M303609 八、新型說明： 【新型所屬之技術領域】 本創作侧於-種扇框，特別關於一種能夠固定線材之 線材夾持結構。 ’^ 【先前技術】 利用風扇作為散絲置乃為常見的作法，-種習知之風扇！，如 圖1所不’包括-葉輪u、_扇框12以及—驅動該葉輪U轉動之馬 達（圖未顯示）’該葉輪u係具有複數個扇葉⑴，並與該馬達相連 結’且皆容置於該扇框12中，該馬達藉由—線材13經由該扇框U 而與外界電性連接。 ▲為防止該線材13於該風扇i運轉時鬆脫或移動，習知技術係利用 羽忙12之固疋部121，將該線材13固定於該固定部121與該扇 框U之間。然而，由於該峡部i2i之形狀僅係為一彎形勾狀結構， ^亥線材13仍會於_定部121與該扇框12之間產生移動或鬆脫。 田姐扇1於喊時受到外力姉猶材13，麟材13目未被該固 疋邛121夾持固疋住而容易造成線材13與電路板連接處之銲點斷裂； 甚至該風扇1於_至_系驗，該系統的震動亦可能造成該線材13 1、電路板連接處之銲點斷裂，如此會降低該風扇1之可靠度與使用壽 〒為避免上述問題，現行常見的作法係於該固定部121對線材13 ”、、，處理然此法不僅耗時耗工，更會因點膠位置不正確造成不良 率與生產成本提高。 因此，如何提供一種能夠固定線材避免銲點斷裂，亦不致使生產 M3 03 609 乃為重要課題之一。 成本提高之風扇及其扇框， 【新型内容】 有鐘於上述課題，本創作之目的為 點斷裂，林致使生產成本 〃 ^⑼i線材避免銲 絲3 h、、本^之勒1及其線材夾持結構。 坌疋’、、、、上述目的’依據本創作之一種扇框 二-弟二框體。該第-框體係具有—第—夾持結構，設置二= 嫩—雜I_蝴罐繼部；增 寺相為—朝向該第二框體延伸之凸出物，而該限位成 糾-框體之外·增凹槽。該W外壁具有_ = 持結構，其係對應於該第—夾持結構，其包括一結 該結合部係具有一可供 位止』’ 料^「駚L 分置之凹口，而該擋止部係 、框體之外壁向該限位部延伸。當該第—鋪與該第二框體構 成Λ羽框彳線材可緊固於該夾持部、限位部與該擋止部所形 固空間内。 斤这本創作之扇框藉由該限位部受到該夾持部與該結合部 連結帶動’賴第-夾持結構整體產生朝向_止部方向之固定壓 力，而使-線材可緊固於該第—夾持結構與該扇框之間。與習知技術 相較，本創作能夠使該線材緊固於該第―、第二夾持結構與該扇框之 間’可避免該線材gj晃動峨銲闕裂，該第―、第二紐結構可與 其對應的框體-體成型製成，故不會造成生產成本增力。，而能提升該 扇框緊固該線材之效能。 M3 03 609 【實施方式】 以下將參照相關圖式說明 同的元件將以相同的參照符號加以說明。扇框，其中相 2與圖3所示’依據本創作較佳實施例之—種風戶戶 2包括-第-框體 ㈣例之種風扇扇框 22。該第-框體^从—可與該第—框體21相結合之第二框體 少 之外壁具有一第一夾持結構21卜該第-夾持於槿 11係具有夾持部2lla及—與該夾持部2叫目連結之、 其中該夾持部211a係盔—細二. 4 211b’ 位部2Ub則形成二框體22延伸之凸出物，而該限 佳地來nL 之外侧之容置凹槽灿。較 =广持部211a於其&向該第二框想22之末端附近為一斜 於編2Ua與該陶㈣之連結嫩無限制， ;^ J以體成型製成；該第一夾持結構211於實施上，亦可 與該第一框體21以一體成型製成。 一〆第框體22之外壁具有一第二夹持結構m，其係對應於該第 一夾持結構211。更詳細地說，該第二夾持結構221包括有—結合部 221a與-擒止部221b ;該結合部2仏係具有一可供該夹持部2山之 一部分置入之凹口 221c，而該播止部221b係軸向地從該第二框體^ 之外壁向舰位部22ib延伸。該第二夾持結構221實施上係可與該第 二框體22 —體成型製成。 該扇框2更包括至少-扣合件23及至少一凸塊24 ;於本實施例 而言’該扣合件23係、設置於該第二框體22之外壁，該凸塊24則係對 應於該扣合部23而設置於該第一框體21之外壁，當然，反之亦可。 M303 609 請制時參_ 4顯6所示，#該第—框體2i與該第二 u進行組合時，該扣合部23 _該凸部％姊合。於簡時，該第 一，持結構2η之夾持部施與該第二夾持結構之結合部㈣亦相 互連結，亦即當該第-框體21與該第二框體22逐漸結合時，該夹持 部施可藉由其斜面結構211d彈性變形地導入該結合部22!a之凹口 2中221b同時進置入該限位部211b之容置凹槽211c 時，:Γ風扇（具有與外界電性連結用之線材3)使用該扇框2 M 211b受到該夾持部2Ua與該結合部連結帶動，使該第 ==構211整體產生朝向該擋止部3方向之固定壓力，而使該線 2於該第一夾持結構211與該扇框2之間。此外，本實施例中， 於—持、、’°構2U與第二夾持結構221之連結方式並無限制，於實 施上係可為卡扣或卡抵。 秘2所述’與習知技術相較，本創作能夠使該線材緊固於該第一 2播Γ 4扇框1 ’避免魏材目肋硫銲輯裂，該第一失 成生產/第—夾騎射與其對應的铺—體細製成，故不會造 、、本&加’麵提升該雜緊_線材之效果。 神盥5所例性，而非為限制性者。任何未脫離本創作之精 二範圍二 之等效修改或變更，均應包含於後附之申請專 【圖式簡單說明】 M303609 圖1為一種習知之風扇之示意圖； 圖2為本創作較佳實施例之一種扇框之分解圖； 4 圖3為圖2之扇框之第一夾持結構及第二夾持結構之剖面示意圖； 圖4為本創作較佳實施例之風扇扇框組合示意圖； 圖5為圖4之局部放大圖；以及 圖6為圖5之剖面示意圖。 φ 【主要元件符號說明】 1 風扇 11 葉輪 111 扇葉 12、2 扇框 121 固定部 13 > 3 線材 21 第一框體 211 第一夾持結構 211a 爽持部 211b 限位部 211c 容置凹槽 211d 斜面構造 22 第二框體 221 第二夾持結構 221a 結合部 221b 擋止部 221c 凹口 23 扣合件 凸塊 24 9M303609 VIII. New description: [New technical field] This creation side is a kind of fan frame, especially for a wire clamping structure capable of fixing wire. ’^ [Prior Art] It is a common practice to use a fan as a loose wire, a kind of familiar fan! , as shown in FIG. 1 'includes - impeller u, _ fan frame 12 and - a motor that drives the rotation of the impeller U (not shown) 'the impeller u has a plurality of blades (1) and is coupled to the motor 'and The fan frame 12 is placed in the fan frame 12, and the motor is electrically connected to the outside through the wire frame 13 via the wire frame U. ▲ In order to prevent the wire 13 from being loosened or moved during the operation of the fan i, the conventional technique uses the fixing portion 121 of the feather 12 to fix the wire 13 between the fixing portion 121 and the frame U. However, since the shape of the isthmus i2i is only a curved hook-shaped structure, the wire 13 is still moved or released between the fixed portion 121 and the frame 12. When Tianjie fan 1 was shouted, she was subjected to external force, and 13 pieces of material were not clamped by the solid-state 121, which easily caused the joint of the wire 13 and the board to be broken; even the fan 1 _ to _ test, the vibration of the system may also cause the wire 13 1 , the solder joint breaks at the junction of the board, which will reduce the reliability and use of the fan 1 to avoid the above problems, the current common practice In the fixing portion 121, the wire 13"", the processing method is not only time-consuming and labor-intensive, but also causes an increase in the defect rate and the production cost due to the incorrect position of the dispensing. Therefore, how to fix the wire to avoid the breakage of the solder joint It does not make the production of M3 03 609 one of the important topics. The fan with increased cost and its fan frame, [new content] There is a clock in the above-mentioned subject, the purpose of this creation is point break, Lin Zhizhi production cost 〃 ^ (9) i wire Avoid the welding wire 3 h, the 之 勒 1 and its wire clamping structure. 坌疋 ',,,, the above purpose 'in accordance with the creation of a fan frame two-two frame. The first frame system has - The first - clamping structure, set two = tender - hybrid I_ butterfly canister; Zengsi phase is - the protrusion extending toward the second frame, and the limit is outside the correction frame - the groove is added. The W outer wall has _ = Holding a structure corresponding to the first clamping structure, comprising a junction, the coupling portion has a recess for allowing the material to be separated, and the blocking portion and the frame are The outer wall extends toward the limiting portion. When the first paving and the second frame form a beak frame, the wire can be fastened in the space formed by the clamping portion, the limiting portion and the stopping portion. The fan frame of the present invention is driven by the nip portion and the joint portion to drive the lag-clamping structure as a whole to generate a fixed pressure toward the direction of the stop portion, so that the wire can be fastened thereto. Between the first clamping structure and the fan frame, compared with the prior art, the present invention can fasten the wire between the first and second clamping structures and the frame frame to prevent the wire gj from shaking. The first and second neo-structures can be formed by the corresponding frame-body molding, so that the production cost is not increased, and the fan frame can be raised. M3 03 609 [Embodiment] The same components will be described with the same reference symbols with reference to the related drawings. The fan frame, wherein the phase 2 and the figure 3 are better implemented according to the present invention For example, the wind farm household 2 includes a fan frame 22 of the - frame-type body (fourth). The first frame body can be combined with the second frame body of the first frame body 21 to have a small outer wall. a first clamping structure 21, the first clamping member has a clamping portion 2lla and a connection with the clamping portion 2, wherein the clamping portion 211a is a helmet-fine two. 4 211b' The position portion 2Ub forms a protrusion extending from the two frame body 22, and the outer side of the nL is preferably received by the groove. The lower portion 211a is at the end of the second frame 22 The connection between the 2Ua and the ceramic (4) is not limited, and the J is formed by body molding; the first clamping structure 211 can be integrally formed with the first frame 21 to make. The outer wall of the first frame 22 has a second clamping structure m corresponding to the first clamping structure 211. In more detail, the second clamping structure 221 includes a coupling portion 221a and a locking portion 221b; the coupling portion 2 has a notch 221c for inserting a portion of the clamping portion 2, The airing portion 221b extends axially from the outer wall of the second frame body to the land portion 22ib. The second clamping structure 221 can be integrally formed with the second frame 22. The frame 2 further includes at least a fastening member 23 and at least one protrusion 24; in this embodiment, the fastening member 23 is disposed on the outer wall of the second frame 22, and the protrusion 24 is It is provided on the outer wall of the first frame 21 corresponding to the fastening portion 23, and of course, vice versa. M303 609 Please refer to _ 4 show 6 when the system is used. When the first frame 2i is combined with the second u, the engaging portion 23_the convex portion is twisted. In the first embodiment, the first portion, the joint portion of the holding structure 2n and the joint portion (4) of the second clamping structure are also connected to each other, that is, when the first frame 21 and the second frame 22 are gradually combined. The clamping portion can be introduced into the recessed portion 211b of the recessed portion 211b by the beveled structure 211d elastically deformed into the recessed portion 2 of the joint portion 22! The wire 3 for electrically connecting to the outside is used, and the frame 2 M 211b is connected to the joint by the nip 2Ua, so that the entire body of the =" 211" is fixed toward the stop 3 And the line 2 is between the first clamping structure 211 and the fan frame 2. Further, in the present embodiment, the manner of connecting the holding member and the second holding member 221 is not limited, and may be buckled or snapped in practice. According to the secret 2, compared with the prior art, the creation can make the wire fastened to the first 2 seedlings, the 4 frame 1 'avoids the Wei rib rib weld, the first lost production / the first - The clip riding and its corresponding paving body are made in thin, so it will not be made, and this & plus 'face to enhance the effect of the hybrid _ wire. The gods are 5, not restrictive. Any equivalent modifications or changes that do not depart from the scope of this creation should be included in the attached application. [Simplified description of the drawings] M303609 Figure 1 is a schematic diagram of a conventional fan; FIG. 3 is a schematic cross-sectional view showing a first clamping structure and a second clamping structure of the fan frame of FIG. 2; FIG. 4 is a schematic view of a fan frame assembly according to a preferred embodiment of the present invention; Figure 5 is a partial enlarged view of Figure 4; and Figure 6 is a cross-sectional view of Figure 5. φ [Description of main component symbols] 1 fan 11 impeller 111 blade 12, 2 fan frame 121 fixing portion 13 > 3 wire 21 first frame 211 first holding structure 211a holding portion 211b limiting portion 211c receiving concave Slot 211d bevel structure 22 second frame 221 second clamping structure 221a joint portion 221b stopper portion 221c notch 23 fastener piece bump 24 9