KR102282564B1 - Smart mobility smart charging system - Google Patents

Abstract

The present invention relates to a smart system capable of allowing a smart mobility to be held to charge the mobility. The smart system comprises a control box device formed on the ground surface to control charging of the smart mobility held by a holder.

Description

Control box device and smart system including the same {Smart mobility smart charging system}

The present invention relates to a smart mobility smart system, and more particularly, a control box device that provides a configuration that allows a plurality of electric control devices for charging to emit heat through a fan and a plurality of vents, and a smart device including the same It is about mobility smart system.

In general, a bicycle is widely used as an exercise device used for daily sports, and is a means of transportation that is used very advantageously for short-distance transportation in downtown areas. It is effective in reducing traffic congestion and preventing pollution. In developed countries, the use of bicycles is actively promoted, and bicycle lanes are created in the city center to protect the environment, resolve traffic jams, and provide great help to public health. Recently, various measures are being considered to promote the use of bicycles in Korea as well, and a bicycle rental office can be one of the alternatives.

These bicycle rental shops are gradually upgrading their functions as electrical, electronic and information communication technologies are combined with ordinary bicycle technologies.

For example, when short-distance communication technology, satellite navigation technology, etc. are grafted, the bicycle and the cradle must be equipped with components for implementing these technologies, and the bicycle must be equipped with a rechargeable battery.

In order to charge the rechargeable battery, various methods such as a contact method and a non-contact method may be considered. However, it would be preferable to adopt a non-contact method in consideration of user safety.

In the case of a device to be charged that is mainly used outdoors, such as a bicycle, the charging surface covering the electrical contact is easily contaminated, and the charging efficiency decreases as the primary and secondary coils do not directly contact each other. This happens.

When the e-bike is erected using a pedestal, there is a problem in that a member for mounting the bicycle is absolutely necessary because the e-bike is erected while tilting in one direction.

As described above, since the cradle for mounting the bicycle and the charging device for charging electricity are separately configured, the place where the electric bicycle is mounted becomes very crowded, which impairs the aesthetics of the city.

Republic of Korea Patent No. 10-1197997

The present invention provides a configuration for charging by mounting smart mobility such as an electric kickboard, an electric bicycle, and an electric scooter that moves by electricity, and a configuration for collecting and managing location information and charging information of a charging cradle.

In addition, a configuration is provided so that heat can be dissipated through a plurality of electric control devices for charging through a fan and a plurality of vents.

In addition, in order to effectively receive sunlight, a configuration is provided so that the solar panel rotates according to time information, weather information, and GPS information.

In addition, it provides a configuration for charging by forming a charging hole configuration, inserting a handle into the hole, inserting a mobility card, or seating a wired charging terminal.

In addition, regardless of the size of the wheel, it is mounted and charged, and it provides a configuration in which the charging cradle rotates in close contact with the wall to secure a movement path when charging the bicycle.

In addition, by forming an arc-shaped pedestal suitable for the shape of the wheel, it provides a configuration to prevent the wheel from being separated.

The present invention includes a smart system that allows charging by mounting smart mobility.

In one embodiment, the smart system includes a control box device formed on the ground to control charging of smart mobility mounted on a cradle, wherein the control box device is in the form of a circle or a square on the ground. a control case formed in a single shape; a case cover that is detachably formed on the upper part of the control case to maintain the control device inside the control case; an opening and closing door formed so as to be able to be opened and closed on one side of the control case for maintenance of the control device; a plurality of ventilation holes formed around the upper portion of the control case so that the air inside the control case is discharged to the outside and the outside air is introduced into the inside; a pest prevention net attached to each ventilation hole to prevent pests from entering the control case from the outside; It includes a panel support formed in the center of the control case so that the control unit is fixed inside the control case.

In another embodiment, the control box device further includes an automatic heat dissipating unit for automatically discharging heat generated inside the control case according to a set temperature, wherein the automatic heat dissipating unit is configured to dissipate heat inside the control case to the outside. a ventilation fan formed on one side inside the control case to exhaust the air; a plurality of air passages formed in a vertical direction on the inner surface of the control case so that the wind generated by the ventilation fan from the lower portion is guided toward the ventilation hole formed on the upper portion; an open panel which is rotated in one direction when the panel rotation motor is operated and is formed to cover the upper surface of the control case so that the ventilation hole is exposed to the outside; a panel connecting bar having one side connected to the motor shaft of the panel rotating motor and the other side connected to the center inside the open panel to rotate and open and close the open panel with the rotational power generated by the panel rotating motor; a panel rotation motor formed above the motor support to rotate the open panel; a motor support formed in the upper side of the control case to support the panel rotating motor; It characterized in that it includes a temperature sensor formed on one side of the inside of the control case to sense the temperature inside the control case.

In one embodiment, the smart system includes a solar panel device for charging a moving means of a bicycle or a kickboard using sunlight, and the solar panel device is formed by a panel support to receive sunlight. becoming a solar panel; a panel frame that supports the solar panel and is formed on the lower surface of the solar panel to be connected to the panel support; a panel support formed vertically below the panel frame to support the solar panel; It includes a support member formed below the panel support to fix the solar panel to the ground.

In another embodiment, the solar panel device further comprises a awning opening and closing panel unit for blocking light irradiated during charging while a bicycle and a kickboard are mounted, or for providing rain protection in case of rain, the awning opening and closing panel unit, Folding means operated to be folded in the lower direction on both sides of the solar panel, or unfolded in the upper direction; and slide means that slide open and close in both directions from the lower surface of the solar panel, wherein the folding means includes: a folding awning panel coupled to both sides of the panel frame by a hinge hinge; a pivot hinge formed to be connected between the panel frame and the folding awning panel so that the folding awning panel is rotated based on the panel frame; a rotation gear formed on one side of the folding shade panel so that the folding shade panel can be rotated by receiving rotational power generated from the rotation motor; a rotation motor formed on both sides of the front side of the panel frame to provide rotational power to the rotation gear side; a motor pulley connected to the motor shaft of the rotation motor to receive rotational power from the rotation motor; an operation belt connected between the motor pulley and the rotation gear to provide rotational power of the motor pulley to the rotation gear side; The slide means may include slide guides respectively formed in the lower front and rear sides of the panel frame so that the slide awning panel can be slid to both sides of the panel frame; a slide groove formed in a horizontal direction on each slide guide so that the slide member can be inserted and moved; A slide awning panel formed to slide from the lower side of the slide guide to both sides; a slide member having one side inserted into the slide groove so that the slide awning panel can be moved along the slide groove, and the other side being fixedly formed on one side of the slide awning panel; a slide cylinder connected to the slide member to pull or push the slide member and formed on both sides of the front side of the panel frame so that the slide awning panel connected to the slide member can slide; a moisture sensor formed on one side of the panel frame to detect rain; It includes a light detection sensor formed on the other side of the panel frame to detect the direction of light, wherein the solar panel device further includes a panel rotating unit for rotating and elevating the solar panel according to the direction of light irradiation, The panel rotating unit, a rotating plate support formed in a "+" shape in the center of the panel frame to support the rotating shaft; a rotation shaft formed in connection with the motor shaft of the horizontal rotation motor so that the disk shaft can be inserted; a horizontal rotation motor formed in the upper center of the rotating plate support to rotate the rotating shaft; a disk shaft formed to be rotated by being inserted into the rotation shaft; a rotating disc formed on the upper part of the disc shaft, and formed inside the coupling flange and the fixed flange; a coupling flange formed to be coupled to the fixing flange through a contact member and a fixing bolt in a direction corresponding to the fixing flange to fix the rotating disk; a fixing flange formed on the lower surface of the rotating plate in a direction corresponding to the coupling flange to fix the rotating disc; a contact member formed to be in close contact with each other around the coupling flange and the fixing flange to fix the coupling flange and the fixing flange; a fixing bolt formed to mutually fix the contact member of the coupling flange and the contact member of the fixing flange; a rotating plate formed above the fixing flange to rotate at the same speed in the same direction as the rotating disk rotates; One side is fixed to the rotating plate to adjust the angle of the solar panel toward the light irradiation direction, the cylinder axis is formed in plurality so as to be fixed to the lower surface of the solar panel cylinder; a rotation controller formed on one side of the rotation plate to operate the disk cylinder and the horizontal rotation motor from the illuminance sensor; It characterized in that it includes an illuminance sensor formed on one side of the rotating plate to detect the direction in which light is irradiated.

In one embodiment, the smart system includes a smart docking device for charging a bicycle and a kickboard in a holder on a cradle, wherein the smart docking device includes: a seating member formed on the ground to seat the bicycle and the kickboard; an entry surface in which one side of the seating member is formed in the form of an oblique line so that the bicycle and the kickboard can smoothly enter the top surface of the seating member; a docking support formed vertically from the mounting member to support the docking member on the mounting member; a docking member formed in a "∩" shape so that the handle of the bicycle and the kickboard enters, and formed above the docking support; a wireless charging pad formed on the inner surface of the docking member so that wireless charging is performed by sensing when a bicycle and a kickboard capable of wireless charging enter the docking member; and a charging state formed on the upper surface of the docking member in order to display the charging state in color.

In another embodiment, the smart docking device further includes a ground docking unit for docking through a fixed, card, and wired connection when the handle is entered, and the ground docking unit is fixed by rotating the handle in the docking member. a handle-fixing docking means for completing docking and charging; and a card slot docking means for inserting a card connected to the handle toward the docking member to complete docking due to card recognition and to charge the card. and a wired docking means for completing docking and charging by coupling the wired cable connected to the handle to the docking member, wherein the handle fixing docking means includes: a grounding groove formed in the inner surface of the docking member; a grounding protrusion formed on one side of the handle of the bicycle and the kickboard to be coupled to the grounding groove by close rotation; It includes a protrusion adhesion sensor formed on one side of the ground protrusion to sense the coupling state of the ground protrusion coupled to the ground groove, wherein the card slot docking means includes: a slot member formed on one side of the docking member so that the slot card can be inserted; a card insertion groove formed in the front of the slot member so that the slot card is inserted; a ground terminal formed inside the card insertion groove to be in contact with the contact terminal; a slot card connected to the handle and slide-inserted into the card insertion groove for charging; a contact terminal formed on the slot card to make contact with the ground terminal; an insertion sensor formed on the front of the slot card to detect whether the slot card is in close contact with the card insertion groove; It includes a slot cable formed on one side of the slot card to receive electricity charged by contact between the ground terminal and the contact terminal, wherein the wired docking means includes: a wired docking member formed on one side of the docking member; a member cover formed so as to be able to open and close the upper part of the wired docking member in order to expose the docking groove to the outside; a docking groove formed in the upper part of the wired docking member so that the wired docking ground formed on the cable member can be coupled; a cable member connected to the handle and formed to be coupled to the docking groove; Wired docking ground formed on the lower surface of the cable member to be inserted into the docking groove to receive electricity; a docking sensor formed on one side of the cable member to detect the coupling between the cable member and the wired docking member; One end is connected to the cable member in order to provide electricity received through the wired docking ground coupled to the docking groove to one of the bicycle and the kickboard, and the other end is connected to the battery formed in any one of the bicycle and the kickboard. A wired cable is formed, wherein the smart docking device further includes a docking height adjustment unit for adjusting the docking height of any one of a bicycle or a kickboard, and the docking height adjustment unit is seated so that the floating support is raised and lowered. a lower support formed as an upper part of the member; an adjustment shaft formed in the center of the upper part of the lower support so that the movable support can smoothly ascend and descend without shaking when ascending and descending; a flow support formed in the upper direction of the lower support so as to ascend and descend in the upper direction along the control axis; Shaft flow groove formed inside the flow support so that the adjustment shaft can be inserted; a control cylinder embedded in a plurality of the lower support to elevate and lower the flow support based on the lower support, the cylinder shaft being connected to one side of the flow support; an entrance detection sensor formed on one side of the flow support to detect that any one of a bicycle or a kickboard enters the seating member side; a height detection sensor formed on one side of the floating support to detect the docking height of any one of the entered bicycle or kickboard; an entrance detection light formed on one side of the flow support to display the user when the entrance completion information is provided from the entrance detection sensor; It is characterized in that it includes a height detection completed light formed on one side of the floating support to display to the user upon receiving the height adjustment completed information from the height detection sensor.

In one embodiment, the smart system includes a smart mounting device for supporting the wheel of any one of a bicycle or a kickboard, and the smart mounting device is, when the wheel of any one of a bicycle or a kickboard enters. It includes a plurality of wheel cradles formed on the ground so as not to cause shaking, and the smart cradle is a slide pin formed on one side of the wheel cradle to move along the spacing adjusting groove as much as the width interval of the wheel on which the wheel cradle is mounted. ; an outer detachment prevention plate formed in one direction of the wheel holder to prevent the outer spring from being detached; an inner separation prevention plate formed between the wheel holder on one side and the wheel holder on the other side to prevent sticking and separation due to the expansion of the inner spring when the width of the wheel holder formed on both sides is adjusted; an outer spring formed to act as a buffer between the wheel holder and the outer separation prevention plate by the width of the wheel; An inner spring formed between the inner separation prevention plate formed between the wheel holders formed on both sides to expand and cushion the wheel by the width of the wheel; an outer separation prevention plate, an inner separation prevention plate, an outer spring and an inner spring, and a spacing adjusting shaft formed in a vertical direction with the wheel holder; a gap adjusting member formed on one side of the wheel holder so that the slide pin can be inserted and moved; A gap adjusting groove formed on the gap adjusting member so that the slide pin can be inserted; a hinge member formed on one side of the spacing adjusting member so that any one of a bicycle or a kickboard mounted on the wheel holder can be in close contact with the wall side; a wall fixing member formed on one side of the hinge coupling member so that the hinge coupling member for coupling the hinge member can be fixed to the wall surface and fixed to the wall using an anchor bolt; a hinge coupling member formed on one side of the wall fixing member so as to be coupled to the hinge member; and a hinge pin which is rotatably inserted when the hinge member and the hinge coupling member are coupled.

In another embodiment, the smart cradle device further includes a cradle width adjusting unit for adjusting the width of the mounted wheel, and the cradle width adjusting unit is a wheel formed on the ground so that the wheel cradle can be seated. seating plate; a rail groove formed in the horizontal direction on the upper surface of the wheel seating plate so that the rail member is inserted and slidably moved; a rail member inserted into the rail groove and formed on both sides of the lower side of the wheel holder so that the wheel holder can slide; Spacing screws formed inside the wheel seating plate so as to be coupled to the rail member to slide the rail member; a spacing motor formed in one side of the wheel seating plate to rotate the spacing screw, the motor shaft being connected to the spacing screw; a contact pad formed on one surface of the wheel holder so that the sliding wheel holder does not damage the wheel when the wheel holder is in close contact with the wheel of any one of the bicycle or kickboard; a gap adjusting sensor respectively formed on opposite surfaces between the wheel holder of one side and the wheel holder of the other side to detect the distance between the wheel holder of one side and the wheel holder of the other side; It is characterized in that the wheel holder on both sides includes a compression sensor formed between the wheel holder and the contact member so that the interval motor operates by a preset pressure when the wheel is compressed.

In one embodiment, the smart system includes a wheel support device formed on the ground so that the wheel of any one of a bicycle or a kickboard is seated, and the wheel support device is a wheel seating plate that is seated on the ground so that the wheel is seated. ; A ground anchor fixed to the ground through the wheel seating plate to fix the wheel seating plate to the ground; a water discharge hole formed on one side of the wheel seating plate so that water attached to the wheel mounted on the wheel seating plate is discharged without accumulating; a wheel separation prevention end formed in a plurality around the upper surface of the wheel seating plate to prevent the wheel from being separated from the wheel seated on the wheel seating plate; It includes a wheel separation prevention groove formed on one side of the wheel seating plate so as not to be separated from the wheel seating plate when the wheel is seated.

In another embodiment, the wheel support device further includes a rainwater removal control unit for removing rainwater accumulated on the wheel seating plate to prevent stains on the wheel seating plate and to remove foreign substances, and the rainwater removal control unit , a hinge ring formed below the wheel seating plate so that the wheel seating plate is coupled to the rotating member embedded in the ground and rotates; An elastic spring formed between the hinge ring and the wheel seating plate so that the other side is not damaged by ground contact when one side of the wheel seating plate rises; a rotating member embedded in the ground so that the hinge ring is coupled and rotated; a lifting cylinder embedded in the ground to raise the wheel seat plate at the position where the wheel wheel is seated; It includes a rainwater sensor formed on one side of the upper surface of the wheel seating plate to detect rainwater.

As described above, various smart mobility can be mounted and charged, and the charging location and charging state can be easily checked, and the current location of smart mobility can be known to prevent loss and facilitate maintenance. to provide.

In addition, a plurality of electric control devices for charging allow heat to be dissipated through a fan and a plurality of vents, thereby providing an effect of extending the life of the charging system.

In addition, it provides the effect of maximizing the efficiency of electric charging by allowing the solar panel to rotate according to time information, weather information, and GPS information to effectively receive sunlight.

In addition, by forming a charging hole configuration, inserting a handle in the hole, inserting a mobility card, or seating a wired charging terminal to charge, it provides the effect of enabling charging of various types of charging smart mobility.

In addition, regardless of the size of the wheel, it is mounted and charged, and when the bicycle is charged, the charging cradle is rotated close to the wall side to secure the movement path, so that the user walking on the sidewalk or the user using the path is not inconvenienced.

In addition, by forming an arc-shaped pedestal suitable for the shape of the wheel to prevent the wheel from being separated, it provides an effect of preventing falling by an external force applied from the outside or an external force such as wind during charging.

1A and 1B are conceptual diagrams of a smart system of the present invention.
2 is a view showing a control box device for the smart system of the present invention.
3 is a view showing an automatic heat dissipation unit that is another embodiment of the control box device.
4A and 4B are views showing a solar panel device for the smart system of the present invention.
Figure 5a is a view showing the awning opening and closing panel unit that is another embodiment for the solar panel device.
5B is a view showing a panel rotating unit according to another embodiment of the solar panel device;
Figure 6a is a view showing a smart docking device for the smart system of the present invention.
Figure 6b is a view showing a docking ground unit according to another embodiment of the smart docking device.
7 is a view showing a docking height adjustment unit that is another embodiment of the smart docking device.
8A and 8B are diagrams showing a smart mounting device for the smart system of the present invention.
9 is a view showing a cradle width adjustment unit according to another embodiment of the bicycle support device.
10A and 10B are views showing a wheel support device for the smart system of the present invention.
11 is a view showing a rainwater removal control unit according to another embodiment of the wheel support device.
12 is a view showing a standing device according to another embodiment further included in the smart system of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0023] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention with respect to one embodiment. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description set forth below is not intended to be taken in a limiting sense, and the scope of the invention, if properly described, is limited only by the appended claims, along with all scope equivalents to those claimed. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

1A and 1B are conceptual diagrams of a smart system of the present invention.

Smart Mobility A smart system is a smart system.

As shown in the figure, the integrated management server 11 accesses the terminal management server 13 and uses the charging status information and usage status information of the smart mobility of the terminal 12 from the terminal management server 13. It is characterized in that location information and user information are managed.

The integrated management server 11 and the terminal management server 13 transmit/receive through a network, and transmit/receive using short-range wireless communication between the user's smartphone 15 and the terminal management server 13, or use a network. It is characterized in that transmission and reception are performed through the

A user using smart mobility can make a payment related to charging and use through the user's smartphone 15, and the payment is connected to the terminal management server 13 at the same time as inputting the terminal 12 information, and the terminal management server In (13), it is connected to the integrated management server 11 and is formed so that payment is made.

In addition, the terminal management server 13 is interlocked with the public transportation server 14 through a network so that the user can receive public transportation information through the terminal management server 13 .

In addition, by using the user's smartphone 15 to access the terminal management server 13 at the location, the user selects the desired smart mobility and makes a reservation.

2 is a view showing the control box device 100 for the smart system of the present invention.

As shown in the drawing, the control box device 100 is formed to control charging of smart mobility mounted on a cradle, and the control box device 100 is formed on the ground.

The control box device 100 includes a control case 110 , a case cover 111 , an opening and closing door 112 , a ventilation hole 113 , a pest control net 114 , and a panel support 115 .

The control case 110 is characterized in that it is formed in any one of a circular shape or a square shape on the ground.

The case cover 111 is formed to maintain the control device inside the control case 110 , and the case cover 111 is formed to be detachably attached to the upper part of the control case 110 .

The opening/closing door 112 is formed for maintenance of the control device, and the opening/closing door 112 is formed so as to be able to be opened and closed from one side of the control case 110 .

The ventilation holes 113 are formed so that the air inside the control case 110 is discharged to the outside and external air is introduced into the inside, and the ventilation holes 113 are formed in a plurality around the upper portion of the control case 110 . characterized.

The pest prevention net 114 is formed to prevent pests from entering the control case 110 from the outside, and the pest prevention net 114 is attached to each ventilation hole 113 .

The panel support 115 is formed so that the control device is fixed inside the control case 110 , and the panel support 115 is formed in the center of the control case 110 and is detachably formed.

3 is a view showing an automatic heat dissipation unit 150 that is another embodiment for the control box device 100 .

As shown in the drawing, the automatic heat dissipating unit 150 is configured to be further included in the control box device 100 , and the automatic heat dissipating unit 150 is configured to set the heat generated inside the control case 110 . It is characterized in that it is automatically discharged according to the temperature.

The automatic heat release unit 150 includes a ventilation fan 151 , an air flow path 152 , an open panel 153 , a panel connection bar 154 , a panel rotation motor 155 , a motor support 156 , and a temperature sensor ( 157).

The ventilation fan 151 is formed to discharge heat inside the control case 110 to the outside, and the ventilation fan 151 is formed on one side inside the control case 110 .

The air flow path 152 is formed so that the wind generated by the ventilation fan 151 from the bottom is guided toward the ventilation hole 113 formed at the top, and the air flow path 152 is vertical to the inner surface of the control case 110 . It is characterized in that a plurality is formed.

The open panel 153 is rotated in one direction when the panel rotation motor 155 is operated to expose the ventilation hole 113 to the outside, and the open panel 153 is configured to cover the upper surface of the control case 110 . characterized in that it is formed.

The panel connection bar 154 is formed to open and close the open panel 153 with rotational power generated by the panel rotation motor 155 , and the panel connection bar 154 has one side of the panel rotation motor 155 . It is connected to the motor shaft of the, the other side is characterized in that the open panel 153 is connected to the inner center.

The panel rotation motor 155 is formed to rotate the open panel 153 , and the panel rotation motor 155 is formed above the motor support 156 .

The motor support 156 is formed to support the panel rotation motor 155 , and the motor support 156 is formed on the inner side of the control case 110 .

The temperature sensor 157 is formed to sense the temperature inside the control case 110 , and the temperature sensor 157 is formed on one side inside the control case 110 .

4A and 4B are views showing the solar panel device 200 for the smart system of the present invention.

As shown in the drawing, the solar panel device 200 is characterized in that the moving means of a bicycle or a kickboard is charged using sunlight.

The solar panel device 200 includes a solar panel 210 , a panel frame 211 , a light panel support 212 , and a support member 213 .

The photovoltaic panel 210 is formed to receive sunlight, is formed at a predetermined height from the ground, and the photovoltaic panel 210 is formed by the photovoltaic panel support 212 .

The panel frame 211 supports the photovoltaic panel 210 and is formed to be connected to the photovoltaic panel support 212, wherein the panel frame 211 is formed on the lower surface of the photovoltaic panel 210 do.

The optical panel support 212 is formed to support the solar panel 210 , and the optical panel support 212 is vertically formed below the panel frame 211 .

The support member 213 is formed to fix the photovoltaic panel 210 to the ground, and the support member 213 is formed under the light panel support 212 .

5A is a view showing the awning opening and closing panel unit 250 that is another embodiment for the solar panel device 200 .

As shown in the drawing, the awning opening and closing panel unit 250 is configured to be further included in the solar panel device 200, and the awning opening and closing panel unit 250 is light irradiated while charging a bicycle and a kickboard are mounted. It is characterized in that it blocks or provides rain protection in case of rain.

The awning opening and closing panel unit 250 includes a folding means (251).

The folding means 251 is characterized in that the photovoltaic panel 210 is operated to be folded in the lower direction from both sides or to be unfolded in the upper direction.

The folding means 251 includes a folding awning panel 252 , a rotation hinge 253 , a rotation gear 254 , a rotation motor 255 , a motor pulley 256 , and an operation belt 257 .

The folding awning panel 252 is characterized in that the panel frame 211 is coupled to both sides by pivoting hinges 253 .

The folding awning panel 252 is characterized in that it operates when the moisture value set by the moisture sensor 268 and the moisture value measured are the same or higher.

The pivoting hinge 253 is formed such that the folding awning panel 252 is rotated with respect to the panel frame 211 , and the pivoting hinge 253 is a connection between the panel frame 211 and the folding awning panel 252 . characterized by being

The rotation gear 254 is formed so that the folding awning panel 252 can be rotated by receiving rotational power generated from the rotation motor 255, and the rotation gear 254 is the folding awning panel 252 to one side. characterized in that it is formed.

The rotation motor 255 is formed to provide rotational power to the rotation gear 254 side, and the rotation motor 255 is formed on both sides of the front side of the panel frame 211, respectively.

The motor pulley 256 is formed to receive rotational power from the rotation motor 255 , and the motor pulley 256 is connected to the motor shaft of the rotation motor 255 .

The operation belt 257 is formed to provide rotational power of the motor pulley 256 to the rotational gear 254 side, and the operation belt 257 is connected between the motor pulley 256 and the rotational gear 254 . characterized by being

In addition, the awning opening and closing panel unit 250 includes a moisture sensor 268 and a light sensor 269 .

The moisture sensor 268 is formed to detect rain, and the moisture sensor 268 is formed on one side of the panel frame 211, and the moisture sensor 268 is an input setting. It is formed to detect when it is equal to or greater than a value.

The light sensor 269 is formed to detect the direction of light, and the light sensor 269 is formed on the other side of the panel frame 211 .

FIG. 5B is a view showing a panel rotating unit 270 that is another embodiment of the solar panel device 200 .

As shown in the drawing, the panel rotating unit 270 is configured to be further included in the solar panel device 200, and the panel rotating unit 270 rotates and rotates the solar panel 210 according to the irradiation direction of light. It is characterized in that it is raised and lowered to obtain a large amount of light.

The panel rotating unit 270 includes a rotating plate support 271, a rotating shaft 272, a horizontal rotating motor 285, a disc shaft 273, a rotating disc 274, a coupling flange 277, a fixed flange 278, close contact. It includes a member 279 , a fixing bolt 280 , a rotation plate 281 , a disk cylinder 284 , a rotation controller 282 , and an illuminance sensor 283 .

The rotating plate support 271 is formed to support the rotating shaft 272 , and the rotating plate support 271 is formed in a “+” shape in the center of the panel frame 211 .

The rotation shaft 272 is formed so that the disk shaft 273 can be inserted, and the rotation shaft 272 is connected to the motor shaft of the horizontal rotation motor 285 .

The horizontal rotation motor 285 is formed to rotate the rotation shaft 272 , and the horizontal rotation motor 285 is formed in the upper center of the rotation plate support 271 .

The disk shaft 273 is inserted into the rotation shaft 272 to rotate.

One side of the disk shaft 273 is formed under the rotation disk 274 so that the rotation disk 274 rotates when the disk shaft 273 rotates.

The rotating disk 274 is formed on the disk shaft 273 and is characterized in that it is formed inside the coupling flange 277 and the fixing flange 278 .

The coupling flange 277 is formed to fix the rotating disk 274, and the coupling flange 277 is in a direction corresponding to the fixing flange 278 through the contact member 279 and the fixing bolt 280. It is characterized in that it is formed in combination with the fixing flange (278).

The fixing flange 278 is formed to fix the rotating disk 274, and the fixing flange 278 is formed on the lower surface of the rotation plate 281 in a direction corresponding to the coupling flange 277. .

The contact member 279 is formed to fix the coupling flange 277 and the fixing flange 278, and the contact member 279 is in close contact with each other around the coupling flange 277 and the fixing flange 278. characterized in that it is formed.

The fixing bolt 280 is characterized in that it is formed to mutually fix the contact member 279 of the coupling flange 277 and the contact member 279 of the fixing flange 278.

The rotation plate 281 is formed to rotate at the same speed in the same direction as the rotation disk 274 rotates, and the rotation plate 281 is formed above the fixing flange 278 .

The disk cylinder 284 is formed to adjust the angle of the solar panel 210 toward the light irradiation direction, and the disk cylinder 284 has one side fixed to the rotation plate 281, and the cylinder axis is the sun. It is characterized in that a plurality of light panels 210 are formed to be fixed to the lower surface.

The rotation controller 282 is formed to operate the disk cylinder 284 and the horizontal rotation motor 285 from the illuminance sensor 283, and the rotation controller 282 is formed on one side of the rotation plate 281 characterized.

GPS information and time information are input to the rotation controller 282 to receive GPS information.

The illuminance sensor 283 is formed to sense the direction in which light is irradiated, and the illuminance sensor 283 is formed on one side of the rotation plate 281 .

6A is a view showing a smart docking device 300 for the smart system of the present invention.

As shown in the drawing, the smart docking device 300 is characterized in that it is for charging the bicycle and the kickboard in the holder on the cradle.

The smart docking device 300 includes a seating member 310 , an entry surface 311 , a docking support 312 , a docking member 313 , a wireless charging pad 314 , a charging state and the like 315 .

The seating member 310 is formed to seat a bicycle and a kickboard, and the seating member 310 is formed on the ground and fixed to the ground by a fixing means.

The entry surface 311 is formed so that a bicycle and a kickboard can smoothly enter the upper surface of the seating member 310, and the entry surface 311 is formed in the form of an oblique line on one side of the seating member 310. characterized.

The docking support 312 is formed to support the docking member 313 on the seating member 310 , and the docking support 312 is vertically formed in the seating member 310 .

The docking member 313 is formed so that handles of bicycles and kickboards enter, and the docking member 313 is formed in a “∩” shape and is formed above the docking support 312 .

The wireless charging pad 314 is formed so that wireless charging is performed by sensing when a bicycle and a kickboard capable of wireless charging enter the docking member 313, and the wireless charging pad 314 is formed inside the docking member 313. characterized by being

The charging state light 315 is formed to display the charging state in color, and the charging state light 315 is formed on the upper surface of the docking member 313 .

Figure 6b is a view showing a smart docking device 300 for the smart system of the present invention.

As shown in the drawing, the smart docking device 300 further includes a ground docking unit 350, and the ground docking unit 350 is fixed when the handle enters, so that docking is made through a card or a wire. is characterized for

The ground docking unit 350 includes a handle fixing docking means 351 , a card slot docking means 355 , and a wired docking means 363 .

The handle fixing and docking means 351 is characterized in that the docking is completed by fixing the handle by rotating it in the docking member 313 so as to be charged.

The handle fixing means 351 includes a ground groove 352 , a ground protrusion 353 , and a protrusion adhesion sensor 354 .

The ground groove 352 is characterized in that it is formed on the inner surface of the docking member 313 , and charging is performed by contacting the ground protrusion 353 with the ground groove 352 .

The ground protrusion 353 is formed on one side of the handle of the bicycle and the kickboard, and is formed to be coupled to the ground groove 352 by close rotation.

The protrusion adhesion sensor 354 is formed to detect the coupling state of the ground protrusion 353 coupled to the ground groove 352, and the protrusion adhesion sensor 354 is formed on one side of the ground protrusion 353 characterized.

The card slot docking means 355 inserts the card connected to the handle toward the docking member 313 so that docking due to card recognition is completed and charging is performed.

The card slot docking means 355 includes a slot member 356, a card insertion groove 357, a ground terminal 358, a slot card 359, a contact terminal 360, an insertion sensor 361, and a slot cable 362. ) is included.

The slot member 356 is formed so that the slot card 359 can be inserted, and the slot member 356 is formed on one side of the docking member 313 .

The card insertion groove 357 is formed so that the slot card 359 is inserted, and the card insertion groove 357 is formed in the front of the slot member 356 .

The ground terminal 358 is formed to be in contact with the contact terminal 360 , and the ground terminal 358 is formed inside the card insertion groove 357 .

The slot card 359 is connected to the handle and formed for charging, and the slot card 359 is slide-inserted into the card insertion groove 357 .

The contact terminal 360 is formed to be in contact with the ground terminal 358 , and the contact terminal 360 is formed on the slot card 359 .

The insertion sensor 361 is formed to detect whether the slot card 359 is in close contact with the card insertion groove 357, and the insertion sensor 361 is formed on the front side of the slot card 359 do it with

The slot cable 362 is formed to receive electricity charged by the contact between the ground terminal 358 and the contact terminal 360, and the slot cable 362 is formed on one side of the slot card 359. do it with

The wired docking means 363 is characterized in that the docking is completed as the wired cable 370 connected to the handle is coupled to the docking member 313 so as to be charged.

The wired docking means 363 includes a wired docking member 364 , a member cover 365 , a docking groove 366 , a cable member 367 , a wired docking ground 368 , a docking sensor 369 , and a wired cable 370 . ) is included.

The wired docking member 364 is characterized in that the docking member 313 is formed on one side.

The member cover 365 is formed to expose the docking groove 366 to the outside, and the member cover 365 is formed so as to be able to open and close to the upper portion of the wired docking member 364 .

The docking groove 366 is formed so that a wired docking ground 368 formed on the cable member 367 can be coupled, and the docking groove 366 is formed above the wired docking member 364. do.

The cable member 367 is connected to the handle and characterized in that it is formed to be coupled to the docking groove 366 .

The wired docking ground 368 is inserted into the docking groove 366 to receive electricity, and the wired docking ground 368 is formed on the lower surface of the cable member 367 .

The docking sensor 369 is formed to detect the coupling between the cable member 367 and the wired docking member 364 , and the docking sensor 369 is formed on one side of the cable member 367 .

The wired cable 370 is formed to provide electricity received through a wired docking ground 368 coupled to the docking groove 366 to one of a bicycle and a kickboard, and the wired cable 370 is One side is connected to the cable member 367, and the other side is connected to a battery formed in any one of a bicycle and a kickboard.

7 is a view showing a docking height adjustment unit 390 that is another embodiment for the smart docking device 300 .

As shown in the drawing, the docking height adjustment unit 390 is configured to be further included in the smart docking device 300, and the docking height adjustment unit 390 adjusts the docking height of any one of a bicycle or a kickboard. It is characterized in that it is for control.

The docking height adjustment unit 390 includes a lower support 391, an adjustment shaft 392, a movable support 393, a shaft flow groove 394, an adjustment cylinder 395, an entry detection sensor 396, a height detection sensor. (397), including approach detection light, height detection completion, etc.

The lower support 391 is formed so that the flow support 393 is raised and lowered, and the lower support 391 is formed above the seating member 310 .

The adjustment shaft 392 is formed so that the flow support 393 smoothly ascends and descends without shaking when ascending and descending, and the adjustment shaft 392 is formed in the upper center of the lower support 391 .

The flow support 393 is formed to ascend and descend upward along the adjustment shaft 392 , and the flow support 393 is formed in the upper direction of the lower support 391 .

The shaft flow groove 394 is formed so that the adjustment shaft 392 can be inserted, and the shaft flow groove 394 is formed inside the flow support 393 .

The adjustment cylinder 395 is formed to elevate the flow support 393 with respect to the lower support 391, and the adjustment cylinder 395 is embedded in a plurality of the lower support 391, and the cylinder shaft is The flow support 393 is characterized in that it is connected to one side.

The entry detection sensor 396 is formed to detect that any one of a bicycle or a kickboard enters the seating member 310 side, and the entry detection sensor 396 is formed on one side of the flow support 393 characterized in that

The height detection sensor 397 is formed to detect the docking height of any one of the entered bicycle or kickboard, and the height detection sensor 397 is formed on one side of the floating support 393 .

The entrance detection light is formed to display to the user upon receiving the entry completion information from the entrance detection sensor 396 , and the entrance detection light is characterized in that it is formed on one side of the flow support 393 .

The height sensing completion light is formed to be displayed to the user upon receiving the height adjustment completion information from the height sensing sensor 397, and the height sensing completion light is formed on one side of the floating support 393.

8A and 8B are diagrams showing a smart mounting device 400 for a smart system of the present invention.

As shown in the drawing, the smart mounting device 400 is characterized in that it is formed to support the wheel of any one of a bicycle or a kickboard.

The smart mounting device 400 is a wheel holder 410, a slide pin 411, an outer separation prevention plate 412, an inner separation prevention plate 413, an outer spring 414, an inner spring 415, gap adjustment It includes a shaft 416 , a gap adjusting member 417 , a gap adjusting groove 418 , a hinge member 419 , a wall fixing member 420 , a hinge coupling member 421 , and a hinge pin 422 .

The wheel holder 410 is formed so as not to cause shaking when the wheel of any one of a bicycle or a kickboard enters, and the wheel holder 410 is formed in plurality on the ground.

In addition, the wheel holder 410 is characterized in that the side surface is formed in a curved shape so that it can be mounted regardless of the size of the wheel.

The slide pin 411 is formed to move along the interval adjusting groove 418 by the width interval of the wheel on which the wheel holder 410 is mounted, and the slide pin 411 is formed on one side of the wheel holder 410 characterized in that

The outer separation prevention plate 412 is formed to prevent separation of the outer spring 414 , and the outer separation prevention plate 412 is formed in one direction of the wheel holder 410 .

The inner separation prevention plate 413 is formed to prevent stickiness and separation due to the expansion of the inner spring 415 when the width of the wheel holder 410 formed on both sides is adjusted, and the inner separation prevention plate 413 ) is formed between the wheel holder 410 on one side and the wheel holder 410 on the other side.

The outer spring 414 is characterized in that it is formed between the wheel holder 410 and the outer departure prevention plate 412 to act as a buffer by the width of the wheel.

The outer spring 414 is compressed when the wheel holder 410 formed on both sides is widened around the center, and is relaxed when it is narrowed.

The inner spring 415 is formed between the inner separation prevention plates 413 formed between the wheel supports 410 formed on both sides to expand and cushion the wheel by the width of the wheel.

The spacing adjustment shaft 416 is formed to support the outer separation prevention plate 412, the inner separation prevention plate 413, the outer spring 414, and the inner spring 415, the spacing adjustment shaft 416 is It is characterized in that it is formed in the vertical direction with the wheel holder 410.

The gap adjusting member 417 is formed so that the slide pin 411 can be inserted and moved, and the gap adjusting member 417 is formed on one side of the wheel holder 410 .

The gap adjusting groove 418 is formed so that the slide pin 411 can be inserted, and the gap adjusting groove 418 is formed on the gap adjusting member 417 .

The hinge member 419 is formed so that any one of a bicycle or a kickboard mounted on the wheel holder 410 can be in close contact with the wall side, and the hinge member 419 is formed on one side of the spacing adjusting member 417. characterized by being

The wall fixing member 420 is formed so that a hinge coupling member 421 for coupling the hinge member 419 can be fixed to the wall surface, and the wall fixing member 420 is a hinge coupling member 421 to one side. It is characterized in that it is formed and fixed to the wall using anchor bolts.

The hinge coupling member 421 is formed to be coupled to the hinge member 419 , and the hinge coupling member 421 is formed on one side of the wall fixing member 420 .

The hinge pin 422 is rotatably inserted when the hinge member 419 and the hinge coupling member 421 are coupled.

9 is a view showing a cradle width adjusting unit 450 that is another embodiment for the smart cradle device 400 .

As shown in the drawing, the cradle width adjusting unit 450 is configured to be further included in the smart mounting device 400, and the cradle width adjusting unit 450 is configured to adjust according to the size of the width of the mounted wheel. characterized.

The mounting width control unit 450 includes a wheel seating plate 451, a rail groove 452, a rail member 453, a spacing screw 454, a spacing motor 455, a contact pad 456, a spacing sensor ( 457), including a compression sensor 458.

The wheel seat plate 451 is formed so that the wheel holder 410 can be seated, and the wheel seat plate 451 is formed on the ground and fixed to the ground by a fixing means.

The rail groove 452 is formed so that the rail member 453 can be inserted and slidably moved, and the rail groove 452 is formed on the upper surface of the wheel seating plate 451 in a horizontal direction.

The rail member 453 is inserted into the rail groove 452 so that the wheel holder 410 can be slidably moved, and the rail member 453 is formed on both sides of the lower side of the wheel holder 410. do.

The spacing screw 454 is formed to slide the rail member 453, and the spacing screw 454 is formed inside the wheel seating plate 451 to be coupled to the rail member 453. .

The spacing motor 455 is formed to rotate the spacing screw 454, and the spacing motor 455 is formed on one side inside the wheel seating plate 451 so that the motor shaft is connected to the spacing screw 454. characterized in that

The contact pad 456 is formed so as not to damage the wheel when the sliding wheel holder 410 is in close contact with the wheel of any one of a bicycle or a kickboard, and the contact pad 456 is a wheel holder 410 ) is formed on one surface, and the contact pad 456 is formed of a synthetic resin material having elasticity.

The gap adjusting sensor 457 is formed to sense the distance between the wheel mount 410 on one side and the wheel mount 410 on the other side, and the gap adjusting sensor 457 is the wheel mount 410 on one side and the other wheel mount 410 on the other side. It is characterized in that each is formed on the opposite surfaces between the wheel holders (410).

The compression sensor 458 is formed such that the distance motor 455 is operated by a preset pressure when the wheel supports 410 on both sides are compressed when the wheel is compressed, and the compression sensor 458 is in close contact with the wheel holder 410 . It is characterized in that it is formed between the members (279).

10A and 10B are views showing the wheel seating device 500 for the smart system of the present invention.

As shown in the drawing, the wheel mounting device 500 is characterized in that it is formed on the ground so that the wheel of any one of a bicycle or a kickboard is seated.

The wheel seating device 500 includes a wheel seating plate 510 , a ground anchor, a water discharge hole, a wheel separation prevention end 513 , and a wheel separation prevention groove 514 .

The wheel seating plate 510 is formed to seat a wheel, and the wheel seating plate 510 is seated on the ground.

The ground anchor is formed to fix the wheel seating plate 510 to the ground, and the ground anchor is fixed to the ground through the wheel seating plate 510 .

The water discharge hole is formed so that water deposited on the wheel seated on the wheel seating plate 510 is discharged without accumulating, and the water discharge hole is formed on one side of the wheel seating plate 510 .

The wheel departure prevention end 513 is formed to prevent the wheel from being separated from the wheel seated on the wheel seating plate 510 , and the wheel separation prevention end 513 is formed in plurality around the upper surface of the wheel seating plate 510 . characterized by being

The wheel separation prevention groove 514 is formed so as not to be separated from the wheel seating plate 510 when the wheel wheel is seated, and the wheel separation prevention groove 514 is formed on one side of the wheel seating plate 510. do.

11 is a view showing a rainwater removal control unit 550 that is another embodiment for the wheel seating device 500 .

As shown in the drawing, the rainwater removal control unit 550 is configured to further include the wheel seating device 500, and the rainwater removal control unit 550 removes rainwater accumulated in the wheel seating plate 510. It is characterized in that it prevents stains on the wheel seating plate 510 and allows foreign substances to be removed.

The rainwater removal control unit 550 includes a hinge ring 551 , an elastic spring 552 , a rotating member 553 , a rising cylinder 554 , and a rainwater sensor 555 .

The hinge ring 551 is formed such that the wheel seating plate 510 is rotated by being coupled to the rotating member 553 embedded in the ground, and the hinge ring 551 is formed below the wheel seating plate 510 . characterized.

The elastic spring 552 is formed so that the other side is not damaged by ground contact when one side of the wheel seating plate 510 rises, and the elastic spring 552 is disposed between the hinge ring 551 and the wheel seating plate 510 . characterized in that it is formed.

The rotating member 553 is formed such that the hinge ring 551 is coupled to rotate, and the rotating member 553 is characterized in that it is embedded in the ground.

The rising cylinder 554 is formed to raise the wheel mounting plate 510 at a position where the wheel wheel is seated, and the rising cylinder 554 is embedded in the ground.

The rain water sensor 555 is formed to detect rain water, and the rain water sensor 555 is formed on one side of the upper surface of the wheel seating plate 510 .

12 is a view showing a standing device 600 that is another embodiment further included in the smart system of the present invention.

As shown in the figure, the standing device 600 is formed so as to be usable by applying to any one of the devices of FIGS. 2 to 11B .

The standing device 600 is characterized in that it mounts any one of a bicycle or a kickboard and at the same time secures the surrounding space by fixing and raising the front wheel.

The standing device 600 includes a standing member 610, a guide groove 611, a motor support 612, a descending winding motor 613, a descending winding roller 614, an ascending winding motor 615, an ascending winding roller ( 616), elevating wire 617, guide roller 618, cylinder fixing bar 619, moving member 620, close contact cylinder 621, close contact panel 622, close contact pad 623, wire fixing member (624).

The standing member 610 is formed to support the wheel of any one of a bicycle or a kickboard, and the standing member 610 is formed on the ground in both directions of the wheel.

The guide groove 611 is formed such that the moving member 620 formed in the cylinder fixing bar 619 is inserted and moved from the lower side to the upper direction and from the upper direction to the lower direction, and the guide groove 611 is in a curved shape. characterized in that it is formed.

The motor support 612 supports the descending winding motor 613 and is formed to support the ascending winding motor 615, and the motor support 612 is formed of one lower side and one upper side of the standing member 610. characterized in that

The descending winding motor 613 is formed to move the cylinder fixing bar 619 in a downward direction, and the descending winding motor 613 is coupled to a motor support 612 formed on one lower side of the standing member 610. characterized in that it is formed.

The descending winding roller 614 is formed such that the ascending and descending wire 617 is wound or unwound, and the descending winding roller 614 is connected to the motor shaft of the descending winding motor 613 .

The ascending winding motor 615 is formed to move the cylinder fixing bar 619 in an upward direction, and the ascending winding motor 615 is coupled to a motor support 612 formed on one upper side of the standing member 610 . characterized in that it is formed.

The ascending winding roller 616 is formed such that the ascending and descending wire 617 is wound or unwound, and the ascending winding roller 616 is connected to the motor shaft of the ascending winding motor 615 .

The elevating wire 617 is formed such that the wire fixing member 624 is fixed, and the elevating wire 617 has one side connected to the rising winding roller 616, and the other side connected to the lower winding roller. characterized in that

The guide roller 618 is formed to enable smooth movement during winding and unwinding of the elevating wire 617, and the guide roller 618 is a plurality of guide grooves 611 on one side of the standing member 610. characterized in that it is formed.

The cylinder fixing bar 619 is formed such that the close contact cylinder 621 is fixed, and the cylinder fixing bar 619 is formed to move along the guide groove 611 .

The moving member 620 is formed such that the cylinder fixing bar 619 is coupled to the standing member 610 to be slidable, and the moving member 620 is formed on one side of the cylinder fixing bar 619 and the other side is a guide. It is characterized in that it is coupled to the groove (611).

The close contact cylinders 621 are respectively formed above the cylinder fixing bars 619 formed on both sides, and the close contact cylinders 621 are formed to face each other at the cylinder fixing bars 619 .

The close contact panel 622 is formed to be in close contact with the wheel, and the close contact panel 622 is connected to the cylinder shaft of the close contact cylinder 621 .

The contact pad 623 is formed to prevent damage to the wheel and to provide a cushioning action during contact with the wheel, and the contact pad 623 is formed on one side of the contact panel 622 .

The wire fixing member 624 is formed so that the cylinder fixing bar 619 can be fixed on the elevating wire 617, and the wire fixing member 624 is formed under the cylinder fixing bar 619. characterized.

The fixed stopper 625 is formed to advance and fix the pin in the pin groove 628 formed on the member moving rail 627 in order to adjust the pressure to adhere according to the width of the wheel, and the fixed stopper 625 is It is characterized in that it is embedded in the lower side of the standing member 610.

The shaft coupling member 626 is coupled to the moving shaft 629 so that the standing member 610 moves in the horizontal direction, and the shaft coupling member 626 is formed in the lower center of the standing member 610. characterized.

The member moving rail 627 is formed so that the standing member 610 can be seated and moved in the horizontal direction, and the member moving rail 627 is fixed to the ground.

The pin groove 628 is formed so that a pin advanced from the fixed stopper 625 can be inserted when the fixed stopper 625 is operated, and the pin groove 628 is formed in a plurality of the upper surface of the member moving rail 627. characterized.

The moving shaft 629 is formed such that the shaft coupling member 626 is coupled, and the moving shaft 629 is formed by a shaft support 630 and a shaft moving motor 631 formed on the ground. do.

The shaft support 630 is formed to support one side of the moving shaft 629, and the shaft support 630 is formed on the ground.

The moving shaft 629 coupled to the shaft support 630 is characterized in that a bearing is provided so as to be idle.

The shaft movement motor 631 is formed to rotate the movement shaft 629, and the shaft movement motor 631 is connected to one side of the movement shaft 629 and is fixed to the ground.

The above-described embodiments are for illustration, and those of ordinary skill in the art to which the above-described embodiments pertain can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may be implemented in a combined form.

The scope to be protected through this specification is indicated by the claims described below rather than the above detailed description, and should be construed to include all changes or modifications derived from the meaning and scope of the claims and their equivalents. .

10: charging system
11: integrated management server 12: terminal terminal
13: terminal management server 14: public transportation server
15: user smartphone
100: control box device
110: control case 111: case cover
112: opening and closing door 113: ventilation hole
114: pest control net 115: panel support
150: automatic heat release unit
151: ventilation fan 152: air flow path
153: open panel 154: panel connection bar
155: panel rotation motor 156: motor support
157: temperature sensor
200: solar panel device
210: solar panel 211: panel frame
212: panel support 213: support member
250: awning opening and closing panel part
251: folding means 252: folding awning panel
253: rotation hinge 254: rotation gear
255: rotation motor 256: motor pulley
257: operating belt
268: moisture detection sensor 269: light detection sensor
270: panel rotating part
271: rotating plate support 272: rotating shaft
273: disk shaft 274: rotating disk
277: coupling flange 278: fixed flange
279: adhesion member 280: fixing bolt
281: rotation plate 282: rotation controller
283: illuminance sensor 284: disc cylinder
285: horizontal rotation motor
300: smart docking device
310: seating member 311: entry surface
312: docking support 313: docking member
314: wireless charging pad 315: charging status light
350: ground docking unit
351: handle fixing means 352: ground groove
353: ground protrusion 354: protrusion adhesion sensor
355: card slot docking means 356: slot member
357: card insertion groove 358: ground terminal
359: slot card 360: contact terminal
361: insertion sensor 362: slot cable
363: wired docking means 364: wired docking member
365: member cover 366: docking home
367: cable member 368: wired docking ground
369: docking sensor 370: wired cable
390: docking height adjustment part
391: lower support 392: adjustment shaft
393: flow support 394: shaft flow groove
395: control cylinder 396: entry detection sensor
397: height detection sensor
400: smart mounting device
410: wheel holder 411: slide pin
412: outer separation prevention plate 413: inner separation prevention plate
414: outer spring 415: inner spring
416: spacing adjustment shaft 417: spacing adjustment member
418: gap adjustment groove 419: hinge member
420: wall fixing member 421: hinge coupling member
422: hinge pin
450: cradle width adjustment part
451: wheel seating plate 452: rail groove
453: rail member 454: spacing screw
455: gap motor 456: contact pad
457: gap adjustment sensor 458: compression sensor
500: wheel seating device
510: wheel seating plate 511: ground anchor
512: water discharge hole 513: wheel separation prevention end
514: wheel separation prevention groove
550: rainwater removal control unit
551: hinge ring 552: elastic spring
553: rotating member 554: rising cylinder
555: rain water sensor
600: standing device
610: standing member 611: guide groove
612: motor support 613: descending winding motor
614: descending winding roller 615: ascending winding motor
616: ascending winding roller 617: elevating wire
618: guide roller 619: cylinder fixing bar
620: moving member 621: close contact cylinder
622: adhesion panel 623: adhesion pad
624: wire fixing member

Claims (2)

In a smart system that allows charging by holding smart mobility,
The smart system is
It includes a control box device formed on the ground to control the charging of the smart mobility mounted on the cradle,
The control box device,
A control case formed in either a circular or a square shape on the ground;
a case cover that is detachably formed on the upper part of the control case to maintain the control device inside the control case;
An opening and closing door formed so as to be able to open and close on one side of the control case for maintenance of the control device;
A plurality of ventilation holes formed around the upper portion of the control case so that the air inside the control case is discharged to the outside and the outside air is introduced into the inside;
A pest prevention net attached to each ventilation hole to prevent pests from entering the inside of the control case from the outside;
Including a panel support formed in the center of the control case so that the control device is fixed inside the control case,
The control box device,
It further includes an automatic heat dissipating unit for automatically discharging the heat generated inside the control case according to the set temperature,
The automatic heat dissipation unit,
A ventilation fan formed on one side of the inside of the control case to dissipate the heat inside the control case to the outside;
an air flow path formed in a plurality of vertical directions on the inner surface of the control case so that the wind generated by the ventilation fan from the lower part is guided toward the ventilation hole formed at the upper part;
An open panel formed to cover the upper surface of the control case so that the vent is exposed to the outside by rotating in one direction when the panel rotating motor is operated;
A panel connecting bar having one side connected to the motor shaft of the panel rotating motor to rotate and open and close the open panel with the rotational power generated by the panel rotating motor, and the other end is connected to the center inside the open panel;
A panel rotation motor formed above the motor support to rotate the open panel;
A motor support formed on the inside of the control case to support the panel rotating motor;
It consists of a temperature sensor formed on one side of the inside of the control case to sense the temperature inside the control case,

In the smart system,
A solar panel device for charging a moving means of a bicycle or a kickboard using sunlight; Or a smart docking device for charging a bicycle and a kickboard in the holder on the cradle; Or a smart mounting device for supporting the wheel of any one of a bicycle or a kickboard; Or a wheel support device formed on the ground so that the wheel of any one of a bicycle or a kickboard is seated; Any one of them is selected,

The solar panel device,
A photovoltaic panel formed by a panel support to receive sunlight, a panel frame formed on the lower surface of the photovoltaic panel to support the photovoltaic panel and to be connected to the panel support, and a lower panel frame to support the photovoltaic panel It includes a panel support formed vertically, and a support member formed under the panel support to fix the solar panel to the ground,
The solar panel device,
A awning opening/closing panel unit for blocking light irradiated while charging a bicycle and a kickboard and providing rain protection in case of rain; Or a panel rotating unit for rotating and elevating the solar panel according to the light irradiation direction; Any one of them is selected,
The awning opening and closing panel unit includes folding means operated to be folded in the lower direction on both sides of the solar panel, or unfolded in the upper direction,
The folding means includes a folding awning panel that is coupled to both sides of the panel frame by a pivoting hinge, a pivoting hinge that is connected between the panel frame and the folding awning panel so that the folding awning panel is rotated based on the panel frame, and a rotation motor. A rotation gear formed on one side of the folding awning panel so that the folding awning panel can be rotated by receiving rotational power to be provided, a rotation motor formed on both sides of the front side of the panel frame to provide rotational power to the rotation gear side, and rotation from the rotation motor A motor pulley formed to be connected to the motor shaft of the rotation motor to receive power, an operation belt connected between the motor pulley and the rotation gear to provide rotational power of the motor pulley to the rotation gear side, and one side of the panel frame to detect rain It consists of a moisture sensor formed by a , and a light sensor formed on the other side of the panel frame to detect the direction of light.
The panel rotating unit includes a rotating plate support formed in a “+” shape in the center of the panel frame to support the rotating shaft, a rotating shaft formed in connection with the motor shaft of the horizontal rotating motor so that the disc shaft can be inserted, and a rotating plate to rotate the rotating shaft A horizontal rotation motor formed in the upper center of the support, a disk shaft formed to be inserted into the rotation shaft to rotate, a rotation disk formed above the disk shaft and formed inside the coupling flange and the fixing flange, and fixed to fix the rotation disk A coupling flange formed by being coupled to a fixing flange through a contact member and a fixing bolt in a direction corresponding to the flange, a fixing flange formed on the lower surface of the rotating plate in a direction corresponding to the coupling flange to fix the rotating disk, and fixing the coupling flange In order to fix the flange, a contact member formed to be in close contact with each other around the coupling flange and the fixing flange, a fixing bolt formed to mutually fix the contact member of the coupling flange and the contact member of the fixing flange to each other, and the rotation of the rotating disc A plurality of rotation plates formed above the fixing flange to rotate at the same speed in the same direction, and one side is fixed to the rotation plate to adjust the angle of the solar panel toward the light irradiation direction, and the cylinder axis is fixed to the lower surface of the solar panel. It consists of a disk cylinder formed, a rotation controller formed on one side of the rotation plate to operate the disk cylinder and the horizontal rotation motor from the illuminance sensor, and an illumination sensor formed on one side of the rotation plate to sense the direction in which light is irradiated,

The smart docking device,
A seating member formed on the ground to seat a bicycle and a kickboard, an entry surface in which one side of the seating member is formed in a diagonal shape so that the bicycle and a kickboard can smoothly enter the upper surface of the seating member, and the docking member is supported on the seating member A docking support vertically formed from the seating member to do this, a "∩" shape to allow the handles of bicycles and kickboards to enter, and a docking member formed on the upper part of the docking support, and a bicycle and kickboard capable of wireless charging are detected when entering the docking member. to include a wireless charging pad formed on the inner surface of the docking member to perform wireless charging, and a charging state formed on the upper surface of the docking member to display the charging state in color,
The smart docking device,
Ground docking unit for docking through fixing, card, and wire when entering the handle; Or a docking height adjustment unit for adjusting the docking height of any one of the bicycle or kickboard; Any one of them is selected,
The ground docking unit includes: a handle fixing docking means for fixing the handle by rotating it in the docking member so that the docking is completed and charging is performed; and
a card slot docking means for inserting a card connected to the handle toward the docking member so that docking due to card recognition is completed and charging is performed; and
It includes a wired docking means for docking is completed and charging is made as the wired cable connected to the handle is coupled to the docking member,
The handle fixing docking means includes a grounding groove formed on the inner surface of the docking member, a grounding protrusion formed on one side of the handle of a bicycle and a kickboard to be coupled to the grounding groove by close rotation, and a grounding protrusion coupled to the grounding groove. It consists of a protrusion adhesion sensor formed on one side of the ground protrusion to detect,
The card slot docking means includes a slot member formed on one side of the docking member so that the slot card can be inserted, a card insertion groove formed in front of the slot member to insert the slot card, and a card insertion groove to be in contact with the contact terminal. Check whether the formed ground terminal, the slot card connected to the handle and slide inserted into the card insertion groove for charging, the contact terminal formed on the slot card to make contact with the ground terminal, and the slot card are in close contact with the card insertion groove It consists of an insertion sensor formed on the front of the slot card to detect whether or not, and a slot cable formed on one side of the slot card to receive electricity charged by contact between the ground terminal and the contact terminal,
The wired docking means includes a wired docking member formed on one side of the docking member, a member cover formed to be openable and openable above the wired docking member to expose the docking groove to the outside, and a wired docking ground formed on the cable member to be coupled. A docking groove formed on the upper part of the wired docking member to make it possible, a cable member connected to the handle and formed to be coupled to the docking groove, and a wired docking ground formed on the lower surface of the cable member to be inserted into the docking groove to receive electricity. , A docking sensor formed on one side of the cable member to detect the coupling between the cable member and the wired docking member, and electricity received through the wired docking ground coupled to the docking groove, one side to provide one side of the means of the bicycle and the kickboard It is connected to the cable member, and the other end is made of a wired cable connected to a battery formed in any one of a bicycle and a kickboard,
The docking height adjustment unit includes a lower support formed on the upper portion of the seating member so that the movable support is raised and lowered, and an adjustment shaft formed in the upper center of the lower support so that the movable support is smoothly raised and lowered without shaking when ascending and descending, along the adjustment axis A flow support formed in the upper direction of the lower support so as to elevate and lower in the upward direction, a shaft flow groove formed inside the flow support so that the adjustment shaft can be inserted, and a lower support to elevate and lower the flow support based on the lower support. A control cylinder that is embedded in a plurality, the cylinder shaft is connected to one side of the flow support, and an entry detection sensor formed on one side of the flow support to detect that any one of a bicycle or a kickboard enters the seating member side; A height detection sensor formed on one side of the floating support to detect the docking height of any one of a bicycle or a kickboard, and an entrance detection formed on one side of the floating support to indicate to the user upon receiving the entry completion information from the entrance detection sensor; , the height detection completed, etc. formed on one side of the floating support so as to be displayed to the user upon receiving the height adjustment completion information from the height detection sensor,

The smart device is
It includes a plurality of wheel cradles formed on the ground for fixing so that shaking does not occur when the wheels of any one of the bicycles or kickboards enter,
The smart holder includes a slide pin formed on one side of the wheel holder to move along the spacing adjustment groove as much as the width of the wheel on which the wheel holder is mounted, and an outer side formed in the direction of one side of the wheel holder to prevent separation of the outer spring. In order to prevent sticking and separation due to the expansion of the inner spring when adjusting the width of the separation prevention plate and the wheel holder formed on both sides, an inner separation prevention plate formed between the wheel holder on one side and the wheel holder on the other side, and the wheel holder It is formed to expand and buffer by the width of the wheel between the outer spring formed between the and the outer departure prevention plate to cushion the wheel by the width of the wheel, and the inner departure prevention plate formed between the wheel cradles formed on both sides. The inner spring, the outer separation prevention plate, the inner separation prevention plate, the outer spring, and the inner spring are formed on one side of the wheel holder so that the distance adjustment shaft is formed in the vertical direction to the wheel holder, and the slide pin is inserted and moved. To one side of the spacing adjusting member so that any one of the spacing adjusting member to be used, the gap adjusting groove formed on the gap adjusting member so that the slide pin can be inserted, and the bicycle or kickboard mounted on the wheel holder can be in close contact with the wall. A wall fixing member formed on one side of the hinge coupling member so that the formed hinge member and the hinge coupling member for coupling the hinge member can be fixed to the wall surface and fixed to the wall using an anchor bolt, and the wall surface to be coupled with the hinge member A hinge coupling member formed on one side of the fixing member, and a hinge pin inserted so as to be rotatable when the hinge member and the hinge coupling member are coupled,
The smart mounting device further includes a mounting width adjusting unit for adjusting the width of the mounted wheel,
The cradle width adjustment unit includes a wheel seat plate formed on the ground so that the wheel cradle can be seated, a rail groove formed in the horizontal direction on the upper surface of the wheel seat plate so that the rail member can be inserted and slidably moved, and inserted into the rail groove A rail member formed on both sides of the lower side of the wheel holder so that the wheel holder can slide and move, a spacing screw formed inside the wheel seating plate to be coupled with the rail member to slide the rail member, and a wheel to rotate the spacing screw It is formed on one side of the wheel holder so as not to damage the wheel when it is formed on one side of the inner side of the seating plate and the motor shaft is connected to the spacing screw, and the sliding wheel holder is in close contact with the wheel of either means of a bicycle or a kickboard. a contact pad, a gap adjusting sensor formed on opposite surfaces between the wheel holder on one side and the wheel holder on the other side to detect the gap between the wheel holder on one side and the wheel holder on the other side, and the wheel holder on both sides of the wheel It consists of a compression sensor formed between the wheel holder and the contact member so that the interval motor operates by a preset pressure.

The wheel support device,
A wheel seating plate that is seated on the ground so that the wheel is seated, a ground anchor that passes through the wheel seating plate to fix the wheel seating plate on the ground and is fixed to the ground, and water on the wheel that is seated on the wheel seating plate does not accumulate. A water discharge hole formed on one side of the wheel seating plate so as to be discharged, a wheel separation prevention end formed in a plurality around the upper surface of the wheel seating plate to prevent the wheel from being separated from the wheel seated on the wheel seating plate, and a wheel seating plate when the wheel is seated Including a wheel separation prevention groove formed on one side of the wheel seating plate so as not to be separated from the top,
The wheel support device,
It further includes a rainwater removal control unit for removing rainwater that collects on the wheel seating plate to prevent stains on the wheel seating plate, and to remove foreign substances,
The rainwater removal control unit includes a hinge ring formed below the wheel seating plate so that the wheel seating plate is coupled to a rotating member embedded in the ground to rotate, and a hinge ring so that the other side is not damaged by contact with the ground when one side of the wheel seating plate rises. An elastic spring formed between the wheel seating plates, a rotating member embedded in the ground so that the hinge ring can be coupled to rotate, and a rising cylinder embedded in the ground to raise the wheel seating plate at a position where the wheel wheel is seated. And, a smart system comprising a rain water sensor formed on one side of the upper surface of the wheel seating plate to detect rain water.

delete

Images