Laser beam delivery system

Claim 2

A laser beam delivery system adapted to deliver a laser beam, comprising: a fiber cord assembly connectable at one end to a laser beam source; a probe connector assembly connected at one end to said fiber cord assembly and having a socket at its opposite end; a fiber probe received in said socket in a quickly attachable/detachable manner to deliver a laser beam from said source to a working site; and a mechanical shutter within said probe connector assembly normally biased to a blocking position to block the passage of the laser beam, but movable to an unblocking position upon the insertion of the fiber probe into said socket.

Claim 3

The system according to claim 1, wherein said fiber probe includes a fingerpiece graspable by the user and insertable at one end into said socket, and a working fiber extending through said fingerpiece and having a working tip projecting through its opposite end.

Claim 4

The system according to claim 2, wherein said fingerpiece is slidable with respect to said working tip and includes a protective sheath which encloses the working fiber in an extended position of the fingerpiece, and exposes the working fiber in a retracted position of the fingerpiece.

Claim 5

The system according to claim 3, wherein said socket is slidable in the probe connector assembly to permit the fingerpiece, when inserted therein, to be moved to its extended or retracted positions, said probe connector assembly further including retainer means for releasably retaining the socket in both said positions.

Claim 6

The system according to claim 4, wherein said retainer means comprises an annular array of balls spring-urged into an annular recess formed in said working fiber.

Claim 7

The system according to claim 4, wherein said probe connector assembly further includes an outer sleeve, an inner sleeve slidable with respect to said outer sleeve and carrying the socket for receiving the fingerpiece of the fiber probe, and key means between said sleeves to prevent rotation of the inner slidable sleeve, and the working fiber carried thereby, with respect to said outer sleeve.

Claim 8

The system according to claim 6, wherein said key means comprises an annular array of balls carried by an intermediate sleeve and movable within axially-extending grooves in said inner sleeve.

Claim 9

The system according to claim 7, wherein said inner sleeve is formed with an annular recess for receiving said annular array of balls in the retracted position of the sheath.

Claim 10

The system according to claim 1, wherein said probe connector assembly further includes, at the end thereof connectable to the laser beam source, a lens system for imaging the laser beam onto an input end face of the fiber probe with an image covering less than the complete area of said input end face.

Claim 11

The system according to claim 9, wherein said lens system is carried by an inner sleeve receivable within an outer sleeve of the probe connector assembly, to permit the probe connector assembly to be separated from the lens system and autoclaved.

Claim 12

A laser beam delivery system adapted to delivery a laser beam, comprising: a fiber cord assembly connectable to a laser beam source; a probe connector assembly connected at one end to said fiber cord assembly and having a socket at its opposite end; and a fiber probe received in said socket in a quickly attachable/detachable manner to deliver a laser beam from said source to a working site; said fiber probe including a fingerpiece graspable by the user and insertable at one end into said socket, and a working fiber extending through said fingerpiece and having a working tip projecting through its opposite end; said fingerpiece being slidable with respect to said working tip and including a protective sheath which encloses the working fiber in an extended position of the fingerpiece, and exposes the working fiber in a retracted position of the fingerpiece.

Claim 13

A laser beam delivery system adapted to delivery a laser beam, comprising: a fiber cord assembly connectable to a laser beam source; a probe connector assembly connected at one end to said fiber cord assembly and having a socket at its opposite end; and a fiber probe received in said socket in a quickly attachable/detachable manner to deliver a laser beam from said source to a working site; said fiber probe including a fingerpiece graspable by the user and insertable at one end into said socket, and a working fiber extending through said fingerpiece and having a working tip projecting through its opposite end; said fingerpiece being slidable with respect to said working tip and including a protective sheath which encloses the working fiber in an extended position of the fingerpiece, and exposes the working fiber in a retracted position of the fingerpiece.

Claim 14

The system according to claim 11, wherein said probe connector assembly further includes a mechanical shutter normally biased to a blocking position to block the passage of the laser beam, but automatically movable to an unblocking position upon the insertion of the fiber probe into said socket.

Claim 15

The system according to claim 11, wherein said socket is slidable in the probe connector assembly to permit the fingerpiece, when inserted therein, to be moved to its extended or retracted positions, said probe connector assembly further including retainer means for releasably retaining the socket in both said positions.

Claim 16

The system according to claim 3, wherein said retainer means comprises an annular array of balls spring-urged into an annular recess formed in said working fiber.

Claim 17

A laser beam delivery system, comprising: a laser beam source; a fiber cord assembly connected at one end to said laser beam source; a probe connector assembly connected at one end to said fiber cord assembly and having a socket at its opposite end; a fiber probe received in said socket in a quickly attachable/detachable manner to deliver a laser beam from said source to a working site; and a mechanical shutter within said probe connector assembly normally biased to a blocking position to block the passage of the laser beam, but engageable by a working fiber carried by the fiber probe to be automatically moved to an unblocking position upon the insertion of the fiber probe into said socket; said probe connector assembly further including, at the end thereof connectable to the laser beam source, a lens system for imaging the laser beam onto an input end face of the fiber probe with an image covering less than the complete area of said input end face.

Claim 18

A laser beam delivery system, comprising: a laser beam source; a fiber cord assembly connected at one end to said laser beam source; a probe connector assembly connected at one end to said fiber cord assembly and having a socket at its opposite end; a fiber probe received in said socket in a quickly attachable/detachable manner to deliver a laser beam from said source to a working site; and a mechanical shutter within said probe connector assembly normally biased to a blocking position to block the passage of the laser beam, but engageable by a working fiber carried by the fiber probe to be automatically moved to an unblocking position upon the insertion of the fiber probe into said socket; said probe connector assembly further including, at the end thereof connectable to the laser beam source, a lens system for imaging the laser beam onto an input end face of the fiber probe with an image covering less than the complete area of said input end face.

Claim 19

The system according to claim 15, wherein said lens system is carried by an inner sleeve receivable within an outer sleeve of the probe connector assembly, to permit the probe connector assembly to be separated from the lens system and autoclaved.