CN214689882U - Steering wall hanging rack for bicycle - Google Patents

Abstract

The utility model provides a bicycle is with hanging rack that turns to, it is including fixed baseplate, the group of colluding and lean on the wheel board, it can the activity equipment in the right pivot portion or the left pivot portion of the pivot of base to collude the group, make to collude the group and be located the right side position or the left side position of pivot, change the opening orientation direction that colludes the group in real time, provide the user according to service environment, the opening that selects to collude the group is towards left side or right side direction, and then can provide the bicycle and pass through the opening and hang the lid on the collude pole of group of colluding from right side direction or left side direction, and the tire supports on leaning on the wheel board, the practitioner need not develop two kinds of directions bicycle hanging mechanism, reduce the cost of manufacture.

Description

Steering wall hanging rack for bicycle

Technical Field

The utility model relates to an install the wall mount frame on the wall, provide the bicycle and be standing type and park near the wall.

Background

The common bicycles parked indoors are parking frames (taiwan new patents M593355, M568806, M567723; US invention patents US10252759B2, US10618582B1), horizontal wall hanging frames (taiwan new patent M56990; US invention patent US10822045B1) or vertical wall hanging frames (taiwan new patent M439605), etc. The vertical wall-hanging rack is very simple to mount, has small volume and does not occupy the environmental space, thus being very popular for people with limited environmental space.

Aforesaid taiwan novel patent No. M439605 bicycle stores pylon is often installed in corner position and is saved environmental space in using, and the open position of its couple is in the right side position of stores pylon, so can only carry out linking with of bicycle from the right side of stores pylon to it has the position of wall to send this kind of wall stores pylon to can not install in the corner and be close to the right side and have the wall, because receive the hindrance of right side wall and can't hang the bicycle smoothly, has the condition of not being suitable for in the use.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the main technical problem lies in overcoming the above-mentioned defect that prior art exists, and provide a bicycle with turning to wall mount frame, it can be via activity dismouting collude group, change the opening of colluding the group towards right side or left side direction, can be more suitable for the environment and hang the bicycle smoothly, and can not receive the hindrance, and the practitioner also need not develop the mechanism of two kinds of directions, reduces the cost of manufacture.

The utility model provides a technical scheme that its technical problem adopted is:

a steerable wall mount for a bicycle, comprising: a fixed base, which is pivoted with a rotating shaft, and the rotating shaft is provided with a right pivot part and a left pivot part in opposite directions, the right pivot part is convexly provided with a right pivot column, and the left pivot part is convexly provided with a left pivot column; a hook group, which comprises a cantilever part and a hook rod, one end of the cantilever part is provided with a pivot hole movably assembled on the right pivot column or the left pivot column, and the other end of the cantilever part is laterally assembled with the hook rod, so that the hook rod extends towards the lateral direction of the cantilever part and forms an opening with the cantilever part, and the opening faces towards the left side direction or the right side direction of the fixed base; and a wheel leaning plate which is assembled on the rotating shaft and is positioned between the right pivot part and the left pivot part.

The beneficial effects of the utility model are that, it can be via activity dismouting group of colluding, changes the opening orientation right side or the left side direction of colluding the group, can be more suitable for the environment and hang the bicycle smoothly, and can not receive the hindrance, and the practitioner also need not develop the mechanism of two kinds of directions, reduces the cost of manufacture.

Drawings

The present invention will be further explained with reference to the drawings and examples.

Fig. 1 is a perspective view of the present invention.

Fig. 2 is a partially exploded perspective view of the present invention.

Fig. 3 is a partially exploded perspective view of the hook assembly of the present invention installed in front of the left pivot portion.

Fig. 4 is a schematic view of the present invention cooperating with the rear wheel seat installed on the wall.

Fig. 5 is a perspective view of the utility model of a bicycle suspended by a rear wheel seat.

Fig. 6 is a perspective view of the utility model of a bicycle suspended by a rear wheel seat through turning.

Fig. 7 is a schematic view illustrating the hook assembly of the present invention pivoted to a retracted state.

Fig. 8 is a perspective view illustrating the hook assembly according to the present invention.

Fig. 9 is another partially exploded perspective view of the present invention.

FIG. 10 is a schematic cross-sectional view of the XX line shown in FIG. 1.

The reference numbers in the figures illustrate:

steerable wall mount 100 for a bicycle

Fixed base 200

Substrate 201

Pivot seat 202

Elongated hole 203

Rotating shaft 210

Positioning recess 211

Right pivot portion 220

Right pivot pole 221

Right limit convex column 222

Left pivot 230

Left pivot column 231

Left limit convex column 232

Cover 240

Capping screw 241

Hook set 300

Cantilever portion 310

Pivot hole 311

Arc-shaped slot 312

Pivoting lug screw 313

Cantilever screw 314

Set screw 315

Hook rod 320

Hexagonal convex column 321

Inner concave ring groove 322

Slip-resistant lines 323

Opening 330

Lower cantilever 340

Pivot ear segment 341

Bend extension 342

Flat rest surface 343

Notch 344

Curved face 345

Upper cantilever 350

Mounting section 351

Strut section 352

Arc convex surface 353

Step surface 354

Hexagonal groove 355

Wheel leaning plate 400

Wheel bearing surface 410

Mounting face 420

Reinforcing rib 430

Evasive concave arc 440

Rear wheel seat 500

Backplane 510

Extension stay plate 520

Rear wheel abutment 530

Steering lock set 500

Sliding bar 510

Spring 520

Sealing plug 530

Operating button 540

Detailed Description

Referring to fig. 1 to 3, a steerable wall mount 100 for a bicycle is disclosed, which includes: a fixed base 200, pivoted with a rotating shaft 210, wherein the rotating shaft 210 has a right pivot part 220 and a left pivot part 230 in opposite directions, the right pivot part 220 is provided with a right pivot column 221 in a protruding manner, and the left pivot part 230 is provided with a left pivot column 231 in a protruding manner; a hook set 300, which includes a cantilever part 310 and a hook rod 320, one end of the cantilever part 310 has a pivot hole 311 movably assembled with the right pivot column 221 or the left pivot column 231, and the other end of the cantilever part 310 laterally connects the hook rod 320, so that the hook rod 320 extends toward the lateral direction of the cantilever part 310 and forms an opening 330 with the cantilever part 310, so that the opening 330 faces toward the left side direction or the right side direction of the fixed base 200; and a wheel-leaning plate 400 assembled on the rotating shaft 210 and located between the right pivot portion 220 and the left pivot portion 230.

The utility model discloses the pivot hole 311 of group 300 of colluding can the activity be assembled in the right pivot post 221 of the right pivot portion 220 of pivot 210 or the left pivot post 231 of left pivot portion 230 for group 300 of colluding is located the right side position or the left side position of pivot 210, can change the direction that the opening 330 of group 300 of colluding moves towards, provide the user according to service environment, the direction of the opening 330 of group 300 of selecting to collude is towards the left side or the right side direction of fixed baseplate 200, and then can provide bicycle (not drawing in the picture) and pass through opening 330 and hang the lid on colluding pole 320 from right side direction or left side direction, and the tire supports on leaning on wheel board 400, consequently facing all can select direction installation fixed baseplate 200 on wall, wall post to the angular position.

The utility model discloses outside bicycle can turn to wall mount 100 provides the bicycle and hang, can also cooperate with bicycle can turn to the rear wheel seat 500 that wall mount 100 interval set up, rear wheel seat 500 is including a bottom plate 510 and by the outside integrative fagging 520 that extends of this bottom plate 510 surperficial central point position for the both sides that extend fagging 520 respectively with between the bottom plate respectively constitute a rear wheel and lean on district 530, as shown in fig. 4 to fig. 6, so can be under pivot 210 relatively fixed base 200 rotation state, the bicycle is from originally by the perpendicular outside orientation of wall post and towards one side beat, and the rear wheel of bicycle still can stabilize to support and lean on district 530 at the rear wheel.

Further explaining the detailed features and the assembling relationship of the components of the present invention, wherein the right pivot portion 220 is convexly provided with a right limit protruding pillar 222 and is offset relative to the right pivot pillar 221, the left pivot portion 230 is convexly provided with a left limit protruding pillar 232 and is offset relative to the left pivot pillar 231, and the cantilever portion 310 has a pair of arc-shaped grooves 312 and is respectively accommodated in the right limit protruding pillar 222 and the left limit protruding pillar 232. Referring to fig. 2, 3 and 7, the pair of arc-shaped slots 312 of the cantilever portion 310 can be respectively used for accommodating the right limit protruding pillar 222 and the left limit protruding pillar 232, so that when the bicycle is hung on the steerable wall hanger 100 for a bicycle not in use, the hook set 300 can be pushed to swing upward with the pivot hole 311 as a rotation center (here, the left pivot pillar 231 is taken as an example) relative to the right pivot pillar 221 or the left pivot pillar 231, that is, the hook set 300 can swing from the use position in the originally outward and upward inclined direction to the retracted position in the fully upward extending direction (as shown by the dotted line in fig. 7), so that the hook set 300 can be prevented from excessively protruding out of the wall pillar, and the movement of others can not be influenced and the dangerous injury caused by the accidental collision can be avoided. The swing position of the hook set 300 can be switched from the retracted position to the operating position according to the above-mentioned reverse operation, and the switching of the swing position of the hook set 300 is limited by the positions of the slot end surfaces at the two ends of the arc-shaped slot 312, especially when the hook set 300 is at the operating position, the gravity of the bicycle is distributed to the left pivot column 231 through the arc-shaped slot 312, and the swing position limitation of the hook set 300 is formed.

Referring to fig. 2 and 3, a sealing cover 240 is further included, and when the hook set 300 is movably pivoted to the right pivot column 221 or the left pivot column 231, a sealing screw 241 is used to set the sealing cover 240 to the other one to shield the right limit convex column 222 or the left limit convex column 232, so as to prevent the right limit convex column 222 or the left limit convex column 232 from being directly exposed to the environment, thereby reducing the contamination of air dust and keeping the air dust clean.

Referring to fig. 2, 3 and 8, the cantilever portion 310 includes a lower cantilever 340 and an upper cantilever 350; the lower cantilever 340 includes a pivot ear section 341 and a bending extension section 342 connected to each other, the pivot hole 311 and the pair of arc-shaped grooves 312 are disposed on the pivot ear section 341, a pivot ear screw 313 penetrates the pivot ear section 341 and is screwed on the right pivot column 221 or the left pivot column 231, the end of the bending extension section 342 has a flat leaning surface 343, one side of the bending extension section 342 is inwardly recessed with a notch 344, and the notch 344 has an arc-shaped surface 345; the upper suspension arm 350 includes a mounting section 351 and a supporting section 352 connected to each other, and a plurality of suspension screws 314 are used to pass through and lock the mounting section 351 and receive and fix the slot 344, and the end of the mounting section 351 has an arc convex surface 353 abutting against the arc surface 345, and a step surface 354 is provided between the mounting section 351 and the supporting section 352 and abuts against the flat surface 343. One side of the supporting section 352 is recessed with a hexagonal groove 355, the hook rod 320 is protruded with a hexagonal pillar 321 that is engaged with the hexagonal groove 355, and another fixing screw 315 passes through the supporting section 352 to lock the hexagonal pillar 321. The combination of the lower cantilever 340 and the upper cantilever 350 abuts against the arc-shaped convex surface 353 through the arc-shaped surface 345, and the flat abutting surface 343 abuts against the step surface 354, thereby forming two positions and directions of abutment to provide a stable combination of the lower cantilever 340 and the upper cantilever 350. In addition, the hooking rod 320 is firmly clamped against the hexagonal groove 355 by the hexagonal boss 321, so that the hooking rod 320 does not rotate relative to the upper cantilever 350 in the radial direction, thereby providing a stable assembly of the two.

Referring to fig. 9 and 10, the fixed base 200 includes a substrate 201 and a pair of pivoting bases 202, the pair of pivoting bases 202 are disposed on the substrate 201 at intervals, and two ends of the rotating shaft 210 are respectively pivoted to the pair of pivoting bases 202. The steering lock assembly 500 further includes a steering lock assembly 500 disposed in the pair of pivoting seats 202 and having an elongated hole 203, the steering lock assembly 500 includes a sliding rod 510, a spring 520, a sealing plug 530, and an operation button 540, the sealing plug 530 is disposed in one end of the elongated hole 203, the sliding rod 510 and the spring 520 are slidably disposed in the elongated hole 203, and two ends of the spring 520 respectively abut against the sealing plug 530 and the sliding rod 510, such that the sliding rod 510 is partially exposed out of the other end of the elongated hole 203 and abuts against one of the plurality of positioning cavities 211 at one end of the rotating shaft 210, and the operation button 540 penetrates through the pivoting seat 202 and assembles the portion of the sliding rod 510 not exposed out of the elongated hole 203.

The sliding rod 510 is normally extended by the spring 520 to be clamped against a position of a positioning cavity 211 of the rotating shaft 210, so that the steering lock assembly 500 provides the rotating shaft 210 with a locked state without deflection, and when the force application operating button 540 moves towards the direction of the sealing plug 530, the sliding rod 510 can completely move into the elongated hole 203 and compress the spring 520, so that the positioning cavity 211 of the rotating shaft 210 is not limited by the clamping of the sliding rod 510, and the rotating shaft 210 can pivot relative to the rotating shaft 202. After the external force is removed, the spring 520 pushes the sliding rod 510 to move and to be clamped against a position of a positioning cavity 211 in the rotating shaft 210, so that the rotating shaft 210 is locked again and cannot swing relative to the rotating base 202.

Referring to fig. 8, a concave ring groove 322 is formed around the middle portion of the hook rod 320, and a plurality of anti-slip patterns 323 are formed on the hook rod 320 and are separated into two side distribution patterns by the concave ring groove 322. The inner frame of the wheel is stably positioned in an arc-convex shape by the concave ring groove 322, and the staggered anti-slip lines 323 ensure that the inner frame of the wheel has larger width and is stably contacted with the position exceeding the concave ring groove 322, so that the sliding phenomenon is avoided.

Referring to fig. 9, the wheel-supporting plate 400 includes a wheel-supporting surface 410 and a mounting surface 420 disposed in opposite directions, the mounting surface 420 is provided with a plurality of longitudinal and transverse reinforcing ribs 430, and the reinforcing ribs 430 are partially provided with a recessed arc 440 corresponding to the right pivot portion 220 and the left pivot portion 230. The reinforcing ribs 430 provide a stable supporting effect for the wheel-rest plate 400 in the longitudinal and transverse directions, and are clamped and positioned on the surfaces of the right pivot portion 220 and the left pivot portion 230 through the evasion concave arcs 440, so that the wheel-rest plate 400 can be stably combined on the right pivot portion 220 and the left pivot portion 230 through the evasion concave arcs 440.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and all simple modifications, equivalent changes and modifications made by the technical spirit of the present invention to the above embodiments still fall within the scope of the technical solution of the present invention.

Claims (8)

1. A steerable wall mount for a bicycle, comprising:

a fixed base, which is pivoted with a rotating shaft, and the rotating shaft is provided with a right pivot part and a left pivot part in opposite directions, the right pivot part is convexly provided with a right pivot column, and the left pivot part is convexly provided with a left pivot column;

a hook group, which comprises a cantilever part and a hook rod, one end of the cantilever part is provided with a pivot hole movably assembled on the right pivot column or the left pivot column, and the other end of the cantilever part is laterally assembled with the hook rod, so that the hook rod extends towards the lateral direction of the cantilever part and forms an opening with the cantilever part, and the opening faces towards the left side direction or the right side direction of the fixed base;

and a wheel leaning plate which is assembled on the rotating shaft and is positioned between the right pivot part and the left pivot part.

2. The steerable wall hanger according to claim 1, wherein the right pivot portion has a right protruding bump and is offset with respect to the right pivot portion, the left pivot portion has a left protruding bump and is offset with respect to the left pivot portion, and the cantilever portion has a pair of arc slots and is received by the right protruding bump and the left protruding bump respectively.

3. The steerable wall hanger according to claim 2, further comprising a cover, wherein when the hook assembly is movably pivoted to the right pivot post or the left pivot post, a cover screw is used to mount the cover assembly to the other one for shielding the right limit post or the left limit post.

4. The steerable wall hanger according to claim 2, wherein the cantilevered portion comprises a lower cantilever and an upper cantilever; the lower cantilever comprises a pivot lug section and a bending extension section which are mutually connected, the pivot hole and the pair of arc-shaped grooves are arranged on the pivot lug section, a pivot lug screw penetrates through the pivot lug section and is screwed on the right pivot column or the left pivot column, the tail end of the bending extension section is provided with a flat leaning surface, one side of the bending extension section is inwards concavely provided with a notch, and the notch is provided with an arc-shaped surface; the upper cantilever comprises a mounting section and a supporting section which are mutually connected, a plurality of cantilever screws penetrate and lock the mounting section to be accommodated and fixed in the notch, the tail end of the mounting section is provided with an arc-shaped convex surface which is abutted against the arc-shaped surface, a step surface is arranged between the mounting section and the supporting section and is abutted against the flat abutting surface, one side of the supporting section is inwards provided with a hexagonal groove in an inwards concave manner, the hook rod is convexly provided with a hexagonal convex column which is clamped against the hexagonal groove, and the other fixing screw penetrates through the supporting section to lock the hexagonal convex column.

5. The steerable wall-mount rack according to claim 1, wherein the fixed base comprises a base plate and a pair of pivoting bases, the pair of pivoting bases are spaced apart from each other on the base plate, and two ends of the rotating shaft are respectively pivoted to the pair of pivoting bases.

6. The wall-mounted rack capable of steering for bicycle according to claim 5, further comprising a steering locking assembly disposed in the pivot seat and having an elongated hole, wherein the steering locking assembly comprises a sliding rod, a spring, a sealing plug, and an operation button, the sealing plug is disposed in one end of the elongated hole, the sliding rod and the spring are slidably disposed in the elongated hole, and two ends of the spring respectively abut against the sealing plug and the sliding rod, such that the sliding rod is partially exposed out of the other end of the elongated hole and abuts against one of the plurality of positioning recesses at one end of the rotation shaft, and the operation button is inserted into the pivot seat to assemble the portion of the sliding rod not exposed out of the elongated hole.

7. The steerable wall-mounted hanger of claim 1, wherein the hooking rod is provided with a concave ring groove at a middle portion thereof, and the hooking rod is provided with a plurality of anti-slip ridges and is divided into two side-by-side configurations by the concave ring groove.

8. The steerable wall hanger according to claim 1, wherein the wheel rest plate comprises a wheel rest surface and a mounting surface disposed in opposite directions, and the mounting surface is provided with a plurality of longitudinal and transverse reinforcing ribs protruding therefrom, and the reinforcing ribs are partially provided with a evasive concave arc corresponding to the right pivot portion and the left pivot portion.

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