Dialysate transport and automatic concentration device

Abstract

The invention discloses a dialyzate transporting and automatic centralizing device which comprises a device trolley A. The device trolley A comprises a load-bearing plate A, four rollers A, a blocking plate A and a supporting plate A, wherein the blocking plate A is vertically arranged at the rear end of the load-bearing plate A, and the blocking plate A and the load-bearing plate A are integrally formed into an L-type structure; the supporting plate A is arranged below the rear end face of the blocking plate A, the connection end of the supporting plate A is fixedly connected with the blocking plate A, the rear end of the supporting plate A is inclined downward by 45 degrees, and the distance L1 between the connection end and the tail end of the supporting plate A is larger than the distance L2 between the connection end of the supporting plate A and the bottom end of the blocking plate A; when the blocking plate A is inclined, a dialyzate barrel borne on the load-bearing plate A is inclined along with the blocking plate A so that dialyzate contained in the dialyzate barrel can be centralized to the bottom of the dialyzate barrel. The dialyzate transporting and automatic centralizing device has dialyzate transporting and automatic centralizing functions, the dialyzate at the bottom of the related dialyzate barrel can be further sucked, and resource waste is avoided.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a dialysate transport and automatic concentration device for installing a dialysate bucket. Background technique [0002] In the prior art, when a patient is undergoing hemodialysis, it is necessary to transport the barreled dialysate from the warehouse to the corresponding dialysis machine for use, but at this stage, the dialysate barrel used to hold the dialysate is generally 10L per barrel, It is about 11-13 kg, divided into two kinds of concentrated solution A and concentrated solution B. The traditional method is that the medical staff manually carry the dialysate buckets equipped with concentrated solution A and concentrated solution B from the warehouse to the corresponding dialysis machine Besides, in this way, even if the labor intensity of the medical staff is high, especially for the weak nurses, it will be more difficult to carry the dialysate bucket, which ...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, when a patient is undergoing hemodialysis, it is necessary to transport the barreled dialysate from the warehouse to the corresponding dialysis machine for use, but at this stage, the dialysate barrel used to hold the dialysate is generally 10L per barrel, It is about 11-13 kg, divided into two kinds of concentrated solution A and concentrated solution B. The traditional method is that the medical staff manually carry the dialysate buckets equipped with concentrated solution A and concentrated solution B from the warehouse to the corresponding dialysis machine Besides, in this way, even if the labor intensity of the medical staff is high, especially for the weak nurses, it will be more difficult to carry the dialysate bucket, which makes it impersonal. Furthermore, the existing hospitals also have a special order market for this purpose. Commonly used trolleys to carry the corresponding dialysate buckets

[0003] However, the use of traditional trolleys also has certain defects and limitations. Specifically, the aisle gap between the beds in the dialysis room is narrow. When the patient is undergoing hemodialysis, the corresponding dialysis machine is placed on Beside the head of the bed, because the volume of the traditional trolley is still too large, it cannot be pushed into the narrow aisle at the head of the corresponding dialysis bed. Furthermore, when using it to transport the dialysate bucket to the dialysis room, it still needs to be manually unloaded. Lower the dialysate bucket and carry it to the corresponding dialysis machine for use. This process is time-consuming and laborious. Moreover, frequent movement of the dialysate bucket will also cause the dialysate installed inside it to splash out.

[0004] Further, when the corresponding dialysate bucket is placed next to the bedside of the dialysis bed in the dialysis room, it is also placed upright. The dialysate is sucked from bottom to top. When in use, the dialysate at the bottom of the dialysate bucket cannot be completely absorbed, which in turn causes a waste of resources.

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