CN216872303U - Integrated module cable connector - Google Patents

Abstract

The utility model belongs to the technical field of underwater unmanned system communication equipment, and particularly relates to an integrated module cable connector. The utility model relates to a cable plug and a cable socket; the cable plug is provided with a radio frequency plug module, a low frequency plug module and a power plug module; the cable socket is provided with a radio frequency socket module, a low frequency socket module and a power socket module; the cable socket is plugged with the cable plug. The utility model can simultaneously complete the transmission of radio frequency, low frequency and power supply signals, well solves the internal communication and the external communication among all systems of the product, and simultaneously has compact structure, space saving and convenient installation. The components arranged on the cable plug and the cable socket are connected in a detachable mode, and once a certain component fails, the cable plug and the cable socket are convenient to replace. The utility model has the advantages of stable and reliable contact, vibration resistance and impact resistance.

Description

Integrated module cable connector

Technical Field

The utility model belongs to the technical field of underwater system communication equipment, and particularly relates to an integrated module cable connector.

Background

With the rapid development of unmanned system technology, network technology and information technology, the system of the electronic device is more and more complex, the functional requirement is higher and higher, and the transmission speed is faster and faster, which further promotes the development of the connector. Most connectors on the current market only transmit a certain signal, if need the multiple signal of simultaneous transmission then need different connectors to accomplish the transmission of signal, can increase the installation space like this and the wire arrangement degree of difficulty, also can arouse the interference between the signal simultaneously.

SUMMERY OF THE UTILITY MODEL

The utility model provides an integrated module cable connector, and aims to provide a connector which can simultaneously complete transmission of radio frequency, low frequency and power signals, well solve internal communication and external communication among systems of a product, has a compact structure, saves space, is convenient to install and replace, and has stable and reliable contact of module contact elements, vibration resistance and impact resistance.

In order to achieve the purpose, the utility model adopts the technical scheme that:

an integrated module cable connector comprises

The cable plug is provided with a radio frequency plug module, a low frequency plug module and a power plug module;

the cable socket is provided with a radio frequency socket module, a low frequency socket module and a power socket module, and is plugged with a cable plug.

The cable plug is reserved with a jack for arranging the optical fiber plug module, the cable socket is reserved with a jack for arranging the optical fiber socket module, and the jack for arranging the optical fiber plug module and the jack for arranging the optical fiber socket module are arranged oppositely.

The cable plug comprises a plug shell, a plug tail cover and a plug wire clamp; the plug shell is detachably connected with a radio frequency plug module, a low frequency plug module and a power plug module; the plug tail cover is detachably connected to the front end of the plug shell, and the radio frequency plug module, the low frequency plug module and the power plug module are fixed at intervals; the plug wire clamp is detachably connected to the rear end of the plug shell, and the radio frequency plug module, the low-frequency plug module and the power plug module are sequentially gathered in the plug wire clamp.

The radio frequency plug module comprises plug radio frequency wires, plug radio frequency connectors and radio frequency plug-in module plugs, wherein the plug radio frequency wires are provided with a plurality of plugs, one end of each plug radio frequency wire is connected with the plug radio frequency connector, and the other end of each plug radio frequency wire is connected with the radio frequency plug-in module plug; the low-frequency plug module comprises a plug low-frequency signal cable, a plug low-frequency connector, a low-frequency module plug cushion block and a low-frequency plug-in module plug, wherein one end of the plug low-frequency signal cable is connected with the plug low-frequency connector, the other end of the plug low-frequency signal cable is connected with the low-frequency plug-in module plug, and the low-frequency module plug cushion block is arranged between the low-frequency plug-in module plug and the plug shell; the power plug module comprises a power plug module base, a plug power connector, plug power cables and a power plug module plug, wherein the plug power cables are arranged in a plurality of numbers, one end of each plug power cable is connected with the plug power connector, the other end of each plug power cable is connected with the power plug module plug, the power plug module plug is detachably connected to the power plug module base, and the power plug module base is detachably connected to the plug shell.

The plug radio frequency wire adopts a CXN3506 radio frequency wire; the radio frequency connector adopts SMA-J3506; the plug low-frequency signal cable adopts a super-five type network cable; the low-frequency connector of the plug adopts an HJ30J-36ZKP low-frequency connector; the plug power connector adopts a J30J06P060S000S0L000 connector; the plug shell is a metal shielding shell made of 316L steel; the exterior of the plug low-frequency signal cable and the plug power supply cable is provided with a WFPQ1 shielding net.

The plug tail cover is a rectangular plate; connecting holes are formed at four corners of the rectangular plate; the middle of the surface of the rectangular plate is symmetrically provided with at least three holes for plugging a power plug-in module plug, a low-frequency plug-in module plug and a radio frequency plug-in module plug; the plug shell is provided with at least three cavities used for connecting and containing a power plug-in module plug, a low-frequency plug-in module plug and a radio-frequency plug-in module plug, the front end of each cavity is provided with an opening, and the openings correspond to the holes in the middle of the surface of the plug tail cover.

The cable socket comprises a socket shell and a socket tail cover; the socket shell is detachably provided with a low-frequency socket module, a radio-frequency socket module and a power socket module; the socket tail cover is connected to the rear end of the socket shell and used for fixing the low-frequency socket module, the radio-frequency socket module and the power socket module at intervals.

The radio frequency socket module comprises a radio frequency contact module socket, socket radio frequency connectors and socket radio frequency cables, wherein the socket radio frequency cables are provided with a plurality of sockets, one end of each socket radio frequency cable is connected with the socket radio frequency connectors respectively, and the other end of each socket radio frequency cable is connected with the radio frequency contact module socket respectively; the low-frequency socket module comprises a low-frequency contact module socket, a low-frequency module socket cushion block, a socket low-frequency cable and a socket low-frequency connector, wherein one end of the socket low-frequency cable is connected with the socket low-frequency connector, the other end of the socket low-frequency cable is connected to the low-frequency contact module socket, and the low-frequency module socket cushion block is arranged on the low-frequency contact module socket and is positioned on the connecting side of the socket low-frequency cable; the power socket module comprises a power contact module socket, a power module base, socket power cables and socket power connectors, the socket power cables are arranged in a plurality of numbers, one end of each socket power cable is connected with each socket power connector, the other end of each socket power cable is connected with the power contact module socket, and the power contact module socket is connected with the socket shell through the power module base.

The power connector adopts a J30J06P060P000S0P000 connector; the low-frequency connector adopts an HJ30J-36TJL connector; the socket low-frequency cable adopts a super-five type network cable; the socket radio frequency connector adopts an SMA-KF3506A connector; the socket radio frequency cable adopts a CXN3506 cable; the socket shell is a metal shielding shell made of 316L steel; and a WFPQ1 shielding net is arranged outside the power cable and the socket low-frequency cable.

The socket tail cover is a rectangular plate, and four corners of the rectangular plate are provided with connecting holes for connecting with the socket shell; at least three holes for plugging in the radio frequency contact component module socket, the low-frequency contact component module socket and the power supply contact component module socket are symmetrically formed in the middle of the plate surface of the rectangular plate; the socket shell is provided with at least three cavities for connecting the radio frequency contact element module socket, the low frequency contact element module socket and the power supply contact element module socket, the front end of each cavity is provided with an opening, and the openings correspond to holes in the middle of the board surface of the socket tail cover; the inner side wall of the cavity is provided with a protective layer.

Has the advantages that:

(1) the utility model is composed of the cable plug provided with the radio frequency plug module, the low frequency plug module and the power plug module, and the cable socket provided with the radio frequency socket module, the low frequency socket module and the power socket module, can simultaneously complete the transmission of radio frequency, low frequency and power signals, well solves the internal communication and the external communication among all systems of a product, and simultaneously has a compact structure and saves space.

(2) The components arranged on the cable plug and the cable socket are connected in a detachable mode, and once a certain component fails, the component is convenient to replace.

(3) According to the utility model, the power plug-in module base, the low-frequency module plug cushion block, the low-frequency module socket cushion block and the power module base are arranged, so that the contact stability of the utility model is enhanced, and the utility model has vibration resistance and impact resistance.

(4) According to the utility model, the socket shell and the plug shell are made of 316L steel materials to form the metal shielding shell, the radio frequency cable meeting the requirement is selected, and the WFPQ1 shielding net is arranged outside the power cable and the low frequency cable, so that the anti-interference performance is effectively enhanced.

(5) The socket shell and the plug shell are respectively provided with the three upper cavities, so that the interference between signals is effectively improved, the socket shell and the plug shell are easy to maintain and replace, the flexibility of use is better, the development period can be greatly shortened, more development expenses such as mold investment and the like are saved, and higher economic benefit and social benefit are created.

The foregoing is merely an overview of the technical solutions of the present invention, and in order to make the technical solutions of the present invention more clearly understood and to be implemented in accordance with the content of the description, the following is a detailed description of preferred embodiments of the present invention.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a front elevational view of the cable plug of the present invention;

FIG. 3 is a top plan view of the cable plug of the present invention;

FIG. 4 is a cross-sectional view of a cable receptacle of the present invention;

fig. 5 is a front view of the cable socket of the present invention.

In the figure: 1-a cable plug; 2-a cable socket; 3-a plug housing; 4-power plug-in module base; 5-low frequency module plug cushion block; 6-plug countersunk head screw; 7-plug tail cover; 8-socket countersunk head screw; 9-plug wire clamps; 10-plug radio frequency wire; 11-plug radio frequency connector; 12-plug low frequency signal cable; 13-plug low frequency connector; 14-plug power connector; 15-plug power cable; 16-riveting the tube; 17-a screw; 18-power plug-in module plug; 19-low frequency plug-in module plug; 20-radio frequency plug-in module plug; 21-a socket housing; 22-a radio frequency contact module socket; 23-low frequency contact module socket; 24-low frequency module socket spacer; 25-a power contact module receptacle; 26-a power module base; type 27-P5 screw; 28-flat cushion; 29-spring pad; 30-a nut; 31-a socket tail cap; 32-outlet power cables; 33-socket power connector; 34-a receptacle low frequency connector; 35-socket low frequency cable; 36-receptacle radio frequency connector; 37-receptacle radio frequency cable; 38-tail cover countersunk head screw.

The foregoing is only an overview of the technical solutions of the present invention, and in order to make the technical solutions of the present invention more clear and clear, and to implement them in accordance with the content of the description, the following is a detailed description of preferred embodiments of the present invention.

Detailed Description

The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first embodiment is as follows:

referring to fig. 1-5, an integrated modular cable connector includes

The cable plug 1 is characterized in that a radio frequency plug module, a low frequency plug module and a power plug module are arranged on the cable plug 1;

the cable socket 2 is provided with a radio frequency socket module, a low frequency socket module and a power socket module on the cable socket 2, and the cable socket 2 is connected with the cable plug 1 in an inserting mode.

When the utility model is applied specifically, the utility model can complete the transmission of radio frequency, low frequency and power supply signals simultaneously, and well solves the internal communication and external communication among all systems of the product. The structure of the utility model is compact and saves space. Due to the adoption of a detachable connection mode, the installation is more convenient. Due to the adoption of the modularized plug-in mode, when a certain module breaks down, only the broken module can be replaced, the service life of the utility model is greatly prolonged, and the cost is saved.

Example two:

referring to fig. 1-5, in the integrated module cable connector according to the first embodiment, a jack for installing an optical fiber plug module is reserved on the cable plug 1, a jack for installing an optical fiber socket module is reserved on the cable socket 2, and the jack for installing the optical fiber plug module and the jack for installing the optical fiber socket module are arranged opposite to each other.

The utility model respectively arranges the optical fiber preformed holes on the cable plug 1 and the cable socket 2 by developed light, thereby not only expanding the application range of the utility model, but also prolonging the vitality of the utility model.

Example three:

referring to an integrated module cable connector shown in fig. 1-3, on the basis of the first embodiment or the second embodiment, the cable plug 1 comprises a plug housing 3, a plug tail cover 7 and a plug wire clamp 9; the plug shell 3 is detachably connected with a radio frequency plug module, a low frequency plug module and a power plug module; the plug tail cover 7 is detachably connected to the front end of the plug shell 3 and fixes the radio frequency plug module, the low frequency plug module and the power plug module at intervals; the plug wire clamp 9 is detachably connected to the rear end of the plug shell 3, and the radio frequency plug module, the low frequency plug module and the power plug module are sequentially gathered in the plug wire clamp 9.

When the technical scheme is used in actual use, the connection stability of all modules is better, and the modules have good shock resistance and impact resistance.

Example four:

referring to fig. 1-3, in a third embodiment, the radio frequency plug module includes a plug radio frequency conductor 10, a plug radio frequency connector 11, and a radio frequency plug-in module plug 20, where the plug radio frequency conductor 10 is provided with a plurality of plugs, one end of each plug radio frequency conductor 10 is connected to the plug radio frequency connector 11, and the other end of each plug radio frequency conductor is connected to the radio frequency plug-in module plug 20; the low-frequency plug module comprises a plug low-frequency signal cable 12, a plug low-frequency connector 13, a low-frequency module plug cushion block 5 and a low-frequency plug-in module plug 19, wherein one end of the plug low-frequency signal cable 12 is connected with the plug low-frequency connector 13, the other end of the plug low-frequency signal cable is connected with the low-frequency plug-in module plug 19, and the low-frequency module plug cushion block 5 is arranged between the low-frequency plug-in module plug 19 and the plug shell 3; the power plug module comprises a power plug module base 4, a plug power connector 14, plug power cables 15 and a power plug module plug 18, wherein the plug power cables 15 are multiple in number, one end of each plug power cable 15 is connected with the plug power connector 14, the other end of each plug power cable is connected with the power plug module plug 18, the power plug module plug 18 is detachably connected to the power plug module base 4, and the power plug module base 4 is detachably connected to the plug shell 3.

In practical use, the cable connector adopts the technical scheme, and the occupied space of the cable connector is reduced under the condition of simultaneously meeting the stable transmission of radio frequency, low frequency and power signals.

During the in-service use, can also be as required with many plug power cable 15 grouping to set up the plug power connector 14 with the same number of 15 grouping groups of plug power cable, then connect the plug power connector 14 that corresponds the group respectively with the plug power cable 15 of different groups, the benefit of setting like this is the change of the convenient trouble cable more, and practices thrift the cost.

In this embodiment, the power plug module and the low frequency plug module are welded or crimped with the wires and then the contact and the wires are fixed in a potting manner, the potting adhesive is epoxy resin, and the tail end of the cable is protected by manual or mechanical potting of epoxy resin. The integrity of the cable can be strengthened, the resistance to external impact and vibration is improved, and a better protection effect on mechanical damage is achieved; the insulating property and the waterproof property between the internal terminal and the shell of the cable are effectively improved; the direct exposure of a cable tail end terminal, a lead cable and the like is avoided, and the waterproof and moisture-proof performances of the cable are greatly improved.

Example five:

referring to the integrated module cable connector shown in fig. 3, on the basis of the third embodiment, the plug rf conductor 10 is a CXN3506 rf conductor; the plug radio frequency connector 11 adopts SMA-J3506; the plug low-frequency signal cable 12 adopts a super-five type network cable; the plug low-frequency connector 13 adopts an HJ30J-36ZKP low-frequency connector; the plug power connector 14 adopts a J30J06P060S000S0L000 connector; the plug shell 3 is a metal shielding shell made of 316L steel; a WFPQ1 shielding net is arranged outside the plug low-frequency signal cable 12 and the plug power cable 15.

In practical use, the technical scheme saves cost on the basis of meeting the requirements of stable transmission of radio frequency, low frequency and power signals.

In this embodiment, the plug housing 3 is made of 316L steel, so that the cable connector has good appearance gloss and high corrosion resistance.

In specific application, the plug low-frequency signal cable 12 and the plug power cable 15 can be bundled, and then the WFPQ1 shielding net is arranged outside the wire harness, so that the interference of external electromagnetic waves is effectively prevented, the change of impedance is effectively inhibited, the degradation of noise characteristics is inhibited, the wear resistance is enhanced, and the service life is effectively prolonged.

Example six:

referring to the integrated module cable connector shown in fig. 3, in the third embodiment, the plug tail cover 7 is a rectangular plate; four corners of the rectangular plate are provided with connecting holes; at least three holes for plugging a power plug-in module plug 18, a low-frequency plug-in module plug 19 and a radio frequency plug-in module plug 20 are symmetrically formed in the middle of the surface of the rectangular plate; the plug shell 3 is provided with at least three cavities for connecting and accommodating a power plug-in module plug 18, a low-frequency plug-in module plug 19 and a radio-frequency plug-in module plug 20, the front ends of the cavities are respectively provided with openings, and the openings correspond to holes in the middle of the surface of the plug tail cover 7.

In practical use, the plug tail cover 7 adopts the technical scheme, so that the connection stability of the utility model is better. The arrangement of the cavity in the plug shell 3 effectively improves the interference between signals, is easy to maintain and replace, is flexible to use, can greatly shorten the development period, saves more development costs such as mold investment and the like, and thus creates higher economic benefit and social benefit.

In specific application, the plug-ins in the plug-in power plug-in module plug 18, the plug-in low-frequency plug-in module plug 19 and the plug-in radio frequency plug-in module plug 20 are all fixed by PPS material, so that the high temperature resistance, corrosion resistance and electrical insulation performance of the high-frequency plug-in module plug are effectively enhanced. Wherein PPS is English abbreviation of polyphenylene sulfide.

Example seven:

referring to fig. 1 and 4, in one embodiment of the cable connector, the cable receptacle 2 includes a receptacle housing 21 and a receptacle tail cover 31; the socket shell 21 is detachably provided with a low-frequency socket module, a radio-frequency socket module and a power socket module; the socket tail cover 31 is connected to the rear end of the socket housing 21, and fixes the low frequency socket module, the radio frequency socket module and the power socket module at intervals.

In practical use, the technical scheme is adopted, so that the connection stability of all modules is better, and the modules have good shock resistance and impact resistance.

Example eight:

referring to fig. 1 and 4, in a seventh embodiment, the rf socket module includes a plurality of rf contact module sockets 22, socket rf connectors 36, and socket rf cables 37, where one end of each socket rf cable 37 is connected to one socket rf connector 36, and the other end of each socket rf cable 37 is connected to one rf contact module socket 22; the low-frequency socket module comprises a low-frequency contact module socket 23, a low-frequency module socket cushion block 24, a socket low-frequency cable 35 and a socket low-frequency connector 34, wherein one end of the socket low-frequency cable 35 is connected with the socket low-frequency connector 34, the other end of the socket low-frequency cable is connected to the low-frequency contact module socket 23, and the low-frequency module socket cushion block 24 is arranged on the low-frequency contact module socket 23 and is positioned on the connecting side of the socket low-frequency cable 35; the power socket module comprises a power contact module socket 25, a power module base 26, socket power cables 32 and a socket power connector 33, wherein the socket power cables 32 are multiple in number, one end of each socket power cable 32 is connected with the socket power connector 33, the other end of each socket power cable 32 is connected with the power contact module socket 25, and the power contact module socket 25 is connected with the socket shell 21 through the power module base 26.

In practical use, the cable plug 1 is matched with the cable socket 2 for use, so that the occupied space of the cable connector is reduced under the condition of stable transmission of radio frequency, low frequency and power signals.

During the in-service use, can also be as required with many socket power cable 32 grouping to set up with socket power cable 32 grouping group number the same number power contact module socket 25, then connect respectively different groups's socket power cable 32 on the power contact module socket 25 that corresponds the group, the benefit that sets up like this is the change of making things convenient for the trouble cable more, and practices thrift the cost.

In the embodiment, the contact element and the lead are fixed in a potting mode after the power socket module and the low-frequency socket module are welded or pressed with the lead, the epoxy resin is selected as the potting adhesive, and the tail end of the cable is protected by a manual or mechanical epoxy resin potting method, so that the integrity of the cable can be enhanced, the resistance to external impact and vibration is improved, and a better protection effect is achieved on mechanical damage; the insulating property and the waterproof property between the internal terminal and the shell of the cable are effectively improved; the direct exposure of a cable tail end terminal, a lead cable and the like is avoided, and the waterproof and moisture-proof performances of the cable are greatly improved.

Example nine:

referring to fig. 4, in the seventh embodiment, the socket power connector 33 is a J30J06P060P000S0P000 connector; the socket low-frequency connector 34 adopts an HJ30J-36TJL connector; the socket low-frequency cable 35 adopts a super-five type network cable; the socket radio frequency connector 36 adopts an SMA-KF3506A connector; the socket radio frequency cable 37 adopts a CXN3506 cable; the socket shell 21 is a metal shielding shell made of 316L steel; the socket power cable 32, the socket low-frequency cable 35 and the external part are provided with a WFPQ1 shielding net.

In practical use, the technical scheme saves cost on the basis of meeting the requirements of stable transmission of radio frequency, low frequency and power signals.

In this embodiment, the plug housing 3 is made of 316L steel, so that the cable connector has good appearance gloss and high corrosion resistance.

In specific application, the socket power cable 32 and the socket low-frequency cable 35 can be bundled, and then the WFPQ1 shielding net is arranged outside the wire harness, so that the interference of external electromagnetic waves is effectively prevented, the change of impedance is effectively inhibited, the degradation of noise characteristics is inhibited, the wear resistance is enhanced, and the service life is effectively prolonged.

Example ten:

referring to fig. 5, in the seventh embodiment, the socket tail cover 31 is a rectangular plate, and four corners of the rectangular plate are provided with connecting holes for connecting with the socket housing 21; at least three holes for plugging a radio frequency contact module socket 22, a low-frequency contact module socket 23 and a power supply contact module socket 25 are symmetrically formed in the middle of the plate surface of the rectangular plate; the socket shell 21 is provided with at least three cavities for connecting the radio frequency contact module socket 22, the low frequency contact module socket 23 and the power supply contact module socket 25, the front ends of the cavities are respectively provided with openings, and the openings correspond to holes in the middle of the board surface of the socket tail cover 31.

In practical use, the socket tail cover 31 adopts the technical scheme, so that the connection stability of the utility model is better. The arrangement of the cavity in the socket shell 21 effectively improves the interference between signals, is easy to maintain and replace, is flexible to use, can greatly shorten the development period, saves more development expenses such as mold investment and the like, and thus creates higher economic benefit and social benefit.

In specific application, contacts in the radio frequency contact module socket 22, the low-frequency contact module socket 23 and the power supply contact module socket 25 are fixed by PPS (polyphenylene sulfide) material, so that the high temperature resistance, corrosion resistance and electrical insulation performance of the high-frequency contact module socket are effectively enhanced.

Example eleven:

referring to fig. 1-5, the cable plug 1 of the cable connector is composed of a rf plug module, a low frequency plug module and a power plug module. The radio frequency plug module can be used for 5-path 2GHz radio frequency signal transmission and consists of a radio frequency plug-in module plug 20, a CXN3506 plug radio frequency lead 10 with an assembled tail part and an SMA-J3506 plug radio frequency connector 11; the low-frequency plug module is reserved with 4 paths of optical fiber interfaces, can be used for 36-core low-frequency signal transmission and consists of a low-frequency plug-in module 19, a low-frequency module plug cushion block 5, a plug low-frequency signal cable 12 of a super-five-type network cable with an assembled tail part and a HJ30J-36ZKP plug low-frequency connector 13; as shown in fig. 2, a low-frequency plug-in module plug 19 and a low-frequency module plug cushion block 5 are sequentially installed, and after the low-frequency plug module is welded, encapsulation and solidification are carried out; the power plug module can be used for 6 groups of power signal transmission, has a rated current of 20A, and consists of a power plug module plug 18, a power plug module base 4, two groups of J30J06P060S000S0L000 plug power connectors 14 and plug power cables 15 which are assembled at the tail part, as shown in figure 2, the power plug module plug 18 and the power plug module base 4 are sequentially arranged, and the plug power cables 15 and the plug power connectors 14 are assembled; finally, the assembled radio frequency plug module, the low-frequency plug module and the power plug module are arranged in a plug tail cover 7 and are fixed by 8M 2 multiplied by 9 plug countersunk head screws 6, then two groups of plug power cables 15 and plug low-frequency signal cables 12 are sleeved in a shielding net, the plug tail cover 7 is locked after the module components are assembled in place, the shielding net is turned inwards, the end of a lead is processed, the distribution condition of the lead is processed, a plug wire clamp 9 is assembled and is fixed by 6M 2 multiplied by 16 socket countersunk head screws 8; the outlet of the plug wire clamp 9 is filled with conductive cloth, then the heads of the plug countersunk head screw 6 and the socket countersunk head screw 8 are dipped with thread glue, after the plug countersunk head screw 6 and the socket countersunk head screw 8 are sequentially locked, the riveting pipe 16 is riveted, and the cable socket 2 and the cable plug 1 are fastened together through the screw 17 and the P5 type screw 27.

The cable socket 2 is composed of a low-frequency socket module, a radio-frequency socket module and a power socket module. The radio frequency socket module can be used for 5-path 2GHz radio frequency signal transmission and consists of a radio frequency contact module socket 22, a CXN3506 socket radio frequency cable 37 and an SMA-KF3506A socket radio frequency connector 36, wherein the tail part of the radio frequency contact module socket is assembled; the low-frequency socket module can be used for 36-core low-frequency signal transmission, is provided with 4 paths of optical fiber interfaces in advance, consists of a low-frequency contact module socket 23, a low-frequency module socket cushion block 24, an HJ30J-36TJL socket low-frequency connector 34 with an assembled tail part and a socket low-frequency cable 35 of a super-five network cable, is sequentially installed in the low-frequency contact module socket 23 and the low-frequency module socket cushion block 24 as shown in fig. 4, and is encapsulated and cured after being welded. The power socket module can be used for 6 groups of power signal transmission, the rated current of the power socket module is 20A, and the power contact module socket 25, the power module base 26 and the socket power connector 33 with two groups of socket power cables 32 and J30J06P060P000S0P000 which are assembled at the tail part are formed, and the power contact module socket 25 and the power module base 26 are sequentially arranged as shown in the figure 4, and the socket power cables 32 and the socket power connector 33 are assembled; the assembly method is the same as that of a cable plug, finally, the assembled low-frequency socket module, the radio-frequency socket module and the power socket module are arranged into the socket shell 21 and the socket tail cover 31 at one time, the shielding net is turned inwards, the distribution condition of the conducting wire end and the conducting wire is well processed, 8M 2 multiplied by 8 tail cover countersunk head screws 38 in the socket tail cover 31 are sequentially locked after the module components are assembled in place, and the accessories P5 type screws 27, the flat pads 28 of 2.5, the elastic pads 29 of 2.5 and the nuts 30 of M2.5 are installed.

After the assembly is finished, the electrical performance of the cable plug 1 and the cable socket 2 is tested, and the test results both meet the technical requirements; meanwhile, a set of products is selected for reliability tests (vibration, impact and high-low temperature tests), and all performance indexes of the products after the ring test meet the requirements.

As shown in fig. 3 and 5, in the present embodiment, the contact pins, the jacks, and the contact elements used in the modules of the cable plug 1 and the cable socket 2 are all assembled by using standard components, wherein the contact elements in the low-frequency plug module and the low-frequency socket module use elastic stranded wire contact pins and their matching jacks, and use metal shielding shells; the power plug module and the power socket module have the module contact structures that a split groove type jack is matched with a rigid needle, elastic metal such as beryllium bronze is adopted for machining, then the split groove is closed and shaped, gold plating treatment is carried out, and the power contact adopts a detachable installation structure so as to be convenient for later installation and maintenance; the radio frequency plug module and the radio frequency socket module are designed to adopt a floating structure at one end, the butt joint direction adopts a fixed structure and has a butt joint compensation function, the stability of phase and insertion loss is ensured, and meanwhile, a detachable mounting structure which is taken from the front and back is adopted, so that the installation and maintenance are convenient.

The utility model is composed of the cable plug provided with the radio frequency plug module, the low frequency plug module and the power plug module, and the cable socket provided with the radio frequency socket module, the low frequency socket module and the power socket module, can simultaneously complete the transmission of radio frequency, low frequency and power signals, well solves the internal communication and the external communication among all systems of a product, and simultaneously has a compact structure and saves space. The components arranged on the cable plug and the cable socket are connected in a detachable mode, and once a certain component fails, the component is convenient to replace. According to the utility model, the power supply plug-in module base, the low-frequency module plug cushion block, the low-frequency module socket cushion block and the power supply module base are arranged, so that the contact stability of the utility model is enhanced, and the utility model has the performances of vibration resistance and impact resistance. According to the utility model, the socket shell and the plug shell are made of 316L steel materials to form the metal shielding shell, and the WFPQ1 shielding nets are arranged outside the socket power supply cable, the socket low-frequency cable, the plug low-frequency signal cable and the plug power supply cable, so that the anti-interference performance is effectively enhanced.

In order to compress the installation space and meet the transmission requirements on radio frequency, low frequency and power signals, the utility model adopts a modular design, three different signals are transmitted by three cavities, 2GHz radio frequency signal transmission is included, CXN3506 radio frequency cables are selected to meet the requirement of transmitting the radio frequency signals, meanwhile, the interference among the signals can be effectively improved, the maintenance and the replacement are easy, the use is flexible, the development period can be greatly shortened, more development expenses such as mold investment are saved, and the like, and therefore, higher economic benefit and social benefit are created.

Example twelve:

the all-in-one module cable connector of example eleven was tested, and the results of the tests are shown in tables 1, 2 and 3 below.

TABLE 1 Integrated Module Cable test (2020 + 001)

Integrated module cable test (2020 and 002)

Integrated module cable test (2020 after 002 ring test)

As can be seen from tables 1, 2 and 3, the cable connector of the integrated module fully satisfies the requirements.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the utility model, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.

In the case of no conflict, a person skilled in the art may combine the related technical features in the above examples according to actual situations to achieve corresponding technical effects, and details of various combining situations are not described herein.

It should be noted that all the directional indicators (such as up, down, left, right, front, and rear … …) in the embodiment of the present invention are only used to explain the relative position relationship between the components, the movement situation, etc. in a specific posture (as shown in the drawing), and if the specific posture is changed, the directional indicator is changed accordingly.

The foregoing is illustrative of the preferred embodiments of the present invention, and the present invention is not to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein. Any simple modification, equivalent change and modification of the above embodiments according to the technical spirit of the present invention still fall within the scope of the technical solution of the present invention.

Claims (10)

1. An integrated modular cable connector, comprising: comprises that

The cable plug (1), there are radio frequency plug module, low frequency plug module and power plug module on the cable plug (1);

the cable socket (2) is provided with a radio frequency socket module, a low frequency socket module and a power socket module, and the cable socket (2) is connected with the cable plug (1) in an inserting mode.

2. A one-piece modular cable connector as recited in claim 1, wherein: the cable plug (1) is reserved with a jack for arranging the optical fiber plug module, the cable socket (2) is reserved with a jack for arranging the optical fiber socket module, and the jack for arranging the optical fiber plug module and the jack for arranging the optical fiber socket module are arranged oppositely.

3. An integrated module cable connector as claimed in claim 1 or 2, wherein: the cable plug (1) comprises a plug shell (3), a plug tail cover (7) and a plug wire clamp (9); the plug shell (3) is detachably connected with a radio frequency plug module, a low frequency plug module and a power plug module; the plug tail cover (7) is detachably connected to the front end of the plug shell (3) and fixes the radio frequency plug module, the low frequency plug module and the power plug module at intervals; the plug wire clamp (9) is detachably connected to the rear end of the plug shell (3), and the radio frequency plug module, the low-frequency plug module and the power plug module are sequentially gathered in the plug wire clamp (9).

4. A one-piece modular cable connector as recited in claim 3, wherein: the radio frequency plug module comprises plug radio frequency wires (10), plug radio frequency connectors (11) and radio frequency plug-in module plugs (20), wherein the plug radio frequency wires (10) are provided with a plurality of plugs, one end of each plug radio frequency wire (10) is connected with the plug radio frequency connector (11), and the other end of each plug radio frequency wire is connected with the radio frequency plug-in module plug (20); the low-frequency plug module comprises a plug low-frequency signal cable (12), a plug low-frequency connector (13), a low-frequency module plug cushion block (5) and a low-frequency plug-in module plug (19), wherein one end of the plug low-frequency signal cable (12) is connected with the plug low-frequency connector (13), the other end of the plug low-frequency signal cable is connected with the low-frequency plug-in module plug (19), and the low-frequency module plug cushion block (5) is arranged between the low-frequency plug-in module plug (19) and the plug shell (3); the power plug module comprises a power plug module base (4), a plug power connector (14), plug power cables (15) and power plug module plugs (18), wherein the plug power cables (15) are arranged in a plurality of numbers, one ends of the plug power cables (15) are connected with the plug power connector (14), the other ends of the plug power cables are respectively connected with the power plug module plugs (18), the power plug module plugs (18) are detachably connected onto the power plug module base (4), and the power plug module base (4) is detachably connected onto a plug outer shell (3).

5. An integrated modular cable connector as recited in claim 4, wherein: the plug radio frequency wire (10) adopts a CXN3506 radio frequency wire; the plug radio frequency connector (11) adopts SMA-J3506; the plug low-frequency signal cable (12) adopts a super-five type network cable; the plug low-frequency connector (13) adopts an HJ30J-36ZKP low-frequency connector; the plug power connector (14) adopts a J30J06P060S000S0L000 connector; the plug shell (3) is a metal shielding shell made of 316L steel; a WFPQ1 shielding net is arranged outside the plug low-frequency signal cable (12) and the plug power cable (15).

6. A one-piece modular cable connector as recited in claim 3, wherein: the plug tail cover (7) is a rectangular plate; connecting holes are formed at four corners of the rectangular plate; the middle of the surface of the rectangular plate is symmetrically provided with at least three holes for plugging a power supply plug-in module plug (18), a low-frequency plug-in module plug (19) and a radio frequency plug-in module plug (20); the plug shell (3) is provided with at least three cavities which are used for connecting and containing a power supply plug-in module plug (18), a low-frequency plug-in module plug (19) and a radio frequency plug-in module plug (20), the front ends of the cavities are respectively provided with openings, and the openings correspond to holes in the middle of the board surface of the plug tail cover (7).

7. An integrated module cable connector as claimed in claim 1 or 2, wherein: the cable socket (2) comprises a socket shell (21) and a socket tail cover (31); a low-frequency socket module, a radio frequency socket module and a power socket module are detachably mounted on the socket shell (21); the socket tail cover (31) is connected to the rear end of the socket shell (21) and used for fixing the low-frequency socket module, the radio-frequency socket module and the power socket module at intervals.

8. A one-piece modular cable connector as recited in claim 7, wherein: the radio frequency socket module comprises a radio frequency contact module socket (22), socket radio frequency connectors (36) and socket radio frequency cables (37), the number of the socket radio frequency cables (37) is multiple, one end of each socket radio frequency cable (37) is connected with the socket radio frequency connectors (36) respectively, and the other end of each socket radio frequency cable (37) is connected with the radio frequency contact module socket (22) respectively; the low-frequency socket module comprises a low-frequency contact module socket (23), a low-frequency module socket cushion block (24), a socket low-frequency cable (35) and a socket low-frequency connector (34), one end of the socket low-frequency cable (35) is connected with the socket low-frequency connector (34), the other end of the socket low-frequency cable is connected to the low-frequency contact module socket (23), and the low-frequency module socket cushion block (24) is arranged on the low-frequency contact module socket (23) and is positioned on the connection side of the socket low-frequency cable (35); the power socket module comprises a power contact module socket (25), a power module base (26), socket power cables (32) and a socket power connector (33), wherein the socket power cables (32) are arranged to be multiple, one end of each socket power cable (32) is connected with the socket power connector (33), the other end of each socket power cable (32) is connected with the power contact module socket (25) respectively, and the power contact module socket (25) is connected with a socket shell (21) through the power module base (26).

9. A one-piece modular cable connector as recited in claim 8, wherein: the socket power connector (33) adopts a J30J06P060P000S0P000 connector; the socket low-frequency connector (34) adopts an HJ30J-36TJL connector; the socket low-frequency cable (35) adopts a super-five type network cable; the socket radio frequency connector (36) adopts an SMA-KF3506A connector; the socket radio frequency cable (37) adopts a CXN3506 cable; the socket shell (21) is a metal shielding shell made of 316L steel; and WFPQ1 shielding nets are arranged outside the socket power cable (32) and the socket low-frequency cable (35).

10. A one-piece modular cable connector as recited in claim 7, wherein: the socket tail cover (31) is a rectangular plate, and connecting holes for connecting with the socket shell (21) are formed in four corners of the rectangular plate; at least three holes for plugging a radio frequency contact module socket (22), a low-frequency contact module socket (23) and a power supply contact module socket (25) are symmetrically formed in the middle of the surface of the rectangular plate; the socket shell (21) is provided with at least three cavities for connecting a radio frequency contact component module socket (22), a low-frequency contact component module socket (23) and a power supply contact component module socket (25), the front ends of the cavities are respectively provided with openings, and the openings correspond to holes in the middle of the board surface of a socket tail cover (31); the inner side wall of the cavity is provided with a protective layer.

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