M420934 * . 五、新型說明： 【新型所屬之技術領域】 本創作係與線性馬達有關，特別是關於一種線性馬達之定子基座。 【先前技術】 按，以定子及動子所組成之線性馬達乃係已知且公開之技術内 . 谷’而其定子之組成，大體上乃係於-長形槽狀空間之兩側相向槽璧 上’分別貼設多數依序排列之磁鐵元件，據以於該槽狀空間中形成磁 ^ #，使伸入該槽狀空間之動子得以於電能作用下，受磁場之作用而沿 該槽狀空間之長軸而移動，是等技術固屬傳統之技術内容惟其仍有 其未漆完善之處。 〃具體而言，習知用以形成該槽狀空間之^子基座，乃係有如我國 第089215194 5虎新型專利前案所揭露者般，係於兩平行之長形基板短 轴-端間’央設-適當厚度之長雛之間隔塊，並_多數如螺检等 連接元件，將各該基板分綱接於關隔條塊上，據以形成該槽狀空 間，惟，此等構造由於必需將各該板分別、结合於該間隔塊±，因此， 驗裝上來說’由於其需於結合前分別絲個基板與間隔塊間進行校 . 較位，並分別以連接元件進行結合，是以，其組裝過於繁瑣，再者， ㈣各絲減_制之結合鶴藉自螺接元件紐餘結合，對 於面積甚大之基板而言，係欠缺了穩定基板平整度之技術内容，使得 基板易生_之情況’致使由該基座所構成之槽狀空間隨之變形，而 影響磁通狀態’對於線性馬達而言，上開之技術内容顯有待加以改進。 【新型内容】 因此，本創作之主要目的即係在提供一種線性馬達之定子基座， 其係可縮短組裝之程序，簡化製程以提昇製造效率。 本創作之另一目的則係在提供一種線性馬達之定子基座，其係可 3 M420934 確保定子基座之可靠度，使所應用之線性馬達具有穩定之作動狀態。 緣是，為達成上述目的，本創作所提供線性馬達之定子基座乃 係包含了有-體成型之-第―座身，具有—長平板狀之第_座板一 第-連接板塊，係沿料-絲之長觀伸而垂直 之短轴:端上；-體之-第二座身，具有—長平板狀之=座座板板 係與該第-絲平行對應且彼此相關來，-第二連接板塊係沿該 第二座板之錄延伸而垂直固接於該第二絲之雖—端上，並與該 第一連接板塊相向對應；多數連接部，係分別橋接於各該第一與第二 連接板塊間，使各該第一、第二座身彼此結合。 【實施方式】 以下，茲舉本創作一較佳實施例，並配合圖式作進—步說明，其 中： ’、 第一圖係本創作一較佳實施例之立體組合圖。 第二圖係本創作一較佳實施例之立體分解圖。 第三圖係本創作一較佳實施例之剖視圖。 請參閱各圖所示’在本創作一較佳實施例中所提供線性馬達之定 子基座⑽乃係包含了有—第—座身⑽、—第二座身⑽以及多數連 接部(40)。 該第-座身(20)乃係-體細者，而具有—概呈長矩形平板狀之第 一座板(21)，一第一連接板塊(22)係沿該第一座板(21)之長軸延伸而 成，並垂直地固接於該第一座板(21)短軸一端上，且突伸於該第一座板 (21)之下方。 該第二座身(3〇)亦係以一體成型者，具有一概呈長矩形平板狀之第 二座板(31)，乃位於該第一座板(21)之下方並與之平行且相隔適當之距 離，一第二連接板塊(32)係沿該第二座板(31)之長軸延伸而成，垂直地 4 口接於该第二座板(31)短轴一端上，並冑伸於該第二座板㈤之上側板 面，且與該第一連接板塊(22)相向對應。 該連接部(40)則係具有多數階狀之第一穿孔(41)與多數第二螺孔 (夕2)係彼此同ϋ地分別貫設於各該第一、第二連接板塊(22)(32)上， 數累(43)係分別螺接於彼此呈同軸對應之一第一穿孔與一第二螺 =(41)(42)巾’藉由結合該第_無第二連接板塊(22)(32)轉持各該 第一與第二座板(21)(31)間之平行對應狀態。 藉由上述構件之組成，該定子基座（10)於組裝上而言，僅需透過一 人的板準疋位’使各該第—穿孔與第二螺孔(41)(42)彼此同軸以及— 人之螺接程序’即得使各該第—座身(2Q)與該第二座身(3Q)彼此結合， 相較於習知技術而言，本創作係具有簡化製程、降低组配難度以及縮 短製程俾提高製造之效率。 並且’藉由各該第一座身(20)與第二座身(30)以一體成型使之具有 取代習知間隔塊之第—與第二連接板塊(22)(32)構造，係可進一步強化 各違第-、第二座板(21)(31)本身之囉，避免在組裝過程巾所施加之 結合力造成各該座板(21)(31)產生如習知技術般變形之缺失，同時於組 裝後’更可確錢定子基座⑽不會因為座板之變形致使㈣供線性馬 達動子運動之槽形產生變形’如此—來，當可確保於該定子基座中所 形成之磁場狀態係為穩狂平均，使輯同步獲得穩定，俾以提高線 性馬達之可靠度。 另外，所需再加以提出制者係，在上揭實施财，乃係使各該 第一、第二連接板塊(22)(32)其分別自各該第_、第二座板(21)(31)向 外突伸之輯為相同，亦即各糾_、第二連接板塊(22)㈤係具有相 同之厚度’據以簡化零件之型態及數量，惟本倾應受保護之範圍並 非以之為限，苟使各該第-、第二連接板塊(22)(32)彼此間之厚度相 異’其與上開實施例相同地’亦可達到加項性較佳、簡化構件校準 M420934 定位及組裝程序之具體功效，而仍屬本案所應受保護者。 【圖式簡單說明】 第一圖係本創作一較佳實施例之立體組合圖。 第二圖係本創作一較佳實施例之立體分解圖。 第三圖係本創作一較佳實施例之剖視圖。 【主要元件符號說明】 線性馬達之定子基座（10) 第一座板(21)M420934 * . V. New description: [New technical field] This creation is related to linear motors, especially the stator base of a linear motor. [Prior Art] Linear motors consisting of stators and movers are known and disclosed in the art. The composition of the stator is generally in the opposite groove on both sides of the elongated slotted space. On the raft, a plurality of magnet elements arranged in sequence are respectively disposed, so that a magnetic force is formed in the groove-shaped space, so that the mover extending into the groove-shaped space can be subjected to electric energy, and is subjected to the action of the magnetic field. The long axis of the trough space moves, and the technology is a traditional technical content, but it still has its unpainted perfection. Specifically, the conventional sub-base for forming the groove-like space is like the short axis-end between two parallel elongated substrates, as disclosed in the Chinese Patent No. 089215194 5 'Centrally--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Since it is necessary to separately bond each of the plates to the spacer block ±, therefore, it is required to perform the alignment between the respective substrates and the spacer blocks before the bonding, and respectively combine them with the connecting elements. Therefore, the assembly is too cumbersome, and further, (4) the combination of the various wires is reduced by the combination of the screw-connected components, and for the substrate with a large area, the technical content of stabilizing the flatness of the substrate is lacking, so that the substrate In the case of 易生_, the groove-like space formed by the susceptor is deformed, which affects the magnetic flux state. For the linear motor, the technical content of the upper opening needs to be improved. [New content] Therefore, the main purpose of this creation is to provide a stator base for a linear motor, which can shorten the assembly process and simplify the process to improve manufacturing efficiency. Another object of the present invention is to provide a stator base for a linear motor that is 3 M420934 to ensure the reliability of the stator base, so that the applied linear motor has a stable operating state. The reason is that, in order to achieve the above objective, the stator base of the linear motor provided by the present invention comprises a body-shaped body-the first body, and has a long flat plate-shaped plate-first connecting plate. The short axis along the length of the material-filament and the vertical axis: the upper end; the body-the second body, having a long flat plate = the seat plate plate system is parallel to the first wire and is related to each other, - a second connecting plate is vertically fixed to the end of the second wire along the extension of the second seat plate and corresponding to the first connecting plate; a plurality of connecting portions are respectively bridged The first and second seat bodies are coupled to each other between the first and second connecting plates. [Embodiment] Hereinafter, a preferred embodiment of the present invention will be described with reference to the drawings, in which: ', the first drawing is a three-dimensional combination of a preferred embodiment of the present invention. The second drawing is an exploded perspective view of a preferred embodiment of the present invention. The third drawing is a cross-sectional view of a preferred embodiment of the present invention. Referring to the drawings, the stator base (10) of the linear motor provided in the preferred embodiment of the present invention includes a first body (10), a second body (10) and a plurality of connecting portions (40). . The first seat (20) is a thin body, and has a first seat plate (21) having a generally rectangular flat shape, and a first connecting plate (22) is along the first seat plate (21). The long axis extends and is vertically fixed to one end of the short axis of the first seat plate (21) and protrudes below the first seat plate (21). The second body (3〇) is also integrally formed, and has a second seat plate (31) having a long rectangular plate shape, which is located below and parallel to and separated from the first seat plate (21). Appropriate distance, a second connecting plate (32) extends along the long axis of the second seat plate (31), and four ports are vertically connected to one end of the short axis of the second seat plate (31), and Extending the upper side surface of the second seat plate (5) and corresponding to the first connecting plate block (22). The connecting portion (40) is configured to have a plurality of first perforations (41) and a plurality of second screw holes (the same as the second screw holes) respectively disposed on the first and second connecting plates (22). (32) upper, the number of tired (43) are respectively screwed to each other coaxially corresponding to one of the first perforations and a second spiral = (41) (42) towel 'by combining the first without second connecting plates ( 22) (32) holding the parallel correspondence state between each of the first and second seat plates (21) (31). By the composition of the above components, the stator base (10) is assembled, and only needs to pass through a panel of a person to make each of the first through holes and the second screw holes (41) (42) coaxial with each other and - The human screwing program has to combine the first seat (2Q) and the second seat (3Q) with each other. Compared with the prior art, the creative system has a simplified process and a reduced assembly. Difficulty and shortened processes increase manufacturing efficiency. And 'the first seat body (20) and the second seat body (30) are integrally formed to have the structure of the first and second connecting plate blocks (22) (32) instead of the conventional spacer block. Further strengthening the smashes of the first and second seat plates (21) (31) themselves, and avoiding the bonding force exerted by the assembly process towel, causing the seat plates (21) (31) to be deformed as in the prior art. Missing, and at the same time after assembly, it is more reliable that the stator base (10) will not be deformed by the deformation of the seat plate (4) for the groove shape of the linear motor mover movement. So, when it is ensured in the stator base The state of the magnetic field formed is a steady average, which makes the synchronization stable and improves the reliability of the linear motor. In addition, it is necessary to further propose the system, and the first and second connecting plates (22) (32) are respectively provided from the respective first and second seat plates (21) ( 31) The series of outward projections are the same, that is, the corrections and the second connecting plates (22) and (5) have the same thickness 'in order to simplify the type and quantity of the parts, but the scope of protection should not be For example, the thickness of each of the first and second connecting plates (22) (32) is different from each other 'the same as the above-mentioned embodiment', and the additive property is better, and the component calibration is simplified. The specific effects of the positioning and assembly procedures are still the ones that should be protected in this case. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a three-dimensional combination of a preferred embodiment of the present invention. The second drawing is an exploded perspective view of a preferred embodiment of the present invention. The third drawing is a cross-sectional view of a preferred embodiment of the present invention. [Main component symbol description] Linear motor stator base (10) First board (21)
第一座身(20) 第一連接板塊(22) 第二座板(31) 連接部(40) 第二螺孔(42) 第二座身(30) 第二連接板塊(32) 第一穿孔(41) 螺栓(43)First body (20) First connecting plate (22) Second seat plate (31) Connecting part (40) Second screw hole (42) Second seat body (30) Second connecting plate block (32) First hole (41) Bolts (43)