M416091 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種提供室内光纖接設使用的光纖收 容盒，尤指能避免脆硬的光纖於配線過程中發生斷裂，同 時又方便往任意方向配線的改良設計。 【先前技術】 按，隨著科技的發達，與網路的普及，一般銅金屬的 網路線傳輸以不敷使用，光纖已逐漸的取代了銅金屬網路 • 線，以往光纖只是做為資料傳輸的主幹線，辦公室、家庭 中仍是以銅金屬網路線，因應雲端與影音的大量傳輸，慢 慢的銅金屬網路線所能傳輸的速率已不敷使用，光纖網路 線已經取代銅金屬網路線進入辦公室與家庭，而光纖網路 線是脆硬的矽製成，與撓性與延展性的銅金屬網路線特型 完全不同，因此光纖網路線無法以以往銅金屬網路線的配 線方式接設。 I 以往網路線接設到用戶後，係會經由牆壁再接設到用 戶的各房間的配線盒，網路線再由配線盒接出使用，傳統 的配線盒供網路線接設時，會產生過多的彎角，適合銅金 屬網路線使用，但供光纖網路線使用則容易發生光纖斷裂 的情形，且網路線一般會預留一些長度配設，如直接在配 線盒中摺收綑綁，光纖形式的網路線會因此斷裂。 是以，設計一種適合光纖於用戶端使用的光纖收容盒 ，以方便光纖拉設及避免光纖斷裂，乃係本創作研發改良 的重點。 3 M416091 【新型内容】 本創作人有鑑於目前的網路收容盒不適合容易發生斷 裂的光纖，是以，如何設計一用戶端使用的光纖收容盒， 本創作人在經多次修正改良後，終推出本創作。 本創作提供一種光纖收容盒結構，係包含：一盒主體 ，内部設有一容置空間，該容置空間内貫設有一光纖穿入 孔，且該光纖穿入孔周緣設有至少一圈的圈線壁，該圈線 壁外設有一圈線空間，且圈線壁上設有至少一通繩孔，而 該盒主體的周緣設有複數穿出孔，以及一外蓋係配合該盒 主體設置，用以蓋合與封閉該容置空間。 本創作之光纖收容盒結構主要目的乃係，其光纖收容 盒設有光纖穿入孔提供光纖的穿入，及設有通繩孔與圈線 壁俾提供多餘的光纖環繞的收納，之後再以拋物線方式拉 設往穿出孔位置，整個過程均係以晝弧或畫圓方式進行， 光纖不虞發生斷裂，適合用戶端使用，並具有美觀的光纖 收納。 【實施方式】 餘下，茲配合圖式將本創作較佳實施例詳細說明如后 請先由第一圖配合第二、三圖所示觀之，本創作光纖 收容盒結構，係包含： 一盒主體10，該盒主體10是一四方型狀，内部設有一 容置空間11，該容置空間11内貫設有一光纖穿入孔12約在 M416091 中央處，該光纖穿入孔12是圓形或橢圓形狀，且該光纖穿 入孔12周緣設有至少一圈的圈線壁13，該各圈線壁13外均 設有一圈線空間14，且各圈線壁13上分別設有至少一通繩 孔131，而該盒主體10的周緣設有複數穿出孔15，配合該 穿出孔15位置分別設有卡槽16，另該盒主體10的容置空間 11内還設有鎖結孔17，該鎖結孔17為提供盒主體10鎖設定 位於牆壁凹槽内。 Φ 其中，當該盒主體10為四型狀時，該盒主體10四方每 一邊各設有一穿出孔15。 一外蓋20，係配合該盒主體10設置，用以蓋合與封閉 該容置空間11，見第二、四圖所示，且當該外蓋20蓋合該 盒主體10後，該圈線壁13的端部係正好與該外蓋20貼合。 複數接頭套30，該接頭套30二端分別設有接口 31，該 接口 31為提供光纖接頭嵌卡，另該接頭套30外側設有卡榫 φ 32，該接頭套30設置於該盒主體10的穿出孔15位置，並以 該卡榫32配合該卡槽16卡固。 其光纖收容盒的使用，見第五圖所示，一般為了美 觀，許多線路都是設置在牆壁内延伸到不同房間，再於各 房間牆壁設置一凹槽提供光纖收容盒設置，光纖A是由牆 壁設置到凹槽位置再伸出後，經過光纖穿入孔12穿過通 繩孔131，並順著圈線壁13進行環繞，將多餘的光纖A 收納，避免光纖A產生彎折斷裂的情形，必要時可再第二 5 M416091 圈線壁13進行環繞收納在該圈線空間14，之後再以拋物 線方式由環繞的圈線壁13，直接拉設往穿出孔15位置， 以該方式使光纖A的拉設完全以畫弧方式進行，光纖A不 虞發生斷裂，而光纖A的端部則結合一接頭B，以該接頭 B插置入該接頭套30 —端的接口 31，另一端的接口 31則 提供另一光纖及接頭連接延伸出。 由上述具體實施例之結構，可得到下述之效益：本創 作光纖收容盒設有光纖穿入孔12提供光纖A的穿入，及 設有通繩孔131與圈線壁13俾提供多餘的光纖A環繞的 收納，之後再以拋物線方式拉設往穿出孔15位置，整個 過程均係以晝弧或晝圓方式進行，光纖A不虞發生斷裂， 適合用戶端使用，並具有美觀的光纖A收納。 綜上所述，本創作確實已經達於突破性之結構，而具 有改良之創作内容，同時又能夠達到產業上利用性與進步 性，當符合專利法之規定，爰依法提出新型專利申請，懇 請鈞局審查委員授予合法專利權，至為感禱。 【圖式簡單說明】 第一圖：係本創作的立體分解圖。 第二圖：係本創作的立體組合圖。 第三圖：係本創作另一角度的立體組合圖。 第四圖：係本創作立體組合透視圖。 第五圖：係本創作提供光纖圈繞的立體示意圖。 M416091 【主要元件符號說明】 盒主體.........10 容置空間......11 光纖穿入孔...12 圈線壁.........13 通繩孔.........131 圈線空間......14 穿出孔.........15 • 卡槽............16 鎖結孔.........17 外蓋............20 接頭套.........30 接口............31 卡榫............32M416091 V. New Description: [New Technology Field] This creation is about a fiber-optic storage box that provides indoor fiber optic connection, especially to avoid brittle fiber breakage during wiring, and at the same time convenient Improved design of directional wiring. [Previous technology] According to the development of technology and the popularity of the Internet, the general copper metal network transmission is not enough. The optical fiber has gradually replaced the copper metal network and the cable. In the past, the optical fiber was only used for data transmission. The main line, the office and the home are still in the copper metal network route. In response to the massive transmission of cloud and video, the rate of the slow copper metal network route can not be used. The fiber network route has replaced the copper metal network route. Entering the office and the home, and the fiber-optic network route is made of brittle hard concrete, which is completely different from the flexible and ductile copper metal mesh route. Therefore, the fiber-optic network route cannot be connected by the wiring method of the previous copper metal mesh route. I After the network route is connected to the user, it will be connected to the wiring box of each room of the user via the wall. The network route will be connected and used by the distribution box. When the traditional wiring box is connected to the network route, it will generate too much. The angle of the bend is suitable for the copper metal mesh route. However, when the fiber mesh route is used, the fiber breakage is prone to occur, and the network route generally reserves some lengths, such as folding and bundling directly in the wiring box. The network route will therefore break. Therefore, designing a fiber-optic storage box suitable for the fiber to be used at the user end to facilitate fiber drawing and avoiding fiber breakage is the focus of the development of the creation. 3 M416091 [New Content] The author believes that the current network storage box is not suitable for the fiber that is easy to break, so how to design a fiber-optic storage box for the user end, the creator has revised and improved many times. Launched this creation. The present invention provides a fiber accommodating box structure, comprising: a box body, an accommodating space is disposed therein, a fiber insertion hole is disposed in the accommodating space, and at least one ring is disposed on a periphery of the fiber insertion hole. a wire wall, the wire wall peripheral has a ring space, and the ring wire wall is provided with at least one wire hole, and the periphery of the box body is provided with a plurality of through holes, and an outer cover is matched with the box body, It is used to cover and close the accommodating space. The main purpose of the fiber storage box structure of the present invention is that the fiber storage box is provided with an optical fiber insertion hole to provide the penetration of the optical fiber, and the through hole hole and the circle wire wall are provided to provide excess fiber surrounding storage, and then Parabolically pulled to the position of the piercing hole, the whole process is carried out in a circular arc or a circular circle. The fiber does not break, which is suitable for the user end and has beautiful optical fiber storage. [Embodiment] In the following, the preferred embodiment of the present invention will be described in detail with reference to the drawings. Please refer to the first figure in conjunction with the second and third figures. The structure of the fiber storage box comprises: a box The main body 10 has a square shape, and an accommodating space 11 is disposed therein. The accommodating space 11 defines a fiber insertion hole 12 at a center of the M416091. The fiber insertion hole 12 is a circle. Or a shape of an ellipse, and at least one turn of the loop wall 13 is provided on the periphery of the fiber insertion hole 12, and each of the loop walls 13 is provided with a loop space 14 and each of the loop walls 13 is respectively provided with at least one A plurality of through-holes are formed in the periphery of the casing body 10, and a plurality of through-holes 15 are formed in the periphery of the casing body 10, and the casing 16 is provided with a locking groove in the receiving space 11 of the casing body 10. A hole 17 that provides a lock for the cartridge body 10 to be positioned within the wall recess. Φ Wherein, when the cartridge main body 10 has a quadrangular shape, the cartridge main body 10 is provided with a through hole 15 on each side. An outer cover 20 is disposed to cooperate with the box body 10 for closing and closing the accommodating space 11, as shown in the second and fourth figures, and when the outer cover 20 covers the box main body 10, the ring The end of the wire wall 13 is just in contact with the outer cover 20. The connector sleeve 30 is provided with an interface 31 at each end of the connector sleeve 30. The interface 31 is provided with a fiber connector, and a card Φ 32 is disposed outside the connector sleeve 30. The connector sleeve 30 is disposed on the box body 10. The position of the hole 15 is taken out, and the card holder 32 is engaged with the card slot 16. The use of the fiber storage box is shown in the fifth figure. Generally, for the sake of appearance, many lines are arranged in the wall to extend to different rooms, and then a groove is provided in each room wall to provide a fiber storage box setting, and the fiber A is After the wall is placed at the groove position and then extended, the fiber insertion hole 12 passes through the wire hole 131 and surrounds the wire wall 13 to store the excess fiber A, thereby preventing the fiber A from being bent and broken. If necessary, the second 5 M416091 coil wall 13 can be circumferentially accommodated in the loop space 14 and then directly pulled by the surrounding loop wall 13 in a parabolic manner to the position of the through hole 15 in this manner. The drawing of the optical fiber A is completely performed in a circular arc manner, the optical fiber A is not broken, and the end of the optical fiber A is combined with a joint B, and the connector B is inserted into the interface 31 at the end of the joint sleeve 30, and the interface at the other end is connected. 31 provides another fiber and connector connection to extend. According to the structure of the above specific embodiment, the following benefits can be obtained: the fiber storage box of the present invention is provided with an optical fiber insertion hole 12 for providing the penetration of the optical fiber A, and the through-hole hole 131 and the coiled wire wall 13 are provided to provide excess The optical fiber A is surrounded by the storage, and then pulled to the position of the through hole 15 in a parabolic manner. The whole process is performed in a circular arc or a circular circle, and the optical fiber A is not broken, suitable for the user end, and has an beautiful optical fiber A. Storage. In summary, this creation has indeed reached a breakthrough structure, and has improved content of creation, while at the same time achieving industrial use and progress. When complying with the provisions of the Patent Law, it proposes a new type of patent application according to law. The census review committee granted legal patent rights and was praying. [Simple description of the diagram] The first picture: is a three-dimensional exploded view of the creation. The second picture: a three-dimensional combination of the creation. The third picture: a three-dimensional combination of the other angle of the creation. The fourth picture: a perspective view of the three-dimensional combination of the creation. The fifth picture: This is a three-dimensional schematic diagram of the fiber winding. M416091 [Description of main component symbols] Box body.........10 accommodating space...11 Fiber insertion hole...12 circle wall.........13 Through-hole hole.........131 Circle space...14 Through the hole.........15 • Card slot........... .16 Locking Holes............17 Covers............20 Connector Sets......30 Interfaces....... .....31 榫............32
光纖............AOptical fiber............A
接頭............BConnector............B