M306416 八、新型說明： 【新型所屬之技術領域】 本案創作係針對傳統之線槽結構所存在之承載置放空 間、透空散熱空間及其維佟*„% a i /、準修空間没计加以改良所產生的 新結構。 【先前技術】 按一般線槽1結構，為防Q 1 # 舟苟防止既類動物侵入破壞線路及提 供散熱功能，通常於線槽丨上挖設具有散熱孔u之座體1〇, 並於上方加設上蓋12形成封閉式線⑴（如第i圖及第2圖 所不），<然而該封閉型線槽！結構為了達到散熱、通風對流， 乃於座體1 0上挖設如長形或圓形等幾何形狀之散埶孔1 ^， 惟該散熱孔Π係為挖孔型態，其散熱孔丨丨邊緣容易產生毛 邊，當拉線時’散熱孔u的毛邊極易刮傷電線13，更易因 拉力過大，使電線1 3破裂。 再者，由於設置有上蓋12的封閉式線槽i，該封閉式線 槽1為了驅除熱度，必須於線槽丨的座體10兩側邊及其底端 上分別作散熱孔的加工，如此一丨，不僅耗資成本又浪費 工時，不符經濟效益。 、 另外，若該線槽1結構施行挖設散熱孔丨丨達到散熱、通 風對流，其電線13完成所呈垂線型態，則電線^必定會蓋 住散熱孔U，令散熱效果大打折扣；又，#該線槽i需祕 時，先將封閉型線槽i的上蓋12打開，續作維修工程。因此 目前公開之線槽1在散熱效果、立即維修上根本無法提昇， 甚者，更徒增成本及人力。 【新型内容】 5 M306416 *創作人深感上述傳統線槽結構存在有其散熱孔 線且在散熱、維修上缺弊，肖別加以改良創新出 可拆却組合多變化的邊板，於視其所需而調整線槽結：： 載置放空間、透空散熱空間及其維修空間。 本創作係提供一種『可拆卸組合多變化邊板之線❹ 構』，其技術手段為於線槽座兩側架體與其上方可組配 插座體之對應邊板的銜接端外側分別加置有數連接片，& _ 成可拆解的線槽結才冓，並利用連接片上設有調整孔形 伸縮調整線槽之承載空間及其透空散熱空間；另於心二 構欲維修時，可螺鬆線槽結構側邊與數連接片鎖固的^二 側2兩側的邊板取下，形成一維修空間，利於維修人員= 不定期或定期維修纜線之用，驅除纜線熱度。 【創作目的】 由上述技術手段實施，亦可產生如下之優、特點· (1)本案乃在提供一種散熱功能得以完全發揮，更 散熱之效果。 (2 )本案創作乃在提供一種視其現場承載纜線多寡，藉 以調整分別銜接於線槽座兩側架體與邊板間的連接片，^ 線槽結構其間之承載置放空間及透空散熱空間可適時調 整0 (3 )本案可依所需於其對應邊板側邊上設置數插座體， 以便於如電器用品、電力、電話資訊、......等之強、弱電 源使用。 (4 )本案乃在提供一種組配現場中利用邊板的可拆卸組 合功能’令線槽結構於其所需狀況或作不定期或定期維修 M306416 ， 之用的維修空間。 【實施方式】 關於本創作之結構及功能說明’現茲舉較佳實施例並 配合圖式詳細説明如下： 請參閱第3圖及第4圖所示，本創作線槽結構2 0至少 包括有一線槽座3 0、一對應邊板4 0，以及一個（含）以上 組接於線槽座3 0、對應邊板4 0之間的連接片5 〇，其中： 該線槽座3 0兩侧架體形成銜接端3 1，銜接端3 1上設 % 有對應固定孔3 2。 該對應邊板4 0分別設置於線槽座3 〇兩側架體銜接端 31上方，係由一橫板41端部垂直彎設為一縱板42，且於 縱板42上分別設有與固定孔32對應的鎖固孔42〇。 該連接片50上半段設為與縱板42之鎖固孔42〇對應 :縱向調整孔51’下半段設為與線槽座3〇兩側架體銜接 碥3 1之固定孔3 2對應的橫向調整孔5 2。 又，前述縱、橫向調整孔5卜52於如圖之實施例中設 請依前揭圖式並同時配合第5圖所示，本 2 〇的線槽座3 〇盥對岸邊板4 〇抓為 ' 接H ”對應透扳40汉為可拆解個體，利用 31之固定I、32故向5周整孔52、51分別於兩侧架體銜接 件…、' 、縱板42上的鎖固孔42〇對應及以螺固 及數4σ以鎖固’令線槽結# 2〇可利用兩側架體銜接端 及數連接片50與邊板4〇的 篮衝接、 ” M W π 可適時調整㈣ ° 夺八間的承載纜線7 0的置放* μ s _ 間大小。 u 071孜卫間及透空散熱 7 M306416 欲實施時，請參照第6 、7 、 ^圖及第8圖所揭示，本創 作利用連接片5 〇縱向調整孔 1供其邊板40縱板42之鎖 LJ距離可作上下铜替，令綠 .^ 7線槽座30兩側架體銜接端31與 邊板40縱板42之透空散熱空η 氣 間6〇予以調整區隔，使得熱 風Λ如第7、8圖箭頭所示、 j頭所不從散熱空間60散發熱氣， 以適時调配線槽結構20置放 透空散熱空間60。 …之承載空間及其間的 。另’觀其第9圖所示，其中於線槽結構2。之 4U兩外側可設置一外蓋式上蓋。 又’觀其第10圖及第 2 0齡、查拉p c η 1圖所不’其中於線槽結構 Μ數連接片50縱向調整孔51沾總㈤一 下1W的螺固疋件53螺鬆，並取 下其一侧或兩側邊板40，使線槽社 ee η,人Α 谓、、、口構2 0上方形成維修空 間61，令線槽結構2〇内部的 % ^ ^ 載置放空間的纜線70得以 难修作業之進行。 又，再請參閱第1 2圖所子，二、+、 要认 厅下 刖述縱向調整孔51可設 ^於該連接片50對應兩側具同等㈣的連續孔…，或如第 3圖所示，其連續孔51a可設置於該連接片5〇中央位置， 问樣可用以調整分別銜接於線槽座3G兩側架體與邊板4〇之 間。 又，請再參閱第14圖所示，前述對應邊板40可設為 —立邊板4〇a，並於對應立邊板40a之對應内側設置—内蓋 式上蓋80a。 再請參閱第1 5圖所示，前述對應立邊板4〇a可為一 個（含）以上，並配合對應邊板40、其上設有數縱向調整 孔的連接請及一外蓋式上蓋8〇，或於最頂部的立 M306416 •邊板40a可設有内蓋式上蓋8〇a，令線槽結構玎適時調整 為封閉型或視其承載纜線70而調整其間的置放空間及透 空散熱空間大小，同樣具有散熱效果（如第1 5圖箭頭所 示）。 由上述說明可知’本案創作之構造，可以使線槽結構 2 0因應現場組配及配置纜線數量來調整鎖設其線槽座3 〇兩 側架體銜接端3 1與邊板4 0之間的連接片5 〇，令線槽座3 〇與 邊板4 0之間的間距高度作適時調配鎖設，使其間之透空散 •熱空間可大可小，因此可足夠承載纜線並作適時之散熱， 以減少危險情形發生，亦可於線槽結構20欲實施維修線槽 座30内部纜線70時，直接將鎖設的邊板4〇取下，即可形成 纜線70之維修空間61，令邊板4〇可足以使線槽結構2〇為可 拆解狀態’更能依其承載纜線7 〇及透空散熱空間之多功能 效用。 【圖式說明】 第 1 圖 係 傳統 線槽 結 構 配 置 之 立 體 分 解 圖 〇 第 2 圖 係 另一 傳 統 線槽 結 構 配 置 立 體 圖 〇 第 3 圖 係 本創 作 立 體 分 解 圖 〇 第 4 圖 係 本創 作 組 合 外 觀 立 體 圖 〇 第 5 圖 係 本創 作 組 配 之 前 視 圖 〇 第 6 圖 係 本創 作 連接 片 與 邊 板 調 整 間 距 之 側 視示 意 圖 〇 第 7 圖： :係 本創 作 線 槽 結 構 調 整 其 散 熱 空 間 後 之散 熱 示 意圖 ( 一 ) 〇 第 8 圖： :係 本創 作 線 槽 結 構 調 整 其 散 熱 空 間 後 之散 熱 9 M306416 不意圖（二）。 第9圖：係本創作線槽結構加設外蓋式上蓋之示意圖。 第1 0圖：係本創作線槽結構取下邊板後形成維修空 間之立體示意圖。 第1 1圖：係本創作線槽結構取下邊板後形成維修空 間之前視圖。 第1 2圖：係本創作連接片另一實施例組配之外觀立 體圖。 第1 3圖：係本創作連接片再一實施例組配之外觀立 體圖。 第1 4圖：係本創作另一線槽結構加設内蓋式上蓋之 立體分解圖。 第1 5圖：係本創作再一線槽結構加設外蓋式上蓋之 前視示意圖。 【主要元件符號說明】 1.線槽 10.座體 11 ·散熱孔 12.上蓋 1 3.電線 2 0.線槽結構 3 0.線槽座 3 1.銜接端 3 2.固定孔 40.邊板 4 0 a.立邊板 41.橫板 4 2.縱板 42 0.鎖固孔 43.插座體 50、50a.連接片 5 1 a.連續孔 5 1、5 2.調整孔 5 3.螺固元件 60.散熱空間 10 M306416 6 1.維修空間 8 0 .外蓋式上蓋 7 0.纜線 80a.内蓋式上蓋M306416 VIII. New description: [New technical field] The creative department of this case is based on the traditional space-slot structure, the bearing space, the air-dissipating space and its maintenance space*„% ai /, the repair space is not counted. The new structure produced by the improvement. [Prior Art] According to the general trunking 1 structure, in order to prevent the Q 1 # boat from preventing the intrusion and destruction of the adjacent animals and providing the heat dissipation function, the heat dissipation hole u is usually dug on the trunking The seat body is 1 〇, and the upper cover 12 is added on the upper side to form a closed line (1) (as shown in Fig. i and Fig. 2), < however, the closed type slotted! structure is configured to achieve heat dissipation and ventilation convection. The body 10 is dug with a divergence hole 1 ^ such as a long shape or a circular shape, but the heat dissipation hole is a digging type, and the edge of the heat dissipation hole is prone to burr, and when the wire is pulled, the heat is dissipated. The burrs of the holes u are extremely easy to scratch the wires 13, and are more likely to be broken due to excessive tension, and the wires 13 are broken. Further, since the closed wire grooves i provided with the upper cover 12, the closed wire grooves 1 must be in line in order to remove heat. The sides of the seat body 10 of the slot and the bottom end thereof are respectively The processing of the heat dissipation holes is not only costly but also wasteful of labor and is not economical. In addition, if the structure of the trunking 1 is configured to dig a heat dissipation hole to achieve heat dissipation and ventilation convection, the wire 13 is completed in a vertical line. Type, the wire ^ will certainly cover the cooling hole U, so that the heat dissipation effect is greatly reduced; again, # When the wire slot i needs to be secret, first open the upper cover 12 of the closed wire slot i, continue to repair the project. The open trunking 1 can't be upgraded in terms of heat dissipation and immediate maintenance, and even more, it increases cost and manpower. [New content] 5 M306416 * The creator deeply feels that the above traditional trunking structure has its vent line and There are no shortcomings in heat dissipation and maintenance. Xiao Bie has improved and innovated the side plates that can be detached but combined with various changes. The wire trough knots are adjusted according to their needs:: placement space, air dissipation space and maintenance space. The authoring department provides a "line structure for detachable combination of multi-change side panels". The technical means is to add several links to the outside of the joint end of the corresponding side plates of the socket body on the two sides of the wire slot seat. The film, & _ _ into a detachable wire slot is only 冓, and the connection piece is provided with an adjustment hole-shaped telescopic adjustment line groove bearing space and its transparent space for heat dissipation; The side plates of the loose wire trough structure and the side plates on both sides of the two connecting pieces are removed to form a maintenance space, which is convenient for maintenance personnel = non-scheduled or regular maintenance of the cable to drive out the cable heat. Purpose: The above technical means can also produce the following advantages and features. (1) This case is to provide a heat dissipation function that can fully play and reduce heat. (2) The creation of the case is to provide a kind of on-site load-carrying cable. The number of wires can be adjusted to connect the connecting pieces between the frame body and the side plates respectively on the two sides of the wire slot seat. The bearing space and the space for heat dissipation in the wire slot structure can be adjusted in time. (3) This case can be used as needed. A plurality of socket bodies are arranged on the side of the corresponding side plates to facilitate the use of strong and weak power sources such as electrical appliances, electric power, telephone information, and the like. (4) The case is to provide a detachable combination function of the side panels in the assembly site to make the trunking structure work in its required condition or to repair the M306416 for irregular or regular maintenance. [Embodiment] The structure and function description of the present invention will now be described in detail with reference to the following drawings: Referring to Figures 3 and 4, the present invention has at least one of the slot structure 20 a wire socket 30, a corresponding side plate 40, and a connecting piece 5 组 connected to the wire socket 30 and the corresponding side plate 40, wherein: the wire socket 30 The side frame body forms the engaging end 3 1, and the connecting end 3 1 is provided with a corresponding fixing hole 32. The corresponding side plates 40 are respectively disposed above the frame connecting ends 31 of the two sides of the wire slot seat 3, and are bent perpendicularly from the end of a horizontal plate 41 to a vertical plate 42 and respectively disposed on the vertical plate 42 The fixing hole 32 corresponds to the locking hole 42〇. The upper half of the connecting piece 50 is arranged to correspond to the locking hole 42〇 of the vertical plate 42: the lower half of the longitudinal adjusting hole 51' is set to be a fixing hole 3 2 which is engaged with the frame body of the wire slot seat 3〇. Corresponding lateral adjustment holes 5 2 . Moreover, the longitudinal and lateral adjustment holes 5 and 52 are arranged in the embodiment of the figure as shown in the preceding figure and at the same time as shown in Fig. 5, the wire socket 3 of the 2 〇 is opposite to the bank 4 Grasping the 'connected H' corresponding to the flat 40 is a detachable individual, using the fixed I, 32 of 31, so the 5 holes of the entire hole 52, 51 on the two sides of the frame joints ..., ', the vertical plate 42 The locking hole 42〇 corresponds to and is screwed and the number is 4σ to lock the 'slotted groove junction #2〇, and the two sides of the frame connecting end and the plurality of connecting pieces 50 are flushed with the basket of the side plate 4〇, MW π It can be adjusted in time (4) ° The capacity of the load cable 70 is set to * μ s _ between the eight. u 071 Defence room and air dissipation 7 M306416 For implementation, please refer to the 6th, 7th, 4th and 8th drawings. This creation uses the connecting piece 5 〇 longitudinal adjustment hole 1 for its side plate 40 vertical plate 42 The lock LJ distance can be used for upper and lower copper replacement, so that the green body of the 7-slot seat 30 and the side plate 40 of the vertical plate 42 of the side plate 40 are adjusted to be separated, so that the hot air For example, as indicated by the arrows in Figs. 7 and 8, the j-head does not dissipate the heat from the heat-dissipating space 60, and the space-dissipating space 60 is placed in a timely manner. The carrying space of ... and between them. Another view is shown in Fig. 9, which is in the trough structure 2. An outer cover type cover can be disposed on both sides of the 4U. Also, 'viewing the 10th and 20th instar, the Chara pc η 1 is not in the case of the slot structure, the connecting piece 50, the longitudinal adjusting hole 51, the total (5) 1W of the screw-shaped element 53 screw loose, And remove one or both side panels 40 to form a maintenance space 61 above the trunking mechanism ee η, the human body, and the mouth structure 2 0, so that the inside of the trunking structure 2 is placed at % ^ ^ The cable 70 of the space is difficult to carry out. Moreover, please refer to FIG. 2, and the second, +, and the vertical adjustment hole 51 can be set to the continuous hole of the same (four) on both sides of the connecting piece 50, or as shown in FIG. As shown, the continuous hole 51a can be disposed at the center of the connecting piece 5〇, and the sample can be adjusted to be respectively connected between the frame body and the side plate 4〇 on both sides of the wire slot seat 3G. Further, referring to Fig. 14, the corresponding side plate 40 may be a vertical side plate 4A, and an inner cover type upper cover 80a may be provided on the corresponding inner side of the corresponding vertical side plate 40a. Referring to FIG. 15 again, the corresponding vertical side plate 4〇a may be one or more, and the corresponding side plate 40, the connection with a plurality of longitudinal adjustment holes thereon, and a cover type upper cover 8 are provided. 〇, or at the top of the vertical M306416 • The side panel 40a can be provided with an inner cover type upper cover 8〇a, so that the trunking structure can be adjusted to be closed or adjusted according to its carrying cable 70. The size of the empty cooling space also has a heat dissipation effect (as indicated by the arrow in Figure 15). It can be seen from the above description that the structure of the creation of the case can make the trunking structure 20 adjust the locking of the wire slot seat 3 according to the number of cables on the site and the number of cables arranged on the side of the frame. The connecting piece 5 〇, so that the height between the slot seat 3 〇 and the side plate 40 is timely adjusted to lock, so that the space between the air and the heat can be large or small, so it is enough to carry the cable and The heat is dissipated in a timely manner to reduce the occurrence of a dangerous situation. When the cable trunking structure 20 is to be used to repair the internal cable 70 of the cable compartment 30, the locked side panel 4 can be directly removed to form the cable 70. The maintenance space 61 allows the side panel 4 to be sufficient for the trunking structure 2 to be in a detachable state, and is more versatile in that it can carry the cable 7 〇 and the air permeable space. [Description of the drawings] Fig. 1 is an exploded perspective view of a conventional wire trough structure configuration. Fig. 2 is a perspective view of another conventional wire trough structure configuration. Fig. 3 is a three-dimensional exploded view of the present creation. The third picture is the front view of the creation group. The sixth picture shows the side view of the connection between the connection piece and the side plate. Figure 7: The heat dissipation diagram of the groove structure after adjusting the heat dissipation space (1) 〇 Figure 8: The heat dissipation after the heat sinking space of the creation of the wire trough structure is not intended (2). Figure 9: This is a schematic diagram of the outer cover of the present invention. Figure 10: This is a three-dimensional schematic diagram of the repair space after the bottom panel is removed. Figure 1 1: This is the front view of the maintenance space after the bottom panel is removed. Fig. 1 2 is a perspective view showing the appearance of another embodiment of the creation of the connecting piece. Fig. 3 is a perspective view of the appearance of the present connection piece. Figure 14: An exploded view of the inner cover of the other trunking structure of the present invention. Figure 15: A front view of the outer cover of the original slot structure. [Description of main components] 1. Trunk 10. Seat 11 · Cooling hole 12. Upper cover 1 3. Wire 2 0. Trunking structure 3 0. Trunking 3 3. Connecting end 3 2. Fixing hole 40. Plate 40 a. Vertical board 41. Horizontal board 4 2. Vertical board 42 0. Locking hole 43. Socket body 50, 50a. Connecting piece 5 1 a. Continuous hole 5 1 , 5 2. Adjustment hole 5 3. Screw solid element 60. Heat dissipation space 10 M306416 6 1. Maintenance space 8 0. Cover type cover 7 0. Cable 80a. Inner cover type cover
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