WO2024000261A1 - 一种通信与网络测试仪用线路对接密封结构 - Google Patents

一种通信与网络测试仪用线路对接密封结构 Download PDF

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Publication number
WO2024000261A1
WO2024000261A1 PCT/CN2022/102322 CN2022102322W WO2024000261A1 WO 2024000261 A1 WO2024000261 A1 WO 2024000261A1 CN 2022102322 W CN2022102322 W CN 2022102322W WO 2024000261 A1 WO2024000261 A1 WO 2024000261A1
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WIPO (PCT)
Prior art keywords
dust
proof
connection
communication
limit
Prior art date
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PCT/CN2022/102322
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English (en)
French (fr)
Inventor
竺林坤
Original Assignee
嘉兴量创科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 嘉兴量创科技有限公司 filed Critical 嘉兴量创科技有限公司
Priority to PCT/CN2022/102322 priority Critical patent/WO2024000261A1/zh
Priority to CN202280005372.6A priority patent/CN117136475A/zh
Publication of WO2024000261A1 publication Critical patent/WO2024000261A1/zh

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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/46—Bases; Cases
    • H01R13/52—Dustproof, splashproof, drip-proof, waterproof, or flameproof cases
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
    • H05K5/00—Casings, cabinets or drawers for electric apparatus
    • H05K5/02—Details

Definitions

  • the invention relates to the technical field of communication and network testers, specifically a line docking sealing structure for communication and network testers.
  • Communication and network tester is a measuring instrument used in the field of electronics and communication technology.
  • the purpose of the present invention is to provide a line docking sealing structure for communication and network testers to solve the problem that a large amount of dust easily accumulates at the interface of the communication and network testers.
  • a line docking sealing structure for communication and network testers includes:
  • the communication test interface is set on the top surface of the communication and network tester, and has multiple groups;
  • the network test interface is set on the top surface of the communication and network tester, and has multiple groups.
  • the sealed shell is fixed on the top surface of the communication and network tester, and covers the communication test interface and network test interface provided on the top of the communication and network tester;
  • Communication test holes are provided on the surface of the sealed housing, and are provided with multiple groups, and are located directly above the communication test interface at the top of the communication and network tester;
  • the network test holes are opened on the surface of the sealed housing and are provided with multiple groups, and are located directly above the network test interface at the top of the communication and network tester;
  • the docking line is set above the communication and network tester, and is connected to the communication test interface or network test interface through the communication test hole or network test hole;
  • the cleaning component includes a cleaning hole and a cleaning brush.
  • the cleaning hole is opened on the surface of the sealed housing and is located outside the communication test interface and the network test interface.
  • the cleaning brush is installed inside the cleaning hole;
  • Seals including dust seals and connection seals, are arranged on the surface of the sealing housing.
  • the dustproof seal includes a dustproof sealing groove, a sealing plate matched with the dustproof sealing groove, a dustproof sealing strip provided on the surface of the sealing plate, a pulling part, a rotating part and a dustproof limiting part.
  • the dustproof sealing groove It is opened on the surface of the cleaning hole, communication test hole and network test hole.
  • the sealing plate is set inside the dust-proof sealing groove.
  • One end of the cross-section of the sealing plate and the dust-proof sealing groove has a semicircular structure, and the other end has a " ⁇ "-shaped structure, which is dust-proof.
  • the sealing strip is centered on the side surface of the sealing plate.
  • the pulling member includes a dust-proof linkage block, a dust-proof rotating rod and a dust-proof limiting plate.
  • One end of the dust-proof linkage block is connected to the " ⁇ "-shaped end of the sealing plate, and the dust-proof rotating lever is connected to the dust-proof linkage.
  • the blocks are coaxially arranged, and one end of the dust-proof rotating rod extends out of the sealed housing, and the dust-proof limit plate is fixed on the surface of one end of the dust-proof rotating rod away from the sealed housing, and the angle between the dust-proof rotating rod and the dust-proof rotating rod is ninety degrees .
  • the rotating member includes a dust-proof rotation limit groove and a dust-proof rotation limit block matched with the dust-proof rotation limit groove.
  • the dust-proof rotation limit groove is opened on the surface of the end of the dust-proof linkage block away from the sealing plate to prevent
  • the dust-proof rotation limit block is fixed on the surface of one end of the dust-proof rotation rod away from the dust-proof limit plate, and the dust-proof rotation limit block is arranged inside the dust-proof rotation limit groove, and the dust-proof rotation limit block and the dust-proof rotation limit
  • the cross-sections of the grooves all have a "T"-shaped structure, and the dust-proof rotation limit groove and the dust-proof rotation limit block are coaxially arranged.
  • the dust-proof limiter includes a dust-proof spring, a fixed rod and a dust-proof limit block connected to the fixed rod.
  • the dust-proof spring is set on the outer surface of the dust-proof rotating rod, and one end of the dust-proof spring is connected to the sealed housing. , the other end is connected to the end of the dust-proof limit plate close to the sealed shell, and the dust-proof spring is always in a compressed state.
  • the fixed rod is fixed on the outer surface of the sealed shell and is located directly below the dust-proof rotating rod.
  • the dust-proof limit block is fixed On the surface of the end of the fixed rod away from the sealed housing.
  • the dust-proof rotating rod has a " ⁇ "-shaped structure
  • the fixed rod is arranged parallel to the dust-proof rotating rod
  • the inner diameter length of the dust-proof limit block is equal to the width of the dust-proof limit plate
  • the distance between the fixed rod and the dust-proof rotating rod is Less than the length of the dustproof limit plate.
  • connection sealing part includes a connection sealing strip, a connection limiter and a connection rotating part
  • connection sealing strip is arranged at the lower end of the inner wall of the communication test hole or the network test hole, and the distance between the connection sealing strip and the communication and network tester is smaller than the distance between the connection sealing strip and the communication and network tester.
  • the length of the wiring interface is arranged at the lower end of the inner wall of the communication test hole or the network test hole, and the distance between the connection sealing strip and the communication and network tester is smaller than the distance between the connection sealing strip and the communication and network tester.
  • connection limiter includes a connection limit spring, a connection limit groove connected to one end of the connection limit spring, a connection limit block connected to the other end, and a connection limit slope.
  • the connection limit groove is opened in the communication test hole. Or the inner wall of the network test hole, and is located above the connection sealing strip, and the cross section is in the shape of a " ⁇ " shape.
  • One end of the connection limit block and the connection limit spring is plugged into the connection limit groove, and the other end extends out of the connection limit
  • the slot is set so that the distance between the connection limit block and the communication and network tester is equal to the length of the docking line interface.
  • connection limit slope is opened on the upper surface of the connection limit block, and the lateral length of the connection limit slope is longer than the connection limit block extending out of the connection.
  • the length of the limit slot, and the connection limit block and the connection limit spring cooperate to limit the butt wire to prevent the butt wire from loosening and falling off.
  • the connecting rotating member includes a connecting rotating sleeve, a connecting rotating limiting groove, a connecting rotating limiting block and a rotating linkage.
  • the connecting rotating sleeve is set on the outer surface of the docking wire and is located above the interface end, and the connecting rotating sleeve is The groove is opened on the surface of the butt line, and the connection rotation limit block is fixed on the bottom surface of the connection rotation sleeve.
  • the cross section of the connection rotation limit groove and the connection rotation limit block is a "T" shaped structure, and the connection rotation limit block is set on the connection rotation sleeve. Inside the rotation limit groove, the connecting rotation sleeve and the docking line are coaxially arranged.
  • the rotating linkage includes a rotating connecting rod, a rotating connecting limit block connected to the rotating connecting rod, and a rotating limiting slope.
  • the rotating connecting rod is fixed on the surface near the bottom end of the outer side of the connecting rotating sleeve, and the rotating connecting limiting block is in the shape of It has an arc-shaped structure and is coaxially arranged with the connecting rotating sleeve.
  • the surface of the end of the rotating connecting limit block away from the connecting rotating sleeve fits inside the communication test hole or network test hole, and the thickness of the rotating connecting limiting block is greater than the extension of the connecting limiting block.
  • the length of the dust-proof spring, the rotation limit slope is set on the surface of the rotation connection limit block, and is set toward the connection limit block, and the angle between the rotation limit slope and the communication test hole or network test hole is acute.
  • the invention pulls the dust-proof limiting plate outside the communication test hole or the network test hole outward, thereby driving the sealing plate inside the cleaning hole to pull outward through the dust-proof rotating rod and the dust-proof linkage block, so that the communication test hole or the The network test hole is exposed, and then the dust-proof limit plate is rotated 90 degrees clockwise.
  • the dust-proof spring pulls the dust-proof limit plate and the dust-proof limit block cooperates to limit the sealing plate, and the dust-proof rotation limit groove is in contact with the dust-proof limit plate.
  • the dust-proof rotating limit block is used to limit the dust-proof rotating rod, and then the connecting wire is inserted into the communication test hole or network test hole.
  • connection limit bevel The connecting wire contacts the connection limit bevel and presses the connection limit block toward the inside of the connection limit groove. , so that the docking wire is connected to the communication and network tester.
  • connection limit spring holds the connection limit block and stretches out the connection limit groove to limit the docking wire longitudinally to prevent the docking wire from falling off.
  • the connection sealing strip protects the docking wire. The connection is sealed to prevent dust from entering during measurement, thereby reducing measurement errors.
  • Figure 1 is a schematic three-dimensional structural diagram of the present invention
  • Figure 2 is an enlarged schematic diagram of the structure at A in Figure 1;
  • Figure 3 is a schematic three-dimensional structural diagram of the dustproof seal of the present invention.
  • Figure 4 is a schematic cross-sectional three-dimensional structural diagram of the dustproof seal of the present invention.
  • Figure 5 is a schematic three-dimensional structural diagram of the connection seal of the present invention.
  • Figure 6 is an enlarged schematic diagram of the structure at B in Figure 5;
  • Figure 7 is a schematic three-dimensional structural diagram of the rotating member of the present invention.
  • connection should be understood in a broad sense.
  • connection or integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium; it can be an internal connection between two components.
  • connection or integral connection
  • connection or integral connection
  • connection can be a mechanical connection or an electrical connection
  • it can be a direct connection or an indirect connection through an intermediate medium
  • it can be an internal connection between two components.
  • specific meanings of the above terms in the present invention can be understood on a case-by-case basis.
  • a line docking sealing structure for a communication and network tester includes: a communication test interface, which is arranged on the top surface of the communication and network tester 1, and is provided with multiple groups; a network test interface, Set on the top surface of the communication and network tester 1, and provided with multiple groups, the sealed housing 2 is fixed on the top surface of the communication and network tester 1, and covers the communication test interface and network test provided on the top of the communication and network tester 1 Interface; communication test hole 4 is opened on the surface of the sealed housing 2, and is provided with multiple groups, and is located directly above the communication test interface at the top of the communication and network tester 1; network test hole 5 is opened on the surface of the sealed housing 2, And there are multiple groups, and they are located directly above the network test interface at the top of the communication and network tester 1; the docking line 6 is installed above the communication and network tester 1, and passes through the communication test hole 4 or the network test hole 5 and the communication test interface or network test interface connection; the cleaning member includes a cleaning hole 3 and a cleaning brush
  • the cleaning hole 3 is opened on the surface of the sealed housing 2 and is located outside the communication test interface and the network test interface.
  • the cleaning brush 18 is set inside the cleaning hole 3. ; and seals, including dust-proof seals and connection seals, are arranged on the surface of the sealing housing 2.
  • the present invention can be further configured such that the dustproof seal includes a dustproof sealing groove 8, a sealing plate 7 matched with the dustproof sealing groove 8, a dustproof sealing strip 14 provided on the surface of the sealing plate 7, a pulling part, a rotating part and a dustproof limiter.
  • the dust-proof sealing groove 8 is provided on the surface of the cleaning hole 3, the communication test hole 4 and the network test hole 5.
  • the sealing plate 7 is arranged inside the dust-proof sealing groove 8.
  • the cross-section of the sealing plate 7 and the dust-proof sealing groove 8 is at one end. It has a semicircular structure and the other end has a " ⁇ "-shaped structure.
  • the dust-proof sealing strip 14 is arranged in the center of the side surface of the sealing plate 7 .
  • the present invention can be further configured such that the pulling member includes a dust-proof linkage block 15, a dust-proof rotating rod 12 and a dust-proof limiting plate 11.
  • One end of the dust-proof linkage block 15 is connected to the " ⁇ "-shaped end of the sealing plate 7, and the dust-proof linkage block 15 is connected to the sealing plate 7.
  • the rotating rod 12 and the dust-proof linkage block 15 are coaxially arranged, and one end of the dust-proof rotating rod 12 extends out of the sealed housing 2, and the dust-proof limiting plate 11 is fixed on the end of the dust-proof rotating rod 12 away from the sealed housing 2 surface, and the angle with the dust-proof rotating rod 12 is ninety degrees; the rotating part includes a dust-proof rotating limit slot 16 and a dust-proof rotating limit block 17 that matches the dust-proof rotating limit slot 16.
  • the dust-proof rotating limit slot 16 is opened on the surface of one end of the dust-proof linkage block 15 away from the sealing plate 7, and the dust-proof rotation limit block 17 is fixed on the surface of the end of the dust-proof rotation rod 12 away from the dust-proof limit plate 11, and the dust-proof rotation limit block 17 is arranged on Inside the dust-proof rotation limit groove 16, the cross-sections of the dust-proof rotation limit block 17 and the dust-proof rotation limit groove 16 both have a "T"-shaped structure, and the dust-proof rotation limit groove 16 and the dust-proof rotation limit block 17 coaxial center settings.
  • the present invention can be further configured such that the dust-proof limiter includes a dust-proof spring 13, a fixed rod 9 and a dust-proof limit block 10 connected to the fixed rod 9.
  • the dust-proof spring 13 is set on the outer surface of the dust-proof rotating rod 12 to prevent One end of the dust spring 13 is connected to the sealed housing 2, and the other end is connected to the end of the dust-proof limiting plate 11 close to the sealed housing 2, and the dust-proof spring 13 is always in a compressed state, and the fixing rod 9 is fixed on the outer surface of the sealed housing 2.
  • the dust-proof limit block 10 is fixed on the surface of the fixed rod 9 away from the end of the sealed housing 2; the dust-proof rotating rod 12 has a " ⁇ "-shaped structure, and the fixed rod 9 is parallel to the dust-proof rotating rod 12 is set, and the inner diameter length of the dust-proof limit block 10 is equal to the width of the dust-proof limit plate 11, and the distance between the fixed rod 9 and the dust-proof rotating rod 12 is smaller than the length of the dust-proof limit plate 11.
  • connection sealing member includes a connection sealing strip 20, a connection limiter and a connection rotating member.
  • the connection sealing strip 20 is arranged at the lower end of the inner wall of the communication test hole 4 or the network test hole 5, and the connection sealing strip 20 is connected to the communication
  • the distance between the network tester 1 and the network tester 1 is less than the length of the interface of the docking cable 6;
  • the connection limiter includes a connection limit spring 24, a connection limit slot 23 connected to one end of the connection limit spring 24, a connection limit block 25 connected to the other end, and a connection
  • the limit slope 26 and the connection limit groove 23 are opened on the inner wall of the communication test hole 4 or the network test hole 5 and are located above the connection sealing strip 20, and the cross section is in the shape of a " ⁇ " shape.
  • connection limit block 25 and the connection limit One end of the spring 24 is inserted into the connection limit slot 23, and the other end extends out of the connection limit slot 23.
  • the distance between the connection limit block 25 and the communication and network tester 1 is equal to the length of the interface of the docking line 6, and the connection limit
  • the inclined surface 26 is formed on the upper end surface of the connecting limit block 25, and the lateral length of the connecting limiting inclined surface 26 is greater than the length of the connecting limiting block 25 extending out of the connecting limiting groove 23, and the connecting limiting block 25 is matched with the connecting limiting spring 24.
  • the wiring 6 is limited to prevent the wiring 6 from loosening and falling off.
  • the present invention can be further configured such that the connecting rotating member includes a connecting rotating sleeve 19, a connecting rotating limiting groove 21, a connecting rotating limiting block 22 and a rotating connecting piece.
  • the connecting rotating sleeve 19 is sleeved on the outer surface of the docking line 6 and is located at Above the interface end, the connection rotation limit groove 21 is opened on the surface of the butt line 6, the connection rotation limit block 22 is fixed on the bottom surface of the connection rotation sleeve 19, and the connection rotation limit groove 21 and the connection rotation limit block 22 have a cross-section "T" shaped structure, the connection rotation limit block 22 is set inside the connection rotation limit groove 21, and the connection rotation sleeve 19 and the docking line 6 are coaxially arranged; the rotation linkage includes a rotation connecting rod 27, a rotation connecting rod 27 The connected rotating connection limit block 28 and the rotating limiting slope 29 are connected.
  • the rotating connecting rod 27 is fixed on the outer near-bottom surface of the connecting rotating sleeve 19.
  • the rotating connecting limit block 28 has an arc-shaped structure and is coaxial with the connecting rotating sleeve 19. Set, the surface of one end of the rotating connecting limit block 28 away from the connecting rotating sleeve 19 fits inside the communication test hole 4 or the network testing hole 5, and the thickness of the rotating connecting limiting block 28 is greater than the length of the connecting limiting block 25 extending out of the dustproof spring 13 , the rotation limit slope 29 is provided on the surface of the rotation connection limit block 28 and is set toward the connection limit block 25, and the angle between the rotation limit slope 29 and the communication test hole 4 or the network test hole 5 is an acute angle.
  • the dust-proof limiting plate 11 outside the communication test hole 4 or the network test hole 5 is pulled outward, thereby driving the sealing plate 7 inside the cleaning hole 3 to be pulled outward through the dust-proof rotating rod 12 and the dust-proof linkage block 15 , so that the communication test hole 4 or the network test hole 5 is exposed, and then rotate ninety degrees clockwise through the dust-proof limit plate 11, then the dust-proof spring 13 pulls the dust-proof limit plate 11 and cooperates with the dust-proof limit block 10 to seal
  • the plate 7 is limited, and the dust-proof rotation limit slot 16 cooperates with the dust-proof rotation limit block 17 to limit the dust-proof rotation rod 12, and then insert the wiring 6 into the communication test hole 4 or the network test hole 5, and
  • the wiring 6 contacts the connection limit slope 26 and presses the connection limit block 25 toward the inside of the connection limit groove 23, thereby connecting the connection wire 6 to the communication and network tester 1.
  • connection limit spring 24 holds the connection limit.
  • the block 25 extends out of the connection limit groove 23 to longitudinally limit the docking wire 6 to prevent the docking wire 6 from falling off.
  • the connection sealing strip 20 seals the connection of the docking wire 6 to prevent dust from entering during measurement, thereby reducing measurement errors.
  • the connecting rotating sleeve 19 is rotated to drive the rotating connecting limit block 28 to rotate counterclockwise toward the connecting limiting block 25, so that the rotating limiting slope 29 contacts the connecting limiting block 25 and the connecting limiting block 25 Press into the inside of the connection limit groove 23, and cancel the limit fixation on the connection limit slope 26, so as to facilitate the removal of the butt wire 6.

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  • Microelectronics & Electronic Packaging (AREA)
  • Monitoring And Testing Of Transmission In General (AREA)
  • Casings For Electric Apparatus (AREA)

Abstract

本发明涉及通信与网络测试仪技术领域，具体为一种通信与网络测试仪用线路对接密封结构，所述通信与网络测试仪用线路对接密封结构包括：通信测试接口、网络测试接口、密封壳体、通讯测试孔、网络测试孔、对接线、清扫件及密封件；有益效果为：通过将通讯测试孔或者网络测试孔外侧的防尘限位板向外拉动，经过防尘转动杆和防尘连动块带动清扫孔内部的密封板向外拉动，通讯测试孔或网络测试孔露出，防尘转动限位槽与防尘转动限位块配合对防尘转动杆限位，对接线与通讯与网络测试仪连接，此时连接限位弹簧顶持连接限位块伸出连接限位槽对对接线纵向限位，防止对接线脱落，连接密封条则对对接线连接密封，防止测定时灰尘进入，减小测量误差。

Description

一种通信与网络测试仪用线路对接密封结构 技术领域
本发明涉及通信与网络测试仪技术领域，具体为一种通信与网络测试仪用线路对接密封结构。
背景技术
通信与网络测试仪是一种用于电子与通信技术领域的计量仪器。
现有的通信与网络测试仪支持Ethernet、SDH、OTN、PDH等测试功能，支持DWDM、OTN网络线路测试。
目前的通信与网络测试仪在灰尘较为大的车间使用时，接口会容易堆积大量灰尘，并且测试的接线接口也会存在大量灰尘，影响测试，增加了测试误差。
发明内容
本发明的目的在于提供一种通信与网络测试仪用线路对接密封结构，以解决测试通信与网络测试仪接口会容易堆积大量灰尘的问题。
为实现上述目的，本发明提供如下技术方案：
一种通信与网络测试仪用线路对接密封结构，所述通信与网络测试仪用线路对接密封结构包括：
通信测试接口，设置在通讯与网络测试仪顶端表面，且设置有多组；
网络测试接口，设置在通讯与网络测试仪顶端表面，且设置有多组，
密封壳体，固定在通讯与网络测试仪顶端表面，且覆盖通讯与网络测试仪顶端设置的通信测试接口及网络测试接口；
通讯测试孔，开设在密封壳体表面，且设置有多组，且位于通讯与网络测试仪顶端通信测试接口的正上方；
网络测试孔，开设在密封壳体表面，且设置有多组，且位于通讯与网络测试仪顶端网络测试接口正上方；
对接线，设置在通讯与网络测试仪上方，且穿过通讯测试孔或网络测试孔与通信测试接口或网络测试接口连接；
清扫件，包括清扫孔以及清扫刷，清扫孔开设在密封壳体表面，且位于通信测试接口和网络测试接口外侧，清扫刷设置在清扫孔内部；及
密封件，包括防尘密封件和连接密封件，均设置在密封壳体表面。
优选的，所述防尘密封件包括防尘密封槽、防尘密封槽配合的密封板、密封板表面设置的防尘密封条、拉动件、转动件以及防尘限位件，防尘密封槽开设在清扫孔、通讯测试孔及网络测试孔表面，密封板设置在防尘密封槽内部，密封板与防尘密封槽横截面一端呈半圆状结构，另一端呈“匚”字形结构，防尘密封条设置自在密封板侧表面居中。
优选的，所述拉动件包括防尘连动块、防尘转动杆以及防尘限位板，防尘连动块一端与密封板“匚”字形一端连接，防尘转动杆与防尘连动块同轴心设置，且防尘转动杆一端伸出密封壳体设置，且防尘限位板固定在防尘转动杆远离密封壳体一端表面，且与防尘转动杆夹角呈九十度。
优选的，所述转动件包括防尘转动限位槽以及防尘转动限位槽配合的防尘转动限位块，防尘转动限位槽开设在防尘连动块远离密封板一端表面，防尘转动限位块固定在防尘转动杆远离防尘限位板一端表面，且防尘转动限位块设置在防尘转动限位槽内部，且防尘转动限位块与防尘转动限位槽横截面均呈“T”字形结构，且防尘转动限位槽与防尘转动限位块同轴心设置。
优选的，所述防尘限位件包括防尘弹簧、固定杆以及固定杆连接的防尘限位块，防尘弹簧套设在防尘转动杆外侧表面，防尘弹簧一端与密封壳体连接，另一端与防尘限位板靠近密封壳体一端连接，且防尘弹簧始终处于压缩状态，固定杆固定在密封壳体外侧表面，且位于防尘转动杆正下方，防尘限位块固定在固定杆远离密封壳体一端表面。
优选的，所述防尘转动杆呈“匚”字形结构，固定杆平行防尘转动杆设 置，且防尘限位块内径长度等于防尘限位板宽度，且固定杆与防尘转动杆间距小于防尘限位板长度。
优选的，所述连接密封件包括连接密封条、连接限位件以及连接转动件，连接密封条设置在通讯测试孔或网络测试孔内壁下端，且连接密封条与通讯与网络测试仪间距小于对接线接口处长度。
优选的，所述连接限位件包括连接限位弹簧、连接限位弹簧一端连接的连接限位槽、另一端连接的连接限位块以及连接限位斜面，连接限位槽开设在通讯测试孔或网络测试孔内壁，且位于连接密封条上方，且横截面呈“匚”字形结构，连接限位块与连接限位弹簧连接一端插接在连接限位槽内部，且另一端伸出连接限位槽设置，连接限位块与通讯与网络测试仪间距等于对接线接口处长度，连接限位斜面开设在连接限位块上端表面，且连接限位斜面横向长度大于连接限位块伸出连接限位槽长度，且连接限位块与连接限位弹簧配合对对接线限位，防止对接线松动脱落。
优选的，所述连接转动件包括连接转动套、连接转动限位槽、连接转动限位块以及转动连动件，连接转动套套设在对接线外侧表面，且位于接口端上方，连接转动限位槽开设在对接线表面，连接转动限位块固定在连接转动套底端表面，且连接转动限位槽与连接转动限位块横截面呈“T”字形结构，连接转动限位块设置在连接转动限位槽内部，且连接转动套与对接线同轴心设置。
优选的，所述转动连动件包括转动连接杆、转动连接杆连接的转动连限位块以及转动限位斜面，转动连接杆固定在连接转动套外侧近底端表面，转动连限位块呈弧状结构，且与连接转动套同轴心设置，转动连限位块远离连接转动套一端表面与通讯测试孔或网络测试孔内部贴合，且转动连限位块厚度大于连接限位块伸出防尘弹簧长度，转动限位斜面开设在转动连限位块表面，且朝向连接限位块设置，且转动限位斜面与通讯测试孔或网络测试孔的 夹角呈锐角。
与现有技术相比，本发明的有益效果是：
本发明通过将通讯测试孔或者网络测试孔外侧的防尘限位板向外拉动，从而经过防尘转动杆和防尘连动块带动清扫孔内部的密封板向外拉动，使得通讯测试孔或网络测试孔露出，然后通过防尘限位板顺时针转动九十度，则防尘弹簧拉动防尘限位板与防尘限位块配合对密封板限位，并且防尘转动限位槽与防尘转动限位块配合对防尘转动杆限位，然后将对接线塞入通讯测试孔或网络测试孔内部，对接线接触连接限位斜面将连接限位块朝向连接限位槽内部压持，从而使得对接线与通讯与网络测试仪连接，此时连接限位弹簧顶持连接限位块伸出连接限位槽对对接线纵向限位，防止对接线脱落，连接密封条则对对接线连接密封，防止测定时灰尘进入，从而减小测量误差。
附图说明
图1为本发明的立体结构示意图；
图2为图1在A处结构的放大示意图；
图3为本发明防尘密封件的立体结构示意图；
图4为本发明防尘密封件的剖视立体结构示意图；
图5为本发明连接密封件的立体结构示意图；
图6为图5在B处结构的放大示意图；
图7为本发明转动件的立体结构示意图。
图中：通讯与网络测试仪1、密封壳体2、清扫孔3、通讯测试孔4、网络测试孔5、对接线6、密封板7、防尘密封槽8、固定杆9、防尘限位块10、防尘限位板11、防尘转动杆12、防尘弹簧13、防尘密封条14、防尘连动块15、防尘转动限位槽16、防尘转动限位块17、清扫刷18、连接转动套19、连接密封条20、连接转动限位槽21、连接转动限位块22、连接限位槽23、连接限位弹簧24、连接限位块25、连接限位斜面26、转动连接杆27、转动 连限位块28、转动限位斜面29。
具体实施方式
为了使本发明的目的、技术方案进行清楚、完整地描述，及优点更加清楚明白，以下结合附图对本发明实施例进行进一步详细说明。应当理解，此处所描述的具体实施例是本发明一部分实施例，而不是全部的实施例，仅仅用以解释本发明实施例，并不用于限定本发明实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。
在本发明的描述中，需要说明的是，术语“中心”、“中”、“上”、“下”、“左”、“右”、“内”、“外”、“顶”、“底”、“侧”、“竖直”、“水平”等指示的方位或位置关系为基于附图所示的方位或位置关系，仅是为了便于描述本发明和简化描述，而不是指示或暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作，因此不能理解为对本发明的限制。此外，术语“一”、“第一”、“第二”、“第三”、“第四”、“第五”、“第六”仅用于描述目的，而不能理解为指示或暗示相对重要性。
在本发明的描述中，需要说明的是，除非另有明确的规定和限定，术语“安装”、“相连”、“连接”应做广义理解，例如，可以是固定连接，也可以是可拆卸连接，或一体地连接；可以是机械连接，也可以是电连接；可以是直接相连，也可以通过中间媒介间接相连，可以是两个元件内部的连通。对于本领域的普通技术人员而言，可以具体情况理解上述术语在本发明中的具体含义。
出于简明和说明的目的，实施例的原理主要通过参考例子来描述。在以下描述中，很多具体细节被提出用以提供对实施例的彻底理解。然而明显的是，对于本领域普通技术人员，这些实施例在实践中可以不限于这些具体细节。在一些实例中，没有详细地描述公知方法和结构，以避免无必要地使这 些实施例变得难以理解。另外，所有实施例可以互相结合使用。
请参阅图1至图7，本发明提供一种技术方案：
一种通信与网络测试仪用线路对接密封结构，通信与网络测试仪用线路对接密封结构包括：通信测试接口，设置在通讯与网络测试仪1顶端表面，且设置有多组；网络测试接口，设置在通讯与网络测试仪1顶端表面，且设置有多组，密封壳体2，固定在通讯与网络测试仪1顶端表面，且覆盖通讯与网络测试仪1顶端设置的通信测试接口及网络测试接口；通讯测试孔4，开设在密封壳体2表面，且设置有多组，且位于通讯与网络测试仪1顶端通信测试接口的正上方；网络测试孔5，开设在密封壳体2表面，且设置有多组，且位于通讯与网络测试仪1顶端网络测试接口正上方；对接线6，设置在通讯与网络测试仪1上方，且穿过通讯测试孔4或网络测试孔5与通信测试接口或网络测试接口连接；清扫件，包括清扫孔3以及清扫刷18，清扫孔3开设在密封壳体2表面，且位于通信测试接口和网络测试接口外侧，清扫刷18设置在清扫孔3内部；及密封件，包括防尘密封件和连接密封件，均设置在密封壳体2表面。
本发明可进一步设置为，防尘密封件包括防尘密封槽8、防尘密封槽8配合的密封板7、密封板7表面设置的防尘密封条14、拉动件、转动件以及防尘限位件，防尘密封槽8开设在清扫孔3、通讯测试孔4及网络测试孔5表面，密封板7设置在防尘密封槽8内部，密封板7与防尘密封槽8横截面一端呈半圆状结构，另一端呈“匚”字形结构，防尘密封条14设置自在密封板7侧表面居中。
本发明可进一步设置为，拉动件包括防尘连动块15、防尘转动杆12以及防尘限位板11，防尘连动块15一端与密封板7“匚”字形一端连接，防尘转动杆12与防尘连动块15同轴心设置，且防尘转动杆12一端伸出密封壳体2设置，且防尘限位板11固定在防尘转动杆12远离密封壳体2一端表面，且 与防尘转动杆12夹角呈九十度；转动件包括防尘转动限位槽16以及防尘转动限位槽16配合的防尘转动限位块17，防尘转动限位槽16开设在防尘连动块15远离密封板7一端表面，防尘转动限位块17固定在防尘转动杆12远离防尘限位板11一端表面，且防尘转动限位块17设置在防尘转动限位槽16内部，且防尘转动限位块17与防尘转动限位槽16横截面均呈“T”字形结构，且防尘转动限位槽16与防尘转动限位块17同轴心设置。
本发明可进一步设置为，防尘限位件包括防尘弹簧13、固定杆9以及固定杆9连接的防尘限位块10，防尘弹簧13套设在防尘转动杆12外侧表面，防尘弹簧13一端与密封壳体2连接，另一端与防尘限位板11靠近密封壳体2一端连接，且防尘弹簧13始终处于压缩状态，固定杆9固定在密封壳体2外侧表面，且位于防尘转动杆12正下方，防尘限位块10固定在固定杆9远离密封壳体2一端表面；防尘转动杆12呈“匚”字形结构，固定杆9平行防尘转动杆12设置，且防尘限位块10内径长度等于防尘限位板11宽度，且固定杆9与防尘转动杆12间距小于防尘限位板11长度。
本发明可进一步设置为，连接密封件包括连接密封条20、连接限位件以及连接转动件，连接密封条20设置在通讯测试孔4或网络测试孔5内壁下端，且连接密封条20与通讯与网络测试仪1间距小于对接线6接口处长度；连接限位件包括连接限位弹簧24、连接限位弹簧24一端连接的连接限位槽23、另一端连接的连接限位块25以及连接限位斜面26，连接限位槽23开设在通讯测试孔4或网络测试孔5内壁，且位于连接密封条20上方，且横截面呈“匚”字形结构，连接限位块25与连接限位弹簧24连接一端插接在连接限位槽23内部，且另一端伸出连接限位槽23设置，连接限位块25与通讯与网络测试仪1间距等于对接线6接口处长度，连接限位斜面26开设在连接限位块25上端表面，且连接限位斜面26横向长度大于连接限位块25伸出连接限位槽23长度，且连接限位块25与连接限位弹簧24配合对对接线6限位，防止对 接线6松动脱落。
本发明可进一步设置为，连接转动件包括连接转动套19、连接转动限位槽21、连接转动限位块22以及转动连动件，连接转动套19套设在对接线6外侧表面，且位于接口端上方，连接转动限位槽21开设在对接线6表面，连接转动限位块22固定在连接转动套19底端表面，且连接转动限位槽21与连接转动限位块22横截面呈“T”字形结构，连接转动限位块22设置在连接转动限位槽21内部，且连接转动套19与对接线6同轴心设置；转动连动件包括转动连接杆27、转动连接杆27连接的转动连限位块28以及转动限位斜面29，转动连接杆27固定在连接转动套19外侧近底端表面，转动连限位块28呈弧状结构，且与连接转动套19同轴心设置，转动连限位块28远离连接转动套19一端表面与通讯测试孔4或网络测试孔5内部贴合，且转动连限位块28厚度大于连接限位块25伸出防尘弹簧13长度，转动限位斜面29开设在转动连限位块28表面，且朝向连接限位块25设置，且转动限位斜面29与通讯测试孔4或网络测试孔5的夹角呈锐角。
需要进行通信或者网络检测时，首先拉动清扫孔3外侧的防尘限位板11，从而经过防尘转动杆12和防尘连动块15带动清扫孔3内部的密封板7向外拉动，使得清扫孔3露出，然后通过防尘限位板11顺时针转动九十度，则防尘弹簧13拉动防尘限位板11与防尘限位块10配合对密封板7限位，并且防尘转动限位槽16与防尘转动限位块17配合对防尘转动杆12限位，则将对接线6塞入清扫孔3内部上下移动，从而对对接线6表面进行清洁，防止对接线6表面灰尘较多。
然后通过将通讯测试孔4或者网络测试孔5外侧的防尘限位板11向外拉动，从而经过防尘转动杆12和防尘连动块15带动清扫孔3内部的密封板7向外拉动，使得通讯测试孔4或网络测试孔5露出，然后通过防尘限位板11顺时针转动九十度，则防尘弹簧13拉动防尘限位板11与防尘限位块10配合 对密封板7限位，并且防尘转动限位槽16与防尘转动限位块17配合对防尘转动杆12限位，然后将对接线6塞入通讯测试孔4或网络测试孔5内部，对接线6接触连接限位斜面26将连接限位块25朝向连接限位槽23内部压持，从而使得对接线6与通讯与网络测试仪1连接，此时连接限位弹簧24顶持连接限位块25伸出连接限位槽23对对接线6纵向限位，防止对接线6脱落，连接密封条20则对对接线6连接密封，防止测定时灰尘进入，从而减小测量误差。
需要拆卸对接线6时，则通过转动连接转动套19，带动转动连限位块28逆时针朝向连接限位块25转动，使得转动限位斜面29接触连接限位块25将连接限位块25压入连接限位槽23内部，取消对连接限位斜面26的限位固定，方便将对接线6取出。
尽管上面对本申请说明性的具体实施方式进行了描述，以便于本技术领域的技术人员能够理解本申请，但是本申请不仅限于具体实施方式的范围，对本技术领域的普通技术人员而言，只要各种变化只要在所附的权利要求限定和确定的本申请精神和范围内，一切利用本申请构思的申请创造均在保护之列。

Claims (10)

  1. 一种通信与网络测试仪用线路对接密封结构，其特征在于：所述通信与网络测试仪用线路对接密封结构包括：
    通信测试接口，设置在通讯与网络测试仪(1)顶端表面，且设置有多组；
    网络测试接口，设置在通讯与网络测试仪(1)顶端表面，且设置有多组，
    密封壳体(2)，固定在通讯与网络测试仪(1)顶端表面，且覆盖通讯与网络测试仪(1)顶端设置的通信测试接口及网络测试接口；
    通讯测试孔(4)，开设在密封壳体(2)表面，且设置有多组，且位于通讯与网络测试仪(1)顶端通信测试接口的正上方；
    网络测试孔(5)，开设在密封壳体(2)表面，且设置有多组，且位于通讯与网络测试仪(1)顶端网络测试接口正上方；
    对接线(6)，设置在通讯与网络测试仪(1)上方，且穿过通讯测试孔(4)或网络测试孔(5)与通信测试接口或网络测试接口连接；
    清扫件，包括清扫孔(3)以及清扫刷(18)，清扫孔(3)开设在密封壳体(2)表面，且位于通信测试接口和网络测试接口外侧，清扫刷(18)设置在清扫孔(3)内部；及
    密封件，包括防尘密封件和连接密封件，均设置在密封壳体(2)表面。
  2. 根据权利要求1所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述防尘密封件包括防尘密封槽(8)、防尘密封槽(8)配合的密封板(7)、密封板(7)表面设置的防尘密封条(14)、拉动件、转动件以及防尘限位件，防尘密封槽(8)开设在清扫孔(3)、通讯测试孔(4)及网络测试孔(5)表面，密封板(7)设置在防尘密封槽(8)内部，密封板(7)与防尘密封槽(8)横截面一端呈半圆状结构，另一端呈“匚”字形结构，防尘密封条(14)设置自在密封板(7)侧表面居中。
  3. 根据权利要求2所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述拉动件包括防尘连动块(15)、防尘转动杆(12)以及防 尘限位板(11)，防尘连动块(15)一端与密封板(7)“匚”字形一端连接，防尘转动杆(12)与防尘连动块(15)同轴心设置，且防尘转动杆(12)一端伸出密封壳体(2)设置，且防尘限位板(11)固定在防尘转动杆(12)远离密封壳体(2)一端表面，且与防尘转动杆(12)夹角呈九十度。
  4. 根据权利要求3所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述转动件包括防尘转动限位槽(16)以及防尘转动限位槽(16)配合的防尘转动限位块(17)，防尘转动限位槽(16)开设在防尘连动块(15)远离密封板(7)一端表面，防尘转动限位块(17)固定在防尘转动杆(12)远离防尘限位板(11)一端表面，且防尘转动限位块(17)设置在防尘转动限位槽(16)内部，且防尘转动限位块(17)与防尘转动限位槽(16)横截面均呈“T”字形结构，且防尘转动限位槽(16)与防尘转动限位块(17)同轴心设置。
  5. 根据权利要求4所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述防尘限位件包括防尘弹簧(13)、固定杆(9)以及固定杆(9)连接的防尘限位块(10)，防尘弹簧(13)套设在防尘转动杆(12)外侧表面，防尘弹簧(13)一端与密封壳体(2)连接，另一端与防尘限位板(11)靠近密封壳体(2)一端连接，且防尘弹簧(13)始终处于压缩状态，固定杆(9)固定在密封壳体(2)外侧表面，且位于防尘转动杆(12)正下方，防尘限位块(10)固定在固定杆(9)远离密封壳体(2)一端表面。
  6. 根据权利要求5所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述防尘转动杆(12)呈“匚”字形结构，固定杆(9)平行防尘转动杆(12)设置，且防尘限位块(10)内径长度等于防尘限位板(11)宽度，且固定杆(9)与防尘转动杆(12)间距小于防尘限位板(11)长度。
  7. 根据权利要求6所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述连接密封件包括连接密封条(20)、连接限位件以及连接 转动件，连接密封条(20)设置在通讯测试孔(4)或网络测试孔(5)内壁下端，且连接密封条(20)与通讯与网络测试仪(1)间距小于对接线(6)接口处长度。
  8. 根据权利要求7所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述连接限位件包括连接限位弹簧(24)、连接限位弹簧(24)一端连接的连接限位槽(23)、另一端连接的连接限位块(25)以及连接限位斜面(26)，连接限位槽(23)开设在通讯测试孔(4)或网络测试孔(5)内壁，且位于连接密封条(20)上方，且横截面呈“匚”字形结构，连接限位块(25)与连接限位弹簧(24)连接一端插接在连接限位槽(23)内部，且另一端伸出连接限位槽(23)设置，连接限位块(25)与通讯与网络测试仪(1)间距等于对接线(6)接口处长度，连接限位斜面(26)开设在连接限位块(25)上端表面，且连接限位斜面(26)横向长度大于连接限位块(25)伸出连接限位槽(23)长度，且连接限位块(25)与连接限位弹簧(24)配合对对接线(6)限位，防止对接线(6)松动脱落。
  9. 根据权利要求8所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述连接转动件包括连接转动套(19)、连接转动限位槽(21)、连接转动限位块(22)以及转动连动件，连接转动套(19)套设在对接线(6)外侧表面，且位于接口端上方，连接转动限位槽(21)开设在对接线(6)表面，连接转动限位块(22)固定在连接转动套(19)底端表面，且连接转动限位槽(21)与连接转动限位块(22)横截面呈“T”字形结构，连接转动限位块(22)设置在连接转动限位槽(21)内部，且连接转动套(19)与对接线(6)同轴心设置。
  10. 根据权利要求9所述的一种通信与网络测试仪用线路对接密封结构，其特征在于：所述转动连动件包括转动连接杆(27)、转动连接杆(27)连接的转动连限位块(28)以及转动限位斜面(29)，转动连接杆(27)固定 在连接转动套(19)外侧近底端表面，转动连限位块(28)呈弧状结构，且与连接转动套(19)同轴心设置，转动连限位块(28)远离连接转动套(19)一端表面与通讯测试孔(4)或网络测试孔(5)内部贴合，且转动连限位块(28)厚度大于连接限位块(25)伸出防尘弹簧(13)长度，转动限位斜面(29)开设在转动连限位块(28)表面，且朝向连接限位块(25)设置，且转动限位斜面(29)与通讯测试孔(4)或网络测试孔(5)的夹角呈锐角。
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