Described herein is a surgical instrument holder for use with a robotic surgical system, for example, during spinal surgery. In certain embodiments, the surgical instrument holder is an interface between the robotic arm and a surgical instrument used during surgery. This interface may hold the surgical instrument precisely, rigidly, and in a stable manner while permitting a surgeon to easily and quickly install or withdraw the instrument in case of emergency.

The subject invention provides a means to tie a fly pattern for a fishing method by means of the fly tying vise mechanism. In general, the invention employs technology that allows the individual to position the various parts of the vise in multiple ways to achieve virtually unlimited angular positioning of the jaws. The invention employs an offset cam that allows for an adjustable friction applied to the hook jaw mechanism that is attached to a long vertical post, mounted on a heavy pedestal, providing stability for the vise. The pedestal employs several applications for storing or attracting tools and hooks and magnetizing jaws. The offset cam can be adjusted up and down and rotate 360 degrees horizontally around the vertical post; can be rotated 360 degrees vertically to turn the cam from a horizontal to a vertical position; allows the jaws to be moved up and down, relative to the cam to accommodate different sizes hooks; and, allows the jaws to rotate 360 degrees. The invention also employs a swiveling, vertically adjustable back snatch, which is a flexible arm that is used to hold the bobbin thread holder or material pliers that hold feathers and other material during the tying process.

The subject invention provides a means to tie a fly pattern for a fishing method by means of the fly tying vise mechanism. In general, the invention employs technology that allows the individual to position the various parts of the vise in multiple ways to achieve virtually unlimited angular positioning of the jaws. The invention employs an offset cam that allows for an adjustable friction applied to the hook jaw mechanism that is attached to a long vertical post, mounted on a heavy pedestal, providing stability for the vise. The pedestal employs several applications for storing or attracting tools and hooks and magnetizing jaws. The offset cam can be adjusted up and down and rotate 360 degrees horizontally around the vertical post; can be rotated 360 degrees vertically to turn the cam from a horizontal to a vertical position; allows the jaws to be moved up and down, relative to the cam to accommodate different sizes hooks; and, allows the jaws to rotate 360 degrees. The invention also employs a swiveling, vertically adjustable back snatch, which is a flexible arm that is used to hold the bobbin thread holder or material pliers that hold feathers and other material during the tying process.

A portable utility vise device is provided utilizing a clamping assembly having a front elongate frame member, a rear elongate frame member, a left elongate frame member and a right elongate frame member. The left and right elongate frame members may each utilize a clamp bar coupled to an outer side surface thereof. Each clamp bar may have a rear clamp jaw disposed at a distal terminal end thereof. The front elongate frame member may utilize a clamp screw assembly. The portable utility vise device may further utilize a vise assembly coupled to the clamping assembly and having a left vise carriage and a right vise carriage. The left and right vise carriages may each have an elongate channel and a translation screw disposed therein. The left and right vise carriages may each have at least one coupling receptacle structure partially disposed within their respective elongate channels.

A portable utility vise device is provided utilizing a clamping assembly having a front elongate frame member, a rear elongate frame member, a left elongate frame member and a right elongate frame member. The left and right elongate frame members may each utilize a clamp bar coupled to an outer side surface thereof. Each clamp bar may have a rear clamp jaw disposed at a distal terminal end thereof. The front elongate frame member may utilize a clamp screw assembly. The portable utility vise device may further utilize a vise assembly coupled to the clamping assembly and having a left vise carriage and a right vise carriage. The left and right vise carriages may each have an elongate channel and a translation screw disposed therein. The left and right vise carriages may each have at least one coupling receptacle structure partially disposed within their respective elongate channels.

A key clamping device includes a first key clamp, a second key clamp and a rotational device connected to the first and second key clamps. The rotational device may facilitate rotation of the first and second key clamps.

A key clamping device includes a first key clamp, a second key clamp and a rotational device connected to the first and second key clamps. The rotational device may facilitate rotation of the first and second key clamps.

This disclosure generally pertains to various accessories for use with bar clamps to enhance the capabilities and functionality of the bar clamps. The accessories described in detail herein include removable and replaceable bar clamp attachments, bar extenders, and stability stands for use with a bar clamp.

This disclosure generally pertains to various accessories for use with bar clamps to enhance the capabilities and functionality of the bar clamps. The accessories described in detail herein include removable and replaceable bar clamp attachments, bar extenders, and stability stands for use with a bar clamp.

The disclosure provides a positioning frame for a touch pad. The positioning frame includes a main frame and a positioning wall. The positioning wall is located at a side of the main frame and is connected to the main frame. An inner surface of the main frame and the positioning wall define an opening. An area of the opening is approximately the same as an area of a film to be adhered to the touch pad. The positioning wall is configured to insert into a gap between the touch pad and a front cover of a system body.