KR200196910Y1 - Post a notice of a placard - Google Patents

Abstract

The present invention relates to a placard post, and more particularly, to a placard post in which a wire winding device is installed in a column provided to have a constant height at both ends of a road, and a hanging banner is installed on a wire released from the wire winding device.

Conventionally, banners have been installed in a row of trees or telephone poles planted on both sides of the road, tied up with a string, but in this process, there was a problem of impairing safety accidents and congestion of the vehicle and surrounding aesthetics.

The present invention has been devised to solve such a cause, in the banner to be tied to the roadside trees installed on both sides of the road, a pair of hollow pillars (3) installed on both sides of the road; A winding portion 8 installed inside the pillar; A banner moving wire 6 connected from the winding 8 through a roller 7 at the top of each pillar 3; A ring 5 fixed to one end of the banner moving wire 6; A banner high having a wire 9c fixed to the top of the pillar 3 and a ring 9a for fixing the upper and lower ends of the banner 4 and an elastic member 9b for connecting the wire 9c and the ring 9a. By installing the government 9, there is an advantage of safely installing the banner within a short time, and preventing the installed banner from hanging down and disturbing the surrounding aesthetics.

Description

Banner Post {post a notice of a placard}

The present invention relates to a placard post, and more particularly, to easily install a placard installed across both ends of a road without disturbing the flow of the vehicle, and to make the placard and the placard fixed thereto simply match. The present invention relates to a placard post that enhances the beauty of the city and prevents falling and traffic accidents that occur during the installation of the placard.

In general, banners are to be promoted by writing certain phrases on a thin cloth, and many people are installed along the way.

The banner is connected to a string having a predetermined length at the upper and lower ends thereof, and the string is tied to a row of trees on both sides at a constant height.

Banners, which are installed for the parliamentary elections or public offices and city halls, are usually installed in the middle of roads with a width of about 4.5m to 7m.

In other words, one of the workers must first help the worker to tie the banner from underneath if he is crossing the other side of the road or on the same side. When a person is holding a placard, and a ladder or other worker climbs up a roadside tree using a means of climbing up high, the person underneath attaches a long string to the other side of the tied banner or just crosses the road with it. You will install a banner to tie it.

Therefore, in the process of tying one side of the banner and tying the other side, the vehicle has to cross many roads, resulting in a delay and traffic accidents in the vehicle flow.

In addition, there is a problem that the distance between the row of trees and the width of the road width is not constant, the installed banner is deviated from the center to the left and right or the height is not matched to harm the surrounding aesthetics.

In addition, since both ends of the banner are tied with a string which cannot be adjusted, there is a problem that the banner is stretched after installation.

Therefore, the present invention has been devised to solve such a problem, and fixed one end of the banner to the banner fixing portion provided on the top of the column, the other end is hooked to the hook and then the winding device installed on the lower portion of the column across the road It is achieved by providing a placard post that enables the banner to be unfolded by the wire wound to enable smooth flow of the vehicle, prevents safety accidents occurring in the course of work, and does not interfere with the surrounding aesthetics. .

In order to achieve the above object, the present invention is a banner for installing a bundle tied to the roadside trees installed on both sides of the road, a pair of hollow pillars installed on both sides of the road, the windings installed inside the pillars, Banner fixing part having a banner moving wire connected through the upper roller, a ring fixed to one end of the banner moving wire, an elastic member connected to a ring for fixing the upper and lower ends of the banner, and a wire connecting the elastic member to the pillar. By installing, the banner can be safely installed within a short time, and the installed banner is installed to have a constant height at the center of the road so that it can be combined with the surrounding aesthetics.

1 is a schematic configuration diagram of a placard post according to the present invention.

Figure 2 is a longitudinal sectional view of the winding unit according to the present invention.

3 is a cross-sectional view taken along the line A-A of FIG.

Figure 4 is a block diagram showing a state in which the street lamp is installed on the placard post according to the present invention.

Figure 5 is an exploded perspective view of the main portion of the first wire winding of another embodiment used in the banner post according to the present invention.

6 is a longitudinal cross-sectional view of FIG. 5;

FIG. 7 is an enlarged cross-sectional view of portion A of FIG. 6; FIG.

8 is a cross-sectional view taken along the line B-B in FIG.

Figure 9 is an exploded perspective view of the main portion of the wire winding of another embodiment used in the placard post according to the present invention.

10 is a longitudinal cross-sectional view of FIG. 9;

11A and 11B are operating state diagrams showing a state in which the wire winding part is released in a fixed state.

<Description of the code | symbol about the principal part of drawing>

3: pillar; 4: banner 5: ring

6: Banner movement wire 7: Roller 8: winding

9: Banner fixing part 9a: Ring 9b: Elastic member

9c: wire

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

In the banner which attaches to the roadside trees installed on both sides of the road with string, A pair of hollow columns 3 installed on both sides of the road; A winding portion 8 installed inside the pillar; A banner moving wire 6 connected from the winding 8 through a roller 7 at the top of each pillar 3; A ring 5 fixed to one end of the banner moving wire 6; A banner high having a wire 9c fixed to the top of the pillar 3 and a ring 9a for fixing the upper and lower ends of the banner 4 and an elastic member 9b for connecting the wire 9c and the ring 9a. Government (9); Sculpture 19 is installed on the upper end of the column (3) is configured to complete the installation work on one side or the other side of the column without crossing the road when installing the banner. The present invention configured as described above will be described with reference to the accompanying drawings. 1 to 3 is a schematic configuration diagram and a cross-sectional view according to the banner post according to the present invention.

First, as illustrated in FIG. 1, the banner post 1 has a hook for hanging one end of the banner 4 on a pair of pillars 3 installed at both ends of the road 2 to move to the other pillar 3. The banner moving wire 6 provided with 5) is provided so as to be wound or unwound to the winding part 8 therein via the roller 7 provided in the upper end of the pillar 3. In addition, the banner film fixing portion 9 which fixes the wire 9c to the elastic member 9b connected to the ring 9a is provided so that the banner film 4 is always pulled taut.

Here, the windings 8 are bent in the same direction so as to face both ends of the plate, as shown in Figs. 2 and 3, the frame 10 and the frame 10 integrally having a hole 10a in the center; Roller 11 is rotatably inserted into the hole (10a) formed on both sides of the () and the direction change section 12 to rotate or stop in one direction by selectively changing the rotation direction of the roller (11). The roller 11 used in the present invention is a means for fixing the upper and lower parts of both sides of the banner as a means of explaining the present invention by adding the drawings as a means for explaining the present invention. One end of the roller 11 is provided with a disk 11b that prevents the banner moving wire 6 from being entangled or pulled out around the shaft 11a, and a plurality of teeth (11b) facing the disk 11b. The gear 11c forming 11c 'is fixed to prevent the wire 6 from loosening arbitrarily.

The direction changing section 12 includes a lever shaft 12b having a lever 12a rotatably inserted into a hinge hole 10b formed in a frame 10 proximate to the gear 11c, and the lever shaft 12b. It was made of the operating port 13 to restrain the gear (11) to the other end of. The actuating tool 13 protrudes so that a sharp stopper end 13a close to the right end at a right angle has a predetermined length, and is inserted into the tooth 11c 'of the gear 11c, and the stopper end 13a is It is provided integrally and symmetrically about the lever shaft 12b so as to control rotation in both directions.

Although the sculpture 19 is installed in the upper end of the pillar 3 in the present invention, as shown in FIG. 4 in addition to the sculpture 19, it is preferable to install and use a street lamp 19 ', and the pillar 3 is used. It is preferable to have a plurality of locking portions 16 on one side of the ladder 14 to firmly use the ladder 14.

Such a process of installing the banner 4 on the banner post 1 is first performed by inserting a ring 9a at the upper and lower ends of one side of the banner 4 using the ladder 14 and fixing the other end in this state. Hang on the hook (5).

Next, the lever 12a of the direction change part 12 of the winding part 8 on the opposite side of the road 2 is rotated in the dashed-dotted line direction in the solid line direction, and is connected to the ranch connecting end 11b of the shaft 11a. When the wrench 15 is inserted and rotated counterclockwise, the tooth 11c 'of the gear 11c rotates while the stopper end 13a is pushed up. That is, the stopper end 13a which rises along the inclined surface of the tooth 11c 'is rotated by the angle by the lever shaft 12b, so that rotation is possible, and then the banner movement wire 6 is wound and the ring 5 ) Will pull the hanging banner (4).

Then, one side end of the pulled banner 4 is fixed in the same manner as before. At this time, the wound banner moving wire 6 is to be released by rotating the roller 11 in the reverse direction, but the tooth 11c 'rotates toward the center of the lever shaft 12b from the outside of the stopper end 13a. (Clockwise), the rotation is prevented.

In this state, if the operating tool 13 is changed from the one-dot chain line to the solid line using the lever 12a, the winding portion on the other side can be operated to rewind the banner moving wire 6.

On the other hand, Figures 5 to 7 is a schematic view of the wire winding of another embodiment used in the banner post, the first winding 17 is a first having a bearing 21 at both ends into the first casing 20 A press plate for releasing the variable stopper portion 23 by internally installing the winding roller 22 and the variable stopper portion 23 for selectively fixing and disassembling the first winding roller 22 and the inserted wrench 24. It consisted of 25.

Here, the first casing 20 has a left and right space therein and the first, second and third vertical panels 28 in which respective insertion holes 26 are formed to support the first winding roller 22. 29 and 30 are provided as the upper panel 33 which forms the lower panel 31 and the long hole 32. As shown in FIG. In addition, a first hinge shaft 34 is formed on one side of the second vertical panel 29 facing the first vertical panel 28 to rotatably fix the pressing plate 25. The pin insertion hole 35 is provided in the diagonal direction of 34. The first fixing protrusion 36 is formed on the opposite side of the second vertical panel 29 on which the pin insertion hole 35 is formed, and the variable stopper has a predetermined distance from the first fixing protrusion 36. A slide groove 37 for guiding the left and right portions 23 is integrally provided.

The first winding roller 22 is provided with a first sprocket wheel 39 having an inclined tooth rotatable in one direction with the first wrench insertion groove 38 at one end thereof, and the wire wound at the other end thereof is entangled. The 1st prevention disk 40 which prevents is provided integrally.

In addition, the bearing 21 having a bush shape is used as the bearing 21 to reduce friction between both ends of the first winding roller 22 and the second and third vertical panels 29 and 30. Can be used.

The pressing plate 25 is pressed by a wrench 24 inserted through the insertion hole 26 of the first vertical panel 28 to fix the variable stopper portion 23 fixing the first sprocket wheel 39. It is to be dismantled, consisting of a plate that becomes narrower from the center toward both ends, the hinge portion 41 is inserted into one end of the first hinge shaft 34 to be pivotally fixed. A wrench insertion hole 42 penetrating the silver wrench 24 is formed. The length of the plate is preferably such that the length of the first casing 20 is in the diagonal direction.

The variable stopper part 23 normally fixes the first sprocket wheel 39 to prevent the first winding roller 22 from rotating and rotates the wrench 24 to rotate the first winding roller 22. In the case of insertion, the first sprocket wheel 39 is rotatable. The slide 43 is inserted into the slide groove 37 and moves to the left and right, and the first pin 44 is rotatable to the slide 43. It is inserted into the first stop member 45 and the first pin 44 which is fixed with a) to provide an elastic force to always contact the first stop member 45 from the slide 43 to the first sprocket wheel 39 The first ball spring 46 and the slide 43 is provided with a first tension spring 47 that provides an elastic force to always close to the second vertical panel (29).

Here, the slide 43 is formed by forming the first hinge hole 50 in one end of the first stop bar 49 having a predetermined length on one side of the body 48 having a triangular inclined surface in the upper and lower parts The first hinge piece 51 is provided and integrally provided with the body 48, and the second fixing protrusion 52 is provided on one side of the first hinge piece 51 that intersects the body 48.

The first stop member 45 has a second hinge hole 53 into which the first pin 44 is inserted, and the cross section becomes narrower toward the free end thereof, and between the second hinge hole 53 and the free end thereof. On the side of the first spring fixing end 54 is provided integrally.

The center of the first shot spring 47 is inserted into the first pin 44, the both ends of the first spring fixing end 54 formed on the side of the body 48 and the side of the first stop member 45 It is fixed by.

The first tension spring 47 is disposed between the first fixing protrusion 36 provided on the second vertical panel 29 and the second fixing protrusion 52 provided on the first hinge piece 51 of the body 48. It is connected.

Meanwhile, as shown in FIGS. 9 and 10, the second winding part 18 has slide holes 55 and 56 at both sides thereof, and the third fixing protrusions 57 and 58 are provided at the bottom of the inner side thereof. A second casing 63 having a space provided by the front panel 62 having the left and right panels 59 and 60 and the fixed stopper portion 61, and an agent rotatably inserted into the second casing 61; A bearing 65 for reducing the frictional force of the second winding roller 64 and the second winding roller 64 and selectively moving along the slide slots 55 and 56; 65 and second tension springs 66 connected to the third fixing protrusions 57 and 58.

Here, the upper part of the second casing 61 is formed with a wire in / out hole 67 through which the banner moving wire 6 that is unwound or wound from the second winding roller 64 is drawn in and out. . More preferably, the phosphorus and extraction holes 67 are formed to be substantially wide.

The second winding roller 64 has the same shape as the first winding roller 22, and is provided to have a second wrench insertion groove 68 and a second sprocket wheel 69 at one end thereof, and at the other end thereof. The second departure preventing disk 70 which prevents the detachment of the wound wire is provided integrally.

The bearing portion 65 has a bearing member 72 inserted into both ends of the second winding roller 64 and a spring fixing end 73 integrally formed at the lower end of the bearing member 72.

The second tension spring 66 is connected to the spring fixing end 73 and the third fixing projections 57 and 58 of the bearing portion 65 so that the bearing portion 65 is always pulled downward.

The fixed stopper portion 61 restrains the second sprocket wheel 69 to prevent the second winding roller 64 from rotating. The second hinge hole 74 is disposed inside the front panel 62. 2nd hinge piece 75 which provided this is attached to the both ends of the 2nd stopper 76, and is integrally provided.

In addition, the second stop member 97 having the third hinge hole 77 and the second spring fixing end 78 in the same form as the first stop member 45 between the second hinge pieces 75 is formed in the second position. It is inserted in the pin 80 and provided so that rotation is possible.

In addition, the center of the second elastic spring 81 is inserted into the second pin 80, one end of which is located on the inner side of the front panel 62 provided with the second hinge piece 75, the other end is The second spring fixing end 73 of the second stop member 79 is fixed.

First, the ladder 14 is securely secured by hanging the ladder 14 to the latch 16 provided on the pillars 3 provided on both sides of the road 2, and then the banner 4 is lifted up to the top and bottom of the banner fixing part 9. To the ring (9a).

Then, the upper end of the banner (4) not caught on the hook (7) provided in the banner moving wire (6), and then crosses the road (2), the first winding portion 17 in the lower portion of the column (3) Insert the wrench (24) into

When the wrench 24 is inserted inward through the insertion hole 26 formed in the first vertical panel 28 of the first casing 20, the end of the wrench 24 is inserted into the wrench insertion hole 42. When the pressing plate 25 is rotated about the first hinge shaft 34 and the end of the wrench 24 is fully inserted into the first wrench insertion hole 42 of the first winding roller 22, the pressing plate 25 ) Maintains substantially parallel to the second vertical panel (29).

At this time, as the free end of the pressing plate 25 approaches the second vertical panel 29, the sliding pin 35 ′ inserted into the pin insertion hole 35 is pushed, and the sliding pin 35 ′ is inserted into the pin. It is inserted into the hole 35. The sliding pin 35 ′ inserted into the pin insertion hole 35 protrudes to the opposite side by the inserted amount and pushes the slide body 48 to the right as shown in FIG. 5, and the first stop member 45. ), The first end roller 22 is in a rotatable state by the free end of) being separated from the first sprocket wheel 39.

Then, by rotating the wrench 24 clockwise to turn the first winding roller 22, the banner moving wire 6 is connected to the first winding roller 22 through the roller 7 at the upper end of the column 3. ), But the second sprocket wheel 69 of the second winding portion 18 on the opposite side is caught by the second stop member 79 of the fixed stopper portion 61 so as not to be loosened.

That is, as illustrated in FIG. 11A, the second tension spring 66 connecting the third fixing protrusions 57 and 58 of the second casing 63 and the spring fixing end 73 of the bearing member 72 is connected. ), Both ends of the second winding roller 64 are located at the lower ends of the slide holes 55 and 56, so that the tip of the second stop member 79 is the second sprocket wheel 69. Inserted into the teeth of the banner moving wire 6 is not loosened.

When the wrench 24 is further rotated in this state, the first winding roller 22 rotates and the load applied to the banner moving wire 6 increases, which is the tension of the second tension spring 66. As it becomes larger, the second winding roller 64 moves upward along the inclined slide slots 55 and 56, as shown in FIG. 11B.

As the second sprocket wheel 69 is disengaged from the second stop member 79 while the second sprocket wheel 69 moves along the slide slot 55 and 56, the second winding roller 64 rotates in the clockwise direction, and the wound banner The moving wire 6 is released. At this time, the second stop member 79 provided to be rotatable by the second pin 80 between the second hinge pieces 75 is rotated in the clockwise direction by the elastic force of the second bullet spring 81 so as to face the front panel. The second stopper 76 at the lower end thereof tries to abut against the inner side of the 62, but the free end is maintained in a direction substantially perpendicular to the inner side.

As the wound banner moving wire 6 is unwound, the ring 5 on which the banner 4 is caught moves, and the wrench 24 is moved from the first winding part 17 to be near the pillar 3 on the other side of the banner 4. By removing the load, the load acting on the banner moving wire 6 is removed, thereby moving to the lower part of the slide slot 55 and 56 by the elastic force of the second tension spring 66 that pulls the bearing member 72. Then, the free end of the second stop member 79 is inserted into the second sprocket wheel 69 to stop the rotation of the second winding roller 64.

In addition, at the same time, the force held by the pressing plate 25 inside the first casing 20 is removed, so that the body 48 is moved along the slide groove 37 by the tension of the first tension spring 47. The sliding pin 35 'which is moved to the left side and abuts against the body 48 is pulled out in the direction of the first vertical panel 28 through the pin insertion hole 35, and thus, the first of the body 48 An end portion of the first stop member 45 fixed by the first pin 44 between the hinge pieces 51 is inserted into the teeth of the first sprocket wheel 39 to fix the first winding roller 22 so that the banner moving wire It prevents (6) from being reversed.

In this state, the worker may move the ladder 14 to position the latch 16 of the pillar 3, and then fix and install the ladder 14 in the same manner as when the hanger 4 is fastened.

The installed suspension film 4 is always kept in tension by the elastic force of the elastic member 9b connecting the ring 9a and the wire 9c.

As described above, the present invention connects a banner moving wire having a ring between a pair of pillars installed on both sides of the road, and winds or unwinds the wire by using a winding device installed in the pillar, so that one side of the banner The other end is hooked to this ring and pulled from the other side to fix it to prevent safety accidents and congestion of the vehicle. The location is installed in the same way, so it is safe and simple to install the enlightenment placard of the local government, which must be posted across the road where many people and vehicles pass, and the election banner of the parliamentarians. At the same time, the effect of being able to post banners in an orderly manner It became.

Claims (2)

In the banner which attaches to the roadside trees installed on both sides of the road with string, A pair of hollow columns 3 installed on both sides of the road; A winding portion 8 installed inside the pillar; A banner moving wire 6 connected from the winding 8 through a roller 7 at the top of each pillar 3; A ring 5 fixed to one end of the banner moving wire 6; A banner high having a wire 9c fixed to the top of the pillar 3 and a ring 9a for fixing the upper and lower ends of the banner 4 and an elastic member 9b for connecting the wire 9c and the ring 9a. Government (9); A banner post, characterized in that the sculpture (19) is installed at the upper end of the column (3), and the installation work can be completed on one side or the other side of the column without crossing the road when installing the banner. The method of claim 1, Placard post, characterized in that the street lamp (19 ') is installed in place of the sculpture installed on the upper end of the pillar (3).