1338421 九、發明說明： 【發明所屬之技術領域】 本案係關於一種SATA連接器，尤指一種具有雙固定 結構之SATA連接器。 【先前技術】 ATA (AT Attachment，AT介面）是一般磁碟機的介面 φ 規範，可被應用於電腦系統上，主要作為内接式儲存裝置 與主機板之間的傳輸介面，且發展出並列先進技術連接 (Parallel ATA，簡稱PATA)和串列先進技術連接（SeHa】 ΑΤΑ,簡稱SATA)兩種介面規格，其中PATA介面由於傳 輸頻見有限，無法跟上處理速度越來越好的中央處理哭， 使得能夠提供高傳輸效能以及具有眾多優勢的SATA介面 逐漸取代傳統的PATA介面。 請參閱第一圖（a)(b)以及第二圖（a) - (d)，其中 • 第一圖（a)(b)係為習知SATA連接器之結構示意圖，第 二圖（a) ~ (d)係為習知SATA插座之結構示意圖，習知 SATA介面主要由SATA連接器12及SATA插座20、21 所構成’一般SATA插座20、21可設置於主機板或是儲存 裝置，例如：SATA硬碟’而SATA連接器12可設置於一傳 輸線11之兩端，但不以此為限，用以插接對應的SATA插 座20、21 ’以使電腦系統機殼内部所設置之主機板與儲存 - 裝置連接。 \ 請再參閱第一圖（a)所示之SATA連接器12的結構， 1338421 由於SATA連接器12完全無任何與SATA插座2〇、21之 間固定功能的設計，以致於無論配合於第二圖（a)至（d ) 的任一款SATA插座20、21時，隨著儲存裝置運作所產生 的震動以及電腦系統的搬運過程’均會發生與SATA插座 20、21之間鬆脫及無法確定卡緊的問題，將造成儲存裝置 與主機板之間信號的傳輸中斷，而發生儲存資料遺失的情 況。 請再參閱第一圖（b)所示之SATA連接器12的結構， 如圖所示，此款SATA連接器12雖增加金屬彈片121的設 計，但其固定的方式僅為利用金屬彈片121上的凸點122 來固定在SATA插座21之擋牆結構22上的凹槽221，因 此僅適用於如第二圖（c)及（d)所示具有三面以上檔牆 結構22的SATA插座21。對於第二圖⑷及（b)所示 之不具有凹槽的擋牆結構的SATA插座2〇，第一圖（b) 所不之SATA連接器12將無法固定在此類產品上，使用上 又到諸多限制，而無法符合目前市面上現有SATA插座的 需求。 因此’如何發展一種可改善上述習知技術缺失，且能 夠緊密的固定於習知SATA插座之具有雙固定結構之 SATA連接盗，貫為目前迫切需要解決之問題。 【發明内容】 本案之主要目的在於提供一種具有雙固定結構之 SATA連接益’其係將一彈性元件固設於SATA連接器之 1338421 絕緣殼體上，並藉由將彈性元件之卡勾部扣合於SATA插 座之底座上，使SATA連接器之絕緣殼體與SATA插座固 定，以防止絕緣殼體與SATA插座之間脫離，俾解決傳統 SATA連接器的固定結構僅能適用於部份的SATA插座， 而無法符合目前市面上現有SATA插座需求的缺點。 為達上述目的’本案之一較廣義實施樣態為提供一種 SATA連接器’用以與SATA插座連接，其係包含：絕緣 • 殼體；彈性元件，其係固設於絕緣殼體表面上，且具有按 壓部、彎折部、複數個凸出部以及卡勾部，其中，弯折部 係與絕緣殼體相抵頂，以使彈性元件與絕緣殼體間具有彈 性作動；俾使，藉由彈性元件之該卡勾部及/或複數個凸出 部固定於SATA插座上，使絕緣殼體與該SATA插座固定， 以防止絕緣殼體與SATA插座之間脫離。 本案之另一較廣義實施樣態為提供一種SATA連接器，用以 與SATA插座連接，其中SATA插座係具有底座，其係包 • 含：絕緣殼體；彈性元件，其係固設於絕緣殼體表面上， 且具有按壓部、彎折部以及卡勾部，其中，彎折部係與絕 緣忒體相抵頂，以使彈性元件與絕緣殼體間具有彈性作 動，俾使’藉由彈性元件之卡勾部扣合於SATA插座之底 座上，使絕緣殼體與SATA插座固定，以防止絕緣殼體與 SATA插座之間脫離。 【實施方式】 ’， 體現本案特徵與優點的一些典型實施例將在後段的 5兒明中詳細敘述。應理解β 有各種的變化，其皆不脫離=案能夠在不同的態樣上具 圖示在本質上係當作說明之的範圍，立其中的說明及 請參閱第三圖（a)，Α ’而非用以限制本案。1338421 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a SATA connector, and more particularly to a SATA connector having a double fixed structure. [Prior Art] ATA (AT Attachment, AT interface) is the interface φ specification of general disk drives, which can be applied to computer systems, mainly as a transmission interface between internal storage devices and motherboards, and has developed a juxtaposition. Advanced technology connection (Parallel ATA, PATA for short) and serial advanced technology connection (SeHa) ΑΤΑ, referred to as SATA) two interface specifications, in which the PATA interface is limited in transmission frequency, unable to keep up with the processing speed of better central processing Cry, the SATA interface that provides high transmission performance and has many advantages gradually replaces the traditional PATA interface. Please refer to the first figure (a) (b) and the second figure (a) - (d), where • the first picture (a) (b) is a schematic diagram of the conventional SATA connector, the second picture (a ~ (d) is a schematic diagram of a conventional SATA socket. The conventional SATA interface is mainly composed of a SATA connector 12 and a SATA socket 20, 21. The general SATA sockets 20 and 21 can be disposed on a motherboard or a storage device. For example, the SATA hard disk 'and the SATA connector 12 can be disposed at both ends of a transmission line 11, but not limited thereto, for plugging the corresponding SATA sockets 20, 21 ' to make the inside of the computer system casing The motherboard is connected to the storage - device. \ Please refer to the structure of the SATA connector 12 shown in the first figure (a), 1338421 Since the SATA connector 12 is completely free of any design with the fixed function between the SATA sockets 2, 21, so that it is suitable for the second In the case of any of the SATA sockets 20 and 21 of the drawings (a) to (d), the vibration generated by the operation of the storage device and the handling process of the computer system may occur between the SATA sockets 20 and 21 and cannot be released. Determining the problem of jamming will cause the transmission of signals between the storage device and the motherboard to be interrupted, and the loss of stored data may occur. Please refer to the structure of the SATA connector 12 shown in the first figure (b). As shown in the figure, the SATA connector 12 adds the design of the metal dome 121, but the fixing method is only by using the metal dome 121. The bumps 122 are fixed to the recesses 221 of the retaining wall structure 22 of the SATA receptacle 21, and thus are only applicable to the SATA receptacles 21 having three or more wall profiles 22 as shown in the second figures (c) and (d). For the SATA socket 2 of the retaining wall structure without the groove shown in the second figure (4) and (b), the SATA connector 12 of the first figure (b) will not be fixed on such products. There are a number of restrictions that cannot meet the current demand for existing SATA outlets on the market. Therefore, how to develop a SATA connection thief with a double fixed structure that can improve the above-mentioned conventional technology and can be tightly fixed to a conventional SATA socket is an urgent problem to be solved. SUMMARY OF THE INVENTION The main purpose of the present invention is to provide a SATA connection with a double fixed structure, which fixes an elastic component to the 1338421 insulating housing of the SATA connector, and buckles the hook of the elastic component. The SATA connector's insulating case is fixed to the SATA socket to prevent the SATA connector from being detached from the SATA socket. The fixed structure of the traditional SATA connector can only be applied to some SATA. Sockets, and can not meet the shortcomings of the current demand for SATA sockets on the market. In order to achieve the above object, a generalized implementation of the present invention provides a SATA connector for connecting to a SATA socket, which comprises: an insulation • a housing; and an elastic member fixed on the surface of the insulating housing. The utility model has a pressing portion, a bending portion, a plurality of protruding portions and a hook portion, wherein the bending portion is abutted against the insulating shell to elastically act between the elastic member and the insulating shell; The hook portion and/or the plurality of protruding portions of the elastic member are fixed to the SATA socket, and the insulating housing is fixed to the SATA socket to prevent separation between the insulating housing and the SATA socket. Another broad implementation of the present invention provides a SATA connector for connection to a SATA socket, wherein the SATA socket has a base, the package includes: an insulating housing; and an elastic member that is secured to the insulating housing The body surface has a pressing portion, a bending portion and a hook portion, wherein the bending portion is abutted against the insulating body to elastically act between the elastic member and the insulating housing, so that the elastic member is The hook portion of the hook is fastened to the base of the SATA socket, so that the insulating case and the SATA socket are fixed to prevent the insulating case from being separated from the SATA socket. [Embodiment] Some exemplary embodiments embodying the features and advantages of the present invention will be described in detail in the following paragraphs. It should be understood that there are various changes in β, and that they are not separated from the case. The fact that the case can be illustrated on different aspects is essentially the scope of the description. For the description and refer to the third figure (a), 'Not to limit the case.
連接器之分解結構示意本案較佳實施例之SATA S紙連接器30主要由 U)所示’本案之 成，而SATA連接器3〇其一 ^ 31以及彈性元件32所構 不以此為限，可用來插接如：：與1輸線33連接，但 知不同類型的SATA插座圖（a广⑷所示之習 所設置之主機板與儲存裝置(未l =使電腦系統機殼内部 於本實施例中，絕緣殼體3 =連接 接，日H a + 1的〜端係與傳輸線33連 31 ..... 開口 312 ’且該開口 312朝該絕緣殼體 3厂广形成一容置凹槽313(如第四圖⑴。)及第五圖 ⑴所示）’該容置凹槽313内部可設置與該傳輸線 電性連接之連接端子（未圖示），另外絕緣毅體Η的上表 面可具有複數個相對應設置且内凹之容置槽311以及一固 定部314，於本實施例中，固定部314可為一凸部結構， 但不以此為限。 請再參閱第三圖（a)，本案之彈性元件32可為一金屬 彈片’主要由一連接部32i、一按壓部322、複數個凸出 部323、複數個卡勾部324以及一彎折部π，所構成，其 中’考折部325可使用製作卡勾部324所剩餘的材料製 成，其一端係與絕緣殼體31相抵頂，以使彈性元件32與 絕緣殼體31間具有彈性作動，且具有與絕緣殼體31的固 1338421 定部314相對應設置之一貫穿孔洞3251(如第三圖所 示）’而連接部321為一呈長條型之結構，其兩端係相對應 於絕緣殼體31的容置槽311設置，按壓部322則與連接 部321連接，且可為一门字形結構，可藉由施加一作用力 至按壓部322 ’以使整個彈性元件32產生變形。 於本實施例中，複數個凸出部323可設置於一平面結 構326上，且平面結構326的兩端係分別與按壓部322、 φ 卡勾部324以及彎折部325連接。 請再參閱第三圖（a)(b)(c)，本案之彈性元件32 主要藉由將連接部321的兩端分別插入絕緣殼體31的容 置槽311中，以及將彎折部325之貫穿孔洞3251與絕緣 喊肋_ 31的固疋部314相配合連接的固定方式，使彈性元 件32穩定固著於絕緣殼體31上，以形成本案之sata連 接器30(如第三圖（c)所示）。 請參閱第四圖（a)，其係為將第三圖（c)所示之SATA 修連接Is與SATA插座連接之結構示意圖，如圖所示，本案 之SATA連接器30可與如第二圖（a)及（b)之SATA插 座20相連接且藉由彈性元件32來使絕緣殼體3ι與 插座20之間穩固連接，#中SATA插座2〇係具有一底座 201以及一金手指結構202，當SATA插座20之金手指結 構202插入絕緣殼體31 #容置凹槽313後，即sata插座 20與絕緣设體31之間互相插接配合後，彈性元件^㈣ 數個卡勾部324將扣接於SATA插座Μ的底座2〇ι上，使 '仔SATA插座20與絕緣殼體31之間可緊密g己合，可達到 防止SATA插座20與絕緣殼體31之間因儲存裝置運作所 產生的震動以及電腦系統的搬運過程，而發生鬆脫及無法 禮定卡緊的情形發生。 當使用者在正常程序下預將SATA插座20與絕緣殼體 31之間分離時’只要按壓彈性元件32之按壓部322並於 其正面方向施加一作用力，即如第四圖（a)所示之X方 向’由於’彎折部325可使彈性元件32與絕緣殼體31間 具有彈性作動的關係，因此當按麼按壓部322時，會連動 使得整個彈性元件32的結構產生變形，如此一來，原本 扣接於SATA插座20的底座201上的卡勾部324將脫離 SATA插座20，接著’只需將SATA插座20的金手指結構 2〇2拔離絕緣殼體31之容置凹槽313，就可使SATA插座 2〇與絕緣殼體31分離。 凊參閱第五圖（a)’其係為將第三圖（c)所示之SATA 連接器與另一種SATA插座連接之結構示意圖，如圖所 示’本案之SATA連接器30可與如第二圖（c)及（d)之 SATA插座21相連接且藉由彈性元件32來使絕緣殼體31 與SATA插座21之間穩固連接，其中SATA插座21係具 有三面以上的檔牆結構22、底座222以及金手指結構 223 ’且檔牆結構22的内部可具有凹槽221。 當SATA插座21之金手指結構223插入絕緣殼體31 的容置凹槽313後，即SATA插座21與絕緣殼體31之間 互相插接配合後，彈性元件32的複數個凸出部323、複數 個卡勾部324以及彎折部325將被連同地置入檔牆結構22 1338421 與金手指結構223之間的空間内，使得彈性元件32的複 數個凸出部323將置入檔牆結構22的凹槽221中，並且 複數個卡勾部324也將扣接於SATA插座21的底座222 上’使得SATA插座21與絕緣殼體31之間可緊密配合， 可達到防止SATA插座21與絕緣殼體31之間因儲存裝置 運作所產生的震動以及電腦系統的搬運過程，而發生鬆脫 及無法確定卡緊的情形發生。 • 反之’當使用者在正常程序下預將SATA插座21與絕 緣殼體31之間分離時，同樣只要按壓彈性元件32之按壓 部322並於其正面方向施加一作用力，即如第五圖（3)所 示之X方向’由於’彎折部325可使彈性元件32與絕緣 殼體31間具有彈性作動的關係，因此當按壓按壓部322 時’會連動使得整個彈性元件32的結構產生變形，如此 一來’彈性元件32的複數個凸出部323將脫離原本所容 置的檔牆結構22之凹槽221，且原本扣接於SATA插座21 # 的底座222上的卡勾部324也將脫離SATA插座21，接著， 只需將SATA插座21的金手指結構223拔離絕緣殼體31 之容置凹槽313，就可使SATA插座21與絕緣殼體31分 離。 綜上所述，本案之具有雙固定結構之SATA連接器， 藉由將彈性元件之卡勾部及/或複數個凸出部固定於SATA 插座上，使絕緣殼體與SATA插座固定，以防止絕緣殼體 與SATA插座之間脫離，且藉由彈性元件之彎折部與絕緣 殼體相抵頂的方式，以使彈性元件與絕緣殼體間具有彈性 12 1338421 作動，當預將SATA插座與絕緣殼體之間分離時，只要按 壓彈性元件之按壓部，即可使彈性元件之卡勾部及/或複數 個凸出部與SATA插座相分離。是以，本案之具有雙固定 結構之SATA連接器極具產業之價值，爰依法提出申請。 本案得由熟知此技術之人士任施匠思而為諸般修 飾，然皆不脫如附申請專利範圍所欲保護者。The exploded structure of the connector indicates that the SATA S paper connector 30 of the preferred embodiment of the present invention is mainly formed by the method of U), and the SATA connector 3 and the elastic member 32 are not limited thereto. Can be used to plug in: : Connect with the 1 transmission line 33, but know the different types of SATA socket diagram (a wide (4) shown in the set of motherboards and storage devices (not l = make the computer system chassis inside In this embodiment, the insulative housing 3 = the connection, the end of the day H a + 1 is connected to the transmission line 33 31 ..... the opening 312 ' and the opening 312 is formed into a wide area of the insulating housing 3 The recess 313 (as shown in the fourth figure (1)) and the fifth figure (1)) 'the receiving recess 313 can be internally provided with a connecting terminal (not shown) electrically connected to the transmission line, and the insulating body is further insulated. The upper surface of the upper surface may have a plurality of correspondingly disposed and recessed receiving grooves 311 and a fixing portion 314. In this embodiment, the fixing portion 314 may be a convex portion structure, but not limited thereto. In the third diagram (a), the elastic member 32 of the present invention may be a metal dome 'mainly composed of a connecting portion 32i and a pressing portion 322. The plurality of protrusions 323, the plurality of hook portions 324, and a bent portion π are formed, wherein the 'folding portion 325 can be made of the material remaining in the hook portion 324, and one end is connected to the insulating shell. 31 abuts against the top to elastically act between the elastic member 32 and the insulating housing 31, and has one through hole 3251 (shown in the third figure) corresponding to the fixed portion 314 of the insulating housing 31. The connecting portion 321 is a strip-shaped structure, and the two ends of the connecting portion 321 are disposed corresponding to the receiving slots 311 of the insulating housing 31. The pressing portion 322 is connected to the connecting portion 321 and can be a gate-shaped structure. The entire elastic member 32 is deformed by applying a force to the pressing portion 322'. In the embodiment, the plurality of protrusions 323 may be disposed on a planar structure 326, and the two ends of the planar structure 326 are respectively The pressing portion 322, the φ hook portion 324, and the bent portion 325 are connected. Referring to the third drawing (a), (b) and (c), the elastic member 32 of the present invention is mainly insulated by inserting both ends of the connecting portion 321 The receiving groove 311 of the housing 31 and the through hole 3251 of the bent portion 325 The fixing portion 314 of the insulating yoke _ 31 is fixedly coupled to the elastic member 32 to be stably fixed to the insulating housing 31 to form the sata connector 30 of the present invention (as shown in the third figure (c)) Please refer to the fourth figure (a), which is a schematic diagram of the connection between the SATA repair connection Is and the SATA socket shown in the third figure (c). As shown in the figure, the SATA connector 30 of the present invention can be the same as the first. The SATA sockets 20 of the two figures (a) and (b) are connected and the insulating member 3 ι is firmly connected to the socket 20 by the elastic member 32. The SATA socket 2 has a base 201 and a gold finger. The structure 202, when the gold finger structure 202 of the SATA socket 20 is inserted into the insulating housing 31 # accommodating the recess 313, that is, after the sata socket 20 and the insulating body 31 are mated with each other, the elastic element ^ (four) several hooks The portion 324 is fastened to the base 2 of the SATA socket , so that the SATA socket 20 and the insulating housing 31 can be tightly coupled to each other, thereby preventing storage between the SATA socket 20 and the insulating housing 31. The vibration generated by the operation of the device and the handling process of the computer system, and the looseness and inability to lock up Shape occurs. When the user pre-separates the SATA socket 20 from the insulating housing 31 under the normal procedure, 'the pressing portion 322 of the elastic member 32 is pressed and a force is applied in the front direction thereof, as shown in the fourth figure (a). The X-direction 'Because' the bent portion 325 can have an elastically actuated relationship between the elastic member 32 and the insulating housing 31, so that when the pressing portion 322 is pressed, the structure of the entire elastic member 32 is deformed. As a result, the hook portion 324 that is originally fastened to the base 201 of the SATA socket 20 will be separated from the SATA socket 20, and then the metal finger structure 2〇2 of the SATA socket 20 is simply removed from the insulating housing 31. The slot 313 allows the SATA socket 2 to be separated from the insulative housing 31.第五 Refer to the fifth figure (a)' which is a schematic diagram of the connection between the SATA connector shown in Figure 3(c) and another SATA socket. As shown in the figure, the SATA connector 30 in this case can be used as The SATA sockets 21 of the two figures (c) and (d) are connected and the insulative housing 31 and the SATA socket 21 are firmly connected by the elastic member 32. The SATA socket 21 has a wall structure 22 of three or more sides. The base 222 and the gold finger structure 223 'and the interior of the wall structure 22 may have a recess 221 . After the gold finger structure 223 of the SATA socket 21 is inserted into the receiving recess 313 of the insulating housing 31, that is, after the SATA socket 21 and the insulating housing 31 are mated with each other, the plurality of protruding portions 323 of the elastic member 32, A plurality of hook portions 324 and bend portions 325 will be placed in the space between the wall structure 22 1338421 and the gold finger structure 223 such that the plurality of projections 323 of the elastic member 32 will be placed into the wall structure. In the recess 221 of the 22, and the plurality of hook portions 324 will also be fastened to the base 222 of the SATA socket 21, so that the SATA socket 21 and the insulating housing 31 can be closely matched, thereby preventing the SATA socket 21 from being insulated. The vibration between the casing 31 due to the operation of the storage device and the handling process of the computer system are loose and the locking cannot be determined. • Conversely, when the user pre-separates the SATA socket 21 from the insulating housing 31 under normal procedures, the pressing portion 322 of the elastic member 32 is also pressed and a force is applied in the front direction thereof, as shown in the fifth figure. (3) The X-direction 'Because' of the bent portion 325 allows the elastic member 32 to have an elastically actuated relationship with the insulating housing 31, so that when the pressing portion 322 is pressed, the structure of the entire elastic member 32 is generated. The deformation, such that the plurality of projections 323 of the elastic member 32 will be disengaged from the recess 221 of the original wall structure 22, and the hook portion 324 originally fastened to the base 222 of the SATA socket 21 # It will also be detached from the SATA socket 21, and then the SATA socket 21 can be separated from the insulating housing 31 by simply pulling the gold finger structure 223 of the SATA socket 21 away from the receiving recess 313 of the insulating housing 31. In summary, the SATA connector with double fixed structure in the present case is fixed to the SATA socket by fixing the hook portion and/or the plurality of protruding portions of the elastic member to the SATA socket to prevent the insulating case from being fixed to the SATA socket. The insulating case and the SATA socket are separated from each other, and the bent portion of the elastic member abuts against the insulating case to make the elastic member and the insulating case have elasticity 12 1338421, when the SATA socket is pre-insulated and insulated When the housings are separated from each other, the hook portion of the elastic member and/or the plurality of projections can be separated from the SATA socket by pressing the pressing portion of the elastic member. Therefore, the SATA connector with double fixed structure in this case is of great industrial value and is submitted in accordance with the law. This case has been modified by people who are familiar with the technology, but it is not intended to be protected by the scope of the patent application.
13 1338421 【圖式簡單說明】 ，一圖（a) (b):其係為習知sata連接器之結構示意圖。 ，士圖（a) ~ (d):其係為習知sATA插座之結構示意圖。 第三圖（a):其係為本案較佳實施例之SATA連 解結構示意圖。 孬及刀 :其係為第三圖U)所示之彈性元件之反面結 構不意圖。13 1338421 [Simple description of the diagram], a diagram (a) (b): It is a schematic diagram of the structure of a conventional sata connector. , map (a) ~ (d): It is a schematic diagram of the structure of a conventional sATA socket. Figure 3 (a) is a schematic diagram of the SATA connection structure of the preferred embodiment of the present invention.孬 刀 knife: This is the reverse structure of the elastic member shown in the third figure U).
d ΐίί第三圖之組裝結構示意圖。 第四圖⑴：其係為將第三圖⑷所示之_ SATA插座連接之結構示意圖。 迓按益d ΐίί Schematic diagram of the assembly structure of the third figure. The fourth figure (1): This is a schematic diagram of the structure of the _ SATA socket shown in the third figure (4).迓 迓
插座之結構示意圖。 ；所不之卡勾部脫離SATA 第五圖（a):其係為將第三圖（ 另-種3湯插座連接之結構示意圖「从以連接器與 第五圖（b):其係為將第五圖（aSchematic diagram of the socket. Figure 9 (a): This is the third diagram The fifth picture (a
插座之結構示意圖。 <卡勾部脫離SATA 1338421 【主要元件符號說明】 11 :傳輸線 12 : SATA連接器 121 :金屬彈片 122 :凸點 20、21 : SATA 插座 22 :擋牆結構 221 :凹槽 201、222 :底座 30 : SATA連接器 31:絕緣殼體 311:彈性元件 312:開口 313:容置凹槽 314:固定部 32··彈性元件 321:連接部 322:按壓部 323:凸出部 324:卡勾部 325:彎折部 3251:貫穿孔洞 33:傳輸線 326:平面結構Schematic diagram of the socket. <Cut hook off SATA 1338421 [Main component symbol description] 11 : Transmission line 12 : SATA connector 121 : Metal dome 122 : Bump 20 , 21 : SATA socket 22 : Retaining wall structure 221 : Groove 201 , 222 : Base 30: SATA connector 31: Insulating housing 311: elastic member 312: opening 313: accommodating recess 314: fixing portion 32··elastic member 321: connecting portion 322: pressing portion 323: protruding portion 324: hook portion 325: bent portion 3251: through hole 33: transmission line 326: planar structure
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