CN208224546U - optical cable connecting line - Google Patents

Abstract

A kind of optical cable connecting line of the utility model includes: an optical cable and two bindiny mechanisms, each bindiny mechanism is arranged at the both ends of the optical cable respectively, wherein the bindiny mechanism includes a connection unit, a housing unit and a protective sleeve, the protective sleeve and the housing unit are arranged at the connection unit respectively, to enhance the leakproofness of the optical cable connecting line.

Description

Optical cable connecting line

Technical field

This field is related to an optical cable field more particularly to a kind of optical cable connecting line, and the optical cable connecting line is able to be applied It is connected in outdoor optical cable.

Background technique

Network is widely used in people's life, such as office, amusement, data transmission etc., and network makes people's It exchanges simpler quick.But for data transmission, data are easy loss by electric wire in the transmission, therefore data exist In remote transmission process, it is be easy to cause the loss or distortion of data, and these factors will seriously affect the use of people.And light Cable is made of optical fiber, and optical fiber is the abbreviation of optical fiber, is conducted than electricity in electric wire due to light in the conduction loss of optical fiber It is lost low, the optical cable is used for remote network data transmission.

Optical cable connecting line is commonly used data transmission or the connection of network cable in equipment, optical cable connecting line at present Has the function of connection transmission.But optical cable, during using or being mounted, optical cable needs connector to be docked, Cai Nengjin Data transmission between each data port of row.Therefore optical cable is there are dock between each lightguide cable link in installation or connection procedure Problem, and the required precision of optical cable docking is very high, once there is deviation and data transmission problems will occurs in optical cable connection.And it is another Aspect, in outdoor environment, optical cable connecting line will receive the molecules such as dust or water vapour in environment in use Influence by the connection of badly damaged optical cable, and then influence data once these molecules enter at the docking of optical cable and pass It is defeated.

In addition it when optical cable connecting line is in use process, needs to avoid optical cable connecting line by rain in an assembly case Water or dust and damage.For these reasons, there are traditional optical cable connecting line many limitations can not expire in use The use demand modernized enough, therefore be badly in need of capturing this problem in optical cable connecting line field.

Utility model content

One of the utility model is designed to provide a kind of optical cable connecting line, wherein the optical cable connecting line has well Leakproofness, be able to be applied to the environment such as open air.

Another of the utility model is designed to provide a kind of optical cable connecting line, wherein the optical cable connecting line has two Bindiny mechanism, the bindiny mechanism has good leakproofness, to ensure the leakproofness and connective stability of the optical cable.

The another object of the utility model is to provide a kind of optical cable connecting line, wherein described in the optical cable connecting line Optical cable will not make the damage of the optical cable in use process by firm setting, the optical cable connecting line due to external force, together When environment in impurity cannot be introduced into the bindiny mechanism, the optical cable is damaged.

The another object of the utility model is to provide a kind of optical cable connecting line, wherein the optical cable connecting line includes at least One bindiny mechanism, the optical cable at both ends are respectively arranged at the bindiny mechanism, and then by the bindiny mechanism to realize the light The docking operation of cable.

The another object of the utility model is to provide a kind of optical cable connecting line, wherein the optical cable connecting line is described in Bindiny mechanism realizes the docking operation with other equipment or the optical cable.

The another object of the utility model is to provide a kind of optical cable connecting line, wherein the bindiny mechanism includes a connection Unit and a housing unit, the optical cable are arranged at the connection unit, and it is single that the housing unit is arranged at the connection Member, the housing unit is able to fix the stabilization of the optical cable Yu the connection unit, and enhances the sealing of the connection unit Property.

The another object of the utility model is to provide a kind of optical cable connecting line, wherein the bindiny mechanism includes a protection External member, the protective sleeve are arranged at the connection unit and the housing unit, for the optical cable and the shell The connection of unit prevents the bindiny mechanism from damaging in use process.

The another object of the utility model is to provide a kind of optical cable connecting line, wherein the bindiny mechanism includes a sealing Unit, the sealing unit are arranged at the housing unit, to enhance the leakproofness of the bindiny mechanism, the bindiny mechanism It is able to be applied to the docking of the optical cable under the environment such as open air.

The another object of the utility model is to provide a kind of optical cable connecting line, wherein the bindiny mechanism includes an engaging Unit, the engaging unit is movably arranged at the housing unit, and then the engaging unit is to the housing unit Form a snap action.

The another object of the utility model is to provide a kind of optical cable connecting line, wherein the bindiny mechanism includes a reinforcement Unit, the reinforcement unit are arranged at the housing unit, to enhance connection and the increasing of the optical cable and the housing unit The leakproofness of the strong bindiny mechanism.

To achieve the above object one or more, a kind of optical cable connecting line of the utility model include an optical cable；With two Bindiny mechanism, each bindiny mechanism are arranged at the both ends of the optical cable respectively, wherein the bindiny mechanism includes a company Order member, a housing unit and a protective sleeve, the protective sleeve and the housing unit are arranged at the company respectively Order member, to enhance the leakproofness of the optical cable connecting line.

In a preferred embodiment, the connection unit includes a connection piece and a connection end, the connector quilt It is set to the housing unit, the connection end is set to the connector, and the optical fiber is arranged at the connector simultaneously It is electrically connected to the connection end.

In a preferred embodiment, the housing unit includes a storage set and a casing, and the storage covers and institute It states casing and is arranged at the connector respectively, the storage set is located at the end of the connector, and the casing is located at The front end of the connector, the sealed environment that the storage covers and the casing makes the optical fiber be located at the connector.

In a preferred embodiment, the housing unit includes a stress set, and the stress set is arranged at the company Fitting, and it is located at the connector and storage set.

In a preferred embodiment, the protective sleeve includes a tail sleeve and a protective jacket, and the tail sleeve is arranged at The stress set, the protection tail sleeve are arranged at the storage set, and the tail sleeve and the protective jacket are enhanced the company The leakproofness of order member.

In a preferred embodiment, the bindiny mechanism includes engaging unit, and the engaging unit includes an engaging set, The engaging set is arranged at the casing, and the engaging set is enhanced close between the bindiny mechanism and the optical cable Feng Xing.

In a preferred embodiment, the engaging unit includes an elastic component, and the elastic component is arranged at the card Trap covers the sliding in the casing so that engaging set has reset function convenient for the engaging.

In a preferred embodiment, the bindiny mechanism includes a sealing unit, and the sealing unit includes a sealing Ring, the sealing ring is arranged between the engaging set and the casing, to enhance the leakproofness of the bindiny mechanism.

In a preferred embodiment, the bindiny mechanism includes a reinforcement unit, and the reinforcement unit includes one first Fastener, first fastener are arranged at the connector, and first fastener is located at the connector and described Storage set, first fastener are enhanced the connection of the bindiny mechanism end.

In a preferred embodiment, the reinforcement unit includes one second fastener, and second fastener is set In tail sleeve, to enhance the attachment force of the tail sleeve Yu the connector.

In a preferred embodiment, the reinforcement unit includes that at least positioning piece, each locating piece is respectively set In the stress set, to enhance the active force of the stress set and the connector.

In a preferred embodiment, the engaging set has a groove, and the casing has an extension, described to prolong Extending portion matching is set to the groove, to enhance the connection of the engaging set and the casing.

Detailed description of the invention

Fig. 1 is the overall schematic of the optical cable connecting line of a preferred embodiment according to the present utility model.

Fig. 2A to 2C is the cross-sectional view of the connector of a preferred embodiment according to the present utility model.

Fig. 3 is the cross-sectional view of the casing of a preferred embodiment according to the present utility model.

Fig. 4 is the cross-sectional view that set is engaged in a preferred embodiment according to the present utility model.

Fig. 5 is the manufacturing method schematic diagram of the bindiny mechanism of a preferred embodiment according to the present utility model.

Fig. 6 is the manufacturing method schematic diagram of the optical cable connecting line of a preferred embodiment according to the present utility model.

Fig. 7 is the application method schematic diagram of the optical cable connecting line of a preferred embodiment according to the present utility model.

Specific embodiment

It is described below for disclosing the utility model so that those skilled in the art can be realized the utility model.It retouches below Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It is retouched following The basic principle of the utility model defined in stating can be applied to other embodiments, deformation scheme, improvement project, etc. Tongfangs The other technologies scheme of case and the spirit and scope without departing from the utility model.

The major technique of a kind of optical cable connecting line as shown in fig. 1 to fig. 4, the optical cable connecting line of the utility model is special Sign is that the optical cable connecting line has good leakproofness, and then the optical cable connecting line is able to be applied to open air, realizes The docking of optical cable or the data transmission of electric room, enhance the practicability of the optical cable connecting line.The connection of traditional technology Line can not be used in outdoor environment due to the limitation of its structure.Since the docking operation of the optical cable is very high to required precision, For the connecting line in realizing the optical cable docking operation, the molecules such as dust or rainwater in environment will go into the company Wiring damages the optical cable being located in the connecting line, and then the data transmission of the optical cable after the completion of docking Defect to occur, data be easy to cause the distortion of the loss or data of data packet in transmission process, how to improve the connection The leakproofness of line connection procedure is the utility model urgent problem.The connecting line in the utility model is able to be made For outdoor environment, protection of the user without using additional equipment to the attachment device.In traditional technology, once connecting line It is used in outdoor situation, user needs to configure protection of the additional sealing device for the connecting line, to obstruct environment In dust or rainwater enter the connecting line.On the other hand, the optical cable connecting line in the utility model has durable Property, once the frequency of use of attachment device is excessive in traditional technology, the internal optical cable, which will be arranged in, to be damaged, the light Cable belongs to frangibility object, and the connecting line of the utility model is able to have fixed protect to the optical cable for being set to inside Shield effect, and then the optical cable not will cause phenomena such as breaking under stress effect.

The optical cable connecting line includes two bindiny mechanisms 10 and an optical cable 20, and the bindiny mechanism 10 is respectively arranged at described The both ends of optical cable, the optical cable connecting line realize that the docking operation of optical cable, data are able to be passed by the bindiny mechanism 10 It is defeated.Relevant technical staff in the field is interpreted as, and the length of the optical cable 20 makes not as the limitation of the content of the present invention User or the producer are able to select the optical cable of different length or type according to actual needs.The use of traditional connecting line has There is certain limitation, is influenced in connection procedure by environment.The optical cable connecting line of the utility model realizes optical fiber Connection realizes that the bindiny mechanism 10 is able to be in sealing ring to the connection procedure of the optical cable by the bindiny mechanism 10 Border, and the bindiny mechanism 10 is able to the damage that protection setting receives external force in the optical cable in the bindiny mechanism 10.

It is noted that the bindiny mechanism 10 includes a connection unit 11 and a housing unit 12, the optical cable Both ends are arranged at the connection unit 11 respectively, and the housing unit 12 is arranged at the connection unit 11, the shell Body unit 12 is enhanced the stability of the optical cable Yu the housing unit 11, and the housing unit 12 forms a sealing sky Between, so that the optical fiber on the optical cable connection end being located in the sealing space not will receive the influence of molecule, with Enhance the usability of the bindiny mechanism 10.

Further, the connection unit 11 includes a connection piece 111 and a connection end 112, the connection end 112 It is arranged at the connector 111, the optical cable passes through an installation cavity of the connector 111, and is connected to the connecting pin Portion 112, then the connection end 112 is set to the connector 111, to complete the optical cable in the connection unit 11 Connection.Preferably, the connection end 112 is a MPO type (Multi-fiber Push On) network connector.

It is noted that the connector 111 be integrated it is molded, the connector 111 include two cores, each institute It states core intercombination to be set to, to form the installation cavity, be set in the installation cavity convenient for the optical cable.The connection Part 111 includes one first connector and one second connector, and first connector is connected together in second connector, and An installation cavity is formed, the optical cable is able to be arranged at the installation cavity.In traditional technology, the optical cable setting to connection Part is by the way of interspersed, but this mode be easy to cause the damage of the optical cable, and heretofore described connector 111 is Detachable structure, in order to the setting up procedure of optical cable, convenient for the operation of user.

The optical cable is connected to the connection end 112, and optical cable conducting is located on the connection end 112 Multiple tie points are able to be connected with each other between each bindiny mechanism 10 and be connected, to realize the docking of the optical cable.It is worth one It is mentioned that, the housing unit 12 includes storage 121, one stress of a set set 122 and a casing 123, the storage set 121 and stress set 122 be arranged at the connector 111 respectively, the stress set 122 is able to fasten the optical cable and institute The connection for stating connector 111 prevents the bindiny mechanism 10 in moving process, pulling force effect is avoided to make the optical cable and institute The opposite sliding between connector 111 is stated, and then the optical cable is damaged, and stress set 122 has to described simultaneously The protective effect of connector 11, the stress set 122 are reduced external force to the active force of the connector 11, have a buffering Effect.Wherein, the storage set 121 is set to the tail end of the connector 111, and the optical cable is each passed through the storage set 121 and the connector 111 and after being connected to the connection end 112, the tail of 121 pairs of connectors 111 of the storage set End has a sealing function, and to obstruct the installation cavity of the connector 111, and then molecule will not enter in environment The installation cavity, to protect the optical cable.On the other hand, when the storage set 121 is set to the connector 111, the receipts 121 pairs of connectors 111 of set of receiving have an active force, so that the tail end of the connector 111 is connected to the optical cable Fastening force enhancing, further avoids sliding of the optical cable in the connector 111.

Further, the casing 123 is arranged at the connector 111, and the end of the casing 123 is located at The outer surface of the stress set 122.In other words, when the casing 123 is set to the connector 111, the shell The front end of set 123 is located at the front of the connector 111, and the end of the casing 123 is located at stress set 122, described The front end of casing 123 has a snap-in function power with the connector 111 to the connection end 112, fastens the connection The connection of end 112 and the connector 111.The end of the casing 123 there is certain fastening to make storage set 121 With the casing 123 is to ensure that the connection unit 11 is in a sealed environment, to obstruct the molecule in environment Into.

It is noted that the bindiny mechanism 10 further comprises a protective sleeve 13, the protective sleeve 13 is set The connection unit 11 is set, the protective sleeve 13 forms a protective zone to the connection unit 11, further to the company Order member 11 provides protective effect.Further, the protective sleeve 13 includes a tail sleeve 131, and the tail sleeve 131 is arranged at The storage set 121, to play protective action to storage set 121.Preferably, the tail sleeve 131 is plastics or rubber material Material is made, and the tail sleeve 131 has certain ductility, and to form certain storage space, the storage set 121 is able to be matched ground It is set in the storage space, and then tail end of the protective sleeve 13 as the bindiny mechanism 10, is able to prevent small Particle enters the connection unit 11 from the tail end of the bindiny mechanism 10, it is ensured that the connection unit 11 is in opposing seal Environment, and then the bindiny mechanism 10 is able to be used to open air, not will receive the limitation of environment.Further, described anti- Sheathing member 13 includes a protective jacket 132, and the protective jacket 132 is arranged at the tail portion of the tail sleeve 131, and the protective jacket 132 integrally extend a fiber optic cable, and the end of the bindiny mechanism 10 is just incorporated in the protective jacket 132.Wherein, The protective jacket 132 is preferably that rubber material is made, and the memory space that the protective jacket 132 is formed just is matched with the connection The end of mechanism 10, to improve the leakproofness of the bindiny mechanism 10, the protective jacket 132 by the tail end of the connector 111, Storage set 121, stress set 122, the casing 123 and the tail sleeve 131 separately include in the storage sky In, further ensure that the leakproofness of 10 end of bindiny mechanism.It is noted that the protective jacket 132 has one to prolong Extending portion, the extension extend outwardly from the terminal part of the protective jacket 132 and have certain predetermined length, and the optical cable is set It is placed in the extension, the extension forms a protection to the optical cable, and the bindiny mechanism 10 is in use, described Optical cable will not due to the bindiny mechanism 10 movement and bend, the protective jacket 132 have an anti-bending function avoid The optical cable is damaged due to pulling force.

It is noted that the bindiny mechanism 10 includes an engaging component 15, the engaging component 15 is arranged at institute Connection unit 11 is stated, to provide a fastening force to the connection unit 11, enhances the connection end 112 and the connector 111 connection, when so that the bindiny mechanism 10 being connected to the optical cable 20, the connection unit 11 is preferably matched and is connected to The optical cable 20.Into one, the engaging component 15 includes an engaging set 151, and the engaging set 151 is movably disposed in institute State casing 123, when the bindiny mechanism 10 is connected to the optical cable 20, user be able to manipulate the engaging set 151 along The casing 123 slides axially, and then 151 engaging of engaging set is set to the end of the casing 123, to institute The active force for stating casing 123 and the optical cable 20 enhances, and prevents the bindiny mechanism 10 to be located away under stress described Optical cable 20.Preferably, the engaging set 151 is made of metal, rubber or plastics.The engaging set 151 has a groove 1510, The casing 123 has an extension, rotates the casing 123, and the extension matching is set to the groove 1510, when the engaging set 151 is set to the casing 123, the engaging of institute's extension is set to the groove 1510, in turn Enhance the snap-in function power between the engaging set 151 and the casing 123, prevents the engaging set 151 in external force Under be located away from the casing 123.

Further, the engaging component 15 includes an elastic component 152, and the elastic component 152 is arranged at the card Trap 151, the engaging set 151 is in sliding process, and the elastic component 152 forms an active force to engaging set 152, just The groove 1510 is set in the extension.Engaging set 151 is located away from the casing 132, described in user's rotation Engaging set 151, so that the extension is located away from the groove 1510, and then engaging set 151 is in the elastic component 152 Restore under pulling force effect to original state.

It is noted that the bindiny mechanism 10 includes a stiffener assembly 16, the stiffener assembly 16 is arranged at institute Bindiny mechanism 10 is stated, to enhance the optical cable in the coupling force of the connection unit 11 and enhance the bindiny mechanism 10 Leakproofness.Further, the stiffener assembly 16 includes one first fastener 161, and first fastener 161 is arranged at Connector 111, and first fastener 161 is located at the tail end of the connector 111, and the protective sleeve 13 is positioned at described First fastener, 161 top.First fastener 161 is enhanced the connection function of the optical cable Yu the connector 111, First fastener 161 is able to prevent the bindiny mechanism 10 that the optical cable is damaged due to pulling force effect in use It is bad.On the other hand, first fastener 161 further provides a sealing function to the tail end of the connector 11, enhances institute State the leakproofness of bindiny mechanism 10.Further, the stiffener assembly 16 includes one second fastener 162, and described second is tight Firmware 162 is arranged at the stress set 122, and the stress set 122 more fastens under the action of the second fastener 162 Ground is connected to the connector 111, and then enhances the connection of the optical cable and the connector 111, and the connection unit 11 Under the action of the second fastener 162, avoids the pulling force of the bindiny mechanism 10 and damage.Further, described to add Strong component 16 includes that at least positioning piece 163, each locating piece 163 is set to the stress set 122, each locating piece 163 respectively symmetrically are set to the stress set 122, when the locating piece 163 is respectively acting on stress set 122, institute The uniform force of stress set 122 is stated, and then enhances the active force between the stress set and the connection unit 11.It is wherein described Stress, which covers 122 pairs of locating pieces 163, has a buffer function, avoids the connector 11 directly by the locating piece 163 Active force, protect the connector 11.

It is noted that the bindiny mechanism 10 further comprises a sealing element 14, the sealing element 14 is arranged at The bindiny mechanism 10, to enhance the leakproofness of the bindiny mechanism 10.The sealing element 14 is preferably that a sealing ring or one are close Envelope portion, the sealing element 14 is removable installed in the casing 123, and is located at the connection end 112, the sealing Part 14 is to enhance the leakproofness of the bindiny mechanism 10.Wherein, the sealing element 14 is made of rubber material, and the optical cable 20 connects When being connected to the bindiny mechanism 10, the sealing element 14 is enhanced the sealing between the optical cable 20 and the connection unit 11 Property, to prevent the molecule in environment and then arrive in the optical cable connecting line.

A kind of manufacturing method of bindiny mechanism 10 as shown in Figure 5, which comprises

A, a housing unit 12 and a connection piece 111 are connected to a connection end 112, and the connection end 112 is set It is placed in the connector 111；

B, a protective unit 13 is arranged at the connection unit 11, to enhance the leakproofness of the bindiny mechanism 10.

It is noted that the method further includes C, a sealing elements 14 to be arranged at the connection unit 11, with The leakproofness for enhancing the bindiny mechanism 10 avoids the molecule in environment from entering the bindiny mechanism 10, convenient for described Bindiny mechanism 10 is used in outdoor environment.

It is noted that the method further includes D, an engaging sets 151 to be arranged at institute by an elastic component 152 Casing 123 is stated, the engaging set 151 is scalable under the action of elastic component 152 to be set to the casing 123, institute It states engaging set 151 and is able to apply an active force in the casing 123, and then enhance the connection end 112 and the connection The fastening force of part 111.

It is noted that the method further includes E, a reinforcement units 16 to be arranged at the bindiny mechanism 10, The reinforcement unit 16 is enhanced the optical cable and 111 active force of connector and the bindiny mechanism 10 is avoided to use It will not be damaged in the process due to external force.

It is noted that in the method B, the protective sleeve 13 include a storage set 121, stress set 122 and One casing 123, the storage set 121 and stress set 122 are arranged at the end of the connector 11, the casing 123 are arranged at the front end of the connector 11, and then the protective sleeve 13 forms a sealing to the connection unit 11 and protects Shield.

It is noted that one first fastener 161 is arranged at the tail sleeve 131 and the company in the method E Between fitting 111, first fastener 161 is increased protective effect of the tail sleeve 131 to the connection unit 11.

It is noted that one second fastener 162 is arranged at the stress set 122, in the method E with enhancing Active force between the stress set 122 and the connector 111, avoids the bindiny mechanism 10 from being damaged by external force.

As shown in fig. 6, a kind of manufacturing method of optical cable connecting line, which comprises

I, the both ends of an optical cable are each passed through a housing unit 12 and a connection piece 111 and are electrically connected to a connection end 112；

II, an adapter 211 are set to the connector 111；And

III, a protective sleeve 13 are arranged at a connection piece 111, to enhance the leakproofness of the bindiny mechanism 10.

It is noted that the method includes IV, a guard assemblies 2123 to be arranged at an interfacing part 2122, with enhancing The leakproofness of the optical cable 20.

It is noted that the method II further comprises that III.1, a sealing element 14 are arranged at a connection unit 11, to enhance the leakproofness of a bindiny mechanism 10, the molecule in environment is avoided to enter the bindiny mechanism 10, is convenient for institute It states bindiny mechanism 10 and is used in outdoor environment.

It is noted that the method further includes III.2, an engaging sets 151 to be set by an elastic component 152 It is placed in the casing 123, the engaging set 151 is scalable under the action of elastic component 152 to be set to the casing 123, the engaging set 151 is able to apply an active force in the casing 123, and then enhances the connection end 112 and institute State the fastening force of connector 111.

It is noted that the method further includes III.3, a reinforcement units 16 to be arranged at the bindiny mechanism 10, the reinforcement unit 16 is enhanced the optical cable and 111 active force of connector and the bindiny mechanism 10 is avoided to exist It will not be damaged due to external force in use process.

It is noted that a storage set 121, stress set 122 and a casing 123 are described in the method III Storage set 121 and stress set 122 are arranged at the end of the connector 11, and the casing 123 is arranged at described The front end of connector 11, and then the protective sleeve 13 forms a seal protection to the connection unit 11.

It is noted that one first fastener 161 is arranged at the tail sleeve 131 and institute in the method III.3 It states between connector 111, first fastener 161 tail sleeve 131 that is increased makees the protection of the connection unit 11 With.

It is noted that one second fastener 162 is arranged at the stress set 122 in the method III.3, with Enhance the active force between the stress set 122 and the connector 111, the bindiny mechanism 10 is avoided to be damaged by external force It is bad.

It is noted that the method further includes b, a guard assemblies 13 to be arranged at the docking unit 11, To enhance the leakproofness of the optical cable 20.

As shown in fig. 7, a kind of application method of optical cable connecting line, which comprises

1, a connection unit 11 is electrically connected to an adapter 211, so that two optical cables complete docking operation；

2, a protective sleeve 13 is arranged at the connection unit 11, to enhance the leakproofness of a bindiny mechanism 10；And

3, the protective sleeve 13 is driven, so that the connection unit 11 is located away from the adapter 211.

It is noted that a sealing element 14 is arranged at the connection unit 11 in the method 2, described in enhancing The leakproofness of bindiny mechanism 10 avoids the molecule in environment from entering the bindiny mechanism 10, is convenient for the bindiny mechanism 10 are used in outdoor environment.

It is noted that the method 2 further comprises that 2.1, one engaging set 151 is set by an elastic component 152 In the casing 123, the engaging set 151 is scalable under the action of elastic component 152 to be set to the casing 123, the engaging set 151 is able to apply an active force in the casing 123, and then enhances the connection end 112 and institute State the fastening force of connector 111.

It is noted that the method 2 further comprises that 2.2, one reinforcement unit 16 is arranged at the bindiny mechanism 10, the reinforcement unit 16 is enhanced the optical cable and 111 active force of connector and the bindiny mechanism 10 is avoided to exist It will not be damaged due to external force in use process.

It is noted that in the method 2, the protective sleeve 13 include a storage set 121, stress set 122 and One casing 123, the storage set 121 and stress set 122 are arranged at the end of the connector 11, the casing 123 are arranged at the front end of the connector 11, and then the protective sleeve 13 forms a sealing to the connection unit 11 and protects Shield.

It is noted that in the method 2.2, one first fastener 161 is arranged at the tail sleeve 131 and described Between connector 111, first fastener 161 is increased protective effect of the tail sleeve 131 to the connection unit 11.

It is noted that one second fastener 162 is arranged at the stress set 122, in the method 2.2 to increase Active force between the strong stress set 122 and the connector 111, avoids the bindiny mechanism 10 from being damaged by external force.

It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only used as It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The function of the utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiments of the present invention Can there are any deformation or modification.

Claims (10)

1. a kind of optical cable connecting line characterized by comprising

One optical cable；With

Two bindiny mechanisms, each bindiny mechanism are arranged at the both ends of the optical cable respectively, and the bindiny mechanism includes one Connection unit, a housing unit and a protective sleeve, the connection unit include a connection piece and a connection end, the company Fitting is arranged at the housing unit and forms a sealing space, and the end of the optical cable is located in the sealing space, described Connection end is set to the connector, and the protective sleeve and the housing unit are arranged at the connection unit respectively, To enhance the leakproofness of the optical cable connecting line.

2. optical cable connecting line as described in claim 1, wherein the housing unit includes a storage set and a casing, it is described Storage set and the casing are arranged at the connector respectively, and the storage set is located at the end of the connector, described Casing is located at the front end of the connector, and the storage set and the casing make the optical cable be located at the connector Sealed environment.

3. optical cable connecting line as claimed in claim 2, wherein the housing unit includes a stress set, the stress set is set It is placed in the connector, and is located at the connector and storage set.

4. optical cable connecting line as claimed in claim 3, wherein the protective sleeve includes a tail sleeve and a protective jacket, the tail Set is arranged at the stress set, and the tail sleeve is arranged at the storage set, and the tail sleeve and the protective jacket are enhanced The leakproofness of the connection unit.

5. optical cable connecting line as claimed in claim 4, wherein the bindiny mechanism includes engaging unit, the engaging unit packet Include an engaging set, the engaging set is arranged at the casing, the engaging cover be enhanced the bindiny mechanism with it is described Leakproofness between optical cable.

6. optical cable connecting line as claimed in claim 5, wherein the engaging unit includes an elastic component, the elastic component is set It is placed in the engaging set, so that engaging set has reset function, covers the sliding in the casing convenient for the engaging.

7. optical cable connecting line as claimed in claim 6, wherein the bindiny mechanism includes a sealing unit, the sealing unit Including a sealing ring, the sealing ring is arranged at the engaging set and the casing, to enhance the close of the bindiny mechanism Feng Xing.

8. optical cable connecting line as claimed in claim 7, wherein the bindiny mechanism includes a reinforcement unit, the reinforcement unit Including one first fastener and the second fastener, second fastener is arranged at tail sleeve, wherein the first fastener quilt It is set to the connector, and first fastener is located at the connector and storage set, first fastener obtains To enhance the connection of the bindiny mechanism end.

9. optical cable connecting line as claimed in claim 8, wherein the reinforcement unit includes at least positioning piece, each positioning Part is arranged at the stress set respectively, to enhance the active force of the stress set and the connector.

10. optical cable connecting line as claimed in claim 9, wherein engaging set has a groove, the casing has one Extension, the extension matching are set to the groove, to enhance the connection of the engaging set and the casing.