8 results about "Lateral region" patented technology

The invention relates to a sock (1) having an outer surface (3) facing the ground, wherein the outer surface (3) comprises, in a sequence running along the sock (1) from a rear end (5) to a front end (7): a heel portion (9), a midfoot portion (11), a ball portion (13), and a toe portion (15). Said outer surface also has a guide element (17) which extends along a gait line (19) beginning in the heel portion (9), running through a lateral region (12) of the midfoot portion (11), extending substantially diagonally through the ball portion (13) from lateral to medial, and ending in a region of the toe portion (15); wherein a medial region (21) of the midfoot portion (11) is free of the guide element (17); wherein a local thickness DF of the guide element (17) is always greater than a local thickness DS of the sock (1); and characterized in that a reinforcement element (25), preferably a flexible reinforcement element (25), is affixed to the guide element (17) in at least one region (27, 12, 31, 33, 35) in order to additionally strengthen this region (27, 12, 31, 33, 35).

The present invention relates to an orthosis 100, in particular a gonarthrosis orthosis, wherein the orthosis 100 comprises at least one mesh structure 110, a medial support structure 130, and a lateral support structure 150. The mesh structure has a medial region 113, a patellar recess 112, and a lateral region 115. The medial support structure 130 is connected to the mesh structure 110 on a medial side 113a, and the lateral support structure 150 is connected to the mesh structure 110 on a lateral side 115a. The lateral or medial region 113, 115 of the mesh structure 110, which is assigned to one side of a knee to be treated on which unicompartmental gonarthrosis is present, is less elastic than the other region.

The invention relates to a sock (1) having an outer surface (3) facing the ground, wherein the outer surface (3) comprises, in a sequence running along the sock (1) from a rear end (5) to a front end (7): a heel portion (9), a midfoot portion (11), a ball portion (13), and a toe portion (15). Said outer surface also has a proprioceptive guide element (17) which extends along an ideal gait line (19) beginning in the heel portion (9), running through a lateral region (12) of the midfoot portion (11), extending substantially diagonally through the ball portion (13) from lateral to medial, and ending in a medial region of the toe portion (15); wherein a medial region (21) of the midfoot portion (11) is free of the proprioceptive guide element (17); wherein a local thickness DF of the proprioceptive guide element (17) is always greater than a local thickness DS of the sock (1); and wherein the proprioceptive guide element (17) is not an anti-slip element.

The present invention relates to a laparoscopic clasp (1) that during laparoscopic bowel surgery, grasps the inner part of the small or large intestine abdomen with the curved handles (5 or 6) at the end, allowing the intestines to be held securely, pulling the intestines out of the surgical field and performing surgical suturing, resection and vascular ligation by compressing and / or hanging the intestines in the gap between the handles of the right curved handle (6) by hanging with a hooked needle (7.1) at the end of the surgical suture (7), which is passed through the circular gap (2.1 or 3.1) on the flap (2 or 3) to the anterior abdominal wall, which forms the anterior part of the abdominal cavity and spreads to the anterolateral region of the abdominal wall. Laparoscopic bowel surgery is a technique used in the surgical treatment of abdominal organs by making several small holes, usually 0.5 to 2 cm in width, instead of large incisions, and pipes called trocars are inserted into the patient through the holes and carbon dioxide gas is given to the patient's abdomen through these pipes and the patient's abdomen is inflated. Our invention, together with the spring mechanism (4) between the flaps (2 and 3), provides the capture of the segment of the intestine with the curved handles (5 and 6), and functions after it is closed and opened and fixed by hanging on the anterior abdominal wall (with the help of laparoscopic endograsper and endoclinch) lifted by the pressure generated during abdominal distension.

The invention relates to a device (1) comprising a body (2), wherein the body (2) comprises: a front part (3); a rear lateral surface (4), the front part (3) and the rear lateral surface (4) being connected to one another via a first lateral surface (5.1) and a second lateral surface (5.2); and a lower surface (6), which is connected, at a first end (6.1), to the front part (3) and, at a second end (6.2), to the rear lateral surface (4). The front part (3) has, in a first portion (3.1), a receiving part (7), which is designed to receive a connecting piece (30) for spacers, the front part (3) having, in a second portion (3.2), a first finger support surface (8), and the rear lateral surface (4) has a second finger support surface (9). The receiving part (7) has a boundary (11, 11.1) at the end (10) which adjoins the second portion (3.2) of the front part (3), and the boundary (11, 11.2, 11.3), starting from the end (10), extends further into a first lateral region along the first lateral surface (5.1) of the body (2) and into a second lateral region along the second lateral surface (5.2) of the body (2). The invention further relates to a system for automatically arranging spacers relative to a spacer frame and to a method for providing a spacer frame.

The present invention relates to an upper for an athletic shoe, comprising a plurality of regions, including: a medial region, a lateral region, a toe region, a instep region, a heel region, and a collar region, wherein the upper comprises at least one protrusion in at least four of the above-mentioned regions, and wherein the protrusion protrudes from an outer surface of the upper.

The invention relates to a device (1) for stabilizing the movement of two parts of a body region and / or a movement apparatus that are movable relative to each other, comprising a container (20) that can be fixed to a first part of the body region and / or the movement apparatus, said container (20) being filled with a filling medium (30); and at least one active body mechanism with an active body (35), wherein the active body mechanism is movably accommodated in the container (20) and can interact with the filling medium (30); a force transmission body (50) that can be fixed to a second part of the same body region and / or the same movement apparatus for transmitting an external force to the active body (35), the active body (35) comprising at least one through-hole (64) through which the filling medium (30) can flow. The active body mechanism has a sealing lip (33) for sealing a gap (31) between the inside of the container (20) and a lateral region outside the active body mechanism, the sealing lip (33) being arranged on the outside of the active body (35).