TWM308528U - Four-in-one insertion card structure - Google Patents

Description

M308528 Eight, new description: [New technology field]

This creation is a four-in-one card structure, especially a private board mounted on an electronic clothing. 'Available for mi cr〇 SD card (or MMC m 1 cr Leica), M2 card, MS card and MS. D u Leica inserted card structure. [Prior Art]

^ With the ever-changing variety of portable electronic devices, different electronic cards have been designed, and different electronic cards have different card structures to electrically connect electronic cards and electronic devices. The ugly + conventional card structure is installed on the circuit board of the electronic device, and the =: daughter card is inserted, so that the electronic card and the circuit board are electrically connected, and the signal between the daughter card and the circuit board is used. The communication between the electronic card and the electronic device is coming. No. 36 patent case reveals that there is no electronic card: ^ plug, structure) 'includes - insulative body, complex conductive terminal, concealer, - card retraction mechanism, - first guide and the insulation body Shi, Shi, Yue, a ¥. Uy is formed with a groove, and the shielding shell is overlaid on the insulating body; the plurality of conductive terminals (4) are on the body of the remaining edge of the body, and the guiding plate is coupled with the card ejecting mechanism, and is convexly provided with a =====shifting short a second guide: convex: a long lug having a groove, whereby the second guide can be held by = the combination of the ejecting mechanism and the first guide and the second guide are selected The M308528 is mounted on the insulative housing, and between the first guide plate and the insulative housing, and between the guide plate and the insulative housing, an accommodation space for receiving various types of electronic cards is formed. The electronic card is connected to the j-b, the P-port, and the outer casing is an insulating body combined with a shielding shell, which leads to the overall structure, the assembly is not easy, and the cost is increased. The edge is that the creator feels The above-mentioned deficiencies can be improved, and I have devoted myself to research and cooperate with the application of theory. Finally, I propose a creation that is reasonable in design and has the above-mentioned deficiency. [New content] # In the above questions, the main purpose of this creation is to provide a Quad-plug-in card structure for overall construction Easy to assemble, reduce cost, and reduce the cost. Another purpose of this creation is to provide a four-in-one card structure for micr. SD card (or MMCm soil c, Leica), μ:, MS card and MS Duo The card is inserted. 槿, = achieve the purpose of ί, the creation of a four-in-one card junction has a first receiving slot, the first edge of the body - (5) work, the younger one trough and a third containment a slot; - and a sub-, and, is disposed in the insulative housing, the 'second second terminal group includes a plurality of ends:: the one has a polarity for being electrically connected to the Μ 2, and the white portion is The contact portion and the soldering portion respectively extend into the M308528 out of the insulating body; and a third terminal group disposed on the insulating body 'the core two terminal group includes a plurality of terminals, each of the terminals having - for use with the MS card And the MSD u Leica electrical connection __ contact portion and the - soldering portion, the contact portion and the soldering portion respectively extend into the third receiving groove and out of the insulating body. The creation has the following beneficial effects ··This creation will make the insulation body adopt one-piece design, which can simplify the overall structure. Easy and effective means to reduce the production cost, and a m i c r ◦ "card (or earth opening MMCm

Card) card,, σ structure, M 2 card card structure, ms card and MSDU Leica card structure are integrated into body, available for micr 〇SD card (or MMCmi cr 〇+ ), M2+>MS +AMS Duo card insertion for a wider range of applicability. In order to enable a better understanding of the features and technical content of this creation, please refer to the detailed description and drawings of this creation under X. However, the drawings only provide the examination and description for 'not used to limit this creation. By. [Embodiment] - As shown in the first to fifth figures, in the first embodiment of the present creation, the present f = provides a four-in-plug-in card structure, including - an insulating body - a subgroup 2 Two terminal groups 3, a third terminal group 4 and an L measuring device 5. The insulating body 1 is integrally formed, and the insulating body has a first receiving slot 1 1 , a second receiving slot i 2 , a ί:, a trough 13 and a mounting portion 14 . The measuring device 5 is disposed on the outer edge of the insulating body 1 . As shown in the first to third figures, the first terminal group 2 is disposed on the body M1 of the insulation M308528. The first terminal group 2 includes a plurality of terminals 21, each of which has - for use with m i e r. The s D is electrically connected to the contact portion 2 1 1 and a soldering portion 2 1 2 , and the contact portion 2 1 1 and the soldering portion 2 1 2 respectively extend into the first receiving groove working body and the through-out edge body 1 outside. The second terminal group 3 is disposed on the insulative housing 1 , and the second terminal group 3 includes a plurality of terminals 3 1 . Each of the terminals 31 has a contact portion 3 for electrically connecting with the M 2 card. And the welding #32, the contact 4 3 1 1 and the welding portion 3 1 2 respectively extend into the second receiving groove 12 and out of the insulating body. The third terminal group 4 is disposed on the insulative housing 1 . The third terminal group 4 includes a plurality of terminals 4 _ , each of which has a contact portion 411 for electrically connecting with the Ms , MS Duo card. And a soldering portion j 1 2 'the contact portion 4 1 1 and the soldering portion 4 i 2 respectively extend into the outer trench groove 13 and out of the insulating body 1 . As shown in FIG. 2, FIG. 4 and FIG. 5, the detecting device 5 includes a first detecting terminal 5 1 and a second detecting terminal 52. The first detecting unit 5 1 There is a first contact portion 5 1 1 , a fixing portion 5 1 2 and a welding portion 5 1 3 . The soldering portion 513 and the first contact portion 5 1 1 are respectively extended and formed at two ends of the fixing portion 51, and the fixing portion 51 is fixed to the mounting portion of the insulating body 1 by interference fit. 1 4 ' The welded portion 5 1 3 protrudes outside the insulating body 1 . The second detecting terminal 52 has a second contact portion 5 2 1 , a pressing portion 5 2 2 , a resilient arm 5 2 3 , a fixing portion 5 2 4 and a welding 4 5 2 5 . The pressing portion 5 2 2 extends into the first receiving groove 1 M308528 m and the two contact portions 5 21 are connected to the (4) 5 2 2 -. :: the two-contact portion 5 2 i is located at the first contact portion 5 i ,

In the space, the welded portion 5 2 5 and the elastic B ancient 玄固宕 Qiu ς h ΰ Z 3 knives are extended and formed at the two ends of the bucket 〇 P 5 2 4 'the fixed portion 5 2 4 is in an interference fit manner Fixed to the mounting part 4, the welding part: outside the body 1, the pressing part 5 2 2 is connected; the fixed part 524 of the -turning arm 523 away from the Guru's words when the mi croSD card is inserted into the first - The receiving slot li to the positioning L::1 cr 0 one side of the SD card will touch the second detecting terminal 5 = the portion 5 2 2 is displaced to the left for interlocking the second contact portion 5 2 left displacement, The second contact portion 5 2 丄 side of the second detecting terminal 52 and the first contact portion 5 of the first detecting terminal 5 1 are right-handed to be contacted: the first thin 51 is made And the second detecting terminal 5 is connected in a sturdy manner, so as to turn on the circuit of the card structure, the card structure can be started, so as to detect the micr 〇sd card insertion to reach the fixed T. 111 1 cr 0 s D card and the contact part 2, 1 of each of the terminals 2 1 contact to achieve electrical connection, so that the micrsd card and the circuit board to achieve 1f connection, for transmission m "r 〇 SD card and the board between the signal唬 Μ 卡 2 card inserted into the second receiving slot Leica or MS Du Leica inserted into the third receiving slot i 3, M2 card, ms card and m SD u〇 card can be electrically connected to the circuit board. As shown in the sixth figure, in the second embodiment of the present invention, each terminal 21 of the first terminal has a contact portion 21 1 for connecting with the MMCm icr 〇 card, and the MMCmi cr 〇 card is inserted. When the first trough is 1 1 to the positioning, the contact between the MMCmi cr Leica and the contact portion 2! of the M308528 terminal 21 is electrically connected, so that the dragon a 1 crq card is electrically connected to the circuit board for transmission. 〇 cr cr 〇 card and the signal between the board. This creation is a four-in-one card structure, which has the following 1, the insulation body 1 俜 is a lesser sentence... Simplify the overall structure, ease assembly, and effectively reduce production costs. 2 1 cr 〇SD + (^MMCm icro + ) # + f structure, M2 card card structure, Ms card and Ms Du〇 card insertion structure are integrated into body, which can be used for m i c r 〇 s D card (or

MMCmie r Q + ), M2 card, MS card and MS D U 插 card insert ‘to make it more widely applicable. The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of implementation of this sword. (4) (4) ^ ^ The equalization of the division is performed. r 舁 舁 饰 ,, are covered by the scope of this creation patent. [Simple description of the schema] 1

f is a perspective view of the first embodiment of the present invention. FIG. 2 is a perspective exploded view of the first embodiment of the present invention. FIG. 3 is a plan view of the first embodiment of the present invention; The front view of the first embodiment; the fifth figure is a side view of the consistent example of the brother of the founding bamboo + ^ ^ ^; and the sixth figure is a three-dimensional exploded view of the second embodiment of the creation of the I ^ ^ 』 [Description of main component symbols] 1 Insulating body - the second receiving slot of the receiving slot 12

M308528 13 Third receiving groove 14 Mounting part 15 Fixing part 2 First terminal set 2 1 Terminal 2 11 Contact part 2 1 2 Weld part 3 Second terminal set 3 1 Terminal 3 1 1 Contact part 3 1 2 Weld part 4 Third Terminal group 4 1 terminal 4 11 contact portion 4 1 2 soldering portion 5 detecting device 5 1 first 4 detecting terminal 5 11 first contact portion 512 513 soldering portion 5 2 second detecting terminal 521 second contact portion 522 523 elastic arm 524 525 welded portion fixing portion pressing portion fixing portion 11

Claims (1)

M308528 Nine, the scope of application for patents: 1 A four-in-one card structure, including: an insulative body, which is integrally formed, - the first - receiving - μ kg bar edge body has a brother and a valley trough, - 笫 two The receiving slot and the third receiving port are provided on the insulative housing, and the first end dice group spoon has a plurality of terminals, each of which has a —= : the knife extends into the first receiving The inside of the slot and the outer body of the insulating body. The second:: terminal group is disposed on the insulative housing, and the second terminal group includes a plurality of terminals 'each of which has a terminal for electrically connecting with the μ 2 card - a contact portion and a soldering portion, the contact portion and the tan connector are protruded into the second receiving groove and pass through the insulating and - the third terminal group is disposed on the insulating body, the third terminal group The terminal includes a plurality of terminals, each of the terminals has a contact portion for electrically connecting with the M s card and the μ SD u 0 card, and a soldering portion, and the contact σ 卩 and the soldering portion respectively extend into the third portion The inside of the receiving groove and the outside of the insulating body. = The four-in-one card structure described in claim 1 of the patent scope, wherein the electronic card is a microSD card. The four-in-one card structure according to claim 1, wherein the electronic card is an MMCmi c r Leica. The four-in-one card structure described in claim 1, wherein the insulative housing has a mounting portion therein, and the mounting portion is provided with a detector 12 M308528: the clothing detection device includes a first detection terminal And a second 1 Bayer terminal. The four-in-one card structure described in item 4 of the deficiencies/1 patent, wherein the two debt measuring terminals have a _th contact portion, a fixing portion, and a press; the bomb: the terminal has a second connection The point portion, the -butting system extends into the second body, and the fixed portion is connected to the second body. The fourth contact portion is located between the side of the second contact point portion and the second contact portion is located at the first 6: The extension of the item ι= is formed in the “#, ρ connection, and the first contact portion respectively detects the two ends of the upper fixing portion, and the interference of the first-edge body is fixed to the insulation. The tandem portion of the detecting terminal extends from the soldering portion of the second detecting terminal and the structure of the second detecting terminal, as described in the Japanese Patent Application No. 5, wherein the second Detecting both ends 4 of the fixing portion of the terminal; an ampule portion, the rib portion of the second debt measuring terminal is outside the body of the rim, and the pressing portion is connected to the elastic arm away from: The _ terminal of the fixing portion. The swell-detecting terminal, as described in the patent application _i, is provided with at least two fixing members on the outer edge of the insulating body. Card, structure, 13 8