Geared serpentine belt tool
View Patent ↗A tool for removing and installing serpentine belts in vehicles has a drive bar, a double box end wrench and a socket. The drive bar has a handle at a first end and a fitting at an opposite second end that is used to connect to the double box end wrench. The double box end wrench has a first end defining a polygonally shaped opening and an opposite second end that defines a ratcheting wrench having a first plurality of teeth on an inner circumference thereof. The socket defines a second plurality of teeth on an outer circumference thereof that are adapted to be received by the ratcheting wrench first plurality of teeth. The socket also defines one of a polygonally shaped opening and a polygonally shaped tang that is received by a work piece of an vehicle idler pulley.
1. A serpentine belt tool for removal and installation of a serpentine belt in a vehicle comprising:
a. a drive bar having a handle at a first end and a fitting at an opposite second end, wherein said fitting is disposed at a fixed angle relative to said drive bar;
b. a double box end wrench having
a first end defining a polygonally shaped opening that is sized and shaped to receive said drive bar fitting, and
an opposite second end defining a ratcheting wrench having a first plurality of teeth on an inner circumference thereof; and
c. a socket having
a first end defining a second plurality of teeth on an outer circumference thereof, said socket second plurality of teeth being adapted to be received by said ratcheting wrench first plurality of teeth, and
an opposite second end defining one of a polygonally shaped opening and a polygonally shaped tang adapted to be received by a work piece of a vehicle idler pulley,
wherein said drive bar handle is moveable between
a first direction that applies torque to the idler pulley work piece, and
a second direction that causes said drive bar handle to move relative to said socket.
2. The serpentine belt tool of claim 1 , further comprising a crow foot wrench having a first end defining one of a polygonally shaped opening and a polygonally shaped tang therein that receives said one of said socket second end polygonally shaped tang and said polygonally shaped opening, and a second end having an open end wrench formed thereon to receive the idler pulley work piece.
3. The serpentine belt tool of claim 1 , further comprising a blow molded case defining a plurality of recessed areas for receiving said drive bar, said double box end wrench and said socket of said serpentine belt tool.
4. A serpentine belt tool for removal and installation of a serpentine belt in a vehicle comprising:
a. a drive bar having a fitting disposed thereon at a fixed angle relative to said drive bar;
b. a socket adapted to be removably coupled to an idler pulley work piece; and
c. a double box end wrench having at least one ratcheting end, said double box end wrench being adapted to be removably attached to said drive bar and said socket,
wherein said drive bar handle is moveable between
a first direction that operates on the idler pulley work piece, and
a second direction that causes said drive bar handle to move relative to said socket.
5. The serpentine belt tool of claim 4 , said socket further comprising one of a polygonally shaped opening and a polygonally shaped drive tang.
6. The serpentine belt tool of claim 5 , further comprising a crow foot wrench defining one of a polygonally shaped opening and a polygonally shaped tang therein that receives said one of said socket second end polygonally shaped tang and said polygonally shaped opening, and an open end wrench to receive the idler pulley work piece.
7. The serpentine belt tool of claim 4 , said double box end wrench defining a polygonally shaped box at a first end opposite said ratcheting wrench.
8. The serpentine belt tool of claim 7 , wherein said polygonally shaped box end couples to said drive bar and said ratcheting wrench releasably receives said socket.
9. A serpentine belt tool for removal and installation of a serpentine belt in a vehicle comprising:
a. a drive bar having a handle at a first end and a fitting at an opposite second end, wherein said fitting is disposed at a fixed angle relative to said drive bar;
b. a wrench having
a first end defining a hex shaped opening that is sized to releasably receive said drive bar fitting, and
an opposite second end defining a ratcheting wrench having a first plurality of teeth on an inner circumference thereof; and
c. a socket having
a first end defining a second plurality of teeth on an outer circumference thereof, said socket second plurality of teeth being adapted to be releasably received by said ratcheting wrench first plurality of teeth, and
an opposite second end defining one of a hexagonally shaped opening and a square shaped tang adapted to be received by a work piece of a vehicle idler pulley,
wherein said drive bar handle is moveable between
a first direction that applies torque to the idler pulley work piece, and
a second direction that causes said drive bar handle to move relative to said socket.
10. The serpentine belt tool of claim 9 , further comprising a crow foot wrench having a first end defining one of a square shaped opening and a hexagonally shaped tang and a second end having an open end wrench formed thereon to receive the idler pulley work piece.
11. The serpentine belt tool of claim 9 , further comprising a blow molded case defining a plurality of recessed areas for receiving said drive bar, said double box end wrench and said socket of said serpentine belt tool.
12. A serpentine belt tool for removal and installation of a serpentine belt in a vehicle comprising:
a. a drive bar having a fitting disposed thereon at a fixed angle relative to said drive bar;
b. a socket adapted to be removably coupled to an idler pulley work piece; and
c. a wrench having at least one ratcheting end, said wrench being adapted to be removably attached to said drive bar and said socket,
wherein said drive bar handle is moveable between
a first direction that operates on the idler pulley work piece, and
a second direction that causes said drive bar handle to move relative to said socket.
13. The serpentine belt tool of claim 12 , said socket further comprising one of a hexagonally shaped opening and a square shaped drive tang.
14. The serpentine belt tool of claim 13 , further comprising a crow foot wrench defining one of a square shaped opening and a hexagonally shaped tang and an open end wrench to receive the idler pulley work piece.
15. The serpentine belt tool of claim 12 , said wrench defining a hexagonally shaped box at a first end opposite said ratcheting wrench.
16. The serpentine belt tool of claim 15 , wherein said hexagonally shaped box end couples to said drive bar and said ratcheting wrench releasably receives said socket.