Bridge-style movement exercise bed

Abstract

A bridge-style movement exercise bed comprises a bed body, an upper supporting frame, a lower supporting frame and a seesaw. The bed body comprises a head holder, a stern holder and a foot holder. The head holder, the stern holder and the foot holder are respectively provided with elastic pipe jacks. The head holder, the stern holder and the foot holder are connected through a plurality of elastic pipes which are internally provided with springs. The lower part of the stern holder is connected with a supporting barrel. The head holder is placed on the upper supporting frame. The foot holder is placed on the lower supporting frame. The head holder and the foot holder are respectively fixed on the frame board of the upper supporting frame and the frame board of the lower supporting frame through fixing clamps. Each of the upper supporting frame and the lower supporting frame respectively supporting frame legs, baffle boards and the frame boards. Two sides, which correspond with the supporting frames, of the supporting barrel are provided with fixing bolts. The seesaw is connected with the supporting barrel through the fixing bolts. The supporting frame of the stern support comprises a stern holder supporting seat and a stern holder supporting column. The supporting barrel sleeves the supporting column of the stern holder. A seesaw supporting frame is mounted at one side of the bed body. The seesaw is fixed on the seesaw supporting frame through a transverse shaft. The bridge-style movement exercise bed has advantages of realizing convenient use, saving time and labor of medical personnel, and ensuring a fact that a patient achieves the purpose of a bridge motion exercise.

Description

technical field [0001] The invention relates to a medical device, in particular to a bridge type exercise training bed. Background technique [0002] Patients with moderate and severe craniocerebral injuries should undergo physical activity training in time after surgery and stable conditions to reduce or alleviate muscle contractures and joint deformities. In particular, moderate and severe craniocerebral injuries often cause paralysis or hemiplegia of the patient's lower limbs. If the exercise is not carried out in time, it will seriously affect the control and coordination of the patient's pelvis to the lower limbs, and it is not conducive to the successful standing and walking training of the patient after recovery. At present, the best training for the control and coordination of the pelvis to the lower limbs and the support of the lower limbs is bridge exercise. The practice of bridge exercise is to let the patient lie on his back, bend his legs, then extend his hips, ...

AI Technical Summary

Problems solved by technology

At present, the common practice of clinical medical staff is to let patients perform bridge exercise training by themselves. However, due to injuries, operations and long-term bed rest, the patient’s physical strength is seriously insufficient, so he cannot perform bridge exercise training for a long time, and his movements are also difficult. Can't do it well, can't achieve the expected training effect

Medical staff assist patients to train on flat beds without effective auxiliary tools, which is time-consuming and labor-intensive

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