KR20090010218U - The solar-type multi-function regulating pole for a traffic lane - Google Patents

Abstract

The present invention relates to a lane regulation rod, which is one of road traffic safety facilities. More specifically, the solar cell uses solar energy as an energy source by a solar cell, and the center line of the road, the road shoulder line, the curve section, the entrance of the road divider, the confluence zone, Installed at many accidents, tunnels, underground roads, roads and construction roads, it is driven during nighttime when traffic accidents occur the most, and drivers or pedestrians can clearly recognize the light diffused by LEDs for safe driving and walking. It relates to a configured solar multi-function lane regulation rod.

The present invention, the upper housing having a light emitting portion provided with the LED in a cylindrical shape having an inner space, the lower housing which is coupled to the upper housing to the top by a columnar shape having an easy identification, and the lower of the lower housing One side is fixed, including a fixed body with a solar cell and an illuminance sensor, a rainwater sensor, a PCB circuit board and a storage battery, and a support body extending downward in one side of the bottom, and fixed on the road surface by the support and anchor bolts. On a cloudy day such as a heavy fog or the like, the LED is turned on to facilitate identification of the vehicle driver.

In another embodiment, a road surface support pillar including a post fixing plate and a straight post extending downward of the post fixing plate, or configured to be supported and repositionable by a fixing plate of the lower housing on the road surface Can be.

Lane regulation rod, delineator, LED, solar cell, labacon.

Description

Solar type multi-function regulating pole for a traffic lane

The present invention relates to a lane regulation rod, which is one of road traffic safety facilities. More specifically, the solar cell uses solar energy as an energy source by a solar cell, and the center line of the road, the road shoulder line, the curve section, the entrance of the road divider, the confluence zone, Installed in many places of accidents, tunnels, underground roads, roads and construction roads, it is driven during nighttime when traffic accidents occur most frequently, and drivers or pedestrians can clearly recognize the light diffused by LEDs for safe driving and walking. It relates to a configured solar multi-function lane regulation rod.

Typically, road lane control rods are installed at intersections where two roads meet, roads with high curvatures, roads with risk of falling, and lanes or outer lanes of roads with potential for collision or collision.

Such lane control rods for roads generally have a columnar shape with a reflector attached to enhance nighttime identification, and are fixedly installed on road surfaces with anchor bolts and the like spaced apart at regular intervals along the lanes.

In addition, the lane regulation rod is more necessary at night than in the daytime, and therefore night vision should be good. In addition, road lane control rods can be easily identified from a distance to help drive safely. Therefore, the conventional road traffic control rods are taking various methods to enhance the nighttime identification and the distance identification.

An example is described in Korean Utility Model Publication No. 97-18121, registered Utility Model Publication No. 20-323093. The present invention discloses a lane-regulating rod formed by making a plurality of protrusions on the outer circumferential surface of a body pillar, attaching a reflector between the protrusions and the protrusions, and forming a protective cover on the surface of the reflector. Disclosure of the Patent No. 20-323093 discloses a lane-regulating rod that divides the rod into a lower body, a middle body, and an upper body, and has a cap made of a reflective material on the middle body and the upper body. In addition, in the prior art of the invention No. 20-323093 devised a rectangular cross-sectional plate-shaped portion is formed on the upper portion of the cylindrical support with a support portion at the bottom, the lanes are provided with a reflective sheet on both sides of the wide side of the plate portion A control rod and a pipe having a predetermined length are installed upright in the center of the pedestal installed on the road surface, and an elastic band made of waste tire recycled rubber is attached and fixed at a predetermined interval on the upper and outer surfaces of the pipe. White reflective paper is attached and fixed to the surface between the strips, and a spring is installed to a certain width so as to make the pipe flowable under the pipe, and a height adjusting cap is screwed inside the upper part of the pipe. According to the road safety bar that can be protruded to the top is described.

However, the above-described conventional lane regulating rods have a disadvantage in that night light discrimination and long distance discrimination are weak due to their simplicity in shape as well as light reflecting sheets provided only in props.

On the other hand, a delineator is a disc-shaped retroreflector installed on a cylindrical mount, and a yellow reflector is attached to both sides of the reflector. When a number of cars installed along the roadside of the curve part of the road and approached at a certain distance approach a certain distance, the light emitted from the headlights is reflected from the reflector to inform the driver of the lane shape or road width of the road. Although there may be differences depending on the form, it can be said to be the same as the lane-regulating rod in terms of its function.

In the case of this type of delineator, the light from the headlights of the car is straight, so the headlight light often does not reach part or all of the delegator if the field of view is unclear due to a curve on the road or due to heavy fog. In this case, since the delineator does not reflect light, the driver may not have a clear view of the curve of the road or the width of the road, which increases the probability of a car accident.

In order to solve the problems of the conventional delineator or lane regulation rod, it is possible to adopt a configuration that can emit light by itself without the headlight of the automobile headlight.

However, due to the characteristics of lane control rods or delineators installed on the roadside, it is economical to install the wires on the road to supply electric energy for light emission, but it is very unreasonable due to the complexity of the installation. It's not happening.

Then, when the road is under construction, a movable cone-shaped rubber cone (rubber cone) is installed to guide this and guide the lane of the passing vehicle.

The conventional Lavacon is also equipped with a reflector on one side that reflects the headlights of the vehicle in the same way as the conventional lane regulating rod and delineator described above, the vehicle is not easily recognized by the vehicle driver because the identification is not excellent, In order to improve identification, a separate information board is used together.

The present invention is to solve the above problems, during the day converts the solar energy into electrical energy with a solar cell to charge it in the battery and the electrical energy stored automatically by the ambient light sensor during bad weather due to night or dense fog It is an object of the present invention to provide a solar type multi-function lane control rod configured to emit LED using.

It is also an object of the present invention to provide a solar type multi-function lane control rod, including an upper housing, a lower housing, and a fixed body, which is easy to separate and easily replace when broken or damaged.

In addition, it is installed on the center line of road, road shoulder line, curve section, road divider entrance, confluence area, accident place, tunnel, underground driveway access road, construction shoulder road, and it is a conventional lane control rod, delinetor, and rubber corn. Its purpose is to provide a solar type multi-function lane control rod with a) function.

In order to achieve the above object, the solar type multi-function lane control rod according to the first embodiment of the present invention has a cylindrical shape having an inner space, and a light emitting part provided with a plurality of LEDs in one side of the light emitting hole, and An upper housing provided with a first cable connected to the light emitting unit; A lower housing having a columnar shape having an easy-to-identify height, the upper housing being coupled to the upper housing by being coupled to the upper portion, and having a second cable extending therefrom; A lower one side of the lower housing is fixed, and a solar cell, an illuminance sensor, and a rainwater sensor are provided on one side of the upper housing, and a second cable is connected to an inner side of the lower housing to control LED light emission according to the measured values of the illuminance sensor and the rainwater sensor. A PCB circuit board, and a storage battery for charging the electrical energy converted from the solar cell is provided, and comprises an anchor hole through which the anchor bolt penetrates on one side, and a fixed body extending downwards on one side of the bottom surface.

Accordingly, it is fixed on the road surface by the anchor bolt penetrating the anchor portion and the anchor hole of the fixed body, the LED is lit on a cloudy day, such as night or dense fog, characterized in that configured to facilitate identification of the vehicle driver do.

In this case, the upper housing is sealed by a fixing member in the light emitting hole penetrated to the position facing the left and right side of the upper, the interference fitting projection protruding outward along the lower side in a circular or square cylindrical shape; A light emitting unit coupled to each other and provided with a plurality of LEDs, a prism lens unit surrounding the outside of the light emitting unit to diffuse the light of the LED, and a connection jack for connecting one end of the LED to a second cable at the other end thereof; The first cable provided therein is configured to be included therein.

The lower housing may have a circular or square columnar shape similar to that of the upper housing, and a fitting groove in which an interference fitting protrusion of the upper housing is fitted along an upper inner surface thereof, and the first cable below the fitting groove. And a cable fixing plate having a cable fixing groove into which the second cable connected by the connecting jack is inserted and fixed; The lower portion extends in a lateral direction to form a fixing plate having a plurality of through holes on one side and a cable connection hole through which the second cable passes.

In this case, the lower housing is configured to further include an air hole in which one side of the internal air can escape when the vehicle crashes.

The lower housing is formed of a synthetic resin or plastic material which is restored to its original state when the vehicle collides with or collides with the vehicle. The lower housing further includes a retro-reflector reflecting the headlight of the vehicle on one side of the outer circumferential surface in a belt shape.

On the other hand, the fixed body has a straight board shape having an internal space, the upper housing has a housing hole through which the lower housing penetrates, the illumination sensor and the rain water sensor, the upper body and the solar cell is provided on both sides of the upper surface and ; As the upper body is coupled to the upper portion, the fixing plate of the lower housing is seated and coupled therein, and controls the LED light emission of the upper housing light emitting unit according to the measurement values of the storage battery connected to the solar cell and the illuminance sensor and the rainwater sensor on both sides of the upper housing. Is provided with a PCB circuit board, characterized in that consisting of the combination of the lower body extending the support portion on both sides of the bottom.

At this time, the upper body, the size and shape of the fixing plate of the lower housing, the illumination sensor and rainwater sensor on one side, the housing hole in the center, and the solar cell is provided on both sides of the housing hole, both ends An upper plate having a coupling hole through which the fixing bolt is formed; Forming a step along the edge of the upper plate and comprises a plate-shaped coupling side plate extending in the downward direction.

In addition, the lower body, the same size and shape as the upper plate of the upper body protrudes inwards at both ends and the engaging projection is formed in a position corresponding to the coupling hole of the upper body in the upper portion, and the fixing plate of the lower housing in the center A seating groove having a plurality of anchor holes formed at a position corresponding to the through hole of the fixing plate, a PCB circuit board and a storage battery connected to the solar cell are provided at both sides of the seating groove, and the support portion is downwardly disposed at both sides of the bottom surface. An extended bottom plate; It comprises an outer plate extending in an upward direction to contact the step of the upper body along the edge of the bottom plate.

On the other hand, the solar type multi-function lane control rod according to the second embodiment of the present invention, including an upper housing, a lower housing and a fixed body, wherein the fixed body has a straight board shape having an internal space.

The fixed body may include a first housing hole through which the lower housing penetrates, a first anchor hole corresponding to the fixing plate through hole of the lower housing, an illuminance sensor, and a rainwater sensor on one side of an upper surface of the upper body. An upper body provided with a cell; The upper body is coupled to the upper side, and the storage battery connected to the solar cell on one side and the PCB circuit board for controlling the LED light emission of the upper housing light emitting unit according to the measured values of the illuminance sensor and the rain water sensor is provided on both sides of the bottom The lower portion of the bottom surface is bent to form a fixed plate seating portion, and the fixed plate seating portion includes a second housing hole corresponding to the first housing hole and a second anchor hole corresponding to the first anchor hole. It is characterized by consisting of a combination of sieves.

At this time, the upper body, the illumination sensor and rain water sensor on one side, the first housing hole in the center, the first anchor hole formed on both sides of the first housing hole, the solar cell is provided on one side, An upper plate having a coupling hole through which the fixing bolt passes; Forming a step along the edge of the upper plate and comprises a plate-shaped coupling side plate extending in the downward direction.

The lower body may include a coupling protrusion protruding at both ends in the same size and shape as the upper plate of the upper body and having a fixing hole formed at a position corresponding to the coupling hole of the upper body on the upper surface thereof, and a PCB circuit board connected to the solar cell therein. And a storage battery, the support portions extending downward on both sides of the bottom surface, and the center of the bottom surface includes a second housing hole corresponding to the first housing hole, a second anchor hole corresponding to the first anchor hole, and a second A bottom plate having a cable connection hole through which a cable passes and forming a fixing plate seating portion formed to be bent inwardly at a center thereof so that the fixing plate of the lower housing penetrating the first and second housing holes is located in the same line as the bottom surface; It comprises an outer plate extending in an upward direction to contact the step of the upper body along the edge of the bottom plate.

Subsequently, the solar type multi-function lane regulating rod according to the third embodiment of the present invention is a circular or rectangular cylindrical shape and has a interference fitting protrusion protruding outward along the lower side, and a light emitting hole penetrated to the upper left and right facing positions. And a light emitting part coupled to the light emitting hole by a fixing member and provided with a plurality of LEDs, a prism lens part surrounding the outside of the light emitting part to diffuse the light of the LED, and one end of the LED connected to the other. An upper housing provided therein with a first cable having a connection jack at the end thereof for connection with a second cable; A circular or rectangular columnar shape having an easy-to-identify height, a fitting groove in which the fitting protrusion of the upper housing is fitted along an upper inner surface thereof, and a lower portion of the fitting groove connected by the first cable and the connecting jack. 2 is provided with a cable fixing plate having a cable fixing groove to which the cable is inserted and fixed, and a storage battery connected to the second cable at the bottom, a cable connection hole through which the second cable passes is formed at one side of the bottom, the lower side is A lower housing extending to form a fixed plate having a plurality of through holes and connection holes formed at one side thereof in a disc or square plate shape; The lower housing penetrates one side and a fixing hole is formed at a number and a position corresponding to a through hole of the fixing plate. The fixing plate is fixed by a coupling bolt, and a solar cell, an illuminance sensor, and a rainwater sensor are provided on one side of the upper surface. A fixed body having a PCB circuit board connected to a second cable in order to control LED light emission according to the measured values of the illuminance sensor and the rainwater sensor; The holding plate is formed in the same shape and size as the fixing plate of the lower housing and the coupling bolt portion corresponding to the connection hole formed in the fixed plate portion protruding in the lateral direction of the fixing body on one side, and the straight shape extending in the downward direction of the holding plate It is composed of a road surface main pillar consisting of the posts.

Accordingly, the road surface periodic pillars are embedded and fixed on the road surface, and the LED is turned on on a cloudy day such as at night or a heavy fog, so that the driver of the vehicle can be easily identified.

At this time, the fixed body has a straight board shape having an internal space, the first housing hole through which the lower housing penetrates on one side of the upper surface, an illuminance sensor and a rainwater sensor, and the solar cell is provided on both sides of the upper surface Upper body; The upper body is coupled to the upper portion, and provided with a PCB circuit board for controlling the LED light emission of the upper housing light emitting unit according to the measured values of the light intensity sensor and the rain water sensor, the bottom center is bent to form a fixed plate seating portion, the fixed plate seating The part includes a combination of a second housing hole corresponding to the first housing hole and a lower body having a fixing hole corresponding to the through hole of the lower housing fixing plate.

In other words, the upper body includes: an upper plate having an illumination sensor and a rainwater sensor at one side, a first housing hole at a center, and a solar cell at both sides, and coupling holes through which fixing bolts penetrate at both ends; Forming a step along the edge of the upper plate and comprises a plate-shaped coupling side plate extending in the downward direction.

The lower body includes a coupling protrusion which protrudes at both ends in the same size and shape as the upper plate of the upper body and has a fixing hole formed at a position corresponding to the coupling hole of the upper body, and a PCB circuit board connected to the solar cell therein. The center of the bottom surface is bent inward to the second housing hole corresponding to the first housing hole, and the fixing hole corresponding to the through hole of the lower housing fixing plate is provided with a lower portion through the first and second housing holes A bottom plate which forms a fixing plate seating portion formed to be bent inwardly in the center such that the fixing plate of the housing is located in the same line as the bottom surface; It comprises an outer plate extending in an upward direction to contact the step of the upper body along the edge of the bottom plate.

On the other hand, the solar type multi-function lane regulating rod according to the fourth embodiment of the present invention, including the upper housing and the lower housing and the fixed body and the road surface pillar as in the third embodiment, wherein the fixed body, A triangular cylindrical shape having an inclined surface provided with a solar cell, an illuminance sensor, and a rainwater sensor is installed in communication with the lower portion of the lower housing on the inclined plate of the lower housing, and on one side of the LED according to the measured values of the illuminance sensor and the rainwater sensor. It characterized in that the PCB circuit board is connected to the second cable to control the light emission.

Subsequently, the solar type multi-function lane regulating rod according to the fifth embodiment of the present invention has a conical shape, a light emitting hole penetrating along one side of the outer circumferential surface, an interference fit protrusion protruding outward along the lower outer circumferential surface, and a fixing member to the light emitting hole. A light emitting part coupled to the LED by a plurality of LEDs, a prism lens part surrounding the outside of the light emitting part and diffusing the light of the LED, and one end of the LED and a second cable connected to the other end thereof An upper housing provided therein with a first cable provided with a connecting jack; A cable having a locking groove in which a fitting groove corresponding to the interference fitting protrusion of the upper housing along the upper inner surface of the rabacon shape and a second cable connected by the first cable and the connecting jack are inserted into and fixed to the lower portion of the fitting groove. A lower housing having a fixed plate and a storage battery connected to the second cable at a lower portion thereof, and having a lower portion extending laterally to form a fixed plate having a disc or square plate shape; A triangular cylindrical shape having an inclined surface provided with a solar cell, an illuminance sensor, and a rainwater sensor is installed in communication with a lower portion of a lower housing on an inclined plate of the lower housing, and emits LEDs according to measured values of the illuminance sensor and rainwater sensor on one side of the lower housing. It is configured to include a fixed body having a PCB circuit board connected to the second cable to control the.

Accordingly, it is characterized in that it is supported by the fixing plate of the lower housing on the road surface and configured to be changeable in position.

And if necessary, the fixing body is characterized in that four provided on all sides (四方) of the lower housing.

On the other hand, according to an embodiment of the present invention, the outer reflecting surface of the lower housing is configured to further include a retro-reflective body reflected by the headlight of the vehicle in the form of a band. And, the storage battery applied to the embodiment of the present invention is characterized in that the super capacitor (super capacitor).

According to the solar type multi-function lane regulation rod according to the present invention as described above, first, the solar energy is stored in the storage battery during the day, the LED light emitting part is self-illuminated at night, the night visibility is very excellent, and separate power by using the solar cell It has the effect of lasting light-emitting function without supply.

Secondly, it consists of a combination of an upper housing provided with a light emitting unit, a lower housing to which the upper housing is coupled, and a fixed body equipped with a PCB circuit board for controlling light emission of the light emitting unit. It is easy to install regulating rod and it is easy to repair or replace even if the internal device breaks down.

Third, the LED provided in the light emitting unit is a lighting type, not a flashing type, so that it is easy to identify at night or in bad weather without disturbing the vision of the driver or pedestrian, thereby preventing traffic accidents.

Fourth, it is installed in the center line of road, road shoulder line, curve section, entrance of road divider, confluence area, accident place, tunnel, underground driveway access road, construction shoulder road, and it is conventional lane control rod, delineator, and rubber corn. Has the effect of).

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the solar type multi-function lane control rod according to the present invention.

1 is a perspective view showing a solar type multi-function lane control rod according to a first embodiment of the present invention, Figure 2 is an exploded perspective view showing a solar type multifunction lane control rod according to Figure 1, Figure 3 is a solar type multifunction according to Figure 1 This section shows the lane regulation rod.

As illustrated, the solar type multi-function lane control rod 1 according to the present invention is a solar cell (light receiving element) that converts light energy into electrical energy so that vehicle drivers can easily recognize even cloudy weather such as nighttime or dense fog. a plurality of LEDs that convert light energy into electrical energy by the cell 31 and the solar cells 31 and emit light under control of the PCB circuit board 34 by using the energy power charged in the storage battery 35. It characterized in that it comprises a light emitting portion 13 composed of (13a).

To this end, the solar type multi-function lane regulating rod 1 according to the first embodiment of the present invention has a rod shape, and is partially buried on the road surface, and is fixed to the upper housing 10 having the light emitting portion 13 formed thereon. , The upper housing 10 is coupled to the upper interference fit and consists of a lower housing 20 having a predetermined height on the road surface. Then, the lower housing 20 and the coupling member and the like is integrally configured to further include a fixed body 30 configured to be installed while being fixed to the lane-regulated rod 1 of the present invention is fixed on the road surface.

More specifically, the upper housing 10 has a cylindrical shape in which light emitting holes 12 are formed at positions corresponding to each other, preferably on the left and right sides thereof, and a plurality of LEDs 13a are provided in the light emitting holes 12. The light emitting portion 13 is provided. At this time, the light emitting part 13 is electrically connected by the first cable C1 as a lead wire installed in the upper housing 10.

And its operation is controlled by the PCB circuit board 34 provided in the fixed body 30 to be described below.

In addition, the lower housing 20 has a columnar shape having a predetermined height to facilitate identification of vehicle drivers when installed on a road surface, and to easily diffuse light emitted and lit by the LED 13a of the light emitting unit 13. Preferably, the upper housing 10 is coupled to the upper by being coupled to the upper portion is provided with a second cable (C2) connected to the first cable (C1).

In this case, the second cable C2 is connected to the storage battery 35, the solar cell 31, and the PCB circuit board 34, which will be described below, by a lead wire, and the control signal of the PCB circuit board 34 and the storage battery ( The electrical energy of 35 is transmitted to the light emitting part 13.

And, as shown, according to the first embodiment of the present invention, the fixed body 30, the lower side of the lower housing 20 is fixed, the light receiving to convert the light energy into electrical energy on one side of the upper surface A solar cell 31 as an element, an illuminance sensor 32 measuring light quantity, and a rainwater sensor 33 measuring humidity amount are provided.

In addition, the inner side is connected to the illuminance sensor 32 and the rain water sensor 33 and according to the measurement value of the LED 13a of the light emitting unit 13 and the electric energy charging by the solar cell 31. The controlling PCB circuit board 34 and the second cable C2 are installed. In addition, a storage battery 35 is connected to the solar cell 31 together with the PCB circuit board 34 to charge the converted electrical energy under the control of the PCB circuit board 34.

The PCB circuit board 34 and the storage battery 35 may be fixed to a part protruding inside the fixing body 30 or not to be moved by a fixing member (not shown).

On the other hand, the fixing body 30 is provided with an anchor hole 30b-12 through which the anchor bolt 4 penetrates on one side, and a support portion 36 extending downward in one side of the bottom surface is formed.

Accordingly, the solar type multi-function lane regulating rod 1 according to the first embodiment of the present invention is anchored by the anchor bolt 4 and the support portion 36 penetrating the anchor hole 30b-12. It is fixed and configured to facilitate identification of the driver of the vehicle by turning on the LED 13a on a cloudy day such as a night or a heavy fog.

Meanwhile, a plurality of solar cells 31 are installed in a panel shape as needed. The solar cell 31 is a light receiving device that converts solar energy into electrical energy, and is made of a junction of a P-type semiconductor and an N-type semiconductor. When light is irradiated to the PN junction, electron-hole pairs (EHP) are generated by light energy, and holes move to P-type and electrons move to N-type by the depletion layer electric field of the semiconductor. As a result, holes in the P-type accumulate electrons in the N-type, and photovoltaic power is generated, and accordingly, current may flow in the external circuit. Therefore, power can be obtained by using the daytime of the weather that can receive sunlight, and on a cloudy day such as at night or during rainy days or in heavy fog, the charged power is used as the power source during the day.

In addition, the PCB circuit board 34 is a substrate for controlling the operation of the solar type multi-function lane control rod 1 of the present invention, is located in the interior space of the fixed body 30 and the light emitting part 13 and the illumination sensor 32, the rainwater sensor 33, the storage battery 35, the solar cell 31 and the lead wire of the cable is electrically connected to the light emitting unit according to the measured value of the light sensor 32 and the rainwater sensor 33 LED light emission of (13) is controlled.

In addition, the storage battery 35 charges the electric power supplied during the day by the solar cell 31, and the external illumination is low due to rain or fog at night or during the day by using the electric power charged during the good weather. In this case, it is a secondary battery that can be used by discharging the charged power. At this time, the electric power charged in the storage battery 35 is supplied to the LED (13a) of the light emitting unit 13 to cause the LED to emit light.

And, preferably, the storage battery 35 applied to the solar type multi-function lane regulation rod 1 of the present invention is made of a super capacitor (Super Capacitor) having a higher charging efficiency than a general battery.

The supercapacitors, also called ultracapacitors or electrochemical capacitors, are more than 300 times more capacitive than conventional capacitors, and have the ability to supply instantaneous peak power for a short time with over 100 times the output of secondary batteries. Secondary batteries have a long life span of up to 1,000 times of charging and discharging, whereas secondary batteries can be charged and discharged more than 500,000 times. In addition, there are various technical advantages, such as normal operation even at a low temperature of minus 40 degrees.

The storage battery 35 is integrally fixed to the lower side of the inner space of the fixed body 30 by a fixing member such as a general bolt.

Referring again to Figures 1 to 3, look at the solar type multi-function lane control rod (1) according to the first embodiment of the present invention as follows.

In more detail, the upper housing 10 may be selected according to a user's selection and a place to be installed in a circular or square cylindrical shape having an inner space. The upper housing 10 is provided with an interference fitting protrusion 11 protruding outward along a side surface of the lower housing 10 so that the upper housing 10 can be easily fitted into the lower housing 20.

In addition, the light emitting holes 12 are formed to penetrate to the positions facing each other in the inner side of the upper housing 10 and the positions corresponding to the left and right sides of the upper portion, and the light emitting holes 12 are sealed by the fixing member and again. In other words, the light emitting unit 13 provided with a plurality of LEDs 13a is installed to be waterproof.

In addition, the lens unit 13b is inserted and coupled to the light emitting hole 12 while surrounding it to the outside of the light emitting unit 13 to diffuse the light of the LED 13a to the outside. At this time, the lens portion 13b preferably uses a semi-circular prism to induce the external diffusion of the light emitted from the LED 13a and make the identification of the vehicle driver easier.

In addition, a first cable C1 having a connection jack C1-1 is included therein so that the light emitting part 13 and one end thereof are connected and the other end thereof is easily connected to the second cable C2. It is composed.

Subsequently, the lower housing 20 will be described in more detail as follows.

The lower housing 20 is preferably in the shape of a circular or square column having the same diameter or diameter as that of the upper housing 10 and the upper and lower openings thereof, and an upper portion of the upper housing 10 along the inner surface. A fitting groove 21 having a shape in which the fitting protrusion 11 can be pressed is formed, and a connection jack C2-1 for connection with the first cable C1 on an inner circumferential surface of the fitting groove 21 below. The cable fixing plate 22 having the cable fixing groove 22a is installed so that the second cable C2 having the is formed.

In this case, the cable fixing plate 22 is seated on a protrusion (not shown) protruding from one side of the lower housing 20.

In addition, a lower portion of the lower housing 20 extends laterally to form a fixed plate 23 of a disc or square shape, and a plurality of through holes 23a are formed at one side of the fixed plate 23 at intervals. . Preferably, four through holes 23a are formed at four sides of the fixing plate 23 through which anchor bolts 4 penetrate the road surface.

In addition, a cable connection hole 23b is formed at one side of the fixing plate 23 so that the second cable C2 extends to the outside, and the cable connection hole 23b is formed by the second cable C2. A lead wire serves as a passage connected to the PCB circuit board 34, the storage battery 35, and the solar cell 31 of the fixed body 30, and penetrates the bottom surface of the fixed plate 23 in the width direction to form a lower housing 20. Communication with the opened bottom of the

On the other hand, the lower housing 20 is preferably formed of a synthetic resin (or plastic) system so as not to damage the vehicle while being restored to its original state when the collision with the vehicle, when installed on the road surface.

In addition, it is preferable that one or a plurality of air holes 24 are formed at one side of the lower housing 20 to allow the internal air to escape during collision with the vehicle.

In addition, the lower housing 20 further includes a retro-reflective body 25 reflected on the headlight of the vehicle on one side of the outer circumferential surface thereof to make the identification of the vehicle driver easier.

Subsequently, the fixed body 30 is a flat board shape having an internal space for installing the battery 35 and the PCB circuit board 34 therein, and a housing through which the lower housing 20 penetrates on one side of the upper surface. The hole 30a-11, the illuminance sensor 32, and the rainwater sensor 33 are provided, and the upper body 30a provided with the solar cell 31 on both sides of an upper surface is comprised. And, while the upper body 30a is integrally coupled to the upper portion, the fixing plate 23 of the lower housing 20 is seated and coupled therein, and the storage battery 35 connected to the solar cell 31 on both sides thereof. The PCB circuit board 34 is provided to control the light emission of the LED 13a of the upper housing 10 and the light emitting unit 13 according to the measured values of the illuminance sensor 32 and the rainwater sensor 33. It is composed of a combination of the lower body (30b) is formed with the strut 36 to be stuck on the road surface.

More specifically, the upper body 30a is composed of an upper plate 30a-1 and a coupling side plate 30a-2 of a size and shape in which the fixing plate 23 of the lower housing 20 may be included therein. The upper plate 30a-1 has a housing hole provided with a waterproof packing (not shown) in a central portion of the lower housing 20 when the lower housing 20 penetrates upward from the lower portion so that the fixing plate 23 does not escape. 30a-11, and solar cells 31 are provided at both sides of the housing hole 30a-11, respectively. Then, coupling holes 30a-12 through which the fixing bolts 5 pass through are formed at both ends, respectively, for coupling with the lower body 30b. In addition, an illuminance sensor 32 and rainwater sensor 33 electrically connected to the PCB circuit board 34 and the lead wire in the lower body 30b are provided at one side of the upper plate 30a-1.

In addition, the coupling side plate (30a-2) is formed on the bottom surface of the upper plate (30a-1) to form a step (30a-13) for coupling with the lower body (30b) is a plate extending in the downward direction, preferably It comes in contact with the outer plate (30b-2) of the lower body (30b) is fitted.

More specifically, the lower body 30b is a shape in which the upper body 30a can be integrally coupled to the upper part, and has a bottom surface having a size and shape corresponding to the top plate 30a-1 of the upper body 30a. The plate 30b-1 and the outer plate 30b-2 with the edge of the bottom plate 30b-1 extending upwards.

And, both ends of the outer plate (30b-2) is formed on both sides of the fixing hole (30b-22) to a position corresponding to the coupling hole (30a-12) of the upper body (30a), preferably engaging projection 30b-21 is formed to protrude inward and the fixing hole 30b-22 is formed on the coupling protrusion 30b-21.

In addition, the center of the bottom plate (30b-1) is preferably of a size that can be seated on the fixing plate 23 of the lower housing 20 through the housing hole (30a-11) of the upper body (30a) A mounting groove 30b-11 having the same shape as that of the fixing plate 23 is formed. In addition, an anchor hole 30b-12 corresponding to the through hole 23a of the lower housing 20 fixing plate 23 is formed at one side of the seating groove 30b-11.

In addition, both sides of the mounting recess 30b-11 of the bottom plate 30b, more specifically, the solar cell 31 at a position corresponding to the position of the solar cell 31 when the upper body 30a is coupled. The PCB circuit board 34 is electrically connected to and installed, and the capacitor 35 is installed on one side of the PCB circuit board 34.

At this time, it is preferable that the PCB circuit board 34 and the storage battery 35 are installed at both sides, as formed on both sides of the upper body 30a of the solar cell 31.

Accordingly, the PCB circuit board 34 is connected to the second cable C2 exiting from the cable connection hole 23b formed in the fixing plate 23 of the lower housing 20 and connected to the first cable C1. The upper housing 10 controls the light emission of the LED 13a of the light emitting unit 13.

In addition, both sides of the bottom surface of the bottom plate 30b-1 of the lower body 30b is formed with a support portion 36 extending downward, the support portion 36 is embedded on the road surface of the solar type multifunctional The lane control rod (1) to be positioned stably.

The outer plate 30b-2 extends upwardly in contact with the stepped portions 30a-13 of the upper body 30a along the edge of the bottom plate 30b-1.

The upper body 30a and the lower body 30b of the fixed body 30 configured as described above are fitted into the fixing holes 30b-22 through the coupling holes 30a-12 of the upper body 30a. The upper plate 30a-1 of the upper body 30a is coupled by the fixing bolt 5 to cover the upper portion of the outer plate 30b-2 of the lower body 30b. At this time, the step (30a-13) of the upper body (30a) has the same size as the thickness of the outer plate (30b-2) of the lower body (30b) the upper body (30a) to the outside of the lower body (30b) In order not to protrude, the upper portion of the outer plate (30b-2) is molded and waterproofed.

In addition, the fixing plate 23 of the lower housing 20 seated in the lower body 30b of the fixing body 30 has a through hole 23a and the mounting groove of the fixing plate 23. It is fixed to the bottom plate 30b-1 of the lower body 30b by the anchor bolt 4 penetrating through the anchor hole 30b-12 of 30b-11.

In addition, the anchor bolt 4 is embedded in the road surface while penetrating through the anchor hole (30b-12) of the lower body (30b) so that the solar type multi-function lane control rod (1) of the present invention is fixed.

Figure 4 is a perspective view showing a solar type multi-function lane control rod according to a second embodiment of the present invention, Figure 5 (a) (b) is a perspective view and a cross-sectional view showing a lower body of the solar type multi-function lane control rod according to FIG.

As shown in the drawing, the solar type multi-function lane regulation rod 1 of the present invention is installed on only one side of the fixed body 30 without installing the solar cells 31 on both sides of the fixed body 30, and the bottom plate 30b of the fixed body 30 is provided. -1) is formed so that the fixing plate seating portion 37 is formed on the bottom surface so that the fixing plate 23 of the lower housing 20 located in the seating portion can be directly embedded by the anchor bolt 4 on the road surface. It is characterized by.

At this time, the solar type multi-function lane regulating rod 1 according to the second embodiment has the upper housing 10 and the lower housing 20 of the same configuration as described in the first embodiment.

More specifically, the fixed body 30 to be applied to the solar type multi-function lane regulation rod 1 of the present invention according to the second embodiment is as follows.

The fixed body 30 is a straight board shape having an internal space so that the storage battery 35 and the PCB circuit board 34 can be installed therein, and the first housing through which the lower housing 20 penetrates on one side of the upper surface. The hole 30a-14, the first anchor hole 30a-15 corresponding to the through hole 23a of the fixing plate 23 of the lower housing 20, the illumination sensor 32 and the rainwater sensor 33 It is provided, and comprises an upper body (30a) provided with a solar cell 31 on one side of the upper surface. In addition, the upper body 30a is integrally coupled to the upper portion and connected to the solar cell 31 at one side thereof, and the upper portion according to the measured values of the illuminance sensor 32 and the rainwater sensor 33. A PCB circuit board 34 for controlling the light emission of the LED 13a of the light emitting unit 13 of the housing 10 is provided, and a support unit 36 is formed on both sides of the bottom surface, and the support portion 36 is extended, and the center of the bottom surface is bent. The fixing plate seating part 37 is formed, and the fixing plate seating part 37 has a second housing hole 30b-14 and the first anchor hole 30a-15 corresponding to the first housing hole 30a-14. ) And the second anchor holes 30b-13 corresponding to the lower body 30b are provided.

In other words, the upper body 30a includes a first housing hole 30a-11 formed at a size such that the fixing plate 23 does not escape while the lower housing 20 penetrates from the lower portion thereof, and fixing bolts at both ends thereof. The upper plate 30a-1 having the coupling hole 30a-12 through which is penetrated, and the solar cell 31 on one side adjacent to the first housing hole 30a-11, and the upper plate 30a-. A plate-shaped coupling side plate 30a-2 extending downward while forming stepped portions 30a-13 for engagement with the lower body 30b is formed on the bottom of 1).

In addition, an illuminance sensor 32 and rainwater sensor 33 electrically connected to the PCB circuit board 34 and the lead wire in the lower body 30b are provided at one side of the upper plate 30a-1.

In addition, the first anchor hole 30a-15 is further positioned at both sides of the first housing hole 30a-11 at a position corresponding to the through hole 23 formed in the fixing plate 23 of the lower housing 20. Is formed.

Preferably, four through holes 23a of the fixing plate 23 are formed in four directions, and the first anchor holes 30a to 13 are two through holes 23a of the left and right sides of the fixing plate 23. Two are formed in the position corresponding to).

In addition, the lower body 30b has a shape in which the upper body 30a may be integrally coupled to the upper body, and a bottom plate having a size and shape corresponding to the top plate 30a-1 of the upper body 30a. 30b-1) and the outer plate 30b-2 with the edge of the bottom plate 30b-1 extending upward.

In addition, fixing holes 30b-22 corresponding to the coupling holes 30a-12 of the upper body 30a are formed at both ends of the bottom plate 30b-1, and preferably the coupling protrusions 30b-21. Is formed to protrude inward and the fixing hole (30b-22) is formed on the upper surface of the coupling projection (30b-21).

In addition, the bottom central portion of the bottom plate (30b-1) is bent concave upwards to form a fixing plate seating portion 37 of the size that can be positioned in the bottom of the fixing plate 23 of the lower housing 20 do. In addition, the bottom plate 30b-1 forming the fixing plate seating portion 37 has a second housing hole 30b-14 at a position corresponding to the first housing hole 30a-14 of the upper body 30a. The second anchor holes 30b-13 are formed at positions corresponding to the first anchor holes 30a-15. The fixing plate 23 of the lower housing 20 penetrating the first and second housing holes is located on the fixing plate seating portion 37 and is located on the same line as the bottom surface.

In addition, a PCB circuit board 34 electrically connected to the solar cell 31 is provided at a position corresponding to the position of the solar cell 31 when the upper body 30a is coupled to the inside of the lower body 30b. It is installed, the capacitor 35 is installed on one side of the PCB circuit board 34.

At this time, the bottom plate (30b-1) forming the fixing plate seating portion 37 is the second cable (C2) exiting from the cable connection hole (23b) formed in the fixing plate 23 of the lower housing 20 inside The cable connection hole 30b-15 is formed at a corresponding position to be connected to the PCB circuit board 34. Accordingly, the PCB circuit board 34 connected to the second cable C2 controls the light emission of the LED 13a of the light emitting unit 13 of the upper housing 10.

In addition, on both sides of the bottom surface of the bottom plate 30b-1 of the lower body 30b, a support portion 36 extending downward is formed, and the support portion 36 is embedded on the road surface, and the solar type multifunctional of the present invention. The lane control rod (1) to be positioned stably.

The outer plate 30b-2 extends upwardly to contact the stepped portions 30a-13 of the upper body 30a along the edge of the bottom plate 30b-1.

As described above, the solar type multi-function lane regulating rod 1 according to the second embodiment of the present invention has the lower housing 20 of the second and first anchor holes 30b-13 and 30a-15 of the fixed body 30. And second and first housing holes 30b-14 and 30a-14, respectively, so as to be positioned at the fixed plate seating portion 37 of the bottom of the fixed plate 23, and the support portion of the fixed body 30. 36 is embedded on the road road surface and anchor bolts 4 penetrating only the through holes 23a of the first and second anchor holes and the fixing plate 23 or the through holes 23a of the fixing plate 23 are road surfaces. It gets stuck in the prize.

In this case, four through holes 23a of the fixing plate 23 are formed in two directions, two corresponding to the anchor holes, and two directly fixed by anchor bolts on the road surface.

As such, the solar type multi-function lane control rod 1 according to the present invention enables the vehicle driver to accurately recognize the location of the lane at night driving or in heavy fog and rainy weather, and induces the driving vehicle not to invade the lane so that the traffic order is maintained. It is used for lane guidance and regulation, sidewalk and lane separation marking, safety zone marking, crosswalk marking, and collision avoidance to promote establishment and safe operation.

6 is a perspective view showing a solar type multi-function lane control rod according to a third embodiment of the present invention, Figure 7 is an exploded perspective view showing a solar type multi-function lane control rod according to FIG.

As shown, the solar type multi-function lane control rod 1 according to the third embodiment of the present invention, the upper housing 10, the light emitting portion 13 provided with the LED (13a) is formed on the upper left and right, The lower housing 20 having the fixing plate 23 extending laterally while the upper housing 10 is fitted to the upper portion of the fixing body 30 is provided with the solar cell 31 and the PCB circuit board 34. Is formed integrally with the road surface, and the lane regulating rod (1) is embedded on the road surface while being integrally fixed by the coupling member such as the fixing plate 23 and the bolt of the lower housing 20. It further comprises a road surface paper pillar 40 to be surely fixed position.

In more detail, the upper housing 10 will not be described as having the same shape and structure as in the first and second embodiments described above.

The lower housing 20 preferably has a diameter or a diameter equal to that of the upper housing 10 and has a circular or square column shape in which an upper portion and a lower portion are opened at an easy-to-identify height. A fitting groove 21 having a shape in which an interference fitting protrusion 11 formed at a lower portion of the upper housing 10 can be pressed is formed, and the first cable C1 is formed on an inner circumferential surface of the fitting groove 21 below. The cable fixing plate 22 having a cable fixing groove 22a in which the second cable C2 having the connection jack C2-1 for connection therewith is formed can be fixed.

In this case, the cable fixing plate 22 is seated on a protrusion (not shown) protruding from one side of the lower housing 20.

In addition, the lower portion of the lower housing 20 extends laterally to form a fixed plate 23 of a disc or quadrangular shape, one side of the fixed plate 23 has a gap for coupling with the fixed body 30 Preferably, six through holes 23a and a connection hole 23c for coupling with the road surface pillar 40 are formed.

In addition, the lower housing 20 is provided with a storage battery 35 connected to the second cable C2 to the lower side, that is, the upper position close to the fixing plate 23. In addition, a cable connection hole 26 through which a cable exits is formed at a side of an upper position adjacent to the fixing plate 23 so as to be connected to the solar cell 31 and the PCB circuit board 34 of the fixing body 30. .

In addition, the lower housing 20 further includes a retro-reflective body 25 reflected on the headlight of the vehicle on the outer circumferential surface to make the identification of the vehicle driver easier.

Subsequently, in the fixed body 30, the lower housing 20 penetrates one side and a fixing hole 30b-16 is formed at a number and a position corresponding to the through hole 23a of the fixing plate 23. (23) is fixed by the coupling bolt, the solar cell 31 and the illumination sensor 32 and rain water sensor 33 is provided on one side of the upper surface, the illumination sensor 32 and rain water sensor 33 on one side inside According to the measured value of the LED 13a is provided with a PCB circuit board 34 connected to the second cable (C2).

In other words, the fixed body 30 is a straight board shape having an inner space so that the PCB circuit board 34 can be installed therein, and the first housing hole through which the lower housing 20 penetrates on one side of the upper surface. 30a-14) and the illuminance sensor 32 and the rainwater sensor 33 is provided and constitutes an upper body 30a provided with the solar cells 31 on both sides of the upper surface. Then, the upper body 30a is coupled to the upper portion, and the PCB circuit board 34 for controlling the LED light emission of the upper housing light emitting unit according to the measured values of the illumination sensor 32 and the rain water sensor 33 is provided, The center of the bottom surface is bent to form a fixed plate seating portion 37. The fixed plate seating portion 37 includes a second housing hole 30b-14 corresponding to the first housing hole 30a-14, and the lower housing. It consists of a combination of the lower body 30b is formed with a fixing hole (30b-16) corresponding to the through hole (23a) of the fixing plate.

In more detail, the upper body 30a includes a first housing hole 30a-14 at the center and a solar cell 31 at both sides or one side adjacent to the first housing hole 30a-11. The upper plate 30a-1 has a coupling hole 30a-12 through which fixing bolts penetrate at both ends thereof, and a step for coupling with the lower body 30b on the bottom of the upper plate 30a-1. The plate-shaped coupling side plate 30a-2 extending downward while forming 30a-13 is comprised.

In addition, an illuminance sensor 32 and rainwater sensor 33 electrically connected to the PCB circuit board 34 and the lead wire in the lower body 30b are provided at one side of the upper plate 30a-1.

More specifically, the lower body 30b is a shape in which the upper body 30a can be integrally coupled to the upper part, and has a bottom surface having a size and shape corresponding to the top plate 30a-1 of the upper body 30a. The plate 30b-1 and the outer plate 30b-2 with the edge of the bottom plate 30b-1 extending upwards.

In addition, fixing holes 30b-22 corresponding to the coupling holes 30a-12 of the upper body 30a are formed at both ends of the bottom plate 30b-1, and preferably the coupling protrusions 30b-21. ) Is formed to protrude inward and the fixing hole (30b-22) is formed on the coupling projection (30b-21).

In addition, the bottom center portion of the bottom plate (30b-1) is bent upwards, that is to say bent inwardly fixed plate seating portion 37 of the size that the fixing plate 23 of the lower housing 20 can be located therein To form. Accordingly, the fixing plate 23 of the lower housing 20 is located on the same line as the bottom of the fixing body.

In addition, the bottom plate 30b-1 forming the fixing plate seating portion 37 has a second housing hole 30b-14 at a position corresponding to the first housing hole 30a-14 of the upper body 30a. Is formed. The bottom plate 30b-1 forming the fixing plate seating portion 37 is fixed to a position corresponding to a plurality of preferably six through holes 23a formed on the fixing plate 23 of the lower housing 20. Ball 30b-13 is formed so that the fixing plate 23 of the lower housing 20 is located in the fixing plate seating portion of the fixing body 30 of the fixing hole 30b-13 and the fixing plate 23. It is integrally coupled with the fixed body 30 by bolts coupled to the through holes 23a.

On the other hand, the side in which the connection hole 23c of the fixing plate 23 of the lower housing 20 is formed is protruded out of the bottom plate 30b-1 of the lower body 30b of the fixing body 30, which will be described below. It is bolted to the road surface paper pillars 40.

In addition, a PCB circuit board 34 electrically connected to the solar cell 31 is provided at a position corresponding to the position of the solar cell 31 when the upper body 30a is coupled to the inside of the lower body 30b. Is installed.

Next, the road surface pillars 40 will be described.

The road surface support pillar 40 has the same shape and size as the fixing plate 23 of the lower housing 20 positioned in the seating portion of the fixing body 30 and has a connection hole of the fixing plate 23 at one side thereof. It is composed of a strut fixing plate 41 having a coupling bolt portion 41a formed at a position corresponding to 23c and a straight strut 42 extending downward of the strut fixing plate 41.

Accordingly, in the solar type multi-function lane regulating rod 1 of the present invention according to the third embodiment, the coupling bolt portion 41a of the road surface pillar pillar 40 holding plate 41 is fixed plate of the lower housing 20 ( Through the connection hole 23c of 23) and tightened by a nut or the like, and the road surface pillars 40 are embedded on the road road surface, the lane control rod 1 is fixed to the road surface.

8 is a perspective view showing a solar type multi-function lane control rod according to a fourth embodiment of the present invention.

As shown, the solar type multi-function lane control rod 1 according to the fourth embodiment of the present invention, the solar cell 31 and the PCB circuit board 34 on the fixing plate 23 to one side of the lower housing 20. ) Is configured to form a fixed body 30 is provided integrally.

The upper housing 10, the lower housing 20, and the road surface pillar 40 applied to the fourth embodiment have the same structure as described in the third embodiment.

At this time, the fixed body 30 is a triangular cylindrical shape having an inclined surface to facilitate solar light reception of the solar cell 31, is formed integrally on the lower side of the lower housing 20.

And, the fixing body 30 may be installed in the lower housing 20, one or a plurality as necessary.

Meanwhile, the fixing plate 23 of the lower housing 20 has four connection holes 23c formed in four directions, and has the same shape and structure as in the third embodiment, which is coupled to the connection holes 23c. The road surface pillars 40 are configured.

In more detail, the fixed body 30 has a triangular cylindrical shape having an inclined surface provided with a solar cell 31, an illuminance sensor 32, and a rainwater sensor 33, and an upper portion of the inclined plate 23 of the lower housing 20. The PCB circuit is installed in communication with the lower part of the lower housing 20, and a second cable is connected to one side of the lower housing 20 to control the light emission of the LED 13a according to the measured values of the illuminance sensor 22 and the rainwater sensor 33. It is characterized in that the substrate 34 is provided.

9 is a perspective view showing a solar type multi-function lane control rod according to a fifth embodiment of the present invention.

The solar type multi-function lane regulating rod 1 according to the fifth embodiment of the present invention is not fixedly installed on a road surface and is configured to be easily moved.

At this time, the solar type multi-function lane control rod (1) according to the fifth embodiment has a cone cone shape (rubber cone) that is typically used to guide the road during the road construction and guide the lane of the vehicle. And, the upper housing 10 having a light emitting portion 13 on one side, and the lower housing having a fixing plate 23 is coupled to the upper portion of the upper housing 10 by the interference fit and the lower side extending in the lateral direction ( 20) and a fixing body 30 in communication with the lower housing 20 above the fixing plate 23 and provided with a solar cell 31, a PCB circuit board 34, and the like.

In more detail, the upper housing 10 has a conical shape, the light emitting hole 12 is formed along one side of the outer circumferential surface, and an interference fitting protrusion 11 is formed in the lower housing 20. In addition, a light emitting unit 13 having a plurality of LEDs 13a is provided in the light emitting hole 12. In addition, a prism lens part 13b is formed to surround the outside of the light emitting part 12 and diffuses the light of the LED, and is connected to the light emitting part 13 and is provided with a connection jack C1-1 at an end thereof. One cable C1 extends downward.

Subsequently, the lower housing 20 has a rabacon shape in which the upper housing 20 is fitted by being coupled to the upper portion, and the fitting groove 21 corresponding to the interference fitting protrusion 11 of the upper housing is disposed inside the upper housing. A second cable C2 formed therein and extended by the connection jack C2-1 connected to the connection jack C1-1 of the first cable C1 is provided therein.

Although not shown, a cable fixing plate (not shown) having a cable fixing groove into which the second cable is inserted and fixed is installed. At this time, the second cable (C2) is electrically connected to the fixed body 30 of the lower by a lead wire.

In addition, a storage battery 35 connected to the second cable and charged with electrical energy converted by the solar cell 31 is installed below the lower housing 20.

On the other hand, the fixing plate 23 is a plate shape in which the lower side of the lower housing 20 extends in the lateral direction, has a disc or square plate shape and the solar type multi-function lane control rod according to the fifth embodiment of the present invention (1). ) Is stably positioned on the road surface.

Subsequently, the fixing body 30 is formed at the upper side of the fixing plate 23 to the lower side of the lower housing 20, and has a lower triangular cylindrical shape having an inner space at an upper portion of the lower housing on the inclined plate of the lower housing 20. And a solar cell 31 connected to the storage battery 35 on an inclined surface, and an illuminance sensor 32 and a rainwater sensor 33 are formed on one side of the solar cell 31. .

In addition, the internal space of the fixed body 30 is connected to the solar cell 31 and the storage battery 35 and controls the electric charge charging according to the measured values of the illuminance sensor 32 and the rainwater sensor 33, and by a cable. The PCB circuit board 34 for controlling light emission of the connected upper housing 10 and the light emitting part 13 is installed.

Preferably, the fixing body 30 is provided on the four sides of the lower housing (four way) of the lower housing (20).

Solar type multi-function lane control rod (1) of the present invention according to the fifth embodiment formed as described above, when it is installed on the road surface in the shape of a lava cone, it is easily restored to the original state when the collision with the vehicle, damage to the vehicle It is molded of synthetic resin (or plastic) material so as not to be fixed, and it is not fixed on the road surface, so it is free to move according to the user's arbitrary, and the light emitting part 13 using the solar cell 31 and the LED 13 a It is very easy to identify the driver of the vehicle even in cloudy weather such as heavy fog, thereby preventing safety accidents.

On the other hand, the storage battery 35 is applied to an embodiment of the present invention is characterized in that the super capacitor (super capacitor).

The present invention described above is possible to those skilled in the art to which the present invention belongs, various modifications and changes can be made within the scope without departing from the technical spirit of the present invention the above-described embodiment and the accompanying drawings It is not limited to.

1 is a perspective view showing a solar type multi-function lane control rod according to a first embodiment of the present invention.

Figure 2 is an exploded perspective view showing a solar type multi-function lane control rod according to FIG.

3 is a cross-sectional view showing a solar type multi-function lane control rod according to FIG.

Figure 4 is a perspective view showing a solar type multi-function lane control rod according to a second embodiment of the present invention.

Figure 5 (a) (b) is a perspective view and a cross-sectional view showing the lower body of the solar type multi-function lane control rod according to FIG.

Figure 6 is a perspective view showing a solar type multi-function lane control rod according to a third embodiment of the present invention.

7 is an exploded perspective view showing a solar type multi-function lane control rod according to FIG.

8 is a perspective view showing a solar type multi-function lane control rod according to a fourth embodiment of the present invention.

9 is a perspective view showing a solar type multi-function lane control rod according to a fifth embodiment of the present invention.

*** Explanation of symbols for main parts of drawings ***

1: Solar type multi-function lane regulation rod 4: Anchor bolt

5: fixing bolt 10: upper housing

11: interference fit 12: light emitting hole

13 light emitting unit 13a: LED

20: lower housing 23: fixed plate

25: reflector 30: fixed body

30a: upper body 30b: lower body

31: Cell 32: Ambient light sensor

33: rainwater sensor 34: PCB circuit board

35 storage battery 36 holding part

40: road surface cycle

Claims (20)

An upper housing having a light emitting hole on one side, a light emitting part having a plurality of LEDs in the light emitting hole, and a first cable connected to the light emitting part; A lower housing having a height having an easy identification, the upper housing being coupled to the upper housing by being coupled to the upper portion, and having a second cable extending therefrom; A lower one side of the lower housing is fixed, and a solar cell, an illuminance sensor, and a rainwater sensor are provided on one side of the upper housing, and a second cable is connected to an inner side of the lower housing to control LED light emission according to the measured values of the illuminance sensor and the rainwater sensor. A PCB circuit board, and a storage battery for charging the electric energy converted from the solar cell, including an anchor hole through which an anchor bolt penetrates, and a fixed body having a support portion extended downward in one side thereof; The solar type is fixed on the road surface by the anchor bolt penetrating the holding portion and the anchor hole of the fixed body, the LED is lit on a cloudy day, such as night or dense fog, so that the driver can easily identify the vehicle driver. Multi-function lane regulation rod. The method of claim 1, The upper housing further includes an interference fit protrusion protruding outwardly along the lower side in a circular or rectangular cylindrical shape, and a prism lens portion surrounding the outside of the light emitting part to diffuse the light of the LED, The light emitting hole penetrates to a position facing the left and right sides of the upper part, and the light emitting part is coupled to the light emitting hole by a fixing member and is provided with a plurality of LEDs, and the first cable is connected to one end of the LED. Solar type multi-function lane control rod, characterized in that the other end is provided with a connecting jack for connecting with the second cable. The method of claim 2, wherein the lower housing, The same circular or square columnar shape as the upper housing, the fitting groove in which the interference fitting projection of the upper housing is fitted along the upper inner surface, and the second connected to the lower portion of the fitting groove by the first cable and the connecting jack The cable fixing plate having a cable fixing groove to which the cable is fitted is further provided, The lower portion extends in a lateral direction, the solar type multi-function lane control rod, characterized in that to form a fixed plate formed with a plurality of through holes on one side and the cable connection hole through which the second cable passes in the shape of a disc or square plate. The method of claim 3, wherein The lower housing is a solar type multi-function lane control rod, characterized in that it further comprises an air hole on one side that can escape the internal air when the vehicle crashes. The method of claim 3, wherein The lower housing is formed of a synthetic resin or plastic material that is restored to its original state in the event of a collision with a vehicle, and a solar type multifunction comprising a retro-reflector reflecting the headlights of the vehicle on one side of the outer circumference. Lane regulation rod. The method of claim 3, wherein The fixed body is a straight board shape having an internal space, A housing hole through which the lower housing penetrates on one side of the upper surface, an illumination sensor and a rainwater sensor, and an upper body provided with solar cells on both sides of the upper surface; As the upper body is coupled to the upper portion, the fixing plate of the lower housing is seated and coupled therein, and controls the LED light emission of the upper housing light emitting unit according to the measurement values of the storage battery connected to the solar cell and the illuminance sensor and the rainwater sensor on both sides of the upper housing. Solar circuit board is equipped with a multi-function lane control rod, characterized in that consisting of the combination of the lower body extending the holding portion on both sides of the bottom. The method of claim 6, The upper body is provided with a light intensity sensor and a rainwater sensor on one side, a housing hole on the center, and a solar cell on both sides of the housing hole, respectively, in a size and a shape that the fixing plate of the lower housing may be included therein, and fixed at both ends. A top plate having a coupling hole through which the bolt penetrates, Solar type multi-function lane control rods, characterized in that it comprises a side plate coupled to form a stepped along the edge of the top plate extending in the downward direction. The method of claim 7, wherein The lower body has the same size and shape as the upper plate of the upper body and the engaging projection formed in a position corresponding to the coupling hole of the upper body protruding inward at both ends, and the fixing plate of the lower housing is seated in the center A mounting groove having a plurality of anchor holes formed at a position corresponding to the through hole of the fixing plate, a PCB circuit board and a storage battery connected to the solar cell are provided at both sides of the mounting groove, and a bottom surface having a support portion extended downward on both sides of the bottom surface. Plate, Solar type multi-function lane control rods, characterized in that configured to include an outer plate extending in an upward direction to contact the step of the upper body along the edge of the bottom plate. The method of claim 3, wherein The fixed body is a straight board shape having an internal space, The upper housing is provided with a first housing hole through which the lower housing penetrates, a first anchor hole corresponding to the fixing plate through hole of the lower housing, an illuminance sensor and a rainwater sensor, and a solar cell provided on one side of the upper surface. Wow, The upper body is coupled to the upper side, and the storage battery connected to the solar cell on one side and the PCB circuit board for controlling the LED light emission of the upper housing light emitting unit according to the measured values of the illuminance sensor and the rain water sensor is provided on both sides of the bottom The lower portion of the bottom surface is bent to form a fixed plate seating portion, and the fixed plate seating portion includes a second housing hole corresponding to the first housing hole and a second anchor hole corresponding to the first anchor hole. Solar type multi-function lane control rod, characterized in that the combination of the sieve. The method of claim 9, The upper body is provided with an illuminance sensor and a rainwater sensor on one side, a first housing hole at a center, a first anchor hole formed at both sides of the first housing hole, and a solar cell at one side, and fixing bolts at both ends. A top plate having a through hole formed therein; Solar type multi-function lane control rods, characterized in that it comprises a side plate coupled to form a stepped along the edge of the top plate extending in the downward direction. The method of claim 10, The lower body includes a coupling protrusion which protrudes at both ends in the same size and shape as the upper plate of the upper body and has a fixing hole formed at a position corresponding to the coupling hole of the upper body on the upper surface, and a PCB circuit board and a storage battery connected to the solar cell therein. The support portion extends downward on both sides of the bottom surface, and the center portion of the bottom surface includes a second housing hole corresponding to the first housing hole, a second anchor hole corresponding to the first anchor hole, and a second cable. A bottom plate provided with a cable connection hole therethrough and having a fixing plate seating portion formed to be bent inwardly at the center thereof so that the fixing plate of the lower housing penetrating the first and second housing holes is located in the same line as the bottom surface; Solar type multi-function lane control rods, characterized in that configured to include an outer plate extending in an upward direction to contact the step of the upper body along the edge of the bottom plate. The interference fit protrusion protruding outward along the lower side in a circular or square cylindrical shape, the light emitting hole penetrated to the upper left and right facing positions, and the plurality of LEDs are hermetically coupled to the light emitting hole by a fixing member. The first cable is provided with a light emitting portion, a prism lens portion surrounding the outside of the light emitting portion to diffuse the light of the LED, and a connection jack for connecting one end of the LED and a second cable to the other end thereof. An upper housing provided therein; A circular or rectangular columnar shape having an easy-to-identify height, a fitting groove in which the fitting protrusion of the upper housing is fitted along an upper inner surface thereof, and a lower portion of the fitting groove connected by the first cable and the connecting jack. 2 is provided with a cable fixing plate having a cable fixing groove to which the cable is inserted and fixed, and a storage battery connected to the second cable at the bottom, a cable connection hole through which the second cable passes is formed at one side of the bottom, the lower side is A lower housing extending to form a fixed plate having a plurality of through holes and connection holes formed at one side thereof in a disc or square plate shape; The lower housing penetrates one side and a fixing hole is formed at a number and a position corresponding to a through hole of the fixing plate. The fixing plate is fixed by a coupling bolt, and a solar cell, an illuminance sensor, and a rainwater sensor are provided on one side of the upper surface. A fixed body having a PCB circuit board connected to a second cable in order to control LED light emission according to the measured values of the illuminance sensor and the rainwater sensor; The holding plate is formed in the same shape and size as the fixing plate of the lower housing and the coupling bolt portion corresponding to the connection hole formed in the fixed plate portion protruding in the lateral direction of the fixing body on one side, and the straight shape extending in the downward direction of the holding plate It is composed of a road surface main pillar consisting of the post of the; The road surface periodic pillar is embedded and fixed on the road surface, the solar type multi-function lane control rod, characterized in that configured to facilitate identification of the vehicle driver by turning on the LED on a cloudy day such as night or dense fog. The method of claim 12, The fixed body is a straight board shape having an internal space, An upper body having a first housing hole through which the lower housing penetrates on one side of the upper surface, an illuminance sensor and a rainwater sensor, and a solar cell provided on both sides of the upper surface; The upper body is coupled to the upper portion, and provided with a PCB circuit board for controlling the LED light emission of the upper housing light emitting unit according to the measured values of the illuminance sensor and the rain water sensor, the bottom center is bent to form a fixed plate seating portion, the fixed plate seating portion And a second housing hole corresponding to the first housing hole, and a lower body having a fixing hole corresponding to the through hole of the lower housing fixing plate. The method of claim 13, The upper body is provided with an illumination sensor and a rainwater sensor on one side, a first housing hole at a center, and a solar cell at both sides, and an upper plate having coupling holes through which fixing bolts pass at both ends; Solar type multi-function lane control rods, characterized in that it comprises a side plate coupled to form a stepped along the edge of the top plate extending in the downward direction. The method of claim 14, The lower body has a coupling protrusion which protrudes at both ends in the same size and shape as the upper plate of the upper body and has a fixing hole formed at a position corresponding to the coupling hole of the upper body, and a PCB circuit board connected to the solar cell therein. The center of the bottom surface is bent inward to have a second housing hole corresponding to the first housing hole and a fixing hole corresponding to the through hole of the lower housing fixing plate, and the lower housing penetrating the first and second housing holes. A bottom plate which forms a fixing plate seating portion formed to be bent inwardly at the center so that the fixing plate is located on the same line as the bottom surface; Solar type multi-function lane control rods, characterized in that configured to include an outer plate extending in an upward direction to contact the step of the upper body along the edge of the bottom plate. The method of claim 12, The fixed body has a triangular cylindrical shape having an inclined surface provided with a solar cell, an illuminance sensor, and a rainwater sensor, and is installed in communication with the lower portion of the lower housing on the inclined plate of the lower housing, and measures the illuminance sensor and the rainwater sensor on one inner side thereof. Solar type multi-function lane control rod, characterized in that the PCB circuit board is provided with a second cable connected to control the LED light according to the value. A light emitting hole penetrating along one side of the outer circumferential surface in a conical shape, an interference fit protrusion projecting outwardly along the lower outer circumferential surface, a light emitting unit coupled to the light emitting hole by a fixing member and provided with a plurality of LEDs; An upper housing having a prism lens unit surrounding the outside of the unit and diffusing light of the LED, and a first cable having one end connected to the LED and having a connection jack connected to a second cable at the other end; A cable having a locking groove in which a fitting groove corresponding to the interference fitting protrusion of the upper housing along the upper inner surface of the rabacon shape and a second cable connected by the first cable and the connecting jack are inserted into and fixed to the lower portion of the fitting groove. A lower housing having a fixed plate and a storage battery connected to the second cable at a lower portion thereof, and having a lower portion extending laterally to form a fixed plate having a disc or square plate shape; A triangular cylindrical shape having an inclined surface provided with a solar cell, an illuminance sensor, and a rainwater sensor is installed in communication with a lower portion of a lower housing on an inclined plate of the lower housing, and emits LEDs according to measured values of the illuminance sensor and rainwater sensor on one side of the lower housing. Including a fixing body having a PCB circuit board connected to the second cable to control the; Solar type multi-function lane control rods, characterized in that supported by the fixing plate of the lower housing on the road surface and configured to be repositionable. The method of claim 17, The fixed body is a solar type multi-function lane control rod, characterized in that provided with four on all four sides of the lower housing (四方). The method according to claim 12 or 17, wherein The solar type multi-function lane control rod, characterized in that configured to further comprise a retro-reflective body reflected on the headlights of the vehicle on one side of the outer peripheral surface of the lower housing in a belt shape. The method according to any one of claims 1, 12 or 17, The battery is a solar type multi-function lane regulation rod, characterized in that the super capacitor (super capacitor).

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