M398201 4 ¥1邡修正 五、新型說明： 年月曰補充 【新型所屬之技術領域】 本創作係有關於-種發光二極體托盤，尤指涉及一種可供 承載、運送、夾持、儲存及檢測發光二極體之需求使用特別 係指可加強肋條支撐發光二極體之固定性，並俾使每一發光二 極體托盤於穩固堆叠定位同時而不壓損其下之發光二極體及 其導線接頭者。 【先前技術】 發光二極體托盤（Tray)係用以承載並固定多數個發光二 極體’並將該些容置有該發光二極體之托盤層層疊置而形成一 牦盤組，以提供該具有精密線路之發光二極體之適當支撐與保 護，俾使該些發光二極體於後續進行運輸、測試、裝載及相關 製程時可免觉外力或機械衝擊（Meehan^ shock)，確保其結 構與佈设線路之完整後，再予以包裝而出貨供廠商使用。 清參閱『第6圖及第7圖』所示，係分別為習知一種承載 發光二極體之托盤結構示意圖、及習知一種托盤之承載發光二 極體使用態樣示意圖。如圖所示，習知發光二極體托盤4 〇 〇 包括有一托盤本體4、複數個設置兮該托盤本體4之頂面4 〇 上而彼此以一預定距離相隔且呈水平直線式錯開排列之支撐 區塊41、以及複數個設置於該托盤本體4之上、下邊緣上而 彼此以一預定距離相隔排列之定位區塊4 2。該些支撐區塊4 1係以每一水平直線排列形.成一支撐區塊列4 1 1 ’以位列於 每條支律區塊列411内之頂面4 〇作為托槽4 〇a，以承放 3 該發光二極體5，而該些定位區塊4 2相隔之預定距離係小於 該些支撐區塊41相隔之預定距離，可作為該托盤本體4上、 下側邊之制止部’用以將該發光二極體5定位於各托槽4〇a 中並提供限制該些發光二極體5之移動。 當該些發光二極體托盤4 0 〇進行傳輸或搬運期間，係將 多數個發光二極體托盤4 0 〇疊置形成一托盤組而利於移 動，然而，採用上述之設計，當每一發光二極體托盤4 〇 〇於 移動過程中其支撐區塊41因以相隔排列而相對削弱其支撐 性能’縱使配合該些定位區塊4 2也僅能提供單一垂直方向之 定位力，對於支撐力已不足以提供安放該些發光二極體5之支 撐區塊41而言亦然是無法因定位未盡穩固而有損及該些發 光二極體5之情況發生，進而導致各層發光二極體托盤4 〇 〇 於搬運過程位移甚至致使該些發光二極體5脫落而損壞。此 外，縱觀該發光二極體托盤4 〇 〇整體上下，其並無設置可供 托盤與托盤間堆疊定位用之構件，亦無設置可供該發光二極體 5導線5 0之線端存放用之位置，因此其導線5 〇係外露於該 發光二極體托盤4 0 0之外，當在運送過程中，除了會讓其中 相鄰之兩發光二極體托盤4 〇 〇易在受外力撞擊後而產生相 互位移之情況更為嚴重之外，其導線5 〇更容易在撞擊而位移 之同時發生壓壞之情形’最終使得絲載之發光二極體5受損 或毀壞’導致影響其品質進而增加發光二極體5不良率。 因此，上述之缺點需進-步地改善，以尋找出如何發揮穩 固定位該些發光二減及各娜秘鮮之最麵之解決^ 案，確已為此相關領域所迫切待解之課題。故，一般習用者係 無法符合使用者於實際使用時之所需。 、 M398201 « - ·-. 【新型内容】 ί 本創作之主要目的係在於，克服習知技藝所遭遇之上述問 題並提供-種可加強肋條支揮發光二極體之固定性，並透過扣 合7G件及收線槽俾使每—發光二極體托盤於穩固堆疊定位同 時而不壓損其下之發光二極體及其導線接頭，藉以可供承載、 運送、夾持、儲存及檢測發光二極體之需求使用者。 為達以上之目的’本創作係_種發光二極體托盤，係至少 包括一托盤本體及至少二收線槽所組成，並可進一步包含一串 # 連數個托盤本體之旋轉堆疊構件。其中該托盤本體係概呈矩形 且包含-支撑面’該支撐面係由二凹陷於該支稽面之手指溝槽 垂直劃分為二續區域，每—支撐區域之支樓面上係具有複數 根犬起且彼此平行排列之肋條，且每一支撐區域上之肋條係可 _該手指溝槽而與相鄰支撐區域上之肋條平行銜接，用以每 一根肋條之間距構成一托槽以承載該發光二極體，而該些托槽 之至少一端係為一封閉端，其中，每一支撐區域之兩相對侧邊 Φ 係至少有一凹陷設置之扣合單元，其凹陷深度係延伸於該支撐 面之下而該手指溝槽之上，用以當堆疊數個托盤本體時，由上 部托盤本體之扣合單元底部扣合於下部托盤本體之肋條上 緣，俾使每一托盤本體之對位固定同時而不壓損其下之發光二 極體；以及該收線槽係分別向下延命凹陷設置於該托盤本體左 右側邊緣，具有一容置空間，俾使每一收線槽可供該發光二極 體之導線收放至少20條。 上述托盤本體更包括至少一環繞該托盤本體外緣且凹陷 δ史置之扣合件’當堆疊數個托盤本體時’由上部托盤本體之扣 5 補充 合件底部扣合於下部托盤本體之外緣’俾使數個托盤— 堆疊定位。 【實施方式】 請參閱『第1圖〜第5圖』所示，係分別為本創作一較佳 實施例之托盤俯視示意圖、本創作沿著第丄圖之A_A線之剖 面不意圖、本創作沿著第1圖之B-B線之剖面示意圖、本創 作兩較佳實施例之托盤相互堆疊之態樣示意圖、及本創作之托 盤之承載發光二極體使用態樣示_圖。如圖所示：本創作係一 種發光二極體托盤’該發光二極體托盤丄◦〇係為一體成型 者，用以提供承載、運送、夾持、儲存及檢測發光二極體3之 需求’其至少包括-托盤本體1及至少二收線槽2所組成。 该託盤本體1係概呈矩形且包含一支撐面i 〇，該支指 1 0係由二凹陷於該支樓面1 〇之手指溝槽1 i垂直^ ，支撑區域i 2，每-支撑區域i 2之支飾i 〇上係具有 數根突起且彼此平行湖之肋條1 3，且每-支撐區域丄2 之肋條13係可間隔該手指溝槽i i而與相鄰支撐區域i j之肋條1 3平行銜接，用以每—根肋條丄3之間距構成一 θ1〇a以承載5亥發光二極體3，而該些托槽；[〇a之至少 閉端10b，其中，每，域12之兩補 ==凹陷設置之扣合單元1 4，其凹陷深度係延伸 f面1Q之下而該手指溝槽11及該收線槽2之上。 右側2線係分別向下延伸凹陷妓於該托盤本體1 ”、有—容置空間2◦’俾使每—收線槽2可供該 ，該發光二;fesir乏· 光二極體3之導線收放至少20條，其中 導線尾端係可進一步包括一接頭3 〇。 其中，上述手指溝槽丄丄之寬度係小於刻欠線槽2之寬 度，且該手指溝槽i 之長度同長及其底面平 行；該扣合單元14係呈狹長狀，分別設置於每一支撐區域工 2之兩相對側邊之左右緣上相對錯開。 上述托盤本體1更包括至少一環繞該托盤本體丄外緣且 凹陷設置之扣合件i 5，該扣合件i 5係呈狹長狀，分別設置 於該托盤本體1之兩相對侧邊之左右緣上相對錯開，以及分別 設置於該托盤本體1之兩相對側邊之前後緣上相對應。以上所 述，係構成一全新之發光二極體托盤10 0。 再者，本創作係可進一步包含一旋轉堆疊構件（圖中未 示），可用以串連數個托盤本體，提供至少其中一托盤本體旋 轉移動使用。 於一較佳實施例中，本創作之發光二極體托盤1 〇 〇，其 支撐區域1 2上之肋條1 3係至少包含有20條肋條1 3間之 托槽1 0 a於鄰近該托盤本體1左右侧邊之收線槽2端為一封 閉端1 〇b >且每一支樓區域1 2上平行排列之肋條1 3係具 有39條，可提供該發光二極體3整排放置40條。當運用時， 如第4、5圖所示，本創作係可將該發光二極體3整排放置於 該托槽1〇a中，透過該托槽1〇a之未封閉端，亦即與該收 線槽2相通之端，可將該發光二極體3之導線接頭3 0穩當儲 放於其容置空間2 0中；繼之，可將數個發光二極體托盤1 〇 〇、1 0 〇a予以堆疊，透過該堆疊數個托盤本體1、ia上 之扣合單元1 4、1 4a以及扣合件1 5、1 5a係各自分別 形成於非對應之不同位置上 因此當堆疊數個發光二;托壶 1〇 〇、1 0 〇a時，可分別由上部托盤本體1之扣合單元丄 4底部扣合於下部托盤本體1 ^之肋條1 3a上緣，以及由上 部托盤本體1之扣合件15底部扣合於下部托盤本體i a之外 緣，俾使每一發光二極體托盤10 0、10 Oa於穩固堆疊定 位同時而不壓損其下之發光二極體3及其導線接頭。 综上所述，本創作係一種發光二極體托盤，可有效改善習 用之種種缺點，係可加強肋條支撐發光二極體之固定性，並透 過扣ό元件及收線槽俾使每一發光二極體托盤於穩固堆疊定 位同時而^壓損其下之發光二減及其導線綱，藉以可供承 載、運送、夾持、儲存及檢測發光二極體之需求使用，進而使 ，創作之産生能更進步、更實用、更符合使用者之所須，確已 符合創作專利申請之要件，爰依法提出專利申請。 =以上所述者，僅為本創作之較佳實施例而已，當不能以 此限定本_實施之範圍；故，凡依本創料請專娜圍及新 型說明書内容所作之簡單的等效變化與修飾，皆應仍屬本創作 專利涵蓋之範圍内。 【圓式簡單說明】 第1圖’係本創作—較佳實施’例之托盤俯視示意圖。 第2圖係'本創作沿著第1圖之Α-Α線之剖面示意圖。 ^ 3圖’係本創作沿著第1圖之Β·Β線之勤示意圖。 4圖’係本創作峨佳實施例之托盤相互堆叠之態樣示 M398201 ¥.1.16 i 1— 第5圖，係本創作之托盤之承載發光二極體使用態樣示意 圖。 第6圖，係習知一種承載發光二極體之托盤結構示意圖。 第7圖，係習知一種托盤之承載發光二極體使用態樣示意 圖。 【主要元件符號說明】 (本創作部分） 托盤本體1、la 支撐面1 0 托槽1 0 a 封閉端1 Ob 手指溝槽11 支撐區域12 肋條1 3、1 3a 扣合單元1 4 扣合件15、15 a 收線槽2 容置空間2 0 發光二極體3 ^ 接頭3 0 發光二極體托盤10 0 (習用部分） 發光二極體托盤4 0 0 M398201M398201 4 ¥1邡Fifth 5, New Description: Years of the Moon Supplement [New Technology Area] This creation is about a kind of light-emitting diode tray, especially for carrying, transporting, clamping, storing and The requirement for detecting the light-emitting diodes particularly means that the ribs can support the fixing of the light-emitting diodes, and the light-emitting diodes can be positioned in a stable stack without crushing the light-emitting diodes and Its wire connector. [Prior Art] A light-emitting diode tray (Tray) is used to carry and fix a plurality of light-emitting diodes' and stack the tray layers in which the light-emitting diodes are stacked to form a disk group. Providing proper support and protection of the light-emitting diodes with precise lines, so that the light-emitting diodes can be free from external force or mechanical impact during subsequent transportation, testing, loading and related processes (Meehan^ shock) After the structure and layout of the circuit are complete, they are packaged and shipped for use by the manufacturer. Refer to the "Picture 6 and Figure 7" for a schematic diagram of a conventional tray structure for carrying a light-emitting diode, and a schematic diagram of a conventional use of a carrier-carrying diode for a tray. As shown in the figure, the conventional LED tray 4 includes a tray body 4, a plurality of top surfaces 4 disposed on the tray body 4, and spaced apart from each other by a predetermined distance and arranged in a horizontal straight line. The support block 41, and a plurality of positioning blocks 42 disposed on the upper and lower edges of the tray body 4 and spaced apart from each other by a predetermined distance. The support blocks 41 are arranged in a horizontal line. Each of the support block columns 4 1 1 'is arranged as a bracket 4 〇a in a top surface 4 位 in each of the branch block columns 411. The light-emitting diodes 5 are disposed, and the predetermined distances of the positioning blocks 42 are smaller than the predetermined distance between the support blocks 41, and can be used as the stopping portions of the upper and lower sides of the tray body 4. 'Locating the light-emitting diodes 5 in the respective brackets 4A and providing a restriction on the movement of the light-emitting diodes 5. During the transmission or transportation of the LED trays 40, a plurality of LED trays 40 are stacked to form a tray group to facilitate movement. However, with the above design, each illumination During the movement of the diode tray 4, the supporting block 41 is relatively weakened by the arrangement of the supporting blocks 41. Even if the positioning blocks 42 are matched, only a single vertical direction positioning force can be provided, for the supporting force. The support block 41 for arranging the light-emitting diodes 5 is not enough to damage the light-emitting diodes 5 due to insufficient positioning, thereby causing the light-emitting diodes of the respective layers. The displacement of the tray 4 during the handling process may even cause the light-emitting diodes 5 to fall off and be damaged. In addition, there is no member for stacking and positioning between the tray and the tray, and there is no member for the wire end of the light-emitting diode 5 to be stored at the end of the light-emitting diode tray 4 The position is used, so that the wire 5 is exposed outside the light-emitting diode tray 400, when it is transported, except that the adjacent two-light diode tray 4 is easily subjected to external force. In addition, the situation of mutual displacement after impact is more serious, and the wire 5 〇 is more likely to be crushed while being struck and displaced, and finally the wire-loaded light-emitting diode 5 is damaged or destroyed, thereby affecting it. The quality further increases the defective rate of the light-emitting diode 5. Therefore, the above-mentioned shortcomings need to be improved step by step in order to find out how to achieve a stable fixed position, and the most effective solution to the illuminating and reducing the faintness of each of them is indeed an urgent problem to be solved in this related field. Therefore, the general practitioners cannot meet the needs of the user in actual use. , M398201 « - ·-. [New Content] ί The main purpose of this creation is to overcome the above problems encountered in the prior art and to provide a kind of rib-supporting volatility light-emitting diodes, and through the fastening 7G And the wire-receiving slot enable each-light-emitting diode tray to be stably stacked and positioned without crushing the underlying light-emitting diode and its wire joint, thereby being capable of carrying, transporting, clamping, storing and detecting the light-emitting two The user of the polar body. For the purpose of the above, the present invention is a light-emitting diode tray comprising at least one tray body and at least two wire take-up grooves, and further comprising a series of rotating stacking members of a plurality of tray bodies. The tray system has a rectangular shape and includes a support surface. The support surface is vertically divided into two continuation areas by two finger recesses recessed in the support surface, and each support surface has a plurality of roots on the support floor. The ribs of the dog and arranged in parallel with each other, and the ribs on each of the support regions can be connected in parallel with the ribs on the adjacent support regions, and each of the ribs is formed with a bracket to carry The light-emitting diodes, wherein at least one end of the brackets is a closed end, wherein the opposite side edges Φ of each support region are at least one recessed fastening unit, and the recess depth extends from the support Under the surface of the finger groove, when stacking a plurality of tray bodies, the bottom of the fastening unit of the upper tray body is fastened to the upper edge of the rib of the lower tray body, so that the alignment of each tray body The light-emitting diodes are fixed at the same time without being damaged; and the wire-receiving grooves are respectively disposed on the left and right side edges of the tray body, and have an accommodation space, so that each wire-receiving groove is provided hair Wire accommodating at least the diode 20. The tray body further includes at least one fastening member that surrounds the outer edge of the tray and has a recess δ. When stacking a plurality of tray bodies, the bottom of the upper tray body is replenished with the bottom of the lower tray body. Edge '俾 makes several trays — stack positioning. [Embodiment] Please refer to the "Figure 1 to Figure 5" for the schematic view of the tray of the preferred embodiment of the present invention, and the cross-section of the A_A line along the second drawing of the creation. A schematic cross-sectional view along the line BB of FIG. 1 , a schematic diagram of a stack of trays of the two preferred embodiments of the present invention, and a display of the light-emitting diodes of the tray of the present invention are shown. As shown in the figure: This creation is a kind of light-emitting diode tray. The light-emitting diode tray is a one-piece shaper, which is used to provide the requirements of carrying, transporting, clamping, storing and detecting the light-emitting diode 3. 'It comprises at least a tray body 1 and at least two take-up slots 2 . The tray body 1 is generally rectangular and includes a supporting surface i 系 which is recessed from the finger groove 1 i of the supporting floor 1 垂直 vertical, the supporting area i 2 , each supporting area The ribs of the i 2 are ribs 13 having a plurality of protrusions and parallel to each other, and the ribs 13 of each of the support regions 丄 2 are spaced apart from the ribs 1 of the adjacent support regions ij 3 parallel connection for forming a θ1〇a between each rib 丄3 to carry 5 illuminating diodes 3, and the brackets; [at least closed end 10b of 〇a, wherein, each domain 12 The two fastening parts == recessed fastening unit 14 has a recessed depth extending below the f-plane 1Q and above the finger groove 11 and the take-up slot 2. The two lines on the right side are respectively extended downwardly and recessed on the tray body 1", and there is a space for accommodating 2", so that each of the take-up slots 2 is available for the light-emitting two; the wire of the fesir-deficient light-emitting diode 3 Retracting at least 20, wherein the wire tail end may further include a joint 3 〇. wherein the width of the finger groove 系 is smaller than the width of the undercut groove 2, and the length of the finger groove i is the same length The bottom of the tray body 1 is evenly arranged, and the fastening unit 14 is relatively elongated and disposed on the left and right edges of the opposite sides of each of the support regions 2. The tray body 1 further includes at least one outer periphery of the tray body. And the fastening member i 5 is disposed in a recessed shape, and is respectively disposed on the left and right edges of the opposite sides of the tray body 1 and is respectively disposed on the left and right edges of the opposite side of the tray body 1 and respectively disposed on the two sides of the tray body 1 Corresponding to the front edge of the opposite side. As described above, a new LED tray 10 is formed. Furthermore, the creation system may further comprise a rotating stacking member (not shown), which may be used for stringing. Connect a few tray bodies to provide at least In a preferred embodiment, the light-emitting diode tray 1 of the present invention has a rib 13 on the support region 12 and includes at least 20 ribs 13 The groove 10a is a closed end 1 〇b > at the end of the take-up groove 2 adjacent to the left and right sides of the tray body 1, and the ribs 13 of the parallel arrangement of each of the floor areas 12 have 39 pieces, which are provided The light-emitting diodes 3 are placed in a row of 40. When used, as shown in Figures 4 and 5, the present invention can place the light-emitting diode 3 in the bracket 1〇a, through the The unsealed end of the bracket 1〇a, that is, the end that communicates with the take-up slot 2, can stably store the wire joint 30 of the light-emitting diode 3 in its accommodating space 20; A plurality of light-emitting diode trays 1 〇〇 and 10 〇a may be stacked, and the fastening units 14 and 14a and the fastening members 15 and 15a of the plurality of tray bodies 1 and ia are stacked. They are respectively formed at different positions corresponding to each other, so when a plurality of light-emitting twos are stacked; when the pots are 1〇〇, 10 0〇a, they can be respectively engaged by the fastening unit of the upper tray body 1 4, the bottom of the lower tray body 1 ^ rib 13 3a upper edge, and the bottom of the fastening member 15 of the upper tray body 1 is fastened to the outer edge of the lower tray body ia, so that each of the light-emitting diode trays 10 0, 10 Oa is stably stacked and positioned without crushing the underlying LED 3 and its wire joints. In summary, the present invention is a light-emitting diode tray, which can effectively improve various disadvantages of the conventional use. The ribs can be used to support the fixing of the light-emitting diodes, and each of the light-emitting diode trays can be stably stacked and positioned by the buckle element and the wire-receiving groove, and the light-emitting diodes and the wires thereof can be pressed and damaged. By using the requirements for carrying, transporting, clamping, storing and detecting the light-emitting diodes, the creation of the creation can be more advanced, more practical and more suitable for the users, and it has indeed met the requirements for the creation of patent applications. , 提出 file a patent application according to law. The above is only the preferred embodiment of the present invention. When it is not possible to limit the scope of this implementation, the simple equivalent change of the content of the manual and the new manual is required. And the modifications should still be within the scope of this creation patent. [Circular Simple Description] Fig. 1 is a schematic plan view of a tray of the present invention. Figure 2 is a schematic cross-sectional view of the creation along the Α-Α line of Figure 1. ^ 3 图' is a schematic diagram of the creation of this creation along the line of Figure 1. 4Fig. is a diagram showing the stacking of trays in the present embodiment. M398201 ¥.1.16 i 1 - Fig. 5 is a schematic diagram of the use of the light-emitting diode of the tray of the present invention. Fig. 6 is a schematic view showing the structure of a tray carrying a light-emitting diode. Fig. 7 is a schematic view showing the use of a light-emitting diode of a tray. [Main component symbol description] (This creation part) Tray body 1, la Support surface 1 0 bracket 1 0 a Closed end 1 Ob Finger groove 11 Support area 12 Rib 1 3, 1 3a Fastening unit 1 4 Fastening part 15, 15 a Trunking 2 accommodating space 2 0 LED 3 ^ Connector 3 0 LED tray 10 0 (used part) LED tray 4 0 0 M398201
托盤本體4 頂面4 0 托槽4 0 a 支撐區塊4 1 支撐區塊列411 定位區塊4 2 發光二極體5 導線5 0Tray body 4 Top surface 4 0 Bracket 4 0 a Support block 4 1 Support block column 411 Positioning block 4 2 Light-emitting diode 5 Wire 5 0