초록 ▼

A drive system cooperates with other tools, such as the drive mechanism of a socket type ratchet wrench to enable a user to use the wrench for its intended purpose at high speed by pulling an endless belt. The belt is contained within a chamber created by the attachment system in a manner to allow t

A drive system cooperates with other tools, such as the drive mechanism of a socket type ratchet wrench to enable a user to use the wrench for its intended purpose at high speed by pulling an endless belt. The belt is contained within a chamber created by the attachment system in a manner to allow the belt to engage with an outer surface of a pulley. The pulley connected to the drive shaft of the socket type ratchet wrench to cause force to be transferred from the belt to the wrench drive shaft. The system utilized a cover operably coupled to the pulley to contain the belt while minimizing interference with the wrench. The cover contains the belt while also allowing an opposite end of the belt to hang loose and thus be easily accessible by a user.

대표청구항 ▼

1. A high speed device for attachment to a ratchet type socket wrench to accommodate high speed operation of the wrench, comprising: a high speed drive pulley adapted to be removably attached to a drive portion of the socket wrench and to receive an alternate drive source, the high speed drive pulle

1. A high speed device for attachment to a ratchet type socket wrench to accommodate high speed operation of the wrench, comprising: a high speed drive pulley adapted to be removably attached to a drive portion of the socket wrench and to receive an alternate drive source, the high speed drive pulley having a cylindrical outer wall with a drive force receiving structure on an outer surface of the cylindrical outer wall, the pulley further having a connecting portion coupled to the outer wall and situated in a plane substantially perpendicular to the axis of the cylindrical outer wall, the connecting portion having a coupling structure capable of being selectively attached to the drive portion of the ratchet type socket wrench;a cover rotatably attached to the pulley and surrounding a portion of the drive force receiving structure, the cover configured to create a predetermined space between the cylindrical outer wall and an inner surface of the cover; anda drive belt positioned within the predetermined space, the drive belt having a force transfer structure engaged with the drive force receiving structure, whereby pulling on the belt will cause rotation of the high speed drive pulley. 2. The high speed device of claim 1 wherein the drive force receiving structure comprises a plurality of gear teeth and the force transfer structure comprises a plurality of corresponding teeth, wherein the belt and pulley are coupled with one another by the engagement of the teeth. 3. The high speed device of claim 1 wherein the connecting portion comprises a substantially planar member having an opening therein sized to closely receive the drive portion of the ratchet type socket wrench. 4. The high speed device of claim 3 wherein the opening is a substantially square opening attachable to a square drive portion of the socket type ratchet wrench. 5. The high speed device of claim 3 wherein the planar member of the connecting portion extends only a predetermined distance along the drive portion thereby allowing the socket to be attached directly to the drive shaft of the wrench. 6. The high speed device of claim 3 wherein the planar member of the connecting portion extends only a predetermined distance which thus allow the connection of an extender and a socket coupled to the extender. 7. The high speed device of claim 1 wherein the cover further having an extension portion further covering a handle portion of the wrench. 8. The high speed device of claim 7 wherein the extension portion is further configured to interfere with the handle portion when the pulley is rotated. 9. The high speed device of claim 1 further comprising a snap ring coupled to the pulley and having an extension for interfering with the cover member, thereby capturing the pulley and cover in a rotatable relationship with one another. 10. The high speed device of claim 9 wherein the belt is captured within a chamber by the cover to be in a position to allow for engagement of the force transfer structure of the belt with the force receiving structure of the pulley. 11. The high speed device of claim 1 wherein the high speed drive pulley further comprises an extension shaft capable of selective attachment to a socket. 12. An attachment system for use with a ratchet type socket wrench, comprising: a pulley having a disk portion and an outer edge portion, wherein the disc portion defines an attachment opening attachable to a drive shaft of the ratchet type socket wrench and wherein the outer edge portion has a substantially cylindrical force receiving surface and the disk portion creates a radial wall positioned on one side of the force receiving surface; anda cover coupled to the pulley in a manner to allow rotation of the cover and pulley in relation to one another about an axis which is aligned with an axis of the substantially cylindrical force receiving surface; the cover further having a substantially cylindrical outer wall portion positioned above force receiving surface and adjacent to the radial wall to define a chamber extending a predetermined circumferential distance around the pulley. 13. The attachment system of claim 12 wherein the chamber is sized to receive a belt. 14. The attachment system of claim 12 wherein the attachment opening is a square opening configured to surround a square drive portion of the ratchet type socket wrench. 15. The attachment system of claim 12 wherein the force receiving surface comprises a plurality of teeth configured to engage a plurality of similar teeth structures on the surface of a belt. 16. The attachment system of claim 12 wherein the disk portion has a rear surface, and wherein the cover has a partially cylindrical extension portion extending beyond the rear surface. 17. The attachment system of claim 16 wherein the disc portion has a front surface substantially parallel with the rear surface, and the cover has a circumferential ledge portion extending around an interior of the cylindrical outer wall, the circumferential ledge supporting and capturing an outer edge of the disk portion to cause axial alignment of the cover and the pulley. 18. The attachment system of claim 17 wherein the cover has an inwardly extending wall having an inner edge sized to be adjacent the substantially cylindrical force receiving surface of the pulley, wherein the inwardly extending wall further defines the chamber. 19. The attachments system of claim 18 wherein the force receiving outer surface extends beyond the inwardly extending wall on a side opposing the circumferential ledge, and wherein the pulley further has a recess configured to receive a snap ring. 20. A high speed drive mechanism for driving a socket at a high rate of speed to thereby quickly and efficiently remove a fastener, the high speed drive mechanism comprising: a pulley having a cylindrical outer surface with a force receiving structure thereon, the pulley being removably coupled to the socket;a cover rotatably coupled to the pulley, the cover having a covering portion enclosing at least a portion of the cylindrical outer surface, the cover and the pulley thereby creating an enclosed chamber wherein the force receiving surface forms one wall of said chamber and wherein a surface of the cover creates another wall of said chamber; anda belt having a force transfer structure thereon, wherein a portion of the belt passes through the chamber and is positioned such that the force receiving structure and the force transfer structure cooperate with one another, wherein a force applied to the belt by pulling is thereby transferred to the socket due to the coupling of the pulley to the socket. 21. The high speed drive mechanism of claim 20, wherein the pulley further comprises an extension having an attachment end for attachment to the socket. 22. The high speed drive mechanism of claim 20 wherein the pulley is coupled to the socket via a drive shaft of a socket type ratchet wrench, wherein the pulley has a central surface with an opening therein for receiving the drive shaft. 23. The high speed drive of claim 20 wherein the cover has a handle portion for holding the cover in a user's hand while the user pulls on the belt with the other hand. 24. The high speed drive of claim 21 further comprising a ratchet mechanism for providing the ratcheting rotation of the pulley relative to the cover, wherein the ratchet mechanism allows rotation in a first direction while preventing rotation in a second direction.