Method for connecting human skeleton specimen

Abstract

The invention discloses a method for connecting a human skeleton specimen. A hot melt adhesive rod is adopted for the adhesive bonding between a cartilage and a bony joint, and the method has nearly no substances which are easy to puncture on the integral skeleton, such as a rivet; and one third or more than one third of time for connecting is shortened; the connected skeleton has good stability;the integral appearance is more beautiful and authentic; during the connecting process, the skeleton specimen can be modified randomly according to the characteristics of the skeleton specimen, and the difficulties that the connection of an intervertebral disc and ribs in the skeleton is fussy, and the intervertebral disc and the ribs are difficult to connect and trim are solved. The connected skeleton has high authenticity, medical students can understand and remember the skeleton connection well, and the symbolic structure of the skeleton on the body surface can not be damaged; the connected skeleton can be cleaned and stored, and the using time of the skeleton specimen is prolonged; and because holes are not necessary to be drilled on the skeleton to fix, the bone landmark on the surface of the skeleton can not be damaged, and the basis is provided for learners.

Description

technical field [0001] The invention relates to a method for stringing a skeleton, in particular to a method for stringing a human skeleton specimen. Background technique [0002] A complete human skeleton is an important and necessary teaching equipment and teaching specimen in medical schools or medical units. Making a complete and excellent skeleton requires excellent loose bones, as well as good bone connection replacement materials, such as intervertebral discs, pubic symphysis, costal arch, etc. The production staff made loose bone strings according to human anatomical posture and normal joint connections. skeleton. In the past, stringing skeletons required a hand drill to drill many holes in loose bones for connection, and the alternative materials for cartilage connections are mainly leather, rubber, foam, and plastic plates. With the source of specimen materials (mainly osteoporosis, etc.) and the development of medical education, the previous method of making ske...

AI Technical Summary

Problems solved by technology

With the source of specimen materials (mainly osteoporosis, etc.) and the development of medical education, the previous method of making skeletons can no longer meet the existing teaching, mainly because the cartilage connection materials used to make skeletons in the past cannot simulate the real human body well. The color and shape of the bone joints are far from the real ones, which brings great troubles to medical students; the rivets of the exposed joints are easy to puncture the observers and learners; the joints have no elasticity, are easily broken after long-term storage, and are not easy to clean ; It takes a long time to string a pair of skeletons, about 20 working days; in the past, stringing skeletons has very high requirements on bone specimens, such as osteoporosis, which will bring many disadvantages to the production of skeleton specimens. It can't even be strung; in the past, it was necessary to drill holes in the bone to reinforce it, which would cause a lot of damage to the bone