109 results about "Standing Positions" patented technology

A bed is provided having a base frame, a patient support assembly connected to the base frame. The patient support assembly is rotatable adjacent the foot end of the bed to place the patient support assembly, including the head section and foot section thereof, in a generally vertical position to allow a patient to exit the bed in a standing orientation.

A bed is provided having a base frame, a patient support assembly connected to the base frame. The patient support assembly is rotatable adjacent the foot end of the bed to place the patient support assembly, including the head section and foot section thereof, in a generally vertical position to allow a patient to exit the bed in a standing orientation.

A system and method to identify, convey, and reduce the risk of hip dislocations following hip replacement surgery. Preoperative images are used to identify the pelvic tilt of a patient while the patient is in a sitting position, a standing position, and a supine position. Based on the pelvic tilt and pelvic mobility depicted in the preoperative images, the system can identify a quantitative and / or qualitative risk of hip dislocation when the patient is seated, standing, and lying. During surgery, an intraoperative image can confirm the acetabular cup orientation once implanted and the system can determine the risk of hip dislocation when patient is in the supine position. The system can also extrapolate the dislocation risk when the patient is seated and standing based on acetabular cup position and orientation depicted in the intraoperative image.

A hand-held unit that allows a user to perform, in a seated, kneeling, lying down or standing position, a variety of isometric exercises for the muscles of the trunk, upper body and lower body in 1.5 inch increments. The load is generated by the force initiated by the user and is transmitted through a 19 ft, 1.5 in wide “seatbelt grade” polyester strap with a load rating of 4000-6000 lb. The strap is folded in half and mounted to a spool that rotates when the locking pin that is mounted to the fixed outside wall is pulled and held by the user. The unit locks when the locking pin is released via spring loaded into a locking mechanism welded to the side of the spool. The looped strap can be adjusted to any needed length for a particular user and a particular exercise. The device adapts to right- or left-handed operation.

A self-standing rollator is provided for assisting a user in walking and in moving from a seated position to a standing position. A frame is carried by a plurality of rollers. A support brace is positioned along the frame to contact a leg portion of the user to brace the frame against movement in relation to the user. At least one handle positioned along the frame to allow a user to grasp the handle when the support brace is contacting the leg portion of the user. At least one floor support member extends from a lower portion of the frame beneath the user when the support brace is contacting the leg portion of the user. Thus, when the support brace is contacting the leg portion of the user, the floor support member braces the frame against rotation as the user moves from a seated position to a standing position.

A system (or apparatus) for supporting a disabled, immobilized, injured, sick, or partially or fully paralyzed pet or animal in a standing or substantially standing position so as to facilitate various activities, care, diagnosis, or treatment is disclosed. The system may include a foundation or frame to which one or more slings and / or stirrups may be selectively attached or tied using one or more strips in order to support the animal in a standing or substantially standing position. The front of the frame may be substantially open. Different slings (e.g., seat-like slings) and / or stirrups may be attached to the frame or bathrub depending on the individual needs, purpose, and support needed for the pet or animal. The frame and sling may be configured and sized to accommodate pets or animals of different shapes, sizes, and / or weights, and may be ideal for, but not limited to, medium-sized dogs. Because the system supports the animal in a natural standing or substantially standing position rather than laying on its side, the owner or handler can advantageously use both hands freely to work on the animal. The ability to use both hands to express the bladder and / or bowels of the animal, while in a normal standing or substantially standing position, results in a more complete emptying of the animal's bladder and / or bowels, which provides health benefits for the animal such as prevention of urinary tract infection and consequent infectious diseases, which are common in disabled animals. In addition, the use of both hands freely allows the owner or handler to clean the animal and / or change its diapers in a more clean and efficient manner. The system is versatile and may also be suitable for use in one or more additional exemplary applications such as physical therapy rehabilitation (especially for in-home use), the stretching of muscles, exercise through placement over a small, portable treadmill, improving circulation (especially when there is a need to manipulate the limbs), massage therapy, chiropractic treatment, acupuncture treatment, wrapping of bandages, support for bathing in a bathtub, diagnostic evaluations, etc. such that the system or aparatus is adapted for use over a treadmill for rehabilitation. An aluminum frame, when selected, allows easy lifting and placement on an elevated surface, such as a bed, making it easier and more comfortable for the owner or caregiver to work with the animal at approximately waist height rather than in an uncomfortable position on the floor or ground.

The shin guard with a spring biased knee joint is adapted for use with the leg of an individual. The shin guard with a spring biased knee joint protects the leg of the individual from injury. The shin guard with a spring biased knee joint is a mobility assistance device. The shin guard with a spring biased knee joint assists the individual when the individual moves from a crouching position to a standing position. The shin guard with a spring biased knee joint incorporates a shin guard structure, a thigh guard structure, a knee guard structure, and a torsion spring structure. The shin guard structure attaches to the knee guard structure. The thigh guard structure attaches to the knee guard structure. The torsion spring structure assists in the movement from a crouching position to a standing position.

Systems and methods for transforming supine three-dimensional geometry to standing position measurements. An example system may include an electronic processor. The electronic processor is configured to retrieve a scan of a spinal region in a supine position and process the scan using a machine learning model trained to produce standing spinal measurements from supine spinal scans. The electronic processor is configured to receive, from the machine learning model, a plurality of weight-bearing measurements for the spinal region and generates, based on the plurality of weight¬ bearing measurements for the spinal region, a weight-bearing two-dimensional scan of the spinal region. The electronic processor is configured to provide as training data to a second machine learning model the scan of the spinal region in a supine position and the two-dimensional scan of the spinal region.

Provided are a biplanar image-based preoperative planning method and system for total knee arthroplasty. Based on a static biplanar lower-limb image of a knee joint of a target object in a standing position and a dynamic biplanar image of the knee joint during functional motion, as well as an imported three-dimensional model, functional parameters, morphological parameters, and a three-dimensional medial and lateral joint gap of the knee joint are calculated, and then iterative calculation is continuously carried out using a two-dimensional model and a three-dimensional dynamic model to obtain a dynamically optimized placement position, so that preoperative TKA prosthesis model selection for balanced joint space across full flexion angles can be achieved; meanwhile, TKA prosthesis position planning for correcting the mechanical axis of the knee joint under three-dimensional weight-bearing conditions is considered, thereby accurately restoring the real dynamic motion of a patient, and improving the prosthesis-patient matching degree.

The application discloses a wearing device for protecting Taijiquan sports injury, which is characterized in that an active connecting part is arranged on a leg supporting frame near the upper area of human ankle, and the upper and lower sides of the active connecting part are connected with left and right limiting components for limiting the leg supporting frame from moving; the left and right limiting components can make the calf standing posture incline forward and backward and the foot freely move; the upper and lower sides of the active connecting part near the back of the leg are further connected with a forward-inclination adjusting component for limiting the forward-inclination range of the calf and the knee joint standing posture; and the leg supporting frame is further connected with a radial adjusting device, and the leg supporting frame is tightly connected with the calf through the radial size adjustment of the leg. When the wearing device is used, the length of the forward-inclination adjusting component is adjusted to control the injury caused by the excessive forward inclination of the knee in the sports process. The application provides the soft tissue injury of the calf and the knee in the squatting and half squatting process in the sports process.

To provide a transplanter (1) in which an operation for changing a stand member (41F) between a stand position (X1) and a retracted position (Y1) can be performed without moving to a front portion of a traveling body (2).SOLUTION: A transplanter (1) comprises: a transplanting device (3) that transplants seedlings into a field; a traveling body (2) on which the transplanting device (3) is mounted; an operation handle (4) provided at a rear side of the traveling body (2); a stand member (41F) provided at a front portion of the traveling body (2) and changeable between a stand position (X1) supporting the traveling body (2) and a retracted position (Y1) retracted from the stand position (X1); and an operating device (45) for operating the stand member (41F) between the stand position (X1) and the retracted position (Y1) from the operation handle (4) side.SELECTED DRAWING: Figure 11

The design concerns a wheelchair combined with a walking aid, offering a low position for sitting and a standing position for walking; the design comprises an undercarriage with wheels and a movable upper structure connected to the undercarriage by movable arms; the movable upper structure can be moved from a low position to a high position; in particular, it includes armrests, a backrest and a saddle; the aforementioned elements are designed to provide a coherent design both in the low and high positions; this design is shown and described by means of ten views, namely: reproduction 1.1: right perspective view - in low position; reproduction 1.2: right view - in standing position; reproduction 1.3: rear view - in standing position; reproduction 1.4: front view - in standing position; reproduction 1.5: top view - in standing position; reproduction 1.6: right front perspective view - in standing position; reproduction 1.7: left view - in standing position; reproduction 1.8: right rear perspective view - in low position; reproduction 1.9: right view - in low position; reproduction 1.10: right rear perspective view - in standing position.

The invention discloses a medical intelligent waistline measuring system and method, and the method comprises the steps: 1, carrying out the disinfection treatment of a device, 2, enabling a user to keep a standing posture, enabling the two feet to be separated by 25-30 cm, enabling the upper limbs to fall naturally, keeping the body balance, enabling the device to surround the waist, and enabling the device to be used for measuring the waistline. 3, starting a positioning module, and automatically identifying and locking the midpoint of the connecting line of the axillary centerline crista iliaca and the costal arch as a measurement point by using a bilateral infrared bony marker scanning device, and 4, after positioning and horizontal calibration are completed, slightly tightening the sensing belt, keeping the pressure constant at a standard value so as to ensure the measurement accuracy, and then completing the measurement by the equipment. By adopting the bilateral infrared osseous marker scanning device and the three-axis MEMS gradienter, accurate positioning of a waistline measuring point and automatic calibration of a measuring plane are achieved, the accuracy and reliability of measurement are improved, and meanwhile errors caused by human factors of a traditional measuring tool are avoided.

A Differential Air Pressure (DAP) system has an integrated treadmill within a support platform. The DAP system includes a rigid shell, an unweighting enclosure, and a restraint, which defines a tensioned orthotic frame adapted to bias a posture of a user to a standing position. The rigid shell either includes the support platform or is secured thereto and extends upward therefrom to an upper interface defining an upper opening. A base of the unweighting enclosure is secured to the upper interface and extends upward to a top opening, which connects a with a user seal worn by the user. The restraint is connected is adapted to restrain a vertical height of a frame element connected to the unweighting enclosure and of the unweighting enclosure. The tensioned orthotic support frame is defined by the rigid shell and the unweighting enclosure that biases the user to a standing position.

The invention discloses an ankle support adjusting structure, and relates to the technical field of medical instruments. The device comprises a foot support, an L-shaped inner pad is arranged in the foot support, a plurality of hook-and-loop fasteners are fixed outside the foot support, an adjusting device is arranged on the side, away from the hook-and-loop fasteners, of the foot support and comprises a sealing box, the sealing box is fixed to the outer wall of the foot support, and a push plate and a heightening air bag are slidably mounted on the inner wall of the sealing box. A first screw block is fixed to the top of the sealing box, and the interior of the first screw block is in threaded connection with a first screw. Through the arrangement of the adjusting device, the first screw rod, the first screw block, the push plate and the sealing box are matched to drive the connecting pipe to input air into the heightening air bag, the heightening air bag is expanded, accordingly, the heightening air bag adjusts the insole to heighten the foot according to the condition of a patient, then the patient can be helped to keep a more natural standing posture, body imbalance is reduced, and the comfort of the patient is improved. And the pressure of feet and knee joints is relieved.

The utility model provides a management head frame facilitating anesthesia operation. The management head frame comprises a frame and a bearing assembly. Wherein the frame is fixed at the front end of a sickbed, the head of a patient is placed in a gap formed in the frame, and meanwhile, the medical anesthesia cloth curtain is supported by the frame, so that only the head of the patient is exposed out of the anesthesia cloth curtain. In this way, the anesthesia cloth curtain can be prevented from sliding down to cover the head of the patient, and therefore it is avoided that medical staff observe the face condition of the patient. And in addition, the mode cannot block the space beside the operating bed, so that the standing position of a surgeon beside the operating bed cannot be influenced. In addition, the height of the bearing assembly used for supporting the hose is adjustable relative to the frame, the position of the hose can be conveniently adjusted according to conditions, and the hose and the oxygen inhalation mask connected with the hose are kept in a stable state. Therefore, by means of the structure, the anesthesia cloth curtain and the medical instruments can be stably placed, the convenience and stability of surgical operation of medical workers are improved, and the requirements of clinical operations are met.

The invention provides an exoskeleton device oriented to spine assistance, and relates to the technical field of nursing instruments, and the exoskeleton device oriented to spine assistance comprises a back supporting structure used for being attached to the back of a user for supporting; the fixing bandage set is arranged on the side, facing the user, of the back supporting structure, and the fixing bandage set is used for being connected with the body of the user; the power assisting mechanism is arranged on the side, away from the user, of the back supporting structure, and the power assisting mechanism can provide power assisting for the user when the user changes from the stooping posture to the standing posture. According to the exoskeleton device oriented to spine assistance, assistance can be provided for a user when the user changes from a stooping posture to a standing posture.

An object of the system according to the embodiment is to support effective recovery by clearly setting a goal and monitoring the progress of a patient who is hospitalized for a long time or undergoing rehabilitation.SOLUTION: A system includes a target setting unit, a standing position setting unit, and a monitoring unit. The target setting unit sets a target task based on a current state of a patient or a treatment plan. The standing-position setting unit determines a standing position after recovery on the basis of the target task set by the target setting unit and sets a target. The monitoring unit monitors the progress of the patient in real time based on the target set by the standing-position setting unit, and corrects the target task as necessary.SELECTED DRAWING: Figure 1

The invention relates to the technical field of terminals, and discloses a virtual character control method and device, equipment and a program product, and the method comprises the steps that a virtual scene is displayed in a graphical user interface, and the virtual scene comprises a position area of a virtual character; obtaining a first adjustment instruction for a first boundary of the standing area, adjusting the pose of the first boundary according to the first adjustment instruction to adjust the standing area, and / or obtaining a second adjustment instruction for a second boundary of the standing area, and adjusting the pose of the second boundary according to the second adjustment instruction to adjust the standing area; the first boundary and the second boundary are two opposite boundaries of the standing area; and according to the adjusted standing position area, adjusting the preset standing position of at least part of the virtual character in the adjusted standing position area. According to the method and the device, the position and the size of the position area can be adaptively adjusted, so that the preset positions of the virtual characters of our camp can be accurately adjusted, and the relative distance between the virtual characters can also be adjusted.

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.

A urinal apparatus for facilitating urination from a standing position includes a base. A column is mounted to the base and comprises an upper member and a bottom member. The upper member is slidably coupled to the lower member such that the column is telescopically extendable. The upper member is securable to the lower member at various positions to adjust a length of the column. A bowl is coupled to the column opposite the base. The bowl defines a cavity for collecting urine. A tube is mounted in the column and is in fluid communication with the cavity of the bowl at a top end thereof. The tube is open at a bottom end thereof and is configured to drain the urine away from the column through the bottom end.

The invention discloses a monitoring system and method for dance movement correction, and relates to the technical field of data monitoring. Comprising the steps that actions of dancers at different standing positions are collected through a wearable device, and each action comprises a plurality of joint points and the three-dimensional space position of each joint point; different standing dancers are divided into different classes according to the three-dimensional space positions, and dancers of the same class execute the same dance action; curve fitting is carried out based on the joint point three-dimensional space position corresponding to the same joint of the dancer of the same kind, the space position of each joint point is corrected according to a curve fitting result, and a standard dancing action is obtained; actual dance actions are collected through the wearable device, and action offset is obtained by comparing the standard dance actions with the actual actions; and outputting an action correction result at the time T according to the action offset.

This item is a doll with a resin torso, legs, and arms, and a plush head made of fabric with cushioning material inside. The doll's legs can be rotated approximately 90 degrees relative to the torso, allowing it to switch between a standing position shown in the "front perspective view" and a sitting position shown in the "reference diagram showing the sitting position." The arms can also be rotated back and forth relative to the torso.

A millimeter-wave human body security checking method based on double standing postures. The method comprises: by using a millimeter-wave human body security checking instrument, performing scanning a

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.

The utility model discloses a partner accompanying auxiliary type standing position delivery device which comprises two bases, a first supporting cylinder, a seat and a delivery table, the first supporting cylinder is arranged between the two bases and located at the front end, a T-shaped plate is arranged between the two bases and located at the rear end, and the first supporting cylinder is connected with the T-shaped plate. A delivery table is arranged above the front end of the T-shaped rod, a supporting handle is arranged above the base, and rolling wheels are movably installed on the lower surface, close to the two ends, of the base. According to the partner accompanying auxiliary type standing position delivery device, a partner can sit on the seat and hold the waist of a puerpera with two hands, so that emotion support and body support are provided for the puerpera, the distance between the two bases and the height of the supporting handle can be adjusted, the partner accompanying auxiliary type standing position delivery device can adapt to puerpera of different body types, and the partner accompanying auxiliary type standing position delivery device is convenient to use. The delivery table is located below the puerpera, the height is adjustable, a midwife can operate conveniently, and the newborn is prevented from falling to the ground.

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 disclosure provides example methods and non-transitory computer-readable mediums for acetabular cup placement. An example method includes a processor (a) determining for a first patient a sagittal acetabular cup position in the form of a standing AI, a seated AI and a SAA based on (i) a standing SS relative to a normative SS, (ii) a dSS between a standing position and an upright seated position, (iii) a femoral version corresponding to a femoral version outlier position, and (iv) a PFA to correspond to a PFA outlier position in a standing position or an upright seated position, (b) determining a coronal acetabular cup position in the form of a supine coronal anteversion and at least one of a supine or a standing coronal inclination based on the sagittal acetabular cup position, and (c) determining a post-operative standing AI and a post-operative seated AI based on the coronal acetabular cup position.