JP3163087U - Mount-free label peeling / discharging means - Google Patents

Abstract

There is provided a non-mounting paper label peeling / discharging means for reliably peeling a single non-mounting label from a strip-shaped non-mounting label label and smoothly transporting it to a label use position. A label holding unit 100 for holding a label without a belt-like mount, separating and transporting and discharging the belt-less label Ln having a belt-like shape by stripping a label without a paper board, and the label holding unit. A label supply unit 200 for transporting until the step of removing the strip-less mount label supplied from the label, and a label peeling unit 300 comprising means for peeling at least one sheet from the strip-less mount label supplied from the label supply unit, And a label discharging unit 400 for discharging the peeling label transferred from the label peeling unit to the outside. The label feeding unit of the label supply unit is belt-driven, and the label peeling unit 320 of the label peeling unit. Is a belt drive, and the label discharge means 430 of the label discharge unit is a belt drive, Constitute the discharge means. [Selection] Figure 1

Description

  The present invention is a means for separating and transporting and discharging a strip-like non-mounting label formed by connecting continuous labels without a backing, and the label feeding means of the label supply unit is belt driven, and the label peeling of the label peeling portion The present invention relates to a non-mounting label peeling / discharging means, characterized in that the means is a belt drive and the label transfer means of the label discharge unit is a belt drive.

  Conventionally, for example, in a product production factory, in a product distribution channel, in the middle of a product sales process, for example, in a postal product or package in a post office, or in a delivery product or package in a courier, for example. To attach labels that display information (product prices, product names, sales promotion means, product management information, personal information, two-dimensional codes such as barcodes, etc.) on the surface of packaging containers, postal items, parcels, packages, etc. However, conventional label application means intermittently pull out the label tape that is temporarily attached to the backing paper or release paper (separator). However, it has been known that a label is peeled off from a mount or release paper (separator) by a peeling portion provided with a peeling means.

  However, in recent years, in order to cope with environmental problems that are increasing on a global scale, a label without a mount has been developed so that the label can be peeled off from a label tape in a roll state without a mount or release paper (separator) attached. , Labeling devices, labeling machines, handler labels, etc. have been developed to deal with these non-mounting labels.

  Further, as one of the above-mentioned labels without a mount, for example, a single no-separator label having a release layer on the surface of the label base material and an adhesive layer on the back surface, the shape of which is circular, square or deformed And adhering one end of the single no-separator label and one end of another single no-separator label, and the other end of the adhering single no-separator label and another single no-separator label In general, a no-separator label characterized in that a single no-separator label is connected and wound in a roll shape by sequentially attaching one end of each of the two has come to be known. (Refer to Patent Document 1)

Japanese Patent No. 3205804

However, regarding the no-separator label of Patent Document 1, since the label applicator, the label applicator, the handler labeler and the like corresponding to the label without a mount have not yet been developed, the inventor of the present application also has no No. Requests have been made as to whether a labeling device, labeling machine, or handler labeler compatible with separator labels can be used.
Therefore, the inventor of the present application improves a conventional labeling device, a labeling machine, a handler labeler, etc., and temporarily attaches one end of a single mountless label as in Patent Document 1 and one end of another single mountless label. In this way, a plurality of non-mounting labels are continuously arranged, for example, a non-mounting label that is formed into a roll shape by being arranged continuously or a non-mounting label that is formed into a band shape by being arranged continuously, for example. Attempts were made to develop a type that can be used for the type that is formed on the laminate, or for example, a non-mounting label that is continuously provided and is in the form of a strip.

  The present invention has been made to solve the above-described problems, and a plurality of mountless labels can be formed by temporarily attaching one end of a single mountless label and one end of another single mountless label. A strip-less mountless label that has been continuously formed in a roll shape, a type that is formed in a laminate, or a stripless label that remains in a strip shape is securely peeled off, and the peeled label can be used smoothly. The purpose is to provide a means for peeling and discharging a label without a mount so that it can be conveyed to the bottom.

  A first means for solving the problem (Claim 1) is a means for continuously stripping a label without a mount and separating and transferring and discharging the strip-less label with a strip-like mount, At least one sheet is peeled off from the label holding unit to be held, the label supply unit to be transferred to the step of peeling the label without the belt-like mount supplied from the label holding unit, and the label without the belt-like mount supplied from the label supply unit A label peeling unit having means for performing, and a label discharge unit for discharging the release label transferred from the label peeling unit to the outside, wherein the label transfer unit of the label supply unit is belt driven, A label peeling / discharge without a mount, wherein the label peeling means of the label peeling portion is driven by a belt, and the label transfer means of the label discharging portion is driven by a belt. It is to provide a stage.

Regarding the strip-less mountless label that is formed by continuously arranging the label without the mount described in the first means for solving the problem, the end portion of the single no-separator label described in Patent Document 1 is used in the present invention. And the end portion of the non-mounting-type label other than Patent Document 1 is intended for a non-separator label in which a belt-like no-separator label is wound in a roll shape. The present invention can also be applied to a strip-like non-mounting label that is temporarily attached and continuously formed into a strip shape.
Regarding the label holding unit described in the first means for solving the problem, even if a supply reel around which a formed article around which the band-less mount label is wound is used, the label without the band mount is folded and stacked. A type formed in a body and housed in a rectangular container may be used.

With respect to the label supply unit that transports the label without the belt-like mount supplied from the label holding unit described in the first means for solving the problem until the step of peeling, the label holding unit according to a request from the label supply unit It is configured so that the label without the strip-like mount is supplied from the section, or synchronized with the operation of transferring the label without the strip-like mount until the label supply section peels off the label without the strip-like mount from the label holding section. Thus, the label holding portion is activated.
With respect to the label peeling section provided with means for peeling at least one sheet from the strip-less mountless label described in the first means for solving the problem, first, the strip-less mountless label is the end of a plurality of mountless labels In detail, a process of temporarily attaching one end of one label without a mount and the other end of a second label without a mount adjacent to one end of the label is continued. In this way, the belts are arranged in a continuous manner, and are configured to include means for separating the temporary attachment portion of the label without a belt-like mount.

With regard to the label transporting means of the label supply unit described in the first means for solving the problem being a belt drive, the label supply unit includes a pulley connected to the drive unit and a pulley driven by the pulley. Consists of an endless belt that is wound around, and the belt-less mountless label is temporarily attached to the belt, and the belt rotates in the direction of the label peeling portion, so that the belt-less mount supplied from the label holding portion is absent. The label is transferred in the direction of the label peeling portion.
As for the label peeling means of the label peeling portion described in the first means for solving the problem, the label peeling portion is composed of at least two pulleys, and one pulley is provided with the label supply. A mechanism using a pulley connected to the driving means of the section or a pulley driven by this pulley, and is composed of an endless belt wound around the pulley driven by one pulley, and the belt-less mountless label is peeled off by this belt Then, the belt is rotated in the direction of the label discharge unit, so that the peeled label without the mount is transferred in the direction of the label discharge unit.
With regard to the label transporting means of the label discharge unit described in the first means for solving the problem being a belt drive, the pulley having the label discharge unit connected to the drive means and the pulley driven by the pulley are provided. Consists of an endless belt to be wound, and the belt-less label is temporarily attached to the belt, and the belt is transported from the label peeling unit by rotating the belt outward from the label discharge unit. A label without a mount is transferred from the label discharge unit to the outside.

  A second means for solving the problem (Claim 2) includes: a first rotation unit in which a belt driving unit of the label supply unit is provided in the vicinity of the label holding unit and is configured to be rotatable. A second rotating part that is provided farther from the label holding part than the first rotating part and is formed to be rotatable, and is wound around the first rotating part and the second rotating part. At least one belt to be worn, a rotation driving device connected to the first rotation unit or the second rotation unit, and a rotation direction of the belt of the label supply unit to a direction to the label peeling unit The board-less label peeling / discharging means described in the first means for solving the problem characterized by comprising a control means for controlling to rotate in the direction toward the label holding portion. That is.

  With respect to the first rotating part described in the second means for solving the problem, the first rotating part is provided in the vicinity of the label holding part and is formed so as to be rotatable. For example, the groove part extending along the outer peripheral surface has the groove part. A pulley formed of a disk-shaped pulley member formed on the outer peripheral surface, a pulley formed of a disk-shaped pulley member formed so as to generate frictional force on the outer peripheral surface, and a friction of the outer peripheral surface A pulley formed of a disk-shaped pulley member formed to increase force, a pulley formed of a disk-shaped pulley member formed with a friction body having a large friction coefficient on the outer peripheral surface, and an outer peripheral surface A connecting pulley in which one or more disk-shaped pulley members are formed on the outer peripheral surface and having a groove extending along the outer peripheral surface, and one or more grooves extending along the outer peripheral surface are formed on the outer peripheral surface. Grooved cylindrical pulley formed in a cylindrical shape, friction force on the outer peripheral surface A cylindrical pulley with a frictional body with a large friction coefficient on the outer peripheral surface, etc., selected for use alone or in combination Can be used.

  Regarding the second rotating part described in the second means for solving the problem, the second rotating part is provided farther from the label holding part than the first rotating part and is formed to be rotatable, for example, an outer peripheral surface. A pulley formed of a disk-shaped pulley member having a groove extending along the outer peripheral surface, and a disk-shaped pulley member formed to generate frictional force on the outer peripheral surface. For formed pulleys, pulleys formed with a disk-shaped pulley member whose outer peripheral surface is formed so that the frictional force is increased, and for disk-shaped pulleys formed with a friction body having a large friction coefficient on the outer peripheral surface A pulley formed of a member, a connecting pulley obtained by coaxially connecting one or more disk-shaped pulley members having a groove extending along the outer circumferential surface, and a groove extending along the outer circumferential surface. Grooved tube formed in a cylindrical shape with two or more grooves formed on the outer peripheral surface Select from pulley, cylindrical pulley with outer peripheral surface formed to generate frictional force, outer peripheral surface formed with higher frictional force, or frictional body with larger friction coefficient on outer peripheral surface, etc. It can be used alone or in combination.

The at least one belt connecting the first rotating part and the second rotating part described in the second means for solving the problem is described in the second means for solving the problem. A pulley as the first rotation unit selected and selected as appropriate from a pulley and a pulley as determined and selected as the second rotation unit are wound and stretched with an endless belt and function as a belt for the label supply unit If the rotation driving device connected to the first rotation unit or the second rotation unit is activated, the label supply unit belt rotates and the belt-less mountless label is transferred. For the belt, use of a generally available type is preferable in terms of cost.
Regarding the rotation driving device connected to the first rotating part or the second rotating part described in the second means for solving the problem, the first rotating part or the second rotating part is Any technical means may be used as long as it is a technical means for rotating at least one of the constituting pulleys forward and backward, but it is generally preferable to use an electric motor that is easy to use, easy to obtain, and easy to control.
The control means described in the second means for solving the problem includes a motor controller for controlling the rotation drive device, a sequencer and the like, and controls a sensor for detecting the presence or absence of the strip-like mountless label. The rotation direction of the label supply unit belt is configured to rotate in the direction from the label holding unit to the label peeling unit, or configured to rotate in the direction from the label peeling unit to the label holding unit. May be.

  The third means for solving the problem (Claim 3) is the belt driving means for peeling at least one sheet from the strip-less mount label of the label peeling part, the second rotating part, A third rotating part that is provided farther from the label holding part than the second rotating part and is formed to be rotatable, and is wound around the second rotating part and the third rotating part. The mount-less label peeling / discharging means according to the first means for solving the problem or the second means for solving the problem characterized by comprising at least one belt Is to provide.

Regarding the second rotating portion described in the third means for solving the problem, to solve the problem in the belt driving means for peeling at least one sheet from the label without the belt-like mount of the label peeling portion. The second rotating portion described in the second means is also used, and no limitation is imposed on the technical means for realizing this configuration.
Regarding the third rotating part described in the third means for solving the problem, the third rotating part is provided farther from the label holding part than the second rotating part and is formed to be rotatable, for example, an outer peripheral surface. A pulley formed of a disk-shaped pulley member having a groove extending along the outer peripheral surface, and a disk-shaped pulley member formed to generate frictional force on the outer peripheral surface. For formed pulleys, pulleys formed with a disk-shaped pulley member whose outer peripheral surface is formed so that the frictional force is increased, and for disk-shaped pulleys formed with a friction body having a large friction coefficient on the outer peripheral surface A pulley formed of a member, a connecting pulley obtained by coaxially connecting one or more disk-shaped pulley members having a groove extending along the outer circumferential surface, and a groove extending along the outer circumferential surface. Grooved tube formed in a cylindrical shape with two or more grooves formed on the outer peripheral surface Select from pulley, cylindrical pulley with outer peripheral surface formed to generate frictional force, outer peripheral surface formed with higher frictional force, or frictional body with larger friction coefficient on outer peripheral surface, etc. It can be used alone or in combination.

Regarding the at least one belt wound around and tensioned to the second rotating part and the third rotating part described in the third means for solving the problem, a second for solving the problem The pulley as the second rotating portion selected and selected as appropriate from the pulley described in the means and the pulley appropriately determined and selected as the third rotating portion are wound and stretched by an endless belt. The label peeling unit belt functions as a belt of the label peeling unit, and the label peeling unit belt rotates by rotating the label supply unit belt. If this operation is possible, what is the material of the label peeling unit belt? You may use.
Further, the label peeling portion is constituted by a pulley selected and selected as appropriate from the description in the third means for solving the problem, and one pulley is a pulley connected to the driving means of the label supply portion or the pulley. This is a mechanism using a driven pulley and is an endless belt wound around a pulley driven by one pulley, and becomes the label peeling portion belt, and the label supply portion belt rotates in the direction of the label peeling portion belt. By doing so, the leading label of the strip-less mount label is peeled off by this belt, and the label peel-off belt rotates in the direction of the label discharge section, so that the peeled label without the mount is moved in the direction of the label discharge section. It is configured to be transported.

  According to a fourth means for solving the problem (Claim 4), the belt driving means of the label discharge unit is closer to the third rotating part and the label holding part than the third rotating part. And a fourth rotating portion provided in the vicinity of the first rotating portion and formed so as to be rotatable, and is provided farther from the label holding portion than the fourth rotating portion and is formed so as to be rotatable. A fifth rotating section, at least one belt wound around and tensioned to the third rotating section, the fourth rotating section, and the fifth rotating section, and transferred from the label peeling section. Means for sensing a peeled label; a rotation driving device connected to the third rotating portion or the fourth rotating portion or the fifth rotating portion; the label detecting means; and a control means for the rotation driving device; In order to solve the problem from the first means for solving the problem characterized by being configured To provide a backing sheet without the label peeling and discharge means according to any one of the third means fit.

With respect to the third rotating portion described in the fourth means for solving the problem, the release label peeled off from the label without the belt-like mount of the label peeling portion is transferred to the outside of the label discharge portion. The belt driving means is configured to also serve as the third rotating portion described in the third means for solving the problem, and there is no particular limitation on the technical means for realizing this configuration. And
Regarding the fourth rotating part described in the fourth means for solving the problem, the rotating part is provided nearer to the label holding part and closer to the first rotating part than the third rotating part. Freely formed, for example, a pulley formed of a disk-shaped pulley member having a groove extending along the outer peripheral surface formed on the outer peripheral surface, and forming the outer peripheral surface so as to generate a frictional force. A pulley formed of a disk-shaped pulley member, a pulley formed of a disk-shaped pulley member whose outer peripheral surface is formed so as to increase the friction force, and a friction body having a large friction coefficient on the outer peripheral surface. A pulley formed of a disk-shaped pulley member formed, a connecting pulley in which one or more disk-like pulley members having grooves extending along the outer peripheral surface are coaxially connected, and A cylinder in which one or more grooves extending along the outer peripheral surface are formed on the outer peripheral surface The grooved cylindrical pulley formed in the shape of the outer periphery is formed so as to generate a frictional force, the outer peripheral surface is formed so as to increase the frictional force, or a friction body having a large friction coefficient is formed on the outer peripheral surface. A cylindrical pulley can be selected and used alone or in combination.

  Regarding the fifth rotating part described in the fourth means for solving the problem, the fifth rotating part is provided farther from the label holding part than the fourth rotating part and is formed to be rotatable, for example, an outer peripheral surface. A pulley formed of a disk-shaped pulley member having a groove extending along the outer peripheral surface, and a disk-shaped pulley member formed to generate frictional force on the outer peripheral surface. For formed pulleys, pulleys formed with a disk-shaped pulley member whose outer peripheral surface is formed so that the frictional force is increased, and for disk-shaped pulleys formed with a friction body having a large friction coefficient on the outer peripheral surface A pulley formed of a member, a connecting pulley obtained by coaxially connecting one or more disk-shaped pulley members having a groove extending along the outer circumferential surface, and a groove extending along the outer circumferential surface. Grooved tube formed in a cylindrical shape with two or more grooves formed on the outer peripheral surface Select from pulley, cylindrical pulley with outer peripheral surface formed to generate frictional force, outer peripheral surface formed with higher frictional force, or frictional body with larger friction coefficient on outer peripheral surface, etc. It can be used alone or in combination.

Regarding at least one belt wound around and tensioned to the third rotating portion, the fourth rotating portion, and the fifth rotating portion described in the fourth means for solving the problem, The pulley as the third rotating part selected and selected as appropriate from the pulleys described in the third means for solving and the pulley selected and selected as the pulley of the fourth rotating part and the fifth time The pulley selected and appropriately selected as the pulley of the moving part is wound and stretched by an endless belt, thereby functioning as a belt of the label discharging part, and the third rotating part, the fourth rotating part, or the second The pulley of the five rotating parts is configured to rotate via the rotation driving device, and any material may be used for the label discharging part belt as long as this operation is possible.
Further, the label discharging part is constituted by a pulley selected from the description in the fourth means for solving the problem, and the label discharging part is wound around the pulley connected to the driving means and the pulley driven by the pulley. The label discharge unit belt is configured by an endless belt, and the label discharge unit belt is peeled from the label without the belt-like mount through the label peeling unit by rotating in an outward direction from the label discharge unit. The peeling label is configured to be transferred in the outward direction from the label discharge unit.

With respect to the means for sensing the peeled label transferred from the label peeling portion described in the fourth means for solving the problem, the peeling label provided in the label discharging portion and transferred from the label peeling portion is sensed. Any means can be used as long as it can be used, but at least one selected from an electromagnetic sensor, a transmissive photoelectric sensor, a reflective photoelectric sensor, a reflective optical fiber sensor, or the like is used alone or in combination. You may use.
With respect to the rotation driving device connected to the third rotating part or the fourth rotating part or the fifth rotating part described in the fourth means for solving the problem, the third rotating part or Any technical means for rotating at least one pulley constituting the fourth turning part or the fifth turning part may be used, but it is generally easy to use and easy to obtain and control. The use of an electric motor is preferred.
Regarding the label sensing means and the control means for the rotation drive device described in the fourth means for solving the problem, for example, the label sensing means includes a sensor controller and a sequencer for controlling the label sensing means. For example, the control means of the rotary drive device may include a motor controller, a sequencer, and the like that control the rotary drive device.

  A fifth means for solving the problem (Claim 5) is that the leading end portion of the leading label of the strip-less mount label that has been transferred by rotating the label supply portion belt in the direction of the label peeling portion is provided. The leading label leading edge contacting the label peeling belt is instantaneously formed in a substantially L shape, and the leading label leading edge is temporarily attached to the label peeling belt. When the temporary attachment portion of the leading label leading end becomes a predetermined size, the belt driving means of the label supplying unit stops, and the label peeling portion belt rotates in the direction of the label discharging unit, so that the leading label leading end is The label is provided so that the leading end of the leading label is temporarily attached to the label discharge unit belt in contact with the label discharge unit belt and interlocked with the rotation of the label peeling unit belt. Any of the fourth means for solving the problem from the first means for solving the problem, characterized in that the leading label is peeled off from the label without the belt-like mount by rotating the exit belt It is to provide means for peeling and discharging a label without a mount.

With respect to the fact that the leading label leading end abutting on the label peeling part belt described in the fifth means for solving the problem is instantaneously formed in a substantially L shape, the label supply part belt is connected to the label. Since it rotates in the direction of the peeling portion and the label peeling portion belt rotates in the direction of the label discharge portion, when the leading label leading end comes into contact with the label peeling portion belt, it is instantly bent into an L shape. For example, even if the folded leading label leading end does not become substantially L-shaped, the leading label leading end abuts against the label peeling portion belt and is bent. The invention will work if possible.
Regarding the fact that the leading label leading end described in the fifth means for solving the problem is temporarily attached to the label peeling portion belt, the leading label leading end immediately touches the label peeling portion belt. A phenomenon in which the adhesive surface of the leading label comes into contact with the label peeling portion belt and is temporarily attached by being bent into a substantially L shape.

  Regarding the fact that the belt driving means of the label supply unit stops when the temporary attachment portion of the leading end portion of the leading label described in the fifth means for solving the problem reaches a predetermined size, the adhesive surface of the leading label is When the phenomenon of being in contact with and temporarily attached to the label peeling portion belt is maintained, the label peeling portion belt is rotated in the direction of the label discharge portion, so that the adhesive surface of the leading label is attached to the label discharge portion belt. In this case, the control means provided in the belt driving means of the label supply unit includes a belt driving means of the label supply unit when the temporary attachment portion of the leading end of the leading label reaches a predetermined size. Means for stopping is configured. The predetermined dimension can be adjusted in the range of about 1 mm to about 10 mm.

  The label peeling portion belt described in the fifth means for solving the problem rotates in the direction of the label discharging portion, so that the leading label leading end abuts on the label discharging portion belt and instantly the leading label leading end. As for the part being temporarily attached to the label discharge part belt, the label peeling part belt rotates in the direction of the label discharge part because the label peeling part belt moves in the direction of the label discharge part. When the adhesive surface of the leading label comes into contact with the label discharge unit belt, the adhesive surface of the leading label is proportional to the distance that the label peeling unit belt has moved in the direction of the label discharging unit. Are to be temporarily attached.

  The leading label is peeled off from the label without the belt-like mount by rotation of the label discharge belt provided so as to interlock with the rotation of the label peeling belt described in the fifth means for solving the problem. With respect to this, since the label peeling unit belt rotates in the direction of the label discharge unit and the label discharge unit belt rotates in the direction of the outside of the label discharge unit, the adhesive surface of the leading label is the label discharge unit. The area where the label discharge unit belt is temporarily attached to the adhesive surface of the leading label increases in proportion to the distance that the label discharge unit belt moves in the outward direction of the label discharge unit. The control means provided in the belt drive means of the label supply section stops the belt drive means of the label supply section when the temporary attachment portion at the leading end of the leading label reaches a predetermined size. By being configured, the area of the adhesive surface of the leading label of the label discharge unit belt is larger than the area where the end of the non-mounting label and the end of the non-mounting label are temporarily attached. As the size increases, the leading label is peeled off from the label without the belt-like mount.

  A sixth means for solving the problem (Claim 6) is the peeling label from the label peeling portion in the vicinity of the fourth turning portion between the fourth turning portion and the fifth turning portion. A peeling label detection sensor for detecting the peeling is provided as a control means of the label discharging unit rotation driving device, and the peeling is performed between the fourth rotating unit and the fifth rotating unit and in the vicinity of the fifth rotating unit. A label discharge sensor is provided at a position for discharging the label to the outside as a control means of the label discharge unit rotation driving device, and when the peeled label detected by the peel label detecting sensor moves and is detected by the label discharge sensor, The label discharging unit rotation driving device and its control means are configured so that the peeling label is held at the label discharging position with the leading end of the peeling label protruding from the label discharging unit to the outside. That is to provide a backing sheet without the label peeling and discharge means according to any one of the fifth means for solving the problem from the first means for solving the problems.

  Peeling that senses a peeled label from the label peeling portion in the vicinity of the fourth turning portion between the fourth turning portion and the fifth turning portion described in the sixth means for solving the problem With regard to providing a label detection sensor as a control means of the label discharge unit rotation drive device, for example, the label discharge unit rotation drive device includes the third rotation unit, the fourth rotation unit, or the fifth rotation unit. The rotation drive device that rotates at least one pulley that constitutes the rotation drive device may be configured to rotate or stop via the peeling label detection sensor. Further, by using the peeling label detection sensor as a control unit of the label supply unit rotation drive device, for example, a rotation drive device for rotating at least one pulley constituting the first rotation unit or the second rotation unit. You may comprise so that it may be used for forward / reverse rotation or may be stopped. Further, the control means of the label discharge unit rotation driving device may include a motor controller, a sequencer, etc. for controlling the rotation driving device, a controller, a sequencer, etc. of the peeling label detection sensor.

  In the position described in the sixth means for solving the problem, and between the fourth rotating portion and the fifth rotating portion and in the vicinity of the fifth rotating portion, the release label is discharged to the outside. With regard to providing a label discharge sensor as a control means of the label discharge unit rotation drive device, for example, the label discharge unit rotation drive device is the third rotation unit, the fourth rotation unit, or the fifth rotation unit. The rotation drive device that rotates at least one pulley that constitutes the rotation drive device may be configured to rotate or stop via the label discharge sensor. Further, by using the label discharge sensor as a control unit of the label supply unit rotation drive device, for example, a rotation drive device for rotating at least one pulley constituting the first rotation unit or the second rotation unit is used. You may comprise so that it may be used for a reverse rotation or may be stopped. Further, the control means of the label discharge unit rotation driving device may include a motor controller, a sequencer, etc. for controlling the rotation driving device, a controller, a sequencer, etc. of the peeling label detection sensor.

  The release label described in the sixth means for solving the problem and detected by the release label detection sensor moves, and when the release label is detected by the label discharge sensor, the release label is moved to the label discharge position of the release label. With respect to the label discharge unit rotation driving device and its control means being configured such that the leading end portion is held in a state of protruding from the label discharge unit to the outside, the peeling label detection sensor and the label discharge sensor are respectively Control may be performed independently or in combination.

  Seventh means for solving the problem (Claim 7) is supplied from the label holding part between the first turning part and the second turning part in the vicinity of the second turning part. By providing a leading label detection sensor for sensing the leading label leading end of the strip-less mount label as a control means of the label supply unit rotation driving device, for example, a user takes out the release label held at the label discharge position. The label supply unit rotation driving device is activated, the label supply unit belt rotates in the direction toward the label holding unit, and the leading end of the leading label of the label without the belt-like mount is stopped at the position detected by the leading label detection sensor. Then, the label supply unit belt rotates in the direction toward the label peeling unit, and the leading label leading end abuts against the label peeling unit belt, and the peeled label is transferred to the label discharge unit. The board-less label peeling / discharge according to any one of the sixth means for solving the problem from the first means for solving the problem, characterized in that the process is configured to be repeated. Is to provide a means.

  There is no belt-like mount supplied from the label holding unit in the vicinity of the second rotating unit between the first rotating unit and the second rotating unit described in the seventh means for solving the problem Regarding the provision of a leading label detection sensor for sensing the leading label leading end portion of the label as the control means of the label supply unit rotation drive device, for example, the label supply unit rotation drive device includes the first rotation unit or the first rotation unit. It is a rotary drive device that rotates at least one pulley that constitutes the two rotation units, and this rotary drive device may be configured to rotate forward or backward and stop via the leading label detection sensor. Further, the control means of the label supply unit rotation drive device may include a motor controller, a sequencer, etc. for controlling the rotation drive device, a controller, a sequencer, etc. for the leading label detection sensor.

  When the user takes out the release label held at the label discharge position described in the seventh means for solving the problem, the label supply unit rotation driving device is activated and the label supply unit belt is moved to the label holding unit. As for the leading end of the leading label of the strip-like non-mounting label being stopped at the position detected by the leading label detecting sensor, the strip-less non-mounting label is connected to a plurality of single non-mounting labels. It is known that each front end portion and each rear end portion are temporarily attached. However, in this case, it is known that the respective temporary attachment areas of the strip-like mountless labels are not constant and an error occurs. This is one of the functions for correcting the error in the case. In this case, the leading label detecting sensor functions as a sensor for bringing the leading label leading end into contact with the label peeling portion belt in a stable manner.

  Next, as described in the seventh means for solving the problem, the label supply unit belt rotates in the direction toward the label peeling unit, and the leading label leading end comes into contact with the label peeling unit belt to peel off the label. With respect to the configuration in which the process of transferring to the label discharge unit is repeated, the leading end portion of the leading label of the strip-less mount label stops at the position detected by the leading label detection sensor, and the label supply unit Even if an error occurs in the temporary attachment area of each of the labels without the belt-like mount, the leading end of the leading label is caused by the belt rotating in the direction toward the label peeling unit and the leading end of the leading label contacting the label peeling unit belt. The part comes into contact with the label peeling part belt within a certain range, and the peeling label is stably produced from the label without the belt-like mount and transferred to the label discharging part. Process is that it is possible to be repeated exactly and stably.

  By the present invention, by temporarily attaching one end of a single non-mounting label and one end of another single non-mounting label, a plurality of non-mounting labels are continuously connected to form a strip-like non-mounting label in a roll shape Label-free label release that allows the label without a mount to be peeled off by simply driving the belt, and smoothly transporting the peeled label to the label usage position.・ Discharge means can be provided.

  According to the present invention, the belt-less mountless label described in the present specification is transferred from the label holding unit to the label peeling unit only by driving the belt, and the single mountless label is peeled off from the belt-less mountless label only by driving the belt, Furthermore, since the paperless label peeled off only by driving the belt can be transferred to the label discharge section, it is possible to provide means for peeling and discharging the paperless label that can be smoothly peeled off and smoothly discharged with a simple mechanism.

  Due to the effects of the above-described device, it is possible to provide a means for peeling and discharging a label without a mount, which has a small number of parts, and therefore has few failures and excellent maintainability, despite the use of a rotary drive device.

  Further, according to the present invention, the leading end of the leading label of the label without the belt-like mount is stopped at the position sensed by the leading label detection sensor, and the label supplying unit belt rotates in the direction toward the label peeling portion, thereby leading the leading end of the leading label. The portion abuts against the label peeling portion belt so that the leading end of the leading label comes into contact with the label peeling portion belt within a certain range even if an error occurs in each temporary attachment area of the label without the belt-like mount. Thus, the non-mounting label peeling and discharging means can be provided, which can stably and stably repeat the process of supplying the peeling label from the strip-less mounting label and transferring it to the label discharge unit.

  Hereinafter, an embodiment of a label-less label peeling / discharging unit of the present invention will be described with reference to FIGS. FIG. 1 is a schematic explanatory view showing an embodiment of the present invention, FIG. 2 is a schematic explanatory view showing a strip-less mount label of the present invention, and FIG. 3 shows a peeled state of the mountless label of the present invention. FIG. 4 is an explanatory view showing the peeled state of the label without a mount of the present invention, FIG. 5 is an explanatory view showing the peeled state of the label without a mount of the present invention, and FIG. 6 is a mount of the present invention. FIG. 7 is an explanatory view showing the state of transport of the non-mounting label of the present invention, and FIG. 8 is an explanatory view showing the state of use of the non-mounting label of the present invention.

An embodiment using FIGS. 1 and 2 will be described.
From FIG. 2, Ln (n is a natural number other than 0: the following is omitted) is a strip-less label without a mount, and a label formed by winding a label Ln without a strip-mount is indicated by LR. L1 is the leading label of the strip-less mount label Ln, L2 is the label following the leading label L1, L3 is the label following the label L2, and L1a is the leading label L1. L1b is a rear end portion of the leading label L1, L1c is an adhesive portion of the leading label L1, and a rear end portion of the L2b label L2.
1 and 2, 100 is a label holding unit for holding the roll label LR, 110 is a roll label shaft for pivotally supporting the roll label LR, and 120 is capable of rotating the roll label LR. It is a label supply reel held in
1 and 2, reference numeral 200 denotes a label supply unit that transports the label Ln without the strip-like mount supplied from the label holding unit 100 until the step of peeling, and the label supply unit 200 is supplied from the label holding unit 100. The means for transporting the non-labeled label Ln to the step of peeling is realized through a belt driving means, and 210 is a belt driving means of the label supply unit 200, which is provided in the vicinity of the label holding unit 100 and is formed to be rotatable. 220 is a second rotating unit that is provided farther from the label holding unit 100 than the first rotating unit 210 and is formed to be rotatable, and 230 is the first rotating unit 210. And a label supply belt that functions as a label supply belt.
1 and 2, reference numeral 300 denotes a label peeling unit provided with means for peeling at least one sheet from the label Ln without the strip-shaped mount supplied from the label supply unit 200, and the label peeling unit 300 is based on the label Ln without the strip-shaped mount. Means for peeling at least one sheet is realized through belt driving means, and 310 is a third rotating part that is provided farther from the label holding part 100 than the second rotating part 220 and is formed to be rotatable. Reference numeral 320 denotes a label peeling unit belt that functions as a label peeling belt and is at least two belts that are wound around the second rotating unit 220 and the third rotating unit 310.
1 and 2, reference numeral 400 denotes a label discharge unit that transfers the leading label L1, the next label L2, and the next label L3 transferred from the label peeling unit 300 to the use position, and the third rotating unit 310 discharges the label. 410 functions as one of the belt driving means of the label discharging unit 400 and functions closer to the label holding unit 100 and closer to the label holding unit 100 than the third rotating unit 310. A fourth rotation unit provided in the vicinity of the one rotation unit 210 and configured to be freely rotatable. 420 functions as one of the belt driving means of the label discharge unit 400 and functions from the fourth rotation unit 410. Also, a fifth rotation unit provided at a distance from the label holding unit 100 and configured to be rotatable, 430 functions as one of the belt driving means of the label discharge unit 400 and functions as a third rotation unit 310. And second A label discharging section belt functioning as at least two or more belts label discharge belts and rotating portion 410 is wound subjected tensioning Fifth rotating portion 420.

An example of a process in which the leading label L1 is peeled off from the strip-less mountless label Ln will be described with reference to FIGS.
From FIG. 3, L1a is the leading end portion of the leading label L1, which is in contact with the label peeling portion belt 320 and deformed into a substantially L shape, and L1b is the trailing end portion of the leading label L1, which is a label without a belt-like mount. It is temporarily attached to Ln. Reference numeral 221 denotes a shaft support part of the second rotation part 220, and at least two pulleys of the second rotation part 220 are rotatably provided by the shaft support part 221, and 311 denotes a shaft support part of the third rotation part 310. At least two or more pulleys of the third rotating portion 310 are rotatably provided by the dovetail shaft supporting portion 311. Reference numeral 240 denotes a leading label detection sensor that detects the leading end L1a of the leading label L1, and the leading label detection sensor 240 is provided in the vicinity of the second rotating portion 220 between the first rotating portion 210 and the second rotating portion 220. The leading label detection sensor 240 is used as one of control means of a rotation driving device (not shown) provided in the label supply unit 200.
1, 2, and 3, the leading label L <b> 1 leading end L <b> 1 a that is transferred as the label supply unit belt 230 rotates in the direction of the label peeling unit 300 contacts the label peeling unit belt 320 in the vicinity thereof. The leading end L1a of the leading label L1 in contact with the label peeling unit belt 320 is instantly formed in a substantially L shape, but the label supply unit belt 230 rotates in the direction of the label peeling unit belt 320 and the label peeling unit belt 320. Is rotated in the direction of the label discharge unit belt 430, and therefore, when the leading end L1a of the leading label L1 comes into contact with the label peeling unit belt 320, the phenomenon of being instantaneously bent in the direction of the label discharge unit belt 430 is used. For example, even if the shape of the bent leading label L1 leading end L1a does not become substantially L-shaped, the leading label L1 leading end L1a is Function contact phenomena folded as shown in Example 2 required to hold the bell stripping section belt 320 is operated.

An example of a process in which the leading label L1 is peeled from the strip-less mountless label Ln will be described with reference to FIG. 1, FIG. 2, FIG. 3, and FIG.
As shown in FIG. 4, L1a is the leading end of the leading label L1, and is in contact with the label peeling portion belt 320 and deformed into a substantially L shape, and then the leading end is in contact with the label discharging portion belt 430 in the vicinity thereof. L1b is a rear end portion of the leading label L1 and is temporarily attached to the label Ln without a strip-like mount, and L1d is a portion where the leading label L1 adhesive portion L1c is temporarily attached to the label peeling portion belt 320. Is shown. Reference numeral 221 denotes a shaft support part of the second rotation part 220, and at least two pulleys of the second rotation part 220 are rotatably provided by the shaft support part 221, and 311 denotes a shaft support part of the third rotation part 310. At least two or more pulleys of the third rotating portion 310 are rotatably provided by the dovetail shaft supporting portion 311. Reference numeral 240 denotes a leading label detection sensor that detects the leading end L1a of the leading label L1, and the leading label detection sensor 240 is provided in the vicinity of the second rotating portion 220 between the first rotating portion 210 and the second rotating portion 220. The leading label detection sensor 240 is used as one of control means of a rotation driving device (not shown) provided in the label supply unit 200.
1, 2, 3, and 4, the label peeling unit belt 320 is located in the vicinity of the leading end L 1 a of the leading label L 1 that is transferred as the label feeding unit belt 230 rotates in the direction of the label peeling unit 300. The leading end L1a of the leading label L1 that is in contact with the label peeling portion belt 320 is instantaneously formed in an L shape, and the label supply portion belt 230 rotates in the direction of the label peeling portion belt 320, thereby the label peeling portion belt. Since 320 rotates in the direction of the label discharge unit belt 430, when the leading end L1a of the leading label L1 comes into contact with the label peeling unit belt 320 in the vicinity thereof, it is instantaneously bent in the direction of the label discharge unit belt 430 and temporarily attached. Phenomenon in which the leading portion L1a of the leading label L1 that is formed and further bent comes into contact with the label discharging portion belt 430 in the vicinity thereof. For example, is there a phenomenon in which the leading label L1 leading end L1a comes into contact with the label discharging unit belt 430 even when the bent leading label L1 leading end L1a does not have a substantially L shape? Moreover, if the temporary attachment part L1d is formed, the function shown in Example 3 will operate | move.

An example of a process in which the leading label L1 is peeled off from the stripless label Ln will be described with reference to FIG. 1, FIG. 2, FIG. 3, FIG.
From FIG. 5, L1a is the leading end portion of the leading label L1, contacts the label peeling portion belt 320 in the vicinity thereof, deforms into a substantially L shape, and further touches the label discharging portion belt 430 in the vicinity thereof. A portion that has been deformed into an approximately L shape after contact and has returned to the original flat state is temporarily attached to a label discharger belt 430 in the vicinity thereof, and L1b is the rear end of the leading label L1 This is a state where the tape is peeled off from the label Ln without the belt-like mount. Reference numeral 221 denotes a shaft support part of the second rotation part 220, and at least two pulleys of the second rotation part 220 are rotatably provided by the shaft support part 221, and 311 denotes a shaft support part of the third rotation part 310. At least two or more pulleys of the third rotating portion 310 are rotatably provided by the dovetail shaft supporting portion 311. Reference numeral 240 denotes a leading label detection sensor that detects the leading end L1a of the leading label L1, and the leading label detection sensor 240 is provided in the vicinity of the second rotating portion 220 between the first rotating portion 210 and the second rotating portion 220. The leading label detection sensor 240 is used as one of control means of a rotation driving device (not shown) provided in the label supply unit 200.
From FIG. 1, FIG. 2, FIG. 3, FIG. 4 and FIG. 5, the leading label L1 tip portion L1a is temporarily attached to the label peeling portion belt 320 in the vicinity thereof to form a temporary attachment portion L1d. When the predetermined size is reached, the leading end L1a of the leading label L1 comes into contact with the label peeling portion belt 320 in the vicinity thereof, and the rotation driving device (not shown) provided in the first rotating portion 210 or the second rotating portion 220 stops immediately. In this way, a control unit (not shown) is configured, and the label discharging unit belt 430 rotates in the direction of the fourth rotating unit 410 so that a half or more of the leading label L1 adhesive portion L1c is in the vicinity thereof. When the belt 430 is temporarily attached, a phenomenon is used in which the leading end L1b of the leading label L1 is peeled off from the label Ln without the belt-like mount and the leading label L1 is peeled off from the label Ln without the strip-like backing paper. Than is.

An example of a process in which the leading label L1 is discharged from the label discharge unit 400 will be described with reference to FIGS.
FIG. 6 shows that L1a is a front end portion of the leading label L1 and is temporarily attached to the label discharge portion belt 430 in the vicinity thereof, and L1b is a rear end portion of the leading label L1 from the label Ln without the belt-like mount. It shows a state where it is peeled off and temporarily attached to the label discharge unit belt 430 in the vicinity thereof. Reference numeral 311 denotes a shaft support portion of the third rotation portion 310, and at least two pulleys of the third rotation portion 310 are rotatably provided by the shaft support portion 311, and 411 is a shaft support portion of the fourth rotation portion 410. At least two or more pulleys of the fourth rotation unit 410 are rotatably provided by the shaft support part 411, 421 is a shaft support part of the fifth rotation part 420, and the shaft support part 421 allows the fifth rotation part 420 of the fifth rotation part 420 to rotate. At least two or more pulleys are rotatably provided. Reference numeral 440 denotes a peeling label detection sensor that detects the leading end L1a of the leading label L1 or the trailing end L1b of the leading label L1, and the peeling label detecting sensor 440 is a fourth between the fourth rotating portion 410 and the fifth rotating portion 420. The peeling label detection sensor 440 is provided in the vicinity of the rotation unit 410, and a control unit of a rotation driving device (not shown) provided in the label discharge unit 400 or a rotation driving device (not shown) provided in the label supply unit 200 as necessary. Used as one of the means. Reference numeral 450 denotes a label discharge sensor that detects the leading end L1a of the leading label L1, and the label discharging sensor 450 is located between the fourth rotating portion 410 and the fifth rotating portion 420 in the vicinity of the fifth rotating portion 420 and at the leading label. The label discharge sensor 450 is provided in the vicinity of a position where L1 is discharged to the outside, and a control unit of a rotation driving device (not shown) provided in the label discharge unit 400 and a control unit of a rotation driving device (not shown) provided in the label supply unit 200 Used as one.
From FIG. 1, FIG. 2, FIG. 5 and FIG. 6, the leading end L1a of the leading label L1 is temporarily attached to the label discharging portion belt 430 in the vicinity thereof, and the label discharging portion belt having the trailing end L1b of the leading label L1 in the vicinity thereof. By being temporarily attached to 430, almost the entire leading label L1 adhesive portion L1c is temporarily attached to the label discharge portion belt 430.

An example of a process in which the leading label L1 is discharged from the label discharge unit 400 will be described with reference to FIGS.
From FIG. 7, L1a is the leading end of the leading label L1 and shows a state temporarily attached to the label discharging unit belt 430 in the vicinity thereof, and L1b is the trailing end of the leading label L1 and the label discharging in the vicinity thereof. As a result, the head label L1 adhesive portion L1c is temporarily attached to the label discharge portion belt 430. At least two or more pulleys of the third rotating portion 310 are rotatably provided by the shaft support portion 311, and at least two or more pulleys of the fourth rotating portion 410 are rotatably provided by the shaft support portion 411, At least two or more pulleys of the fifth rotating portion 420 are rotatably provided by the shaft support portion 421. The peeling label detection sensor 440 is provided between the fourth rotation unit 410 and the fifth rotation unit 420 in the vicinity of the fourth rotation unit 410 and is necessary for controlling a rotation driving device (not shown) provided in the label discharge unit 400 or necessary. Accordingly, it is used as one of control means of a rotary drive device (not shown) provided in the label supply unit 200. The label discharge sensor 450 is provided between the fourth rotation unit 410 and the fifth rotation unit 420 in the vicinity of the fifth rotation unit 420 and in the vicinity of the position for discharging the leading label L1 to the outside. It is used as one of the control means of the rotation drive device (not shown) provided and the control means of the rotation drive device (not shown) provided in the label supply unit 200.
From FIG. 1, FIG. 2, FIG. 6, and FIG. The state where the peeling label detection sensor 440 detects the front end portion L1a is described. At this time, a signal from the peeling label detection sensor 440 is used as one of control means of a rotation driving device (not shown) provided in the label discharge unit 400 or, if necessary, control of a rotation driving device (not shown) provided in the label supply unit 200. It shall be used as one of the means.

An example of a process for discharging the leading label L1 from the label discharge unit 400 will be described with reference to FIGS. 1, 2, 7, and 8. FIG.
From FIG. 8, L1a is the leading end of the leading label L1 and shows a state of being peeled and discharged from the label discharging unit belt 430, and L1b is the trailing end of the leading label L1 and is temporarily attached to the label discharging unit belt 430. A state of being held in the vicinity of the label discharge sensor 450 is shown. At least two or more pulleys of the third rotating portion 310 are rotatably provided by the shaft support portion 311, and at least two or more pulleys of the fourth rotating portion 410 are rotatably provided by the shaft support portion 411, At least two or more pulleys of the fifth rotating portion 420 are rotatably provided by the shaft support portion 421. The peeling label detection sensor 440 is provided between the fourth rotation unit 410 and the fifth rotation unit 420 in the vicinity of the fourth rotation unit 410, and is one of control means for a rotation driving device (not shown) provided in the label discharge unit 400. It is used as one of the control means of a rotary drive device (not shown) provided in the label supply unit 200 as needed. The label discharge sensor 450 is provided between the fourth rotation unit 410 and the fifth rotation unit 420 in the vicinity of the fifth rotation unit 420 and at a position for discharging the leading label L1 to the outside. It is used as one of control means for a rotation drive device (not shown) and control means for a rotation drive device (not shown) provided in the label supply unit 200.
1, 2, 7, and 8, when almost the entire leading label L <b> 1 adhesive portion L <b> 1 c is temporarily attached to the label discharging portion belt 430 and moves toward the label discharging sensor 450, the leading label L <b> 1 leading end portion L <b> 1 a When detected by the peeling label detection sensor 440 and further detected by the label discharge sensor 450, the leading end L1a of the leading label L1 is held at a position for discharging to the outside as shown, and is provided in the label discharge unit 400 (not shown). Is configured as one of control means of a rotary drive device (not shown) so as to stop.

1 to 8, the label peeling unit 300 repeatedly peels the single boardless label from the strip-like boardless label Ln, and the peeled single boardless label is discharged from the label discharge unit 400. An example of the process will be described.
1 to 8, the label discharge sensor 450 and the leading label detection sensor 240 indicate whether the rotation direction of a label supply unit rotation driving device (not shown) provided in the first rotation unit 210 or the second rotation unit 220 is correct. By controlling the forward / reverse direction of rotation through reverse control or control means (not shown) attached to the label supply unit rotation drive device, the user of the present invention, for example, is placed outside the label discharge unit 400. By picking up and taking out the leading end L1a of the leading label L1 held at the discharging position, the label supply unit rotation driving device provided in the first rotating unit 210 or the second rotating unit 220 is activated, and the label supplying unit belt 230 is activated. The label is rotated in the direction toward the label holding unit 100, and the next label L2, which is the next label after the first label L1, is recognized as the head of the label Ln without the belt-like mount, so that the head label After stopping at the position detected by the sensor 240, the label supply belt 230 rotates in the direction toward the label peeling unit 300, and the leading end of the next label L2 is the same as the leading label L1 leading end L1a. The process of transferring the next label L2 that is in contact with the belt 320 and peeled off from the label Ln without the belt-like mount to the label discharge unit 400 is repeated. That is, when the next label L2 is taken out from the label discharge unit 400 by the user of the present invention, the next label L3 is processed as the top label of the strip-less mount label Ln as the next step, and the strip-less mount label Ln. The first label is processed in the same manner as the first label L1, the next label L2, and the next label L3. That is, in the expression described in this embodiment, it may be understood that when the first label L1 is discharged and used, the next label L2 becomes the first label L1, and when the next label L2 is discharged and used, the next label L2 is used. It may be understood that the label L3 becomes the top label L1.

  As described above, the embodiment of the label-less label peeling / discharging unit according to the present invention has been described. However, the present invention is not limited to the above-described embodiment, and can be appropriately changed without departing from the scope of the present invention. .

  The mountless label peeling / discharging means according to the present invention can be used as a handy labeler, so that it can be judged that the industrial applicability is great.

It is a schematic explanatory drawing which shows the example of embodiment of this invention. It is a schematic explanatory drawing which shows the label without a strip | belt mount of this invention. It is explanatory drawing which shows the peeling state of the label without a mount of this invention. It is explanatory drawing which shows the peeling state of the label without a mount of this invention. It is explanatory drawing which shows the peeling state of the label without a mount of this invention. It is explanatory drawing which shows the transfer state of the label without a mount of this invention. It is explanatory drawing which shows the transfer state of the label without a mount of this invention. It is explanatory drawing which shows the use condition of the label without a mount of this invention.

Ln: Label without strip LR: Roll label L1: Lead label L2: Next label L3: Next label L1a: Lead label L1 Front end L1b: Lead label L1 Rear end L1c: Lead label L1 Adhesive L1d: Temporary attachment L2b: label L2 rear end portion 100: label holding portion 110: roll-shaped label shaft portion 120: label supply reel 200: label supply portion 210: belt driving means 220: second rotating portion 221: shaft support portion 230: label supply portion Belt 240: Leading label detection sensor 300: Label peeling part 310: Third rotation part 311: Shaft support part 320: Label peeling part belt 400: Label discharge part 410: Fourth rotation part 411: Shaft support part 420: Fifth Moving part 421: Shaft support part 430: Label discharge part belt 440: Peeling label detection sensor 450: Label discharge sensor

Claims (7)

  It is means for separating and transporting and discharging a strip-like non-mounting label formed in a strip by continuously providing a label without a base, and a label holding unit for holding the strip-less non-mounting label, and the strip supplied from the label holding unit A label supply unit that transfers the label without a mount to a step of peeling, a label release unit that includes a means for peeling at least one sheet from the strip-like mountless label supplied from the label supply unit, and a transfer from the label release unit. A label discharge unit for discharging the release label to the outside, wherein the label feeding unit of the label supply unit is belt driven, the label peeling unit of the label peeling unit is belt driven, and the label discharge unit A label-free label peeling / discharging means, wherein the label transporting means is a belt drive.   A belt driving means of the label supply unit is provided in the vicinity of the label holding unit and is formed so as to be rotatable, and provided farther from the label holding unit than the first rotation unit. A second rotation part that is formed to be rotatable, at least one belt wound around and attached to the first rotation part and the second rotation part, and the first rotation part or the A rotation driving device connected to the second rotation unit; and a control unit that controls the rotation direction of the belt of the label supply unit to rotate in a direction toward the label peeling unit and a direction toward the label holding unit. The board-less label peeling and discharging means according to claim 1, wherein the means is configured.   The belt driving means for peeling at least one sheet from the label without strip in the label peeling part is provided farther from the label holding part than the second turning part and the second turning part. It is comprised by the 3rd rotation part formed so that rotation was possible, and the said 2nd rotation part and at least 1 belt wound around the said 3rd rotation part, and characterized by the above-mentioned. The mount-less label peeling / discharging means according to claim 1 or 2.   The belt driving means of the label discharge unit is provided in the vicinity of the third rotating unit and the label holding unit and in the vicinity of the first rotating unit, so as to be rotatable. A fourth turning part, a fifth turning part provided farther from the label holding part than the fourth turning part and formed to be rotatable, the third turning part and the third turning part At least one belt wound around and attached to the fourth rotating portion and the fifth rotating portion; means for sensing a peeling label transferred from the label peeling portion; and the third rotating portion or the third rotating portion. The rotary drive device connected to the fourth rotary portion or the fifth rotary portion, the label sensing means, and the control means of the rotary drive device, are configured. 4. The non-mounting label peeling / discharging means according to any one of 3).   The leading end portion of the leading label of the label without a belt-like mount that has been transferred by the label supply unit belt rotating in the direction of the label peeling unit abuts on the label peeling unit belt, and abuts on the label peeling unit belt The leading label leading end is instantly formed in a substantially L-shape, and the leading label leading end is temporarily attached to the label peeling portion belt, and the label when the temporary attaching portion of the leading label leading end reaches a predetermined dimension. The belt driving means of the supply unit is stopped, and the label peeling unit belt rotates in the direction of the label discharging unit, so that the leading label leading end comes into contact with the label discharging unit belt and the leading label leading end immediately The leading label is moved forward by rotating the label discharge unit belt that is temporarily attached to the label discharge unit belt and interlocked with the rotation of the label peeling unit belt. Characterized in that it is peeled off from the backing strip unlabeled, mount no label removal and discharge means according to any one of claims 1 to 4.   A peeling label detection sensor for detecting a peeling label from the label peeling portion is provided between the fourth turning portion and the fifth turning portion in the vicinity of the fourth turning portion. A label discharge sensor provided as a control means and provided with a label discharge sensor at a position between the fourth rotation portion and the fifth rotation portion and in the vicinity of the fifth rotation portion to discharge the release label to the outside. When the peel label detected by the peel label sensor moves and is sensed by the label discharge sensor, the peel label is placed at the label discharge position and the leading end of the peel label is the label. 6. The label discharge unit rotation driving device and its control means are configured to be held in a state of jumping out from the discharge unit to the outside. Mount without the label peeling and discharge means.   Leading label sensing for sensing the leading label leading end of the strip-less mount label supplied from the label holding part in the vicinity of the second turning part between the first turning part and the second turning part A sensor is provided as a control means of the label supply unit rotation drive device. For example, when a user takes out the peeling label held at the label discharge position, the label supply unit rotation drive device is activated and the label supply unit belt is Rotate in the direction toward the label holding unit and stop at the position where the leading end of the leading label of the label without the belt-like mount is detected by the leading label detection sensor, and then the label supply unit belt moves toward the label peeling unit The leading label leading end abuts against the label peeling part belt and the peeled label is transferred to the label discharge part. And wherein, mount no label removal and discharge means according to any one of claims 1 to 6.

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