KR101859008B1 - Automatic fixing apparatus of banner's banner-ring and its method - Google Patents

Abstract

The present invention relates to a banner ring automatic fixing device of a banner, and a method thereof. The banner ring automatic fixing device of a banner comprises: a bottom plate; a banner ring supply frame; a banner ring moving frame; a banner ring cutting frame; a moving frame left and right side moving cylinder; and a cylinder forward and backward moving cylinder. Work of ultrasonic welding of a banner ring to a banner is automatically performed, so that workability is significantly improved. A banner ring fixing position of the banner is made at regular intervals, so that an exterior is beautiful. Also, banner production is significantly increased and the completeness of the worked banner is increased.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic fixing apparatus for a banner,

The present invention relates to an apparatus and method for automatically fixing a banner ring, and more particularly, to an apparatus and method for automatically fixing a banner ring with a banner ring, The present invention also relates to a method and apparatus for automatically fixing a banner of a banner in which the banner is produced at a predetermined interval, the appearance is good, the amount of banner production is greatly increased, and the completed banner is completed.

In general, advertising is a message composed of words, writings, pictures, graphics, etc. that contain information or persuasion about goods or services to sell goods or services, and information about specific goods, services, or companies They get to know about products, services, and companies, and they get a good impression, and ultimately buy products or services that the company produces.

Among these advertising means, banners (or banners) are widely used because they can have many effects at a low cost. The banner is used in a relatively high place so that many people can easily check it. It is usually installed between a street and a roadside planted in a road or a road, a roadway between a streetlight and a streetlight installed in a road, and a separate post. The banner is designed such that a specific design (letter, photo, design, image, etc.) is printed on one side of the fabric such as a fabric, and the printing operation of the banner includes a printing operation in which a design specific to the fabric is dyed, And a photographing work for outputting a design to a printer are conventionally used.

However, when the above conventional banner is installed for a long period of time, there is a serious problem that the banner made of a fabric tends to be worn out due to the nature of the banner, thereby damaging the appearance of the city.

In addition, since the banner ring fixed to the upper and lower ends of the banner and the middle of the banner is manually fixed by the operator, the operation efficiency is greatly reduced. The fixed positions are not uniformly aligned, There is a problem in that the outer appearance is not so good at the time of installation and the outer surface of the sewing line to which the banner ring is fixed is exposed outside.

(1) Korean Patent Registration No. 10-

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a method and apparatus for automatically bending a banner ring by ultrasonic welding, The present invention has been made in view of the above problems, and it is an object of the present invention to provide a banner ring automatic fastening device and method thereof, in which a banner production amount is greatly increased and a completed banner is completed.

In order to achieve the above object, an apparatus for automatically fixing a banner ring of a banner according to the present invention comprises: a bottom plate of a rectangular plate fixedly coupled to a side end of a banner;

A banner ring moving hole in which a banner ring is inserted and ejected through a hole formed in a lower left end of the left upper end portion of the box body so as to be inserted into and discharged from the bore hole moving hole, A banner ring feeding frame for feeding to the ejection hole at a speed;

The banner ring discharged through the discharge hole of the banner ring supply frame with the front face of the " C "shape is introduced into the inside and is rotated 90 degrees to the banner side, the banner ring is moved to the side end portion of the banner, Ring movement frame;

A banner ring cutting frame for cutting and separating the banner ring by the cutting member at the end of the discharge hole when the banner ring supplied through the discharge hole of the banner ring supply frame is seated on the banner ring moving frame;

A moving frame left and right moving cylinder for moving the moving frame fixing plate to the left or right side by air pressure, which is coupled to the moving frame fixing plate; And

And a cylinder forward and rearward moving cylinder which is connected to the moving cylinder holding plate and moves the moving cylinder holding plate to the front and rear sides by pneumatic pressure is formed on the moving cylinder fixing plate of the "a " shape to which the moving frame left and right moving cylinders are fixed.

Wherein the banner ring supply frame includes a forward and reverse motor that is rotatably coupled to the center of the banner ring insertion hole and supplies the banner ring to the discharge hole at a constant speed by a rotational force, A banner ring guide protrusion portion having a guide hole protruding or embedded outward from the left end is formed by the guide boss.

The banner ring moving frame is a rectangular parallelepiped whose front face is a "C" shape, and a banner ring discharged through a discharge hole of the banner ring supply frame is introduced into the inside and a banner ring And a U-barrel portion for guiding the U-shaped bar to form a U-shaped barrel is formed, a rotating shaft is formed at a lower portion thereof, a stop bar is formed at one side thereof, and rotated and rotated 90 degrees counterclockwise by the rotary pneumatic cylinder.

Wherein the banner ring cutting frame is provided with a vertical bar vertically standing on the bottom plate and fixedly installed at a height of a banner ring protruding from a discharge hole of the banner ring supply frame to the vertical bar in an & Wherein the scissors are provided on one side of the operation plate, and both ends of the scissors are slidably moved to banner rings protruding from the discharge hole along the upper and lower cut recesses formed in the operation plate by the cutting pneumatic cylinder, There is a characteristic that the banner ring is cut off and replaced.

Further, in the method for automatically fixing the banner ring of the present invention, the tip of the wound banner ring is inserted into the banner ring moving hole through the injection hole of the banner ring supply mold, and the banner ring introduced into the banner ring moving hole is rotated by the forward / A banner ring supplying step of discharging the banner ring to the discharge hole by the bellow ring supplying step;

The tip of the banner ring supplied through the banner ring supplying step is introduced into the U coffer of the banner ring moving frame by the forward and reverse motors so that the banner ring guide protrusion of the banner ring supplying frame protrudes from the guide hole by the pneumatic pressure of the guide pneumatic cylinder A banner ring U coaxial contact step of bringing the supplied banner ring into contact with the inside of the U-shaped groove when the U-shaped groove is introduced into the U-shaped groove;

A banner ring guide protruding portion in which the banner ring is brought into close contact with the inner side of the U fold portion in the banner ring U coaxial contact step, the guide pneumatic cylinder having a banner ring guide protruding portion retracted into the guide hole by pneumatic pressure;

A cutting member moving step in which both ends of the scissors are moved to the side of the banner ring side along the upper and lower side cutting recesses of the operating plate by the pneumatic pressure of the cutting pneumatic cylinder with the cutting member of the banner ring cutting frame,

A banner ring cutting step in which both ends of the scissors, which are the cutting members moved by the cutting member moving step, cut the banner ring positioned on the front side of the discharge hole of the banner ring supply frame;

Wherein the cutting member is cut from the front side of the discharge hole of the banner ring feeder by the pneumatic pressure of the cutting pneumatic cylinder;

Rotating the banner ring moving frame in which the cut banner ring is seated in the U-fold portion by the rotary pneumatic cylinder to rotate the rotating shaft about 90 degrees in the banner direction;

The banner ring movement frame moved by 90 degrees is moved to the banner side by the pneumatic pressure of the cylinder moving forward and backward by the moving cylinder fixing plate. Banner rings where both ends of the cut banner ring seated on the U coaxial part are positioned respectively at the upper and lower parts of the banner tip. An incorrect position step;

A banner ring moving frame located at the upper and lower portions of the banner front end; a banner ring fusing and fixing step in which upper and lower ultrasonic fusing members are closely attached to upper and lower portions of the banner, respectively,

The upper and lower ultrasonic welding members are in the original position and the banner ring moving frame is moved to the pneumatic pressure of the cylinder moving forward and backward by the moving cylinder fixing plate; And

The banner ring moving frame is rotated 90 degrees clockwise by the rotary pneumatic cylinder by the rotary pneumatic cylinder and the banner ring moving frame is moved to the right side by the pneumatic pressure of the movable frame left and right moving cylinder by the movable frame fixing plate, And the banner ring moving frame is in the original stage.

As described above, according to the present invention, since the operation of ultrasonic welding the banner ring to the banner is automatically performed, the work efficiency is greatly improved, the banner fixing position of the banner is fixed at a constant interval, There is an effect that the completeness of the banner is increased.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims and their equivalents. Of course, such modifications are within the scope of the claims.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a banner ring automatic fixing device of a banner according to an embodiment of the present invention,
2 is a right side view showing a state of a banner ring cutting frame of the automatic banner ring fixing device of the banner according to the embodiment of the present invention,
FIG. 3A is a front view showing a step of supplying a banner ring in a method of automatically fixing a banner ring of an embodiment of the present invention,
FIG. 3B is a plan view of FIG. 3A,
4A is a front view showing a state of the banner ring U coaxial contact step of the method for automatically fixing the banner ring of the embodiment of the present invention,
FIG. 4B is a plan view of FIG. 4A,
FIG. 5A is a front view showing a state of a banner ring guide protruding portion in the method of automatically fixing a banner ring of an embodiment of the present invention,
Fig. 5B is a plan view of Fig. 5A,
FIG. 6A is a front view showing a state of a step of moving a cutting member in a method of automatically fixing a banner ring of a banner according to an embodiment of the present invention,
FIG. 6B is a plan view of FIG. 6A,
FIG. 7A is a front view showing a state of the banner ring cutting step among the automatic banner ring fixing method of the banner according to the embodiment of the present invention,
FIG. 7B is a plan view of FIG. 7A,
FIG. 8A is a front view showing a state of a cutter portion of the method for automatically fixing a banner ring according to an embodiment of the present invention,
8B is a plan view of FIG. 8A,
FIG. 9A is a front view showing a state in which a banner ring moving frame is rotated among automatic banner ring fixing methods of a banner according to an embodiment of the present invention;
FIG. 9B is a plan view of FIG. 9A,
FIG. 10A is a front view showing a state of a banner ring banner upper and lower unfixed position step of a method for automatically fixing a banner ring of an embodiment of the present invention,
10B is a plan view of FIG. 10A,
11A is a front view showing a step of fixing a banner ring tongue in a method of automatically fixing a banner ring of an embodiment of the present invention,
11B is a plan view of Fig. 11A,
FIG. 12A is a front view showing a state of a transfer frame moving cylinder in-situ in a method of automatically fixing a banner ring of an embodiment of the present invention,
12B is a plan view of Fig. 12A,
13A is a front view showing a state of a banner ring moving frame in-situ step of a method of automatically fixing a banner ring of an embodiment of the present invention,
13B is a plan view of Fig. 13A. Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the user, the intention or custom of the operator, and the like.

Therefore, it goes without saying that the definition should be based on the contents throughout this specification.

The apparatus for automatically fixing a banner ring of a banner according to the present invention comprises a bottom plate 10 of a rectangular plate fixed to a side end portion of a banner 80 and a bottom plate 10 which is fixed to the right side of the bottom plate 10, A banner ring moving hole 21 in which a banner ring 70 is inserted and ejected is formed in the banner ring 21a through a hole 21b at the upper left end of the banner ring 21, , A banner ring feeding frame 20 which feeds the banner ring 21 to the discharge hole 21b at a constant speed and a banner ring feeding frame 20 which is a rectangular parallelepiped whose front face is a " A banner ring moving frame 30 in which a ring 70 is introduced and seated and rotated 90 degrees to the side of the banner 80 so as to move the banner ring 70 to the side end of the banner 80, When the banner ring 70 supplied through the discharge hole 21b of the ring feeding frame 30 is seated in the banner ring moving frame 30, A banner ring cutting frame 40 for cutting and separating the banner ring 70 by the cutting member 41 at the front end of the banner ring moving frame 30 and a movable frame fixing plate 40 for fixing the banner ring moving frame 30 51 and a movable frame left and right moving cylinder 50 coupled to the movable frame fixing plate 51 and moving the movable frame fixing plate 51 to the left or right by pneumatic pressure, And a cylinder-back moving cylinder (60) formed with a "C" -shaped moving cylinder fixing plate (61) and fixed to the moving cylinder fixing plate (61) to move the moving cylinder fixing plate (61) do.

The banner ring feed frame 20 is formed as a box body standing upright on the right side of the bottom plate 10 and is formed in a through hole 21a in the right lower end to be formed in the left upper exit hole 21b, The banner ring moving hole 21 is formed and inserted into the bore hole moving hole 21 so as to be rotatably coupled to the center of the banner ring moving hole 21 so that the banner ring 70 is rotated at a predetermined speed by the rotational force, And a guide hole 22a having a guide hole 22a protruded or buried outward from the left end thereof by a guide pneumatic cylinder 22b at an upper portion of the discharge hole 21b, 22 are formed.

The banner ring moving frame 30 is a rectangular parallelepiped whose front face is a " C "shape, and a banner ring 70 discharged through a discharge hole 21b of the banner ring supplying frame 20 flows inward, A U coaxial portion 31 for guiding the banner ring 70 having the introduced ring guide portion 22 therein and forming the U-shaped banner loop is formed, a rotary shaft 32 is formed at a lower portion thereof, A stop bar 33 for stopping the rotation of the ring moving frame 30 is formed and rotated by 90 degrees counterclockwise by the rotary pneumatic cylinder 34 and returned to its original position.

The banner ring cutting frame 40 is provided with a vertical stand 42 vertically standing on the bottom board 10 and a banner ring feed frame 20 The operation plate 43 is fixed at a height of the banner ring 70 protruding from the discharge hole 21b of the operation plate 43. The cutter member 41 is provided at one side of the operation plate 43 with scissors The both ends of the scissors are moved to the banner ring 70 protruding from the discharge hole 21b along the upper and lower cut recessed portions 43a and 43b formed at the upper and lower portions of the operation plate 43 by the cutting pneumatic cylinder 44, The banner ring 70 is cut and separated while being slidingly moved.

The method of automatically fixing a banner ring of a banner according to the present invention includes a banner ring supplying step 100 for supplying a banner ring 70 and a banner ring 70 for moving a banner ring 70 to a U- A banner ring U guide contact step 110 for making the banner ring guide guide protrusion 22 come into intimate contact with the banner ring guide guide protrusion 22 and the banner ring guide guide protrusion 22, A banner ring cutting step 140 for cutting and separating the banner ring 70 by the cutting member 41 and a cutting member finishing position step 150 for replacing the cutting member 41 with the cutting member moving step 130, A banner ring moving frame rotating step 160 that rotates the banner ring moving frame 30 having the banner ring 70 to the banner 80 side and a banner ring moving frame rotating step 160 in which both ends of the banner ring 70 of the banner ring moving frame 30 are rotated, A banner ring banner upper and lower unfixed position step 170 in which the banner ring 70 is positioned at the upper and lower ends of the banner ring 80, Step 180 and a moving frame left and right moving cylinder home position step 190 for moving the moving frame left and right moving cylinder 50 and a banner ring moving frame home position step 200 for bringing the banner ring moving frame 30 in place .

The banner ring feeding step 100 is a step in which the leading end of the wound banner ring 70 is inserted into the banner ring moving hole 21 through the injection hole 21a of the banner ring feeding frame 20, And the banner loop 70 that has flowed into the loop transfer hole 21 is discharged to the discharge hole 21b by the forward / reverse motor 23.

The banner ring U coaxial contact step 110 is a step in which the leading end of the banner ring 21 supplied via the banner ring supplying step 100 is moved by the forward and reverse motors 23 to the U- The banner ring guide protrusion 22 of the banner ring feed frame 20 protrudes from the guide hole 22a by the pneumatic pressure of the guide pneumatic cylinder 22b and flows into the U coaxial portion 31 And the supplied banner ring 70 is brought into close contact with the inner side of the U fold portion 31.

The banner ring guide protruding portion step 120 is a step in which the banner ring guide portion 22 in which the banner ring 70 is in close contact with the inner side of the U fold portion 31 in the banner ring U coaxial contact step 110, And is returned to the inside of the guide hole 22a by the air pressure of the cylinder 22b.

The cutting member moving step 130 is a cutting member 41 of the banner ring cutting frame 40 and both ends of the scissors are moved by the pneumatic pressure of the cutting pneumatic cylinder 44 to the upper and lower cut recesses 43a And 43b to the front side of the discharge hole 21b of the banner ring feed frame 20 while proceeding toward the banner ring 70 side.

The banner ring cutting step 140 is a step of cutting the banner ring 140 in a state where both ends of the scissors which are the cutting members 41 moved by the cutting member moving step 130 are positioned on the front side of the discharge hole 21b of the banner ring feeding frame 20 And the ring 70 is cut and separated.

The cutting member finishing position step 150 is a step in which the cutting member 41 cut from the front side of the discharge hole 21b of the banner ring feed frame 20 by the banner ring 70 is pushed by the pneumatic pressure of the cutting pneumatic cylinder 44 It is the process of being in situ.

The banner ring moving frame rotating step 160 is a step of rotating the banner ring moving frame 30 in which the cut banner ring 70 is seated on the U fold 31 by the rotating pneumatic cylinder 34 And is rotated 90 degrees toward the banner 70 by the shaft.

The banner ring banner upper and lower unfixed position step 170 moves the banner ring moving frame 30 rotated by 90 degrees to the banner 80 side by the moving cylinder fixing plate 61 with the air pressure of the cylinder forward and backward moving cylinders 60 And both side ends of the cut banner ring 70 seated on the U fold portion 31 are positioned at the upper and lower ends of the front end of the banner 80, respectively.

The banner ring fusing and fixing step 180 is a step of fixing the banner ring 80 to the upper and lower sides of the banner 80 by moving the both ends of the cut banner ring 70 in the U folding portion 31 of the banner ring moving frame 30, The upper and lower ultrasonic welding members 90 and 91 are raised and lowered to closely contact each other and ultrasonic welding is performed.

The upper and lower parts of the upper and lower ultrasonic welding members 90 and 91 are returned to the original position of the moving frame left and right moving cylinder 190 and the banner ring moving frame 30 is pushed by the moving cylinder fixing plate 61, .

The banner ring moving frame home position step 200 is a step in which the banner ring moving frame 30 is rotated clockwise by 90 degrees about the rotational axis 32 by the rotary pneumatic cylinder 34 and the banner ring moving frame 30 Is moved to the right side by the pneumatic pressure of the movable frame left and right moving cylinder 50 by the movable frame fixing plate 51 and is returned to the front side of the banner ring feed frame 20.

10: bottom plate
20: Banner ring feeding frame 21: Banner ring moving hole
21a: Input hole 21b: Discharge hole
22: banner ring guide projection 22a: guide hole
22b: Guide pneumatic cylinder 23: Forward motor
30: Banner ring movement frame 31: U coaxial part
32: rotating shaft 33: stop bar
34: Rotary pneumatic cylinder
40: Banner ring cutting frame 41: Cutting member
42: vertical stand 43: working plate
43a, 43b: upper and lower cut recesses 44: cutting pneumatic cylinder
50: Moving frame left and right moving cylinder 51: Moving frame fixing plate
60: cylinder forward and backward moving cylinder 61: moving cylinder mounting plate
70: Banner ring
80: Banner
90,91: upper and lower ultrasonic welding member
100: Banner ring supply step
110: Banner collar U coarser adhesion step
120: Banner ring guide protrusion In-situ step
130: cutting member moving step
140: Banner loop cutting step
150: Cutting part source position step
160: Banner ring movement frame Rotation step
170: Banner ring banner upper and lower negative position step
180: Banner ring fusion fixing step
190: Movement frame left and right Moving cylinder in-situ step
200: Banner ring moving frame In-situ step

Claims (5)

A bottom plate of a rectangular plate fixedly coupled to the side ends of the banner;
A banner ring moving hole in which a banner ring is inserted and ejected through a hole formed in a lower left end of the left upper end portion of the box body so as to be inserted into and discharged from the bore hole moving hole, A banner ring feeding frame for feeding to the ejection hole at a speed;
The banner ring discharged through the discharge hole of the banner ring supply frame with the front face of the " C "shape is introduced into the inside and is rotated 90 degrees to the banner side, the banner ring is moved to the side end portion of the banner, Ring movement frame;
A banner ring cutting frame for cutting and separating the banner ring by the cutting member at the end of the discharge hole when the banner ring supplied through the discharge hole of the banner ring supply frame is seated on the banner ring moving frame;
A moving frame left and right moving cylinder for moving the moving frame fixing plate to the left or right side by air pressure, which is coupled to the moving frame fixing plate; And
And a cylinder moving forward and backward moving cylinders which are connected to the moving cylinder holding plates and which move the moving cylinder holding plates to the front and rear sides by means of pneumatic pressure are formed on the moving cylinder fixing plates of the "a" shape in which the moving frame left and right moving cylinders are fixed. Automatic fixing of the banner's banner ring. The method according to claim 1,
Wherein the banner ring supply frame includes a forward and reverse motor that is rotatably coupled to the center of the banner ring insertion hole and supplies the banner ring to the discharge hole at a constant speed by a rotational force, Wherein a banner ring guide protrusion having a guide hole protruded or embedded outward from a left end thereof is formed by the banner ring guide protrusion. The method according to claim 1,
The banner ring moving frame is a rectangular parallelepiped whose front face is a "C" shape, and a banner ring discharged through a discharge hole of the banner ring supply frame is introduced into the inside of the banner ring guide frame, Wherein a U-shaped portion for guiding the U-shaped portion is formed, a rotary shaft is formed at a lower portion thereof, a stop bar is formed at one side thereof, and the rotary pneumatic cylinder is rotated in a counterclockwise direction by 90 degrees and returned to its original position. Fixing device. The method according to claim 1,
Wherein the banner ring cutting frame is provided with a vertical bar vertically standing on the bottom plate and fixedly installed at a height of a banner ring protruding from a discharge hole of the banner ring supply frame to the vertical bar in an & Wherein the scissors are provided on one side of the operation plate, and both ends of the scissors are slidably moved to banner rings protruding from the discharge hole along the upper and lower cut recesses formed in the operation plate by the cutting pneumatic cylinder, And the banner ring is cut and separated from the banner ring. A banner ring supplying step in which the tip of the wound banner ring is inserted into the banner ring moving hole through the injection hole of the banner ring supply mold and the banner ring introduced into the banner ring moving hole is discharged to the discharge hole by the forward and reverse motors;
The tip of the banner ring supplied through the banner ring supplying step is introduced into the U coffer of the banner ring moving frame by the forward and reverse motors so that the banner ring guide protrusion of the banner ring supplying frame protrudes from the guide hole by the pneumatic pressure of the guide pneumatic cylinder A banner ring U coaxial contact step of bringing the supplied banner ring into contact with the inside of the U-shaped groove when the U-shaped groove is introduced into the U-shaped groove;
A banner ring guide protruding portion in which a banner ring guide protrusion brought into close contact with the inner side of the U coffer in the banner ring U coaxial contact step is replaced by a pneumatic pressure of the guide pneumatic cylinder into the guide hole;
A cutting member moving step in which both ends of the scissors are moved to the side of the banner ring side along the upper and lower side cutting recesses of the operating plate by the pneumatic pressure of the cutting pneumatic cylinder with the cutting member of the banner ring cutting frame,
A banner ring cutting step in which both ends of the scissors, which are the cutting members moved by the cutting member moving step, cut the banner ring positioned on the front side of the discharge hole of the banner ring supply frame;
Wherein the cutting member is cut from the front side of the discharge hole of the banner ring feeder by the pneumatic pressure of the cutting pneumatic cylinder;
Rotating the banner ring moving frame in which the cut banner ring is seated in the U-fold portion by the rotary pneumatic cylinder to rotate the rotating shaft about 90 degrees in the banner direction;
The banner ring movement frame moved by 90 degrees is moved to the banner side by the pneumatic pressure of the cylinder moving forward and backward by the moving cylinder fixing plate. Banner rings where both ends of the cut banner ring seated on the U coaxial portion are positioned respectively at the upper and lower portions of the banner tip. An incorrect position step;
A banner ring moving frame located at the upper and lower portions of the banner front end; a banner ring fusing and fixing step in which upper and lower ultrasonic fusing members are closely attached to upper and lower portions of the banner, respectively,
The upper and lower ultrasonic welding members are in the original position and the banner ring moving frame is moved to the pneumatic pressure of the cylinder moving forward and backward by the moving cylinder fixing plate; And
The banner ring moving frame is rotated 90 degrees clockwise by the rotary pneumatic cylinder by the rotary pneumatic cylinder and the banner ring moving frame is moved to the right side by the pneumatic pressure of the movable frame left and right moving cylinder by the movable frame fixing plate, A method of automatically fixing a banner ring of a banner made up of in-situ steps.

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