KR101945371B1 - A bicycle keeping apparatus having the fine dust reduction device - Google Patents

Abstract

The present invention relates to a bicycle holder with a fine dust reduction function, which comprises: a top sump unit (100) installed on the upper part of the bicycle holder to receive and store rainwater; one or more vegetation units (200) installed under the top sump unit (100) at a predetermined interval to receive the stored rainwater so as to grow plants; a waterway unit (300) installed under the top sump unit (100) at a predetermined interval to allow the stored rainwater to flow along a waterway (311); and a plurality of bicycle holder units (400) laterally installed under the top sump unit (100) to hold a bicycle. Accordingly, atmosphere is able to be purified by the plants of the vegetation unit (200) and fine dust in the air is able to be reduced by the water flowing along the waterway (311) of the waterway unit (300).

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a bicycle holding apparatus having a fine dust-

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a bicycle cradle equipped with a fine dust reduction function, and more particularly, to a bicycle cradle having a dust collecting function capable of storing rainwater, The present invention relates to a bicycle cradle equipped with a fine dust reduction function that allows air to be purified by plants in the vegetation portion and fine dust to be adsorbed and removed in the water flowing along the water channel.

Recently, due to global industrial development, fine dust in the atmosphere has become a serious social problem that threatens the public health.

Fine dust refers to dust having a diameter of less than 10 micrometers, and is mainly discharged through automobile exhaust gas or factory chimneys. The fine dust that is discharged into the atmosphere is very dangerous because it penetrates into the deepest part of the respiratory tract such as the lungs of the human body and enters the blood vessels here. Because of this, the World Health Organization has designated BC (black carbon) emitted from diesel as a first-level carcinogen in fine dust. In addition, exposure to fine dusts for a long period of time can cause the immune system of the human body to be rapidly lowered, resulting in exposure to various diseases such as cardiovascular diseases, skin diseases, eye diseases, as well as respiratory diseases such as colds, asthma and bronchitis.

Therefore, government and public institutions are implementing various policies to reduce fine dust. In the power generation sector, review and new prohibition of coal-fired power with low process rate, the total amount of emission of pollutants in the industrial sector, Reduction of fine dust emission and promotion of eco-friendly cars.

Among them, road pollution is the highest in urban roads including road vehicles, and local governments are actively promoting the suppression of automobile downtown and bicycle friendly cities.

Bicycle roads can be maintained, bicycle roads can be penetrated through the city center, and bicycle parking lots can be conveniently used. Furthermore, in the case of these bicycle parking lots, we are establishing a smart bike online platform to carry out bicycle registration system, distribute GPS bike tracker, install a smart bicycle box, and share a smart bicycle.

Therefore, it is expected that many bicycle parking lots or bike racks will be restructured around the city, so that not only the bicycle racks will function only as facilities for mounting bicycles, but also facilities for reducing air pollution and fine dust It is desirable to provide a bicycle rest so that not only efficient bike management but also fine dust reduction effect can be brought about.

1. Registered Patent No. 10-1059534 (Registered on August 19, 2011): Bicycle Cradle

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a water collecting tank which can store rainwater on a bicycle cradle and a vegetation part in which rainwater can flow, An object of the present invention is to provide a bicycle cradle equipped with a fine dust reduction function that allows air to be purified by plants and fine dust to be adsorbed and removed in the air flowing along a water channel.

The objects of the embodiments of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description .

According to an aspect of the present invention, there is provided a bicycle docking station having a fine dust reduction function. The bicycle docking station includes an upper docking unit installed on a bicycle dock for storing rainwater, (200) installed at predetermined intervals below the upper collecting unit (100) and supplied with stored rainwater and capable of growing plants, and rainwater stored at a predetermined interval below the upper collecting unit (100) And a bicycle mounting part 400 mounted under the upper collecting part 100 in a plurality of horizontal directions to mount the bicycle, wherein the vegetation part 200), and the fine dust in the atmosphere can be reduced by the water flowing along the water passage (311) of the channel section (300).

Specifically, the upper collecting unit 100 includes a roof frame 110 having a plate shape and coupled to the upper portion of the bicycle cradle at a predetermined angle, a roof frame 110 having a plate shape having a predetermined height, A rainwater drain hole 130 penetrating through the lower end of the roof frame 110 at a predetermined distance from the lower end of the roof frame 110 and a lower side of the roof frame 110, And a top collecting tank 140 coupled to the lower surface of the end portion to be connected to the rainwater drain port 130 to store rainwater.

The top collecting tank 140 includes a top collecting tank frame 141 having a box shape and a plurality of top vegetation part side drains 142 formed at a predetermined interval on the bottom surface of the top collecting tank frame 141. [ An upper side drainage hole 143 formed in a lower side of the lower side of the upper collecting tank frame 141 and an upper supply hole 144 formed in an upper side of the upper side of the upper collecting tank frame 141 . ≪ / RTI >

Specifically, the upper collecting tank 140 receives water from the rainwater drain port 130 or the upper supply port 144 and drains water to the upper vegetation part side drain port 142 or the upper side drain port 143 .

Specifically, the vegetation part 200 includes a hexahedral vegetation part frame 210, a function member 220 formed of a hexahedron shaped char and inserted into one side of the inside of the vegetation part frame 210, And a vegetation member 230 in which a plant is planted in a member-shaped frame and the vegetation member 210 is inserted into and installed on one side of the vegetation part frame 210 in close contact with the member 220.

Specifically, the plant to be planted in the vegetation member 230 may be selected from at least one species selected from the group consisting of lichens, potatoes, vegetables, herbs, and cabbages.

Specifically, the vegetation part frame 210 includes a body structure 213 having a hexahedron shape, a bottom plate 211 provided on the inner bottom of the body structure 213, And a plurality of vegetation part drains 212 formed at the positions of the bottom plate 211, which are in contact with each other.

The water channel unit 300 includes a plurality of water channel subframes 310 having an upper opened box shape and coupled to a lower portion of the vegetation unit 200 and a plurality of water channel subframes 310 (310) coupled to the lower portion of the water channel subframe (310). The water channel subframe (310) is connected to the water channel subframe (310) A circulation water pipe 350 connected to the upper part of the upper water collecting part 100 and connected to the lower part of the auxiliary water collecting tank 330 at an upper end thereof, And a circulation pump 340 disposed in the middle of the circulation water pipe 350 to send the water in the auxiliary collection tank 330 to the upper collection unit 100.

Specifically, the water channel subframe 310 includes a water channel 311, which is a passage through which water flows, as a box internal space having an open upper portion, and a water hole 311 formed through the water channel 311, A water outlet 313 formed through the lower end of the other end of the water channel 311 so that water can be drained and a bottom of the water channel 311 so that water can flow into the lower vegetation part 200. [ And a plurality of vegetation part side drain ports 314 formed through the surface.

More specifically, a main column 410 having a columnar shape and spaced apart from the main column 410, a rail column 420 having a plurality of spaced apart main columns 410, A wheel fixing means 430 for raising the bicycle vertically upwards along the rail pillars 420 when the bicycle wheel is inserted and fixed and a bicycle through which the bicycle is inserted through the wheel fixed to the wheel fixing means 430 And locking means (440) provided with a locking tie for locking the locking means (440).

In more detail, the solar cell module 100 may further include a solar power generation unit 500 or a wind power generation unit 600 installed on the upper collecting unit 100 to generate electric energy .

Since the present invention is equipped with a water collecting tank which can store rainwater on a large number of bicycle racks installed in the city center, and a waterway through which rainwater can flow and a vegetation part where plants can grow, There is an effect that the fine dust can be adsorbed and removed in the air flowing along the channel and the effect of purifying.

In addition, since the present invention includes a solar power generation device and a wind power generation device in a bicycle cradle, electricity required for a pump for circulating rainwater stored in the upper collecting tank and a locking device for locking the bicycle can be supplied through self power generation Bicycle racks are an environmentally friendly facility.

FIG. 1 is a perspective view illustrating a bicycle cradle equipped with a fine dust reduction function according to an embodiment of the present invention.
FIG. 2 is a perspective view illustrating a rear portion of a bicycle cradle provided with the fine dust reduction function shown in FIG. 1. FIG.
3 is a side cross-sectional view of the bicycle holder with the fine dust reduction function shown in FIG.
FIG. 4 is a rear view of the bicycle holder with the fine dust reduction function shown in FIG. 1. FIG.
Fig. 5 is a combined view of the vegetation shown in Fig. 1. Fig.
FIG. 6 is a view showing a solar power generator coupled to a bicycle rest provided with the fine dust reduction function shown in FIG. 1. FIG.
FIG. 7 is a view showing a wind power generator coupled to a bicycle rest provided with the fine dust reduction function shown in FIG. 1. FIG.

Advantages and features of embodiments of the present invention and methods of achieving them will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. To fully disclose the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The following terms are defined in consideration of the functions in the embodiments of the present invention, which may vary depending on the intention of the user, the intention or the custom of the operator. Therefore, the definition should be based on the contents throughout this specification.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view showing a bicycle holder with a fine dust reduction function according to an embodiment of the present invention, FIG. 2 is a perspective view showing a rear portion of the bicycle holder with the fine dust reduction function shown in FIG. 1, 3 is a side cross-sectional view of the bicycle docking station equipped with the fine dust reduction function shown in FIG. 1. The bicycle docking station equipped with the fine dust reduction function of the present invention includes a top collecting unit 100, a vegetation unit 200, 300 and a bicycle mounting portion 400. [0033]

First, it is assumed that the bicycle cradle of the present invention described below can mount the bicycle in various ways. That is, for example, as in the case of a general bicycle rack, a bicycle can be horizontally mounted and mounted, or the front wheel of the bicycle can be lifted up to 45 degrees from the ground, or the front wheel of the bicycle can be lifted completely, Method can be used.

The present invention includes the vegetation part 200 and the water channel part 300 using the rainwater stored in the upper collecting part 100 installed in the bicycle cradle as described above, The fine dust in the atmosphere can be reduced by the water flowing through the water channel part 311 of the water channel part 300. The details will be described in detail later.

The upper collecting unit 100 includes a roof frame 110, a guide frame 120, a rainwater drain 130 and an upper collecting tank 140. The upper collecting unit 100 is installed on the upper part of the bicycle cradle, Lt; / RTI >

The roof frame 110 has a plate shape and is joined to an upper portion of the bicycle rest by an inclined angle.

The roof frame 110 has a flat surface in one embodiment of the present invention. However, as another example, the roof frame 110 may have a plurality of troughs formed at predetermined intervals on the surface thereof, And may be directed to the lower rainwater volumetric water 130.

The guide frame 120 has a plate shape having a predetermined height and is vertically coupled to the lower end portion of the roof frame 110.

The guide frame 120 functions to prevent the rainwater flowing down the inclined roof frame 110 from falling down below the roof frame 110 and to flow into the rainwater drain hole 130 formed in front of the roof frame 110 do.

The rainwater drainage hole 130 is a through hole formed at a lower end portion of the roof frame 110 and spaced apart at a predetermined distance. In one embodiment of the present invention, a narrow and long rectangular hole is formed, And a mesh-type net is installed in order to prevent it from going. Of course, it is natural that the shape of the rectangular rainwater volleyball 130 may be changed as necessary, such as forming a circular hole at regular intervals as another example.

The upper collecting tank 140 is connected to the lower surface of the lower end portion of the roof frame 110 to be connected to the rainwater draining port 130 so that rainwater can be stored. The upper collecting tank frame 141, A drain port 142, an upper side drain port 143, and an upper end supply port 144.

First, the upper collecting tank 140 receives water from the rainwater drain port 130 or the upper supply port 144 and drains water to the upper vegetation part side drain port 142 or the upper side drain port 143 .

As will be described later, the upper public water supply hole 144 is formed on the upper side of the upper water collecting tank 140 so that the rainwater introduced into the auxiliary water collecting tank 330 through the vegetation part 200 and the water channel part 300 is supplied again . Details will be described later.

The upper collecting tank frame 141 is a structure having a box shape. In this embodiment of the present invention, the top collecting tank frame 141 has a rectangular parallelepiped shape having a thin thickness and a width equal to the spaced distance between the main pillars 410, and is in close contact with the bottom surface of the roof frame 110 . Of course, this is only one example, and the shape of the upper collecting tank frame 141 may be changed as needed.

The upper vegetation part side drain port 142 is a plurality of through holes formed at regular intervals on the lower surface of the upper collecting tank frame 141.

The upper vegetation part side drain 142 is in contact with the water member 220 of the vegetation part 200 directly below. In the embodiment of the present invention, the water member 220 is made of char, (220). That is, a relatively small amount of water flows into the function member 220 in comparison with the amount of water flowing out of the water passage 311 through the upper side drain port 143.

Then, the function member 220 supplies water to the plants of the vegetation member 230 which are in close contact with each other while water is put on the body. Details will be described in detail later.

The upper side drain hole 143 is a through hole formed through a lower side surface of the upper collecting tank frame 141. The upper side drain 143 is connected to the water supply hole 312 of the water channel sub frame 310 located below by the drain connection pipe 320 to supply water to the water channel 311.

The upper supply port 144 is a through hole formed in the upper surface of the upper collecting tank frame 141. The upper supply port 144 is connected to the auxiliary water collecting tank 330 by the circulation water pipe 350 to be described later and receives the water stored in the auxiliary water collecting tank 330. In other words, the rainwater flowing down the roof frame 110 as a whole is stored in the upper collecting tank 140, collected in the auxiliary collecting tank 330 through the vegetation part 200 and the water channel part 300, 330 are returned to the upper collecting tank 140 by the circulation pump 340. [ That is, the rainwater circulates between the upper collecting tank 140 and the auxiliary collecting tank 330 (see FIG. 4).

Therefore, when the rain comes, the stored rainwater can be circulated and used continuously. Of course, when rainwater alone is insufficient, it is natural that water can be supplemented by connecting the water tank to the auxiliary collecting tank 330, or water can be directly discharged.

1 is a view of the vegetation part shown in FIG. 1, wherein the vegetation part 200 is one or more structures that are installed at regular intervals below the upper collecting part 100 to receive rainwater stored therein, A sub-frame 210, a function member 220, and a vegetation member 230.

The vegetation part frame 210 may have a hexahedral shape and may include a bottom plate 211, a vegetation part drain 212, and a body 213. In the embodiment of the present invention, the vegetation part frame 210 has a rectangular parallelepiped shape with a short height and a long width.

 One or more vegetation subframes 210 are installed on the rear surface of the bicycle cradle at regular intervals. In general, the vegetation subframe 210 and the waterway subframe 310 alternately and closely contact each other. Specifically, the vegetation part frame 210 is closely attached to the lower part of the upper collecting tank 140, and then the water channel subframe 310 is closely attached to the lower part of the vegetation part frame 210, And then the vegetation part frame 210 is closely attached to the water channel subframe 310 just below the water channel subframe 310.

It is preferable that the thickness, that is, the width, of the vegetation subframe 210 is thinner than the subframe 310 by the number of the channels 300 to be described later. This is so that the channel 311 of the channel subframe 310 is exposed to the outside. That is, when the water flowing in the water channel 311 comes into contact with the outside air, the fine dust in the air can be collected and removed.

First, the body structure 213 is a frame structure having a frame shape in a hexahedron shape. Inside the body structure 213, a function member 220 and a vegetation member 230 to be described later are closely attached and inserted. The structure 213 functions to fix the functional member 220 and the vegetation member 230 together. In addition, the water member 220 and the vegetation member 230, which are fixed to the inside by the anchor body structure 213 having the framework shape, are exposed to the outside, so that the air and water can be relatively freely flowed.

The bottom plate 211 is a plate member provided on the inner bottom of the body structure 213. In other words, the body structure 213 is made of a frame, and the bottom side is blocked by the bottom plate 211, and the water member 220 and the vegetation member 230 are stably seated on the bottom plate 211 .

The upper surface of the function member 220 is in close contact with the upper drainage port 142 or the drainage port 314 on the vegetation side so that the rainwater stored in the upper collecting tank 140 passes through them to the water member 220 Slowly. The impregnated rainwater is supplied to the plant of the vegetation member 230 which is in close contact with the side surface. The rainwater that has passed through the function member 220 is discharged through the vegetation drainage 212 to the water channel 311 of the channel section 300 located therebelow.

The vegetation part drain hole 212 is a plurality of through holes formed at the position of the bottom plate 211 contacting the function member 220. The through hole is a through hole through which the moisture member 220 passes, And is discharged to the water channel 311 of the water channel unit 300 located therein.

The function member 220 is made of charcoal in the shape of a hexahedron and inserted into one side of the inside of the vegetation part frame 210. In the embodiment of the present invention, the function member 220 is made of charcoal, but this is only one example. The function member 220 may be a vegetable, a sponge for flower arrangement, It is natural that it can be replaced.

The vegetation member 230 is planted on a plate-shaped frame and is inserted and installed in close contact with the charcoal 220 on one side inside the vegetation part frame 210. The vegetation member 230 assumes that the plant is planted on the basis of the mesh structure of the mesh structure in which plants can be planted in an embodiment of the present invention.

In one embodiment of the present invention, plants to be planted in the vegetation member 230 may be selected from the group consisting of lichens, bulbs, vegetables, It is preferable to plant plants capable of hydroponics such as mosses so that rainwater stored in the upper collecting part 100 can be utilized.

FIG. 4 is a rear view of the bicycle cradle with the fine dust reduction function shown in FIG. 1, in which the water channel unit 300 is installed at predetermined intervals below the upper water collecting unit 100 and stores the stored rainwater along the water channel 311 And may include a water channel subframe 310, a drain connection pipe 320, an auxiliary water collecting tank 330, a circulation pump 340, and a circulation water pipe 350.

First, the overall path of the rainwater passing through the channel section 300 is as follows.

The rainwater is first introduced into the water supply port 312 of the water channel subframe 310 located directly below the upper side water drainage port 143 of the upper collecting tank 140 and the drainage connection pipe 320 connected to the upper side drainage pipe 143 ). A water discharge port 313 formed at the lower part of the other end of the water passage sub frame 310 through the water channel 311 and a discharge connection pipe 320 connected to the water discharge port 313, Flows into the water supply hole 312 of the water channel sub-frame 310. Finally, the rainwater passes through the plurality of water channel subframes 310 and collects in the auxiliary collecting tank 330. The rainwater accumulated in the auxiliary collecting tank 330 is sent to the upper collecting tank 140 again through the circulating water pipe 350 connected to the lower part of the auxiliary collecting tank 330 and the above path is repeatedly circulated. This is indicated by an arrow in FIG.

The water channel subframe 310 has a box shape with an open upper part and a plurality of water channel 311, a water supply hole 3112, a water drain hole 313, (314).

In an embodiment of the present invention, the water channel subframe 310 has a rectangular parallelepiped shape having a low height and has a square pillar shape as a whole. Of course, this is merely one example, and it goes without saying that the shape of the channel subframe 310 can be modified as much as necessary.

In addition, a plurality of the water channel subframes 310 are installed on the rear surface of the bicycle cradle at regular intervals, and it is preferable that the width of the water channel subframe 310 increases from the top to the bottom. This is to ensure that the water channel subframe 310 located below the water channel subframe 310 by one of the channels can sufficiently contact with the atmosphere without being covered.

The water channel 311 is a box internal space having an open top, and is a passage through which water flows. The rainwater flowing into one end of the water channel subframe 310 flows along the water channel 311 and is discharged to the other end channel.

It is preferable that the width of the water channel 311 gradually increases so as not to be covered by the water channel sub-frame 310 located above the water channel 311 located below.

The water supply hole 312 is a through hole formed in the upper portion of one end of the water channel 311 so that water can be supplied. The water supply hole 312 is connected to the upper collecting tank Or to the water outlet 313 of another waterway sub-frame 310, as shown in FIG.

The water drain port 313 is a through hole formed through the lower end of the other end of the water channel 311 so that water can be drained. The water drain port 313 is connected to another drain port And is connected to the water supply port 312 of the water channel subframe 310.

The vegetation part side drainage hole 314 is a plurality of through holes formed through the bottom surface of the waterway 311 so that water can flow into the lower vegetation part 200. As described above, To allow water to penetrate.

The drain connection pipe 320 connects the plurality of water channel subframes 310 to each other to allow water to pass therethrough and is coupled to the water supply hole 312 and the water drain hole 313 as described above.

The auxiliary water collecting tank 330 has a shape of an enclosure and is coupled to a lower portion of the water channel subframe 310 installed below the bicycle stand to allow water to be drained from the water channel subframe 310 to be stored.

The circulation pump 340 is a pump device installed in the middle of the pipe 350 as a circulating water to send the water of the auxiliary collecting tank 330 to the upper collecting part 100.

The upper end of the circulation water pipe 350 is connected to the upper part of the upper water collecting part 100 and the lower end of the circulation water pipe 350 is connected to the lower part of the auxiliary water collecting tank 330, To the upper collecting tank (140) of the water receiving portion (100).

A plurality of bicycle mounts 400 are installed under the upper collecting unit 100 in the lateral direction to mount the bicycle. The bicycle mounts 400 include a main pillar 410, a rail pillar 420, a wheel fixing means 430, And locking means 440. [

First, it is assumed that the bicycle cradle according to the embodiment of the present invention can mount the bicycle in various ways as described above. That is, for example, as in the case of a general bicycle rack, a bicycle can be horizontally mounted and mounted, or the front wheel of the bicycle can be lifted up to 45 degrees from the ground, or the front wheel of the bicycle can be lifted completely, Method can be used.

Hereinafter, an example of a method of vertically mounting a bicycle among the above-described various types of bicycle racks will be described.

As described above, the bicycle mounting portion 400 fixes the front wheel of the bicycle and pulls up the rail pillar 420 to vertically mount the bicycle.

In other words, when the user pushes the front wheel of the bicycle into the wheel fixing means 430 located under the rail column 420, the wheel fixing means 430 moves along the rail column 420 while fixing the front wheel of the bicycle So that the bicycle can be vertically mounted.

The main pillars 410 are formed in a columnar shape and spaced apart from each other at regular intervals. The upper pillar 100 is installed on the upper part of the main pillar 410 and the vegetation part 200 and the water channel part 300 are installed on the rear side of the main pillar 410. On the front surface of the main pillar 410, (420).

In addition, a drain connection pipe 320 and a circulation water pipe 350 of the water channel unit 300 described above are installed in the main column 410, respectively.

A plurality of rail pillars (420) are installed at regular intervals between the main pillars (410).

When a plurality of rail pillars 420 are installed, the rail pillars 420 may be installed at different installation positions alternately so that the bicycles mounted next to each other do not interfere with each other. That is, one of the rail pillars 420 may be installed so as to be in close contact with a horizontal plane formed by the pair of main pillars 410, and the rail pillars 420 to be installed next to each other may protrude forward. To this end, the bicycle cradle further includes an auxiliary member on the front of the bicycle cradle, and the rail pillar 420 may be coupled to the protruding auxiliary member.

On one side surface of the rail column 420, grooves may be formed in the longitudinal direction so as to allow the wheel fixing means 430 to move up and down without separating along the rail columns 420. Therefore, the wheel fixing means 430 may have a protrusion formed on one side of the pair of grooves so as to be inserted into the pair of grooves, and protrusions may be formed so as not to be separated from the pair of grooves.

A spring may be mounted inside the rail post 420. In other words, a function of assisting the wheel fixing means 430 and the spring to be connected to each other can be facilitated when the wheel fixing means 430 rises.

The wheel fixing means 430 is coupled to the rail column 420, and when the bicycle wheel is inserted and fixed, the wheel fixing means 430 rises along the rail column 420 to vertically raise the bicycle. As described above, one side of the wheel fixing means 430 is formed with a pair of rail grooves to be formed with protruding portions that can be engaged with each other, and protrusions are formed so as not to be separated from the pair of grooves desirable.

The locking means 440 is provided with a locking tie for locking the bicycle through a wheel inserted and fixed to the wheel fixing means 430.

Specifically, the main body of the locking means 440 is mounted on the side surface of the rail column 420. The outer surface of the body of the locking means 440 may be provided with a number key, a key or the like so that the user can unlock or set the lock. Further, on the outer surface of the body of the locking means 440, there is formed an insertion hole through which both ends of the locking tie of the locking tie that can lock the wheel across the bicycle wheels can be inserted. Therefore, after the user lifts the bicycle vertically, the user removes the one end of the locking tie, inserts it into the insertion hole, inserts the locking tie into the insertion hole again, and locks the bicycle by preventing the locking tie from being released by operating the number key or key.

FIG. 6 is a view showing a photovoltaic power generation unit coupled to a bicycle rest unit having the fine dust reduction function shown in FIG. 1. FIG. 7 is a cross sectional view of a bicycle rest unit having a fine dust- The bicycle cradle equipped with the fine dust reduction function of the present invention may further include a solar power generating unit 500 or a wind power generating unit 600.

The solar power generating unit 500 or the wind power generating unit 600 may include a solar power generating unit 500 or a wind power generating unit 600 installed on the upper collecting unit 100 to generate electric energy, And further comprising:

The power produced by the solar power generating unit 500 or the wind power generating unit 600 may be used to operate the circulation pump 340 or operate the number key of the locking means 440. [

As described above, according to the present invention, there are provided a water collecting tank that can store rainwater on a large number of bicycle cradles installed in the city, a water channel through which rainwater can flow, and a vegetation part where plants can grow, The effect of purifying the air and the effect that the fine dust can be adsorbed and removed in the air flowing along the water channel.

In addition, since the present invention includes a solar power generation device and a wind power generation device in a bicycle cradle, electricity required for a pump for circulating rainwater stored in the upper collecting tank and a locking device for locking the bicycle can be supplied through self power generation Bicycle racks are an environmentally friendly facility.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be readily apparent that such substitutions, modifications, and alterations are possible.

100: upper collecting part 110: roof frame
120: guide frame 130: rainwater drain
140: upper collecting tank 200: vegetation part
210: vegetation part frame 220: absence of function
230: vegetation member 300:
310: Water channel subframe 320: Drainage connector
330: auxiliary collecting tank 340: circulation pump
350: circulation water pipe 400: bicycle mounting part
410: main column 420: rail column
430: wheel fixing means 440: locking means
500: Solar power generating part 600: Wind power generating part

Claims (11)

delete delete An upper collecting part 100 installed on the upper part of the bicycle cradle and adapted to receive and store rainwater;
At least one vegetation part (200) installed under the upper collecting part (100) at a predetermined interval and supplied with stored rainwater and capable of growing plants;
A water channel part 300 installed below the upper water collecting part 100 to allow the stored rainwater to flow along the water channel 311; And
And a plurality of bicycle mounts 400 installed horizontally under the upper collecting unit 100 to mount bicycles,
Characterized in that the air of the vegetation part (200) can purify the atmosphere and the fine dust in the atmosphere can be reduced by the water flowing along the water channel (311) of the water channel part (300)
The upper collecting part (100)
A roof frame (110) having a plate-like shape and tilted at an angle to the top of the bicycle rest;
A guide frame (120) having a plate member shape having a predetermined height and vertically coupled along a lower end portion of the roof frame (110);
A rainwater drain port 130 formed at a lower end of the roof frame 110 and spaced apart at a predetermined interval; And
And an upper collecting tank 140 coupled to the lower end of the lower end of the roof frame 110 to be connected to the rainwater drain port 130 to store rainwater,
The upper collecting tank (140)
A top collecting tank frame (141) having a box shape;
A plurality of upper vegetation part side drains 142 formed at a predetermined interval on the lower surface of the upper collecting tank frame 141;
An upper side drain 143 formed through the lower side of the upper collecting tank frame 141; And
And a top feed opening (144) formed through one side surface of the upper part of the upper collecting tank frame (141).
The method of claim 3,
The upper collecting tank 140 receives water from the rainwater drain port 130 or the upper supply port 144 and drains water to the upper vegetation part side drain port 142 or the upper side drain port 143 A bike holder with a fine dust reduction function.
The method of claim 3,
The vegetation part (200)
A hexahedral vegetation part frame 210;
A function member 220 made of hexagonal charcoal and inserted into one side of the inside of the vegetation part frame 210; And
And a vegetation member (230) in which plants are planted in a frame-like frame and is inserted into and installed on one side of the vegetation part frame (210) in close contact with the member (220). Bike holder with abatement function.
The method of claim 5,
Wherein the plant to be planted in the vegetation member (230) is at least one member selected from the group consisting of lichens, bulbs, vegetables, superpowders, and cabbages.
The method of claim 5,
In the vegetation part frame 210,
A body structure 213 having a frame shape in a hexahedron shape;
A bottom plate 211 installed on the inner bottom of the body structure 213; And
And a plurality of vegetation drainage holes (212) formed through the bottom plate (211) at positions where the functional member (220) abuts.
An upper collecting part 100 installed on the upper part of the bicycle cradle and adapted to receive and store rainwater;
At least one vegetation part (200) installed under the upper collecting part (100) at a predetermined interval and supplied with stored rainwater and capable of growing plants;
A water channel part 300 installed below the upper water collecting part 100 to allow the stored rainwater to flow along the water channel 311; And
And a plurality of bicycle mounts 400 installed horizontally under the upper collecting unit 100 to mount bicycles,
Characterized in that the air of the vegetation part (200) can purify the atmosphere and the fine dust in the atmosphere can be reduced by the water flowing along the water channel (311) of the water channel part (300)
The water channel unit 300 includes:
A plurality of channel subframes (310) having an upper opened box shape and coupled to the lower part of the vegetation part (200);
A drain connection pipe 320 connecting the plurality of channel substructures 310 to each other to allow water to pass therethrough;
An auxiliary collecting tank 330 coupled to a lower portion of the water channel subframe 310 provided under the bicycle cradle and capable of storing water discharged from the water channel subframe 310;
A circulation water pipe 350 connected to the upper part of the upper collecting part 100 and connected to the lower part of the auxiliary collecting tank 330 at the lower part; And
And a circulation pump (340) disposed in the middle of the circulation water pipe (350) to send the water in the auxiliary collection tank (330) to the upper collection part (100). Bike holder with function.
The method of claim 8,
The channel sub-frame 310 includes:
A water channel 311 as a passage through which water flows as an inner space of a box with an opened upper portion;
A water supply hole (312) penetrating the upper part of one end of the water channel (311) so that water can be supplied;
A water drain hole (313) formed in a lower portion of the other end of the water channel (311) so that water can be drained; And
And a plurality of vegetation part side drain ports (314) formed through the bottom surface of the water channel (311) so that water can flow into the lower vegetation part (200). holder.
The method according to claim 3 or 8,
A main column 410 having a columnar shape and spaced apart from the main column 410;
A plurality of rail pillars 420 installed at regular intervals between the main pillars 410;
A wheel fixing means 430 coupled to the rail column 420 and capable of lifting the bicycle upright along the rail column 420 when the bicycle wheel is inserted and fixed; And
And a locking means (440) having a locking tie that locks the bicycle through a wheel inserted and fixed to the wheel fixing means (430). The bicycle according to claim 1, holder.
The method according to claim 3 or 8,
And a solar power generating part 500 or a wind power generating part 600 installed on the upper collecting part 100 and capable of producing electric energy. Equipped bicycle cradle.

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