M411534 五、新型說明： 【新型所屬之技術領域】 本創作係一種燈座結構，尤指具有一推抵元件及一下導 電片之燈座結構，該推抵元件能在該燈座結構中進行往復運 動’並帶_下導電片，使該下導電片與—發光元件相電氣 連接，進而使該發光元件能被導通而發出光亮。 【先前技術】 按，燈是人赚史上最重發明之—，不僅能照亮漆 黑的道路，提供人們足夠的光明及安全感，同時，也能營造 出各種不同的視覺效果，為生活中增添多采多姿的美感，因 此成為人們生活中不可缺少的重要用具，近年來，由於提倡 環保、節約能源的觀念曰漸普及，「隨手關燈」亦成為政府= 力宣傳的口號，為此，業者不斷地對各種燈具進行改良，期 能將各種燈具的義設計的更為精巧，讓人們在關各麵 具時能更為綠及直覺’ _達成節魏驗制使用的目 的，請參閱第1圖所示，係-種習知燈座結構卜包括一金屬 殼體11、一上蓋體12、一絕緣座體13及一開關裝置14，該 金屬殼體11内係能形成一容置空間，以供放置一發光元件（圖 中未不）’且紐光元件之第—電極係能透過該金屬殼體^， 與-負極電源（圖中未示）相電氣連接，以在該發光元件之 -第二電極再直接或間接地連接至—正極電源（圖中未示） 後，即能被導通而發出光亮。 承上，該上蓋體12魏設於該金屬殼體u底部，且開 4 M411534 設有-連接孔120 ;該絕緣座體13係裝設至該上蓋體12下 方，其頂面凹設有一容置槽130，並嵌設有-負極導電片131 及-正極導電片組132，該負極導電片131 —端係能由該絕緣 座體13頂©延伸而出，且能延伸至該上蓋體12之頂面，以 與該金屬殼體11相接觸，其另_能連接至該負極電源，使 該負極電雜依序沿著該貞極導電m金屬殼體η，將 電流傳至該發光元件；該正極導電片組132包括一下導電片 132a、至少二觸發導電片及上導電片職，該下導電片 132a係嵌設於魏緣座體13巾，且能與該正極電源相連接， 該等觸發導電片132b係分別設於該容置槽130兩側，其中鄰 近該下導f 4 132a之觸發導電>M32b麵與該下導電片 132a相連接，另一觸發導電片13此則能與該上導電片i32c 相連接，上導電片132c能穿過該連接孔⑽，以與該發 光元件之第二電極相接觸；該開關裝置14包括一推抵元件 14卜一彈簧142及一金屬片143 ’該推抵元件141之構形係 與忒谷置槽130相匹配，以能容置於該容置槽ι3〇中，並進 行往復運動，其中段部係能鉤住該彈簧U2之一端；該金屬 片143係呈c字形，其下段之内緣能卡合住該推抵元件141 之中段部，其上段部之内緣則能鉤住該彈簧142之另一端， 且能被該彈簧142產生之彈力帶動，朝該推抵元件141之其 中一端傾倒，請參閱第1及2圖所示，在該金屬片143朝該 推抵元件141 一端傾倒的情況下，該金屬片143係能同時與 該等觸發導電片132b相接觸，使該發光元件能與該正極電源 相電氣連接，並使該發光元件發出光亮；在使用者按壓該推 5 抵元件141，使該推抵元件141帶動該彈簧，且使該金屬片 M3朝該推抵元件ία之另端方向傾倒的情況下，該金屬片 M3將脫離與該觸發導電片132b的接觸，以截斷該發光元件 上之電流，並關閉該發光元件，如此，藉由該推抵元件1C 的往復運動，使用者即能輕易地控制該發光元件的導通或關 閉，然而，該燈座結構1在使用上及製作上仍存在著若干缺 失，茲分別詳述如下： (1) 組裝不易：由於該燈座結構i使用了過多的導電片始 能將電流導通至該發光元件，而該正極導電片組132及 負極導電片131的組裝不僅繁瑣，而且容易在受到外力 推擠時產生位置上的鬆動，進而破壞該燈座結構1的使 用效果，因此不僅成本過高，而且生產上也有極多的問 題。 (2) 體積過大：由於該開關跋置μ必須整個容納至該容置 槽130中，因此該絕緣座體13將受到限制，而無法設 計地輕巧靈變，造成該絕緣座體13在射出成型製成中 的成本過高，且亦會影響該燈座結構丨的運送及倉儲成 本0 (3) 推動上的不順暢：在使用者在按壓該推抵元件141時’ 使用者施加於該推抵元件141之力道必須大於該彈簧 142上之彈力，始能推動該彈簧142，令該金屬片143 與3玄正極導電片組132相接觸，或遠離該正極導電片組 132，然而，若該彈簧142之彈力過大，則會造成使用 者在按壓上的不方便，若該弹簧142之彈力過小，則又 M411534 會有過於敏感的問題，且該彈簧142會因為長久使用而 形成彈性疲乏，進而影響該燈座結構丨的靈敏度。 (4)使用壽命：在該發光元件通過電流時，該金屬片143將 同時與a亥專觸發導電片132b相接觸，由於電流在經過 s亥金屬片143時會產生高溫，因此，該金屬片143及該 等觸發導電片132b的接觸面積過大，將會造成該金屬 片143的更快發生氧化、脆化等老化現象，進而破壞該 燈座結構1的使用壽命。 承上所述可知，習知該燈座結構丨除了製作成本過高、 且組裝過於繁複外，尚有使用上的不靈便及使用壽命的問 題，因此，如何設計出一種燈座結構，使該燈座結構不僅易 於組裝，且能更便利地供使用者按壓，即成為本創作在此亟 欲解決的重要問題。 【新型内容】 有鑑於習知燈座結構的諸多問題，創作人憑藉著多年的 實務經驗，並經過多年的研究及實驗，終於設計出本創作之 一種燈座結構’期能改善習知燈座結構在組裝上過於繁複及 使用壽命過短的問題。 本創作之一目的，係提供一燈座結構，包括一金屬殼體、 一上蓋體、一絕緣座體、一推抵元件及一下導電片，該金屬 殼體頂端開設有一上開口，其底端開設有一下開口，該上開 口係與該下開口相連通，以形成一容置空間，使一發光元件 之第一電極能定位在該容置空間中，且能透過該金屬殼體， 7 M411534 與一負極電源線相電氣連接，令該發光元件僅需再直接或間 接地與一正極電源線電氣連接後，即能被導通而發出光亮； 該上蓋體係能裝設至該金屬殼體下方，且嵌設有一上導電 片，該上導電片一端係能由該上蓋體頂面露出，以與該發光 元件之一第二電極相連接，其另端則能由該上蓋體之底面露 出；該絕緣座體係能裝設至該上蓋體之底面，且設有一容置 槽；該推抵元件上凸設有一凸出部，且能容置於該容置槽中 進行往復運動；該下導電片係呈彎曲狀，且能活動地定位在 «玄谷置槽頂緣，同時直接或間接地與一正極電源線相電氣連 接，在該推抵元件進行往復運動的過程中，該凸出部能推抵 该下導電片鄰近一端之位置，使該下導電片能以該容置槽頂 緣為支點擺動，並與該上導電片相接觸，或該凸出部能推抵 该下導電㈣近另端之位置，使該下導電片能朝相反之方向 擺動，以脫離與該上導電片之接觸。如此，在使用者按壓該 推抵元件，使該凸出部推抵該下導電片，令該下導電片與該 上導電片相接觸的情況下，該發光元件即能分別與該正極電 源線及負極電源線相電氣連接，使該等電源線傳來的電流能 通過S亥發光元件，並發出光亮。此外，由於該燈座結構之整 體結構及體積皆遠較習知燈座結構來的精簡，因此能簡化組 I時的時間及製作成本。 本創作之另一目的，係該絕緣座體尚能嵌設一正極導電 片及一負極導電片，該正極導電片之一端係由該絕緣座體頂 面露出，且能延伸至鄰近該下導電片之位置，其另端則與該 正極電源線相連接，以在該下導電片被推抵，並與該上導電 M411534 片相連接的情況下，該正極電源線驗序透過_正極導電 片、該下導電片及該上導電片，傳輸至該發光元件；該負極 導電片之-端能直接或間接軸該金屬殼體相電氣連接其 另端則能触貞極魏_連接，以在紐統㈣設至該 金屬殼體上後’該貞極電轉之電流能依序經由該負極導電 片及該金屬殼體，傳輸至該發光元件之第一電極上。 • 本創作之又一目的，係該燈座結構尚包括至少-固定元 • 件（如：鉚釘）’且該金屬殼體、上蓋體及絕緣座體上相互對 應之位置分別開設有至少一孔洞，該孔洞之構形係與該固定 元件相匹配’使顧定元魏？職等脑，並將該金屬殼 體、上蓋體及絕緣座體固定成一體，同時，該負極導電片之 了端係能延伸至該絕緣座體上鄰近該負極導電片之孔洞中， 以在摘疋70件穿過該等孔洞後，能與該貞極導電片之一端 彳目接觸魏貞極電祕傳來的電流，驗序經由該負極導 電片相疋元件及$金屬殼體，傳輸至該發光元件之第一 • 電極上。 . K 更胃審查委員能對本創作之結構特徵、目的及其功 效有更進-步的認識與理解，兹舉圖式配合實施例，詳細說 【實施方式】 本創作係-紐座結構，請參㈣3圖所示，係本創作 =第-較佳實施例，該燈座結構3包括—金屬殼體31、一上 盘體32、-絕緣座體33、一推抵元件％及一下導電片％ , 9 讀金屬殼體31頂端開設有—上開口綱，其底端開設有一下 開口 311 ’該上開口 310及該下開口 311係相互連通，以能形 成-容置空間312 ’該容置空間312之構形係與一發光元件 /圖中未7Γ)之第-電極相匹配，使該發光元件之一端能由 ，上開口 31G插入至該容置空間312中，且使該第一電極能 與該金屬殼體31相_，該減 31能直接或隨地與 :負極電麟W1相錢連接，使該發光元件之—第二電極再 、-正=電源線W2相電氣連接後，即能被導通而發出光亮。 ㈣參閱第3圖所該上蓋體32係能肢至該金屬殼 31底& ’其上嵌設有—上導電片321，該上導電片奶之 &係Am蓋體32之頂面露出，以延伸至該容置空間 ^2中’並與該第二電極相電氣連接，且該上導電# 321之另 端係月上蓋體32之底面露出；該絕緣座體33係能裳設 ^亥上蓋體32底面’其頂面凹設有一容置槽33◦，該容置槽 係貫穿該絕緣座體33之頂面；該推抵元件34之構形係與 違:置槽330相匹配，以能裝設至該容置槽33〇巾並沿著 ^置槽33G進行往復運動，該推抵元件34上凸設有一凸出 ^ 341 ’该下導電片35係呈f曲狀，且其獅係與該容置槽 3〇之頂緣相匹配，以能活動地定位至該容置槽330之頂緣， 且鄰近该凸出部341之位置，該下導電片35能直接或間接地 與一正極電源線W2相電氣連接。 。月參閱第3及4圖所示，在使用者推抵該推抵元件34之 ，辦應端’使該推抵耕34進行往復運動的情況下，該凸出 p 341犯推抵該下導電片邪鄰近一端之位置，令該下導電片 35能以該容置槽330之頂緣為支點擺動，使其一端能朝該上 導電片321之方向移動，並與該上導電片321接觸（如第4 圖下方所示），由於該正極電源線W2能透過正極導電片33a、 ，下導電片35及上導電片321，與該發光元件相電氣連接， ，該負極電源線W1能透過該金屬殼體31與該發光元件相電 氣連接，因此，該發光元件即能被導通而發出光亮；或該凸 出部341能推抵該下導電片35鄰近另端之位置，令該下導電 35此以4谷置槽330之頂緣為支點擺動，使其一端能朝遠 離*亥上導電片321之方向移動，以脫離與該上導電片gw之 接觸（如第4圖上方所示），令該正極電源線W2斷開與該發 光元件之電氣連接，使s亥發光元件能停止發出光亮。如此， 藉由按壓該推抵元件34之兩對應端，使用者即能輕易地控制 該發光元件的發亮與否，此外，由於該下導電片祁僅需置放 於該容置槽330猶，並不需完全容置於該容置槽33〇中， 因此該絕緣超33之㈣體赌祕可能地設計成輕巧的樣 式’且尚能減少該絕緣座體33在射出成型製程中的製作成 本，另，由於該發光元件在導通的狀態時，該等導電片321、 35、33a間之接觸面積較小’故能改善習知燈座結構在使用 上’導電片料因為導通時的高溫而快速老化的問題，進而 提昇該燈座結構3的使用壽命。 復請參閱第3圖所示’在本創作之第一較佳實施例中， 該絕緣座體33尚嵌設有-正極導電片33a及—負極導電片 33b ’該正極導電# 33a之-端係能由該絕緣座體33頂面露 出，並延伸至該容置槽330上方鄰近該下導電片％之位置，M411534 V. New description: [New technical field] This creation is a lamp holder structure, especially a lamp holder structure with a pushing element and a lower conductive piece, which can reciprocate in the lamp holder structure The movement 'and the lower conductive sheet enables the lower conductive sheet to be electrically connected to the light-emitting element, so that the light-emitting element can be turned on to emit light. [Prior Art] Press, the lamp is the most invented in the history of human earning - not only to illuminate the dark road, to provide people with enough light and security, but also to create a variety of different visual effects, to add to the life The variety of aesthetics has become an indispensable tool in people's lives. In recent years, as the concept of promoting environmental protection and energy conservation has become more and more popular, "turning off the lights" has become the slogan of the government = propaganda. The industry has continuously improved various lamps, and the design of various lamps can be more compact, so that people can be more green and intuitive when closing the masks. _Achieve the purpose of the use of the rules, please refer to 1 shows a conventional lamp holder structure including a metal housing 11, an upper cover 12, an insulating base 13 and a switch device 14, which can form an accommodation space therein. For placing a light-emitting element (not shown) and the first electrode of the light-emitting element can be electrically connected to the negative-electrode power source (not shown) through the metal housing to be in the light-emitting element - the first Re-connecting the electrode to directly or indirectly - the positive power supply (not shown) that can be turned on and emit light. The upper cover body 12 is disposed at the bottom of the metal shell u, and the opening 4 M411534 is provided with a connecting hole 120; the insulating seat body 13 is mounted below the upper cover body 12, and the top surface is concavely provided with a capacity The slot 130 is embedded with a negative electrode conductive piece 131 and a positive electrode conductive piece set 132. The negative electrode conductive piece 131 can be extended from the top of the insulating base 13 and can extend to the upper cover 12 The top surface is in contact with the metal casing 11, and is further connected to the negative power source, so that the negative electrode is sequentially passed along the gate conductive m metal casing η, and current is transmitted to the light emitting device. The positive conductive sheet group 132 includes a lower conductive sheet 132a, at least two trigger conductive sheets and an upper conductive sheet. The lower conductive sheet 132a is embedded in the periphery of the socket and can be connected to the positive power source. The triggering conductive strips 132b are respectively disposed on two sides of the accommodating groove 130, wherein the triggering conductive > M32b surface adjacent to the lower guiding portion f 4 132a is connected to the lower conductive sheet 132a, and the other triggering conductive sheet 13 can Connected to the upper conductive sheet i32c, the upper conductive sheet 132c can pass through the connecting hole (10) to emit light The second electrode of the device is in contact; the switching device 14 includes a pushing member 14 and a spring 142 and a metal piece 143. The configuration of the pushing member 141 is matched with the valley groove 130 to accommodate In the accommodating groove ι3 ,, and reciprocating, wherein the segment can hook one end of the spring U2; the metal piece 143 is c-shaped, and the inner edge of the lower portion can engage the pushing member 141 In the middle portion, the inner edge of the upper portion can hook the other end of the spring 142 and can be driven by the elastic force generated by the spring 142 to tilt toward one end of the pushing member 141. Please refer to Figures 1 and 2. As shown in the figure, when the metal piece 143 is tilted toward one end of the pushing element 141, the metal piece 143 can simultaneously contact the triggering conductive piece 132b, so that the light emitting element can be electrically connected to the positive power source. And causing the light-emitting element to emit light; when the user presses the push-pull element 141 to cause the push-up element 141 to drive the spring, and the metal piece M3 is tilted toward the other end of the push-up element ία, The metal piece M3 will be detached from the triggering conductive piece 132b Contacting to cut off the current on the illuminating element and turning off the illuminating element, so that by the reciprocating movement of the urging element 1C, the user can easily control the turning on or off of the illuminating element, however, the socket Structure 1 still has some defects in its use and fabrication, which are respectively described as follows: (1) The assembly is not easy: since the lamp holder structure i uses too many conductive sheets, current can be conducted to the light-emitting element. The assembly of the positive electrode conductive sheet group 132 and the negative electrode conductive sheet 131 is not only cumbersome, but also easily causes looseness of position when pushed by an external force, thereby destroying the use effect of the socket structure 1, and therefore not only costly but also production. There are also many problems. (2) The volume is too large: since the switch 跋 μ must be completely accommodated in the accommodating groove 130, the insulating seat 13 will be limited, and cannot be designed to be light and flexible, causing the insulating seat 13 to be injection molded. The cost in the production is too high, and it will also affect the transportation and storage cost of the lamp holder structure. (3) The imperfection is not smooth: when the user presses the pushing element 141, the user applies the push The force of the resisting member 141 must be greater than the elastic force on the spring 142, and the spring 142 can be pushed to bring the metal piece 143 into contact with the set of the positive electrode conductive sheet 132 or away from the positive conductive sheet set 132. If the spring force of the spring 142 is too large, the user may be inconvenient to press. If the spring force of the spring 142 is too small, the M411534 may be too sensitive, and the spring 142 may be elastically fatigued due to long-term use. Affects the sensitivity of the lamp holder structure. (4) Service life: when the light-emitting element passes current, the metal piece 143 will simultaneously contact the a-chip triggering conductive piece 132b, and the current will generate high temperature when passing through the s-shaped metal piece 143, and therefore, the metal piece The contact area of the 143 and the triggering conductive strips 132b is too large, which causes the aging phenomenon of the metal sheet 143 to be oxidized, embrittled, and the like, thereby destroying the service life of the socket structure 1. As can be seen from the above, it is known that the lamp holder structure has a problem of inconvenient use and long service life in addition to the high production cost and complicated assembly. Therefore, how to design a lamp holder structure The lamp holder structure is not only easy to assemble, but also more convenient for the user to press, which is an important problem that the present invention is intended to solve. [New content] In view of the many problems of the structure of the lamp holder, the creator has been able to design a lamp holder structure of this creation with years of practical experience and after years of research and experimentation. The structure is too complicated to assemble and the service life is too short. One of the purposes of the present invention is to provide a lamp holder structure including a metal case, an upper cover body, an insulating seat body, a pushing member and a lower conductive piece. The top end of the metal case has an upper opening and a bottom end thereof. An opening is formed, the upper opening is in communication with the lower opening to form an accommodating space, wherein the first electrode of a light-emitting element can be positioned in the accommodating space and can pass through the metal casing, 7 M411534 Electrically connected to a negative power supply line, so that the light-emitting element can be turned on and lighted only after being directly or indirectly connected to a positive power supply line; the upper cover system can be installed under the metal casing, And an upper conductive sheet is embedded, the upper conductive sheet is exposed at one end from the top surface of the upper cover to be connected to the second electrode of the light-emitting element, and the other end is exposed by the bottom surface of the upper cover; The insulating seat system can be mounted on the bottom surface of the upper cover body, and is provided with a receiving groove; a protruding portion is protruded from the pushing member, and can be accommodated in the receiving groove for reciprocating motion; the lower conductive piece Curved Shaped, and can be movably positioned at the top edge of the "Xuangu" trough, and directly or indirectly electrically connected to a positive power supply line, the protruding portion can push the protrusion during the reciprocating motion of the pushing element The lower conductive sheet is adjacent to the end of the conductive sheet, so that the lower conductive sheet can swing with the top edge of the receiving slot as a fulcrum and is in contact with the upper conductive sheet, or the protruding portion can push against the lower conductive (four) near the other end The position is such that the lower conductive sheet can swing in the opposite direction to be out of contact with the upper conductive sheet. In this manner, when the user presses the pushing element to push the protruding portion against the lower conductive sheet to bring the lower conductive sheet into contact with the upper conductive sheet, the light emitting element can respectively be connected to the positive power supply line. And the negative power line is electrically connected, so that the current from the power line can pass through the S-light emitting element and emit light. In addition, since the overall structure and volume of the lamp holder structure are far smaller than the conventional lamp holder structure, the time and manufacturing cost of the group I can be simplified. Another object of the present invention is that the insulating body can be embedded with a positive electrode conductive piece and a negative electrode conductive piece, and one end of the positive electrode conductive piece is exposed from the top surface of the insulating seat body and can extend adjacent to the lower conductive layer. The position of the chip is connected to the positive power supply line at the other end, so that when the lower conductive piece is pushed against and connected to the upper conductive M411534 piece, the positive power supply line passes through the positive conductive sheet. The lower conductive sheet and the upper conductive sheet are transmitted to the light-emitting element; the end of the negative conductive sheet can be directly or indirectly connected to the metal shell, and the other end can be connected to the pole to connect After the button is applied to the metal casing, the electric current of the bungee pole can be sequentially transmitted to the first electrode of the light-emitting element via the negative electrode conductive sheet and the metal shell. • Another object of the present invention is that the lamp holder structure further includes at least a fixed component (e.g., a rivet) and at least one hole is respectively formed in the metal housing, the upper cover body and the insulating seat body respectively. The configuration of the hole is matched with the fixing element' to make Gu Dingyuan Wei? a grade brain, and the metal shell, the upper cover body and the insulating seat body are integrally fixed, and the end of the negative electrode conductive sheet can extend to the hole of the insulating seat adjacent to the negative electrode conductive sheet to After picking 70 pieces through the holes, the current can be contacted with one end of the bungee conductive sheet, and the current is transmitted through the negative conductive sheet and the metal shell. To the first electrode of the light-emitting element. K The Stomach Review Committee can have a more in-depth understanding and understanding of the structural features, objectives and functions of this creation. The drawings are combined with the examples, and the implementation is detailed. [Insert] The creation department - the structure of the new seat, please As shown in FIG. 4, the present invention is a first preferred embodiment. The lamp holder structure 3 includes a metal case 31, an upper plate body 32, an insulating base 33, a pushing element %, and a lower conductive piece. The upper end of the metal housing 31 is provided with an upper opening, and the bottom end is provided with a lower opening 311 ′. The upper opening 310 and the lower opening 311 are connected to each other to form an accommodation space 312 ′. The configuration of the space 312 is matched with the first electrode of a light-emitting element/not in the figure, so that one end of the light-emitting element can be inserted into the accommodating space 312 by the upper opening 31G, and the first electrode is made It can be connected with the metal casing 31, and the minus 31 can be directly or randomly connected with the negative electrode electric power W1, so that the second electrode of the light-emitting element and the positive-power line W2 are electrically connected, that is, Can be turned on and shine. (4) Referring to Fig. 3, the upper cover body 32 is capable of reaching the bottom of the metal shell 31 & 'the upper conductive sheet 321 is embedded thereon, and the top surface of the upper conductive sheet milk & Am cover 32 is exposed. Extending into the accommodating space ^2 and electrically connected to the second electrode, and the bottom surface of the upper end of the upper conductive body 321 is exposed; the insulating base 33 can be set The bottom surface of the lid body 32 of the upper cover is recessed with a receiving groove 33◦, and the receiving groove extends through the top surface of the insulating seat 33; the configuration of the pushing member 34 matches the slot 330 The lower conductive piece 35 is convexly curved, and the lower conductive piece 35 is convexly curved, and the lower conductive piece 35 is formed in a f-curve shape, and is disposed to be retracted to the receiving groove 33. The lion system is matched with the top edge of the accommodating groove 3 to be movably positioned to the top edge of the accommodating groove 330, and adjacent to the protruding portion 341, the lower conductive sheet 35 can directly or indirectly The ground is electrically connected to a positive power supply line W2. . Referring to Figures 3 and 4, in the case where the user pushes against the pushing member 34, and the handle end causes the push-to-plow 34 to reciprocate, the protruding p 341 is pushed against the lower conductive The position of the adjacent one end of the chip is such that the lower conductive sheet 35 can swing with the top edge of the receiving groove 330 as a fulcrum, so that one end thereof can move toward the upper conductive piece 321 and be in contact with the upper conductive piece 321 ( As shown in FIG. 4 below, the positive power supply line W2 can pass through the positive conductive sheet 33a, the lower conductive sheet 35 and the upper conductive sheet 321 to be electrically connected to the light-emitting element, and the negative power supply line W1 can transmit the same. The metal housing 31 is electrically connected to the light emitting element, so that the light emitting element can be turned on to emit light; or the protruding portion 341 can be pushed against the position of the lower conductive sheet 35 adjacent to the other end, so that the lower conductive 35 The swinging of the top edge of the valley slot 330 is such that one end thereof can move away from the upper conductive strip 321 to be out of contact with the upper conductive sheet gw (as shown in the upper part of FIG. 4). The positive power supply line W2 is disconnected from the electrical connection of the light-emitting element, so that s An optical element can be stopped glows. In this way, the user can easily control the brightness of the light-emitting element by pressing the two corresponding ends of the pushing element 34. In addition, since the lower conductive sheet is only required to be placed in the receiving groove 330, It does not need to be completely accommodated in the accommodating groove 33〇, so the (four) body smear of the insulating super 33 may be designed in a lightweight style and the reduction of the insulating seat 33 in the injection molding process can be reduced. Cost, in addition, since the contact area between the conductive sheets 321 , 35 , and 33 a is small when the light-emitting element is in an on state, the conventional lamp holder structure can be improved in use. The problem of rapid aging further increases the service life of the lampholder structure 3. Referring to FIG. 3, in the first preferred embodiment of the present invention, the insulating base 33 is also embedded with a positive electrode conductive piece 33a and a negative electrode conductive piece 33b. The top surface of the insulating base 33 is exposed and extends to a position above the receiving groove 330 adjacent to the lower conductive sheet.
Ml 1534 其另端則能與該正極電源線W2相連接，且在該推抵元件34 推抵該下導電片35,令該下導電片35與該上導電片32i相接 觸的同時，該正極導電片33a之一端能與該下導電片35之另 端相接觸，使該正極電源線W2之電流能依序通過該正極導電 f 33a、下導電片35及上導電片321，傳送至該發光元件； °亥負極導電片33b 一端係能由該絕緣座體33頂面延伸而出， 以直接或間接地與該金屬殼體31相電氣連接且其另端係與 該負極導電片33b相連接，如此，該發光元件即能透過該金 屬殼體31及該負極導電片咖，接收該負極電源線傳來 流。 承上，復請參閱第3圖所示，在本創作之第一較佳實施 例中’該燈座結構3尚包括一固定元件36 (如：鉚釘），且該 金屬殼體3卜上蓋體32、絕緣座體33上相互對應之位置分 別開設有至少一孔洞Η，該孔洞H之構形係與該固定元件祁 之構形相匹配，使該固定树36能穿過該等孔洞H，並將該 金屬喊體31、上蓋體32及絕緣座體33牢固地固定成一體， 在此特別-提者’該燈座結構3之㈣方式並不以此為限， 在本創作之其他較佳實施例中，業者亦能利用卡合、黏合等 方式，組裝該燈座結構3，合先陳明。另，在本實施例中，該 負極導電# 33b之-端尚能延伸至魏緣座體33上鄰近該負 極導電片33b之孔洞η中，以在該固定元件36穿過該等孔洞 Η後，能與該負極導電片33b之一端相接觸，由於該固定元件 36係由金屬構成，因此，在該燈座結構3組装完成並與該 發光元件相連接的情町，該正__ W2之電流即能依序 12 通過該正極導電片33a、下導電片35及上導電片321，傳輸 至該發光元件之第二電極，且在該發光元件發出光亮後，該 電流能依序通過該第一電極、該金屬殼體31、該固定元件36 及該負極導電片33b，傳輸至該負極電源線W1，以完成導通 迴路，並令該發光元件發出光亮。 按，以上所述，僅為本創作之一較佳實施例，惟，本創 作所主張之權利範圍，並不侷限於此。凡熟悉該項技藝之人 士’依據本創作所揭露之技術内容，可輕易思及之等效變化， 均不脫離本創作所保護之範嘴。 【圖式簡單說明】 第1圖係習知之燈座結構之立體示意圖； 第2圖係習知之燈座結構之剖面圖； 第3圖係本創作之燈座結構之第—較佳實施例立體示意圖 第4圖係本創作之燈座結構之第一較佳實施例之勤圖。’及 【主要元件符號說明】 燈座結構 ......... 3 金屬殼體 ......... 31 上開口 ......... 31〇 下開口 ......... 311 容置空間 ......... 312 上蓋體 ......... 32 M411534 上導電片 .........321 絕緣座體 .........33 正極導電片 .........33a 負極導電片 .........33b 容置槽 .........330 推抵元件 .........34 凸出部 341 下導電片 .........35 固定元件 .........36 孔洞 .........Η 負極電源線 .........W1 正極電源線 .........W2 14The other end of the Ml 1534 can be connected to the positive power supply line W2, and the positive conductive piece 35 is pressed against the lower conductive piece 35 to bring the lower conductive piece 35 into contact with the upper conductive piece 32i. One end of the conductive sheet 33a can be in contact with the other end of the lower conductive sheet 35, so that the current of the positive power source line W2 can be sequentially transmitted to the light through the positive conductive sheet f33a, the lower conductive sheet 35 and the upper conductive sheet 321 One end of the negative electrode conductive piece 33b can be extended from the top surface of the insulating seat 33 to be directly or indirectly electrically connected to the metal case 31 and the other end thereof is connected to the negative electrode conductive piece 33b. In this way, the light-emitting element can pass through the metal casing 31 and the negative-electrode conductive sheet to receive the flow from the negative power source line. As shown in FIG. 3, in the first preferred embodiment of the present invention, the lamp holder structure 3 further includes a fixing member 36 (such as a rivet), and the metal casing 3 is covered with a cover. 32. The at least one hole Η is respectively disposed on the corresponding positions on the insulating base 33, and the configuration of the hole H matches the configuration of the fixing member ,, so that the fixed tree 36 can pass through the holes H, and The metal body 31, the upper cover body 32 and the insulating base body 33 are firmly fixed together. In particular, the method of (4) of the lamp holder structure 3 is not limited thereto, and other preferred embodiments of the present invention are preferred. In the embodiment, the manufacturer can also assemble the lamp holder structure 3 by means of snapping, bonding, etc. In addition, in this embodiment, the end of the negative conductive #33b can extend to the hole η adjacent to the negative conductive sheet 33b on the edge of the flange 33 to pass through the holes of the fixing member 36. It can be in contact with one end of the negative electrode conductive piece 33b. Since the fixing element 36 is made of metal, the case where the socket structure 3 is assembled and connected to the light-emitting element, the positive __W2 The current can be sequentially transmitted through the positive conductive sheet 33a, the lower conductive sheet 35 and the upper conductive sheet 321 to the second electrode of the light-emitting element, and after the light-emitting element emits light, the current can sequentially pass through the light-emitting element. The first electrode, the metal casing 31, the fixing member 36 and the negative electrode conductive piece 33b are transmitted to the negative power source line W1 to complete the conduction loop, and the light-emitting element emits light. According to the above, it is only a preferred embodiment of the present invention, but the scope of the claims claimed by the present invention is not limited thereto. Anyone who is familiar with the skill can easily think of the equivalent changes according to the technical content disclosed in this creation, and does not deviate from the protection of this creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a conventional lamp holder structure; FIG. 2 is a cross-sectional view of a conventional lamp holder structure; and FIG. 3 is a third embodiment of the lamp holder structure of the present invention. Figure 4 is a diagram showing the first preferred embodiment of the lamp holder structure of the present invention. 'And [Main component symbol description] Lamp holder structure......... 3 Metal case......... 31 Upper opening......... 31〇下开口. ........ 311 accommodating space......... 312 upper cover......... 32 M411534 upper conductive sheet.........321 Insulation seat Body.........33 Positive Conductive Sheet.........33a Negative Conductive Sheet.........33b accommodating slot.........330 Pushing the component.........34 Projection 341 Lower conductive sheet...35 Fixing element.........36 Hole....... ..Η Negative power cord.........W1 Positive power cord......W2 14