KR101048108B1 - Bicycle parking lot value - Google Patents

Abstract

The present invention relates to a bicycle parking value, and more particularly, to a bicycle parking value which is provided with a locking device built in a parking table installed in a space for parking a bicycle to prevent the parking and theft of a safe bicycle.

The present invention for achieving the above object is characterized by consisting of a binding arm fastened to the bicycle, a fixed frame fixed to the ground, the binding arm is inserted into the fixed frame to perform the binding / termination operation. do.

Bicycle, parking lot, solidarity, locking

Description

A bicycle parking device

The present invention relates to a bicycle parking value, and more particularly, to a bicycle parking value which is provided with a locking device built in a parking table installed in a space for parking a bicycle to prevent the parking and theft of a safe bicycle.

In general, bicycles are increasingly used for short-distance movements due to the increase of vehicles and the increase in traffic and environmental pollution.

That is, the bicycle is a means of transportation that does not have to worry about environmental pollution due to the operation and also helps the health of the user, and the use of road space is efficient and can increase the mobility of the individual even when the road is crowded.

Therefore, the life of bicycles is actively promoted by the government and civic groups, and as part of this policy, the nationwide bicycle road network has been expanded, and bicycles are stored in public residential facilities such as stations, terminals, department stores, public facilities, and apartment complexes. There is a bicycle parking lot for standing up.

The bicycle parking lot is usually made of a steel structure that can simply lean on the bicycle, and when the bicycle is parked in the bicycle parking lot, the owner of the bicycle carries a separate lock and uses it to bind the bicycle to the parking lot. The situation is to prevent theft of the bicycle.

However, the conventional bicycle parking lot is not only inconvenient for the bicycle owner to carry the locking device individually, but also can not effectively prevent theft of the bicycle because it is dismantled by a method such as easily cutting the cable of the locking device. There was this.

The present invention has been made to solve the above-mentioned problems, the binding arm of the binding arm is fitted into the seating groove of the binding portion and at the same time automatically detects and binds to the binding arm using a card or the like. By being terminated, the purpose is to be able to easily park the bike in the bicycle parking lot to bind / terminate.

In addition, when the bicycle is parked in the bicycle parking lot, there is no need to carry a separate locking device, and the locking frame is provided on the fixed frame of the bicycle parking lot so that the bicycle can be prevented from being stolen when the bicycle is parked.

In addition, by installing a bicycle parking lot in a variety of shapes, such as a straight or polygonal shape, it is possible to make the most of the narrow space, to suit the surrounding environment to contribute to the environment creation.

The present invention for achieving the above object is characterized by consisting of a binding arm fastened to the bicycle, a fixed frame fixed to the ground, the binding arm is inserted into the fixed frame to perform the binding / termination operation. do.

Here, the binding arm is provided with a fastening member which is fastened and fixed to the bicycle, characterized in that the fastening member is formed protruding to the front of the fastening member is provided with a fastening member having a long groove in the vertical direction.

In addition, the fixing frame is characterized in that a space portion is formed on the inner side, and an opening is formed in the front in communication with the space portion.

In addition, the binding portion is opened to the front is provided with a case having a seating groove is formed in which the binding member of the binding arm is fitted, a corresponding locking hole is formed on both sides of the seating groove of the case, is formed in one side corresponding to the locking hole Characterized in that the locking portion for engaging / releasing the binding arm is provided.

Here, the inclined surface corresponding to both sides is formed so that the seating groove inlet of the case is formed wide.

Further, the inclined surface of the case is formed with the insertion hole corresponding to each other, the incision groove is formed in the seating groove direction, characterized in that the pair of guide roller is inserted into the insertion hole is fixed.

In addition, the locking part is provided with a supporting member protruding on any one of both side surfaces of the binding hole formed in the case, it is characterized in that the fastening fixed to the supporting member.

Here, the locking part is provided with a fixing member fastened to the support member, is fastened to the fixing member is provided to be able to enter the locking hole, the locking member is provided with a rack formed on the bottom of the rear portion, the rack of the locking member An interlocking pinion is provided, wherein a front surface of the pinion is provided with a first bevel gear, and a stationary motor having a second bevel gear engaged with the first bevel gear to transmit power.

In addition, the rear of the seating groove of the case is characterized in that the sensing unit is further provided.

Here, the sensing unit is provided with a body having a space formed therein, the inside of the body is provided with a touch member protruding through the mounting groove of the case, the elastic member for supporting the touch member in the space of the body Characterized in that provided.

On the other hand, it characterized in that the control unit for controlling the binding unit operating by the entry of the binding arm is further provided.

Here, the fixing frame is characterized in that the binding release portion for further performing the binding / termination of the binding portion.

Further, the binding release portion is characterized in that provided in the front or upper end of the fixed frame.

The fixing frame may further include a display unit displaying a locking state of the binding unit.

In addition, the control unit is provided on the outer side of the fixed frame, the control unit is characterized in that the emergency interphone is further provided.

Here, the control unit is characterized in that the LED monitor is further provided.

Further, it characterized in that the central control unit for managing and analyzing the information input to the control unit as a whole.

According to the present invention configured as described above, the binding member of the binding arm is automatically inserted into the seating recess of the binding portion and automatically senses and binds the binding arm, and at the same time, the binding arm bound by the card or the like is terminated. There is an effect that can be parked to bind / terminate.

In addition, when the bicycle is parked in the bicycle parking lot, there is no need to carry a separate locking device, and the locking device is provided on the fixed frame of the bicycle parking lot, thereby preventing theft of the bicycle when the bicycle is parked.

In addition, by installing a bicycle parking lot in a variety of shapes, such as a straight or polygonal shape, it is possible to make the most of the narrow space, and to suit the surrounding environment to contribute to the environment.

Hereinafter, the accompanying drawings for the bicycle parking lot value according to the present invention will be described in detail.

1 is a perspective view showing a bicycle parking value according to the present invention, Figure 2 is a plan view showing a bicycle parking value according to the present invention, Figure 3 is a side cross-sectional view showing a bicycle parking value according to the present invention, Figure 4 is a lock of the present invention It is an enlarged perspective view showing the part, Figure 5 is a side view showing the locking portion of the present disease.

As shown therein the bicycle parking lot 100 according to the present invention is provided with a binding arm 110 is fastened and fixed to the bicycle (D).

Here, the binding arm 110 is provided with a fastening member 112 is fastened to the support is formed on the handle of the front of the bicycle (D).

At this time, the fastening member 112 has a rear surface is opened and a protruding member 114 protruding from the opening is formed to fix the protruding member 114 by bolts or nuts or by welding or the like. According to the type and size can be used commonly for bicycles having different diameter (D).

Furthermore, a binding member 116 protruding toward the front of the fastening member 112 is provided, and the binding member 116 is provided with a long groove 116a in the vertical direction.

Then, the fixed frame 210 is fixed to the ground for parking the bicycle (D) is provided.

Here, the fixing frame 210 has a space portion 212 is formed on the inside, the open hole 214 is formed on the front surface in communication with the space portion 212.

In addition, the binding unit 310 is provided in the opening hole 214 of the fixed frame 210 is installed in the space 212, the binding arm 110 is fitted to the front to operate to bind or terminate.

Here, the binding portion 310 is formed with a fixing groove 316 is fastened and fixed to the opening hole 214 of the fixed frame 210, the front is open to the binding member 116 of the binding arm 110 is fitted. The case 312 is provided with a seating groove 314.

Furthermore, locking holes 314a formed through the corresponding side surfaces of the seating grooves 314 of the case 312 are formed to correspond to each other.

In addition, the inlet of the seating groove 314 of the case 312, the inclined surface 318 is formed to correspond to each other on both sides so that the inlet is formed wide, the inclined surface 318, the insertion hole 320 is formed to correspond to each other A cutting groove 322 is formed on a corresponding surface of the insertion hole 320 corresponding to each other, and is mounted in the insertion hole 320 so that the binding member 116 of the binding arm 110 is mounted on the seating groove 314. Guide rollers 324 which serve as guides when fitted are provided.

In addition, the locking part is formed to correspond to the locking hole 116a, formed in any one of the two sides of the seating groove 314 of the case 312 to bind or terminate the binding arm 110 ( 330 is provided.

Here, the locking part 330 is provided with a support member 326 protruding from any one side of both sides of the seating groove 314 formed in the case 312, is fastened and fixed to the support member 326 .

Further, the fixing member 332 is fastened to the support member 326 is provided, is fastened to the fixing member 332 is provided to be able to enter and exit in the long groove 116a, the rack 334a in the longitudinal direction at the bottom of the rear portion Is provided with a locking member 334 is formed.

In addition, a pinion 336 engaged with the rack 334a is provided, and a front surface of the pinion 336 is provided with a first bevel gear 336a and is engaged with the first bevel gear 336a to transmit power. The stationary motor 338 to which the second bevel gear 338a is fastened is provided.

Accordingly, the pinion 336 rotates when the first bevel gear 336a receives the power transmitted through the second bevel gear 338a by the operation of the stationary motor 338. The locking member 334 performs the forward or backward operation by the rotation of the locking member 334 to the locking hole 314a formed in the case 312 to perform the entry and exit operation of the seating groove 314 of the case 312. The binding member 116 fitted in the can be bound or released.

 In addition, the rear portion of the case 312 is provided with a detection unit 340 for detecting the binding member 116 fitted into the mounting groove 314 to operate the locking unit 330.

The sensing unit 340 is provided with a body 342 having a space formed therein, and is provided inside the body 342 so as to protrude one side through the seating groove 314 of the case 312. Member 344 is provided.

At this time, the back of the touch member 344 is provided with a means for recognizing the binding member 116 when pressing the touch member 344 while the binding member 116 is fitted.

That is, a sensor (not shown) provided in the rear portion of the touch member 344 or separately provided inside the body 342 to detect this when the touch member 344 is pressed while the binding member 116 is inserted. It is preferable to have a), but in addition to this, all means and methods capable of detecting when the touch member 344 operates are applicable.

Further, the inner space portion of the body 342 is provided with an elastic member 346 supporting the opposite direction of the protruding touch member 344.

On the other hand, the control unit 410 is further provided to control the binding unit 340 to perform the binding or releasing the binding member 116 of the binding arm 110 to enter the seating groove 314 of the case 312 do.

Here, the control unit 410 enters the mounting groove 314 receives the information detected by the touch member 344 of the sensing unit 340 to operate the stationary motor 338 of the binding unit 310 to lock the member 334 is operated to control the locking unit 330 for controlling the binding member 116 of the binding arm 110 to be in a locked state or an open state.

Further, the control unit 410 is mounted to the outside of the fixed frame 210, the control unit 410 is further provided with an emergency interphone (412).

Therefore, when a problem such as a malfunction occurs when parking the bicycle D in the bicycle parking lot 100, the user can contact the central control unit 420 by using the emergency interphone 412.

In addition, the control unit 410 is further provided with an LED monitor 414 for displaying the state of entry and exit simultaneously with the bicycle (D) from the bicycle parking lot 100.

Therefore, by looking at the LED monitor 414, it is possible to easily park the empty space of the bicycle parking lot 100 and check the binding state at the same time.

In addition, a binding release unit 510 is further provided to perform the binding termination when the binding unit 310 is bound to the front or upper end of the fixed frame 210.

In this case, the binding release unit 510 is provided with a key bundle (not shown) in the fixed frame 210 is inserted into the key bundle using a key and rotated after the information is sent to the control unit 410 and the information By doing so, the locking unit 330 may be released, or a card (not shown) may be used to release the locking unit 330.

In this case, when the binding of the locking unit 330 is terminated by using a card, information recognized by the RFID chip wirelessly using the RFID chip is transmitted to the control unit 410, and the control unit 410 received the locking unit 330. ) Will be broken.

Alternatively, the RFID chip R having the unique number of the bicycle is mounted on the binding member 116 of the binding arm 110, and the seating groove 314 of the binding unit 310 corresponds to the RFID chip R. The binding release part 510 recognizes the RFID chip R when the binding release part 510 is attached to one side of both sides so that the binding member 116 is fitted into the seating groove 314 of the binding part 310. The record is transmitted to the control unit 410 and the bicycle D may be coupled by operating the lock unit 330 by the transmitted record.

At this time, when the binding arm 110 of the bicycle (D) is pulled out from the locking unit 330, this information is transmitted to the central control unit 420 to store this record.

In addition, the central control unit 420 is further provided to collectively manage the bicycle parking lot 100, the central control unit 420 collectively withdraw the bicycle withdrawal or received from the bicycle parking lot 100 It can be managed.

Here, the central control unit 420 may be provided with a management office so that the administrator can reside, or may be configured to be an unmanned system to be operated unattended.

On the other hand, the binding termination unit 510 is not limited to this, and all means and methods that are commonly used, that is, can terminate the bound state is applicable.

In addition, the fixing frame 210 is further provided with a display unit 512 for displaying a state in which the binding arm 110 is bound to the binding unit 310.

That is, the locking unit 330 operates while the binding member 116 of the binding arm 110 is fitted into the seating groove 314 of the binding unit 310 to indicate whether the binding member 116 is engaged. ) By displaying a binding or termination, it is possible to prevent theft of the bicycle (D) due to the malfunction of the locking unit 330.

Alternatively, the display unit 512 may be formed in a lamp shape indicating a state in which the binding member 116 of the binding arm 110 is worn or entered into the binding unit 310.

6 is a view showing an installation example of a bicycle parking lot value according to the present invention.

As shown therein, the bicycle parking lot 100 according to the present invention shows a state in which the fixed frame 210 is installed long in one direction, and the bicycle parking lot 100 installed as such is mainly a station, a station, or the like. A lot of traffic is installed in the place to park the bicycle (D).

7 is a view showing another installation example of the bicycle parking lot value according to the present invention.

As shown therein, the bicycle parking lot 100 according to the present invention is installed in such a way that the polygons having various shapes such as hexagons, octagons, etc. are formed in a relatively wide space such as a park, such that a bicycle is parked in a circle. It was made to be possible.

Referring to the operation relationship for the bicycle parking lot value according to the present invention configured as described above are as follows.

 8 is a view showing an operation relationship of the bicycle parking lot value according to the present invention, the binding member is inserted into the seating groove is a view showing a fixed state, Figure 9 is an operation relationship of the bicycle parking lot value according to the present invention, Figure showing a state in which the member is separated from the seating groove.

As shown in this case, if you want to park the bicycle parking lot (D) in the bicycle parking lot 100 according to the present invention, first, the binding member 116 of the binding arm 110 fastened to the bicycle (D) case ( When positioned in the seating groove 314 of 312 and pushed, the binding member 116 is fitted into the seating groove 314 by the guide of the guide roller 324.

At this time, when the binding member 116 is fitted into the seating groove 314 is pressed while pressing the touch member 344.

As the touch member 344 is pressed by the binding member 116, the binding member 116 is detected in the seating groove 314, and the detected information is transmitted to the control unit 410. The locking hole 314a formed in the case 312 while the locking member 334 is advanced by the organic operation of the rack 334a and the pinion 336 by analyzing the information transmitted to the operating stationary motor 338. The binding member 116 is fixed while being sequentially inserted into the exaggerated groove 116a.

Accordingly, the bicycle parked in the bicycle parking lot 100 by maintaining the state in which the locking member 334 is sequentially inserted into the locking hole 314a of the case 312 and the long hole 116a of the binding member 116. Theft of (D) can be prevented.

In addition, when the bicycle (D) is parked, the binding member 116 of the binding arm 110 provided in the bicycle (D) is inserted into the seating groove 314 of the case 312 provided in the fixed frame 210. The binding member 116 is sensed so that the locking unit 330 is engaged while operating, thereby allowing the bicycle D to be parked at the same time and binding the bicycle D to prevent theft.

On the contrary, when the bicycle D is to be withdrawn from the bicycle parking lot value 100, when the information is input to the binding release unit 510 provided in the fixed frame 210 using a card or a key, the information is controlled. Received from the 410 to operate the stationary motor 337 in the opposite direction to bind the binding member 116, by the operation of the stationary motor 338, while the locking member 334 is reversed with the locking hole 314a and It is separated from the long groove 116a of the binding member 116, the binding is terminated, it is possible to easily withdraw the bicycle (D).

Therefore, the locking member 334 is retracted from the locking hole 314a and the long groove 116a while being reversed, and the binding is terminated, and when the bicycle D is pulled backward, it is separated from the seating groove 314.

At this time, the touch member 344 of the sensing unit 340 is returned to the original by the elastic member 346 while the binding member 116 is drawn out.

10 is a block diagram schematically showing a system of binding / releasing the locking portion of the bicycle parking lot value according to the present invention.

Bicycle parking lot 100 according to the present invention is a user who wants to rent a bicycle (D) as part of the government public bicycle (D) rental system of the government, first access the Internet, etc. to register as a member to issue a membership card or transportation When the card and the mobile phone electronic card is registered, the information is transmitted to the central control unit 420 of the bicycle parking lot 100 and based on this information, when the user's card is contacted with the termination unit 510, this information. Is input to the control unit 410, the information input to the control unit 410 is input to the central control unit 420 and at the same time the lock unit 330 to release the bicycle (D) to use the bicycle (D). Will be.

At this time, the LED monitor 414 of the control unit 410 displays the location from which the bicycle (D) is drawn and transmits the information to the central control unit 420 to collectively transmit the information to the central control unit 420. To manage.

When the bicycle (D) is rented and used after the bicycle (D) is inserted into the binding member (112) of the binding arm (110) to the binding portion (310) of the bicycle parking lot (100) by the same operation as in the former. As soon as the bicycle is bound, the information is transmitted to the central control unit 420 through the control unit 410 and the rent is calculated, and the user settles the charge at the central control unit 420. That's it.

In this case, the user parks the bicycle (D) when the traffic card is connected to the binding unit 510 using the registered transportation card without having to calculate the rental cost of the bicycle (D) directly by the central control unit 420. Simultaneously with this, the central control unit 420 calculates the rental time of the bicycle (D) is automatically paid.

In addition, when parking the bicycle parking garage (D) owned by the individual in the bicycle parking lot 100, when the binding member 112 of the binding arm 110 is inserted into the seating groove 314 of the binding unit 310 is automatically When the binding member 112 is bound, and the card is brought into contact with the binding release unit 510 in this state, information such as the location and time at which the bicycle D is parked is input to the controller 410 and the LED monitor 414. At the same time, the information is transmitted to the central control unit 420 and stored.

In this state, when the user wants to withdraw the parked bicycle D, the card is brought into contact with the disengagement unit 510, and this information is transmitted to the control unit 410, and the control unit 410 returns to the central control unit 420. The fee is calculated by calculating the parked time by transmitting information, and the fee calculated by the central control unit 420 is received by the control unit 410 again to display the parking fee on the LED monitor 414 and the user monitors the LED monitor ( Calculating the fee displayed in 414) automatically terminates the binding unit can be shipped to the bike (D).

In the above, a preferred embodiment of the bicycle parking lot value according to the present invention has been described, but the present invention is not limited thereto, and various modifications are made within the scope of the claims and the detailed description of the invention and the accompanying drawings. It is possible that this also belongs to the scope of the present invention

The present invention relates to a bicycle parking value, and more particularly, to a bicycle parking value which is provided with a locking device built in a parking table installed in a space for parking a bicycle to prevent the parking and theft of a safe bicycle.

1 is a perspective view showing a bicycle parking lot value according to the present invention.

Figure 2 is a plan view showing a bicycle parking value in accordance with the present invention.

Figure 3 is a side sectional view showing a bicycle parking lot value according to the present invention.

Figure 4 is an enlarged perspective view showing the locking portion of the present invention.

Figure 5 is a side view showing the locking portion of the present disease.

Figure 6 is a view showing an installation example of the bicycle parking lot value according to the present invention.

7 is a view showing another installation example of the bicycle parking lot value according to the present invention.

8 is a view showing the relationship between the operation of the bicycle parking lot value according to the present invention, the binding member is inserted into the seating groove is a view showing a fixed state.

 9 is a view showing the relationship between the operation of the bicycle parking lot value according to the present invention, the binding member is a view showing a state separated from the seating groove.

Figure 10 is a schematic block diagram showing a system of engaging / releasing the locking portion of the bicycle parking lot value in accordance with the present invention.

[Description of Symbols for Main Parts of Drawing]

100: bicycle parking value 110: binding arm

112: fastening member 114: protruding member

116: binding member 116a: long groove

210: fixed frame 212: space

214: opening hole 310: binding part

312 case 314: settling groove

314a: locking hole 316: fixing groove

318: slope 320: insertion hole

322: incision groove 324: guide roller

330: locking part 332: fixing member

334: locking member 334a: rack

336: Pinion 336a, 338a: First and second bevel gear

338: forward and reverse motor 340: detection unit

342: body 344: touch member

346: elastic member 410: control unit

412: emergency intercom 414: LED monitor

510: disengagement unit D: bicycle

Claims (17)

The binding arm fastened to the bicycle, A fixed frame fixed to the ground, A binding part inserted into the fixed frame and configured to perform a binding / release operation; Consists of a control unit for controlling the binding unit operating by the entry of the binding arm, The binding arm is provided with a fastening member which is fastened and fixed to the bicycle, and is provided with a fastening member protruding toward the front of the fastening member and having a long groove formed in a vertical direction. The binding part is opened to the front side is provided with a case is formed with a seating groove into which the binding member of the binding arm is fitted, a corresponding locking hole is formed on both sides of the seating groove of the case, is formed on one side to correspond to the locking hole Locking unit for binding / disengaging The inclined surface corresponding to both sides is formed so that the seating groove inlet of the case is formed wide, Insertion holes are formed on the inclined surfaces of the case so as to correspond to each other, an incision groove is formed in the seating groove direction, and a pair of guide rollers are inserted into and fixed to the insertion holes. The locking unit is provided with a support member protruding on any one side of both sides of the binding hole formed in the case, is fastened and fixed to the support member, The lock portion is provided with a fixing member fastened to the support member, Is fastened to the fixing member is provided to be able to enter and exit the locking hole, the locking member is provided with a rack formed at the bottom of the rear portion, The pinion is provided to engage the rack of the locking member, the front surface of the pinion is provided with a first bevel gear, A stationary motor is provided to which the second bevel gear is coupled to the first bevel gear to transmit power. The fixed frame is provided with a binding release unit for performing the binding / termination of the binding unit using a card, The control unit is provided on the outer side of the fixed frame, the controller parking lot, characterized in that the emergency interphone is provided. delete The method of claim 1, The fixed frame is a bicycle parking lot, characterized in that a space portion is formed on the inside, the opening is formed in the front in communication with the space portion. delete delete delete delete delete The method of claim 1, Bicycle parking lot, characterized in that the sensing unit is further provided on the rear portion of the seating groove of the case. The method of claim 9, The sensing unit is provided with a body formed with a space inside, Is provided on the inside of the body is provided with a touch member protruding through the mounting groove of the case, Bicycle parking spaces, characterized in that the space of the body is provided with an elastic member for supporting the touch member. delete The method of claim 1, Bicycle parking lot characterized in that the fixing frame is further provided with a binding release unit for performing the binding / termination of the binding unit. 13. The method of claim 12, The binding release portion is a bicycle parking value, characterized in that provided on the front or top of the fixed frame. The method of claim 1, Bicycle parking lot characterized in that the fixing frame is further provided with a display unit for displaying the locking state of the binding unit. delete The method of claim 1, Bicycle parking lot characterized in that the control unit is further provided with an LED monitor. The method of claim 16, Bicycle parking lot, characterized in that the central control unit for the overall management and analysis processing information input to the control unit is further provided.

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