Soft tissue injury simulation testing device

Abstract

The invention discloses a soft tissue injury simulation testing device. According to the structure of the soft tissue injury simulation testing device, slippage of a soft tissue simulation structure represents friction between joints, and unevenness of the surface represents unevenness of the cartilage surface; a first toughness simulation structure and a second toughness simulation structure arelocated on the two sides of the soft tissue simulation structure respectively and used for simulating connection portions of the joints and the muscle tissue; a first muscle elastic simulation structure and a second muscle elastic simulation structure are located on the other side of the first toughness simulation structure and the other side of the second toughness simulation structure respectively and used for simulating the muscle tissue; the two ends of ligaments are connected with the first and second toughness simulation structures respectively and used for preventing the first and second toughness simulation structures from deforming excessively; an active viscous body fluid is used for simulating the synovial fluid and the inter-tissue fluid. By the adoption of the soft tissue injury simulation testing device, the soft tissue injury condition can be simulated, then, the essential causes of soft tissue injury pain can be elucidated in mechanism by analyzing tissue structure components and mechanical mechanisms of all the components, and thus a testing platform can be provided for acupuncture and acupotomology blind diagnosis and treatment.

Description

technical field [0001] The invention belongs to the technical field of medical simulation tests, and in particular relates to a soft tissue injury simulation test device, which is used to simulate damaged soft tissues, on which a formulated diagnosis and treatment plan is applied for test evaluation. Background technique [0002] At present, the theoretical explanations for the use of acupuncture and needle-knife minimally invasive blindness treatment techniques in the diagnosis and treatment of human soft tissue injury pain are seriously insufficient, especially the selection of diagnosis and treatment sites is blind, some are near the joints, some are in the muscles, and for different Many patients have their own opinions on the treatment effect, which leads to the lack of accurate grasp of the treatment site when many doctors use acupuncture and acupotomy. The key to this problem is the lack of understanding of the material composition and motion performance of soft tissu...

AI Technical Summary

Problems solved by technology

[0002] At present, the theoretical explanations for the use of acupuncture and needle-knife minimally invasive blindness treatment techniques in the diagnosis and treatment of human soft tissue injury pain are seriously insufficient, especially the selection of diagnosis and treatment sites is blind, some are near the joints, some are in the muscles, and for different Many patients have their own opinions on the treatment effect, which leads many doctors to lack accurate grasp of the treatment site when using acupuncture and acupotomy.

The key to this problem is the lack of understanding of the material composition and motion performance of soft tissue, and the lack of a clear tissue structure composition analysis and dynamic fine numerical analysis method for the mechanical control model and diagnosis and treatment mechanism for the understanding of soft tissue injury pain.

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