CN106443884B - A membrane stripping apparatus and method of stripping - Google Patents

A membrane stripping apparatus and method of stripping Download PDF

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Publication number
CN106443884B
CN106443884B CN 201610853259 CN201610853259A CN106443884B CN 106443884 B CN106443884 B CN 106443884B CN 201610853259 CN201610853259 CN 201610853259 CN 201610853259 A CN201610853259 A CN 201610853259A CN 106443884 B CN106443884 B CN 106443884B
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groove
optical fiber
stripping
means
placed
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CN 201610853259
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Chinese (zh)
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CN106443884A (en )
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王辉
蒋峰
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深圳市创鑫激光股份有限公司
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Abstract

本发明实施方式公开了一种剥膜器,包括:光纤放置装置以及支撑平台;所述光纤放置装置包括:基座、至少一凹槽及至少一光纤放置槽,所述至少一凹槽及至少一光纤放置槽设置在基座上,所述至少一凹槽与所述至少一光纤放置槽相交;所述支撑平台与所述光纤放置槽配合在一起。 Embodiments of the invention discloses a stripping device, comprising: placing an optical fiber and a support platform means; placing said fiber means comprises: a base, at least one groove and at least one optical fiber disposed groove, said at least one groove and at least an optical fiber placed in the groove provided on the base, the at least one optical fiber groove and said at least one groove intersects placed; the supporting platform and the optical fiber accommodating groove fit together. 通过上述方式,本发明实施方式能够。 By the above-described manner, the embodiment of the present invention can be implemented. 由于剥膜器中的光纤放置装置上设置有至少一凹槽及至少一光纤放置槽,配合剥口深度调节块及位移平台的使用,旋转位移平台的调节杆带动剥口深度调节块上的凸起部进行上下移动,可以对放置在光纤放置槽中的光纤高出凹槽底部的部分进行切割,并能准确控制光纤高出凹槽的高度。 Since the stripping vessel is provided on the optical-fiber means has at least one groove and at least one optical fiber placed in the groove, the depth adjustment with the use of stripping block opening and displacement of the platform, the platform rotational displacement adjusting lever projecting on driving depth adjusting stripping block opening since the vertical movement section, can be cut in a portion of the optical fiber is placed above the bottom of the groove of the optical-fiber groove, and can accurately control the height above the optical fiber grooves.

Description

一种剥膜装置及剥膜方法 A membrane stripping apparatus and method of stripping

技术领域 FIELD

[0001] 本发明实施方式涉及光纤激光器处理技术领域,特别是涉及一种光纤剥膜装置及剥膜方法。 [0001] Embodiment of the present invention relates to a fiber laser processing technologies, and particularly relates to an optical fiber and the stripping means stripping method.

背景技术 Background technique

[0002] 激光器光纤使用时,一般需要在光纤上用刀片切掉长度1.5mm-2mm左右的切口,目的是使激光器光纤内包层传播的栗浦光自然的辐射到外界中。 [0002] When using fiber lasers typically require cut length of about 1.5mm-2mm incision with a razor blade on the optical fiber, the aim of the laser propagating within the fiber cladding pump light Li radiated to the outside in a natural.

[0003] 通常情况下,激光器光纤利用剥模器进行剥膜,如图1所示,传统的剥膜器包括台座1、中心线2、刻度线3,使用时,将光纤放置在台座1的中心线2上,并用固定装置将光纤固定,接着可按照刻度线3,对光纤进行特定长度的剥离。 [0003] Generally, the laser fiber is carried out using a mold stripping stripping, shown in Figure 1, a conventional stripping comprises a stand 1, the center line 2, line 3 scale, in use, the optical fiber is placed on the pedestal 1 2 on the center line, and with a fixing means securing the fibers, may then be 3, the peeling of the optical fiber in accordance with a specific length of the mark.

[0004] 但是,利用上述装置进行光纤剥膜时,只能根据台座长度方向上的刻度进行测量需切割的切口的长度,而对切口的纵向深度无法进行量性控制,往往导致切割的切口大小不均匀,而且稍不注意就容易损伤光纤。 [0004] However, when the optical fiber stripping using the above apparatus, only length measurement required cutting an incision from the gauge of the seat longitudinal direction, and the longitudinal depth of the cut can not be an amount of control, often resulting in cut size of the incision uneven, and it is easy to damage the fiber little attention. 利用上述装置进行切割过切口的光纤在使用时极容易造成由于切口的不均匀导致的光纤局部温度偏高而造成光纤烧断。 Cutting through the fiber cut using the apparatus when using very likely to cause due to uneven cut caused by the local temperature is high because the fiber blown fiber.

发明内容 SUMMARY

[0005] 本发明实施方式主要解决的技术问题是提供一种剥膜装置,能够使利用该装置进行剥膜的光纤切口均匀,使用时不易损坏。 [0005] In the present embodiment the main technical problem underlying the invention is to provide a stripping apparatus can be made with the device for stripping of the optical fiber cut-uniform, difficult to damage during use.

[0006] 为解决上述技术问题,本发明实施方式采用的一个技术方案是:提供一种剥膜器, 包括:光纤放置装置以及支撑平台;所述光纤放置装置包括:基座、至少一凹槽及至少一光纤放置槽,所述至少一凹槽及至少一光纤放置槽设置在基座上,所述至少一凹槽与所述至少一光纤放置槽相交;所述支撑平台与所述光纤放置槽配合在一起。 [0006] To solve the above problems, an aspect of embodiment of the invention uses: providing a stripping device, comprising: placing an optical fiber and a support platform means; placing said fiber means comprises: a base, at least one groove and at least one optical fiber disposed groove, said at least one groove and at least one optical fiber placed in the groove provided on the base, the at least one optical fiber groove and said at least one groove intersects place; placing the supporting platform and the optical fiber groove fit together.

[0007] 其中,所述至少一凹槽平行于所述基座顶面的宽度方向设置,所述凹槽的形状为以下任意一种:矩形、正方形、梯形、三角形、倒梯形、倒三角形。 [0007] wherein said groove is parallel to a width direction of the top surface of the base at least, the groove shape is any one of the following: rectangular, square, trapezoid, triangle, an inverted trapezoid, an inverted triangle.

[0008] 所述至少一光纤放置槽平行于所述基座顶面的长度方向设置,并与所述凹槽垂直,将所述凹槽分隔成呈对称的两个部分。 [0008] The groove least one optical fiber disposed parallel to the longitudinal direction of the top surface of the base is provided, and the vertical groove, the groove shape is divided into two symmetrical portions.

[0009] 所述支撑平台包括:剥口深度调节块与位移平台,所述剥口深度调节块与位移平台固定连接。 [0009] The support platform comprising: a stripping block opening depth adjustment and displacement of the platform, the displacement of the peeling depth adjustment block and secured internet connection port.

[0010] 所述剥口深度调节块进一步包括支撑装置及凸起部; [0010] The peeling opening depth adjusting means and the support block further comprises a convex portion;

[0011] 所述凸起部设置在支撑装置上,并与支撑装置固定连接。 [0011] The protrusion portion is provided on the support means, and fixedly connected to the supporting means.

[0012] 所述凸起部呈条状,其体积小于或等于所述光纤放置槽的体积。 [0012] The protrusion bar shape having a volume equal to or less than the volume of the fiber placement grooves.

[0013] 所述位移平台进一步包括位移装置以及调节装置; [0013] The displacement of the platform further comprises displacement means and adjusting means;

[0014] 所述位移装置设置在所述调节装置上。 [0014] The displacement means arranged on the adjustment means.

[0015] 所述调节装置包括设置在内部的齿轮传动结构及一向外延伸的调节杆; [0015] The adjustment means comprises a gear transmission arranged inside the structure and regulation of a lever extending outwardly;

[0016] 所述调节杆与所述齿轮传动装置配合固定在一起。 [0016] The adjusting lever and said gear means fit together.

[0017] 所述位移装置一侧与所述调节装置内部的齿轮传动结构连接在一起,另一侧与所述剥口深度调节块固定连接。 [0017] The displacement means connected to one side of the gear adjusting the internal structure of the device together, the other side of the peeling depth adjustment block fixedly connected port.

[0018] 进一步包括固定支架及底座; [0018] further comprising a fixing bracket and a base;

[0019] 所述固定支架一侧与所述光纤放置装置固定连接,另一侧与所述底座固定连接。 [0019] The fixing bracket and a side of the optical fiber placement device is fixedly connected, the other side is fixedly connected to the base.

[0020] 为解决上述技术问题,本发明实施方式采用的另一个技术方案是:提供一种剥膜方法,包括: [0020] In order to solve the above problems, another embodiment of the present invention, the technical solutions adopted are: to provide a stripping method, comprising:

[0021] 将光纤放置在光纤放置槽中,并将光纤固定住; [0021] The optical fiber is placed in the placing tank, and the fixed optical fiber;

[0022] 调节位移平台,使剥口深度调节块将所述光纤放置槽中的光纤顶到合适位置; [0022] platform displacement adjusting the stripping block opening depth adjustment groove the optical fiber is placed into position the top of the optical fiber;

[0023] 通过凹槽对光纤放置槽中的光纤涂覆层进行剥离作业。 [0023] The peeling operation of the optical fiber coating disposed groove through the groove.

[0024] 本发明实施方式的有益效果是:区别于现有技术的情况,本发明实施方式由于剥膜器中的光纤放置装置上设置有至少一凹槽及至少一光纤放置槽,配合剥口深度调节块及位移平台的使用,旋转位移平台的调节杆带动剥口深度调节块上的凸起部进行上下移动, 可以对放置在光纤放置槽中的光纤高出凹槽底部的部分进行切割,并能准确控制光纤高出凹槽的高度,使用所述剥膜奇进行切割后的光纤切口的宽度为凹槽的宽度,高度为光纤顶部至凹槽底部的高度,使最终切割出的切口皆为统一的固定大小,解决了现有技术的剥膜器无法对切口的纵向深度进行量性控制,切割出的切口大小不一致的技术问题,使切割出的切口具有统一的标准。 [0024] Advantageous effects of the embodiments of the present invention are: to be distinguished from the prior art, embodiments of the present invention since the upper stripping vessel fiber placement device provided with at least one recess and at least one optical fiber disposed grooves, with strip port using the depth adjustment block and displacement of the platform, the platform regulating rotational displacement drive rod protrusion port on peel depth adjustment block is moved up and down, can be cut is placed above the bottom of the groove portion of the fiber optical-fiber groove, and fiber width can accurately control the height above the groove, using the fiber for stripping odd cut incision for the width of the groove, the height of the top of the groove bottom to a height of the optical fiber, the final incision are cut out fixed size is uniform, the stripping solution prior art can not control the amount of longitudinal notch depth, technical inconsistencies cut out size of the incision, the cutting notch having a uniform standard.

附图说明 BRIEF DESCRIPTION

[0025] 图1是现有技术剥模器结构示意图; [0025] FIG. 1 is a schematic view of the prior art stripping die structure;

[0026] 图2是本发明实施方式剥膜器的示意图; [0026] FIG. 2 is a schematic view of an embodiment of the present invention, the stripping device;

[0027] 图3是图1所示剥膜器光纤放置装置的结构示意图。 [0027] FIG. 3 is a schematic structural diagram of an optical fiber membrane placed stripping apparatus shown in FIG.

[0028] 图4是图1所示剥膜器剥口深度调节块的结构示意图。 [0028] FIG. 4 is a schematic block depth adjustment stripping stripping port shown in Figure 1.

[0029] 图5是图1所示剥膜器位移平台的结构示意图。 [0029] FIG. 5 is a schematic structural diagram of a stripping displacement platform shown in Fig.

[0030] 图6是光纤放置在光纤防止槽后的凹槽剖面视图。 [0030] FIG. 6 is an optical fiber placed in the groove to prevent cross-sectional view of the groove.

[0031] 图7是一种剥膜方法的流程示意图。 [0031] FIG. 7 is a flow diagram of a method of stripping.

具体实施方式 detailed description

[0032] 参阅图2,剥膜器10包括:光纤放置装置101、剥口深度调节块(图未示)、固定支架103、位移平台104、底座105,其中固定支架103通过固定装置将光纤放置装置101与底座105 进行连接,剥口深度调节块与位移平台104固定连接后形成一起到支撑作用的支撑平台,设置在光纤放置装置101、底座105及固定装置103形成的内部空间内,底座105的顶面与位移平台104底部接触,同时,剥口深度调节块与光纤放置装置101配合在一起。 [0032] Referring to Figure 2, the stripping device 10 comprising: a fiber placement apparatus 101, stripping mouth depth adjustment blocks (not shown), the fixing bracket 103, the displacement of platform 104, base 105, wherein the fixing bracket 103 by a fixing means the optical fiber is placed apparatus 101 and the base 105 are connected, stripping opening depth adjustment block forms a support platform together with the supporting function after fixedly connected to displacement platform 104 is provided placement device 101 in the optical fiber, the internal space of the base 105 and the fixing device 103, the base 105 the top surface of the platform 104 in contact with the bottom of the displacement, while stripping block opening depth adjusting apparatus 101 and the optical fiber is placed fit together.

[0033] 参阅图3,光纤放置装置101,整体呈长方体状,包括基座1011、至少一凹槽1012及至少一光纤放置槽1013,所述至少一凹槽1012平行于基座1011顶面的宽度方向设置。 [0033] Referring to Figure 3, the optical fiber placement apparatus 101, the entire rectangular parallelepiped shape, including a base 1011, at least one groove 1012 and the groove 1013 disposed at least one optical fiber, said at least one groove 1012 parallel to the top surface of the base 1011 width direction. 凹槽1012沿基座1011顶面长度方向上的截面形状为以下任意一种:矩形、正方形、梯形、三角形、 倒梯形、倒三角形等,优选为倒梯形。 1012 sectional shape of the recess 1011 along the longitudinal direction of the base surface of one of the following: rectangular, square, trapezoid, triangle, an inverted trapezoid, an inverted triangle, etc., preferably inverted trapezoid. 当凹槽1012有多个时,各凹槽1012之间保持一固定的凹槽预设距离平行排布,凹槽预设距离可设置为任意数值。 When a plurality of grooves 1012, maintaining a fixed predetermined distance parallel grooves are arranged between each groove 1012, the groove may be set to any predetermined distance value. 所述至少一光纤放置槽1013平行于基座1011顶面的长度方向设置,并与凹槽1012垂直,将凹槽1013分隔成呈对称的两个部分。 The groove 1013 least one optical fiber disposed parallel to the longitudinal direction of the surface of the base 1011 is provided, and the vertical groove 1012, the groove 1013 is divided into two portions symmetrical shape. 当所述光纤放置槽1013为多个时,各光纤放置槽1013之间保持一固定的光纤放置槽预设距离平行排布,光纤放置槽预设距离可设置为任意数值。 When placed in the groove 1013 of a plurality of optical fibers, optical-fiber holding groove of a fixed predetermined distance between the optical fibers arranged in parallel grooves 1013 is placed, the optical fiber groove disposed a predetermined distance can be set to any value. 所述至少一光纤放置槽1013 贯穿基座1011的顶面与底面,将基座1011自顶面至底面贯通,在光纤放置装置101内部形成至少一中空的立方体结构。 The groove 1013 least one optical fiber disposed through top and bottom surfaces of the base 1011, the base 1011 from the top surface to the bottom of the through, forming at least a cubic structure of the hollow fiber is placed in the interior of the device 101. 所述至少一光纤放置槽1013的长度小于或等于基座1011顶面的长度。 The length of the at least one optical fiber placed in the groove 1013 is less than or equal to a length of 1011 base surface. 在基座1011的侧面上排布有至少一螺孔1014,优选的,位于一侧面上的所述螺孔1014 为8个,以4个为一组,每一组之间保持一定距离,位于另一侧面上的螺孔1014与该侧面上的螺孔1014呈对应关系。 On the side of the base 1011 arranged with a screw hole at least 1014, preferably, located on one side of the screw hole 1014 is eight, as a group of 4, to maintain a certain distance between each group at the screw holes on the other side relationship corresponding with the screw holes 1014 on the 1014 side.

[0034] 参阅图4,剥口深度调节块102,包括支撑装置1021及凸起部1022,凸起部1022设置在支撑装置1021上,并与支撑装置1021固定连接,连接方式包括但不限于:通过螺钉连接, 通过粘胶连接,焊接等。 [0034] Referring to Figure 4, stripping depth adjustment port block 102, includes a supporting means 1021 and the protrusion 1022, protrusion 1022 is provided on the support means 1021, 1021 and fixedly connected with the support means, the attachment means including but not limited to: by a screw connection, connected by adhesive, welding or the like.

[0035] 支撑装置1021,呈长方体状,其长度等于凸起部1022的长度,与凸起部1022固定连接后,凸起部1022的底面与支撑装置1021的顶面接触,支撑装置1021对凸起部1022的起支撑作用。 [0035] The supporting device 1021, a rectangular parallelepiped shape having a length equal to the length of the projection portion 1022 of rear portion 1022 is fixedly connected to the projection, the projection portion 1022 contacts the bottom surface with the top surface of the supporting means 1021, means 1021 supporting convex play a supportive role played portion 1022.

[0036] 凸起部1022,整体呈长条状,其体积小于或等于光纤放置槽1013的体积。 [0036] The protrusion 1022, the entire elongated strip having a volume equal to or less than the volume of the optical-fiber groove 1013. 凸起部1022的高度可大于、等于或者小于光纤放置槽的1013高度。 The height of the projection portion 1022 may be greater than, equal to or less than the height of the optical fiber 1013 is placed grooves. 凸起部1022长度小于或者等于的光纤放置槽1013的长度。 The length of the projection portion 1022 of the optical fiber length less than or equal to 1013 disposed grooves. 以至于,凸起部1022可被包含进光纤放置槽1013中并与之配合在一起。 So that the projection portion 1022 may be incorporated into the fiber placed in the groove 1013 and mates together.

[0037] 固定支架103,呈长方体板状,在其两侧各排布有至少一通孔。 [0037] The fixing bracket 103, a rectangular parallelepiped plate shape, arranged on each side thereof at least one through hole.

[0038] 参阅图5,位移平台104,包括位移装置1041以及调节装置1042,位移装置1041设置在调节装置1042上。 [0038] Referring to Figure 5, the displacement of platform 104, 1041 and 1042 includes a displacement means, the displacement means 1041 is provided on the adjusting means adjusting device 1042. 调节装置1042包括设置在内部的齿轮传动结构(图未示)及一向外延伸的调节杆10421,调节杆10421与齿轮传动装置配合在一起,通过转动调节杆10421能够对齿轮传动结构进行控制。 Adjusting device 1042 includes a gear transmission structure (not shown) inside the adjusting rod and extending outwardly of a 10421, 10421 adjusting lever and the gear transmission together with, the gear transmission can be controlled by rotating the adjustment lever structure 10421. 位移装置1041—侧与调节装置1042内部的齿轮传动结构连接在一起,另一侧与剥口深度调节块102固定连接,所述连接包括,通过螺钉连接、通过粘胶连接、 焊接等。 Displacement means 1041-1042 gear side of the internal structure of the adjusting device are connected together, the other side of the peeling opening depth adjusting block 102 is fixedly connected, said connection comprising a connection by screws, connected by adhesive, welding or the like. 当转动调节杆时,齿轮传动结构能够带动位移装置1041在垂直方向上进行移动,位移装置1041进一步带动剥口深度调节块102进行垂直方向上的上下移动。 When the adjusting lever is rotated, the gear transmission structure can be driven displacement means 1041 moves in the vertical direction, displacement of the stripping apparatus 1041 driven by further opening depth adjustment block 102 moves up and down in the vertical direction.

[0039] 底座105,呈板状,在其侧面设置有至少一与固定支架103上对应的螺纹孔,能够通过螺钉与所述螺纹孔的配合将固定支架固定103在底座105上。 [0039] The base 105 having a plate shape, is provided on its side with at least one screw hole 103 corresponding to the fixing bracket, and a screw can be fitted through the threaded hole of the bracket 105 is fixed on the base 103.

[0040] 剥膜器10组装时,包括如下步骤: [0040] When the stripping assembly 10, comprising the steps of:

[0041] 1)将位移平台104的位移装置1041与剥口深度调节块102支撑装置1021的一侧固定连接; [0041] 1) the displacement of the displacement means 1041 platform 104 and stripping depth adjusting port side of the support block 102 is fixedly connected apparatus 1021;

[0042] 2)将剥口深度调节块102与光纤放置装置101配合在一起,使剥口深度调节块102 的凸起部能够被包含进光纤放置装置101中的光纤放置槽1013中; [0042] 2) The stripping block opening depth adjusting apparatus 102 and the optical fiber 101 is placed together with the depth adjusting protrusion port stripping block 102 can be contained in the optical apparatus 101 is placed into the fiber placed in the groove 1013;

[0043] 3)将固定支架103与光纤放置装置101固定在一起; [0043] 3) The mounting bracket 103 is placed with the optical fiber 101 are secured together;

[0044] 4)连接底座105连接至固定支架103及位移平台104。 [0044] 4) connected to a base 105 connected to the fixed bracket 103 and platform 104 displacement.

[0045] 示例的,使用所述剥膜器10时,首先将光纤放置到光纤放置槽1013中,并将光纤固定住,接着调节位移平台104,旋转位移平台104上的调节杆10421控制位移装置1041进行垂直方向上的上下移动,进而带动剥口深度调节块1021上的凸起部1022上下移动,凸起部1022升入光纤放置槽1013后,将放置在所述光纤放置槽1013中的光纤顶起,持续转动调节杆,使被凸起部1022顶起的光纤露出光纤放置槽1013,当光纤露出部分的顶端至凹槽1012 底部的距离为所需进行切割的高度时,将位移平台固定。 [0045] example, when using the stripping device 10, the optical fiber is first placed into the optical fiber placed in the groove 1013, and the fixed optical fiber, and then adjusting the translation stage 104, the rotational displacement of the adjusting lever on the platform for controlling the displacement means 10410421 1041 move up and down in the vertical direction, thereby bringing the protrusion port on peel depth adjustment block 10211022 vertically movable, the protrusion 1022 is placed ascend fiber grooves 1013, is placed in the optical fiber placed in the groove 1013 when the top, continued rotation of the adjusting lever, so that the optical fiber 1022 from the optical fiber is exposed convex portions 1013 disposed groove, when the fiber is exposed from the top to the bottom of the recess portion 1012 is cut to the desired height, fixed displacement platform . 进而可用切割装置对光纤进行切害J。 Further available optical fiber cutting apparatus for cutting harmful J. 切割时,切割装置从凹槽1012的一侧边缘切入,由于凹槽1012的侧面及底部的阻挡作用,切割装置沿着凹槽1012侧面及底面移动,最终在光纤上切割出一与凹槽1012宽度大小相等的切口。 When cutting, the cutting means cut from the side edge of the recess 1012 due to the blocking effect of the sides and the bottom of the groove 1012, the side and bottom cutting apparatus 1012 moves along the groove, and finally cut a groove in the optical fiber 1012 equal to the width size cutout. 如需在光纤上切割多个切口,则可使用同样的切割方法对其他凹槽1012中的光纤露出部分进行切割。 For cutting a plurality of cuts in the fiber, a cutting method using the same can be exposed to other portions of the groove 1012 cut fibers.

[0046] 参阅图6,光纤61放置进光纤放置槽1013后,凹槽1012沿基座1011顶面长度方向上的剖面视图,光纤61顶部至凹槽1012底部的距离为需要光纤61上需要进行切割的垂直方向上的距离H。 After [0046] Referring to Figure 6, optical fiber 61 is placed into the groove 1013 is placed, cross-sectional view of a recess 1012 along the longitudinal direction of the base surface 1011 of the optical fiber 61 from the top to the bottom of the groove 1012 is required on the needs of the optical fiber 61 a distance in the vertical direction of the cutting of H. 切割装置对光纤61进行切割后,光纤61上将会形成一与凹槽1012形状大小相同的切口。 After cutting means for cutting the optical fiber 61, and will form a same shape and size cutout groove 1012 on the optical fiber 61.

[0047] 区别于现有技术,由于剥膜器中10的光纤放置装置101上设置有至少一凹槽1012 及至少一光纤放置槽1013,配合剥口深度调节块102及位移平台104的使用,旋转位移平台104的调节杆10421带动剥口深度调节块102上的凸起部1022进行上下移动,可以对放置在光纤放置槽1013中的光纤高出凹槽1013底部的部分进行切割,并能准确控制光纤高出凹槽1012的高度,使用所述剥膜奇10进行切割后的光纤切口的宽度为凹槽1013的宽度,高度为光纤顶部至凹槽1013底部的高度,使最终切割出的切口皆为统一的固定大小,解决了现有技术的剥膜器无法对切口的纵向深度进行量性控制,切割出的切口大小不一致的技术问题,使切割出的切口具有统一的标准。 [0047] distinguished from the prior art, since the stripping device is placed in the optical fiber 10 is provided on the device 101 has at least one groove 1012 and the groove 1013 disposed at least one optical fiber, with the use of stripping port 102 and displacement block depth adjustment platform 104, adjusting lever rotational displacement drive platform 104 10421 1022 stripping mouth protrusion on the depth adjustment block 102 moves up and down, the bottom of the recess portion 1013 is cut to be placed higher in the optical fiber placed in the groove 1013 of the optical fiber, and can accurately control fiber height above the grooves 1012 using the 10 odd optical fiber stripping slit width of the cut width of the grooves 1013, the height of the top of the optical fiber 1013 to the height of the groove bottom, so that the final cut notch are all uniform fixed size, the stripping solution prior art can not control the amount of longitudinal notch depth, technical inconsistencies cut out size of the incision, the cutting notch having a uniform standard.

[0048] 在后续使用通过所述剥膜器10进行切口切割的光纤时,由于各切口大小皆一致性,在光纤各切口的温度能够保持较大的一致,在经过一段时间的老化之后,效果皆是如此,下面结合具体的实验数据进行说明: [0048] When used in the subsequent stripping notch 10 is cut by an optical fiber, since the size of the incision are consistency, temperature of the fiber at each notch can be kept consistent with a large, after a period of aging, the effect of are to be so, with specific experimental data will be described below:

[0049] [0049]

Figure CN106443884BD00061

[0050] 表1老化前后温度变化对比 [0050] Table 1 Comparative change in temperature before and after aging

[0051] 通过表1可知,使用所述剥模器10切割切口后的光纤切口温度在老化前后变化都在3°C以内,且能够控制在70°C以下(行业规格<70°C)。 [0051] Table 1 shows that by using fiber optic slit die temperature of the stripping notch 10 is cut after the change before and after aging are within 3 ° C, and can be controlled at 70 ° C (industry specifications <70 ° C).

[0052] 参阅图7,一种剥膜方法20,包括: [0052] Referring to FIG. 7 A stripping method of 20, comprising:

[0053] 步骤1:将光纤放置在光纤放置槽1013中,并将光纤固定住; [0053] Step 1: placing the optical fiber in the optical fiber placed in the groove 1013, and the fixed optical fiber;

[0054] 步骤2:调节位移平台104,使剥口深度调节块1021将所述光纤放置槽1013中的光纤顶到合适位置; [0054] Step 2: adjusting displacement platform 104, so that the depth adjustment stripping block opening the optical fiber 1021 is placed in the groove 1013 of the top of the optical fiber into position;

[0055] 具体包括:旋转位移平台104上的调节杆10421控制位移装置1041进行垂直方向上的上下移动,进而带动剥口深度调节块1021上的凸起部1022上下移动,凸起部1022升入光纤放置槽1013后,将放置在所述光纤放置槽1013中的光纤顶起,持续转动调节杆,使被凸起部1022顶起的光纤露出光纤放置槽1013,当光纤露出部分的顶端至凹槽1012底部的距离为所需进行切割的高度时,将位移平台固定。 [0055] Specifically comprising: adjusting the rotational displacement of the lever internet 10410421 displacement control means 1041 move up and down in the vertical direction, thereby bringing the mouth stripping protrusion 1022 moves up and down in the depth adjustment block 1021, protrusion 1022 ascend after placing the fiber from groove 1013, is placed in the optical fiber is placed in the top groove 1013, continued rotation of the adjusting lever, so that the optical fiber 1022 from the optical fiber is exposed convex portions 1013 disposed groove, when the tip portions of the fiber is exposed to the recess when the desired cutting height, the platform will be displaced a fixed distance to the bottom of the groove 1012.

[0056] 步骤3:通过凹槽1012对光纤放置槽中的光纤进行切割。 [0056] Step 3: dicing groove disposed on the optical fibers 1012 through the groove.

[0057] 具体地,切割时,切割装置从凹槽1012的一侧边缘切入,由于凹槽1012的侧面及底部的阻挡作用,切割装置沿着凹槽1012侧面及底面移动,最终在光纤上切割出一与凹槽1012宽度大小相等的切口。 [0057] Specifically, when the cutting edge of the cutting means cut from the side of the groove 1012 and bottom sides since the blocking effect of the recess 1012, the cutting device moves along the bottom surface of the recess and the side surface 1012, final cut on the optical fiber a groove with a width equal to the size of the slit 1012.

[0058] 如需在光纤上切割多个切口,则可使用同样的剥膜方法20对其他凹槽1012中的光纤露出部分进行切割。 [0058] For cutting a plurality of cuts in the fiber, can be used the same method of stripping the exposed portion 20 of the other recess is cut in the optical fiber 1012.

[0059] 使用该方法使最终切割出的光纤切口皆为统一的固定大小,解决了现有技术的剥膜器无法对切口的纵向深度进行量性控制,切割出的切口大小不一致的技术问题,使切割出的切口具有统一的标准。 [0059] Using this method the final fiber notch cut out are all uniform fixed size, solves the technical problem of the prior art can not be stripping control the amount of longitudinal depth of the cut, the notch cut out inconsistent size, the cutting notch having a uniform standard.

[0060] 以上所述仅为本发明的实施方式,并非因此限制本发明的专利范围,凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换,或直接或间接运用在其他相关的技术领域,均同理包括在本发明的专利保护范围内。 [0060] The above are only embodiments of the present invention, not intended to limit the scope of the present invention, all utilize the present specification and drawings taken equivalent structures or equivalent process, or other direct or indirect application Related technical fields shall fall within the scope of protection of the present invention.

Claims (10)

  1. 1. 一种剥膜器,其特征在于,包括:光纤放置装置以及支撑平台; 所述光纤放置装置包括:基座、至少一凹槽及至少一光纤放置槽,所述至少一凹槽及至少一光纤放置槽设置在基座上,所述至少一凹槽与所述至少一光纤放置槽相交; 所述支撑平台与所述光纤放置槽配合在一起,所述支撑平台在垂直方向上高度可调, 用以实现所述光纤放置槽在垂直方向上的深度可调。 A stripping device, characterized by comprising: placing fiber means and the support platform; placing said fiber means comprises: a base, at least one groove and at least one optical fiber disposed groove, said at least one groove and at least an optical fiber placed in the groove provided on the base, the at least one optical fiber groove and said at least one groove intersects placed; the supporting platform and the optical fiber is placed together with the groove, the supporting platform height in a vertical direction tone, for implementing the optical fiber placed in the groove depth is adjustable in the vertical direction.
  2. 2. 根据权利要求1所述的剥膜器,其特征在于,所述至少一凹槽平行于所述基座顶面的宽度方向设置,所述凹槽的形状为以下任意一种:矩形、正方形、梯形、倒梯形。 The stripping device according to claim 1, wherein said groove is parallel to a width direction of the top surface of the base provided with at least the shape of the groove is one of the following: rectangles, square, trapezoid, inverted trapezoidal.
  3. 3. 根据权利要求1所述的剥膜器,其特征在于,所述至少一光纤放置槽平行于所述基座顶面的长度方向设置,并与所述凹槽垂直,将所述凹槽分隔成呈对称的两个部分。 Stripping according to claim claim 1, wherein said at least one optical fiber placed in the groove parallel to the longitudinal direction of the top surface of the base is provided, and with the groove perpendicular to the groove It was divided into two symmetrical portions.
  4. 4. 根据权利要求1所述的剥膜器,其特征在于,所述支撑平台包括:剥口深度调节块与位移平台,所述剥口深度调节块与位移平台固定连接。 The stripping device according to claim 1, wherein said support platform comprising: a stripping block opening depth adjustment and displacement of the platform, the displacement of the peeling depth adjustment block and secured internet connection port.
  5. 5. 根据权利要求4所述的剥膜器,其特征在于,所述剥口深度调节块进一步包括支撑装置及凸起部; 所述凸起部设置在支撑装置上,并与支撑装置固定连接。 The stripping device as claimed in claim 4, characterized in that the stripping block opening depth adjusting and supporting means further comprises a boss portion; a projection portion is provided on the support means, and fixedly connected to the supporting means .
  6. 6. 根据权利要求5所述的剥膜器,其特征在于,包括:所述凸起部呈条状,其体积小于或等于所述光纤放置槽的体积。 6. A stripping device according to claim 5, characterized in that, comprising: a bar shape projection portion having a volume equal to or less than the volume of the fiber placement grooves.
  7. 7. 根据权利要求4-6任一权利要求所述的剥膜器,其特征在于,所述位移平台进一步包括位移装置以及调节装置; 所述位移装置设置在所述调节装置上。 According to claim stripping device according to any one of claims 4-6, wherein said displacement platform further comprises displacement means and adjusting means; said displacement means disposed on said adjustment means.
  8. 8. 根据权利要求7所述的剥模器,其特征在于,所述调节装置内部包括齿轮传动结构, 所述位移装置一侧与所述调节装置内部的齿轮传动结构连接在一起,另一侧与所述剥口深度调节块固定连接。 8. A mold according to claim stripping claim 7, wherein the other side of the internal gear means comprises a structure, a side of the displacement means and the gear transmission means the adjustment of the internal structure are connected together, the adjustment stripping the depth adjustment block fixedly connected port.
  9. 9. 根据权利要求7所述的剥膜器,其特征在于,进一步包括固定支架及底座;所述固定支架一侧与所述光纤放置装置固定连接,另一侧与所述底座固定连接。 According to claim stripping claim 7, characterized in that, further comprising a fixing bracket and a base; and a side of said mounting bracket means fixedly connected to the optical fiber is placed, the other side is fixedly connected to the base.
  10. 10. —种剥膜方法,应用于权利要求4至9中任意一项的剥膜器,所述剥膜方法包括: 将光纤放置在光纤放置槽中,并将光纤固定住; 调节位移平台,使剥口深度调节块将所述光纤放置槽中的光纤顶到合适位置; 通过凹槽对光纤放置槽中的光纤涂覆层进行剥离作业。 10. - Method seed stripping, stripping 4 to 9 is applied to any one of claims, said stripping method comprising: placing the optical fiber in the optical fiber placed in the groove, and hold the optical fiber; regulating translation stage, opening depth adjustment so that stripping the optical fiber is placed to block a top groove to the proper position; peeling operation fiber coating of the optical fiber disposed through the groove slot.
CN 201610853259 2016-09-26 2016-09-26 A membrane stripping apparatus and method of stripping CN106443884B (en)

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2212341A (en) * 1987-12-23 1989-07-19 Jiri Stepan Cable stripper
JPH0799713A (en) * 1993-09-28 1995-04-11 Komatsu Ltd Film peeler for wire rod
CN1508585A (en) * 2002-12-17 2004-06-30 国际商业机器公司 Device and method for side coupling optical fiber photoelectric assembly
CN103777276A (en) * 2012-10-19 2014-05-07 泰科电子(上海)有限公司 System and method for stripping optical cable
CN203759297U (en) * 2014-01-15 2014-08-06 新中合光电科技(保靖)有限公司 Positioning apparatus used for manually cutting bare fiber
CN105618937A (en) * 2016-03-08 2016-06-01 浙江乔兴建设集团湖州智能科技有限公司 Combined type optical fiber cutting device

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2212341A (en) * 1987-12-23 1989-07-19 Jiri Stepan Cable stripper
JPH0799713A (en) * 1993-09-28 1995-04-11 Komatsu Ltd Film peeler for wire rod
CN1508585A (en) * 2002-12-17 2004-06-30 国际商业机器公司 Device and method for side coupling optical fiber photoelectric assembly
CN103777276A (en) * 2012-10-19 2014-05-07 泰科电子(上海)有限公司 System and method for stripping optical cable
CN203759297U (en) * 2014-01-15 2014-08-06 新中合光电科技(保靖)有限公司 Positioning apparatus used for manually cutting bare fiber
CN105618937A (en) * 2016-03-08 2016-06-01 浙江乔兴建设集团湖州智能科技有限公司 Combined type optical fiber cutting device

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