1250112 九、發明說明·· 【發明所屬之技術領域】 特別關於一種具有缓衝 本發明係關於一種紙牦結構 結構且方便包裝之紙牦結構。 【先前技術】 算)進步’、電子產品(例如：電腦、電腦週邊··· ^ 、見彳、人生’舌不可或缺之配備，然而對於高精密 度且相當脆弱之電子元件士 ^ rb 受到外界環境，例一、灰;:撞;=運二 ==商多以具有保護性的包裝結構，來支樓 以及保護紙蚝結構之待承载件。 請參閱圖1所示’為習知之紙耗結構。習知之紙技結 構1有:凹槽1〇，用以容置一待承载件40。-般為 了 ^ 4承載件4G，f知之_結構1係額外填 圖未示）其中緩衝材料包含許多材料，紙板 亦屬其中之-，以避免待承載件4〇於運送期間產生晃動 而撞擊紙按結構壁，以達到保護待承载件4〇之 外，習知之紙按結構！必須在待承載件4〇 ^ 件η用以避免來自上方的衝擊力。然而 ;緩衝 這些塑膠賴緩崎料，除了體難大外，’ 於其處理方式造成環境生態相當大的負擔久2在 保政策已無法符合需求，又，基於環境保護之二國 地區已使用紙板作為緩衝材料，以取;的= 7 1250112 料，其紙類之材質尚可回收再生使用，充分降低了製造成 本以及對於生態環境的衝擊。 除此之外，習知之紙拢結構需要另外使用一缓衝件 π，對業者來說，需要增加一包裝摺工之步驟，而且此種 紙蚝結構1與緩衝件11為分開的物品設計，容易徒增工 廠内部材料管理之成本。 因此，如何提供一種具有緩衝結構且方便包裝之紙拢 結構，實乃為當前的重要課題之一。 【發明内容】 有鑑於上述課題，本發明之目的為提供一種具有缓衝 結構以及方便包裝之紙牦結構。 緣是，為達上述目的，依本發明之紙拢結構包括一紙 拢本體、一第一固定板、一第二固定板。其中，紙拢本體 具有一凹槽以及複數個崁槽，該等崁槽係設置於凹槽之周 圍；第一固定板之一端與紙拢本體之一第一底邊相連接， 第一固定板具有與崁槽相對應設置之一第一卡固部，且第 一固定板之另一端設置有一第一抵制部；第二固定板之一 端與紙拢本體之一第二底邊相連接，且第二固定板具有與 崁槽相對應設置之一第二卡固部，第二固定板之另一端設 置有一第二抵制部。在本發明中，當一待承載件容置於凹 槽且第一卡固部和第二卡固部分別崁固於崁槽内時，第一 抵制部實質上與第一固定板垂直且延設至承載件，以及第 二抵制部實質上與第二固定板垂直且延設至待承載件。 1250112 -固所ΐ ’依本發明之減結構利用第—固定板、第 二=制::第二抵制部來固定待承載件，且 衝擊應力+从—抵制部形成一缓衝結構，可有效緩衝 hh二 外，由於紙托結構可為一體成型,作，且γ 符合環保之需灰，、& 取i衣介i可 而欠進而可簡化耗材以及降低成本費用。 【實施方式】 按結圖式’說明依本發明較佳實施例之紙 請來閱圖2A :70件將以相同的參照符號加以說明。 結構2的立二:Γ其係為本發明較佳實施例之_ 且包括^ ^構2係^承载―待承載件40, 且包括有-紙托本體20、 传承戰仟4〇, 板22、一第三固宕 反21、一第二固定 紙按本體2(^ 第四固定板24。 +暇20具有—第一底邊2〇1、〜 第-底邊203、一第四底邊綱、_ —〇2、 嶔槽施。如圖2Α所示，紙按本體2。4 ;硬數個 ，可供容置一待承栽件4。，複數個度h且凹 置於凹槽如之周圍。在本實施例中，糸分別設 ::呈一四邊形，而凹槽205係提供一長=20之底 思者，雖然本實施例之_本體2 方肢工間。須注 提Γ長方體空間，但本發明並不限定:Γ: 205係 之底面形狀及凹槽2〇5之空間形狀可以配人二耗本體20 而為任意形狀。 —° 一待承载件40 第固疋板21之-端與紙按本體2 心乐一底邊201 1250112 相連接，且第一固定板21具有一第一卡固部211，第一卡 固部211與複數個崁槽206其中之一相對應設置，且第一 固定板21之另一端設置有一第一抵制部212，此時，第一 固定板21與第一抵制部212之間為一第一夾角，較佳者 為直角（90度），使兩者呈一 L型。此外，第一固定板21 之一端至另一端的距離d大於紙牦本體20之高度h，第一 抵制部212具有一第一突出部2121，當第一卡固部211崁 固於崁槽206内時，第一抵制部212延設至凹槽205上側。 第二固定板22之一端與紙拕本體20之第二底邊202 相連接，且第二固定板22具有一第二卡固部221，第二卡 固部221與複數個崁槽206其中之一相對應設置，且第二 固定板22之另一端設置有一第二抵制部222，此時，第二 固定板22與第二抵制部222之間為一第二夾角，較佳者 為直角，使兩者呈一 L型。此外，第二固定板22之一端 至另一端的距離d大於紙牦本體20之高度h，而第二抵制 部222具有一第二突出部2221，當第二卡固部221崁固於 崁槽206内時，第二抵制部222延設至凹槽205上側。 第三固定板23之一端與紙拢本體20之第三底邊203 相連接，且第三固定板23具有一第三卡固部231，第三卡 固部231與複數個崁槽206其中之一相對應設置，且第三 固定板23之另一端設置有一第三抵制部232，此時，第三 固定板23與第三抵制部232之間為一第三夾角，較佳者 為直角，使兩者呈一 L型。此外，第三固定板23之一端 至另一端的距離d大於紙柁本體20之高度h，而第三抵制 1250112 部232具有一第三突出部2321，當第三卡固部231崁固於 崁槽206内時，第三抵制部232延設至凹槽205上侧。 第四固定板24之一端與紙按本體20之第四底邊204 相連接，且第四固定板24具有一第四卡固部241，第四卡 固部241與複數個崁槽206其中之一相對應設置，且第四 固定板24之另一端設置有一第四抵制部242，此時，第四 固定板24與第四抵制部242之間為一第四夾角，較佳者 為直角，使兩者呈一 L型。此外，第四固定板24之一端 至另一端的距離d大於紙托本體20之高度h，以及第四抵 制部242具有一第四突出部2421，當第四卡固部241崁固 於崁槽206内時，第四抵制部242延設至凹槽205上側。 其中，第一底邊201、第二底邊202、第三底邊203和第 四底邊204分別為紙拢本體20之各底面邊緣，且第一底 邊201與第二底邊202為相對邊，及第三底邊203與第四 底邊204為相對邊。須注意者，上述的第一夾角、第二炎 角、第三夾角及第四夾角的角度可以依據實際需要而定， 且皆能夠達到缓衝的效果。 另外，在本實施例中，第一固定板21、第二固定板 22、第三固定板23和第四固定板24之一端至另一端係為 等長且具有相同距離d，因此給予其距離相同參考符號。 並且紙拢本體20、第一固定板21、第二固定板22、第三 固定板23和第四固定板24係以一體成型方式製作，以及 紙托本體20、第一固定板21、第二固定板22、第三固定 板23和第四固定板24之材質係為紙板所構成。 11 Ϊ250112 i請參閱圖2A、圖2B以及圖2C所示’為利 車父佳實施例之紙蚝結構來承載/包裝一待承戴件之^音 圖以及剖視圖。當待承載件40置於凹槽205，將第亡了二 板21、第二固定板22、第三固定板23和第四固弟口二 分別向上内摺’使第—卡固部211、第二卡固部&反第 ^四卡固部241分別㈣於相_應之㈣ 06内。由於弟一抵制部212與第一固定板21垂直 至待承載件40上側，且由於第一固定板21之—且I二 端之距離d大於紙蚝本體之高度h，因此第一另 載件^以固定待承載件4。，於此，第—抵二= 第一犬出部2121能夠形成一緩衝結構。 "、 个工尸/7逆 τ 叫〜双“、弟二固疋板22、繁二 定板和第四固定板24分別向上内摺，且藉由第一突： 2121、第二突出部2221、第三突出部2321、第四 242!用以抵觸/固定待承载件4〇 大 第二抵制部222、第三抵制部攻广抵制部212 -突出部2121、第二突出部吻、第四抵制部242 四突出部2421共同形成—1、第三突出部2321 應力。 緩衝結構，可有效缓衝· 此外，第一固定板21、第二古〜 23和第四固定板24之一端到另'^固山定板22、第三固定板 載件4〇之高度略作調整，例如卷/端的距離d更可視待承 紙拢本體20之高度h時，田待承栽件4〇之高度小於 貝]弟—固定板21、第二固定板 12 1250112 22、第三固定板23和第四固定板24之一端到另一端的距 離d可等於紙托本體20之高度h，再利用第一突出部 2121、第二突出部2221、第三突出部2321、第四突出部 2421抵觸待承載件40，共同形成一上缓衝結構，可有效 緩衝衝擊應力。因此，不論待承載件40之高度大於、等 於或小於紙拢本體20之高度，都能利用本發明之紙拢結 構來有效地固定待承載件40,並形成上緩衝結構以緩衝衝 擊應力。 更請參照圖2D所示，本發明之紙拢結構更可增加紙 拢本體20之崁槽206與第一卡固部211、第二卡固部221、 第三卡固部231和第四卡固部241之數量，用以增強卡固 之效能。 請參閱圖3A以及圖3B所示，為利用本發明另一較佳 實施例之紙拢結構來承載/包裝一待承載件40之示意圖及 剖視圖，其中與圖2A中相同的元件將以相同的參照符號 加以說明。依本發明另一較佳實施例之紙牦結構2’包括有 一紙托本體20、一第一固定板21’、一第二固定板22’、一 第三固定板23’和一第四固定板24’。其中第一固定板21’ 之一端與紙拢本體20之第一底邊（圖未示）相連接，且第一 固定板21’具有複數個第一卡固部211，第一卡固部211與 複數個崁槽206其中之一相對應設置，且第一固定板21’ 之另一端設置有第一抵制部212,且第一固定板21’與第一 抵制部212之間為一第一夾角，較佳者為直角，使兩者呈 一 L型。此外第一固定板21’之一端至另一端的距離d’實 13 1250112 質上等於紙拕本體20之高度h。 第二固定板22’之一端與紙拢本體20之第二底邊202 相連接，且第二固定板22’具有一第二卡固部221，第二卡 固部221與複數個崁槽206其中之一相對應設置，且第二 固定板22’之另一端設置有第二抵制部222,且第二固定板 22’與第二抵制部222之間為一第二夾角，較佳者為直角， 使兩者呈一 L型。此外，第二固定板22之一端至另一端 的距離d’實質上等於紙拢本體20之高度h。 第三固定板23,之一端與紙牦本體20之第三底邊203 · 相連接，且第三固定板23’具有一第三卡固部231，第三卡 固部231與複數個崁槽206其中之一相對應設置，且第三 固定板23’之另一端設置有第三抵制部232,且第三固定板 23’與第三抵制部232之間為一第三夾角，較佳者為直角， 使兩者呈一 L型。此外，第三固定板23’之一端至另一端 的距離d’實質上等於紙拢本體20之高度h。 第四固定板24’之一端與紙拢本體20之第四底邊（圖 _ 未示）相連接，且第四固定板24’具有一第四卡固部241， 第四卡固部241與複數個崁槽206其中之一相對應設置， 且第四固定板24’之另一端設置有一第四抵制部242,且第 四固定板24’與第四抵制部242之間一第四夾角，較佳者 為直角，使兩者呈一 L型。此外，第四固定板24之一端 至另一端的距離d’實質上等於紙拢本體20之高度h。 由於第一固定板21’、第二固定板22’、第三固定板 23’、第四固定板24’之一端至另一端的距離d’實質上恰為 14 1250112 紙才毛結才萬 2〇5，° 之高度h。因此當待承載件40容置於凹槽 2V4 ί將第一固定板21，、第二固定板22,、第三固定板 3 _弟四固定知；，β 笛一 μ 疋坂24,分別向上内摺，使得第一卡固部211、 與 ° 、第三卡固部231和第四卡固部241分別 制# ^相對應之崁槽206内時，第一抵制部212、第二抵 市』口P 222、篦：丄 承栽 —抵制部232和第四抵制部242分別抵觸待 結構。 Ρ，用以固定待承載件4〇，且形成上緩衝 此外，第一固定板21，、第二固定板Μ，、第三固定板 矛第四固疋板24,之一端到另—端的距離d，更可視待承 、件40之兩度略作調| ’例如當待承載件之高度大於 紙托^體20之高度㈣，則第—固定板21，、第二固定板 22、第三固定板23’和第四固定板％之距離d可大 托本二2=之问度h，再利用第一抵制部212、第二抵制部 222、第三抵制部232和第四抵制部242分別抵觸待承 件40之頂部’用關定待承載件4()，且形成上緩衝結構。 因此’不論待承載件4G之高度大於、等於或小於紙托本 體20之高度，都能利用本發明之紙拢結構來有效地固定 待承載件40，並形成上緩衝結構以緩衝衝擊應力。 請參閱圖4所示，為本發明之紙托結構之再一較佳實 施例。其中與圖2A中相同的元件將以相同的參照符號加 以說明。 儿Π 在此較佳實_巾，紙縣構3，包括有—紙托本體 20、-第-固定板2卜一第二固定板22。當待承載件（圖 15 1250112 未示）容置於凹槽205,將第一固定板21和第二固定板22 分別向上内摺’使第一卡固部211和第二卡固部221分別 ±欠固於相對應之农槽206内。由於第—抵制部212、第二 抵制部222、第〆突出部mi和第二突出部分別用 Μ抵觸得承載件，㈣定待承载件，且可形成緩衝結構。 在此較佳實施例中第m21與第二固^板22為相對 邊設置’但亦可為相鄰邊設置（圖未示）。 請參照圖5所示，為依本發明之紙托結構之又一較佳 實施例。紙托結構4包括有一紙托本體20和-第一固定 板2!。當待承載件（圖未示）容置於凹槽2〇5，將第一固定 板21向上内指，使第—卡固部211礙固於相對應之炭槽 加6内，所以第，抵制部212能夠抵觸待承載件，以固定 待承載件，且形成緩衝結構。 綜合上述，本發明之紙減構利用至少一固定板以及 固定板上的突出部來固定/抵觸待承载件，故能夠形成 衝結構以有效缓衡衝擊應力。因此，以此腿結構應用於 裳載待承載件，定待承载件以及緩衝撞擊之應力 而達到保護待承載件之目的，此外，由於紙餘構之材册 為紙板，可達環保之目的，進而節省製造成本之需长貝 以上所述僅為舉例性，而非為限制性者。任股 本發明之精神錄4，㈣魏行之等效修改或 = 應包含於後附之申請專利範圍中。 句 【圖式簡單說明】 16 1250112 圖1為習知之紙拢結構的示意圖； 圖2A為本發明較佳實施例之紙拢結構的示意圖； 圖2B為利用本發明較佳實施例之紙牦結構承載/包裝 一待承載件的不意圖， 圖2C為如圖2B所示之紙托結構的剖視圖； 圖2D為本發明較佳實施例之紙牦結構的示意圖； 圖3A為本發明另一較佳實施例之紙拢結構承載/包裝 一待承載件的示意圖； 圖3B為如圖3A所示之紙拢結構的剖視圖； 圖4為本發明再一較佳實施例之紙牦結構的示意圖； 以及 圖5為本發明又一較佳實施例之紙牦結構的示意圖。 元件符號說明： I- 習知之紙拢結構 10-凹槽 II- 缓衝件 2、2,、3、4_紙拢結構 20-紙按本體 201- 第一底邊 202- 第二底邊 203- 第三底邊 204- 第四底邊 205- 凹槽 1250112 206-崁槽 21、 2Γ-第一固定板 211- 第一卡固部 212- 第一抵制部 2121-第一突出部 22、 22’-第二固定板 221- 第二卡固部 222- 第二抵制部 2221-第二突出部 23、 23’-第三固定板 231- 第三卡固部 232- 第三抵制部 2321-第三突出部 24、 24’-第四固定板 241-第四卡固部 242•第四抵制部 2421-第四突出部 h-高度 d、d’-距離 40-待承載件1250112 IX. OBJECT DESCRIPTION OF THE INVENTION · TECHNICAL FIELD OF THE INVENTION The present invention relates to a paper cassette structure which is convenient for packaging in accordance with a paper sheet structure. [Prior Art] Calculating 'progress', electronic products (for example: computers, computer peripherals, ··· ^, seeing 彳, life' tongues are indispensable, but for high-precision and quite fragile electronic components ^ rb The external environment, for example, ash;: collision; = Yun 2 == quotient to have a protective packaging structure, to support the building and to protect the paper raft structure to be carried. See Figure 1 for the traditional paper The paper structure 1 has a groove 1〇 for accommodating a to-be-supported member 40. Generally, for the 4th bearing member 4G, the structure of the structure is not shown. It contains many materials, and cardboard is also included among them - to prevent the carrier 4 from swaying during transportation and hitting the paper according to the structural wall, so as to protect the to-be-supported member 4, the conventional paper according to the structure! The part to be carried must be used to avoid the impact force from above. However, in order to cushion these plastics, it is difficult to meet the needs of the environment. As a cushioning material, the material of the paper can be recycled and reused, which greatly reduces the manufacturing cost and the impact on the ecological environment. In addition, the conventional paper-bonding structure requires the use of a buffer member π. For the practitioner, it is necessary to add a step of packaging and folding, and the paper-sheet structure 1 and the cushioning member 11 are designed as separate articles. It is easy to increase the cost of material management in the factory. Therefore, how to provide a paper-like structure with a buffer structure and convenient packaging is one of the current important topics. SUMMARY OF THE INVENTION In view of the above problems, it is an object of the present invention to provide a paper cassette structure having a cushioning structure and facilitating packaging. The paper sheet structure according to the present invention comprises a paper body, a first fixing plate and a second fixing plate. The paper body has a groove and a plurality of grooves, and the groove is disposed around the groove; one end of the first fixing plate is connected with the first bottom edge of the paper body, the first fixing plate Having a first fastening portion corresponding to the gutter, and the other end of the first fixing plate is provided with a first resisting portion; one end of the second fixing plate is connected to a second bottom edge of the paper body, and The second fixing plate has a second fastening portion corresponding to the gutter, and the other end of the second fixing plate is provided with a second resisting portion. In the present invention, when a to-be-supported member is received in the groove and the first fastening portion and the second fastening portion are respectively fixed in the groove, the first resisting portion is substantially perpendicular to the first fixing plate and extends Provided to the carrier, and the second resisting portion is substantially perpendicular to the second fixing plate and extends to the member to be carried. 1250112 - 固 ΐ 'The reduction structure according to the invention utilizes the first fixing plate, the second = system: the second resisting portion to fix the member to be carried, and the impact stress + the resisting portion forms a buffer structure, which is effective In addition to the buffer hh 2, since the paper tray structure can be integrally formed, and the γ is in compliance with the environmental protection requirements, the <> can be used to simplify the consumables and reduce the cost. [Embodiment] A paper according to a preferred embodiment of the present invention will be described with reference to the accompanying drawings. FIG. 2A: 70 will be described with the same reference numerals. The second structure of the structure 2 is a preferred embodiment of the present invention and includes a carrier to be carried 40, and includes a paper tray body 20, a heritage trench 4, and a board 22 , a third solid 宕 reverse 21, a second fixed paper according to the body 2 (^ fourth fixed plate 24. + 暇 20 has - first bottom edge 2 〇 1, ~ first - bottom 203, a fourth bottom edge Outline, _ - 〇 2, 嵚 施 application. As shown in Figure 2Α, the paper is pressed according to the body 2. 4; a number of hard, can accommodate a waiting member 4, a plurality of degrees h and concave in the groove In this embodiment, in the embodiment, the 糸 is respectively set to: a quadrilateral shape, and the groove 205 is provided as a bottom length of 20, although the body of the present embodiment is 2 limbs. Γ Γ 空间 空间 , , , , 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 205 The end of the 21 and the paper are connected to the bottom of the body 2, the bottom edge 201 1250112, and the first fixing plate 21 has a first fastening portion 211, and the first fastening portion 211 and one of the plurality of slots 206 Corresponding settings, and The first end of the fixing plate 21 is provided with a first resisting portion 212. At this time, the first fixing plate 21 and the first resisting portion 212 are at a first angle, preferably a right angle (90 degrees), so that the two are In addition, the distance d from one end to the other end of the first fixing plate 21 is greater than the height h of the paper body 20, and the first resisting portion 212 has a first protruding portion 2121. The first resisting portion 212 extends to the upper side of the recess 205. One end of the second fixing plate 22 is connected to the second bottom edge 202 of the paper cassette body 20, and the second fixing plate 22 has a first The second fastening portion 221 is disposed corresponding to one of the plurality of slots 206, and the other end of the second fixing plate 22 is provided with a second resisting portion 222. At this time, the second fixing plate 22 is provided. Between the second resisting portion 222 and the second resisting portion 222 is a second angle, preferably a right angle, so that the two are in an L shape. Further, the distance d from one end to the other end of the second fixing plate 22 is greater than the height of the paper stack body 20. h, and the second resisting portion 222 has a second protruding portion 2221. When the second fastening portion 221 is fixed in the tongue and groove 206, The second fixing plate 23 is connected to the upper side of the recess 205. One end of the third fixing plate 23 is connected to the third bottom edge 203 of the paper body 20, and the third fixing plate 23 has a third fastening portion 231, and a third The fixing portion 231 is disposed corresponding to one of the plurality of slots 206, and the other end of the third fixing plate 23 is provided with a third resisting portion 232. At this time, between the third fixing plate 23 and the third resisting portion 232 The third angle is preferably a right angle so that the two are in an L shape. Further, the distance d from one end to the other end of the third fixing plate 23 is greater than the height h of the paper body 20, and the third resistance is 1250112. The 232 has a third protruding portion 2321. When the third fastening portion 231 is fixed in the groove 206, the third resisting portion 232 extends to the upper side of the groove 205. One end of the fourth fixing plate 24 is connected to the fourth bottom edge 204 of the paper body 20, and the fourth fixing plate 24 has a fourth fastening portion 241, a fourth fastening portion 241 and a plurality of tongue and groove 206 A fourth resisting portion 242 is disposed at the other end of the fourth fixing plate 24, and a fourth angle between the fourth fixing plate 24 and the fourth resisting portion 242 is preferably a right angle. Make the two an L-shaped. In addition, the distance d from one end to the other end of the fourth fixing plate 24 is greater than the height h of the paper tray body 20, and the fourth resisting portion 242 has a fourth protruding portion 2421, and when the fourth fastening portion 241 is fixed in the tongue and groove In the inner portion 206, the fourth resisting portion 242 is extended to the upper side of the recess 205. The first bottom edge 201, the second bottom edge 202, the third bottom edge 203, and the fourth bottom edge 204 are respectively bottom edges of the paper body 20, and the first bottom edge 201 and the second bottom edge 202 are opposite. The sides, and the third bottom edge 203 and the fourth bottom edge 204 are opposite sides. It should be noted that the angles of the first angle, the second angle, the third angle and the fourth angle may be determined according to actual needs, and the buffering effect can be achieved. In addition, in the present embodiment, one end of the first fixing plate 21, the second fixing plate 22, the third fixing plate 23, and the fourth fixing plate 24 are equal in length and have the same distance d, so the distance is given. Same reference symbol. And the paper body 20, the first fixing plate 21, the second fixing plate 22, the third fixing plate 23 and the fourth fixing plate 24 are integrally formed, and the paper tray body 20, the first fixing plate 21, and the second The materials of the fixing plate 22, the third fixing plate 23, and the fourth fixing plate 24 are made of cardboard. 11 Ϊ 250112 i Referring to FIG. 2A, FIG. 2B and FIG. 2C, FIG. 2A, FIG. 2B and FIG. 2C are schematic diagrams and cross-sectional views of a paper cassette structure for carrying/packaging a to-be-weared part. When the to-be-supported member 40 is placed in the recess 205, the second dead plate 21, the second fixed plate 22, the third fixed plate 23, and the fourth solid-state plate 2 are respectively folded inwardly to make the first-stuck portion 211, The second fastening portion & anti-fourth fastening portion 241 is respectively (4) in the phase (corresponding to (4) 06. Since the first resisting portion 212 and the first fixing plate 21 are perpendicular to the upper side of the to-be-supported member 40, and since the distance d between the two ends of the first fixing plate 21 and I is greater than the height h of the paper stack body, the first additional carrier ^ to fix the carrier 4 to be carried. Here, the first to the second = the first dog outlet 2121 can form a buffer structure. ", a work corpse / 7 reverse τ called ~ double ", the brother two solid slab 22, the second fixed plate and the fourth fixed plate 24 respectively folded upwards, and by the first protrusion: 2121, the second protrusion 2221, the third protruding portion 2321, the fourth 242! for abutting/fixing the to-be-supported member 4, the second large resisting portion 222, the third resisting portion, the widening resisting portion 212, the protruding portion 2121, the second protruding portion, the first The four resisting portions 242 and the four protruding portions 2421 jointly form a stress of the first protruding portion 2321. The buffer structure is effective for buffering. Further, one end of the first fixing plate 21, the second fixing plate 23, and the fourth fixing plate 24 are The height of the '^Gushan fixed plate 22 and the third fixed plate carrier 4' is slightly adjusted. For example, when the distance d of the roll/end is more visible to the height h of the paper-receiving body 20, the field is to be supported. The distance d from one end of the fixed plate 21, the second fixed plate 12, 1250112 22, the third fixed plate 23 and the fourth fixed plate 24 to the other end may be equal to the height h of the paper tray body 20, and the second A protruding portion 2121, a second protruding portion 2221, a third protruding portion 2321, and a fourth protruding portion 2421 abut against the to-be-supported member 40 to form a common The buffer structure can effectively buffer the impact stress. Therefore, regardless of whether the height of the member to be carried 40 is greater than, equal to, or smaller than the height of the paper body 20, the paper-carrying structure of the present invention can be used to effectively fix the member to be carried 40, and The upper buffer structure is formed to buffer the impact stress. Referring to FIG. 2D, the paper close-up structure of the present invention can further increase the groove 206 of the paper body 20 and the first fastening portion 211, the second fastening portion 221, and the second The number of the three-card fixing portion 231 and the fourth fastening portion 241 is used to enhance the performance of the fastening. Referring to FIG. 3A and FIG. 3B, the paper is configured to carry the paper structure according to another preferred embodiment of the present invention. The same components as those in FIG. 2A will be described with the same reference numerals. The paper cassette structure 2' according to another preferred embodiment of the present invention includes a paper tray body 20, a first fixing plate 21', a second fixing plate 22', a third fixing plate 23' and a fourth fixing plate 24'. One of the first fixing plates 21' and the first bottom of the paper body 20 The sides (not shown) are connected, and the first fixing plate 21' has a plurality of first fastening portions 211, the first fastening portion 211 is disposed corresponding to one of the plurality of slots 206, and the other end of the first fixing plate 21' is provided with a first resisting portion 212, and The first fixing plate 21' and the first resisting portion 212 are at a first angle, preferably a right angle, so that the two are in an L shape. Further, the distance d' from one end of the first fixing plate 21' to the other end is d' The solid 13 1250112 is qualitatively equal to the height h of the paper stack body 20. One end of the second fixing plate 22' is connected to the second bottom edge 202 of the paper body 20, and the second fixing plate 22' has a second fastening portion. 221, the second fastening portion 221 is disposed corresponding to one of the plurality of slots 206, and the other end of the second fixing plate 22' is provided with the second resisting portion 222, and the second fixing plate 22' and the second resisting portion Between the portions 222 is a second angle, preferably a right angle, so that the two are in an L shape. Further, the distance d' from one end to the other end of the second fixing plate 22 is substantially equal to the height h of the paper body 20. The third fixing plate 23 has one end connected to the third bottom edge 203 · of the paper cassette body 20 , and the third fixing plate 23 ′ has a third fastening portion 231 , and the third fastening portion 231 and the plurality of slots One of the second fixing plates 23 ′ is disposed with a third resisting portion 232 , and a third angle between the third fixing plate 23 ′ and the third resisting portion 232 is preferred. At right angles, make the two an L shape. Further, the distance d' from one end to the other end of the third fixing plate 23' is substantially equal to the height h of the paper body 20. One end of the fourth fixing plate 24' is connected to the fourth bottom edge of the paper body 20 (not shown), and the fourth fixing plate 24' has a fourth fastening portion 241, and the fourth fastening portion 241 is One of the plurality of slots 206 is disposed correspondingly, and the other end of the fourth fixing plate 24 ′ is provided with a fourth resisting portion 242 , and a fourth angle between the fourth fixing plate 24 ′ and the fourth resisting portion 242 is Preferably, the angle is a right angle so that the two are in an L shape. Further, the distance d' from one end to the other end of the fourth fixing plate 24 is substantially equal to the height h of the paper body 20. Since the distance d' from one end of the first fixing plate 21', the second fixing plate 22', the third fixing plate 23', and the fourth fixing plate 24' to the other end is substantially 14 1250112, the paper is only 2 〇5, the height h of °. Therefore, when the to-be-supported member 40 is received in the recess 2V4 ί, the first fixed plate 21, the second fixed plate 22, and the third fixed plate 3 are fixed, and β flute is μ24, respectively When the first fastening portion 211, the first fastening portion 211, the third fastening portion 231 and the fourth fastening portion 241 are respectively corresponding to the slot 206, the first resisting portion 212 and the second resisting portion are respectively The mouth P 222, the 篦: 丄 bearing - the resisting portion 232 and the fourth resisting portion 242 respectively abut the structure to be treated. Ρ, for fixing the to-be-supported member 4〇, and forming an upper buffer, in addition, the first fixing plate 21, the second fixing plate Μ, the third fixing plate, the fourth fixing plate 24, the distance from one end to the other end d, it is more obvious that the to-be-supported member 40 is slightly adjusted | 'For example, when the height of the to-be-supported member is greater than the height of the paper tray body 20 (four), the first fixing plate 21, the second fixing plate 22, and the third The distance d between the fixing plate 23' and the fourth fixing plate % can be greater than the degree h of the second plate 2, and the first resisting portion 212, the second resisting portion 222, the third resisting portion 232 and the fourth resisting portion 242 are reused. The top portion of the to-be-retained member 40 is respectively pressed to set the to-be-supported member 4 (), and an upper buffer structure is formed. Therefore, regardless of the height of the member to be carried 4G being greater than, equal to, or less than the height of the tray body 20, the paper-carrying structure of the present invention can be utilized to effectively fix the member to be carried 40 and form an upper cushioning structure to cushion the impact stress. Referring to Figure 4, there is shown a further preferred embodiment of the paper tray structure of the present invention. The same elements as those in Fig. 2A will be denoted by the same reference numerals. In this case, the paper towel structure 3 includes a paper tray body 20, a first fixing plate 2 and a second fixing plate 22. When the carrier to be carried (not shown in FIG. 15 and 1250112) is received in the recess 205, the first fixing plate 21 and the second fixing plate 22 are respectively folded upwardly so that the first fastening portion 211 and the second fastening portion 221 respectively ± is not fixed in the corresponding agricultural tank 206. Since the first resisting portion 212, the second resisting portion 222, the second projecting portion mi, and the second projecting portion respectively abut the carrier member with the weir, (4) the carrier member is fixed, and the buffer structure can be formed. In the preferred embodiment, the m21 and the second fixing plates 22 are disposed on opposite sides but may be disposed adjacent to each other (not shown). Referring to Figure 5, there is shown another preferred embodiment of the paper tray structure in accordance with the present invention. The paper tray structure 4 includes a paper tray body 20 and a first fixing plate 2!. When the to-be-supported member (not shown) is received in the recess 2〇5, the first fixing plate 21 is pointed upward, so that the first fastening portion 211 is blocked in the corresponding carbon groove addition 6, so The resisting portion 212 is capable of abutting the member to be carried to fix the member to be carried and form a cushioning structure. In summary, the paper reduction of the present invention utilizes at least one of the fixing plates and the projections on the fixing plate to fix/impact the member to be carried, so that the punching structure can be formed to effectively balance the impact stress. Therefore, the leg structure is applied to the carrying member to be carried, the stress of the bearing member and the cushioning impact is determined to protect the object to be carried. Further, since the paper of the paper is made of cardboard, the purpose of environmental protection is achieved. Further, it is necessary to save the manufacturing cost. The above description is merely exemplary and not limiting. The spirit of the present invention is 4, (4) the equivalent modification of Wei Xing or = should be included in the scope of the attached patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a conventional paper-like structure; FIG. 2A is a schematic view of a paper-splitting structure according to a preferred embodiment of the present invention; FIG. 2B is a paper-bed structure using a preferred embodiment of the present invention. 2C is a cross-sectional view of the paper tray structure shown in FIG. 2B; FIG. 2D is a schematic view of a paper sheet structure according to a preferred embodiment of the present invention; Figure 3B is a cross-sectional view of the paper-like structure shown in Figure 3A; Figure 4 is a schematic view of a paper cassette structure according to still another preferred embodiment of the present invention; And FIG. 5 is a schematic view of a paper cassette structure according to still another preferred embodiment of the present invention. Component symbol description: I- conventional paper structure 10 - groove II - cushioning member 2, 2, 3, 4_ paper structure 20 - paper according to the body 201 - first bottom edge 202 - second bottom edge 203 - third bottom edge 204 - fourth bottom edge 205 - groove 1250112 206 - tongue and groove 21, 2 - first fixing plate 211 - first fastening portion 212 - first resisting portion 2121 - first protruding portion 22, 22 '-Second fixing plate 221 - Second fixing portion 222 - Second resisting portion 2221 - Second protruding portion 23, 23' - Third fixing plate 231 - Third fixing portion 232 - Third resisting portion 2321 - No. Three protrusions 24, 24' - fourth fixing plate 241 - fourth fastening portion 242 - fourth resisting portion 2421 - fourth protruding portion h - height d, d' - distance 40 - to be carried