CN205159638U - Single magnet MICROUSB magnetism data switching connector - Google Patents
Single magnet MICROUSB magnetism data switching connector Download PDFInfo
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- CN205159638U CN205159638U CN201520940723.XU CN201520940723U CN205159638U CN 205159638 U CN205159638 U CN 205159638U CN 201520940723 U CN201520940723 U CN 201520940723U CN 205159638 U CN205159638 U CN 205159638U
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Abstract
The utility model relates to a single magnet MICROUSB magnetism data switching connector, it includes first connector body and second connector body, wherein, first connector body includes cylindrical case, the female seat of MICRO USB, the first line board, first gluey core, contact copper needle and magnet, second connector body is the shell before gluing core backshell, the gluey core of second, metal terminal, the gluey core of third and metal, it has the butt joint window that corresponds with the front end facial features of first gluey core to glue core backshell and second glue core rear end face. Use the utility model discloses when carrying out data transmission, with first connector body and second be connected body butt joint can, rely on magnet and metal before the shell produce suction and make the stable butt joint of two connector bodies, and can easily separate when exerting certain opposite force, phenomenons such as data line and electronic product interface just so can not appear pullling to avoiding damaging data line and electronic product interface, can just inserting and reverse plug again, it is more convenient to use.
Description
Technical field:
The utility model relates to connector technique field, refers in particular to a kind of single magnet MICROUSB magnetic data adaptor connector.
Background technology:
The data wire of the digital products such as existing mobile phone, IPAD is generally that line main body and two ends joint body connect into the monolithic construction that can not be split, once split, whole data wire is scrapped.This frame mode, data wire in use can frequently and the plug repeatedly of the interface of the product such as mobile phone, IPAD, although dependence test surface plug is very long for useful life, but during actual use, often be easy to cause the situations such as the loosening of the interface such as data wire or even mobile phone, loose contact, cause the damage of mobile phone or data wire, and be no matter the damage of mobile phone or data wire, generally speaking be all difficult to repair, mobile phone can only be changed and change data wire, so not only causing very large cost waste to consumer, is also great waste to social resources.In addition, use of generally speaking can not transferring between different types of data line connector, to a certain degree makes troubles to user.Moreover the interface of the peripheral hardwares such as the data line connector of current this structure and mobile phone can only be just slotting according to a position, can not realize anti-plug, make troubles to client.
Utility model content:
The purpose of this utility model is the above-mentioned weak point of existing product, provides a kind of single magnet MICROUSB magnetic data adaptor connector.
The technical solution adopted in the utility model is: a kind of single magnet MICROUSB magnetic data adaptor connector, and it comprises the first connector body and the second connector body, wherein,
Described first connector body comprises the cylindrical case, MICROUSB female seat, first line plate, the first glue core, contact copper pin and the magnet that fit together, wherein, MICROUSB female seat is connected with first line postlaminar part, and cylindrical case rearward end has the interface exposed for MICROUSB female seat; First glue core with contact the one-body molded and rearward end contacting copper pin of copper pin and be connected with first line front edge of board portion; Magnet is open circles ring-type, and the front portion being coated on the first glue core is peripheral; Described MICROUSB female seat, first line plate, the first glue core, contact copper pin and magnet entirety are positioned at cylindrical case inside successively before backward;
Described second connector body comprises the glue core back cover, the second glue core, metal terminal, the 3rd glue core and the metal front that fit together; Second glue core and metal terminal one-body molded; 3rd glue core has the location notch of positioning metal terminal, and the 3rd glue core and the second glue core dock with metal terminal to be assembled and the front portion of metal terminal is arranged in the location notch of the 3rd glue core, the second glue core rear end face is concordant with the 3rd glue core rear end face; The front portion that described metal front is coated on the 3rd glue core is peripheral; Described glue core back cover is coated on the periphery of the 3rd glue core rear end;
Totally 10, contact copper pin in described first connector body, is divided into two groups that are arranged symmetrically with up and down, and the leading section of contact copper pin protrudes from the front end face of the first glue core and the front end face of magnet;
The number of the metal terminal in described second connector body is 5 is several rows of row, and metal terminal rearward end is exposed to the rear end face of the second glue core and glue core back cover; Glue core back cover has the docking window corresponding with the front end face of the first glue core with the second glue core rear end face, and after docking wherein one group of contact copper pin contact with corresponding metal terminal rearward end respectively.
Described second glue core upper and lower surface forms the first buckle, and accordingly, the upper and lower surface of the 3rd glue core forms first bayonet socket corresponding with the first buckle; The rearward end of described metal front has extension pin, and accordingly, the rear portion of the 3rd glue core has the jack corresponding with extending pin, and extension pin end has back-off.
Described glue core back cover has the hollow bulb passed from rear end forward end for metal front and the 3rd glue core, 3rd glue core rear end face is outwardly in the rear end face of glue core back cover, and the upper and lower inwall of this hollow bulb is provided with the second buckle, accordingly, the upper and lower surface of described metal front offers second bayonet socket corresponding with the second buckle.
When the utility model uses, the first connector body can keep being connected with the male of MICROUSB data wire, and the second connector body then keeps being connected, without the need to frequent plug with the MICROUSB female seat on the electronic product such as mobile phone; When needing to carry out transfer of data, first connector body and second is connected body dock, rely on magnet produce suction with metal front and make two connector bodies stablize dock, and can easily be separated when applying certain opposite force, would not occur like this pullling the phenomenon such as data wire and electronic product interface, thus avoid corrupt data line and electronic product interface; Utilize two groups of groups of contacting in copper pin to realize being electrically connected with metal terminal, transmission data, and after upset 180 °, another group contact copper pin also can contact, and therefore just can insert and anti-plug, use convenient with metal terminal.
Accompanying drawing illustrates:
Fig. 1 is entire combination view of the present utility model;
Fig. 2 is the decomposing state schematic diagram of the first connector body in the utility model;
Fig. 3 is the decomposing state schematic diagram of the second connector body in the utility model;
Fig. 4 is the floor map of two connector body interfaces in the utility model.
Embodiment:
Below in conjunction with specific embodiments and the drawings, the utility model is further illustrated.
As shown in Figure 1 to 4, described in the utility model is a kind of single magnet MICROUSB magnetic data adaptor connector, and it comprises the first connector body 1 and the second connector body 2, wherein,
Described first connector body 1 comprises the cylindrical case 11, MICROUSB female seat 12, first line plate 13, first glue core 14, contact copper pin 15 and the magnet 16 that fit together, wherein, MICROUSB female seat 12 is connected with first line plate 13 rear portion, the latter half of nick shaped that takes the shape of the letter U of first line plate 13, cylindrical case 11 rearward end has the interface 111 exposed for MICROUSB female seat 12; First glue core 14 with contact the one-body molded and rearward end contacting copper pin 15 of copper pin 15 and be connected with first line plate 13 leading section; Magnet 16 is in open circles ring-type, and the front portion being coated on the first glue core 14 is peripheral; Described MICROUSB female seat 12, first line plate 13, first glue core 14, contact copper pin 15 and magnet 16 entirety are positioned at cylindrical case 11 inside successively before backward;
Described second connector body 2 comprises glue core back cover 21, the second glue core 22, metal terminal 23, the 3rd glue core 24 and the metal front 25 that fit together; Second glue core 22 is one-body molded with metal terminal 23; Location notch the 241, three glue core 24 that 3rd glue core 24 has a positioning metal terminal 23 and the second glue core 22 dock with metal terminal 23 to be assembled and the front portion of metal terminal 23 location notch 241, second glue core 22 rear end face that is arranged in the 3rd glue core 24 is concordant with the 3rd glue core 24 rear end face; The front portion that described metal front 25 is coated on the 3rd glue core 24 is peripheral; Described glue core back cover 21 is coated on the periphery of the 3rd glue core 24 rear end; Namely the second glue core 22, metal terminal 23, the 3rd glue core 24 and metal front 25 assemble formation MICROUSB male;
Totally 10, contact copper pin 15 in described first connector body 1, is divided into two groups that are arranged symmetrically with up and down, and the leading section of contact copper pin 15 protrudes from the front end face of the first glue core 14 and the front end face of magnet 16;
The number of the metal terminal 23 in described second connector body 2 is 5 is several rows of row, and metal terminal 23 rearward end is exposed to the rear end face of the second glue core 22 and glue core back cover 21; Glue core back cover 21 has the docking window 201 corresponding with the front end face of the first glue core 14 with the second glue core 22 rear end face, and after docking wherein one group of contact copper pin 15 contact with corresponding metal terminal 23 rearward end respectively.
Described second glue core 22 upper and lower surface forms the first buckle 221, and accordingly, the upper and lower surface of the 3rd glue core 24 forms first bayonet socket 242 corresponding with the first buckle 221; The rearward end of described metal front 25 has extension pin 251, accordingly, the rear portion of the 3rd glue core 24 has the jack 243 corresponding with extending pin 251, and extension pin 251 end has back-off 252, metal front 25 and the 3rd glue core 24 is assembled firm fast.Described glue core back cover 21 has the hollow bulb 211 passed from rear end forward end for metal front 25 and the 3rd glue core 24,3rd glue core 24 rear end face is outwardly in the rear end face of glue core back cover 21, and the upper and lower inwall of this hollow bulb 211 is provided with the second buckle 212, accordingly, the upper and lower surface of described metal front 25 offers second bayonet socket 253 corresponding with the second buckle 212.Make the assembling of the second connector body 2 more easy and accurately put in place by said structure, improve packaging efficiency.
When the utility model uses, the first connector body 1 can keep being connected with the male of MICROUSB data wire, and the second connector body 2 then keeps being connected, without the need to frequent plug with the MICROUSB female seat on the electronic product such as mobile phone; When needing to carry out transfer of data, first connector body 1 is connected body 2 with second dock, rely on magnet 16 produce suction with metal front 25 and make two connector bodies stablize dock, and can easily be separated when applying certain opposite force, would not occur like this pullling the phenomenon such as data wire and electronic product interface, thus avoid corrupt data line and electronic product interface; Utilize two groups of groups of contacting in copper pin 15 to realize being electrically connected with metal terminal 23, transmission data, and after upset 180 °, another group contact copper pin also can contact, and therefore just can insert and anti-plug, use convenient with metal terminal.
Claims (3)
1. a single magnet MICROUSB magnetic data adaptor connector, is characterized in that: it comprises the first connector body and the second connector body, wherein,
Described first connector body comprises the cylindrical case, MICROUSB female seat, first line plate, the first glue core, contact copper pin and the magnet that fit together, wherein, MICROUSB female seat is connected with first line postlaminar part, and cylindrical case rearward end has the interface exposed for MICROUSB female seat; First glue core with contact the one-body molded and rearward end contacting copper pin of copper pin and be connected with first line front edge of board portion; Magnet is open circles ring-type, and the front portion being coated on the first glue core is peripheral; Described MICROUSB female seat, first line plate, the first glue core, contact copper pin and magnet entirety are positioned at cylindrical case inside successively before backward;
Described second connector body comprises the glue core back cover, the second glue core, metal terminal, the 3rd glue core and the metal front that fit together; Second glue core and metal terminal one-body molded; 3rd glue core has the location notch of positioning metal terminal, and the 3rd glue core and the second glue core dock with metal terminal to be assembled and the front portion of metal terminal is arranged in the location notch of the 3rd glue core, the second glue core rear end face is concordant with the 3rd glue core rear end face; The front portion that described metal front is coated on the 3rd glue core is peripheral; Described glue core back cover is coated on the periphery of the 3rd glue core rear end;
Totally 10, contact copper pin in described first connector body, is divided into two groups that are arranged symmetrically with up and down, and the leading section of contact copper pin protrudes from the front end face of the first glue core and the front end face of magnet;
The number of the metal terminal in described second connector body is 5 is several rows of row, and metal terminal rearward end is exposed to the rear end face of the second glue core and glue core back cover; Glue core back cover has the docking window corresponding with the front end face of the first glue core with the second glue core rear end face, and after docking wherein one group of contact copper pin contact with corresponding metal terminal rearward end respectively.
2. single magnet MICROUSB magnetic data adaptor connector according to claim 1, it is characterized in that: described second glue core upper and lower surface forms the first buckle, accordingly, the upper and lower surface of the 3rd glue core forms first bayonet socket corresponding with the first buckle; The rearward end of described metal front has extension pin, and accordingly, the rear portion of the 3rd glue core has the jack corresponding with extending pin, and extension pin end has back-off.
3. single magnet MICROUSB magnetic data adaptor connector according to claim 1, it is characterized in that: described glue core back cover has the hollow bulb passed from rear end forward end for metal front and the 3rd glue core, 3rd glue core rear end face is outwardly in the rear end face of glue core back cover, and the upper and lower inwall of this hollow bulb is provided with the second buckle, accordingly, the upper and lower surface of described metal front offers second bayonet socket corresponding with the second buckle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520940723.XU CN205159638U (en) | 2015-11-23 | 2015-11-23 | Single magnet MICROUSB magnetism data switching connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520940723.XU CN205159638U (en) | 2015-11-23 | 2015-11-23 | Single magnet MICROUSB magnetism data switching connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205159638U true CN205159638U (en) | 2016-04-13 |
Family
ID=55695294
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520940723.XU Active CN205159638U (en) | 2015-11-23 | 2015-11-23 | Single magnet MICROUSB magnetism data switching connector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205159638U (en) |
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2015
- 2015-11-23 CN CN201520940723.XU patent/CN205159638U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |