1264024 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種指令開關，特別是一種可進行多方向操作之 ， 指令開關。 【先前技術】 旱中型電子設備因其方便攜帶之特性而不斷地被賦予許多的 功能，包括有個人數位助理（PDA)、行動通訊裝置（M〇bile comnnmication device)以及車用或手持用的衛星導航設備等，然 而，上述之掌中型電子設備不適以習知之輔助鍵盤來操控，由於 習知之輔助鍵盤無法與裝置之顯示螢幕產生互動之操控動作，因 ，針對此缺點而研發出—種多方向之指令開關用峰代上述體 較大且操作較不方便之鍵盤。 、 .告第 wo 2004/068522 號m多功能μ ^而呈Γ h device)’係藉由—安裝於框架（frame _) •、二而j有=且可經按壓而傾斜之多向單元(咖 μ • 贿繼（⑽taetpGint)之接觸喊生喃「方向指令二 下浐二#方更设置有—操作7^件（Gperatingmember)，不但可往 元件可相對框架而旋動，配合操作=且操作 (pin) (slip ring) m 可產生-「旋轉指令」Q 〃 接觸£ (C_CtfieId)接觸而 上述之多功能開關兼具可下读「 及「旋轉指令」等多種指令Hf，=向指令」、「指令」以 而進行互動之操控，不但可於^ =可配合裝置之顯示螢幕 移動，並可進行舰項目之齡㊄子設備之游標於多方向 然而’此裝置達成上述功用之 係由兩個可互動之多向稱合支 ^且複本隹，·且夕向單元 part)所組成，而其製作命 二。Uardan co_】ng-supP〇rted 多向按壓以提供「方向ρ八刀* ^才可配合下方之接觸點而達到 曰7」之功忐，因此，不但製作過程繁 1264024 且成本亦隨之提高；另外，由於提供「方向指 體積過大，因此不易達到電子設備小型化之要求。夕σ•兀、 fie丨d f接觸方Γ痛购轉之接(咖⑽ 元件容易磨損而驗元件之㈣壽命。 〈鋼太過齡 【發明内容】 之「Ϊ:，f種多方向指令開關，其功能在於可產生多组 之方=指令」、「按壓指令」以及「旋轉指令」。 夕 為貫現上述目的，這種多方向指八門 括了-控制盤以及-内部配較佳貫施方案，包 組梦於❼㈣κ二i 腳的定位體。其中控制盤 共同接腳、：中央接配置5-接腳器’且接腳器包括- 定位體之門-mi弟四方向接腳，藉由控制盤與 3體yw置的弟-導電元件以及第二導電元件而 迴路以產生訊號；本發明係利第一 蜍、 導通共同接腳以及第-〜第四方向接：，藉區第： [區’而導通共同接腳以及中央接腳，藉以產生_ 、按 不但可達到在單一開關上即可執行多項動土曰7」’ 置之顯示螢幕而進行互動之操控控 ★子:配合裝 及構造簡單之優點。 項目之執仃動作，另具有小型化以 盤底==之之包括—旋制關之設計，配合控制 導電元件之旋轉共同接腳以及 =: 亙门奴日7」或是「右向旋轉指令」。 1264024 【實施方式】_ f先請參閱「第：1〜3圖」，其中揭露了本發明 :指：開關的較佳實施例’其包括有一控制盤丨夕 有一接腳器30的定位體2〇。 内邛配置 其中控制盤10之内緣往軸心凸設多個卡人 之底部設置有件之處；而本較佳實施财，控制盤10 ，底t置有-％狀之壓掣部13，並配合控制盤丨。周圍 弟四方向按壓區15&、1513、15(：、15€1，因而可壓掣^1: 電兀件40與接腳器30導通而產生四個弟一= 更設置有—凸部14，配侧盤二: 兴才女棱區15e而可壓掣下太夕笼-憤+ τ 而產生—個「按方之弟—導電兀件5續接腳器30導通 ㈣定,f之中心處藉由一凸設之定位架21而定義出_定位 槽22,疋位架21係供第一導電元件4 =出疋位 21兩側且為相對設置之二限位部23而將第%帝元，牛错 位架 限制其位移;定位槽22則用以容設第4·=牛1〇疋位並 叨以及弟—導電元件5〇所提供 彳私兀件 合部U與卡接部24相卡===，=控制盤ω之卡 導電元件4G以及第二導電元件於“下不壓迫第― 接腳器30係配置於定位體2〇内部，而 同接腳31、一中央接腳32、 二匕括有一共 ㈣挪㈣、中央二：向接叫3%、 t，攻，係藉由埋入射出成^吏位== 構造;其中，共同接腳31包括中=二= 腳3ib、3ic之設置方向垂直，且中央接二 1264024 =延伸出—接觸端32()，使接觸端3如 :二部]峨壓才可導通透 =腳^ 奂技論Μ Β 心牙插§又置於共同接腳3] L7 »由 ;接卿32之一接觸端-為中心而沿圓周方向i;= 本較佳實施例係藉由第一導電元件 篦G縣—城讀’並設置於下21上而 «定導i:4===nr=i鳩狀接導-有-，.：上43c、43d ’其中二固定臂41係相對方定:a體 ‘ 42亦立部23 ’用以限制第一導電元件4〇之位移；延伸ί 2亦為姆設置，且與41蚊 接腳3lb、31c之設置位置婦，重要 伸:方 3lb ^ 31c ^ , , , 42 J4r„； > Ϊ:5=1’彈壓部420係提供延伸臂42彈性，而接觸部421 m、同接腳31b、31c接觸之處。第一〜第四方向接觸臂 -a、.』、43c、43d係穿插設置於固定臂41與 5其設置位置與控制盤1G上之第—第四方向按壓^5a=、 缺c 15d以及下方之第一〜第四方向接腳孤、顶、33c、別相 ，而由於延伸# 42之延伸長度大於第—〜第四方向接觸臂43a、 I，I4%，因而第一〜第四方向接觸臂43a、43b、43c、43d 於常態下並不與第-〜第四方向接腳33a、33b、33c、33d接觸， 當透過按壓上方控制盤H)之第一〜第四方向按壓區15a、15b、 15c、15d日才’壓擎部13則壓掣相對應之第一〜第四方向接觸臂 43a、43b、43c、43d，而使方向共同接腳31b、31c與第一〜第四 9 1264024 方向接腳333、3313、33(:、33(^導通而產生不同的四個「方向指八。 4"'43b'43C'"d " ^ 導電兀件50包括二相互重疊之上方導電片5〗以及下方 ίί之5 控制盤】G之凸部14而作上下位移並產生 ^ ^忍，本較佳實施例之上方導電片51以及下方導電月52 =為圓頂箐片，皆包括有周圍之平貼部51〇、別以及片 部51]、521，下方道恭uc。 丁 、之凸（ 31a^f， C11 乃冷屯片5〗重璺於下方導電片52之上方，且 /八下反手上方導電片5]以及下方導電片52， 中央接腳32,而使中央共同接腳3 ff，並將使用者下達之「按壓指令」輸出，·，第 件50仍可為其他因凸部14之壓掣而導通中料同接=== 央接電元件或開關，而並不以圓頂簣片為限。a 下古ft佳貫施例中第二導電元件5G係採用上方導電片51以月 方導電片52相互重叠之設計，主圍 方向按壓區15a、15b、l5e、1 ^二ί圍弟—〜第四 度，而僅上方導電片51寸，兩個¥電片之設計可增加強 電片重疊可將施力分生^另外，兩個導 點；然而，第二導電元件50之導電^數了不^及^加手感之優 用者之需求而增加或減少。 处為限，可視使1264024 IX. Description of the Invention: [Technical Field] The present invention relates to a command switch, and more particularly to a command switch capable of multi-directional operation. [Prior Art] Dry medium-sized electronic devices are constantly being given many functions due to their convenient carrying characteristics, including personal digital assistants (PDAs), mobile communication devices (M〇bile comnnmication devices), and satellites for vehicles or handhelds. Navigation device, etc., however, the above-mentioned palm-sized electronic device is not suitable for manipulation by a conventional auxiliary keyboard. Since the conventional auxiliary keyboard cannot interact with the display screen of the device, a multi-directionality has been developed for this shortcoming. The command switch uses a peak to generate a keyboard with a larger body and less convenient operation. , No. 2004/068522, multi-function μ ^ and Γ h device) ' is used to mount a frame (frame _) •, two and j have = and can be tilted by pressing the multi-directional unit (咖μ • Bribe ((10) taetpGint) contact shouting "Direction command 2 浐 浐 2 #方方有有 - Operation 7^ (Gperatingmember), not only can the component can be rotated relative to the frame, with operation = and operation (pin) (slip ring) m can be generated - "rotation command" Q 〃 contact £ (C_CtfieId) contact, and the multi-function switch described above can also read various commands such as "and "rotation command" Hf, = direction command", The "instruction" is used to control the interaction, not only can be used to match the display screen of the device, but also the cursor of the five-child device of the ship project can be multi-directional. However, the device achieves the above functions by two The multi-directional combination can be combined and the copy is composed, and the unit is composed of the unit, and the production is second. Uardan co_] ng-supP〇rted Multi-directional pressing to provide "the direction of ρ eight knives * ^ can be matched with the contact points below to reach 曰 7", therefore, not only the production process is 1264024 and the cost is also increased; In addition, because the direction of the direction is too large, it is not easy to meet the requirements for miniaturization of electronic equipment. The sigma 兀, fie丨df contact Γ Γ 购 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( Steel is too old [Invention] The "Ϊ:, f multi-directional command switch, its function is to generate multiple sets of = command", "press command" and "rotation command". This multi-directional refers to the eight-door control panel and the internal configuration. The package group dreams of the 定位(4) κ二i foot positioning body. Among them, the control panel has a common pin: the central connection configuration 5-pin 'And the pin includes - the door of the positioning body - the four-way pin of the mi, the circuit is generated by the control panel and the body-conducting element and the second conductive element of the 3-body yw to generate a signal; the invention is first蜍, conduction common pin and the first - ~ The fourth direction is connected: the borrowing area: [Zone' and the common pin and the central pin are used to generate _, and the display screen can be executed by performing a plurality of dynamic soils 7" on a single switch. Interactive control control ★ sub-assembly: the advantages of simple assembly and construction. The project's implementation of the action, and the miniaturization of the bottom == including the design of the spin-off, with the control of the rotating common pin of the conductive element and =: 亘奴奴日7" or "Right Rotation Command". 1264024 [Embodiment] _ f Please refer to "No.: 1 to 3" first, which discloses the present invention: refers to a preferred embodiment of the switch 'There is a positioning body 2 有一 having a control device 丨 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 In the implementation of the money, the control panel 10, the bottom t is placed in the -% shape of the pressure portion 13, and cooperates with the control panel. The surrounding four sides press the area 15 & 15,13, 15 (:, 15 €1, thus can be pressed ^ 1: The electric device 40 and the pin 30 are turned on to generate four brothers set with - convex 14, with the side plate 2: Xingcai female ridge area 15e can be pressed under the Taixi cage - anger + τ and produced - a "sister of the party - conductive element 5 continued pin 30 conduction (four) set, the center of f borrow The positioning slot 22 is defined by a protruding positioning frame 21, and the clamping frame 21 is provided for the first conductive element 4 = both sides of the clamping position 21 and is oppositely disposed of the second limiting portion 23 and the first element is The erroneous positioning frame limits the displacement thereof; the positioning groove 22 is used to accommodate the 4th==1 〇疋 position and the — 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 导电 与 与 与 与 与 与===,=The control element ω of the card conductive element 4G and the second conductive element are disposed in the positioning body 2〇 under the “non-compressed first-pin 30”, and the same pin 31, a central pin 32, The second is a total of (four) move (four), the center two: call 3%, t, attack, by burying into the ^ 吏 = = structure; wherein, the common pin 31 includes medium = two = foot 3ib, The setting direction of 3ic is vertical, and the center is connected to the two 1264024 = extended out - the contact end 32 (), so that the contact end 3 such as: two parts can be turned through the pressure = foot ^ 奂 奂 Β Β Placed on the common pin 3] L7 » By the contact end of one of the contacts 32 - centered in the circumferential direction i; = the preferred embodiment is by the first conductive element 篦G county - city read 'and set on the lower 21 and «conduct i: 4===nr=i鸠-shaped lead-with-,.: upper 43c, 43d' wherein the two fixed arms 41 are oppositely defined: the a body '42 is also the vertical portion 23' for limiting the first conductive element 4〇 The displacement; extension ί 2 is also set for the um, and with the 41 mosquito foot 3lb, 31c set position woman, important extension: square 3lb ^ 31c ^, , , 42 J4r „; > Ϊ: 5 = 1 'bomb The 420 series provides the extension arm 42 to be elastic, and the contact portion 421 m is in contact with the pins 31b, 31c. The first to fourth direction contact arms -a, . . . , 43c, 43d are interposed in the set position of the fixed arms 41 and 5 and the fourth to fourth direction pressing ^5a=, lacking c 15d and below on the control panel 1G. The first to fourth direction pins are solitary, top, 33c, and other phases, and since the extension length of the extension #42 is larger than the first to fourth direction contact arms 43a, I, and I4%, the first to fourth directions are contacted. The arms 43a, 43b, 43c, and 43d are not in contact with the first to fourth direction pins 33a, 33b, 33c, and 33d in a normal state, and are pressed through the first to fourth direction pressing regions 15a of the upper control panel H). On the 15b, 15c, and 15d, the pressure generating portion 13 presses the corresponding first to fourth direction contact arms 43a, 43b, 43c, and 43d, and the direction common pins 31b and 31c and the first to fourth portions 9 1264024 Direction pins 333, 3313, 33 (:, 33 (^ turns on and produces four different "directions pointing eight. 4"'43b'43C'"d" ^ Conductive element 50 includes two overlapping tops The conductive sheet 5 and the lower portion of the control panel 】the convex portion 14 of G are vertically displaced and generated, and the upper conductive sheet 51 of the preferred embodiment and The lower conductive month 52 = is a dome piece, which includes the surrounding flat portion 51〇, and the piece 51], 521, the lower road Gong uc. Ding, the convex (31a^f, C11 is cold film 5 〗 〖Received above the lower conductive sheet 52, and / eight backhand upper conductive sheet 5] and the lower conductive sheet 52, the center pin 32, and the central common pin 3 ff The command "output", the first piece 50 can still be the other due to the compression of the convex portion 14 and the middle material is connected to the same === central electrical component or switch, and is not limited to the dome film. In the second embodiment, the second conductive member 5G adopts the upper conductive sheet 51 to overlap the moon-shaped conductive sheets 52, and the main circumference direction pressing regions 15a, 15b, 15e, 1 ^ 2 围 弟 - 4th degree Only the upper conductive sheet is 51 inches, and the design of the two electric sheets can increase the overlap of the strong electric sheets to separate the force application. In addition, the two lead points; however, the electrical conductivity of the second conductive element 50 is not ^ Increase or decrease the demand of the user with the feel of the hand.
Μ ? Γ ^ 2 ® Γ f 6-W 心方向共同 方向接觸臂心、4313、43卜43(1懸空1=弟一〜第四 二33b、33c、33d接觸，控制盤ω則藉由第—導 1四=ΓΡ 及乐二導電元件50之彈性，因而位於定讀不= • · 4 10 1264024 下方之弟「導電元件40以及第二導電元件5〇,此時並去以山 訊號（見「第叫圖」）；當使用者欲移動 任何 之壓彻3壓¥相對應之第一方向接觸 极與下方之弟—方向接腳说接觸 j接觸臂 才曰令」（見「第6-2圖」），此時，由於固定臂 方向 23 ’因此限制住第-導電元件4。之位移而不偏/，口广限位部 係可隨著第一方向按壓區ba之按壓而沿著方向^ 延伸臂42 延伸滑動，因而可協助第—方向接觸臂&盘下、J 腳33a接觸；同理，按壓第二〜第四方向按壓方向接 則可相對產生往第二〜細方向移動之「方向指令」。c I% 51 %係包括上方導電片Μ ? Γ ^ 2 ® Γ f 6-W The common direction of the heart contact arm, 4313, 43 b 43 (1 dangling 1 = brother 1 ~ 4 2 33b, 33c, 33d contact, control disc ω by the first - Guide 1 4 = ΓΡ and the elasticity of the conductive element 50, so it is located in the lower reading of the "conductor 40 and the second conductive element 5", and then go to the mountain signal (see " When the user wants to move any of the pressures of the 3 pressures, the corresponding first-direction contact pole and the lower brother-direction pin are said to contact the j-contact arm (see "6-2 In this case, since the fixed arm direction 23' thus restricts the displacement of the first-conducting element 4, the displacement is not biased, and the wide-mouth limiting portion can follow the pressing of the first-direction pressing area ba along the direction ^ The extension arm 42 extends and slides, thereby assisting the first-direction contact arm & the lower plate and the J-pin 33a to contact; similarly, pressing the second to fourth direction pressing direction can relatively move to the second to the thin direction. Direction command".c I% 51% includes upper conductive sheet
、私片2相互重$之叹计，而增強其彈性絲 按堅，圍之第—〜第四方向按壓區⑸、H 會使第二導電元件50亦被按墨而導通產生「按摩指令广’亚不 接著’於常態之下，第二導電元件5G設置科央^ =不 =央!腳32接觸(見「第6_〗圖」)，當使用者按壓： ;50 η壓區以時，凸部14往下位移而壓掣第二I電 :壓導/Γ「央共同接腳31a以及中央接腳32，藉:產生 Π方向接觸臂43a、43b、43c、43d與第—〜第四方 ，的距離大於中央接腳32之接觸端32〇與第二 間的距離，因此中央共同接腳…以及中央接^32 並不會因此_—〜⑼方向_3_3 L 33d與方向共同接腳3〗b、31c。 來閱It另^較更包括—旋轉開關之設計，請配合 舻?弟2〜3圖」，控制盤10係可相對定位體π而轉動十制 i底糊緣之圓周區域環設有一導引部16，係包括有多個= 1264024 且間隔設置之導塊mo以及導槽】6】. 〜 腳器30更包括一旋轉共同接腳34以及位於體20内側之接 之左向接腳35a以及右向接腳35b，==问接腳34兩側 有一第三導電元件60,然而，第三導 ^、_腳34上更套設 為彈簧，但亦可為门字型之全屬、= 於本較佳實施例中 上述芦'她例於使用時請參閱「第8_1〜8_3 … 設於旋轉共同接腳34上方之第三導電 ^衣吊訂，套 之導槽⑹中（見「第8_】圖」），=== 糸谷設於導引部Μ 轉時’導_敝導電元件二 向接腳35a之方向偏移，並與其 往左 右向紅轉拍令」（見「第8-3圖」）。 生 再請參閱「第9圖」，本發明的另一較 之外侧包覆-外殼7G，外殼7G之側緣===== :f部71卡合於控制盤10之凹部12，藉二接：： 轉，而外殼70之底部中心處更包括 曰工制盤10方疋 M l〇^t 15e«, , , , 側時，外殼70盥栌制船川夕pq击A L 衣、导工制皿10外 於使用之時，^1 更包括一彈性元件80;本實施例 ^ ^ 10 ^ 1<:,丄邳耵彳工制盤10之弟一〜第四方向按壓區 e 5d之位置處直接彳鍵，使彈性7t件80壓縮而產 11 」而彳文壓外叙70上相對中央按壓區15e之位置時， ⑽72則會壓掣中央按壓區⑸而產生一「按壓指令」，當^止 Ϊί^0時，彈性元件8〇則藉由彈性恢復力而使外殼70回復 至原來位置，並與控制盤1〇相卡合。 1264024The private film 2 is sighed by each other, and the elastic wire is strengthened. The pressing area (5) and H in the fourth direction of the fourth direction will cause the second conductive element 50 to be turned on by the ink to generate a "massage command". 'Asian does not follow' under normal state, the second conductive element 5G sets the core ^ = not = central! foot 32 contact (see "6__ map"), when the user presses: ; 50 η nip, The convex portion 14 is displaced downward to compress the second I electric power: the pressure guiding/Γ" central common pin 31a and the central pin 32, by: generating the Π direction contact arms 43a, 43b, 43c, 43d and the first to the fourth The distance of the square is greater than the distance between the contact end 32〇 of the central pin 32 and the second space, so the central common pin... and the central connection 32 do not have a common pin for the direction __~(9) direction _3_3 L 33d 3〗 b, 31c. To read It Another ^ more includes - the design of the rotary switch, please cooperate with the younger brother 2~3", the control panel 10 can rotate the circumference of the ten-base bottom with respect to the positioning body π The area ring is provided with a guiding portion 16, which comprises a plurality of 1264024 and spaced apart guiding blocks mo and guiding grooves. 6]. The foot unit 30 further includes a rotating common pin. 34 and a left-side pin 35a and a right-side pin 35b located on the inner side of the body 20, and a===================================================================== It is a spring, but it can also be the whole type of the door type. In the preferred embodiment, please refer to "8_1~8_3 ... the third conductive provided above the rotating common pin 34. ^ clothing hanging, set of guide groove (6) (see "8_] map"), === Shibuya is set in the direction of the guide Μ 敝 敝 conductive element two-way pin 35a offset, and Instead of going to the left and right to turn the red order" (see "Figure 8-3"). Referring again to "Fig. 9", another outer side cladding-shell 7G of the present invention, the side edge of the outer casing 7G =====: the f portion 71 is engaged with the recess 12 of the control panel 10, Connect:: Turn, and the bottom of the outer shell 70 also includes the completion of the 10 square 疋 M l 〇 ^ t 15e «, , , , when the side, the shell 70 船 船 夕 夕 p AL AL AL AL clothing, guidance system When the dish 10 is used, the ^1 further includes an elastic member 80; this embodiment ^ ^ 10 ^ 1 <:, the position of the first to fourth direction pressing area e 5d of the finished disc 10 When the button 7 is pressed directly to compress the elastic 7t member 80 to produce 11", and the position of the central pressing portion 15e is 70, the (10) 72 presses the central pressing portion (5) to generate a "pressing command" when ^ When the Ϊ ^ ^ ^ ^ ^, the elastic member 8 藉 by the elastic restoring force to return the outer casing 70 to the original position, and the control panel 1 卡 engaged. 1264024
汗j關王要利用第—導私一 “ ’电凡件 60，以及具有多個接腳之接 1^1 既』卜人 … 及「旋轉指令」’除了具有小型化錢構造與組裝簡單之優點」，更 可降低製造的成本上以及時間上之花費。 惟本發明雖以較佳實施例說明如上，然其並非用以限定本發 明，任何熟習此技術人員，在不脫離本發明的精神和範圍内所作 的更動與潤飾，仍應屬本發明的技術範疇。 1264024 【圖式間單說明】 . . 第1圖，繪示多方向指令開關的實施例之組合構造。 ~ 第2〜4圖，繪示多方向指令開關的實施例之分解構造。 - 第5圖，繪示多方向指令開關的實施例之上視圖。 第6-1〜6-2圖，繪示多方向指令開關的實施例產生方向指令之作 動示意圖。 第7圖，繪示多方向指令開關的實施例產生按壓指令之作動示意 圖。 第8-1〜8-3圖，繪示多方向指令開關的實施例產生旋轉指令之作 動示意圖。 • 第9圖，繪示多方向指令開關之另一較佳實施例構造。 【主要元件符號說明】 10 · .....控制盤 11 · .....卡合部 12 · .....凹部 13 · .....壓掣部 14。 * · · * *凸部 15a · .....弟方向按壓區 15b · .....第二方向按壓區 15c · .....弟一方向按壓Εΐ 15d · .....第四方向按壓區 15e · .....中央按壓區 16 · .....導引部 160 · .....導塊 161 · .....導槽 20 · .....定位體 21 · .....定位架 22 · .....定位槽 23 · .....限位部 1264024 24 · · · : · ·卡接部 30 ......接腳器 31 ......共同接腳 31a ····，·中央共同接腳 31b、31c......方向共同接腳 32 ......中央接腳 320 ......接觸端 33a......第一方向接腳 33b......第二方向接腳 33c......第三方向接腳Khan j Guan Wang wants to use the first - guide private "" electric parts 60, and has multiple pins connected to 1 ^ 1 both" and "rotation command" 'in addition to the small money structure and assembly is simple The advantage is that the cost of manufacturing and the cost of time can be reduced. However, the present invention has been described above by way of a preferred embodiment, and is not intended to limit the present invention. Any modification and refinement made by those skilled in the art without departing from the spirit and scope of the present invention should still belong to the technology of the present invention. category. 1264024 [Description of Schematic Description] Fig. 1 shows a combined structure of an embodiment of a multidirectional command switch. ~ Figures 2 to 4 show the exploded structure of the embodiment of the multidirectional command switch. - Figure 5 is a top view of an embodiment of a multi-directional command switch. Figures 6-1 to 6-2 illustrate the operation of the direction command generated by the embodiment of the multi-directional command switch. Figure 7 is a diagram showing the actuation of the embodiment of the multi-directional command switch to generate a push command. Figures 8-1 to 8-3 illustrate the operation of the embodiment of the multi-directional command switch to generate a rotation command. • Fig. 9 is a diagram showing another preferred embodiment of the multidirectional command switch. [Description of main component symbols] 10 · ..... Control panel 11 · ..... Engagement section 12 · ..... Recession 13 · ..... Compression section 14. * · · * * convex part 15a · ..... brother direction pressing area 15b · ..... second direction pressing area 15c · ..... brother one direction pressing Εΐ 15d · ..... Four-direction pressing area 15e · ..... central pressing area 16 · ..... guiding part 160 · ..... guide block 161 · ..... guide groove 20 · ..... positioning Body 21 · ..... Positioning frame 22 · ..... Positioning groove 23 · ..... Limiting part 1264024 24 · · · : · · Carding part 30 ... pin 31 ......Common pin 31a ······Center common pin 31b, 31c...direction common pin 32...center pin 320 ..... Contact end 33a...first direction pin 33b...second direction pin 33c...third direction pin
33d......第四方向接腳 34......旋轉共同接腳 35a......左向接腳 35b......右向接腳 40 ......第一導電元件 41 ......固定臂 42 ······延伸臂 420 ......彈壓部 421 ......接觸部 43a......第一方向接觸臂 43b......第二方向接觸臂 43c......第三方向接觸臂 43d......第四方向接觸臂 430 ......彈壓部 431 ......接觸部 50 ......第二導電元件 51 ......上方導電片 510、520 ......平貼部 52 ......下方導電片 1264024 60 · · » · ·-第三導電元件 70 ·…· · ·外殼 71 ·，-。·組接部 72 ......凸塊 80 ······彈性元件33d... fourth direction pin 34... rotate common pin 35a... left pin 35b... right pin 40 .... .. first conductive element 41 ... fixed arm 42 ······ extension arm 420 ... spring pressing portion 421 ... contact portion 43a ... One direction contact arm 43b ... second direction contact arm 43c ... third direction contact arm 43d ... fourth direction contact arm 430 ... spring pressing portion 431 ... contact portion 50 ... second conductive element 51 ... upper conductive sheet 510, 520 ... flat portion 52 ... conductive underneath Sheet 1264024 60 · · · · · - Third conductive element 70 ·... · · · Shell 71 ·, -. ·Blocking part 72 ...bump 80 ······elastic element