The present invention relates to a repair tool and, particularly, to a repair tool for use in the maintenance and repair of bicycle components.
Taiwan Invention Patent No.I241970 discloses a tool assembly for a bicycle, which includes an I-shaped base and various hand tools mounted on two ends of the I-shaped base. The I-shaped base includes a substrate and two insertion bars penetrating through two ends of the substrate to form an I-shaped configuration.
However, the volume of the tool assembly is decided by the volume of the I-shaped base, but to restrict the number of the various hand tools, so that the tool assembly cannot meet various maintenance requirements while riding.
The present invention is, therefore, intended to obviate or at least alleviate the problems encountered in the prior art.
A bicycle repair tool includes a base, a first tool assembly, a second tool assembly, and a third tool assembly. The base includes a connecting portion, a first plate portion, a second plate portion, and a protruded portion. The connecting portion is connected between the first and second plate portions and includes a receiving space. The protruded portion is connected to the first plate portion and is received in the receiving space. The protruded portion is extended towards the second plate portion. The first tool assembly is pivotally connected to a first side of the base and is located between the first and second plate portions. The second tool assembly is pivotally connected to a second side of the base and is located between the first and second plate portions. The connecting portion is located between the first and second tool assemblies. The third tool assembly is receivable in the receiving space and includes a tool including a receiving hole removably connected to the protruded portion.
The present invention will become clearer in light of the following detailed description of illustrative embodiments of this invention described in connection with the drawings.
Base 10 includes a connecting portion 11, a first plate portion 12, a second plate portion 13, and at least one protruded portion 14. Connecting portion 11 is located and connected between first and second plate portions 12 and 13. Connecting portion 11 is located between first and second tool assemblies 20 and 30. First and second tool assemblies 20 and 30 are respectively located between first and second plate portions 12 and 13. Protruded portion 14 is connected to first plate portion 12 and is extended towards second plate portion 13. In the embodiment, first plate portion 12 is extended along a first straight line A1. Second plate portion 13 is parallel to first plate portion 12. The number of protruded portion 14 is one, and protruded portion 14 is extended along a second straight line A2 perpendicular to first straight line A1. Protruded portion 14 has a first length L1 along second straight line A2. A first width W1 is defined between first and second plate portions 12 and 13.
Connecting portion 11 includes a receiving space 111, a first section 112 connected to first plate portion 12, and a second section 113 connected to second plate portion 13. Receiving space 111 is located between first and second sections 112 and 113. Protruded portion 14 is received in receiving space 111. First section 112 is disposed adjacent to first tool assembly 20. Second section 113 is disposed adjacent to second tool assembly 30. In the embodiment, connecting portion 11 includes a positioning recess 114 disposed at first section 112 and adjacent to receiving space 111.
Third tool assembly 40 is receivable in receiving space 111 and includes at least one tool 41. Tool 41 includes a receiving hole 411 removably connected to protruded portion 14. Tool 41 may be a socket or a tool-bit. In the embodiment, the number of tool 41 is one and has a second length L2 along second straight line A2. First width W1 is greater than the sum of first and second lengths L1 and L2. Third tool assembly 40 further includes a wrench 42 detachably engaged with positioning recess 114 and received in receiving space 111.
Wrench 42 includes a first extending section 421 and a second extending section 422. First extending section 421 is perpendicularly connected to second extending section 422. First extending section 421 is detachably engaged with positioning recess 114. Second extending section 422 is located between tool 41 and second plate portion 13.
In the embodiment, protruded portion 14 has a third length L3 along second straight line A2. Tool 41 has a fourth length L4 extended along second straight line A2. A second width W2 is defined between first and second plate portions 12a and 13a. Second width W2 is less than the sum of third and fourth lengths L3 and L4.
The bicycle repair tool of the second embodiment further includes a fourth tool assembly 50. Fourth tool assembly 50 includes a first tire lever 51 and a second tire lever 52. First tire lever 51 is detachably mounted on a side of first plate portion 12a opposite to second plate portion 13a. Second tire lever 52 is detachably mounted on a side of second plate portion 13a opposite to first plate portion 12a and covers opening 131a.
First tire lever 51 includes at least one receiving recess 511, and positioning buckle 121a is receivable in receiving recess 511. In the embodiment, the number of positioning buckles 121a is two, and the number of receiving recesses 511 is two. Second tire lever 52 includes a protrusion 521 receivable in receiving hole 132a.
The bicycle repair tool of the present invention exhibits advantages as follows:
1. Receiving space 111 is located between first and second tool assemblies 20 and 30, and third tool assembly is received in receiving space 111 to cause the volume of base 10; 10a able to be reduced. Thus, the bicycle repair tool of the present invention can receive various tools as possible to meet various maintenance requirements while riding.
2. First width W1 is greater than the sum of first and second lengths L1 and L2. Thus, when third tool assembly 40 is received in receiving space 111 of base 10, receiving hole 411 of tool 41 is connected to protruded portion 14. Second extending section 422 is located between tool 41 and second plate portion 13. Third tool assembly 40 is securely received in receiving space 111 of base 10.
3. Second width W2 is less than the sum of third and fourth lengths L3 and L4. Thus, when third tool assembly 40 is received in receiving space 111 of base 10a, receiving hole 411 of tool 41 is connected to protruded portion 14. Tool 41 is received in opening 131a. Fourth tool assembly 50 is mounted on base 10a to cause second tire lever 52 covering opening 131a. Third tool assembly 40 is securely received in receiving space 111 of base 10a.
Although specific embodiments have been illustrated and described, numerous modifications and variations are still possible without departing from the scope of the invention. The scope of the invention is limited by the accompanying claims.
Number | Date | Country | Kind |
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105133606 | Oct 2016 | TW | national |