초록 ▼

The present invention provides a design method and apparatus for a handle providing a shape and structure that fills various regions of the hand except a region in an area over the underlying carpal tunnel. Such design method and apparatus provides for various handles for use by a hand. In particula

The present invention provides a design method and apparatus for a handle providing a shape and structure that fills various regions of the hand except a region in an area over the underlying carpal tunnel. Such design method and apparatus provides for various handles for use by a hand. In particular, the apparatus includes a generally Y-shaped configuration, such as for a forceps/tweezers handle with a working end. The handle can include a radial section, an ulnar section and middle section. The handle also can have a radial arm, an ulnar arm and distal leg, with an ulnar end and a radial end for engaging a portion of the hand.

대표청구항 ▼

1. A forceps type apparatus for use with a hand, comprising:a radial section, the radial section including a pair of radial arms meeting at a radial hinge portion, the radial hinge portion for engaging a portion of the radial side of the palmar surface of the band; a middle section, the middle secti

1. A forceps type apparatus for use with a hand, comprising:a radial section, the radial section including a pair of radial arms meeting at a radial hinge portion, the radial hinge portion for engaging a portion of the radial side of the palmar surface of the band; a middle section, the middle section adjoining the radial section without placing substantial pressure on a surface of the hand located over the carpal tunnel; an ulnar section, the ulnar section adjoining the middle section, and with the ulnar section including a pair of ulnar arms meeting at an ulnar hinge portion, the ulnar hinge portion for engaging a portion of the ulnar side of the palmar surface of the hand; and a pair of opposing blades, with each opposing blade extending from at least one of the radial section, the middle section and the ulnar section, wherein the radial hinge portion and the ulnar hinge portion engage respective portions of the palmar surface of the hand so as to position the forceps type apparatus within the hand without placing substantial pressure on a surface of the hand located over the carpal tunnel. 2. The forceps type apparatus according to claim 1, wherein the forceps type apparatus is made of a material such that the forceps type apparatus has a spring-like nature so as to selectively open after closing.3. The forceps type apparatus according to claim 1, further comprising a working end at the end of at least one of the pair of opposing blades.4. The forceps type apparatus according to claim 3, wherein an implement is selectively attached to or detached from the working end of a corresponding opposing blade.5. The forceps type apparatus according to claim 4, wherein each implement is selectively attached to or detached from the working end of the corresponding opposing blade by a suitable connection means.6. The forceps type apparatus according to claim 5, wherein the implement is for grasping, pinching or cutting.7. The forceps type apparatus according to claim 1, wherein the radial hinge portion and the ulnar hinge portion engage respective portions of the palmar surface of the hand so as to position the forceps type apparatus within the hand without engaging a surface of the hand located over the carpal tunnel.8. The forceps type apparatus according to claim 1, wherein the pair of opposing blades is for receiving the thumb and at least one of the long fingers of the hand.9. The forceps type apparatus to claim 1, wherein the forceps type apparatus is generally of a Y shape, an asymmetrical Y shape or a sling-shot shape configuration.10. The forceps type apparatus according to claim 1, further comprising a connection area where a corresponding radial arm, an ulnar arm and a blade meet.11. The forceps type apparatus according to claim 10, wherein the connection area includes a rotational mechanism for rotational movement of the corresponding radial arm and the corresponding ulnar arm.12. The forceps type apparatus according to claim 11, wherein the rotational mechanism provides an angular range for the rotational movement.13. The forceps type apparatus according to claim 1, further comprising a rotational mechanism for rotational movement of at least one of the pair of radial arms and the pair of ulnar arms.14. The forceps type apparatus according to claim 13, wherein the rotational mechanism provides an angular range for the rotational movement.15. The forceps type apparatus according to claim 1, wherein the forceps type apparatus includes at least one support area for supporting the forceps type apparatus when the hand is holding the forceps type apparatus, with the at least one support area including a support area on at least one of the radial hinge portion for engaging the radial side of the palmar surface of the hand and the ulnar hinge portion for engaging the ulnar side of the palmar surface of the hand.16. The forceps type apparatus according to claim 1, wherein the pair of ulnar arms includes at least one contact area for receiving at least one of the ring finger and the small finger of the hand.17. The forceps type apparatus according to claim 1, wherein the pair of ulnar arms includes a ring finger contact area for receiving the ring finger of the hand and a small finger contact area for receiving the small finger of the hand.18. The forceps type apparatus or handle according to claim 17, wherein a step portion is positioned on the pair of ulnar arms between the ring finger contact area and the small finger contact area to conform the palmar surface of the ring finger to the ring finger contact area and the palmar surface of the small finger to the small finger contact area.19. The forceps type apparatus according to claim 1, wherein at least one of the pair of radial arms and the pair of ulnar arms includes an extension for adjusting the forceps type apparatus to correspond to a hand size.20. The forceps type apparatus according to claim 19, wherein each extension is selectively added to a corresponding one of the pair of radial arms or the pair of ulnar arms for adjusting the forceps type apparatus to correspond to a hand size.21. The forceps type apparatus according to claim 20, wherein each extension can include a plurality of shapes for respectively engaging a corresponding portion of the radial side of the palmar surface of the hand or for engaging a corresponding portion of the ulnar side of the palmar surface of the hand.22. The forceps type apparatus according to claim 21, wherein the plurality of shapes for a corresponding extension can include a generally round shape.23. The forceps type apparatus according to claim 1, further comprising a spring mechanism positioned between the pair of opposing blades, wherein the spring mechanism maintains the forceps type apparatus in a resting position.24. The forceps type apparatus according to claim 1, further comprising a clamping mechanism engaging the pair of opposing blades, wherein the clamping mechanism selectively maintains a range of positions including an open position, a partially closed position and a closed position for the forceps type apparatus.25. The forceps type apparatus according to claim 1, wherein the forceps type apparatus comprises at least one ring member for receiving a corresponding at least one of the thumb or at least one of the long fingers of the hand.26. The forceps type apparatus according to claim 25, further comprising at least one ring member positioned on each of the pair of opposing blades, wherein each ring member on the pair of opposing blades enables the pair of opposing blades of the forceps type apparatus to maintain a spread apart position.27. The forceps type apparatus according to claim 1, wherein the width of the distal end of at least one of the pair of opposing blades corresponds to the width across the long fingers of the hand.28. The forceps type apparatus according to claim 1, wherein the width of the distal end of at least one of the pair of opposing blades corresponds to the width across the long fingers of the hand to maximize the pinch strength attainable when the thumb is positioned to centrally oppose the long fingers of the hand.29. The forceps type apparatus according to claim 1, wherein a suitable connection means for selectively attaching or detaching a corresponding implement is located at the distal end of a corresponding opposing blade.30. The forceps type apparatus according to claim 29, wherein the suitable connection means comprises a rotating type connecting mechanism for changing a position of a corresponding implement relative to the corresponding forceps type apparatus.31. The forceps type apparatus according to claim 1, wherein the forceps type apparatus includes means for changing the motion of the opposing blades into another motion, wherein the means for changing the motion changes a side to side motion of the opposing blades into a direction of motion that is oriented perpendicular to the side to side motion of the opposing blades.32. The forceps type apparatus according to claim 1, wherein the forceps type apparatus includes means for changing the motion of the of the opposing blades into a motion for a working end of the forceps type apparatus.33. The forceps type apparatus according to claim 32, wherein the forceps type apparatus includes means for rotational movement for rotating the position of the working end of the forceps type apparatus.34. The forceps type apparatus according to claim 32, wherein the means for changing the motion comprises a fixed member positioned in extended relation from the radial hinge portion of the pair of radial arms, and a sliding member positioned adjacent to the fixed member, with the movement of the opposing blades moving the sliding member for activating the motion for the working end.35. The forceps type apparatus according to claim 34, wherein the means for changing the motion further comprises at least one brace member for movement of the sliding member for activating the motion for the working end.36. The forceps type apparatus according to claim wherein a corresponding brace member is attached to the forceps type apparatus by a corresponding hinge member and to the sliding member by a corresponding hinge member for moving the sliding member to activate the motion for the working end.37. The forceps type apparatus according to claim 36, wherein the hinge member attached to the forceps type apparatus is positioned distally relative to the hinge member attached to the sliding member.38. The forceps type apparatus according to claim 36, wherein the hinge member attached to the forceps type apparatus is positioned proximally relative to the hinge member attached to the sliding member.39. The forceps type apparatus according to claim 36, wherein the means for changing the motion further comprises a first spring member attached to the sliding member and attached to the forceps type apparatus.40. The forceps type apparatus according to claim 39, wherein the means for changing the motion further comprises a second spring member attached to the fixed member and attached to the sliding member of the forceps type apparatus.41. The forceps type apparatus according to claim 40, wherein the hinge member attached to the forceps type apparatus is positioned distally relative to the hinge member attached to the sliding member.42. The forceps type apparatus according to claim 41, wherein the working end comprises a scalpel, the scalpel comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing a blade of the scalpel.43. The forceps type apparatus according to claim 40, wherein the working end comprises a surgical tool, the surgical tool comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing the surgical tool.44. The forceps type apparatus according to claim 40, wherein the working end comprises a tool, the tool comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing the tool.45. The forceps type apparatus according to claim 40, wherein the working end comprises the fixed member and the sliding member comprises a retractable guard for selectively surrounding and exposing the working end.46. The forceps type apparatus according to claim 34, wherein the working end comprises a scalpel, the scalpel comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing a blade of the scalpel.47. The forceps type apparatus according to claim 34, wherein the working end comprises a tool, the tool comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing the tool.48. The forceps type apparatus according to claim 34, wherein the working end comprises the fixed member and the sliding member comprises a retractable guard for selectively surrounding and exposing the working end.49. The forceps type apparatus according to claim 32, wherein the means for changing the motion comprises a fixed member positioned with the forceps type apparatus and a sliding member positioned adjacent to the fixed member, with the sliding member being linked with the working end for activating the motion for the working end.50. The forceps type apparatus according to claim 49, wherein the working end comprises a scalpel, the scalpel comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing a blade of the scalpel.51. The forceps type apparatus according to claim 49, wherein the working end comprises a tool, the tool comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing the tool.52. The forceps type apparatus according to claim 32, wherein the forceps type apparatus comprises a surgical tool having a retractable guard for selectively surrounding and exposing the working end of the surgical tool.53. The forceps type apparatus according to claim 1, wherein the forceps type apparatus comprises a tool having a retractable guard for selectively surrounding and exposing the tool.54. The forceps type apparatus according to claim 1, wherein the forceps type apparatus comprises a tool.55. The forceps type apparatus according to claim 1, wherein the forceps type apparatus comprises a surgical tool.56. The forceps type apparatus according to claim 1, wherein the forceps type apparatus comprises an endoscopic surgical tool.57. The forceps type apparatus according to claim 1, wherein the forceps type apparatus comprises a microscissors.58. The forceps type apparatus according to claim 1, wherein the forceps type apparatus comprises a reverse tweezers.59. The forceps type apparatus according to claim 1, wherein the forceps type apparatus comprises a scissors.60. The forceps type apparatus according to claim 59, wherein a line extending between a space formed by the tip of the index finger and the tip of the middle finger and a dorsal surface of the distal interphalangeal joint (DIP) of the small finger of the hand, when the hand is in the Forceps Hand Position (FHP), is parallel to an axis passing centrally through the blades of the scissors.61. A forceps type apparatus for use with a hand, comprising:a pair of radial arms including a radial end portion, the radial end portion for engaging a portion of the radial side of the palmar surface of the hand; a pair of ulnar arms including an ulnar end portion, the ulnar end portion for engaging a portion of the ulnar side of the palmar surface of the hand; and a pair of distal legs, with the pair of distal legs extending from at least one of the pair of radial arms and the pair of ulnar arms, and with the pair of distal legs for respectively receiving the thumb of the hand and at least one of the index finger of the hand and the middle finger of the hand, when the radial end portion of the pair of radial arms engages a portion of the radial side of the palmar surface of the hand and the ulnar end portion of the pair of ulnar arms engages a portion of the ulnar side of the palmar surface of the hand, wherein the radial end portion of the pair of radial arms and the ulnar end portion of the pair of ulnar arms engage corresponding portions of the radial side and the ulnar side of the palmar surface of the hand to position the forceps type apparatus within the hand without placing substantial pressure on a surface of the hand located over the carpal tunnel. 62. The forceps type apparatus according to claim 61, wherein the forceps type apparatus is made of a material such that the forceps type apparatus has a spring-like nature so as to selectively open after closing.63. The forceps type apparatus according to claim 61, further comprising a working end at the distal end of at least one of the pair of distal legs.64. The forceps type apparatus according to claim 63, wherein an implement is selectively attached to or detached from the working end of a corresponding distal leg.65. The forceps type apparatus according to claim 64, wherein each implement is selectively attached to or detached from the working end of the corresponding distal leg by a suitable connection means.66. The forceps type apparatus according to claim 64, wherein the implement is for grasping, pinching or cutting.67. The forceps type apparatus according to claim 61, wherein the radial end portion and the ulnar end portion engage respective portions of the palmar surface of the hand so as to position the forceps type apparatus within the hand without engaging a surface of the hand located over the carpal tunnel.68. The forceps type apparatus to claim 61, wherein the forceps type apparatus is generally of a Y shape, an asymmetrical Y shape or a sling-shot shape configuration.69. The forceps type apparatus according to claim 61, further comprising a connection area from which extend the pair of radial arms, the pair of ulnar arms and the pair of distal legs.70. The forceps type apparatus or handle according to claim 69, wherein the connection area includes a rotational mechanism for rotational movement of at least one of the pair of radial arms and the pair of ulnar arms.71. The forceps type apparatus according to claim 70, wherein the rotational mechanism provides an angular range for the rotational movement.72. The forceps type apparatus according to claim 61, wherein the forceps type apparatus includes at least one support area for supporting the forceps type apparatus when the hand is holding the forceps type apparatus, wherein the at least one support area includes a support area on at least one of the radial end portion for engaging the radial side of the palmar surface of the hand and the ulnar end portion for engaging the ulnar side of the palmar surface of the hand.73. The forceps type apparatus according to claim 61, wherein the pair of ulnar arms includes at least one contact area for receiving at least one of the ring finger and the small finger of the hand.74. The forceps type apparatus according to claim 61, wherein the pair of ulnar arms includes a ring finger contact area for receiving the ring finger of the hand and a small finger contact area for receiving the small finger of the hand.75. The forceps type apparatus according to claim 74, wherein a step portion is positioned on the pair of ulnar arms between the ring finger contact area and the small finger contact area to conform the palmar surface of the ring finger to the ring finger contact area and the palmar surface of the small finger to the small finger contact area.76. The forceps type apparatus according to claim 61, wherein at least one of the pair of radial arms and the pair of ulnar arms includes an extension for adjusting the forceps type apparatus to correspond to a hand size.77. The forceps type apparatus according to claim 76, wherein each extension is selectively added to a corresponding one of the pair of radial arms or the pair of ulnar arms for adjusting the forceps type apparatus to correspond to a hand size.78. The forceps type apparatus according to claim 76, wherein each extension can include a plurality of shapes for respectively engaging a corresponding portion of the radial side of the palmar surface of the hand or for engaging a corresponding portion of the ulnar side of the palmar surface of the hand.79. The forceps type apparatus according to claim 78, wherein the plurality of shapes for a corresponding extension can include generally round shape.80. The forceps type apparatus according to claim 61, further comprising a spring mechanism positioned between the pair of distal legs for maintaining the forceps type apparatus in a resting position.81. The forceps type apparatus according to claim 61, further comprising a clamping mechanism engaging the pair of distal legs for selectively maintaining a range of positions for the forceps type apparatus.82. The forceps type apparatus according to claim 61, wherein the forceps type apparatus comprises at least one ring member for receiving a corresponding at least one of the thumb or the long fingers of the hand.83. The forceps type apparatus according to claim 82, further comprising at least one ring member positioned on each of the pair of distal legs for enabling the pair of distal legs of the forceps type apparatus to maintain a spread apart position.84. The forceps type apparatus according to claim 61, wherein the width of the distal end of at least one of the pair of distal legs corresponds to the width across the long fingers of the hand for maximizing the pinch strength attainable when the thumb is positioned to centrally oppose the long fingers of the hand.85. The forceps type apparatus according to claim 61, wherein the forceps type apparatus includes means for changing a side to side motion of the distal legs into a direction of motion that is oriented perpendicular to the side to side motion of the distal legs.86. The forceps type apparatus according to claim 61, wherein the forceps type apparatus includes means for changing the motion of the distal legs into a motion for a working end of the forceps type apparatus.87. The forceps type apparatus according to claim 86, wherein the means for changing the motion includes means for rotational movement for rotating the position of the working end of the forceps type apparatus.88. The forceps type apparatus according to claim 86, wherein the means for changing the motion comprises a fixed member positioned in extending relation from the radial end portion of the pair of radial arms, and a sliding member positioned adjacent to the fixed member, with the movement of the distal legs moving the sliding member for activating the motion for the working end.89. The forceps type apparatus according to claim 88, wherein the means for changing the motion further comprises at least one brace member for movement of the sliding member for activating the motion for the working end.90. The forceps type apparatus according to claim 89, wherein a corresponding brace member is attached to the forceps type apparatus by a corresponding hinge member and to the sliding member by a corresponding hinge member for moving the sliding member to activate the motion for the working end.91. The forceps type apparatus according to claim 90, wherein the hinge member attached to the forceps type apparatus is positioned distally relative to the hinge member attached to the sliding member.92. The forceps type apparatus according to claim 90, wherein the hinge member attached to the forceps type apparatus is positioned proximally relative to the hinge member attached to the sliding member.93. The forceps type apparatus according to claim 90, wherein the means for changing the motion further comprises a first spring member attached to the sliding member and attached to the forceps type apparatus.94. The forceps type apparatus according to claim 93, wherein the means for changing the motion further comprises a second spring member attached to the fixed member and attached to the sliding member of the forceps apparatus.95. The forceps type apparatus according to claim 94, wherein the hinge member attached to the forceps type apparatus is positioned distally relative to the hinge member attached to the sliding member.96. The forceps type apparatus according to claim 94, wherein the working end comprises a scalpel, the scalpel comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing a blade of the scalpel.97. The forceps type apparatus according to claim 94, wherein the working end comprises a tool, the tool comprises the fixed member, and the sliding member comprises a retractable guard for selectively surrounding and exposing the tool.98. The forceps type apparatus according to claim 94, wherein the working end comprises the fixed member and the sliding member comprises a retractable guard for selectively surrounding and exposing the working end.99. The forceps type apparatus according to claim 88, wherein the working end comprises a scalpel, the scalpel comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing a blade of the scalpel.100. The forceps type apparatus according to claim 88, wherein the working end comprises a tool, the tool comprises the fixed member, and the sliding member comprises a retractable guard for selectively surrounding and exposing the tool.101. The forceps type apparatus according to claim 88, wherein the working end comprises the fixed member and the sliding member comprises a retractable guard for selectively surrounding and exposing the working end.102. The forceps type apparatus according to claim 86, wherein the means for changing the motion comprises a fixed member positioned with the forceps type apparatus and a sliding member positioned adjacent to the fixed member, with the sliding member being linked with the working end for activating the motion for the working end.103. The forceps type apparatus according to claim 102, wherein the working end comprises a scalpel, the scalpel comprises the fixed member, and the sliding member comprises a retractable guard for selectively retracting and exposing a blade of the scalpel member.104. The forceps type apparatus according to claim 102, wherein the working end comprises a tool, the tool comprises the fixed member, and the sliding member comprises a retractable guard for selectively surrounding and exposing the tool.105. The forceps type apparatus according to claim 86, wherein the working end of the forceps type apparatus comprises a surgical tool having a retractable guard for selectively surrounding and exposing the working end of the surgical tool.106. The forceps type apparatus according to claim 61, wherein the forceps type apparatus comprises a scalpel having a retractable guard for selectively surrounding and exposing the scalpel.107. The forceps type apparatus according to claim 61, wherein the forceps type apparatus comprises a tool.108. The forceps type apparatus according to claim 61, wherein the forceps type apparatus comprises a surgical tool.109. The forceps type apparatus according to claim 61, wherein the forceps type apparatus comprises an endoscopic surgical tool.110. The forceps type apparatus according to claim 61, wherein the forceps type apparatus comprises a microscissors.111. The forceps type apparatus according to claim 61, wherein the forceps type apparatus comprises a reverse tweezers.112. The forceps type apparatus according to claim 61, wherein the forceps type apparatus comprises a scissors.113. The forceps type apparatus according to claim 112, wherein a line extending between a space formed by the tip of the index finger and the tip of the middle finger and a dorsal surface of the distal interphalangeal joint (DIP) of the small finger of the hand, when the hand is in the Forceps Hand Position (FHP), is parallel to an axis passing centrally through the blades of the scissors.