带推进器的推间融合器技术领域本发明涉及一种脊稚内固定装置，特别是一种椎间固定装置，具体地说， 涉及一种带推进器的推间融合器。 Between push belt pusher fusion Field The present invention relates to a spinal fixation device Wakkanai, particularly an intervertebral fixation device, and more particularly, relates to intervertebral A tape pusher cage. 背景技术应用推间融合器治疗脊柱疾病已有近20年的历史，国内外学者多年来的研究实验表明，理想的推间融合器应具有合适的自身体积(接触面积)和周壁厚度，既能提供充分的、稳定的持久支撑功能，又能提供足够的空间填充移植骨。 BACKGROUND push applications between fusion treatment of spinal disease for nearly 20 years, scholars at home and abroad over the years of research experiments show that, between the ideal of integration should have the right to push its own volume (contact area) and peripheral wall thickness, both provide sufficient, stable durable support function, but also to provide sufficient space is filled with bone graft. 常规的推间融合器如图1所示，推间融合器分别设置在推间的左右两侧。 Conventional intervertebral fusion device 1, the intervertebral cage are disposed between the left and right sides of the push. 推间融合器为一中空的立方体（方盒形）结构，其上、下表面分别与上、下终板接触，以保持推间高度，其中空部分和两推间融合器中间部分用于植骨（如图2)。 Intervertebral fusion device is a hollow cube (box-shaped) structure, which upper and lower surfaces respectively, the lower end plate contacts to maintain the intervertebral height, wherein the space between the two portions and an intermediate portion for pushing fusion implant bone (FIG. 2). 其侧壁上设置有数个孔洞，用于减少对移植骨的应力遮挡，促进推间骨融合。 Disposed on a sidewall of several holes, for reducing stress shielding of the bone graft to promote intervertebral bone fusion. 其上、下表面设计成防滑结构，增加摩擦阻力，防止推间融合器的移动。 On its lower surface designed to be anti-slip structure, increasing frictional resistance to prevent movement of intervertebral fusion device. 此外，其后侧壁上设置有孔，便于使用工具(如推进器)将其推送入推体内。 Further, after a hole is provided on the side wall, easy to use tools (e.g. thrusters) push into the push body. 在实际使用中，常规类型的推间融合器存在一些缺陷，如植入数年后出现不同程度的沉降以及骨融合率低等问题，最终导致推间高度丟失。 In actual use, the conventional types of intervertebral fusion device has some shortcomings, as well as varying degrees of bone fusion sedimentation rate and other issues after implant for several years, eventually leading to loss of height between the push. 近年的研究增加植骨面二;口植骨量将有助^解决上i;题。 Recent studies have increased bone surface two; amount of bone mouth will help solve the ^ i; title. 、 八、由于推间融合器的支撑性能与植骨面积、植骨量相互制约，有效、持久的支撑性能要求推间融合器的周壁具有一定厚度，降低推间融合器与推体终板的接触压强；而较好的植骨融合率则要求稚间融合器中空体积大，因此简单地增加中空体积或周壁厚度均不能彻底解决上述问题。 Eight, since the supporting performance intervertebral fusion device and bone area, bone quantity mutual restraint, effective, long-lasting support performance requirements intervertebral fusion peripheral wall having a thickness, reduced intervertebral cage of the push endplate the contact pressure; fusion rate and preferably between juvenile requires large volume of the hollow fusion device, thus simply increasing the wall thickness of the circumferential volume or hollow are not completely solve the problem. 发明内容本发明的目的是提供一种新型结构的稚间融合器，通过特殊的结构设计， 在保证具有稳定、持久的支撑性能的同时，最大限度地增加了植骨面积和植骨量，使植骨融合率大幅度提高，彻底解决推间融合器植入后沉降、堆间高度丟失的问题。 Object of the present invention is to provide a novel structure of a fusion between juvenile, through a special design, to ensure a stable, long-lasting performance while supporting, it maximizes the amount of bone graft and the area of the fusion rate increased significantly, completely solve the intervertebral fusion implant settlement between the stack height loss problems. 此外，本发明还提供一种推进器，用于在手术中将本发明推间融合器推入推间间隙，以很好地配合本发明推间融合器的使用。 Further, the present invention provides a pusher for pushing in the operation of the present invention between the cage is pushed into a gap between the push to use a good fit between the cage push the present invention. 本发明椎间融合器的技术方案如下：一种带推进器的推间融合器，包括推间融合器和与其连接的推进器，稚间融合器为环形空心柱体，所述环形空心柱体包括上、下表面，前板、后板及左、右侧壁，其上、下表面具有防滑表面结构，形状与推间上、下终板相近。 Aspect of the present invention, the cage is as follows: A tape intervertebral fusion device pusher comprising intervertebral fusion device and a pusher attached thereto, an annular cage between juvenile hollow cylinder, the annular hollow cylinder includes upper and lower surface, a front plate, a rear plate and the left and right side walls, its upper and lower surfaces having a non-slip surface structure, the shape of the intervertebral, close to the lower end plate. 所述环形空心柱体的左侧或右侧侧壁设置有开口。 The left or right side wall of the annular hollow cylinder is provided with an opening. 所述环形空心柱体为环形空心矩形柱体，其横截面呈C形。 The annular hollow cylinder is a hollow rectangular cylindrical ring, which C-shaped cross section. 所述推间融合器的后板上设置有推进孔，所述推进孔带有内螺紋，所述推进孔与一推进器连接，所述推进器包括依次连接的手柄、细长连杆和接头，所述接头可连接所述推进孔。 The intervertebral fusion device rear plate provided with a propulsion hole, advancing the elongated rod bore with an internal thread and the joint, the propulsion hole and a pusher connected to a propulsion handle comprises sequentially connected, the linker may be attached to the propulsion hole. 所述推进器还设置有正好封堵所述环形空心柱体側壁上开口的档板，所述档板连接在连杆上。 The pusher is also provided with an annular baffle plate just blocking the opening of the hollow cylinder side walls, said baffle plate is connected to the link. 所述防滑表面结构是表面呈锯齿状凸起的表面。 The non-slip surface is a surface structure of the surface was serration. 所述推间融合器的材料为钛合金、碳纤维或PEEK。 The material is pushed between the cage is a titanium alloy, carbon fibers or PEEK. 本发明推进器的技术方案如下：一种推进器，用于将上述堆间融合器推入椎间间隙，包括依次连接的手柄、 细长连杆和接头，所述接头可连接所述稚间融合器的推进孔。 Pusher aspect of the present invention is as follows: a propulsion device for interbody fusion pushed into a gap between said stack successively comprising a handle connected to the elongated rod and connector, the connector may be connected between the juvenile fusion propulsion hole's. 所述推进器还设置有正好封堵所述推间融合器环形空心柱体侧壁上开口的档板，所述档板连接在连杆上。 The pusher is also provided between the push block just tailgate opening sidewall fusion annular hollow cylinder, said baffle plate is connected to the link. 所述档板由一端垂直连接的横板和侧板组成，所述横板上设置有与连杆横截面同形状的中心孔，并垂直套装在连杆上；所述侧板i殳置在连杆的侧面，侧板平面平行于连杆的轴线，并向接头方向延伸。 The horizontal baffle plate and the side plate connected to one end of a vertical composition, said cross-plate is provided with a central hole with the same cross-sectional shape of the rod, and perpendicular to the link set; Shu disposed in the side panel i connecting rod side, side plates parallel to the plane of the axis of the link, and the joint direction. 种側壁上设置有开口的环形空心柱体结构，优选方案是一种横截面呈[形的矩形柱体结构。 An annular structure disposed hollow cylinder having an opening on the seed sidewall in cross-section a preferred embodiment [a rectangular column-shaped structure. 本发明技术方案在保证推间融合器具有稳定、持久支撑性能的同时，最大限度地增加了植骨面积和植骨量（植骨面积和植骨量是常规结构堆间融合器的2倍以上），使植骨融合率大幅度提高。 Aspect of the present invention to ensure intervertebral fusion with stable, long-lasting support performance, while maximizing the amount of bone and bone area (amount of bone graft and the area between the above stack structure of a conventional fusion device twice ), the fusion rate is greatly improved. 此外，由于本发明推间融合器的横截面呈C形，其开放结构不但减小了对移植骨的应力遮挡，而且将传统结构推间融合器的三个孤立植骨区改变为一个大型植骨区，有利于植骨融合。 Further, the present invention since the intervertebral cage C-shaped cross-section, the open structure which not only reduces the stress shielding of the bone graft, and will change the traditional structure of three isolated intervertebral fusion graft region is a large plant bone area is conducive to fusion. 本发明整体区域的植骨融合后，能在椎间提供更强有力的支撑。 After grafting the entire region of the inventive fusion can provide strong support in the intervertebral. 由此可见，本发明技术方案在很大程度上彻底消除了推间融合器植入后沉降、堆间高度丢失的问题。 Thus, the aspect of the invention is largely complete elimination of the intervertebral fusion device implanted settlement between pile height loss problems. 本发明推进器是一种用于将本发明推间融合器推入稚间间隙的手术工具。 The present invention is a pusher for pushing the inventive fusion between the surgical tool is pushed into the gap between the juvenile. 由于本发明推间融合器为一种侧壁上设置有开口的环形空心柱体结构，不利于植骨。 Since the cage structure is provided an annular hollow cylinder having an opening between the upper side wall to push the present invention is one kind, is not conducive to bone. 本发明推进器通过设置可封堵稚间融合器侧壁上开口的档板，既有利于植骨操作，又确保了植骨过程中移植骨形成稳定的形态。 Pusher provided by the present invention may be inter tailgate closure juvenile cage opening in the side wall, is conducive to bone graft operation, and to ensure that the graft during transplantation of bone morphology form stable. 附图说明图1为常规结构推间融合器示意图；图2为常规结构推间融合器植骨示意图；图3为本发明推间融合器结构示意图；图4为本发明推间融合器植骨面积示意图。 BRIEF DESCRIPTION OF DRAWINGS FIG 1 is a conventional schematic structure of intervertebral fusion device; FIG. 2 is a schematic diagram bone fusion between the push conventional structure; FIG. 3 is a schematic structural intervertebral fusion device of the present invention; FIG. 4-fusion device of the present invention, bone graft push schematic diagram of the area. 图5为本发明推进器结构示意图。 FIG 5 is a schematic structure of the present invention advance. 图6为推进器和推间融合器安装示意图。 FIG 6 is a pusher and intervertebral fusion installation diagram. 具体实施方式下面结合附图对本发明的技术方案做进一步说明。 DETAILED DESCRIPTION The following description of the drawings further aspect of the present invention binds. 图3为本发明推间融合器结构示意图。 FIG 3 Push fusion between the schematic structure of the present invention. 如图3所示，本发明推间融合器1 为一环形空心的矩形柱体，该矩形柱体的一侧设置为开口。 As shown, push between the cage 1 of the present invention is a rectangular hollow annular cylinder, the cylinder is provided on the side of the rectangular opening 3. 具体地说，是横截面呈〔形的矩形柱体，是由前板11、侧壁13和后板12组成的左侧或右侧开口的C形柱体结构。 Specifically, a rectangular-shaped cross-section [cartridge, the left or right side of the C-pillar structure by opening the front plate 11, side walls 13 and the rear plate 12 thereof. 推间融合器1的上、下表面设置成防滑表面结构，增加与上、下推板接触时的摩擦阻力，防止其在推间移动。 The intervertebral cage 1, the lower surface of the non-slip surface structure is arranged to increase frictional resistance when in contact with the push down plate, which prevents movement between the push. 所述上、下表面的防滑表面结构是指规则或不规则的粗糙表面，进一步说，指表面呈齿状凸起的表面，更进一步说，指表面呈倒锯齿状凸起的表面，以更好地防止推间融合器1向后侧和外侧移动。 Said upper and lower surfaces of the non-slip surface structure refers to a regular or irregular rough surfaces, further, refers to a surface as a surface serrations, Furthermore, surface refers to a surface shape of an inverted serration, more good prevented intervertebral cage 1 is moved rearward and outward. 堆间融合器1后板12上设置有推进孔14。 Between the stack 1 is provided with holes 14 on the plate 12 to promote fusion. 本实施例中，推进孔14带有内螺紋，通过螺紋连接推进器。 In this embodiment, propulsion internally threaded bore 14, by screwing the pusher. 所述推进器是手术中将推间融合器1推进推间的手术器械。 The pusher is a fusion surgery between 1 push the surgical instrument between advancing push. 本发明采用具有良好生物力学性能、适合医学使用的材料制造，如金属、 塑料材料。 The present invention employs a good biomechanical properties, materials for medical use, such as metal, plastic material. 优选的材料为钛合金、碳纤维或PEEK。 A preferred material is titanium, carbon fiber or PEEK. 本发明推间融合器突破了传统封闭结构的设计模式，利用横截面呈C形的矩形柱体结构，在保证推间融合器具有稳定、持久支撑性能的同时，最大限度地增加了植骨面积和植骨量。 Intervertebral fusion device of the present invention is designed to break the traditional mode of closed structure, a pillar structure with a rectangular cross-section C-shaped intervertebral cage to ensure a stable, long-lasting support performance, while maximizing the area of the bone and bone volume. 以通常的结构参数为例，推间融合器长、宽和高分别为25mm、 9mm和9mm，壁厚3mm。 Usual structural parameters, for example, intervertebral fusion length, width and height respectively, 25mm, 9mm and 9mm, a wall thickness of 3mm. 计算表明，本发明的植骨面积和植骨量是常规结构推间融合器的2倍以上。 Calculations show that the amount of bone graft and area of the present invention is more than twice the conventional structure intervertebral fusion device. 此外，由于本发明推间融合器优选方案的横截面呈C形，其开放结构不但减小了对移植骨的应力遮挡，而且将传统结构推间融合器的三个孤立植骨区改变为一个大型植骨区15,如图4所示。 Further, since the present invention is pushed between the C-shaped in cross-section a preferred embodiment of the fusion device, open structure which not only reduces the stress shielding of the bone graft, and will change the traditional structure of three isolated bone intervertebral fusion device to a region large graft area 15, as shown in FIG. 从生物力学角度分析，推间整体骨支撑的受力特性、接触特性和稳定性均优于分散骨，植骨融合后，能在推间提供更强有力的支撑。 Biomechanical analysis, mechanical characteristics of the entire intervertebral bone support, and contact characteristics are superior dispersion stability of the bone, after fusion, to provide stronger support between the push. 因此本发明为推间骨融合和支撑营造了最佳的生物力学环境，最大程度地消除了推间融合器植入后沉降、推间高度丢失的问题。 Thus, the present invention is a bone fusion between the push and support to create the best biomechanical environment, to maximize the elimination of intervertebral fusion device implanted settlement between height loss pushed the issue. 图5为本发明推进器的结构示意图。 5 is a block schematic diagram of the present invention the pusher. 具体地i兌，本发明推进器是一种用于将本发明推间融合器推入推间间隙的手术工具。 I against particular, the present invention is a pusher to push the surgical tool of the present invention, fusion between pushed into a gap between a push. 如图5所示，本发明推进器2 由依次连接的手柄23、细长状连杆22和接头21组成，接头21带有与推间融合器推进孔14内螺紋匹配的外螺紋。 5, the present invention is the handle 2 by a pusher 23 connected sequentially, the elongated rod 22 and the joint 21 composed of the joint 21 with an external thread intervertebral fusion propulsion hole 14 matching threads. 在实际使用中，通过接头21与推进孔14的螺接4吏推进器2和堆间融合器1连接成一体，实现将堆间融合器1推进推间间隙的操作。 In actual use, then 4 officials pusher screw joint 21 through the hole 14 of the propulsion cage 2 and the connection between the stack integrally, to achieve the fusion between the stack 1 is operating clearance between the push propulsion. 为了在推间融合器1被推进推间间隙的过程中封堵其側壁上的开口，本发明推进器2还设置有档板24。 To push the cage 1 between the process is advanced to push the gap between the opening in the closure sidewall thereof, the pusher 2 of the present invention is further provided with a baffle 24. 在本实施例中，档板24由边缘连接的橫板241和側板242组成，二平面垂直或接近垂直设置，所述橫板241上设置有与连杆22横截面同形状的中心孑L,并垂直套装在连杆22上，所述侧板设置在连杆22的側面，其平面平行于连杆22的轴线，并延伸出接头21。 In the present embodiment, the horizontal baffle plate 24 is connected by the edge 241 and the side plate 242 composed of two vertical or near vertical plane is provided, on the transverse plate 241 is provided with a cross-section of the link 22 with the center of the shape larvae L, and set on a vertical rod 22, the side plate disposed on the side surface of the link 22, which is a plane parallel to the axis of the link 22 and the joint 21 extends. 当推进器2与推间融合器1连接在一起时， 突出在接头21前面的侧板242正好可以封堵稚间融合器1側壁上的开口。 When the pusher 2 and the intervertebral cage 1 are joined together, projecting on the front side 242 of the joint 21 may be open on just one side wall fusion between the closure and juveniles. 由于档板24是套接在连杆22上，所以档板24可以在连杆22上转动或滑动，可十分方^更地转换遮挡方向，对左侧开口或右侧开口的推间融合器都适用.档板24可采用具有一定弹性的金属或非金属薄片，利用其弹性可较好地起到封堵开口的作用。 Since the baffle 24 is sleeved on the link 22, the baffle 24 may be rotated or slid on the link 22, may be more out of square ^ convert blocked direction, to the left or right side of the opening opening intervertebral cage applies. baffle 24 may be employed with certain elasticity or non-metallic sheet, by the elastic function as well can be plugged openings. 手术实际操作步猓可更清楚地表明推进器2的结构。 Step Guo surgical practice will be more clearly show the structure 2 of the propulsion. (1) 旋转推进器2，将接头21旋进推进孔14中，使推进器2与堆间融合器1连接成一体，并使推进器2上突出的档板24正好封堵推间融合器1 側壁上的开口，如图6所示；(2) 在推间融合器1的空腔内填充移植骨；(3) 握持推进器2，将推间融合器1推入推间间隙；(4) 旋转推进器2，将接头21从推进孔14中旋出，撤消推进器档板24对推间融合器1側壁开口的封堵。 (1) the rotary pusher 2, the joint 21 is screwed into the hole 14 advancing the stack between the pusher 2 and the cage 1 are integrally connected, and the pusher 2 just projecting sealing baffle 24 intervertebral cage an opening in the side wall, as shown in FIG. 6; (2) between the cage push cavity filling bone graft 1; (3) holding the pusher 2, push the cage 1 between the push-push gap between; (4) the rotary pusher 2, the joint 21 from unscrewing propulsion hole 14, 24 withdraw promote plugging cage 1 Holding the sidewall of the opening device bezel. 所述档板24封堵推间融合器1侧壁上开口的作用主要体现在推间融合器1被推入推间间隙前，使推间融合器1的中空部分成为封闭中空体，以利于植骨操作，并确保植骨过程中移植骨形成稳定的形态。 The baffles acting on the opening side wall 24 between the push block mainly before fusion intervertebral fusion device 1 is pushed into a gap between the push, so that the hollow portion of the intervertebral cage 1 becomes a closed hollow body, in order to facilitate grafting operation, and to ensure that the process of grafting the bone graft to form a stable shape. 实际上， 一旦堆间融合器1被推入推间间隙后，人体推间筋膜将起到维持植骨形态的作用。 In fact, once the cage 1 between the stack is pushed into a gap between the pushing, pushing between the fascia and body shape will play a role to maintain bone. 以上对本发明的技术方案进行了说明，但不以任何形式对本发明做出限制.应当指出，对本领域技术人员来说，依据本发明的指导思想还可以做出很多相关的变形和改进，但这些均将落入本发明的保护范围。 Above technical solution of the present invention have been described, but not in any way be made to limit the present invention. It should be noted, skilled staff, in accordance with the guiding ideology of the present invention can also make a lot of relevant modifications and improvements, but these the average fall within the scope of the present invention.