19 results about "Leg region" patented technology

The invention provides a human body posture abnormity assessment method based on a body measurement all-in-one machine, and the method comprises the steps: obtaining the video data, collected by multiple cameras, of the bending and foot touching actions of a subject, carrying out the preliminary positioning of a spine, a lumbar vertebra and thoracic vertebra transition region, and key points of legs, and extracting the coordinates of the key points; leg joint angle change is calculated according to the leg key point coordinates, if the angle change amplitude is lower than a preset threshold value, it is judged that leg flexibility is insufficient, a key point tracking strategy is adjusted, and the tracking density of a leg area is increased; according to the posture abnormity score, generating a posture abnormity report of the bending and foot touching actions of the subject, and marking specific positions of spine curvature abnormity, stiffness increase of a transition area between the lumbar vertebra and the thoracic vertebra and insufficient leg flexibility; and dynamically updating a key point tracking strategy and an attitude anomaly judgment threshold according to the action normativity score, and optimizing the accuracy and real-time performance of subsequent action evaluation.

The present invention relates to a knitted sock (1) comprising a toe region (5), a midfoot region (10), and a heel region (15), and optionally a leg region. Said sock (1) advantageously comprises a knitted trapezoidal dorsal part (20) and a knitted trapezoidal plantar part (30) which are secured by knitted medial (40) and lateral (50) securing regions, and the knitted trapezoidal plantar and dorsal parts (20, 30), as well as the knitted medial and lateral securing regions (40, 50), extend into the toe region (15) and at least partly into the midfoot region (10). Figure for abstract: Fig. 3.

The invention relates to a folded surgical cloth (10), comprising an upper region (13) and a leg region (16). In particular, the upper region (13) has an anesthesia region (12) which can be arranged on the head side and a central region (14) adjoining the leg region, wherein the surgical cloth (10) has a longitudinal central axis (32), which runs from the upper region (13), in particular from the anesthesia region (12), to the leg region (16) over the central region (14) and which defines a longitudinal direction, a proximal surface which faces the patient, and a distal surface which faces away from the patient. The leg region (16) has two longitudinal edges (28), namely a first and a second longitudinal edge (28), and two transverse edges (24, 24'), namely a proximal transverse edge (24') and a distal transverse edge (24), and in the process the leg region forms a respective proximal corner (34') where the proximal transverse edge (24') and the respective longitudinal edge (28) meet and has a proximal corner region (34) and the leg region forms a distal corner (36') where the distal transverse edge (24) and the respective longitudinal edge (28) meet and has a distal corner region (36). The leg region (16) has a transverse extension in a transverse direction which is transverse to the longitudinal central axis (32), and the upper region (13) has a transverse extension in the transverse direction. The transverse extension of the leg region (16) is greater than the transverse extension of the upper region (13) at the transition (19) between the upper region and the proximal transverse edge (24') of the leg region and extends beyond same, preferably on both sides. The invention also relates to a folding method.

A system includes: a frame comprising a set of upper frame elements circumscribing a rectangular section and a set of lower frame elements; a sling comprising a unitary structure of continuous mesh material characterized by at least 50% open area and a sleeping area defining head, torso, and xlsx leg regions; a tension connectors arranged radially about the sleeping section; a set of wall sections extending upwardly from the sleeping area and including left and right sidewalls and upper and lower endwalls; a set of upper frame attachments that couple distal ends of the wall sections to the upper frame elements; a set of tensioners configured to couple the tension connectors to the bottom frame elements to tension the sleeping area into a plane.

A pair of knee compression sleeves with attachable resistance bands is provided. In particular, the present disclosure provides an improved exercise system for resistance training and physical therapy involving stretchable knee sleeves configured with fastening mechanisms positioned above and below the knee. The sleeves feature strategically placed hook and loop fasteners on the outer sides of each sleeve, allowing users to securely attach circular resistance bands at both the upper and lower leg regions. This configuration enables safe and effective resistance across a wide range of leg movements without restricting mobility or posing tripping hazards. The system enhances exercise performance, supports joint stability, and prevents displacement of resistance bands during use. The sleeves are designed to provide customizable resistance, joint compression, and warmth, making them suitable for use in walking, running, sprinting, football, fitness training, and rehabilitation exercises.

A water-resistant lower torso and leg garment system such as a wader or bib that includes a suspension system, a set of leg regions, and a torso region. The torso region is disposed over a portion of the torso of the user such that the front, two sides, and back of the torso region correspond to the ventral, lateral, and dorsal sides of a user respectively. The torso region further includes a novel rear storage system including a proximal surface substantially disposed adjacent to the dorsal side of the user, a distal surface disposed distally from the proximal surface with respect to the user, an internal region between the proximal and distal surface, and at least one opening between the proximal and distal surface to the internal region.

The invention relates to a folded surgical drape (10) comprising an upper region (13) and a leg region (16), wherein the upper region (13) in particular has an anesthesia region (12) that can be arranged at the head end and a middle region (14) closest to the leg region, wherein the surgical drape (10) has a longitudinal central axis (32) extending from the upper region (13), in particular from the anesthesia region (12) via the middle region (14), to the leg region (16), defining a longitudinal direction, as well as a proximal surface facing the patient and a distal surface facing away from the patient, and wherein the leg region (16) has two longitudinal edges (28), namely a first and a second longitudinal edge (28), and two transverse edges (24, 24'), namely a proximal transverse edge (24') and a distal transverse edge (24).and thereby forming a proximal corner (34') and a proximal corner region (34) at the intersection of the proximal transverse edge (24') and the respective longitudinal edge (28), and having a distal corner (36') and a distal corner region (36) at the intersection of the distal transverse edge (24) and the respective longitudinal edge (28), and wherein the leg region (16) has a transverse extension in a transverse direction transverse to the longitudinal central axis (32), and the upper region (13) has a transverse extension in the transverse direction, wherein at the transition (19) of the upper region at the proximal transverse edge (24') of the leg region, the transverse extension of the leg region (16) is greater than the transverse extension of the upper region (13) and extends, preferably on both sides, beyond it, and a method for folding.

The present invention relates to a knitted sock (1) comprising a toe region (5), a midfoot region (10) and a heel region (15), and optionally a leg region. The sock (1) advantageously comprises a knitted trapezoidal back (20) and a knitted trapezoidal plantar (30) rigidly attached to each other by a knitted medial fixation region (40) and a knitted lateral fixation region (50), and the knitted trapezoidal back and plantar (20, 30) and the knitted medial and lateral fixation regions (40, 50) extend into the toe region (5) and at least partially into the midfoot region (10).

The invention relates to an exoskeleton comprising at least one body worn on the body of the user, an exoskeleton which is movably and / or fixedly connected to said body and which provides support to at least one of the waist, shoulder, arm and leg regions of the user and which includes multiple support parts that reduce the physical load, and a tracking system that enables the tracking of this exoskeleton. Said exoskeleton comprises at least one GPS module for receiving instantaneous location information and at least one first communication module for wired or wireless communication in connection with said GPS module.

The utility model discloses a kind of mattress suitable for pregnant and lactation crowd, including mattress body, the mattress body includes fabric composite layer, comfort layer and support layer;The support layer includes first head dorsal region, waist hip region and first leg region, the first head dorsal region and the first leg region use 2.0-2.2 line's independent cylinder bag spring, the waist hip region uses the independent cylinder bag spring made of steel wire that multiple 1.2-1.4mm steel wire is wound, at least two different specifications of independent cylinder bag spring are used in the three subareas of support layer, with strong supporting and stability, can be better adapted to the mechanical demand of pregnant crowd waist, abdomen and pelvis.

The present disclosure relates to a method and device for generating a virtual image, and relates to the field of computer technology. The method comprises: obtaining a leg region from an image to be processed that includes the leg and foot; rendering a three-dimensional shoe model into a two-dimensional shoe image corresponding to the image to be processed based on the posture parameters of the foot in the image to be processed and the internal parameters of a camera; determining the portion of the shoe region that is occluded by the leg based on the overlap between the leg region and the shoe region in the two-dimensional shoe image; and rendering a composite image of the image to be processed and the two-dimensional shoe image based on the occluded portion to generate a virtual image with a leg occlusion effect.

The invention relates to an exoskeleton comprising at least one body worn on the body of the user, an exoskeleton which is movably and / or fixedly connected to said body and which provides support to at least one of the waist, shoulder, arm and leg regions of the user and which includes multiple support parts that reduce the physical load, and a tracking system that enables the tracking of this exoskeleton. Said exoskeleton comprises at least one GPS module for receiving instantaneous location information and at least one first communication module for wired or wireless communication in connection with said GPS module.

A lower leg protective device including a top cover positioned over a shin region and extending vertically to provide 360 degree of protection to the lower leg region of user during contact sports. A first side cover is connected to the top cover. The first side cover extends in the vertical direction over a first side region. A second side cover is configured on an opposite side from the first side cover. The second side cover is connected to the top cover, and covers a second side region. A back cover is connected to the first side cover and the second side cover.

The utility model relates to the technical field of medical auxiliary instruments, in particular to an integrated auxiliary transfer belt which comprises a flexible belt body, a waist area is arranged at the top end of the belt body, a hip area is arranged in the middle of the belt body, two sets of leg areas are arranged at the bottom of the belt body, a separation opening is formed in the middle of the bottom end of each leg area, and expansion belts are arranged at the two ends of the waist area and the two ends of each leg area. The expansion belts at the two ends of the waist area can be connected to bind the waist, the expansion belts at the two ends of the leg area can be connected to bind the thighs, a waist lifting belt is arranged on the side, away from the human body, of the waist area, and hip lifting belts are arranged at the two ends, away from the human body, of the hip area. The body position transferring device is of an integrated structure, can be worn on the waist, the hip and the thighs of a transferred person at the same time, is convenient for an operator to operate, and is convenient for helping a patient who does not change in action to complete body position transferring from a bed or a wheelchair in a safer, more comfortable and more labor-saving manner.

An absorbent article includes a front region having a waistband region, a middle region, and a leg region. Elastic threads are disposed in the waistband region and the leg region of the front region, and the middle region of the front region is substantially free of elastic threads. The tension in the waistband region of the front region is not less than 60% and not more than 80% of the total waist tension of the absorbent article.

The invention relates to a movement mechanism (A) comprising at least one torso worn on the body of the user; an exoskeleton which is movably and / or permanently connected to said torso and which provides support to at least one of the waist, shoulder, arm and leg regions of the user and which includes multiple support parts that provide support to at least one of the waist, shoulder, arm and leg regions of the user and reduce physical load, and which enables the user to move the elbow and / or wrist by connecting to at least one support part in the arm region.

The utility model discloses a massage cushion relates to cushion technical field, include: cushion main part, the two hip regions that the cushion main part top left and right symmetry are provided with, and the hip region is the concave structure of lower, the front end of hip region is provided with the leg region, and the leg region is higher than hip region, be provided with massage area between hip region, the inside of massage area is equipped with the assembly slot, the inside mounting of assembly slot has PCB assembly, the one end of PCB assembly is installed vibration type massage subassembly, the massage subassembly includes upper casing, the lower casing is installed below upper casing, the inside of lower casing is installed motor vibrator, the upper end of motor vibrator is installed top post, and the upper end of top post extends to the outside of the opening of upper casing. Solveed the current massage cushion unable to effectively fit human body structure, thereby easily influence the comfort, and the physiotherapy structure can not realize the vibration physiotherapy operation, lead to the general problem of physiotherapy effect.

The invention relates to a movement mechanism (A) comprising at least one torso worn on the body of the user; an exoskeleton which is movably and / or permanently connected to said torso and which provides support to at least one of the waist, shoulder, arm and leg regions of the user and which includes multiple support parts that provide support to at least one of the waist, shoulder, arm and leg regions of the user and reduce physical load, and which enables the user to move the elbow and / or wrist by connecting to at least one support part in the arm region.

A water-resistant lower torso and leg garment system such as a wader or bib that includes a suspension system, a set of leg regions, and a torso region. The torso region is disposed over a portion of the torso of the user such that the front, two sides, and back of the torso region correspond to the ventral, lateral, and dorsal sides of a user respectively. The torso region further includes a novel rear storage system including a proximal surface substantially disposed adjacent to the dorsal side of the user, a distal surface disposed distally from the proximal surface with respect to the user, an internal region between the proximal and distal surface, and at least one opening between the proximal and distal surface to the internal region.