CN107819255A - A kind of power connector module of belt switch function - Google Patents
A kind of power connector module of belt switch function Download PDFInfo
- Publication number
- CN107819255A CN107819255A CN201711229037.1A CN201711229037A CN107819255A CN 107819255 A CN107819255 A CN 107819255A CN 201711229037 A CN201711229037 A CN 201711229037A CN 107819255 A CN107819255 A CN 107819255A
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- China
- Prior art keywords
- rotary components
- power connector
- connector module
- terminal
- plug
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Classifications
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/66—Structural association with built-in electrical component
- H01R13/70—Structural association with built-in electrical component with built-in switch
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R35/00—Flexible or turnable line connectors, i.e. the rotation angle being limited
- H01R35/04—Turnable line connectors with limited rotation angle with frictional contact members
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- Details Of Connecting Devices For Male And Female Coupling (AREA)
Abstract
The present invention relates to a kind of power connector module of belt switch function：A rotary components are equipped with cylindrical space in its insulating body component, there is a jack (JACK) with attaching plug (PLUG) pairing on rotary components；A number of conducting terminal is distributed with its insulating body component and rotary components and is provided with rotation control mechanism；While the jack (JACK) that plug inserts this power connector module conducts power supply or electric signal to power connector module, knob above rotation twisting attaching plug (PLUG) or rotary components can drive being turned on or off between rotary components rotation and corresponding conducting terminal, realize the function of controlling the switch of power supply or electric signal.
Description
Technical field
The present invention relates to a kind of power connector module of belt switch function：In cylindrical space in its insulating body component
A rotary components are equipped with, have one and attaching plug on rotary components（PLUG）The jack of pairing（JACK）；Its insulating body group
A number of conducting terminal is distributed with part and rotary components and is provided with rotation control mechanism；When plug inserts the connection of this power supply
The jack of device module（JACK）While conducting power supply or electric signal to power connector module, rotation twisting attaching plug
（PLUG）Knob either above rotary components can drive rotary components rotate and corresponding conducting terminal between conducting or
Disconnect, realize the function of controlling the switch of power supply or electric signal.
Background technology
Power connector and power switch are two indispensabilities of most of electric equipment products power input and break-make controls
Part, to reduce the confined space for taking electric equipment products, the side of design is optimized to power switch and power connector
Case is that switch and socket are made of one into shaping mostly, switch and socket is occupied left and right either upper-lower position distribution respectively side by side
In on same insulating body, the design of this structure reduces the volume of product to a certain extent；But still can be in electronics
Occupy two valuable positions in the limited panel space of electric equipment products respectively, the volume of product or bigger can not meet
The demand for the electric equipment products for increasingly reducing and integrating.
The content of the invention
The present invention seeks to provide a kind of new power connector and switch integrated solution and a kind of belt switch work(
The power connector module of energy：By the way that switching function is all integrated into power connector module, the jack of power connector
（JACK）Merge and be designed into a rotary components with the moving component of power switch, switch is turned into power connector module
A part；After the jack of attaching plug insertion power connector module, rotary power source plug（PLUG）Either jack
（JACK）On knob rotary components can be driven to rotate drive the connection between each conducting terminal to be turned on or off, make this power supply
Electricity between jack of the connector module except attaching plug and power connector module can be realized when possessing insertion attaching plug
Possesses the function of switch on and off control while the transfer function of source or electric signal.
To reach above-mentioned purpose, the power connector module of the belt switch function of the present invention include an insulating body component,
One rotary components and the conducting terminal being assemblied in above the two；And rotation control mechanism.
The assembling of its rotary components is contained in the cylindrical space of insulating body component.
Angle restricting mechanism, angle restricting mechanism and detent mechanism group are provided between its insulating body component and rotary components
Into rotation control mechanism；Its detent mechanism is made up of one or more groups of elastic mechanisms, by rotary motion on detent mechanism
The pause and transition in rhythm or melody paragraph of the male-female engagement in face realizes that location control or positioning stop, with reliably position-sensing switch break-make position；By right
Rotary components and rotation control mechanism correspond to the quantity of concavo-convex position and the angle value of angle restricting mechanism is set, and can will rotate group
Part comes and goes the single angle of rotation（Such as 30 degree, 45 degree etc.）Or it is to come and go the multiple angles of rotation（Rotate to an anchor point
For example after relative to 30 degree of home position angular position realizing on-off function one, it can also continue to rotate to next anchor point such as
60 degree of angular positions realize on-off function two）, realize one or more snippets break-make control function of switch.
A jack is provided with its rotary components, attaching plug can be inserted into and wherein be transmitted between power connector module
Power supply or electric signal.
Work as attaching plug（PLUG）The corresponding jack with rotary components（JACK）Cross section for it is non-circular when, insertion electricity
After the plug of source, rotation or twisting attaching plug can drive rotary components to rotate；Further, on its rotary components outside assembling one
Reveal knob, after attaching plug inserts power connector module jack, twisting or turn knob can also drive rotary components.
Work as attaching plug（PLUG）The corresponding jack with rotary components（JACK）Cross section for it is circular when, its rotation group
An exposed knob is equipped with part, after standard electrical sockets insert power connector module jack, twisting or turn knob
Drive rotary components.
Further, attaching plug is worked as（PLUG）The corresponding jack with rotary components（JACK）Cross section for circle
When, its jack and attaching plug（PLUG）Mating surface or the concavo-convex neck either clamping mechanism for having mutual cooperation, to ensure electricity
Source plug can drive rotary components to rotate simultaneously when rotating.
A number of switches conductive terminal or power supply terminal are provided with its rotary components, and insulating body component is corresponding
Position be equipped with simultaneously it is corresponding it is one or more groups of be conductively connected terminal or power supply terminal, driven when rotary components rotate
Switches conductive terminal or the power supply terminal movement being assemblied on rotary components make it correspond to position on insulating body component with being fixed on
The conducting terminal or the contact surface of power supply terminal or insulation layer put contact and realize each group conducting terminal（Or power supply terminal）Between
Be switched on or off, so as to realize one or more groups of switch control functions to power supply or electric signal transmission.
When insulating body component corresponding with rotary components one or more corresponding terminals are power supply terminal（Dc source
Negative or positive electrode, or the live wire or zero line of AC power）When, then it can pass through the rotation of rotary components during attaching plug input power
Mobile realize is controlled the break-make or switch of the function of supplying power of this power connector module；Certainly, the rotation of power connector module
Turn when being partly or entirely not belonging to power supply terminal of conducting end subgroup corresponding in component and insulating body component, you can with reality
Now the electric signal of the power delivery to power supply terminal and other conducting terminals carries out break-make control simultaneously, or only to other conductions
The electric signal of terminal carries out break-make and controlled without carrying out switch control to power delivery.
Brief description of the drawings
For the technical scheme in clearer explanation case study on implementation of the present invention, there is provided the following drawings refers to.
Fig. 1 is the schematic perspective view of the plug knob female end power connector module of case study on implementation one of the present invention.
Fig. 2 is the rear side parallax stereogram of the plug knob female end power connector module of case study on implementation one of the present invention.
Fig. 3 is the exploded view of the plug knob female end power connector module of case study on implementation one of the present invention.
Fig. 4 is the plug knob female end power connector module of case study on implementation one of the present invention and corresponding plug to inserting signal
Figure.
Fig. 5 is the corresponding plug and standard plug of the plug knob female end power connector module of case study on implementation one of the present invention
Contrast schematic diagram.
Fig. 6 is the different directions of the rotary body one of the plug knob female end power connector module of case study on implementation one of the present invention
Schematic perspective view.
Fig. 7 is that the different directions of the protecgulum of the plug knob female end power connector module of case study on implementation one of the present invention are three-dimensional
Schematic diagram.
Fig. 8 is the rotary body one of the plug knob female end power connector module of case study on implementation one of the present invention, protecgulum and solid
Due to the decomposing schematic representation of the terminal on protecgulum.
Fig. 9 is the rotary body one of the plug knob female end power connector module of case study on implementation one of the present invention, protecgulum and solid
Due to the assembling schematic diagram of the conducting terminal on protecgulum.
Figure 10 is the vertical of the rotational positioning shell fragment of the plug knob female end power connector module of case study on implementation one of the present invention
Body figure.
Figure 11 is the stereogram of the rotary body two of the plug knob female end power connector module of case study on implementation one of the present invention.
Figure 12 is the protecgulum of the plug knob female end power connector module of case study on implementation one of the present invention and is fixed on protecgulum
On conducting terminal, rotary body one and the conducting terminal being assembled on rotary body one, rotational positioning shell fragment, rotary body two and group
Assembling schematic diagram loaded on the conducting terminal on rotary body two.
Figure 13 is the bonnet of the plug knob female end power connector module of case study on implementation one of the present invention and is assembled in bonnet
On terminal, rotational positioning shell fragment, the assembling schematic diagram of rotary body two and the conducting terminal being assembled on rotary body two.
Figure 14 is the bonnet of the plug knob female end power connector module of case study on implementation one of the present invention and is assembled in bonnet
On terminal stereogram.
Figure 15 is the rotary body one of the plug knob female end power connector module of case study on implementation one of the present invention, rotational positioning
The assembling cooperation schematic diagram of shell fragment and rotary body two.
Figure 16 is the plug knob female end power connector module of case study on implementation one of the present invention and only controls a power supply terminal
Break-make and the only contrast schematic diagram of the plug knob female end power connector of primary Ioops break-make control.
Figure 17 is the schematic perspective view of the circular knob formula female end power connector module of case study on implementation one of the present invention.
Figure 18 is the circular knob and rotary body of the circular knob formula female end power connector module of case study on implementation one of the present invention
Different directions assembling schematic diagram.
Figure 19 is showing inserting for the circular knob formula female end power connector module of case study on implementation one and standard plug of the present invention
It is intended to.
Figure 20 is the plug knob female end power connector module of case study on implementation one of the present invention, circular female end knob power supply
The contrast of connector module, discount vibram outlet shape knob female end power connector module and arm shape knob female end power connector module
Schematic diagram.
Figure 21 is the plug knob female end power connector module of case study on implementation one of the present invention, circular knob formula female end power supply
Connector module, discount vibram outlet shape knob female end power connector module and arm shape knob female end power connector module with it is corresponding
The pairing grafting schematic diagram of attaching plug.
Figure 22 is the three-dimensional signal of circular knob formula male end power connector module of the case study on implementation two of the present invention with LED
Figure.
Figure 23 is circular knob formula male end power connector module and standard plug of the case study on implementation two of the present invention with LED
To inserting schematic diagram.
Figure 24 is that the part decomposition of circular knob formula male end power connector module of the case study on implementation two of the present invention with LED is shown
It is intended to.
Figure 25 is the difference of the protecgulum of circular knob formula male end power connector module of the case study on implementation two of the present invention with LED
The stereogram in direction.
Figure 26 be circular knob formula male end power connector module of the case study on implementation two of the present invention with LED circular knob,
The assembling schematic diagram of protecgulum and the LED being fixed on protecgulum.
Figure 27 be circular knob formula male end power connector module of the case study on implementation two of the present invention with LED circular knob,
The assembling of protecgulum, rotary body one, rotary body two and each conducting terminal, LED and rotational positioning shell fragment that are assemblied on each part is shown
It is intended to.
Figure 28 is bonnet and the assembling of circular knob formula male end power connector module of the case study on implementation two of the present invention with LED
The stereogram of conducting terminal thereon.
Figure 29 is the schematic perspective view of the plug knob male end power connector module of case study on implementation three of the present invention.
Figure 30 is the rear side parallax stereogram of the plug knob male end power connector module of case study on implementation three of the present invention.
Figure 31 is the exploded view of the plug knob male end power connector module of case study on implementation three of the present invention.
Figure 32 is the protecgulum of the plug knob male end power connector module of case study on implementation three of the present invention and is fixed on protecgulum
On terminal, rotary body and the conducting terminal being assembled on rotary body, rotational positioning shell fragment and the terminal that covers after being assembled in
Assembling schematic diagram.
Figure 33 is that the plug knob male end power connector module of case study on implementation three of the present invention is assembled on rotary body
The schematic perspective view of the different directions of terminal and rotary body.
Figure 34 is the schematic perspective view of the plug knob male end power connector module of case study on implementation four of the present invention.
Figure 35 is the rear side parallax stereogram of the plug knob male end power connector module of case study on implementation four of the present invention.
Figure 36 is the exploded view of the plug knob male end power connector module of case study on implementation four of the present invention.
Figure 37 is the bonnet of the plug knob male end power connector module of case study on implementation four of the present invention and is fixed on bonnet
On terminal assembling schematic diagram.
Figure 38 is the stereogram of the protecgulum of the plug knob male end power connector module of case study on implementation four of the present invention.
Figure 39 is the different directions of the rotary body of the plug knob male end power connector module of case study on implementation four of the present invention
Stereogram.
Figure 40 is the protecgulum of the plug knob male end power connector module of case study on implementation four of the present invention and is fixed on protecgulum
On terminal, the assembling schematic diagram of rotary body and the conducting terminal being assembled on rotary body.
Figure 41 is the rotary body of the plug knob male end power connector module of case study on implementation four of the present invention and is assembled in rotation
The assembling schematic diagram of conducting terminal, spring and hoodle on swivel.
Figure 42 is the schematic perspective view of the different directions of the male end power outlet module of case study on implementation five of the present invention.
Figure 43 is the exploded view of the male end power outlet module of case study on implementation five of the present invention.
Figure 44 is the schematic perspective view of the different directions of the protecgulum of the male end power outlet module of case study on implementation five of the present invention.
Figure 45 is the rotary body of the male end power outlet module of case study on implementation five of the present invention and the terminal being assembled on rotary body
With the assembling schematic diagram of the different directions of flexibly positioned body.
Figure 46 be the bonnet of the male end power outlet module of case study on implementation five of the present invention and the terminal that is covered after being assembled in it is vertical
Body figure.
Figure 47 is the stereogram of the corresponding standard plug of the male end power outlet module of case study on implementation five of the present invention.
Figure 48 is the male end power outlet module of case study on implementation five of the present invention with corresponding standard plug to inserting schematic diagram.
Diagram mark is as follows：
10- plug knob female end power connector modules；11- only controls a power supply terminal break-make and only primary Ioops break-make control
The plug knob female end power connector module of system；111- protecgulums；1110- cylindrical spaces；1111- circle barricades；1112- is limited
Position bolt；1113- power supply terminals one；1114- power supply terminals two；112- bonnets；The external terminal portion of 1120- conducting terminals one；
The switch contact of 1121- conducting terminals one；The external terminal portion of 1122- conducting terminals two；The switch of 1123- conducting terminals two
Contact site；The external terminal portion of 1124- conducting terminals three；The switch contact of 1125- conducting terminals three；1126- conducting terminals
Four external terminal portion；The switch contact of 1127- conducting terminals four；The external terminal portion of 1128- conducting terminals five；1129-
The switch contact of conducting terminal five；1130- cylindrical spaces；1131- insulation layers；1132- insulation layers；1133- insulation layers；12-
Circular knob formula female end power connector module；121- rotary bodies one；The concave-convex screens of 1211- jacks face；1212- stopper slots；
1213- coupling spindles；The accommodating chamber of 1214- power supply terminals three；1215- jacks；122- rotary bodies two；1221- positioning pits；
1222- couples axis hole；1223- power supply terminals three；The contact point one of 1224- elastic conductions terminal one；1225- elastic conduction terminals
One contact point two；The contact point one of 1226- elastic conductions terminal two；The contact point two of 1227- elastic conductions terminal two；
The contact point of the elastic portion of 1228- power supply terminals three；123- circular knobs；124- discount vibram outlet shape knobs；125- arm shape knobs；13-
Discount vibram outlet shape knob female end power connector module；130- rotational positioning shell fragments；1301- positioning convex points；1302- elastic arms；
1303- holes；14- arm shape knob female end power connector modules；140- standard male end attaching plugs；1401- standard plugs
Insulation division front end；1402- intercalation parts；Plugs of the 150- with concavo-convex screens；1501- bumps screens；1502- intercalation parts；20- bands
LED circular knob formula male end power connector module；211- protecgulums；2111- cylindrical spaces；2112- circle barricades；2113-
Power supply terminal one；2114- power supply terminals two；2115-LED receiving portions；212- bonnets；2120- conducting terminal weld parts；2121-
Conducting terminal switch contact；2122- cylindrical spaces；2123- insulation layers；221- rotary bodies one；2211- jacks；222- rotates
Body two；2221- positioning pits；2222- couples axis hole；2223- power supply terminals three；2224- elastic connectings contact；The circular rotations of 223-
Button；230- rotational positioning shell fragments；2301- positioning convex points；240-LED；2401-LED terminals one；2402-LED terminals two；250-
Standard female end attaching plug；2501- intercalation parts；30- plug knob male end power connector modules；311- protecgulums；3110- posts
Shape space；312- bonnets；3120- cylindrical spaces；3121- power supply terminals one；3122- power supply terminals two；3123- conducting terminals；
320- rotary bodies；The concave-convex screens of 3201- jacks face；3202- positioning pits；3203- power supply terminals three；3204- power supply terminals
Three switch contact；3205- stopper slots；3206- jacks；3207- insulation layers；330-- rotational positioning shell fragments；3301- is positioned
Salient point；40- plug knob male end power connector modules；411- protecgulums；4111- cylindrical spaces；4112- conducting terminals one；
4113- conducting terminals two；4114- limited bolts；412- bonnets；4121- jacks；4122- power supply terminals one；4123- power supply terminals
Two；4124- power supply terminals three；The external terminal portion of 4125- power supply terminals one；4126- spring receiving portions；420- rotary bodies；
The concave-convex screens of 4201- jacks face；4202- electric conductors；4203- positioning pits；4204- jacks；4205- stopper slots；4206- is exhausted
Edge area；4301- springs；4302- hoodles；4303- insulation catch；50- male end power outlet modules；511- protecgulums；5111- cylindricalitys
Space；5112- positioning pits；5113- limited bolts；512- bonnets；5121- conductive terminal contacts portion；5122- conducting terminals are external
Portion；5123- insulation layers；520- rotary bodies；5201- jacks；5202- power supply terminals；5203- switch contacts；5204- elasticity is fixed
Position body；5205- positioning convex points；5206- stopper slots；530- attaching plugs.
Embodiment
Disclosure is carried out by implementation of several cases to the present invention in conjunction with accompanying drawing.
Case study on implementation one：Plug knob female end power connector module 10 as shown in Figures 1 and 2, its part decompose
Schematic diagram such as Fig. 3, its insulating body component are made up of protecgulum 111 and bonnet 112, and the two middle assembling is fixed with just like Figure 10's
Rotational positioning shell fragment 130；As Fig. 7 protecgulums 111 and Figure 14 bonnets 112 respectively have a cylindrical space 1110 and 1130.
Rotary components are made up of the rotary body 2 122 shown in rotary body 1 as shown in Figure 6 and Figure 11；Rotary body one
Having in 121 has jack face concave-convex screens 1211 on the face of a jack 1215, inserting with concavo-convex screens is may be inserted into jack 1215
First 150 input power or electric signal；As shown in Figure 12 and Figure 13, rotary body 1 and rotary body 2 122 are assemblied in protecgulum 111
Cylindrical space 1110 and bonnet 112 cylindrical space 1130 in；As shown in figure 15, there is a coupking shaft on rotary body 1
1213 make rotary body through the hole 1303 among rotational positioning shell fragment 130 with the assembling of axis hole 1222 that couples of rotary body 2 122
1 and rotary body 2 122 link.
There is a limited bolt 1112 on protecgulum 111 as shown in Fig. 7, have a stopper slot 1212 on Fig. 6 rotary bodies 1, the two
An angle restricting mechanism is formed, its rotatable maximum angle is limited when rotary components rotate；Such as Figure 11 rotary bodies 2 122
On be symmetrically distributed with four positioning pits 1221, have two symmetrical elastic arms on corresponding Figure 10 rotational positionings shell fragment 130
1302 and each elastic arm 1302 on have a positioning convex point 1301, the two one detent mechanism of composition, when rotating rotary components
Positioning convex point 1301 forms a positioning states when falling into corresponding positioning pit 1221.Angle restricting mechanism and detent mechanism
The rotation control mechanism of composition controls rotatable maximum angle and the position of rotational positioning of rotary components together, by corresponding fixed
The terminal of position position and termination contact face（Conducting）Or terminal and insulation layer（Disconnect）Between contact, and realize switch control work(
Energy.
As shown in figure 12, there are two contact points 1224 and 1225, corresponding contact such as Figure 14 bonnets on elastic conduction terminal one
The switch contact 1125 of insulation layer 1133 and conducting terminal three on 112, now between conducting terminal three and conducting terminal two
Contact path because the contact point 1224 of elastic conduction terminal one could not contact with the switch contact 1123 of conducting terminal two
But it is contacted with insulation layer 1133 and is off；When twisting rotary components to next anchor point, elastic conduction terminal one
Two contact points 1224 and 1225, respectively with the switch contact 1123 and conducting terminal three of the conducting terminal two on bonnet 112
Switch contact 1125 contact so that being turned between conducting terminal three and conducting terminal two, be consequently formed a way switch and lead to
Disconnected control access, and then pass through the external terminal portion in external terminal portion 1122 and conducting terminal three with corresponding conducting terminal two
1124 connections are realized realizes break-make control to the correlation function of electric equipment products.Likewise, the contact of elastic conduction terminal two
The switch contact 1127 and conduction with conducting terminal four respectively of contact point 2 1227 of point 1 and elastic conduction terminal two
The switch contact 1129 of terminal five may make up another group of switch control access, pass through the external terminal portion of external conducting terminal four
1126 and the external terminal portion 1128 of conducting terminal five can realize simultaneously to the another of the correlation function of electric equipment products control
One group of on-off control circuit.Similarly, the contact point 1228 of the elastic portion of power supply terminal 3 1223 and the insulation layer on bonnet 112
1131 contacts, make power supply terminal 3 1223 can not input or out-put supply or electric signal, when twisting rotary components to next positioning
During point, the contact point 1228 of the elastic portion of power supply terminal 3 1223 contacts conducting with the switch contact 1121 of conducting terminal one,
So as to which power supply terminal 3 1223 and conducting terminal one are formed into the 3rd group of switch on and off control circuit.
As it appears from the above, permitted according to being actually needed for electric equipment products with space, can be in this power connector module
In rotary components and insulation components on simultaneously assemble one or more groups of conducting terminals and form it is one or more groups of switch control
Circuit, also can be to the other circuits or telecommunications of electric equipment products so as to realize the control to the power supply or electric signal of connector
Number carry out switch control.
Have on the plug 150 of band bumps screens as shown in Figure 4 and Figure 5 on concavo-convex screens 1501 and rotary body 1
Jack face concave-convex screens 1211 forms concavo-convex corresponding matching so that rotary components can be driven to rotate, insert when ensuring and twisting plug simultaneously
The input power of jack 1215 or electric signal that head 1502 is inserted in rotary body 111.
As shown in figure 16, when by the rotary components of the plug knob female end power connector module 10 of the implementation case one
Elastic conduction terminal one and elastic conduction terminal two and corresponding conducting terminal two, conducting terminal three, conducting terminal above
4th, conducting terminal five is removed, and leaves power supply terminal 3 1223 and conducting terminal one, then this plug knob female end power connector
Module 10 be changed into only all the way switch control functions as shown in the plug knob female end power connector module 11 on the right side of Figure 16：
By the contact point 1228 of elastic portion and the switch contact of conducting terminal one of the power supply terminal 3 1223 for controlling this connector
The power supply or electric signal that break-make between 1121 contacts to conduct the attaching plug for inserting this power connector module 10
Carry out switch control.
As shown in figure 18, by one circular knob of assembling on the outside of the face end of jack 1215 of the rotary body 1 of rotary components
123, its swing handle is exposed protecgulum such as Figure 17, then can rotate rotary components by rotating this circular knob 123 to drive out
Shutting mechanism, form a circular knob formula female end power connector 12.Such as Figure 19, when common standard plug 140 is inserted into circular rotation
In the jack of button formula female end power connector module 12, twist synchronous real while the input power of circular knob 123 or electric signal
Now each switch on and off control.
Such as Figure 20 and Figure 21, shown various knob female end power connectors 12,13,14 and standard plug 140, plug
Knob female end power connector module 11 is with the plug 150 with concavo-convex screens to inserting schematic diagram.Each knob shaped can be by
Functional requirement changes 123,124,125 in shape such as figure to meet different functions or sign demand.
Case study on implementation two：Band LED male end power connectors module 20 as shown in Figure 22 and Figure 23, as shown in figure 24, by
There are cylindrical space 2111 and cylindrical space 2122, cylindrical space in the insulating body component that protecgulum 211, bonnet 212 are formed
2111 and cylindrical space 2122 in be equipped with the rotary components being made up of rotary body 1 and rotary body 2 222 and each conduction
（Or power supply）The annexes such as terminal, are equipped with a rotational positioning shell fragment 230 between protecgulum 211 and bonnet 212, on rotary body 1
There is a coupking shaft to make rotation with the assembling of axis hole 2222 that couples of rotary body 2 222 through the hole among rotational positioning shell fragment 230
Body 1 and rotary body 2 222 link.Its rotary components, insulating body component, rotation control mechanism and switch control work are former
Reason and the plug knob female end power connector module 10,11 and circular knob formula female end power connector mould of case study on implementation one
Group 12 is similar.The main distinction of itself and circular knob formula female end power connector module 12 is that present case is a Male end connector
Outside module, in addition as illustrated in figs. 25 and 26：There are a LED receiving portions in protecgulum 211 with LED male end power connectors module 20
2115, and a LED240 is wherein equipped with, while circular knob 223 is guide-lighting material, when LED240 lights, its light can pass
It is handed to the position of circular knob 233 and shows LED240 luminance.
By the rotation group of the insert band LED male end power connectors module 20 of standard female end attaching plug 250 shown in Figure 23
Can input power or electric signal in the jack 2211 of part；Twisting circular knob 223 can drive rotary components to rotate simultaneously, so as to
Drive the switch being made up of the elastic connecting contact 2224 and conducting terminal switch contact 2121 of power supply terminal 3 2223, realization pair
The implementation case power supply terminal 3 2223 input power or electric signal and conducting terminal switch contact 2121 between
Break-make controls；When the LED240 in LED male end power connectors module 20 is luminous, light is revolved by the circle of guide-lighting material
Button 223, which transfers out, to be come, so as to show LED electrified light emitting state from circular knob 223.
Case study on implementation three：Plug knob male end power connector module 30 as shown in Figure 29 and Figure 30, it insulate this
Body component is made up of protecgulum 311 and bonnet 312, is equipped with a rotational positioning shell fragment 330 therebetween；Rotary components are by single
Rotary body 320 is formed, and it is assemblied among the cylindrical space 3110 and 3120 of protecgulum 311 and bonnet 312, and on rotary body 320
There is a jack 3206 to can be inserted into attaching plug transmission power supply or electric signal；There are four positioning pits 3202 and rotation on rotary body 320
Turn the corresponding composition detent mechanism of positioning convex point 3301 on Location resilient piece 330；Stopper slot 3205 and bonnet on rotary body 320
The limited bolt of 312 correspondence positions and composition angle restricting mechanism.Detent mechanism and angle restricting mechanism collectively form plug knob
The rotation control mechanism of formula male end power connector module 30.
Can by the jack 3206 that this plug knob male end power connector module 30 is inserted with concavo-convex screens attaching plug
Transmit power supply or electric signal.As shown in figure 30, power supply terminal 1, power supply terminal 2 3122, conducting terminal 3123 are assemblied in
Above the bonnet 312 of insulating body component.As shown in Figure 32 and Figure 33, when the insulation on conducting terminal 3123 and rotary body 320
When area 3207 contacts, plug is transferred to the power supply of the power supply terminal 3 3202 of this plug knob male end power connector module 30
Or electric signal can not be transferred to conducting terminal 3123 by the switch contact 3204 of power supply terminal three；Twist rotary body 320 to
The next position anchor point position, conducting terminal 3123 are in contact with the switch contact 3204 of power supply terminal on rotary body 320 three and led
It is logical.Thus this plug knob male end power connector module 30 has not only been connected up to power supply by attaching plug and jack
Or the transfer function of electric signal, while realize and the switch of attaching plug input or out-put supply is controlled.
Case study on implementation four：Plug knob male end power connector module 40 as shown in figs. 34 and 35, such as Figure 36 institutes
Disclose, its insulating body component is made up of protecgulum 411 and bonnet 412, has the inside of a cylindrical space 4111 to fill among protecgulum 411
Equipped with the rotary components being made up of rotary body 420；There is the jack among a jack 4204 and bonnet 412 among rotary body 420
4121 are collectively forming a complete jack, coordinate and are assemblied in wherein each power supply or the connection of conducting terminal, are passed when plug inserts
Power transmission source or electric signal；There is a stopper slot 4205 to form a swing angle degree with the limited bolt 4114 on protecgulum 411 on rotary body 420
Limiting mechanism, and be distributed with four positioning pits 4203 and be assemblied on bonnet 412 if Figure 41 is by hoodle 4302（Equivalent to fixed
Position salient point function）, spring 4301 and insulation catch 4303 form detent mechanism, the two form rotation control mechanism.
As shown in figure 37, power supply terminal 1, power supply terminal 2 4123, power supply terminal 3 4124, power supply terminal one it
External connection end sub-portion 4125, which is respectively mounted, to be fixed on bonnet 412.
As shown in Figure 39, Figure 40 and Figure 36, an electric conductor 4202 is equipped with rotary body 420, when conducting terminal 2 4113
Contact site and rotary body 420 on electric conductor 4202 contact, and the contact site of conducting terminal 1 just with rotary body 420
On insulation layer 4206 contact, be at this moment the disconnection shape that can not be powered between conducting terminal 1 and conducting terminal 2 4113
State；Rotary body 420 is twisted to the next position anchor point position, the conduction on the contact site and rotary body 420 of conducting terminal 2 4113
Body 4202 contacts, and now the contact site of conducting terminal 1 also just contacts with the electric conductor 4202 on rotary body 420, at this moment
Conducting terminal 1 and conducting terminal 2 4113 all contact with the electric conductor 4202 on rotary body 420 simultaneously, therebetween shape
Into the closure state of an energization.Thus, when the plug knob male end that the plug with concavo-convex screens is inserted to the implementation case
During power connector module 40, power supply or electric signal can be not only conducted, while card is driven by the plug of rotating band bumps screens
Entering the rotary components rotation of the plug knob male end power connector module 40 of male-female engagement realizes to outside power supply terminal
Other conducting terminals 4112 and 4113 between switch control function.
Case study on implementation five：Male end power outlet module 50 as shown in figure 42, can from its exploded view 43
Go out, its insulating body component being made up of a protecgulum 511 and bonnet 512, have a cylindrical space 5111 among insulating body component,
It is equipped with the rotary components being made up of rotary body 520；There is a jack 5201 to can be inserted into plug 530 on rotary body 520 and transmit power supply；
As shown in figure 45：There are a stopper slot 5206 and the structure of limited bolt 5113 such as on Figure 44 protecgulums 511 at an angle on rotary body 520
Limiting mechanism；Two flexibly positioned bodies 5204 are also equipped with rotary body 520, have a convex on each flexibly positioned body 5204
Point 5205 and the positioning pit 5112 such as on Figure 44 protecgulum 511 collectively form detent mechanism.Angle restricting mechanism and localization machine
Structure forms the rotation control mechanism of male end power outlet module 50.
The jack 5201 attaching plug 530 inserted in the rotary body 520 of the rotary components of male end power outlet module 50
Middle transmission power supply, when the switch contact 5203 of two power supply terminals 5202 is connect respectively and with the insulation layer 5123 on bonnet 512
Power supply can not be conducted when tactile to the conducting terminal external connection portion 5122 of bonnet 512；Twist rotary power source plug 530 and drive rotary components
Rotary body 520 rotate to next locating point position, the switch contact 5203 of two power supply terminals 5202 is respectively and bonnet
Conductive terminal contacts portion 5121 on 512 contacts, so as to which power supply is transmitted into conducting terminal external connection portion 5122 and out-put supply.By
This is visible, and male end power outlet module 50 not only may be inserted into attaching plug 530 with input power, while can pass through rotary power source
Plug 530 and drive conducting terminal wherein on rotary components or the mutual contact of power supply terminal or disconnection and realize to electricity
The switch control of source transmission.
Case study on implementation and accompanying drawing cited by the present invention are only that the present invention is illustrated, and the present invention are not subject to any
Limitation, any implementation for being familiar with other patterns that correlation technique is carried out in the case where not departing from spirit of the invention, is regarded as this hair
Equivalent case in bright claim.
Claims (15)
1. a kind of power connector module of belt switch function, including above insulating body component, rotary components and rotary components
There are jack, the conducting terminal being assemblied in above insulating body component and rotary components, rotation control mechanism.
2. the power connector module of belt switch function as claimed in claim 1, it is characterised in that in its insulating body component
Between have cylindrical space, rotary components are installed in this cylindrical space.
3. the power connector module of belt switch function as claimed in claim 1, it is characterised in that its rotation control mechanism by
Angle restricting mechanism and detent mechanism composition.
4. the rotation control mechanism of the power connector module of belt switch function as claimed in claim 3, it is characterised in that its
Angle restricting mechanism is provided between insulating body component and rotary components.
5. the rotation control mechanism of the power connector module of belt switch function as claimed in claim 3, it is characterised in that its
Detent mechanism is made up of one or more groups of elastic mechanisms, passes through the pause and transition in rhythm or melody of the male-female engagement in rotary motion above detent mechanism
Paragraph realizes that location control or positioning stop.
6. the power connector module of belt switch function as claimed in claim 1, it is characterised in that by rotary components and
Rotation control mechanism corresponds to the quantity of concavo-convex position and the angle value of angle restricting mechanism is set, and realizes one or more snippets of switch
Break-make controls.
7. the power connector module of belt switch function as claimed in claim 1, it is characterised in that set in its rotary components
There is jack, attaching plug can be inserted into transmits power supply or electric signal wherein between power connector module.
8. the rotary components of the power connector module of belt switch function as claimed in claim 7, it is characterised in that work as power supply
Plug（PLUG）The corresponding jack with rotary components（JACK）Cross section for it is non-circular when, when attaching plug insert jack
Afterwards, rotate or twisting attaching plug can drive rotary components to rotate.
9. the rotary components of the power connector module of belt switch function as claimed in claim 8, it is characterised in that further
, work as attaching plug（PLUG）The corresponding jack with rotary components（JACK）Cross section for it is non-circular when, its rotary components
On be equipped with an exposed knob, after standard electrical sockets insertion power connector jack, twisting or turn knob can also drive rotation
Turn component.
10. the rotary components of the power connector module of belt switch function as claimed in claim 7, it is characterised in that work as electricity
Source plug（PLUG）The corresponding jack with rotary components（JACK）Cross section for it is circular when, be equipped with one on its rotary components
Exposed knob, after standard electrical sockets insert power connector jack, twisting or turn knob can drive rotary components.
11. the rotary components of the power connector module of belt switch function as claimed in claim 7, it is characterised in that enter one
Step, work as attaching plug（PLUG）The corresponding jack with rotary components（JACK）Cross section for it is circular when, its jack with electricity
Source plug（PLUG）Mating surface or have mutual cooperation concavo-convex neck either clamping mechanism, with ensure attaching plug rotate when can
Drive rotary components to rotate simultaneously, and drive switching mechanism to realize break-make control function.
12. the power connector module of belt switch function as claimed in claim 1, it is characterised in that set on its rotary components
A number of switches conductive terminal or power supply terminal are equipped with, and insulating body component correspondence position is equipped with and corresponded to therewith simultaneously
It is one or more groups of be conductively connected terminal or power supply terminal, when rotary components rotate, the end on the rotary components of corresponding group
During the contact of the insulation layer of son and insulating body component, it can not turn on, that is, switch off between corresponding group terminal；Corresponding group
During the contact surface contact of the conducting terminal of terminal and insulating body component on rotary components, contacted between the terminal of corresponding group
Form path, i.e. switch connection.
13. the power connector module of belt switch function as claimed in claim 11, it is characterised in that when on rotary components
When having power supply terminal, correspondence position assembles terminal, the only power connector to this belt switch function therewith on insulating body component
The power supply or electric signal of the attaching plug transmission of module carry out switch control.
14. the power connector module of belt switch function as claimed in claim 11, it is characterised in that when on rotary components
The terminal of correspondence position assembling is in contact condition in rotation or stopping all the time therewith on power supply terminal and insulating body component,
And the terminal of correspondence position assembling is rotating or stopped therewith on other conducting terminal and insulating body components on rotary components
When in contact or disconnect two states, then form switch control circuit between each conducting terminal, without control attaching plug pass
Defeated power supply or electric signal；When on other conducting terminals on rotary components and part power supply terminal and insulating body component therewith
Power supply connection of the terminal of correspondence position assembling in rotation or stopping in contact or off-state, then this belt switch function
Device module is inserting attaching plug transmission power supply or while electric signal, power supply or electric signal to attaching plug transmission and other
Loop between conducting terminal carries out switch control.
15. the power connector module of belt switch function as claimed in claim 1, it is characterised in that its insulating body component
Or LED is equipped with above rotary components, when the material that an exposed knob and exposed knob are equipped with its rotary components is leaded light
During body, light when LED is luminous can be transferred out by exposed knob to show LED "on" position.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711229037.1A CN107819255A (en) | 2017-11-29 | 2017-11-29 | A kind of power connector module of belt switch function |
| PCT/CN2018/090480 WO2019104992A1 (en) | 2017-11-29 | 2018-10-17 | Power connector module having switching function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711229037.1A CN107819255A (en) | 2017-11-29 | 2017-11-29 | A kind of power connector module of belt switch function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107819255A true CN107819255A (en) | 2018-03-20 |
Family
ID=61606271
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711229037.1A Pending CN107819255A (en) | 2017-11-29 | 2017-11-29 | A kind of power connector module of belt switch function |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN107819255A (en) |
| WO (1) | WO2019104992A1 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109378612A (en) * | 2018-11-10 | 2019-02-22 | 佛山市顺德区贝桥电子有限公司 | A kind of rotary socket and distributor |
| CN112752372A (en) * | 2019-10-29 | 2021-05-04 | 松下知识产权经营株式会社 | Adapter, lighting device, and lighting fixture |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN200969457Y (en) * | 2006-02-27 | 2007-10-31 | 何旭恒 | Power socket with switch function |
| CN203387030U (en) * | 2013-07-09 | 2014-01-08 | 浙江工业大学之江学院工业研究院 | Security rotatable socket |
| US9502808B1 (en) * | 2014-04-25 | 2016-11-22 | Jeffrey Baldwin | Linear locking electrical device |
| CN206673256U (en) * | 2017-03-30 | 2017-11-24 | 智泰科技（湖北）有限公司 | A kind of power connector module |
| CN107946842A (en) * | 2017-12-17 | 2018-04-20 | 智泰科技（湖北）有限公司 | Electric connector switch module |
-
2017
- 2017-11-29 CN CN201711229037.1A patent/CN107819255A/en active Pending
-
2018
- 2018-10-17 WO PCT/CN2018/090480 patent/WO2019104992A1/en active Application Filing
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109378612A (en) * | 2018-11-10 | 2019-02-22 | 佛山市顺德区贝桥电子有限公司 | A kind of rotary socket and distributor |
| CN109378612B (en) * | 2018-11-10 | 2023-10-27 | 广东贝桥电子有限公司 | Rotary socket and distribution device |
| CN112752372A (en) * | 2019-10-29 | 2021-05-04 | 松下知识产权经营株式会社 | Adapter, lighting device, and lighting fixture |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2019104992A1 (en) | 2019-06-06 |
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Application publication date: 20180320 |