五、新型說明： 【新型所屬之技術領域】 本創作係提供_種可灌注骨泥之巾” 域，且技術上提 供-種多轴向性魏料巾封釘，可定量且有效财輯注至疏鬆 之椎體内’ϋ職猶者調整敗桿角歧合肋糾料植入偏差 所產生之角度偏差’大幅增加骨釘與脊椎椎想骨關之界面強度，達 到強化穩定之目的。 【先前技術】 對患有骨質疏鬆的病患而言，脊椎骨釘之穩固且有效固定，是脊 椎手術成敗與糾重要_。f用的方法是先在雜椎㈣骨釘植入 孔道内灌注骨泥後，再鎖入骨釘，以提升骨釘與骨骼間之界面強度 (Interfacial strength) ’因傳統骨釘為單向而無法調整骨釘鎖入方向的限 制’或骨泥灌注量不足、骨泥分佈不均勻等，導致骨釘、骨泥與脊椎 椎體骨路間無法良好結合在__起，造成骨釘無法有穩固有效固定。 【新型内容】 一種多軸向性骨泥灌注中空骨螺釘，其包括：一骨螺釘本體、一 多軸向轉動螺紋頭與一止付螺絲，骨螺釘本體設有一轴向中心貫穿孔 及數個徑向穿孔，該數個徑向穿孔與該轴向中心貫穿孔為單側導通。 多轴向性骨泥灌注中空骨螺釘植入脊椎椎體後，其軸向中心貫穿孔可 搭配骨泥擠壓輔助裝置將骨泥經轴向中心貫穿孔通道擠壓並注入骨 泥’骨螺釘本體自由端設有一圓球部’一多轴向轉動螺紋頭具有一球 凹部得供圓球部在其内多軸向轉動，此一多軸向轉動螺紋頭設成中空 之U形趙，而中空之u形想内設有螺紋，一固定桿得穿過多軸向轉動 螺紋頭之U形體，一止付螺絲得嫘入該多轴向轉動螺紋頭之U形體内 之螺紋並抵緊固定該固定桿，此多軸向性骨泥灌注中空骨螺釘可視病 患骨質情況調整鎖入方向，提升手術成功機率。 【實施方式】 以下具體實施例僅為本創作之最佳實施態樣的例示，非意圖限制 本創作之範圍。所屬領域具有通常知識者可藉由本創作之揭露，在不 背離本創作之精神的範圍内做出適度的變更和修正。 參閱第一圖至第三圖所示，本創作係提供一種多轴向性骨泥灌注 中空骨螺釘’其包括：一骨螺釘本體11、一多軸向轉動螺紋頭12與一 止付螺絲13 ’骨螺釘本體11設有一轴向中心貫穿孔21及數個徑向穿 孔22 ’該數個徑向穿孔22與該轴向中心貫穿孔21為單側導通，骨釘 本體11自由端具一圓球部14及凹入之一工具鎖設孔15。多轴向性骨 泥灌注中空骨螺針植入脊椎椎體後，其柏向中心貫穿孔21可搭配骨泥 擠壓辅助裝置將骨泥經軸向中心貫穿孔21通道擠壓並注入骨泥，骨泥 經由轴向中心貫穿孔21與徑向穿孔22滲出固化於脊椎椎艎骨骼中。 骨螺釘本體11自由端設有一圓球部14，多轴向轉動螺紋頭12具有一 球凹部121得供圓球部14在其内多轴向轉動，此一多軸向轉動螺紋頭 12 "又成中空之U形體122 ’而中空之U形艎122内設有螺紋123，一 固疋桿31得穿過多軸向轉動螺紋頭12之U形體122，一止付螺絲13 得嫘入該多軸向轉動螺紋頭12之IJ形體122内之螺紋123並抵緊固定 該固定桿31 ’此多轴向性骨泥灌注中空骨螺釘可視病患骨質情況調整 鎖入方向，提升手術成功機率。 【圖式簡單說明】 第一圖.係本創作其一實施例之立體分解示意圖。 第二圖.係本創作其一實施例之組合剖示示意圖。 第三圖：係本創作其一實施狀態立體示意圖。 【主要元件符號說明】 11 骨螺釘本體 12 多轴向轉動螺紋頭 121 球凹部 122 U形體 123 螺紋 13 止付螺絲 14 圓球部 15 工具鎖設孔 M411913 21 22 31 軸向中心貫穿孔 徑向穿孔 固定桿V. New description: 【New technical field of the invention】 This creation department provides the field of “can be poured into the bone mud”, and the technology provides a multi-axial Wei towel seal, which can be quantitative and effective. In the vertebral body of the loose vertebral body, the angle deviation caused by the misplacement of the distraction ribs and the correction of the implant eccentricity increases the interface strength of the bone nail and the spine to achieve the purpose of strengthening stability. Prior art] For patients with osteoporosis, the stable and effective fixation of the spinal nail is an important part of the success or failure of the spine surgery. The method used is to infuse the bone mud in the microscopy (4) bone nail implantation channel. After that, the nail is locked again to improve the interfacial strength between the nail and the bone. 'The traditional bone nail is one-way and cannot adjust the restriction of the nail locking direction' or the bone mud perfusion is insufficient, and the bone mud distribution Inhomogeneity, etc., the bone nail, bone mud and spinal vertebral body can not be well combined in the __, resulting in the bone nail can not be stable and effective fixation. [New content] A multi-axial bone mud perfusion hollow bone screw, It includes: a bone screw body, a multi-axial rotation threading head and a stop screw, the bone screw body is provided with an axial central through hole and a plurality of radial perforations, the plurality of radial perforations and the axial center through hole are one side After the multi-axial bone mud perfusion hollow bone screw is implanted into the vertebral body, the axial center through hole can be combined with the bone mud extrusion auxiliary device to squeeze the bone mud through the axial center through hole channel and inject into the bone mud. The free end of the bone screw body is provided with a ball portion. A multi-axial rotating thread head has a ball recess for the multi-axial rotation of the ball portion therein. The multi-axial rotating thread head is set to a hollow U-shaped Zhao. The hollow u-shape is intended to have a thread therein, and a fixing rod has to pass through the U-shaped body of the multi-axially rotating threaded head, and a stop screw can be inserted into the U-shaped body of the multi-axially rotating threaded head and abutted against the thread. Fixing the fixing rod, the multi-axial bone-soil perfusion hollow bone screw can adjust the locking direction of the patient's bone condition, thereby improving the success rate of the operation. [Embodiment] The following specific embodiments are only the best embodiment of the present invention. Illustrative, unintentional The scope of the creation. Those who have the ordinary knowledge in the field can make appropriate changes and corrections within the scope of the spirit of the creation by the disclosure of the creation. Referring to the first to third figures, the creation provides A multi-axial bone-soil perfusion hollow bone screw' includes: a bone screw body 11, a multi-axial rotation threaded head 12 and a stop screw 13 'the bone screw body 11 is provided with an axial center through hole 21 and a number The radial through holes 22 ′ are electrically connected to the axial center through hole 21 , and the free end of the bone nail body 11 has a spherical portion 14 and a concave tool locking hole 15 . After the hollow bone screw is implanted into the spine vertebral body, the cypress to the center through hole 21 can be combined with the bone mud extrusion auxiliary device to squeeze the bone mud through the axial center through hole 21 channel and inject into the bone mud. The mud oozes out through the axial center through hole 21 and the radial perforation 22 to solidify in the vertebrae of the vertebrae. The free end of the bone screw body 11 is provided with a ball portion 14 having a ball recess 121 for multi-axial rotation of the ball portion 14 therein. The multi-axial rotation thread head 12 " Further, a hollow U-shaped body 122' is provided with a thread 123 in the hollow U-shaped jaw 122. A fixing rod 31 passes through the U-shaped body 122 of the multi-axially rotating threaded head 12, and a stop screw 13 can be inserted into the shaft. The thread 123 in the IJ-shaped body 122 of the threaded head 12 is axially rotated and the fixing rod 31 is fixedly fixed. The multi-axial bone-infused hollow bone screw can adjust the locking direction of the patient's bone condition, thereby improving the chance of successful operation. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective exploded view of an embodiment of the present invention. Fig. 2 is a schematic cross-sectional view showing an embodiment of the present invention. The third figure is a three-dimensional diagram of an implementation state of the present creation. [Main component symbol description] 11 Bone screw body 12 Multi-axial rotation thread head 121 Ball recess 122 U-shaped body 123 Thread 13 Stop screw 14 Ball portion 15 Tool lock hole M411913 21 22 31 Axial center through hole radial perforation fixed Rod