16 results about "Medial part" patented technology

A device for registering a bone for a robotic knee arthroplasty with a surgical robot can include a plate and a registration device. The plate can be engageable with the bone and can include a lateral portion, a medial portion, and a hinge. The registration device can be connected to the plate and can be configured to interface with the surgical robot for registration of the plate and the bone.

A hockey goalkeeper leg pad with a top end and a bottom end, having: an outer shell having a facing section, a rear section, a lateral section, and a medial section, the medial section located inwardly of the lateral section when worn by the wearer, the facing, rear, lateral, and medial sections interconnected to form a pocket defined within the outer shell; a core padding received within the pocket of the outer shell; and a medial pad secured to the medial section of the outer shell, the medial pad having a longitudinal pad extending longitudinally between the top end and the bottom end, and a knee pad monolithically protruding from the longitudinal pad in a transverse direction, a width of the medial pad extending uninterrupted from a front edge of the longitudinal pad to a rear edge of the knee pad.

A device for registering a bone for a robotic knee arthroplasty with a surgical robot can include a plate and a registration device. The plate can be engageable with the bone and can include a lateral portion, a medial portion, and a hinge. The registration device can be connected to the plate and can be configured to interface with the surgical robot for registration of the plate and the bone.

A device for placing a glaucoma drainage tube into the sulcus of an eye is provided herein. The device comprises a needle that comprises a hub and a shaft such that the shaft extends from the hub. The shaft comprises a proximal portion extending from the hub and terminating in a first bend, a medial portion extending from the first bend and terminating at a second bend, and a distal portion originating at the second bend and terminating at a tip. The distal portion has an ultra-thin outer wall and an inner diameter defining a lumen. Also provided is a method for using the same, known as the sulcus tube internal needle technique (STINT).

A method of manufacturing a medical implant for occluding a left atrial appendage may include cutting an expandable scaffold in a first configuration, wherein the expandable scaffold includes a plurality of struts having ends joined together at intersection points and a plurality of anchor members extending from the plurality of struts such that each anchor member extends from a medial portion of a strut of the plurality of struts, forming the expandable scaffold into a second configuration, wherein forming the expandable scaffold into the second configuration includes bending each anchor member along its bending axis, the bending axis being oriented parallel to a longitudinal axis of its respective strut of the plurality of struts, and heat setting the expandable scaffold in the second configuration. The method may include securing an occlusive element to the expandable scaffold.

The implantable device (100) is configured to withstand forces imparted by anatomical structures at the placement site. The implantable device includes an outer portion (110) and an inner portion (120). The outer portion is disposed between the inner portion and the wall of the anatomical placement site. The outer portion may enclose the inner portion. The outer portion may be a compliant balloon that is compressible in response to radially inward anatomical forces exerted thereon. The inner portion may include one or more portions (120a, 120b) configured to hold the implantable device in place at the placement site and to resist movement of the implantable device. The inner portion may be movable relative to the outer portion. The inner portion may include two or more portions that are movable relative to each other. A shaft (130) may extend through the device, for example, to facilitate inflation of the outer portion and / or positioning of the inner portion.

Fixation system and fixation kit for ligamentoplasty. The invention relates to a fixation system for ligament reconstruction comprising: • A cage (100) comprising: a longitudinal bore (101) having a proximal end (102) and a distal end (103) having a distal end, an outer surface comprising a thread (104), a distal portion (105) in which the bore (101) is frustoconical, a medial portion (106), • an internal part (200) for insertion into the bore (101) of the cage (100) comprising: a distal portion (201) being frustoconical, a central portion (202), a proximal portion (203) comprising a thread (204), Characterized in that the cage (100) comprises: - a proximal portion (107) with a cross-section greater than that of the medial portion (106) so as to form a collar and in which the bore (101) has a greater cross-section to that of the medial portion (106),the bore (101) comprising, on an angular sector (109) less than 360° (a portion of its circumference), a thread (111) intended to cooperate with the internal part (200). Figure for the abbreviation: Fig. 2.

An upper includes a base body configured to cover at least a part of a foot of a wearer, and an enclosure that is disposed inside the base body. The enclosure includes a medial portion that is disposed on a medial foot side of an accommodation space, a lateral portion that is disposed on a lateral foot side of the accommodation space, and a lower portion that is disposed on a lower side of the accommodation space. The enclosure is configured to enclose at least a part of the foot of the wearer from below. The enclosure is formed by combining a plurality of linear bodies. A shoelace is connected to the medial portion and the lateral portion, respectively, via string passing portions that are provided in the base body.

A golf club head includes a body including a toe region, a heel region, and a medial region extending between the toe region and the heel region. A core bar is integrally formed with the body at the toe region and the heel region and extends within the medial region along a trailing end. Further, a slot has an upper edge formed along a lower edge of the core bar at the trailing end. A face insert is coupled to the body and an interior cavity is formed between the face insert and the core bar.

The invention pertains to a fixation system for ligamentoplasty including a cage including a longitudinal borehole including a proximal end and a distal end, an outer surface including a thread, a distal portion wherein the borehole is tapered, a medial portion, an internal part designed to be inserted into the opening of the cage including a tapered distal part, a central part, a proximal part including a thread, wherein the cage includes a proximal portion with a cross-section larger than that of the medial portion thereby forming a collar, and wherein the borehole has a cross-section larger than that of the medial portion, the borehole including a thread over an angular sector of less than 360° (a portion of its circumference) designed to engage with the internal part.

An alignment system having an alignment instrument with a lateral portion having an upper portion and lower portion, and a medial portion releasably couplable with the lateral portion and includes a distal portion and a medial portion. The distal portion and the medial portion are couplable with first and second bones and actuatable to apply compression between the bones. The alignment instrument includes a retention member couplable with the upper portion of the lateral portion of the alignment instrument and configured to engage with a third bone of the patient. A surgical method including the steps of coupling the retention member; coupling the lateral portion with the retention member; coupling the medial portion with the lateral portion; coupling the distal aspect of the medial portion; coupling the proximal aspect of the medial portion; applying compression between the second and third bones; and applying fixation across the second and third bones.

Dissectors for use in dissection during surgical procedures and having adjustable illumination profiles. Such dissector devices can include a handle body, a power supply, a shaft having a proximal portion coupled to the handle body, a medial portion away from the handle body, a dissector structure at a distal portion and one or more LEDs that emit a wavelength that effects the activation of a substance delivered to tissue.

A lower body garment (110) includes a multi-axial crotch tab (112). The crotch tab includes an elongate body portion having an elongate front portion (132) and an elongate rear portion, where the elongate body portion continuously extends from a front side (118) of the pelvic portion of the lower body garment adjacent the waist opening (115) to a rear side of the pelvic portion of the lower body garment adjacent the waist opening. The crotch tab further includes a first wing (136) extending along a thigh medial portion of the first leg portion of the lower garment and a second wing (138) extending along a thigh medial portion of the second leg portion of the lower garment.