KR101166079B1 - Auto label dispenser - Google Patents

Abstract

According to the present invention, after the label 501 is automatically bonded to the release paper 502 and the label 501 is automatically separated from the release paper 502, the release paper 502 may be wound up and removed at a separate position. The automatic label separator according to the present invention comprises a drive motor (130), gears (160) for transmitting the driving force of the drive motor (130) in two directions, and a drive motor ( A main body 100 having a plurality of release paper transfer uneven rollers 120 driven therein for receiving and receiving the driving force of the 130; A label paper mounting unit 300 for mounting a label paper 500 provided on an upper surface of the main body 100; After separating the label 501 from the release paper 502 through the label separation blade 401 disposed on the path to move the label 500 is supplied from the label mounting portion 300, the release paper 502 is a separate A label separator 400 guiding to move to a position; A position detecting sensor 180 for controlling whether the driving motor 130 is driven by detecting whether the label 501 separated from the label separating unit 400 has reached a preset initial position; As the moving path of the release paper 502 from which the label 501 is separated is connected to the rotary shaft 230 driven by the driving motor 130 through the uneven roller 120 for release paper transfer, the rotary shaft 230 rotates and the release paper rotates. Release paper winding unit 200 provided to be wound (502); And a display unit 140 having a microcomputer disposed on the main body 100 to set each control value required for the label 501 separation operation.

Description

Auto label dispenser

The present invention relates to an automatic label separator, and more particularly, to transfer a label paper rolled in the form of a roll tape by a driving motor, and to automatically separate a label from a release paper at a predetermined position by a sensor to easily remove a label. The present invention relates to an automatic label separator which is configured to automatically organize the separated release papers, thereby enhancing the precision of the work and the reliability of the product while being able to easily separate the labels from the release papers.

As is well known, many kinds of products are mass-produced in the modern society with the development of the industry, and various labels that give an explanation or identification of such products are rapidly increasing in usage due to their convenience and productivity. Is in.

As shown in FIG. 1, the label 11 is recently bonded to the release paper 12 at a predetermined interval and manufactured and supplied in the form of a label paper 10 wound in a roll tape form. ) And attached to the product.

By the way, in the past, the label 11 wound in a roll tape form was mostly used to separate the label 11 manually by hand, and in the case of the manual work, not only a lot of time is required when the label 11 is separated. There was some work discomfort.

Accordingly, various types of label separators have been proposed in accordance with the need for a label separator capable of automatically separating and using the label 11 and the release paper 12 from the label sheet 10.

For example, Republic of Korea Patent Publication No. 2004-10855 (published on May 5. 2004), Republic of Korea Patent No. 848690 (registered on July 21, 2008), Registered Patent No. 899217 (2009. 5. 18. Registration).

That is, in the past, various types of label separators as described above have been researched and proposed, and the advantages of the conventional label separators are recognized in that they partially improve the inconvenience of label separation by manual operation. In the process of commercializing the product, the precision and reliability of the product are deteriorated, and structural weaknesses in the winding separation of the release paper are found.

Therefore, the present invention was invented to provide a label separator of a new type different from the various label separators disclosed in the prior art, and an object of the present invention is to provide a plurality of release rollers having uneven rollers for conveying a plurality of release papers. The label is removed from the label by transporting at a speed and controlling the driving motor by the sensor so that the label separated from the release paper can be easily removed by always waiting at a fixed position and can be easily wound up and removed. It is an object of the present invention to provide an automatic label separator which can be easily separated from the release paper and improves the precision of the work and the reliability of the product.

In order to achieve the above object, the present invention provides an automatic label separator configured to automatically remove only the label from the release paper in a roll tape type label in which the label is bonded to the release paper, and then the release paper is wound in a separate position. A drive motor driven by an electric drive signal, gears arranged to transmit the driving force of the drive motor in two directions, and a plurality of gears driven by the driving force of some gears which are geared toward the front of the gears are driven. The main body is provided with a concave-convex roller for release paper transfer therein; A label sheet mounting unit for mounting a label sheet provided on one side of an upper surface of the main body; A label separator for guiding the release paper to move to a separate position after separating the label from the release paper only through a label separation blade disposed on a path through which the label supplied from the label paper mounting portion moves; A position detecting sensor disposed near the label separating blade to detect whether the label separated by the label separating unit has reached a predetermined initial position and to control whether the driving motor is driven; The rotation axis of the release paper separated from the label separation unit is connected to the rotating shaft driven through gear coupling of some gears for transmitting the driving force of the driving motor to the rear through the plurality of release paper transfer uneven rollers. Release paper winding unit provided to be wound around the release paper while rotating; Display having a printed circuit board equipped with a microcomputer disposed on one side of the main body to control the driving of the driving motor through the detection signal transmitted from the position sensor, and to set each control value required for the label separation operation It is characterized by providing an automatic label separator comprising a portion.

Here, the main body is engaged with the left and right facing and the support body is mounted therein a drive motor and a plurality of release paper transfer rollers, the outer cover to cover the left and right outer surface of the support body to form an appearance, and the support It has a feature consisting of a bottom cover to cover the bottom surface of the body and the exterior cover.

And, it is preferable that the auxiliary cover which can be opened and closed on the upper surface of the release paper transfer concave-convex roller.

In addition, the one side surface of the position sensor is an adjustment lever connected to the position sensor is disposed, it is characterized in that the user can finely adjust the tilt of the position sensor up and down as the user adjusts the control lever.

In addition, a pressing piece for pressing the moving surface of the label sheet is provided at a position close to the rear upper side of the label separating blade portion, and finely adjusts the tension of the tension spring in connection with the pressing piece so that the user can adjust the height gap of the pressing piece. Equipped with a pressing piece tension control means.

At this time, the pressing piece tension control means, the pressing piece is inserted and assembled, and the rotating body rotated by a predetermined angle in accordance with the gap adjustment of the pressing piece by the user, and one end of the rotating body is connected to the rotation point to the center of the rotating body Guide body having a grid structure up and down on the basis of the pivot point to control the rotation, and the spring is attached to the upper end surface of one side of the guide body is fixed to the center of the pivot point in accordance with the user's one-touch push operation And a hook-type stopper installed via a push button for pivoting the guide body, an elastic spring for hanging or releasing in a one-touch manner to the hook structure provided at the end of the push button, and a lower end of the guide body. A fixed tension spring connected to one end surface and a link receiving portion provided on the main body to adjust the tension of the tension spring; By the user in a state in which the left and right movable movement and at the one end is connected to the tension spring and the thread formed therein, and the sieve left and right movements screwed to the thread of the connection link in the link receiving portion is limited fixed It consists of tension adjusting screw that adjusts tension of tension spring by pulling or pushing connection link according to screw length adjustment.

In addition, the label sheet mounting portion is provided with a guide plate having a plurality of rotating wings and fixed wings adjusted at various angles to support and fix the side of the label of various specifications, the guide plate has a left and right threads in the opposite direction relative to the center point Assembled in the label mounting portion by a width adjustment screw shaft having a structure formed to face the opposite, the user is left and right width of the guide plate through the width adjustment screw shaft is provided with a width adjustment lever that the user can turn and rotate on one side of the width adjustment screw shaft It is configured to adjust the position.

In addition, it is preferable that a razor insertion groove is formed at one side of the outer circumferential surface of the main body, and the razor insertion groove is provided in the razor insertion groove.

On the other hand, the rotary shaft according to the present invention has a lower end of one end is fitted to the flange rotating plate, the upper end of the hinge is fastened to one end of the lower case and the other end is inserted into the lower case and rotated around the hinge, the flange It consists of an auxiliary block provided with a through hole in the center of the pin coupled to the upper and lower cases of the other end is not fitted to the rotating plate; The rotating shaft is rotatable as the flange rotating plate fitted to one end of the rotating shaft is integrally engaged with a second driven gear among the rotating gears under the driving force of the driving motor; The rotating shaft is assembled through the second through hole of the movable support of the depression-shaped structure that can move left and right along the guide rail formed on the bottom surface of the main body, and the lever shaft of the handle lever shaft connected through the first through hole of the movable support is It is characterized by having a configuration that is connected and supported as being fitted in the through-hole of the auxiliary block.

At this time, according to the present invention, the rotary shaft is provided with a brake movable portion for automatically controlling the feed speed of the release paper, the brake movable portion is fastened and assembled on the outer peripheral surface of the opposite side of the second driven gear meshed with the flange rotating plate It consists of a circular tightening fixing plate having a plurality of grooves formed on it, and a circular friction washer inserted and assembled between the tightening fixing plate and the second driven gear, and the pressing force of which is changed according to the force applied by the user by rotating the rotating shaft. The variable stopper is selectively provided and fixed to the groove formed on the fixing plate to limit the rotation of the tightening fixing plate.

According to the present invention, a label inflow blocking means is provided below the label separation blade to block the bottom space of the label separation blade into a gap space through which the release space can pass.

In this case, the label inlet blocking means, the label inlet blocking guide plate is hinged to be assembled on the inner circumferential surface of the main body while being close to the bottom surface of the label separation blade portion, and supports the left and right sides of the label inlet blocking guide plate at a predetermined position. It is preferable to have a fixing stopper which is integrally formed to protrude on the inner circumferential surface of the body while having a recessed structure for fixing.

According to the present invention, the label paper rolled in the form of a roll tape by the drive motor, the label is separated from the release paper by a sensor automatically at a certain position can be easily peeled off the label and the separated release paper can be automatically organized It is a useful and useful invention to provide an automatic label separator which can easily and easily separate a label from a release paper in the label paper while enhancing the precision of the work and the reliability of the product.

Particularly, according to the present invention, by providing a guide plate that can be rotated at various angles in the label mounting portion in consideration of the specifications of the label, and configured to freely assemble the left and right widths of the guide plate, it is very stable to mount a variety of labels It has the effect of smoothly separating the labels automatically while fixed.

Further, according to the present invention, the outer diameter of the release paper in the process of winding the release paper on the rotation axis of the release paper winding unit by having a brake system that allows the user to appropriately adjust the slip phenomenon of the rotation axis on the rotation axis of the release paper winding unit winding the release paper separated from the label As the movement speed increases, the slip phenomenon occurs in the rotation axis of the release paper winding unit, and thus the speed is automatically adjusted to be the same speed as the release paper feed speed of the release paper transfer uneven roller.

In addition, according to the present invention, the user can easily adjust the vertical tilt of the position sensor for detecting the initial setting position of the separated label, and numerically control the drive control according to various types or standards of label paper. By having a display unit that can be used, the automatic label separator can be driven in a variety of ways according to labels having various types of roll tapes. Therefore, the automatic label separator of the present invention can be widely applied in the field of automatic label separation. Have

1 is a perspective view showing one embodiment of a general label paper.
2 is a perspective view showing an automatic label separator according to the present invention.
Figure 3 is an exploded perspective view showing the configuration of an automatic label separator according to the present invention.
Figures 4a and 4b is a schematic cross-sectional view of the support body viewed from the right direction of Figure 2 to show the arrangement of the automatic label separator according to the present invention.
Figure 4c is a view showing the configuration of the label inlet blocking means provided in the automatic label separator according to the present invention.
5 is a schematic cross-sectional view viewed from the left side of FIG. 2 to show an arrangement of an automatic label separator according to the present invention.
6 is an exemplary view showing an angle adjustment process of the guide plate provided in the label sheet mounting portion in the automatic label separator according to the present invention.
7a and 7b is an exemplary view showing a process of adjusting the width of the guide plate provided in the label mounting portion in the automatic label separator according to the present invention.
8A and 8B are exemplary views illustrating a process of winding and removing a release paper by winding the release paper winding unit in the automatic label separator according to the present invention.
9A and 9B are exemplary views showing a state in which a brake moving unit for adjusting the rotational speed of the release paper winding unit is applied in the automatic label separator according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in the accompanying drawings, the automatic label separator according to the present invention after mounting the label tape 500 in the form of a roll tape adhesive label 501 to the release paper 502 to the label mounting portion 300 of the label separator In addition, the device is configured to automatically separate the label 501 from the release paper 502 as it is driven by the driving force of the driving motor 130 to move and rotate the wound label paper 500.

The automatic label separator according to the present invention through the position sensor 180 (also referred to as "auto sensor") to ensure the precision of the work in the process of automatically separating the label 501 from the release paper 502 as described above. The label 501 is sequentially separated from the release paper 502 of the label 500 at the detected position (the predetermined constant position) and at the same time, the separated label 501 waits as the driving of the driving motor 130 is stopped. As the user uses the label 501, the driving motor 130 is re-driven so that the release paper 502 from which the label 501 is separated is transferred through the uneven roller 120 for release paper transfer to provide a release paper winding provided at the rear side. It is wound on the winding unit 200 and can be separated and removed.

Here, looking at the configuration of the automatic label separator as described above in more detail, as shown in Figures 2 and 3, the automatic label separator according to the present invention, while forming the appearance of the main body consisting of the case is mounted ( 100), the label mounting portion 300 that can be mounted on the upper portion of the main body 100 to mount the label tape 500 in the form of a roll tape, and the label 500 wound in the roll tape form is supplied while being released As the label separation unit 400 for separating the label 501 from the release paper 502 of the label 500, and the label 501 is separated from the label separation unit 400, the remaining release paper 502 to the main body ( 100) it can be largely divided into a configuration having a release paper winding unit 200 provided to be sent to the rear to remove the release paper 502 by winding it removed.

In addition, the automatic label separator according to the present invention basically provides a driving motor 130 for providing a driving force through an electrical driving signal to enable the organic operation of each part, and transmitting the driving force of the driving motor 130. A display unit 140 having various gears 160 which are organically disposed and gear-coupled to each other, a printed circuit board 141 having a microcomputer for controlling the organic operation of each unit, and the label 501. Position sensing sensor 180 to detect and control the position of the pressing piece tensioning means for adjusting the tension of the pressing piece 418 provided in the label separating unit 400, 410 and the label mounting portion It has a configuration further comprising a guide plate 310 and the like adjustable angle and left and right for stable mounting according to the size and width of the labeling paper 150 mounted on the 300.

As shown in Figure 3, the main body 100 is engaged with the left and right opposite and the support body (112, 113) and the support body is mounted therein the drive motor 130 and a plurality of release paper transfer uneven rollers 120, The outer cover 110 and 111 form a smooth appearance by covering the left and right outer surfaces of the 112 and 113, and the bottom cover 114 to cover the bottom surfaces of the support body 112 and 113 and the exterior cover 110 and 111. .

At this time, as shown in Figure 4a the outer side of the support body 113 on the right side of the first driven gear 165, a plurality of release paper transfer roller uneven roller 120 associated with the first driven gear 165 on the opposite side A plurality of rotating gears 122 for interworking of the plurality of rotation gears 122 are disposed, and a pressing piece tension adjusting means 410 for adjusting the tension of the pressing piece 418 is disposed, and the power source to the driving motor 130 is provided. The power supply unit 170 for supplying the connection is disposed.

The plurality of release paper transfer irregularities roller 120, as shown in Figure 3 to 4b, the label 501 inserted between the upper and lower release paper transfer irregularities roller 120 while rotating under the driving force of the drive motor 130. ) Is to pull the release paper 502 separated at a constant speed toward the rear to send to the release paper winding unit 200, which is seated on the lower support guide 123 and slightly biased toward the front from the inside of the main body 100 It will be mounted in the center area.

The release paper transfer uneven roller 120, the release paper 502 through a plurality of uneven rollers 120, as a plurality of irregularities 126 and the uneven line 125 is formed on the surface of the roller as shown in FIG. In the process of transporting the back to the release paper having a smooth surface 502 can be smoothly transported without slipping.

That is, since the surface of the release paper 502 is very smooth, when the surface of the rollers arranged up and down is smooth, a slip phenomenon may occur during the transfer process, in order to prevent this, the release paper conveyance uneven roller 120 of the present invention is prevented. A plurality of irregularities 126 are formed along the surface of the roller in the longitudinal direction, and a plurality of irregularities lines 125 are formed at regular intervals in the circumferential direction.

Since the release paper conveying irregularities roller 120 is configured in such a shape structure, the release paper conveying irregularities roller 120 arranged up and down is inserted between the upper and lower uneven rollers 120 while being driven at a constant speed by the driving motor 130. The release paper 502 will be able to transport at a constant speed.

And, the upper end of the release paper transfer uneven roller 120, as shown in Figure 3, is provided with an opening and closing auxiliary cover 121, the release paper 502 is caught between the release paper transfer uneven roller 120 or for other reasons When the inspection is necessary, the auxiliary cover 121 can be opened to check the uneven roller 120 for release paper transfer.

In particular, a plurality of guide plates 124 are formed on the inner circumferential surface of the auxiliary cover 121, and sandwiched between the release paper transfer rollers 120 for vertical release disposed in the process of initially setting the release paper 502. When transporting, the plurality of guide plates 124 serves to prevent the end of the release paper 502 from being bent upward and downward together with the support guide 123.

In addition, the pressing piece tension control means 410 is a label 501 in the label separation unit 400 in consideration of the thickness of the label 501 is bonded to the release paper 502 according to the type of the label paper 500 ) Is a device that serves to properly adjust the gap of the pressing piece 418, which is a path through which the label 501 moving so as to be effectively separated, and the user can properly adjust the gap of the pressing piece 418. It is equipped with the structure which can open the clearance gap of the pressing piece 418 completely.

To this end, as shown in Figure 3 and Figure 4a, the pressing piece 418 that does not lift the label 500 moving surface at a position close to the rear side of the label separation blade 401 of the label separation unit 400 is Is provided, the pressing piece tension adjusting means 410 is inserted into the pressing piece 418 and the rotating body 417 is rotated by a predetermined angle in accordance with the gap control of the pressing piece 418 by the user, and A guide body 411 connected to one end of the rotating body 417 about the rotating point 419 and having a grid structure having an upper and lower lattice structure with respect to the rotating point 419 to control the rotation of the rotating body 417, Push-button that can rotate the guide body 411 around the pivot point 419 according to the user's one-touch push operation by being fastened and fixed to the upper end surface, which is one side of the guide body 411 by a spring. 412 and a hook structure provided at the end of the push button 412 Hook-type stopper 413 provided via an elastic spring that can be hooked or released in a one-touch manner, a tension spring 414 fixed to the other end of the lower end of the guide body 411, and the tension spring It is arranged to move left and right in the link receiving portion 118 provided on the support main body 113 to adjust the tension of the 414, and one end is connected to the tension spring 414, the threaded link formed therein ( 415 and the link link 415 is pulled or pushed according to the adjustment of the screw length by the user in a state in which the left and right movement of the screw threaded to the thread of the link link 415 in the link receiving portion 118 is fixed and fixed. It is composed of a tension adjusting screw 416 for adjusting the tension of the tension spring 414 by zooming.

For example, if the user wants to adjust the tension of the pressing piece 418 through the pressing piece tension adjusting means 410, the user between the support body 113 and the exterior cover 111 using a tool such as a driver. When turning the tension adjusting screw 416 visible from the rear outer surface to adjust the tension of the tension spring 414 in the desired direction, the rotation angle of the guide body 411 connected to the tension spring 414 is the pivot point The rotating body 417 is rotated while being finely adjusted in the desired direction with respect to 419, and as a result, the height gap of the pressing piece 418 is adjusted. At this time, the coupling relationship between the push button 412 and the stopper 413 is released.

In other words, when the push button 418 is fixed to the stopper 413 by pressing the push button 418, the gap of the pressing piece 418 is completely opened. Thus, the reason for completely opening the gap of the pressing piece 418 is the label sheet. (500) In the initial stage of mounting, the gap of the pressing piece 418 is mainly opened completely.

For example, in the initial setting of the label 500 along the moving path of the label 500, the label 500 passes through the label separator 400 and the label 501 is separated. In this state, when the release paper 502 is connected to move to the release paper winding unit 200 in the rear through the plurality of release paper transfer irregularities roller 120, in order to pass through the label separator 400 As the gap between the pressing pieces 418 is to be passed at this time, the pressing pieces 418 are opened so that they can be easily inserted.

As shown in FIG. 5, a plurality of gears 160 are disposed on the outer side of the support body 112 on the left side to drive the driving force of the driving motor 130 through gear driving.

That is, a plurality of gears 160 are disposed so that the driving force is transmitted in two directions, forward and backward, based on the drive gear 161 directly connected to the drive motor 130, and toward the front of the drive gear 161. Tooth coupling coupling gears 162, 163 and 164 are arranged to drive a first driven gear 165 connected to a plurality of release paper transfer rollers 120 and are geared to the rear of the driving gear 161. The gears 166 and 167 are arranged to drive the second driven gear 168 which serves to rotate the release paper winding 200.

And, the drive gear 161 is provided with an encoder to detect the rotation angle of the drive gear 161 through the encoder sensor 150 to selectively control the rotation distance of the drive gear 161 as needed. As a result, the user can selectively control the driving and stopping of the driving motor 130.

That is, the driving and the stop of the driving motor 130 according to the operation distance in the process of separating the label 501 from the release paper 502 in sequence according to the length and the interval of placement of the label 501 provided on the label paper 500 This is part of the measure to ensure that the interval is controlled.

In addition, the front of the main body 100 is equipped with a display unit 140 for setting various control states of the label separator, the display unit 140 is provided with a printed circuit board 141 provided with a microcomputer. In addition, a position detecting sensor 180 disposed on the guide panel 117 to be movable above the display unit 140 is disposed.

For example, the display unit 140 can set a suitable driving distance, etc. numerically in accordance with various types of label paper 500, and the size and size of the label 501 adhered to the label paper 500 Since the moving distance for separating the label 501 from the release paper 502 varies only according to the arrangement interval or the like, the user may numerically adjust the moving distance appropriately through the display unit 140 at the time of work. It is to be set.

The position sensor 180 serves to detect a state in which the label 501 is separated from the label separator 400, and as shown in FIG. 2, the label 501 is formed from the release paper 502. When separated and attached to the front of the label separation unit 400, it detects this and sends a signal to stop the driving of the drive motor 130, and when the user is used to remove the separated label 501, position Since the label 501 is not detected by detecting the presence of the label 501 by the sensor 180, the driving motor 130 is driven again to signal the label 501 to be repeatedly removed. Will be sent.

At this time, the position detection sensor 180 is to be able to set the position required by the user through the control lever 181 disposed in conjunction with one side, the control lever 181 is a user tool such as a driver By turning in the form of a screw through, it is configured to finely adjust the left and right movement and vertical tilt (or angle) of the position sensor 180.

The bottom cover 114 serves to cover the bottom surfaces of the support bodies 112 and 113 and the exterior covers 110 and 111, and is provided as a part capable of mounting the release paper winding unit 200 at the rear thereof, which will be described later. The guide rail 240 is integrally provided on the rear surface of the bottom cover 114 so that the movable support 220 of the release paper winding unit 200 can slide to one side.

In addition, the razor insertion groove 115 is provided on one side top surface of the right exterior cover 111 in FIGS. 2 and 3. In the razor insertion groove 115, a razor 116 is provided, and the razor 116 is intended to remove the release paper 502 wound in the state in which the release paper 502 is wound on the release paper winding unit 200 described later. When cutting, one end surface of the release paper 502 connected to the label 500 as a whole is smoothly cut by the razor 116 to form a clean break line, which is a release paper 502 based on the break line winding the release paper This is to make it easier to work when connected to the unit 200 again. That is, when the cutaway line 502 of the release paper 502 is not smooth when the release paper 502 is arbitrarily cut out without a cutting tool such as the razor 116, the operation is not easy when it is connected to the release paper winding unit 200 again. Because.

On the other hand, the label paper mounting portion 300 is provided on the upper surface of the main body 100 is fixed to the label tape 500 in the form of a roll tape to be stable and rotated while labeling the release paper 502 to which the label 501 is adhered in sequence It is a part that serves to supply to the part 400.

At this time, the label paper mounting portion 300 is provided with a variety of types of label paper 500 has a variety of standards so that the side of the label 500 to effectively and securely seat and secure the various types of label paper 500 A guide plate 310 having a plurality of rotating blades 312 and 313 and fixed blades 311 that are adjusted at various angles so as to be stably supported, and the left and right guide plates 310 according to the width of the label paper 500. Equipped with a width adjusting means to adjust the width.

That is, the guide plate 310 is fastened and assembled to the upper and lower side of the left and right support bodies 112 and 113 provided as the label mounting portion 300, the fixed blade 311 constituting the guide plate 310 is a plurality of fixed guide shaft ( 305 and the width adjusting screw shaft 314 are assembled to face each other on the left and right support bodies 112 and 113 so as to be movable along the fixed guide shaft 305 and the width adjusting screw shaft 314. The plurality of pivoting blades 312 and 313 having a structure that can be folded into the fixed blade 311 or unfolded outwards is sequentially fastened and assembled to the fixed blade 311 through the angle adjustment plate 316.

At this time, in the accompanying drawings of the present invention, but the rotation blades (312, 313) is composed of two, but is not limited to this, may be further provided as necessary.

In particular, the pivot vanes 312 and 313, as shown in Figure 6, to serve to support the side of the label 500 to be mounted on the label mounting portion 300, the side length of the label 500 It is configured to adjust the angle of spread accordingly.

In addition, the guide plate 310, as shown in Figures 7a and 7b, it is a structure that is assembled through the screw coupling structure to the width adjustment screw shaft 314 is to be able to adjust the left and right width. That is, the width adjusting screw shaft 314 has a structure formed so that the left and right threads are opposed to each other in the opposite direction with respect to the center of the shaft, the width adjusting screw shaft 314 through the outer side of the outer cover 111 When the width adjustment lever 315 is connected to the turn, the guide plate 310 moves inward or outward of the width adjustment screw shaft 314 according to the direction in which the width adjustment lever 315 is rotated. The width will be adjusted.

As such, the reason for adjusting the left and right widths of the guide plate 310 is that the label paper is stably adjusted by adjusting the left and right widths of the guide plate 310 according to the width of the label paper 500 mounted on the label mounting portion 300. This is to allow the 500 to be fixed.

And, an auxiliary support 320 is provided on the rear end surface of the label mounting portion 300. That is, the auxiliary support 320 is assembled and fastened in a structure capable of folding and unfolding to be selectively used according to the needs of the user, as shown in FIG. 6, the labeling paper 500 according to the diameter size of the labeling paper 500. ) Is to be used in the case of supporting the rear of the label sheet 500 so as not to fall backward. The auxiliary support 320 is fastened and assembled sequentially via the rotation guide shaft 321 on the fixed shaft 322 that is fastened and fixed across the rear end surface of the label mounting portion 300.

The label separating unit 400 serves to automatically separate the label 501 from the release paper 502 using the label separating blade unit 401 by smoothly supplied with the labeling paper 500 through the pressing piece 418. At the same time to guide the release paper 502 is separated from the label 501 to the release paper winding unit 200 provided on the rear side of the main body 100 through the plurality of release paper transfer irregularities roller 120. Site.

Here, the label separation blade 401 is disposed in a structure protruding from the front of the main body 100, the label separation blade 401 itself has an acute angled structure in which the front surface is sharply bent, triangular structure It is fastened and fixed on the left and right support bodies 112 and 113 via the fixing bar 403 in a fastened and assembled state to the blade unit body 402 having a fixed side.

Thus, the label 500 transferred to the label separating blade 401 after the pressing piece 418 is a label 501 on the label 500 due to the sharply bent acute structure of the label separating blade 401. ) Is separated from the release paper 502 at the front end surface of the label separation blade 401, and the label 501 thus separated is attached to the front end surface of the label separation blade 401 and at the same time the label ( The release paper 502 from which the 501 is separated is transferred to the inner side of the main body 100 along the bottom surface of the label separating blade unit 401, and the release paper winding unit 200 at the rear side is interposed between the release paper conveying uneven rollers 120. Will be transferred to.

At this time, the label 501 is separated by the front end surface of the label separation blade unit 401, the user is selectively peeled off and used, and whether or not the label 501 is separated to the position sensor 160 Will be detected.

Here, a label inflow blocking means 420 is provided below the label separation blade 401 to prevent the label 501 separated from the label 500 from being transferred backward along the release paper 502.

The label inflow blocking means 420 is disposed directly below the bottom surface of the label separation blade 401 through which the release paper 502 passes, thereby preventing the separated label 501 from being sucked along the release paper 502. By doing so, it prevents the label 501 from flowing in addition to the release paper 502 by blocking the empty space formed on the bottom surface of the label separation blade 401.

3, 4b and 4c, the label inlet blocking means 420 is a label inlet blocking guide plate 421 assembled to the hinge 422 rotatably on the inner circumferential surface of the left and right support body (112, 113). And a fixing stopper 119 protruding from the inner circumferential surfaces of the left and right support bodies 112 and 113 having a recess structure to support and fix the label inflow blocking guide plate 421 at a predetermined position.

At this time, the label inlet blocking guide plate 421 is supported by the hinge 422 provided on the lower left and right sides in a slightly laid down structure corresponding to the inclined surface of the bottom side of the label separation blade portion 401, as shown in Figure 4b. By assembling on the inner circumferential surfaces of the main bodies 112 and 113, the front end portion is pivoted up and down about the hinge 422 as necessary.

That is, the release paper 502 is connected to be conveyed to the rear side by driving the release paper transfer roller uneven roller 120 inside the main body through a wide space formed on the bottom surface of the label separation blade portion 401, the label inlet blocking guide plate 421 basically blocks the remaining portion except for a space through which the release paper 502 can pass in an empty space formed on the bottom of the label separation blade unit 401, through the label separation blade unit 401. The separated label 501 is sucked toward the bottom of the label separation blade portion 401 along the release paper 502 to block the inflow.

At this time, the label inlet blocking guide plate 421 is inserted into the groove of the fixing stopper 119 integrally protruding on the inner circumferential surface of the left and right support bodies 112 and 113 to be supported and fixed. That is, the fixing stopper 119 serves to hold the left and right sides of the label inlet blocking guide plate 421 through the recesses, respectively.

In particular, as described above, during the initial setting or replacement of the label paper 500, the release paper 502 is wired along the bottom surface of the label separation blade 401 to be rearwardly driven by the release rollers 120 for transferring the release paper. In this case, the label inlet blocking guide plate 421 is rotated to a position capable of wide opening of the bottom surface of the label separation blade 401, as shown in an enlarged dotted line in Figure 4b. The worker can easily wire the release paper 502.

That is, the label inflow blocking guide plate 421 is fixed to the fixed stopper 119 during the label separation operation to block the bottom space of the label separation blade 401 to the level that can be passed only the release paper 502, The label 501 separated from the front end of the label separating blade 401 is sucked toward the bottom of the label separating blade 401 along the release paper 502 to block the label 501 from flowing into the main body 100. 500) In the replacement or initial setting operation, the label inlet blocking guide plate 421 is opened downward so that the release paper 502 can be easily connected.

Here, when the label inlet blocking guide plate 421 is rotated downward to open, the operator can pull the label inlet blocking guide plate 421 downward with his or her finger, as shown in FIG. 4C. As described above, the label inlet blocking guide plate 421 is provided with a finger insertion groove 423 into which a worker can insert a finger.

Unexplained reference numeral 424 shown in Figure 4c when the assembling the hinge 422 on the inner peripheral surface of the left and right support body 112, 113, the label inlet guide plate 421, the tension is given to the left and right width to facilitate the assembly operation The tension groove 424 is shown.

Meanwhile, as shown in FIGS. 2 to 4B and FIGS. 8A and 8B, the release paper winding unit 200 is a release paper moved backward after the label 501 is separated from the label separator 400. 502) to automatically wind the site for the user to selectively remove as needed.

To this end, the release paper winding unit 200 has a structure in which the rotating shaft 230 whose shaft diameter is changed in a one-touch manner is easily assembled so that the wound release paper 502 can be easily removed. That is, the rotation shaft 230 winding the release paper 502 serves to wind the release paper 502 while rotating in association with the second driven gear 168 that rotates in response to the driving force of the driving motor 130.

The rotating shaft 230 according to the present invention is a shaft that can be deformed into a variety of structures, taking a structure in which the shaft diameter is variable so that the release paper 502 can be easily removed from the rotating shaft 230 while the release paper 502 is wound. have.

For example, the diameter of the rotation shaft 230 should be maintained while the release paper 502 is wound, but the diameter of the release paper 502 wound in the process of winding the release paper 502, even if the diameter of the rotation paper (502) It is possible to be wound in a state in which the entire diameter of the release paper 502 is constantly maintained about the diameter of 230. However, when the release paper 502 is wound on the rotary shaft 230 to a desired size, and the diameter of both ends of the rotary shaft 230 is the same when the release paper 502 is removed from the rotary shaft 230, the rotary shaft 230 Since the release paper 502 is in close contact with the entire surface of the), the release paper 502 does not easily fall on the rotary shaft 230.

As a basic solution to easily remove the release paper 502 to the rotary shaft 230 to improve this problem, in the present invention, the diameter of both ends of the rotary shaft 230 is to be varied with each other, an embodiment thereof is shown in FIG. 8a and 8b.

That is, as shown in the figure, the rotary shaft 230 is a lower end case 232 and the lower case 232 so as to have a structure that is fixed to one end of the lower case 232 and the other end is movable up and down The upper case 231 can be inserted into the lower case 232 in a shape corresponding to the upper case 232.

As described above, as shown in FIGS. 8A and 8B, the rotating shaft 230 has a variable structure in which one end of the upper and lower cases 231 and 232 moves up and down while the rotary shaft 230 is formed of the upper and lower cases 231 and 232. The diameter of both ends of the) is varied so that the release paper 502 wound on the rotary shaft 230 can be easily taken out.

The lower case 232 and the upper case 231, which are one end of the rotation shaft 230, are fastened and fixed to the second driven gear 168 associated with the brake driving unit 250. The flange rotating plate 252 is assembled, and the other end of the rotating shaft 230 is provided with a through hole in the center and the auxiliary block 233 having a plurality of rollers arranged up and down inside the pin is coupled, in this state The rotary shaft 230 is connected to the handle lever shaft 210 connected through the first through hole 225 of the movable support 220 to be assembled through the second through hole 224 of the movable support 220. .

The handle lever shaft 210 is composed of a handle 214, a spring 211 inserted into the handle 214, and a lever shaft 212 that can move left and right by receiving the elasticity of the spring 211, The handle lever shaft 210 is fixed in a state in which the bolt 213 is fixed through the first through hole 225 of the moving support 220, so that the user grasps the handle 214 in one direction (right direction in the drawing). The lever shaft 212 compresses the spring 211 and is movable in the right direction when the user pulls it. It is supposed to be.

At this time, the right side of the second through hole 224 of the moving support 220 is assembled with a round plate washer 221 of the round shape to guide the rotating shaft 230 when the moving support 220 moves in the left and right directions, A circular auxiliary piece 222 which is integrally assembled to the plate washer 221 and inserted into the second through hole 224 is assembled to the plate washer 221. The central portion is provided with a through hole in the same shape as the cross-sectional shape of the rotary shaft 230 has a structure that can guide the rotary shaft 230 when the moving support 220 is moved left and right through the through hole.

In addition, on the upper and lower inner circumferential surfaces of the through-holes formed in the plate washer 221, a plurality of locking jaws are formed to face each other, and the locking jaws are inserted and connected to the rotary shaft 230 in a process of removing the release paper 502 described later. The end of the release paper 502 serves to pull.

As shown in FIGS. 8A and 8B, the movable support 220 may stably support both end portions of the rotation shaft 230 while the release paper 502 is wound on the rotation shaft 230. This serves to assist the smooth rotation, and to remove the release paper 502 wound on the rotating shaft 230, as shown in Figure 8b the moving support 220 in one direction (right side in the drawing Direction) to release the release paper 502 wound on the rotary shaft 230 from the rotary shaft 230.

In this case, the process of easily removing the release paper 502 wound on the rotary shaft 230 through the movement of the movable support 220 will be described in more detail, as shown in FIGS. 8A and 8B and described above, One end of the 230 is fastened and fixed with the flange rotating plate 252 and the upper and lower cases 231 and 232 are fixed to each other, the other end of the rotary shaft 230 provided with the auxiliary block 233 is the upper case 231 The lower case 232 has a structure capable of moving up and down, the rotary shaft 230 is the first through hole 225 of the moving support 220 through the second through hole 224 of the moving support 220 When connected through the lever shaft 212 and the auxiliary block 233 of the handle lever shaft 210 assembled through the one end of the upper case 231, the auxiliary block 233 is located upwards from the lower case 232 Protruding, the cross-sectional height of the protruding rotation axis 230 is both ends The same allows the release paper 502 to be wound on the rotating shaft 230 to the same diameter.

On the other hand, when the release paper 502 is wound to the desired size on the rotary shaft 230 as described above when the user wants to remove the release paper 502 from the rotary shaft 230, the moving support 220 in the right direction The release paper 502 is separated from the rotating shaft 230 by moving to.

That is, as shown in FIG. 8B, when the user pulls the handle 214 of the handle lever shaft 210 fastened to the first through hole 225 of the movable support 220 and pulls to the right, the movement The support 220 moves to the right along the guide rail 240 and the rotary shaft 230 to pull the release paper 502 wound on the rotary shaft to the right.

At this time, as shown in Figure 8b, when the user pulls the handle lever shaft 210 in the process of pulling out the moving support 220 in the right direction from the rotary shaft 230, the lever shaft 212 is As the length of the spring 211 is changed while the lever shaft 212 is separated from the auxiliary block 233, the upper case 231 protruding from the lower case 232 enters the lower case 232. Accordingly, the cross-sectional height (diameter) gradually decreases from the initial state in the right direction of the rotation shaft 230 in the drawing. Accordingly, a part of the center diameter of the release paper 502 that is in close contact with the surface of the rotary shaft 230 is easily pushed out in the right direction while falling off the surface of the rotary shaft 230.

On the other hand, in the present invention, as described above, the rotary shaft 230 is integral with the second driven gear 168 and the flange rotating plate 252 in a state in which the driving force of the driving motor 130 is transmitted from the second driven gear 168. When the release paper 502 is wound while being engaged with and rotated, the release paper 502 is continuously wound on the rotation shaft 230 as the label paper 500 is transferred, and the release paper is wound on the rotation shaft 230. As the outer diameter of the 502 becomes larger, the conveying speed of the release paper 502 becomes faster, so that the second driven gear 168 connected to the rotating shaft 230 so that the conveying speed of the release paper 502 on the rotating shaft 230 is automatically adjusted. The brake moving part 250 is placed on the side to allow slippage to be prevented from breaking of the release paper 502 according to the speed difference.

That is, as shown in FIG. 3, the brake moving part 250 includes a plurality of flat washers 251 which are assembled and fixed to both sides of the second driven gear 168 and the flange rotating plate 252, respectively. A circular friction washer 253 is inserted into the left side (on the drawing) of the second driven gear 168 and assembled to the outer surface of the friction washer 253 and the compression washer is changed according to the pressing force. 253 is composed of a tightening fixing plate 254, and a plurality of grooves 255 are formed on the circumferential surface of the tightening fixing plate 254, and is selectively fitted and fixed to the grooves 255 A variable stopper 260 is provided to limit the rotation of the fixed plate 254.

The variable stopper 260 is fastened and assembled on one side of the rear inner circumferential surface of the exterior cover 110, and is tightened and assembled on the second driven gear 168 provided on one side of the rear outer circumferential surface of the support body 112. It has an arrangement structure that can be selectively coupled with the groove 255 of the.

The brake driving unit 250 configured as described above is configured to appropriately adjust the slip phenomenon of the rotation shaft 230 in a brake manner as illustrated in FIGS. 9A and 9B.

That is, when the user wants to adjust the proper slip shape on the rotating shaft 230, the user fixes the tightening fixing plate 254 in a state where the user inserts the pressure stopper 260 into the recess 255 of the tightening fixing plate 254 in the initial setting process. When the rotating shaft 230 is rotated in a desired direction (clockwise or counterclockwise) in the fixed state, the pressing force of the friction washer 253 inserted between the tightening plate 254 and the second driven gear 168 is It will change in the desired direction.

The change in the pressing force of the friction washer 253 is represented by a change in the fastening force of the second driven gear 168 and the flange rotating plate 252, which results in the rotary shaft 230 is fastened and assembled with the second driven gear 168 Or the slipping of the rotating shaft 230 is appropriately adjusted in the direction desired by the user while appearing in the form of tightly assembled.

Of course, the adjustment of the slip phenomenon occurring in the rotating shaft 230 as described above is learned through experience in a user's repetitive work process, and is not numerically standardized or dataized from the beginning.

And, as shown in Figure 3 and Figure 4b, by detecting the outer diameter size of the release paper 502 wound on one side of the rear side of the support body 112 is a predetermined size automatically when the separation point of the release paper 502 The contact detecting means 270 is provided.

That is, since the release paper 502 is wound around the release paper winding unit 200 disposed behind the support body 112, the space size is limited in the process of increasing the outer diameter, and the release paper 502 has a predetermined size. It is preferable to configure the user to separate the release paper 502 by automatically stopping driving when winding up.

To this end, when the release paper 502 shown in dotted lines in FIG. 4B is maximally wound, the user automatically grasps the release paper 502 so that the release paper 502 is stopped while the release paper 502 is no longer wound. To be separated and removed from the rotary shaft 230, the contact detecting means 270 is provided to detect the size of the outer diameter of the release paper 502.

In the preferred embodiment, the contact detecting means 270 is contacted with the outermost outer circumferential surface of the release paper 502 and is pressed as the outer diameter (or diameter) increases, so that both ends thereof are displaced in the form of a seesaw based on a fixed center point. The contact lever 271 and the optical sensor 272 for detecting the movement of one end of the contact lever 271.

At this time, the center point for fixing the contact lever 271 is provided with a torsion spring for providing an elastic force in accordance with the seesaw movement of the contact lever 271, the optical sensor 272 is the diameter of the wound release paper 502 (or Outer diameter) When the size is maximized, one end of the contact lever 271 pressed by the release paper 502 is sensed so that the release paper 502 is wound further to send a drive stop signal to the microcomputer so that the diameter does not increase. .

When the work of winding the release paper 502 is stopped according to the signal of the optical sensor 272, the user grasps the release paper 502 and removes the release paper 502 from the rotating shaft 230.

In the above, the present invention has been described with reference to the embodiments shown in the drawings, but this is merely exemplary, and various modifications and equivalent other embodiments are possible to those skilled in the art. I will understand the point.

Therefore, the true technical protection scope of the present invention will be defined by the claims.

100: main body 110, 111: exterior cover
112, 113: support body 114: bottom cover
115: razor insertion groove 120: uneven roller for transfer of release paper
130: drive motor 140: display unit
150: encoder detector 160: gears
161: drive gear 165: first driven gear
168: second driven gear 180: position detection sensor
200: release paper winding 210: handle lever shaft
220: moving support 230: rotating shaft
240: guide rail 250: brake moving part
260: pressure stopper 300: label paper mounting portion
310: guide plate 311: fixed wing
312, 313: Rotating wing 314: Width adjusting screw shaft
315: width control lever 316: angle control plate
320: auxiliary support 400: label separation unit
401: label separation blade portion 410: pressing piece tension adjusting means
411: guide body 412: push button
413: stopper 414: tension spring
416: tension adjusting screw 417: rotating body
418: push piece 119: fixed stopper
420: label inflow blocking means 421: label inflow blocking guide plate
422 hinge 500 label
501: label 502: release paper

Claims (13)

After the label 501 is automatically rolled off from the release paper 502 in the roll tape-type label paper 500 wound and bonded to the release paper 502, the release paper 502 may be removed by winding it in a separate position. Automatic label dispenser configured to
A drive motor 130 driven by an electric drive signal, gears 160 arranged to transmit the driving force of the drive motor 130 in two directions, and gears coupled to the front of the gears 160 to the front; A main body 100 having a plurality of release paper transfer uneven rollers 120 driven therein and driven by a driving force of some gears;
A label paper mounting unit 300 capable of mounting a label paper 500 provided on one side of an upper surface of the main body 100;
After separating the label 501 from the release paper 502 through the label separation blade 401 disposed on the path to move the label 500 is supplied from the label mounting portion 300, the release paper 502 is a separate A label separator 400 guiding to move to a position;
Position detection disposed near the label separation blade 401 to detect whether the label 501 separated from the label separation unit 400 has reached a predetermined initial position to control whether the driving motor 130 is driven. A sensor 180;
Part of the moving path of the release paper 502, the label 501 is separated from the label separating unit 400 to transfer the driving force of the drive motor 130 through the plurality of release paper transfer uneven rollers 120 toward the rear Release paper winding unit 200 is provided to wind the release paper 502 while the rotary shaft 230 is rotated as the rotary shaft 230 is driven through the gear coupling of the gear;
On the one side of the main body 100 to control the driving of the driving motor 130 through the detection signal transmitted from the position sensor 180, and to set each control value required for the label 501 separation operation. And a display unit (140) having a printed circuit board (141) provided with a placed microcomputer. The method of claim 1,
The main body 100, the left and right outer surfaces of the support body (112, 113) and the drive motor 130 and the plurality of release paper transfer uneven rollers 120 are mounted therein and are opposed to the left and right engagement therein. Automatic label separator, characterized in that consisting of a cover to cover the bottom cover 110, 111 and the bottom surface of the support body (112, 113) and the outer cover (110, 111) to form the exterior. The method according to claim 1 or 2,
Automatic label separator, characterized in that the auxiliary cover 121 is opened and closed on the upper surface of the release paper transfer irregularities roller 120. The method of claim 1,
An adjustment lever 181 connected to the position detection sensor 180 is disposed on one side of the position detection sensor 180, and the vertical position tilt of the position detection sensor 180 is finely adjusted as the user adjusts the adjustment lever 181. Automatic label separator, characterized in that adjustable. The method of claim 1,
At the position close to the rear upper side of the label separation blade 401, a pressing piece 418 is provided to press the label 500 moving surface without lifting, and the pressing piece is provided so that the user can adjust the height gap of the pressing piece 418. Automatic label separator, characterized in that it is provided with a pressing piece tension control means 410 that is finely adjusted in tension with the tension spring 414 in connection with (418). The method of claim 5,
The pressing piece tension adjusting means 410, the pressing piece 418 is inserted and assembled, the rotating body 417 is rotated by a predetermined angle in accordance with the gap control of the pressing piece 418 by the user, and the rotating body A guide body 411 having a grid structure having an upper and lower lattice structure relative to the pivot point 419 so as to be connected to the pivot point 419 at one end thereof to control the rotation of the rotating body 417, and the guide body. A push button 412 which is fixed to the upper end surface of one side of the upper side 411 to rotate the guide body 411 around the pivoting point 419 according to the user's one-touch push operation. ), And a hook-type stopper 413 installed through a spring that is hooked or released in a one-touch manner to a hook structure provided at the end of the push button 412, and a lower side of the guide body 411. A fixed tension spring 414 connected to an end surface and the tension The connection link 415 is arranged to be moved left and right in the link receiving portion 118 provided on the main body 100 to adjust the tension of the spring 414 and one end is connected to the tension spring 414 and a thread is formed therein. ) And by pulling or pushing the connection link 415 in accordance with the adjustment of the screw length by the user in a state in which the left and right movements of the body coupled to the thread of the connection link 415 in the link receiving portion 118 are fixed and fixed. Automatic label separator, characterized in that consisting of a tension adjusting screw (416) for adjusting the tension of the tension spring (414). The method of claim 1,
The label mounting portion 300 is provided with a guide plate 310 having a plurality of rotating blades (312, 313) and fixed wings (311) are adjusted at various angles to support and secure the side of the label 500 of various standards, The guide plate 310 is assembled to the label mounting portion 300 by a width adjusting screw shaft 314 having a structure in which the left and right threads are opposed to each other in a direction opposite to the center point, and the width adjusting screw shaft 314 Automatic label separator, characterized in that the user is configured to adjust the left and right width position of the guide plate 310 through the width adjustment screw shaft 314 as the width adjustment lever 315 that can be held and rotated on one side. The method of claim 1,
The razor insertion groove 115 is formed on one side of the outer circumferential surface of the main body 100, and the razor insertion groove 115 has a razor 116 which is provided by the user. The method of claim 1,
The rotary shaft 230 is hinged to one end of the lower case 232, one end of which is fitted to the flange rotating plate 252, the lower case 232 and the other end is inserted into the lower case 232 to the center of the hinge The upper case 231 is rotated up and down, and the upper and lower cases (231,232) is inserted between the inner peripheral surface of the free end is provided with a through hole in the center of the pin coupled to the auxiliary having a plurality of rollers arranged up and down corresponding to each other inside Block 233,
One end of the rotating shaft 230, the flange rotating plate 252 is fitted into engagement with the second driven gear 168 of the gears 160 that rotates in response to the driving force of the drive motor 130 as the rotary shaft ( 230) is rotatable,
The rotating shaft 230 is assembled through the second through-hole 224 of the movable support 220 of the Di-shaped structure that can move left and right along the guide rail 240 formed on the bottom surface of the main body 100 and the moving support Automatic label, characterized in that the lever shaft 212 of the handle lever shaft 210 connected through the first through hole 225 of 220 is connected and supported as being fitted in the through hole of the auxiliary block 233. Separator. 10. The method of claim 9,
The rotary shaft 230 is provided with a brake moving unit 250 that automatically adjusts the feed rate of the release paper 502,
The brake moving part 250 is fastened and assembled to the outer peripheral surface of the second driven gear 168 engaged with the flange rotating plate 252 while being provided with a plurality of grooves 255 on the circumferential surface of the circular fastening plate 254. And, it is inserted between the fastening plate 254 and the second driven gear 168 is composed of a circular friction washer 253, the pressing force changes according to the force that the user presses the rotary shaft 230,
Automatic label separator, characterized in that the variable stopper 260 is selectively fitted to the groove 255 formed on the tightening fixing plate 254 to limit the rotation of the tightening fixing plate 254. The method of claim 1,
Automatic label separator, characterized in that the contact detecting means for detecting the outer diameter size of the release paper 502 wound on one side of the main body 100 to automatically notify the separation point when the predetermined size is provided. 6. The method according to claim 1 or 5,
Under the label separation blade unit 401, the label inlet blocking means 420 is provided to block the bottom space of the label separation blade unit 401 into a gap space through which only the release paper 502 can pass. Label separator. The method of claim 12,
The label inflow blocking means 420,
The label inlet blocking guide plate 421 and the label inlet blocking guide plate 421 assembled on the inner circumferential surface of the main body 100 to be rotatable on the inner circumferential surface of the label separation blade portion are fixed to the left and right sides of the label inlet blocking guide plate 421. Automatic label separator, characterized in that consisting of a fixed stopper (119) integrally formed to protrude on the inner peripheral surface of the main body having a groove structure for supporting and fixing in position.

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