ADAPTABLE TOOL REMOVAL DEVICE AND METHOD
The present invention may provide for an adaptable medical tool removal device and method for removing medical instruments seized in vivo. The removal tool may comprise a clamping mechanism. The clamping mechanism may comprise a locking member, a pivotal clamp member, and a connector clamp member. The pivotal clamp member may be pivotally attached to the connector clamp member. The pivotal clamp member may pivot between an opened and a closed position. The locking member may lock the pivotal clamp member in a closed position around a tool adaptor device. The tool adaptor device may attach to a seized medical instrument. The removal tool may further comprise a sliding weight able to impart an impact force to the seized medical instrument through the tool adaptor device. An embodiment of the tool adaptor device may comprise hooks to connect to a t-shaped handle of a seized medical instrument.
1 . A tool system comprising:
a slaphammer comprising:
a shaft;
an impact member coupled to the shaft;
a slide weight slidably coupled to the shaft and disposed to travel substantially parallel to an axis of the shaft; and
a lockable clamp coupled to the shaft, wherein the clamp comprises:
a fixed member coupled to the shaft;
a pivotal member pivotably coupled to the fixed member; and
a resilient member coupled to the pivotal member and disposed to bias the pivotal member to an open position,
wherein the clamp defines an accommodating circumference when the clamp is in a closed configuration; and
a plurality of tool adapters, wherein a first one of the plurality of tool adapters comprises:
a first adapter interface selected from a plurality of adapter interfaces.
2 . The system of claim 1 wherein the first one of the plurality of tool adapters further comprises:
a head defining a head circumference larger than the accommodating circumference; and
a neck defining a neck circumference smaller than the accommodating circumference; and
wherein a second one of the plurality of tool adapters comprises:
a head defining approximately the head circumference; and
a neck defining approximately the neck circumference.
3 . The system of claim 1 wherein a second one of the plurality of tool adapters comprises a second adapter interface selected from the plurality of adapter interfaces, and wherein the second adapter interface differs from the first adapter interface.
4 . The system of claim 3 wherein the first adapter interface comprises a threaded connector and the second adapter interface comprises a hook.
5 . The system of claim 1 wherein the impact member comprises a handle disposed opposite the shaft from the clamp.
6 . A method for removing a medical instrument, the method comprising:
coupling a tool adaptor to a medical instrument;
coupling the tool adapter to a first clamping member;
coupling the tool adapter to a second clamping member;
locking the clamping members in place; and
receiving an impact force on an impact surface such that a portion of the impact force is transferred to the medical instrument.
7 . The method of claim 6 wherein locking the clamp in a closed configuration comprises:
rotating a locking member.
8 . The method of claim 6 further comprising:
opening the clamp;
decoupling the clamp from the tool adapter.
9 . The method of claim 8 wherein opening the clamp comprises:
pivoting a pivotal member.
10 . The method of claim 6 wherein the receiving an impact force on an impact surface further comprises positioning a weight such that a weight can impact the impact surface.
11 . A surgical impact device comprising:
a shaft having a first end portion and a second end portion;
a slide weight disposed on the shaft between the first and second end portions;
a clamp coupled to the second end portion wherein the clamp comprises:
a body having a first arm;
a second arm pivotably mated to the body, the second arm having a first position wherein the first arm is generally parallel to the second arm and a second position wherein the first arm is generally spaced apart at an angle relative to the second arm.
12 . The surgical impact device of claim 11 further comprising at least one resilient member positioned between the first arm and the second arm, wherein the resilient member biases the second arm in the second position.
13 . The surgical impact device of claim 11 further comprising a locking member rotateably coupled to the body.
14 . The surgical impact device of claim 13 wherein the locking member has an opening dimensioned to at least partially receive the second arm.
15 . The surgical impact device of claim 14 further comprising the locking member having an unlocked position wherein the second arm is at least partially positioned within the opening of the locking member.
16 . The surgical impact device of claim 15 further comprising the locking member having a locked position wherein the opening is adjacent to the first arm.
17 . The surgical impact device of claim 13 further comprising a rotational limiting interface disposed at an interface of the locking member and the body.
18 . The surgical impact device of claim 11 wherein the second arm has a first surface having one or more protrusions and the first arm has a second surface having one or more slots dimensioned to receive the one or more protrusions.
19 . The surgical impact device of claim 11 wherein the first and second arms each have a generally circular outer surface and a generally circular inner surface that define a window that extends transversely through the first and second arms.
20 . The surgical impact device of claim 11 further comprising an impact member coupled to the first end portion.