488 results about "Skin flap" patented technology

Apparatus, systems, and methods are provided for repairing heart valves through percutaneous transcatheter delivery and fixation of annuloplasty rings to heart valves. An annuloplasty ring includes an outer hollow body member including a plurality of regions. Adjacent regions cooperate with one another to change the body member from an elongate insertion geometry to an annular operable geometry. Adjacent regions are coupled by a biasing element or a stepped connector to allow expansion to an expanded state and contraction to a contracted state in the annular operable geometry. The annuloplasty ring also includes an internal anchor member located at least partially within the body member and having a plurality of anchors configured to attach the annuloplasty ring to tissue of a heart valve annulus. An angled ring closure lock allows coupling of the ends of an annuloplasty ring at an apex of a D-shape annular operable geometry.

A blanket comprising of a sheet of fabric of predetermined shape folded vertically, into three sections, and at the base of the folded fabric a gusset is attached. The folded fabric consists of a central area, a right-hand side and a left-hand side. Together, the central area, the right-hand side and the left-hand side make up the securing compartment. Attached to the front base of the folded fabric is a T-shaped wrapping flap with right and left securing flaps. The right-hand side and left-hand side of the folded fabric may include hook and loop fasteners for securing an infant inside the securing compartment. The right and left securing flaps of the T-shaped wrapping flap include hook and loop fasteners that wrap around the sides and the back of the securing compartment and overlap and join in the back of the securing compartment, and thus, the back of the infant. T-shaped wrapping flap may be eliminated and replaced with two additional flaps; a right alternative flap and a left alternative flap. The alternative flaps may have many shapes and sizes, ranging from wide and oval, to narrow and rectangular. The alternative flaps overlap and join in the front of the securing compartment, and thus, in front of the infant.

A method of noncontact imaging for performing qualitative and quantitative analysis of wounds includes the step of performing structured illumination of surface and subsurface tissue by both diffuse optical tomography and rapid, wide-field quantitative mapping of tissue optical properties within a single measurement platform. Structured illumination of a skin flap is performed to monitor a burn wound, a diabetic ulcer, a decubitis ulcer, a peripheral vascular disease, a skin graft, and / or tissue response to photomodulation. Quantitative imaging of optical properties is performed of superficial (0-5 mm depth) tissues in vivo. The step of quantitative imaging of optical properties of superficial (0-5 mm depth) tissues in vivo comprises pixel-by-pixel demodulating and diffusion-model fitting or model-based analysis of spatial frequency data to extract the local absorption and reduced scattering optical coefficients.

A valve stent includes a plurality of crown elements arranged coaxially one behind the other, each formed by several u-shaped bends with at least one base and two ends. The bases of one crown element are connected to the ends of another crown element via connection bars. To produce this valve stent, 3D droplet dosing technology is used to form a thin-walled sandwich structure. A device, suitable for application of a stent is provided with positioning wires having clamps at their ends which can be connected to the fixing hooks at the ends of the crown elements in force-locking manner.

A dressing for use with medical procedures is provided that permits application of the dressing prior to the commencement of a medical procedure and wherein the dressing remains on the site after the procedure has been completed. The dressing comprises an absorbent pad, a hinged door and an aperture through which the procedure site can be accessed or it comprises an adhesive bandage part, which is bent and secured in such a way that the bandage forms a door and a hinge, and an adhesive flap component which anchors the bandage to the skin. The bandage is positioned in such a way as to infer or define the location where the procedure is to be performed. In either embodiment, when it is deployed, the door or bandage is rotated around the hinge and can be set in place at a procedure location prior to the procedure. Importantly, the device can be deployed with one hand, to complete the bandaging of a procedure site simultaneous with or within a moment after the completion of the medical procedure. The device is not size-limited by the disclosure. The invention may be small enough to use to perform an injection or it may be large enough that a major surgical procedure can be performed through the aperture. Methods of using the dressing of the present invention are also provided.

Methods for improving or correcting a patient's vision are provided which generally include inserting a lens within the stroma of an eye of the patient by forming an incision in the cornea and creating a pocket within the stroma for accommodating the lens, the method being accomplished without forming a flap incision.

A carton with an improved dispenser at one of the carton which preserves the integrity of the carton when the carton is opened by permitting a bottom end flap attached to the bottom panel to remain in place and also a portion of each side end flap that is adjacent to the bottom end flap. This dispenser may also provide a safety net for the first container that is automatically dispensed when the carton is opened.

A filtering face mask that includes a mask body and an exhalation valve. The mask body is adapted to fit at least over the nose and mouth of a wearer to create an interior gas space when worn, and the exhalation valve is in fluid communication with the interior gas space. The exhalation valve comprises a valve seat that has a seal surface and an orifice through which an exhale flow stream may pass to leave the interior gas space. A flexible flap is mounted to the valve seat such that the flap makes contact with the seal surface when the valve is in its closed position and such that the flap can flex away from the seal surface during an exhalation to allow exhaled air to pass through the orifice to ultimately enter an exterior gas space. The flexible flap has at least first and second juxtaposed layers where at least one of the layers is stiffer or has a different elastic modulus than the other layer.

A flip top closure has a tamper evident flap and is used on a container with a neck and an opening therein. the neck has an outer surface with retaining means for the closure thereon. The closure has two sections that are hinged to one another and with each section having a lip extending along an edge thereof. When the closures are in a closed position, the two lips form a continuous line of contact with one another and a flap extends across the line of contact. The flap is connected to one section by ultrasonic spot welding. The flap is severable from either or both sections. When the closure is opened the flap separates from one of the sections.

A method of suturing the lens capsule of the eye in the event of accidental rupture thereof or to create a valve and / or to close a capsulorhexis by laser-induced welding onto the capsule's surface of a flap of biocompatible biological tissue prepared so as to be optically absorbent at the wavelength of the laser being used for welding. The method is suitable for use in so-called Phaco-Ersatz or “lens refilling” ophthalmologic surgery. Welding is desirably performed using laser devices that comprise a laser generator and a fiberoptic system for conveying the laser beam, complete with an applicator handpiece suitable for use in welding the flaps onto the lens capsule in a liquid environment. The handpiece is shaped so as to exert moderate pressure on the tissues to be welded with the free end of the optic fiber.

A surgical procedure for implanting a lens or strengthening material in a cornea without making a flap as is done in Lasik procedures. A femtosecond laser or some future developed laser which has the same ability is modified to cut a pocket in the stroma layer of a cornea with no side cuts and only an opening at the surface of a cornea. Alternatively, a modified microkeratome shaped and sized to form the desired shape for a passageway bed cut which is cut to join a central bed cut. Alternatively, the passageway bed cut can be done using a femtosecond laser or some future developed laser which has the same ability. The passageway bed cut is smaller in dimension than a central bed cut of a pocket in which the lens will be implanted in procedures where an expandable lens or strengthening material is used. A modified microkeratome having a web, a central blade shaped to form the passageway bed cut and sled runner on either side of the blade and separated therefrom is also disclosed. A patient interface with a mask is also disclosed to allow a femtosecond laser or some future developed laser which has the same ability may also be used to form both the central bed cut and a passageway bed cut or only a single bed cut with an opening at the surface of the cornea to form the pocket is also disclosed.

A method and apparatus for determining a position of an external transceiver (24) relative to an implanted transceiver (23) comprising means (30) for measuring the strength of a magnetic field proximal to thc external transceiver (24) and means for determining a position of the external transceiver (24) relative to the implanted transceiver (23) from said measured magnetic field strength. Furthermore there is disclosed is a method and apparatus for determining a skin flap thickness of a recipient of a prosthesis including a transcutaneous link between the external transceiver (24) and the implanted transceiver (23). A skin-flap thickness meter is also provided.

An air bag module includes a first flap covering one side of a cushion, and a second flap covering the other side of the cushion, the second flap having a cut-out portion that is configured to be torn gradually by an expansion pressure of the cushion and to be coupled to the first flap.

Transparent egg cartons suitable for being made from a variety of transparent polymeric materials and particularly from polylactic acid or other biodegradable polymers are described. The egg cartons use a “W” shaped hinge or box hinge element for hingedly connecting the lid to the tray or a flap to the tray. The flap is made with lattice struts to increase the lateral strength thereof, and contains at least three button tabs for interlocking the flap with the lid. The lateral most button tabs are located about ⅛th the length of the flap from the ends of the flap. The egg cartons have an awning portion that extends from the front surface of the lid to cover the “W” shaped hinge or box hinge when the lid is closed. A space is provided between the edge of the awning and the hinge for a consumer to place a finger for disengaging the lid from the flap.

One or more acoustic liners comprising internal chambers or passageways that absorb energy from a noise source on the aircraft are disclosed. The acoustic liners may be positioned at the ends of flaps of an aircraft wing to provide broadband noise absorption and / or dampen the noise producing unsteady flow features, and to reduce the amount of noise generated due to unsteady flow at the inboard and / or outboard end edges of a flap.

A stent may comprise an expandable framework and a plurality of flaps. Adjacent flaps may overlap one another to form a wall region of predetermined shape. The stent may be delivered to an aneurysm site and positioned such that the wall region blocks fluid flow into the aneurysm.

A pet sheet includes a hydrophilic top sheet arranged on the absorbing material, wherein a flap which is formed at least adjacent a peripheral edge of the absorbing material and opens toward the center of the absorbing material. Urine, which is not absorbed in the absorbing material and flows on the hydrophilic top sheet, enters between the hydrophilic top sheet and the flap, and can be stopped there.

A flap support structure for an aircraft wing having a trailing edge flap, the flap support structure comprising: a flap support beam including an aerodynamic fairing; and a drive unit including a universal support structure which rotatably receives a drive shaft connected to a drive arm for moving the trailing edge flap, wherein the universal support structure also forms part of the flap support beam and supports the aerodynamic fairing.

Flap side edge noise mechanisms have been addressed in a large number of studies during the last decades. A specific vortex system emanates from the flap side edge due to the static pressure difference between the upper and lower flap surfaces. Such pressure difference leads to a merging between the two vortex systems that are generated on the upper and lower edges of the flap side contour. The present invention intends to show the application of a perforated blade seal (21) at the lower (11) and / or upper (8) side edges of the control surface contour, such as a flap (3), with the purpose of acting as a vortex generator, making difficult for the lower vortex system to move upwards and merge with the upper vortex system. The perforated blade seals (21) are preferably arranged on the inboard and outboard edges of high lift flaps (3).

A running shoe design focused on the heel section of running shoes used in, for example, T2 transition phase of the sport of triathlon. A heel counter portion of the shoe is a retractable flap. The flap retracts to an open position at a 45 to 90 degree angle awaiting the unhindered insertion of the runner's foot without any need for the runner to bend or sit. Immediately after the foot is inserted, the flap is closed with a pressing forward action by the athlete's other foot. The flap and the sides of the shoe are coated with adhesive, velcro-like materials. A variation of the foregoing uses a heel counter cut from the center top to the midsole area at the bottom, resulting in an acceptable size opening for uninhibited foot insertion when the flap (or strap) portion of the heel counter is set in the open position.

Exhalation and inhalation valves that are sized and adapted to fit on a mask body of a personal respiratory protection device. The exhalation and inhalation valves comprise a valve seat that has a seal surface and an orifice through which an exhale flow stream may pass to leave the interior gas space. A flexible flap is mounted to the valve seat such that the flap makes contact with the seal surface when the valve is in its closed position and such that the flap can flex away from the seal surface during an exhalation to allow exhaled air to pass through the orifice to ultimately enter an exterior gas space. The flexible flap has at least first and second juxtaposed layers where at least one of the layers is stiffer or has a different elastic modulus than the other layer. These valves provide extraordinarily lower pressure drop in use, and they operate more efficiently and require less actuation power to operate. The end user therefore derives greater comfort when wearing a respiratory mask that uses the inventive valve.

A labor and delivery outfit designed to provide function, comfort and dignity, comprises: a sleeveless, wrap shirt having an upper portion that includes a right nursing flap, and a left nursing flap, a first lower portion extending from the right nursing flap, a second lower portion extending from the left nursing flap, a back having a right strap, a left strap, and overlapping right rear lower portion and left rear lower portion defining an opening therebetween; a bra, preferably a built-in, supporting, nursing bra having a first section extending between the right strap and the first lower portion and including a right breast nursing cup, and having a second section extending between the left strap and the second lower portion and including a right breast nursing cup, and, a left breast nursing cup, releasable fasteners for fastening the right nursing flap to the right strap, thereby covering the right nursing cup, and releasable fasteners for fastening the left nursing flap to the left strap, thereby covering the left nursing cup; and, a wrap skirt having an elastic waist, a built-in pregnancy panel, and, a rear zipper. The nursing flaps of the shirt in closed position may form a V-neck. The back may be shaped in a V. A seam is provided between the upper portion and lower portions. Releasable fasteners are provided for fastening the rear lower portions to the upper portion of the shirt, thereby providing access to the spine.

Prolonged and severe tissue hypoxia results in tissue necrosis in pedicled flaps. We demonstrate the potential of near-infrared spectroscopy for predicting viability of compromised tissue portions. This approach clearly identifies tissue regions with low oxygen supply, and also the severity of this challenge, in a rapid and non-invasive manner, with a high degree of reproducibility. Early, nonsubjective detection of poor tissue oxygenation following surgery increases the likelihood that intervention aimed at saving the tissue will be successful.

The present invention relates generally to methods of performing periodontal surgeries, and instruments for performing said surgeries. A method of performing periodontal surgery to correct a gingival defect of a patient according to a general embodiment comprises the steps of making an incision at or near a fornix of the patient near the gingival defect, inserting an instrument into the incision to detach a flap, advancing the flap horizontally without enlarging the incision, elevating a papilla within the flap, stretching the flap to cover the gingival defect, and pressing against the flap to promote fibrin formation. An instrument for performing periodontal surgery according to one general embodiment comprises a handle, a first shank connecting to and extending from the handle, a connector section, and a blade section. The connector section further comprises a first end and a second end, wherein the first end connects to the first shank at a first angle, and the second end connects to the blade section at a second angle. Further, the blade section is approximately perpendicular to a plane formed by the handle and the connector section, and a cutting surface of the blade section is parallel to the second end of the connector section.

A transdermal adhesive patch assembly and method of using same. The assembly can include a backing, and an adhesive and a matrix coupled to the backing. The matrix can include an active ingredient. The assembly can further include a microneedle array in at least partially overlapping relationship with the matrix; and a carrier that couples the microneedle array to the matrix opposite the backing, wherein the carrier and the microneedle array form a skin treatment assembly that, along with the matrix, can be located on a flap. The method can include adhering at least a portion of the adhesive to skin to form an anchor; applying pressure adjacent the microneedle array to treat an area of the skin; moving the flap away from the skin; removing the skin treatment assembly to expose the matrix; and replacing the flap to position the matrix over the treated area of the skin.

A supersonic aircraft comprises a fuselage extending forward and aft along a longitudinal axis, the fuselage having a lower surface and an upper surface, a highly swept low aspect ratio wing coupled to the fuselage and having a forward leading edge and an aft trailing edge, an effector flap coupled to the wing trailing edge, and a tail empennage. The tail empennage is coupled to the fuselage aft of the wing on the fuselage upper surface in a position high relative to the wing. The tail empennage forms a channel region subject to complex shock patterns at transonic conditions. The aircraft further comprises an effector coupled to the tail empennage and a controller coupled to the effector flaps and the effectors. The controller further comprises a control process that reduces drag through channel relief by deflecting both the effector flap down and the effector up.