8 results about "Biceps" patented technology

Parts-based blendshape generation involves establishing a 4D capture sequence. A face, hands and legs are able to be established for the meshes using a template to generate tracked and templated meshes. Specific muscle deformations are extracted. Pose-specific spatial deformations are integrated into a pose to generate specific flesh deformations. A muscle deformation method enables muscle part-based approach deformation (e.g., just biceps if flexing arms). The muscle deformation also enables generating a novel pose not captured.

Orthopaedic immobilizers 100 that help in infliction relief, healing and rehabilitation and allow restrictive operative movements. These include bicep unit 130, forearm unit 140, full arm unit 150, formed by connecting bicep unit 130 with the forearm unit 140 with the help of a rotor unit 116 and ankle unit 160. The immobilizers 100 consist of two separate independent parts-first part 102 and the second part 104 that are locked together by locking means that facilitates tightening or loosening around the anatomy of body part where it is used for. The parts 102, 104 have a plurality of slots for the locking means 106 on the edge surfaces and they consist of plurality of breathable openings 114 that allow for the observations and examination without any need to open or slit the immobilizer 100 and they have a medical grade foam padding on the internal lining.

The utility model relates to fitness equipment which comprises a base, a first pedal, a second pedal and a supporting piece. The first pedal is arranged on the base and is used for supporting feet of a human body; the second pedal is movably connected with the base and can be close to or away from the first pedal in the first direction, the first direction is parallel to the front-back direction of an operator, and the second pedal is used for supporting the feet of the human body; the supporting piece is arranged on the side, away from the second pedal, of the first pedal and used for supporting the hand of the human body. Compared with the prior art, the second pedal can support the rear legs and keep the stability of the lower half body in the squatting and squatting processes, the supporting piece can support the hands and keep the stability of the upper half body, it is guaranteed that the gravity center is not changed and the body is stable in the single-leg rear squatting training process, and the training safety is improved; the training effect on quadriceps femoris muscles, biceps femoris muscles and gluteus maximus muscles of the front legs is achieved.

A traction tower trap assembly with straps and finger traps that are easily adjustable and releasable. The traction tower assembly includes straps for parts of the arm, such as the patient's bicep or forearm, and finger traps to traction parts of the arm and fingers for surgical procedures. The forearm traction tower assembly includes a tower having first and second sides. The tower is connected to a base plate with a first and second slots extending partially therethrough. The assembly includes a strap made of a length of material attached to first and second adjustment mechanisms. The first adjustment mechanism is slidable within the first slot of the base plate and the second adjustment mechanism is slidable within the second slot of the base plate.

A brace system for supporting a user's arms and thighs during resistance exercises includes an arm restraint which is worn on the user's shoulders and which comprises a crossbar and a pair of arm supports. When the arm restraint is worn, the crossbar extends over the user's chest and the arm supports extend over the user's biceps, restraining the user's arms from moving forwardly with respect to the chest past the chest. The brace system further includes a thigh support which is positioned over a ledge of a seat during use and which supports the user's thighs to eliminate extraneous movement from muscles other than the user's quadriceps during a leg exercise.

The invention discloses a strength-adjustable arm training machine, and relates to the technical field of physical training instruments.The strength-adjustable arm training machine comprises a base and a supporting frame, a plurality of balancing weights are slidably connected into the base, an insertion rod is inserted into each balancing weight, and two ropes are symmetrically and fixedly connected to the upper surface of the uppermost balancing weight; two ropes are arranged on the base, one end, penetrating through the supporting frame, of each rope is fixedly connected with a hand pull ring, a training mode adjusting assembly is arranged on the base, and the training mode adjusting assembly comprises two strip-shaped grooves symmetrically formed in the base. The problems that a traditional pull-down arm training instrument can only do pull-down actions and can mainly exercise latissimus dorsi muscles, biceps muscles and the like, but horizontal pulling and lifting can involve different muscle groups, for example, deltoid muscles and trapezius muscles can be exercised through horizontal pulling, shoulder muscles and triceps muscles can be exercised through lifting, more arm muscle groups can be covered for training, and the limitation of single training is avoided.

The plate squeeze chest press is a lightweight, portable exercise apparatus that is easily adjustable for a desired performance of exercises by any user, comprising a plate structure with opposable handles for grip control and a resistance band that is connectible to the plate structure through a slot configuration at a center of the plate structure. The slot configuration allows the resistance band to slide easily into the center of the plate structure and remain in position during the desired performance of the exercises. The plate structure may be of any geometrical shape and may be of solid or hollow construction, with the slot configuration sized to hold any desired number of resistance bands. The present invention enables a full-body workout that targets the middle and center chest line, upper chest, lower chest, side of chest, shoulders, rear delts, back, traps, abs, biceps, glutes, quads, hamstrings, and calves.