Integrated bone cement electric stirring and propelling plant and application thereof

Abstract

The invention relates to an integrated bone cement electric stirring and propelling plant and an application thereof. A stirring device is arranged in a stirring cavity and is formed by foldable blades; the rear end of the stirring cavity is provided with a rear end cover, and the other end of the stirring cavity is provided with a front end cover on which a luer connector is formed, and a front cap is arranged on the luer connector. According to the integrated bone cement electric stirring and propelling plant provided by the invention, the two process, including stirring and injection, can be completed; furthermore, the luer connector formed in the front end cover can be connected with necessary equipment to directly push bone cement to a needed position, therefore the integrated bone cement electric stirring and propelling plant is convenient to operate, the time of operation can be shortened, the patients suffering can be alleviated, the technical requirements of the operation can be relatively reduced, the working strength of doctors can be reduced, and the operation is safer; in addition, the foldable blades can be folded along with the pushing and extracting process, and holes are formed in the foldable blades, therefore the bone cement can be uniformly and effectively mixed.

Description

【Technical field】 [0001] The invention relates to the technical field of bone cement stirring, in particular to an integrated bone cement electric stirring propulsion device and its application. 【Background technique】 [0002] Bone cement is made by mixing white powder and colorless liquid with irritating odor. When using it, you only need to mix them together according to a certain proportion, and then the polymerization reaction will occur at room temperature. It only takes ten minutes. Form a smooth, soft and non-sticky dough-like substance. The mixing process of the two components of the bone cement has a great influence on the performance of the bone cement. To obtain a bone cement with good performance, it is necessary to ensure that the mixing is even and the contact with air is as little as possible. [0003] Usually, the bone cement is stirred manually in a container with a stirring rod. The human and environmental factors are relatively large, or a closed containe...

AI Technical Summary

Problems solved by technology

There are two disadvantages in the above designs, one is: stirring is done manually or semi-automatically, the uniformity of bone cement mixing is worse than that of electric stirring, or the structure is complicated and does not meet the actual clinical operation; the other is: the technical solution is not Stirring and bolus integration. After stirring, bone cement bolus cannot be performed, which increases the workload of doctors, which is not conducive to saving operation time and bone cement raw materials.

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