422 results about "Abdominal muscles" patented technology

A device and method is provided for therapeutic stimulating, augmenting, manipulating and/or controlling breathing, in combination with stimulation of auxiliary respiratory nerves or muscles including the upper airway tract, chest wall muscles or abdominal muscles. Stimulation may be provided, for example, to augment breathing or to prevent closing of the upper airway during therapeutic stimulation. Stimulation may be also provided to the Hypoglossal nerve during exhalation.

An exercise device includes: a frame member; a pair of foot rests connected to the frame member; a seat that can be moved along the frame member; and, a back rest that can be pivoted with respect to the seat. By moving the seat along the frame member a user can move between an upright seated position and an extended planar position. By pivoting the back rest with respect to the seat a user can move between an upright seated position and a laid out position.

A method for inserting a stitch through tissue around a hole in an abdominal muscle or a hollow organ includes: inserting into the hole a body assembly having penetration members that move from an in-line position to a deployed position, and a suture cartridge assembly secured to a forward end of the body assembly, the suture cartridge assembly having opposing arm members that move from an in-line position to a deployed position and each holding a capture sleeve to which an end of a suture cord is secured; simultaneously deploying the penetration members through the tissue around the hole and into the arm members such that the penetration members capture the capture sleeves; and simultaneously retracting the penetration members and the arm members such that the ends of the suture are retracted with the penetration members through the tissue around the hole and into the body assembly.

A model for practicing transabdominal pre-peritoneal (TAPP) and total extraperitoneal (TEP) approaches for laparoscopic hernia repairs is provided. The model simulates an insufflated space between the abdominal muscles and peritoneum. A spring layer may be incorporated to provide a realistic resiliency to the model while in the simulated insufflated configuration. At least one hole is provided in the model from which synthetic tissue protrudes to simulate a hernia. The model is used to selectively simulate direct, indirect and femoral inguinal hernias as well as incisional hernias by removably placing the protruding simulated tissue into any one of several openings. The model contains all important anatomical structures and sits on a base frame or is connected to a rigid simulated pelvis. When located inside a laparoscopic trainer with an angled top cover, the model provides an ideal simulation for teaching and practicing laparoscopic hernia repair.

A method and apparatus for stimulating the lower back and abdominal muscles in a patient comprising applying a first electrode A1/A2 substantially centrally to the lower lumbar region of the patient's body, and applying second and third electrodes B, C respectively to opposite side flanks of the patient's body. The electrodes are energised to apply a first group of muscular stimulation current pulses which flow between the second and third electrodes and a second group of muscular stimulation current pulses which flow between the first electrode and the second and third electrodes alternately.

The invention relates to a crossover exercise recumbent bike, comprising a pedal mechanism positioned on the bike body with a seat provided thereon. The characteristic of the invention lies in that each of two pedal cranks thereof has an axis of rotation tilted forward to form an included angle between the transversal direction; accordingly, when an exerciser steps on pedals to rotate the two cranks, the invention enables the exerciser to promote the multiple efficacy of exercise of firming up lower body (legs and butt) and strengthening upper body (flat abs) at the same time.

An apparatus and a method for combiningly performing four important exercises localized to the lower back with the addition of weight resistance: a) the rotation or torsion of the lower spine and the lower back muscles; b) the bending of the spine forward and the exercising of abdominal muscles; c) the bending of the spine rearward and the exercising of the lumbar and erector muscles; d) the stretching and self-postural adjustment of the spine. The user performs the four exercises in the horizontal position with both legs in raised position. A swinging member accommodates the legs and allows the swinging, side-to-side motion of the legs. A second pivotal member helps the bending of the pelvis forward and rearward. A roller support assembly supports and massages the entire back during exercises. The user's body rests on an anatomical cushion support during exercises. The body's user experiences both the stretching of the intravertebral ligament and cartilage, while building postural awareness and self-adjusting spinal posture.

The invention relates to a comprehensive feedback type pulmonary rehabilitation assessment treatment instrument. The instrument comprises a central processor (100), a UART (universal asynchronous receiver/transmitter), a switching power supply (102), a thoracoabdominal breathing movement sensor (103), a vital capacity sensor (104), a blood oxygen saturation degree sensor (105), a surface myoelectricity sensor (106), a heart rate sensor (107), an inspiratory muscle force sensor (108), a signal generation module (116), a signal amplification module (113), an abdominal muscle stimulation electrode (109), a phrenic nerve stimulation electrode (110), a voice playing module (111), a WIFI (wireless fidelity) transceiving module (112), an ultrasonic positioning module (114), an oxygen consumption detection module (115), a man-machine interaction module (117) and a data storage module (118). The sensors of the instrument are used for monitoring various indexes including breathing, circulation, myoelectricity and the like respectively; the sensors are independently or unitedly used for various feedback treatment and also sequential low-frequency current stimulation on phrenic nerves on the neck and abdominal muscles, and a patient is trained to master correct and effective breathing movement. Various data are displayed and processed synchronously in real time, so that man-machine interaction is more convenient and more efficient.

A biodynamic apparatus to perform correct, safe and effective SIT-UP and LEGS-UP exercises and simultaneously perform spinal arching, spinal decompression, and flexibility exercises, comprising of two part frame hinged at one end and a set of parallel bars that elevate and anchor the legs of the user concentrating the exercise in the abdominal area of the body. The main feature of the apparatus is provided by a device the inventor calls “flexor”. The flexor is not an ordinary lumbar support. Its function is to meet the natural fulcrum of the human torso, which is below the sacrum, to safely and efficiently articulate. Most exerciser bend the spine during the exercise, rather than the pelvis putting a tremendous negative stress on the vertebra and on the intervertebral discs. With the help of the “Flexor” the torso can move from horizontal to at least 90 degrees angle as one straight piece, free from the gravitational stress produced on the spine, especially on the cervical vertebra, by the weight of the head during the initiation of the exercises. It is a fact that ordinary SIT-UP and LEGS-UP exercises the work is performed for the most part by the neck, back and lumbar muscles during the first part of the movement placing a dangerous negative stress on the spine, and especially on the spinal cord. With the use of this apparatus, the reverse can be observed. The user by lying on the “flexor” places in traction the entire set of abdominal, pectoral and neck muscles creating a direct line of force between the abdomen and the head. The spine is arched and decompressed, the abdominal muscles are in traction and the lumbar muscles are neutralized since there are bent beyond their working point. This position of the body allows to safely concentrate 100% the force on the abdominal muscles to initiate the primary work constituted by the lifting of head of the user, instead of the neck, and on the lumbar muscles of the user, as well as to protect the spine and the weak abdominal muscles from negative stress and subsequent short and long term injuries. Decompression, arching, and flexibility of the spine, being achieved during this new method of performing SIT-UP and LEGS-UP exercises, simultaneously, make this apparatus bio-dynamically correct, as far as distribution, compensation and equalization of stresses; meet the scientific principles of muscle dynamics of traction and contraction; protect the spine from negative stress, especially the weak cervical and lumbar areas; maintain and enhance the spine's integrity and flexibility; and obtain maximum abdominal muscle developments, which are the major benefits of this invention. The flexor is mounted on two external parallel railing as to adjust to the length of all users. It also has an internal adjustable mechanism that allows its two padded flanges to adjust in width to accommodate all waist sizes of users for additional support and prevention of lateral stress to the lower spine.

An exercise machine provides a total body workout by exercising the legs, back, shoulders, obliques and abdominal muscles. The machine's backrest rolls is in phase with the movement of the legs, allowing the body to sit in a position that is comfortable and secure. The spinal column is continually supported during the workout. Pedal movement powers the machine's electronics and maintains the battery's charge.

An exercise apparatus includes a base frame having a rear track and a front column, a handle attached to the column for supporting a user, a lever includes an upper portion pivotally attached to an upper portion of the column and a lower portion movably engaged with the track of the base frame for guiding the lever to rotate relative to the column, and a support device is slidably and movably engaged with the lever for moving up and down along the lever and for allowing the user to conduct either the swinging exercise or the climbing or elevating exercise or to exercise or train either his upper muscle groups or his abdominal muscle groups with a single exercise machine.

The abdominal muscle and cycle workout machine is a workout machine that features a cycling apparatus working in conjunction with an abdominal roller machine. The abdominal muscle and cycle workout machine features a modified workout bench having curved contours that enable an end user to lie in a recumbent position in order to perform cycling exercises while simultaneously conducting exercise that targets abdominal muscles. The machine includes a torsion dial to adjust the tension on the cycling apparatus. The abdominal roller machine includes opposing handlebars that an end user grabs onto in order to perform abdominal crunches while simultaneously performing a cycling exercise.

The present invention provides new evidences to support that repetitive peripheral magnetic stimulation (theta-burst en stimulation, TBS) over nerve/muscle improves sensorimotor control. Chronic low back pain (CLBP) is associated to a faulty volitional activation of transversus abdominis muscle (TrA) and its delayed contraction during anticipatory postural adjustment (APA), in correlation with maladaptive reorganization of primary motor cortex (M1). Repetitive magnetic stimulation of nerves can influence brain excitability and even reduce rigidity (Parkinson's disease), spasticity (stroke, ABI, cerebral palsy), and contribute to improvement of motor-control and function in stroke, chronic low back pain, ABI, cerebral palsy, prematurity and Parkinson's disease. We hereby test—for the first time—the after-effects of TBS applied over nerves or muscles (peripheral TBS, PTBS) on the motor abdominal-function of chronic low back pain sufferers and on the foot function of brain-injured subjects and to adjust TBS protocol per subject relative to the clinical profile. These pilot studies demonstrate the long-term influence of peripheral neurostimulation in chronic pain, rigidity and spasticity associated to motor impairment.

A device for supporting the abdominal region of the user. A fabric band is sized to be worn surrounding the abdominal region which supports strategically placed hook and loop regions. A pair of segments of stretch material, also having hook and loop regions at least one of their ends are capable of being selectively and removably appended to the fabric band to apply compression or restriction to the user's abdomen. The device is particularly useful in helping one to restore abdominal muscle and control particularly after pregnancy.

A kit is provided so a person can exercise anywhere the person may be located. Body rockers have a handle to grip, which body rockers alone may be used by a user for many exercises. Elastic cords of varying lengths and strength may be attached to the body rockers with carabiners. By securing a part of the elastic cord to a stationary object, the limbs of the body can be exercised as well as abs and upper body. Door stops may be used to secure the elastic cords between a door and door frame. A rocker cover can be used for back and forth rocking motion of the user. All of these items may be loaded in a workout bag and carried with the user to exercise wherever the user may be located.

The exercise apparatus the AB Challenger Apparatus, is an exercise device which is comprised of light cylindrical straight and curved components, which are easily assembled by the use of cylindrical joints. The apparatus described herein is particularly recommended for strengthening all abdominal muscles, serratus anterior, chest muscles, anterior deltoids, flexor groups of the hand and leg muscles.

An exercise machine has a base member with a front end and a rear end. A leg developer pivotally mounts to the base member at the front end. The flip pad pivotally mounts to the base member at the front end and the flip pad is set in one of at least two angular positions. The flip pad with leg developer exercise machine also has a base standing on a floor and supporting a seat with a first pivot near one end of a seat. The seat is placed a distance above the floor on a base frame of base to accommodate a user comfortably to sit down for various exercises. The flip pad can be in abdominal position rotated toward the user or in bicep position. Specifically the user's back so that the user can exercise abdominal muscles or tricep muscles.