Drive socket design for hold and drive fastener
View Patent ↗A drive tool that includes a drive socket. The drive socket includes alternating flutes and lobes and has a conical portion. The lobes, rather than being tapered in the conical portion of the socket, are each uniform in width as they progress to an end of the socket. The fact that the lobes are uniform in width in the conical portion of the drive socket provides for better engagement with the flutes of a conical section of a fastener.
1. A drive system comprising:
a first member having a non-conical section and a conical section, the non-conical section having alternating flutes and lobes, the conical section having alternating flutes and lobes, the lobes of the conical section tapering as they progress toward the non-conical section, the flutes of the conical section tapering as they progress toward the non-conical section; and
a second member having a non-conical section and a conical section, the non-conical section of the second member having alternating flutes and lobes, the conical section of the second member having alternating flutes and lobes, the lobes of the conical section of the second member having a uniform width as the lobes progress from the non-conical section of the second member to an end of the second member, the flutes of the conical section of the second member having a width which tapers as the flutes progress in the conical section of the second member from the end of the second member to the non-conical section of the second member,
wherein the alternating flutes and lobes of the non-conical section of the second member are configured to engage with the alternating lobes and flutes of the non-conical section of the first member, respectively, and wherein the alternating flutes and lobes of the conical section of the second member are configured to engage with the alternating lobes and flutes of the conical section of the first member.
2. The drive system as defined in claim 1 , wherein the first member is a fastener and the second member is a socket of a drive tool.
3. The drive system as defined in claim 2 , wherein the fastener further has an elongate body, the conical section of the fastener being positioned between the non-conical section of the fastener and the elongate body of the fastener.
4. The drive system as defined in claim 3 , wherein the elongate body of the fastener has a thread formed thereon, and wherein the lobes of the conical section of the fastener have threads formed thereon.
5. The drive system as defined in claim 1 , wherein the lobes of the non-conical section of the first member and the flutes of the non-conical section of the second member are both uniform in width.
6. The drive system as defined in claim 1 , wherein the lobes of the non-conical section of the second member and the flutes of the non-conical section of the first member are both uniform in width.
7. The drive system as defined in claim 1 , wherein a first angle is formed between the lobes in the conical section of the second member which are 180 degrees away from one another, and wherein a second angle is formed between the flutes in the conical section of the second member which are 180 degrees away from one another, and wherein the first angle is smaller than the second angle.
8. The drive system as defined in claim 7 , wherein the first angle formed between the lobes in the conical section of the second member is 50 degrees.
9. The drive system as defined in claim 8 , wherein the lobes in the conical section of the second member form a 25 degree angle with a longitudinal axis of the second member.
10. The drive system as defined in claim 8 , wherein the second angle formed between flutes in the conical section of the second member is 64 degrees.
11. The drive system as defined in claim 10 , wherein the flutes in the conical section of the second member form a 32 degree angle with a longitudinal axis of the second member.
12. The drive system as defined in claim 8 , wherein the second angle formed between flutes in the conical section of the second member is 80 degrees.
13. The drive system as defined in claim 12 , wherein the flutes in the conical section of the second member form a 40 degree angle with a longitudinal axis of the second member.
14. The drive system as defined in claim 7 , wherein the second angle formed between flutes in the conical section of the second member is 64 degrees.
15. The drive system as defined in claim 14 , wherein the flutes in the conical section of the second member form a 32 degree angle with a longitudinal axis of the second member.
16. The drive system as defined in claim 14 , wherein the flutes in the conical section of the second member form a 40 degree angle with a longitudinal axis of the second member.
17. The drive system as defined in claim 7 , wherein the second angle formed between flutes in the conical section of the second member is 80 degrees.
18. A drive system comprising:
a first member having a conical section the conical section having alternating flutes and lobes;
a second member haying a conical section, the conical section of the second member having alternating flutes and lobes,
wherein the alternating flutes and lobes of the conical section of the second member are configured to engage, respectively, the alternating lobes and flutes of the conical section of the first member, and wherein the alternating flutes and lobes of the conical section of the second member are shaped in a non-complementary manner, respectively, to the alternating lobes and flutes of the conical section of the first member, and wherein the lobes of the conical section of the second member are uniform in width, and wherein the flutes of the conical section of the first member taper in width as they progress toward the non-conical section of the first member.
19. The drive system as defined in claim 18 , wherein the first member is a fastener and the second member is a socket of a drive tool.
20. The drive system as defined in claim 19 , wherein the fastener further has a non-conical section and an elongate body, the conical section of the fastener being positioned between the non-conical section of the fastener and the elongate body of the fastener.
21. The drive system as defined in claim 20 , wherein the elongate body of the fastener has a thread formed thereon, and wherein the lobes of the conical section of the fastener have threads formed thereon.
22. A drive system comprising:
a fastener having a conical section, the conical section having alternating flutes and lobes, the lobes of the conical section tapering in width as they progress from a first end of the conical section to a second end of the conical section, the flutes of the conical section tapering in width as they progress from the first end of the conical section to the second end of the conical section, the lobes of the conical section having at least one thread formed thereon; and
a socket of a drive tool having a conical section, the conical section of the socket having alternating flutes and lobes, the lobes of the conical section of the socket having a uniform width as the lobes progress from a first end of the conical section of the socket to a second end of the conical section of the socket, the flutes of the conical section of the socket having a width which tapers in width as the flutes progress in the conical section of the socket from the first end of the conical section of the socket to the second end of the conical section of the socket,
wherein the alternating flutes and lobes of the conical section of the socket are configured to engage with the alternating lobes and flutes of the conical section of the fastener.