KR101780322B1 - Design wood park light pole using optical fiber - Google Patents

Abstract

The present invention relates to a park light pole formed of design wood using optical fiber. More particularly, the present invention relates to a park light pole formed of design wood using optical fiber. Optical fiber is inserted and fixed along the outline of a design including a variety of shapes on an outer surface, characters such as a slogan, the logo of a public institution, so that the light source of various colors is emitted to the outside and beauty can be highlighted. At the same time, if it is installed in a place where few people are or where there is a high risk of crime, the optical fiber can display a logo having a CEPTED function and a warning, and can prevent crime by installing an unmanned surveillance camera (CCTV). It is possible to prevent the flow of typhoon from passing smoothly without disturbance so that damage to an illumination lamp due to an external pressure such as typhoon or the like can be prevented. The park light pole includes a column frame, a plurality of upper and lower side plates, a plurality of optical fiber mounting plates, and an optic fiber lighting assembly.

Description

DESIGN WOOD PARK LIGHT POLE USING OPTICAL FIBER

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a design wood park using an optical fiber, and more particularly, to a method of designing an optical fiber using an optical fiber inserted and fixed along an outline of a design including various shapes, letters, In the case where the light source of various colors is emitted to the outside so that the beauty can be emphasized and the optical fiber is installed in a place where human being is uncommon or in a place where the risk of crime is high, the logo of a cepted function, (CCTV) can be installed so as to help prevent crime and to allow the flow of typhoons to pass smoothly without being hindered, And a design wood park using an optical fiber for preventing the illumination lamp from being damaged by pressurization or the like.

Generally, the lighting apparatus installed on the ground such as a road or a walkway of an Indian or a park includes a street lamp that is installed at a predetermined interval to illuminate the road, a simple vertical column along the road, and a security light .

However, such a conventional lighting apparatus is limited to merely illuminating the surroundings brightly, and thus there is a problem in that the surrounding scenery can not be stunned.

As a conventional technique in which such a problem is partially improved, Korean Patent Registration No. 10-1052902 (July 29, 2011) discloses a 'stringer using an optical fiber'.

However, it is difficult to expect a cepted function of such a conventional optical fiber using a conventional optical fiber, and since the light is directly installed on the top of the column frame, deformation or breakage may occur due to external pressure There is a problem.

Korea Patent Registration No. 10-1052902 (2011.07.29.) 'Optical fiber lantern, etc.'

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an optical fiber which is inserted and fixed along the outline of a design including various shapes, letters, And a design wood park using an optical fiber for enabling the light source of various colors to be emitted to the outside to highlight the beauty.

Another object of the present invention is to provide an optical fiber capable of producing logos and warning texts having a function of being cepted when a person is installed in a place which is rare or where a risk of crime is high, ) Can be installed to help prevent crime by using fiber-optic design, such as a timber park is to provide the state.

It is still another object of the present invention to provide a design wood park using an optical fiber for preventing a flood of light from being damaged by a typhoon or the like by allowing a flow of a typhoon to pass smoothly without being disturbed will be.

The problems to be solved by the present invention are not limited to those mentioned above, and other solutions not mentioned can be clearly understood by those skilled in the art from the following description.

In order to achieve the above-mentioned object, the present invention provides a lighting system comprising: a lamp frame (60); A plurality of upper and lower side plates (20, 30) respectively provided on upper and lower sides of the column frame (10); A plurality of optical fiber mounting plates 40 formed between the upper and lower side plates 20 and 30 and having a plurality of fixing holes 41 penetrating both sides thereof; A driving motor 52 fixed to the inside of the column frame 10 and a color converting means 53 composed of a translucent color drum 53 fixed to the driving motor 52 and color- A converging portion 54 disposed between the driving motor 52 and the color drum 53 and having a mounting hole 54-1 penetrating through the heating drum 51 and the color drum 53; A lamp 55 disposed adjacent to the color drum 53 for irradiating light to the color drum 53; a lamp 55 having one end press-fitted into the mounting hole 54-1 to receive the light source from the lamp 55, And an optical fiber lighting assembly (50) composed of a plurality of optical fibers (56) press-fitted into the hole (41) and emitting the light source received and received to the outside, the lighting lamp (60) A connecting portion 70 connecting to the column frame 10; And an unattended surveillance camera 80 provided in the connection unit 70. The connection unit 70 is connected to the illumination lamp 60 at one end and is connected to the other end in the direction of the column frame 10 A connection bar (71) extending between the both ends and connected to the unmanned surveillance camera (80); And a support means (72) for supporting the connection bar (71) so as to be spaced apart from the column frame (10) so that wind can pass smoothly through the support bar (72) A plurality of support bars (73) extending upward from an upper portion of the support base (10); A reinforcing plate 74 connecting the plurality of support bars 73 to prevent deformation of the support bars 73 by external pressure by a typhoon; And a support plate (75) connected to an upper portion of the plurality of support bars (73) and to which the other end of the connection bar (71) is connected, wherein the plurality of support bars (73) And the reinforcing plate 74 is recessed inwardly from the outer periphery and has a plurality of engagement grooves 74a through which the plurality of support bars 73 pass The present invention relates to a design wood park using an optical fiber.

According to the present invention, firstly, the light source of various colors is emitted to the outside through the optical fiber which is inserted and fixed along the outline of the design including various shapes, letters such as slogans, logos of public agencies, There is an effect that can be.

Second, when installed in a place with little humanity or high risk of crime, it is possible to produce logos and warnings with Cepted function through optical fiber, and install an unmanned surveillance camera (CCTV) There is an effect that can help prevent crime.

Thirdly, the flow of the typhoon can be smoothly passed without being disturbed, and there is an effect that it is possible to prevent the illumination lamp from being damaged by external pressure or the like due to a typhoon or the like.

The effects of the present invention are not limited to those mentioned above, and other solutions not mentioned may be clearly understood by those skilled in the art from the following description.

1 is a perspective view showing a main part of a design wood park using an optical fiber according to the present invention.
2 is an exploded perspective view showing a main part of a design wood park using an optical fiber according to the present invention.
3 is a cross-sectional view showing a main part of a design wood park using an optical fiber according to the present invention.
4 is a partially enlarged view showing a main part of a design wood park using an optical fiber according to the present invention.
FIGS. 5 and 6 are state diagrams showing the state of a design wood park using the optical fiber according to the present invention.
FIG. 7 is a partially enlarged view showing a state where a connection portion is provided in a design wood park using an optical fiber according to the present invention.

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

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. And should not be construed as limited to the embodiments described herein.

Since the embodiments according to the concept of the present invention can make various changes and have various forms, specific embodiments are illustrated in the drawings and described in detail herein.

It should be understood that the embodiments according to the concept of the present invention are not limited to the particular mode of disclosure but include all modifications, equivalents and alternatives falling within the spirit and scope of the present invention.

1 to 6, a design wood park using optical fiber according to the present invention (hereinafter referred to as "park ") includes a column frame 10 A plurality of upper and lower side plates 20 and 30 fixedly mounted on the upper and lower outer surfaces of the column frame 10 and a plurality of fixing holes 41 extending horizontally along the contours of various shapes or characters on the outer surface, A plurality of optical fiber mounting plates 40 provided between the upper and lower side plates 20 and 30 and having one end press-fitted into the fixing hole 41 and the other end bundled into the inside of the column frame 10 And an optical fiber illumination assembly 50 that irradiates the illumination with an optical fiber 56 arranged in a bundle and has an optical fiber 56 that is press-fitted into the fixing hole 41 and emits light to the outside through the optical fiber 56 do.

The column frame 10 has a rectangular column shape with an opened slope and may have a polygonal column shape depending on the purpose of use.

The column frame 10 is provided with a plurality of mounting holes 11 on the bottom surface thereof and fixed to the floor of the room or outdoor by means of anchor bolts or the like.

The upper and lower side plates 20 and 30 may be made of artificial marble, synthetic resin, glass, metal plate, or the like, but most preferably made of wood.

The upper and lower side plates 20 and 30 may be fixed to the column frame 10 by a fastening member including an adhesive or a screw.

The lower side plate of any one of the plurality of lower side plates 30 can be installed to be openable and closable via a hinge H with a keying device 31 for controlling opening and closing of the lower side plate.

This is for the purpose of checking the interior of the park or the like in accordance with the opening.

The locking device 31 can be formed in a general shape that can be opened and closed by using a key, and can be replaced with a lock or the like as needed.

The optical fiber mounting plate 40 is preferably made of a wood plate including gypsum or the like.

The optical fiber mounting plate 40 is formed with fixing holes 41 penetrating the inside and the outside according to a design including various shapes, outlines of characters such as slogans, logo of a public agency, Is fixedly press-fitted into the fixing hole (41) and exposed to the outer surface of the optical fiber mounting plate (40).

The design represented by the fixing hole 41 may be applied to a place where the park or the like is installed, for example, in a place with little humanity or a place where the risk of crime is high, a logo having a function of Cepted, And so on.

The fixing hole 41 may be formed by a laser, and preferably has a diameter of 7 mm to 1 mm so that an optical fiber can be inserted.

Therefore, the park and the like can not only make the surface that can be seen plain look beautiful, but also can produce a publicity and enlightenment effect by the light emitted by expressing letters, logos and the like.

The upper and lower side plates 20 and 30 and the optical fiber mounting plate 40 are preferably sealed to prevent infiltration of water or foreign matter.

The optical fiber lighting assembly 50 includes a driving motor 52 installed inside the column frame 10 as shown in FIG. 4 and a driving motor 52 fixed to the driving motor 52 and having various colors A color converting means 51 composed of a color drum 53 made of translucent material and a mounting hole 54-1 penetrating through a plurality of rows and columns and arranged between the driving motor 52 and the color drum 53, A lamp 55 disposed adjacent to the color drum 53 and adapted to illuminate the color drum 53 with one end thereof being press-fitted into the mounting hole 54-1 so that the lamp 55 And a plurality of optical fibers 56 for emitting a light source, which is received and received by press-fitting the other end of the optical fiber 56 into the fixing hole 41, to the outside.

The park or the like is provided with a mounting plate having a pedestal arranged side by side on the bottom so as to stably fix the color converting unit 51, the focusing unit 54 and the lamp 55, It can be installed on the internal floor.

The color drum 53 is colored in various colors on the outer surface at an arbitrary interval and is rotated together with the driving of the driving motor 52.

The lamp 55 is installed on the outer side of the color drum 53 so that the light is continuously irradiated to the color drum 53 as the driving motor 52 is driven.

5 to 6, the light emitted from the lamp 55 passes through the color drum 53 and is transferred to the bundle of the optical fibers 56 in a changed color.

Accordingly, the light of the lamp 55 passing through the color drum 53 can be illuminated in various colors of the color through the optical fiber 56, Thereby not only emphasizing the dynamic movement but also allowing the user to ventilate the surroundings.

The focusing unit 54 is disposed inside the color drum 53 and is adjacent to the inner circumferential surface within a range not obstructing the rotation of the color drum 53, .

In order to block the light of various colors passing through the color drum 53 from being transmitted to the optical fiber 56 disposed in other parts other than the optical fiber 56 arranged in accordance with the purpose of the user, The above-mentioned diaphragm 54-2 may be provided.

The lamp 55 may be a halogen lamp, a light emitting diode, an incandescent lamp or the like, which has a long lifetime.

The optical fiber illumination assembly 50 may include a plurality of optical fibers mounted on the optical fiber mounting plate 40.

The optical fiber lighting assembly 50 further includes a fan 57 disposed adjacent to the lamp 55 to cool the heat generated from the lamp 55 and allow heat to circulate therein .

The fan (57) diffuses the heat generated from the lamp (55) so as to dissipate the penetration water into the inside of the fan ≪ / RTI >

The light source lamp may further include a control unit (not shown) provided inside the column frame 10 to control driving of the driving motor 52, the lamp 55 and the fan 57.

The control unit controls the supply of power to the driving motor 52, the lamp 55, and the fan 57 by being supplied with power from the outside, so that a general description thereof can be achieved. .

The operation of the present invention will be described with reference to FIGS. 5 and 6. FIG.

The column frame 10 is disposed on the floor of the room or outside of the room and fixes and fixes an anchor bolt (not specifically shown) to the mounting hole 11 formed on the bottom surface of the column frame 10.

The driving motor 52, the lamp 55, and the fan 57 are operated by the external power source applied thereto, when an external power source (not specifically shown) is applied to the outdoor or indoor floor of the present invention, .

In more detail, the axis of the drive motor 52 is rotated by an external power source, and the color drum 53 fixed to the shaft is rotated together with the lamp 55. In addition, The illumination light is irradiated toward the light source 53.

As described above, the light irradiated through the lamp 55 passes through the color drum 53 rotated by the axis of the driving motor 52, and the surface of the color drum 53 is colored with various colors The emitted light is transmitted to one end of the optical fiber 56 fixed to the mounting hole 54-1 of the focusing unit 54. [

Therefore, light of a color hue is emitted to the other end of the optical fiber 56 press-fitted into the optical fiber mounting plate 40, and light emitted to the other end is emitted by the color drum 53, So that it is possible to produce an effect of moving dynamically by the color converted at regular intervals.

It is also possible to prevent the lamp 55 from being heated by the fan 57 installed adjacent to the lamp 55 to prevent a fire accident due to the overheating of the lamp 55, To be diffused, thereby preventing heat from being concentrated in any part.

As shown in FIG. 7, the park or the like further includes an illumination lamp 60 for illuminating the periphery, and a connection unit 70 for connecting the illumination lamp 60 to the column frame 10 .

The illumination lamp 60 may be turned on / off under the control of the control unit described above and may be turned on / off.

The connection unit 70 includes a connection bar 71 having one end connected to the illumination lamp 60 and the other end extended toward the column frame 10 and a connection bar 71 extending from the column frame 10, And a support means (72) for supporting the support.

The connection bar 71 has a predetermined length and allows the periphery of the column frame 10 to be brightly illuminated by the illumination lamp 60 at a distance from the column frame 10 with the periphery of the column frame 10.

The support means 72 supports the connection bar 71 from the column frame 10 so as to be spaced apart and allows the wind to pass smoothly therebetween.

In other words, the support means 72 allows the wind to flow smoothly between the column frame 10 and the connection bar 71, and the connection bar 71 is deformed by pressing with a typhoon or the like, Thereby preventing the illumination lamp 60 from being damaged.

7 to 8, the supporting means 72 includes a plurality of supporting bars 73 extending upward from the upper portion of the column frame 10, a plurality of supporting bars 73 And a supporting plate 75 connected to the upper portions of the plurality of supporting bars 73 and connected to the other ends of the connecting bars 71. [

The support bars 73 are plurally formed to stably support the connection bars 71.

The plurality of support bars 73 are disposed radially with respect to the center of the column frame 10 and form a passage space 73a through which air passes while being spaced apart from neighboring support bars.

The reinforcing plate 74 may be formed in a circular or rectangular shape and may be connected to adjacent support bars 73 at regular intervals while being positioned in the passage space 73a, Thereby preventing the support bar 73 from being deformed.

The reinforcing plate 74 is recessed inwardly from the outer periphery and a plurality of engagement grooves 74a through which the plurality of support bars 73 pass are formed.

The reinforcing plate 74 is connected to the plurality of support bars 73 while being connected to the support bars 73 corresponding to the periphery of the engagement grooves 74a by welding or the like.

The reinforcing plate 74 is formed with a first through hole 74b passing through the center portion in a vertical direction and includes a power connection line (not shown) for supplying power to the illumination lamp 60 through the first through hole 74b, Etc. can be passed.

It can be understood that the power line connects the control unit and the illumination lamp 60.

Most preferably, the support plate 75 has a rectangular shape and is connected to the upper portions of the plurality of support bars 73 by welding or the like.

The support plate 75 may be formed with a second through hole 75a through which the power connection line passing through the reinforcing plate 74 may be inserted into the connection bar 71 and connected to the illumination lamp 60 .

The connection bar 71 may be detachably coupled to the support plate 75 by bolts and nuts while a flange 71a extending outward is formed on the front and rear surfaces of the other end.

The park or the like may further include an auxiliary bar 90 connecting the unmanned surveillance camera 80 to the connection bar 71.

The auxiliary bar 90 is connected to the connecting bar 71 and a power line for supplying power to the unmanned monitoring camera 80 passes through the first and second through holes 74b and 75a, (Not shown).

The unmanned surveillance camera 80 is always operated, and the surroundings are photographed, and the control room is controlled in a monitoring room for monitoring the photographed image.

Such an unmanned surveillance camera 80 can help prevent crime through the function of Cepted, and can be realized in a general form, so that a detailed description thereof will be omitted.

The auxiliary bar 90 may be provided with a sunshade 100 to prevent sunlight and interference with shooting of the unmanned surveillance camera 80 due to the light of the illumination light 60.

The wing membrane 100 may have a square or circular shape, and an annular membrane 101 extending downward from the outer periphery may be formed.

It is preferable that the ornamental film 100 be inclined downward from the inside toward the outside

This is for the purpose of allowing smooth dropping without a phenomenon of stagnation of rain.

Therefore, it is possible to prevent sunlight or interference with shooting by the unattended surveillance camera 80 due to abruptness or the like as well as the light of the illumination lamp 60.

10: column frame 20: upper side plate
30: lower side plate 40: optical fiber mounting plate
41: Fixing ball 50: Fiber optic lighting assembly
51: color converting means 52: driving motor
53: Color drum 54: Focusing unit
55: lamp 56: optical fiber
57: Fans 60: lights
70: connection 71: connection bar
71a: flange 72: support means
73: support bar 73a: passage space
74: reinforcing plate 74a: engaging groove
74b: first through hole 75:
75a: second through hole 80: unattended surveillance camera
90: auxiliary bar 100: shade
101: annular membrane

Claims (1)

A lighting lamp 60 is provided,
A column frame (10);
A plurality of upper and lower side plates (20, 30) respectively provided on upper and lower sides of the column frame (10);
A plurality of optical fiber mounting plates 40 formed between the upper and lower side plates 20 and 30 and having a plurality of fixing holes 41 penetrating both sides thereof; And
A driving motor 52 fixed to the inside of the column frame 10 and color converting means including color drum 53 fixed on the driving motor 52 and colored with various colors on the outer surface thereof A converging portion 54 disposed between the driving motor 52 and the color drum 53 and having a mounting hole 54-1 penetrating through the heating drum 52 and the color drum 53; A lamp 55 disposed adjacently and irradiating light to the color drum 53; a lamp 55 having one end press-fitted into the mounting hole 54-1 to receive a light source from the lamp 55, And an optical fiber lighting assembly (50) composed of a plurality of optical fibers (56) press-fitted into the optical fiber (41) and emitting the received light source to the outside,
A connection part (70) for connecting the illumination lamp (60) to the column frame (10); And
And an unmanned surveillance camera 80 provided in the connection unit 70,
The connecting portion (70)
A connecting bar 71 connected to the illumination lamp 60 at one end and extending in the direction of the column frame 10 at the other end and connected to the unmanned surveillance camera 80 between both ends; And
The connecting bar 71 is supported so as to be spaced apart from the column frame 10 so that the wind can be smoothly passed therebetween so that the connection bar 71 is deformed by the typhoon, (72) for preventing breakage,
The support means (72)
A plurality of support bars (73) extending upward from the top of the column frame (10);
A plurality of support bars 73 are connected to each other to prevent the support bar 73 from being deformed by external force by a typhoon and a first through hole 74b passing through in the vertical direction is formed at the center, A reinforcing plate (74) through which a power connection line for supplying power to the illumination lamp (60) through the first through hole (74b) passes; And
The other end of the connecting bar 71 is connected to the upper portion of the plurality of supporting bars 73 and the power connecting line passing through the reinforcing plate 74 is led into the connecting bar 71 And a support plate (75) having a second through hole (75a) to be connected to the illumination lamp (60)
The connecting bar (71)
A flange 71a extending outwardly from the front and rear ends of the other end, and being detachably coupled to the support plate 75 by bolts and nuts,
The plurality of support bars (73)
A space 73a through which the wind passes is formed while being spaced apart from neighboring support bars,
The reinforcing plate (74)
A plurality of engaging grooves 74a through which the plurality of supporting bars 73 pass are formed inward from the outer periphery,
An auxiliary bar 90 connecting the unattended surveillance camera 80 to the connection bar 71; And
The surveillance camera (80) is connected to the auxiliary bar (90) so as to be positioned above the unmanned surveillance camera (80). The surveillance camera (80) Further comprising:
The auxiliary bar (90)
A power supply line for supplying power to the unmanned monitoring camera 80 may be connected to the unmanned surveillance camera 80 through the first and second through holes 74b and 75a while communicating with the connection bar 71. [ In addition,
The winging film (100)
And an annular film (101) extending downward from the inner side toward the outer side and extending downward from the outer periphery is formed.

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