CN203645013U

CN203645013U - Socket 2-hole female module with protective door

Info

Publication number: CN203645013U
Application number: CN201320846621.2U
Authority: CN
Inventors: 章卫军; 蔡映峰
Original assignee: Gongniu Group Co Ltd
Current assignee: Gongniu Group Co Ltd
Priority date: 2013-12-20
Filing date: 2013-12-20
Publication date: 2014-06-11
Anticipated expiration: 2023-12-20

Abstract

The utility model relates to a power supply socket. A socket double-hole hole-pattern module with a protection door comprises a pair of socket plug bushes, a double-hole module bottom box and a double-hole module cover plate, wherein the pair of socket plug bushes are opposite to each other, the top end of the double-hole module bottom box is open, and the double-hole module cover plate covers the top end of the double-hole module bottom box. Each socket plug bush is provided with a conducting strip plug bush. The socket plug bushes are arranged in the double-hole module bottom box. The conducting strip plug bushes penetrate out from the bottom wall of the double-hole module bottom box. The double-hole module cover plate is provided with two module part jacks aligned to the two socket plug bushes in one-to-one correspondence. The double-hole socket protection door is arranged among the outer ends of the jacks and the plug bushes. The socket double-hole hole-pattern module provided by the utility model is good in universality, and is capable of meeting the automatic production requirements of the socket and solving the problems that the double-hole hole pattern of an existing multi-position socket is not universal, the automatic production of the socket is restricted, and the safety is poor.

Description

With the socket diplopore pass module of shutter

Technical field

The utility model relates to supply socket, relates in particular to a kind of socket diplopore pass module with shutter.

Background technology

Supply socket is the electric equipment that 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 ten close relationships.The changeless fixed socket that is called of socket position when 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 bolt plug), three hole passes (socket aperture inserting for the plug of three latches) and five hole passes (claim again Universal Socket hole, synchronization can only and can be for the socket aperture of an insertion in the plug of double bolt plug and three latches).In order to meet the needs that insert multiple plugs simultaneously; designed multiposition socket, be 2010206562334 in China Patent No., 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.Existing diplopore pass the set-up mode of multiposition socket as China Patent No. be 2006200650797, Granted publication day is on November 7th, 2007, it is disclosed that name is called the patent document of " socket improved construction ", the socket and bush that forms diplopore pass is directly fixed on conducting sheet in socket in the mode of welding or riveted joint, between socket and bush, directly position in fixing by jack housing, the version of the diplopore pass in existing multiposition socket has the following disadvantages: can not public diplopore pass between the multiposition socket of different layouts, also not realizing the modularization of diplopore pass produces, restrict the realization of socket automated production, shutter, poor stability are not set.

Utility model content

The utility model provides a kind of versatility good and can meet the socket diplopore pass module with shutter of socket automated production needs, and having solved diplopore pass in existing multiposition socket can not be general, the problem of restriction socket automated production realization, poor stability.

Above technical problem solves by following technical proposal: a kind of socket diplopore pass module with shutter, comprise two socket and bush that subtend arranges, box and cover the diplopore module cover on box top at the bottom of diplopore module at the bottom of the unlimited diplopore module in top, described socket and bush is provided with conducting strip sleeve, described socket and bush is contained at the bottom of described diplopore module in box, described conducting strip sleeve passes the diapire of box at the bottom of described diplopore module, described diplopore module cover is provided with two module portion jacks that align correspondingly with described two socket and bush, between described jack outer end and described sleeve, be provided with Double-hole socket shutter.When use, according to the utility model of respective amount need to being fixed in jack housing towards the mode of socket panel with diplopore module cover of socket, then make conducting sheet in socket be plugged in conducting strip sleeve, conducting strip sleeve resilient clamp is on conducting sheet in socket and realize the connection of socket and bush and conducting sheet in socket, the latch of plug is inserted in socket and bush through module portion jack through after jack housing, in the process that socket latch inserts, push Double-hole socket shutter open, the Double-hole socket shutter that pulls the plug out of the socket after latch automatically resets to and blocks socket and bush, go same socket and bush contact and produce electric shock accidents in case object enters into the utility model inside from module portion jack.

As preferably, described conducting strip sleeve is provided with insert port, and described insert port is positioned at conducting strip sleeve one end away from socket and bush.In the process of assembling socket, can make conducting sheet in socket press to conducting strip sleeve and connect 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, it is in the perpendicular state of putting of broad ways that socket assembles conducting sheet in socket, makes clearance distance between adjacent conducting strip become large, has improved electrical insulation properties, fail safe is higher.

As preferably, described conducting strip sleeve comprises a pair of elastic clip, described elastic clip comprises tilting section and gripping section, between the tilting section of described a pair of elastic clip, form described insert port, the insert port length direction of the described insert port on a pair of socket and bush is identical, and the described conducting strip sleeve on a pair of socket and bush staggers along insert port Width.Make conducting sheet in socket (for the socket of diplopore pass, conducting sheet in socket has two of L utmost point conducting strip and N utmost point conducting strips) can be designed to straight rod-shaped, 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.

As preferably, described gripping section be provided with conducting sheet in socket on the supporting locking hole of latch.After the utility model and conducting sheet in socket link together, can not produce break-off, can improve the electrical connection reliability between the utility model and conducting sheet in socket.

As preferably, described conducting strip sleeve is arranged with the back-up block of a pair of insulation distributing along described insert port Width outward, described conducting strip sleeve is between described a pair of back-up block, described back-up block is connected on the diapire outer surface of box at the bottom of described diplopore module, and described back-up block exceeds described conducting strip sleeve away from one end of described socket and bush.Back-up block is set, at the bottom of making diplopore module, box can be played a supporting role to jack housing, thereby can improve the entire compression ability of socket, back-up block can also play electric and mechanical protection effect to the junction of conducting sheet in socket and conducting strip sleeve, improves the electrical safety of socket and the effect of reliability thereby play.

As preferably, described back-up block all exceeds described conducting strip sleeve along the two ends of the insert port length direction of described insert port, described back-up block is provided with and dodges groove towards the surface of described conducting strip sleeve one side, described in described tilting section is positioned at away from one end of described socket and bush, dodges groove.Electric and the mechanical protection of the junction to conducting sheet in socket and conducting strip sleeve is better.Convenience and compactedness can improve in conducting sheet in socket insertion conducting strip sleeve time are good.

As preferably, socket is provided with jack housing, described diplopore module cover away from described diplopore module at the bottom of box one side be provided with the diplopore module portion panel that exposes to jack housing, described module portion jack runs through described diplopore module portion panel.More convenient when the utility model is fixed in jack housing, and the stereovision of socket after the assembling of socket is good.

As preferably, the outer surface of described socket and bush is provided with the barb that prevents that socket and bush from departing from from the upper end of box at the bottom of diplopore module, and at the bottom of described diplopore module, box inner surface is provided with connecting hole, and described barb clasp joint is in described connecting hole.Socket and bush can not come off after wearing at the bottom of diplopore module in box, good reliability when connection.

As preferably, described diplopore module cover comprises upper plate and lower plate, and described lower plate is at the bottom of upper plate and described diplopore module between box, and described Double-hole socket shutter is slidably connected between described upper plate and lower plate.Convenient when fixing Double-hole socket shutter.The assembling of Double-hole socket shutter and the assembling of socket and bush can not produce interference.

The utility model also comprises diplopore module portion button bit, described diplopore module portion button bit comprise be arranged at the overhead kick of upper plate and be arranged at diplopore module at the bottom of the button hole of box, described button hole connects box at the bottom of described diplopore module along the distribution arrangement of box at the bottom of diplopore module cover and diplopore module, described overhead kick clasp joint is in described button hole, described lower plate is clamped at the bottom of described upper plate and described diplopore module between box, described Double-hole socket shutter comprises main body and the back-moving spring that drives main body to reset, described main body is provided with slide block and is distributed in two occlusion parts at main body two ends, the upper surface of described occlusion part is provided with unlatching inclined-plane, described lower plate is provided with the chute supporting with described slide block, the bearing of trend of described chute is vertical with the distribution arrangement of described occlusion part.Convenience when assembling the utility model is good, the good reliability in Double-hole socket shutter moving process.

The utlity model has following advantage: diplopore pass can be general in the multiposition socket of different layouts, can adapt to the needs of socket automated production; The mode clamping by insertion is electrically connected, without welding or riveted joint, more convenient while making automated production socket; Be integrated with Double-hole socket shutter, fail safe is good.

Accompanying drawing explanation

Fig. 1 is the split view at a visual angle of the utility model embodiment mono-.

Fig. 2 is that Fig. 1 removes the structural representation after upper plate.

Fig. 3 is the split view at another visual angle of the utility model embodiment mono-.

Fig. 4 is the front elevational schematic of the utility model embodiment mono-.

Fig. 5 is that embodiment mono-goes out except the cross-sectional schematic after diplopore module cover.

Fig. 6 is the schematic perspective view of the socket panel that coordinates of same embodiment mono-.

Fig. 7 is the use view of the utility model embodiment mono-.

Fig. 8 is the enlarged diagram of analysing and observe of conducting sheet in socket and socket and bush junction.

Fig. 9 is a stereoscopic-state schematic diagram of the utility model embodiment bis-.

In figure: conducting sheet in socket 3, latch 34, socket and bush 42, barb 421, conducting strip sleeve 43, elastic clip 432, linkage section 4321, gripping section 4322, tilting section 4323, introducing port 431, locking hole 433, box 61 at the bottom of diplopore module, connecting hole 611, diplopore module portion division board 62, diplopore module cover 63, upper plate 631, buckling groove 6311, lower plate 632, positioning convex 633, joint pin 634, chute 635, diplopore module portion panel 64, back-up block 65, dodge groove 651, back-up block is away from one end 652 of socket and bush, diplopore module portion button bit 66, overhead kick 661, button hole 662, limited step 67, module portion jack 68, Double-hole socket shutter 69, main body 691, back-moving spring 692, slide block 693, occlusion part 694, open inclined-plane 696, location notch 60, jack housing 9, socket panel 91, spacing shirt rim 911, clamping block 912, socket base case 92.

Embodiment

Below in conjunction with accompanying drawing and embodiment, the utility model is further described.

Embodiment mono-, referring to Fig. 1, a kind of socket diplopore pass module, comprises box 61 at the bottom of the unlimited diplopore module in top, diplopore module cover 63, diplopore module portion button bit 66 and Double-hole socket shutter 69.

At the bottom of diplopore module, in box 61, be provided with the diplopore module portion division board 62 of a pair of insulation.The working of plastics that at the bottom of diplopore module portion division board 62 and diplopore module, box 61 is structure as a whole.At the bottom of diplopore module, box 61 is also provided with the location notch 60 between diplopore module portion division board 62.

At the bottom of diplopore module, in box 61, be provided with the socket and bush 42 that two subtends arrange.Socket and bush 42 is double-purpose sleeve (being the sleeve that flat pin and round pin can both insert).Diplopore module portion division board 62 is between a pair of socket and bush 42.

Diplopore module cover 63 comprises upper plate 631 and lower plate 632.Upper plate 631 is provided with module portion jack 68 and a pair of buckling groove 6311.Module portion jack 68 connects upper plate 631 and lower plate 632.The lower surface of lower plate 632 is provided with positioning convex 633.

Diplopore module portion button bit 66 comprises overhead kick 661 and button hole 662.Overhead kick 661 is arranged at upper plate 631.Button hole 662 is arranged at box 61 at the bottom of diplopore module.Button hole 662 connects box 61 at the bottom of diplopore module along the distribution arrangement of box 61 at the bottom of diplopore module cover 63 and diplopore module.

Double-hole socket shutter 69 is connected between upper plate 631 and lower plate 632.

Referring to Fig. 2, the upper surface of lower plate 632 is provided with joint pin 634 and chute 635.Upper plate 631(is referring to Fig. 1) and lower plate 632 be inserted in the connecting hole on upper plate lower surface and be fixed together in friction tight mode by joint pin 634.

Double-hole socket shutter 69 comprises main body 691 and back-moving spring 692.Main body 691 is provided with slide block 693 and two occlusion parts 694.Slide block 693 is slidably connected in chute 635.The upper surface of occlusion part 694 is provided with opens inclined-plane 696.Occlusion part 694 is distributed in the two ends of main body 691.The distribution arrangement of occlusion part 694 is perpendicular to the bearing of trend of chute 635.

Referring to Fig. 3, socket and bush 42(, referring to Fig. 1, is blocked and cannot see in Fig. 3) be provided with conducting strip sleeve 43.Conducting strip sleeve 43 passes the diapire of box 61 at the bottom of diplopore module.Conducting strip sleeve 43 is provided with insert port 431.Insert port 431 is positioned at conducting strip sleeve 43 one end away from socket and bush.The insert port length direction of two insert ports 431 identical (in the present embodiment, at the bottom of the opening length direction of insert port and diplopore module, the Width of box is identical).Two conducting strip sleeves 43 stagger along insert port Width.The bathtub construction (being that insert port two ends along its length do not arrange obstacle) that insert port 431 is all opened wide for two ends.Each conducting strip sleeve 43 periphery is provided with the back-up block 65 of a pair of insulation.Back-up block 65 distributes along insert port 431 Widths.Conducting strip sleeve 43 is between a pair of back-up block 65.Back-up block 65 all exceeds conducting strip sleeve 43 along the two ends of insert port length direction.Back-up block 65 is connected on the diapire outer surface of box 61 at the bottom of diplopore module.At the bottom of back-up block 65 and diplopore module, box 61 is structure as a whole.Back-up block 65 is provided with and dodges groove 651 towards the surface of conducting strip sleeve 43 1 sides.

Referring to Fig. 4, back-up block exceeds conducting strip sleeve 43 away from one end 652 of socket and bush.Conducting strip sleeve 43 comprises a pair of elastic clip 432.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.One end away from socket and bush of tilting section 4323 is positioned at dodges groove 651(referring to Fig. 3).

Referring to Fig. 5, socket and bush 42 surfaces are provided with the barb 421 that prevents that socket and bush from departing from from the upper end of box at the bottom of diplopore module.At the bottom of diplopore module, box 61 inner surfaces are provided with connecting hole 611.Barb 421 clasp joints are in button hole 611.

Referring to Fig. 1 to 5, the method that the utility model is assembled is: overhead kick 661 clasp joints make box 61 and diplopore module cover 63 at the bottom of diplopore module be fixed together in button hole 662.Now upper plate 631 coordinates at the bottom of diplopore module box 61 to clamp lower plate 632 and lower plate to be contained at the bottom of diplopore module in box 61, and positioning convex 633 is contained in location notch 60.

Referring to Fig. 6, jack housing 9 comprises socket panel 91 and socket base case 92.Socket panel 91 and socket base case 92 surround a casing.The inner surface of socket panel 91 is provided with spacing group limit 911.

Referring to Fig. 7, the inner peripheral surface of spacing shirt rim 911 is provided with clamping block 912.

Referring to Fig. 6 and Fig. 7, the utility model being assembled into forwarding method in jack housing is: upper plate 631 is placed on the utility model in jack housing 9 towards the mode of socket panel 91, the upper end of upper plate 631 is contained in the space that spacing shirt rim 911 surrounds, and is inserted in buckling groove 6311 the utility model is fixed on the inner surface of socket panel 91 in friction tight mode by clamping block 912.

Making two conducting sheet in socket 3(be respectively N pole socket conducting strip and L pole socket conducting strip) respectively with two insert ports 431 align, conducting sheet in socket 3 is drawn close with the perpendicular state guide electricity sheet sleeve 43 of putting of Width, and conducting strip sleeve 43 is clamped on conducting sheet in socket 3 socket and bush 42(referring to Fig. 1) and conducting sheet in socket 3 be fixed together.Conducting strip sleeve 43 is all stretched out at the two ends of conducting sheet in socket 3 length directions.Back-up block 65 is supported on the inner surface of socket base case 92.

Referring to Fig. 8, elastic clip 432 also comprises linkage section 4321.Linkage section 4321 links together gripping section 4322 and socket and bush 42.Socket and bush 42 and conducting strip sleeve 43 are structure as a whole.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 by securing conducting sheet in socket 3 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.

Implement two, referring to Fig. 9, with the difference of embodiment mono-be: the upper surface of upper plate 631 is provided with diplopore module portion panel 64.Between diplopore module portion panel 64 and diplopore module cover 63, form limited step 67.Module portion jack 68 runs through diplopore module portion panel 64.

Accordingly, and on the socket panel that coordinates of the utility model the diapsid module window only passing for diplopore module portion panel 64 is set.When use, make diplopore module cover 63 with the alignment of diapsid module window, limited step 67 is connected on the inner surface of socket panel, in this embodiment, is hooked in the utility model the utility model is fixed on the inner surface of socket panel by barb.

Claims

1. A socket double-hole module with a protective door, comprising two socket sockets oppositely arranged, characterized in that it also includes a double-hole module bottom box with an open top and a cover on the top of the double-hole module bottom box The cover plate of the double-hole module, the socket sleeve is provided with a conductive sheet sleeve, the socket sleeve is accommodated in the bottom box of the double-hole module, and the conductive sheet sleeve passes through the bottom box of the double-hole module The bottom wall of the double-hole module cover is provided with two module part jacks that are aligned one-to-one with the two socket sleeves, and a double hole is arranged between the outer end of the jack and the sleeve. Hole socket protection door.

2. The socket double-hole module with a protective door according to claim 1, wherein the conductive sheet sleeve is provided with an insertion port, and the insertion port is located at the end of the conductive sheet sleeve away from the socket sleeve .

3. The socket double-hole module with a protective door according to claim 2, wherein the conductive sheet sleeve includes a pair of elastic clips, and the elastic clips include an inclined section and a clamping section, The insertion opening is formed between the inclined sections of the pair of elastic clips, the length direction of the insertion openings on the pair of socket sleeves is the same, and the conductive sheet sleeves on the pair of socket sleeves are along the The width direction of the insertion port is staggered.

4. The socket double-hole module with a protective door according to claim 3, wherein the clamping section is provided with a locking hole matched with the locking block on the conductive sheet of the socket.

5. The socket double-hole module with protective door according to claim 3 or 4, characterized in that, a pair of insulating support blocks distributed along the width direction of the insertion port are arranged on the periphery of the conductive sheet sleeve, so that The conductive sheet socket is located between the pair of support blocks, the support block is connected to the outer surface of the bottom wall of the double-hole module bottom box, and the end of the support block away from the socket socket exceeds the Conductive sheet socket.

6. The socket double-hole hole module with protective door according to claim 5, characterized in that, both ends of the support block along the length direction of the insertion port of the insertion port exceed the socket of the conductive sheet, An avoidance groove is provided on the surface of the support block facing the side of the conductive sheet sleeve, and the end of the inclined section away from the socket sleeve is located in the avoidance groove.

7. According to claim 1 or 2 or 3 or 4, the socket double-hole hole module with protective door is characterized in that, the socket is provided with a socket shell, and the cover plate of the double-hole module is far away from the bottom of the double-hole module. One side of the box is provided with a double-hole module part panel exposed to the socket shell, and the module part jack passes through the double-hole module part panel.

8. According to claim 1 or 2 or 3 or 4 described socket double-hole module with protective door, it is characterized in that, the outer surface of described socket sleeve is provided with to prevent socket sleeve from the bottom box of double-hole module The upper end of the two-hole module is detached from the barb, and the inner surface of the double-hole module bottom box is provided with a connecting hole, and the barb is hooked into the connecting hole.

9. According to claim 1 or 2 or 3 or 4 described socket double-hole module with protective door, it is characterized in that, the outer surface of described socket sleeve is provided with to prevent socket sleeve from the bottom box of double-hole module The upper end of the two-hole module is detached from the barb, and the inner surface of the double-hole module bottom box is provided with a connecting hole, and the barb is hooked into the connecting hole.

10. The socket double-hole socket module with a protective door according to claim 9, characterized in that it also includes a double-hole module part buckle, and the double-hole module part buckle includes a barb and a hook arranged on the upper plate. Set in the button hole of the double-hole module bottom box, the button hole runs through the double-hole module bottom box along the distribution direction of the double-hole module cover plate and the double-hole module bottom box, and the barb hook is connected to the button hole Inside, the lower plate is clamped between the upper plate and the double-hole module bottom box, the double-hole socket protection door includes a main body and a return spring for driving the main body to reset, the main body is provided with a slider and distribution There are two shielding parts at both ends of the main body. The upper surface of the shielding part is provided with an opening slope, and the lower plate is provided with a chute matched with the slider. The extending direction of the chute and the direction of the shielding part The direction of distribution is vertical.