17 results about "Pelvic girdle" patented technology

Device for determining the fastening of a safety belt, comprising: an image sensor unit (11) adapted to capture a front image of a vehicle occupant; a section detection unit (12) adapted to detect a chest section and a pelvic section of the occupant using the frontal image; an image segmentation unit (13) adapted to obtain a first target area relating to a seat belt by segmenting a partial image of the occupant's chest section into a plurality of areas and to obtain a second target area relating to the seat belt by segmenting a partial image of the pelvic section into a plurality of areas; and a control unit (14) adapted to determine that the seat belt is fitted normally when a first area value of the first target area is greater than a preset first reference value and a second area value of the second target area is greater than a preset second reference value, where the first area value of the first target area is an area of ​​a section in which a shoulder strap overlaps a shoulder and chest area of ​​the occupant, and the second area value of the second target area is an area of ​​a section in which a lap belt overlaps the occupant's pelvic area, the control unit is adapted to determine that the seat belt is fitted normally when the area of ​​the section in which the shoulder belt rests against the shoulder and the chest area of ​​the occupant is larger than the preset first reference value and at the same time the area of ​​the section in which the lap belt overlaps the occupant's pelvic area is larger than the preset second reference value, and where the control unit is adapted to determine that the seat belt is abnormally fitted if at least one of the surfaces of the section where the shoulder belt overlaps the occupant's shoulder and chest area is smaller or is equal to the first reference value, or the area of ​​the section in which the lap belt overlaps the occupant's pelvic section is less than or equal to the second reference value.

An ambulation harness for patients of size includes first and second patient slings in combination. The slings have generally flexible, laterally extending pelvic belt bodies, with side border fastening system(s) to secure corresponding opposite side borders of the slings in conjunction or registry for girding about the pelvis area of the patient; suspension strap(s); and depending leg strap(s) terminating in leg strap fastener system(s) to secure the leg strap(s) to the pelvic belt bodies. A walled, elongate, double open ended tube made with a reduced friction sheet material may encircle a strap of a sling or harness. A resilient cushioning tube may underlie the reduced friction tube.

Only healthy individuals with sufficient arm and finger strength to handle the belt's elasticity can pull the end of the belt from the anterior superior iliac spine to the greater trochanter of the femur with both hands and then secure it with hook-and-loop fasteners to support the pelvis. Therefore, providing a pelvic belt that can be easily attached with one hand is a challenge. [Solution] The pelvic support belt is characterized by comprising a metal or resin square ring 1 positioned at one end of the pelvic support belt, a metal or resin tube 2 positioned to surround the long side of the metal or resin square ring 1, a main belt 3, ventilation holes 4 provided in the main belt 3, a permanent fastening hook-and-loop fastener 5 positioned on the central flat part of the main belt 3, temporary fastening hook-and-loop fasteners 6 and 7 positioned on the side of the pelvic support belt opposite to the metal or resin square ring 1, and a hook-and-loop fastener 8 positioned at the end of the pelvic support belt opposite to the metal or resin square ring 1.

1. The name of this design product: Pelvic belt. 2. Purpose of this product design: It is used to directly act on the pelvis to stabilize the pelvis in the correct position and adjust the balance of the body. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: Stereoscopic drawing 1.

The invention relates to a back support belt system, particularly to a back orthosis or reclination orthosis for the treatment and prevention of back disorders. The system has a pelvic belt and two independent left and right shoulder belts extending therefrom, and a guiding module associated with the shoulder belts.

The present invention discloses a gecko-like robot with a bionic spine, which belongs to the technical field of climbing robots. The gecko-like robot includes a shoulder girdle joint module, a pelvic girdle joint module, a bionic spine, a limb module, a hybrid attachment mechanism and a drive control module. The bionic spine includes a rigid linear guide mechanism and a flexible spinal joint mechanism. The linear guide mechanism includes a guide rail and a slider slidably mounted on the guide rail. The front end of the linear guide mechanism is mounted in the middle of the shoulder girdle frame and the rear end is mounted in the middle of the pelvic girdle frame. The spinal joint mechanism includes N spinal joint servos and N-1 joint connecting rods, where N is an integer greater than 2, and each joint connecting rod is respectively connected between two adjacent spinal joint servos. The bionic spine uses the gecko spine as a bionic prototype. During crawling, it can imitate the curved shape of the gecko spine, so that the robot can bend and crawl, and the robot can imitate the movement of the gecko spine, thereby increasing the robot's movement flexibility.

In an example, a target includes a first layer having a first surface which includes a target image having a plurality of zones of incapacitation. The zones of incapacitation are highlighted with a visual contrast from a remainder of the target image outside of the plurality of zones of incapacitation. The plurality of zones of incapacitation comprise two or more of a head zone, an upper thoracic zone, a chest zone, or a pelvic girdle zone.

Only healthy individuals with sufficient arm and finger strength to handle the belt's elasticity can pull the end of the belt from the anterior superior iliac spine to the greater trochanter of the femur with both hands and then secure it with hook-and-loop fasteners to support the pelvis. Therefore, providing a pelvic belt that can be easily attached with one hand is a challenge. [Solution] The pelvic support belt is characterized by comprising a metal or resin square ring 1 positioned at one end of the pelvic support belt, a metal or resin tube 2 positioned to surround the long side of the metal or resin square ring 1, a main belt 3, ventilation holes 4 provided in the main belt 3, a permanent fastening hook-and-loop fastener 5 positioned on the central flat part of the main belt 3, temporary fastening hook-and-loop fasteners 6 and 7 positioned on the side of the pelvic support belt opposite to the metal or resin square ring 1, and a hook-and-loop fastener 8 positioned at the end of the pelvic support belt opposite to the metal or resin square ring 1.

1. The name of the design product: pelvic fixation belt. 2. The use of the design product: pelvic belt for stabilizing the pelvis, adjusting the intensity of the pelvis pressure, and assisting in the rehabilitation of the pelvis. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1. 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.

1. Name of the designed product: postpartum pelvis band (peach heart). 2. Use of the designed product: for women to shape the pelvis after childbirth. 3. Design points of the designed product: the combination of shape and pattern. 4. Picture or photo that best indicates the design points: perspective view. 5. No design points, omit left view; no design points, omit right view; no design points, omit top view; no design points, omit bottom view.

The utility model relates to medical rehabilitation auxiliary instrument technical field discloses a visual pelvic band, including first C type frame, second C type frame, elastic connecting band, transparent plate, lock seat, locking belt, oblique tooth groove, pivot, knob, clamping plate, spring and sealing plate, first C type frame and second C type frame symmetry are arranged in the both sides of pelvic bone, and the observation space is formed through elastic connecting band rear end connection, and the inboard of frame is equipped with the transparent plate with the breathable hole, is used for observing hip skin state, and the front end is connected through lock seat and locking belt, and locking belt inserts lock seat through slot and is fixed through clamping plate and oblique tooth groove cooperation, and spring is used for pushing clamping plate automatic clamping, and rotates the knob and can drive pivot to remove the engagement and realize the disassembly, the structure has realized the visual observation to sacrococcygeal part and hip skin under not untying the pelvic band, and convenient single -handedly tightens and disassembly operation simultaneously, effectively promotes the use convenience and nursing efficiency.

The invention (variants) relates to a field of sports and medicine, and it concerns training devices, namely, rotary training machines which are used for a simultaneous training of human should, pelvic girdles, and trunk muscles. The claimed invention is based on a task to create a rotary multi-function training machine for the simultaneous training of human shoulder girdle, pelvic girdle, and trunk muscles, while involving all groups of muscles in a balanced manner in order to provide a high quality and efficiency of the trainings at different usage modes of the training machine due to maintaining a synchronization of a rotation of shafts of load modules of the training machine by adjusting a relationship between their rotational speed and efforts applied thereto.

A method for detecting the improper fastening of a seat belt with a lap belt section and a shoulder belt section by an occupant of a vehicle comprises detecting a movement of the seat belt indicating that the shoulder belt section has been routed behind the occupant's back and providing a warning indication of the incorrect routing of the shoulder belt section of the seat belt when the movement of the seat belt indicates that the shoulder belt section has been routed behind the occupant's back.

To provide a lower limb garment which can raise the forward-tilted pelvis, maintains a correct posture, and can eliminate the arched waist.SOLUTION: A lower limb garment 1 includes: a waist top part 10; a body part 20; a pelvis belt part 30; and a crotch part 40, and has a leg insertion opening through which a leg part 101 is inserted at a lower end. An upper part of a rear center part of the waist top part 10 includes a rear recessed part 11 which is recessed downward. The upper part of a front center part of the waist top part 10 further includes a front recessed part 12 recessed downward, and the depth dimension X of the rear recessed part 11 is set to be larger than the depth dimension Y of the front recessed part 12.SELECTED DRAWING: Figure 1

A pelvic belt (1) comprising an elastic base strap (2), two inelastic tightening straps (3, 4), a tensioning cord (7) and at least one lock member (6) of the tensioning cord arranged in a central portion (27) of the base strap on its external side (24), and an attachment member (5) formed as a touch fastener, such as a hook-and-loop strap.

The invention relates to a vehicle driver monitoring arrangement (10) for monitoring the breathing of a vehicle driver (100) sitting in a driver's seat (20) and wearing a seatbelt, with a safety belt (24) assigned to the driver's seat (20), the belt body (25) of which has a radar reflector (32, 33) which, when the safety belt (24) is fastened by the vehicle operator (100), is arranged on a chest belt section (241) and / or a pelvic belt section (242), a radar detector (30) directed at the driver's seat (20), which detects the radar signals reflected by the radar reflector (32, 33) of the seat belt (24) worn by the vehicle driver, and an electronic breathing monitoring system (40) which is informationally connected to the radar detector (30) which determines the breathing rate (f) of the vehicle operator (100) from the signals received by the radar detector (30) and which outputs a warning signal (w) when the breathing rate falls below a limit frequency (flimit) stored in a limit frequency memory (42).