75 results about "During procedure" patented technology

Apparatus, methods, and kits, are provided for use in combination with a conventional bronchoscope or other lung viewing scope. In particular, sheaths having an inflatable cuff at their distal end are provided to receive a viewing scope through a lumen thereof. The sheaths thus provide an inflatable cuff on a viewing scope assembly so that the scope can be used in procedures which require selective isolation of regions of a patient's lungs. In particular embodiments, the sheaths may include stop elements for properly positioning a viewing scope therein, pressure transducers for providing accurate lung pressure information during procedures, and the like. Methods for using and forming sheaths having inflatable cuffs are also described.

An apparatus and method for controlling the orientation, geometry, shape or length of an inserted catheter is provided to optimize it's position during procedures for treating cardiac arrhythmia by ablation based on functions derived from one or more parameters including the temporal relationship between intracardiac signals, patient anatomy, cardiac tissue electrical properties, imaging data, and other criteria that may include previously stored data collected from one or more patients who have had successful therapy delivered.

The present invention, in an exemplary embodiment, provides a delivery system and novel handle configuration for the delivery system that facilitates repeatable placement of implantable devices. In particular, in optical embodiments, the handle allows for the reversible coupling of scopes directly to the handle to enhance physician control during placement. The delivery system also allows for one-handed manipulation as finger action can be used to engage and disengage the scope as well as actuate the extent of implantable device deployment. Exemplary delivery systems are flexible, durable and / or assure proper installation of one or more implantable devices in a single procedure. Moreover, the preferred embodiments of the delivery system provides for the reloading of the delivery device with additional implantable devices for additional interventional procedures, resulting in a substantially reusable delivery device.

A speculum is equipped with an ultrasound probe, for permitting ultrasound visualization during procedures, such as transcervical embryo transfer with In Vitro Fertilization, thus providing superior transvaginal ultrasonographic imaging without interference by the ultrasound probe with usual embryo transfer techniques, and without the need for an additional assistant. The probe may be disposed on either of the posterior blade and the anterior blade, depending upon physiological factors varying with each patient and procedure.

An ergonomic, temple-vented, lightweight, anti-glare eye protective device. The eye protection device is intended for use during procedures in the dental, medical and related professions to protect patients' eyes from splash, splatter, particles, bacteria and / or foreign matter. The shield may include a one-piece, flat, very thin, lightweight, highly flexible, flared-oblong shaped, transparent, tinted thermoplastic material with strategically placed foam “bumper pads” and two independent, elastic ear loops that serve as the means of attachment. The left and right sides of the shield are fully open, i.e., they do not come in contact with the wearer's face, affording total lateral ventilation in the area of the temples. The device can be adapted to be worn over the patient's eyeglasses if desired. Due to the low-cost manufacturing method, the device can he used economically on a disposable basis.

This system is composed by mechanical telemanipulators, with master-slave configurations, working together with suitable solutions for image acquisition and display, which are able to transmit, with optional magnification, images from the surgical area to the surgeon. Therefore, the surgeon's capacities and comfort are increased by enhancing the surgeon's motor and visual skills as well as the ergonomics while doing different surgical tasks through access incisions on the patient body. Aside from offering improved performance during procedures involving microsurgical techniques, this system also brings safety, intuitiveness, and cost-effectiveness advantages over current alternatives. Due to the compatibility with current visualization systems for microsurgery, together with the light weight and the compact configuration of the mechanical telemanipulator, this surgical system can be very easily brought to and removed from the surgical area, which enables its intermittent use on several surgical procedures requiring microsurgical techniques. Therefore, it does not require drastic changes in the workflow and setup of current operating rooms and can be more easily adopted by several surgical teams.

This system is composed by mechanical telemanipulators, with master-slave configurations, working together with suitable solutions for image acquisition and display, which are able to transmit, with optional magnification, images from the surgical area to the surgeon. Therefore, the surgeon's capacities and comfort are increased by enhancing the surgeon's motor and visual skills as well as the ergonomics while doing different surgical tasks through access incisions on the patient body. Aside from offering improved performance during procedures involving microsurgical techniques, this system also brings safety, intuitiveness, and cost-effectiveness advantages over current alternatives. Due to the compatibility with current visualization systems for microsurgery, together with the light weight and the compact configuration of the mechanical telemanipulator, this surgical system can be very easily brought to and removed from the surgical area, which enables its intermittent use on several surgical procedures requiring microsurgical techniques. Therefore, it does not require drastic changes in the workflow and setup of current operating rooms and can be more easily adopted by several surgical teams.

A protective device (i.e. bib) for covering at least a portion of a wearer's person and / or clothing during procedures such as eating, application of make-up, hair cutting or the like.The protective device includes a neck attachment adjacent one end and a securing device adjacent the other end.The neck attachment secures one end of the protective device to the wearer and the securing device secures the other end of the protective device to the wearer, the wearer's attire or some other fixed point to inhibit removal of the protective device.

Disclosed is a vascular sheath for helping to prevent bleeding during procedures in which devices must be inserted into a blood vessel such as an artery or vein. The vascular sheath includes at least one manually compressible primary seal that has a lumen passing therethrough. A device inserted into the blood vessel first passes through the sheath, and thus through the lumen in the primary seal. By manually adjusting the compression of the primary seal the size of at least part of the lumen is made to substantially conform to the outer surface of the device. The primary seal can thus seal against large and small sized devices to prevent bleeding. It is preferred that a secondary seal also be used and one type of secondary seal is a flexible disk or flap with one or more slits through which the device passes.

Embodiments of the disclosure include an endoscope tip assembly for use on an endoscope, during procedures. The endoscope tip assembly may include a base, configured to receive an endoscope tip configured to not disengage from the endoscope tip during a procedure. The endoscope tip assembly may also include a plurality of struts, connected by a webbing, that may fold flat during insertion, and may assume a balloon-like shape during withdrawal.

An instrument guard for a MIS medical device includes an attachment portion and an instrument holding portion. The attachment portion is removably attachable to a containment tube of a medical device used for minimally invasive surgery. The instrument holding portion is used to contain and insulate surgical instruments used for the procedure. The instrument guard may be removed after use, exposing the surgical instruments and allowing for cleaning thereof, by washing, brushing, ultrasonic cleaning and visual inspection. A clean instrument guard is then placed on the device, enabling the device to be reused in another procedure.

Ultrasound imaging, or ultrasonography, is a convenient imaging modality for diagnostic purposes. During procedures requiring visualization, the user coordinates the movement of the transducer through the manual selection of an appropriate representation on the screen. Ultrasound may also be employed for functional measurements. Typically, the measurement requires the manual selection of target planes, lines, or volumes where the measurement is to be performed. Therapeutic applications of ultrasound are also known in the art. Such applications typically employ higher energies, and therefore inaccuracies in positioning may result in damage to surrounding tissues. The invention provides a system and method for repeated determination of a first vector between a reference structure comprised in an anatomical volume and a medical imaging transducer configured to provide imaging data of the anatomical volume. The invention provides an automated tracking system of the reference structure, requiring that the user only selects the reference structure.

A sample processing system that may be configured to achieve parallel or coincidental sample processing such as histochemical processing may involve a plurality of samples arranged for coincidental movement perhaps by use of angular microscopic slide movements to cause processing activity that may include repeated elimination and reapplication of a fluidic substance perhaps through the action of capillary motion in order to refresh a microenvironment adjacent to a sample such as a biopsy or other such sample. Snap in antibody and other substances may be included to ease operator actions and to permit location specific substance applications perhaps by including single container multiple chamber multiple fluidic substance magazines, linearly disposed multiple substance source, and primary antibody cartridges. Through refreshing of a microenvironment, depletion of the microenvironment is avoided and the time necessary for slide processing may be dramatically shortened from a more common 60 to 120 minutes to perhaps less than 15 minutes so as to permit use of such a system in an intraoperative or surgical environment such as recommended by the College of American Pathologists intraoperative guidelines or the like. Patients may thus avoid a need to be subjected to an additional surgical procedure when lab results become available to see if tumors or the like were fully removed in a prior procedure.

The embodiment of the invention discloses an electronic ticket verifying method, a verification system and a mobile terminal. The method comprises the following steps that: the mobile terminal acquires an electronic ticket which supports a near field communication (NFC) function; the mobile terminal transmits the electronic ticket to verification equipment through NFC, so that the verification equipment can acquire user data according to the electronic ticket; a verification qualified notification fed back by the verification equipment is received after a user passes the verification; and the mobile terminal transmits the electronic ticket and the verification qualified notification to sign-in equipment through the NFC and receives a sign-in success notification fed back by the sign-in equipment after successful sign-in. Due to the implementation of the electronic ticket verifying method, the verification system and the mobile terminal provided by the embodiment of the invention, other certificates for certifying user identity are not required to be provided during procedures such as safety inspection, sign-in and the like of the user, so that time is saved for the user, actual convenience brought by the electronic ticket can be enjoyed by the user, paper is saved and environmental protection is facilitated.

A system of shields designed to provide substantially greater protection, head to toe, against radiation exposure to health care workers in a hospital room during procedures which require real-time imaging. The shields are placed around the patient and the x-ray table and provide protection even when the x-ray tube is moved to various angles around the patient.

During procedure such as a tire-recapping procedure, a strip of hot rubber mix of small width and thickness is applied by a collection block to a receiving surface of the tire as the tire is rotated relative to the collecting block. The hot rubber mix is supplied to the collecting block by an extrusion screw. The mix is advanced by the receiving surface through an extrusion orifice which forms the strip. A front surface of the collecting block converges toward an inlet of the extrusion orifice, causing the mix to be pressurized as a function of: the degree of convergence of the front wall and the speed of the receiving surface.

A method for implementing architecture cloning including: constructing a program call graph in a link phase of interprocedural analysis to model calling relationships between one or more procedures in a program; analyzing the program call graph to obtain information about the program; analyzing the program to identify the one or more procedures subject to architecture cloning; determining feasibility of architecture cloning; marking the one or more procedures in the program suitable for architecture cloning; naming the one or more procedures in the program suitable for architecture cloning; inserting a runtime routine call at an entry point of the program; invoking architecture cloning when one or more candidate procedures are identified during procedure cloning; providing a user with an interface for specifying multiple architecture targets to the compiler; and enabling the compiler to generate architectural specific instructions optimized for each of the multiple architecture targets.

A portable boot style stirrup assembly with leg support for use during medical procedures. The portable boot style stirrup assembly affixes to the existing stirrup footrests found about medical examination tables, resultantly increasing procedural efficiency and decreasing doctor cost of the performance of in-office medical procedures, increasing patient comfort during prolonged procedures, and increasing doctor and patient safety during procedures. The portable boot style stirrup assembly includes a boot shell structure which supports a patient's foot and calf and a receptacle constructed and arranged to receive the existing stirrup footrest of medical procedure tables and allow for adjustment of the adductive and abductive angle positioning of a patient's leg for examination and surgical procedures.

A medical procedure planning system uses a repository of information associating a type of interventional medical procedure with image acquisition angles used for acquiring images during a particular type of interventional medical procedure and with positions of workers having particular roles in a procedure in an operating room and with corresponding different stages of a medical procedure. A position processor, in response to receiving data identifying a medical procedure type, automatically uses the information and predetermined data identifying location and dimensions of an X-ray system C-arm and a patient support table in determining positions of a C-arm and workers at different stages of a medical procedure of the medical procedure type. A display processor provides a display image showing the determined positions of the C-arm and workers at different stages of the medical procedure.

Ultrasound imaging, or ultrasonography, is a convenient imaging modality for diagnostic purposes. During procedures requiring visualization, the user coordinates the movement of the transducer through the manual selection of an appropriate representation on the screen. Ultrasound may also be employed for functional measurements. Typically, the measurement requires the manual selection of target planes, lines, or volumes where the measurement is to be performed. Therapeutic applications of ultrasound are also known in the art. Such applications typically employ higher energies, and therefore inaccuracies in positioning may result in damage to surrounding tissues. The invention provides a system and method for repeated determination of a first vector between a reference structure comprised in an anatomical volume and a medical imaging transducer configured to provide imaging data of the anatomical volume. The invention provides an automated tracking system of the reference structure, requiring that the user only selects the reference structure.

A catheter and related X-ray imaging system for detection, tracking, and virtual image reconstruction is disclosed. The catheter and imaging system allow for the visualization of the catheter or a part of the catheter such as the tip during procedures that would otherwise obscure the catheter or part of the catheter from view. An example of such a procedure is the deployment of a coil in an aneurysm where the radiodense nature of many coil materials would otherwise make detection and tracking of the catheter tip difficult or impossible. The catheter has detectable markers that provide information to an imaging system regarding the coordinates of the catheter or catheter tip and the direction of the catheter tip during clinical procedures.

A method for implementing architecture cloning including: constructing a program call graph in a link phase of interprocedural analysis to model calling relationships between one or more procedures in a program; analyzing the program call graph to obtain information about the program; analyzing the program to identify the one or more procedures subject to architecture cloning; determining feasibility of architecture cloning; marking the one or more procedures in the program suitable for architecture cloning; naming the one or more procedures in the program suitable for architecture cloning; inserting a runtime routine call at an entry point of the program; invoking architecture cloning when one or more candidate procedures are identified during procedure cloning; providing a user with an interface for specifying multiple architecture targets to the compiler; and enabling the compiler to generate architectural specific instructions optimized for each of the multiple architecture targets.

A system for and method of executing mixed-initiative procedures to allow at least one of a user and a computer system to take initiative of the procedure from the other at any point of the procedure, in which the mixed-initiative procedure can include a computer-based procedure in which the user and the computer system cooperate during the execution to allow each other to take the initiative at any point of the procedure.

A portable boot style stirrup assembly with leg support for use during medical procedures. The portable boot style stirrup assembly affixes to the existing stirrup footrests found about medical examination tables, resultantly increasing procedural efficiency and decreasing doctor cost of the performance of in-office medical procedures, increasing patient comfort during prolonged procedures, and increasing doctor and patient safety during procedures. The portable boot style stirrup assembly includes a boot shell structure which supports a patient's foot and calf and a receptacle constructed and arranged to receive the existing stirrup footrest of medical procedure tables and allow for adjustment of the adductive and abductive angle positioning of a patient's leg for examination and surgical procedures.

The invention discloses a thermoplastic animal protein / biodegradable polyhydroxybutyrate (PHB) blended material, and a preparation method thereof. According to the present invention, 1 to 99 parts by weight of thermoplastic animal protein, 1 to 99 parts by weight of PHB, 0 to 10 parts by weight of a cross-linking agent and 0 to 10 parts by weight of a plasticizer are stirred for 5 to 20 minutes in a high-speed mixer; the resulting mixture is dried for 8 to 12 hours at a temperature of 30 to 60 DEG C; the material is then blended for 5 to 10 minutes in a double-screw extruder, with the temperature controlled at 100 to 140 DEG C; the blended material is then granulized under a temperature of 110 to 150 DEG C and a pressure of 0.1 to 1Mpa, such that the finish product is obtained. The product has good processing property, and has excellent thermoplastic processing properties and mechanical properties during procedures of extruding, blow molding, injection molding and foaming. Items produced from the product can be completely degraded after being used, and is environment-friendly. The product can be widely applied in the processing fields of chemicals, mulch films, dynamo-electrics, building materials, packaging, and environmental protection.