107 results about "Lumbar spine" patented technology

1. The name of the design product: waist support belt (QX-04). 2. The use of the design product: waist support belt for lumbar support and fixation. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view. 5. The design product is a thin product, omitting the left view; the design product is a thin product, omitting the right view; the design product is a thin product, omitting the top view; the design product is a thin product, omitting the bottom view.

This invention relates to a novel P-approach endoscopic lumbar fusion surgery method, belonging to the field of lumbar fusion surgery technology. This method addresses the high risk of nerve injury and insufficient operational precision in existing endoscopic fusion techniques by proposing an improved solution. It utilizes Kirschner wires for positioning at the inferior articular process to establish a precise entry point avoiding the nerve root pathway; a visually guided circular saw is used throughout the endoscopic procedure to construct a safe triangular working channel directly reaching the spinal canal; under full endoscopic monitoring, a unilateral approach is used for bilateral spinal canal decompression, thoroughly removing diseased tissue and scraping the endplates until punctate bleeding occurs; a bone graft cannula with a curved tip is used to precisely implant the fusion device into the anterior region of the intervertebral space, restoring intervertebral height through a self-locking structure; finally, a universal pedicle screw is percutaneously implanted for fixation. This method reduces the risk of nerve injury, improves surgical safety and efficiency, and is suitable for patients with lumbar spondylolisthesis complicated by spinal stenosis.

This invention relates to the field of cervical and lumbar spine rehabilitation technology, and more particularly to a cervical and lumbar spine rehabilitation training system integrating posture monitoring and motion guidance. The system includes the following modules: a data acquisition and preprocessing module, used to collect real-time three-dimensional posture data of the user's cervical, thoracic, and lumbar spine and related joints, and generate motion data after standardization processing; and a micro-deviation analysis module, which generates a personalized micro-deviation accumulation model based on the motion data, predicts micro-deviations in real time, and generates personalized training adjustment strategies based on the user's physiological characteristics, historical training data, and current movements. In this invention, the micro-deviation analysis module extracts joint position, angle, velocity, and acceleration features from the standardized motion data, and combines this with nonlinear system modeling, user physiological characteristics, and historical training data to realize a personalized micro-deviation accumulation model, generating real-time micro-deviation prediction and training adjustment strategies.

This invention provides an ergonomic adaptive lumbar support method, device, and bus, relating to the bus industry. By collecting occupant back pressure distribution data in zones and combining it with a human lumbar spine physiological curvature model to calculate the target inflation volume of each airbag unit, it can automatically identify the body shape characteristics and lumbar support needs of different occupants. Personalized comfort support can be obtained without manual operation by the occupant. Multiple independent airbag units arranged in a matrix achieve multi-zone independent control of the lumbar support, accurately supplementing support in areas with insufficient pressure based on the pressure distribution map, avoiding the lumbar discomfort or unsupported lumbar position problems of traditional single-point lumbar supports. A closed-loop feedback control mechanism is employed to monitor pressure distribution changes in real time during adjustment until a preset comfort range is reached, ensuring high adjustment accuracy and avoiding over-adjustment or under-adjustment.

The application discloses a risk prediction method for subsidence of an intervertebral fusion cage after lumbar interbody fusion, and comprises the following steps: acquiring preoperative image data and postoperative image data within one week after operation of a target patient, wherein the preoperative image data and the postoperative image data comprise multiple image features reflecting local anatomical morphology, sagittal balance and bone conditions of the spine; inputting the multiple image features into a pre-trained subsidence risk prediction model to obtain a risk probability of the target patient suffering from the subsidence of the intervertebral fusion cage; wherein the subsidence risk prediction model is obtained by screening a core prediction feature set through a "funnel type" feature screening process of fusing preoperative native anatomical parameters and postoperative early image parameters, and by training the core prediction feature set by using a machine learning algorithm based on a historical patient data set containing subsidence samples and non-subsidence samples; and the application reduces the occurrence of postoperative complications.

1. Name of the product in this design: Packaging Box (Lumbar Pain Treatment Device). 2. Purpose of this design: For packaging products. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

A biomimetic intervertebral fusion device with a piezoelectric multifunctional coating belongs to the field of implantable medical devices. It includes an upper piezoelectric multifunctional coating, a fusion device body, and a lower piezoelectric multifunctional coating. A bone graft window is located in the middle of the biomimetic intervertebral fusion device. The piezoelectric multifunctional coating is made of electrospun piezoelectric PVDF / HA fibers, which are conformally adhered to the upper and lower surfaces of the fusion device body through a polydopamine adhesive layer. The upper and lower surfaces of the fusion device body have a biomimetic curved surface configuration to match the morphology of the vertebral endplates, increasing the contact area and reducing stress concentration at the fusion interface. While maintaining an elastic modulus similar to natural bone and good radiation permeability, this fusion device, after implantation, can create a microenvironment conducive to cell adhesion and proliferation. Under the influence of cell traction, ultrasonic stimulation, and the physiological load of the human lumbar spine, it generates electrical stimulation signals, promoting bone fusion, improving the stability of the fusion interface, and reducing the risk of postoperative loosening and subsidence of the fusion device.

This invention discloses an angle-expandable intervertebral fusion device, comprising: a first support plate for supporting a first part of the vertebral body; a second support plate for supporting a second part of the vertebral body; a proximal wedge located between the first and second support plates, with the proximal ends of the first and second support plates respectively rotatably connected to the proximal wedge; a distal wedge located between the first and second support plates, slidably connected to the first and second support plates; and a drive mechanism, the distal end of which is located within the distal wedge, and the proximal end of which is rotatably connected to the proximal wedge. The fusion device of this invention has a very small initial volume, allowing for easy implantation into the diseased intervertebral space, reducing damage to the vertebral structure and soft tissues, and eliminating the need for excessive expansion of adjacent vertebral height. After implantation into the intervertebral space, the distal end of the drive fusion device is gradually expanded until the patient's lumbar spine conforms to the physiological curve of the human body.

The utility model relates to medical instrument technical field, concretely relates to a lumbar screw device for osteoporosis, including fixed mainboard, still including fixing device, fixing device includes cone screw, pasting board, transverse process screw, stabilizer and hinged component, and the cone screw is with fixed mainboard screw thread cooperation, and pasting board is through hinged component and fixed mainboard swing joint, and stabilizer fixed mounting is on pasting board, and is located pasting board far from fixed mainboard's one side, and transverse process screw screw thread penetrates stabilizer, and through the cone screw and hit into cone, make fixed mainboard fixed on cone, and through the cooperation of transverse process screw and stabilizer, make pasting board fixed on pedicle, realize the auxiliary fixation of fixed mainboard, to this end complete the fixation to fractured lumbar vertebra, because reduced the use of screw, and then in guarantee fixed effect's simultaneously, reduced the destruction to lumbar vertebra.

A lumbar support chair includes a hip support portion, a lumbar support portion, and a locking device. The hip support portion is used for supporting at least one part of a hip and at least one part of a leg of a user. The lumbar support portion used for supporting at least one part of a waist of the user. The hip support portion is detachably connected to the lumbar support portion through the locking device. When the user sits on the hip support portion, the lumbar support portion provides necessary support for the user's lumbar spine. Moreover, the lumbar support portion and the hip support portion are capable of being disassembled through the locking device, allowing for independent manufacturing during the production process.

The application provides a lumbar vertebra nursing device for rehabilitation, which comprises a seat plate, a fixed back cushion hinged to the end of the seat plate, a through slot formed in the back cushion, a switching frame horizontally slidably arranged on the back cushion, the switching frame being connected with the seat plate through a driving mechanism to convert the relative movement of the seat plate and the back cushion into the sliding of the switching frame, a traction assembly longitudinally slidably arranged on the back cushion, a massage assembly longitudinally slidably arranged in the through slot, the massage assembly being capable of extending out of the through slot when the seat plate and the back cushion are rotated to the same plane, a switching driving mechanism arranged on the switching frame, the switching driving mechanism being capable of driving the traction assembly to reciprocate when the seat plate and the back cushion are in a vertical state, and the switching driving mechanism being capable of driving the massage assembly to reciprocate when the seat plate and the back cushion are rotated to the same plane. The device can freely switch the nursing mode according to the use posture, takes into account the lumbar vertebra skeleton traction correction and the waist muscle relaxation repair, effectively improves the rehabilitation quality, and shortens the patient rehabilitation period.

This is a description of a sitting device. It consists of a base and a seat connected to the base such that it pivots around a seat axis. The seat axis is horizontal and orthogonal to the depth direction of the seat. The connection that allows the seat to pivot about the base is positioned against the seat such that the seat pivots forward in a sagittal plane when a user sits on it. The seat of the sitting device can also be elastically biased to rotate backward in the sagittal plane. The sitting device also comprises a lumbar support, which rotates with the seat, and a support pad, designed to support the user’s upper thighs, with the pad connected to front portion of the seat. The lumbar support is positioned such that it rests against the user’s back, by their lumbar vertebrae, when the device is in use.

The application discloses a physiotherapy robot for whole-body rehabilitation conditioning, which comprises a bed body, a foot vibration physiotherapy device and a hip screening device. The foot vibration physiotherapy device is arranged at one end of the bed body and can generate vibration along the length direction of the bed body. The hip screening device is arranged on the bed body and located at one side of the foot vibration physiotherapy device, and can generate vibration along the width direction of the bed body. The physiotherapy robot can use the foot physiotherapy device to perform whole-body vibration physiotherapy on the human body, can use the hip screening device to perform whole-body vibration physiotherapy on the human body, can perform positioning and matching conditioning on the neck and lumbar spine, can massage the legs, can assist sleep through music and can assist heat therapy, and has perfect whole-body vibration function, sleep conditioning function and spine rehabilitation conditioning function.

A horse movement monitoring system includes at least one motion sensor adapted to monitor movement of the horse from a position adjacent to the lumbar spine of the horse.

This invention provides a portable inflatable medical lumbar support, relating to the field of medical device technology. It includes a lumbar support with multiple support grooves fixedly connected to one side of its outer surface. Multiple protective airbags are movably installed on the inner wall of the lumbar support. Multiple Velcro strips are fixedly installed inside the lumbar support. Multiple connecting posts are fixedly installed on one side of the outer surface of each protective airbag. In this invention, the multiple protective airbags form multiple air chambers that constitute a lumbar cushion, providing cushioning while being easy to disassemble. Furthermore, a leak in one protective airbag will not affect the others. The connection length between the bottom and top plates can be adjusted by the abutting posts pushing away the interlocking ratchet teeth and fangs, thereby increasing the external support area of ​​the lumbar support. The support area of ​​the support grooves can be adjusted according to the patient's body shape, preventing situations where a support groove is too long and could injure the upper lumbar spine, or too short and insufficient to provide adequate support.

The utility model relates to the field of medical instruments and equipment, in particular to a special moving device for a vertebral brittle fracture patient, which comprises a bed frame and a bed board, the bed frame is an assembly carrier of the moving device, the bed frame is a frame body with a slot in the middle, the bed board is assembled at the slot of the bed frame, and the bed board is arranged on the bed frame. Universal wheels are rotationally mounted at four corners of the bottom surface of the bed frame, and a brake part is arranged in each universal wheel; the bed further comprises guide rods and the like, two rows of symmetrically distributed guide rods are fixedly connected to the bottom face of the bed board, a plurality of guide rods are arranged in each row at intervals, and the bed board penetrates through the bed frame in a sliding mode through the guide rods and is connected to the bed frame. The lumbar vertebra cushion is arranged, the position of the lumbar vertebra cushion can be adjusted through the sliding rails, necessary support and stability are provided for the lumbar vertebra of a patient, the requirements of different patients are met, the multiple sets of damping springs are arranged between the bed frame and the bed plate, the effective damping and buffering effects can be provided in the moving process, and discomfort or injury caused by vibration to the patient is reduced.

The application discloses a lumbar vertebra rehabilitation training device, and relates to the technical field of rehabilitation training, which comprises a training device main body, wherein the main body comprises a lifting frame module and two fixing frame modules; the lifting frame module is arranged at the middle part; and the two fixing frame modules are respectively arranged at the front end and the rear end of the main body. The lifting frame module comprises an arc plate and a lifting assembly; the lifting assembly pulls the arc plate to vertically lift; the fixing frame module comprises a fixed plate and a moving plate; the moving plate is arranged above the fixed plate and is slidably connected with the fixed plate; the fixing frame module is provided with a pulley assembly and a sliding rail to realize sliding; the bottom of the main body is provided with a bottom plate and a connecting frame; one side is provided with a weight pressing assembly provided with an extension rod; and the end of the extension rod is provided with a horizontal rod and a moving wheel. The training device can realize multifunctional training such as waist stretching and muscle training, and can be used for rehabilitation and fitness; the sliding design is suitable for body movement, can avoid clothes abrasion, and is suitable for users with different body shapes; the structure is stable and safe, the lifting is accurate and controllable, the operation is convenient, and the daily waist health training requirements can be met.

This utility model discloses a lumbar puncture needle with monitoring function, comprising: a needle body, with a puncture needle main body internally connected to the needle body. The puncture needle main body is used to detect puncture depth and monitor cerebrospinal fluid pressure. The puncture needle main body includes an outer needle and an inner needle, with the inner needle located inside the outer needle. A gap is reserved between the outer and inner needles. A signal receiving mechanism is provided at the top of the outer needle. Both the outer and inner needles are electrically connected to the signal receiving mechanism via a point-to-line connection. This utility model provides a lumbar puncture needle with monitoring function, consisting of a system and a puncture needle main body. It can issue an alarm when the puncture needle tip contacts the cerebrospinal fluid in the subarachnoid space of the lumbar spine, and can monitor the cerebrospinal fluid pressure in real time during cerebrospinal fluid collection. Through precise puncture depth feedback and real-time cerebrospinal fluid pressure monitoring, doctors can more accurately locate the puncture point, reduce surgical errors, and improve the success rate of surgery. Real-time monitoring of cerebrospinal fluid pressure helps to detect abnormal intracranial pressure in a timely manner, prevent serious complications such as brain herniation, and ensure patient safety.

The present application relates to the technical field of waist posture recognition, in particular to a human waist posture recognition and force state evaluation method and system based on an inertial sensor, comprising the following steps: collecting original motion data in real time through an inertial measurement unit worn on the L4-L5 segment of the human waist, wherein the original motion data comprises three-axis acceleration data and three-axis angular velocity data; using a Kalman filtering algorithm to filter noise and calibrate the coordinate system of the original motion data, to obtain standard waist motion characteristic data. The present application realizes accurate and continuous recognition of the waist posture in daily scenarios, completes quantitative evaluation of the force on the lumbar vertebrae and prediction of the damage risk, has high detection accuracy and strong scene adaptability, and is portable and easy to use, which can provide a comprehensive basis for the user to manage the health of the waist and effectively prevent lumbar muscle damage.

This utility model relates to the field of lumbar support cushion technology and discloses a self-adjusting lumbar support, including a cushion body. The top surface and front side of the cushion body are provided with a bottom pad and a lumbar support pad, respectively. A mounting plate is provided on the front side of the cushion body, and the lumbar support pad is mounted on the front side of the mounting plate. A self-adjusting component for adaptively adjusting the position of the lumbar support pad is provided between the cushion body and the mounting plate. The self-adjusting component includes a connecting seat fixed to the front side of the cushion body. This utility model utilizes the principle that when the user's lumbar spine rests against the lumbar support pad, the springs are compressed and contract, applying a counter-elastic force to support the user's lumbar spine, thus providing elastic support and increasing user comfort. Simultaneously, because the two springs are distributed at both ends of the front side of the support frame, the lumbar support pad can also adaptively deform laterally when the user leans against it, achieving adaptive adjustment. This ensures that the lumbar support pad always fits the user's lumbar spine to prevent misalignment and further enhance user comfort.

1. Name of the product in this design: Main body of a maternity support belt. 2. Purpose of this design: To support the abdomen, reduce the pressure on the lumbar spine and pelvic floor muscles, and provide mild support to relieve lower back pain during pregnancy. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. Other matters requiring explanation: The parts shown by the thin dashed lines in each view do not constitute the content protected by this application; the thick dashed lines represent sewing thread and do not constitute the content protected by this application.

The present disclosure includes bone screws, spinal implant, drivers, and their assemblies thereof or surgical procedures of the spine including but not limited to anterior lumbar interbody fusion (ALIF) procedures.

1. Name of the product in this design: Lumbar orthopedic device. 2. Purpose of this design: For use in lumbar spine adjuvant therapy. 3. The key design features of this product are its shape and structure. 4. The image or photograph that best illustrates the design's key points: a 3D model.

1. The name of the design product: thoracolumbar brace. 2. The use of the design product: medical orthopedic device for fixing, supporting or correcting thoracic and lumbar region. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

This utility model discloses a nerve root retractor for UBE surgery, relating to the field of auxiliary instruments for minimally invasive spinal surgery. In lumbar discectomy, there are shortcomings in the procedure where an assistant must hold a nerve retractor to retract the nerve during disc removal, which is not always secure and can easily lead to operator fatigue. Improper operation can also easily cause nerve root damage to the patient. This utility model provides a nerve root retractor for UBE surgery, including a Kirschner wire with a retractor plate near its front end and a handle at the upper end. The Kirschner wire includes a pointed portion and a straight rod portion, with the retractor plate positioned near the pointed portion of the straight rod portion. The handle includes a vertically positioned operating rod and a positioning rod, with the positioning rod aligned along the axial direction of the Kirschner wire. A positioning block is provided on the positioning rod.

The invention discloses a lumbar disc herniation interpretable diagnosis system based on cross-style consistency semi-supervised segmentation. The method comprises the following steps: firstly, carrying out style diversification processing on a lumbar axial MRI image through Bessel transformation to generate an image pair for consistency learning; the aggressive student model processes the stylized image and carries out cooperative training through cross pseudo supervision, and the robust student model provides a reliable prediction target through smooth parameter updating; the trained model can realize automatic segmentation of an intervertebral disc and a posterior spinous process area. Based on the segmentation result, the system adopts a geometric rule algorithm to quantify the prominence degree, and automatically generates a grading result and a visual report according to a clinical MSU grading standard. According to the method, the dependence on labeled data is reduced, the interpretability of the model is improved, and efficient and accurate lumbar disc herniation auxiliary diagnosis with clinical guiding significance can be realized.

The invention relates to the technical field of foramen endoscope operation positioning nails, in particular to a degradable developing positioning nail for a lumbar foramen endoscope operation. According to the technical scheme, the nail comprises a threaded nail body and a nail cap fixedly connected to the end of the threaded nail body, and further comprises a marking structure arranged at the end of the nail cap and used for recognizing a positioning point; the torsion stress groove is formed in the operation end of the nail cap, and a lock rod groove piece is formed in the torsion stress groove; the end of the rectangular rod is connected with a lock head piece connected with the lock rod groove piece in a locked mode, and a springback piece is arranged at the tail end of the transmission rod. The torsion stress groove and the lock rod groove piece are formed in the end of the nail cap, and the lock head piece can be stably connected into the lock rod groove piece under the cooperation of the springback piece; the tapered end piece and the rectangular rod can be withdrawn quickly without loosening the threaded nail body subsequently, so that the positioning stability of the threaded nail body is remarkably improved; and the threaded nail body, the tip part and the nail cap are all made of degradable materials and do not need to be taken out after an operation, so that the operation safety and the patient comfort are improved.

This invention discloses a disposable closed-loop lumbar puncture pressure measurement and sampling integrated device and its pressure measurement method. The device includes: a first Luer interface connected to a lumbar puncture needle or lumbar drainage catheter, a second Luer interface connected to a sampling container, and a valve assembly disposed between the two interfaces. The valve assembly has a pressure measurement path, a sampling path, and a closing path, and can achieve multi-position switching through a stopcock or slide valve. The pressure measurement path is connected to a pressure indicator component, which transmits pressure through a diaphragm coupled to the cerebrospinal fluid (CSF) but is not directly connected to the CSF. The pressure indicator component can display the CSF pressure within a range of 0-60 cm H2O. The valve assembly preferably has a bubble trapping chamber and / or a flow limiting structure to reduce the influence of air bubbles on the reading and reduce the risk of rapid fluid release due to misoperation. This invention can achieve closed-loop pressure measurement without a long tubing column in the lateral decubitus position, and can complete CSF sampling within the same sterile closed loop, reducing the chance of external contamination, reducing sample waste, and simplifying the operation process.