KR200491982Y1 - Direction indicator that can be set correctly - Google Patents

Abstract

The present invention relates to a direction sign that enables easy installation of each of the indication boards for direction indication, but enables precise direction indication by finely adjusting the direction of the indication board during the installation process or pre-installed state of the indication board, A plurality of display board holders are stacked in multiple layers on a support stand installed on the ground, and a display panel is mounted on the display stand, so that the display panel is spaced apart by a spacer when stacking the display panel holders in multiple layers while displaying the direction. As the stand is made of a cylindrical tubular body, the display plate holder fitted therein has a circular inner diameter so as to wrap around the outer diameter of the prop, so that it can be rotated 360 degrees to set the direction of the direction, and the holder is to mount the display plate on one side. By forming a holder having an insertion portion, and fastening and fixing of the display plate by a fastening bolt while the display plate is inserted in the insertion portion of the holder, the display plate holder is rotated to accurately set the direction of each display plate. At the top of the prop, light is emitted by an LED lamp, and by using a light-transmitting cap and a reflecting element, an illumination means that adjusts the irradiation angle from the direction sign to the vicinity of the display panel is installed to mount light at night. This is to improve the visibility significantly.

Description

Direction indicator that can be set correctly

The present invention relates to a direction sign plate that can accurately set the direction of the direction, and more specifically, it is easy to install each of the direction plates for direction indication, but it is possible to finely adjust the direction of the direction plate in the installation process or pre-installed state. It is about a direction sign that can be adjusted to enable accurate direction indication.

In general, direction signs are installed on the ground, and a number of indicators are installed at regular intervals on the upper part of the supports, which indicate directions of roads or the location and distance of buildings. , The indicator plate is fixedly installed on the prop to guide the direction.

Directional signs such as this should be re-created after the information on the building has been changed, or if a new or missing building is removed after removing the previously installed direction signs. There is a hassle of work such as, and there is a problem in that unnecessary cost is wasted because a new sign must be newly produced every time there is a change.

Therefore, in order to solve the above problems, Korean Registered Utility Model No. 20-0425206 proposed a direction sign plate that can be individually separated and assembled by stacking and assembling indicator plates in a slide manner.

The conventional direction sign plate is provided with a plurality of rails formed perpendicular to the outer surface of the support, and is configured to guide the direction by inserting the indicator plate in a slide manner in the groove of the rail.

However, such a direction guide sign has a problem in that it is possible to indicate the direction only in a limited direction guided by the rail.

That is, even if a plurality of rails are formed along the outer circumference, in order to assemble stably while securing the durability, the number of slide rails is limited to about 8 due to the structure, so that there is a problem that it is impossible to indicate the direction in accordance with the correct direction.

In addition, even if a maximum of eight rails are formed, the direction of each indication plate is arranged at 45° intervals out of the total 360°, so the indication direction is unclear.

Therefore, it is very difficult for pedestrians to visit buildings or facilities, and in order to compensate for this, various signs or patterns such as arrows and indicators are printed on the display panel itself, but the guidance through the other notation is intuitive. There is a limit that can not understand very poorly.

In addition, if a direction sign is installed in a tourist attraction, etc., for example, when the direction of each city in the world is indicated or the direction of each city in the world is indicated, the direction of the sign is slightly distorted. Since the direction is different, the error range is too large and the value as a symbolic facility is very low.

On the other hand, such a conventional direction sign plate does not have its own luminous structure and often relies on indirect lighting such as a street light around it, so it is not effective at night.

In particular, when direction signs are installed in India, recently, as a part of energy saving, power saving or sequential operation of lights, such as street lights, decreases visibility of information and causes inconvenience to pedestrians because they cannot check the contents of the signs. There are various problems such as.

KR 1020170008964 A KR 101816644 B1

The present invention is to solve the above problems, and the direction of the indicator plate is installed within a 360-degree range to be set freely by the user, so that the indication direction can be accurately set, as well as to change the display direction. In this case, it can be easily modified without having to be dismantled, and the installation state is securely fastened despite freely setting the direction of the indicator.

In addition, by providing a lighting means on the direction sign, it is possible to improve the visibility at night, as well as to simplify the mounting structure of the lighting, while ensuring a sufficient amount of light to illuminate the indicator.

The present invention as a technical idea for achieving the above object is mounted on a support plate installed on the ground, a base portion formed to protrude stepwise on the lower side of the support plate, and a plurality of display plate holders and display plate holders mounted on top of the base portion A spacer that is disposed between the display panel and the plurality of display panel holders so that the display boards mounted on each display panel holder are spaced upward and downward, and the upper end of the support stage is closed in a state where the display plate holder and spacer are assembled to the support plate. The holding plate is made of a cylindrical tubular body, and the display plate holder is formed to be rotatable 360 degrees so as to surround the outer diameter of the holding plate so that it can be rotated 360 degrees to set the direction of the direction. The fixing plate forms a holder having an insertion portion to mount a display plate on one side, and the display plate is fastened and fixed by a fastening bolt in a state where the display plate is inserted into the insertion portion of the holder, so that the indication direction of each display plate can be accurately set. To make it possible.

In addition, light is emitted by the LED lamp on the top of the prop, and by using a light-transmitting cap and a reflecting element, the illumination means is adjusted by adjusting the irradiation angle from the direction sign to the vicinity of the display plate, and by attaching lighting means for irradiating light. This is to improve visibility significantly at night.

According to the direction sign board of the present invention, it is possible to indicate and guide the correct direction with the indication board compared to the conventionally installed direction sign board, and installation is very easy.

Even when changing the installation position of the direction sign, it is very convenient to use because the direction can be individually adjusted without separating the whole. Even if the direction or position is changed, even if the printed content of the sign is changed or the display panel is not replaced Since the direction can be corrected and set by a simple operation, maintenance is easy and management costs are significantly reduced.

In particular, when referring to a place far from the symbolic location, the latitude and longitude can be accurately set and guided, thereby increasing the value as a symbolic facility.

In addition, it is possible to guide the direction even at night by ensuring visibility at night due to the lighting at the top, and convenience is increased because it is possible to easily and accurately identify the display contents described on the indication panel.

1 is a perspective view showing the structure of a direction sign of the present invention
Figure 2 is a cross-sectional structure of Figure 1
Figure 3 is an exploded perspective view of Figure 1
4 to 7 is a fixed structure of the display panel holder and the display panel according to another embodiment of the present invention
8 is a perspective view of a state where the lighting means is implemented in the direction sign of the present invention
9 and 10 is a cross-sectional structure diagram showing another implementation structure of the lighting means of the present invention

Hereinafter, a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

The present invention is as shown in Figures 1 to 3, a support stand 100 installed on the ground, a base portion 200 formed stepwise on the lower side of the support stand, and a plurality of seated on the upper portion of the base A display panel holder 300 and a display panel 400 mounted on the display panel holder, and a spacer 500 disposed between the plurality of display panel holders so that display plates mounted on each display panel holder are spaced upward and downward, and the prop It may be configured to include an upper plate 600 for closing the upper portion of the support pole in a state where the display plate holder and spacer are assembled to the stage.

The prop 100 is made up of a vertical pillar shape upright on the ground to mount a display panel, and can be used in places such as a roadway or a sidewalk, as well as a park. Plates, such as squares or circles, are integrally formed, and can be installed by fastening to the ground, or by connecting the strut itself to the wall, or when the ground is made of soil.

The support base 100 is formed with a base portion 200 protruding outwardly from the lower side so that it can be assembled by inserting a display plate holder 300 or a spacer 500 at the top of the base portion. The support stand 100 may be integrally configured or a separate tube body may be inserted to provide a support surface 220 on the upper side of the base.

At this time, the holding table 100 is made of a cylindrical tube body, the inner surface of the display plate holder 300 can also be made of an inner diameter to surround the outer diameter of the holding plate, the display plate holder from the top of the holding table 100 The display panel holders may be formed in multiple layers by sequentially stacking the 300s.

At this time, since the outer periphery of the holding plate 100 and the inner periphery of the display plate fixing plate 300 are formed in a circular shape, it is possible to rotate 360 degrees while the display plate fixing plate 300 is inserted into the holding plate 100. And the direction of indication can be precisely set.

In addition, the display panel holder 300 is fastened to the display panel 400 so that it can guide a building or a location corresponding to the direction, and the holder 320 protrudes so that the display panel can be mounted on one side of the display panel holder. It is formed, it can be assembled by inserting the display panel 400 to the insertion portion 322 of the protruding holder 322.

At this time, the assembly of the display panel 400 is perforated with holes in the holder and the display panel, and the fastening and fixing of the display panel is performed using the fastening bolts 340.

At this time, the display plate holder 300 may be equipped with a move bolt 700 to maintain the set direction without flowing the display plate holder in a state in which the direction indicated by the display panel 400 is set.

A preferred fixing method using the moving bolt 700 is a movement formed by penetrating the spiral hole 370 in which a screw thread is formed in the display plate holder 300 and inserted into the hole such as a hexagonal bolt in the spiral hole. When tightened using a bolt, the move bolt is fixed by pressing the outer wall of the prop 100.

At this time, when the move bolt 700 is tightened more strongly, the display plate holder 300 connected to the move bolt and the spiral structure is gradually lifted from the outer wall of the prop 100 and the holder 320 is mounted on the opposite side of the display plate 400. The vicinity is pulled toward the prop and the connection is made more firmly.

At this time, in order to prevent any rotation of the display plate holder in the state in which the move bolt 700 is tightened, the outer wall of the support pole may be composed of a fine polygonal wall close to the circle, preferably the move bolt 700 It is possible to divide the area when it is in close contact with the outer wall of the prop and divide it into 36 or more squares so that there is little deviation in direction indication.

Meanwhile, as shown in FIG. 4, the display plate holder 300 is configured such that the insertion portion 322 of the holder 320 is configured such that the holder is cut so that the outer wall of the holder is exposed to the outside. By pressing the outer wall of the holder of the display plate by pressing the outer wall of the holding plate can be fixed at the same time the orientation is fixed.

In this case, the display plate holder 300 is fixed to the outer wall of the prop 100 without using a separate move bolt 700 mounted on the display plate holder 300 as described above, and the display plate holder 300 is fixed In, because the external force does not move arbitrarily, the direction setting state can be maintained.

In addition, by not using a move bolt, it is possible to reduce the amount of the bolt for fastening to the outside and to construct easily, as well as to make the appearance of the direction sign beautiful.

In addition, as illustrated in FIG. 5, a non-slip pad 360 is further provided on the inner surface of the display plate holder so as to prevent the flow of the display plate holder and perform a waterproof function while the display plate holder 300 is fixed to the outer wall of the prop. Can be.

The non-slip pad 360 may be a rubber pad or a silicone pad having high friction, and the adhesion between the holding stand 100 and the display panel holder 300 may be further increased to more firmly fix the indication direction state of the display panel. Of course, the non-slip pad improves the waterproof function to prevent water from entering the inside, thereby improving the durability of the product.

In addition, as shown in FIG. 6, the support frame 100 may be formed with a concave-convex border groove 120 on the outer wall of the support frame, and the frame groove 120 further maintains the set direction of the display panel more firmly. Can be used for

That is, when the display panel 400 is set in the direction to be indicated while the holder is inserted into the holder, and then the display panel 400 is engaged with the frame groove 120 of the holding table 100 and fixed, the display panel itself is utilized as a stopper. It is possible to prevent the fixture 300 from rotating arbitrarily, and assembling is completed by tightening by using the tightening bolt 340 in this state.

At this time, each of the holes drilled in the holder and the display panel is formed of a long hole in the form of a long hole horizontally in order to have a structure capable of fine horizontal movement in a state where the fastening bolt 340 is pre-assembled. It is possible to adjust the fastening depth of the (400).

Accordingly, the clamping bolts are inserted into the holes perforated to the holder and the display panel, and the display panel 400 is fixed by pushing the display panel 400 all the way to the end, so that it is engaged with the frame groove 120 of the holding table 100 to be fixed. The installation of the 300 and the display panel 400 is completed, and in the state in which the display panel is installed, even if an external force is applied, the display panel is not easily flowed and guides the set direction.

In addition, when the display panel holder 300 is stacked in multiple layers, a spacer 500 is mounted between each display panel holder to adjust the height of the display panel holder, etc., and the display panel holder 300 and the spacer 500 By forming the uneven surfaces 350 and 550 on the upper and lower surfaces corresponding to each other, it is possible to further prevent arbitrary rotation between the display panel holder 300 and the spacer 500.

The uneven surfaces 350 and 550 may be stacked in a gear engagement structure when stacking upper and lower ends to prevent random rotation or to prevent random rotation by embodying embossed surfaces made of very small particles correspondingly.

And in the case of manufacturing the structure to be interlocked by the uneven surface, the upper end portion, that is, the upper plate in the state where the display plate holder 300 and the spacer 500 are stacked and assembled on the upper end of the base portion 200 with respect to the height of the entire prop. The lower end of the 600 is formed to have a fine play, so that the display plate holder 300 and the spacer 500 are moved up and down finely, so that it is possible to adjust the direction even in a pre-installed state without separating the direction sign. .

At this time, an elastic ring pad or an O-ring may be mounted for sealing between the concave-convex surfaces 350 and 550, and by implementing the sealing structure, the waterproof function is improved to prevent water from entering the inside. .

Meanwhile, as shown in FIGS. 8 to 10, lighting means may be provided at an upper end of the prop 100 to improve visibility at night of the display panel 400.

The lighting means 800 includes an LED lamp 820, an LED lamp 820 that surrounds and distributes light, and a reflective element 860 for setting an irradiation angle of light emitted from the LED lamp. It may be configured to include.

The LED lamp 820 may be implemented to be mounted on the top plate 600 assembled on the upper end of the prop 100 so as to emit light to the upper side, or to be mounted on the floodlight cap 840 to irradiate light to the lower side. have.

The position where the LED lamp 820 is mounted can be set according to the supply status of the power, for example, in the case of attempting to connect the power directly to the direction sign with a wire, the power line buried in the ground is built in a pipe body. It is drawn into the inner space, and power can be applied to the top plate 600 located at the top of the prop to emit light from the LED mounted on the top plate.

In another embodiment, when using sunlight as a power source of the LED lamp 820, it is preferable to mount a solar module on the top of the light-transmitting cap 840 and embed a storage battery. An LED lamp may be mounted on the inner top (not shown) to emit light toward the lower side.

In the present design, the structure in which the LED lamp is mounted on the upper plate 600 will be described.

First, the light-transmitting cap 840 is assembled to the upper plate 600 on the upper side of the prop 100 and can be provided to disperse the light emitted from the LED lamp 820 to emit light, and the light-transmitting cap is transparent A translucent cap 840 in a translucent state in which a translucent or specific color is applied may be used to prevent glare made of ash or direct light.

In addition, the light-transmitting cap 840 may be assembled by using a separate fastening element on the upper end of the prop 100 or may be assembled in a spiral structure.

In addition, inside the transmissive cap 840, the light emitted from the bottom is reflected back to the lower side, and the reflective element 860 may be mounted to limit the reflection range to the display panel 400 to increase the visibility of the display panel at night.

The reflective element 860 may be configured to have a cone or polygonal pyramid shape to diffuse the irradiation angle of the LED having a relatively low irradiation angle, and an LED 400 is mounted on the top of the transmissive cap 840. As shown in FIG. 10, the blocking hat 880 may be further provided so as to be irradiated to be focused on the screened image.

In addition, the light-transmitting cap 840 may further induce light emitted from the LED lamp 820 to be concentrated toward the lower side by making the upper end diameter relatively large and the lower end diameter relatively small.

At this time, the light-transmitting cap 840 has a concave-convex surface so that light emitted through the light-transmitting cap 840 is diffusely reflected in the process of transmitting the light-transmitting cap, thereby stably dispersing light and discriminating the display panel. Can be increased even more.

100: prop
200: base
300: display plate holder 320: holder
340: Tightening bolt 360: Non-slip pad
400: display panel
500: spacer
600: top plate
700: Move bolt
800: Lighting means 820: LED lamp
840: flood cap 860: reflective element
880: blocking shade

Claims (7)

A support plate 100 installed on the ground, a base portion 200 protruding stepwise from the lower side of the support plate, a plurality of display plate holders 300 mounted on an upper portion of the base portion, and a display panel mounted on the display plate holder ( 400), a spacer 500 disposed between the plurality of display plate holders so that display plates mounted on each display plate holder are spaced vertically, and a display stand in a state where the display plate holder and spacer are assembled to the support plate. In the direction sign comprising the top plate 600 to close the top,
The prop 100 is made of a cylindrical tube body, the base portion 200 is mounted to surround the outer diameter of the prop, the display panel holder 300 and the spacer 500 of the inner and outer diameters of the base 200 It is formed in the same way and is stacked on the upper side of the base part 200 so as to be rotatable 360 degrees, so that the indication direction is set.
The display plate holder 300 is formed with a holder 320 having an insertion portion 322 to mount the display plate 400 on one side, the holder 320 is inserted to expose the outer wall of the holding table 100 (322) is configured to cut the inner wall of the display plate holder by tightening of the tightening bolt 340 is pressed and fixed by pressing the outer wall of the holder,
In order to prevent the flow of the display panel holder 300 while the display panel 400 is inserted into the insertion portion 322, an uneven rim groove 120 is formed on the outer wall of the holding table 100 that is in contact with the display panel 400. Is formed and locked,
The display plate holder 300 and the spacer 500 disposed adjacent to the display plate holder are provided with uneven surfaces 350 and 550 corresponding to each other to prevent any rotation,
The height of the display panel holder 300 and the spacer 500 stacked at the upper end of the base part 200 is formed to be relatively lower than the entire holding table height, so that a clearance is formed at the bottom of the upper plate 600 to display the panel holder 300 ) And the spacer 500 can be moved up and down finely, so that even if the entire direction sign is not separated, the direction sign can be accurately set in the direction of the direction, which is possible to adjust the direction even in the pre-installed state. delete delete According to claim 1, characterized in that the non-slip pad (360) is mounted on the inner surface of the display plate holder to prevent the flow of the display plate holder and perform a waterproof function while the display plate holder (300) is fixed to the outer wall of the holding table. Direction signs that can accurately set the direction to be directed. delete The method according to claim 4, wherein the lighting means 800 is mounted on the upper end of the support, and the lighting means is mounted on the upper plate of the support and is configured to surround the LED lamp (820) that emits light to the upper side. A direction sign that can accurately set the direction of indication, which includes a light-transmitting cap (840) and a reflective element (860) built into the light-transmitting cap and receiving light from the LED lamp and reflecting it to the lower side to be irradiated onto the display panel. . The method of claim 6, wherein the light transmission cap 840 is made of a shape of the upper and lower gangneung relatively large diameter of the upper end portion is relatively small, the surface of the projection cap is uneven so that the diffuse reflection is generated by the light transmission cap 840 A direction sign that can accurately set the direction of the direction, which is made of a shape.

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