Surgical suturing system and probe assembly

Claim 2

A surgical suturing system for suturing human and animal tissue, said system configured to be connected to a vacuum source, said system comprising: (a) stapler means for suturing human and animal tissue, said staple means configured to selectively eject at least one staple from an ejection slot in said stapler means for suturing adjacent edges of the tissue; and (b) a probe connected to said stapler means for positioning and holding the edges of the tissue to be sutured in juxtapositional coplanar alignment, an aperture formed at a working end of said probe is positioned in proximity to said ejection slot, said probe configured to be connected to a vacuum source, a suction at said aperture at said working end of said probe being sufficient to captively hold the tissue being sutured when said probe is placed in proximity to the tissue, said working end of said probe configured to capture one edge of the tissue to be sutured and hold the one edge while said stapler means is moved to a position for placing the one edge in juxtapositional alignment with the other or free edge of the tissue and capturing the free edge of the tissue, the one edge and the other edge of the tissue to be sutured are held in coplanar juxtapositional alignment by said probe while said stapler means is suturing the tissue.

Claim 3

The surgical suturing system as claimed in claim 1 including means for controlling the force of the suction at said aperture at said working end of said probe.

Claim 4

The surgical suturing system as claimed in claim 1 wherein said aperture at said working end of said probe is adjacent said ejection slot.

Claim 5

The surgical suturing system as claimed in claim 1 wherein said aperture at said working end of said probe defines a suction path that is disposed about said ejection slot.

Claim 6

The surgical suturing system as claimed in claim 1 wherein said aperture at said working end of said probe defines a bifurcated suction path that is disposed about said ejection slot.

Claim 7

The surgical suturing system as claimed in claim 1 wherein said aperture at said working end of said probe defines first and second suction paths, said first suction path located adjacent one end of said ejection slot and said second suction path located adjacent an opposite end of said ejection slot.

Claim 8

A surgical suturing system for suturing human and animal tissue, said system comprising: (a) a stapler having a housing, a staple ejection slot formed in said housing, a plurality of staples carried in said housing, a driver having energized and deenergized states, and means for energizing said driver, said driver mounted in said housing and configured to selectively engage and eject said staples through said ejection slot when said driver is in its energized state; and (b) probe means for positioning and holding the edges of tissue which is to be sutured in juxtapositional alignment, said probe means including a holding probe and suction means, said holding probe mounted to said housing, a working end of said probe positioned in close proximity to said ejection slot, said suction means communicating with said holding probe, said suction means creating a suction at said working end of said holding probe for engaging the tissue being sutured when said holding probe is placed in proximity to the tissue, said working end of said holding probe configured to engage one edge of the tissue to be sutured and hold the one edge while said stapler is moved to position said one edge in juxtapositional alignment with the other edge of the tissue to be sutured, the other edge engaged and held in juxtapositional coplanar alignment with the one edge by said working end of said holding probe, said driver is energized and a staple is ejected through said ejection slot to suture the tissue while said working end of said holding probe holds said one edge and the other edge in juxtapositional coplanar alignment.

Claim 9

A surgical suturing system for suturing human and animal tissue, said system comprising: (a) a stapler having a housing, a staple ejection slot formed in said housing, a plurality of staples carried in said housing, a driver having energized and deenergized states, and means for energizing said driver, said driver mounted in said housing and configured to selectively engage and eject said staples through said ejection slot when said driver is in its energized state; and (b) probe means for positioning and holding the edges of tissue which is to be sutured in juxtapositional alignment, said probe means including a holding probe and suction means, said holding probe mounted to said housing, a working end of said probe positioned in close proximity to said ejection slot, said suction means communicating with said holding probe, said suction means creating a suction at said working end of said holding probe for engaging the tissue being sutured when said holding probe is placed in proximity to the tissue, said working end of said holding probe configured to engage one edge of the tissue to be sutured and hold the one edge while said stapler is moved to position said one edge in juxtapositional alignment with the other edge of the tissue to be sutured, the other edge engaged and held in juxtapositional coplanar alignment with the one edge by said working end of said holding probe, said driver is energized and a staple is ejected through said ejection slot to suture the tissue while said working end of said holding probe holds said one edge and the other edge in juxtapositional coplanar alignment.

Claim 10

The surgical suturing system as claimed in claim 7 including control means communicating with said holding probe for controlling the suction force at said working end of said holding probe.

Claim 11

The surgical suturing system as claimed in claim 7 wherein said working end of said holding probe is formed with an aperture that is positioned adjacent said ejection slot.

Claim 12

The surgical suturing system as claimed in claim 7 wherein said working end of said holding probe is formed with an aperture that is disposed about said ejection slot and defines a suction path in the form of a track that is disposed about said ejection slot.

Claim 13

The surgical suturing system as claimed in claim 7 wherein said working end of said holding probe is formed with a bifurcated aperture that is disposed about said ejection slot and defines a suction path in the form of a bifurcated track that is disposed about said ejection slot.

Claim 14

The surgical suturing system as claimed in claim 7 wherein said working end of said holding probe defines first and second suction paths, said first suction path located adjacent one end of said ejection slot and said second suction path located adjacent an opposite end of said ejection slot.