38 results about "Spine curvature" patented technology

A spinal curvature correction device has a flexible tube having one or multiple lumens extending longitudinally through substantially the entire length of the flexible member. The lumens are a plurality of channels formed to receive multiple longitudinal members, or rods. Each rod is shaped to a desired curvature of a healthy spine or a curvature that will affect a correction of a diseased spine. The hollow, flexible tube is surgically placed along the axis of the spine and fixed. After fixation to the spinal elements is structurally stable, a plurality of curved semi-rigid rods is placed within the channels of the flexible tube. As additional rods are placed within the hollow flexible member, increased force is applied to the spine by the device, thereby moving the spine towards the desired curvature.

This invention relates to an implant to be inserted in the disc space between two adjacent vertebrae for the correction of the vertebral spine curvature. The configuration (lateral view) of the invention is basically a wedge or acute-angled isosceles trapeze, wherein the area opposite the shorter base or opposite to the vertex is a rounded pyramid-like surface, and the upper and lower surfaces of the trapeze include fixation protuberances to the vertebral plates of the adjacent vertebrae.

Replaces anterior spinal column with an expandable lattice implant made of supportive material that includes use of fusion augmenting material. Allows ease of use while promoting both immediate spinal stability and eventual arthrodesis. May be utilized during anterior or retroperitoneal approaches to the spinal column, primarily addressing anterior spinal column pathology. May utilize fusion augmenting material of limited biomechanical strength compared to the strength of its rigid components. May be accompanied by additional anterior or posterior spinal instrumentation and fixation. Uses a pair of circular endplate discs that are distracted from each other by ribs of rigid support rods. Extension may be performed using an expansion tool once device is placed within intervertebral space. Hollow portions of device may be packed with bone or other materials to enhance eventual fusion. Shape of discs at each end may be manipulated prior to surgery to adapt to the specific spinal curvature desired.

A back brace is designed to custom fit a wearer in a multitude of different configurations. First, the back brace could have a lumbar support that is split into upper and lower sections that are connected to a flexible joint, allowing the lumbar support to bend towards the spine of the user. The lumbar support is also generally split into left and right sections that are drawn towards one another while the joint bends towards the lumbar curve, This allows the back brace to conform to the lumbar curve of the wearer as a custom fit. Second, the brace could have optional extenders that alter the support length, width, and height of lumbar and lateral supports about the wearer. Third, the brace could have reinforcement support mechanisms that alter the rigidity of various lumbar and lateral supports about the wearer.

A catheter with basket-shaped electrode assembly with spines configured for hyper-flexing in a predetermined, predictable manner when a compressive force acts on the assembly from either its distal end or its proximal end. At least one spine has at least one region of greater (or hyper) flexibility that allows the electrode assembly to deform, for example, compress, for absorbing and dampening excessive force that may otherwise cause damage or injury to tissue wall in contact with the assembly, without compromising the structure and stiffness of the remaining regions of the spine, including its distal and proximal regions. The one or more regions of greater flexibility in the spine allow the spine to flex into a generally V-shape configuration or a generally U-shape configuration.

A spine implant system having two or more adjacent segments that have a male-female annular interlocking relationship for increased mechanical stability and resistance to relative translation and rotation. One or more segments is provided with at least one perforation channel or void to promote osteo-induction within the segment. Optionally, two adjacent segments have at least one common or aligned perforation channel or void. Two or more spaced apart portions of a segment surface are optionally chamfered to provide easier fabrication and / or positioning of the segment. Two spaced apart exposed surface planes of an interlocked segment pair optionally are axially oriented at a small positive angle relative to each other, to approximate natural spine curvature. Segments in some embodiments have a curvilinear delta cross sectional shape and / or have crosshatched grooves in exposed surfaces. Many of the embodiments are useful in transforaminal lumbar interbody fusion (TLIF).

A measuring device to aid mattress selection has an upstanding frame with a plurality of vertically space-apart horizontal illuminated strips. A camera mounted in front of the frame takes front view and side view images of a person standing in front of the illuminated strips. These images are delivered to an associated computer having means to determine the body mass distribution and the spine curvature of the person based on the images of the strips taken by the camera and in particular based on those portions of the image of the illuminated strips blocked by the person standing in front of the illuminated strips. This information can then be used to aid in appropriate mattress selection for the person.

The invention is a three-contact-point dynamic scoliosis orthosis (DSO) brace to aid physicians treating scoliosis. A pelvic mold and two pads, one positioned above the apex of the spine curvature, the other positioned orthogonal to the apex of the spine curvature provide the anchor points on opposite sides of the curve. The pad orthogonal to the curve's apex is adjustable.

A chiropractic evaluation, diagnostic and adjusting system includes a surface having including an elongated slot therein, a number of actuators, each including a rod and a position sensor, and a drive for translating the adjustment actuators along the length the slot. A control system determines a curvature of a spine of a patient by controlled extension and retraction of each rod into and out-of contact with the spine of the patient via the slot during translation of the adjustment actuators along the length of the slot. The control system compares the determined curvature of the spine of the patient to a predetermined spine curvature and controls the drive and each of one or more of the actuators to apply a series of corrective stroke pulses to an area of the patient's spine requiring adjustment via the rod of the actuator.

The invention provides a spinal curvature angle measurement method. The method includes the following steps: S1, acquiring a spinal image through a three-dimensional ultrasonic imaging technique; S2, acquiring curve points located in a spine from the spinal image; S3, generating a final spinal curve according to the curve points; and S4, calculating out the spinal curvature angle according to an inflection point of the spinal curve. The spinal curvature angle measurement method can enable the three-dimensional ultrasonic imaging technique to measure the spinal curvature angle. Through the manner for acquiring the curve points manually, or the manner for acquiring the curve points by a computer-assisted method, or combination of the two manners, the accuracy of spinal curvature angle measurement can be improved.

A traction method and apparatus for treating irregularities in the lateral curvature and global posture of the thoraco-lumbar, lumbar, lumbo-pelvic and / or pelvic region of the spine involving the application of an intermittent transverse traction load to a region of the patient's body. The patient is placed in a supine or semi-supine position, and a traction sling is positioned about a region of the body of the patient, where the region of the body can be the thoracic region, lumbar region and pelvic region of the body. A transverse traction load having an intermittently varying magnitude is exerted on the sling to induce an extension posture in at least a portion of the spine of the patient and / or a flexion posture of the pelvic portion of the spine of the patient. The flexion and extension postures serve to at least partially restore normal lateral curvature of the thoraco-lumbo-pelvic region of the spine, thereby reducing lower back pain, correcting abnormal posture, and easing other symptoms that are related to thoraco-lumbo-pelvic spine curvature irregularities.

The invention relates to a chair preventing spinal curvature. The chair preventing spinal curvature effectively solves the problem that a current chair preventing spinal curvature cannot prevent scoliosis, has a poor prevention effect and does not have a massage function; according to the technical scheme, the chair preventing spinal curvature comprises a chair body, and is characterized in that the chair body is slidably connected with an anti-scoliosis device up and down, and the chair body is slidably connected with an anti-kyphosis device front and back; the anti-scoliosis device comprisestwo vertical plates, the two vertical plates are connected to a first driving motor, the anti-kyphosis device comprises a semi-circular guide rail, the semi-circular guide rail is connected with twoarc-shaped retaining rings, and the two arc-shaped retaining rings are connected with a second driving motor. The chair preventing spinal curvature has the advantages that the rigid arc-shaped retaining rings capable of being adjusted back and forth are used for replacing a soft bandage, so that adjustment can be carried out while a corrective effect is strengthened; the anti-scoliosis device is additionally arranged, so that scoliosis caused by the fact that the body of a user skews for a long time is prevented; a waist and back massage device is also additionally arranged, so that the user sits for a long time is massaged, thereby preventing other symptoms induced by long-time muscle fatigue from occurring.

The invention discloses a device and method for preventing and correcting mild spine curvature of a teenager. The device is characterized in that a detection unit mainly comprises a plurality of ultrasonic range finders installed on a chair back and used for carrying out distance measurement on the back of a user and transmitting the measured data to a control unit; after the control unit receives the measured data, the measured data is compared with a preset value, whether the spine of the user is in a vertical state is judged, the vertical state, the non-vertical state and the corresponding time thereof are stored in a sorted manner, if the time for being continuously in the non-vertical state is larger than a set time [delta], then a prompting unit prompts the user to forcibly correct the sitting posture; a terminal unit is connected with a communication unit, and the communication unit sends the data stored by the control unit to the terminal unit; and the terminal unit processes the received data and displays the spine condition of the user everyday. According to the invention, the state of the spine can be accurately measured, the user is prompt to correct the sitting posture in time, and the user is helped to prevent and correct spine curvature.

The invention provides a waist-leg power-assisted supporting frame. The waist-leg power-assisted supporting frame can support by legs and pull the human waist and back to straighten the human waist and back. A back supporting plate (1) is designed according to curvature of the spine of the human waist, and the wait and back are fixed with a back fixing belt 1(18) and a back fixing belt 2(19) and awaist fixing belt (22); waist supporting plate and leg supporting plates on both sides are assembled through waist and leg supporting rotation shafts (303) so that the legs can swing forward and backward; and waist pull plates and leg pull plates on both sides are used for elastically pulling through pull springs on both sides so that the back supporting plate (1) can be pulled backward, the bending waist and the bending back can be corrected, the back inflatable massage and the waist inflatable massage are additionally added, the waist inflation squeeze is used for restoring the physiological curvature of the spine, and fatigue is reduced.

The invention provides a device for rehabilitation therapy of lumbar disc herniation and related diseases. The device is a mechanism which at least comprises a lumbar vertebra double-roller rehabilitative device and a lumbar vertebra rehabilitative bed and is additionally provided with an infrared transmitter serving as an auxiliary part. Lumbar vertebra rehabilitative rollers are horizontally placed in the middle of a bed face, the length direction of the rollers is identical to the bed, and an elastic material layer is laid on the upper portion of the bed face. A patient lies on the back flatly on the lumbar vertebra rehabilitative rollers, the two long rollers stride across the two sides of the spine, the two knees are bent, and the two feet step on a transverse support of a bed tail. Through the power of the two hands, the two arms, the two feet and the whole body, the lumbar vertebra rehabilitative rollers roll in a reciprocating mode on the bed face and vibrate. The stroke is controlled, the degree is proper when the two long rollers do not press the spine and the patient feels comfortable. Organism tissue of the back of the patient is irradiated with infrared light emitted from the portion below the lumbar vertebra rehabilitative bed and transmitting a gap of the bed face, with the cooperation of the processes, free traction, massage, acupressure and infrared stimulation of an affected part are achieved in a three-dimensional space, and therefore the device is suitable for treating the diseases such as lumbar disc herniation, ischialgia, lumbar muscle degeneration, lumbar vertebra hyperostosis and spinal curvature and also can be used as measures for height increase and body building.

The present invention relates to a device for providing passive traction involving a pair of rails with 8 degrees of freedom and matching the user's spinal curve for providing relaxation and other medical treatment to a user.

This document describes techniques and apparatuses enabling determination of health state trends for a consistent patient situation. Various noninvasive health monitors can be used to sense a patient's situation and health states, including disease progression, at those states. These noninvasive health monitors may also act passively and in a patient's normal course of life, which enhances many patient's desire to submit to monitoring, as well as increase consistency of use, as in many cases the patient does little or nothing to cause his or her health monitoring and health-trend determination. With health states determined for a consistent patient situation, more accurate and more robust health trends can be determined. In particular, parameters like cardiac rhythm, respiration rate or the spine curvature can be determined using a radar based motion sensing system located in the vicinity of a patient's bed.

An intravertebral device for modulating vertebral growth without changing spinal mobility or compressing the intervertebral disc. By implanting the device around the vertebral growth plate, on the convex side of the curvature, a compression is induced on one side of the growth plate during the vertebral growth. This local growth modulation decreases significantly the vertebral wedging and corrects the global deformity of the spine. The device provides a minimally invasive and fusionless way of correcting spinal curvatures while preserving the intervertebral disc.

The invention discloses a spinal curvature deformation preventing device for a human body, and belongs to the technical field of health care equipment. The device comprises a waist support member, a back support member, and a neck support member, wherein cloth is arranged on the outer sides of the waist support member, the back support member, and the neck support member in a sleeved mode; a backup plate II and a backup plate III are arranged on a backup plate I of the waist support member; a head support member is connected to the upper side of the neck support member; the head supporting member comprises a swing guide rod assembly, a front-back moving assembly and a rotating assembly; the upper side of a guide rod of the swing guide rod assembly is fixedly connected to the middle of a U-shaped head protection support; the left or right side of the neck support member is connected to a power line; and a key device is connected to the middle section of the power line. The structure canprovide support for the whole spine and adaptively support two sides of the waist to prevent the backrest from being insufficiently supported; by using the device, the neck can complete all-dimensional exercise such as left-right lateral flexion, front-back lateral flexion and left-right rotation; the head protection support only provides leaning for the head, danger cannot be generated, spinal diseases can be prevented, and discomfort can be relieved; and the device is comfortable for spine leaning, light and portable, and can be used anytime and anywhere.

The present invention provides a spine surgery corrective therapy device. The spine surgery corrective therapy device comprises a correction bench, a bearing table and fixed feet, one vertical end ofthe correction bench is connected with the bearing table, the fixed feet are installed below the bearing table and the correction bench, the other vertical end of the correction bench is provided witha headrest, the headrest is in screw mounting on the end face of the correction bench through a regulation column, and the correction bench is vertically provided with a plurality of correction grooves which are internally provided with correction devices. The spine surgery corrective therapy device is provided with a plurality of air pumps, correction blocks and an inductor, spine curve measurement is performed according to each spine bending deflection degree of patients, the inductor is used for transmission to control air inflation of air pumps at corresponding positions to regulate the height of the correction blocks to achieve a correction effect, the device is long in service life and convenient to operate, and is provided with a shoulder holding rack to allow the patients to conveniently fix the shoulder position when the spines are corrected so as to avoid that the shake of the patients' bodies influences the correction effect.

The invention is applicable to the technical field of scoliosis prevention and treatment, and provides a scoliosis measuring device. The device comprises: a connecting module which comprises a connecting piece and a plurality of rotating pieces which are arranged on the connecting piece and rotate relative to the connecting piece independently, wherein the connecting piece is contoured with the spinal column; and a measuring module which is mounted on the rotating piece, is used for acquiring a course angle and a pitch angle corresponding to a measuring point, and sends the obtained data outwards to obtain the curvature of the spinal column and the position of each bending point. The device has the beneficial effects that: the spine shape can be well matched through the bendable connectingmodule, spine curvature data can be measured at a time in a normal standing state, the data are sent to an upper computer through wireless signals to be analyzed and processed, and the measured dataare accurate and convenient.

A method for rotating a vertebra or vertebrae in a spine that is curved using a vertebral osteosynthesis device that includes polyaxial screws, linking rods, clamping parts, tightening nuts, and set screws. The method includes the steps of: implanting two series of the screws, clamping parts, and linking rods; completely tightening the tightening nuts of a first series of screws on the convex side of the spine curvature; completely tightening the set screws of a second series of screws on the concave side of the spine curvature; tightening the tightening nuts of the second series; and tightening the set screws of the first series.

A vibration massage spine curvature rehabilitation instrument disclosed by the present inventioncomprises a movable support, a lifting mechanism, a vibration massager, an electric push rod and a lower support. Guide rails are horizontally installed on the inner walls of the two sides of the lower support, the electric push rod is installed in the middle of the lower support in the length direction, and a connecting piece is perpendicularly fixed to the extending end of the electric push rod. The two ends of the connecting piece are slidably connected with the guide rails through sliding blocks, the connecting piece is fixed to a transverse rod at the bottom of the movable support in a threaded mode, and the movable support is in a rectangular frame shape; transverse linear guide rails are arranged in the middles of two vertical rods of the movable support and the lower surface of a horizontal rod, an installation bottom plate is slidably installed between the two transverse linear guide rails, and the lifting mechanism and the vibration massager are mounted on the mounting bottom plate from top to bottom; a traction frame is horizontally and vertically installed in the center of the front end of the lower surface of the lower support, the upper end of the vertical part of the traction frame is in horizontal threaded connection with a traction adjusting screw, and the end of the traction adjusting screw is connected with a traction protector through a traction rope.

The invention discloses a pneumatic spine assisting device. According to the invention, an active power assisting structure and a passive power assisting structure are combined, not only an active force can be provided for a user through the variable stiffness characteristic of structures of a cervical vertebra assisting region, a thoracic vertebra assisting region and a lumbar vertebra assistingregion, but also an auxiliary force can be provided for the user by setting air pressure changes of air bags in the cervical vertebra auxiliary region, the thoracic vertebra auxiliary region and the lumbar vertebra auxiliary region, so that the spine curvature of a human body can be standardized while spine movement of the human body is assisted. In addition, the structure of the device is flexible, so that the flexible movement of the human body cannot be limited, and the device has an effect on prevention and rehabilitation of spine-related diseases.