34 results about "Procedure site" patented technology

A system for enabling the insertion and removal of an embolic protection device, for capturing and retaining embolic debris which can be created during the performance of a therapeutic interventional procedure in a stenosed or occluded region of a blood vessel. The system, in an embodiment thereof, is capable of enabling at least one operator to control the delivery and removal of an embolic protection device to a position in a patient's vasculature distal to an interventional procedure site, to enable the exchange of the delivery and recovery system. The system, in another embodiment thereof, includes a delivery system and a recovery system which are capable of enabling the delivery and recovery of an embolic protection device so as to maintain a clinically acceptable profile and flexibility through the patient's vasculature.

A system for enabling the insertion and removal of an embolic protection device, for capturing and retaining embolic debris which may be created during the performance of a therapeutic interventional procedure in a stenosed or occluded region of a blood vessel. The system, in an embodiment thereof, enables the device to be compressed for insertion thereof through a patient's vasculature so as to cross the stenosis in a low profile, and to enable release of compression thereof for expansion and deployment of the device at a location distal to the interventional procedure site.

A patient equipped with a device in a first mode is scheduled for a procedure in a procedure room at a facility with pre-procedure rules (e.g., requiring procedure site marking). Only a surgeon or other authorized individual is permitted to change the first mode to a second mode after complying with the rules (e.g., marking a site on the patient's body). A detector is located at or near the entrance of the procedure room for detecting devices having the first mode. If the first mode is detected, an alarm is provided indicating that the rule may not have been followed.

Systems and methods for joint preparation and fusion are disclosed. The system includes a cutting device having a handle, and rigid blade member. The blade member may include cutting edges on first and second sides, and may be curved in one or more planes. The blade member may be deployed to project outside of an outer tube, and the cutting device may be rotated to create a circular cavity. In a method of use, a cannula provides access to a procedure site such as a joint. A pathway to the joint is created, and the cutting device is inserted and deployed to undercut a cavity in the joint. A fusion device may be implanted across the joint to provide compression and fuse the joint. The system may also include instrumentation for creating access to a joint, bone graft insertion and implant insertion.

The present invention is a method, system, and apparatus used to transmit information to an individual and or receiver who is not located at the actual ultrasound procedure that may monitor, communicate, and assist in the procedure in real time as well as provide protocols for specific procedures; wherein the ultrasound machine communicates to a receiver operational information such as but not limited to audio, visual, performance, and so forth; wherein the information may be received in real time to another party not located at the site of the procedure who may assist with the procedure, training, protocols, and so forth; and wherein the receiver may then transmit back to the ultrasound machine specific directions as well as communicate with the ultrasound operator.

A system for enabling the insertion and removal of an embolic protection device, for capturing and retaining embolic debris which may be created during the performance of a therapeutic interventional procedure in a stenosed or occluded region of a blood vessel. The system, in an embodiment thereof, enables the device to be snap-fitted so as to engage the distal end of a guide wire, to provide a reference for positioning the device at a location distal to the interventional procedure site, and to enable an end of the device to be in tension, enabling a portion of the device to be in tension and another portion to be in compression, so as to assist in bending thereof in tortuous vasculature.

The invention discloses an operation method for an electric vehicle carriage welding assembly line. A first lifting frame, a first temporary storage frame, a second lifting frame, a second temporary storage frame and a third lifting frame are sequentially connected to form the whole welding assembly line. A self-overturning frame moves to the back of the third lifting frame, a carriage base plate is placed on an ox horn bearing of a supporting table of the first lifting frame, all parts are welded to the carriage base plate, and the carriage base plate slides to an ox horn bearing of the second lifting frame through the first temporary storage frame along the ox horn bearing; a carriage front plate is welded to the front portion of the carriage base plate and then slides to an ox horn bearing of the third lifting frame through the second temporary storage frame; and a carriage back plate is welded to the tail portion of the carriage base plate, and a movable cart carries the welded carriage base plate to move to a next manufacturing procedure site, so that fast demolding of a welded piece is achieved, the labor operation intensity of workers is reduced, fast transferring and omnibearing welding are achieved, welding deformation can not be caused in the welding process, the welding efficiency is improved, and the welding quality is guaranteed.

The present invention is a method, system, and apparatus used to transmit information to an individual and or receiver who is not located at the actual ultrasound procedure that may monitor, communicate, and assist in the procedure in real time as well as provide protocols for specific procedures; wherein the ultrasound machine communicates to a receiver operational information such as but not limited to audio, visual, performance, and so forth; wherein the information may be received in real time to another party not located at the site of the procedure who may assist with the procedure, training, protocols, and so forth; and wherein the receiver may then transmit back to the ultrasound machine specific directions as well as communicate with the ultrasound operator.