KR100853704B1 - Bicycle parking installation - Google Patents

Abstract

A bicycle parking installation is provided to lock a bicycle in a parking stand by using a fastening member mounted to the parking stand and a ring member mounted to the bicycle. A bicycle parking stand(100) is composed of a pillar(120) and a roof(110) and has a solar collector(140) on the roof and parking stands(130) under the roof. Bicycles(200) are parked in the parking stands respectively. A ring member(300) is installed in each of the bicycles. A fastening member(400) is installed in each of the parking stands and fastens the bicycle by a locker or releases fastening of the bicycle. A storage battery(150) is connected to the solar collector to store collected solar energy. A controller(160) is operated by power supplied from the storage battery and controls operation of the locker of the fastening member. A card terminal(170) is electrically connected to the controller and allows a user to use the bicycle by releasing the fastening of the bicycle when the user puts on a membership card thereon. An auxiliary battery(190) is electrically connected to the controller to prepare for failure of the storage battery.

Description

Bicycle parking lot {BICYCLE PARKING INSTALLATION}

The present invention relates to a bicycle parking facility, and more particularly, it is automatically operated using solar energy, and when the user registered as a member touches the membership card to the card terminal, the locked structure is automatically released and conveniently anywhere. It relates to bicycle parking facilities that can use bicycles.

Recently, bicycles are increasingly used for short-distance movements due to the increase of vehicles and the traffic congestion and environmental pollution. Bicycles are a means of transportation that do not have to worry about the environmental pollution caused by the operation, and also help the health of the user, the use of road space is efficient and can increase individual mobility even when the roads are crowded.

As a result, governments and civic groups are actively promoting the use of bicycles, and as one of these policies, the bicycle network has been expanded nationwide, and bicycle parking lots have been created in public residential facilities such as stations, terminals, department stores, public facilities and apartment complexes. It became.

In particular, the government has recently installed a bicycle parking lot in the same place as the city hall as well as the bicycle itself and operates it as a member system. In other words, even if you do not have a bicycle, you can rent a bicycle through membership registration.

However, since most bicycle parking lots use bicycles to be tied through locks, users have to carry their locks and keys with them at all times.

The present invention has been proposed in consideration of the above-mentioned points, and an object thereof is that the binding member is mounted to the bicycle parking lot and the bicycle member is mounted to the bicycle so that the bicycle can be locked and stored in the parking lot through the binding member and the ring member. The binding member is automatically opened and closed through electrical operation, and the energy for operating the binding member is to provide an improved bicycle parking facility to be obtained using solar energy.

Bicycle parking facility according to the present invention to achieve the above object, made of a strut and a roof, the roof is provided with a heat collecting plate for collecting solar heat, under the roof a plurality of parking lot is installed; Bicycles parked in the respective parking lots; A ring member fixed to the bicycle; A binding member fixedly installed at each parking lot and configured to engage or release the hook by hooking the ring member while the rocker is operated; A storage battery connected to the heat collecting plate and stored with solar energy collected; A controller which is operated by receiving power from the battery and controls an operation of the rocker of the binding member; A card terminal electrically connected to the controller, the card terminal transmitting a signal to use the bicycle by releasing the binding state of the locker when the member card is faced; And an auxiliary battery that is electrically connected to the controller and prepared in case the battery loses its function, wherein the ring member includes a first binding hole and a second binding hole that are coupled or separated from each other. When the binding sphere and the second binding sphere are combined with each other, a binding hole is formed in the center so as to be coupled to the bicycle stand, and one side of the second binding sphere extends an inclined bar, and an end of the inclined bar is configured to form a ring. The binding member is installed so that the rocker is rotated about the rocker center pin in the housing, and the ring locking groove is opened in one direction of the rocker, and a locking lever is engaged on one side of the rocker to limit the rotation of the rocker. Is installed and configured to maintain this rotated state when the rocker rotates to bind the ring inserted into the ring binding groove, When the engaging lever were to make a group rocker release and a portion is installed a spring rocker to rotate to the initial position, the locking lever is connected to the solenoid is configured to be activated in accordance with signals from the controller.

Bicycle parking facilities according to the present invention is operated by using solar energy to reduce operating costs, there is an effect that is environmentally friendly. In addition, the present invention has the effect that the bicycle can be conveniently used as a means of transportation in any place if the user utilizes this facility without the bicycle personally provided because the bicycle is provided with the bicycle parking. In addition, the present invention can use the bicycle with only a membership card, so there is no inconvenience to carry a lock to prevent the personal bicycle from being stolen, and when the bicycle is locked to the parking lot, a ring mounted on the bicycle is mounted on the parking lot. Locking structure is very convenient because it only needs to be inserted into the ring binding groove. In addition, the present invention has the effect of operating as an unmanned system.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. 1 is a side view showing a bicycle parking facility according to the present invention, Figure 2 is a side view showing a binding member used in the present invention, Figure 3 is an operation of Figure 2, Figure 4 is used in the present invention 5 is a perspective view showing the ring member, Figure 5 is a cross-sectional view showing another embodiment of the ring member used in the present invention.

1 to 4, the bicycle parking facility according to the present invention is configured to operate by using solar energy to the heat collecting plate 140 is installed on the bicycle parking table 100. That is, the bicycle parking lot 100 is made of a support 120 and the roof 110, the heat collecting plate 140 for collecting solar heat is installed on the roof 110, a plurality of parking lots 130 are installed under the roof. do.

And on one side of the bicycle parking lot 100 is connected to the heat collecting plate 140 is installed a storage battery 150 that is stored by the stored solar energy, the principle of the storage battery 150 is to apply a known technique, so the detailed The description will be omitted.

And one side of the bicycle parking lot 100 is operated by receiving power from the storage battery 150, the controller 160 for controlling the operation of the rocker 420 of the binding member 400 to be described later is installed. The controller 160 is electrically connected to the card terminal 170 and the auxiliary battery 190. That is, the controller 160 electrically connected to the card terminal 170 sends a signal to the controller 160 when the member card is placed on the card terminal 170 to terminate the binding state of the rocker 420 so that the member can use the bicycle. It is configured to be. Of course, the card terminal 170 is connected to a separate data unit 180, the member's name, the use time, etc. is configured to be stored in the data unit 180 when facing the member card. Here, the data unit 180 is preferably configured so that all the data unit 180 installed in the country can be managed by connecting to the computer network in the central management room. In addition, the auxiliary battery 190 is electrically connected to the controller 160 so that the storage battery 150 is installed in case the battery 150 has lost its function due to various external factors.

Next, the bicycle member 200 is fixedly installed on the bicycle 200 so that the bicycle 200 can be locked and stored in the parking lot 130, and each parking lot 130 has a binding corresponding to the loop member 300. The member 400 is fixedly installed.

The ring member 300 includes a first binding port 310 and a second binding port 320 that are coupled or separated from each other. When the first binding port 310 and the second binding port 320 are coupled to each other, a binding hole 330 is formed in the center thereof so as to be coupled to the bicycle rack 210. That is, the first binding port 310 and the second binding port 320 on the left and right sides relative to the bicycle stand 210 is configured to be coupled to each other through the binding hole 330. In this case, a bolt through hole 312 is formed in the first binding hole 310, and a bolt fastening hole 322 corresponding to the bolt through hole 312 is formed in the second binding hole 320 so that the bolt B1 is formed. Through the tightly coupled to each other. Of course, it is preferable to use the bolt (B1) is configured to be able to loosen and tighten using a special tool so that the general public can not easily loosen. In addition, the screw hole 314 is formed in the center of the first binding port 310 so as not to be pushed out to the bicycle rack 210 through the screw B2 fastened to the screw hole 314. In addition, the inclined bar 340 extends on one side of the second binding port 320, and the ring 350 is formed at the end of the inclined bar 340.

Here, the inclined bar 340 and the ring 350 may be configured to have a fixed length, but as shown in FIG. 5, the inclined bar 340 and the ring 350 are set in order to set the most ideal position of the ring. ) May be configured to vary in length. That is, the inclined bar 340 is configured so that the outer shell 344 is movable to the outside of the inner shell 342 is configured to be adjustable, the inner shell 342 in the longitudinal direction to be fixed in a variable position A plurality of bolt insertion holes 342a are formed at predetermined intervals, and bolt holes 344a are formed in the outer plate 344 so that the bolts B3 fastened to the bolt holes 344a are inserted into the bolt insertion holes 342a. And can be fixed in a variable position. And the ring 350 is configured to be adjustable in length so that the outer surface 354 is assembled to the outside of the sequel 352, the sequel 352 to be fixed in a variable position in a predetermined interval along the longitudinal direction A plurality of bolt insertion holes 352a are formed, and a bolt hole 354a is formed at the outer side 354 so that the bolt B3 fastened to the bolt hole 354a is inserted into the bolt insertion hole 352a and is variable. It is configured to be able to be fixed in a fixed position. Of course, it is preferable to use a bolt (B3) used here is configured to be loosened and tightened using a special tool so that the general public can not easily loosen.

The binding member 400 is installed in the housing 410 such that the rocker 420 is rotated about the rocker center pin 422, and the ring binding groove 424 is opened in the rocker 420 in one direction, and the housing An opening portion 412 is formed at a position corresponding to the ring engagement groove 424 of the rocker 420 on one side of the 410, so that the ring 350 of the ring member 300 is an opening 412 of the housing 410. It is configured to be selectively fitted into the hook ring groove 424 of the rocker 420 through the). That is, when the rocker 420 rotates while the ring 350 is inserted into the ring binding groove 424, the ring 350 is caught so as not to fall out, and when the rocker 420 rotates to its original state, the ring binding groove Along the 424 ring 350 is to fall out. Subsequently, the locking lever 430 is rotatably installed around the lever center pin 432 in the housing 410, and the upper end of the locking lever 430 is fixed to the rocker 420. When the locker 420 is caught by the formed locking groove 426 and rotates to the binding position, it is configured to maintain the rotated state. In addition, the spring 440 is installed at one side of the rocker 420 so that the locking lever 430 which restricts the rotation of the rocker 420 while the rocker 420 is rotated to the binding position is separated from the locking groove 426. When the rocker 420 is rotated to the original position by the restoring force of the spring 440. And the solenoid 450 is installed at the lower end of the locking lever 430 is configured to rotate the locking lever 430 by the stretching or contracting action of the rod 452 of the solenoid 450. Of course, the solenoid 450 is electrically connected to the controller 160 is configured to operate according to the signal of the controller 160. On the other hand, a part of the rocker 420, the sensor 460 is installed is inserted into the ring 350, the locker 420 is rotated to the binding position is detected by detecting the upper end of the locking lever 430 of the rocker 420 It is configured to operate the solenoid 450 to be inserted into the locking groove 426.

More specifically, the ring 350 of the ring member 300 is coupled to the rocker 420 of the binding member 400 by inserting the ring 350 into the ring binding groove 424 of the rocker 420. As the rocker 420 rotates about 90 ° automatically as shown in FIG. 3, the ring 350 is operated so as not to be caught by the ring binding groove 424, and at the same time, the solenoid 450 is operated to contract the rod 452. The upper end of the locking lever 430 is inserted into the locking groove 426 of the rocker 420 to maintain the rocker 420 rotated to the binding position. If you want to use the bicycle 200 in this state, you only need to wait for the membership card to the card terminal 170. Then, the controller 160 recognizes this and operates the solenoid 450 to extend the rod 452 so that the upper end of the locking lever 430 is removed from the locking groove 426 of the rocker 420, and the rocker 420 is By the restoring force of the spring 440 is rotated to its original position as shown in FIG. Then, the ring 350 of the ring member 300 is separated from the ring binding groove 424 of the rocker 420 to use the bicycle 200. Of course, after the bicycle 200 is used up, when the ring 350 of the ring member 300 is inserted into the ring binding groove 424 of the rocker 420, the rocker 420 is operated as described above, and thus the ring 350 is operated. Will be bound.

The bicycle parking facility according to the present invention configured as described above can conveniently use the bicycle parking facility evenly installed throughout the country if the user registered as a member carries only a membership card. That is, when the membership card is applied to the card terminal, the rental time is registered in the data unit and at the same time, the locking means of any one of the binding members is released, and the bicycle can be used. And when you're done with your bike, you can park and lock your bike in an empty parking lot. Therefore, by using the bicycle parking facility according to the present invention, even if a user registered as a member does not have a bicycle personally, the bicycle can be conveniently used as a means of transportation.

In particular, since the bicycle parking facility according to the present invention is operated using solar energy, energy use is efficient and operation costs are reduced.

While the invention has been shown and described in connection with specific embodiments, it will be understood that various modifications and variations can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone can grow up easily.

1 is a side view showing a bicycle parking facility according to the present invention,

Figure 2 is a side view showing the binding member used in the present invention,

3 is an operation of FIG.

4 is a perspective view showing a ring member used in the present invention,

Figure 5 is a cross-sectional view showing another embodiment of the ring member used in the present invention.

◎ Explanation of symbols for main part of drawing

100: bicycle parking 110: roof

120: prop 130: parking lot

140: heat collecting plate 150: storage battery

160: controller 170: card terminal

180: data unit 190: auxiliary battery

200: bicycle 300: ring member

400: binding member

Claims (3)

Bicycle parking lot consisting of a pillar and a roof, a roof is provided with a heat collecting plate for collecting solar heat, and a plurality of parking lots are installed under the roof; Bicycles parked in the respective parking lots; A ring member fixed to the bicycle; A binding member fixedly installed at each parking lot and configured to engage or release the hook by hooking the ring member while the rocker is operated; A storage battery connected to the heat collecting plate and stored with solar energy collected; A controller which is operated by receiving power from the battery and controls an operation of the rocker of the binding member; A card terminal electrically connected to the controller, the card terminal transmitting a signal to use the bicycle by releasing the binding state of the locker when the member card is faced; And It is configured to include an auxiliary battery that is electrically connected to the controller and prepared in case the battery has lost its function. The ring member is composed of a first binding sphere and a second binding sphere which are coupled or separated from each other, when the first binding sphere and the second binding sphere are coupled to each other through a binding hole formed in the center is configured to be coupled to the bicycle stand and , One side of the second binding sphere inclined bar is extended, the end of the inclined bar is configured to form a ring, The binding member is installed so that the rocker is rotated about the rocker center pin in the housing, and the ring binding groove is opened in one direction to the rocker, and one side of the rocker is installed to restrict the rotation of the rocker. When the rocker is rotated to bind the ring inserted into the ring engagement groove, the locker is configured to maintain the rotated state. When the locking lever that is holding the locker is released, a spring is installed at a portion so that the rocker rotates to its original position. , The latch lever is connected to the solenoid bicycle parking facility, characterized in that configured to operate in accordance with the signal of the controller. delete The method of claim 1, The inclined bar of the ring member is configured to be adjustable in length by the outer shell is movable to the outside of the inner shell, the ring is configured to be adjustable in the length of the hook is assembled so as to be movable on the outer surface of the sequel Parking facilities.

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