KR102482235B1 - Resting facility with smart bench and electric charging station - Google Patents

Abstract

The present invention relates to a resting facility equipped with a smart bench and an electric charging station, and more particularly, to charge a battery through sunlight and to charge a user's electric device or portable device through the battery so that the user sits on a bench It is possible to charge electric devices or mobile devices while resting, and since the bench part blows cold or warm air through the battery according to the ambient temperature, users sitting on the bench can sit and rest even in winter or summer, and the other side of the bench part has a charging unit. The charging part can mount and charge electric devices or mobile devices through the battery, and when charging, the user can lock or unlock by entering the security password through the input part, preventing theft. to maximize the amount of power generation by moving along the sun, and detecting external wind through a wind speed sensor, so that when the wind speed is strong, the panel is folded to prevent damage to the panel, and the screen is unfolded to block rain so that rain does not fall to the bench. A rest area equipped with a smart bench and electric charging station that prevents users sitting on the bench from rain or wind, and displays advertisements by forming an electric signboard or projectile on the front or side of the bench and easily exposes the advertisement to users. Regarding the facility, a solar cell unit that generates power through sunlight and moves along the sun; a detector for capturing images and values of the sun's position, external temperature, external pressure, external illuminance, and external movement through a camera and transmitting the images to a controller; a charging unit for mounting and charging electric devices through power generated through the solar cell unit and stored in the battery or external power; a bench unit for adjusting the temperature of a bench on which a user sits, based on the external temperature and illuminance sensed through the sensor; an input unit that locks or unlocks the electric device to prevent theft of the electric device when charging the electric device, and allows a user to input the temperature of the bench unit and the folding and unfolding of the solar cell unit; An advertisement display unit for projecting an advertisement set in the control unit onto the floor through an LED display board or a laser projection unit; a control unit including a display member receiving a detected value from the sensing unit or an input value from the input unit, controlling the bench unit, the solar cell unit, the charging unit, and the advertisement display unit, and displaying sound and a screen; A communication unit that transmits the state of the control unit, the detection value of the sensing unit, and the operating state values of the bench unit, the solar cell unit, the charging unit, and the advertisement display unit to an external server through wireless or wired communication with the control unit, and the detected value and status received from the communication It is characterized in that it includes a server that stores a value and transmits a control signal to a control unit through a detected value and a state value to control a bench unit, a solar cell unit, a charging unit, and an advertisement display unit.

Description

Rest facility with smart bench and electric charging station {Resting facility with smart bench and electric charging station}

The present invention relates to a resting facility equipped with a smart bench and an electric charging station, and more particularly, to charge a battery through sunlight and to charge a user's electric device or portable device through the battery so that the user sits on a bench It is possible to charge electric devices or mobile devices while resting, and since the bench part blows cold or warm air through the battery according to the ambient temperature, users sitting on the bench can sit and rest even in winter or summer, and the other side of the bench part has a charging unit. The charging part can mount and charge electric devices or mobile devices through the battery, and when charging, the user can lock or unlock by entering the security password through the input part, preventing theft. to maximize the amount of power generation by moving along the sun, and detecting external wind through a wind speed sensor, so that when the wind speed is strong, the panel is folded to prevent damage to the panel, and the screen is unfolded to block rain so that rain does not fall to the bench. A rest area equipped with a smart bench and electric charging station that prevents users sitting on the bench from rain or wind, and displays advertisements by forming an electric signboard or projectile on the front or side of the bench and easily exposes the advertisement to users. It's about facilities.

In general, benches are installed outdoors and are greatly affected by the climate, so it is difficult to use the bench for a long time at night or on a cloudy day when there is no lighting, or due to cold or heat in winter or summer.

As an example of the prior art for solving such a problem, there is a Korean Registered Patent Application No. 10-2017-0121531 entitled "Multi-purpose bench using solar and wind power generators".

Among the registered patents disclosed above, the multi-purpose bench using solar and wind power generators provides lighting even when there is no sunlight outdoors through energy obtained from solar and wind power, so that the bench can be used, and a blower is provided even in winter or summer to improve the comfort of those who use the bench. It helps to maintain the temperature necessary for health.

However, the system provided by these prior patents may damage the structure on a rainy and windy day, and it is difficult to continuously produce power to provide the ventilation system with solar or wind power, so lighting and ventilation systems on the bench There are problems with not being able to provide.

In addition, such a bench has a problem in that charging means for charging electric devices cannot be provided when charging is urgently required.

Prior Patent: Korean Patent No. 10-2017-0121531 "Multi-purpose bench using solar and wind power generator"

The present invention relates to a resting facility equipped with a smart bench and an electric charging station, and more particularly, to charge a battery through sunlight and to charge a user's electric device or portable device through the battery so that the user sits on a bench It is possible to charge electric devices or mobile devices while resting, and since the bench part blows cold or warm air through the battery according to the ambient temperature, users sitting on the bench can sit and rest even in winter or summer, and the other side of the bench part has a charging unit. The charging part can mount and charge electric devices or mobile devices through the battery, and when charging, the user can lock or unlock by entering the security password through the input part, preventing theft. to maximize the amount of power generation by moving along the sun, and detecting external wind through a wind speed sensor, so that when the wind speed is strong, the panel is folded to prevent damage to the panel, and the screen is unfolded to block rain so that rain does not fall to the bench. A rest area equipped with a smart bench and electric charging station that prevents users sitting on the bench from rain or wind, and displays advertisements by forming an electric signboard or projectile on the front or side of the bench and easily exposes the advertisement to users. Its purpose is to provide facilities.

A rest facility equipped with a smart bench and an electric charging station according to the present invention for solving the above problems generates power through sunlight and moves along the sun cell unit; a detector for capturing images and values of the sun's position, external temperature, external pressure, external illuminance, and external movement through a camera and transmitting the images to a controller; a charging unit for mounting and charging electric devices through power generated through the solar cell unit and stored in the battery or external power; a bench unit for adjusting the temperature of a bench on which a user sits, based on the external temperature and illuminance sensed through the sensor; an input unit that locks or unlocks the electric device to prevent theft of the electric device when charging the electric device, and allows a user to input the temperature of the bench unit and the folding and unfolding of the solar cell unit; An advertisement display unit for projecting an advertisement set in the control unit onto the floor through an LED display board or a laser projection unit; a control unit including a display member for controlling the bench unit, the solar cell unit, the charging unit, and the advertisement display unit by receiving a detected value from the sensing unit or an input value from the input unit, and displaying sound and a screen; A communication unit that transmits the state of the control unit, the detection value of the sensing unit, and the operating state values of the bench unit, the solar cell unit, the charging unit, and the advertisement display unit to an external server through wireless or wired communication with the control unit, and the detected value and status received from the communication unit It is characterized in that it includes a server that stores a value and transmits a control signal to a control unit through a detected value and a state value to control a bench unit, a solar cell unit, a charging unit, and an advertisement display unit.

The sensing unit may include a temperature sensor for sensing a temperature around the bench unit; a light tracking sensor formed in the solar cell unit to sense the position of the sun so that the solar cell unit moves along with the sun; an illuminance sensor formed in the solar cell unit or the bench unit to detect external illuminance; an impact sensor for detecting an external pressure or impact applied to the charging unit and the locking member; a motion sensor formed on the bench to detect a motion of a user approaching the bench; A weight sensor formed on a seat of the bench unit to detect a user's weight and a security camera formed on a pillar supported by the solar cell unit or a lower side of the solar cell unit to photograph the lower side and surroundings of the solar cell unit. to be

The control unit controls the temperature of the bench through the bench unit based on the external temperature and illuminance detected by the sensing unit, and when an electric device is connected to the charging unit, operates a locking member provided in the charging unit to prevent theft, and allows the user to lock the locking member It is characterized in that locking or unlocking is performed through a locking input input before operating the .

The charging unit includes a charging member capable of charging a user's portable device; a mounting member which is formed in a groove on the other side of the bench unit or on the inner side of the rear surface of the backrest of the bench unit to hold or support a plurality of electric devices; It is characterized in that it includes a locking member formed on the holding member to lock the electric device to prevent theft, and a charging module for charging the electric device mounted or supported on the holding member through power of a battery.

The input unit includes a locking input body formed to lock or unlock the locking member by holding the electric device; It is characterized in that it includes a temperature input member for arbitrarily controlling the temperature of the bench unit and a folding input member for manually controlling folding and unfolding of the solar cell unit.

The bench part is a heating part for heating the seat and back of the bench part through the external temperature and illuminance sensed by the sensing part, and

and a blower unit for supplying cool air or warm air through a ventilation hole formed in the backrest based on the external temperature and illuminance detected by the sensor.

The present invention charges the battery through sunlight and charges the user's electric device or portable device through the battery, so that the user can charge the electric device or portable device while sitting on a bench and resting.

In addition, since the bench part blows cool air or warm air through the battery according to the ambient temperature, there is an effect of allowing a user sitting on the bench part to sit and rest even in winter or summer.

In addition, since there is a charging unit on the other side of the bench unit, the charging unit can mount and charge electric devices or portable devices through the battery, and when charging, the user can lock or unlock the device by entering a security password through the input unit to prevent theft. There are possible effects.

In addition, the solar cell unit moves along the sun through sunlight to maximize power generation, and detects external wind through a wind speed sensor to prevent damage to the panel by folding the panel when the wind speed is strong, as well as unfolding the screen to prevent rain. There is an effect of preventing rain from falling to the bench part by blocking the.

In addition, an electric signboard or projectile is formed on the front or side of the bench to display advertisements and to easily expose the advertisement to users, and to prevent users sitting on the bench from rain or wind.

1 is a block diagram showing the overall configuration of a resting facility equipped with a smart bench and an electric charging station according to an embodiment of the present invention.
2 is a perspective view showing the overall configuration of a resting facility equipped with a smart bench and an electric charging station according to the present invention.
3 is a view showing the front of a resting facility equipped with a smart bench and an electric charging station according to the present invention.
4 and 5 are diagrams showing that the solar cell unit of the rest facility equipped with a smart bench and an electric charging station rotates according to the present invention.
6 is a view showing that the solar cell unit panel of the rest facility having a smart bench and an electric charging station according to the present invention is folded.
7 is a view showing the internal structure of a folded solar cell panel of a resting facility equipped with a smart bench and an electric charging station according to the present invention.
8 is a plan view of a folded solar cell panel of a resting facility equipped with a smart bench and an electric charging station according to the present invention.
9 is a view showing one side of a resting facility equipped with a smart bench and an electric charging station according to the present invention.
10 is a perspective view showing the other side of a resting facility equipped with a smart bench and an electric charging station according to the present invention.

Hereinafter, specific embodiments for carrying out the present invention will be described with reference to the drawings. The embodiment of the present invention is for explaining one invention, and the scope of rights is not limited to the illustrated embodiment, and the illustrated drawings are limited to the drawings because only the essential contents are enlarged and the auxiliary parts are omitted for clarity of the invention. should not be interpreted as such.

The present invention generates power through sunlight and a solar cell unit 40 that moves along the sun; A sensor 10 that captures detected values and images of the sun's position, external temperature, external pressure, external illuminance, and external movement through a camera 16 and transmits them to the controller 60; a charging unit 30 that mounts and charges electric devices through power generated through the solar cell unit 40 and stored in the battery 90 or external power; a bench unit 20 that adjusts the temperature of a bench on which a user sits based on the external temperature and illuminance detected by the sensing unit 10; An input unit that locks or unlocks the electric device to prevent theft of the electric device when charging the electric device, and allows the user to input the temperature of the bench unit 20 and the folding and unfolding of the solar cell unit 40 (70); An advertisement display unit 100 for projecting an advertisement set in the control unit 60 onto the floor through an LED display board or a laser projection unit; The detection value from the detection unit 10 or the input value from the input unit 70 is received to control the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100, and a controller 60 having a display member for displaying a screen; The state of the control unit 60, the detected value of the sensing unit 10, the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100 through wireless or wired communication with the control unit 60. The communication unit 80 transmits the operating state value of ) to the external server 110 and the communication unit 80 stores the detected value and state value received from the communication unit 80, and transmits a control signal through the detected value and state value to the control unit 60 It is characterized in that it includes a server 110 for controlling the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100 by transmitting to.

The sensing unit 10 includes a temperature sensor 11 for sensing the temperature around the bench unit 20; a light tracking sensor 12 formed on the solar cell unit 40 to sense the position of the sun so that the solar cell unit 40 moves along with the sun; an illuminance sensor 13 formed on the solar cell unit 40 or the bench unit 20 to detect external illuminance; an impact sensor 14 for detecting an external pressure or impact applied to the charging unit 30 and the locking member 32; a motion detection sensor 15 formed on the bench part 20 and detecting a motion of a user approaching the bench part 20; A weight sensor formed on the seat of the bench unit 20 to detect the weight of the user and a pillar on which the solar cell unit 40 is supported or formed on the lower side of the solar cell unit 40, the solar cell unit 40 It is characterized in that it includes a security camera 16 for photographing the lower side and the surroundings.

The control unit 60 controls the temperature of the bench through the bench unit 20 through the external temperature and illuminance detected by the sensing unit 10, and is provided in the charging unit 30 when an electric device is connected to the charging unit 30. It is characterized in that theft is prevented by operating the locking member 32, and locking or unlocking is performed through a locking input input before the user operates the locking member 32.

The charging unit 30 includes a charging member 34 capable of charging a user's portable device; a mounting member 33 formed in a groove on the other side of the bench 20 or inside the rear surface of the backrest of the bench 20 to mount or support a plurality of electric devices; A locking member 32 formed on the holding member 33 to lock the electric device to prevent theft and a charging module for charging the electric device mounted or supported on the holding member 33 through the power of the battery 90 ( 31).

The holding member 33 may be formed on the inside of the other side of the bench part 20 or inside the rear surface of the backrest of the bench part 20 by digging a groove.

The input unit 70 includes a locking input body 71 formed to lock or unlock the locking member 32 by holding the electric device; It is characterized in that it includes a temperature input member 72 for arbitrarily controlling the temperature of the bench unit 20 and a folding input member 73 for manually controlling folding and unfolding of the solar cell unit 40 .

The bench unit 20 has a heating unit 21 that heats the seat and back of the bench unit 20 through the external temperature and illuminance detected by the sensing unit 10, and the sensing unit 10 detects It is characterized in that it includes a blower 22 for supplying cold air or warm air through a ventilation hole 23 formed in the backrest through external temperature and illuminance.

1 is a configuration diagram showing the internal configuration of a rest facility having a smart bench and an electric charging station according to an embodiment of the present invention, a solar cell unit 40 that generates power through sunlight and moves along the sun; A sensor 10 that captures detected values and images of the sun's position, external temperature, external pressure, external illuminance, and external movement through a camera 16 and transmits them to the controller 60; a charging unit 30 that mounts and charges electric devices through power generated through the solar cell unit 40 and stored in the battery 90 or external power; a bench unit 20 that adjusts the temperature of a bench on which a user sits based on the external temperature and illuminance detected by the sensing unit 10; An input unit that locks or unlocks the electric device to prevent theft of the electric device when charging the electric device, and allows the user to input the temperature of the bench unit 20 and the folding and unfolding of the solar cell unit 40 (70); An advertisement display unit 100 for projecting an advertisement set in the control unit 60 onto the floor through an LED display board or a laser projection unit; The detection value from the detection unit 10 or the input value from the input unit 70 is received to control the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100, and a controller 60 having a display member for displaying a screen; The state of the control unit 60, the detected value of the sensing unit 10, the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100 through wireless or wired communication with the control unit 60. The communication unit 80 transmits the operating state value of ) to the external server 110 and the communication unit 80 stores the detected value and state value received from the communication unit 80, and transmits a control signal through the detected value and state value to the control unit 60 and the server 110 for controlling the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100 by transmitting to the .

Figure 2 is a perspective view showing the overall configuration of a resting facility equipped with a smart bench and an electric charging station according to the present invention, Figure 3 is a front view of the resting facility equipped with a smart bench and electric charging station according to the present invention, 4 and 5 are diagrams showing the rotation of the solar cell unit of a resting facility equipped with a smart bench and an electric charging station according to the present invention, and FIG. 6 is a solar cell of a resting facility equipped with a smart bench and an electric charging station according to the present invention. It is a view showing that the branch panel is folded, Figure 7 is a view showing the internal structure of the folded solar cell unit panel of the rest facility equipped with a smart bench and electric charging station according to the present invention, Figure 8 is a smart bench according to the present invention It is a view showing a plane of a folded solar cell panel of a resting facility having a bench and an electric charging station, and FIG. 9 is a view showing one side of a resting facility having a smart bench and an electric charging station according to the present invention, and FIG. 10 is It is a perspective view showing the other side of a resting facility equipped with a smart bench and an electric charging station according to the present invention.

2 to 5, the solar cell unit 40 generates power through the light of the sun shining during the day, and the solar cell unit 40 according to the position of the sun detected by the sensing unit 10 is rotated under the control of the control unit 60 so as to condense the sun's light as much as possible.

At this time, the sensing unit 10 is formed on the temperature sensor 11 that detects the temperature around the bench unit 20 and the solar cell unit 40 to detect the position of the sun so that the solar cell unit 40 can detect the sun In the light tracking sensor 12, the solar cell unit 40 or the bench unit 20 to move along the illuminance sensor 13 for detecting the external illuminance, the charging unit 30 and the locking member 32 An impact sensor 14 that detects an applied external pressure or shock, a motion sensor 15 that is formed on the bench part 20 and detects a user's movement approaching the bench part 20, and the bench part 20 Formed on the seat of the weight sensor to detect the user's weight and solar cell unit 40 is formed on the pole or the lower side of the solar cell unit 40 is supported security to photograph the lower side and surroundings of the solar cell unit 40 It includes a camera 16 for use.

The temperature sensor 11 is formed on the bench part 20 to detect the temperature around the bench part 20 and transmits it to the controller 60 .

The light tracking sensor 12 is formed on the upper side of the solar cell unit 40 and detects the position of the sun and transmits it to the controller 60, through which the controller 60 rotates the solar cell unit 40. It moves along with the sun so that the panel 41 of the solar cell unit 40 can collect sunlight as much as possible.

The light tracking sensor 12 may be made of a sensor that tracks the direction of the sun's light using an optical sensor, or may be made of an LED sensor to track the light of the sun.

For example, a barrel with an open top is formed, and an optical sensor is installed at the bottom so that the control unit 60 senses the conductivity of the optical sensor according to the amount of light flowing into the barrel, and through this, the solar cell unit 40 ) can be rotated to track the sun.

The impact detection sensor 14 is connected to the charging unit 30 and detects pressure or impact trying to break the locking member 32 in order to steal the locked electric device through the locking member 32 and transmits it to the control unit 60. will do

The shock sensor 14 may be made of a pressure sensor or a piezoelectric sensor, and when made of a pressure sensor, the pressure sensed when pressure is applied to the locking member 32 higher than the pressure set in the control unit 60, the control unit ( 60) and displayed as sound and screen through a display member provided in the control unit 60.

The illuminance sensor 13 is formed on the bench unit 20 or the solar cell unit 40 to detect external illuminance and transmit it to the control unit 60 .

The brightness of the advertisement display unit 100 is controlled through the illuminance detected by the illuminance sensor 13, and when the light of the night or the sun is weak through the illuminance value of the illuminance sensor 13, the charging unit 30 ), the bench unit 20 and the advertisement display unit 100 are operated, or the battery 90 is charged.

The motion detection sensor 15 is formed on the bench part 20 to detect a user's motion approaching the bench part 20 and transmits it to the control unit 60 .

The motion detection sensor 15 is formed on the bench part 20 to sense a user's motion and operate the bench part 20 to heat or cool it.

When the movement detected by the motion detection sensor 15 is continuously detected near the bench part 20, the bench part 20 is operated, and when the movement disappears after being detected temporarily, the bench part 20 is operated. make sure not to

The weight sensor is formed on the seat of the bench part 20 so that the bench part 20 continuously operates when the user sits down, and the bench part 20 operates with the movement detected through the motion detection sensor 15. Even if there is no user's weight detected by the weight sensor for a certain period of time, the bench unit 20 is stopped from being cooled or heated.

The camera 16 is formed on a pillar on which the solar cell unit 40 is supported or on the lower side of the solar cell unit 40, photographs the lower side and surroundings of the solar cell unit 40, and transmits the image to the control unit 60. , the control unit 60 transmits the video to the server 110.

The solar cell unit 40 is rotated through the light tracking sensor 12 of the sensing unit 10 configured as described above to move along the direction of the sun.

As shown in FIGS. 2 and 6, the solar cell unit 40 has a pair formed in a horizontal direction at the top of a plurality of pillars fixed to the floor, a guide stand 44 whose middle is hinged to the pillar, and a guide A panel 41 that is folded along the stand 44, one end or the other end fixed to the guide stand 44 by a hinge, and generates power through sunlight, one end of the panel 41 and or the other side Rotating roll 45 formed at the end and middle and guided along the guide bar 44, hinged at both ends of the guide bar 44, support 46 coupled to slide to the pillar, pillar and guide bar ( 44) formed diagonally between the drive body 43 for rotating the guide bar 44 in both left and right directions, and formed at one end or the other end of the guide bar 44 and formed at one end or the other end of the battery plate 41 Rotating roll formed It consists of a first rotation motor 42 that winds the wire connected to (45) and transfers it in both directions.

The guide stand 44 is formed in a 'c' shape in cross section so that the rotary roll 45 coupled to the battery plate 41 can be guided along, and is formed in the left and right directions longer than the battery plate 41, and a pair is on both sides It is formed horizontally on the upper side of the column of

The panel 41 has a folding portion formed by a hinge so as to be folded in multiple layers, and one end or the other end is hinged to one end or the other end of the guide rod 44 and the rotating roll 45 coupled to the lower side It is guided through the guide table 44 so that it is folded.

The panel 41 senses external wind through a wind speed sensor formed on the solar cell unit 40, and when the wind speed is strong, a first rotation motor 42 formed on the other side of one end or the other end fixed by a hinge ) to wind the wire so that the panel 41 can be folded, and when the wind speed is less than the speed set in the control unit 60, the wire is reversely wound through the first rotation motor 42 so that the panel 41 is unfolded. let it be

A support 46 is hinged at both ends of the guide bar 44 of the solar cell unit 40, and the other side is slidably coupled to one point of the pillar to move the solar cell unit 40 through the driving body 43 The guide bar 44 can be rotated around the pillar.

At this time, the center of the guide rod 44 is coupled to the pillar by a hinge, and a driving body 43 coupled diagonally to the pillar is formed on one side or the other side, so that the guide rod 44 is controlled by the control unit 60. Let it rotate to follow the sun.

The actuator 43 may be formed of an electric cylinder or a hydraulic cylinder.

As shown in FIGS. 6 and 7, a cover portion 50 is separately formed on the lower side of the guide table 44, and when the battery panel 41 is folded, it spreads to block rain so that rain falls to the bench portion 20 prevent it from becoming

The shielding portion 50 has a winding roll 52 on one side or the other side of which the shielding film 53 is wound, and a shielding band connecting the guide bars 44 at both ends to the other side on which the winding roll 52 is formed ( 54) is formed on the lower side of the guide bar 44, and a second rotation motor 51 is formed at the lower center of the shader 54 to pull the shield 53 through a wire so that the shield 53 is unfolded. When the elastic material is inserted into the roll 52 and the winding force of the second rotation motor 51 is released, the shielding film 53 can be wound around the winding roll 52 again.

At this time, as shown in FIG. 8, the wires can be connected by drilling holes at both ends of the shield 53 close to the connecting rod 54, and the crossbar 55, a hard material, is attached to the shield 53 at regular intervals to (53) can be prevented from curling and from being folded by rain or wind.

The shielding film 53 may be made of a natural material or a soft synthetic resin material.

A camera 16 is formed below the guide table 44 of the solar cell unit 40 .

The camera 16 is formed on the lower side of the solar cell unit 40 to photograph the lower side and the outside of the solar cell unit 40, through which theft of electric devices, damage to rest facilities, or dangerous situations to users can be photographed. let it be

As shown in FIG. 9, a bench part 20 is formed on one side of the lower side of the solar cell part 40 so that the user can sit and rest, and the temperature sensor 11 of the sensing part 10 senses The seat and backrest of the bench are heated using the ambient temperature, or cool air or warm air is blown toward the user through the vent 23 of the bench unit 20 .

To this end, the bench unit 20 is composed of a seat and a backrest for the user to sit on, a heating wire is formed inside the seat and the backrest, and a blower unit that blows hot or cold air through a ventilation hole 23 formed in the backrest of the seat. (22) can be formed.

The blowing unit 22 may be formed of a generally used air conditioning device or a heating and cooling structure using a thermoelectric element, or may be formed of other structures.

When the blower 22 is formed through a thermoelectric element, since the cooling surface and the heating surface are integrally formed due to the characteristics of the thermoelectric element, when supplying cold air, the heating surface is blocked from being blown so that the cold air blows through the vent 23. When the warm air is supplied, the wind is blocked from flowing toward the cooling surface so that the warm air is sprayed through the vent 23.

A blower 22 is built into the backrest or seat of the bench 20, and the battery 90 is inserted and fixed into a case formed to be replaced at the back of the backrest.

In addition, the bench unit 20 provides wireless Internet (Wi-Fi: wifi) that allows users to access the Internet through a wireless Internet network.

A billboard and a lighting member of the advertisement display unit 100 are formed on the front or side surface of the bench unit 20 .

The advertisement display unit 100 is composed of an electronic display board or a laser projector and displays advertisements set in the control unit 60 or by projecting them onto the floor using a laser beam.

The lighting member is operated by the controller 60 through the external illuminance detected through the illuminance sensor 13 of the detector 10 so that the user can use the rest facility even at night.

When the advertisement display unit 100 is formed as a billboard, it is formed on both sides of the pillar to block the side of the bench unit 20, so that the user of the bench unit 20 can be protected from external wind or rain.

The advertisement display unit 100 is also formed on the other side where the charging unit 30 is formed to display advertisements set in the control unit 60 or as a billboard.

The charging unit 30 mounts and charges the electric device through power stored in the battery 90 or external power.

As shown in FIG. 10, the charging unit 30 has a charging member 34 capable of charging a user's portable device, a groove on the other side of the bench unit 20 or the inner side of the backrest of the bench unit 20. A holding member (33) formed on the inside of which is dug out to hold or support a plurality of electric devices, a locking member (32) formed on the holding member (33) to lock the electric device to prevent theft, and an electric motor mounted or supported on the holding member It includes a charging module 31 for charging the device through the power of the battery 90.

The charging member 34 is formed in the charging box 24 formed on the upper side of the backrest of the bench part 20, and charges the user's mobile device in the charging box 24 or charges through a cable connected while sitting in a seat. and enable the use of mobile devices.

The charging box 24 is formed with a lockable locking member 32 to prevent theft when the user inserts and charges the portable device, and locks or unlocks the user's security input through the input unit 70 do.

A groove is cut on the other side of the bench part 20 or on the inside of the rear surface of the backrest of the bench part, and the holding member 33 of the charging unit 30, the charging module 31, and the locking member 32 are formed on the inside, and the user can use electricity. It is placed or supported on the mounting member 33 so that electric devices such as bicycles or electric kickboards can be charged, and electric appliances or electric kickboards are locked through the locking member 32 to prevent theft.

In addition, charging is performed by connecting the cable of the charging module 31 to an electric bicycle or an electric kickboard.

At this time, since the specifications of the charging terminals of the electric bicycle or electric kickboard cannot all be the same, a connector connecting the end of the cable and the charging terminal is provided separately.

If the connector is stolen or lost, it is impossible to charge the electric device. Therefore, a fastening member or storage box is separately provided so that the connector can be taken out and connected only when charging, so that it can be charged.

The locking member 32 can be locked or unlocked by a user inputting a security password through an input of the separately formed input unit 70 .

The input unit 70 is formed in the charging unit 30 and includes a locking input body 71 formed to lock or unlock the locking member 32 by placing the electric device on the cradle when charging the electric device, and the bench part 20. A temperature input member 72 for manually controlling the heating temperature for heating the seat and the backrest and the temperature of the blower 22 and a folding input member for manually controlling the solar cell unit 40 to be folded or unfolded (73).

The input unit 70 may be formed of a touch screen or a button member having a display member.

The advertisement display unit 100 is formed on the front or side of the bench and is composed of an electronic display board or a laser projectile to display an advertisement at the user's eye level or to project an advertisement on the floor so that a user sitting on the bench 20 can see it as a laser projectile. make it possible

When an advertisement is displayed through the advertisement display unit 100, the luminance of the advertisement display unit 100 is controlled through external illuminance detected by the sensor 10.

That is, the luminance is lowered at night so that the advertisement display unit 100 does not give a visual stimulus to the driver or pedestrian of the vehicle, and the luminance is increased during the day to improve visibility.

The control unit 60 receives a detected value from the sensing unit 10 or an input value from the input unit 70 and operates the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100. It controls, and is provided with a display member for displaying sound and screen.

The control unit 60 can control the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100 with the set control value, but transmits the data through the connected communication unit 80. The bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100 may be controlled through a control signal of the server 110.

The server 110 stores the detected values and status values received from the communication unit 80, and transmits a control signal to the control unit 60 through the detected values and status values, so that the bench unit 20 and the solar cell unit 40 , the charging unit 30 and the advertisement display unit 100 are controlled.

The present invention made as described above charges the battery through sunlight and charges the user's electric device or portable device through the battery 90, so that the user sits on the bench 20 and charges the electric device or portable device while resting There are effects that can be done.

In addition, since the bench unit 20 sprays cold air or warm air through the battery 90 according to the ambient temperature, a user sitting on the bench unit 20 can sit down and rest even in winter or summer.

In addition, there is a charging unit 30 on the other side of the bench unit 20, so that the charging unit 30 can mount and charge the electric device or portable device through the battery 90, and the user can secure it through the input unit 70 during charging. It can be locked or unlocked by entering a password, which has the effect of preventing theft.

In addition, the solar cell unit 40 moves along the sun through sunlight to maximize power generation, and detects external wind through a wind speed sensor to prevent damage to the panel by folding the panel 41 when the wind speed is strong. In addition, the rain cover 53 is unfolded to block rain, thereby preventing rain from falling to the bench portion 20.

In addition, an electric signboard or projectile is formed on the front or side of the bench to display advertisements and to easily expose the advertisement to users, and to prevent users sitting on the bench from rain or wind.

A resting facility equipped with a smart bench and an electric charging station as described above is not limited to the configuration and operation of the embodiments described above. The above embodiments may be configured so that various modifications can be made by selectively combining all or part of each embodiment.

10: sensing unit 11: temperature sensor
12: light tracking sensor 13: illuminance sensor
14: shock sensor 15: motion sensor
16 : Camera
20: bench part 21: heating part
22: blower 23: vent
24: charging box
30: charging unit 31: charging module
32: locking member 33: mounting member
34: filling member
40: solar cell unit 41: panel
42: first rotation motor 43: driving body
44: guide stand 45: rotating roll
46: support
50: cover part 51: second rotation motor
52: winding roll 53: screen
54: connecting rod 55: crossbar
60: control unit
70: input unit 71: lock input body
72: temperature input member 73: folded input member
80: communication unit 90: battery
100: advertisement display unit 110: server

Claims (6)

A solar cell unit 40 that generates power through sunlight and moves along with the sun;
A sensor 10 that captures detected values and images of the sun's position, external temperature, external pressure, external illuminance, and external movement through a camera 16 and transmits them to the controller 60;
a charging unit 30 that mounts and charges electric devices through power generated through the solar cell unit 40 and stored in the battery 90 or external power;
a bench unit 20 that adjusts the temperature of a bench on which a user sits based on the external temperature and illuminance detected by the sensing unit 10;
An input unit that locks or unlocks the electric device to prevent theft of the electric device when charging the electric device, and allows the user to input the temperature of the bench unit 20 and the folding and unfolding of the solar cell unit 40 (70);
An advertisement display unit 100 for projecting an advertisement set in the control unit 60 onto the floor through an LED display board or a laser projection unit;
The detection value from the detection unit 10 or the input value from the input unit 70 is received to control the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100, and a controller 60 having a display member for displaying a screen;
The state of the control unit 60, the detected value of the sensing unit 10, the bench unit 20, the solar cell unit 40, the charging unit 30, and the advertisement display unit 100 through wireless or wired communication with the control unit 60. ) The communication unit 80 for transmitting the operating state value to the external server 110 and
Stores the detected values and status values received from the communication unit 80, and transmits a control signal to the control unit 60 through the detected values and status values, thereby enabling the bench unit 20, the solar cell unit 40, and the charging unit 30. , characterized in that it comprises a server 110 for controlling the advertisement display unit 100,
The sensing unit 10 is
a temperature sensor 11 for sensing the temperature around the bench part 20;
a light tracking sensor 12 formed on the solar cell unit 40 to sense the position of the sun so that the solar cell unit 40 moves along with the sun;
an illuminance sensor 13 formed on the solar cell unit 40 or the bench unit 20 to detect external illuminance;
an impact sensor 14 for detecting an external pressure or impact applied to the charging unit 30 and the locking member 32;
a motion detection sensor 15 formed on the bench part 20 and detecting a motion of a user approaching the bench part 20;
A weight sensor formed on the seat of the bench unit 20 to detect the user's weight, and
A security camera 16 is formed on a pillar on which the solar cell unit 40 is supported or on a lower side of the solar cell unit 40 to photograph the lower side and surroundings of the solar cell unit 40,

The control unit 60 controls the temperature of the bench through the bench unit 20 based on the external temperature and illuminance detected by the sensing unit 10,
When an electric device is connected to the charging unit 30, the locking member 32 provided in the charging unit 30 is operated to prevent theft, and it is locked or locked through a locking input input before the user operates the locking member 32. It is characterized by releasing,

The charging unit 30 is
A charging member 34 capable of charging a user's mobile device;
a mounting member 33 formed on the inside of the other side of the bench 20 or the rear surface of the backrest of the bench to mount or support a plurality of electric devices;
A locking member 32 formed on the mounting member 33 to prevent theft by locking the electric device, and
It includes a charging module 31 for charging the electric device mounted or supported on the mounting member 33 through the power of the battery 90,

The input unit 70 includes a locking input body 71 formed to lock or unlock the locking member 32 by holding the electric device;
A temperature input member 72 for arbitrarily controlling the temperature of the bench unit 20 by the user, and
Includes a folding input member 73 for manually controlling the folding and unfolding of the solar cell unit 40,

The bench part 20 is
A heating unit 21 that heats the seat and back of the bench unit 20 through the external temperature and illuminance detected by the sensing unit 10, and
A blower 22 for supplying cool air or warm air through a ventilation hole 23 formed in the backrest based on the external temperature and illuminance detected by the sensor 10,

The solar cell unit 40 includes a pair of guides 44 formed in a horizontal direction at the top of a plurality of pillars fixed to the floor, the middle of which is coupled to the pillar by a hinge;
a battery panel 41 folded along the guide bar 44, one end or the other end fixed to the guide bar 44 by a hinge, and generating power through sunlight;
A rotating roll 45 formed at one end and/or the other end and middle of the panel 41 and guided along the guide table 44;
A support 46 coupled to both ends of the guide bar 44 by hinges and slidably coupled to the pillar;
a driving body 43 formed diagonally between the guide bar 44 and the pillar to rotate the guide bar 44 in both left and right directions;
a rotating roll 45 formed at one end or the other end of the guide table 44 and formed at one end or the other end of the battery plate 41;
It is composed of a first rotation motor 42 that winds the wire connected to the rotation roll 45 and transfers it in both directions,

A support 46 is hinged at both ends of the guide bar 44 of the solar cell unit 40, and the other side is slidably coupled to one point of the pillar to move the solar cell unit 40 through the driving body 43 The guide stand 44 rotates around the column,
The guide bar 44 is hinged at the center of the pillar, and a drive body 43 coupled diagonally to the pillar is formed on one side or the other side, so that the guide bar 44 is controlled by the control unit 60 to direct the sun. make it rotate,
The panel 41 senses external wind through a wind speed sensor formed on the solar cell unit 40, and when the wind speed is strong, a first rotation motor 42 formed on the other side of one end or the other end fixed by a hinge ) to wind the wire so that the panel 41 can be folded, and when the wind speed is less than the speed set in the control unit 60, the wire is reversely wound through the first rotation motor 42 so that the panel 41 is unfolded. Characterized in that,

A covering portion 50 is formed on the lower side of the guide table 44 to prevent rain from falling to the bench portion 20 by spreading when the battery panel 41 is folded to block rain,
The shielding unit 50 has a winding roll 52 on which the shielding film 53 is wound on one side or the other side, and a shielding band 54 connecting the guide bars 44 at both ends to the other side on which the winding roll 52 is formed. ) is formed on the lower side of the guide bar 44, and a second rotation motor 51 is formed at the lower center of the shader 54 to pull the shader 53 through a wire so that the shader 53 is unfolded, and the winding roll When the elastic body is inserted into (52) and the winding force of the second rotation motor 51 is released, the screen 53 can be wound around the winding roll 52 again. Equipped with a smart bench and an electric charging station a rest facility. delete delete delete delete delete

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