5results about How to "Comfortable position" patented technology

The utility model relates to a breast cancer operative position pad, which comprises a back position pad and an arm position pad, the arm position pad is composed of an upper arm supporting pad, a connecting pad and a forearm supporting pad, the upper surface of the back position pad is provided with a groove for placing the upper arm supporting pad, and the lower surface of the back position pad is provided with a groove for placing the forearm supporting pad. A first assembling component and a second assembling component which can be assembled with the back position pad into a whole are respectively arranged on the surfaces of the upper arm supporting pad and the forearm supporting pad. According to the utility model, through the arrangement of the arm position pad, the upper arm supporting pad and the back position pad are assembled into a whole by utilizing the first assembly component, then the upper arm supporting pad and the back position pad are inclined, and then the forearm supporting pad and the back position pad are assembled into a whole by utilizing the second assembly component; the upper arm of a patient is placed on the upper arm supporting pad, and the slope is designed between the upper arm supporting pad and the back body position pad, so that the upper arm does not have a cliff type fall after being placed, and the body position of the patient is more comfortable.

The utility model relates to obstetric device technical field, concretely is a kind of obstetrics delivery auxiliary mechanical frame, including rack, base and the guide ball of placing on rack, rack includes fixed ring, the bottom of fixed ring is equipped with multiple insertion rods, the outer surface of multiple insertion rods is equipped with support plate, the center of support plate bottom is equipped with screw rod, the bottom end of multiple insertion rods is equipped with rolling element, the position of base corresponding multiple insertion rods is equipped with first sleeve, and the top of base is equipped with the adjusting assembly for controlling the ascending or descending of rack;By setting rack and adjusting assembly, the effect that adjusting assembly can control the ascending or descending of rack overall is achieved, so that it can be conveniently moved according to the position of puerpera or different delivery room environment needs, and a variety of height of pregnant woman can be adapted, so that when pregnant woman sits on guide ball, comfortable body position and posture can be maintained, and puerpera's delivery pain and nervousness are relieved.

The invention relates to the field of medical instruments, and discloses a medical thyroid postoperative protection device which comprises an upper protection plate and a lower protection plate, the upper protection plate is arranged above the lower protection plate, the upper protection plate is arranged to be close to or away from the lower protection plate, and the upper protection plate and the lower protection plate are used in cooperation; and the number of the contraction pieces is two, and one ends of the two contraction pieces are installed at the two ends of the upper protection plate correspondingly. The distance between the upper protection plate and the lower protection plate can be accurately adjusted through cooperation of the upper protection plate and the lower protection plate and winding and releasing of the contraction piece, so that proper pressure is applied to the skin on the two sides of a wound, skin tension is reduced, wound healing is promoted, meanwhile, the wound is prevented from cracking due to external force, and the wound healing effect is improved. The bending mechanism is used for controlling the upper protection plate and the lower protection plate to bend, and the device can well adapt to neck shapes of different patients and radians of thyroid surgery wounds.

The utility model relates to an auxiliary positioning and supporting device for wrist magnetic resonance examination. The auxiliary positioning and supporting device comprises a lifting mechanism, a fixing mechanism, a front arm bearing mechanism and an upper arm bearing mechanism. The fixing mechanism comprises a fixing base, an arc-shaped plate and an arc-shaped groove, the front arm bearing mechanism comprises a front arm bearing plate and a protrusion, and the upper arm bearing mechanism comprises an upper arm bearing plate and a connecting piece. When inspection is carried out, the height is adjusted through the lifting mechanism, the front arm bearing plate is axially rotated to enable the protrusion to slide left and right in the arc-shaped groove, the upper arm bearing plate is driven to swing up and down so as to adjust the vertical position of the upper arm, and the upper arm bearing plate slides front and back in the length direction of the front arm bearing plate so as to adjust the horizontal position of the upper arm. The wrist portion is positioned in the magnetic resonance examination apparatus. Through multi-dimensional adjustment of the lifting mechanism, the forearm bearing mechanism and the upper arm bearing mechanism, the positions of the forearm and the upper arm are adjusted, the body position of an examined person is comfortable during examination, the examined person is not prone to moving, the success rate of examination is increased, and time is saved.

This utility model relates to a combined lower limb pad, comprising a front pad for the popliteal fossa of the patient's leg, a rear pad for supporting and elevating the patient's foot, a lateral adjustment part located between the front and rear pads and adjustable for the distance between them, a pressure relief part installed on the rear pad and corresponding to the calcaneus of the patient's foot, and a longitudinal adjustment part that uses the lateral adjustment part to elevate the rear pad independently. This allows the patient to be in a more natural and comfortable position, reducing muscle tension and joint discomfort caused by improper posture, effectively preventing pressure sores, reducing patient suffering, and also reducing the pressure on medical staff during frequent turning and skin examinations, as well as the cost of subsequent dressing changes. It ensures that the elevated lower limb is always in the preset correct position, guaranteeing the effectiveness of treatment and nursing care.