CN104917009A - Splicing-type waterproof cable structure and power supply module and waterproof terminal sleeve assembly - Google Patents
Splicing-type waterproof cable structure and power supply module and waterproof terminal sleeve assembly Download PDFInfo
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- CN104917009A CN104917009A CN201410095353.4A CN201410095353A CN104917009A CN 104917009 A CN104917009 A CN 104917009A CN 201410095353 A CN201410095353 A CN 201410095353A CN 104917009 A CN104917009 A CN 104917009A
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Abstract
The invention discloses a splicing-type waterproof cable structure and power supply module and a waterproof terminal sleeve assembly. The splicing-type waterproof cable structure comprises a cable body, a first conduction piece, a first waterproof elastic piece, a second conduction piece, a second waterproof elastic piece and a third conduction piece. The cable body comprises a connecting end and a splicing end opposite to the connecting end. The first conduction piece and the first waterproof elastic piece are arranged at the connecting end. The second conduction piece is positioned at the splicing end, and is in electrical or signal connection with the first conduction piece, and the appearance of the second conduction piece matches that of the first conduction piece. The second waterproof elastic piece is annularly arranged at the splicing end. The third conduction piece penetrates through the cable body, and comprises a fixed end and a free end. The fixed end is arranged at the splicing end, and the free end is detachably connected with the first conduction piece.
Description
Technical field
The present invention has about a kind of waterproof terminal structure, particularly a kind of continued access formula water-proof cable structure, continued access formula waterproof power module and waterproof terminal cover group assembly.
Background technology
Along with the progress of science and technology, when now if desired searching information, have many people the electronic product such as computer, mobile phone accustomed to using substitute the entity publication such as books, newspapers in the past; In addition, chatted by various communication software and communication interface and friend and also become normality gradually, people have certain dependence for communication transfer technology as can be seen here.
In order to reach the communication transfer between country, use ocean bottom cable is connected the communication transmission system between country, and makes can carry out the communication transfer such as telecommunications, network between country.But, existing ocean bottom cable may because of suffering from external force (trawlnet of such as fishing boat, ship anchor or organism in water) and being destroyed, therefore maintenance personal needs the destroyed cable port hauling-out water surface to begin to keep in repair, even to configure the special reparation ships repairing cable, not be inconsistent economic benefit.
Summary of the invention
In view of this, of the present invention one implements aspect provides a kind of continued access formula water-proof cable structure, comprises a cable body, one first conducting piece, one first water-proof elastic part, one second conducting piece, one second water-proof elastic part and one the 3rd conducting piece.Cable body comprises a relative link and a continued access end.First conducting piece is positioned at link, and the first water-proof elastic part is located on link.Second conducting piece is positioned at continued access end and electric connection or signal connect the first conducting piece, and the profile of the second conducting piece is mated mutually with the first conducting piece.Second water-proof elastic part is located on continued access end.3rd conducting piece wears cable body, and comprises a stiff end and a free end.Stiff end is arranged at continued access end and free end is connected to the first conducting piece separably.First conducting piece of cable body can connect the second conducting piece of another cable body, and the free end of the 3rd conducting piece of cable body is by the second conducting piece separation of another cable body, and electric connection or signal connect the stiff end of the 3rd conducting piece of another cable body, first water-proof elastic part of cable body sticks to the continued access end of another cable body, second water-proof elastic part of another cable body sticks to the link of cable body, is engaged with each other respectively between two cable bodies in order to do making with link and continued access end.
Another aspect of the present invention provides a kind of waterproof terminal cover group assembly, comprises a male terminal structure and a bus terminal structure.Male terminal structure comprises a male terminal body, one first water-proof elastic part, a first set barrier part, one first fixed part, one first conducting piece and a free conducting piece.First water-proof elastic part is located on male terminal body.First set barrier part is located on the outer peripheral edges of male terminal body.First fixed part is located on the inwall of first set barrier part.First conducting piece is positioned at one end of male terminal body.Free conducting piece is positioned at one end of male terminal body and is electrically connected separably or signal is connected to the first conducting piece.Bus terminal structure comprises a female terminal body, one second water-proof elastic part, one second sleeve member, one second fixed part, one second conducting piece and a fixed conductive piece.Second water-proof elastic part is located on female terminal body.Second sleeve member is located on the outer peripheral edges of female terminal body, and the internal diameter of first set barrier part equals in fact the external diameter of the second sleeve member.Second fixed part is located on the outer wall of the second sleeve member.Second conducting piece is positioned at one end of female terminal body, and its profile is mutually mated with the first conducting piece and may correspond to electric connection.Fixed conductive piece be positioned at female terminal body one end and and the second conducting piece interval arrange.First conducting piece can be connected to the second conducting piece, and free conducting piece is electrically connected by the second conducting piece is separated or signal is connected and fixed conducting piece, be engaged with each other in order to do making male terminal structure and bus terminal structure, fix corresponding with the second fixed part of first fixed part is mated simultaneously, and the first water-proof elastic part sticks to bus terminal structure and the second water-proof elastic part sticks to male terminal structure.
An enforcement aspect more of the present invention provides a kind of continued access formula waterproof power module, comprises a housing, a battery and waterproof terminal cover group assembly.Battery is arranged at enclosure interior.The male terminal vibrational power flow of waterproof terminal cover group assembly is in the side of housing, and the bus terminal structure of waterproof terminal cover group assembly is arranged at the non-opposition side of housing relative to male terminal structure, and male terminal structure and bus terminal structure are electrically connected at battery.
According to continued access formula water-proof cable structure of the present invention, owing to having good water-resisting property, its erection significantly can simplify with maintenance procedure and reduce keeps in repair required cost and time; In addition, the water-resisting property of waterproof terminal cover group assembly of the present invention can also be applied to the terminal structure mutually corresponding with continued access formula water-proof cable structure or continued access formula waterproof power module, and continued access mode can reach the transmission of electronic signal, optical signalling, sound wave signals or electric power signal, network signal.
Below detailed features of the present invention and advantage is described in embodiments in detail, its content is enough to make any those skilled in the art understand technology contents of the present invention and implement according to this, and content disclosed by this specification, claims and graphic, any those skilled in the art can understand the object and advantage that the present invention is correlated with easily.
Accompanying drawing explanation
Figure 1A is the schematic perspective view () of the continued access formula water-proof cable structure of first embodiment of the invention.
Figure 1B is the schematic perspective view (two) of the continued access formula water-proof cable structure of first embodiment of the invention.
Fig. 1 C is the vertical view of the continued access end of first embodiment of the invention.
Fig. 1 D is the vertical view of the link of first embodiment of the invention.
Fig. 2 A is the generalized section () of the continued access formula water-proof cable structure of first embodiment of the invention.
Fig. 2 B is the generalized section (two) of the continued access formula water-proof cable structure of first embodiment of the invention.
Fig. 2 C is the generalized section (three) of the continued access formula water-proof cable structure of first embodiment of the invention.
Fig. 2 D is the generalized section (four) of the continued access formula water-proof cable structure of first embodiment of the invention.
Fig. 3 A is the assembling schematic diagram () of the continued access formula water-proof cable structure of first embodiment of the invention.
Fig. 3 B is the assembling schematic diagram (two) of the continued access formula water-proof cable structure of first embodiment of the invention.
Fig. 3 C is the using state schematic diagram () of water-proof elastomer of the present invention.
Fig. 3 D is the using state schematic diagram (two) of water-proof elastomer of the present invention.
Fig. 4 is the generalized section of the waterproof terminal cover group assembly of second embodiment of the invention.
Fig. 5 is the using state schematic diagram of the waterproof terminal cover group assembly of second embodiment of the invention.
Fig. 6 is the schematic perspective view of the continued access formula waterproof power module of third embodiment of the invention.
Fig. 7 is the generalized section of the continued access formula waterproof power module of third embodiment of the invention.
Fig. 8 is the using state schematic diagram of the continued access formula waterproof power module of third embodiment of the invention.
[symbol description]
100 portable apparatus
100 continued access formula water-proof cable structures
20 cable bodies
201 links
2011 location divisions
2015 first spacing grooves
202 continued access ends
2021 limiting sections
2022 slotted eyes
2024 accommodation spaces
2026 second spacing grooves
203 first water-proof elastic parts
204 second water-proof elastic parts
21 first conducting pieces
22 second conducting pieces
221 accommodating chambers
23 the 3rd conducting pieces
231 stiff ends
232 free ends
24 water-proof elastomers
241 passages
242 annular projection portions
25 first set barrier parts
251 first fixed parts
252 first grip parts
253 first elastomeric pads
26 second sleeve members
261 second fixed parts
262 second grip parts
263 second elastomeric pads
27 elastic foldable parts
28 insulating parts
300 waterproof terminal cover group assemblies
40 male terminal structures
41 male terminal bodies
42 free conducting pieces
50 bus terminal structures
51 female terminal bodies
52 fixed conductive piece
600 continued access formula waterproof power modules
601 housings
602 battery
70 wires
Embodiment
Refer to Figure 1A to Fig. 3 D, be respectively schematic perspective view (one) (two) of the continued access formula water-proof cable structure 100 of first embodiment of the invention, the vertical view of continued access end 202, the vertical view of link 201, generalized section (one) (two) (three) of continued access formula water-proof cable structure 100, using state schematic diagram (one) (two) of assembling schematic diagram () (two) and water-proof elastomer 24, it specifically discloses continued access formula water-proof cable structure 100 of the present invention can reach electronic signal by continued access each other, optical signalling, sound wave signals, the transmission of electric power signal or network.
Consult Figure 1A and Fig. 2 A, continued access formula water-proof cable structure 100 comprises cable body 20,1 first conducting piece 21,1 first water-proof elastic part 203,1 second conducting piece 22,1 second water-proof elastic part 204 and one the 3rd conducting piece 23.In the present embodiment, cable body 20 presents cylindrical shape, but the present invention is not as limit, and cable body 20 can also be other profiles; In addition, the erection environment of corresponding continued access formula water-proof cable structure 100, cable body 20 can have high mechanical properties or have the features such as pliability.In addition, the transmission of electronic signal, sound wave signals, optical signalling, electric power signal or network signal is conveniently carried out in seabed or wet environment, cable body 20 itself must insulate, at this, cable body 20 is made with the plastic cement that insulate, but the present invention is not as limit, can also make for carbon fiber, glass fibre or other insulating material.
Cable body 20 comprises the link 201 and continued access end 202 that are oppositely arranged.First conducting piece 21 is positioned at link 201, and the second conducting piece 22 is positioned at continued access end 202 and is connected with the first conducting piece 21 signal or is electrically connected.First water-proof elastic part 203 is located on link 201, and the second water-proof elastic part 204 is located on continued access end 202.At this, the first water-proof elastic part 203 and the second water-proof elastic part 204 are made up of rubber, but the present invention is not as limit, and the first water-proof elastic part 203 and the second water-proof elastic part 204 can also have flexible material by other and make.At this, the second conducting piece 22 is placed in an accommodation space 2024 of continued access end 202 and is connected by the cable be embedded in cable body 20 with the first conducting piece 21 signal or is electrically connected, but the present invention is not as limit; Second conducting piece 22 can also integrated mode be combined with the first conducting piece 21, and then makes the first conducting piece 21 and the second conducting piece 22 reach signal to be connected or to be electrically connected.The profile of the second conducting piece 22 is mated mutually with the first conducting piece 21, make the second conducting piece 22 of cable body 20 to be connected with the mutual signal of the first conducting piece 21 of another cable body 20 or to be electrically connected, and then reach the transmission of electronic signal, sound wave signals, optical signalling, electric power signal or network signal.
3rd conducting piece 23 wears cable body 20, and comprises stiff end 231 and a free end 232, and be arranged at continued access end 202 to stiff end 231 set, free end 232 is connected to the first conducting piece 21 separably.Consult Fig. 3 A, when the first conducting piece 21 signal of the cable body 20 of below connects or is electrically connected at second conducting piece 22 of cable body 20 of top, the free end 232 of the 3rd conducting piece 23 of the cable body 20 of below is separated by the intervention of the second conducting piece 22 of the cable body 20 of top with its first conducting piece 21, free end 232 signal of the 3rd conducting piece 23 of the cable body 20 of below is connected or is electrically connected at the stiff end 231 of the 3rd conducting piece 23 of cable body 20 of top, and then cause electronic signal, sound wave signals, optical signalling, between the cable body 20 that electric power signal or network signal can be transmitted in top and the cable body 20 of below.In addition, when two cable bodies 20 connect, the first water-proof elastic part 203 of cable body 20 of top sticks to the link 201 that the continued access end 202 of cable body 20 of below and the second water-proof elastic part 204 of the cable body 20 of below stick to the cable body 20 of top, can reach the effect of watertight when two cable bodies 20 are connected, the seam avoiding aqueous vapor to be connected from two cable bodies 20 enters internal structure.In the present embodiment, first conducting piece 21, second conducting piece 22 and the 3rd conducting piece 23 are made to wrap the mode of penetrating, that is, treat that aforementioned transport element completes and after completing corresponding annexation, cable body 20 is made again by the mode of ejection formation, and be embedded in by aforementioned transport element in the structure of cable body 20, but one of skill in the art should know that the present invention is not as limit, by other techniques, aforementioned transport element can also be arranged at cable body 20.
In addition, in the present embodiment, the quantity of each conducting piece is one, but the present invention is not as limit; Can also be in a cable body 20, there is the aspect of most the first conducting pieces 21, most the second conducting pieces 22 and most the 3rd conducting pieces 23.Refer to Fig. 1 C and Fig. 1 D, at this, the link 201 of cable body 20 has ten the first conducting pieces 21, and continued access end 202 has ten the second conducting pieces 22, is connected or is electrically connected respectively with aforementioned first conducting piece 21 respective signal.The quantity of the first conducting piece 21 is identical with the quantity of the second conducting piece 22.Ten the 3rd conducting pieces 23 wear cable body 20.Each 3rd conducting piece 23 comprises stiff end 231 and a free end 232, is arranged at continued access end 202 to stiff end 231 set, and free end 232 is connected to the first corresponding conducting piece 21 separably.Each group of conducting piece (each group conducting piece comprises first conducting piece 21, second conducting piece 22 and the 3rd conducting piece 23) can be used for conducting identical or dissimilar signal.For example, first group to the 8th group conducting piece is for conduct network signals, and wherein each conducting piece transmits the signal of one of them of 6 class twisted-pair feeders (CAT-6); 9th group of conducting piece is used for conduct power signal, and the tenth group of conducting piece then can reach the transmission of compound type signal for conducting optical signal (such as: optical fiber); So this implements aspect and is only illustration, and the conducting piece quantity that each cable body 20 has is not as limit.
Consult Figure 1A, Fig. 2 A and Fig. 3 A, implement in aspect in one of the present embodiment, link 201 comprises a location division 2011.The recessed center in link 201, the location division 2011 and free end 231 of the first conducting piece 21 and the 3rd conducting piece 23 can be held.Accordingly, continued access end 202 comprises limiting section 2021 and a slotted eye 2022.Limiting section 2021 is convexly equipped in the center of continued access end 202, and its profile is mated with the location division 2011 of link 201.Slotted eye 2022 is positioned at the center of limiting section 2021 and can holds the stiff end 231 of the second conducting piece 22 and the 3rd conducting piece 23.Natch, the position of limiting section 2021 and slotted eye 2022 and the position of location division 2011 can be exchanged mutually (is arranged at link 201 by limiting section 2021 and slotted eye 2022, location division 2011 is arranged at the aspect of continued access end 202), this can reach according to the present invention for the technical staff in the technical field, does not repeat them here.Accordingly, by mating of location division 2011 and limiting section 2021, the continued access end 202 of the cable body 20 of top can be interconnected with the link 201 of the cable body 20 of below.
Refer to Figure 1B, Fig. 2 B to Fig. 2 D and Fig. 3 A to Fig. 3 D, continued access formula water-proof cable structure 100 of the present invention more comprises a water-proof elastomer 24.Water-proof elastomer 24 is positioned at continued access end 202, and its profile is essentially general in cylindrical structure, and has a passage 241.Water-proof elastomer 24 is arranged at outside the second conducting piece 22 and blocks the second conducting piece 22, avoids the second conducting piece 22 to be exposed to external environment.Water-proof elastomer 24 can such as, by having elasticity and made by the soft materials of occupying certain volume: rubber, silica gel, latex or other soft materials, but the present invention is not as limit.Described passage 241 inwall has annular projection portion 242, annular projection portion 242 protrudes with the cross-section center of the direction of substantial orthogonality passage 241 inwall towards water-proof elastomer 24, the central authorities of passage 241 are presented and closes and separate two ends of passage 241, thus can when the first conducting piece 21 does not insert the passage 241 of water-proof elastomer 24, block aqueous vapor from external environment move to the second conducting piece 22(that is, passage 241 other end is moved to from passage 241 one end), and then reach the effect of watertight.Refer to Fig. 3 A to Fig. 3 D, when the second conducting piece 22 for the cable body 20 by top is electrically connected or signal connects first conducting piece 21 of cable body 20 of below, the first conducting piece 21 of the cable body 20 of below by penetrate the cable body 20 being arranged at top water-proof elastomer 24 passage 241 and reach electric connection with the second conducting piece 22 of the cable body 20 of top.Now, the annular projection portion 242 of the water-proof elastomer 24 of the cable body 20 of top is outwards oppressed towards radial (i.e. the direction of vertically described first conducting piece 21 insertion) by the first conducting piece 21 of the cable body 20 of below, and water-proof elastomer 24 can be made closely to fit with the accommodation space 2024 of the continued access end 202 of the cable body 20 of top, and then enter in space between block aqueous vapor self waterproofing elastomer 24 and accommodation space 2024.In addition, implement in aspect in another, the profile of water-proof elastomer 24 is essentially general in a cylindrical hollow structure, and is filled with fluid (gas or liquid) in inside configuration.In this, due to the pressure that the first conducting piece 21 and context give, water-proof elastomer 24 is revealed in the central part of extraneous one end towards sunken inside, and its outer peripheral edges are then because the pressure in water-proof elastomer 24 increases and is not compressed.
Multiple with reference to Figure 1A and Fig. 2 A, in the present embodiment, first conducting piece 21 is an elongate column structure, and the second conducting piece 22 is a circle hole groove structure, and it has the space that an accommodating chamber 221(i.e. the second conducting piece 22 inside is formed) and may correspond to acceptance first conducting piece 21; That is, the internal diameter of the accommodating chamber 221 of the second conducting piece 22 is greater than or equals in fact the external diameter of column structure of the first conducting piece 21, and the second conducting piece 22 of cable body 20 can be engaged with the first conducting piece 21 of another cable body 20.The stiff end 231 of the 3rd conducting piece 23 is a circular ring structure and is surrounded on outside the second conducting piece 22.In other words, the stiff end 231 of the second conducting piece 22 and the 3rd conducting piece 23 roughly presents concentric circles and arranges.3rd conducting piece 23 can made by the materials such as metal, conductive rubber, conducting polymer, and the free end 232 of the 3rd conducting piece 23 is an elastic piece structure and abuts against movably in the first conducting piece 21.The quantity of the 3rd conducting piece 23 of the embodiment of the present invention is not limited with odd number, and the quantity of the 3rd conducting piece 23 also can be most; Such as, in the present embodiment, the 3rd conducting piece 23 can be two, and two free ends 232 of described 2 the 3rd conducting pieces 23 detachably abut against two sides in the first conducting piece 21.
It should be noted that, continued access formula water-proof cable structure 100 of the present invention can also be applied to the signal beyond transmission electronic signal; For example, first conducting piece 21, second conducting piece 22 can transmit optical signalling for ceramic sleeve and optical fiber structure, the stiff end 231 of the 3rd conducting piece 23 is then combined with ceramic sleeve in order to guide optic fibre structure with free end 232, but the present invention is not as limit; Implement in aspect in some, aforementioned conducting piece can in order to transmit sound wave signals, network signal etc.In addition, it should be noted that, continued access formula water-proof cable structure 100 of the present invention is except being applied to submarine cable, signal, the electric power transfer of the vehicles (such as: vehicle, boats and ships etc.) or particular place (such as: tunnel, oil well etc.) can also be used for, reach stable laser propagation effect by its fire resistance characteristic.
Refer to Figure 1B, Fig. 2 B, Fig. 2 C and Fig. 2 D, conveniently operating personnel's assembly and disassembly, continued access formula water-proof cable structure 100 of the present invention more comprises first set barrier part 25 and the second sleeve member 26.First set barrier part 25 is located on the outer peripheral edges of link 201, and the second sleeve member 26 is then located on the outer peripheral edges of continued access end 202.Wherein, the internal diameter of first set barrier part 25 is equal to or slightly less than in fact the external diameter of the second sleeve member 26, therefore, when the link 201 of two cable bodies 20 is established with continued access end 202 phase mutual connection, the second sleeve member 26 of cable body 20 is mutually sheathed with the first set barrier part 25 of another cable body 20.Implement in aspect in some, in order to firmly fix two cable bodies 20, the inwall of first set barrier part 25 and the outer wall of the second sleeve member 26 are corresponding is respectively provided with the first fixed part 251 and the second fixed part 261, and correspond to each other fixing coupling.In this, first fixed part 251 and the second fixed part 261 are respectively female thread structure and external thread structure, but the present invention is not as limit, its can also for corresponding protrusion or recessed snap-in structure, compacting structure, engaging structure or other can in order to the structure that first set barrier part 25 and the second sleeve member 26 are interfixed.By this, operating personnel firmly can connect most continued access formula water-proof cable structures 100.In addition, implement in aspect in some, cable body 20 can be fixed by the fastener structures (scheming not shown) being located on cable body outer peripheral edges with another cable body 20 to reach the continued access of continued access formula water-proof cable structure 100.Fastener structures can be lock solid structure, engaging structure or other structures that cable body 20 and another cable body 20 can be avoided to depart from.
Consult Fig. 2 B and Fig. 2 C, implement in aspect in some, first set barrier part 25 and the second sleeve member 26 at least one of them is sheathed on cable body 20 rotationally.In the enforcement aspect that Fig. 2 B and Fig. 2 C discloses, for the aspect that first set barrier part 25 all can rotate relative to cable body 20 with the second sleeve member 26, but the present invention is not as limit, one of them aspect that can rotate relative to cable body 20 of first set barrier part 25 and the second sleeve member 26 only can also be had.At this, the outer peripheral edges ring of link 201 establishes one first spacing groove 2015, and can be sheathed on rotationally in the first spacing groove 2015 for first set barrier part 25.Accordingly, the outer peripheral edges ring of continued access end 202 establishes one second spacing groove 2026, and can be sheathed on rotationally in the second spacing groove 2026 for the second sleeve member 26.In addition, conveniently operating personnel's assembly and disassembly, first set barrier part 25 and the second sleeve member 26 have first grip part 252 and second grip part 262 of protruding moulding; For example, the first grip part 252 and the second grip part 262 can be respectively the majority being located on first set barrier part 25 and the second sleeve member 26 and protrude claw type structure, but the present invention is not as limit.By this, make operating personnel by relatively rotating the first grip part 252 and the second grip part 262, and then make first set barrier part 25 relative separation or engage the second sleeve member 26, when not needing turn that two cable bodies 20 are relative, reach assembling or the dismounting of continued access formula water-proof cable structure 100.
Consult Fig. 2 D, implement in aspect in some, first set barrier part 25 and the second sleeve member 26 at least one of them is located on cable body 20 regularly.In the enforcement aspect that Fig. 2 D discloses, for first set barrier part 25 and the second sleeve member 26 are located on the aspect of cable body 20 all regularly.At this, outer peripheral edges and the first set barrier part 25 of link 201 are one-body molded; Accordingly, outer peripheral edges and second sleeve member 26 of continued access end 202 are one-body molded, but of the present invention setting firmly is not limited with one-body molded, can also be that sleeve member fluid-tight engagement is in the aspect of cable body 20.
Refer to Figure 1B, Fig. 2 B, Fig. 2 C, Fig. 3 A and Fig. 3 B, in order to make water seal better, continued access formula water-proof cable structure 100 of the present invention more comprises one first elastomeric pad 253 and one second elastomeric pad 263.Consult Fig. 2 B and Fig. 3 A, implement in aspect in some, described first elastomeric pad 253 is located on the inwall of first set barrier part 25, second elastomeric pad 263 is then located on the outer wall of the second sleeve member 26, when two cable bodies 20 are interconnected, first elastomeric pad 253 supports the second sleeve member 26, second elastomeric pad 263 and supports first set barrier part 25(as shown in Figure 3A).At this, the first elastomeric pad 253 and the second elastomeric pad 263 are elastic rubber ring, and it is mounted on first set barrier part 25 and the second sleeve member 26 separably; But the present invention is not as limit, the first elastomeric pad 253 and the second elastomeric pad 263 can also directly be fixedly arranged on first set barrier part 25 and the second sleeve member 26 (scheming not shown) respectively.By the joint the first elastomeric pad 253 and the second elastomeric pad 263 being arranged at two cable bodies 20, more effectively can reach water seal, avoid aqueous vapor to enter inside from the seam of two cable bodies 20 and contact with conducting piece and cause short circuit.
The aforementioned enforcement aspect first elastomeric pad 253 and the second elastomeric pad 263 being arranged at the inwall of first set barrier part 25 and the outer wall of the second sleeve member 26 is only to be enumerated, and the present invention is not as limit.For example, refer to Fig. 2 C and Fig. 3 B, the first elastomeric pad 253 is located in the first spacing groove 2015, and first set barrier part 25 is supported in the side of the first elastomeric pad 253, and opposite side supports the inwall of the first spacing groove 2015; Similarly, the second elastomeric pad 263 is located in the second spacing groove 2026, and the second sleeve member 26 is supported in the side of the second elastomeric pad 263, and opposite side supports the inwall of the second spacing groove 2026.Consult Fig. 3 B, when two cable bodies 20 are interconnected, first elastomeric pad 253 is subject to the extruding of first set barrier part 25 and the first spacing groove 2015, second elastomeric pad 263 is subject to the extruding of the second sleeve member 26 and the second spacing groove 2026, thus can packing two cable body 20 and reach the effect of watertight.
Refer to Figure 1B, Fig. 2 B to Fig. 2 D and Fig. 3 A to Fig. 3 B, the stiff end 231 of the 3rd conducting piece 23 of continued access end 202 is arranged with an elastic foldable part 27, and it is a similar blast pipe or the structure of shock absorber, in the form of a ring moulding and can collapsible.When the continued access end 202 of cable body 20 is not electrically connected with another cable body 20 or signal is connected, elastic foldable part 27 by coated for the stiff end 231 of the 3rd conducting piece 23, and can be avoided aqueous vapor to contact the stiff end 231 of the 3rd conducting piece 23 being thus short-circuited situation.When the continued access end 202 of the cable body 20 of top is interconnected with the link 201 of the cable body 20 of below, consult Fig. 3 A and Fig. 3 B, the elastic foldable part 27 of the continued access end 202 of the cable body 20 of top is because the pushing and pressing of the free end 232 of the 3rd conducting piece 23 of the cable body 20 of below, and inwardly compress along the stiff end 231 of the 3rd conducting piece 23 of the cable body 20 of top, and then manifest the stiff end 231 of the 3rd conducting piece 23, make the free end 232 of the 3rd conducting piece 23 of the cable body 20 of below can abut against the stiff end 231 of the 3rd conducting piece 23 of the cable body 20 in top and reach electric connection or signal connection.On the other hand, when the continued access end 202 of the cable body 20 of top departs from the link 201 of the cable body 20 of below, by its elastic nature, elastic foldable resets the elastic foldable part 27 of the continued access end 202 of the cable body 20 of top.
In addition, refer to Figure 1B, Fig. 2 B to Fig. 2 D and Fig. 3 A to Fig. 3 B, it should be noted that, in order to avoid the stiff end 231 of the second conducting piece 22 and the 3rd conducting piece 23 contacts with each other and short circuit, be provided with insulating part 28 between the stiff end 231 of the second conducting piece 22 and the 3rd conducting piece 23 and it is separated.Described insulating part 28 can be made by quality of rubber materials, but the present invention is not as limit, can also be reached by filling hard plastic between the second conducting piece 22 and the stiff end 231 of the 3rd conducting piece 23.It should be noted that, insulating part 28 can also present integrated design with cable body 20.
Refer to Fig. 4 and Fig. 5, be respectively generalized section and the using state schematic diagram of the waterproof terminal cover group assembly 300 of second embodiment of the invention, it specifically discloses waterproof terminal cover group assembly 300 of the present invention and comprises male terminal structure 40 and a bus terminal structure 50.
Male terminal structure comprises male terminal body 41, first water-proof elastic part 203, first conducting piece 21 and free conducting piece 42.First water-proof elastic part 203 is located on one end of male terminal body 41.First conducting piece 21 is positioned at one end of male terminal body 41, and free conducting piece 42 is also positioned at one end of male terminal body 41 and is electrically connected separably or signal is connected to the first conducting piece 21.
Bus terminal structure 50 comprises female terminal body 51, second water-proof elastic part 204, second conducting piece 22 and fixed conductive piece 52.Second water-proof elastic part 204 is located on one end of the corresponding male terminal body 41 of female terminal body 51.Second conducting piece 22 is positioned at one end of female terminal body 51, and its profile is mutually mated with the first conducting piece 21 and may correspond to electric connection, fixed conductive piece 52 be positioned at equally female terminal body 51 one end and and the second conducting piece 22 interval arrange.When for male terminal structure 40 is bonded with each other with bus terminal structure 50, first conducting piece 21 of male terminal structure 40 can be connected to the second conducting piece 22 of bus terminal structure 50, and free conducting piece 42 and the first conducting piece 21 are separated by the second conducting piece 22, and free conducting piece 42 is electrically connected or signal is connected and fixed conducting piece 52, and then male terminal structure 40 and the bus terminal structure 50 first water-proof elastic part 203 that is engaged with each other is made to stick to bus terminal structure 50 and the second water-proof elastic part 204 sticks to male terminal structure 40.
Implement, in aspect, more to comprise a water-proof elastomer 24 in one of waterproof terminal cover group assembly 300 of the present invention.Water-proof elastomer 24 is positioned at one end of female terminal body 51 and has a passage 241.Water-proof elastomer 24 is arranged at outside the second conducting piece 22 and can blocks the second conducting piece 22.Passage 241 inwall has an annular projection portion 242, and annular projection portion 242 protrudes with the cross-section center of the direction of substantial orthogonality passage 241 inwall towards water-proof elastomer 24.First conducting piece 21 can insert passage 241 and be connected to the second conducting piece 22, and free conducting piece 42 and the first conducting piece 21 are separated by the second conduction 22, and free conducting piece 42 is electrically connected or signal is connected and fixed conducting piece 52, and then male terminal structure 40 and bus terminal structure 50 are engaged with each other.
Implement, in aspect, more to comprise first set barrier part 25 and one second sleeve member 26, as shown in Figure 4 in one of waterproof terminal cover group assembly 300 of the present invention.First set barrier part 25 is located on the outer peripheral edges that male terminal body 41, second sleeve member 26 is located on female terminal body 51, and the internal diameter of first set barrier part 25 equals in fact the external diameter of the second sleeve member 26.Implement in aspect in some, the inwall of first set barrier part 25 is equipped with the first fixed part 251, and the outer wall of the second sleeve member 26 is equipped with the second fixed part 261.At this, the first fixed part 251 is female thread structure, and the second fixed part 261 is external thread structure; In other words, fix corresponding with the second fixed part 261 of the first fixed part 251 is mated.Implement in aspect in some, the first fixed part 251 and the second fixed part 261 can be the corresponding fixing clamping structure mated.
Implement in aspect in some of the present embodiment, first set barrier part 25 and the second sleeve member 26 at least one of them is located on male terminal body 41 or female terminal body 51 regularly, but the present invention is not limited with sleeve member and the integrated aspect of terminal body.
In some enforcement aspect of the present embodiment, male terminal body 41 and female terminal body 51 at least one of them is equipped with a spacing groove, first set barrier part 25 and the second sleeve member 26 at least one of them is arranged at aforementioned spacing groove and can rotates relative to male terminal body 41 or female terminal body 51.Consult Fig. 4 and Fig. 5, for first set barrier part 25 can rotate relative to male terminal body 41 and the aspect that the second sleeve member 26 can rotate relative to female terminal body 51.At this, the outer peripheral edges ring of male terminal body 41 establishes one first spacing groove 2015, and can be sheathed in the first spacing groove 2015 rotationally for first set barrier part 25; Accordingly, the outer peripheral edges ring of female terminal body 51 establishes one second spacing groove 2026, and can be sheathed on rotationally in the second spacing groove 2026 for the second sleeve member 26.In addition, consult Fig. 4 and Fig. 5, conveniently operating personnel's assembly and disassembly, first set barrier part 25 and the second sleeve member 26 have first grip part 252 and second grip part 262 of protruding moulding; For example, the first grip part 252 and the second grip part 262 can be respectively the majority being located on first set barrier part 25 and the second sleeve member 26 and protrude claw type structure, but the present invention is not as limit.By this, make operating personnel by relatively rotating the first grip part 252 and the second grip part 262, and then make first set barrier part 25 relative separation or engage the second sleeve member 26, thus reach assembling or the dismounting of male terminal structure 40 and bus terminal structure 50.
In order to make the better effects if of watertight, in some enforcement aspect of the present embodiment, consulting Fig. 4 and Fig. 5, more comprising the first elastomeric pad 253 and the second elastomeric pad 263.First elastomeric pad 253 is located on the inwall of first set barrier part 25, and the second elastomeric pad 263 is then located on the outer wall of the second sleeve member 26.By this, when female terminal body 51 is interconnected with male terminal body 41, first elastomeric pad 253 supports the second sleeve member 26, second elastomeric pad 263 supports first set barrier part 25, and aqueous vapor thus can be avoided to infiltrate inner from male terminal body 41 and the seam crossing of female terminal body 51 and contact with conducting element and cause short circuit.
Aforementionedly the first elastomeric pad 253 and the second elastomeric pad 263 are established the enforcement aspect as the inwall of first set barrier part 25 and the outer wall of the second sleeve member 26 to be only to enumerate, the present invention is not as limit.For example, the set-up mode of elastomeric pad also can the aspect of similar first embodiment; In other words, the first elastomeric pad 253 is arranged in the first spacing groove 2015, and first set barrier part 25 is supported in the side of the first elastomeric pad 253, and opposite side supports the inwall of the first spacing groove 2015; Similarly, the second elastomeric pad 263 is arranged in the second spacing groove 2026, and the second sleeve member 26 is supported in the side of the second elastomeric pad 263, and opposite side supports the inwall of the second spacing groove 2026.
Refer to Fig. 5, for example, when for by network, electric power or signal by a land supply station (scheming not shown) of country from deep-sea by be positioned at seabed or marine continued access formula water-proof cable structure 100 be sent to a receiving station (the scheming not shown) of another country time, supply station has a supply terminal structure and may correspond to the link 201 of coupling cable body 20, and receiving station then has a receiving terminal structure and may correspond to the continued access end 202 of coupling cable body 20.In other words, at this, bus terminal structure 50 is aforementioned supply terminal structure, and its profile is similar with continued access end 202 and can be electrically connected with the link 201 of cable body 20 or signal is connected; Male terminal structure 40 is aforementioned receiving terminal structure, and its profile is then similar with link 201 and can be electrically connected with the continued access end 202 of cable body 20 or signal is connected.By this, most continued access formula water-proof cable structures 100 can be reached continued access and to be finally electrically connected with the receiving terminal structure (i.e. male terminal structure 40) of described receiving station or signal is connected in water, and then complete the electronic signal of long distance, optical signalling, sound wave signals, network signal or the transmission of electric power signal.
It should be noted that, if in this supply station for induced current, and its kenel is when being direct current, the first conducting piece 21 of continued access formula water-proof cable structure 100 and the corresponding negative pole of stiff end 231 of the 3rd conducting piece 23, and the corresponding positive pole of free end 232 of its second conducting piece 22 and the 3rd conducting piece 23; And if when its kenel is alternating current, the first conducting piece 21 is with the corresponding earth connection of stiff end 231 of the 3rd conducting piece 23 and the corresponding live wire of free end 232 of the second conducting piece 22 and the 3rd conducting piece 23.
Refer to Fig. 6, Fig. 7 and Fig. 8, be respectively the schematic perspective view of the continued access formula waterproof power module 600 of third embodiment of the invention, generalized section and using state schematic diagram, it specifically discloses continued access formula waterproof power module 600 of the present invention and comprises housing 601, battery 602, male terminal structure 40 and bus terminal structure 50.
Refer to Fig. 6 and Fig. 7, it is inner that battery 602 is arranged at housing 601.Male terminal structure 40 is positioned at the side of housing 601, and bus terminal structure 50 is positioned at the non-opposition side of housing 601 relative to male terminal structure 40.It should be noted that at this, be positioned at non-opposition side and refer to male terminal structure 40 and be positioned at homonymy with bus terminal structure 50 or be positioned at the aspect (in this, illustrating for homonymy) of sides adjacent.Male terminal structure 40 and bus terminal structure 50 are electrically connected at battery 602.Similarly, the profile in this case cube of housing 601, but the present invention is not as limit.
Male terminal structure comprises male terminal body 41, first water-proof elastic part 203, first set barrier part 25, first fixed part 251, first conducting piece 21 and free conducting piece 42.First water-proof elastic part 203 is located on one end of male terminal body 41.First set barrier part 25 is located on male terminal body 41, and the inwall of first set barrier part 25 is equipped with the first fixed part 251.At this, the first fixed part 251 is female thread structure.First conducting piece 21 is positioned at one end of male terminal body 41, and free conducting piece 42 is also positioned at one end of male terminal body 41 and is electrically connected separably or signal is connected to the first conducting piece 21.Bus terminal structure 50 comprises female terminal body 51, second water-proof elastic part 204, second sleeve member 26, second fixed part 261, second conducting piece 22 and fixed conductive piece 52.Second water-proof elastic part 204 is located on one end of female terminal body 51.Second sleeve member 26 is located on the outer peripheral edges of female terminal body 51, and the internal diameter of first set barrier part 25 equals in fact the external diameter of the second sleeve member 26.The outer wall of the second sleeve member 26 is equipped with the second fixed part 261.At this, the second fixed part 261 is external thread structure; In other words, fix corresponding with the second fixed part 261 of the first fixed part 251 is mated.Implement in aspect in some, the first fixed part 251 and the second fixed part 261 can be the corresponding fixing clamping structure mated.Second conducting piece 22 is positioned at one end of female terminal body 51, and its profile is mutually mated with the first conducting piece 21 and may correspond to electric connection, fixed conductive piece 52 be positioned at equally female terminal body 51 one end and and the second conducting piece 22 interval arrange.
Refer to Fig. 8, the wire 70 that user can have counter structure connects a continued access formula power module 600 and another continued access formula power module 600, in other words, two ends of wire 70 have corresponding described male terminal structure 40 and the structure of bus terminal structure 50 respectively and can be electrically connected with continued access formula power module 600 or signal is connected and another continued access formula power module 600 of continued access, its concrete operations aspect is described below: the male terminal structure 40 of continued access formula power module 600 is electrically connected or signal is connected to one end of wire 70, and the other end electric connection of wire 70 or signal are connected to the bus terminal structure 50 of another continued access formula power module 600, finally, the male terminal structure 40 of another continued access formula power module 600 is electrically connected or signal be connected to supply electric power give electrical appliance for the electrical appliance of power supply or electronic product.
Implement, in aspect, more to comprise a water-proof elastomer 24 in one of continued access formula power module 600 of the present invention.Water-proof elastomer 24 is positioned at one end of female terminal body 51 and has a passage 241.Water-proof elastomer 24 is arranged at outside the second conducting piece 22 and can blocks the second conducting piece 22.Passage 241 inwall has an annular projection portion 242, and annular projection portion 242 protrudes with the cross-section center of the direction of substantial orthogonality passage 241 inwall towards water-proof elastomer 24.First conducting piece 21 can insert passage 241 and be connected to the second conducting piece 22, and free conducting piece 42 and the first conducting piece 21 are separated by the second conduction 22, and free conducting piece 42 is electrically connected or signal is connected and fixed conducting piece 52, and then male terminal structure 40 and bus terminal structure 50 are engaged with each other.
Implement in aspect in some of the present embodiment, first set barrier part 25 and the second sleeve member 26 at least one of them is located on male terminal body 41 or female terminal body 51 regularly, but the present invention is not limited with sleeve member and the integrated aspect of terminal body.
In some enforcement aspect of the present embodiment, male terminal body 41 and female terminal body 51 at least one of them is equipped with a spacing groove, first set barrier part 25 and the second sleeve member 26 at least one of them is arranged at aforementioned spacing groove and can rotates relative to male terminal body 41 or female terminal body 51.Consult Fig. 7 and Fig. 8, for first set barrier part 25 can rotate relative to male terminal body 41 and the aspect that the second sleeve member 26 can rotate relative to female terminal body 51.At this, the outer peripheral edges ring of male terminal body 41 establishes one first spacing groove 2015, and can be sheathed in the first spacing groove 2015 rotationally for first set barrier part 25; Accordingly, the outer peripheral edges ring of female terminal body 51 establishes one second spacing groove 2026, and can be sheathed on rotationally in the second spacing groove 2026 for the second sleeve member 26.
In order to make the better effects if of watertight, in some enforcement aspect of the present embodiment, consulting Fig. 7 and Fig. 8, more comprising the first elastomeric pad 253 and the second elastomeric pad 263.First elastomeric pad 253 is located on the inwall of first set barrier part 25, and the second elastomeric pad 263 is then located on the outer wall of the second sleeve member 26.By this, when the bus terminal structure 50 of continued access formula power module 600 or male terminal structure 40 are interconnected with wire 70, first elastomeric pad 253 of male terminal structure 40 supports the second sleeve member 26 of wire 70, second elastomeric pad 263 of bus terminal structure 50 supports the first set barrier part 25 of wire 70, aqueous vapor thus can be avoided to infiltrate continued access formula power module 600 and the seam of wire 70 and contact with conducting element and cause short circuit.
Aforementionedly the first elastomeric pad 253 and the second elastomeric pad 263 are established the enforcement aspect as the inwall of first set barrier part 25 and the outer wall of the second sleeve member 26 to be only to enumerate, the present invention is not as limit.For example, the set-up mode of elastomeric pad also can the aspect of similar first embodiment; In other words, the first elastomeric pad 253 is arranged in the first spacing groove 2015, and first set barrier part 25 is supported in the side of the first elastomeric pad 253, and opposite side supports the inwall of the first spacing groove 2015; Similarly, the second elastomeric pad 263 is arranged in the second spacing groove 2026, and the second sleeve member 26 is supported in the side of the second elastomeric pad 263, and opposite side supports the inwall of the second spacing groove 2026.
Continued access formula water-proof cable structure 100 of the present invention, due to good water-resisting property, its erection significantly can simplify with maintenance procedure and reduce keeps in repair required cost and time; In addition, the water-resisting property of waterproof terminal cover group assembly 300 of the present invention can also be applied to the terminal structure mutually corresponding with continued access formula water-proof cable structure 100 or continued access formula waterproof power module 600, and continued access mode can reach the transmission of electronic signal, optical signalling, sound wave signals or electric power signal, network signal.
Although the present invention discloses as above with aforesaid embodiment; so itself and be not used to limit the present invention; any those skilled in the art; without departing from the spirit and scope of the present invention; when doing a little change and retouching, therefore scope of patent protection of the present invention must be as the criterion depending on this specification appending claims person of defining.
Claims (21)
1. a continued access formula water-proof cable structure, is characterized in that, comprising:
One cable body, comprises a relative link and a continued access end;
One first conducting piece, is positioned at this link;
One first water-proof elastic part, is located on this link;
One second conducting piece, is positioned at this continued access end, and this second conducting piece is electrically connected or signal connects this first conducting piece and its profile is mated mutually with this first conducting piece;
One second water-proof elastic part, is located on this continued access end; And
One the 3rd conducting piece, wears this cable body, and comprises a stiff end and a free end, and this stiff end is arranged at this continued access end, and this free end is connected to this first conducting piece discretely;
Wherein, when this cable body of this cable body and another water-proof cable structure is interconnected, this first conducting piece of this cable body is connected to this second conducting piece of this another water-proof cable structure, and this free end of the 3rd conducting piece of this cable body is by this second conducting piece separation of this another water-proof cable structure, and electric connection or signal connect this stiff end of the 3rd conducting piece of this another water-proof cable structure, this the first water-proof elastic part of this cable body sticks to this continued access end of this another water-proof cable structure and this second water-proof elastic part of this another water-proof cable structure sticks to this link of this cable body, be engaged with each other with this link and this continued access end respectively between this two cable body in order to do making.
2. continued access formula water-proof cable structure as claimed in claim 1, it is characterized in that, this link comprises:
One location division, the recessed center in this link and hold this free end of this first conducting piece and the 3rd conducting piece;
Wherein this continued access end comprises:
One limiting section, is convexly equipped in the center of this continued access end, and mates this location division of this link of this another water-proof cable structure; And
One slotted eye, is positioned at the center of this limiting section and holds this stiff end of this second conducting piece and the 3rd conducting piece.
3. continued access formula water-proof cable structure as claimed in claim 1, it is characterized in that, this link comprises:
One limiting section, is convexly equipped in the center of this link; And
One slotted eye, is positioned at the center of this limiting section and holds this free end of this first conducting piece and the 3rd conducting piece;
Wherein this continued access end comprises:
One location division, recessed in the center of this continued access end, and hold this stiff end of this second conducting piece and the 3rd conducting piece and mate this limiting section of this link of this another water-proof cable structure.
4. continued access formula water-proof cable structure as claimed in claim 1, it is characterized in that, more comprise a water-proof elastomer, be positioned at this continued access end, this water-proof elastomer has a passage and is arranged at outside this second conducting piece and blocks this second conducting piece, this vias inner walls has an annular projection portion, this annular projection portion protrudes with the cross-section center of the direction of this vias inner walls of substantial orthogonality towards this water-proof elastomer, and this first conducting piece of this another water-proof cable structure inserts this passage and is connected to this second conducting piece.
5. continued access formula water-proof cable structure as claimed in claim 1, it is characterized in that, more comprise a first set barrier part and one second sleeve member, this first set barrier part is located on the outer peripheral edges of this link, this the second sleeve member is located on the outer peripheral edges of this continued access end, and the internal diameter of this first set barrier part equals in fact the external diameter of this second sleeve member.
6. continued access formula water-proof cable structure as claimed in claim 5, it is characterized in that, this first set barrier part more comprises one first fixed part, be located on the inwall of this first set barrier part, this second sleeve member more comprises one second fixed part, be located on the outer wall of this second sleeve member, fix corresponding with this second fixed part of this first fixed part is mated.
7. continued access formula water-proof cable structure as claimed in claim 5, it is characterized in that, more comprise one first elastomeric pad and one second elastomeric pad, this the first elastomeric pad is located on the inwall of this first set barrier part, this the second elastomeric pad is located on the outer wall of this second sleeve member, when this continued access end of this cable body and this link of this another water-proof cable structure are interconnected, this first elastomeric pad supports this second sleeve member, and this second elastomeric pad supports this first set barrier part.
8. continued access formula water-proof cable structure as claimed in claim 5, is characterized in that, this first set barrier part and this second sleeve member at least one of them is located on this cable body regularly.
9. continued access formula water-proof cable structure as claimed in claim 5, it is characterized in that, this continued access end and this link at least one of them is equipped with a spacing groove, this first set barrier part and this second sleeve member at least one of them is arranged in this spacing groove and rotates relative to this cable body.
10. continued access formula water-proof cable structure as claimed in claim 9, it is characterized in that, more comprise at least one elastomeric pad, this elastomeric pad is located in this spacing groove, this first set barrier part or this second sleeve member are supported in the side of this elastomeric pad, and opposite side supports the inwall of this spacing groove.
11. continued access formula water-proof cable structures as claimed in claim 1, it is characterized in that, more comprise an elastic foldable part, be sheathed on this stiff end of the 3rd conducting piece, when this continued access end of this cable body and this link of this another water-proof cable structure are interconnected, this elastic foldable part inwardly compresses along this stiff end of the 3rd conducting piece.
12. continued access formula water-proof cable structures as claimed in claim 1, is characterized in that, more comprise an insulating part, between this stiff end being arranged at this second conducting piece and the 3rd conducting piece.
13. 1 kinds of waterproof terminal cover group assemblies, is characterized in that, comprising:
One male terminal structure, comprising:
One male terminal body;
One first water-proof elastic part, is located on this male terminal body;
One first conducting piece, is positioned at one end of this male terminal body; And
One free conducting piece, is positioned at one end of this male terminal body and is electrically connected discretely or signal is connected to this first conducting piece; And
One bus terminal structure, comprising:
One female terminal body;
One second water-proof elastic part, is located on this female terminal body;
One second conducting piece, is positioned at one end of this female terminal body, and its profile is mutually mated with this first conducting piece and to be correspondingly electrically connected; And
One fixed conductive piece, be positioned at this female terminal body one end and and this second conducting piece interval arrange;
Wherein, when this male terminal structure and this bus terminal structure are interconnected, this first conducting piece is connected to this second conducting piece, and this free conducting piece is electrically connected by this second conducting piece is separated or signal connects this fixed conductive piece, in order to do making this male terminal structure and this bus terminal structure be engaged with each other, this first water-proof elastic part of this male terminal structure sticks to this bus terminal structure and this second water-proof elastic part of this bus terminal structure sticks to this male terminal structure.
14. waterproof terminal cover group assemblies as claimed in claim 13, it is characterized in that, more comprise a water-proof elastomer, be positioned at one end of this female terminal body, have a passage, block this second conducting piece to be arranged at outside this second conducting piece, this vias inner walls has an annular projection portion, this annular projection portion protrudes with the cross-section center of the direction of this vias inner walls of substantial orthogonality towards this water-proof elastomer, and this first conducting piece inserts this passage and is connected to this second conducting piece.
15. waterproof terminal cover group assemblies as claimed in claim 13, it is characterized in that, more comprise a first set barrier part and one second sleeve member, this first set barrier part is located on the outer peripheral edges of this male terminal body, this the second sleeve member is located on the outer peripheral edges of this female terminal body, and the internal diameter of this first set barrier part equals in fact the external diameter of this second sleeve member.
16. waterproof terminal cover group assemblies as claimed in claim 15, it is characterized in that, this first set barrier part more comprises one first fixed part, be located on the inwall of this first set barrier part, this second sleeve member more comprises one second fixed part, be located on the outer wall of this second sleeve member, fix corresponding with this second fixed part of this first fixed part is mated.
17. waterproof terminal cover group assemblies as claimed in claim 15, it is characterized in that, more comprise one first elastomeric pad and one second elastomeric pad, this the first elastomeric pad is located on the inwall of this first set barrier part, this the second elastomeric pad is located on the outer wall of this second sleeve member, when this female terminal body and this male terminal body are interconnected, this first elastomeric pad supports this second sleeve member, and this second elastomeric pad supports this first set barrier part.
18. waterproof terminal cover group assemblies as claimed in claim 15, is characterized in that, this first set barrier part and this second sleeve member at least one of them is located on this male terminal body or this female terminal body regularly.
19. waterproof terminal cover group assemblies as claimed in claim 15, it is characterized in that, this male terminal body and this female terminal body at least one of them is equipped with a spacing groove, this first set barrier part and this second sleeve member at least one of them is arranged in this spacing groove and rotates relative to this male terminal body or this female terminal body.
20. waterproof terminal cover group assemblies as claimed in claim 19, it is characterized in that, more comprise at least one elastomeric pad, this elastomeric pad is located in this spacing groove, this first set barrier part or this second sleeve member are supported in the side of this elastomeric pad, and opposite side supports the inwall of this spacing groove.
21. 1 kinds of continued access formula waterproof power modules, is characterized in that, comprising:
One housing;
One battery, is arranged at this enclosure interior; And
Waterproof terminal cover group assembly according to any one of claim 13 to 20, this male terminal vibrational power flow is in the side of this housing, this bus terminal structure is arranged at the non-opposition side of this housing relative to this male terminal structure, and this male terminal structure and this bus terminal structure are electrically connected or signal is connected to this battery.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410095353.4A CN104917009A (en) | 2014-03-14 | 2014-03-14 | Splicing-type waterproof cable structure and power supply module and waterproof terminal sleeve assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410095353.4A CN104917009A (en) | 2014-03-14 | 2014-03-14 | Splicing-type waterproof cable structure and power supply module and waterproof terminal sleeve assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104917009A true CN104917009A (en) | 2015-09-16 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410095353.4A Pending CN104917009A (en) | 2014-03-14 | 2014-03-14 | Splicing-type waterproof cable structure and power supply module and waterproof terminal sleeve assembly |
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| Country | Link |
|---|---|
| CN (1) | CN104917009A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108461941A (en) * | 2018-03-27 | 2018-08-28 | 闫林 | A kind of cable connector |
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Application publication date: 20150916 |