Fastener for preventing free spinning action during the fastening process

A fastener for preventing free spinning action during the fastening process, the fastener comprising:

• a fastener head comprising a top head surface and a bottom head surface, wherein the fastener head comprises at least one cavity disposed on the top head surface, wherein the at least one cavity configured for receiving an external member, wherein the at least one cavity facilitates translation of at least one action from the external member to the fastener, wherein the bottom head surface is characterized by a bottom surface area;
• and
• a fastener body attached to the fastener head, wherein a first body end of the fastener body is attached to the bottom head surface, wherein a first end cross-sectional area of the first body end is less than the bottom surface area, wherein the fastener body comprising:
• a first body portion proximal to the first body end, wherein the first body portion comprises at least one primary helical thread, wherein the at least one primary helical thread is associated with a primary handedness;
• a second body portion proximal to a second body end of the fastener body, wherein the second body portion comprises at least one secondary helical thread, wherein the at least one secondary helical thread is associated with a second handedness, wherein the secondary handedness is reverse of the primary handedness;
• and
• wherein the at least one primary helical thread is characterized by a thread helical angle, wherein the at least one primary helical thread comprises a first primary helical thread and a second primary helical thread, wherein the first primary helical thread is associated with a first thread helical angle of the thread helical angle and the second primary helical thread is associated with a second thread helical angle of the thread helical angle, wherein the first thread helical angle is greater than the second thread helical angle.

A fastener for preventing free spinning action during the fastening process, the fastener comprising:

• a fastener head comprising a top head surface and a bottom head surface, wherein the bottom head surface is characterized by a bottom surface area;
• and
• a fastener body attached to the fastener head, wherein a first body end of the fastener body is attached to the bottom head surface, wherein a first end cross-sectional area of the first body end is less than the bottom surface area, wherein the fastener body comprising:
• a first body portion proximal to the first body end, wherein the first body portion comprises at least one primary helical thread, wherein the at least one primary helical thread is associated with a primary handedness;
• a second body portion proximal to a second body end of the fastener body, wherein the second body portion comprises at least one secondary helical thread, wherein the at least one secondary helical thread is associated with a second handedness, wherein the secondary handedness is reverse of the primary handedness;
• and
• wherein the at least one primary helical thread is characterized by a thread pitch, wherein the thread pitch progressively decreases from the first portion end to the second portion end.

A fastener for preventing free spinning action during the fastening process, the fastener comprising:

• a fastener head comprising a top head surface and a bottom head surface, wherein the bottom head surface is characterized by a bottom surface area;
• and
• a fastener body attached to the fastener head, wherein a first body end of the fastener body is attached to the bottom head surface, wherein a first end cross-sectional area of the first body end is less than the bottom surface area, wherein the fastener body comprising:
• a first body portion proximal to the first body end, wherein the first body portion comprises at least one primary helical thread, wherein the at least one primary helical thread is associated with a primary handedness;
• a second body portion proximal to a second body end of the fastener body, wherein the second body portion comprises at least one secondary helical thread, wherein the at least one secondary helical thread is associated with a second handedness, wherein the secondary handedness is reverse of the primary handedness;
• and
• wherein the at least one primary helical thread is characterized by a thread pitch, wherein the thread pitch progressively increases from the first portion end to the second portion end.