CN204216376U

CN204216376U - Rotating plug

Info

Publication number: CN204216376U
Application number: CN201420753039.6U
Authority: CN
Inventors: 吴瑞雄
Original assignee: WEIXI SCIENCE AND TECHNOLOGY Co Ltd; Dongguan Well Shin Electronic Products Co Ltd
Current assignee: WEIXI SCIENCE AND TECHNOLOGY Co Ltd; Dongguan Well Shin Electronic Products Co Ltd
Priority date: 2014-12-03
Filing date: 2014-12-03
Publication date: 2015-03-18
Anticipated expiration: 2024-12-03

Abstract

The utility model discloses a kind of rotating plug, comprises a upper cover, dynamic rotating disk, a quiet rotating disk, a lower cover and a connecting line.Described dynamic rotating disk comprises a terminal block, multiple conductive base pin and multiple dynamic rotating disk contact tube.Described conductive base pin is fixedly arranged on terminal block.Described dynamic rotating disk contact tube interval is fixedly arranged on terminal block bottom, has a rotating ring respectively.Described quiet rotating disk is articulated in dynamic rotating disk bottom and is fixed on lower cover inside, comprises a pedestal and multiple quiet rotating disk contact tube.Described quiet rotating disk contact tube interval is fixedly arranged on pedestal, has a ring body portion respectively.The mutual ring of described rotating ring and ring body portion is established and is electrically connected.Described connecting line is fixedly arranged on quiet rotating disk.Described upper cover is covered on dynamic rotating disk, quiet rotating disk and connecting line.Described lower cover is fixedly arranged on upper cover bottom.Described upper cover, quiet rotating disk and lower cover can carry out 360 degree of rotations along with the lead of connecting line, and upper cover, quiet rotating disk, lower cover and connecting line carry out equal angular rotation simultaneously.

Description

Rotating plug

Technical field

The utility model relates to a kind of plug, particularly relates to a kind of rotating plug.

Background technology

Nowadays, electronic equipment is widely used in the daily production of people with life, in order to provide power supply to electronic equipment, usual plug comprises a connecting line, electronic equipment is connected to connecting line mostly, and plug is plugged on socket, to realize the connection of electronic equipment and power supply.When plug is plugged in after on socket, socket maintains static, and plug itself is fixed on socket, in order to ease of use, often understands mobile electronic device, therefore often needs the connecting line twisting plug.

But, owing to often needing to twist the connecting line of plug, and plug is difficult to along with the lead of connecting line rotates, and makes that connecting line is easily damaged even to rupture, cause that connecting line leaks electricity, the phenomenon of short circuit or open circuit occurs, thus affects electric property stability and the ease of use of plug.

Therefore, in order to the needs of the daily production and life that meet people, be necessary to provide a kind of rotating plug, thus be conducive to electric property stability and the ease of use of plug.

Summary of the invention

The purpose of this utility model is to provide a kind of rotating plug guaranteeing electric property stability and ease of use for above-mentioned the deficiencies in the prior art.

For achieving the above object, the utility model provides a kind of rotating plug, and it comprises a upper cover, dynamic rotating disk, a quiet rotating disk, a lower cover and a connecting line.Described upper cover has a top board, and the fluting of a up/down perforation is offered in described top board front end.Described dynamic rotating disk comprises a terminal block, multiple conductive base pin and multiple dynamic rotating disk contact tube.Described conductive base pin is fixedly arranged on terminal block, and described conductive base pin upper end stretches out in terminal block top respectively.Described dynamic rotating disk contact tube interval is fixedly arranged on terminal block bottom.Described dynamic rotating disk contact tube has a rotating ring respectively.Described conductive base pin lower end stretches out in terminal block bottom respectively and is fixedly arranged on bottom, dynamic rotating disk contact tube one end respectively.Described quiet rotating disk is articulated in dynamic rotating disk bottom and is fixed on lower cover inside, comprises a pedestal and multiple quiet rotating disk contact tube.Described quiet rotating disk contact tube interval is fixedly arranged on pedestal.Described quiet rotating disk contact tube has a ring body portion respectively.The rotating ring of described dynamic rotating disk contact tube and the mutual ring in ring body portion of quiet rotating disk contact tube are established and are electrically connected.Described connecting line is fixedly arranged on quiet rotating disk.Described upper cover is covered on dynamic rotating disk, quiet rotating disk and connecting line.Described conductive base pin upper end is exposed to outside upper cover by fluting.Described lower cover is fixedly arranged on upper cover bottom, makes rotating disk, quiet rotating disk and connecting line front end between upper cover and lower cover.Described connecting line rear end stretches out in outside upper cover and lower cover.Described upper cover, quiet rotating disk and lower cover can carry out 360 degree of rotations along with the lead of connecting line, and described upper cover, quiet rotating disk, lower cover and connecting line carry out equal angular rotation simultaneously.

Further, described terminal block offers one first jack and two the second jacks, conductive base pin comprises an earth pin, one zero line pin and a live prong, described earth pin, zero line pin and live prong upper end stretch out in terminal block top respectively by the first jack and the second jack, described dynamic rotating disk contact tube comprises a dynamic rotating disk ground wire contact tube, one dynamic rotating disk zero line contact tube and a dynamic rotating disk live wire contact tube, described earth pin, zero line pin and live prong lower end stretch out in terminal block bottom respectively and are fixedly arranged on dynamic rotating disk ground wire contact tube respectively, dynamic rotating disk zero line contact tube and bottom, dynamic rotating disk live wire contact tube one end.

Further, described dynamic rotating disk ground wire contact tube has one first rotating ring, described dynamic rotating disk zero line contact tube has one second rotating ring, described dynamic rotating disk live wire contact tube has one the 3rd rotating ring, described quiet rotating disk contact tube comprises a quiet rotating disk ground wire contact tube, one quiet rotating disk zero line contact tube and a quiet rotating disk live wire contact tube, described quiet rotating disk ground wire contact tube has a first ring body, described quiet rotating disk zero line contact tube has one second ring body portion, described quiet rotating disk live wire contact tube has one the 3rd ring body portion, described first ring body ring is established and is electrically connected at the first rotating ring outside, described second rotating ring ring is established and is electrically connected at the second outside, ring body portion, described 3rd ring body portion ring is established and is electrically connected at the 3rd rotating ring outside.

Further, described terminal block has a first substrate, the first support column and semiorbicular first support portion be arranged at intervals at outside the first support column of formation one hollow is protruded out downwards in the middle part of described first substrate bottom surface, it is outside that described first rotating ring is sheathed on the first support column, it is outside that described second rotating ring is sheathed on the first support portion, described dynamic rotating disk also comprises a shading ring, described shading ring is fixedly arranged on terminal block bottom, and described barrier cuff is located at the second rotating ring outside, described 3rd rotating ring is sheathed on shading ring outside, described first support column is installed in first ring body together with the first rotating ring, described first support portion is installed between the second ring body portion and first ring body, described 3rd rotating ring and shading ring are installed between the second ring body portion and the 3rd ring body portion.

Further, described first support column both sides and rear end convex are provided with multiple guide posts, the described guide posts upper end being positioned at the first support column rear end outwards protrudes out formation one first supporting part, two free ends of described first support portion lateral border outwards protrude out formation two the first butting sections, two parts of described first support portion lateral border outwards protrude out formation two the second supporting parts, described first downward recessed formation one first holding tank in rotating ring top edge rear end, described second downward recessed formation one second holding tank in rotating ring top edge front end, described first rotating ring is sheathed on the first support column along guide posts, described first holding tank groove upper wall is resisted against on the first supporting part, described second rotating ring upper peripheral edge is resisted against on the second supporting part, described second holding tank both sides cell wall is resisted against inside two the first butting sections.

Further, described earth pin has one first fixed part and by protruding out the first contact site formed in the middle part of the first fixed part lower end downwards, described zero line pin and live prong have identical structure, there is one second fixed part respectively and two protrude out by the second both sides, fixed part lower end the second contact site formed downwards, dynamic rotating disk ground wire contact tube has one and to be stretched out the first brace formed by the first rotating ring upper peripheral edge front end, one first connecting hole offered by described first brace, described dynamic rotating disk zero line contact tube has one and to be stretched out the second brace formed by the second side, rotating ring upper peripheral edge rear end, one second connecting hole offered by described second brace, described dynamic rotating disk live wire contact tube has one and to be stretched out the 3rd brace formed by the 3rd side, rotating ring upper peripheral edge rear end, one the 3rd connecting hole offered by described 3rd brace, described first contact site stretches out in terminal block bottom, described second contact site stretches out in terminal block bottom respectively, described first brace, second brace and the 3rd brace are arranged at terminal block bottom, first contact site is fixedly arranged on the first brace bottom by the first connecting hole, second contact site of described zero line pin is fixedly arranged on the second brace bottom through the second connecting hole, second contact site of described live prong is fixedly arranged on the 3rd brace bottom through the 3rd connecting hole.

Further, the first substrate of described terminal block protrudes out the reference column of formation one hollow downwards, described dynamic rotating disk live wire contact tube has one and to be stretched out the 4th brace formed by the 3rd rotating ring top edge, one the 4th connecting hole offered by described 4th brace, shading ring has a base portion and and outwards protrudes out by base portion top edge the semiorbicular spacer formed, the both sides of described spacer protrude out formation two gears downwards and hold portion, described gear hold portion's upper surface downwards a recessed gear hold groove, a location notch is formed between described spacer two free end, a location hole offered by described spacer, described first brace front end and the first contact site are contained in a gear respectively and hold in groove, being contained in another gear inside described second brace holds in groove, described 3rd brace is arranged at terminal block bottom by location notch, described 4th connecting hole corresponds in the middle part of location hole and reference column, described fixture is by the 4th connecting hole, by shading ring in the middle part of location hole and reference column, dynamic rotating disk live wire contact tube, dynamic rotating disk zero line contact tube and dynamic rotating disk ground wire contact tube are fixedly arranged on terminal block bottom.

Further, described pedestal has a second substrate, a holding hole is offered at the middle part of described second substrate, the hole wall of described holding hole upwards protrudes out formation one second support ring, described second substrate front-end and back-end upwards projection two lay respectively at second support portion at the second support ring front and rear, described first ring body is installed in the second support ring, and described second ring body portion is sheathed on the second support ring, and described 3rd ring body portion is sheathed on the second support portion.

Further, the inner peripheral upper end of described second support ring inwardly protrudes out the 3rd butting section of formation one annular, the recessed in opposite directions formation in inner peripheral both sides two of described second support ring runs through the buckle slot of the 3rd both sides, butting section, a buckling groove is offered in the side, outer peripheral edges bottom of described second support ring, described quiet rotating disk also comprises a potted component, described potted component is installed in pedestal, each free end bottom of described potted component extends to form a limiting section downwards, wherein a support slot is offered in a limiting section bottom, first ring body both sides outwards protrude out formation two clamping parts, quiet rotating disk zero line contact tube has one and is stretched out to downward-extension by the lower periphery side in the second ring body portion again, bend backward again and the second linking arm upwards extended to form, described second linking arm inwardly rushes near second one end, ring body portion and establishes a buckling parts, the opposite side in described 3rd ring body portion is outwards bent to form a fixing arm, described clamping part is snapped in buckle slot, described buckling parts is fastened in buckling groove, described fixing arm is fastened in support slot.

Further, multiple accepting groove is offered in described pedestal rear end, quiet rotating disk ground wire contact tube has first linking arm and being connected to first ring body lower periphery rear end and to be extended back the first contact arm formed by the free end of the first linking arm, described quiet rotating disk zero line contact tube has one and to be extended back the second contact arm formed by the free end of the second linking arm, described quiet rotating disk live wire contact tube has one and is stretched out downwards by the side of the 3rd ring body subordinate periphery again, and bend the 3rd linking arm that upwards extends to form again and backward and to be extended back the 3rd contact arm formed by the free end of the 3rd linking arm, described quiet rotating disk also comprises heart yearn folder and the locking part of multiple hollow, described first contact arm, second contact arm and the 3rd contact arm are respectively by heart yearn folder middle part, and load in accepting groove, described locking part is pressed from both sides by heart yearn and is arranged at the first contact arm respectively, second contact arm and the 3rd contact arm bottom, described connecting line to be inserted into respectively in accepting groove and to be positioned at the first contact arm, the top of the second contact arm and the 3rd contact arm.

Further, also comprise a clamp assemblies, described clamp assemblies to be held on connecting line and be fixed on upper cover and under cover, described clamp assemblies comprises a fixed cover, a binding ring, one first retaining piece and one second retaining piece, described fixed cover is sheathed on outside connecting line, and described binding ring lock onto outside fixed cover, and described first retaining piece is immobilizated in outside binding ring, described second retaining piece screws in the first retaining piece, and the second retaining piece is immobilizated in outside, binding ring rear end.

In sum, the upper cover of the utility model rotating plug, quiet rotating disk and lower cover can carry out 360 degree of rotations along with the lead of connecting line, and, described upper cover, quiet rotating disk lower cover and connecting line carry out equal angular rotation simultaneously, make the connecting line be connected with quiet rotating disk be easy to keep good form, thus guarantee electric property stability and the ease of use of rotating plug.

Accompanying drawing explanation

Fig. 1 is the stereogram of the utility model rotating plug.

Fig. 2 is the three-dimensional exploded view of rotating plug shown in Fig. 1.

Another three-dimensional exploded view that Fig. 3 is rotating plug shown in Fig. 1.

The three-dimensional exploded view of the dynamic rotating disk that Fig. 4 is rotating plug shown in Fig. 3.

The three-dimensional exploded view of the quiet rotating disk that Fig. 5 is rotating plug shown in Fig. 3.

Fig. 6 is the three-dimensional exploded view of the clamp assemblies of rotating plug shown in Fig. 3.

Fig. 7 is the partial perspective view of rotating plug shown in Fig. 1.

Fig. 8 is the stereogram of the terminal block of rotating plug shown in Fig. 1.

Fig. 9 is the stereogram of the pedestal of rotating plug shown in Fig. 1.

Figure 10 is the stereogram of the rotation status of rotating plug shown in Fig. 1.

In figure, each description of reference numerals is as follows.

Rotating plug 100 upper cover 10

Top board 11 slots 111

First gear holds plate 12 slot 121

First fixed leg 122 second fixed leg 123

First groove 124 stop block 125

Dynamic rotating disk 20 projection 201

Projection 202 short slot 203

Guide posts 204 first fixed part 205

First Plug Division 206 first contact site 207

Terminal block 21 first substrate 210

Stopper section 211 first jack 212

Second jack 213 first support column 214

First support portion 215 first supporting part 216

First butting section 217 second supporting part 218

Reference column 219 conductive base pin 22

Earth pin 221 zero line pin 222

Live prong 223 second fixed part 224

Second Plug Division 225 second contact site 226

Dynamic rotating disk contact tube 23 shading ring 24

Base portion 241 spacer 242

Gear is held portion 243 gear and is held groove 244

Location notch 245 location hole 246

Dynamic rotating disk ground wire contact tube 25 first rotating ring 251

First brace 252 first connecting hole 253

First holding tank 254 moves rotating disk zero line contact tube 26

Second rotating ring 261 second brace 262

Second connecting hole 263 second holding tank 264

Dynamic rotating disk live wire contact tube 27 the 3rd rotating ring 271

3rd brace 272 the 4th brace 273

3rd connecting hole 274 the 4th connecting hole 275

Fixture 28 rotating ring 29

Quiet rotating disk 30 holding hole 301

Buckle slot 302 buckling groove 303

Mounting groove 304 holding slot 305

Guide channel 306 guiding channel 307

Accepting groove 308 guide vane end stop 309

Pedestal 31 second substrate 310

Enclose plate 311 retainer ring 3111

Backboard 312 connecting plate 313

Accommodation space 314 second support ring 315

3rd support portion 317, butting section 316 second

Baffler 318 fixed block 319

Quiet rotating disk contact tube 32 heart yearn folder 33

Locking hole 331 potted component 34

Sealing 340 holding parts 341

Guidance part 342 limiting section 343

Support slot 344 locking part 35

Quiet rotating disk ground wire contact tube 36 first ring body 361

First linking arm 362 first contact arm 363

First fixing arm 364 first gear gripping arm 365

First contact 366 clamping part 367

Quiet rotating disk zero line contact tube 37 second ring body portion 371

Second linking arm 372 second contact arm 373

Buckling parts 374 second gear gripping arm 375

Second contact 376 quiet rotating disk live wire contact tube 38

3rd ring body portion 381 the 3rd linking arm 382

3rd contact arm 383 third gear gripping arm 384

3rd contact 385 fixing arm 386

Ring body portion 39 lower cover 40

Base plate 41 second gear holds plate 42

3rd fixed leg 43 top 44

Second groove 45 holding section 46

To shake hands 47 connecting lines 50

Heart yearn 51 conductive part 52

Clamp assemblies 60 fixed cover 61

Binding ring 62 gap 621

First retaining piece 63 blocking part 631

Backstop groove 632 first screw thread 633

Second retaining piece 64 second screw thread 641

First securing member 70 second securing member 80.

Embodiment

By describing technology contents of the present utility model, structural feature in detail, realized object and effect, accompanying drawing is coordinated to be explained in detail below in conjunction with execution mode.

Refer to Fig. 1 and Fig. 2, the utility model rotating plug 100 comprises a upper cover 10, dynamic rotating disk 20, quiet rotating disk 30, lower cover 40, connecting line 50 and a clamp assemblies 60.

Refer to Fig. 1, Fig. 2 and Fig. 3, described upper cover 10 has the first gear that a top board 11 and protrudes out formation downwards from top board 11 periphery and holds plate 12.The fluting 111 of a up/down perforation is offered in described top board 11 front end.The inner side that described first gear holds plate 12 lower rim sets to the concave a slot 121.First fixed leg 122 and the second fixed leg 123 of the multiple spaced hollow of the downward projection in described top board 11 bottom.Described first gear is held plate 12 rear end lower and to be set to the concave one first groove 124.With the criss-cross stop block 125 of the downward projection in junction one of top board 11 bottom inside described first groove 124 cell wall.

Refer to Fig. 2, Fig. 3 and Fig. 4, described dynamic rotating disk 20 comprises a terminal block 21, multiple conductive base pin 22, multiple dynamic rotating disk contact tube 23, shading ring 24 and a fixture 28.Described conductive base pin 22 comprises earth pin 221, zero line pin 222 and a live prong 223.Described dynamic rotating disk contact tube 23 comprises the dynamic rotating disk zero line contact tube of a dynamic rotating disk ground wire contact tube 25, one 26 and a dynamic rotating disk live wire contact tube 27.

Refer to Fig. 2, Fig. 3, Fig. 4 and Fig. 8, the first substrate 210 and that described terminal block 21 has a circle protrudes out the stopper section 211 of the annular formed downwards by first substrate 210 periphery.Front end, described first substrate 210 bottom surface is convexly equipped with a projection 201 downwards.Rear end, described first substrate 210 bottom surface is convexly equipped with two rectangular projections 202 downwards.The first jack 212 of the circle of a up/down perforation projection 201 and first substrate 210 offered by described terminal block 21.Rectangular second jack 213 of two up/down perforation projections 202 and first substrate 210 offered by described terminal block 21.The first support column 214 and semiorbicular first support portion 215 be arranged at intervals at outside the first support column 214 of formation one hollow is protruded out downwards in the middle part of described first substrate 210 bottom surface.Described first support portion 215 is arranged with projection 201 and projection 202 interval.Short slot 203 through before and after one is offered in described first front portion, support portion 215.

Refer to Fig. 2, Fig. 3, Fig. 4 and Fig. 8, described first support column 214 both sides and rear end convex are provided with multiple guide posts 204.Described guide posts 204 upper end being positioned at the first support column 214 rear end outwards protrudes out formation one first supporting part 216.Two free ends of described first support portion 215 lateral border outwards protrude out formation two the first butting sections 217.Described first support portion 215 lateral border outwards protrudes out formation two the second supporting parts 218.Wherein one second supporting part 218 is connected to one first butting section 217.Wherein another second supporting part 218 be positioned at the side that is close in another the first butting section 217 and and this interval, butting section 217, side first arrange.The first substrate 210 of described terminal block 21 protrudes out the reference column 219 of formation one hollow downwards.

Refer to Fig. 2 and Fig. 4, described earth pin 221 has one first fixed part 205, and upwards protrudes out columniform first Plug Division 206 and that formed to external expansion again by protruding out the first contact site 207 formed in the middle part of the first fixed part 205 lower end downwards by the first fixed part 205 upper end.Described zero line pin 222 and live prong 223 have identical structure.The second Plug Division 225 that the second fixed part 224, that described zero line pin 222 and live prong 223 have a strip respectively is upwards extended to form by the second fixed part 224 upper end and two are protruded out the second contact site 226 formed downwards by the second both sides, fixed part 224 lower end.

Refer to Fig. 2 and Fig. 4, described dynamic rotating disk contact tube 23 has a rotating ring 29 respectively.Described dynamic rotating disk ground wire contact tube 25 has one first rotating ring 251 and and to be stretched out the first brace 252 formed by the first rotating ring 251 upper peripheral edge front end.One first connecting hole 253 offered by described first brace 252.Described first downward recessed formation one first holding tank 254 in rotating ring 251 top edge rear end.

Refer to Fig. 2 and Fig. 4, described dynamic rotating disk zero line contact tube 26 has one second rotating ring 261 and and to be stretched out the second brace 262 formed by the second side, rotating ring 261 upper peripheral edge rear end.One second connecting hole 263 offered by described second brace 262.Described second downward recessed formation one second holding tank 264 in rotating ring 261 top edge front end.Described dynamic rotating disk live wire contact tube 27 has one the 3rd rotating ring 271, and to be stretched out the 4th brace 273 formed by the 3rd rotating ring 271 top edge opposite side by the 3rd side, rotating ring 271 upper peripheral edge rear end the 3rd brace 272 that formed and that stretches out.One the 3rd connecting hole 274 offered by described 3rd brace 272.One the 4th connecting hole 275 offered by described 4th brace 273.

Refer to Fig. 2 and Fig. 4, the base portion 241 and that described shading ring 24 has an annular outwards protrudes out by base portion 241 top edge the semiorbicular spacer 242 formed.The both sides of described spacer 242 protrude out formation two gear downwards and hold portion 243.Described gear hold portion 243 upper surface downwards a recessed gear hold groove 244.A location notch 245 is formed between described spacer 242 liang of free ends.A location hole 246 offered by described spacer 242.

Refer to Fig. 2, Fig. 3 and Fig. 5, described quiet rotating disk 30 comprises heart yearn folder 33, one potted component 34 and multiple locking part 35 of a pedestal 31, multiple quiet rotating disk contact tube 32, multiple hollow.Described quiet rotating disk contact tube 32 comprises quiet rotating disk ground wire contact tube 36, quiet rotating disk zero line contact tube 37 and a quiet rotating disk live wire contact tube 38.

Refer to Fig. 2, Fig. 3, Fig. 5 and Fig. 9, described pedestal 31 has a semicircular second substrate 310, and upwards protrudes out by second substrate 310 periphery formed semiorbicular and enclose plate 311, two and upwards protrude out by both sides, second substrate 310 rear end the connecting plate 313 that the backboard 312 and formed is connected to the arc between two backboards 312.Described connecting plate 313 is above backboard 312 and enclose plate 311 rear end.Described second substrate 310, enclose plate 311, between backboard 312 and connecting plate 313, enclose formation one accommodation space 314.The holding hole 301 of a up/down perforation is offered at the middle part of described second substrate 310.The hole wall of described holding hole 301 upwards protrudes out the second support ring 315 of formation one drum.The middle part of described second support ring 315 corresponds to holding hole 301.The inner peripheral upper end of described second support ring 315 inwardly protrudes out the 3rd butting section 316 of formation one annular.The recessed in opposite directions formation in inner peripheral both sides two of described second support ring 315 runs through the buckle slot 302 of the 3rd both sides, butting section 316.A buckling groove 303 is offered in the side, outer peripheral edges bottom of described second support ring 315.Described second substrate 310 front-end and back-end upwards projection two lay respectively at the second support portion 317 of the arc at the second support ring 315 front and rear.

Refer to Fig. 2, Fig. 3, Fig. 5 and Fig. 9, described second substrate 310 both sides are respectively to lower recessed and direction towards the second support ring 315 extends to form two mounting grooves 304 relatively.The junction of described two backboards 312 and connecting plate 313 both sides forward and extend to form two bafflers 318 be connected with two mounting groove 304 groove lower walls respectively downwards.Describedly enclose the reverse recessed formation in the plate 311 free end two sides relative with baffler 318 two holding slots 305.Described baffler 318 relatively holding slot 305 inner sidewall upper portion is arranged with a guide channel 306.Described baffler 318 is arranged with a guiding channel 307 in holding slot 305 madial wall bottom relatively.Described guide channel 306 is arranged in a linear with guiding channel 307.Described second substrate 310 is connected a fixed block 319 with connecting plate 313 junction.Multiple accepting groove 308 is offered in described pedestal 31 rear end.Particularly, both sides, described pedestal 31 rear end are offered two and are run through the accepting groove 308 be communicated with in the middle part of second substrate 310 both sides and backboard 312 and with mounting groove 304 respectively.Offer in the middle part of described pedestal 31 rear end and always wear fixed block 319 bottom and anterior accepting groove 308.The described both sides, inner peripheral top enclosing plate 311 are inwardly convexly equipped with two guide vane end stops 309.Described plate 311 both sides and fixed block 319 rear end of enclosing outwards protrudes out the multiple retainer ring 3111 of formation.Described plate 311 front end that encloses is above enclosing plate 311 rear end.Described connecting plate 313 end face with enclose plate 311 front end either flush.

Refer to Fig. 2, Fig. 4 and Fig. 5, described quiet rotating disk contact tube 32 has a ring body portion 39 respectively, and the rotating ring 29 of described dynamic rotating disk contact tube 23 is established with the mutual ring in the ring body portion 39 of quiet rotating disk contact tube 32 and is electrically connected.Described quiet rotating disk ground wire contact tube 36 has the first linking arm 362 taken the shape of the letter U and that a first ring body 361, is connected to first ring body 361 lower periphery rear end and to be extended back the first contact arm 363 formed by the free end of the first linking arm 362.Described first both sides, contact arm 363 front end extend to form two the first fixing arms 364 downwards.Described first contact arm 363 rear end protrudes out formation one first gear gripping arm 365 downwards.Described first contact arm 363 upper surface is convex is provided with two the first contacts 366.Described first ring body 361 both sides outwards protrude out formation two clamping parts 367.

Refer to Fig. 2 and Fig. 5, described quiet rotating disk zero line contact tube 37 has one second ring body portion 371, and is stretched out to downward-extension by the lower periphery side in the second ring body portion 371 again, and bending the second linking arm 372 upwards extended to form and one to be extended back the second contact arm 373 formed by the free end of the second linking arm 372 backward again.Described second linking arm 372 inwardly rushes near second one end, ring body portion 371 and establishes a buckling parts 374.The free end of described second contact arm 373 protrudes out formation one second gear gripping arm 375 downwards.The upper surface of described second contact arm 373 is convex is provided with two the second contacts 376.

Refer to Fig. 2 and Fig. 5, described quiet rotating disk live wire contact tube 38 has one the 3rd ring body portion 381, and is stretched out downwards by the side of the 3rd ring body portion 381 lower periphery again, and bends the 3rd linking arm 382 that upwards extends to form again and backward and to be extended back the 3rd contact arm 383 formed by the free end of the 3rd linking arm 382.The free end of described 3rd contact arm 383 protrudes out formation one third gear gripping arm 384 downwards.The upper surface of described 3rd contact arm 383 is convex is provided with two the 3rd contacts 385.The opposite side in described 3rd ring body portion 381 is outwards bent to form a fixing arm 386.

Refer to Fig. 2 and Fig. 5, the hollow structure that described heart yearn folder 33 is through in front and back.Described heart yearn presss from both sides 33 bottoms offers a locking hole 331.Described potted component 34 has one and takes the shape of the letter U and the sealing 340 that arranges backward of its opening.Each free end both sides of described potted component 34 protrude out formation two holding parts 341 downwards.Wherein, the relative both sides of two free ends of potted component 34 are convexly equipped with two guidance parts 342 in opposite directions.Each free end bottom of described potted component 34 extends to form a limiting section 343 downwards.Described limiting section 343 is positioned at the rear of holding parts 341.Wherein a support slot 344 is offered in limiting section 343 bottom.Described support slot 344 corresponds to fixing arm 386.

Refer to Fig. 2, described lower cover 40 shape is corresponding with upper cover 10 shape, has a base plate 41 and and upwards protrudes out by base plate 41 periphery the second gear formed and hold plate 42.Described base plate 41 is convex to be provided with the setting of multiple interval and to hold the 3rd fixed leg 43 of the hollow be connected inside plate 42 with second gear.Described base plate 41 is convex is provided with multiple spaced top 44.Described base plate 41 upper rear end is recessed one second groove 45 downwards.Described second groove 45 corresponds to the first groove 124.Described second gear holds that the upper peripheral edge of plate 42 is convex is provided with a holding section 46.Described base plate 41 bottom connects an arc handle 47.

Refer to Fig. 2 and Fig. 6, described connecting line 50 comprises multiple heart yearn 51.Described heart yearn 51 front end is respectively equipped with a conductive part 52.Described clamp assemblies 60 comprises fixed cover 61, binding ring 62,1 first retaining piece 63 and one second retaining piece 64.Described binding ring 62 is arranged in hollow taper, and before described binding ring 62, periphery diameter is greater than back periphery diameter.Described binding ring 62 rear end is provided with multiple spaced gap 621.Before described first retaining piece 63, periphery is convexly equipped with a blocking part 631.Described first retaining piece 63 offers a top, through blocking part 631 and anterior backstop groove 632.Described first retaining piece 63 and the second retaining piece 64 are arranged in hollow.The first screw thread 633 is provided with in described first retaining piece 63.The second screw thread 641 is provided with in described second retaining piece 64.

Refer to Fig. 1 to Fig. 9, when assembling the utility model rotating plug 100, first, the dynamic rotating disk 20 of assembling.Particularly, described conductive base pin 22 is fixedly arranged on terminal block 21.Described conductive base pin 22 upper end stretches out in terminal block 21 top respectively.Described conductive base pin 22 lower end stretches out in terminal block 21 bottom respectively and is fixedly arranged on bottom, dynamic rotating disk contact tube 23 one end respectively.Described earth pin 221, zero line pin 222 and live prong 223 upper end stretch out in terminal block 21 top respectively by the first jack 212 and the second jack 213.Described earth pin 221, zero line pin 222 and live prong 223 lower end stretch out in terminal block 21 bottom respectively and are fixedly arranged on dynamic rotating disk ground wire contact tube 25, dynamic rotating disk zero line contact tube 26 and bottom, dynamic rotating disk live wire contact tube 27 one end respectively.Described earth pin 221 is inserted in the first jack 212.Described first Plug Division 206 stretches out in first substrate 210 top of terminal block 21 by the first jack 212.Described first fixed part 205 is fixed in the first jack 212.Described first contact site 207 stretches out in projection 201 bottom.Described zero line pin 222 and live prong 223 are inserted in the second jack 213 respectively.Wherein, described second Plug Division 225 stretches out in first substrate 210 top of terminal block 21 respectively by the second jack 213.Described second fixed part 224 is individually fixed in the second jack 213.Described second contact site 226 stretches out in projection 202 bottom of terminal block 21 respectively.

Described dynamic rotating disk contact tube 23 interval is fixedly arranged on terminal block 21 bottom.Described dynamic rotating disk ground wire contact tube 25 is fixedly arranged on terminal block 21 bottom.It is outside that described first rotating ring 251 is sheathed on the first support column 214 along guide posts 204.Described first holding tank 254 groove upper wall is resisted against on the first supporting part 216.Described first brace 252 is arranged at projection 201 bottom of terminal block 21, and the first contact site 207 is fixedly arranged on the first brace 252 bottom by the first connecting hole 253.Described dynamic rotating disk zero line contact tube 26 is fixedly arranged on terminal block 21 bottom.Second rotating ring 261 of described dynamic rotating disk zero line contact tube 26 is sheathed on the first outside, support portion 215.Described second rotating ring 261 upper peripheral edge is resisted against on the second supporting part 218.Described second holding tank 264 both sides cell wall is resisted against inside two the first butting sections 217.Described second brace 262 is arranged at projection 202 bottom of terminal block 21, and the second contact site 226 of zero line pin 222 is fixedly arranged on the second brace 262 bottom through the second connecting hole 263.

Described shading ring 24 is fixedly arranged on terminal block 21 bottom, and the second rotating ring 261 that described shading ring 24 is sheathed on dynamic rotating disk zero line contact tube 26 is outside.It is outside that described base portion 241 is sheathed on the second rotating ring 261.Described spacer 242 is arranged at projection 201, projection 202 and reference column 219 bottom.Described first brace 252 front end and the first contact site 207 are contained in a gear respectively and hold in groove 244.Be contained in another gear inside described second brace 262 to hold in groove 244.Described 4th connecting hole 275 corresponds in the middle part of location hole 246 and reference column 219.Described dynamic rotating disk live wire contact tube 27 is fixedly arranged on terminal block 21 bottom.3rd rotating ring 271 of described dynamic rotating disk live wire contact tube 27 is sheathed on shading ring 24 outside.Described 3rd brace 272 is arranged at projection 202 bottom of terminal block 21 by location notch 245, and the second contact site 226 of live prong 223 is fixedly arranged on the 3rd brace 272 bottom through the 3rd connecting hole 274.Described 4th brace 273 is arranged at projection 201 bottom of terminal block 21, and described fixture 28 is by being fixedly arranged on terminal block 21 bottom by shading ring 24, dynamic rotating disk live wire contact tube 27, dynamic rotating disk zero line contact tube 26 and dynamic rotating disk ground wire contact tube 25 in the middle part of the 4th connecting hole 275, location hole 246 and reference column 219.

Secondly, quiet rotating disk 30 is assembled.Particularly, described quiet rotating disk contact tube 32 interval is fixedly arranged on pedestal 31.Described first contact arm 363, second contact arm 373 and the 3rd contact arm 383 are respectively by the middle part of heart yearn folder 33, and load in accepting groove 308, described locking part 35 is arranged at the first contact arm 363, second contact arm 373 and the 3rd contact arm 383 bottom respectively by heart yearn folder 33.Described quiet rotating disk ground wire contact tube 36 is fixedly arranged on pedestal 31.Described first ring body 361 is installed in the second support ring 315.Described first ring body 361 is resisted against described 3rd bottom, butting section 316.Described clamping part 367 is snapped in buckle slot 302.Described first linking arm 362 is positioned at second substrate 310 bottom.Described first contact arm 363 is by the middle part of heart yearn folder 33, and described first contact arm 363 and heart yearn press from both sides 33 loads accepting groove 308 in the middle part of pedestal 31 rear end.Described two the first fixing arms 364 are resisted against accepting groove 308 both sides cell wall.Described first gear gripping arm 365 gear to be held in before accepting groove 308 inside cell wall.

Described quiet rotating disk zero line contact tube 37 is fixedly arranged on pedestal 31.Described second ring body portion 371 is placed in accommodation space 314, and is sheathed on the second support ring 315.Described buckling parts 374 is fastened in buckling groove 303.Described second linking arm 372 is installed in the mounting groove 304 of second substrate 310 side.Described second contact arm 373 is by the middle part of heart yearn folder 33, and described second contact arm 373 presss from both sides 33 with heart yearn loads in the accepting groove 308 of side, pedestal 31 rear end.Described second gear gripping arm 375 gear to be held in before accepting groove 308 inside cell wall.Described locking part 35 is arranged at the second contact arm 373 by the locking hole 331 of heart yearn folder 33 and presss from both sides 33 bottoms with heart yearn.

Described quiet rotating disk live wire contact tube 38 is fixedly arranged on pedestal 31.Described 3rd ring body portion 381 is placed in accommodation space 314, and is sheathed on the second support portion 317.Described 3rd linking arm 382 is installed in the mounting groove 304 of second substrate 310 opposite side.Described 3rd contact arm 383 is by the middle part of heart yearn folder 33, and described 3rd contact arm 383 presss from both sides 33 with heart yearn loads in the accepting groove 308 of pedestal 31 rear end opposite side.Described third gear gripping arm 384 gear to be held in before accepting groove 308 inside cell wall.Described fixing arm 386 is placed in accommodation space 314.Described locking part 35 is arranged at the 3rd contact arm 383 by the locking hole 331 of heart yearn folder 33 and presss from both sides 33 bottoms with heart yearn.

Described potted component 34 is installed in pedestal 31, and is placed in accommodation space 314.Described guidance part 342 slips in guiding channel 307 along guide channel 306, and described holding parts 341 is immobilizated in holding slot 305.Described limiting section 343 is positioned at the front of heart yearn folder 33.Described fixing arm 386 is fastened in support slot 344.Described guide vane end stop 309 is positioned at the top of sealing 340, and potted component 34 is limited in accommodation space 314.

Again, described dynamic rotating disk 20 is installed on quiet rotating disk 30.Described quiet rotating disk 30 is articulated in dynamic rotating disk 20 bottom and is fixed on lower cover 40 inside.Particularly, the stopper section 211 of described terminal block 21 is arranged at connecting plate 313 end face and encloses on the end face of plate 311 front end.Described first support column 214 is installed in the first ring body 361 of described quiet rotating disk ground wire contact tube 36 together with the first rotating ring 251 of described dynamic rotating disk ground wire contact tube 25.Described first ring body 361 ring is established and is electrically connected at the first rotating ring 251 outside.Between the second ring body portion 371 that described first support portion 215 is installed in described quiet rotating disk zero line contact tube 37 and first ring body 361.Described second rotating ring 261 ring is established and is electrically connected at the second outside, ring body portion 371.The base portion 241 of described 3rd rotating ring 271 and shading ring 24 is installed between the 3rd ring body portion 381 of the second ring body portion 371 and quiet rotating disk live wire contact tube 38.Described 3rd ring body portion 381 ring is established and is electrically connected at the 3rd rotating ring 271 outside.

Described connecting line 50 is fixedly arranged on quiet rotating disk 30, and described connecting line 50 rear end stretches out in outside upper cover 10 and lower cover 40.Particularly, the conductive part 52 of the heart yearn 51 of described connecting line 50 to be inserted into respectively in accepting groove 308 and to be positioned at the top of the first contact arm 363, second contact arm 373 and the 3rd contact arm 383.Described locking part 35 is locked in the first contact arm 363 by the locking hole 331 of heart yearn folder 33 and heart yearn presss from both sides 33 bottoms, the conductive part 52 of heart yearn 51 is made to be locked in the first contact arm 363 and heart yearn presss from both sides between 33, in electrical contact with the conductive part 52 and the first contact arm 363 of guaranteeing heart yearn 51.Described locking part 35 is locked in the second contact arm 373 by the locking hole 331 of heart yearn folder 33 and heart yearn presss from both sides 33 bottoms, the conductive part 52 of heart yearn 51 is made to be locked in the second contact arm 373 and heart yearn presss from both sides between 33, in electrical contact with the conductive part 52 and the second contact arm 373 of guaranteeing heart yearn 51.Described locking part 35 is locked in the 3rd contact arm 383 by the locking hole 331 of heart yearn folder 33 and heart yearn presss from both sides 33 bottoms, the conductive part 52 of heart yearn 51 is made to be locked in the 3rd contact arm 383 and heart yearn presss from both sides between 33, in electrical contact with the conductive part 52 and the 3rd contact arm 383 of guaranteeing heart yearn 51.

Described clamp assemblies 60 is held on connecting line 50.Particularly, described fixed cover 61 is sheathed on outside connecting line 50.Described binding ring 62 lock onto outside fixed cover 61.Described first retaining piece 63 is immobilizated in outside binding ring 62.Described second retaining piece 64 screws in the first retaining piece 63.Described second screw thread 641 engages with the first screw thread 633, and the second retaining piece 64 is immobilizated in the first retaining piece 63, and the second retaining piece 64 is immobilizated in outside, binding ring 62 rear end.

Finally, described upper cover 10 is covered on dynamic rotating disk 20, quiet rotating disk 30, connecting line 50 and clamp assemblies 60.Described stopper section 211 backstop is in fluting 111 cell wall bottom.Described conductive base pin 22 upper end is exposed to outside upper cover 10 by fluting 111.Described first Plug Division 206 and the second Plug Division 225 are exposed to outside upper cover 10 by fluting 111.Described retainer ring 3111 corresponds in the middle part of described first fixed leg 122.Described stop block 125 backstop is in backstop groove 632.Described rotating plug 100 also comprises multiple first securing member 70 and multiple second securing member 80.Described first securing member 70 is by being fixed on quiet rotating disk 30 on upper cover 10 together with dynamic rotating disk 20 with retainer ring 3111 in the middle part of the first fixed leg 122.Described lower cover 40 is fixedly arranged on upper cover 10 bottom, makes rotating disk 20, quiet rotating disk 30, connecting line 50 front end and clamp assemblies 60 front end between upper cover 10 and lower cover 40.Correspond in the middle part of the 3rd fixed leg 43 in the middle part of described second fixed leg 123.Described second securing member 80 is by being fixed on upper cover 10 on lower cover 40 in the middle part of the second fixed leg 123 He in the middle part of the 3rd fixed leg 43.Described holding section 46 is sticked in slot 121.Meanwhile, described dynamic rotating disk 20, quiet rotating disk 30, connecting line 50 and clamp assemblies 60 are fixedly arranged between upper cover 10 and lower cover 40.Described first groove 124 corresponds to the second groove 45.Described top 44 is resisted against pedestal 31 bottom.Described connecting line 50 rear end and clamp assemblies 60 rear end are stretched out in outside upper cover 10 and lower cover 40 by the first groove 124 and the second groove 45.On described blocking part 631, terminal block is held in the first groove 124 cell wall rear surface, and 631 times, described blocking part terminal block is held in the second groove 45 cell wall rear surface, thus is fixed on upper cover 10 and lower cover 40 by clamp assemblies 60.Therefore, described clamp assemblies 60 to be held on connecting line 50 and to be fixed on upper cover 10 and lower cover 40.

Refer to Fig. 1 to Figure 10, when not using the utility model rotating plug 100, rotatable dynamic rotating disk 20, the first rotating ring 251 of described dynamic rotating disk ground wire contact tube 25 is made to carry out 360 degree of rotations along the first ring body 361 of quiet rotating disk ground wire contact tube 36, described second ring body portion 371 carries out 360 degree of rotations along described second rotating ring 261, described 3rd rotating ring 271 carries out 360 degree of rotations along the 3rd ring body portion 381, thus dynamic rotating disk 20 can rotate to required angle.Described upper cover 10, quiet rotating disk 30, lower cover 40 and clamp assemblies 60 can carry out 360 degree of rotations along with the lead of connecting line 50.Simultaneously, the first ring body 361 of described quiet rotating disk ground wire contact tube 36 carries out 360 degree of rotations along the first rotating ring 251 of dynamic rotating disk ground wire contact tube 25, described second rotating ring 261 carries out 360 degree of rotations along described second ring body portion 371, and described 3rd ring body portion 381 carries out 360 degree of rotations along the 3rd rotating ring 271.Further, described upper cover 10, quiet rotating disk 30, lower cover 40, clamp assemblies 60 carry out equal angular rotation with connecting line 50 simultaneously.

Refer to Fig. 1 to Figure 10, when using the utility model rotating plug 100, when described rotating plug 100 is plugged in after in a socket (not shown), described first Plug Division 206 and the second Plug Division 225 are plugged on socket, described socket maintains static, and described rotating plug 100 itself is fixed on socket, in order to the ease of use of rotating plug 100, often need the connecting line 50 twisting rotating plug 100, described upper cover 10, quiet rotating disk 30, lower cover 40 and clamp assemblies 60 can carry out 360 degree of rotations along with the lead of connecting line 50.Simultaneously, the first ring body 361 of described quiet rotating disk ground wire contact tube 36 carries out 360 degree of rotations along the first rotating ring 251 of dynamic rotating disk ground wire contact tube 25, described second rotating ring 261 carries out 360 degree of rotations along described second ring body portion 371, and described 3rd ring body portion 381 carries out 360 degree of rotations along the 3rd rotating ring 271.Further, described upper cover 10, quiet rotating disk 30, lower cover 40, clamp assemblies 60 carry out equal angular rotation with connecting line 50 simultaneously.When rotating described upper cover 10, quiet rotating disk 30, lower cover 40 and clamp assemblies 60, can hold handle 47 and carrying out rotation lower cover 40, to drive upper cover 10, quiet rotating disk 30 rotates together with clamp assemblies 60.

When the utility model rotating plug 100 extracted by needs, can upwards pull handle 47, extract smoothly to make rotating plug 100.

In sum, the upper cover 10 of the utility model rotating plug 100, quiet rotating disk 30 and lower cover 40 can carry out 360 degree of rotations along with the lead of connecting line 50, and, described upper cover 10, quiet rotating disk 30 and lower cover 40, carry out equal angular rotation with connecting line 50 simultaneously, make the connecting line 50 be connected with quiet rotating disk 30 be easy to keep good form, thus guarantee electric property stability and the ease of use of rotating plug 100.

Claims

1. a rotating plug, it is characterized in that: comprise a upper cover, one dynamic rotating disk, one quiet rotating disk, one lower cover and a connecting line, described upper cover has a top board, the fluting of a up/down perforation is offered in described top board front end, described dynamic rotating disk comprises a terminal block, multiple conductive base pin and multiple dynamic rotating disk contact tube, described conductive base pin is fixedly arranged on terminal block, and described conductive base pin upper end stretches out in terminal block top respectively, described dynamic rotating disk contact tube interval is fixedly arranged on terminal block bottom, described dynamic rotating disk contact tube has a rotating ring respectively, described conductive base pin lower end stretches out in terminal block bottom respectively and is fixedly arranged on bottom, dynamic rotating disk contact tube one end respectively, described quiet rotating disk is articulated in dynamic rotating disk bottom and is fixed on lower cover inside, comprise a pedestal and multiple quiet rotating disk contact tube, described quiet rotating disk contact tube interval is fixedly arranged on pedestal, described quiet rotating disk contact tube has a ring body portion respectively, and the rotating ring of described dynamic rotating disk contact tube and the mutual ring in ring body portion of quiet rotating disk contact tube are established and be electrically connected, described connecting line is fixedly arranged on quiet rotating disk, and described upper cover is covered on dynamic rotating disk, quiet rotating disk and connecting line, and described conductive base pin upper end is exposed to outside upper cover by fluting, described lower cover is fixedly arranged on upper cover bottom, make rotating disk, quiet rotating disk and connecting line front end between upper cover and lower cover, described connecting line rear end stretches out in outside upper cover and lower cover, described upper cover, quiet rotating disk and lower cover can carry out 360 degree of rotations along with the lead of connecting line, further, described upper cover, quiet rotating disk, lower cover and connecting line carry out equal angular rotation simultaneously.

2. rotating plug as claimed in claim 1, it is characterized in that: described terminal block offers one first jack and two the second jacks, conductive base pin comprises an earth pin, one zero line pin and a live prong, described earth pin, zero line pin and live prong upper end stretch out in terminal block top respectively by the first jack and the second jack, described dynamic rotating disk contact tube comprises a dynamic rotating disk ground wire contact tube, one dynamic rotating disk zero line contact tube and a dynamic rotating disk live wire contact tube, described earth pin, zero line pin and live prong lower end stretch out in terminal block bottom respectively and are fixedly arranged on dynamic rotating disk ground wire contact tube respectively, dynamic rotating disk zero line contact tube and bottom, dynamic rotating disk live wire contact tube one end.

3. rotating plug as claimed in claim 2, it is characterized in that: described dynamic rotating disk ground wire contact tube has one first rotating ring, described dynamic rotating disk zero line contact tube has one second rotating ring, described dynamic rotating disk live wire contact tube has one the 3rd rotating ring, described quiet rotating disk contact tube comprises a quiet rotating disk ground wire contact tube, one quiet rotating disk zero line contact tube and a quiet rotating disk live wire contact tube, described quiet rotating disk ground wire contact tube has a first ring body, described quiet rotating disk zero line contact tube has one second ring body portion, described quiet rotating disk live wire contact tube has one the 3rd ring body portion, described first ring body ring is established and is electrically connected at the first rotating ring outside, described second rotating ring ring is established and is electrically connected at the second outside, ring body portion, described 3rd ring body portion ring is established and is electrically connected at the 3rd rotating ring outside.

4. rotating plug as claimed in claim 3, it is characterized in that: described terminal block has a first substrate, the first support column and semiorbicular first support portion be arranged at intervals at outside the first support column of formation one hollow is protruded out downwards in the middle part of described first substrate bottom surface, it is outside that described first rotating ring is sheathed on the first support column, it is outside that described second rotating ring is sheathed on the first support portion, described dynamic rotating disk also comprises a shading ring, described shading ring is fixedly arranged on terminal block bottom, and described barrier cuff is located at the second rotating ring outside, described 3rd rotating ring is sheathed on shading ring outside, described first support column is installed in first ring body together with the first rotating ring, described first support portion is installed between the second ring body portion and first ring body, described 3rd rotating ring and shading ring are installed between the second ring body portion and the 3rd ring body portion.

5. rotating plug as claimed in claim 4, it is characterized in that: described first support column both sides and rear end convex are provided with multiple guide posts, the described guide posts upper end being positioned at the first support column rear end outwards protrudes out formation one first supporting part, two free ends of described first support portion lateral border outwards protrude out formation two the first butting sections, two parts of described first support portion lateral border outwards protrude out formation two the second supporting parts, described first downward recessed formation one first holding tank in rotating ring top edge rear end, described second downward recessed formation one second holding tank in rotating ring top edge front end, described first rotating ring is sheathed on the first support column along guide posts, described first holding tank groove upper wall is resisted against on the first supporting part, described second rotating ring upper peripheral edge is resisted against on the second supporting part, described second holding tank both sides cell wall is resisted against inside two the first butting sections.

6. rotating plug as claimed in claim 4, it is characterized in that: described earth pin has one first fixed part and by protruding out the first contact site formed in the middle part of the first fixed part lower end downwards, described zero line pin and live prong have identical structure, there is one second fixed part respectively and two protrude out by the second both sides, fixed part lower end the second contact site formed downwards, dynamic rotating disk ground wire contact tube has one and to be stretched out the first brace formed by the first rotating ring upper peripheral edge front end, one first connecting hole offered by described first brace, described dynamic rotating disk zero line contact tube has one and to be stretched out the second brace formed by the second side, rotating ring upper peripheral edge rear end, one second connecting hole offered by described second brace, described dynamic rotating disk live wire contact tube has one and to be stretched out the 3rd brace formed by the 3rd side, rotating ring upper peripheral edge rear end, one the 3rd connecting hole offered by described 3rd brace, described first contact site stretches out in terminal block bottom, described second contact site stretches out in terminal block bottom respectively, described first brace, second brace and the 3rd brace are arranged at terminal block bottom, first contact site is fixedly arranged on the first brace bottom by the first connecting hole, second contact site of described zero line pin is fixedly arranged on the second brace bottom through the second connecting hole, second contact site of described live prong is fixedly arranged on the 3rd brace bottom through the 3rd connecting hole.

7. rotating plug as claimed in claim 6, it is characterized in that: the first substrate of described terminal block protrudes out the reference column of formation one hollow downwards, described dynamic rotating disk live wire contact tube has one and to be stretched out the 4th brace formed by the 3rd rotating ring top edge, one the 4th connecting hole offered by described 4th brace, shading ring has a base portion and and outwards protrudes out by base portion top edge the semiorbicular spacer formed, the both sides of described spacer protrude out formation two gears downwards and hold portion, described gear hold portion's upper surface downwards a recessed gear hold groove, a location notch is formed between described spacer two free end, a location hole offered by described spacer, described first brace front end and the first contact site are contained in a gear respectively and hold in groove, being contained in another gear inside described second brace holds in groove, described 3rd brace is arranged at terminal block bottom by location notch, described 4th connecting hole corresponds in the middle part of location hole and reference column, described fixture is by the 4th connecting hole, by shading ring in the middle part of location hole and reference column, dynamic rotating disk live wire contact tube, dynamic rotating disk zero line contact tube and dynamic rotating disk ground wire contact tube are fixedly arranged on terminal block bottom.

8. rotating plug as claimed in claim 3, it is characterized in that: described pedestal has a second substrate, a holding hole is offered at the middle part of described second substrate, the hole wall of described holding hole upwards protrudes out formation one second support ring, described second substrate front-end and back-end upwards projection two lay respectively at second support portion at the second support ring front and rear, described first ring body is installed in the second support ring, described second ring body portion is sheathed on the second support ring, and described 3rd ring body portion is sheathed on the second support portion.

9. rotating plug as claimed in claim 8, it is characterized in that: the inner peripheral upper end of described second support ring inwardly protrudes out the 3rd butting section of formation one annular, the recessed in opposite directions formation in inner peripheral both sides two of described second support ring runs through the buckle slot of the 3rd both sides, butting section, a buckling groove is offered in the side, outer peripheral edges bottom of described second support ring, described quiet rotating disk also comprises a potted component, described potted component is installed in pedestal, each free end bottom of described potted component extends to form a limiting section downwards, wherein a support slot is offered in a limiting section bottom, first ring body both sides outwards protrude out formation two clamping parts, quiet rotating disk zero line contact tube has one and is stretched out to downward-extension by the lower periphery side in the second ring body portion again, bend backward again and the second linking arm upwards extended to form, described second linking arm inwardly rushes near second one end, ring body portion and establishes a buckling parts, the opposite side in described 3rd ring body portion is outwards bent to form a fixing arm, described clamping part is snapped in buckle slot, described buckling parts is fastened in buckling groove, described fixing arm is fastened in support slot.

10. rotating plug as claimed in claim 8, it is characterized in that: multiple accepting groove is offered in described pedestal rear end, quiet rotating disk ground wire contact tube has first linking arm and being connected to first ring body lower periphery rear end and to be extended back the first contact arm formed by the free end of the first linking arm, described quiet rotating disk zero line contact tube has one and to be extended back the second contact arm formed by the free end of the second linking arm, described quiet rotating disk live wire contact tube has one and is stretched out downwards by the side of the 3rd ring body subordinate periphery again, and bend the 3rd linking arm that upwards extends to form again and backward and to be extended back the 3rd contact arm formed by the free end of the 3rd linking arm, described quiet rotating disk also comprises heart yearn folder and the locking part of multiple hollow, described first contact arm, second contact arm and the 3rd contact arm are respectively by heart yearn folder middle part, and load in accepting groove, described locking part is pressed from both sides by heart yearn and is arranged at the first contact arm respectively, second contact arm and the 3rd contact arm bottom, described connecting line to be inserted into respectively in accepting groove and to be positioned at the first contact arm, the top of the second contact arm and the 3rd contact arm.

11. rotating plugs as claimed in claim 1, it is characterized in that: also comprise a clamp assemblies, described clamp assemblies to be held on connecting line and be fixed on upper cover and under cover, described clamp assemblies comprises a fixed cover, a binding ring, one first retaining piece and one second retaining piece, described fixed cover is sheathed on outside connecting line, described binding ring lock onto outside fixed cover, described first retaining piece is immobilizated in outside binding ring, described second retaining piece screws in the first retaining piece, and the second retaining piece is immobilizated in outside, binding ring rear end.