13 results about "Standing Positions" patented technology

In an X-ray CT scanner capable of imaging subjects in both supine and standing positions, the calculated output dose should be adjusted to a value appropriate to the condition of the stand. [Solution] The information processing device according to this embodiment comprises a specification unit, a determination unit, and a calculation unit. The specification unit identifies a stand state information that represents the state of the stand, which includes at least one of posture information that represents the posture of the stand having an opening and object information that represents objects other than the subject present in the opening. The determination unit determines dose parameters to be used to calculate the output dose based on the identified stand state information and parameter information that stores dose parameters for calculating the output dose output by the device in association with the stand state information. The calculation unit calculates the output dose using the determined dose parameters.

This invention relates to the field of nursing rehabilitation technology, and in particular provides a rehabilitation device for stroke hemiplegia care. This rehabilitation device includes a rehabilitation bed frame, a massage adjustment component, a lower limb adjustment component, and a lower limb training component. This invention enables mechanically assisted adjustment for stroke patients to smoothly transition from a supine position to a sitting and standing position, effectively reducing the workload of rehabilitation technicians, providing patients with self-rehabilitation training methods, and providing massage rehabilitation for the back and buttocks. It also allows for precise adjustment of massage intensity to help promote blood circulation, relieve muscle stiffness, reduce pain, and promote rehabilitation. Furthermore, it provides mechanical assistance for rehabilitation training such as bridging exercises, lower body abduction training, standing training, and plantar flexion training, thereby ensuring the accuracy of the patient's movements, avoiding distorted movements, and maximizing the rehabilitation effect.

This utility model discloses a single-leg walking aid, belonging to the field of walking aid technology. When the patient needs to walk or stand, the single-leg walking aid is switched to a standing position, and the support frame is rotated to rotate the supporting foot to the bottom of the footrest, so that the patient can walk or stand in a kneeling position on one leg. When the patient needs to sit down, the support frame is folded towards the footrest, so that the supporting foot rotates to the back of the footrest, that is, the supporting foot rotates to the back of the patient's injured foot in the kneeling position. When the patient is in a sitting position, the footrest and the lower leg are approximately perpendicular to the ground, so the supporting foot touches the ground and lifts the patient's injured foot, preventing the injured foot from touching the ground. Therefore, the single-leg walking aid can be used for standing, walking, and sitting without disassembling the single-leg walking aid, making it more convenient for users.

The application provides a method and device for automatically identifying body position changes in a supine and standing position test, equipment and a medium, the method comprising: acquiring video data of body position changes of a subject in a supine and standing position test in real time through a camera and preprocessing; performing frame-by-frame processing on the video data, identifying key point information of a skeleton posture through time series analysis of human body key points, and predicting a current action category; based on the prediction result of the action category, sequentially identifying key moments corresponding to the action category in the supine and standing position test; interacting with a transcranial Doppler TCD device through a communication module, transmitting the identification result of the key moment to the TCD device, and marking and displaying on a trend chart of the TCD device, so as to solve the problem that a traditional AI method often only outputs action categories such as “standing”, “walking” and “lying”, cannot accurately mark time points required in medicine such as “head off the bed”, “feet on the ground” and “return to lying”, and is difficult to meet the requirements of real-time and high accuracy in clinical monitoring.

This invention provides a toe-standing posture stabilization aid that can improve athletic performance by stabilizing posture in all track and field sports that require a toe-standing position with the toes bent towards the top of the foot, and can also reduce, eliminate, or improve foot pain. [Solution] The sock-like main body 2 is provided with a lower cloth 2a as a sheet-like bottom that overlaps the tips of the first to third metatarsals on the sole of the foot to be supported. When the toes are bent towards the top of the foot and the person is standing on their tiptoes with the main body 2 on, a pad 1 is provided on the upper surface of the lower cloth 2a at least one of the positions where the tips of the first to third metatarsals are close together, to fill the difference in distance between the tips of at least two of the first to third metatarsals and the ground. The pad 1 has a contour with a rounded, sharp corner at the tip, and a flat part of a certain thickness or at least two flat parts of different thicknesses.

1. Name of the product in this design: Prefabricated partition wall (with concealed handrail). 2. Purpose of this design: For supporting a standing position. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: a 3D model.

A method of fabricating a prosthesis socket includes applying a socket material to a portion of a limb. After applying the socket material, the portion of the limb is placed into an interior region of a flexible liner of a socket fabrication system, which interior region also includes a set of beads. The socket fabrication system includes a rigid outer cylinder defining an interior volume in which the flexible liner is disposed. A top end portion of the flexible liner is sealed to an upper portion of the limb positioned outside of the cylinder and flexible liner. A vacuum is produced within the interior region of the flexible liner with the patient in a standing position and the rigid outer cylinder bearing a portion of a weight of the patient. The vacuum causes the plurality of beads to compress the socket material to conform to the limb.

The application discloses a kind of based on spinal column standing position orthogonal X-ray and lying CT data fusion spinal column orthopedic surgery segment intelligent prediction method, it is related to medical image processing and intelligent auxiliary decision-making technical field.The method is by obtaining patient coronal position and sagittal position X-ray image, lying CT data and clinical index, by key point automatic positioning, three-dimensional spinal column segmentation, spinal column weight position rigid body reposition, then combining clinical index input surgery scheme prediction model, realize the intelligent prediction of each vertebral body segment surgery fusion demand.The application fuses multimodal medical image and clinical prior information, solves the deviation caused by the limitation of single image mode, body position difference and other problems, provides stable, objective and has the decision support of clinical reference value for spinal column scoliosis surgery planning.

This invention discloses a assisted exoskeleton for coordinated use of the waist and lower limbs, comprising a positioning belt, two mounting blocks on both sides of the positioning belt, and a central axis assist module mounted on the two mounting blocks. The central axis assist module includes two slide rails fixed to the tops of the two mounting blocks, sliders inside the slide rails, a transmission bracket positioned on the opposite surfaces of the two sliders and used to assist the wearer in switching between bending and standing positions, a lower limb energy storage module, and a collaborative assist mechanism between the central axis assist module and the lower limb energy storage module. This invention achieves a combined structural and functional approach between the central axis assist module and the lower limb energy storage module, enabling coordinated assistance of the central axis and lower limb movements based on changes in human posture. This design achieves energy saving while ensuring the device's assistive effect.

This invention discloses an early assisted standing posture system and method to promote lung expansion after lung transplantation, belonging to the field of medical rehabilitation technology. The system includes a data acquisition module, a muscle strength assessment and compensation decision module, a power-assisted execution module, an embracing psychological support module, an emotion monitoring and response module, and a process control module. It uses multi-sensor fusion technology to identify the specific locations of muscle weakness in patients in real time, uses intelligent decision-making algorithms to calculate the required compensation assistance, and provides dynamic compensation through precise power-assisted devices. At the same time, it integrates multi-dimensional psychological support such as a forward embracing structure, voice guidance, and bionic body temperature and tactile feedback to achieve a synergistic effect of physiological function compensation and psychological and emotional support, providing safe, efficient, and humane early standing rehabilitation training for patients after lung surgery.

(Main claim) Carrying device for small children in a standing position, characterized in that it comprises two separate footplates, each designed to receive a child's foot, wherein both footplates are attached to a belt which absorbs part of the weight force (weight of the child to be carried).

A system for determining a change in position of an implanted medical device (IMD) within an implant pocket is provided. The system includes an accelerometer configured to be implanted in a patient, the accelerometer configured to obtain accelerometer data along at least one axis. The system also includes one or more processors configured to determine the patient is engaging in a determined activity over an activity period, and obtain the accelerometer data during the activity period. The one or more processors are also configured to identify postures of the patient and corresponding posture periods during the activity period based on the accelerometer data, determine a duration related to a non-standing posture identified from the postures identified, and identify a migration of the IMD within the implant pocket based on the duration of the non-standing posture exceeding a duration threshold.

This standing chair is designed for work involving prolonged standing, providing comfortable support for the standing posture, promoting correct posture, relieving excessive strain on the lower back and legs, and reducing fatigue. The upper end, shown in the front view, is a saddle seat that supports the user's weight at the buttocks. The support column erected on the saddle has a height adjustment function, as shown in the left side view and rear view. A distinctive feature is that the support column is inclined towards the user's back. The base erected at the lower end of the support column is characterized by its V-shape. While a U-shape configuration is also possible, this design maintains a universal design that does not obstruct the user's foot space.