CN103928785A - Explicit modularized socket - Google Patents
Explicit modularized socket Download PDFInfo
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- CN103928785A CN103928785A CN201310708888.XA CN201310708888A CN103928785A CN 103928785 A CN103928785 A CN 103928785A CN 201310708888 A CN201310708888 A CN 201310708888A CN 103928785 A CN103928785 A CN 103928785A
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Abstract
The invention relates to a power socket. An explicit modularized socket comprises a socket shell, a socket electric conduction piece, a hole-shaped module and an electric conduction piece insertion sleeve. The socket shell comprises a socket panel, wherein a hole-shaped module window is formed in the socket panel. The hole-shaped module comprises a hole-shaped module shell and a socket insertion sleeve located in the hole-shaped module shell. The socket insertion sleeve is connected with the electric conduction piece insertion sleeve. The electric conduction piece insertion sleeve connected with the socket insertion sleeve penetrates out of the bottom end of the hole-shaped module shell. The top end of the hole-shaped module shell is provided with the hole-shaped module panel. The portion, corresponding to the socket insertion sleeve, of the hole-shaped module panel is provided with an insertion hole. The electric conduction piece insertion sleeve is clamped and supported through the socket electric conduction piece. The hole-shaped module shell is clamped to the inner surface of the socket panel by being pressed in the direction from the hole-shaped module shell to the socket panel. The hole-shaped module panel is arranged in the hole-shaped module window in a penetrating hole. Modularized production of the hole-shaped module of the socket is achieved, convenience is improved during automated assembling of the socket, and universality of the hole-shaped module in different sockets is improved.
Description
Technical field
The present invention relates to supply socket, relate in particular to a kind of explicit modular jack.
Background technology
Supply socket is that the electric equipment of power interface is provided for electrical equipment, is also in design of residence, to use more electrical accessory, and it and people's life have very close relationship.The changeless fixed socket that is called of socket position during use, what position can move freely as required is mobile socket or power board.
Hole shape in socket has diplopore pass (socket aperture inserting for double-pole plug), three hole passes (socket aperture inserting for three-terminal polarized plus plug) and five hole passes (claiming again Universal Socket hole, the socket aperture that synchronization can and can only insert for a plug in double-pole plug and three-terminal polarized plus plug).In order to meet the needs that insert a plurality of plugs simultaneously; designed multiposition socket, in China Patent No., be 2010206562334, Granted publication day be July 6 in 2011 day, be called in the patent documentation of " a kind of mobile socket with shutter waterproof " and disclose a kind of multiposition socket.
Socket sometimes also arranges the functional parts such as indicator light and switch except pass.
The parts such as socket and bush, indicator light and switch of the formation pass in existing socket be all weld, the mode of riveted joint or integrative-structure is connected with conducting sheet in socket, socket and bush directly positions in fixing by jack housing, and the parts such as indicator light, switch are bolted in jack housing inner.Therefore, therefore the functional part in existing socket can only be by man-made assembly to inconvenience and be difficult to carry out automatic assembling during assembling in jack housing, the pass module of different sockets inside can not be general.
Summary of the invention
The invention provides a kind of explicit modular jack, the modularization that has realized socket aperture pattern piece produces, the convenience while having improved socket automatic assembling, improved the versatility of pass module in different sockets.
Above technical problem solves by following technical proposal: a kind of explicit modular jack, comprise jack housing, conducting sheet in socket, be positioned at some pass modules and the conducting strip sleeve of jack housing, described jack housing comprises socket panel, described socket panel is provided with pass module window, described pass module comprises pass module housing and is positioned at the socket and bush of pass module housing, described socket and bush is connected with described conducting strip sleeve, the conducting strip sleeve connecting with socket and bush passes the bottom of described pass module housing, the top of pass module housing is provided with pass module faceplate, described pass module faceplate is provided with jack corresponding to the position of described socket and bush, described conducting strip sleeve is held on described conducting sheet in socket, described pass module housing is connected on the inner surface of described socket panel in the mode of pressing along pass module housing and socket panel distribution arrangement, described pass module faceplate is arranged in described pass module window.The quantity of the socket and bush in pass module is determined according to the type of pass, and diplopore pass has two if, three hole passes are three if, five hole passes are five if.If insert the quantity of conducting strip sleeve and be 2 or 3 pass modules for inserting the pass of three-terminal polarized plus plug, be three, the pass module that can only insert if double-pole plug is 2, if the pass modules that socket is provided with the different rows of many rounds pattern piece certainly not during public conducting sheet in socket,, the quantity of conducting sheet in socket can corresponding increase.The socket and bush that in pass module, all polarity is identical is connected with conducting sheet in socket by same conducting strip sleeve.Assemble when of the present invention, make socket panel with inner surface mode horizontal upward, by pass module, with top, the mode towards socket panel moves and is connected on socket panel inner surface towards socket panel again, then conducting sheet in socket is inserted into the electrical connection that realizes socket and bush and conducting sheet in socket in conducting strip sleeve, finally socket base case is fixed on socket panel.(can integrative-structure connection, welding or riveting), on conducting sheet in socket, by the socket and bush in card wire module, connector being set, then makes connector be inserted into the technical scheme being equal to that the version in conducting strip sleeve is technical scheme by conducting strip sleeve is first connected.
As preferably, described conducting strip sleeve only comprises a pair of elastic clip distributing along socket panel Width, described elastic clip comprises gripping section, described gripping section is provided with tilting section away from one end of described pass module housing, between the tilting section of described a pair of elastic clip, form insert port, described conducting sheet in socket is clamped between described gripping section in the Width mode identical with socket panel thickness direction, and the conducting sheet in socket of opposed polarity staggers along the Width of socket panel.Can make conducting sheet in socket (have L utmost point conducting strip and two of N utmost point conducting strips or add N utmost point conducting strip and amount to three) can be designed to linear, thus the convenience when being convenient to conducting sheet in socket and keeping versatility (be conducting sheet in socket is made as rectangular, intercept corresponding length according to the specification of socket) and making.Socket when assembling conducting sheet in socket is to press to conducting strip sleeve and realize connection with the perpendicular state of putting (thickness direction that vertically refers to socket) of Width, convenient while making in the process of automatic assembling socket manipulator clamping conducting sheet in socket; Conducting sheet in socket is in the perpendicular state of putting of broad ways, makes clearance distance between adjacent conducting strip become large, has improved electrical insulation properties, fail safe is higher.
As preferably, described gripping section is provided with locking hole, and described conducting sheet in socket is provided with the latch being located in described locking hole.After conducting sheet in socket and conducting strip sleeve link together, break-off can be do not produced, the electrical connection reliability between socket and bush and conducting sheet in socket can be improved.
As preferably, described conducting strip sleeve is arranged with the back-up block of a pair of insulation distributing along elastic clip distribution arrangement outward, described conducting strip sleeve is between described a pair of back-up block, described back-up block is connected on the outer surface of described pass module housing, and described back-up block exceeds described conducting strip sleeve and is inserted in the conducting sheet in socket in conducting strip sleeve away from the end of pass module housing.Back-up block is set, make pass module at the bottom of box can play a supporting role to jack housing, thereby can improve the anti-pressure ability of jack housing; Back-up block can also play electric and mechanical protection effect, electrical safety when the present invention is used and good reliability to the junction of conducting sheet in socket and conducting strip sleeve.
As preferably, described back-up block all exceeds described conducting strip sleeve along the two ends of described insert port length direction, and described back-up block is provided with and dodges groove towards the surface of described conducting strip sleeve one side, described in the free end of described tilting section is positioned at, dodges groove.Convenience and compactedness in the time of can improving in conducting sheet in socket insertion conducting strip sleeve are good.
As preferably, the inner surface of described receptacle face is provided with pass module connection structure, pass module connection structure comprises that shape is with the support coaming plate circumferentially extending along described pass module window and some panel part barbs circumferentially distributing along support coaming plate of pass module faceplate form fit, between described pass module faceplate and pass module housing, form annular brace step, the side of described pass module housing is provided with button hole, the end face of described support coaming plate is connected on described support level, described pass module housing is connected in described button hole and is linked together with described socket panel by described panel part barb.Laborsaving convenience when pass module is fixed on socket panel.
As preferably, in described jack housing, be also provided with indicating lamp module, described indicating lamp module comprises indicating lamp module shell, be positioned at the indicator light of indicating lamp module shell in socket panel one side and be positioned at indicating lamp module shell away from the fixing projection of the pair of conductive sheet in socket panel one side, the described conducting strip fixedly end face of projection is provided with slot, in described indicating lamp module shell, be provided with a pair of pilot lamp power and introduce contact and a pair of power supply introducing Compress Spring, described indicator light and described pilot lamp power are introduced contact and are electrically connected, one end that described a pair of power supply is introduced Compress Spring links together with described a pair of pilot lamp power introducing contact correspondingly, together with the other end is connected to N pole socket conducting strip with the L pole socket conducting strip in described conducting sheet in socket correspondingly, described L pole socket conducting strip and N pole socket conducting strip are inserted in respectively in the slot in described a pair of fixedly projection, described indicating lamp module shell is connected on the inner surface of described socket panel in the mode of pressing along pass module housing and socket panel distribution arrangement.Indicator light by the mode of pressing can realize with the electrical connection of conducting sheet in socket and and the connection of socket panel, make indicator light can adapt to socket automatic assembling.
As preferably, in described jack housing, be also provided with switch module, described switch module comprises switch module shell and folding controlling organization, one side of switch module shell is provided with pair of switches input terminal, opposite side is provided with pair of switches outlet terminal, described switch wire outlet terminal sub-connection has described conducting strip sleeve, conducting strip sleeve on pair of switches outlet terminal is clamped in respectively on described L pole socket conducting strip and N pole socket conducting strip, described switch module shell is connected on the inner surface of described socket panel in the mode of pressing along pass module housing and socket panel distribution arrangement.Make switch can adapt to the needs of socket automatic assembling, switch module can also can carry out assist location to socket N utmost point conducting strip.
As preferably, described switch wire outlet terminal is provided with the electric connected structure of socket, the electric connected structure of described socket comprises body, one end of body is provided with connector, the other end is provided with bearing sheet, the both sides of bearing sheet are provided with compressing tablet, between compressing tablet and bearing sheet, form conducting strip slot, described compressing tablet comprises connecting wall and presses wall, the described wall of pressing links together by described connecting wall and described bearing sheet, described connecting wall is provided with the retreat stop block towards described slot internal protrusion, described retreat stop block and described connecting wall elasticity link together, described switch input terminal is provided with back stop slot, described switch input terminal is seated in described slot, described pressing together with wall is connected to described switch input terminal, described retreat stop block is positioned at described back stop slot.After making switch and socket power line or socket binding post to be connected in the mode of pegging graft and to connect, can not dismantle, make the connection of socket and power line can adapt to the needs of socket automatic assembling; During connection, can not produce welding slag and good reliability.
As preferably, in jack housing, be also provided with connection terminal module, described connection terminal module comprises pedestal, described pedestal is provided with two wiring holes, described wiring hole distributes along the distribution arrangement of connection terminal module and switch module, described connector is inserted sheet, and described inserted sheet is inserted in described connecting hole, and described pedestal is connected on the inner surface of described socket panel in the mode of pressing along connecting hole bearing of trend.Design connection terminal module, makes user that corresponding socket power line can be freely installed as required.Make the installation of connection terminal module can adapt to the needs of socket automatic assembling.
The present invention has following advantage: the modularization that has realized socket is produced, and makes the functional units such as pass module in socket can be general in the socket of different layouts; For socket automated production is laid a good foundation; Without welding or riveted joint and the electrical connection of practical function parts and conducting sheet in socket is more convenient while making automated production socket.
Accompanying drawing explanation
Fig. 1 is the split view of the embodiment of the present invention one.
Fig. 2 is the perspective view of five hole pass modules in embodiment mono-.
Fig. 3 is the stereoscopic-state schematic diagram that five hole pass modules are removed a visual angle after five hole pass module cover.
Fig. 4 is the stereoscopic-state schematic diagram that five hole pass modules are removed another visual angle after five hole pass module cover.
Fig. 5 is that five hole pass modules are removed the front elevational schematic after five hole pass module cover.
Fig. 6 is the use view of five hole pass modules in embodiment mono-.
Fig. 7 is the enlarged diagram of analysing and observe of conducting sheet in socket and conducting strip sleeve junction.
Fig. 8 is the stereoscopic-state schematic diagram of the diplopore pass module in embodiment mono-.
Fig. 9 is that diplopore pass module is removed the structural representation after diplopore pass module cover.
Figure 10 is the use view of the diplopore pass module in embodiment mono-.
Figure 11 is the split view of the indicating lamp module in embodiment mono-.
Figure 12 is the use view of the indicating lamp module in embodiment mono-.
Figure 13 is the perspective view of the switch module in embodiment mono-.
Figure 14 is that switch module is removed the perspective view after switch module lower cover.
Figure 15 is the use view of switch module.
Figure 16 is the stereoscopic-state schematic diagram at another visual angle of the embodiment of the present invention one.
Figure 17 is switch input terminal in embodiment bis-and the electric connected structure of the socket schematic diagram while linking together.
Figure 18 is the partial schematic diagram of the electric connected structure of socket in embodiment tri-.
Figure 19 is the local stereoscopic-state schematic diagram of the embodiment of the present invention four.
Figure 20 is the annexation schematic diagram of connection terminal module and socket panel.
Figure 21 is the local stereoscopic-state schematic diagram of the embodiment of the present invention five.
In figure: indicating lamp module 1, indicator light 11, pilot lamp power is introduced pin 111, drive circuit of indicator plate 12, pilot lamp power is introduced contact 121, indicating lamp module shell 13, indicating lamp module lower cover 131, indicating lamp module panel 132, projection 133, indicator light steady pin 134, indicating lamp module portion button bit 14, indicator light portion overhead kick 141, indicator light portion engaging lug 142, indicator light portion button hole 143, conducting strip is projection 15 fixedly, slot 151, conducting strip is the free end 152 of projection fixedly, power supply is introduced Compress Spring 16, indicator light portion division board 17, the free end 171 of indicator light portion division board, switch module 2, switch module shell 21, switch module lower cover 211, switch module panel 212, switch input terminal 22, back stop slot 222, input terminal translation position limiting structure 221, stopper slot 2211 before and after input terminal, input terminal left and right stopper slot 2212, guide vane end stop 2213 before and after input terminal, input terminal left and right guide vane end stop 2214, switch wire outlet terminal 23, outlet terminal translation position limiting structure 231, stopper slot 2311 before and after outlet terminal, outlet terminal left and right stopper slot 2312, guide vane end stop 2313 before and after outlet terminal, outlet terminal left and right guide vane end stop 2314, folding controlling organization 24, transition conducting strip 25, switch module portion transition conducting strip translation position limiting structure 251, stopper slot 2511 before and after switch module portion transition conducting strip, switch module portion transition conducting strip left and right stopper slot 2512, guide vane end stop 2513 before and after switch module portion transition conducting strip, switch module portion transition conducting strip left and right guide vane end stop 2514, switch module portion button bit 26, switch portion engaging lug 261, switch portion overhead kick 262, switch portion button hole 263, switch steady pin 27, spacing jaw 28, conducting sheet in socket 3, N pole socket conducting strip 31, L pole socket conducting strip 32, E pole socket conducting strip 33, latch 34, power line linkage section 35, changeover portion 36, main paragraph 37, three pole socket sleeves 41, the 2nd N pole socket sleeve 411, the 2nd L pole socket sleeve 412, E pole socket sleeve 413, double-pole socket sleeve 42, the one N pole socket sleeve 421, the one L pole socket sleeve 422, conducting strip sleeve 43, linkage section 4321, gripping section 4322, tilting section 4323, insert port 431, elastic clip 432, locking hole 433, back-up block 44, dodge groove 441, the free end 442 of back-up block, five hole pass modules 5, box 51 at the bottom of five hole pass modules, the first separate cavities 511, the second separate cavities 512, the 3rd separate cavities 513, the first connecting hole 514, five hole pass module housing 52, five hole pass module cover 53, five hole pass module faceplates 54, five hole pass module portion button holes 55, five hole pass module button bits 56, five hole pass module portions overhead kick 561, five hole pass module portion button holes 562, five hole pass module portion support levels 57, five hole pass module portion jacks 58, diplopore pass module 6, box 61 at the bottom of diplopore pass module, diplopore pass module portion division board 62, diplopore pass module cover 63, diplopore pass module faceplate 64, diplopore pass module portion button hole 65, diplopore pass module button bit 66, diplopore pass module portion overhead kick 661, diplopore pass module portion button hole 662, diplopore pass module portion support level 67, diplopore pass module portion jack 68, diplopore pass module housing 69, the electric connected structure 7 of socket, body 71, bearing sheet 72, compressing tablet 73, connecting wall 731, otch 7311, clamping wall 732, flanging 733, slot 74, retreat stop block 75, connector 76, import plate 77, clamp 78, power-assisted hole 79, connection terminal module 8, pedestal 81, wiring hole 82, line ball bolt 83, binding post portion button bit 84, binding post portion overhead kick 841, binding post portion button hole 842, chute 85, jack housing 9, socket panel 91, five hole pass module connection structures 911, support coaming plate 9111, socket surface board barb 9112, pass module window 9113, indicator light window 912, switch module window 913, jack 914, indicating lamp module support column 915, switch module support column 916, the 4th connecting hole 9161, diplopore pass module connection structure 917, E pole socket conducting strip support column 918, stopper slot 9181, binding post syndeton 919, the first side shield 9191, location notch 91911, the second side shield 9192, guide rail 9193, conducting strip locating module 10, main body 101, briquetting 102, connector 103.
Embodiment
Below in conjunction with accompanying drawing and embodiment, the present invention is further illustrated.
Embodiment mono-, and referring to Fig. 1, a kind of explicit modular jack, comprises jack housing 9, conducting sheet in socket 3, five hole pass modules 5, diplopore pass module 6, the electric connected structure 7 of socket, indicating lamp module 1 and switch module 2.
Jack housing 9 comprises socket panel 91 and socket base case (not drawing in figure).Socket panel 91 and socket base case surround a casing.Conducting sheet in socket 3, five hole pass modules 5, diplopore pass module 6, indicating lamp module 1 and switch module 2 are distributed on same straight line and are all positioned at the inside of jack housing 9.Socket panel 91 is provided with indicator light window 912, switch module window 913 and some jacks 914.Five hole pass modules 5 have 2.Diplopore pass module 6 has 2.
Conducting sheet in socket 3 comprises N pole socket conducting strip 31, L pole socket conducting strip 32 and E pole socket conducting strip 33.Conducting sheet in socket 3 is flat structure.Conducting sheet in socket 3 is arranged in jack housing 9 in the Width mode identical with socket panel thickness direction.The Width that N pole socket conducting strip 31, L pole socket conducting strip 32 and E pole socket conducting strip 33 are also socket panel 91 along jack housing 9 distributes.Conducting sheet in socket 3 is rectilinear structure.The end of E pole socket conducting strip 33 is also provided with back stop slot 222.
Indicating lamp module 1 comprises fixedly projection 15 of indicator light 11, the indicating lamp module shell 13 insulating and conducting strip.Indicator light 11 and conducting strip fixedly projection 15 are distributed in indicating lamp module shell 13 subtend two ends.The conducting strip fixedly end face of projection 15 is provided with two slots 151.Same conducting strip fixedly two slots 151 on projection 15 is perpendicular.Slot 151 along conducting strip fixedly projection Width (being section direction) run through fixedly projection 15 of conducting strip.The end of N pole socket conducting strip 31 and L pole socket conducting strip 32 is inserted in two conducting strips fixedly in the slot 151 in projection 15.
Switch module 2 comprises switch module shell 21 and folding controlling organization 24.Folding controlling organization 24 is existing push type structure, is that this switch is push switch.In a side of pass module, be also provided with 2 conducting strip sleeves 43, the opposite sides of switch module 2 are provided with two switch input terminals 22.Switch input terminal 22 is provided with back stop slot 222.2 conducting strip sleeves 43 on switch module 2 are clamped on N pole socket conducting strip 31 and L pole socket conducting strip 32 correspondingly.
Five hole pass modules 5 comprise five hole pass module housing 52 and 3 conducting strip sleeves 43.Five hole pass module housing 52 comprise box 51 and five hole pass module cover 53 at the bottom of five hole pass modules.Five pass module housing 52 sides, holes are provided with five hole pass module portion button holes 55.Five hole pass module cover 53 are provided with five hole pass module faceplates 54.Between five hole pass module faceplates 54 and five hole pass module cover 53, form five hole pass module portion support levels 57.Conducting strip sleeve 43 passes box 51 diapires at the bottom of five hole pass modules.Each conducting strip sleeve 43 periphery is provided with the back-up block 44 of a pair of insulation distributing along conducting sheet in socket 3 distribution arrangements.Conducting strip sleeve 43 is between a pair of back-up block 44.Back-up block 44 is connected on the diapire outer surface of box 51 at the bottom of five hole pass modules.At the bottom of back-up block 44 and five hole pass modules, box 51 is structure as a whole.The free end 442 of back-up block exceeds conducting strip sleeve 43 and corresponding conducting sheet in socket.Back-up block 44 all exceeds conducting strip sleeve 43 along the two ends of conducting sheet in socket 3 bearing of trends.Three conducting strip sleeves 43 in five hole pass modules 5 are clamped on N pole socket conducting strip 31, L pole socket conducting strip 32 and E pole socket conducting strip 33 correspondingly.
Diplopore pass module 6 comprises diplopore pass module housing 69 and 2 conducting strip sleeves 43.Diplopore pass module housing 69 comprises box 61 and diplopore pass module cover 63 at the bottom of diplopore pass module.Diplopore pass module housing 69 sides are provided with diplopore pass module portion button hole 65.Diplopore pass module cover 63 is provided with diplopore pass module faceplate 64.Between diplopore pass module faceplate 64 and diplopore pass module cover 63, form diplopore pass module portion support level 67.The set-up mode of the conducting strip sleeve 43 in diplopore pass module 6 is identical with the set-up mode in five hole pass modules 5.2 conducting strip sleeves 43 in diplopore pass module 6 are clamped on N pole socket conducting strip 31 and L pole socket conducting strip 32 correspondingly.
The inner surface of socket panel 91 is provided with indicating lamp module support column 915, switch module support column 916, five hole pass module connection structures 911, diplopore pass module connection structure 917 and E pole socket conducting strip support column 918.Indicating lamp module support column 915 and switch module support column 916 respectively have two.
Five hole pass module connection structures 911 and diplopore pass module connection structure 917 all comprise support coaming plate 9111, socket surface board barb 9112 and pass module window 9113.Socket surface board barb 9112 is along the circumferential distribution of supporting coaming plate 9111.Porose type module window 9113 is positioned at and supports the region that coaming plate 9111 surrounds.Supporting coaming plate 9111 circumferentially extends along pass module window 9113.
The difference of five hole pass module connection structures 911 and diplopore pass module connection structure 917 be the two shape of support coaming plate 9111 in five hole pass module connection structures 911 and pass module window 9113 with the two shape of the form fit of five hole pass module faceplates 5451, the support coaming plate 9111 in diplopore pass module connection structure 917 and pass module window 9113 with the form fit of diplopore pass module faceplate 64.
E pole socket conducting strip support column 918 is at switch module 2 with from switch module between nearest pass module.The end face of E pole socket conducting strip support column 918 is provided with stopper slot 9181.
Referring to Fig. 2, five hole pass modules also comprise five hole pass module button bits 56.Five hole pass module button bits 56 comprise five hole pass module portions overhead kick 561 and five hole pass module portion button holes 562.Five hole pass module portion overhead kick 561 clasp joints are in five hole pass module portion button holes 562.Five hole pass module portions overhead kick 561 is arranged at five hole pass module cover 53.Five hole pass module portion button holes 562 are arranged at box 51 at the bottom of five hole pass modules.Five hole pass module portion button holes 562 connect box 51 at the bottom of five hole pass modules along the distribution arrangement of box 51 at the bottom of five hole pass module cover 53 and five hole pass modules.Limited step 57 is for being looped around the loop configuration of five hole pass module faceplate 54 peripheries.Five hole pass module faceplates 54 are provided with five hole pass module portion jacks 58.
Referring to Fig. 3, five hole pass modules also comprise three pole socket sleeves 41 and double-pole socket sleeve 42.
At the bottom of five hole pass modules, the upper end of box 51 is opened wide.At the bottom of five hole pass modules, in box 51, be provided with the first separate cavities 511, the second separate cavities 512, the 3rd separate cavities 513 and the first connecting hole 514.The first connecting hole 514 is polygon.It is more specifically square.The first connecting hole 513 is between the first separate cavities 511, the second separate cavities 512 and the 3rd separate cavities 513 threes.
Three pole socket sleeves 41 consist of the 2nd N pole socket sleeve 411, the 2nd L pole socket sleeve 412 and E pole socket sleeve 413.Three pole socket sleeves 41 are flat sleeve.The 2nd N pole socket sleeve 411 is arranged in the first separate cavities 511.The 2nd L pole socket sleeve 412 is arranged in the second separate cavities 512.E pole socket sleeve 413 is arranged in the 3rd separate cavities 513.
Double-pole socket sleeve 42 consists of a N pole socket sleeve 421 and a L pole socket sleeve 422.Double-pole socket sleeve 42 is double-purpose sleeve (being the sleeve that round pin and flat pin can both insert).E pole socket sleeve 413 is between the first N pole socket sleeve 421 and a L pole socket sleeve 422.The one N pole socket sleeve 421 and the 2nd N pole socket sleeve 411 are structure as a whole and are arranged in the first separate cavities 511.The one L pole socket sleeve 422 and the 2nd L pole socket sleeve 412 are structure as a whole and are arranged in the second separate cavities 512.
In three conducting strip sleeves 43 in five hole pass modules first with the 2nd N pole socket sleeve 411 link together, second with the 2nd L pole socket sleeve 412 link together, the 3rd with E pole socket sleeve 413, link together.
Referring to Fig. 4, conducting strip sleeve 43 only comprises a pair of elastic clip 432 distributing along jack housing Width.Conducting strip sleeve 43 away from five hole pass modules at the bottom of one end of box 51 be provided with insert port 431.The length direction of the insert port of three conducting strip sleeves 43 is identical.Three conducting strip sleeves 43 stagger along insert port 431 Widths.Back-up block 44 is provided with and dodges groove 441 towards the surface of conducting strip sleeve one side.
Referring to Fig. 5, elastic clip 432 comprises tilting section 4323 and gripping section 4322.Insert port 431 is formed by the tilting section 4323 of a pair of elastic clip.The free end of tilting section 4323 is positioned at dodges groove 441(referring to Fig. 4).
Referring to Fig. 6, the method that five hole pass modules are connected with other parts is: five hole pass panels 54 are alignd towards socket panel 91 inner surfaces and with pass module window 9113, towards socket panel 91 translation five hole pass module housing 52 till can not move, now socket surface board barb 9112 clasp joints are on five hole pass module portion button holes 55, five hole pass module support levels 57 are connected on the end face that supports coaming plate 9111, and five hole pass module faceplates 54 are located in pass module window 9113.Thereby five hole pass modules 5 and socket panel 91 are fixed together.
N pole socket conducting strip 31, L pole socket conducting strip 32 and E pole socket conducting strip 33 are drawn close to 3 conducting strip sleeves 43 with the perpendicular state of putting of Width respectively, conducting strip sleeve 43 is clamped on conducting sheet in socket 3, and conducting sheet in socket 3 and five hole pass modules 5 are linked together.Conducting strip sleeve 43 is all stretched out at the two ends of conducting sheet in socket 3.
Referring to Fig. 7, elastic clip 432 also comprises linkage section 4321.Linkage section 4321 links together gripping section 4322 and corresponding socket and bush.Gripping section 4322 is provided with locking hole 433.Conducting sheet in socket 3 is provided with latch 34.Latch 34 and conducting sheet in socket 3 are structure as a whole and are stamping forming.Conducting strip sleeve 43 is to be connected on conducting sheet in socket 3 and conducting sheet in socket 3 is securing by gripping section 4322 elasticity.Latch 34 is stuck in locking hole 433 and conducting sheet in socket 3 can not be extracted from conducting strip sleeve 43.
Fig. 8, diplopore pass module also comprises diplopore pass module button bit 66.Diplopore pass module button bit 66 comprises diplopore pass module portion overhead kick 661 and diplopore pass module portion button hole 662.Diplopore pass module portion overhead kick 661 clasp joints are in diplopore pass module portion button hole 662.Diplopore pass module portion overhead kick 661 is arranged at diplopore pass module cover 63.Diplopore pass module portion button hole 662 is arranged at box 61 at the bottom of diplopore pass module.Diplopore pass module portion button hole 662 connects box 61 at the bottom of diplopore pass module along the distribution arrangement of box 61 at the bottom of diplopore pass module cover 63 and diplopore pass module.Diplopore pass module support level 67 is for being looped around diplopore pass module faceplate 64 loop configuration around.Diplopore pass module portion panel 64 is provided with and diplopore pass module portion jack 68.
Fig. 9, at the bottom of diplopore pass module, the top of box 61 is opened wide.At the bottom of diplopore pass module, in box 61, be provided with double-pole socket sleeve 42.Double-pole socket sleeve 42 consists of a N pole socket sleeve 421 and a L pole socket sleeve 422.Double-pole socket sleeve 42 is double-purpose sleeve (being the sleeve that round pin and flat pin can both insert).The one N pole socket sleeve 421 and a L pole socket sleeve 422 correspondingly with two conducting strip sleeve 43(that form diplopore pass module referring to Fig. 2) with the form of integrative-structure, link together.Between the one N pole socket sleeve 421 and a L pole socket sleeve 422, be provided with the diplopore pass module portion division board 62 of a pair of insulation.The working of plastics that at the bottom of diplopore pass module portion division board 62 and diplopore pass module, box 61 is structure as a whole.Between a pair of diplopore pass module portion division board 62, be provided with the second connecting hole (cannot see in figure).The second connecting hole is polygonal hole, is more specifically square hole.
Referring to Figure 10, the method that diplopore pass module is connected with other parts is: diplopore pass panel 64 is alignd towards socket panel 91 inner surfaces and with pass module window 9113, towards socket panel 91 translation diplopore pass module housing 69 till can not move, now socket surface board barb 9112 clasp joints are on diplopore pass module portion button hole 65, diplopore pass module support level 57 is connected on the end face that supports coaming plate 9111, and diplopore pass module faceplate 64 is located in pass module window 9113.Thereby diplopore pass module 6 and socket panel 91 are fixed together.
N pole socket conducting strip 31 and L pole socket conducting strip 32 are drawn close to 3 conducting strip sleeves 43 with the perpendicular state of putting of Width respectively, and conducting strip sleeve 43 is clamped on conducting sheet in socket 3, and conducting sheet in socket 3 and diplopore pass module 6 are linked together.Conducting strip sleeve 43 is all stretched out at the two ends of conducting sheet in socket 3.
Referring to Figure 11, indicating lamp module also comprises drive circuit of indicator plate 12, indicating lamp module portion button bit 14 and a pair of power supply introducing Compress Spring 16.
Indicator light 11 is LED.Indicator light 11 is provided with pilot lamp power and introduces pin 111.
Drive circuit of indicator plate 12 is provided with a pair of pilot lamp power and introduces contact 121.
Indicating lamp module shell 13 comprises indicating lamp module lower cover 131 and indicating lamp module panel 132.The outer surface of indicating lamp module lower cover 131 sidewalls is provided with projection 133.Projection 133 and indicating lamp module lower cover 131 are structure as a whole.Projection 133 has four.Four projections 133 are distributed on the front and back sides of indicating lamp module lower cover 131.Indicating lamp module panel 132 is provided with a pair of cylindrical indicator light steady pin 134.Indicator light steady pin 134 and indicating lamp module panel 132 are structure as a whole.Indicator light steady pin 134 distributes along the thickness direction of socket.
Indicating lamp module portion button bit 14 has two.Two indicating lamp module portion button bits 14 are distributed on the both sides, front and back of indicating lamp module shell 13 outer surfaces.Indicating lamp module portion button bit 14 comprises indicator light portion overhead kick 141, indicator light portion engaging lug 142 and indicator light portion button hole 143.Indicator light portion overhead kick 141 is provided with in the side of indicating lamp module lower cover 131.Indicator light portion overhead kick 141 and indicating lamp module lower cover 131 are structure as a whole.Indicator light portion engaging lug 142 is arranged at the side of indicating lamp module panel 132.Indicator light portion engaging lug 142 and indicating lamp module panel 132 are structure as a whole.Indicator light portion button hole 143 is provided with indicator light portion engaging lug 142.
Conducting strip fixedly projection 15 is positioned at the downside of indicating lamp module shell 13.Conducting strip fixedly projection 15 and indicating lamp module lower cover 131 is structure as a whole.Conducting strip be fixedly provided with in projection 15 spring mounting hole that connects to indicating lamp module shell 13 inner spaces (in figure visual angle be instructed to lamp module lower cover 131 block cannot see).Slot 151 along conducting strip fixedly the short transverse of projection 15 (i.e. above-below direction in figure) connect to above-mentioned spring mounting hole.Pair of conductive sheet is fixedly provided with the indicator light portion division board 17 of insulation system between projection 15.Indicator light portion division board 17 and indicating lamp module lower cover 131 are structure as a whole.The free end 171 of indicator light portion division board exceeds the fixedly free end 152 of projection of conducting strip.
The method that all parts of the present invention is fitted together is: make indicator light 11 be positioned at the upside of indicating lamp module shell 13.Pilot lamp power is introduced pin 111 and is welded on drive circuit of indicator plate 12 through after indicating lamp module panel 132.Indicator light 11 drives by drive circuit of indicator plate 12.Drive circuit of indicator plate 12 and power supply are introduced Compress Spring 16 and are positioned at indicating lamp module shell 13 inside.The upper end that a pair of power supply is introduced Compress Spring 16 links together with a pair of pilot lamp power introducing contact 121 butts correspondingly.Close indicating lamp module panel 132 and indicating lamp module lower cover 131, the lower end that now a pair of power supply is introduced Compress Spring 16 is connected to pair of conductive sheet fixedly in the above-mentioned spring mounting hole in projection 15 correspondingly.When indicating lamp module panel 132 and indicating lamp module lower cover 131 close, indicator light portion overhead kick 141 clasp joints are fixed together at interior indicating lamp module panel 132 and the indicating lamp module lower cover 131 of making of indicator light portion button hole 143.
Referring to Figure 12, the end face of indicator light support column 915 is provided with the 3rd connecting hole 9151.The 3rd connecting hole 9151 is polygonal hole, is specially square hole.
The method that indicating lamp module is connected with other parts is: indicating lamp module 1 is drawn close towards socket panel 91, and indicator light steady pin 134 is inserted in the 3rd connecting hole 9151 in friction tight mode.Indicator light 11 is located in indicator light window 912.L pole socket conducting strip 32 and E pole socket conducting strip 31 in the perpendicular mode of putting of Width, be inserted in slot 151 in and and power supply introducing Compress Spring 16(referring to Figure 10) be connected to together with and introducing power supply to indicator light 11.
Referring to Figure 13, switch module also comprises 2 switch input terminals 22 and 2 switch wire outlet terminal 23.Switch wire outlet terminal 23 is distributed in switch input terminal 22 both sides that switch module shell 21 is relative.Two conducting strip sleeves 43 are connected on 2 switch wire outlet terminal 23 correspondingly.Conducting strip sleeve 43 and switch wire outlet terminal 23 are structure as a whole.
Switch module shell 21 comprises switch module lower cover 211 and switch module panel 212.Switch module lower cover 211 and switch module panel 22 snap together by two switch module portion button bits 26.Two switch module portion button bits 26 are distributed on the front and back side external surface of switch module shell 21.Switch module portion button bit 26 comprises switch portion engaging lug 261, switch portion overhead kick 262 and switch portion button hole 263.Switch portion engaging lug 261 is arranged at switch module lower cover 211.Switch portion overhead kick 262 is arranged at switch module panel 212.Switch portion button hole 263 is arranged at switch portion engaging lug 261.Switch portion overhead kick 262 clasp joints are in switch portion button hole 263.Switch module panel 212 is provided with two cylindrical switch steady pins 27.Switch steady pin 27 extends along the distribution arrangement of switch module lower cover 211 and switch module panel 212.Switch steady pin 27 and switch module panel 212 are structure as a whole.Switch module lower cover 211 is provided with the spacing jaw 28 of a pair of insulation.Spacing jaw 28 and switch module lower cover 211 are structure as a whole.Two conducting strip sleeves 43 are located in a pair of spacing jaw 28 correspondingly.Switch input terminal 22 and switch wire outlet terminal 23 are all clamped between switch module lower cover 211 and switch module panel 212 in the mode of butt.Switch input terminal 22 is provided with back stop slot 222.Folding controlling organization 24 is positioned at the switch module panel 212 place sides of switch module shell 21.
Referring to Figure 14, the switch input terminal that switch wire outlet terminal in two switch wire outlet terminal 23 and two switches carry out in terminal 22 links together by transition conducting strip 25.Another switch wire outlet terminal in two switch wire outlet terminal 23 by folding controlling organization 24 and two switches carry out another switch input terminal in terminal 22 can be electrically connected to break-make (by folding controlling organization 24 can be electrically connected to passage switch carry out terminal and switch wire outlet terminal for existing frame mode, can be for pressing structure, seesaw structure, stir structure or rotational structure).Switch module also comprises input terminal translation position limiting structure 221, outlet terminal translation position limiting structure 231 and switch module portion transition conducting strip translation position limiting structure 251.Input terminal translation position limiting structure 221 comprises input terminal front and back stopper slot 2211, input terminal left and right stopper slot 2212, input terminal front and back guide vane end stop 2213 and input terminal left and right guide vane end stop 2214.Before and after input terminal, stopper slot 2211 and input terminal left and right stopper slot 2212 are arranged at switch module panel 212.Before and after input terminal, guide vane end stop 2213 and input terminal left and right guide vane end stop 2214 are arranged at input terminal 22 and are structure as a whole with input terminal.Before and after input terminal, guide vane end stop 2213 is contained in the stopper slot 2211 of input terminal front and back.Input terminal left and right guide vane end stop 2214 is contained in the stopper slot 2212 of input terminal front and back.Input terminal 22 is fixed on by input terminal translation position limiting structure 221 on the interface of switch module lower cover and switch module panel 212 and translation all around.Outlet terminal translation position limiting structure 231 comprises outlet terminal front and back stopper slot 2311, outlet terminal left and right stopper slot 2312, outlet terminal front and back guide vane end stop 2313 and outlet terminal left and right guide vane end stop 2314.Before and after outlet terminal, stopper slot 2311 and outlet terminal left and right stopper slot 2312 are arranged at switch module panel 212.Before and after outlet terminal, guide vane end stop 2313 and outlet terminal left and right guide vane end stop 2314 are arranged at outlet terminal 23 and are structure as a whole with outlet terminal.Before and after outlet terminal, guide vane end stop 2313 is contained in the stopper slot 2311 of outlet terminal front and back.Outlet terminal left and right guide vane end stop 2314 is contained in the stopper slot 2312 of outlet terminal front and back.Outlet terminal 23 is fixed on by outlet terminal translation position limiting structure 231 on the interface of switch module lower cover and switch module panel 212 and translation all around.Switch module portion transition conducting strip translation position limiting structure 251 comprises switch module portion transition conducting strip front and back stopper slot 2511, switch module portion transition conducting strip left and right stopper slot 2512, switch module portion transition conducting strip front and back guide vane end stop 2513 and switch module portion transition conducting strip left and right guide vane end stop 2514.Before and after switch module portion transition conducting strip left and right guide vane end stop 2514 and switch module portion transition conducting strip, stopper slot 2511 is arranged at switch module panel 212.Before and after switch module portion transition conducting strip, guide vane end stop 2513 and switch module portion transition conducting strip left and right stopper slot 2512 are arranged at switch module portion transition conducting strip 25.Before and after switch module portion transition conducting strip, guide vane end stop 2513 is contained in the stopper slot 2511 of switch module portion transition conducting strip front and back.Switch module portion transition conducting strip left and right guide vane end stop 2514 is contained in the stopper slot 2512 of switch module portion transition conducting strip front and back.Switch module portion transition conducting strip 25 is fixed on by switch module portion transition conducting strip translation position limiting structure 251 on the interface of switch module lower cover and switch module panel 212 and translation all around.
Referring to Figure 15, the end face of switch supporting post 916 is provided with the 4th connecting hole 9161.The 4th connecting hole 9161 is polygonal hole, is specially square hole.
The method that switch module is connected with other parts is: make switch module window 913 alignment on switch control structure 24 and socket panel 91, by pressing down 212 to two switch alignment pins 27 of switch module panel, be inserted in 2 the 4th connecting holes 9161, switch steady pin 27 coordinates and switch module panel 212 is fixed on the inner surface of socket panel 91 with friction tight mode and the 4th connecting hole 9161; Input terminal 22, outlet terminal 23 and switch module portion transition conducting strip 25 are placed on switch module panel 212; Move down switch module lower cover 211 and by switch module lower cover 211 lid to switch module panel 212, switch module portion button bit 26 by switch module lower cover 211 together with 212 fastenings of switch module panel and clamp switch input terminal 22, switch wire outlet terminal 23 and switch module portion transition conducting strip 25.N pole socket conducting strip 31 and L pole socket conducting strip 32 move down and are inserted in 2 conducting strip sleeves 43 in the perpendicular mode of putting of broadband direction respectively, and conducting sheet in socket and switch module 2 are linked together.Conducting strip sleeve on switch module and the connected mode of conducting sheet in socket are identical with the connected mode of the conducting strip sleeve in pass module and conducting sheet in socket.
Referring to Figure 16, after all parts of the present invention assembles, E pole socket conducting strip 33 is to be inserted in the stopper slot 9181 of E pole socket conducting strip support column 918 ends.918 pairs of E pole socket conducting strips 33 of E pole socket conducting strip support column play fixed support effect.Three wires of socket power line link together with E pole socket conducting strip 33 and two switch input terminals 22 respectively and the power supply that induces one to socket.
Embodiment bis-, referring to Figure 17, with the difference of embodiment mono-, are: the end at two switch input terminals 22 and E pole socket conducting strip is provided with an electric connected structure 7 of socket.The electric connected structure of socket comprises body 71.One end of body 71 is provided with slot 74, the other end is provided with connector 76.Connector 76 is anchor ear.Body 71 is provided with bearing sheet 72 away from one end of connector 76.The both sides of bearing sheet 72 are respectively provided with a slice compressing tablet 73.Compressing tablet 73 and bearing sheet 72 are structure as a whole.Between compressing tablet 73 and bearing sheet 72, form slot 74.Compressing tablet 73 comprises connecting wall 731, clamping wall 732 and the flanging 733 setting gradually.The sheet metal component that connecting wall 731, clamping wall 732 and flanging 733 threes are structure as a whole.Connecting wall 731 links together clamping wall 732 and bearing sheet 72.Connecting wall 731 is provided with otch 7311 and retreat stop block 75.Otch 7311 is what in connecting wall 731 upper punch swagings, become with retreat stop block 75.Otch 7311 connects connecting wall 731.Retreat stop block 75 only one end and connecting wall 731 links together.Retreat stop block 75 other ends are towards slot 74 internal protrusion.Retreat stop block 75 and connecting wall 731 elasticity link together.Flanging 733 is towards 72 bendings of bearing sheet.One end that bearing sheet 72 is positioned at slot 74 insertion ends is provided with the importing plate 77 being obliquely installed.Bearing sheet 72 is provided with elastic clamping piece 78.Clamp 78 is towards slot 74 internal protrusion.Clamp 78 for to be stamped to form on bearing sheet 72.On bearing sheet 72, be also provided with two power-assisted holes 79.Power-assisted hole 79 connects bearing sheet 72.Power-assisted hole 79 is distributed in the both sides of clamp 78 along the bearing of trend of slot 74.Switch is carried out to terminal 22 for clamp 78 and flanging 733 or E pole socket conducting strip clamps, and the free end of retreat stop block 75 is contained in back stop slot 222(referring to Fig. 1) in.
Embodiment tri-, referring to Figure 18, with the difference of embodiment bis-, are: power-assisted hole 79 is distributed in the both sides of clamp 78 along the direction of the bearing of trend perpendicular to slot 74.
Embodiment tetra-, referring to Figure 19, with the difference of embodiment tri-, are: connector 76 is inserted sheet.E is that conducting sheet in socket 3 comprises main paragraph 37, power line linkage section 35 and changeover portion 36.Power line linkage section 35 is flat structure.The plane parallel at the plane at power line linkage section 35 places and socket panel 91 places.Changeover portion 36 is distorted-structure.Changeover portion 36 is sheet metal structural.The distortion angle of changeover portion 36 is 90 °.Changeover portion 36 links together power line linkage section 35 and conducting sheet in socket 3.Changeover portion 36, power line linkage section 35 and main paragraph 37 threes are structure as a whole.Main paragraph 37 is flat structure.Identical with in aforementioned each embodiment of the structure of main paragraph 37, main paragraph 37 is flat structure, the plane at main paragraph 37 places is perpendicular to the plane at socket panel 91 places.Therefore the angle between socket and bush linkage section 37 Width lines and main paragraph 37 Width lines is 90 °.Angle between main paragraph 37 Width lines and power line linkage section 35 Width lines equates with the distortion angle of changeover portion 36.Convenient while carrying out space layout.
The inner surface of socket panel 91 is provided with binding post syndeton 919.Binding post syndeton 919 comprises two the first side shields 9191.The first side shield 9191 distributes along socket panel 91 Widths.The lateral surface of the first side shield 9191 is provided with the location notch 91911 extending along socket panel 91 thickness directions.
In jack housing 9, be also provided with connection terminal module 8 and conducting strip locating module 10.Switch module 2 is arranged between connection terminal module and pass module (figure does not draw).Connection terminal module 8, switch module 2, conducting strip locating module 10 and five hole pass modules 5 are distributed on same straight line.Conducting strip locating module 10 is between connection terminal module 8 and switch module 2.Connection terminal module 8 comprises pedestal 81.Pedestal 81 is made for insulating material.Pedestal 81 is provided with 3 wiring holes 82.The bearing of trend of 3 wiring holes 82 is identical.Wiring hole 82 extends along the distribution arrangement of switch module 2 and connection terminal module 8.Wiring hole 82 connects pedestal 81.The end three of the power line linkage section 35 in 2 connectors 76 and E pole socket conducting strip 33 is plugged in three wiring holes 82 correspondingly.The diapire of wiring hole 82 is provided with the line ball bolt 83 that is threadedly connected to pedestal 81.Line ball bolt 83 is the thickness direction extension of socket panel 91 along the thickness direction of jack housing.
Conducting strip locating module 10 comprises main body 101 and three briquettings 102.The two ends of main body 101 are respectively provided with a connector 103.Two connectors 103 be arranged in correspondingly two location notchs 91911 and the mode clasp joint pressed with above-below direction with location notch 91911 together with.Briquetting 102 and main body 101 are structure as a whole.3 briquettings 102 are correspondingly by being pressed on the end of two connectors 76 and E pole socket conducting strip 33.Arrange conducting strip locating module 10 can be when line ball bolt not be tightened connector 76 and conducting sheet in socket can not produce and rock, thereby avoid causing electrical contact bad in transportation.Note: this kind of socket is not set socket power line when dispatching from the factory, user just matches socket power line in use as required.
Referring to Figure 20, binding post syndeton 919 also comprises the second side shield 9192 and guide rail 9193.Guide rail 9193 has a pair of.Guide rail 9193 is between a pair of the first side shield 9191.Guide rail 9193 extends along the length direction of jack housing 9.The second side shield 9192 is between a pair of the first side shield 9191.The second side shield 9192 is between guide rail 9193 and switch module.The second side shield 9192 is higher than guide rail 9193.Between connection terminal module 8 and the first side shield 9191, be provided with binding post portion button bit 84.Binding post portion button bit 84 comprises binding post portion overhead kick 841 and binding post portion button hole 842.Binding post portion overhead kick 841 is arranged at pedestal 81.Binding post portion button hole 842 is arranged at the first side shield 9191.The upper surface of pedestal 81 is provided with chute 85.Chute 85 extends along the length direction of jack housing 9.Chute 85 has two.
The method that connection terminal module is connected with other parts is: make chute 85 side and guide rail 9193 alignment away from switch module from guide rail 9193, then the length direction along jack housing 9 makes connection terminal module 8 draw close to switch module, when pedestal 81 abuts on the second side shield 9192 binding post portion overhead kick 841 clasp joints in binding post portion button hole 842 and connection terminal module 8 is fixed on socket panel 91.Then conducting strip locating module 10 is fixed.
Embodiment five, referring to Figure 21, are: switch module is not set with the difference of embodiment tetra-.The version of L pole socket conducting strip 32, N pole socket conducting strip 31 is the same with the version of the E pole socket conducting strip 33 in embodiment tetra-.
Claims (10)
1. an explicit modular jack, comprise jack housing and conducting sheet in socket, it is characterized in that, also comprise the some pass modules and the conducting strip sleeve that are positioned at jack housing, described jack housing comprises socket panel, described socket panel is provided with pass module window, described pass module comprises pass module housing and is positioned at the socket and bush of pass module housing, described socket and bush is connected with described conducting strip sleeve, the conducting strip sleeve connecting with socket and bush passes the bottom of described pass module housing, the top of pass module housing is provided with pass module faceplate, described pass module faceplate is provided with jack corresponding to the position of described socket and bush, described conducting strip sleeve is held on described conducting sheet in socket, described pass module housing is connected on the inner surface of described socket panel in the mode of pressing along pass module housing and socket panel distribution arrangement, described pass module faceplate is arranged in described pass module window.
2. explicit modular jack according to claim 1, it is characterized in that, described conducting strip sleeve only comprises a pair of elastic clip distributing along socket panel Width, described elastic clip comprises gripping section, described gripping section is provided with tilting section away from one end of described pass module housing, between the tilting section of described a pair of elastic clip, form insert port, described conducting sheet in socket is clamped between described gripping section in the Width mode identical with socket panel thickness direction, and the conducting sheet in socket of opposed polarity staggers along the Width of socket panel.
3. explicit modular jack according to claim 2, is characterized in that, described gripping section is provided with locking hole, and described conducting sheet in socket is provided with the latch being located in described locking hole.
4. according to the explicit modular jack described in claim 2 or 3, it is characterized in that, described conducting strip sleeve is arranged with the back-up block of a pair of insulation distributing along elastic clip distribution arrangement outward, described conducting strip sleeve is between described a pair of back-up block, described back-up block is connected on the outer surface of described pass module housing, and described back-up block exceeds described conducting strip sleeve and is inserted in the conducting sheet in socket in conducting strip sleeve away from the end of pass module housing.
5. explicit modular jack according to claim 4, it is characterized in that, described back-up block all exceeds described conducting strip sleeve along the two ends of described insert port length direction, described back-up block is provided with and dodges groove towards the surface of described conducting strip sleeve one side, described in the free end of described tilting section is positioned at, dodges groove.
6. according to the explicit modular jack described in claim 1 or 2 or 3, it is characterized in that, the inner surface of described receptacle face is provided with pass module connection structure, pass module connection structure comprises that shape is with the support coaming plate circumferentially extending along described pass module window and some panel part barbs circumferentially distributing along support coaming plate of pass module faceplate form fit, between described pass module faceplate and pass module housing, form annular brace step, the side of described pass module housing is provided with button hole, the end face of described support coaming plate is connected on described support level, described pass module housing is connected in described button hole and is linked together with described socket panel by described panel part barb.
7. according to the explicit modular jack described in claim 1 or 2 or 3, it is characterized in that, in described jack housing, be also provided with indicating lamp module, described indicating lamp module comprises indicating lamp module shell, be positioned at the indicator light of indicating lamp module shell in socket panel one side and be positioned at indicating lamp module shell away from the fixing projection of the pair of conductive sheet in socket panel one side, the described conducting strip fixedly end face of projection is provided with slot, in described indicating lamp module shell, be provided with a pair of pilot lamp power and introduce contact and a pair of power supply introducing Compress Spring, described indicator light and described pilot lamp power are introduced contact and are electrically connected, one end that described a pair of power supply is introduced Compress Spring links together with described a pair of pilot lamp power introducing contact correspondingly, together with the other end is connected to N pole socket conducting strip with the L pole socket conducting strip in described conducting sheet in socket correspondingly, described L pole socket conducting strip and N pole socket conducting strip are inserted in respectively in the slot in described a pair of fixedly projection, described indicating lamp module shell is connected on the inner surface of described socket panel in the mode of pressing along pass module housing and socket panel distribution arrangement.
8. according to the explicit modular jack described in claim 1 or 2 or 3, it is characterized in that, in described jack housing, be also provided with switch module, described switch module comprises switch module shell and folding controlling organization, one side of switch module shell is provided with pair of switches input terminal, opposite side is provided with pair of switches outlet terminal, described switch wire outlet terminal sub-connection has described conducting strip sleeve, conducting strip sleeve on pair of switches outlet terminal is clamped in respectively on described L pole socket conducting strip and N pole socket conducting strip, described switch module shell is connected on the inner surface of described socket panel in the mode of pressing along pass module housing and socket panel distribution arrangement.
9. explicit modular jack according to claim 8, it is characterized in that, described switch wire outlet terminal is provided with the electric connected structure of socket, the electric connected structure of described socket comprises body, one end of body is provided with connector, the other end is provided with bearing sheet, the both sides of bearing sheet are provided with compressing tablet, between compressing tablet and bearing sheet, form conducting strip slot, described compressing tablet comprises connecting wall and presses wall, the described wall of pressing links together by described connecting wall and described bearing sheet, described connecting wall is provided with the retreat stop block towards described slot internal protrusion, described retreat stop block and described connecting wall elasticity link together, described switch input terminal is provided with back stop slot, described switch input terminal is seated in described slot, described pressing together with wall is connected to described switch input terminal, described retreat stop block is positioned at described back stop slot.
10. explicit modular jack according to claim 9, it is characterized in that, in jack housing, be also provided with connection terminal module, described connection terminal module comprises pedestal, described pedestal is provided with two wiring holes, and described wiring hole distributes along the distribution arrangement of connection terminal module and switch module, and described connector is inserted sheet, described inserted sheet is inserted in described connecting hole, and described pedestal is connected on the inner surface of described socket panel in the mode of pressing along connecting hole bearing of trend.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310708888.XA CN103928785B (en) | 2013-12-20 | 2013-12-20 | explicit modular jack |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310708888.XA CN103928785B (en) | 2013-12-20 | 2013-12-20 | explicit modular jack |
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| Publication Number | Publication Date |
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| CN103928785A true CN103928785A (en) | 2014-07-16 |
| CN103928785B CN103928785B (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310708888.XA Active CN103928785B (en) | 2013-12-20 | 2013-12-20 | explicit modular jack |
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| CN106058519A (en) * | 2015-04-15 | 2016-10-26 | 服务器技术股份有限公司 | High outlet density power distribution unit |
| CN106532338A (en) * | 2016-12-09 | 2017-03-22 | 刘杰 | Modular socket |
| CN109671587A (en) * | 2018-05-09 | 2019-04-23 | 德力西集团有限公司 | Electrical terminals and fuse disconnecting switch with the electrical terminals |
| US10424886B1 (en) | 2012-11-06 | 2019-09-24 | Server Technology, Inc. | High outlet density power distribution unit |
| WO2021057366A1 (en) * | 2019-04-30 | 2021-04-01 | 苏州欧普照明有限公司 | Power strip |
| US11296467B2 (en) | 2012-11-06 | 2022-04-05 | Server Technology, Inc. | High outlet density power distribution unit |
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| CN1387287A (en) * | 2001-05-18 | 2002-12-25 | 慧坦科技股份有限公司 | Modular complex socket for external power supply unit |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US10424886B1 (en) | 2012-11-06 | 2019-09-24 | Server Technology, Inc. | High outlet density power distribution unit |
| US10424884B2 (en) | 2012-11-06 | 2019-09-24 | Server Technology, Inc. | High outlet density power distribution unit |
| US10424885B2 (en) | 2012-11-06 | 2019-09-24 | Server Technology, Inc. | High outlet density power distribution unit |
| US10707630B2 (en) | 2012-11-06 | 2020-07-07 | Server Technology, Inc. | High outlet density power distribution unit |
| US11133626B2 (en) | 2012-11-06 | 2021-09-28 | Server Technology, Inc. | High outlet density power distribution unit |
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| CN106532338B (en) * | 2016-12-09 | 2019-06-28 | 刘杰 | Modular jack |
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| WO2021057366A1 (en) * | 2019-04-30 | 2021-04-01 | 苏州欧普照明有限公司 | Power strip |
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|---|---|
| CN103928785B (en) | 2016-01-20 |
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Address after: 315314 East District of Industrial Park, Cixi, Ningbo, Zhejiang Patentee after: Bulls group Limited by Share Ltd Address before: 315314 East District of Industrial Park, Cixi, Ningbo, Zhejiang Patentee before: Gongniu Group Co., Ltd. |
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