KR20100089926A - Standing erect bicycle parking system - Google Patents

Abstract

PURPOSE: An upright bicycle parking system is provided to effectively and maximally use a space by parking multiple upright bicycles. CONSTITUTION: An upright bicycle parking system comprises a wheel fixing hanger(1), a wheel pressing unit(3), a wheel fixing plate(2), and a wire rope(5). The wheel fixing hanger hangs the front wheel of a bicycle. The wheel pressing unit transfers the hung front wheel in a b direction and fixes the front wheel of the bicycle. The wheel fixing plate drives the wheel pressing unit to fix the bicycle using a pressing step(7). The wire rope connects the pressing step and the wheel pressing unit.

Description

Upright bicycle parking system {STANDING ERECT BICYCLE PARKING SYSTEM}

The present invention was a sidewalk-type bicycle holder / storage stand in the form of a protrusion projected in the present invention, but in the present invention by taking a way to minimize the space to devise a way to stand and keep in an upright form, future parking lot and tower parking lot It is about how to expect space minimization / efficiency by integrating technology.

Due to the current nature of bicycle parking, parking is only in the direction of the road, so it protrudes into roads and sidewalks as long as bicycles and serves as an obstacle for driving and walking. In addition, there is a limitation of storage due to the space problem compared to the floating population, so that the use of space that can hold a larger number of bicycles that are most worrying in government-led or local residents, management offices, etc. Until now, no suitable measures have been devised. In order to solve this problem, the existing horizontal alignment method is not only a storage duty but also insufficient to manage a larger number of bicycles.

The present invention can utilize the space by parking the bicycle upright in the horizontal in the meantime, the purpose of achieving more bicycles, orderly, and the like.

In the present invention, while slightly pushing the bicycle forward and hooks on the upper fixing hook, the foot pressing the footrest in the lower part to pull the wire rope by pulling the wheel fixing presser to open the bicycle wheel and then put the footrest back The spring behind the stationary presser expands, and the presser presses the wheel to fix it.

In this case, the structure of the fixed presser has two guide pins formed on both sides of the back of the presser, and one compression spring is fitted to each of the guide pins. The shape of the presser foot is well entered and the press and pull out is made smoothly, and the wire rope is fixed on the upper side to the fixed presser. Rotating rollers are attached at each of the intermediate refraction corners to guide the oir rope each time the stepping foot is pressed and run. As a result, the present invention has a feature that the bicycle is standing in an upright form.

As described in the above, if you park your bicycle on a hanger and park it in an upright position using a fixed presser, you will maximize the space utilization, reduce your budget and keep your order tidy, and solve your safety problems. do.

The present invention will now be described in detail with reference to the accompanying drawings.

The mechanism for the bicycle parking system (see Fig. 2) is that the wheel fixing hook ① walks the front wheel of the bicycle coming up in the ⓔ direction in the ⓐ direction. After walking the front wheel, the wheel fixing pusher ③ is moved in the ⓑ direction to fix the front wheel of the bicycle to make the bicycle steady. The mechanism for fixing the bicycle (see Fig. 2) is the wheel fixing hook ① and the wheel. The fixing plate ② drives the wheel fixing press ③ to fix the bicycle through the pressing foot ⑦.

The wire rope ⑤ connects the presser foot ⑦ and the wheel fixing presser ③ and creates a path of the rotary roller ⑥.

The compression spring ④ of the fixed presser is designed to create a reciprocating feed path for fixing the bicycle wheels.

The front wheel fixing mechanism configuration (see Fig. 3) is driven by a wire rope ⑤ to drive the wheel pusher ③, and then the compression spring ④ is compressed and pulled while pulling the wire rope ⑤ to its original position.

Compression spring ④ and wheel fixing presser ③ reciprocate based on the transfer center ㉮.

Explaining the driving principle (see Fig. 3), the bicycle is pushed back and forth once by the wheel fixing pusher 인, which is the transport distance (L 1) of the wheel fixing pusher (wire rope ⑤ to transfer the wheel fixing pusher ③). And the compression spring ④ are designed.) Also, the wire rope ⑤ reciprocates along the rotary roller ⑥ and the compression spring ④ moves one time while the wheel fixing pusher ③ reciprocates once. .

The wheel fixing plate ② is fixed to the frame to fix the bicycle wheel, and pulls the wire rope ⑤ from the initial wheel fixing pusher position (P 1) to the final wheel fixing pusher position (P2) to insert the bicycle wheel. .

After inserting the bicycle wheel, release the wire rope ⑤ and the wheel fixing pusher ③ will be fixed by the compression spring ④ to fix the bicycle.

Fixing and disassembling the bicycle is repeated the above process.

1 is an overall installation diagram

2 is a configuration diagram

3 is a detailed view

4 to 11 are parts views

Claims (2)

If you push the bicycle along the guide rail and step on the footrest ⑦ and hang it on the hook ① and then release the footrest, the front and rear wheels of the bicycle will lean toward the side wall. , The wheel fixing presser ③ prevents the wheel from falling out and induces the dispersion of force, and ensures the safety. Wheel fixing hanger ① in paragraph 1 is installed on the upper part, and it is made of material that is not deformed and brittle with anti-wear resistance, corrosion resistance, rigidity, and elasticity, and wheel fixing pusher ③ is wired to lower pressing foot ⑦. Rope ⑤ is connected and the rotating roller ⑥ is located in the middle deflection part, which plays a role in smoothly guiding the wire rope. The wire rope is fastened to the wheel fixing pusher ③, and the compression spring ④ is fixed to both sides to contract / expand and to secure the front wheel without shaking. Guide guides are installed in the form of beams inside the spring to suppress the influence of lateral moments in the lateral direction.

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