holding | maintenance apparatus 51 of the portable pasteboardless label sticking machine 50 by the 2nd Example of this invention. FIG. 4 is a schematic explanatory view showing the relative positional relationship among the fixed pulley 53, the holding shaft pulley 54, and the transmission belt 55, and FIG. 4 (1) is an illustration of a state in which the paper holder 4 is rotated and opened with respect to the side plate 2. FIG. 4 (2) is an explanatory diagram of a state in which the paper holder 4 is slightly rotated in the closing direction with respect to the side plate 2. FIG. 4 (3) is a state in which the paper holder 4 is closed with respect to the side plate 2. It is explanatory drawing of. FIG. 2 is a schematic side view of the portable mountless label sticking machine 50 with the paper holder 4 closed to the side plate 2. It is a schematic side view of the conventional portable mountless label printing and pasting machine 1. It is a schematic side view of the state which removed the one side plate 2 same as the above. 2 is a schematic side view showing a state in which the paper holder 4 and the platen unit 6 are opened with respect to the side plate 2. FIG. 3 is a schematic side view showing a state where only the platen unit 6 is closed with respect to the side plate 2. FIG. FIG. 3 is a schematic side view showing a state in which the platen unit 6 and the paper holder 4 are closed with respect to the side plate 2.

    Since the present invention enables the label without the mount to be wound in the paper holder in conjunction with the rotation closing with respect to the side plate of the paper holder, the slacked label without the mount is wound by a predetermined amount. A label holding device and a label holding method of a portable mountless label sticking machine that can prevent the sticking phenomenon due to sagging of the label without the mount are realized.

Next, a label holding device 41 and a label holding method of the portable boardless label sticking machine 40 according to the first embodiment of the present invention will be described with reference to FIGS. However, the same parts as those in FIGS. 6 to 10 are denoted by the same reference numerals, and detailed description thereof will be omitted.
FIG. 1 is a schematic side view of a label holding device 41 of a portable boardless label sticking machine 40. The portable boardless label sticking machine 40 has a label holding device 41 only in a conventional portable boardless label. It has a different configuration from the printing applicator 1 (FIG. 6).

That is, the label holding device 41 has a label winding mechanism 42.
The label winding mechanism 42 includes a fixed gear 43, a holding shaft gear 44, and an intermediate gear 45.

    The fixed gear 43 is an arcuate gear and is provided within the rotation range of the paper holder 4, that is, coaxially with the holder shaft 12 of the paper holder 4, but fixed to the side plate 2. The holder cover 13 is fixed to open and close.

    The holding shaft gear 44 is provided coaxially with the label holding shaft 14 of the paper holder 4, and together with the label holding shaft 14, the feeding direction (forward direction) and the rewinding direction (reverse direction) of the label 3 without backing paper are integrated. To turn.

    The intermediate gear 45 is provided on the holder cover 13 so that it can freely rotate (followed rotation). The intermediate gear 45 engages and disengages with the holding shaft gear 44 and the fixed gear 43 and rotates the paper holder 4 around the holder shaft 12. The turning force can be transmitted to the holding shaft gear 44 along with the dynamic closing.

As an operation for loading the label 3 without a mount into the label holding device 41 of the portable labelless label applicator 40 having such a configuration, first, as shown in FIG. The shaft 12 is rotated and released clockwise.
By attaching the roll-less mountless label 3 to the label holding shaft 14 of the holder cover 13 in this opened state, pulling out the most distal portion 3C and setting it so as to be sandwiched between the transfer roller 17 and the pressing element 18, The platen unit 6 is loaded with the leading edge 3C of the label 3 without mount.

    In FIG. 1, the fixed gear 43 is fixed to the side plate 2 around the holder shaft 12 of the paper holder 4 in the counterclockwise direction. Therefore, the intermediate gear 45 supplies the rotational force to the holding shaft gear 44. The holding shaft gear 44 rotates in the opposite direction to the intermediate gear 45, that is, in the clockwise direction, and winds up the non-mounting label 3 by the reverse rotation. In other words, the label 3 without mount can be wound around the paper holder 4.

FIG. 2 is a schematic side view of the portable mountless label sticking machine 40 with the paper holder 4 closed to the side plate 2 as described above. The label winding mechanism 42 is attached to the side plate 2 of the paper holder 4. The winding function is canceled at the end of the rotation closing.
Specifically, since the intermediate gear 45 releases the engagement with the fixed gear 43 as the rotation of the sheet holder 4 to the side plate 2 ends, the label holding shaft of the label 3 without the mount is further removed. Rewinding to 14 can be stopped.
Therefore, it is possible to avoid that the non-mounting label 3 fed out in a strip shape from the label holding shaft 14 adheres to each other in the side plate 2 or in the vicinity of the retraction portion to the side plate 2 on the back side. The loading of the non-mounting label 3 into the side plate 2 can be completed.

    Further, since the intermediate gear 45 is disengaged from the fixed gear 43 when the rotation of the sheet holder 4 to the side plate 2 is finished, the use of the portable baseless label sticking machine 40 is performed. Thus, there is no problem in that the non-mounting label 3 is fed out to the transfer path 38 inside.

    FIG. 3 is a schematic side view of the label holding device 51 of the portable boardless label sticking machine 50 according to the second embodiment of the present invention. The portable boardless label sticking machine 50 is a part of the label holding device 51. Only has a different configuration from the conventional portable boardless label sticking machine 1 (FIG. 6) and the portable boardless label sticking machine 40 according to the first embodiment (FIG. 1).

That is, the label holding device 51 has a label winding mechanism 52.
The label winding mechanism 52 includes a fixed pulley 53 (fixed transmission member), a holding shaft pulley 54 (holding shaft transmission member), and a transmission belt 55.

The fixed pulley 53 is fixed to the holder shaft 12 of the paper holder 4.
The fixed pulley 53 has a larger diameter than the holding shaft pulley 54.

The label holding shaft 14 is freely rotatable with respect to the paper holder 4 and forms a holding hole 56 having an inner diameter larger than the outer diameter of the holding shaft pulley 54 so as to be freely rotatable with respect to the holding shaft pulley 54. It has become.
That is, the holding shaft pulley 54 is in contact with the upper inner wall surface of the holding hole 56 of the label holding shaft 14, and the holding shaft pulley 54 and the label holding shaft 14 are eccentric from each other, and the holding shaft pulley 54 and the label holding shaft 14, the frictional force between each other acts.

The transmission belt 55 is a round belt and can be wound around the holding shaft pulley 54 and the fixed pulley 53, and can transmit the turning force to the holding shaft pulley 54 when the paper holder 4 is rotated and closed.
However, the transmission belt 55 is shifted in position or posture relative to the holding shaft pulley 54 without rotating together with the fixed pulley 53.

As shown in FIG. 3, the operation of loading the label 3 without the mount into the label holding device 51 of the portable mountless label sticking machine 50 having such a configuration is as shown in FIG. The shaft 12 is rotated and released clockwise.
By attaching the roll-less mountless label 3 to the label holding shaft 14 of the holder cover 13 in this opened state, pulling out the most distal portion 3C and setting it so as to be sandwiched between the transfer roller 17 and the pressing element 18, The platen unit 6 is loaded with the leading edge 3C of the label 3 without mount.

3 with respect to the side plate 2 around the holder shaft 12 of the paper holder 4 in FIG. 3, the fixed pulley 53 is fixed with respect to the counterclockwise rotation closure, so that the transmission belt 55 transmits the rotational force to the holding shaft pulley 54. introduce.
4 is a schematic explanatory view showing the relative positional relationship between the fixed pulley 53, the holding shaft pulley 54, and the transmission belt 55. FIG. 4 (1) shows that the paper holder 4 is rotated and opened with respect to the side plate 2. FIG. FIG. 4 (2) is an explanatory view of the state, FIG. 4 (2) is an explanatory view of the state in which the paper holder 4 is slightly rotated in the closing direction with respect to the side plate 2, and FIG. It is explanatory drawing of the closed state.

    Each of the illustrated points P1 (fixed) on the transmission belt 55 with the rotation of the paper holder 4 in the closing direction shown in FIG. 4 (2) from the initial opened state of the paper holder 4 shown in FIG. 4 (1). P2 (point on the right side in the figure between the fixed pulley 53 and the holding shaft pulley 54), P3 (point on the left side in the figure between the fixed pulley 53 and the holding shaft pulley 54), Without moving around the fixed pulley 53 and the holding shaft pulley 54, only the relative position or posture of the fixed pulley 53 and the holding shaft pulley 54 is changed, and the rotation of the paper holder 4 is closed. The closing operation is transmitted to the holding shaft pulley 54, and the holding shaft pulley 54 is reversed in the opposite direction to the transmission belt 55 (that is, the closing direction of the paper holder 4), that is, in the clockwise direction. And Yuku.

Further, as shown in FIG. 4 (3), the points P1, P2, and P3 change the relative posture between the fixed pulley 53 and the holding shaft pulley 54 (the two points P2 and P3 are the fixed pulley 53 and the holding shaft). The label 3 without the mount is rotated in reverse by the frictional force between the holding shaft pulley 54 and the label holding shaft 14 (the upper inner wall surface of the holding hole 56) between the pulleys 54 (moving to the right side in the figure). Take up only minutes.
Thus, the loose portion of the non-mounting label 3 can be wound into the paper holder 4 as the proton holder 4 is closed and rotated with respect to the side plate 2.

    FIG. 5 is a schematic side view of the portable mountless label sticking machine 50 in a state where the paper holder 4 is closed to the side plate 2 as described above, and the label winding mechanism 52 is provided on the side plate 2 of the paper holder 4. The winding function is stopped at the end of the rotation closing.

    Further, since a holding hole 56 having a diameter larger than that of the holding shaft pulley 54 is located between the holding shaft pulley 54 and the label holding shaft 14, the use of the portable mountless label pasting machine 50 allows the label 3 without the mount to be mounted. When the label holding shaft 14 is fed into the side plate 2, the label 3 without the mount is fed into the side plate 2 over the frictional force between the holding hole 56 of the label holding shaft 14 and the holding shaft pulley 54. As a result, the unmounted label 3 is not rewound onto the label holding shaft 14.

    Accordingly, as in the case of the label holding device 41 (FIG. 1), the non-mounting label 3 can be wound into the paper holder 4 as the paper holder 4 is rotated and closed with respect to the side plate 2, and the belt is formed from the label holding shaft 14. The non-mounting label 3 fed out to the side plate 2 can avoid the adhesive surfaces on the back side sticking to each other in the side plate 2 or in the vicinity of the feeding portion to the side plate 2. 3 loading can be completed.

In the second embodiment described above, the case where the fixed pulley 53 and the holding shaft pulley 54 are employed as the fixed transmission member and the holding shaft transmission member has been described. However, gears (fixed gear, holding shaft) are used instead of the pulley. While adopting the configuration of gears (both not shown), a timing belt (not shown) that engages with the gear can be used instead of the transmission belt 55.

1 Portable label-less label printing and pasting machine (conventional, Fig. 6)
2 Side plate 3 Label without mount 3A Transfer slit for label 3 without mount 3B Single leaf label piece of label 3 without mount 3C The most advanced part of label 3 without mount (FIGS. 1, 3, and 8)
Attached part of label 3 without 3D mount (Fig. 10)
4 Paper holder 5 Operation lever 5A Bifurcated yoke portion of operation lever 5 6 Platen unit 7 Printer 8 Sticking roller 9 Grip 10 Lever shaft 11 Coil spring 12 Holder shaft 13 Holder cover 13A Arc tip of holder cover 13 (FIG. 8) )
14 Label holding shaft 15 Fixing hook 16 Platen frame 17 Transfer roller 18 Pressing element 19 Platen opening / closing shaft 20 Drive gear 21 Driven gear 22 Endless belt 22A for transfer Endless belt 22 for receiving pressure 23 Roller gear 24 Engaging / disengaging roller 25 Opening and closing knob 26 Knob shaft 27 Opening and closing engaging and disengaging piece 27A Opening and closing engaging and disengaging piece 27 engaging and disengaging recess 28 Roller shaft 29 Connecting arm 30 Transfer rotating claw 31 Transfer protrusion 32 Element frame 33 Backup roller 34 Backup ring 35 Gap 36 Element shaft 37 Ink roller 38 Transfer path 40 Portable mountless label sticking machine (Fig. 1)
41 Label holding device of portable labelless label attaching machine 40 (first embodiment, FIG. 1)
42 Label Winding Mechanism 43 Fixed Gear 44 Holding Shaft Gear 45 Intermediate Gear 50 Portable Mountless Label Attaching Machine (FIG. 3)
51 Label holding device of portable cardless label attaching machine 50 (second embodiment, FIG. 3)
52 Label winding mechanism 53 Fixed pulley (fixed transmission member)
54 Holding shaft pulley (holding shaft transmission member)
55 Transmission belt 56 Holding hole P1 of label holding shaft 14 Point in contact with fixed pulley 53 on transmission belt 55 (FIG. 4)
4 on the right side in FIG. 4 between the fixed pulley 53 and the holding shaft pulley 54 on the transmission belt 55 P3 on the left side in FIG. 4 between the fixed pulley 53 and the holding shaft pulley 54 on the transmission belt 55

Claims (10)

A pair of left and right side plates;
A paper holder that can be opened and closed with respect to the side plate, and can hold a strip-like non-mounting label in a roll,
A label holding device of a portable boardless label affixing machine for affixing the label without a board that has been transported from the paper holder inside the side plate and discharged to the outside of the side board,
The paper holder can be rotated and released with respect to the side plate around its holder axis so that the label without the mount can be loaded in a roll shape,
A label holding device for a portable mountless label sticking machine, comprising a label winding mechanism that enables the mountless label to be wound into the sheet holder when the sheet holder is pivotally closed with respect to the side plate. . The label winding mechanism is
A fixed gear provided within a rotation range of the paper holder;
A holding shaft gear provided on the holder shaft of the paper holder;
An intermediate gear that is engaged with and disengaged from the holding shaft gear and the fixed gear, and that can transmit the rotational force to the holding shaft gear by engagement with the fixed gear as the paper holder is rotated and closed. The label holding device of the portable baseless label sticking machine according to claim 1, wherein The label winding mechanism is
3. The label holding device for a portable mountless label sticking machine according to claim 1 or 2, wherein the winding function of the paper holder is released when the rotation of the paper holder to the side plate ends. The intermediate gear is
3. The label holding device for a portable mountless label applicator according to claim 2, wherein the engagement with the fixed gear is released with the end of rotation closing of the paper holder to the side plate. The label winding mechanism is
A fixed transmission member provided on the holder shaft of the paper holder;
A holding shaft transmission member provided on a label holding shaft of the paper holder;
And a transmission belt that hangs around the holding shaft transmission member and the fixed transmission member and that can transmit the turning force to the holding shaft transmission member when the paper holder is turned and closed. The label holding apparatus of the portable baseless label sticking machine according to claim 1. The transmission belt is
6. The label holding device for a portable mountless label sticking machine according to claim 5, wherein the position is shifted relative to the holding shaft transmission member without rotating integrally with the fixed transmission member. The fixed transmission member is
7. The label holding device of a portable mountless label sticking machine according to claim 5, wherein the holding shaft transmission member has a larger diameter than the holding shaft transmission member. 8. The label holding shaft according to claim 5, wherein the label holding shaft is freely rotatable with respect to the paper holder and has an inner diameter larger than an outer diameter of the holding shaft transmission member. Label holding device for labeling machine without portable mount. A platen unit for transferring the mountless label fed out in a strip shape from the paper holder to the upper surface thereof;
9. The label holding device for a portable boardless label affixing machine according to claim 1, wherein the platen unit is loaded with a leading edge of the label without a board. A pair of left and right side plates;
A paper holder that can be opened and closed with respect to the side plate, and can hold a strip-like non-mounting label in a roll,
A label holding method of a portable mountless label sticking machine for sticking the mountless label attached to the inside of the side plate transferred from the paper holder and discharged to the outside of the side plate,
The paper holder can be rotated and released with respect to the side plate around its holder axis so that the label without the mount can be loaded in a roll shape,
A label holding method for a portable mountless label applicator, wherein the mountless label can be wound into the sheet holder as the sheet holder is pivotally closed with respect to the side plate.

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