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678 results about "Suspender belt" patented technology

Surgical frame including torso-sling and method for use thereof

A torso-sling is provided to support at least a portion of the body of a patient on a surgical frame. The torso-sling is used in supporting at least a portion of the patient's torso. The torso-sling is supported relative to the surgical frame using a support bracket that can be attached to a chest support plate of the surgical frame. The torso-sling includes a frame portion, at least a first support strap, and at least a second support strap. The frame portion defines an access area, and the frame portion includes a first side portion, a second side portion, and a transition portion joining the first and second side portions together. The first side portion is configured for positioning adjacent a first lateral side on the posterior side of the patient, the second side portion is configured for positioning adjacent a second lateral side on the posterior side of the patient, and the transition portion is configured for positioning adjacent the neck and shoulders on the posterior side of the patient. The first support strap extends from the support bracket to the first side portion, the first support strap, when the patient is supported by the surgical frame and the torso-sling supports portions of the torso of the patient, extending in part adjacent portions of the first lateral side of the torso of the patient. The second support strap extends from the support bracket to the second side portion, the second support strap, when the patient is supported by the surgical frame and the torso-sling supports the portions of the torso of the patient, extending in part adjacent and contacting portions the second lateral side of the torso and the anterior torso of the patient.
Owner:WARSAW ORTHOPEDIC INC

Surgical frame including torso-sling and method for use thereof

A torso-sling is provided to support at least a portion of the body of a patient on a surgical frame. The torso-sling is used in supporting at least a portion of the patient's torso. The torso-sling is supported relative to the surgical frame using a support bracket that can be attached to a chest support plate of the surgical frame. The torso-sling includes a frame portion, at least a first support strap, and at least a second support strap. The frame portion defines an access area, and the frame portion includes a first side portion, a second side portion, and a transition portion joining the first and second side portions together. The first side portion is configured for positioning adjacent a first lateral side on the posterior side of the patient, the second side portion is configured for positioning adjacent a second lateral side on the posterior side of the patient, and the transition portion is configured for positioning adjacent the neck and shoulders on the posterior side of the patient. The first support strap extends from the support bracket to the first side portion, the first support strap, when the patient is supported by the surgical frame and the torso-sling supports portions of the torso of the patient, extending in part adjacent portions of the first lateral side of the torso of the patient. The second support strap extends from the support bracket to the second side portion, the second support strap, when the patient is supported by the surgical frame and the torso-sling supports the portions of the torso of the patient, extending in part adjacent and contacting portions the second lateral side of the torso and the anterior torso of the patient.
Owner:WARSAW ORTHOPEDIC INC

Hoisting device and hoisting method used for aerial posture adjusting and positioning of steel box arch rib

The invention discloses a hoisting device and a hoisting method used for aerial posture adjusting and positioning of a steel box arch rib. The hoisting device comprises an adjustable hoisting belt mechanism, sling mechanisms and a hoisting rack mechanism, wherein the adjustable hoisting belt mechanism comprises hoisting belts with adjustable lengths and shackles; the lower end of each hoisting belt is connected with the corresponding shackle, and is connected with the hoisting rack mechanism through the shackle; 1-5 groups of jacks are parallelly arranged on the upper surface of the hoisting rack mechanism; each group of jacks comprises 1-10 jacks which are arranged at intervals; each jack is connected with a steel strand; the lower end of each steel strand penetrates through the lower surface of the hoisting rack mechanism, and is connected with the corresponding sling mechanism; and the lower end of each sling mechanism is provided with a rotary shaft which is connected with a hoisting lug of the steel box arch rib. Aerial posture adjusting of the steel box arch rib can be performed by adjusting the lifting height of the jacks and the rotation angles of the rotary shafts; the lifting height and horizontal inclination angle of the steel box arch rib can be integrally controlled through the hoisting device and the hoisting method; and vertical inclination angle control can be realized by separately adjusting a single hoisting point.
Owner:CHINA RAILWAY SHANGHAI ENGINEERING BUREAU GROUP CO LTD +1

Hanging sling for unmanned underwater vehicle water surface launching and retrieving

ActiveCN105620684AImplementation stuckThe act of releasingVessel salvagingLoad-engaging elementsButt jointMarine engineering
The invention discloses a hanging sling for unmanned underwater vehicle water surface launching and retrieving, relates to an unmanned underwater vehicle water surface launching and retrieving technique, and aims at solving the problem that potential safety hazards exist when a worker goes to sea to perform unmanned underwater vehicle water surface launching and retrieving. An installing hole is formed in the middle of a balancing hanging bar, hanging belts are used for connecting lifting inserting seats with the balancing hanging bar, and lifting inserting heads are fixed on an unmanned underwater vehicle; two opposite cuboid-shaped hook head mechanisms are embedded into the side walls of inserting seat holes, the hook head mechanisms are fixed through two spring rotation shafts, and the spring rotation shafts are parallel to each other and each perpendicular to the axis of the corresponding inserting seat hole; one end of each fixing wire is fixed to the opposite face of the corresponding hook head mechanism, and the other end of the fixing wire is fixed together with one end of a control wire. Accordingly, quick disengagement and butt-joint connection of the hanging sling and the vehicle can be achieved when the worker does not need to go to the sea, and the hanging sling is suitable for hanging type launching and retrieving on the unmanned underwater vehicle on the basis of a water surface mother ship or a shore base.
Owner:HARBIN ENG UNIV
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