Novel intelligent bearing type displacement device

Abstract

The invention discloses a novel intelligent bearing type displacement device. The device is composed of a supporting and fixing device, a self-locking and fixing device, a rotary bearing device, a stretching device, a controller and an inter-bed supporting plate device. A rotary bearing device is installed on the supporting and fixing device, and a stretching device is installed on the rotary bearing device. The controller can achieve stable stretching of the rope and control the bearing rod so as to achieve stable carrying of a patient. According to the self-locking fixing device, reliable fixing of the device is achieved through gravity self-locking. The stretching device controls rotation of the motor to cause rotation speed difference, so that ropes on the inter-bed supporting plate device are contracted, the lengths of the ropes on the left side and the right side of the inter-bed supporting plate device are asymmetric, the inter-bed supporting plate device moves towards the target side, and then the purpose of transferring a patient is achieved.

Description

technical field [0001] The invention belongs to the field of medical and health technologies, and in particular relates to a novel intelligent load-bearing displacement device. Background technique [0002] From the perspective of multiple forms such as global aging, economic development, and epidemic catalysis, the market demand of the global medical device industry is still on the rise, and the lifting machine has a promising market. For a long time, the transfer and displacement of the wounded in the hospital have been achieved by the mutual cooperation of medical staff. On the one hand, the uneven force and improper cooperation of the medical staff will cause discomfort and secondary injuries to the wounded and sick, especially the wounded who have just undergone surgery, directly endangering their lives. On the other hand, the long-term transfer of patients has seriously injured the lumbar muscles of medical staff. Some of the handling methods on the market generally ...

AI Technical Summary

Problems solved by technology

On the one hand, the uneven force and improper cooperation of the medical staff will cause discomfort and secondary injuries to the wounded and sick, especially the wounded who have just undergone surgery, directly endangering their lives

On the other hand, the long-term transfer of patients has seriously injured the lumbar muscles of medical staff

Some of the handling methods on the market generally have the following problems: ①It requires the cooperation of multiple people and consumes manpower

The handling speed is slow and the handling time is long, which will have a certain impact on the patient's condition

③ There is a certain risk during the transportation, which may cause secondary injury to the patient

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