KR101138986B1 - A hanger for banner advertising - Google Patents

Abstract

The present invention is to prevent the falling down by the weight after setting the width interval of the upper pole can be easily mounted banner prints of various standards, while the rise of the upper pole is natural, while being lowered only by a certain pressing force It is related to a banner holder easy to adjust the height of the upper pole.
According to the present invention, the front cover and the rear cover are coupled to each other by fitting, and the case is provided with a bracket having a first and second pivotal shaft and a hinged hook hole in the rear cover at intervals on the upper and lower sides of the front cover. ; An upper pole pole having a first pivot member fitted to a first pivot shaft provided above the front cover of the case at a lower end thereof, and provided with an upper hook pole on the upper side for supporting the upper both sides of the banner print. ; A lower pole pole having a second pivoting member fitted to a second pivoting shaft provided under the front cover of the case at an upper end thereof, and having a lower hook for supporting the lower sides of the banner prints on the lower side thereof. ; A first stopper provided to protrude from the upper center portion of the front cover to limit the width interval of the upper pole to an allowable minimum distance; Second stoppers installed at both ends of the front cover to limit the width interval of the lower pole to an allowable maximum distance; And a third pivot member having a hinge protruding from the hinge hanger hole of the bracket provided on the rear cover, provided at an upper end thereof to form a tripod support together with a lower pole.

Description

Banner hanger {A hanger for banner advertising}

The present invention relates to a banner holder for mounting a printed advertisement printed notification content, such as advertising, more specifically, the width of the hook member is adjusted so as to mount a banner plate of various standards, but the hook member is set to flow And not to, and relates to a banner holder that can freely adjust the height of the upper pole.

In general, standing advertising displays that display advertisement prints such as banners (hereinafter referred to as 'banners') in specific places can effectively deliver advertisement content to a large number of people even in a small installation area and are also free to move. It is widely used in related fields. Banner refers to an advertisement formed in a horizontal or vertical line shape on a web page, but recently, it is used to refer to a small live-action banner. In the case of the banner banner, it is mainly used in the form of a small banner holder mounted on the outside of the store, not a method of connecting the outer wall of the building or spaces separated from both sides like a general banner.

The banner holder has a base made of a heavy material such as a bucket, and a supporter erected on the base and a hook member for supporting the upper and lower parts of the banner. The banner holder is adapted to banner prints of various standards. It must be regulated and meet the requirements for easy installation and disassembly and freedom of movement. Various types of cradles (or stands) have been proposed to meet the above requirements and to hang banner prints on which advertisement contents are printed. Therefore, a number of structures that can adjust the width of the banner hanger member and the height can be adjusted to meet various standards of the banner.

As an example, as shown in FIGS. 1 to 3, the banner holder of Korean Patent No. 0595469 has a base 102 functioning as a heavy object, a vertical support rod 104 fitted into the base 102, and adjusting height. It is installed on the top of the vertical support rod 104, the upper fixed support portion 106 is provided with an elastic support 107 for adjusting the width interval and fixing the upper portion of the banner, and the lower fixed support portion 108 for fixing the lower portion of the banner It consists of). The vertical support rod 104 has a two-stage structure in which the upper rod 114 is fitted to the lower rod 112, but the height of the upper rod 116 is adjusted by the length adjusting member 116, as shown in FIG. consist of. The length adjusting member 116 is a pressing member 124 is fitted into the groove 122a formed so that the depth gradually increases in the rotational direction formed on the outer member 122 and the pressing member by rotating the outer member 122 124 acts to press and fix the upper rod 116 in the groove (122a). As shown in FIG. 3, the upper fixed support part 106 is provided with a pair of gear members 128 geared in the casing 126 to rotate in opposite directions to adjust the width of the elastic support 107. It is.

The banner holder of the above-described structure is adapted to adjust the width interval by the gear member 128 in which the elastic support for supporting the banner is geared. The elastic support must be fixed at a desired position to facilitate the mounting of the banner. The above structure is set by the gear coupling method so that the angle of the elastic support is set, so that the bite force of the gear coupling portion engaged with each other is loosened. Since the teeth are spontaneously rotated by the weight of the elastic support without maintaining the set width interval, the elastic support is lowered.

In addition, since the length adjusting member is made of a double tube structure in which the upper rod is inserted into the lower rod, it is not easy to adjust the height of the upper rod in the lower rod. In particular, since the pressing member of the length adjusting member maintains the position of the upper rod only by the force of being inserted into the lower groove of the outer member, the pressing member is firmly inserted into the thin portion of the groove in the process of fixing the upper rod by tightening the outer member. If it is not located loosely in the deep portion of the groove can not cause the upper rod to fall in place to maintain the position can eventually cause a problem in the failure to adjust the length.

In addition, since the cross section of the lower rod and the upper rod is determined according to the shape of the groove formed in the base of the heavy material, various shapes, that is, the lower rod of a rectangular or oval shape, may not be adopted in the base.

As another example, as shown in FIG. 4, the banner device for advertisement of Korean Utility Model Registration No. 0435564 is provided with four gears 154 geared in the case 152 to mount a banner on an upper hanger 156 and a lower hanger. The width interval of 158 can be adjusted in one operation, and the pedestal 164 is disclosed in the structure to adjust the inclination angle to the display angle by the adjustment screw 162 installed on the back of the case 152.

The above structure solves the problem of the above-described pair of gear members, that is, the upper hook descends due to its own weight, but the width of the upper hook 156 and the lower hook 158 for mounting the banner print 150 is increased. Since it moves in one operation, it is impossible to fold the upper hanger 156 down to the lower hanger 158 and store it. In addition, since the structure of the upper hanger 156 and the lower hanger 158 maintains a constant width interval, the width direction of the banner can be mounted only to meet a predetermined demand to meet the demand to publish more content In order to be able to mount a banner print having a wide width direction or a banner print having a different upper width and lower width, there is a problem in that it is restricted to use according to various banner standards.

The conventional banner holder structures described above have a common problem that acts as a factor that increases the manufacturing cost because a plurality of molds are required for gear forming because the width of the banner holder is adjusted by the gear coupling method. .

Therefore, the present invention has been proposed to solve the above problems, the first object of the present invention is to set the width interval of the upper pole to prevent falling down by its own weight can be easily mounted banner prints of various standards In providing banner placement.

The second object of the present invention is to adjust the height of the upper pole, while the stopper function is provided with a position fixing member therein, while the ascension is natural, while providing a banner holder that can be lowered only by a constant pressing force.

It is a third object of the present invention to provide a banner holder that can be installed by using a tripod type and a heavy object base by manufacturing a mold to fit a post or a square pipe as well as installing a banner by a tripod.

In order to achieve the above object, in the first embodiment of the present invention, the front cover and the rear cover are coupled to each other by fitting, and the first and second rotation shafts are provided at intervals on the upper side and the lower side of the front cover, and the rear cover. A case having a bracket having a hinged hole in the case; An upper pole pole having a first pivot member fitted to a first pivot shaft provided above the front cover of the case at a lower end thereof, and provided with an upper hook pole on the upper side for supporting the upper both sides of the banner print. ; A lower pole pole having a second pivoting member fitted to a second pivoting shaft provided under the front cover of the case at an upper end thereof, and having a lower hook for supporting the lower sides of the banner prints on the lower side thereof. ; A first stopper provided to protrude from the upper center portion of the front cover to limit the width interval of the upper pole to an allowable minimum distance; Second stoppers installed at both ends of the front cover to limit the width interval of the lower pole to an allowable maximum distance; And a third pivot member having a hinge protruding from the hinge hanger hole of the bracket provided on the rear cover, provided at an upper end thereof to form a tripod support together with a lower pole.

Here, the case is characterized in that the holding groove is formed in the bottom, the upper end is inserted into the holding groove and the lower end is further characterized in that it further comprises a post is inserted into the heavy material base.

In the second embodiment of the present invention, the front cover and the rear cover having a rotation shaft on both sides of the inside are fitted to each other, the first case having a groove formed in the bottom; An upper pole pole provided at a lower end thereof with a fourth rotating member inserted into a rotation shaft of the first case and rotated by a required angle, and having an upper hanger on the upper side for supporting the upper both sides of the banner printout; A first stopper provided to protrude from the upper center portion of the front cover to limit the width interval of the upper pole to an allowable minimum distance; Height adjusting means inserted into a groove of the first case and adjusting a height of an upper pole; A second case having a through hole for penetrating the height adjusting means and having first support grooves formed at both sides thereof, and having a second support groove formed at the center of the rear surface thereof; A lower pole pole provided with a lower hanger for supporting the fifth rotating member pivotally coupled to the first supporting groove of the second case and the lower both sides of the banner printed material rotated by a required angle; And a sixth rotation member rotatably hinged to the second support groove of the second case, and provides a banner holder including a pedestal constituting a triangular support with a lower pole.

Here, the height adjusting means is a lifting member which is formed with a guide groove in the vertical direction in the center; A gap maintaining member fitted to the guide groove of the elevating member and fixed to the guide groove of the elevating member, the locking groove being formed at equal intervals, the rounding portion being formed on the bottom surface of the locking groove; A position fixing pin penetrating through the second case at an upper position of the second support groove of the second case and inserted into a locking groove of the gap maintaining member to fix the height of the elevating member; A spring which is fitted to the position fixing pin and provides an elastic restoring force to maintain the state where the position fixing pin is inserted into the locking groove; A separation preventing piece for preventing the spring from being inserted into the position fixing pin; And a cutting part inclinedly cutting the distal end portion of the position fixing pin so as to be able to ride up smoothly along the round part of the locking groove when the elevating member is raised.

According to the features of the present invention as described above, the rotating member provided on each of the upper pole and the lower pole pole is coupled to the rotation shaft in the case by the intermediate or interference fit, so that the width of the upper pole is lowered by the weight after it is set. It can prevent, and the rotation angle can be adjusted freely, there is an effect that can easily mount banner prints of various standards.

The present invention has a different effect that can be fixed not only by a tripod, but also by a heavy weight base by forming a receiving groove for fitting a circular pillar as well as a square in the case supporting the upper pole and the lower pole.

In addition, the present invention, while the rise is natural by the operation of the height adjustment means fitted to the lower case, during the lowering to release the locking of the position fixing pin and to be lowered only by a constant pressing force to smooth the height of the upper pole There is another effect that can be adjusted.

1 is an exemplary view showing the configuration of a banner holder according to the prior art;
2 and 3 is a configuration diagram for showing the operation of the banner holder shown in FIG.
Figure 4 is a perspective view showing another example of the banner holder according to the prior art,
Figure 5 is a perspective view of a folded state of the upper and lower poles as a first embodiment of the banner holder according to the present invention,
FIG. 6 is a perspective view of the upper and lower poles of the banner holder shown in FIG. 5 unfolded; FIG.
Figure 7 is an exploded perspective view showing the coupling configuration of the upper and lower poles to the casing which is the main part of the present invention,
8 is a modified example of the case which is the main part of the present invention;
9A and 9B are cross-sectional views showing an operating state in which the upper and lower poles are folded and unfolded by being coupled to the front cover of the casing shown in FIG.
10A and 10B are cross-sectional views illustrating an operating state in which the pedestal is coupled to the rear cover of the case illustrated in FIG. 7 and folded and unfolded;
11 is a perspective view of a state in which the upper and lower poles are folded as a second embodiment of the banner holder according to the present invention;
12 is a perspective view of the upper and lower poles of the banner holder shown in FIG. 11 unfolded;
FIG. 13 is a detailed view of portion A in FIG. 12;
14 is a perspective view showing the configuration of a height adjusting means that is a main part of a second embodiment of the present invention;
15 is a cross-sectional view showing an operating state of the height adjusting means.

The above-mentioned objects, features and advantages will become more apparent from the following detailed description in conjunction with the accompanying drawings. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Banner cradle according to the present invention is to adjust the width of the upper pole and the height of the strut freely, while maintaining the set state in the adjusted state is implemented to easily mount banner prints of various standards.

FIG. 5 is a perspective view of a state in which the upper and lower poles are folded as a first embodiment of the banner mount according to the present invention, and FIG. 6 is a perspective view of the upper and lower poles of the banner mount shown in FIG. Is an exploded perspective view showing the coupling structure of the upper and lower poles to the casing which is the main part of the present invention, and FIG. 8 is a modified example of the case which is the main part of the present invention, and FIGS. 9A and 9B are casings shown in FIG. The upper and lower poles are coupled to the front cover of the cross-sectional view showing the folded and unfolding action state, Figures 10a to 10c are shown in Figure 7 the folded and unfolding action state coupled to the back cover of the case shown in Figure 7 Fig. 10A is a front sectional view, Fig. 10B is a side cross-sectional exploded view, and Fig. 10C is an operation state diagram of the pedestal.

As shown in the figure, the present invention includes a case 2 in which the front cover 3 and the rear cover 4 are fitted to each other; It is built in the case (2) to hang the upper both sides of the banner print, and is supported by the case (2) for hanging the "b" shaped first pivot member 7 and the banner print An upper pole pole 6 provided with an upper hanger pole 8; A lower part for hanging on both sides of the lower part of the banner print, which is embedded in the case 2 and supported by the lower part of the banner print, A lower pole pole 10 provided with a hook 12; A pedestal 14 installed on the rear cover 4 of the case 2 and having a third pivot member 15 protruding from the hinge 16 at the top thereof to form a triangular support together with the lower pole pole 6. It includes.

The front cover 3 and the rear cover 4 of the case 2 are manufactured by an injection mold to be fitted with each other by the first and second pivot shafts 22 and 23 to be described later.

As shown in FIG. 8, the case 2 may be injection molded so that the support groove 16 is further formed in the lower space thereof. When the banner is mounted by the heavy weight base instead of the pedestal 14, the main body is fixed to the heavy weight base by inserting a strut (not shown) such as each pipe or a circular pipe in the strut groove 16.

As shown in Fig. 7, the front cover 3 of the case 2 is formed with an inverted U-shaped groove 21 for allowing the pedestal 14 to flow in and out of the lower center. The first pivot shaft 22 for fitting and engaging the rear cover 4 protrudes by supporting the first pivot member 7 of the upper pole 6 on the upper both sides of the front cover 3 to be rotatable. It is formed so as to, the lower both sides are formed to protrude the second pivot shaft 23 for rotatably supporting the second pivot member 11 of the lower pole pole 10. In addition, a first stopper 24 protrudes from the upper center portion of the front cover 12 to limit the width interval of the upper pole pole 6 to an allowable minimum interval, and at both ends of the lower pole pole 10. A second stopper 26 is provided to protrude to limit the width interval to the maximum allowable interval. The first stopper 24 is formed of a substantially tripod shaped projection to limit the angle at which the upper pole poles 6 are narrowed to maintain the minimum allowable width interval, and the second stopper 26 is substantially in the form of a bracket. By taking the lower end functioning as a step is to limit the angle that the lower pole pole 10 is opened to maintain the maximum allowable width interval.

The first pivot member 7 of the upper pole 6 has a center of gravity at a bending point (edge portion) having a “b” shape so that the first pivot member 7 is centered on the first pivot shaft 22. Is rotated, but the center of gravity is at the bending point to prevent the upper pole 6 from descending by its own weight. Here, the center of gravity formed at the corner of the first pivot member 7 corresponds to the center of the weight of the sum of the first pivot member 7 and the upper pole pole 6.

On the lower side of the first stopper 24 of the front cover 3, a supporting plate 28 for seating and supporting the bottom of the first pivot member 7 is provided. The support plate 28 supports and supports the bottom surface of the first pivot member 7 when the upper pole 6 is narrowed to the minimum width interval.

The rear cover 4 is provided with a bracket 30 formed with a hinge hanger hole (30a) at intervals in the center. The bracket 30 forms a pair with the bracket 31 formed on both sides of the inverted U-shaped groove 21 of the front cover 3.

In the first embodiment of the present invention, a screw hole 32 is formed through the first and second pivotal shafts 22 and 23 and the first stopper 24 of the case 2, respectively, so that the front cover 3 ) And the rear cover (4) is fixed to the structure. In addition, the first and second pivot members 7 and 11 are fitted to the first and second pivot shafts 22 and 23 by an intermediate or interference fit, so that the upper and lower pole poles may be fitted according to the width interval of the banner printout. 6, 10 can be set, and the set upper pole 6 is not lowered by its own weight by maintaining a firm coupling force with the first and second pivot shafts 22, 23.

6 and 9b, the first pivot member 7 of the upper pole 6 rotates about the first pivot shaft 22. As shown in FIG. At this time, when the width interval of the upper pole poles 6 on both sides is narrowed to the minimum angle, the bottom surface of the first pivot member 7 is seated and supported on the support plate 28, and both sides of the first stopper 24 are supported. The first rotating member 7 is in contact with the minimum width interval is limited so that it is no longer narrowed. When the width interval of the lower pole pole 10 is extended to the maximum, the maximum width interval is limited by causing the second rotation member 23 to be caught by the second stopper 26.

As shown in FIG. 5, when the user folds the upper pole 6, it is folded to be parallel to the lower pole 10 so that the user can easily store or move it. In use, as shown in FIG. 6, the upper pole ( 6) and the lower pole pole (10) to adjust the width of the banner print to the banner hanging on the upper hanger (8) and the lower hanger (12) installed and installed the lower pole pole (10) and pedestal (14) in the form of a tripod This completes the installation.

Next, a second embodiment of the present invention will be described with reference to Figs.

FIG. 11 is a perspective view of a state in which the upper and lower poles are folded as a second embodiment of the banner mount according to the present invention, and FIG. 12 is a perspective view of the upper and lower poles of the banner mount shown in FIG. 12 is a detailed view of the portion A in Figure 12, Figure 14 is a perspective view showing the configuration of the height adjustment means that is the main portion of the second embodiment of the present invention, Figure 15 is a cross-sectional view showing the operating state of the height adjustment means.

As shown in the figure, the second embodiment of the present invention is the front cover 53 and the rear cover 54 are fitted to each other, the first case 52 having a groove 52a formed in the bottom; The fourth rotating member 57 and the banner print having a “b” shape, which is embedded in the first case 52 and supported by the upper both sides of the banner print, and rotated by the required angle supported by the case 52. An upper pole pole 56 provided with an upper hanger pole 58 for hanging; Height adjusting means (60) inserted into the groove (52a) of the first case (52) and adjusting the height of the upper pole (56); A through hole 62a for penetrating the height adjusting means 60 is formed, and first support grooves 64 for supporting lower pole poles are formed at both sides thereof, and a second support for supporting a pedestal at the rear center is provided. A second case 62 in which a support groove 66 is formed; The fifth pivot member 70 inserted into each of the first support grooves 64 of the second case 62 and rotated by a required angle is provided, and a lower hanger 72 for supporting the lower sides of the banner prints. A lower pole 68; A sixth pivot member 76 fitted into the second support groove 66 of the second case 62, the pedestal 74 forming a triangular support together with the lower pole table 68; A first hinge pin (77) functioning as a central axis such that the lower pole table (68) fitted to the first support groove (64) is rotated; And a second hinge pin 78 functioning as a central axis such that the pedestal 74 fitted into the second support groove 66 rotates.

The first case 52 has the same structure as the case shown in FIG. Particularly, in the structure in which the upper pole pole 56 is installed and rotated in the first case 52, the first pivot member 7 is fitted to the first pivot shaft 22 as in the first embodiment. And, it is the same as the structure that is seated by the backing plate 28, the minimum width interval is maintained by the first stripper 24. Therefore, in the second embodiment, the above-described configuration is not shown in the drawings, and in the description of the configuration and the operation, the same reference numerals as those in the first embodiment will be described.

13 and 15, the height adjusting means 60 is bent in the form of "c", the lifting member 82 is formed with a guide groove (82a) in the vertical direction in the center; The gap retaining member having a rounding part 84b rounded at the bottom of the engaging groove 84a is formed by being fitted and fixed to the guide groove 82a of the elevating member 82 at equal intervals. 84); The height of the elevating member 82 penetrates through the second case 62 at an upper position of the second support groove 66 of the second case 62 and is inserted into the locking groove 84a of the space keeping member 84. Position fixing pins (86) for fixing the; The position fixing pin 86 is fitted, and when the user pulls the position fixing pin 86 in order to lower the elevating member 82, the position fixing pin 86 is provided by being compressed and providing the usual elastic restoring force ( It includes a spring 88 for maintaining the state inserted in the 84a) and the separation preventing piece 90 to prevent the spring 88 from being separated by being fitted to the position fixing pin 86.

In the second embodiment of the present invention, when the elevating member 82 is raised, the front end portion of the positioning pin 86 is inclinedly cut so as to be able to ride up smoothly along the round portion 84b of the locking groove 84a. It presents a structure including a further cut portion 89.

In the present invention configured as described above, the upper pole 56 is rotated around the first rotating shaft 7 provided in the first case 52, the fourth rotating member 57, wherein the upper upper pole ( When the width interval of 56 is narrowed to the minimum angle, the bottom surface of the fourth pivot member 57 is seated and supported on the support plate 28, and the fourth pivot member 57 is provided on both sides of the first stopper 24. ), The minimum width is limited so that it is no longer narrowed. The lower pole pole 10 is the maximum width interval is limited by the fifth pivot member 70 is caught at the end of the first support groove 64 when the width interval is extended to the maximum.

Referring to the operating state of the height adjusting member 60 for adjusting the height of the upper pole 56 is as follows.

When pulling up the height adjusting member 60 to raise the upper pole 56, the elevating member 82 is raised smoothly. At this time, even if the position fixing pin 86 is fitted into the locking groove 84a of the gap holding member 84, a cutting portion 89 is formed at the tip of the position fixing pin 86, so that the rounding portion of the locking groove 84a is formed. Since it comes into contact with (84b), the lifting member 82 can be raised without being interfered by the position fixing pin 86, and when the stop is reached when the desired height is reached, the position fixing pin 86 is The position is fixed by maintaining the inserted state in the locking groove (60a). On the contrary, when the height adjustment means 60 is lowered, the user presses the elevating member 82 to lower it. In this case, the lifting member 82 is freely lowered in the through-hole 62a of the second case 62 by the user pulling the position fixing pin 86 to separate from the locking groove 84a.

As shown in FIG. 11, the user folds the upper pole pole 56 supported by the first case 52 and the lower pole pole 68 and the second pedestal 74 supported by the second case 62. The upper pole 56 and the lower pole 68, the second pedestal 74 is folded side by side to facilitate the storage or movement, as shown in Figure 12, the upper pole pole 56 and the lower portion in use The pole pole 68 is adjusted to fit the width of the banner prints to hang the banner print on the upper hanger 58 and the lower hanger 72, and the lower pole 68 and the pedestal 74 are opened in the form of a tripod. You are done.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and will be apparent to those skilled in the art without departing from the technical spirit of the present invention.

2: case 3: front cover
4: rear cover 6: upper pole
7: 1st rotation member 8: upper hanger
10: lower pole pole 11: the second rotating member
12: lower hanger 14: base
15: third rotating member 16: hinge

Claims (11)

A case having a front cover and a rear cover coupled to each other by a fitting and having a first and second pivotal shafts spaced at an upper side and a lower side of the front cover and a bracket having a hinged hook hole at the rear cover;
An upper pole pole fitted with a first rotational shaft of the front cover to be rotated by a required angle at a lower end thereof, and an upper pole pole provided at an upper side to support the upper both sides of the banner printout;
A lower pole pole fitted with a second rotation shaft of the front cover to be rotated by a required angle at an upper end thereof, and having a lower hanger for lowering both sides of the lower banner of the banner print;
A first stopper provided to protrude from the upper center portion of the front cover to limit the width interval of the upper pole to an allowable minimum distance;
A support plate positioned below the first stopper and supporting the bottom surface of the pivot member when the upper pole is narrowed to a minimum width interval;
Second stoppers installed at both ends of the front cover to limit the width interval of the lower pole to an allowable maximum distance; And
A pedestal that forms a triangular support with a lower pole is provided with a third pivot member protruding from the hinge so as to fit into the hinge hook hole of the bracket provided on the rear cover.
Including;
The rotating member of the upper pole has a "b" shape, banner center, characterized in that the center of the combined weight of the upper pole and the rotating member is located at the bending point of the "b" shape.
The method of claim 1,
The case is injection molded so that the support groove is formed in the bottom, the banner holder, characterized in that further comprises a support that is inserted into the upper end and the lower end is fitted into the heavy weight base.
The method of claim 1,
The front cover of the case is a banner holder, characterized in that the groove is formed in the lower center to allow the flow in and out.
The method according to any one of claims 1 to 3,
The first stopper is composed of a tripod of the tripod shape, the second stopper is a banner holder, characterized in that consisting of a bracket.
delete The method according to any one of claims 1 to 3,
And a screw hole is formed in each of the first and second pivotal shafts and the first stopper of the case to fix the front cover and the rear cover with screws.
A first case in which a front cover and a rear cover having rotation shafts on both sides thereof are fitted to each other, and a groove is formed at a bottom thereof;
An upper pole pole provided at a lower end thereof with a rotating member pivoted by an angle required by the rotating shaft of the first case, and having an upper hanger on the upper side for supporting the upper both sides of the banner printout;
A first stopper provided to protrude from the upper center portion of the front cover to limit the width interval of the upper pole to an allowable minimum distance;
A support plate positioned below the first stopper and supporting the bottom surface of the pivot member when the upper pole is narrowed to a minimum width interval;
Height adjusting means inserted into a groove of the first case and adjusting a height of an upper pole;
A second case in which a through hole for penetrating the height adjusting means is formed, and first support grooves are formed at both sides, and a second support groove is formed at the rear center thereof;
A lower pole pole provided at a lower side thereof with a lower hanger for lowering the rotatable member pivotally coupled to the first support groove of the second case and supporting both lower sides of the banner print; And
A pivot member rotatably hinged to the second support groove of the second case, and a pedestal constituting a triangular support together with a lower pole;
Including;
The rotating member of the upper pole has a "b" shape, the banner holder, characterized in that the center of the weight of the sum of the upper pole and the rotating member is located at the bending point of the "b" shape.
The method of claim 7, wherein
The height adjusting means
An elevating member having a guide groove formed in a vertical direction in a central portion thereof;
A gap maintaining member fitted to the guide groove of the elevating member and fixed to the guide groove of the elevating member, the locking groove being formed at equal intervals, the rounding portion being formed on the bottom surface of the locking groove;
A position fixing pin penetrating through the second case at an upper position of the second support groove of the second case and inserted into a locking groove of the gap maintaining member to fix the height of the elevating member;
A spring which is fitted to the position fixing pin and provides an elastic restoring force to maintain the state where the position fixing pin is inserted into the locking groove; And
Insertion prevention piece for preventing the spring from being inserted into the position fixing pin
Banner cradle including a.
The method of claim 8,
The banner mounting stage further comprises a cutting unit for cutting the front end of the position fixing pin inclined so as to be able to ride up smoothly along the round portion of the locking groove when the elevating member is raised.
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