KR100655527B1 - Label manufacture device for vehicle - Google Patents

Abstract

A label making device for a vehicle is provided to easily mark various vehicle information on a film sheet and to prevent wrinkle or thermal deformation of the film sheet when the information is marked. A roll mounter(3) is rotated around a rotary shaft(2a) by a first servo motor(2), and a film sheet(1) is wound around the roll mounter. A film sheet transfer unit(4) unwinds the film sheet from the roll mounter. A film sheet cutter(6) is installed on the end of the film sheet transfer unit to cut the film sheet by a necessary length. A front film sheet fixing unit(7) is installed at an inlet of the film sheet transfer unit to temporarily press down the film sheet, thereby preventing the movement of the film sheet when information is marked. A rear film sheet fixing unit(8) is installed in the film sheet transfer unit to temporarily press down the film sheet, thereby preventing the thermal deformation of the film sheet.

Description

Label manufacture device for vehicle

1 is a perspective view of a label manufacturing apparatus according to the present invention,

2 is a partially enlarged view showing only the film feeder, the front film holder, and the rear film holder of the label manufacturing apparatus of FIG. 1;

3 and 4 is an enlarged perspective view showing in detail the film feeder in the label production apparatus of FIG.

5 is a partially enlarged view showing only a film paper cutter and a rear film holder in the label production apparatus of FIG. 1;

Figure 6 is an enlarged perspective view showing in detail the film paper cutter in Figure 5,

7 is a plan view of a label completed production by the device according to the invention.

<Description of Symbols for Main Parts of Drawings>

1-Film Paper 2-1st Servo Motor

2a-axis of rotation 3-rollmounter

4-film feeder 5-laser marking machine

6-Film Paper Cutting Machine 7-Front Film Paper Holder

8-Rear film holder 9-Controller

The present invention relates to a device for producing a label indicating the information of the vehicle using a laser marker.

In general, the automobile management law stipulates that a label on the vehicle is marked with a chassis number, a painting number, a production date, an interior color, a celebration weight, a specification control number, and a warning phrase.

The position of the label is generally attached to the side of the front apron panel or the bottom of the B-pillar according to the law of "easy to attach to the consumer's eyes".

Existing labels were produced by stamping various texts on aluminum plates, and these existing marking methods are unable to include various information (letters and phrases) related to vehicles with the introduction of the self-certification system. It is a situation that adopts a new label marking various information (characters, phrases) using a laser marker.

Accordingly, the present invention automatically supplies film paper corresponding to the raw material of the label, and does not cause wrinkles of the film paper when marking information using a laser marking machine, and automatically cuts only the marking area after completing information marking to complete label production. An object of the present invention is to provide a label production apparatus for a vehicle.

The label production apparatus of the present invention for achieving the above object is a roll mounter is installed so that the film paper corresponding to the raw material of the label is wound around the rotation axis by the first servo motor, and the film from the roll mounter A film paper feeder for automatically unwinding and automatically transporting the film to one side, a film paper cutter installed at the end of the film paper feeder, and cutting the film paper by the section where the marking of the vehicle information is completed through a laser marking machine, and film paper conveying from the roll mounter. A front film holder and a front side film holder fixed to temporarily press the film sheet to prevent the flow of the film sheet during the information marking of the vehicle through the laser marking machine, and spaced apart from the film sheet cutter toward the roll mounter. Installed in the film feeder, the laser marking machine A rear film holder for acting to press the film paper temporarily to prevent thermal deformation of the film paper during marking information, the first servo motor and the film paper feeder, the laser marker, the film paper cutter, the front film paper holder, Characterized in that it consists of a controller for controlling their driving so that the operation of the rear film paper holder can proceed sequentially.

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

1 is a perspective view of a label manufacturing apparatus according to the present invention.

The present invention relates to an apparatus for producing a label marking a variety of information about the vehicle according to the car management method, the label production apparatus according to the present invention is large, as shown in Figure 1, the film paper corresponding to the raw material of the label ( 1) the roll mounter (3) is wound around the axis of rotation (2a) and installed so as to be rotatable by the first servo motor (2), and the film mount (1) from the roll mounter (3) to automatically transfer to one direction A film paper cutter (6) and a film paper cutter (6) installed at the end of the film paper conveyer (4) to cut the film paper (1) by the section where the marking of the vehicle information is completed through the laser marker (5); The film paper is installed at the inlet of the film paper feeder 4 into which the film paper 1 enters from the roll mounter 3 so as to prevent the flow of the film paper 1 when marking information of the vehicle through the laser marker 5. Press (1) momentarily Front side film holder (7) for locking operation and film carrier (4) spaced apart from the film cutter (6) toward the roll mounter (3) at a distance and marking the vehicle information through the laser marker (5). Rear film paper holder (8), the first servo motor (2) and the film paper feeder (4), which act to press the film paper (1) temporarily to prevent thermal deformation of the film paper (1). The laser marker 5, the film paper cutter 6, the front film holder 7 and the controller 9 for controlling their driving so that the operation of the rear film holder 8 can proceed sequentially. do.

Here, the film paper 1 is to use a FET (Field Effect Transistor) film paper to be suitable for marking using a laser without using an aluminum plate as conventional.

Meanwhile, as shown in FIGS. 1 and 2 and 5, the film paper feeder 4 is spaced apart in parallel to fit the width of the film paper 1 and the film paper 1 is disposed on the inner side facing each other. A pair of guide bars 10 having guide grooves 10a formed along the longitudinal direction to guide the movement of the guide bars 10 and left and right guide panels 11 disposed to be arranged in a straight line in the guide bars 10; It operates to selectively grasp the film paper 1 located in the guide bar 10 according to the driving of the power supply unit 12 under the control of the controller 9, and linearly reciprocates along the guide bar 10. A gripper means 13 which is installed to be movable, a gripper moving means 14 which enables linear reciprocating movement of the gripper means 13 while driving according to a control signal of the controller 9, and the gripper moving means ( 14) installed on the side of the grip Consists of a linear reciprocating movement gripper movement guide means 15 for guiding it in the means 13.

And, the guide groove (10a) is formed to have a shape of the Di (c) opening in the direction facing each other on the inner surface of the guide bar (10).

In addition, a bent surface portion 11a is formed at an upper end of the guide panel 11 so as to face each other, and the bent surface portion 11a is installed to surround both top surfaces of the film paper 1.

1 and 3 and 4, the gripper means 13, the width of the film paper 1 in the direction orthogonal to the longitudinal direction of the guide bar 10 in the lower portion of the guide bar 10 A base member 16 installed to cross the base member, a base fixing member 17 installed to be fixed to the upper surfaces of both ends of the base member 16 outside the width of the film paper 1, and the base fixing body ( 17) a pair of support brackets 18 fixedly installed in a vertical direction while being spaced apart from each other in the longitudinal direction of the guide bar 10, and are positioned in the support brackets 18 and spaced apart in a vertical direction to support brackets The connecting rods 21 and 22 while being positioned to be stacked in a vertical direction between the upper fixing piece 19 and the lower fixing piece 20 and the upper and lower fixing pieces 19 and 20 installed to be fixed to the 18. Upper electromagnet installed to be fixed to the upper and lower fixing pieces (19, 20) through (23) and the lower electromagnet 24, and the upper and lower electromagnets (23, 24) are separated inward with the film paper (2) in the inner end of the upper and lower ends of the support bracket (18) guide bar ( The upper metal rod 26 and the lower metal rod are rotatably installed on the hinge shaft 25 penetrating along the longitudinal direction of 10) and the other ends thereof face the ends of the upper and lower electromagnets 23 and 24. (27), one end is integrally combined with the upper and lower metal rods 27 of the upper metal rod 26 through which the hinge shaft 25 penetrates, and the other ends are upper and lower metal rods 26 and 27. The upper pusher and the lower pusher (29) and one end is installed to be in contact with the same section at the same time to the upper and lower surfaces of the film paper (1) located in the guide bar 10 when rotating with the The other end connected to the upper and lower fixing pieces (19, 20) and installed in the vertical direction is connected to the upper and lower pressing forceps (28, 29). The upper and lower push pins 28 and 29 are composed of tension springs 30 and 31 for imparting elastic restoring force to the rotation.

Here, it is a matter of course that the pad member of the rubber material for increasing the frictional force with the film paper (1) may be integrally coupled to the ends of the upper and lower push pins (28,29).

As shown in FIGS. 1 and 3, the gripper moving means 14 includes a spindle rail 32 installed to penetrate the base fixing body 17 along the longitudinal direction of the guide bar 10, and the spindle. A fixing bracket (33) installed to support one end of the rail (32), a worm gear (34) coupled to the other end of the spindle rail (32), and a worm (35) engaged with the worm gear (34); The second servo motor 36 is coupled to the worm 35 through a motor shaft and driven according to a control signal of the controller 9.

As shown in FIGS. 1 and 3, the gripper inner means 15 penetrates the base member 16 along the longitudinal direction of the guide bar 10 at a position spaced apart from the spindle rail 32. It is composed of a pair of guide shafts 37 to be installed, and a fixed bracket 38 is installed to support both ends of the guide shaft 37.

As shown in FIGS. 1, 5, and 6, the film paper cutter 6 has a lower fixing body installed to cross the width of the film paper 1 while one surface is in contact with the end of the guide panel 11. (39) and the support shaft member (40) fixedly installed in a direction perpendicular to both upper ends of the lower fixing body (39) outside the width of the film paper (1), along the support shaft member (40) Both ends of the upper movable body 41 is installed through the support shaft member 40 so that the slide movement in the vertical direction, and the screw at the end of the support shaft member 40 to prevent separation of the upper movable body 41 It is installed to be connected through the nut member 42 and the piston 43, which is vertically disposed with the upper movable body 41, to move up and down the upper movable body 41 under the control of the controller 9. The lower end is fixed to the first cylinder 44 and the lower fixing body 39 is driven for The upper surface of the upper surface corresponding to the cut surface is installed to be in contact with the bottom surface of the film paper 1 conveyed to pass through the guide panel 11 after marking the vehicle information, and the upper movable body 41 The lower surface corresponding to the cutting surface is installed on the upper end and the lower surface corresponds to the upper surface of the film paper 1 according to the lowering operation of the upper movable body 41 while cutting the film paper 1 together with the lower cutter 45 to produce a label. Consists of the upper cutter 46 to complete.

The front film holder 7 is integrally coupled with the front surface of the guide bar 10 facing the roll mounter 3 as shown in FIGS. 1 and 2 to cross the width of the film paper 1. The upper surface is padded on the front lower fixing plate 47 and the front lower fixing plate 47 which is installed to contact the bottom surface of the film sheet 1 released from the roll mounter 3. Is connected to the front upper movable plate 48 installed to be in contact with the upper surface of the upper side) and the piston 49 disposed vertically downwardly with both ends of the front upper movable plate 48 outside the width of the film paper 1. The second cylinder 50 is driven to move up and down of the front upper moving plate 48 under the control of the controller 9.

Here, the front lower fixing plate 47 is installed such that its upper surface is coplanar with the bottom surface 10b of the guide groove 10a formed in the guide bar 10.

As shown in FIGS. 1, 2, and 5, the rear film holder (8) is spaced apart from the film cutter (6) in the direction toward the roll mounter (3). The upper surface is installed so as to cross the width of the film paper (1) while being integrally coupled to the rear side lower fixing plate 51 is installed to contact the bottom surface of the film paper (1) located in the guide panel 11, and the rear The rear upper movable plate 52 which is padded on the side lower fixing plate 51 and installed to contact the upper surface of the film sheet 1, and the rear upper movable plate 52 which is out of the width of the film sheet 1. It is installed so as to be connected through both ends and the piston (53) disposed vertically downward and is configured as a third cylinder (54) driven for the lifting operation of the rear upper movable plate (52) under the control of the controller (9) do.

Here, the film paper 1 that has passed through the guide groove 10a of the guide bar 10 by the film paper feeder 4 has a bent surface portion 11a formed in the guide panel 11 and the rear lower fixing plate. The movement is guided continuously through the space formed between the upper surfaces of 51.

Hereinafter, the operation and effects of the label production apparatus for a vehicle according to the present invention will be described.

The film paper 1 wound around the roll mounter 3 is released by the driving of the first servo motor 2, and its tip is sandwiched between the front upper movable plate 48 and the front lower fixed plate 48. By moving along the guide groove (10a) of the guide bar 10 to be fitted between the upper pressing forceps 28 and the lower pressing forceps 29, according to the control of the controller 9, the upper and lower electromagnets (23, 24) ) Is magnetized, and at the same time, one end of the upper and lower metal rods 26 and 27 is rotated in a direction of sticking to the upper and lower electromagnets 23 and 24 about the respective hinges 28.

As a result, the upper and lower push pins 28 and 29, which are integrally coupled with the upper and lower metal rods 26 and 27, overcome the force of the tension springs 30 and 31, and the tip ends of the guide bar 10. At the same time, the upper and lower surfaces of the film paper 1 present in the sheet are held.

When the film paper 1 is held by the upper and lower push pins 28 and 29, the controller 9 sends a control signal to drive the second servo motor 36, and the base member 16 is a spindle rail ( 32 is moved along the guide shaft 37 in the direction in which the front film paper holder 8 is located, and the film paper 1 is held by the upper and lower push pins 28 and 29. ) Is transported along the guide groove 10a of the guide bar 10 in the same direction by the distance that the base member 16 moves.

When the base member 16 is completely moved in the direction of the front film holder 8, the controller 9 again sends a control signal to cut off the power supplied to the upper and lower electromagnets 23 and 24. do.

Therefore, the upper and lower electromagnets 23 and 24 lose their magnetism, and the upper and lower push pins 28 and 29 return to their original states as their ends are opened by the elastic restoring force of the tension springs 30 and 31. Releases the film (1) held by him.

As described above, when the upper and lower push pins 28 and 29 release the film 1 after the one-time transfer of the film 1, the controller 9 sends a control signal to reverse the second servo motor 36. The base member 16 is returned to the initial position where the roll mounter 3 is located along the guide shaft 37 to prepare for the next operation.

When the front end of the film paper 1 passes through the rear upper movable plate 52 and the rear lower fixed plate 51 to the film paper cutter 6 according to the repetitive operation, the controller 9 The pneumatic pressure is supplied to the second and third cylinders 50 and 54 to control their operation.

When pneumatic pressure is supplied to the second and third cylinders 50 and 54, as the pistons 49 and 53 descend, the front and rear upper movable plates 48 and 52 descend, and thus the front and rear lower fixing plates 47, The upper surface of the film 1 is pressed by the support force of 51).

Pressing the upper surface of the film sheet 1 by the front side upper movable plate 48 is to prevent the film sheet 1 unrolled from the roll mounter 3 from flowing by the residual tensile force, and the rear side upper movement. The pressing of the upper surface of the film sheet 1 by the plate 52 causes the film sheet 1 to be heated by the heat generated by the laser marker 5 when the laser marker 5 marks the vehicle information on the film sheet 1. This is to prevent deformation.

As such, when the front and rear side film holders 7 and 8 are in the state of pressing the film 1, the laser marker 5 starts to operate by the controller 9, and the laser marker 5 Marks various information about the vehicle by burning the surface of the film paper 1 located in the section (vehicle information marking section) between the rear film paper holder 8 and the film paper cutting machine 6 according to the inputted data. Done.

When the marking of the vehicle information is completed, the front and rear film holders 7 and 8 receive the control signal of the controller 9 again, and accordingly, the front and rear sides of the film sheet 1 are pressed. Since the upper movable plates 48 and 52 are moved upward to their original positions, the film paper 1 is released from the front and rear upper movable plates 48 and 52 to maintain a free state.

After the upward movement of the front and rear upper movable plates 48 and 52 is finished, the film paper 1 wound on the roll mounter 3 is released by driving the first servo motor 2, and at the same time, The film paper 1 unwound by the mounter 3 is again conveyed in the direction of the film paper cutter 6 along the guide groove 10a of the guide bar 10 by the operation of the film paper feeder 4.

As a result, in the section (vehicle information marking section) between the rear film sheet holder 8 and the film sheet cutting machine 6, the marking section of the film sheet 1 in which the vehicle information is marked by the laser marking machine 5 is the film sheet cutting machine. It becomes the state which passed (6).

As such, after the marking section of the film paper 1 passes through the film paper cutter 6, pneumatic pressure is supplied to the first cylinder 44 under the control of the controller 9 so that the upper movable member 41 supports the support shaft member ( 40 is moved down, and as a result, the film (1) corresponding to the marking section is cut by the upper cutter 46 and the lower cutter 45, the label of the finished product (L) as shown in FIG. / B) is produced.

Accordingly, when the label L / B is manufactured using the apparatus according to the present invention, various information (characters, phrases) related to the vehicle can be easily marked on the film 1.

In addition, the device of the present invention can be said to be suitable for mass production while being a device that can prevent wrinkles or damage due to thermal deformation of the film paper 1 when marking information of a vehicle using a laser.

As described above, according to the present invention, it is possible to easily mark various information related to the vehicle on the film paper when labeling the vehicle using the laser marking machine, and to prevent damage due to wrinkles or thermal deformation of the film paper during information marking. Of course, mass production will be possible.

Claims (12)

A roll mounter (3) on which the film paper (1) corresponding to the raw material of the label is wound and installed to be rotatable by the first servo motor (2) about the rotation shaft (2a); A film paper feeder (4) for releasing the film paper (1) from the roll mounter (3) and automatically conveying it to one side; A film paper cutter (6) installed at the end of the film paper conveyer (4) to cut the film paper (1) by the section where the marking of the vehicle information is completed through the laser marker (5); The film paper is installed at the inlet of the film paper feeder 4 into which the film paper 1 enters from the roll mounter 3 so as to prevent the flow of the film paper 1 when marking information of the vehicle through the laser marker 5. A front film holder (7) operative to temporarily press (1); The film paper cutting machine 6 is installed in the film paper feeder 4 spaced apart from the film paper cutting machine 6 toward the roll mounter 3 so as to prevent thermal deformation of the film paper 1 when marking the vehicle information through the laser marker 5. A rear film paper holder (8) operable to temporarily press the film paper (1); Operation of the first servo motor 2, the film feeder 4, the laser marker 5, the film paper cutter 6, the front film holder 7 and the rear film holder 8 are sequentially performed. A controller 9 for controlling their driving to proceed to; Vehicle label production device consisting of. The film feeder (4) of claim 1, A pair of guide bars 10 provided with guide grooves 10a formed along the longitudinal direction to guide the movement of the film paper 1 on the inner surfaces facing each other and installed parallel to the width of the film paper 1. Wow; Left and right guide panels 11 installed to be arranged in a straight line in the guide bar 10; It operates to selectively grasp the film paper 1 located in the guide bar 10 according to the driving of the power supply unit 12 under the control of the controller 9, and linearly reciprocates along the guide bar 10. A gripper means (13) installed to be movable; A gripper moving means (14) for driving linearly reciprocating movement of the gripper means (13) while driving in accordance with a control signal of the controller (9); A gripper inner inner means (15) installed at the side of the gripper moving means (14) for guiding the gripper means (13) in a straight reciprocating movement; Vehicle label production apparatus, characterized in that consisting of. According to claim 2, wherein the guide groove (10a) is a vehicle label manufacturing apparatus, characterized in that it is formed to have the shape of the Di (c) opening in a direction facing each other on the inner surface of the guide bar (10). 3. The bent surface portion 11a is formed in the upper end portion of the guide panel 11 so as to face each other. The bent surface portion 11a is surrounded by the top surface of both sides of the film paper 1. Label production apparatus for a vehicle, characterized in that installed so. The method of claim 2, wherein the gripper means (13) A base member 16 installed below the guide bar 10 to cross the width of the film paper 1 in a direction orthogonal to the longitudinal direction of the guide bar 10; A base fixing body (17) which is installed to be fixed to the upper surfaces of both ends of the base member (16) outside the width of the film paper (1); A pair of support brackets 18 fixedly installed in the vertical direction while being spaced apart from each other in the longitudinal direction of the guide bar 10 in the base fixing body 17; An upper fixing piece (19) and a lower fixing piece (20) which are located in the support bracket (18) and are spaced in a vertical direction and are fixed to the support bracket (18); An upper electromagnet 23 installed to be fixed to the upper and lower fixing pieces 19 and 20 through connecting rods 21 and 22 while being positioned to be stacked in a vertical direction between the upper and lower fixing pieces 19 and 20. And a lower electromagnet 24; The hinge shaft penetrates the upper and lower ends of the support bracket 18 along the longitudinal direction of the guide bar 10 by being spaced inwardly with the film paper 2 at the ends of the upper and lower electromagnets 23 and 24. An upper metal rod 26 and a lower metal rod 27 which are rotatably installed at 25 and the other ends of which are installed to face the ends of the upper and lower electromagnets 23 and 24; One end is integrally combined with the upper part of the upper metal bar 26 and the lower part of the lower metal bar 27 through which the hinge shaft 25 passes, and the other end rotates together with the upper and lower metal bars 26 and 27. An upper pressing forceps 28 and a lower pressing forceps 29 installed at the same time on the upper and lower surfaces of the film paper 1 located in the guide bar 10 at the same time; One end is connected to the upper and lower fixing pieces 19 and 20, and the other end installed in the vertical direction is connected to the upper and lower pressing tongs 28 and 29 to rotate the upper and lower pressing tongs 28 and 29. Tension springs 30 and 31 for imparting elastic restoring force thereto; Vehicle label production apparatus, characterized in that consisting of. The gripper moving means (14) according to claim 5, A spindle rail 32 installed to penetrate the base fixing body 17 along the longitudinal direction of the guide bar 10; A fixing bracket (33) installed to support one end of the spindle rail (32); A worm gear 34 coupled to the other end of the spindle rail 32; A worm 35 engaged with the worm gear 34; A second servo motor 36 coupled to the worm 35 through a motor shaft and driven according to a control signal of the controller 9; Vehicle label production apparatus characterized in that consisting of. 7. The gripper inner means 15 according to claim 6, A pair of guide shafts (37) installed to penetrate the base member (16) along the longitudinal direction of the guide bar (10) at a position spaced from the spindle rail (32); A fixing bracket 38 installed to support both ends of the guide shaft 37; Vehicle label production apparatus characterized in that consisting of. The method of claim 2, wherein the film paper cutter 6, A lower fixing body 39 installed to cross the width of the film paper 1 while one surface is in contact with the end of the guide panel 11; A support shaft member (40) fixedly installed in a direction perpendicular to both upper ends of the lower fixing body (39) outside the width of the film paper (1); An upper movable body (41) having both ends penetrated by the support shaft member (40) to allow slide movement in the vertical direction along the support shaft member (40); A nut member 42 screwed to the end of the support shaft member 40 to prevent the upper movable body 41 from being separated; A first cylinder 44 installed to be connected to the upper movable body 41 through a piston 43 disposed vertically and driven for the lifting and lowering operation of the upper movable body 41 under the control of the controller 9; Wow; The lower cutter is installed to fix the lower end to the lower fixing body 39 and the upper surface corresponding to the cutting surface is installed to contact the bottom surface of the film paper 1 transferred to pass through the guide panel 11 after marking the vehicle information. 45; The upper surface is installed so that the upper end is fixed to the upper movable body 41 and the lower surface corresponding to the cut surface is in contact with the upper surface of the film paper 1 according to the lowering operation of the upper movable body 41 and the film sheet 1 together with the lower cutter 45. Cutting the c) to complete the labeling process (46); Vehicle label production apparatus characterized in that consisting of. The front film holder (7) according to claim 2, The upper surface is combined with the front surface of the guide bar 10 facing the roll mounter 3 so as to cross the width of the film roll 1, and the upper surface of the guide bar 10 and the lower surface of the rolled film 3 unwinded from the roll mount 3. A front lower fixing plate 47 installed to be in contact; A front side upper movable plate 48 installed on the front side lower fixing plate 47 to be in contact with an upper surface of the film paper 1; It is installed to be connected to both ends of the front side upper movable plate 48 outside the width of the film paper (1) through the piston 49 disposed vertically downward and under the control of the controller (9) A second cylinder 50 driven for the elevating operation of 48; Vehicle label production apparatus characterized in that consisting of. 10. The vehicle according to claim 9, wherein the front lower fixing plate 47 is installed such that its upper surface is coplanar with the bottom surface 10b of the guide groove 10a formed in the guide bar 10. Label production equipment. The paper sheet fixing device (8) of claim 4, The film paper cutter 6 is spaced apart in the direction toward the roll mounter 3 so that both ends are integrally coupled to the guide panel 11 and are installed to cross the width of the film paper 1 while the upper surface thereof is guide panel ( A rear lower fixing plate 51 installed to be in contact with the bottom surface of the film paper 1 located in 11); A rear side upper movable plate 52 which is padded on the rear side lower fixing plate 51 and installed in contact with an upper surface of the film paper 1; It is installed to be connected to both ends of the rear side upper movable plate 52 out of the width of the film paper (1) through the piston 53 disposed vertically downward, and the rear upper movable plate under the control of the controller (9) A third cylinder 54 driven for the elevating operation of 52; Vehicle label production apparatus characterized in that consisting of. According to claim 11, wherein the film paper feeder (4) is passed through the guide groove (10a) of the guide bar 10, the film paper (1) and the bent surface portion (11a) formed in the guide panel 11 and the The label production apparatus for a vehicle, characterized in that configured to continue to guide the movement through the space formed between the upper surface of the rear lower fixing plate (51).

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