201024985 六、發明說明： 【發明所屬之技術領域】 本發明疋關於一種多選擇開關，特別是一種供電器用辨識開 關及該供電器。 【先前技術】 隨著現代科技的進步，許多電器用品均已微小化、數位化， 以致可將由發電廠輸出電能轉化成各種家電用品適用之電壓、電 流的電源供應器無法被内建於微型化或可攜式電器產品中。再加 上各電器製造廠商基於商業考量，使得電源供應器規格林林總 ❹總，即便是可與該樣電子產品如筆記型電腦、手機結合成一體之 電池，也都專屬專用，甚至無法與同家公司生產的其他型號產品 互換使用，造成每戶家庭甚至每位消費者至少都擁有數個甚至數 十個不同規格之電池以及電源供應器。 有鑑於此，市場上推出可藉由開關切換多種輸出電壓選項的 電源供應器，以期大幅減少電源供應器之數量，同時減免出國旅 遊或出差洽公時的不便性。 然而，如圖1所示之一種習知的可調整輸出電壓之電源供應 f 1 ’其本體η係藉由連接在輸出導線上的撥動開關14，改變撥 φ 動開關14内電阻器的電阻值，選擇切換輸出至輸出端13之電能 的電壓值。此種結合僅能提供電壓轉換之效果，且在可調整輸出 之電源供應器1供電輸出時，仍可由撥動開關14切換、改變 J電壓。承上，倘若誤觸切換撥動開關14，則可能損壞用電產 發安全問題；尤其舰長時間使驗，撥動關14中的 f 5將因長期撥動而日趨鬆弛，使發生誤觸之機率逐漸提高’ 從而增加輸出不穩定之風險。 此^，隨目前例如筆記型電腦、手機等隨身播帶式電器用品 有些電器產品如蘋果電腦所推出的，並沒有可自行拆 充電電池，-旦機身内建的專用電池損壞，就得耗費時 維修。隨之，有部分電池業者推出多用途的外接電池， 方面作為備用供電器，另方面更可在内建電池損壞時直接外接 3 201024985 需求以及各由於=接電池需配合各種不同電愿 目前電源供應n的可更#切換輪出電塵，亦有 述穩定性_等 式細，因聽存在有魏供應器的上 切換 =2=rr滿足大部=^ ❹ Φ =電:受 規格’以確保電器用口Ί:α〇時必然符合該電器用品 器，應該是保障消費^選擇顧的最佳、^^^識開關及該供電 【發明内容】 系。 至破識：，在提供-種不易受電磁所干擾、甚 器用了目的，在提供一種結構簡單、種造價低廉的供電 電流，讓單一供雷恶可妯恋冬虛田从A運作改變輸出之電壓、 免誤觸而改變輸出電能⑵，ί 含：有，其中該供電器包 輪出埠的主體·，及一組設置於該;=出輸出電能之 識開關包含：複數分別包括-個導電接接= 4 201024985 彼此相間隔的導電電極；複數分 對=導電電極之導電接觸部的:點申子分= -個供由-個遠離該等撓性導電端 子’及至少 * 動位“、=== 電，至該輸出埠之㈣：Ϊ: 了及一組 包括複 ㈣極；複數分別沿著-個長向延伸、的導 極之尊雷接雜都66拔+ 4A.U·播a、.,. 1 +應'1等導電電 定輸出電壓之-的輸出電能輸ΐ ❹ ⑩ 極之導電接觸部的接點之撓性導電端子； 個 =等雛導電端子之啟始位置沿平行該長向; 導電接觸部之非導接狀態，換的驅動裝置。個未導接至該對應 綜上所述，本案所揭露之發明，不但結構簡單 ，基本安全辨識功能、可免除受電磁干擾損壞之可解 決上述問題，並大#減少個人絲庭簡有的電源供 解 增加出外洽公或出國旅遊的輕便性。 *數量 【實施方式】 有關本發明之前述及其他技術内容、特點與功 合參考圖式之較佳實施例的詳細說明中，將可清楚 I配 於說明起見，以下較佳實施例中將以單一驅動片表狴，便 解說其與酬本體間之作細係：祕電㈣分 征 應器或可外接之充電電池。 本案之辨識開關3第一實施例如圖2及圖3所示，主右 根彼此相間隔的導電電極32、五根對應的撓性導電^子 I五 動片5。且定義撓性導電端子34 —端延伸的方向為一長向^ 201024985 本例中，導電電極32也是沿著同樣長向、並且--對應於撓性導 電端子34延伸。為說明起見，在此定義撓性導電端子34用以接 觸導電電極32或驅動片5而形成通路的部位為接點、而導電 電極32與接點348或驅動片5接觸而形成通路的部位為導電接觸 部328 ’此外，並定義與該長向大致垂直之方向為夾角方向v。本 例中辨識開關3之初始狀態為所有導電電極32與撓性導電端子34 均未接通’亦即每組相對應的撓性導電端子34與導電電極32彼 此在上述夾角方向形成有一個間隔，而使初始狀態為非導接狀態。 ❹ 承上，且驅動片5如圖4所示，包含一驅動本體52以及驅動 齒部54，讓使用者手持驅動本體52，並以大致平行於該長向朝挽 性導電端子34的方向插入辨識開關本體中；驅動齒部％隨不同 設計而有不同形狀，其中具有至少一個推拔齒542，本例中，如虛 線所示，每一推拔齒542遠離驅動本體52之一端皆且有傾斜導滑 面544,因此在*本例所示之一體成型塑勝材質驅動片1上，共$ 設置最多五個分別--對應上述撓性導接端子34之推拔齒犯。 再者’當驅動片5由啟始位置42自介電殼體7左上方的插置 開口 ^平行該長向插入開關本體、將使得設置有推拔齒⑷處之 傾斜^滑面544向下推壓對應之撓性導電端子％、直到行進至虛 線表不之預定驅動位置44,使撓性導電端子34朝向開口的一 電ίί 32 ’形成虛線所示之導接狀態。且藉由推拔齒之位 使辨識開關3内的所有各組對應之導電電極32和撓性 導電端子34的接通和斷路分別形成編碼的 =二:組訊號。此外，在圖2中，辨識開關3尚丄」 該裝置包括—根轉82 (以虛線框表示）及用 m彈性元件81，使驅動片5在首次被推送至 鎖定、並在第二次向内推擠驅動片5時被 ’將上述辨識開關設置於電源供應器ι〇中’ 二片驅“ 器10輸入蜂21右下方之辨識開關3已安插有 片驅動片5,用以驅動設置於電源供應器殼體中的開關。本例 6 201024985 中，電源供應器的電路如圖ό所示，其中導電電極32與撓性導電 端子34將依照驅動片5的驅動訊號改變導接狀態，影響變壓選擇 電路16 ;當電源從輸入埠21進入主體12，藉由辨識開關3指令 變壓選擇電路16而改變輸出電壓，再經輸出埠22輸出。 ❹201024985 VI. Description of the Invention: [Technical Field] The present invention relates to a multi-selective switch, and more particularly to an identification switch for a power supply and the power supply. [Prior Art] With the advancement of modern technology, many electrical appliances have been miniaturized and digitized, so that the power supply that can convert the output power of power plants into voltages and currents suitable for various household appliances cannot be built in miniaturization. Or in portable electrical products. Coupled with the commercial considerations of various electrical appliance manufacturers, the power supply specifications are always in total. Even batteries that can be integrated with such electronic products, such as notebook computers and mobile phones, are exclusively dedicated or even impossible. The other models produced by the same company are used interchangeably, resulting in at least several or even dozens of batteries and power supplies of different specifications for each household or even each consumer. In view of this, a power supply that can switch multiple output voltage options by switching is introduced in the market, in order to greatly reduce the number of power supplies, while reducing the inconvenience of traveling abroad or traveling. However, a conventional power supply f 1 ' of an adjustable output voltage as shown in FIG. 1 has its body η changed by the toggle switch 14 connected to the output lead, and the resistance of the resistor in the φ switch 14 is changed. The value is selected to switch the voltage value of the electrical energy output to the output terminal 13. This combination can only provide the effect of voltage conversion, and can still be switched by the toggle switch 14 to change the J voltage when the output of the power supply 1 of the adjustable output is output. In the case of mis-touching the toggle switch 14, it may damage the safety of the electricity generation; especially if the ship is in the long-term inspection, the f 5 in the toggle 14 will be loosened due to long-term movement, causing a false touch. The chance is gradually increased', thus increasing the risk of unstable output. This ^, with the current introduction of portable electronic appliances such as notebook computers, mobile phones, etc., such as Apple Computer, does not have the ability to disassemble the rechargeable battery, and the dedicated battery built in the fuselage is damaged, it will cost When repairing. As a result, some battery manufacturers have introduced multi-purpose external batteries, as a backup power supply, and in addition, the external battery can be directly connected to the external battery. 3 201024985 needs and the need to cooperate with various batteries. n can be more than # switch wheel out of the dust, there are also stability _ equation is fine, because there is a Wei switch on the upper switch = 2 = rr meet most = ^ ❹ Φ = electricity: subject to specifications 'to ensure The use of electrical appliances: α〇 must inevitably comply with the electrical appliances, should be the best to protect consumption ^ choose Gu, ^ ^ ^ knowledge switch and the power supply [invention content] Department. To the discretion: In the provision - the kind is not easily interfered by electromagnetic interference, and the purpose of using it is to provide a supply current with simple structure and low cost, so that a single supply of mines can be used to change the output of A. Voltage, error-free change of output power (2), ί include: there, the main body of the power supply package wheel, and a set of settings; = output power switch: the complex includes - a conductive接接 = 4 201024985 Conductive electrodes spaced apart from each other; complex pairs = conductive contacts of conductive electrodes: point Shenzi points = - one for - away from the flexible conductive terminals 'and at least * moving positions", === Electricity, to the output 埠(4): Ϊ: and a group including complex (four) poles; the plurals are extended along a long direction, and the guides of the poles are connected to each other. 66 pulls + 4A.U·cast a, .,. 1 + should be '1 and so on the output voltage of the output voltage of the output power of the ΐ ❹ 10 pole of the conductive contact of the contact point of the flexible conductive terminal; = = start position of the conductive terminal Parallel to the long direction; the non-conductive state of the conductive contact portion, the replacement drive device. In summary, the invention disclosed in this case not only has a simple structure, but also has a basic safety identification function, which can be relieved of electromagnetic interference damage, and can solve the above problems, and reduce the power supply of the personal silk court to increase the external supply. And the portability of the travel abroad. * Quantities [Embodiment] In the detailed description of the preferred embodiments of the present invention and other technical contents, features and functions, reference will be made to the description. In the following preferred embodiment, a single driving piece will be used to describe the structure between the charging device and the main body: the secret electric (four) sub- evaluator or an external rechargeable battery. The first embodiment of the identification switch 3 of the present invention is as shown in the figure. 2 and FIG. 3, the main right root is spaced apart from each other by a conductive electrode 32, five corresponding flexible conductive electrodes I5, and the flexible conductive terminal 34 is defined to extend in the direction of a long direction. 201024985 In this example, the conductive electrode 32 is also elongated along the same length and corresponding to the flexible conductive terminal 34. For the sake of explanation, the flexible conductive terminal 34 is defined herein for contacting the conductive electrode 32 or the driving sheet 5. The portion where the via is formed is a contact, and the portion where the conductive electrode 32 is in contact with the contact 348 or the driving piece 5 to form a via is the conductive contact portion 328', and the direction substantially perpendicular to the longitudinal direction is defined as the angle v in the direction. In the example, the initial state of the identification switch 3 is that all the conductive electrodes 32 and the flexible conductive terminals 34 are not turned on, that is, each set of corresponding flexible conductive terminals 34 and conductive electrodes 32 are formed with an interval in the above-mentioned angle direction. The initial state is a non-conducting state. The driving sheet 5, as shown in FIG. 4, includes a driving body 52 and a driving tooth portion 54 for the user to hold the driving body 52 in a direction substantially parallel to the length. Inserting into the identification switch body toward the direction of the conductive terminal 34; the drive tooth portion has different shapes according to different designs, and has at least one push-out tooth 542 therein. In this example, as shown by the broken line, each push-out tooth 542 is away from one end of the driving body 52 and has a sloped sliding surface 544. Therefore, in the one-piece molded plastic driving sheet 1 shown in this example, a maximum of five are respectively set up--corresponding to the above-mentioned flexible guiding terminal 34 Push pull teeth guilty. Further, when the driving blade 5 is inserted from the starting position 42 from the upper opening of the dielectric housing 7 to the upper side, the long-distance insertion switch body is such that the tilting surface 544 at the push-out tooth (4) is disposed downward. Pushing the corresponding flexible conductive terminal % until proceeding to the predetermined driving position 44 where the broken line is not shown, the flexible conductive terminal 34 is directed toward the opening of the opening to form a conductive state indicated by a broken line. And by pushing the position of the tooth, the on and off of the corresponding conductive electrode 32 and the flexible conductive terminal 34 of all the groups in the identification switch 3 respectively form a coded = two: group signal. In addition, in FIG. 2, the identification switch 3 is still in use. The device includes a root turn 82 (indicated by a dashed box) and an m elastic member 81 for causing the drive piece 5 to be pushed to the lock for the first time and in the second direction. When the driving piece 5 is pushed, the identification switch is set in the power supply 〇, and the identification switch 3 of the bottom of the input unit 21 of the two-chip drive 10 is inserted with the chip driving piece 5 for driving the setting. The switch in the power supply housing. In the example 6 201024985, the circuit of the power supply is as shown in FIG. ,, wherein the conductive electrode 32 and the flexible conductive terminal 34 will change the conduction state according to the driving signal of the driving piece 5, affecting The voltage change selection circuit 16; when the power source enters the main body 12 from the input port 21, the output voltage is changed by the identification switch 3 instructing the voltage change selection circuit 16, and then outputted via the output port 22.
當然’熟悉本技術領域者皆能輕易理解，以上敘述僅為說明 之便利，辨識開關不限於只能内建於電源供應器主體、切換電源 供應器之電壓；而驅動片並未被侷限於均質非導電之非磁性材 質、插接於辨識開關之出入位置並非不可調整，且其與導電電極 及撓性導電端子之構造外型與相對擺設位置亦可視應市場需求變 化。故如圖7所示，本案第二實施例辨識開關3,之啟始狀態則是 撓性，電端子34,之接點348’已觸壓導電接觸部328，、處於導接狀 態38’ ’使辨識開關3’的初始狀態為所有各組端子均呈導通狀態。 且在本例中，驅動片5,之傾斜導滑面544，彎曲成弧形凸狀並^是 由不具導電性之塑膠材質射出成型，開關之插置開口 6，設置於右 =央’當驅動5,被插人至預定驅動位置時，將使所作用之撓 ^導電端子34’齡紅·触置36,，錄制之齡導接端 與導電電極32’分開而形成斷路。亦即，電源供應器ι〇，的原 始輸出可預設-常用之電壓、電流值，在沒有驅動片5，插置的情 預設電源、__才使_片 搞在本财’纖關3,設置的讀對應導電電 ί 端子34’中，係以三對導電電極32，-撓性導接端 •整紐，另五對導钱極32，_撓性導接端子34,例 且各撓性導接端子皆以—端連結於於微處理器 夕磁蔽二再由微處理器17’輸出—訊號至電源供應器1〇,中 因此，#辨酬關3,她動，則相關導通與 所路之資訊將被傳送至微處理器17,，並隨微處 調整變壓選擇電路16，而輸出所需之電壓、電^器17解讀結果 s9 ’釋例驅動片5”有一銜接於本體52，，、以金屬或石 墨等可供導電之材質製成導軸562”之導電部56”，該驅動片5” 201024985 啟動辨識開關之訊號由上至下為10101101。而如圖10所示，挽性 導電端子34”與導電電極32”在啟始狀態時，是沿夾角方向間隔相 對、互不接觸，僅在導電部56”設置有導電齒562”的驅動片5”移 至預定驅動位置44”、並且沿著夾角方向上下抵接撓性導電端子 34”與導電電極32” ’如虛線所示，才形成電通路。Of course, those skilled in the art can easily understand that the above description is only for convenience of description. The identification switch is not limited to the voltage that can only be built in the power supply main body and switches the power supply; and the driving piece is not limited to homogenization. The non-conductive non-magnetic material and the access position of the identification switch are not unadjustable, and the configuration and relative position of the conductive electrode and the flexible conductive terminal can also be changed according to market demand. Therefore, as shown in FIG. 7, the second embodiment of the present invention recognizes the switch 3, the starting state is flexible, the electrical terminal 34, the contact 348' has touched the conductive contact portion 328, and is in the conducting state 38'' The initial state of the identification switch 3' is such that all of the sets of terminals are in an on state. In this example, the driving guide piece 5, the inclined sliding surface 544, is curved into a curved convex shape and is formed by a plastic material having no conductivity, and the insertion opening 6 of the switch is set at the right side. When the driver 5 is inserted into the predetermined driving position, the applied flexing terminal 34' is aged red and touched 36, and the recording leading end is separated from the conductive electrode 32' to form an open circuit. That is, the original output of the power supply 〇, can be preset - commonly used voltage, current value, in the absence of the driver 5, the inserted default power supply, __ to make the _ film in the wealth of the fiber 3, the set of read corresponding conductive power ί terminal 34', is three pairs of conductive electrodes 32, - flexible conductive end • integral, the other five pairs of money poles 32, _ flexible lead terminals 34, for example Each of the flexible conductive terminals is connected at the end of the microprocessor to the microprocessor, and then outputted by the microprocessor 17' - the signal to the power supply 1 〇, so that the reward is 3, she moves, then The information about the related conduction and the way will be transmitted to the microprocessor 17, and the transformer selection circuit 16 is adjusted with the slight adjustment, and the required voltage is output, and the result of the reading of the electric device 17 s9 'release drive piece 5' has The conductive portion 56" of the guide shaft 562" is formed by the conductive material of metal or graphite, and the signal of the driving piece 5" 201024985 is 10101101 from top to bottom. As shown in FIG. 10, when the conductive conductive terminal 34" and the conductive electrode 32" are in the initial state, they are spaced apart from each other in the angular direction, and are not in contact with each other, and only the conductive portion 56" is provided with the conductive teeth 562". 5" moves to the predetermined driving position 44", and the flexible conductive terminal 34" and the conductive electrode 32"' are vertically abutted along the angle direction to form an electrical path.
第四實施例如圖11所示，導電電極的導電接觸部328，，，與對 ，之撓性導電端子的接點348”，是沿著長向彼此間隔設置，當^著 薄層導體覆蓋而形成沿長向延伸之導電齒562”，的驅動片5，，，位於 預定驅動位置44”’、驅動該辨識開關的同時，便可同時導接導電 接觸部328及對應接點348”’而使該兩者形成通路。 當然，驅動片之於辨識開關不僅只能改變電魔、電流，為避 免任何意外或人為疏失致使異物侵入開關内部、觸動導電電極/挽 蜱導電端子使之改變原先狀態、造成未知之危險，可將一部分之 導電齒作為真正驅動該開關之「鑰匙如圖12列舉三種八位元 之，動片5”，，其導電部56，，’藉由導電齒562”，的分佈方式各自形 成一組訊號，由左而右分別為：11〇〇〇〇〇〇、1〇〇〇1〇〇〇、1〇〇〇〇〇〇1。 巧預设每-組訊號最左邊的數字「〗」、亦即由每一軸片5 左邊的導電齒562”，「知會」該開_動片5”，已經置入，而其他 位置之導電齒562’，’則為改變電壓或電流之用。 上所述’供電㈣分別為電源供應器或可在電子產品之電 插接供電之電池。因此圖13例釋—設置有辨識開 播帶型為外接電源或備用電池’因此不必擔憂當 子^ ^人口 ’並將作為輸料之傳輸埠91與該電 千產tm電連接，即可隨時供電。 本發^實’僅為本發明實施例而已，當不能以此限定 書内容所作之筋罝二大凡依本發明申請專利範圍及發明說明 之範圍内。 料效變化與修飾，皆應仍屬本發明專利涵蓋 201024985 【圖式簡單說明】 圖1係習知可調整輸出電壓之電源供應器，調整電壓之撥 暴露於外； 圖2係第一實施例，辨識開關與驅動片之立體示意圖； 圖3係圖2辨識開關作用側視剖面圖，虛線為位移後之位置； 圖4係驅動片之驅動齒部透視示意圖，提供辨識開關訊號 Hill該骚動片為一體成型之塑穋片； 圖5係第一實施例’具有辨識開之關電源供應器的立體示意 圖，驅動片已插入辨識開關本體； 、 Ο Ο 圖6係第一實施例之電路圖，辨識開關可直接改變電壓； 圖7係圖7辨細關之剖面示意圖，虛線部位是位移後 置； 圖8係第二實施例的電路示意圖； 圖^第三實施例中，撓性導電端子、導電電極與媒動片在 視圖’金屬導電齒與導電電極被遮住的部 位分別以虛線表不； 圖巧單例釋第三實施例中，撓性導 一導電齒之互動關係； 圖11係第四實施例、辨識開關 電接觸部沿該長向對應撓性導電^導電電極之導 圖示意_三健四實_之驅錄置，可供辨識開關辨 圖13係第五實施例之立體圖 【主要元件符號說明】 1.. .可調整輸出電壓之電源 供應器 10，10’…電源供應器 12.. .主體 11.. .本體 13.. .輸出端 為裝置有辨識開關之電池。 14…撥動開關 15…撥桿 16 ’ 16’.·.變壓選擇電路 17’…微處理器 21··輸入琿 22…輪出埠 9 201024985In a fourth embodiment, as shown in FIG. 11, the conductive contact portions 328 of the conductive electrodes, and the contacts 348" of the pair of flexible conductive terminals are spaced apart from each other along the long direction, and are covered by the thin layer conductor. The driving piece 5 forming the conductive teeth 562" extending in the long direction is located at the predetermined driving position 44"', and simultaneously driving the identification switch, the conductive contact portion 328 and the corresponding contact 348"' can be simultaneously guided. The two are made to form a pathway. Of course, the driver chip can not only change the electric magic and current in order to avoid any accident or human error, causing foreign matter to invade the inside of the switch, and touching the conductive electrode/pull the conductive terminal to change the original state, causing an unknown danger. A part of the conductive teeth are used as a set of "keys of three kinds of octets, the movable piece 5", and the conductive portions 56, 'by the conductive teeth 562" are actually formed into a group. The signals are from left to right: 11〇〇〇〇〇〇, 1〇〇〇1〇〇〇, 1〇〇〇〇〇〇1. The default number of the leftmost digit of each group of signals is “〗 〖” That is, the conductive teeth 562" on the left side of each of the shaft pieces 5, "informed" that the opening piece 5" has been placed, and the conductive teeth 562' in other positions are used for changing voltage or current. The description of 'power supply (4) is the power supply or the battery that can be powered by the electrical plug-in of the electronic product. Therefore, the explanation in Figure 13 is that the identification of the open-band type is an external power supply or a backup battery. Therefore, there is no need to worry about the population. And will be transmitted as a feed The power supply 91 is electrically connected to the electric power supply tm, and can be powered at any time. The present invention is only an embodiment of the present invention, and the patent application scope cannot be limited by the content of the book. Within the scope of the description of the invention, the material effect change and modification should still belong to the patent of the present invention 201024985 [Simplified description of the drawing] Figure 1 is a conventional power supply with adjustable output voltage, and the adjustment voltage is exposed to the outside; 2 is a first embodiment, a schematic diagram of the identification switch and the driving piece; FIG. 3 is a side sectional view of the identification switch of FIG. 2, and the broken line is the position after the displacement; FIG. 4 is a perspective view of the driving tooth of the driving piece, providing identification The switch signal Hill is the embossed piece which is an integrally formed plastic piece; FIG. 5 is a perspective view of the first embodiment of the power supply with the identification open, the drive piece has been inserted into the identification switch body; Ο Ο Fig. 6 In the circuit diagram of an embodiment, the identification switch can directly change the voltage; FIG. 7 is a schematic cross-sectional view of FIG. 7 and the broken line portion is a displacement rear view; FIG. 8 is a circuit diagram of the second embodiment; In the third embodiment, the flexible conductive terminal, the conductive electrode and the dielectric sheet are respectively indicated by a broken line in the view where the metal conductive tooth and the conductive electrode are hidden, and the third embodiment is illustrated in the third embodiment. The interaction relationship between the flexible conductive conductive teeth; FIG. 11 is a schematic diagram of the fourth embodiment, the electrical contact of the identification switch along the long direction corresponding to the flexible conductive conductive electrode _ San Jian Si Shi _, Fig. 13 is a perspective view of the fifth embodiment. [Main component symbol description] 1.. Power supply 10, 10'... power supply 12 with adjustable output voltage 12. Main body 11.. 13.. The output is the battery with the identification switch of the device. 14... toggle switch 15... the lever 16 ' 16'.·. Transformer selection circuit 17'...microprocessor 21··input 珲22...round 埠9 201024985
3，3’...辨識開關 32，32’，32”…導電電極 328，328’、328’”·..導電接 觸部 34，34’，34”…撓性導電端 子 348，348’、348”’...接點 42...啟始位置 44，44”、44”’...預定驅動位 置 5，5’，5”、5’”...驅動片 52，52”...驅動本體 54，54’’...驅動齒部 542.. .推拔齒 544，544’...傾斜導滑面 56”，56’”...導電部 562”，562’”...導電齒 6，6’...插置開口 7.. .介電殼體 8.. .鎖定/推出裝置 81.. .彈性元件 82…推桿 9.. .設置有辨識開關之電池 91.. .傳輸埠3, 3'... identification switch 32, 32', 32"... conductive electrodes 328, 328', 328'".. conductive contacts 34, 34', 34"... flexible conductive terminals 348, 348', 348"'...contact 42...initial position 44,44",44"'...predetermined drive position 5,5',5",5'"...driver 52,52". .. drive body 54, 54''... drive tooth 542.. push and pull teeth 544, 544'... inclined guide surface 56", 56'"... conductive portion 562", 562'" ...Electrical tooth 6,6'...Interposing opening 7... Dielectric housing 8.. Locking/ejection device 81.. Elastic element 82...Pushing rod 9.. Set with identification switch Battery 91.. Transfer 埠