CN202376262U - Three-dimensional remodeled titanium alloy stable-wing artificial vertebral plate for spine - Google Patents

Abstract

The utility model relates to a three-dimensional remodeled titanium alloy stable-wing artificial vertebral plate for a spine, which can substitute a missing spinous process and can be made manually by taking titanium alloy as a main raw material. The titanium alloy is used as a raw material, and DICOM (digital imaging and communications in medicine) data are used as a template model. In the structure of the vertebral plate, the two sides of the lower end of the spinous process are respectively provided with a stable wing, connection parts of the spinous process and the stable wings are fixedly provided with a protective plate, the two sides of the protective plates are provided with lateral stable wings, and the spinous process, the stable wings, the protective plates and the lateral stable wings are respectively provided with holes. Since the titanium alloy is used as the raw material, the DICOM data are used as a template for design modeling, the resin spine model is constructed via the DICOME data, and the trial installation and fine adjustment are performed for the model, the personalized treatment can be realized, and the three-dimensional remodeled titanium alloy stable-wing artificial vertebral plate has the advantages of high installation consistency, high degree of anatomic simulation and the like.

Description

The moulding titanium alloy stabilizer of vertebra three-dimensional reconstruction artificial neural plate

Technical field

This utility model belongs to medical instruments field.

Background technology

The corrective surgery of vertebra and intraspinal tumor can be followed excision with vertebral plate or vertebral arch usually at present, causes the imperfect of vertebral body, erector spinae spinous process attachment point disappearance; Make vertebra be affected in load-bearing and turning to etc.; Poor stability, and the postoperative spinal cord do not have vertebral plate protection, and spinal cord is subject to adhesion, compressing; Muscle and spinal dura mater directly contact and can form epidural fibrosis behind the vertebrae plate resection, increase the weight of spinal compression.Because vertebrae plate resection, spinal cord loses the protection of vertebral plate, causes compression of spinal cord, adhesion, unstable spine, and various lumbago and skelalgia of clinical appearance and nervous symptoms, the inconvenience that brings huge misery and productive life for the patient is for society brings the tremendous economic loss.

The utility model content

The purpose of this utility model provides a kind of spinous process of alternative disappearance, is the moulding titanium alloy stabilizer of the vertebra three-dimensional reconstruction artificial neural plate that primary raw material carries out manual manufacture with the titanium alloy.

This utility model is raw material with the titanium alloy; With the DICOM data is that template is moulding, and the vertebral plate structure is: in both sides, spinous process lower end are stabilizers, and spinous process and stabilizer junction are installed with backplate; The backplate both sides are the side stabilizer, and are porose on spinous process, stabilizer, backplate, side stabilizer.

This utility model is raw material with the titanium alloy, and it is moulding to be with the DICOM data that template designs, and successfully builds resin vertebra model through the DICOME data; Try to install and inching at model, realize personalized treatment, it is high to have the fitness of installation; Anatomy simulating degree advantages of higher; The complete titanium alloy structure of artificial neural plate that this utility model designs has advantages such as the good biochemistry compatibility and biomechanical compatibility, is sophisticated implantation property equipment material.The slippage that the stabilizer structure can effectively avoid correlation technique in the past to be difficult to avoid sink and wait the generation of displacement situation, and it is bigger to have stress area, and stress point is even, and RF is convenient to combine with the bone bed, is convenient to advantages such as sclerotin adheres to.Netted spinous process is convenient to muscle and is adhered to the anchoring fiber connective tissue and advantage such as seek connections with.This utility model also has simple for structure easy for installation; Wherein key technology such as three-dimensional reconstruction, titanium plate plastotype are all ripe, are convenient to produce, and preparatory installation of being taked and inching operating process realize personalized treatment; Etc. multiple novelty and characteristics, be convenient to clinical expansion.

Description of drawings

Fig. 1 is this utility model structural representation;

Fig. 2 is that this utility model is applied in the design sketch that simulation is installed on the resin mould;

Fig. 3 is that this utility model is applied in the design sketch after sheep vertebra entity is installed inching.

The specific embodiment

This utility model is raw material with the titanium alloy, is that template is moulding with the DICOM data, builds resin vertebra model through the DICOME data, tries to install and inching at model.The vertebral plate structure is: in both sides, spinous process 2 lower end are stabilizers 1, and spinous process 2 is installed withbackplate 3 with stabilizer 1 junction, andbackplate 3 both sides areside stabilizer 4, and are porose on spinous process 2, stabilizer 1, backplate 2,side stabilizer 4.

The DICOME data collection and analysis carries out three-dimensional reconstruction: vertebra is carried out whole CT scan gather its DICOME data, carry out three-dimensional reconstruction, measure the vertebral plate related data and carry out statistical analysis.

Modelling of resin vertebral body and titanium alloy three-dimensional reconstruction fixed-wing artificial neural plate universal models are set up and are made: according to DICOME three-dimensional reconstruction data perfusion resin vertebral body model; And obtain each sections vertebral plate data of neck breast waist sacrum according to DICOME three-dimensional reconstruction DATA REASONING; Through statistics each sections vertebral plate data is analyzed; Obtain meansigma methods, carry out the three-dimensional data simulation, set up each sections artificial neural plate universal models.

Simulation is installed and inching: target vertebral plate model is simulated vertebra pull excision, choose the three-dimensional reconstruction titanium alloy stabilizer artificial neural plate of corresponding specification and simulate installation, and in installation process, carry out inching to owing anastomosis application titanium plate instrument.Artificial neural plate after the inching promptly can be installed and used.

Spinous process 2 in this utility model has replaced supraspinal spinous process, and stabilizer 1 is removed on the bone bed of vertebral plate with 4 clampings of side stabilizer, and stabilizer 1 places the bone bed outside;Side stabilizer 4 places the bone bed inboard; To the clamping of bone bed, stabilizer 1, bone bed,side stabilizer 4 are fixed with staple through hole on stabilizer 1 and theside stabilizer 4 then, thereby;Backplate 3 has replaced vertebral plate, and spinal dura mater is protected.

On the spinous process 2 of this utility model, stabilizer 1, backplate 2, theside stabilizer 4 many holes are arranged, these holes first can alleviate the weight of this utility model artificial neural plate.The generation of displacement situation such as stabilizer 1 effectively avoids slippage with the hole on theside stabilizer 4, sink, and it is bigger to have stress area, stress point is even, and RF is convenient to combine with the bone bed, is convenient to sclerotin and adheres to.Supraspinous hole is convenient to muscle and is adhered to the anchoring fiber connective tissue and seek connections with.

Claims (1)

1. the moulding titanium alloy stabilizer of vertebra three-dimensional reconstruction artificial neural plate; It is characterized in that: be raw material with the titanium alloy; The vertebral plate structure is: in both sides, spinous process lower end are stabilizers; Spinous process and stabilizer junction are installed with backplate, and the backplate both sides are the side stabilizer, and be porose on spinous process, stabilizer, backplate, side stabilizer.

Images