KR100672076B1 - Manufacture method of a street light pillar - Google Patents

Abstract

The present invention relates to a real-color color electronic luminous landscape street lamp and a method of manufacturing the same, and in detail, the digital photorealistic color electronic luminous landscape street lamp (light tower light, traffic light, walking lamp) is an ultra-thin liquid crystal device (TFT-LCD) light emitting chain The LCD is composed of color LCD screen by injecting or compressing molding the backlight unit (BLU) into the LCD module film type LCD panel, BLU, and printed circuit board by using a transparent polycarbonate material along with the insulating film on the outside after polishing the surface of stainless steel street light. Along with the function to realize the display information of the product, it uses the transparent polycarbonate material that is not broken in the impact and is much more resistant to metal than the metal. It is to provide a state-of-the-art color electronic streetlight mainly.

The present invention is a manufacturing method that implements all the display information, such as color TV, cold cathode fluorescent lamp (CCFL) or external electrode fluorescent lamp (External Electrode Flourscent Lanm (EEFL), the illuminant backlight (BLU) mounting only in the live color film at night It is possible to realize a clear and environment-friendly three-dimensional landscape landscape screen by using a real-life color object on an illumination film (backlight / wide) on an ELD electroluminescent backlight, and injection molding the day-by-day color film image in an ELD electric field. Electro Luminescence The backlight is expressed in the OFF state by the automatic street light controller, and the image is displayed in the state where the ELD is ON at night. Therefore, the manufacturing method and the stainless surface gloss can be realized even at night. After treatment, paint phosphorescent paint and live-color landscape landscape film After bonding, it is injection molding or compression molding with transparent polycarbonate to produce a clear image of nocturnal photorealistic color by the headlights of a traffic vehicle at night.It is eco-friendly by realizing street lamp poles like planted with real trees or flowers. It is a street lamp that can have a landscape effect, and is often prevented from repainting of paint and illegal advertisements and luminous reflectors due to air pollution and impact, impact, wind pressure, scratches, discoloration, and corrosion after installation, which is a disadvantage of conventional metal street lamps. The cover was installed separately, but the cold-cathode fluorescent lamp (CCFL), the electroluminescent material (ELD), the phosphorescent (glow) paint, and the backlight (BLU) were installed to provide safety signs at night. Damage and surface damage were caused by collisions, shocks and wind pressures that exceed the breaking strength of street lamps such as typhoons. Collision bending In-situ vertical restoring device prevents damage and tilting and forms embossing on the surface to prevent illegal advertisements from sticking and forms stainless steel frame inside the column thickness to prevent corrosion by air pollution. It solves all the above problems by injection molding the transparent polycarbonate material, which is a new material of dream, and molds the outer surface, and the transparent sculpted shape such as molded with glass glass after installation shows the aesthetic beauty like the installation effect of art. Multipurpose cutting-edge photorealistic color electronic luminous landscape street light pole.

Street lamps, ultra-thin liquid crystal (TFT-LCD), light-emitting backlight unit (BLU), printed circuit board, polycarbonate, display, ELD electroluminescent, live color, photoluminescent paint, luminous, external electrode fluorescent lamp (EEFL) )

Description

Photorealistic color electronic luminous landscape street light pole and its manufacturing method {manufacture method of a street light pillar}

Figures 1a, 1b, 1c and 1d is a method of manufacturing a color liquid crystal (TFT-LCD) module electronic luminous live-action landscape street lamps according to the present invention

2 illustrates a street lamp heat treatment process according to the present invention;

a front view of the street lamp heat treatment mold compression molding processing mold

b is the horizontal mold heat treatment mold compression molding mold release degree

c is the high-density fusion cross section during the street molding heat treatment mold compression molding process

3 is a block diagram of a restoration apparatus according to the present invention;

Figure 4 is a partial cutaway cross-sectional view of the street lamp and the restoration device is combined according to the present invention

5a, 5b, 5c and 5d is a cold cathode fluorescent lamp (CCFL) backlight unit (BLU) electronic luminous live-action landscape street lamp manufacturing method according to the present invention

6A, 6B and 6C illustrate a method of manufacturing an electroluminescent (ELD) backlight unit (BLU) electronic luminous live-action landscape street lamp according to the present invention.

7a, 7b and 7c luminous (luminous) paint backlight unit (BLU) electronic luminous live-action landscape street lamp manufacturing method according to the present invention

8A, 8B, 8C and 8D are exemplified diagrams and sectional views of street lamps according to the present invention.

Explanation of symbols for main parts of the drawings

12; Street lamp note 13; Stainless cover

14; Bolt hole 15; Base top 16; Base mid 17; Bass bottom plate

18; Nut 19; Threaded portion 20, 20 '; Compression springs 21, 21 '; Ball bearing

22; Sleeve pipe 23; Tension spring

The present invention relates to a real-color color electronic luminous landscape street lamp and a method of manufacturing the same, and in detail, the digital photorealistic color electronic luminous landscape street lamp (light tower light, traffic light, walking lamp) is an ultra-thin liquid crystal device (TFT-LCD) light emitting chain The LCD is composed of color LCD screen by injecting or compressing molding the backlight unit (BLU) into the LCD module film type LCD panel, BLU, and printed circuit board by using a transparent polycarbonate material along with the insulating film on the outside after polishing the surface of stainless steel street light. Along with the function to realize the display information of the product, it uses the transparent polycarbonate material that is not broken in the impact and is much more resistant to metal than the metal. It is to provide a state-of-the-art color electronic streetlight mainly.

In general, street lamps are pillars where lighting is installed, and since the outer circumference is made of metal, the surface is produced and installed simply by expressing the shape of the surface with stainless gloss, uniform color gray, silver, brass paint or cast iron. After installation, paint coating peeling phenomenon, scratches, corrosion, impact, collision, advertisement adhering contamination, etc. have to be repainted or polished periodically, so there is a problem of high maintenance cost. Due to the exposure installation, the car crashed and broken in a crash, and the metal surface material was causing a lot of electric shock accidents caused by human leakage.

In view of the above problems, the present invention is based on the natural ecosystem on the inner surface of the pollution and impact resistance material thickness on the surface of the metal outer circumference of the street lamp, traffic light, communication column, lighting tower, etc. installed in the road, park, wharf, airport, etc. A variety of environmentally friendly flowers, eggs, tropical plants, insects, fruits, fishes, bamboo forests, landscapes, and other objects that can be expressed are printed in perspective and solid color. The object is described and described, and the transparent polycarbonate with excellent pollution resistance on the outer side of the street lamp circumference is adhered to the periphery by mold compression molding, and the light is transmitted through the polycarbonate cylinder vertically and vertically in thickness at night. Make sure that the real three-dimensional objects are visible and the outer surface of the street lamp is the surface insulating film By using heat treatment mold compression molding embossing, it prevents electric shock accidents and protects the real solid color semi-permanently from dust, muddy water, foreign substances, scratches and impacts on the road, and does not adhere to illegal advertisements. Crash-absorbing crash-absorbing vertical restoring vertical device structure to produce a product by manufacturing a new concept of natural embossed mold street lamp with a beautiful and three-dimensional landscape inspection effect, which is eco-friendly and beautiful appearance, attached drawings It will be described in detail as follows.

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

1 illustrates a method of manufacturing a color liquid crystal (TFT-LCD) module electronic luminous live-action landscape street lamps.

As a detailed configuration of the manufacturing method of the above-mentioned color liquid crystal module electronic luminous live-action landscape street lamp, the first step of generating a column by using a stainless steel coil, and the second step of generating a transparent polycarbonate column using a transparent polycarbonate coil And a third process of generating a color liquid crystal module and a fourth process of assembling a transparent polycarbonate, a cold cathode fluorescent lamp, and an inverter ballast to produce a fluorescent lamp backlight.

The first, second, three, and four steps described above will be described in detail as follows.

The first process is to straighten the stainless steel plate coil using a straightener, longitudinally cut using a cutter, and cut the roller tepa horizontally by cutting the cut stainless steel plate coil.

The cutting process is to cut the marking by setting the size of the street lamp to be installed by the user, the process of manufacturing the columnar body using the cutter is to put the stainless steel coil into the slitter by sheet feeder by sheet feeder Cut into a steel plate of the right size to make one column.

The iron sheet cut as described above is bent tepa bending to form the appearance of the column, and the part contacting the iron plate is to seal the separated surface through the welding operation.

A ballast inlet for inserting a ballast into the column where the welding operation is performed is generated, and the process of welding the accessories to be attached in the column is performed.

As described above, a base fret for fixing the column to the ground is attached to the bottom of the column in which the ballast inlet and the accessory are welded, and the weld surface generated in the column is ground to clean up the column.

As the above-mentioned columnar straightening corrects the verticality of the columnar through a hydraulic straightener, the vertical column of the columnar is completed, and the outer surface of the columnar is cleaned through washing and drying operations.

When the above-described washing and drying step is described in detail, since the iron plate that has undergone the cutting process is contaminated by cutting oil and lubricant during cutting and cutting, the stainless steel plate that has been transported to the cleaning unit is washed with degreasing agent and detergent. This is done and rinsed several times with clear water and then dried with hot steam.

In the state that the surface of the column is cleaned by polishing and washing the surface of the column arranged as described above, the real color cold cathode fluorescent lamp backlight structure, the transparent polycarbonate, and the TFT-LCD module are combined with the metal column. , The first step is completed.

The second step is to process the transparent polycarbonate, and as in the first step, the transparent polycarbonate is vertically cut with the flat plate straightening using a flat plate straightening machine and a cutter, and the roller tepa is horizontally cut through the cutting marking.

In the state in which the surface protective film is attached to the cut surface of the transparent polycarbonate as described above, since the transparent polycarbonate is bent in Tepa, to complete the transparent polycarbonate pillar that can be combined with the columnar produced in the first step.

The third process is to produce color liquid crystal deposited film paper combined with the columnar, and to protect the ultra-thin vacuum TFT-LCD liquid crystal deposited printing film paper and the film paper, the liquid crystal circuit printed film film paper, and the printed board film paper The insulating protective film paper is cut and cut, the protective film paper, the liquid crystal vapor deposition printing film paper, the liquid crystal circuit printed board film paper, and the insulating protective film paper are sequentially laminated to form a color liquid crystal module.

The color liquid crystal module is driven by a computer display device.

The fourth step is to produce a fluorescent lamp backlight, the cold cathode fluorescent lamp backlight by combining a cold cathode fluorescent lamp (CCFL 3 Ø × 500㎜) and a 220V inverter ballast on one surface of the transparent polycarbonate (thickness 2t) plate To generate.

The present invention combines the columnar produced by the above process, the transparent polycarbonate column, the color liquid crystal module and the cold cathode fluorescent lamp plate, to produce a color liquid crystal module electronic luminous live-action landscape street lamp.

Referring to the above-described production process of street lamps, in a state in which the generated columnar and the live-color cold cathode fluorescent lamp backlight structure are combined, the columnar is inserted into a transparent polycarbonate column to emboss the street lamp using a heat treatment mold compression molding die. After welding, the street lamp column is demolded in the compression molding machine, thereby generating a color liquid crystal module electronic luminous real-world landscape street lamp.

In the compression molding process, since the transparent polycarbonate column is fused to the transverse circumferential surface with high density, the embossed concave-convex inner surface mold formed in the mold frame forms the embossed concave portion while the transparent polycarbonate column is combined with the street lamp.

The present invention, when the color liquid crystal module electronic luminous live-action landscape street light pole is completed by the above series of steps, the cold cathode fluorescent lamp backlight unit (BLU) is assembled and the backlight unit to check whether the operation through the lighting test.

When the cold cathode fluorescent lamp backlight is operated as described above, the outer surface of the street lamp is attached to the surface protection bulletproof film to protect the transparent polycarbonate, and the bottom of the base plate for fixing the street lamp to the ground, a number of bolt holes The base upper plate 15, the base middle plate 16, and the base lower plate 17, on which the 14 is formed, are arranged in a stack so that the nut 18 and the threaded portion 19 are combined with the compression spring 20 and the ball bearing ( 21 is coupled to the base top plate 15 and the base intermediate plate 16, and the base plate 16 to which the base top plate 15 is coupled as described above is inserted into the sleeve pipe 22 and coupled with the compression spring 20 '. The ball bearing 21 'and the tension spring 23 are combined with the base lower plate 17 to combine the restoring device.

Referring to the operation of the restoring apparatus, the base top plate 15, the middle plate (20) and the ball bearing 21 (21 ') and the tension spring 23 to which the compression spring 20, 20' performing the restoration function is coupled 16), the lower plate 17 is coupled to the compression spring 20 having a restoring force against the compressive force and a ball bearing 21 having a change in the angle with a fixed center point formed on the base upper plate 15 and the base lower plate 16 Since the base plate 15 is fixed via the ball 14, the base plate fixed to the base top plate 15 has a restoring force with respect to compressive strength.

In the present invention, the base lower plate 17 fixed in a state in which the sleeve pipe 22 is coupled to the outside of the ball bearing 21 'for coupling the long ball bearing 21' to be spaced apart from the base middle plate 16 by a predetermined space. The coupling of the base upper plate 15 and the base lower plate 17 is coupled to the restoring force against compressive strength and the tensile strength by the tension spring 23 by the ball bearing 21 'coupled with the compression spring 20'. Since it has a restoring force for performing a restoring device function.

The restoring apparatus may protect the anchor bolt fixing the street lamp 12 to the ground by forming a stainless cover 13 formed in the enamel porcelain color.

Another embodiment of the present invention attached to the drawings is as follows.

2 illustrates a method of manufacturing a cold cathode fluorescent lamp (CCFL) backlight unit (BLU) electronic luminous live-view landscape traverse column.

As a detailed configuration of the manufacturing method of the cold cathode fluorescent lamp backlight unit electronic luminous live-action landscape street lamps, the first step of generating a column by using a stainless steel coil, and a transparent polycarbonate column using a transparent polycarbonate coil It is subdivided into a second process and a third process of assembling a transparent polycarbonate, a cold cathode fluorescent lamp, and an inverter ballast to produce a fluorescent lamp backlight.

The first, second, and three steps described above will be described in detail as follows.

The first process is to straighten the stainless steel plate coil using a straightener, longitudinally cut using a cutter, and cut the roller tepa horizontally by cutting the cut stainless steel plate coil.

The cutting process is to cut the marking by setting the size of the street lamp to be installed by the user, the process of manufacturing the columnar body using the cutter is to put the stainless steel coil into the slitter by sheet feeder by sheet feeder Cut into a steel plate of the right size to make one column.

The iron sheet cut as described above is bent tepa bending to form the appearance of the column, and the part contacting the iron plate is to seal the separated surface through the welding operation.

A ballast inlet for inserting a ballast into the column where the welding operation is performed is generated, and the process of welding the accessories to be attached in the column is performed.

As described above, a base fret for fixing the column to the ground is attached to the bottom surface of the columnar welded to the ballast and the accessories, and the welding surface generated in the column is ground to clean up the column surface.

As the above-mentioned columnar straightening corrects the verticality of the columnar through a hydraulic straightener, the vertical column of the columnar is completed, and the outer surface of the columnar is cleaned through washing and drying operations.

When the above-described washing and drying step is described in detail, since the iron plate that has undergone the cutting process is contaminated by cutting oil and lubricant during cutting and cutting, the stainless steel plate that has been transported to the cleaning unit is washed with degreasing agent and detergent. This is done and rinsed several times with clear water and then dried with hot steam.

In the state where the surface of the column is cleaned by polishing and washing the surface of the column arranged as described above, the real color cold cathode fluorescent lamp backlight structure, the transparent polycarbonate, and the real color BLU structure are combined with the column. Finish the process.

The second step is to process the transparent polycarbonate, and as in the first step, the transparent polycarbonate is vertically cut with the flat plate straightening using a flat plate straightening machine and a cutter, and the roller tepa is horizontally cut through the cutting marking.

In the state in which the surface protective film is attached to the cut surface of the transparent polycarbonate as described above, since the transparent polycarbonate is bent in Tepa, to complete the transparent polycarbonate pillar that can be combined with the columnar produced in the first step.

The third step is to produce a fluorescent lamp backlight, the cold cathode fluorescent lamp backlight by combining a cold cathode fluorescent lamp (CCFL 3 Ø × 500㎜) and a 220V inverter ballast on one surface of the transparent polycarbonate (thickness 2t) plate To generate.

The present invention combines the columnar produced by the above process, the transparent polycarbonate column, the color liquid crystal module and the cold cathode fluorescent lamp plate, to produce a color liquid crystal module electronic luminous live-action landscape street lamp.

Referring to the above-described production process of street lamps, in a state in which the generated columnar and the live-color cold cathode fluorescent lamp backlight structure are combined, the columnar is inserted into a transparent polycarbonate column to emboss the street lamp using a heat treatment mold compression molding die. After welding, the street lamp column is demolded in the compression molding machine, thereby generating an electronic luminous live-action landscape street lamp.

In the compression molding process, since the transparent polycarbonate column is fused to the transverse circumferential surface with high density, the embossed concave-convex inner surface mold formed in the mold frame forms the embossed concave portion while the transparent polycarbonate column is combined with the street lamp.

The present invention is to assemble the cold cathode fluorescent lamp backlight unit (BLU) when the electronic luminous due diligence landscape street lamp is completed by a series of the above process and to check the operation of the backlight unit through the lighting test.

When the cold cathode fluorescent lamp backlight is operated as described above, the outer surface of the street lamp is attached to the surface protection bulletproof film to protect the transparent polycarbonate, and the bottom of the base plate for fixing the street lamp to the ground, a number of bolt holes The base upper plate 15, the base middle plate 16, and the base lower plate 17, on which the 14 is formed, are arranged in a stack so that the nut 18 and the threaded portion 19 are combined with the compression spring 20 and the ball bearing ( 21 is coupled to the base top plate 15 and the base intermediate plate 16, and the base plate 16 to which the base top plate 15 is coupled as described above is inserted into the sleeve pipe 22 and coupled with the compression spring 20 '. The ball bearing 21 'and the tension spring 23 are combined with the base lower plate 17 to combine the restoring device.

Regarding another embodiment of the present invention,

3 illustrates a method of manufacturing an electroluminescent (ELD) backlight unit (BLU) electronic luminous live-action landscape street lamp.

As a detailed configuration of the method for manufacturing the electroluminescent backlight unit electronic luminous live-action landscape street lamp, the first step of generating a column by using a stainless steel coil, the second step of generating an electroluminescent film coil, and a transparent polycarbonate It is subdivided into a third process of producing a transparent polycarbonate pillar using a coil.

The first, second, and three steps described above will be described in detail as follows.

The first process is to straighten the stainless steel plate coil using a straightener, longitudinally cut using a cutter, and cut the roller tepa horizontally by cutting the cut stainless steel plate coil.

The cutting process is to cut the marking by setting the size of the street lamp to be installed by the user, the process of manufacturing the columnar body using the cutter is to put the stainless steel coil into the slitter by sheet feeder by sheet feeder Cut into a steel plate of the right size to make one column.

The iron sheet cut as described above is bent tepa bending to form the appearance of the column, and the part contacting the iron plate is to seal the separated surface through the welding operation.

Produce a ballast inlet for inserting the ballast into the column where the welding work has been carried out, and proceed to welding the accessories to be attached in the column.

As described above, a base fret for fixing the column to the ground is attached to the bottom surface of the columnar welded to the ballast and the accessories, and the welding surface generated in the column is ground to clean up the column surface.

As the above-mentioned columnar straightening corrects the verticality of the columnar through a hydraulic straightener, the vertical column of the columnar is completed, and the outer surface of the columnar is cleaned through washing and drying operations.

When the above-described washing and drying step is described in detail, since the iron plate that has undergone the cutting process is contaminated by cutting oil and lubricant during cutting and cutting, the stainless steel plate that has been transported to the cleaning unit is washed with degreasing agent and detergent. This is done and rinsed several times with clear water and then dried with hot steam.

In the state in which the surface of the column is polished by cleaning and washing the surface of the column arranged as described above, the real color electroluminescent film adhesion, the transparent polycarbonate, and the real color electroluminescent are combined with the metal column. Finish the process.

In the second process, the electroluminescent film coil is processed by using a flat plate straightener and a cutter as in the first process, and the processed light emitter coil is cleaned, heat treated and dried to clean up the surface. To create an image.

 Referring to the printing step in detail in the present invention, the printing method carried out in the present invention is a metal grid plate solid color printing method, the street lamp casting metal sheet printing

By metal decorating press, the principle is the same as offset printing, except that the printed metal sheet

It should be baked at a low temperature for a certain time by a continuous sheet oven, and the ink used is different from that for paper, and it is used that has air resistance, heat resistance and water resistance.

As described above, a +,-, power supply terminal junction is installed on the light-emitting coil in which the image is generated, and the coil and the power supply terminal are generated by adhering the adhesive surface by spray coating.

The third step is to process the transparent polycarbonate, and as in the first step, the transparent polycarbonate is vertically cut with the flat plate straightener using a flat plate straightener and a cutter, and the roller tape is horizontally cut through the cutting marking.

In the state in which the surface protective film is attached to the cut surface of the transparent polycarbonate as described above, since the transparent polycarbonate is bent in Tepa, to complete the transparent polycarbonate pillar that can be combined with the columnar produced in the first step.

The present invention is to produce a street lamp by bonding the light pole, the transparent polycarbonate column and the actual color electroluminescent film produced by the above process.

Referring to the above-described production process of street lamps, in a state in which the generated columnar and the live-color cold cathode fluorescent lamp backlight structure are combined, the columnar is inserted into a transparent polycarbonate column to emboss the street lamp using a heat treatment mold compression molding die. After welding, the street lamp column is demolded in the compression molding machine, thereby generating an electronic luminous live-action landscape street lamp.

In the compression molding process, since the transparent polycarbonate column is fused to the transverse circumferential surface with high density, the embossed concave-convex inner surface mold formed in the mold frame forms the embossed concave portion while the transparent polycarbonate column is combined with the street lamp.

The present invention is to assemble the electroluminescent backlight unit (BLU) when the electroluminescent backlight unit electronic luminous due diligence landscape street lamp is completed by the above series of processes, and to check whether the backlight unit is operated through a lighting test.

As described above, when the street light pole is an electroluminescent body, attaching a protective film for protecting the surface of the transparent polycarbonate constituting the outer surface of the street lamp pole, the lower side of the base plate for fixing the street lamp pole to the ground, a plurality of bolt holes (14) The formed base upper plate 15, the base middle plate 16, and the base lower plate 17 are arranged in a stack, and the compression spring 20 and the ball bearing 21, using the nut 18 and the threaded portion 19 as coupling means, are provided. The base upper plate 15 and the base middle plate 16 are combined, and the base middle plate 16 to which the base upper plate 15 is coupled as described above is inserted into the sleeve pipe 22 and the ball bearing coupled to the compression spring 20 '( 21 ') and the tension spring 23 are combined with the base lower plate 17 to couple the restoring device.

When explaining another embodiment of the present invention

Figure 4 illustrates a method of manufacturing a luminous (luminous) paint backlight unit (BLU) electronic luminous duel landscape traverse column.

As a detailed configuration of the manufacturing method of the above-mentioned cold cathode luminous paint backlight unit electronic luminous live-action landscape street lamps, the first step of generating a column by using a stainless steel coil, and the real-life color offset printing of the transparent polycarbonate coil It is subdivided by the 2nd process which produces a transparent polycarbonate pillar.

The first and second processes described above will be described in detail as follows.

The first process is to straighten the stainless steel plate coil using a straightener, longitudinally cut using a cutter, and cut the roller tepa horizontally by cutting the cut stainless steel plate coil.

The cutting process is to cut the marking by setting the size of the street lamp to be installed by the user, the process of manufacturing the columnar body using the cutter is to put the stainless steel coil into the slitter by sheet feeder by sheet feeder Cut into a steel plate of the right size to make one column.

The iron sheet cut as described above is bent tepa bending to form the appearance of the column, and the part contacting the iron plate is to seal the separated surface through the welding operation.

A ballast inlet for inserting a ballast into the column where the welding operation is performed is generated, and the process of welding the accessories to be attached in the column is performed.

As described above, a base fret for fixing the column to the ground is attached to the bottom surface of the columnar welded to the ballast and the accessories, and the welding surface generated in the column is ground to clean up the column surface.

As the above-mentioned columnar straightening corrects the verticality of the columnar through a hydraulic straightener, the vertical column of the columnar is completed, and the outer surface of the columnar is cleaned through washing and drying operations.

When the above-described washing and drying step is described in detail, since the iron plate that has undergone the cutting process is contaminated by cutting oil and lubricant during cutting and cutting, the stainless steel plate that has been transported to the cleaning unit is washed with degreasing agent and detergent. This is done and rinsed several times with clear water and then dried with hot steam.

In the state where the surface of the column is cleaned by polishing and washing the surface of the column arranged as described above, the real color cold cathode fluorescent lamp backlight structure, the transparent polycarbonate, and the real color BLU structure are combined with the column. Finish the process.

The second step is to process the transparent polycarbonate, and as in the first step, the transparent polycarbonate is vertically cut with the flat plate straightening using a flat plate straightening machine and a cutter, and the roller tepa is horizontally cut through the cutting marking.

By generating an image on the transparent polycarbonate coil cut as described above, the process of generating an image on the transparent polycarbonate is a metal sheet metal dimensional color printing method, by a metal decorating press, the principle is offset Use the same method as for offset printing.

When the image is generated on the transparent polycarbonate as described above, the transparent polycarbonate is Teppa bent in a state in which the surface protective film is attached and the surface protective film is attached to the cut transparent polycarbonate surface. To complete the transparent polycarbonate column can be combined.

The present invention combines the light pole generated by the above-described process, the transparent polycarbonate column and the luminous (luminous) paint luminous material generated by the image with the metal lantern to produce a luminous (luminous) paint backlight unit electronic luminous live-action landscape street lamp will be.

Referring to the above-described production process of the street lamp, the embossed to the street lamp by using a heat treatment mold compression molding process by inserting the column into the transparent polycarbonate column in a state in which the generated column and the photochromic photoluminescent paint backlight structure combined After demolding the street lamp in the compression molding machine, it is to produce a night-light landscape lighting street lamp.

In the compression molding process, since the transparent polycarbonate column is fused to the transverse circumferential surface with high density, the embossed concave-convex inner surface mold formed in the mold frame forms the embossed concave portion while the transparent polycarbonate column is combined with the street lamp.

As described above, when the street lamps emit an image by the luminous paint, a ballistic protection film for protecting the generated image is attached to the transparent polycarbonate, and a plurality of bolts are provided below the base plate for fixing the street lamps to the ground. The base spring plate 15, the base plate 16, and the base plate 17 on which the balls 14 are formed are arranged in a stack, and the compression spring 20 and the ball bearings using the nut 18 and the threaded portion 19 as a coupling means. The base upper plate 15 and the base middle plate 16 are coupled to each other by 21, and the base middle plate 16 to which the base upper plate 15 is coupled as described above is inserted into the sleeve pipe 22 to compress the spring 20 'and It is to combine the restoring device by combining with the base lower plate 17 by the combined ball bearing 21 'and the tension spring 23.

 As described in detail above, the present invention provides a manufacturing method for implementing all display information, such as color TV, cold cathode fluorescent lamp (CCFL) or external electrode fluorescent lamp (External Electrode Flourscent Lanm, EEFL), and a light emitting backlight (BLU). Only at night, it is possible to realize a clear and eco-friendly three-dimensional landscape landscape screen by live-action color film, and it also outputs the desired live-color object on the illumination film (backlight / wide) on the ELD electroluminescent backlight and injection molding during the day. Photorealistic color film image is expressed with the ELD Electro Luminescence backlight turned off by the automatic street light controller, and at night, the image is displayed with the ELD turned on. After the manufacturing method and stainless steel surface gloss treatment, It is a manufacturing method that can make clear image of luminous live color color by the headlights of a traffic vehicle at night by inserting and sticking the live-color landscape landscape film and then injection molding or compression molding with transparent polycarbonate. It is a street lamp that can show eco-friendly landscape effect by realizing street lamp poles such as the same as paint and repainting from time to time due to air pollution and impact, impact, wind pressure, scratch, discoloration and corrosion I installed a separate cover to prevent illegal advertisements and luminous reflectors.However, safety signs to prevent collisions at night by installing cold cathode fluorescent lamps (CCFL), electroluminescent (ELD), luminous (glow) paint, and backlight (BLU) It can function, and in case of collision, shock, wind pressure more than the breaking strength of street lamps such as traffic accident or typhoon Because arbitrarily prevent breakage and damage to the surface, and extend the life of such care as is, it is effective to provide an environmentally friendly garodeungju.

Claims (4)

Flatten the stainless steel coil using a straightener, cut it vertically with a cutter, cut the roller tepa horizontally by cutting it on the cut stainless steel coil, The cutting process is to cut the marking by setting the size of the street lamp to be installed by the user, the process of manufacturing the columnar body using the cutter is to put the stainless steel coil into the slitter by sheet feeder by sheet feeder Cut into steel plates of suitable size to make one columnar body, The iron plate cut as described above is bent tepa bend to form the appearance of the column, the part in contact with the iron plate is sewn to separate the surface by welding work, Create a ballast inlet for inserting the ballast into the column where the welding operation has been carried out, fix the accessories to be attached in the column by welding, As the above, the base plate (base plate) for fixing the column to the ground is attached to the lower surface of the column, welded to the ballast and the accessories, and the welding surface generated in the column is ground to clean up the column surface. The columnar with the surface arranged as above corrects the verticality of the columnar through the hydraulic straightener, thus completing the vertical correction of the columnar, and arranging the outer surface of the columnar through washing and drying operations, Combined with the real color cold cathode fluorescent lamp backlight structure, transparent polycarbonate, and TFT-LCD module with metal column in the state of arranging the surface of the column by polishing and cleaning the surface of the column with the surface arranged as above. 1st process to do, In the process of processing transparent polycarbonate, using a flat plate straightening machine and a cutter as in the first step, the transparent polycarbonate is vertically cut with flat plate straightening, and the horizontal cutting of roller tepa through the cutting marking, In the state of attaching the surface protective film to the cut surface of the transparent polycarbonate as described above, the second step of completing the transparent polycarbonate pillar that can be combined with the columnar produced in the first process, since the transparent polycarbonate , By producing color liquid crystal deposited film paper to be combined with the column, ultra-thin vacuum TFT-LCD liquid crystal deposition printing film paper, protective film paper for protecting the film paper, liquid crystal circuit printed board film paper, insulating protective film paper for protecting the printed board film paper A third step of forming a color liquid crystal module by cutting the film, laminating the protective film paper, the liquid crystal deposition printing film paper, the liquid crystal printed circuit board film, and the insulating protective film paper sequentially. On one surface of the transparent polycarbonate (thickness 2t) plate, a cold cathode fluorescent lamp (CCFL 3 Ø x 500 mm) and a 220V inverter ballast are combined to produce a cold cathode fluorescent lamp backlight produced by the fourth process, and the metal Under the base plate for fixing the street lamp to the ground, the base upper plate 15, the base middle plate 16, and the base lower plate 17, on which a plurality of bolt holes 14 are formed, are arranged in a stack, and the nut 18 and the screw portion are arranged. Combining the base top plate 15 and the base middle plate 16 with the compression spring 20 and the ball bearing 21 using the coupling means (19), and the base plate 16 combined the base top plate 15 as described above Color liquid crystal (TFT-LCD) formed by combining a restoring device composed of a ball bearing 21 'coupled to a compression pipe 20' and coupled with a compression spring 20 'and a tension spring 23 and a base lower plate 17. Module electronic luminous live-action landscape street light pole and manufacturing method thereof. Flatten the stainless steel coil using a straightener, cut it vertically with a cutter, cut the roller tepa horizontally by cutting it on the cut stainless steel coil, The cutting process is to cut the marking by setting the size of the street lamp to be installed by the user, the process of manufacturing the columnar body using the cutter is to put the stainless steel coil into the slitter by sheet feeder by sheet feeder Cut into steel plates of suitable size to make one columnar body, The iron plate cut as described above is bent tepa bend to form the appearance of the column, the part in contact with the iron plate is sewn to separate the surface by welding work, Create a ballast inlet for inserting the ballast into the column where the welding operation has been carried out, fix the accessories to be attached in the column by welding, As the above, the base plate (base plate) for fixing the column to the ground is attached to the lower surface of the column, welded to the ballast and the accessories, and the welding surface generated in the column is ground to clean up the column surface. The columnar with the surface arranged as above corrects the verticality of the columnar through the hydraulic straightener, thus completing the vertical correction of the columnar, and arranging the outer surface of the columnar through washing and drying operations, In the state where the surface of the column is cleaned by polishing and washing the surface of the column arranged as described above, the real color cold cathode fluorescent lamp backlight structure, the transparent polycarbonate, and the real color BLU structure are combined with the column. Fair, The transparent polycarbonate is vertically cut from the flat polycarbonate with the plate straightener using a flatbed straightener and a cutter, and the horizontal cutting of the roller tepa through the cutting marking, A second step of completing the transparent polycarbonate column by tepa bending the transparent polycarbonate in a state where the film for protecting the surface is attached to the cut transparent polycarbonate surface as described above; On one surface of the transparent polycarbonate (thickness 2t) plate, a metal street lamp produced by the third process of combining a cold cathode fluorescent lamp (CCFL 3 Ø x 500 mm) and a 220V inverter ballast to produce a cold cathode fluorescent lamp backlight, The base top plate 15, the base middle plate 16, and the base lower plate 17, on which the plurality of bolt holes 14 are formed, are arranged in a stack below the base plate for fixing the metal street column to the ground, and the nut 18 ), The base spring plate (15) and the base plate (16) are coupled to each other by a compression spring (20) and a ball bearing (21) as the coupling means, and the base plate (15) as described above. 16, a cold cathode fluorescent lamp incorporating a restoring device composed of a ball bearing 21 'coupled with a compression spring 20' and a tension spring 23 and a base lower plate 17 into the sleeve pipe 22. CCFL) Backlit unit (BLU) Electronic luminous live-action landscape street lamp manufacturing method. Flatten the stainless steel coil using a straightener, cut it vertically with a cutter, cut the roller tepa horizontally by cutting it on the cut stainless steel coil, The cutting process is to cut the marking by setting the size of the street lamp to be installed by the user, the process of manufacturing the columnar body using the cutter is to put the stainless steel coil into the slitter by sheet feeder by sheet feeder Cut into steel plates of suitable size to make one columnar body, The iron plate cut as described above is bent tepa bend to form the appearance of the column, the part in contact with the iron plate is sewn to separate the surface by welding work, Create a ballast inlet for inserting the ballast into the column where the welding operation has been carried out, fix the accessories to be attached in the column by welding, As the above, the ballast into which the ballast and the accessories are welded is attached, and a base plate for fixing the column to the ground is attached, and the welding surface generated in the column is ground to arrange the surface of the column. The columnar with the surface arranged as above corrects the verticality of the columnar through the hydraulic straightener, thus completing the vertical correction of the columnar, and arranging the outer surface of the columnar through washing and drying operations, A first step of combining the real color electroluminescent backlight structure, transparent polycarbonate, and metal column in a state in which the surface of the column is polished by cleaning and washing the surface of the column in which the surface is arranged as described above; The electroluminescent film coil is processed using a flat plate straightener and a cutter as in the first step, and the image is generated on the emitter coil through real color offset printing while the processed emitter coil is cleaned and heat treated and dried to clean up the surface. , The printed emitter coils were baked at a low temperature for a predetermined time by a continuous sheet oven, A second process of providing a +,-, power supply terminal junction to the light-emitting coil in which the image is generated as described above, and bonding the adhesive surface to the coil and the power supply terminal by spray coating; The transparent polycarbonate is vertically cut with flat plate correction, and the roller tepa is horizontally cut through the cutting marking. In the state of attaching the surface protective film to the cut surface of the transparent polycarbonate as described above, and the metal polygauge produced by the third process to complete the transparent polycarbonate pillar by bending the transparent polycarbonate, Under the base plate for fixing the metal columnar column to the ground, the base top plate 15, the base middle plate 16 and the base lower plate 17 having a plurality of bolt holes 14 are arranged in a stack, and the nut 18 And a base spring plate 16 to which the base top plate 15 and the base middle plate 16 are coupled by a compression spring 20 and a ball bearing 21 using the screw portion 19 as a coupling means, and the base top plate 15 coupled as described above. ) Is incorporated into the sleeve pipe 22, and the ELD backlight is formed by combining a restoring device composed of a base lower plate 17 with a ball bearing 21 'coupled with a compression spring 20' and a tension spring 23. Manufacturing method of unit (BLU) electronic luminous live-action landscape street lamp. Flatten the stainless steel coil using a straightener, cut it vertically with a cutter, cut the roller tepa horizontally by cutting it on the cut stainless steel coil, The cutting process is to cut the marking by setting the size of the street lamp to be installed by the user, the process of manufacturing the columnar body using the cutter is to put the stainless steel coil into the slitter by sheet feeder by sheet feeder Cut into steel plates of suitable size to make one columnar body, The iron plate cut as described above is bent tepa bend to form the appearance of the column, the part in contact with the iron plate is sewn to separate the surface by welding work, Create a ballast inlet for inserting the ballast into the column where the welding operation has been carried out, fix the accessories to be attached in the column by welding, As the above, the base plate (base plate) for fixing the column to the ground is attached to the lower surface of the column, welded to the ballast and the accessories, and the welding surface generated in the column is ground to clean up the column surface. The columnar with the surface arranged as above corrects the verticality of the columnar through the hydraulic straightener, thus completing the vertical correction of the columnar, and arranging the outer surface of the columnar through washing and drying operations, A first step of combining the real color electroluminescent backlight structure, transparent polycarbonate, and metal column in a state in which the surface of the column is polished by cleaning and washing the surface of the column in which the surface is arranged as described above; Using a flat plate straightening machine and a cutter, the transparent polycarbonate is vertically cut with flat plate straightening, and horizontal cutting of roller tepa through cutting marks. By generating an image on the transparent polycarbonate coil cut as described above, to generate an image on the transparent polycarbonate, When the image is generated on the transparent polycarbonate as described above, the surface protection film is attached and the surface protection film is attached to the cut surface of the transparent polycarbonate, and the transparent polycarbonate is bent by bending the transparent polycarbonate to complete the transparent polycarbonate pillar. Metal street lamps produced by the process, Under the base plate for fixing the metal columnar column to the ground, the base top plate 15, the base middle plate 16 and the base lower plate 17 having a plurality of bolt holes 14 are arranged in a stack, and the nut 18 And a base spring plate 16 to which the base top plate 15 and the base middle plate 16 are coupled by a compression spring 20 and a ball bearing 21 using the screw portion 19 as a coupling means, and the base top plate 15 coupled as described above. Luminous material (luminous) paint backlight by incorporating a restoring device composed of a ball bearing 21 'coupled with a compression spring 20' and a tension spring 23 and a base lower plate 17 into the sleeve pipe 22. Manufacturing method of unit (BLU) electronic luminous live-action landscape street lamp.

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