KR101518012B1 - Label manufacturing unit - Google Patents

Abstract

The present invention relates to a label manufacturing apparatus, and more specifically, to a label manufacturing apparatus which unwinds a target engraving plate wound in a reel shape to engrave a label content on the plate to form recesses or protrusions showing the label content and cut the engraved plate into labels of a fixed length to store a fixed number of labels in a carrier, thereby improving convenience and work efficiency and allowing mass production. The label manufacturing apparatus according to the present invention engraves a label content on the target engraving plate by using an engraving means according to input information entered on a pre-configured program. The label manufacturing apparatus comprises: a main body having transport wheels mounted on a lower surface thereof; a control means installed on the main body and provided with an input member for inputting a program and a storage member to store the program; a display means to display the program; a target engraving plate supply means to wind and unwind the target engraving plate in a reel shape to supply the target engraving plate; a target engraving plate processing means to flatten and transport the target engraving plate wound in a reel shape; a target engraving plate fixing means to fix the target engraving plate for engraving; an engraving means to engrave the label content on the target engraving plate by using the program; a guide means to supply and guide the engraved target engraving plate to a cutting means; the cutting means to cut the engraved target engraving plate; and a carrier means to store and transport a fixed number of cut pieces of the target engraving plate.

Description

[0001] The present invention relates to a label manufacturing unit,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a label manufacturing apparatus, and more particularly, to a label manufacturing apparatus that is provided with a reel-shaped plate to be unrolled and fed to an engraved or embossed angle, cut to a predetermined size, And more particularly, to a label manufacturing apparatus capable of improving productivity and mass productivity.

In general, stock parts or parts used for automobiles, airplanes, ships, and the like are tagged with production date, manufacturer or serial number engraved tag plate for efficient management of the part or part. The tag plate is a kind of tag that contains the history of the part or part and is removed when assembled.

The embossing method is applied to the tag plate by stamping the history or information of the object. The steering angle is to engrave a desired letter or number on a metal tag plate. However, the former type of steering is mostly manual type. That is, a punch with a letter or number stamped on its bottom surface is hammered with a hammer to form a letter or number on a metal plate for a tag plate.

However, the above-described conventional manual steering method is very inefficient and takes a long time to work, resulting in low productivity and a risk of frequent errors or safety accidents due to repeated operations.

When the data related to the shape to be embroidered in the preset program such as Korean Patent Publication No. 2007-112969 and Korean Patent No. 740868 is inputted in order to solve the above-mentioned conventional problem, the control unit controls the step motor of the moving plate, The step motor and the angle of inclination of the angle portion are controlled so that the to-be-molded plate fixed on the seat plate can be angled to a desired angle.

Korean Unexamined Patent Publication No. 2007-112969 and Korean Patent No. 740868 disclose a method in which a sheet is fed into a sheet, and then the sheet is fed after the sheet is fed. The sheet is fed by the operator, The work efficiency is reduced by discharging the to-be-molded plate, and the worker is easily fatigued due to the simple repetitive work, and it is troublesome to cut the work to a certain size before supplying the to-be-molded plate.

Korean Patent Publication No. 2007-112969. Korean Patent No. 740868. Korean Patent No. 1313252.

SUMMARY OF THE INVENTION The present invention has been accomplished in view of the above-mentioned problems, and it is an object of the present invention to provide a method for manufacturing a flat- And to provide a label manufacturing apparatus which is improved in convenience and operational efficiency to be stored and can be mass-produced.

The above object of the present invention can be also achieved by a label manufacturing apparatus for inputting information to be laid out by a preset program and operating the embossing means according to the inputted information to obtain a to-be-molded plate, Wow; Control means comprising an input member for inputting a program and a storage member for storing an input program provided in the main body; Display means for confirming an input program; A reel-shaped plate-shaped plate feeding means for feeding the plate-shaped plate while winding and unwinding the plate-shaped plate; Shaped plate processing means for horizontally extending and simultaneously moving the to-be-wound plate wound in the reel shape; A to-be-molded plate fixing means for temporarily fixing the to-be-molded plate at the time of rubbing; An embossing means for embossing the fixed plate by an input program; Guiding means for supplying and guiding the embossed formed plate to a cutting means; A cutting means for cutting the embossed formed sheet; And a carrier means for storing and transporting the cut molded plate in a predetermined number of divided portions.

The forming plate processing means includes a lower roller rotatably installed in a housing fixed to the main body, an upper roller provided adjacent to an upper end of the lower roller, a moving plate on which the upper roller is extended, and a moving plate on which the upper roller is installed, And an elastic spring for elastically supporting the movement plate and the moving plate.

And a width guide portion capable of adjusting the interval according to the width (width) of the to-be-molded plate is further attached to the front end portion of the housing.

The width guide part is formed at both sides of the connection part provided in the housing with a width adjusting hole and the roller is rotatably supported by the width adjusting hole.

A pressurizing cylinder is provided at the lower end of the bed fixedly mounted on the upper surface of the main body, a pressurizing head is provided in the piston of the pressurizing cylinder inserted through the lower portion of the bed and inserted into the installation hole, And a guide holder is installed on both sides of the installation hole on the upper surface of the bed.

The guide means includes a sag preventing unit for preventing sagging of the to-be-molded plate, a plate-shaped plate-shaped plate-moving cylinder, a fixed holder plate spaced apart from the upper portion of the plate-shaped moving cylinder by a spring, A movable holder member installed at the rod end to move the to-be-molded plate to the cutting means side, and one end of the movable holder member is attached to both sides of the to-be-molded plate moving cylinder and is inserted into a slide groove formed in a side surface of the movable holder member, And a movable holder plate formed with a plurality of engaging holes to be engaged with the anti-sagging portion provided with an idling roller.

The sag preventing unit is provided with a roller rotatably mounted on a bracket integrally formed with the fixed body.

The sag preventing unit is further provided with a flow preventing member for preventing lateral movement and shaking of the to-be-molded plate.

The movable holder member is formed to have a slide groove formed in a side surface thereof and using a solenoid provided with a sensor to pull the movable holder plate downward and to return to its original position by a spring provided on the guide rod when the magnetic force is released, The label manufacturing apparatus according to claim 1,

The cutting means includes a lower mold fixedly installed in the main body and having a cutting hole, a upper mold having a blade for cutting a to-be-molded plate placed on the cutting hole while being inserted into the cutting hole, and a cylinder member The label manufacturing apparatus according to claim 1,

The carrier means includes a carrier frame body having a plurality of accommodating spaces divided at regular intervals by the partition walls, a bottom frame having a hooking portion, a movement stopper for moving the carrier frame body mounted on the main body, and a hinge And a cylinder member to which the movement stopper is connected.

The moving stopper maintains the vertical state when the cylinder member is stretched and is rotated by the engaging portion provided on the bottom surface of the carrier frame body when the cylinder member is folded.

The present invention as described above improves the convenience and operational efficiency of storing a certain number of sheets in a carrier after cutting a plate to be formed in a negative angle or embossed shape to a predetermined size by supplying the plate to which the reel- It is a useful invention with advantages such as mass production.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1A is a front view showing a structure of a label manufacturing apparatus to which the technique of the present invention is applied. FIG.
1B is a plan view showing a structure of a label manufacturing apparatus to which the technique of the present invention is applied.
FIG. 2A is a perspective view showing a structure of a molding machine as a main part of the present invention; FIG.
FIG. 2B is a cross-sectional view showing the structure of a molding machine as a main part of the present invention; FIG.
Fig. 3A is a perspective view showing the installation structure of the plate-shaped plate fastening means and the embossing means which are the main parts of the present invention; Fig.
FIG. 3B is a side view showing the installation structure of the plate-shaped plate fastening means and the embossing means which are the main parts of the present invention; FIG.
4A is a perspective view showing a structure of a guide means which is a substantial part of the present invention.
FIG. 4B is a sectional view showing the structure of the guiding means which is a substantial part of the present invention. FIG.
FIG. 5A is a perspective view showing the structure of a cutting means which is a substantial part of the present invention. FIG.
FIG. 5B is a cross-sectional view showing the structure of a cutting means which is a substantial part of the present invention. FIG.
6A is a perspective view showing a structure of a carrier means which is a substantial part of the present invention.
6B is a perspective view showing a structure of a carrier means which is a main part of the present invention.
6C is a cross-sectional view showing a structure of a carrier means which is a substantial part of the present invention.

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

1B is a plan view showing a structure of a label manufacturing apparatus to which the technology of the present invention is applied. FIG. 1B is a plan view showing a structure of a label manufacturing apparatus to which the technology of the present invention is applied. The input program 11 is stored in the storage member 12 and the input member 11 and the storage member 12 are connected to each other via the input member 11, A display means 13 for confirming an input program is connected to the control means 10 and a moving wheel 21 is installed on the main body 20 attached to the bottom surface thereof.

A reel-shaped plate feeding means 30 for feeding the to-be-molded plate T while winding the to-be-molded plate T away from the main body 20 by a predetermined distance is provided, (40) for horizontally expanding and simultaneously moving the to-be-molded plate (T) wound in the form of a reel at the top of the to-be-molded plate (T) (60) for moving the fixed plate (T) by an input program, guiding means (70) for guiding the movable plate (T) And a carrier means 90 for storing and moving the cutting means 80 for cutting the to-be-machined plate T and the cut-formed plate T by a certain number of times.

The plate forming means 40 includes a lower roller 42 and a lower roller 42 rotatably mounted on a housing 41 fixed to the main body 20 as shown in FIGS. 2A and 2B. A moving plate 44 having an upper roller 43 and an upper roller 43 provided adjacent to an upper end of the upper roller 43 and a moving controller 45 for moving the moving plate 44, And an elastic spring 46 for elastically supporting the moving plate 44. A guide hole is formed in the moving plate 44 and is moved up and down along a guide rod connected to the housing 41 through the guide hole.

At this time, the movement adjusting unit 45 presses the moving plate 44 supported by the elastic force of the elastic spring 46 or releases the pressing force to adjust the gap between the lower roller 42 and the upper roller 43.

The upper rollers 43 and the lower rollers 42 have the effect of spreading the deformed plate T while straightening the wound platelets T in a horizontal direction. In addition, it is also possible to prevent lifting of the inserted molded plate T.

The width guide part 47 may be further provided at the front end of the housing 41 so that the width of the width guide part 47 can be adjusted according to the width of the plate T, A width adjusting hole 41b is formed on both sides of the connecting portion 41a of the housing 41 and a roller 47a is rotatably supported by the width adjusting hole 41b.

On the other hand, as shown in FIGS. 3A and 3B, the installation structure of the plate-shaped plate fixing means 50 and the turning means 60 is such that a pressing cylinder is provided at the lower end of the bed 51 fixed to the upper surface of the main body 20 A pressing head is provided in the piston of the pressurizing cylinder inserted through the lower portion of the bed 51 and inserted into the mounting hole 52. A pressing head is provided on the upper portion of the mounting hole 52, The upper portion of the plate 51 is provided with a pressing pad 55 and a guide holder 56 is provided on the upper surface of the lower plate 51 on both sides with respect to the mounting hole 52, A means (60) is connected to the control means (10).

The guiding means 70 for feeding and guiding the embossed plate T to the cutting means 80 has a sag preventing the sagging of the plate T as shown in Figs. 4A and 4B Shaped plate moving cylinder 72 connected to the preventing portion 71 and a separate air supply device not shown in the figure and a fixed holder plate 72 spaced apart from the upper portion of the plate moving cylinder 72 by a spring, A movement holder member 74 for moving the to-be-molded plate T provided at the end of the piston rod 72-1 of the to-be-molded plate moving cylinder 72 toward the cutting means 80, A roller 71-1 having one end attached to both sides of the formed plate moving cylinder 72 and fitted in the slide groove 74-1 formed on the side of the movable holder member 74 and idling at the opposite end, And a plurality of engagement holes, which are engaged with the installed anti-sag prevention part 71, A binary structure.

The slack prevention unit 71 is configured such that a roller 71-1 is rotatably installed on a bracket 71-3 formed integrally with the fixed body 71-2. A flow preventing member 71-4 for preventing the left and right movement and shake of the molded plate T may be additionally provided. The flow preventive member 71-4 is composed of two rollers for moving along the guide groove 71-5 formed in the fixed body 71-2.

The movable holder member 74 is provided with a slide groove 74-1 formed on the side and uses the solenoid 74-3 provided with the sensor 74-2 to pull the movable holder plate 75 downward When the magnetic force is released, the movable holder plate 75 is restored to its original position by a spring provided on the guide rod 74-6. The movable holder plate 75 is vertically moved along the guide rod 74-6.

The cutting means 80 includes a lower mold 81 fixed to the main body 20 and having a cutting hole 81a as shown in FIGS. 5A and 5B and inserted into the cutting hole 81a, A top mold 83 provided with a blade 82 for cutting a to-be-molded plate T placed on a cutting hole 81a and a cylinder member 84 moving up and down to press the top mold 83 .

6A and 6C, the carrier means 90 includes a plurality of accommodation spaces 91a divided at regular intervals by partition walls, and a carrier frame body 91 having a latching portion 91b at the bottom thereof. A moving stopper 92 for moving the carrier frame 91 mounted on the main body 20 and a cylinder member 93 for connecting the moving stopper 92 to be hinged to one end of the piston rod And the movable stopper 92 has a structure in which when the cylinder member 93 is elongated, it is maintained in a vertical state, and when the cylinder member 93 is folded, the movable stopper 92 is installed to be rotatable by the engagement portion 91b provided on the bottom surface of the carrier frame body 91 .

The operation of the present invention as described above is such that the content stored in the storage member 12 and input by the input member 11 is input to the display means 12 via the input means 11 of the control means 10, 13).

After the control means 10 is operated, the end of the to-be-molded plate T, which is wound around the to-be-molded plate supplying means 30 as shown in FIG. 1A, Passes between the upper roller 43 and the lower roller 42 of the to-be-molded plate fixing means 50 and is inserted between the pressing pad 55 of the plate-to-plate fixing means 50 and the guide holder 56, do.

When the installation of the plate T is completed as described above, the movement plate 44, which is supported by the elastic force of the elastic spring 46 using the movement control unit 45, And the gap between the lower roller 42 and the upper roller 43 is adjusted by pressing or releasing the pressing force.

The upper rollers 43 and the lower rollers 42 whose intervals are adjusted by the movement adjusting unit 45 have the following roles. The lower roller 42 rotatably mounted on the housing 41 supports the workpiece T to be fed and is supported by an upper roller 41 which is supported on a moving plate 44 supported by the elastic force of the elastic spring 46 43 can be moved in accordance with the thickness of the supplied plate T to be supplied.

When the presser is pressed by using the upper roller 41 which can move up and down, the deformed plate T is straightened and the flatness of the plate T to be spread is maintained, So that it can be supplied to the plate-shaped plate T as shown in FIG.

Since the sheet can be supplied while being shaken to the left and right between the rollers at the time of supply of the plate T inserted between the upper roller 43 and the lower roller 42, Is prevented by a width guide portion (47) capable of adjusting the gap according to the width (width) of the forming plate (T).

The width of the width guide part 47 may be adjusted by providing a width adjusting hole 41b on both sides of the connection part 41a of the housing 41 and a width guide part 47 Since the roller is rotatably supported, the position of the roller 47a is adjusted in the width adjusting through hole 41b to adjust the gap.

On the other hand, the to-be-molded plate T that has passed through the to-be-molded plate processing means 40 is inclined at an embossed or embossed content programmed by the embossing means 60. The fixation of the die plate T of the die of the embossing means 60 is temporarily fixed by the die plate fixing means 50 as shown in FIG.

The operation of the to-be-molded plate fixing means 50 is carried out when a pressurizing cylinder provided at the lower end of the bed 51 receiving the signal from the control means 10 is operated to move the pressurizing head inserted in the installation hole 52 upward The pressing pad 55 for supporting the to-be-molded plate T installed at the step on the upper portion of the mounting hole 52 is raised upward.

At this time, since the to-be-molded plate T passes through the pressing pad 55, the to-be-molded plate T is finely lifted, and at the same time, the to-be-molded plate T is held by the guide holder 56 provided on both sides of the pressing pad 55 T are stuck to both sides.

The plate T passing through between the pressing pad 55 and the guide holder 56 is fixed and the contents programmed by the turning means 60 located at the upper portion of the plate T at this time The embossing means 60 is a general means, and a description of its operation will be omitted.

On the other hand, when the steering angle by the steering means 60 is completed, the pressing cylinder is actuated to fold the developed piston rod, the pressure head installed at the end of the piston rod is moved downward, and at the same time, the pressure that presses the pressing pad 55 The press pad 55 and the guide holder 56 are separated from each other and the plate T held by the plate can be freely moved.

On the other hand, the to-be-molded plate T which has been completely turned is moved by the guide means 70 for supplying and guiding to the cutting means 80. The operation of the guide means 70 is performed such that the plate-shaped plate moving cylinder 72 is operated as shown in FIG. 4B to move the movable holder member 74 provided at the end of the piston rod toward the plate-shaped plate fixing means 50 .

At this time, since the movable holder member 74 is in a state in which the movable holder plate 75 is moved upward along the guide rod 74-6 by the solenoid 74-3, While being prevented from flowing along the movement holder plate 75 inserted into the slide groove 74-1 formed in the first holder 74-1. The moving distance is limited by the sensor 74-2.

On the other hand, when the movement holder member 74 is moved toward the plate-to-plate fixing means 40, the solenoid 74-3 is operated to move the movable holder member 74 are pulled out to hold the to-be-molded plate T.

When the unshaped plate moving cylinder 72 is operated again in the state of holding the to-be-molded plate T and the unfolded piston rod is folded, the movable holder member 74 provided at the end is pulled toward the cutting means 80 . When the movable holder member 74 is moved in a state holding the to-be-molded plate T, the supply interval and the supply time of the to-be-molded plate T substantially become.

At this time, the rollers of the deflection preventing portion 71 are prevented from sagging because the rollers T are stuck on the rollers. Preferably, when the rollers T are pulled out, they can be shaken from side to side, The movement preventing and shaking of the to-be-molded plate T is prevented by the flow preventing member 71-4 having the same effect as that of the flow preventing member 71-47.

Since the flow preventive member 71-4 is an idle roller, interference does not occur when the to-be-molded plate 71-4 is moved, and the operation length of the to-be- The formed plate 71-4 is moved to the cutting means 80 and cut by the cutting means 80 at an interval from the contents.

The operation of the cutting means 80 is performed such that when the cylinder member 84 operates to move the upper die 83 provided with the blade 82 downward as shown in FIG. The to-be-machined plate T is cut while being inserted into the cutting hole 81a formed in the metal mold 81. [

The cut workpieces T are discharged through the cut holes 81a and the pressed upper die 83 is moved to the upper side while the cutting means 80 and the turning means 60 are simultaneously operated After completion of the cutting means 80 and the embossing means 60, the plate-shaped plate moving cylinder 72 is actuated to move the plate 81a toward the cutting means 80.

The cut molded plate 81a is stored in the carrier means 90 in a predetermined quantity while being discharged. 6 (c), a predetermined amount of the carrier unit 90 is loaded in the receiving space 91a of the carrier frame 91 divided by the partition wall, and a predetermined amount of the to-be-molded plate 81a The cylinder member 93 is actuated to push the piston rod, and the movable stopper is also moved, thereby moving the carrier frame hanging on the movable stopper by a certain distance.

When the expanded piston rod is folded, a movable stopper 92 connected to the end of the piston rod in a hinged manner to rotate in one direction hinders the vertical movement of the cylinder member 93 when the expanded piston rod is folded, And can be restored to the initial position by being rotated by the engagement portion 91b provided on the bottom surface.

The present invention, which operates as described above, provides a convenient and convenient way to store a predetermined number of cuts of a to-be-molded plate, which has been wound in a reel- It is a useful invention with advantages such as improved working efficiency and mass production.

1: label manufacturing apparatus T:
20: main body 30: feed means
40: Plated sheet processing means 41: Housing
41a: connecting portion 41b: adjusting opening
42: lower roller 43: upper roller
45: movement adjusting part 46: elastic spring
47: width guide portion 47a:
50: Molded plate fixing means 71-1:
71-2: Fixed body 71-3: Bracket
72: moving cylinder 73: fixed holder plate
74: movable holder member 75: movable holder plate
81: lower mold 83: upper mold
84: cylinder member 90: carrier means
92: moving stopper 93: cylinder member

Claims (12)

A label manufacturing apparatus for inputting information to be embroidered by a preset program and operating the embossing means according to the inputted information,
A main body 20 to which a moving wheel is attached to the bottom;
A control means (10) installed in the main body and composed of an input member (11) for inputting a program and a storage member (12) for storing an input program;
Display means (13) for confirming an input program;
A to-be-coated plate feeding means (30) in the form of a reel in which a to-be-coated plate is wound;
(40) for horizontally extending and simultaneously moving the to-be-coated plate (T) wound in the reel shape;
A to-be-molded plate fixing means (50) for temporarily fixing the to-be-molded plate (T) at the time of rubbing;
An embossing means 60 for embossing the fixed to-be-molded plate T by an input program;
Guiding means (70) for feeding and guiding the embossed formed plate (T) to the cutting means (80);
Cutting means (80) for cutting the embossed formed sheet (T);
And a carrier means (90) for storing and moving the cut molded plate (T) in a predetermined number of divided portions,
The plate forming means 40 includes a lower roller 42 rotatably installed in a housing 41 fixed to the main body 20 and an upper roller 43 disposed adjacent to an upper end of the lower roller 42, A movement regulating portion 45 for vertically moving the moving plate 44 on which the upper roller 43 is installed and a moving plate 44 on which the upper roller 43 is housed and a movable plate 44, And a spring (46).
delete The method according to claim 1,
Wherein a width guide part (47) is provided at the front end of the housing (41) to adjust the gap according to the width (width) of the plate (T).
The method of claim 3,
The width guide part 47 has a width adjusting hole 41b formed on both sides of a connecting part 41a provided in the housing 41 and a roller 47a is rotatably supported by the width adjusting through hole 41b Characterized in that the label manufacturing apparatus comprises:
The method according to claim 1,
A pressurizing cylinder is provided at the lower end of a bed 51 fixedly mounted on the upper surface of the main body 20 of the molded plate fixing means 50 and a pressurizing cylinder is provided through the lower portion of the bed 51, A pressing pad 55 for supporting the to-be-molded plate T is provided at the upper end of the upper portion of the mounting hole 52. A pressing pad 55 is provided on both sides of the mounting hole 52, And a holder (56) is provided on the upper surface of the label holder.
The method according to claim 1,
The guide means 70 includes a sag preventing unit 71 for preventing sagging of the to-be-molded plate T, a plate-shaped to-be-machined plate moving cylinder 72, A movable holder member 74 for moving the to-be-molded plate T provided at the end of the piston rod of the to-be-molded plate moving cylinder 72 toward the cutting means, One end of which is attached to both sides of the plate moving cylinder 72 and is fitted into the slide groove 74-1 formed on the side surface of the moving holder member 74 while the other end of the roller 71-1 is idling, And a movable holder plate (75) formed with a plurality of engaging holes to be engaged with the engaging portions (71) at regular intervals.
The method according to claim 6,
Wherein the droop prevention part (71) is configured such that a roller (71-1) is rotatably installed on a bracket (71-3) formed integrally with the fixed body (71-2).
The method according to claim 6,
Wherein the slack preventing part (71) is further provided with a flow preventing member (71-4) for preventing lateral movement and shaking of the to-be-molded plate (T).
The method according to claim 6,
The movable holder member 74 is provided with a slide groove 74-1 formed on the side and uses the solenoid 74-3 provided with the sensor 74-2 to pull the movable holder plate 75 downward And when the magnetic force is released, the magnetic force is restored to the original position by a spring provided on the guide bar (74-6).
The method according to claim 1,
The cutting means 80 includes a lower die 81 fixed to the main body 20 and provided with a cutting hole 81a and a lower die 81 which is inserted into the cutting hole 81a, And a cylinder member (84) for moving the upper die (83) and the upper die (83) upward and downward to press the upper die (83).
The method according to claim 1,
The carrier means 90 includes a carrier frame body 91 having a plurality of accommodating spaces 91a divided at regular intervals by partition walls and having a hook at a bottom thereof and a moving stopper 91 for horizontally moving the carrier frame body 91 92) and the cylinder stopper (92) are connected to the end of the piston rod.
12. The method of claim 11,
Wherein the movement stopper (92) is kept in a vertical state when the cylinder member (93) is stretched, and when the cylinder member (93) is folded, it is caught by the carrier frame body (91) and rotated in one direction.

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