KR101773587B1 - Safety Traffic Signal Bar for Vehicles Control in Facilities Inspection and Diagnosis - Google Patents

Abstract

According to a safety inspection light guide rod for a vehicle control in which the survey measurement of the facility of the present invention is easy to confirm from a long distance, the present invention is able to clearly provide a safety signal in a state in which a main body to which light is irradiated from a light source is inserted and fixed in a support portion. A safety signal is also displayed as a lane corresponding to the traveling direction of the vehicle, so the safety signal can be clearly provided even in an environment where it is difficult to identify the surrounding situation due to mist or the like.

Description

In this paper, we propose a safety monitoring system for vehicle control,

More particularly, the present invention relates to a safety inspection diagnostic light guide rod for vehicle control which is easy to confirm the survey measurement of a facility from a long distance, and more particularly, The present invention relates to a safety inspection diagnostic light guide rod for vehicle control, which can easily be confirmed at a remote location.

In general, a light pole (also called a "signal pole") is a member of a traffic light or a construction site that is used for safety inspection and diagnosis of facilities, safety guidance of a road construction site, parking guide, military movement control, It is a kind of lamp that controls the passage and passage of the equipment, and quickly ventilates and checks the equipment when moving.

The light guide rod includes a light emitting casing including a light emitting element that normally emits light and a handle coupled to one end of the light emitting casing in the longitudinal direction, and the handle includes a switch for controlling the blinking of the light emitting element, As the user operates the switch, the light emitting element is caused to perform the flicker operation.

On the other hand, when the safety check and diagnosis of the facilities is performed at the construction sites on the road side, vehicle control is essential. In order to effectively recognize the road condition around the facilities, The driver can be notified of the change of the road or the absence of the shoulder through the operation of shaking the light guide rod.

In particular, it is important to communicate the situation on the road to the driver more quickly and clearly, considering that the normal vehicle speed is more than 60 km on the ordinary road and more than 100 km on the highway.

However, such a conventional light guide rod is shaken with the traffic controller holding the light guide rod directly, and at least one traffic controller must be mobilized to shake the light guide rod, which is economically disadvantageous. The light guide rod is shaken, There is a problem that a safety accident that can occur is very high.

In addition, conventionally, the traffic controller has been forced to convey the driver's attention to the driver by a simple method of continuously moving or shaking the driver by directly holding the light guide rod. Therefore, when the traffic controller first shakes the light guide rod at a large angle, Because it naturally shakes at a small angle, it could not deliver a clear warning signal to the driver of the vehicle.

Further, since the conventional light guide rod has a simple linear shape in the outer shape of the light emitting casing, there is a limit to inducing the driver to clearly and accurately guide the direction of the vehicle. Especially, when the nighttime or mist is heavy, In the case of the environment, there is a problem that the safety of the driver and the passenger of the vehicle is seriously threatened because there is a limitation in clearly informing the driver and the passenger of the direction of the vehicle by using only the conventional straight lightening rod.

Korean Registered Patent Publication No. 10-0812565

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a safety signal in a state in which a body to which light is irradiated from a light source is inserted into a support, Is displayed as a lane in accordance with the traveling direction of the vehicle so that the measurement of the facility which clearly provides the safety signal even in an environment where the surrounding situation is difficult to identify due to the fog, Diagnosis inspection light guide rod.

In order to accomplish the above object, the light control rod for safety inspection of a vehicle, which is easy to confirm the irradiation measurement of the facility of the present invention at a long distance, comprises a power unit, a light emitting member that is illuminated by receiving power from the power unit, A light guide rod body including a cover for diffusing light emitted from the light emitting member, a light switch for operating the light emitting member to turn on and off, and a handle connected to one side of the cover; And light diffusing means rotatably connected to the light guide rod main body about the light guide rod main body; The light diffusion unit includes a motor mounted inside the cover and generating a rotational force by receiving power from the power source unit, a motor rotatably mounted on the other end of the cover of the light rod main body, A ring gear rotatable by a rotational force of a motor, and a cylindrical shape in which a transparent portion and an opaque portion are alternately repeatedly formed along the circumferential direction. The ring gear is connected to the ring gear and rotates together with the ring gear, And a blinker bar for allowing the blinker bar to be transmitted to the outside through the transparent part; Wherein the ring gear is provided with a blinker guide hole in a circumferential direction, and the blinker bar is slid under the guidance of the blinker bar guide hole and overlapped or drawn out from the cover; Wherein the cover comprises a cylindrical cover body, an upper cover and a lower cover respectively coupled to both longitudinal sides of the cover body; Wherein the light emitting member includes a first light emitting member fixed to the inside of the cover, a second light emitting member which is slidably mounted to the outside of the cover through a guide rail provided inside the cover, And a second light emitting member which is connected to the blinking through the connector and is drawn out of the cover together with the blinking passage when the blinker bar is drawn out from the cover, thereby emitting light in the blinker bar. And a support portion for holding the upright state of the light guide bar body and the light diffusion means, wherein the support portion includes a plate-like support plate, and a support pipe provided on the support plate for inserting the handle of the light guide rod main body And a plurality of pillars for supporting the support plate so that the support plate is held horizontally, wherein the support pipe is formed with an opening groove through which the light switch and the rotary switch are exposed when the handle is inserted into the support pipe .

The blinker bar may include an opening portion through which the inside and the outside communicate with each other. Any one of the transparent portion and the opaque portion of the blinker bar may be rotatably installed in the opening portion.

The support plate may further include a support body extending in an upper direction and having a hollow rod shape, and an elongated body extending in a lateral direction from an end of the support body, the elongated body having a hollow rod shape, And a beam output unit for outputting a visual safety signal toward the lower part.

The support body may be rotated in the axial direction of the support plate.

As described above, according to the inspection light inspection rod for vehicle control, the irradiation measurement of the facility according to the present invention can be easily confirmed from a long distance, the safety signal can be clearly identified by inserting the main body irradiated with light from the light source into the support, So that the safety signal can be displayed as a lane according to the traveling direction of the vehicle so that the safety signal can be clearly provided even in an environment where the surrounding situation is difficult to identify due to mist .

FIG. 1 is an exploded perspective view showing a safety indicator check light guide rod for vehicle control, which is easy to check at a distance from the survey measurement of a facility according to an embodiment of the present invention,
FIG. 2 is a view showing a state in which a flashing barrel of a safety inspection check lightening rod for vehicle control, which is easy to check at a long distance, is overlapped with a cover of a lightening rod main body according to an embodiment of the present invention,
FIG. 3 is a view showing a state in which a flashing barrel of a safety inspection check lightening rod for a vehicle control is easily pulled out from a cover of a lightening rod main body, which is easy to check at a long distance, according to an embodiment of the present invention ,
FIG. 4 is a view showing another example of a blinker bar applied to a safety diagnostic check light guide rod for vehicle control, which is easy to check at a long distance, according to an embodiment of the present invention,
FIG. 5 and FIG. 6 are views for explaining a state in which survey measurement of a facility according to an embodiment of the present invention is inserted into a support portion of a safety diagnostic check light guide rod for vehicle control which is easy to check at a long distance,
FIG. 7 is a view showing a state in which survey measurement of a facility according to an embodiment of the present invention is installed on a road where a safety diagnostic check light guide rod for vehicle control is easily visible at a long distance.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings in order to facilitate a person skilled in the art to easily carry out the present invention.

As shown in FIGS. 1 to 6, the light guiding rod 1 for a vehicle control, which is easy to confirm the irradiation measurement of a facility according to an embodiment of the present invention at a long distance, includes a light guiding rod body 100, The light diffusion means 200 and the support portion 50 which are mounted on the rod body 100 and display the light emitted from the light pipe main body 100 in the form of blinking (repetition of lighting and light extinction) .

The light guide rod main body 100 has the same structure as a conventional light guide rod and includes a power source unit 110, a first light emitting member 110 which is illuminated with power from the power source unit, a first light emitting member 110 A lighting switch 130 for operating the first light emitting member 110 to turn on and off and a handle 140 connected to the lower portion of the cover 120. The cover 120 includes a cover 120 for diffusing light emitted from the first light emitting member 110,

The power supply unit may be a battery, a battery or the like. The power supply unit may be replaceable through a terminal connected to the first light emitting member 110 and the lighting switch 130, for example, inside the handle 140.

The first light emitting member 110 includes a plurality of light emitting elements (LEDs, for example) in the form of a band.

The cover 120 is transparent or semitransparent to irradiate the light emitted from the first light emitting member 110 to the outside, and may be configured to be red for easy identification at long distances in both daytime and nighttime.

The cover 120 may include a cylindrical cover body 121 and an upper cover 122 and a lower cover 123 coupled to the upper and lower sides of the cover body 121, respectively.

The lighting switch 130 applies or cuts off the power of the power source unit to the first light emitting member 110.

The light diffusing means 200 includes a motor 220 and a ring gear 230 as rotation means for rotating the blinker barrel 210 and the blinker barrel 210, a rotation switch 230 for operating the motor 220, And a second light emitting member 240.

The blinker bar 210 has a cylinder structure in which opaque portions 211 (or translucent portions) and transparent portions 212 are alternately repeated along the circumferential direction, and a circular finishing plate 213 is formed on the upper portion.

That is, the blinker bar 210 has a structure in which the diffuser plate 214, which is two semicircular plates, is coupled to the lower portion of the finishing plate 213 in the circumferential direction, and the opaque portion 211 and the transparent A portion 212 is formed.

The opaque portion 211 and the transparent portion 212 are rotated while rotating by the rotating means so that the light is prevented from being radiated to the outside through the opaque portion 211 while the transparent portion 212 ) To emit light to the outside, and it functions as a blinker which repeatedly turns off and lights up.

The motor 220 is mounted to the inside of the cover 120, for example, the inner wall of the cover body 121 through a bracket.

The ring gear 230 is in the form of a ring having an inner peripheral surface formed with a gear 231 and is rotatably mounted on the upper cover 122 of the cover 120 of the light guide rod body 100 through a bearing, Is engaged with the driving gear 221 of the motor 220.

The ring gear 230 is rotatably connected to the light pipe main body 100 through the bearing and is not separated from the light pipe main body 100.

The blinker bar guide hole 232 is formed in the ring gear 230 so that the blinker bar 210 is drawn out from the cover 120.

Two blinker guide holes 232 are formed along the circumferential direction and two flash plates 214 are slidably mounted in the blinker guide holes 232 in the blinker barrel 210.

The blinker 210 is rotatably supported by the lower cover 123 of the cover 120 via the bearing so that the free end of the diffusion plate 214 (the end not connected to the finishing plate 213) 230 is rotated without twisting.

A flush spring having an elastic force protruding toward the diffusion plate 214 is provided in the flushing passage guide hole 232. A multistage groove is formed at the periphery of the diffusion plate 214 to elastically couple the flush spring And the protrusions may be alternately repeatedly formed). In this case, it is possible to draw out the blinkers 210 in multiple stages.

The second light emitting member 240 has the same structure as the first light emitting member 110 and is mounted so as to overlap with the first light emitting member 110 in the cover 120. The blinking tube 210 So that light is emitted inside the blinker bar 210.

The second light emitting member 240 may be turned on in the same manner as the first light emitting member 110 by the lighting switch 130 of the first light emitting member 110, And is turned off when the blinker bar 210 overlaps the cover 120. This is possible through the contact switch.

The contact switch is provided at the end of the diffusion plate 214 and the lower cover 123 of the cover 120 so that when the diffusion plate 214 is separated from the lower cover 123 by the drawing of the blinking barrel 210, The second light emitting member 240 is turned on and when the blinker 210 is coupled to the cover 120, the second light emitting member 240 is turned off.

A guide rail for drawing out and inserting the second light emitting member 240 is formed inside the cover 120.

The second light emitting member 240 is inserted into the cover 120 through the guide rail and is connected to the finishing plate 213 of the blinker 210 through the pivot connection hole 241, When the blinker bar 210 is inserted into the interior of the cover 120 when the blinker bar 210 overlaps the periphery of the cover 120 and the blinker bar 210 is pulled out of the cover 120, And is disposed inside the blinker bottle 210.

The pivot connection port 241 is connected to the finishing plate 213 to prevent the pivot from interfering with the rotation of the blinker bar 210. [

The operation of the safety diagnosis check light guide rod for vehicle control which is easy to confirm the survey measurement of facilities according to the present invention from a long distance is as follows.

FIG. 2 is an initial state of a safety diagnostic check light guide 1 for vehicle control, which is easy to confirm at a long distance from a surveying facility according to the present invention. When the lighting switch 230 is operated, Power is applied to the first light emitting member 110 to emit light.

This light is transmitted through the transparent portion 212 of the cover 120 and the blinker 210 to the outside, and the driver and the pedestrian at a remote location can visually confirm the light and can see that the light is under construction in the front.

In this way, the flickering barrel 210 shows flickering of light through the opaque portion 211 and the transparent portion 212 without rotating.

On the other hand, the blinking effect by the blinker 210 is achieved by the following operation.

When the rotary switch 240 is operated, power is applied to the motor 220, and the rotational force of the motor 220 is transmitted to the ring gear 230 to rotate the ring gear 230.

The blinker 210 rotates together with the ring gear 230 so that the opaque portion 211 and the transparent portion 212 rotate about the first light emitting member 110 so that the blinking effect is exhibited.

In order to inform the remote driver and the pedestrian of the surveying and measuring work of the facility, the blinker barrel 210 is taken out from the cover 120 as shown in FIG. 3 in the state of FIG.

The blinkers 210 are drawn out through the blinker guide holes of the ring gear 230 so that the overall length of the light guide bar becomes longer.

2 is the length of the light guide bar body 100, whereas FIG. 3 shows the length of the light guide bar 100 plus the length of the blinker bar 210, which is the total length of the light guide bar.

Therefore, since the illuminated area of the light is widened, light can be confirmed at a distance longer than that in Fig. 2, which can lead to safe driving of the driver approaching from a distance.

4, the blinker barrel 210 includes an opening 215 through which the inside and outside of the blinker barrel 210 communicate, and the opaque portion 211 of the blinker bar 210 is rotatably attached to the opening 215 It is also possible to install.

That is, the non-transparent portion 211 is formed in a plate shape to close the open portion 215 to prevent light from being radiated to the outside. When the open portion 215 is opened by pivoting, .

When the opening 215 is opened as described above, light emitted from the second light emitting member 240 is radiated to the outside, thereby making it possible to inform the user of high illuminance.

It is also possible that the transparent part 212 is rotatably installed in the opening part 215 instead of the opaque part 211.

In addition, as shown in FIGS. 5 and 6, the light control rod 1 for a vehicle control safety inspection and inspection of the facilities according to the present invention is easily detachable from a remote place. The light control rod 1 is detachably coupled to the support portion 50, Can be maintained.

The support part 50 includes a plate-like support plate 53, a support tube 52 provided on the support plate 53 and into which the handle 140 of the light guide rod 1 is inserted, The support pipe 52 is provided with a light switch 130 and a rotary switch (not shown) when the handle 140 is inserted into the support pipe 52 230 are exposed.

A roller portion 55 having a wheel function is provided below the column portion 54, so that the support portion 50 can be easily moved.

This allows the operator to carry the light guide rod 1 irradiated with light from the light source to provide a safety signal or to insert the handle 140 of the light guide rod 1 into the support tube 52, The first light emitting member 240 and the second light emitting member 240 are erected and then the direction of the light diffusion means 200 is rotated to provide a safety signal so that the lightening rod 1 is inserted into the support portion 50, It is possible to provide the safety signal more clearly when the light guide rod 1 is carried and the safety signal is provided.

The support plate 53 is provided with a support body 510 having a hollow rod shape and extending to the upper side and having a hollow rod shape and extending in the lateral direction from the end of the support body 510, (530).

The support body (510) can be rotated in the axial direction of the support plate (53).

The extension body 530 is provided with a warning light 570 for emitting red or blue light and a beam output unit 550 for outputting a visual safety signal toward the lower part.

7, the light guide rod 1 is inserted into the support tube 52 while the support body 50 is positioned on the shoulder of the road, and the support body 510 is rotated so as to extend the extension body 530, So that the beam output unit 550 is positioned above the lane.

When a safety signal is output from the beam output unit 550 using a separate control means, the safety signal output by the lane as a screen is displayed on the lane along the traveling direction of the vehicle.

At this time, the safety signal outputted while the lane serves as a screen can be outputted at a position ahead of the position where the support portion is installed, so that the driver can confirm the safety signal in advance.

Even in the case where the nighttime or the mist is present and the surroundings are unclear, even if the safety signal by the light guide rod 1 inserted into the support portion 50 located on the shoulder can not be properly transmitted to the driver of the vehicle, It is possible to check the safety signal displayed on the lane through the beam output unit 550 while checking the warning light 570, thereby inducing safe driving of the driver approaching from a long distance.

The supporting plate 53 is further provided with a light emitting portion 71 for emitting light and a light receiving portion 73 for receiving light emitted from the light emitting portion 71.

A plate-shaped air plate 60 is extended from one side of the support plate 53.

The unmannurized airplane 700 is provided with a farcopter-type unmanned air vehicle 700 on the atmospheric plate 60. The unmanned air vehicle 700 is provided with a warning light 750 that emits red, And a beam output unit 710 for outputting a signal.

7, in a state in which the support portion 50 is positioned on the shoulder of the road so that the light emitting portion 71 and the light receiving portion 73 face the median separator 850 of the lane, The light is reflected by the center separator 850 and is received by the light receiving unit 73.

Light emitted from the light emitting portion 71 and then reflected by the median separator 850 and directed toward the light receiving portion 73 is fogged or scattered by the light emitting portion 71. As a result, The amount of light received by the light receiving portion 73 due to light reflection due to fine dust or the like is reduced.

In this case, the control signal for flight is transmitted to the unmanned air vehicle 700 waiting on the waiting board 60 through a separate control means, and the unmanned air vehicle 700 having received the control signal takes off from the waiting board 60 When a safety signal is output from the beam output unit 710 at a position where the vehicle moves forward in the direction of approaching the vehicle and the fog or fine dust is reduced, Is displayed on the lane along the traveling direction.

As a result, the safety signal outputted while the lane serves as a screen is outputted at a position ahead of the position where the support portion is installed, in order to allow the driver of the vehicle to confirm the safety signal in advance.

In this case, in a case where the fog is very much caught, or the environment is very unclear due to fine dust or the like, the safety signal by the beam output unit 550 provided in the extension body and the signal by the warning light 570, The driver of the vehicle can check the warning signal displayed on the lane through the beam output unit 750 while checking the warning light 750 to induce safe driving of the driver approaching from a long distance can do.

As described above, according to the present invention, it is possible to clearly provide a safety signal in a state in which a main body to which light is irradiated from a light source is inserted and fixed in a support portion, thereby facilitating identification at a long distance, It is possible to clearly display a safety signal even in an environment where it is difficult to identify the surroundings due to mist or the like.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken by way of illustration, It will be readily apparent that various substitutions, modifications, and alterations can be made herein.

1: Light guide rod 50: Support
100: light guide rod main body 110: first light emitting member
120: cover 140: handle
200: light diffusion means 210: blinker
230: ring gear 240: second light emitting member
510: Support body 530: Extension body

Claims (4)

A light switch for lighting the light emitting member and for turning off the light emitting member; a switch for switching the light emitting switch on and off at one side of the cover, A light guide rod main body made of a handle to be connected;
And light diffusing means rotatably connected to the light guide rod main body about the light guide rod main body;
The light diffusion unit includes a motor mounted inside the cover and generating a rotational force by receiving power from the power source unit, a motor rotatably mounted on the other end of the cover of the light rod main body, A ring gear rotatable by a rotational force of a motor, and a cylindrical shape in which a transparent portion and an opaque portion are alternately repeatedly formed along the circumferential direction. The ring gear is connected to the ring gear and rotates together with the ring gear, And a blinker bar for allowing the blinker bar to be transmitted to the outside through the transparent part;
Wherein the ring gear is provided with a blinker guide hole in a circumferential direction, and the blinker bar is slid under the guidance of the blinker bar guide hole and overlapped or drawn out from the cover;
Wherein the cover comprises a cylindrical cover body, an upper cover and a lower cover respectively coupled to both longitudinal sides of the cover body;
Wherein the light emitting member includes a first light emitting member fixed to the inside of the cover, a second light emitting member which is slidably mounted to the outside of the cover through a guide rail provided inside the cover, And a second light emitting member which is connected to the blinking through the connector and is drawn out of the cover together with the blinking passage when the blinker bar is drawn out from the cover, thereby emitting light in the blinker bar.
And a support portion for holding the upright state of the light guide bar body and the light diffusion means, wherein the support portion includes a plate-like support plate, and a support pipe provided on the support plate for inserting the handle of the light guide rod main body And a plurality of pillars for supporting the support plate so that the support plate is horizontally held. The support pipe is formed with an opening groove through which the lighting switch and the rotary switch are exposed when the handle is inserted into the support pipe, ;
The support plate may further include a support body extending in an upper direction and having a hollow rod shape, and an elongated body extending in a lateral direction from an end of the support body, the elongated body having a hollow rod shape, And a beam output unit for outputting a visual safety signal toward the lower part. The inspection light measuring apparatus of the present invention is characterized in that it is easy to confirm the distance measurement from a distance. [3] The apparatus of claim 1, wherein the blinker bar includes an open portion communicating between the inside and the outside, and one of the transparent portion and the opaque portion of the blinker bar is rotatably installed in the open portion Inspection inspection of a facility is easy to check at a long distance. delete [Claim 4] The light guide rod according to claim 1, wherein the support body is rotatable in the axial direction of the support plate.

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