M411677 五、新型說明： 【新型所屬之技術領域】 尤指一種適用於辦公室 本創作係關於一種插座套件 或工業環境之滑轨式插座套件。 【先前技術】 傳統之插座不論是為擴充或延伸長度目的，其社構主 要為-殼體、及設於殼體上且相互分隔之複數組插^此 類插座在電ϋ設備需移動的場合時顯得相當不方便， 必須將㈣插頭拔起㈣置到其它射^。因此有—種滑 執式插座結構設計被提出，以解決設備移動性問題。⑺ 不論是傳統分隔式或滑軌式插座，所有插座皆會面臨 一問題’即微粒污染…種習知滑執式插座之防塵設計是 將具有彈性之橡膠條固定在座體上，在平時此橡勝條會遮 蔽住插座口，而當插頭或轉換座插人時可直接擠開橡膠條 以接觸座體内之電極導線。 上述習知設計有—缺點，亦即此種橡膠條在經過一段 時間後會發生不可避免之材質劣化，導致失去應有之遮 蔽、防塵效果。 此外田^知滑軌式插座使用於視線不良、昏暗之場 a時使用者不易將插頭或轉換座正確插人插座口，甚至 需化費很大工夫去尋找插座所在，實屬不便。 .-不σ以上諸多缺點’本案創作人以其從事相關研究之 長久經驗不斷構思改進之道，終促成此創作以嘉惠社會大 3 【新型内容】 本創作之轨式插座套件包括有一長形座體、二導電電 電性發光條一變壓器以及—透光門板。長形座體 L括有一内凹轨槽，上述二導電電極與電性發光條即分別 固設於内凹轨槽中。 '上述變壓器分別與二導電電極以及電性發光條電性 連接。透光門板樞設於長形座體並覆蓋内凹軌槽之槽口。 藉由上述插座套件設計，當插座本身已接收電力來源 如市電之情況下’透過變壓器轉換成適當電壓之電能供給 於電性發光條使其發光’而光芒可透出門板讓使用者察 覺。因此即使在陰暗不明的環境下，純困難地使用本創 作之軌式插座。而且，本創作之防塵設計避免了習知使用 橡膠材質門板所導致劣化甚至失去作用之缺點。 上述二導電電極可為二導電銅柱。上述電性發光條可 包括一軟性電路板以及電性連接於軟性電路板之複數發光 二極體。上述彈性件可為一扭蛋。 上述透光門板可以是單一門板構件或者是由複數個 獨立並相鄰接之小透光片所構成，其中每一小透光片抵接 有一彈性件作為一復位構件，使門板回復至規定位置。 軌式插座套件可更包括一末端盒體與一接市電插 頭，該末端盒體收容有—對導電壓座係電性連接於接市電 插頭，且二導電電極穿過末端盒體而分別電性連接於該對 M411677 ，而且也使轨式 導電壓座。這樣的結構設計不僅方便組裝 插座之使用更具便利性。 上述變壓器可包括有-電路板、—對導電壓座及_變 壓益盒體，其中電路板與導電壓座皆收容於變壓器盒體 内’電路板同時與導電壓座及電性發光條電性連接， 電電極穿過變壓器盒體而分別電性連接於導電壓座。如此 結構設計同樣也是有利於組裝便利性。M411677 V. New description: [New technical field] Especially suitable for office This series is about a socket kit or a slide-type socket kit for industrial environments. [Prior Art] Conventional sockets are mainly for the purpose of expansion or extension, and the structure is mainly a housing, and a plurality of sockets arranged on the housing and separated from each other, where the socket needs to be moved. It seems quite inconvenient, and the (4) plug must be pulled up (four) to other shots. Therefore, a sliding socket structure design has been proposed to solve the problem of equipment mobility. (7) Regardless of the traditional split or slide-type sockets, all sockets will face a problem. That is, particle contamination... The dust-proof design of the conventional sliding socket is to fix the elastic rubber strip on the seat. The winch will cover the socket, and when the plug or the adapter is inserted, the rubber strip can be directly squeezed to contact the electrode lead in the body. The above-mentioned conventional design has the disadvantage that the rubber strip will undergo unavoidable material deterioration after a period of time, resulting in loss of the shielding and dustproof effect. In addition, the Tianzhizhi slide-type socket is used in the field of poor sight and darkness. When the user is not easy to insert the plug or the conversion seat into the socket, it is inconvenient to spend a lot of time to find the socket. .- No many disadvantages above σ' The creator of this case constantly conceived the improvement method with his long experience in related research, and finally promoted this creation to benefit the society. 3 [New content] The track socket kit of this creation includes an elongated shape. The seat body, the two-conducting electro-electric light-emitting strip-transformer and the light-transmitting door panel. The elongated seat body L includes a concave track groove, and the two conductive electrodes and the electric light-emitting strips are respectively fixed in the concave track grooves. The above transformers are electrically connected to the two conductive electrodes and the electric light-emitting strips, respectively. The light-transmissive door panel is pivoted to the elongated seat body and covers the notch of the inner concave track groove. With the above socket kit design, when the socket itself has received a power source such as a commercial power supply, the electric energy converted into an appropriate voltage through the transformer is supplied to the electric light-emitting strip to emit light, and the light can be seen through the door panel for the user to perceive. Therefore, even in a dark and unclear environment, it is difficult to use the rail socket of this creation. Moreover, the dust-proof design of the present invention avoids the disadvantages of the conventional use of the rubber door panel which causes deterioration or even loss of function. The two conductive electrodes may be two conductive copper pillars. The above-mentioned electric light-emitting strip may comprise a flexible circuit board and a plurality of light-emitting diodes electrically connected to the flexible circuit board. The elastic member may be a twisted egg. The transparent door panel may be a single door panel member or a plurality of independent and adjacent small transparent sheets, wherein each small transparent sheet abuts an elastic member as a reset member to return the door panel to a predetermined position. . The rail socket kit may further include an end box body and a mains plug, wherein the end box body houses a conductive voltage socket electrically connected to the mains plug, and the two conductive electrodes pass through the end box body and are respectively electrically connected. Connected to the pair M411677, and also the rail-type voltage block. Such a structural design not only facilitates the use of the assembled socket but is more convenient. The transformer may include a circuit board, a pair of conductive voltage seat and a voltage change box, wherein the circuit board and the voltage guiding seat are housed in the transformer box, and the circuit board is simultaneously connected with the conductive voltage seat and the electric light emitting strip. The electrical connection is electrically connected to the conductive voltage seat through the transformer case. Such a structural design is also advantageous for assembly convenience.
執式插座套件可更包括一插頭轉換座，插頭轉換座包 括有-轉換座體、對應電器插頭之—對插孔及—對接觸端 子’插孔與接觸端子對應電性連接且分別設置於轉換座體 表面，二接觸端子並對應接觸於二導電電極。 上述轉換座體可包括-上方相輯動部、一下方相對 轉動部以及一相對固定部。上方相對轉動部與下方相對轉 動部相固接且分別位於相對固定部之相對二側，插孔設置 於上方相對轉動部，接觸端子設置於下方相對轉動部。 上述内凹軌槽内可更設置有一地線，相對固定部底端 狀伸有凸壁，且&壁表面設有—接地端子係麼抵於地 線。藉此可讓插頭轉換座-插入長形座體時即達到接地功 效，確保使用安全性。 【實施方式】 參考圖1與圖2,係-實施例之執式插座套件分解圖及 其插頭轉換座立體圖。本實施例之軌式插座套件包括一紹 材質長形座體10、分別作為正極與負極之二導電電極 5 M411677 υ，21、一電性發光條22、一透光門板23 ' —變壓器30、一 插頭轉換座40及一接市電插頭52。 長形座體10外觀略呈矩形體，其内部具有一内凹轨槽 Π。内凹軌槽11於長形座體1〇頂面開口形成狹長之槽口 12。内凹轨槽丨丨内、位於槽口 12正下方之處還形成有一地 線ιοί，本例中因長形座體10本身為金屬材，因此地線1〇1 是與長形座體10—體形成的。 二導電電極20，21皆為導電銅柱型態，分別固設於内凹 執槽Π中’且以槽口 12為分界相對且相互平行設置。導電 電極當然不限於銅柱，其它各種類型亦可，例如導電板型 態，只要能符合所需之電力負荷規格；其相對配置亦當然 不限定為上述者。詳細而言，每一導電電極2〇,2 t，是預先 欣入在一塑膠條14，之後再行卡入長形座體1〇内部壁面凹 槽15處，藉此使二導電電極20,21之間電性隔絕，且長形座 «a 1 〇與任一導電電極也呈電性隔絕❶如此設計更可便於組 裝作業。 電性發光條22使用一 LED燈條，包括一軟性電路板221 以及電性連接於軟性電路板221之複數發光二極體222。其 組裝方式類似於導電電極者，只要將已載有發光二極體222 之軟性電路板221嵌卡進長形座體1〇内部壁面凹槽處即可。 透光門板23是樞設於長形座體1〇，其用於覆蓋内凹軌 槽11之槽口 12以發揮防塵、遮蔽效果。透光門板23可以是 單一狹長門板直接蓋住槽口 12者，也可以是如圖所示由複 數個獨立門板片段23 1相鄰並列構成而共同蓋住槽口 i 2 M411677 者。本實施例特別將每一門板片段23丨預先枢接於一嵌卡體 24以構成一門板模組，其後再把所有門板模組依次組入長 形座體10内部壁面凹槽13處，如此也是提升組裝作業方便 性之設計。此外，對每一門板模組還使用了一彈性件25 , 例如杻簧，其一端抵接於門板片段231，另一端抵接於嵌卡 體24，藉此提供門板片段231 —復位力量。 變壓器30包括有一電路板3卜一對導電壓座32,33及一 變壓器盒體34。變壓器盒體34鄰接在長形座體1〇之前端。 電路板31與導電壓座32,33皆收容於變壓器盒體34内，電路 板31同時與導電壓座32,33及電性發光條22電性連接。二導 電電極20,21皆以其前端穿過變壓器盒體34而分別壓固在 一導電壓座3 2,33中，因此呈電性連接◊分別與二導電電極 20,21以及電性發光條22電性連接。 接市電插頭52延伸進入一末端盒體51，且與末端盒體 51内所收容之一對導電壓座5 3,54接觸，因此接市電插頭52 與導電壓座53,54呈電性連接。二導電電極2〇,21皆以其後 端穿過末端盒體51而分別被壓固在導電壓座53,54，因此呈 電性連接。末端盒體51鄰接在長形座體1〇之後端。 插頭轉換座40包括有一轉換座體41、對應電器插頭54 之一對插孔42及一對接觸端子43。插孔42與接觸端子43對 應電性連接且分別設置於轉換座體41表面。詳細而言，轉 換座體41包括一上方相對轉動部41丨、一下方相對轉動部 413以及一相對固定部412。上方相對轉動部411與下方相對 轉動部413相固接且分別位於相對固定部412之相對二側， 7 M411677 插孔42設置於上方相對轉動部4丨丨，接觸端子43則設置於下 方相對轉動部413。相對固定部412底端延伸有相間隔之二 凸壁415,每一凸壁415表面露出一接地端子414。 參考圖1與圖3»當軌式插座尚未被使用（即轉換座體41 尚未插入），但接市電插頭52已插置於例如會議室内牆壁之 市電插座時，市電經二導電電極2〇,21進入變壓器30，經電 壓轉換後提供電力至電性發光條22使其發光。此時光芒由 内凹執槽11穿過透光門板23而得以提供一基本亮度供人觀 察到插座座體所在位置》 參考圖4。欲使用一外接電器時，可先將轉換座體41 之下方相對轉動部413對準透光門板23擠入，透光門板23 因而樞轉使得下方相對轉動部413進入内凹軌槽i丨，而相對 固定部412則抵靠於長形座體1 〇頂面。值得注意的是，此時 相對固定部412底端之凸壁415恰壓抵於内凹執槽1丨内之地 線101，這也意味著接地端子414(繪於圖2)必然與地線1〇1 接觸，藉此確保接地安全。接著，再將電器插頭5 5對應插 入上方相對轉動部411之插孔42。 參考圖5 ^然後，再連同電器插頭55與上方相對轉動 部4Π —起轉動，藉以驅動下方相對轉動部413旋轉，致使 二接觸端子43分別對應接觸於二導電電極20,21構成電性 導通，提供外部電器所需電力。 由以上可知，本創作於軌式插座中設置發光裝置並 配合採用透光材質之防塵門板，在導電電極與市電連接狀 態下，因發光條之光芒，軌式插座任何時候皆能讓人察覺 M411677 到放置之位置，對於使用者來說非常方便。本創作另一特 點為結構簡單而不複雜，在製造成本上有極大優勢。 當然，若長形座體為非導電材質，地線因而無法與長 形座體為一體的情況下，則可另外取一導電件作為地線鋪 設於内凹軌槽内並延伸出長形座體之外。其擺設同樣符合 在插頭轉換座插入長形座體時，接地端子恰接觸於該導電 件而呈電性連接。這樣的設計同樣可以達到確保接地安全 之目的。 上述實施例僅係為了方便說明而舉例而已，本創作所 主張之權利範圍自應以申請專利範圍所述為準，而非僅限 於上述實施例。 【圖式簡單說明】 圖1係本創作一較佳實施例之軌式插座套件分解圖。 圖2係軌式插座套件之插頭轉換座立體圖。 圖3係本創作一較佳實施例之軌式插座套件使用過程第_ 狀態示意圖。 圖4係本創作一較佳實施例之軌式插座套件使周過程第二 狀態示意圖。 圖5係本創作一較佳實施例之軌式插座套件使用過程第三 狀態示意圖》 【主要元件符號說明】 長形座體10 地線101 9 M411677 内凹轨槽11 槽口 12 凹槽13,15 塑膠條14 導電電極20,21 電性發光條22 軟性電路板221 發光二極體222 透光門板23 門板片段231 嵌卡體24 彈性件25 變壓器30 電路板31 導電壓座32,33 變壓器盒體34 插頭轉換座40 轉換座體41 上方相對轉動部411 相對固定部412 下方相對轉動部413 接地端子414 凸壁415 插孔42 接觸端子43 末端盒體51 市電插頭52 電器插頭55 導電壓座53,54 10The socket socket kit further includes a plug conversion base including a conversion body, a corresponding electrical plug, a pair of jacks, and a pair of contact terminals, the jacks and the contact terminals are electrically connected and respectively disposed on the switch The surface of the base body has two contact terminals and correspondingly contacts the two conductive electrodes. The conversion base body may include an upper phase pickup portion, a lower opposite rotation portion, and an opposite fixed portion. The upper relative rotating portion is fixed to the lower opposing rotating portion and located on opposite sides of the opposite fixed portion, the insertion hole is disposed on the upper relative rotating portion, and the contact terminal is disposed on the lower relative rotating portion. A grounding wire may be further disposed in the recessed rail slot, and a convex wall is formed at a bottom end of the fixing portion, and the wall surface is provided with a grounding terminal to be grounded. This allows the plug adapter to be grounded when inserted into the elongated body for safety. [Embodiment] Referring to Figures 1 and 2, there is shown an exploded view of a socket assembly and a perspective view of a plug adapter thereof. The rail socket kit of the embodiment comprises a long-shaped base 10, two conductive electrodes 5, 41, 41, 21, a light-emitting strip 22, a light-transmissive door 23', a transformer 30, respectively. A plug conversion base 40 and a mains plug 52 are connected. The elongate body 10 has a slightly rectangular appearance and has a concave rail groove inside. The inner recessed rail groove 11 is formed in the top surface of the elongated base body 1 to form an elongated notch 12. A ground wire ιοί is also formed in the inner concave groove groove directly under the notch 12. In this example, since the elongated seat body 10 itself is a metal material, the ground wire 1〇1 is the elongated body 10 - formed by the body. The two conductive electrodes 20, 21 are all of the conductive copper column type, respectively fixed in the inner concave groove ’ and are opposite to each other with the notch 12 as a boundary and arranged parallel to each other. The conductive electrode is of course not limited to the copper pillar, and various other types may be used, for example, a conductive plate type as long as it meets the required power load specification; the relative arrangement is of course not limited to the above. In detail, each of the conductive electrodes 2 〇, 2 t is preliminarily immersed in a plastic strip 14 and then chucked into the inner wall surface groove 15 of the elongated body 1 , thereby making the two conductive electrodes 20 The electrical isolation between the 21 and the elongated seat «a 1 〇 is also electrically isolated from any of the conductive electrodes. This design is easier to assemble. The LED strip 22 includes an LED strip 221 and a plurality of LEDs 222 electrically connected to the flexible board 221 . The assembly method is similar to that of the conductive electrode, as long as the flexible circuit board 221 carrying the light-emitting diode 222 is inserted into the recess of the inner wall of the elongated body 1 . The light-transmissive door panel 23 is pivotally disposed on the elongated seat body 1 〇 for covering the notch 12 of the recessed rail groove 11 to exert a dustproof and shielding effect. The light-transmissive door panel 23 may be a single elongated door panel directly covering the slot 12, or may be formed by juxtaposing a plurality of independent door panel segments 23 1 adjacent to each other to cover the slot i 2 M411677 as shown. In this embodiment, each of the door panel segments 23 is pivotally connected to a card body 24 to form a door panel module, and then all the door panel modules are sequentially assembled into the inner wall recess 13 of the elongated body 10. This is also the design to improve the ease of assembly work. In addition, an elastic member 25, such as a spring, is used for each of the door panel modules, one end of which abuts the door panel segment 231 and the other end abuts the embedding body 24, thereby providing the door panel segment 231 - resetting force. Transformer 30 includes a circuit board 3 with a pair of pilot voltage pads 32, 33 and a transformer housing 34. The transformer housing 34 abuts the front end of the elongated housing 1〇. The circuit board 31 and the voltage-conducting blocks 32, 33 are housed in the transformer casing 34. The circuit board 31 is electrically connected to the voltage-conducting blocks 32, 33 and the electric light-emitting strips 22. The two conductive electrodes 20, 21 are respectively fixed in a conducting voltage seat 32, 33 with their front ends passing through the transformer case 34, and thus are electrically connected to the two conductive electrodes 20, 21 and the electric light-emitting strips respectively. 22 electrical connection. The mains plug 52 extends into an end box 51 and is in contact with a pair of conductive voltage terminals 53 and 54 received in the end box 51. Therefore, the mains plug 52 is electrically connected to the voltage guiding blocks 53, 54. The two conductive electrodes 2, 21 are respectively fixed to the voltage-conducting terminals 53, 54 with their rear ends passing through the end case 51, and thus are electrically connected. The end box 51 abuts the rear end of the elongate body 1〇. The plug conversion base 40 includes a conversion base 41, a pair of corresponding electrical plugs 54 and a pair of contact terminals 43. The jack 42 is electrically connected to the contact terminal 43 and is respectively disposed on the surface of the conversion base 41. In detail, the conversion base 41 includes an upper relative rotation portion 41A, a lower relative rotation portion 413, and an opposite fixed portion 412. The upper relative rotating portion 411 is fixed to the lower relative rotating portion 413 and is located on opposite sides of the opposite fixing portion 412 respectively. The 7 M411677 jack 42 is disposed on the upper relative rotating portion 4丨丨, and the contact terminal 43 is disposed in the opposite relative rotation. Part 413. The bottom end of the fixing portion 412 extends with two spaced apart convex walls 415, and a surface of each of the convex walls 415 exposes a grounding terminal 414. Referring to Figures 1 and 3» when the rail socket has not been used (i.e., the conversion housing 41 has not been inserted yet), but when the mains plug 52 has been inserted into a mains outlet such as a wall in a conference room, the mains is passed through two conductive electrodes 2, 21 enters the transformer 30 and, after voltage conversion, provides power to the electrically illuminated strip 22 for illumination. At this time, the light is transmitted from the concave groove 11 through the light-transmitting door panel 23 to provide a basic brightness for observing the position of the socket body. Referring to FIG. When an external electrical device is to be used, the lower relative rotating portion 413 of the conversion base 41 is first slid into the transparent door panel 23, and the transparent door panel 23 is thus pivoted so that the lower relative rotating portion 413 enters the concave track slot. The opposite fixing portion 412 abuts against the dome surface of the elongated seat body 1. It should be noted that at this time, the convex wall 415 at the bottom end of the fixed portion 412 is pressed against the ground line 101 in the inner concave groove 1 ,, which also means that the ground terminal 414 (pictured in FIG. 2) necessarily corresponds to the ground line. 1〇1 contact to ensure safe grounding. Next, the electrical plugs 5 5 are correspondingly inserted into the insertion holes 42 of the upper relative rotating portion 411. Referring to FIG. 5, then, together with the electrical plug 55, the upper rotating portion 4 is rotated to drive the lower relative rotating portion 413 to rotate, so that the two contact terminals 43 respectively contact the two conductive electrodes 20, 21 to form electrical conduction. Provide the power required for external appliances. It can be seen from the above that the creation of the light-emitting device in the rail socket and the use of the dust-proof door panel of the light-transmitting material, in the state of the conductive electrode and the mains connection, the rail socket can be perceived by the M411677 at any time due to the light of the light-emitting strip. It is very convenient for the user to place it. Another feature of this creation is that the structure is simple and not complicated, and there is a great advantage in manufacturing cost. Of course, if the elongated body is made of a non-conductive material and the ground wire cannot be integrated with the elongated body, a conductive member may be additionally disposed as a ground wire in the concave track groove and extended out of the elongated seat. Outside the body. The arrangement is also in accordance with the fact that when the plug adapter is inserted into the elongated seat, the ground terminal is electrically connected to the conductive member. This design also achieves the goal of ensuring ground safety. The above-described embodiments are merely examples for convenience of description, and the scope of the claims is intended to be based on the scope of the patent application, and is not limited to the above embodiments. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view of a rail socket kit of a preferred embodiment of the present invention. Figure 2 is a perspective view of the plug adapter of the rail socket kit. FIG. 3 is a schematic diagram showing the state of the use of the rail socket kit of the preferred embodiment of the present invention. Fig. 4 is a schematic view showing the second state of the circumferential process of the rail socket kit of a preferred embodiment of the present invention. FIG. 5 is a schematic view showing a third state of the use of the rail socket kit according to a preferred embodiment of the present invention. [Explanation of main component symbols] Long seat body 10 Ground wire 101 9 M411677 Inner rail slot 11 Notch 12 Groove 13, 15 Plastic strip 14 Conductive electrode 20, 21 Electroluminescent strip 22 Flexible circuit board 221 Light-emitting diode 222 Light-transmissive door panel 23 Door segment 231 Insert card body 24 Elastic member 25 Transformer 30 Circuit board 31 Conductor seat 32, 33 Transformer box Body 34 Plug Conversion Seat 40 Conversion Seat 41 Upper Relative Rotation 411 Relative Fixed Section 412 Lower Relative Rotation 413 Ground Terminal 414 Convex Wall 415 Jack 42 Contact Terminal 43 End Box 51 Mains Plug 52 Electrical Plug 55 Conductor Block 53 , 54 10