CN2426610Y - Intension optic fibre wiring case - Google Patents

Intension optic fibre wiring case Download PDF

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Publication number
CN2426610Y
CN2426610Y CN 00218053 CN00218053U CN2426610Y CN 2426610 Y CN2426610 Y CN 2426610Y CN 00218053 CN00218053 CN 00218053 CN 00218053 U CN00218053 U CN 00218053U CN 2426610 Y CN2426610 Y CN 2426610Y
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China
Prior art keywords
shaft
distribution box
side
fiber distribution
case
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CN 00218053
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Chinese (zh)
Inventor
王爱荣
徐峰
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上海恰时科技发展有限公司
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Priority to CN 00218053 priority Critical patent/CN2426610Y/en
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Publication of CN2426610Y publication Critical patent/CN2426610Y/en

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Abstract

The utility model relates to an intensive optical fiber wiring case which comprises a case frame and a plurality of terminal modules which are arranged on the case frame, wherein the case frame is composed of a case door and a case body which is provided with a plurality of thread hanging implements. The utility model is characterized in that both sides of the near straight edge of each terminal module are provided with a front and a back line outlets, an axial trough which is used for holding connecting shafts is arranged between the front and the back line outlets, and the terminal modules are connected with the connecting shafts rotatablely at one side of the case body through the axial trough on one side of the terminal modules. The utility model changes a symmetrical installation mode into an asymmetric installation mode, so a path in the case can be enlarged. The utility model has a small size and large storage of optical fibers, and integrates the functions of storage, welding, jumper wire and wiring of optical fibers in one body, and is flexible and safe when the utility model is used.

Description

集约化光纤配线箱 Intensive Fiber Distribution Box

本实用新型涉及一种用于光纤通信系统中局端主干光缆的成端和分配的集约化光纤配线箱。 The present invention relates to fiber optic distribution box intensive A fiber optic communication system to a central office trunk cables and an end for dispensing.

现有的用于光纤配线架的光纤配线箱(参见图4),其中的上下排列的多个光纤终端模块是左右等距对称安装于配线箱中,也即当光纤终端模块安装于光纤配线箱的中间位置后,盘体两侧边与箱体两边的空间距离是相同的,这种结构不利于光纤配线的安装(接续、配线)操作。 Conventional fiber optic distribution box for optical distribution frame (see FIG. 4), wherein the plurality of fiber optic terminal modules arranged vertically is approximately equidistant symmetrically mounted in enclosures, i.e. when the fiber is attached to the terminal block after the intermediate position of the fiber distribution box, the space from side edges on both sides of the housing and the disc is the same, this structure is not conducive to the optical fiber wiring installation (connection wiring) operation. 因为,将光纤终端模块安装于光纤配线箱的中间位置,使模块与箱体之间的操作空间等分为二,造成箱内两边的空间距离都有限。 Because the module is mounted to the terminal fiber optic fiber enclosures intermediate position, so that the operating space of the module housing is equally divided into two, on both sides of the space resulting from the tank are limited. 而在有限的空间内进行光纤配线的安装必然不便。 And the fiber distribution installation in a limited space inevitable inconvenience. 并且由于箱内两边的容纳空间有限,光纤弯曲半径较小。 And due to the limited space on both sides of the receiving box, fiber bend radius is small. 也即,当光纤接续、配线和组配安装时需移动抽出模块时,不可避免地使光纤在模块与配线箱的连接部位形成一曲率半径较小的弯折部,不仅易牵动光纤,影响整个光纤的插入损耗,而且弯折部也易折伤受损,造成不安全的隐患。 That is, when the optical fiber connector, for an extracting module wires and moving group with the installation, the optical fiber is inevitably formed a relatively small radius of curvature portion of the bent portion of the connecting module and the wiring box, easily affects not only the optical fiber, Effect of the insertion loss of the entire fiber, but also the bent portion easily off injury damage, and can be very dangerous.

本实用新型的目的在于在于克服现有技术的不足,设计一种可提供光纤配线箱内更大操作空间的光集约化纤配线箱,它可根据用户不同需要在光纤配线箱内上下左右进行各种光纤的安装,且可延长产品使用寿命,从而提高使用安全性。 The present invention aims to overcome the disadvantages of the prior art, designed to provide an optical fiber distribution box intensive work space larger fiber distribution box, it may be desirable in the up and down optical fiber distribution box according to the customer installation of various fibers, and extend product life, thereby enhancing the safety in use. 它集光纤储存、熔接、配线、跳线和配线功能为一体,可灵活调换配置,适合于各种光缆的接续、配线和安装。 It combines fiber storage, welding, wiring, the jumper wiring and functions as a whole, it can be arranged flexibly exchange, suitable for connection, wiring and installation of the cable.

为实现上述目的,本实用新型提供一种集约化光纤配线箱,其包括:一箱架及连接于该箱架上的若干终端模块,所述箱架包括一箱体和前、后箱门,所述箱门分别可脱卸式设置于箱体的前、后面,箱体上还设有若干挂线器;所述多个终端模块通过连接轴上下依序连接于箱体内,其特点是:所述每一终端模块为一左右对称件,在其近直边的两侧分别开设有前、后出线口,且在前出线口与后出线口之间开设有容置连接轴的轴槽;所述箱体内设有一连接轴,所述终端模块通过其一侧的轴槽和连接轴可转动地连接于箱体的一侧。 To achieve the above object, the present invention provides a fiber enclosures intensive, comprising: a housing and front and rear door box frame and a plurality of terminal modules connected to the tank frame, said frame box comprising the detachable front door are disposed in the detachable housing, the back, also a plurality of thread on the housing; a plurality of terminal modules are connected in sequence via the connecting shaft to the housing, which is characterized by: each of said terminal module member about a symmetry, both sides thereof are opened near the front straight edges have after the outlet port and outlet port opened between the first outlet port connected to the shaft and has a shaft accommodating grooves; the box body is provided with a connecting shaft, the shaft slot and the module terminal connecting shaft side thereof is rotatably connected to a side of the housing.

本实用新型由于在终端模块的两侧于前、后出线口之间增加了容置连接轴的轴槽,通过该其中任何一侧的轴槽可将终端模块连接于箱体的左右任意一侧的连接轴上,这样根本从改变了已有技术的对称安装模式。 Since the present invention on both sides of the front end module increases the axial groove receiving the connecting shaft between the outlet port, through which the shaft slot either side of the terminal module can be connected to the left or right side of housing the connecting shaft, so that a fundamental change from the prior art installation mode symmetry. 这种非对称安装模式,可增大盘体一侧边与模架之间的通道距离,从而可提供光纤配线箱内更大的操作空间。 This asymmetric mode of installation, the channel may increase a distance between a side of the die carrier tray, thereby providing more room inside the fiber distribution. 在光缆接续、配线和组配安装的操作时,只需转动模块便可使之旋出配线箱。 When connecting the cable, wiring and installation operation with the group, so that it can only turn module unscrewing wiring box. 当光纤配线模安装于光纤配线箱内,由于光纤能穿置于上下模块之间,而能在箱体内布线。 When the fiber distribution module is attached to the fiber distribution box, since the optical fiber can be placed through the upper and lower module, and the wiring in the housing can. 这样,因光纤不必在箱体外绕行而可减少光纤长度。 Thus, because the fiber does not have to bypass the outer casing and the fiber length can be reduced. 如此,光纤在模块之间的连接部位形成的弯折部曲率半径较大,转动灵活且弯折部不易折伤受损,使用安全。 Thus, the radius of curvature of the bent portion of the connecting portion between the optical fiber module is formed larger, and the rotation of the flexible portion bent easily damaged or broken, the use of safety.

以下结合附图及附图给出的实施例对本实用新型作进一步说明:图1为本实用新型的正面视图;图2为图1的俯视结构示意图;图3为本实用新型中终端模块的结构示意图;图4为已有技术的结构示意图;图5为本实用新型的左旋开的使用状态图;图6为本实用新型安装于光纤调度架中的使用状态图。 In conjunction with the accompanying drawings and the following embodiments accompanying drawings further illustrate the present invention as: a front view of a novel utility of the present; FIG. 2 is a schematic top view of the structure of FIG. 1; FIG. 3 new terminal block of the present practical construction a schematic diagram; FIG. 4 is a schematic view of prior art; FIG. 5 of the present invention using left open state; Figure 6 of the present invention is attached to an optical fiber used in the scheduling frame the state of FIG.

首先参见图1、2,一种19英寸标准尺寸集约化光纤配线箱,它包括:一柜式箱架10及轴接于该箱架上的若干终端模块20,多个终端模块20通过箱体11上的竖轴上下依序连接于箱体11内。 Referring first to FIG. 1 A 19-inch size intensification fiber enclosures, comprising: a cabinet box frame 10 and a plurality of terminal modules connected to the tank frame axis 20, a plurality of modules 20 through the terminal box the vertical axis on the body 11 in turn connected to the inner housing 11. 该箱架10包括一箱体11和前、后箱门12、13,前后箱门是分别可脱卸式装置于箱体11的前、后面;箱体上还设有若干挂线器14。 The frame 10 comprises a housing box 11 and the front and rear door 12,13, respectively before and after the door is detachable means of the front casing 11, behind; also has a plurality of thread 14 on the housing. 另外,在箱体(11)一侧的上顶和下底之间设有一连接轴15,在箱体11内,与连接轴15对应的另一侧还设有一锁定轴17;在近连接轴15处还设有一定位轴16,连接轴15和定位轴16可设于箱体(11)左侧或右侧,且连接轴15和定位轴16设于箱体11内距左侧壁或右侧壁约60mm处为宜。 Further, between the casing (11) and a lower side of the top end of a connecting shaft 15 is provided, in the housing 11, the other side of the corresponding connecting shaft 15 is also provided with a lock shaft 17; near the connecting shaft at 15 also a positioning shaft 16, the connecting shaft 15 and the positioning shaft 16 may be provided (11) left or right housing, and the connecting shaft 15 and the positioning shaft 16 is disposed in the housing 11 from the left or right wall preferably from about 60mm at the side walls.

参见图3,模块20由ABS阻燃聚合物材料一体成型制成,每一模块上面设有多个挡片、二个收线环、二法兰片卡座及若干操作预留孔(图中未示出标号)以及二前、后出线口21、22,它们分别开设于靠近模块20直边的两侧,且在前出线口21与后出线口22之间开设有容置连接轴的轴槽23,在该轴槽23的槽口下端还设有一锁定块24,终端模块20通过其一侧的轴槽23和连接轴15可转动地连接于箱体11内一侧。 Referring to Figure 3, module 20 is made of integrally molded ABS flame retardant polymeric material, each module is provided with a plurality of top flaps, two take-up ring, a flange and a plurality of sheet decks operation reservation hole ( reference numeral not shown) and two front and rear outlet port 21 and 22, which are opened in the both sides near the edge 20 of the straight module, the front and rear outlet port 21 and the outlet port defines an accommodation shaft 22 connecting shaft groove 23, the notches 23 in the lower end of the shaft groove 24 is also provided with a locking block, the terminal block 20 through the shaft groove 23 and one side of the connecting shaft 15 is rotatably connected to the inner side of the casing 11. 由于盘体两侧对称开设有前、后出线口21、22和轴槽23,这样,终端模块20通过其中任一轴槽凹口23可任意连接于箱体11的左侧或右侧,并留出供操作的通道26(同时参见图1、2),该通道一般为60mm。 Since the body is bilaterally symmetrical plate defines a front and rear outlet port 21 and the shaft groove 23, so that the terminal block 20 through a shaft slot either recess 23 may be any connection to a left or right side of the casing 11, and leaving a passage 26 for the operation (see FIG. 2 simultaneously), the channel is typically 60mm.

参见图5,当模块20的轴槽23通过光纤配线箱一侧的连接轴连接于配线箱的左侧时,便可使模块20绕连接轴15旋转,而在接配线时可方便地将模块旋转出配线箱;当其旋转至90度时,则可由设于箱体内与连接轴15对应的另一侧的锁定轴17予以定位锁定;当模块回位关闭时,锁定块24便可卡勾于配线箱上的锁定轴17而定位。 Referring to Figure 5, when the module 23 is connected to the shaft groove 20 to the left side by a connecting shaft wiring box side of the fiber distribution box, so that the module can be connected to the shaft 15 rotates about 20, and in the connecting wire can be easily a rotation module to the wiring box; when it is rotated 90 degrees to lock the locking shaft 17 to be positioned by the other side may be disposed inside the box corresponding to the connecting shaft 15; when the return module is closed, the locking block 24 can hook on the wiring box lock shaft 17 is positioned.

本实用新型光纤终端模块20的宽度比一般光纤终端模块小,可在350-390mm之间,一般以360mm(即直边25的长度)为佳,当它置放于标准尺寸的19英寸光纤配线箱20的一侧时,可于配线箱中留出更大通道26而便于操作。 The width of the present invention the fiber optic terminal module 20 is generally smaller than the fiber optic terminal modules may be between 350-390mm, generally 360mm (i.e. the length of a straight edge 25) preferably, when it is placed in a standard 19-inch size with the optical fiber when one side of the junction box 20, may be left in the enclosures 26 and greater ease of operation channels.

本实用新型体积小、储纤量大,集光纤储存、熔接、跳线和配线功能为一体,能保证光纤有足够的曲率半径合理收容,因而有使用灵活、功能齐全、性能优良和安全可靠等优点,并可根据用户工程的不同需要,灵活调换配置,故适于各种光纤终端的接续、配线和安装。 The present invention is small, large fiber storage, fiber storage set, welding, and the jumper wiring functions as a whole, can ensure a sufficient fiber housed reasonable radius of curvature, hence the use of flexible, fully functional, high performance and reliable etc., and according to the different needs of the user projects, exchange flexible configuration, it is suitable for connection, wiring and installation of fiber optic terminals.

Claims (7)

1. 1. 一种集约化光纤配线箱,包括:一箱架(10)及连接于该箱架上的若干终端模块(20),所述箱架(10)包括一箱体(11)和前、后箱门(12、13),所述箱门分别可脱卸式设置于箱体(11)的前、后面,箱体上还设有若干挂线器(14);所述多个终端模块(20)通过连接轴上下依序连接于箱体(11)内,其特征在于:所述终端模块(20)为一左右对称件,在其近直边(25)的两侧分别设有前、后出线口(21)、(22),且在前出线口(21)与后出线口(22)之间开设容置连接轴的轴槽(23);所述箱体(11)一侧的上顶和下底之间设有一连接轴(15),所述终端模块(20)通过其一侧的轴槽(23)和该连接轴(15)可转动地连接于箱体(11)内一侧。 Intensive one kind of fiber distribution box, comprising: a case frame (10) and is connected to a plurality of terminal modules (20) of the box frame, said frame box (10) comprises a housing (11) and the front and rear door (12, 13), each said door to be removably disposed in the front casing (11), the latter also has a plurality of thread (14) on the housing; a plurality of terminal modules (20 ) sequentially via the connecting shaft is connected to the casing (11), characterized in that: said terminal module (20) is symmetrical about a member, both in its near straight edge (25) are provided with front and rear outlet port (21), (22), and the first outlet port (21) and defines the outlet port receiving the connecting shaft (22) axis of the groove (23); on one side of the casing (11) is provided with a connecting shaft (15) between the top and the bottom, said terminal module (20) and the connecting shaft (15) rotatably connected to the casing (11) through which the shaft slot (23) in a side side.
2. 2. 根据权利要求1所述的集约化光纤配线箱,其特征在于:所述箱体(11)内在与所述连接轴(15)对应的另一侧设有一锁定轴(17)。 Intensification of the fiber distribution box according to claim 1, wherein: said housing (11) connected to said inner shaft (15) corresponding to the other side is provided with a lock shaft (17).
3. 3. 根据权利要求1所述的集约化光纤配线箱,其特征在于:所述箱体(11)内在近连接轴(15)处还开设一定位轴(16)。 Intensification of the fiber distribution box according to claim 1, wherein: of said casing (11) is connected near the internal shaft (15) further defines a positioning axis (16).
4. 4. 根据权利要求1或4所述的集约化光纤配线箱,其特征在于:所述连接轴(15)和定位轴(16)设于箱体(11)内距左侧壁或右侧壁约50-70mm处。 The intensification of the fiber distribution box of claim 1 or claim 4, wherein: said connecting shaft (15) and the positioning shaft (16) disposed within the housing (11) from the left wall or the right side wall about 50-70mm place.
5. 5. 根据权利要求1所述的集约化光纤配线箱,其特征在于:所述终端模块(20)轴槽(23)的槽口下端还设有一锁定块(24)。 Intensification of the fiber distribution box according to claim 1, wherein: the lower end of the slot (20) axial grooves (23) of said terminal module is further provided with a locking block (24).
6. 6. 根据权利要求1所述的集约化光纤配线箱,其特征在于:所述终端模块(20)的宽度(21)为350-390mm。 Intensification of the fiber distribution box according to claim 1, wherein: the width of the terminal block (20) (21) is 350-390mm.
7. 7. 根据权利要求1所述的集约化光纤配线箱,其特征在于:所述终端模块(20)是由塑料一体成型制成。 Intensification of the fiber distribution box according to claim 1, wherein: said terminal module (20) are integrally formed from plastic.
CN 00218053 2000-06-16 2000-06-16 Intension optic fibre wiring case CN2426610Y (en)

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