KR101485778B1 - Safety guidance display apparatus - Google Patents

Abstract

The present invention relates to a safety guidance display device capable of preventing a safety accident by providing a warning area or an access restriction or surrounding geographical information by installing in an area where a risk of a safety accident is great or in an artificially divided area.
To this end, the present invention is provided with an identification hole body protruding from the ground, a reflector column formed on both sides of the identification hole body, and a deflection sign formed between the reflector columns so that one side thereof is gradually inclined inward corresponding to the running direction.
The sensing unit is embedded in the identification pillar body so as to detect an object on the front side of the identification pillar body, and an alarm means is inserted and inserted so that an alarm can be detected when an object is detected.
The sensing unit is a sensor for sensing a human body. When a human body is sensed within a predetermined distance, the sensing unit alerts the user through sound, light, or a combination thereof.
The sensing unit is a sensor for sensing the vehicle. When the vehicle is sensed within a certain distance, the sensing unit alerts the user through a warning means, such as sound or light, or a mixture thereof.
The reflector column is embedded in the side surface of the reflector column so that the deflected sign portion can be illuminated.
The upper case cover includes a solar cell module for supplying power to the sensing unit, the alarm unit, or the illumination unit. The upper case cover includes a housing having a rectangular shape with an open upper side and an upper plate cover for sealing the upper portion of the housing. And a lens cap for hermetically sealing the entrance of the accommodation portion and condensing sunlight.
A light receiving unit for receiving the light emitted from the light emitting unit of the adjacent discriminating sphere body is embedded so as to detect passage of the object between the adjacent discriminating sphere bodies, Warning means for warning in the form of sound or light, or a mixed form thereof are incorporated.
The light-receiving unit is further provided with alignment means for rotating the light-receiving unit vertically and horizontally so as to be aligned with the light emitted from the light-emitting unit.
The identification hole body is attached with a braille mark on its surface, which contains surrounding geographic information.
The identification hole body is attached with a QR code mark on the surface thereof so that the surrounding geographic information can be read by using the terminal equipped with the QR code recognition application.

Description

[0001] Safety guidance display apparatus [0002]

[0001] The present invention relates to a safety guidance display device, and more particularly, to a safety guidance display device capable of preventing a safety accident by providing warning information or limiting access or surrounding geographic information by installing the device in a region where a risk of a safety accident is high or an artificially- The present invention relates to a safety induction display device.

In general, safety indicators are installed to raise awareness of pedestrians or drivers in areas such as a platform, a school zone, a steep curve area of a road, a river or a coastal road, a marina, a bridge, and the like.

Registration No. 10-0879447 (2009. 01. 20) "Safety Indication Signboard for Boundary Stone Attachment" aims to prevent signs of accident by enhancing the visibility of signboards so as to clearly distinguish between roadway and sidewalk, So that it is possible to reduce the installation and manufacturing costs and to improve the appearance of the city by combining the lighting elements and the three-dimensional design elements.

Open Patent Publication No. 10-2011-0043115 (Apr. 27, 2011) "Safety Screening Device for Boundary Stage" aims at safety of pedestrians and safe operation of vehicles, and improves the beauty of the city by combining lighting elements and three-dimensional design elements A configuration for inducing a smooth traffic flow in conjunction with a traffic control signal is disclosed.

[Patent Document 1] Japanese Unexamined Patent Application Publication No. 10-2011-0049098 (May, 2011. 12, 2011) The 'floor-mounted upward lighting lamp' is mainly used for a vehicle stop sign installed on a crosswalk of a road on which a vehicle is traveling, When the clock in front of the vehicle is not good due to nighttime, priority, or fog, etc., the illuminating lamp illuminated upward is irradiated upward to illuminate the driver's eyes, so that the visibility To induce safe driving of the vehicle.

However, the conventional safety indicator indicates that there is a great risk of a safety accident, so that the pedestrian or the driver is caught up in a state of being cautioned.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a method for preventing a safety accident such as a landing area, a school zone, , Private land, or the like, to provide a safety induction display device capable of preventing aft, roadkill, damage to crops and the like as well as safety accidents such as collision and crash by controlling access of people or animals.

Another object of the present invention is to provide a safety guidance display device capable of easily obtaining surrounding geographical information even when the surrounding feature is not recognized due to sunset or having a visual impairment, thereby preventing an accident while walking.

In addition, the present invention can be installed in a boundary of a sidewalk contacting a roadway so as to be careful when getting on and off a bus in the case of a bus platform. In the case of an illegal parking area, In this case, it is desirable to provide a safety guidance display device that can protect students from motorcycles and the like that follow when getting on and off.

In order to solve the above-described problems, the present invention provides an identification device comprising: an identification hole body provided so as to protrude from the ground; a reflector column formed on both sides of the identification hole body; And a deflection sign portion is provided.

The sensing unit may be embedded in the identification hole body so that the sensing unit may be positioned above the front surface of the identification hole, and an alarm unit may be inserted into the identification unit to enable an alarm when an object is sensed.

The sensing unit is a sensor for sensing a human body. When a human body is sensed within a predetermined distance, the sensing unit alerts the user through sound, light, or a mixture thereof.

The sensing unit is a sensor for sensing a vehicle. When the vehicle is sensed within a predetermined distance, the sensing unit is alerted through a warning means or a mixed light or light.

The reflector column is characterized in that an illuminating unit is embedded in the side surface of the reflector column so as to illuminate the deflection sign.

The upper case cover includes a solar cell module for supplying power to the sensing unit, the alarm unit, or the illumination unit. The upper case cover includes a housing having a rectangular shape with an open upper side and an upper plate cover for sealing the upper portion of the housing. And a lens cap for hermetically sealing the entrance of the accommodating portion and condensing solar light is provided.

A light receiving unit for receiving the light emitted from the light emitting unit of the adjacent discriminating sphere body is embedded so as to detect passage of the object between the adjacent discriminating sphere bodies, Warning means for warning in the form of sound or light, or a mixture thereof, is inserted and contained.

The light receiving unit may further include alignment means for rotating the light receiving unit vertically and horizontally so as to be aligned with the light emitted from the light emitting unit.

The identification hole body is characterized in that the surface of the identification hole body is provided with a braille mark containing the surrounding geographical information.

The identification pillar body is characterized in that a QR code mark is attached to its surface so that the surrounding geographic information can be read by using a terminal equipped with a QR code recognition application.

According to the present invention, it is possible to prevent the occurrence of an accident, such as a landing area, a school zone, a steep curve area of a road, a riverside or a coastal road, By controlling the approach of people or animals by installing, it is possible to prevent not only safety accidents such as collision, fall, but also theft, road kills, crop damage.

According to the present invention, it is possible to easily obtain the surrounding geographical information even if the surrounding feature is not recognized due to sunset or there is a visual impairment, thereby preventing an accident while walking.

According to the present invention, it is possible to install a car in a corner of a sidewalk that is in contact with a roadway, and in case of a bus platform, caution can be taken when getting on and off a bus. In the case of an illegal parking area, Has the effect of protecting students from motorcycles, etc., that follow when getting on and off.

1 is an embodiment of a safety guidance display device according to the present invention.
2 is another embodiment of the safety guidance display device according to the present invention.
Fig. 3 is an example of utilization of the safety guidance display device according to the present invention. Fig.
4 is an illustration of an alignment means applied to the safety guidance display device according to the present invention.
FIG. 5 is an exemplary view showing the internal structure of the embodiment shown in FIG. 2; FIG.

Hereinafter, preferred embodiments of the safety guidance display device according to the present invention will be described in detail with reference to the accompanying drawings.

1, the safety guidance display apparatus according to the present invention includes an identification hole body 100 protruding from the ground, reflector columns 10 formed on both sides of the identification hole body 100, There is provided a deflection sign portion 20 between the columns 10 corresponding to the running direction and having one side inclined gradually inward.

In the above technical arrangement, the discriminating member body 100 may be attached to a known boundary stone or may be installed alone.

The reflector pillar 10 is installed on both sides of the front face of the identification pillar body 100 and is provided with a retroreflective sheet or the like so that light emitted from the headlamp of the vehicle is reflected to easily recognize the driver.

The deflection sign portion 20 is provided with a warning sign, a warning sign, a system door or the like for informing the driver or a pedestrian, and is inclined and deflected gradually toward the one side corresponding to the running direction so that the driver or the pedestrian can face each other in the diagonal direction.

According to the above-described technical arrangement, the safety guidance display device of the present invention is installed on a shoulder of a breakwater or a shoulder of a road to prevent a person or a vehicle from falling down, and is also installed in a parking lot, etc. to prevent the vehicle from being pushed back. In addition to the above-mentioned breakwaters and roads, they can be installed in coastal or riverside roads, harbor moorings, farms, and bicycle (prime mover) roads, induction roads and bridge bridges. It can of course be installed in any place where there is a risk.

Next, the sensing unit 30 is embedded in the identification port body 100 so that the sensing unit 30 can be detected on the upper surface of the identification port body 100, and the alarm unit 40 is inserted into the sensing unit 30 so that an alarm can be generated when an object is sensed.

For example, the sensing unit 30 is a sensor for sensing a human body. When a human body is sensed within a certain distance, the sensing unit 30 alerts the user through a warning means 40, such as sound or light, or a combination thereof.

In particular, the sensing unit 30 for sensing the human body is preferably implemented as an infrared sensor and can also detect the approach of the animal.

The alarm means 40 is realized by a speaker 41 so that when a human body is detected by the sensing unit 30, a warning message, a warning message, a system door, etc. can be output by voice, Frequency generator 42 so that a human body (animal) can be detected by the unit 30 to generate a high-frequency of a specific band to eliminate the animal.

In addition, the alarm means 40 may be replaced with a warning light so that the accessibility of people or animals can be visually suppressed or informed to the outside in the case of the nighttime.

According to the above technical arrangement, when the safety guidance display device of the present invention is installed on a marina, a bridge, a cliff, etc. and a human body is sensed from the sensing part 30, This makes it possible to prevent safety accidents such as falls and falls.

Also, when the safety induction display device of the present invention is installed on a highway or a cultivated land where animals frequently show up frequently, and the animal is detected from the sensing unit 30, the alarm is transmitted through high- The damage can be reduced.

When the safety guidance display device of the present invention is installed on a construction site, a private land, or the like, and a human body is sensed from the sensing part 30, it is possible to prevent theft or trespass by alerting the user through sound, light, .

Next, the sensing unit 30 is a sensor for sensing a vehicle. When the vehicle is sensed within a certain distance, the sensing unit 30 alerts the user through a warning means 40, such as sound or light, or a mixture thereof.

In detail, the sensor for sensing the vehicle is preferably implemented as a non-contact sensor for sensing the presence or absence of a vehicle using a magnetic field change, and the alarm means 40 can output a warning message, warning, The speaker 41 can be realized.

The warning means 40 may also be implemented as an illumination lamp for illuminating the surroundings or a warning light for urging attention.

According to the above technical arrangement, when the safety guidance display device of the present invention is installed in a bus platform, a bus entering the bus platform is detected through a non-contact detection sensor and the lighting lamp is turned on, It is possible to prevent safety accidents such as hitting the foot by revealing between.

Also, when the safety guidance display device of the present invention is installed in the main / stop prohibition area, the main / stationary vehicle is sensed through the non-contact sensor, the door is opened through the speaker 41, .

When the safety guidance display device of the present invention is installed in a school zone, the main and stop of the vehicle are detected through the non-contact detection sensor, and the warning light is blinked to urge the driver of the following motorcycle, It becomes possible to protect it.

Next, the reflector column 10 is embedded with the illumination unit 50 in an upright state on its side so as to illuminate the deflection sign 20.

The deflected sign portion 20 is inclined gradually toward the inside of the identification hole body 100 so that the illumination portion 50 is embedded in a portion of the deflected sign portion 20 that is in contact with the reflector column 10, The illumination section accommodating groove is formed so as to be installed.

The illumination unit 50 has a plurality of LEDs mounted in a bar shape and illuminates the deflection sign 20 at the side of the reflector column 10.

According to the above technical arrangement, when the illumination sensor 60 is operated in conjunction with the ambient light sensor 60, power is supplied to the illumination unit 50 only at night, so that a guidance door or the like attached to the deflection sign 20, Warnings, and gates may be recognized by the driver or pedestrian.

Next, as shown in FIG. 2, the identification port body 100 includes a rectangular-shaped hexahedron-shaped housing 101 with an opened upper side and a top plate lid 102 for sealing the upper portion of the housing 101 And the upper cover 102 includes a receiving portion 110 for receiving a solar cell module for supplying power to the sensing portion 30, the alarm means 40 or the illumination portion 50, And a lens cap 120 for hermetically sealing the entrance of the sunlight and for condensing sunlight.

In the above technical construction, the identification hole body 100 can be fixed to the ground surface by filling and curing the cement mortar inside the housing 101, and anchoring the joint piece 130 formed at the lower side of the side surface of the housing 101 It can also be fixed on the ground.

The top plate cover 102 is assembled by male and female fastening protrusions (not shown) formed at the upper end of the housing 101 and the lower portion of the upper plate cover 102 so as to seal the upper portion of the housing 101, As shown in Fig.

The top plate cover 102 is formed with a receiving portion 110 having a predetermined depth to accommodate the solar cell module. The receiving portion 110 is formed with threads on the top inner circumferential surface, Lt; / RTI >

A solar cell module (not shown) is for converting sunlight into electric energy, and includes a battery to store the generated electric energy.

According to the above technical arrangement, electric energy is generated by the solar cell module during the daytime and charged into the battery, and power is supplied from the battery to the sensing unit 30, the alarm unit 40 or the lighting unit 50 at night The safety induction display device of the present invention can be installed well in a place without an electric facility.

Referring to FIG. 3, the identification port body 100 includes a light emitting portion (not shown) of an adjacent identification port body 100 so as to sense passage of an object between the adjacent identification port body 100 A light receiving portion 70 for receiving the transmitted light is embedded and an alarm means 40 for inserting sound or light in accordance with the object detection of the light receiving portion 70 or in a mixed form thereof is inserted.

In the above technical configuration, the discrimination tool body 100 is installed so as to be consecutively installed at a certain distance and to sense an object passing between the discrimination bodies.

In order to do this, the identification hole body 100 is provided with an identification hole body 100 (see FIG. 1) when the identification hole body 100 is installed such that a portion facing the adjacent identification hole body 100 ' 100, the optical sensor is embedded and installed.

More specifically, the optical sensor includes a light receiving unit 70 and a pair of light emitting units. When the light emitted from the light emitting unit is blocked by an object, the light sensor 70 detects the light, Warnings, and mixed forms of these.

That is, when the light receiving unit 70 is embedded in one body 100 and the light emitting unit is embedded in the other body 100 ', and the light emitted from the light emitting unit is blocked by the passing object, The warning means 40 embedded in the side identification port body 100 makes a warning.

The warning means 40 is implemented as a speaker 41 for outputting a warning message or the like by voice when the object is detected by the light receiving unit 70. When an object is detected by the light receiving unit in an area where the animal is frequently seen and / Frequency generator 42 so that the animal can be eliminated by generating high-frequency waves.

In addition, the warning means 40 may be implemented as a warning light for indicating a position and warning a bright light.

According to the above-described technical construction, the safety guidance display device of the present invention can be installed at predetermined intervals on a construction site or a private site to detect an intruder who intrudes unauthorized at night, thereby preventing an accident such as theft.

In addition, the safety guidance display device of the present invention can be installed at regular intervals on roads where crops or animals are frequent, so that the accessibility of the animals can be controlled to prevent damage or road killing of the crops.

Next, as shown in FIG. 4, the light receiving unit 70 is further provided with alignment means 80 for rotating the light receiving unit 70 up and down and left and right so as to be aligned with the light emitted from the light emitting unit.

Specifically, the alignment means 80 includes an inner ring portion 81 having a light receiving portion 70 inserted therein and formed into a ball shape, and an outer ring portion 82 for holding the inner ring portion 81 so as to be rotatable up and down and right and left .

The inner ring portion 81 is formed with a circular jig groove 83 with the light receiving portion 70 on the inner side so that the inner ring portion 81 can be inserted into the jig groove 83 to align the light emitted from the light emitting portion and the light receiving portion 70, A hollow alignment jig 84 for adjusting the rotation of the unit 81 in the up, down, left, and right directions is provided. The illustration of the electric wire drawn out from the light receiving portion 70 is omitted.

Therefore, the hollow alignment jig 84 is inserted into the jig groove 83 to adjust the rotation of the inner ring portion 81 up and down and right and left. At this time, the light emitted from the light emitting portion passes through the alignment jig 84, The alignment of the light receiving portion 70 is completed.

Next, the identification hole body 100 is attached with a Braille marker 90 containing the surrounding geographical information on its surface.

The Braille marker (90) is a means for conveying information to the visually impaired, and mainly contains information about the surrounding terrain to prevent a safety accident.

For example, it provides information such as a cliff on the front, a marina on the right, and a platform on the left.

Therefore, even if you do not receive help from the surrounding area, you can identify the danger factors around you through the braille marker (90), thus preventing the safety accident of the visually impaired.

In addition, the identification hole body 100 is attached with a QR code mark on its surface so that the surrounding geographic information can be read by using the terminal equipped with the QR code recognition application. Which can be replaced with a braille marker 90. [

The QR code is a two-dimensional (matrix) format code containing a variety of information in a rectangular horizontal and vertical grid pattern, and is the acronym for 'Quick Response', 'QR'.

Accordingly, when a QR code is scanned by a terminal (smart phone) equipped with a QR code recognition application, a variety of information can be obtained.

For example, if the QR code is recognized, it will be automatically connected to the homepage of the facility maintenance center so that the surrounding environment of the area can be confirmed by video or photograph at night, and contact information is provided so that quick action can be taken in case of an emergency Safety accidents can be prevented.

It is also desirable that the QR code markers are provided with a backlight that illuminates the rear side so that it can be easily found even at night.

Meanwhile, the safety induction display device of the present invention can be manufactured in various forms including the above technical constructions.

Referring to FIG. 5, it is preferable that the identification hole body 100 is formed in a substantially hexahedron shape and made of a synthetic resin material. However, the material of the identification hole body 100 is not limited and may be made of various materials such as plastic or aluminum alloy to be.

In addition, the identification hole body 100 can be manufactured in various colors according to the characteristics of the installation place and the demand of the consumer, and the identification hole body 100 is installed in an assembled structure formed by dividing the upper plate cover 102, the left and right side plates, .

In addition, the identification hole body 100 or the top cover 102 may be provided with a warning message such as 'a school zone' or a warning message such as 'prohibition of a falling risk approach' Ads may be attached to generate revenue.

And a protective cover 140 made of a transparent material may be attached thereto so as to prevent breakage of the attached guide door or the like.

Next, the top cover 102 may have a triangular pyramidal protrusion 150 formed in a remaining portion except for a space where the receiving portion 110 or the guide door for receiving the solar cell module is attached.

The protrusion 150 in the form of a triangular pyramid is for preventing a seat occupied, and its shape is not limited in the present invention.

In addition, a logo, a mark, or a specific figure such as a local government or a company, which is a main body of the installation, may be formed in the remaining part except for the space to which the storage unit 110 and the guidance door are attached.

When the alarm unit 40 is operated by the sensing unit 30, it is preferable to stop the operation after a predetermined period of time in order to prevent the discharge of the battery. When the alarm unit 40 is activated after a predetermined time elapses through a separate control unit The means 40 may be programmed to stop.

Further, a reset button (not shown) may be further provided so that the user can release the alarm means 40 directly.

It is to be understood that the foregoing description is intended to illustrate and not limit the present invention, and that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims.

10: reflector pole
20: deflection sign portion
30:
40: alarm means
41: Speaker
42: High frequency generator
50:
70:
80: alignment means
81: inner ring part
82:
83: jig groove
84: alignment jig
90: Braille marker
100: Identification hole body
101: Housing
102: top cover
110:
120: Lens cap
130: fastener
140: protective cover
150:

Claims (10)

A reflector column formed at both sides of the front face of the discriminating member body and a deflected sign portion formed between the reflector columns so that one side of the reflector column is inclined inwardly in correspondence with the running direction,
And a light receiving unit for receiving light emitted from the light emitting unit of the adjacent discriminating unit body is embedded so that the discrimination unit body can detect the passage of the object between the adjacent discriminating unit bodies, And a warning means for warning in the form of a sound or a light or a mixture thereof is inserted and an aligning means for rotating the light receiving portion in the up, down, left and right directions so as to be aligned with the light emitted from the light emitting portion is provided Safety Indicator. The method according to claim 1,
Wherein a detection unit is embedded in the identification hole body so as to detect an object on an upper surface of the identification hole and an alarm means is inserted and installed so that an alarm can be detected when an object is detected. 3. The method of claim 2,
Wherein the sensing unit is a sensor for sensing a human body, and when a human body is sensed within a predetermined distance, the sensing unit alerts the sensed person to a sound, light, or a mixture thereof. 3. The method of claim 2,
Wherein the sensing unit is a sensor for sensing a vehicle, and when the vehicle is sensed within a predetermined distance, the sensing unit alerts the user through sound, light, or a combination thereof through the warning unit. The method according to claim 1,
Wherein the reflector column is embedded with an illumination unit in an upright state on its side so as to illuminate the deflection sign portion. 6. The method according to claim 2 or 5,
The identification hole body is composed of a rectangular hexahedron shaped housing with an open upper side and a top plate cover for sealing the upper portion of the housing. The upper plate cover is provided with a solar cell for supplying power to the sensing unit, And a lens cap for sealing the entrance of the receiving part hermetically and condensing sunlight is provided. delete delete The method according to claim 1,
Wherein the identification hole body is provided with a braille mark on the surface thereof to hold surrounding geographical information. The method according to claim 1,
Wherein the identification hole body is attached with a QR code mark on its surface so as to read surrounding geographic information using a terminal equipped with a QR code recognition application.

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