CN101552393A - SATA data connection device capable of increasing confidence - Google Patents
SATA data connection device capable of increasing confidence Download PDFInfo
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- CN101552393A CN101552393A CNA2009101431070A CN200910143107A CN101552393A CN 101552393 A CN101552393 A CN 101552393A CN A2009101431070 A CNA2009101431070 A CN A2009101431070A CN 200910143107 A CN200910143107 A CN 200910143107A CN 101552393 A CN101552393 A CN 101552393A
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Abstract
The invention discloses a data connection device, especially a SATA data connection capable of increasing the splicing stability and confidence, mainly comprising a SATA data connection seat and a SATA element end, a splicing slot in the seat of the SATA data connection seat, a transcurrent carriage added on the two short edges of the seat, a fastening slot on the carriage, a fastening piece added on the lower edges of the two short edges of the outer shell of SATA element end, a fastening hook capable of being grasped and aslant moving on the end of the fastening piece. When the SATA data connection head of the SATA element end is spliced into the splicing slot of the SATA data connection seat and the fastening hook of the fastening piece is fastened in the fastening slot, thus the splicing stability and confidence of the SATA data connection device can be greatly reinforced and the transmission accuracy of the high-speed data can be ensured.
Description
Technical field
The present invention relates to a kind of data connection device, refer to a kind of SATA data connection device that improves splicing stability and reliability especially.
Background technology
SATA is the abbreviation of Serial ATA (Serial Advanced Technology Attachment), also can claim serial ATA.It is a kind of computer bus, and major function is the usefulness as the transfer of data between mainboard and the mass storage (as hard disk and CD drive).In data transmission, the speed ratio of SATA was more quick in the past, and supported hot plug, can plug or pull out hardware when making the computer running.SATA and the most tangible difference in the past are to have used less winding displacement, the circulation of air of favourable cabinet inside.
Now, three kinds of specifications such as SATA6Gbit/s that SATA has SATA 1.5Gbit/s, SATA 3Gbit/s respectively and is about to release.Because above-mentioned many advantages are arranged, existing various storage devices on the market as hard disk drive (HDD) or CD drive (DVD) etc., all significantly use the SATA interface, and the SATA interface is to reach following most important computer storage interface now.
See also Fig. 1, it is (the SATA-IO of SATA international organization; Serial ATA InternationalOrganization) the use schematic diagram of the SATA data connection device 10 commonly used of standard, be provided with a plurality of electronic components in a circuit board 19, can include at least one SATA data linking block 11, one inserting groove 13 is arranged in the SATA data linking block 11, be provided with a plurality of splicing ears in the inserting groove 13.One SATA member end 15, for example the SATA data line can be plugged in the inserting groove 13, whereby to reach the purpose of SATA transfer of data.
The side of SATA member end 15 commonly used still can be provided with a mistake proofing part 17, except making things convenient for the accurate contraposition of user when the grafting SATA member end 15, also wishes can increase whereby the stability of SATA member end 15 when being positioned at SATA Connection Block 11.
See also Fig. 2, it is the schematic perspective view of second kind of SATA data connection device commonly used, and SATA data connection device 20 includes the SATA data linking block 21 and a SATA member end 25 that can be fixedly arranged on mainboard or the circuit board.SATA data linking block 21 includes a pedestal 21, its each face is generally a rectangular configuration, the outer surface of pedestal 21 will be formed with two long limit 221 and two minor faces 222, be provided with an inserting groove 225 in the pedestal 21, have a plurality of plate end splicing ears 227 in the inserting groove 225, and a long limit 221 of pedestal 21 is provided with at least one pressing draw-in groove 215.
SATA member end 25 has an outer shell 253, be generally a rectangular configuration, the outer surface of outer shell 253 will be formed with two long limit 2531 and two minor faces 2532, and the bottom side of SATA member end 25 convexes with a SATA data connector 251, SATA data connector 251 is provided with a plurality of second splicing ear (not shown)s, one long limit 2531 of SATA data connector 251 is provided with a pressing part 26, then be provided with a mistake proofing part 27 on a SATA data connector 251 and the minor face 2532, pressing part 26 is provided with at least one pressing salient point 265.
SATA member end 25 can be the electronic application module of a SATA data line or a SATA interface, if SATA member end 25 is the electronic application module of a SATA interface, then can be provided with an operational module 255 in the outer shell 253.
When SATA member end 25 desires to be connected in SATA data linking block 21, SATA data connector 251 and mistake proofing part 27 will be plugged in the inserting groove 225, pressing part 26 then can be subjected to the pressure holding of an external force and release and cause pressing salient point 265 to be sticked in pressing part draw-in groove 215, whereby to increase the splicing stability of SATA data connection device 20.227 of the plate end splicing ears and second splicing ear touch mutually.
But, as previously mentioned, SATA is the high coffret of transmission speed, but the SATA II that popularizes the most at present definition per second transmission speed is 3.0Gbit, following SATA III then further is defined into the transmission requirement of hypervelocity per second 6.0Gbits, any unsettled in a flash engagement state all might cause omission or the erroneous judgement on the data passes, the risk that so will seriously cause information security to transmit.SATA data connection device 10/20 commonly used has following 3 shortcomings with regard to bond stability:
1. its less 7pin data connection device structure has only 20% of past PATA 40pin data connection device approximately, and the grafting active force of SATA member end and SATA data linking block can not show a candle to PATA interface in the past.
2.SATA the splicing ear of data linking block and SATA member end adopts 7pin single face contact, a little less than its engaged power far beyond the 40pin stitch multiaspect contact of past PATA is.
Do not have the pressing fastener that engages mechanism or monolateral weakness 3.SATA data linking block can be with the juncture of SATA member end, the SATA data connecting line of SATA member end or SATA interface electronic application modular device are rocked easily.
Based on above-mentioned 3 shortcomings,, form the insecurity of SATA data in transmission when product is being subjected to external force collision or under abominable vibration environment used, SATA member end 15/25 rocked easily or comes off on SATA data linking block 11/21.
And unsteadiness or insecurity transfer of data on of this kind SATA data connection device when pegging graft especially goes up on the products such as computer system that use more obvious at industrial computer, vehicle computer or fluid carrier (for example aircraft or boats and ships).So that how to strengthen SATA data linking block and SATA member end complete firmly engages the important topic that just becomes now with following computer system.
Summary of the invention
Main purpose of the present invention is to provide a kind of SATA data connection device that improves reliability, have additional a bracing frame and a slot in the both sides of SATA data linking block minor face, two minor faces of SATA member end then are provided with a corresponding fastener and a grab, when the SATA member end is plugged in the SATA data linking block, grab will engage mutually with slot, but the not only splicing stability of augmentation data jockey and reliability can increase the fail safe of SATA data in transmission again whereby.
Secondary objective of the present invention is to provide a kind of SATA data connection device that improves reliability, be provided with a upwardly extending Extension support and a location hole in the long limit of SATA data linking block, the long limit of SATA member end is then corresponding to be provided with a perforation, after the SATA member end is plugged in the SATA data linking block, by a latch members with sealed and stationary positioned hole and perforation, not only can improve the splicing stability and the reliability of data connection device whereby, and guarantee that the short end of the public Connection Block of SATA member end and mainboard SATA is sealed fully and do not break away from, be not easy to use again person's operation.
Another purpose of the present invention is to provide a kind of SATA data connection device that improves reliability, the both sides minor face of the SATA data linking block of smooth traverse on motherboard is provided with a guiding carrier, the inboard of guiding carrier is provided with a guiding raised line, the then corresponding guide channel that is provided with of two minor faces of the outer shell of SATA member end, by the guiding snap-fit relationship of guiding raised line and guide channel, to improve the splicing stability and the reliability of data connection device.
Another purpose of the present invention is to provide a kind of SATA data linking block and a kind of SATA member end, has the member that at least one can increase splicing stability, and applicable to the assembly of multiple different SATA data linking blocks or SATA member end, not only can improve the splicing stability and the data transmission security of SATA data connection device whereby, can improve the utilization of resources of each SATA data linking block or SATA member end again.
For this reason, the invention provides a kind of SATA data connection device that improves reliability, it mainly includes: a SATA data linking block, has a pedestal, the outer surface of pedestal is formed with two long limit and two minor faces, be provided with an inserting groove in the pedestal, and at least one minor face of pedestal is provided with a bracing frame, bracing frame is provided with a slot, and a side of slot then is provided with an engaging wall; An and SATA member end, has an outer shell, the outer surface of outer shell is formed with two long limit and two minor faces, SATA member end bottom is provided with a SATA data connector, the minor face of outer shell then is provided with at least one fastener, and fastener includes one and extends downwards and movable grab, and SATA data connector can plug together in this inserting groove, and fastener is done the time spent and can be driven grab by this slot being subjected to an external force, and is fastened on this engaging wall.
Again, the invention provides a kind of SATA data connection device that improves reliability, it mainly includes: a SATA data linking block, has a pedestal, be provided with an inserting groove in the pedestal, and the convex Extension support that is provided with of at least one side of pedestal is provided with a location hole in the Extension support; One SATA member end, bottom are provided with a SATA data connector, and the lower edge of SATA member end then is provided with at least one perforation; And a latch members, can wear merging stationary positioned hole and perforation.
Again, the invention provides a kind of SATA data connection device that improves reliability, it mainly includes: a SATA data linking block, smooth traverse is on a circuit board, have a pedestal, the outer surface of pedestal is formed with two long limit and two minor faces, is provided with an inserting groove in the pedestal, and at least one minor face of pedestal is provided with a guiding carrier, and the inboard of guiding carrier is provided with a plate end guidance part; An and SATA member end, its outer surface is formed with two long limit and two minor faces, and the bottom is provided with a SATA data connector, and at least one minor face of SATA member end then is provided with a member end guidance part, SATA data connector can be plugged in inserting groove, and the member end guidance part is then chimeric mutually with plate end guidance part.
Again, the invention provides a kind of SATA data connection device that improves reliability, it is a SATA member end, the bottom is provided with a SATA data connector, and the lower edge in the SATA member end is provided with at least one perforation, perforation can be worn or screw togather by a latch members, and the SATA member end then is the electronic application module or a SATA data line of a SATA interface.
Again, the invention provides a kind of SATA data connection device that improves reliability, it is a SATA member end, include an outer shell, the outer surface of outer shell is formed with two long limit and two minor faces, the outer shell bottom convexes with a SATA data connector, at least one minor face lower edge in outer shell is provided with a fastener, the front end of fastener connects the minor face bottom of outer shell, the tail end of fastener then is a grab movably, and the SATA member end then is the electronic application module or a SATA data line of a SATA interface.
Again, the invention provides a kind of SATA data connection device that improves reliability, it is a SATA member end, the bottom is provided with a SATA data connector, the outer surface of SATA member end is formed with two long limit and two minor faces, at least one minor face of SATA member end is provided with a member end guidance part, and this element guidance part is a guide rail groove or a guiding raised line, and the SATA member end then is the electronic application module or a SATA data line of a SATA interface.
Again, the invention provides a kind of SATA data connection device that improves reliability, it is a SATA data linking block, has a pedestal, the outer surface of pedestal is formed with two long limit and two minor faces, be provided with an inserting groove in the pedestal, and pedestal is provided with at least one bracing frame, one Extension support or a guiding carrier, bracing frame is located at horizontal expansion on the minor face of pedestal, and the outer surface that Extension support is located at pedestal raises up, and guiding carrier then is located at the minor face of pedestal, wherein this bracing frame is provided with a slot, the side edge of slot is provided with an engaging wall, and this Extension support is provided with a location hole, and the inboard of this guiding carrier then is provided with a plate end guidance part.
Description of drawings
Fig. 1: be the use schematic diagram of SATA data connection device commonly used;
Fig. 2: the stereogram that is second kind of SATA data connection device commonly used;
Fig. 3: be the stereogram of data connection device one preferred embodiment of the present invention;
Fig. 4: be the connection section front view of data connection device of the present invention;
Fig. 5: be sectional view after the connection of data connection device of the present invention;
Fig. 6: be the use schematic diagram of data connection device of the present invention;
Fig. 7: be the stereogram of the another embodiment of data connection device of the present invention;
Fig. 8: be the present invention's sectional view after the connection of embodiment as shown in Figure 7;
Fig. 9: be the stereogram of the another embodiment of data connection device of the present invention;
Figure 10: be the stereogram of the another embodiment of data connection device of the present invention;
Figure 11: be the stereogram of the another embodiment of data connection device of the present invention;
Figure 12: be the stereogram of the another embodiment of data connection device of the present invention;
Figure 13: be the stereogram of the another embodiment of data connection device of the present invention;
Figure 14: be the present invention's stereogram after the combination of embodiment as shown in figure 13;
Figure 15: be the stereogram of the another embodiment of data connection device of the present invention.
Wherein, Reference numeral:
10 data connection devices, 11 SATA data linking blocks
13 inserting grooves, 15 SATA member ends
17 mistake proofing parts, 19 circuit boards
20 data connection devices, 21 SATA data linking blocks
215 pressing part draw-in grooves, 22 pedestals
221 long limits, 222 minor faces
225 inserting grooves, 227 plate end splicing ears
25 SATA member ends, 251 SATA data connectors
253 outer shells, 2531 long limits
2532 minor faces, 255 operational modules
26 pressing parts, 265 pressing salient points
27 mistake proofing parts, 30 data connection devices
31 SATA data linking blocks, 315 pressing part draw-in grooves
32 pedestals, 321 long limits
322 minor faces, 325 inserting grooves
327 plate end splicing ears, 33 bracing frames
331 slots, 332 slot lead angles
335 snap openings, 3351 entity thin-walleds
337 engaging walls, 35 SATA member ends
351 SATA data connectors, 353 outer shells
3531 long limits, 3532 minor faces
354 spaces, 355 operational modules
357 member end splicing ears, 36 pressing parts
365 pressing salient points, 37 mistake proofing parts
38 fasteners, 381 press sections
385 grabs, 386 grab lead angles
387 stopper slots, 389 flexible members
39 circuit boards, 40 data connection devices
41 SATA data linking blocks, 42 Extension supports
425 location holes, 427 location hole screw threads
45 SATA member ends, 452 power input mouths
455 perforation of 454 data connectivity ports
457 perforation screw threads, 47 latch members
50 data connection devices, 51 SATA data linking blocks
55 SATA member ends, 60 data connection devices
61 SATA data linking blocks, 62 guiding carriers
621 plate end guidance parts, 625 plate end location holes
65 SATA member ends, 66 member end guidance parts
Embodiment
At first, see also Fig. 3 to Fig. 6, it is respectively stereogram, connection section front view, the connection back sectional view of data connection device one preferred embodiment of the present invention and uses schematic diagram.Data connection device 30 of the present invention is a kind of SATA data connection device that transmits SATA (Serial Advanced Technology Attachment) data, mainly includes a SATA data linking block 31 and/or a SATA member end 35.
SATA data linking block 31 can be fixedly arranged on a mainboard or the circuit board 39, it has a pedestal 32, each face of pedestal 32 is generally a rectangular configuration, the upper and lower surface of the outer surface of pedestal 32 will be formed with two long limit 321 and two minor faces 322, be provided with an inserting groove 325 in the pedestal 32, have a plurality of plate end splicing ears 327 in the inserting groove 325, for example seven plate end splicing ear.At least one minor face 322 of pedestal 32, for example on the both sides minor face 322 shown in the present embodiment, can increase the bracing frame 33 that is provided with a horizontal expansion respectively, bracing frame 33 is provided with a slot 331, one side lower edge of slot 331 is provided with an engaging 335, will be formed with an engaging wall 337 and engage 335 upper end.
To have the spaces 354 that can allow fastener 38 conveniently move between fastener 38 and the outer shell 353.Certainly, if fastener 38 directly is convexly set in outer shell 353 bottom sides, and covered section fastener 38 part limits not, perhaps the bottom side of outer shell 353 has the function of partial deformation, so also can not have this space 354.
When data connection device 30 desires to finish connection when allowing the SATA data-signal can carry out transmission work, the inserting groove 325 of SATA data linking block 31 can be aimed at and be plugged in to the SATA data connector 351 of SATA member end 35, and the member end splicing ear 357 on the SATA data connector 351 will be in contact with one another with the plate end splicing ear 327 on the inserting groove 325 and be connected or plug together.
Again, act on press section 381, and cause grab 385 354 inclinations of fastener 38 in the space by an external force, so can allow grab 385 by and enter slot 331.When external force disappeared, fastener 38 can be connected the restoring force that is had with outer shell 353 because of front end again, and allows grab 385 pass snap openings 335, and touched and be sticked in engaging wall 337.The active force that is sticked in engaging wall 337 by grab 385 can improve SATA member end 35 and plug together splicing stability and reliability in SATA data linking block 31, also can guarantee the transmission security of SATA data under various environments for use.
In another embodiment, also can be provided with the pressing part 36 identical on the one long limit 3531 of the SATA data connector 351 of SATA member end 35 with second kind of SATA data connection device commonly used (20), then be provided with a mistake proofing part 37 on the minor face 3532 of one side, pressing part 36 is provided with at least one pressing salient point 365.The pedestal 32 of SATA data linking block 31 is provided with at least one pressing part draw-in groove 315, when SATA data connector 351 is plugged in inserting groove 325, except grab 385 can be sticked in snap openings 335/ engaging wall 337, the pressing salient point 365 of pressing part 36 also can be sticked in the pressing part draw-in groove of being located on the pedestal 32 1 long limits 321 315.
As shown in Figure 6, because fastener 38 of the present invention is located at both sides minor face 3532 positions of SATA member end 35, pressing part 36 then is located at the wherein bottom on a long limit 3531 of SATA member end 35, be positioned at the centre position of 38 of both sides fasteners, therefore the user is no matter desire is plugged in SATA data linking block 31 with SATA member end 35, perhaps want SATA member end 35 is broken away from SATA data linking block 31, the user can be positioned over thumb and middle finger on fastener 38/ press section 381 of both sides minor face 3532, forefinger then is positioned on the pressing part 36 on long limit 3531, the same time like this only needs one hand once to finish and pegs graft or the disengaging action very convenient user's operation.
Again, grab 385 bottom sides can be provided with a grab lead angle 386, the inboard of engaging wall 337 then is provided with a slot lead angle 332, when SATA member end 35 desires to be plugged in SATA data linking block 31, grab lead angle 386 can be subjected to the guiding of slot lead angle 332 and slide, and drive grab 385 and slip in the slot 331 smoothly and be sticked in snap openings 335/ engaging wall 337.
In further embodiment of this invention, the middle section position of fastener 38 also can design the press section 381 of giving up protrusion, as long as directly external force is applied on fastener 38, also can reach and allow grab 385 become the inclination aspect, grab 385 can revert to vertical aspect again when external force removes.
In further embodiment of this invention, shown in Fig. 5 dotted line, fastener 38 also can be designed to one and have the rebound press section 381 of function of automatic recovery, its structure is similar to the screen shift knob etc. that the drawbar height that generally is used in luggage case is adjusted button or notebook computer, mainly be provided with a stopper slot 387 in SATA member end 35 bottom sides, be provided with a flexible member 389 in the stopper slot 387,381 of press sections are subjected to the effect of flexible member 389 and move in stopper slot 387, and fastener 38 does not connect outer shell 353.When an external force pushing portion 381, press section 381 will drive grab 385 and inwardly squeeze and contract, but when external force removes, and press section 381 is subjected to pushing of flexible member 389 again and drives grab 385 and move and be sticked in snap openings 335 or engage wall 337.
When if SATA member end 35 is chosen as the electronic application module of a SATA interface, can be provided with an operational module 355 in it, may be selected to be a memory module, an application program module and/or a communication module etc.
Continue, see also Fig. 7 and Fig. 8, it is for the stereogram of the another embodiment of SATA member end of the present invention and engage the back sectional view, and data connection device 40 of the present invention mainly includes a SATA data linking block 41 and a SATA member end 45.SATA data linking block 41 has a pedestal 32, each face of pedestal 32 is a rectangular configuration, the upper and lower surface of the outer surface of pedestal 32 will be formed with two long limit 321 and two minor faces 322, and at least one side minor face 322 of pedestal 32 has additional a bracing frame 33 along stretching, bracing frame 33 is provided with at least one Extension support 42, for example the Extension support 42 of two symmetries shown in the figure is provided with at least one location hole 425 again on each Extension support 42.Again, SATA member end 45 also is provided with at least one perforation 455 in long limit 3531 lower edges with respect to the position of location hole 425.
When the SATA of SATA member end 45 data connector 351 is plugged in the inserting groove 325 of SATA data linking block 41, member end splicing ear 357 will be accessibly connected in plate end splicing ear 327, and the position of location hole 425 and perforation 455 will form a straight line.By a latch members 47, for example screw, nut or screw rod etc. can be worn simultaneously and close in threadless location hole 425 and bore a hole 455, and in addition sealed fixing.So not only can allow SATA member end 45 be fixed between the Extension support 42, can improve the splicing stability and the reliability of SATA member end 45 and SATA data linking block 41 again.
In another embodiment, the limit of SATA member end 45 can be respectively equipped with a power input mouth 452 or a data connectivity port 454.Power input mouth 452 can be connected by a power transmission line, so that the working power of SATA member end 45 to be provided.454 of data connectivity ports can connect a data line, and being connected in series another work system or application apparatus, and data connectivity port 454 can be designed to various transfer of data interfaces.
And in different embodiment, power input mouth 452 or data connectivity port 454 also can be selected not set up in the limit of SATA member end 45, when then can connecting by member end splicing ear 357 and 327 contacts of plate end splicing ear, SATA member end 45 required working powers provided, as shown in Figure 9 by mainboard (39).The technology that the working power of SATA data connection device 40 need not to be provided by another power supply winding displacement can have been checked and approved patent referring to applicant's an other Taiwan: patent announcement M321169 number " SATA data connector ".
See also Fig. 9, it is the stereogram of further embodiment of this invention, in order to increase the splicing stability of data connection device 40, is provided with a location hole screw thread 427 that can allow latch members 47 screw togather in the inner edge of location hole 425.In like manner, the inner edge of the perforation 47 of SATA member end 45 also can be provided with the perforation screw thread 457 that can allow latch members 47 screw togather.
In this embodiment, only be provided with the Extension support 42/ location hole 425/ location hole screw thread 427 of a rear end on the right bracing frame 33 of SATA data linking block 41, and equally only be provided with the Extension support 42/ location hole 425/ location hole screw thread 427 of a front end on the left side bracing frame 33.The latch members 47 on the left side can be screwed together in the location hole 425/ location hole screw thread 427 on perforation 455/ perforation screw thread 457, the Extension support 42 in regular turn.47 of the latch members on the right can be screwed together in location hole 425/ location hole screw thread 427, the perforation 455/ perforation screw thread 457 on the Extension support 42 in regular turn.The present invention can be chosen in need not nut or as long as single Extension support 42/ location hole 47 or about under the situation of each Extension support 42/ location hole 47, also can be fixing to reach the purpose that improves data connection device 40 splicing stability by screwing togather of latch members 47.
Again, can be provided with slot 331/ snap openings 335/ engaging wall 337 on the bracing frame 33 equally, therefore, single SATA data linking block 41 can be arranged in pairs or groups and be selected to have the SATA member end (35) of fastener 38 as shown in Figure 3 or have the SATA member end 45 of perforation 455 as shown in Figure 7 or have the SATA member end 45 of perforation 455 and fastener 38 as shown in Figure 9.
Again, snap openings 335 of the present invention also can be a hollow-out parts, the snap openings 335 on limit, graphic left side like this except having geometric open construction such as rectangle as shown in Figure 3, the side of slot 331 just has only physical objects such as engaging wall 337, and snap openings 335 is not to have real entity.Again, snap openings 335 places also can be an entity thin-walled 3351, so shown in the figure right edge dotted line, whole slot 331 will have only its upside to have can to allow the opening of fastener 38 turnover, as long as be provided with function ridge or the groove identical with engaging wall 337 in slot 331.
See also the 10th figure, it is the stereogram of further embodiment of this invention, in this embodiment, the SATA data connector 351 of SATA member end 45 and long limit 3531 are provided with a pressing part 36 and pressing salient point 365, and the long limit 321 of one on the SATA data linking block 41 then is provided with a pressing part draw-in groove 315.When SATA data connection device 40 connected, pressing salient point 365 can be sticked in the pressing part draw-in groove 315.
Again, only on the bracing frame 33 of left side minor face 322, be provided with Extension support 42 and location hole 425 on the SATA data linking block 41, then be not provided with any Extension support 42 or location hole 425 on the bracing frame 33 on the right, only need to be screwed together in the perforation 455 of the location hole 425 and the SATA member end 41 on the left side, equally also can reach the purpose of stability when improving data connection device 40 grafting by a latch members 47.
See also Figure 11, it is the stereogram of further embodiment of this invention, when a plurality of SATA member ends 45 are used simultaneously and are plugged in corresponding a plurality of SATA data linking block 41, can utilize single latch members 47 can wear the perforation 455 of a plurality of SATA member ends 45 simultaneously, so also can improve the splicing stability of data connection device 40.
In this embodiment,,, can reach the purpose that improves splicing stability as long as a plurality of perforation 455 are fixing to screw togather mutually by a latch members 47 no matter whether have the location hole 425 of foregoing SATA data linking block 41.Certainly, if having perforation screw thread 457 in each perforation 455, perhaps have the collocation of location hole 425, its splicing stability effect can be better.
In aforementioned each figure, though the pedestal 32 of SATA data linking block 31/41 all has the shell around whole inserting groove 325, but the present invention is equally applicable to the pedestal 32 that as seen has only single side shell body or have only the dual-side shell body as daily, as long as horizontal-extending has bracing frame 33 on single side shell body or dual-side shell body.The change of shape of this pedestal 32 is understood by those skilled in the art, does not repeat them here.
Again, see also Figure 12, it is the stereogram of further embodiment of this invention, SATA member end 55 is a SATA data line, be provided with a perforation 455 in its side, SATA data linking block 51 is then given up the design of bracing frame (33), and Extension support 42 directly is located on the long limit 321 of pedestal 32, then is provided with a location hole 425 on the Extension support 42.After SATA member end 55 is plugged in SATA data linking block 51, again by a latch members 47 to screw togather and stationary positioned hole 425 and bore a hole 55, whereby to improve the splicing stability of SATA data connection device 50.
Though among aforementioned each embodiment of the present invention, its SATA data connection device 30/40/50 all is with the SATA data connector 351 of seven splicing ears of standard or inserting groove 325 object as an illustration, but under creation theory of the present invention, the present invention is also applicable to the SATA data connection device of all size or shape.For example add in the SATA member end or SATA data linking block that the SATA power connector (SATA Power Connector) of 15 pins formed at general visible SATA (data) interface connector (SATA (Data) InterfaceConnector) by seven pins, as long as have additional a bracing frame (33) at the both sides of SATA data linking block horizontal-extending, and be chosen in bracing frame (33) and be provided with slot (331), Extension support (42), location hole (425), and on SATA interface connector and SATA power connector, be provided with fastener (38) or perforation (455), can reach goal of the invention of the present invention equally.Therefore, the present invention is applicable to the various types of SATA data connection devices as standard type SATA data connection device, eSATA data connection device, mini-SATA data connection device or micro-SATA data connection device.
In addition, see also Figure 13 and Figure 14, it is respectively the stereogram of further embodiment of this invention and connects the back stereogram.Data connection device 60 of the present invention mainly includes a SATA data linking block 61 and a SATA member end 65.SATA data linking block 61 smooth traverses are on a motherboard or a circuit board 39, at least one side minor face 322 of the pedestal 32 of SATA data linking block 61 is provided with a guiding carrier 62, and the inboard of guiding carrier 62 is provided with a plate end guidance part 621, and can cut a hole on circuit board 39 and be provided with at least one plate end location hole 625.The side minor face 3532 of SATA member end 65 corresponds to 621 of plate end guidance parts and is provided with a member end guidance part 66, and also can select to be provided with at least one plate end location hole 625 on the SATA member end.
When SATA member end 65 desires to be plugged in SATA data linking block 61, the positioning action of and guide element end guidance part 66 chimeric by plate end guidance part 621, and conveniently allow SATA data connector 351 plug together in inserting groove 325.One latch members 47 also can screw togather and fixing perforation 455 and plate end location hole 625.Because plate end guidance part 621 can be embedded in member end guidance part 66, and motherboard 39 can provide a smooth support force that touches again.Therefore, present embodiment can effectively improve the splicing stability of data connection device 60.
If plate end guidance part 621 is a guiding raised line, then member end guidance part 66 promptly can be a guide rail groove, as shown in the figure.Certainly, plate end guidance part 621 also can be a guide rail groove, and member end guidance part 66 then is a guiding raised line.
At last, see also Figure 15, it is the stereogram of further embodiment of this invention, and present embodiment and embodiment illustrated in fig. 13 not existing together mainly are provided with a bracing frame 33 at the both sides of pedestal 32 minor face 322, then is provided with a slot 331, engaging wall 337 and/or snap openings 335 on the bracing frame 33.Again, short side 3532 bottoms of SATA member end 65 have additional a fastener 38, when SATA member end 65 transverse splicings during in SATA data linking block 61, except member end guidance part 66 can be sticked in plate end guidance part 621, and latch members 47 screws togather and fixing perforation 455 and plate end location hole 625 outside, fastener 38 also can be sticked in slot 331, snap openings 335 or the engaging wall 337, whereby to improve the splicing stability and the reliability of SATA data connection device 60.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (20)
1. the SATA data connection device that can improve reliability is characterized in that, mainly includes:
One SATA data linking block has a pedestal, and the outer surface of pedestal is formed with two long limit and two minor faces, be provided with an inserting groove in the pedestal, and at least one minor face of pedestal is provided with a bracing frame, and bracing frame is provided with a slot, and a side of slot then is provided with an engaging wall; And
One SATA member end, has an outer shell, the outer surface of outer shell is formed with two long limit and two minor faces, SATA member end bottom is provided with a SATA data connector, the minor face of outer shell then is provided with at least one fastener, and fastener includes one and extends downwards and movable grab, and SATA data connector can plug together in this inserting groove, and fastener is done the time spent and can be driven grab by this slot being subjected to an external force, and is fastened on this engaging wall.
2. SATA data connection device according to claim 1 is characterized in that,
The front end of this fastener will connect the bottom of the minor face of this outer shell, and the stage casing of fastener is provided with a press section; And
The side lower edge of this slot is provided with a snap openings, and the upside of snap openings then is this engaging wall, and snap openings is opening, a hollow out body or an entity thin-walled of a geometry.
3. SATA data connection device according to claim 1, it is characterized in that, this fastener includes this grab, a press section, a stopper slot and a flexible member, the press section is connected in the top of grab, stopper slot is located at the lower edge of this SATA member end, flexible member is positioned at stopper slot, and the press section then is subjected to the effect of flexible member and can moves in stopper slot.
4. SATA data connection device according to claim 1, it is characterized in that, this SATA data linking block is provided with at least one Extension support, be provided with a location hole in the Extension support, this SATA member end then is provided with at least one perforation, with stationary positioned hole and perforation, and this Extension support is fixed on this pedestal or this bracing frame by a latch members.
5. SATA data connection device according to claim 1, it is characterized in that, the smooth traverse of this SATA data linking block is on a circuit board, at least one minor face of this pedestal is provided with a guiding carrier, the inboard of guiding carrier is provided with a plate end guidance part, the minor face of SATA member end then is provided with a member end guidance part, and plate end guidance part and member end guidance part can be chimeric mutually.
6. SATA data connection device according to claim 5, it is characterized in that, at least one minor face of this pedestal is provided with this bracing frame, guiding carrier then is fixedly arranged on the bracing frame, cutter is provided with at least one plate end location hole on this circuit board, the SATA member end is provided with a perforation, by a latch members with fixed head end location hole and perforation.
7. SATA data connection device that can improve reliability is characterized in that it mainly includes:
One SATA data linking block has a pedestal, be provided with an inserting groove in the pedestal, and the convex Extension support that is provided with of at least one side of pedestal is provided with a location hole in the Extension support;
One SATA member end, bottom are provided with a SATA data connector, and the lower edge of SATA member end then is provided with at least one perforation; And
One latch members can be worn merging stationary positioned hole and perforation.
8. SATA data connection device according to claim 7 is characterized in that, this location hole is provided with a location hole screw thread, and this perforation then is provided with a perforation screw thread, and wherein a latch members can be worn simultaneously and merge fixing a plurality of perforation.
9. SATA data connection device according to claim 7 is characterized in that, the outer surface of this pedestal is formed with two long limit and two minor faces, and at least one minor face of pedestal is provided with a bracing frame, and this Extension support then is fixedly arranged on the bracing frame.
10. SATA data connection device that can improve reliability is characterized in that it mainly includes:
One SATA data linking block, smooth traverse have a pedestal on a circuit board, the outer surface of pedestal is formed with two long limit and two minor faces, be provided with an inserting groove in the pedestal, and at least one minor face of pedestal is provided with a guiding carrier, the inboard of guiding carrier is provided with a plate end guidance part; And
One SATA member end, its outer surface is formed with two long limit and two minor faces, and the bottom is provided with a SATA data connector, and at least one minor face of SATA member end then is provided with a member end guidance part, SATA data connector can be plugged in inserting groove, and the member end guidance part is then chimeric mutually with plate end guidance part.
11. SATA data connection device according to claim 10, it is characterized in that, at least one minor face of this pedestal is provided with a bracing frame, guiding carrier then is fixedly arranged on the bracing frame, again, this circuit board is provided with a plate end location hole, and this SATA member end is provided with a perforation, and can wear merging fixed head end location hole and perforation by a latch members.
12. according to claim 1,7 or 10 described SATA data connection devices, it is characterized in that, this SATA member end is the electronic application module or a SATA data line of a SATA interface, then is provided with a memory module, an application program module or a communication module in the electronic application module of SATA interface.
13. SATA data connection device that can improve reliability, it is characterized in that, it is a SATA member end, the bottom is provided with a SATA data connector, and the lower edge in the SATA member end is provided with at least one perforation, perforation can be worn or screw togather by a latch members, and the SATA member end then is the electronic application module or a SATA data line of a SATA interface.
14. SATA data connection device according to claim 13 is characterized in that, is provided with a perforation screw thread in this perforation.
15. SATA data connection device that can improve reliability, it is characterized in that, it is a SATA member end, include an outer shell, the outer surface of outer shell is formed with two long limit and two minor faces, the outer shell bottom convexes with a SATA data connector, at least one minor face lower edge in outer shell is provided with a fastener, the front end of fastener connects the minor face bottom of outer shell, the tail end of fastener then is a grab movably, and the SATA member end then is the electronic application module or a SATA data line of a SATA interface.
16. SATA data connection device according to claim 15, it is characterized in that, this fastener includes a press section, a stopper slot and a flexible member, the press section is connected in the top of grab, stopper slot is located at the lower edge of this SATA member end, be provided with this flexible member in the stopper slot, the press section then is subjected to the effect of flexible member and can moves in stopper slot.
17., it is characterized in that the minor face of this SATA member end is provided with a member end guidance part, and the long limit of this SATA member end is provided with a pressing part according to claim 13 or 15 described SATA data connection devices.
18. SATA data connection device that can improve reliability, it is characterized in that, it is a SATA member end, the bottom is provided with a SATA data connector, the outer surface of SATA member end is formed with two long limit and two minor faces, at least one minor face of SATA member end is provided with a member end guidance part, and this element guidance part is a guide rail groove or a guiding raised line, and the SATA member end then is the electronic application module or a SATA data line of a SATA interface.
19. SATA data connection device that can improve reliability, it is a SATA data linking block, has a pedestal, the outer surface of pedestal is formed with two long limit and two minor faces, be provided with an inserting groove in the pedestal, and pedestal is provided with at least one bracing frame, one Extension support or a guiding carrier, bracing frame is located at horizontal expansion on the minor face of pedestal, the outer surface that Extension support is located at pedestal raises up, guiding carrier then is located at the minor face of pedestal, and wherein this bracing frame is provided with a slot, and the side edge of slot is provided with an engaging wall, this Extension support is provided with a location hole, and the inboard of this guiding carrier then is provided with a plate end guidance part.
20. SATA data connection device according to claim 19 is characterized in that, the side lower edge of this slot is provided with a snap openings, and the upside of snap openings then is this engaging wall, and snap openings is opening, a hollow out body or an entity thin-walled of a geometry.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2009101431070A CN101552393A (en) | 2009-05-14 | 2009-05-14 | SATA data connection device capable of increasing confidence |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2009101431070A CN101552393A (en) | 2009-05-14 | 2009-05-14 | SATA data connection device capable of increasing confidence |
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| Publication Number | Publication Date |
|---|---|
| CN101552393A true CN101552393A (en) | 2009-10-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2009101431070A Pending CN101552393A (en) | 2009-05-14 | 2009-05-14 | SATA data connection device capable of increasing confidence |
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| Country | Link |
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| CN (1) | CN101552393A (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102694302A (en) * | 2011-03-23 | 2012-09-26 | 神讯电脑(昆山)有限公司 | Connector structure of IO card interface |
| CN102904108A (en) * | 2011-07-24 | 2013-01-30 | 富士康(昆山)电脑接插件有限公司 | Electric connector and assembly thereof |
| CN105206960A (en) * | 2015-09-10 | 2015-12-30 | 宜鼎国际股份有限公司 | M.2 interface connector and M.2 interface connecting base allowing M.2 interface connector to be plugged therein |
| WO2017101718A1 (en) * | 2015-12-16 | 2017-06-22 | 上海电科电器科技有限公司 | Plug locking device of a surge protection device |
| CN107453119A (en) * | 2016-05-30 | 2017-12-08 | 南宁富桂精密工业有限公司 | Attachment structure |
| CN107450849A (en) * | 2017-05-11 | 2017-12-08 | 宜鼎国际股份有限公司 | Open-ended interface panel |
| CN113028212A (en) * | 2021-03-01 | 2021-06-25 | 北谷电子有限公司 | Detachable controller and assembling method of detachable controller |
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2009
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102694302A (en) * | 2011-03-23 | 2012-09-26 | 神讯电脑(昆山)有限公司 | Connector structure of IO card interface |
| CN102904108A (en) * | 2011-07-24 | 2013-01-30 | 富士康(昆山)电脑接插件有限公司 | Electric connector and assembly thereof |
| CN102904108B (en) * | 2011-07-24 | 2016-06-08 | 富士康(昆山)电脑接插件有限公司 | Electrical connection device and combination thereof |
| CN105206960A (en) * | 2015-09-10 | 2015-12-30 | 宜鼎国际股份有限公司 | M.2 interface connector and M.2 interface connecting base allowing M.2 interface connector to be plugged therein |
| WO2017101718A1 (en) * | 2015-12-16 | 2017-06-22 | 上海电科电器科技有限公司 | Plug locking device of a surge protection device |
| CN107453119A (en) * | 2016-05-30 | 2017-12-08 | 南宁富桂精密工业有限公司 | Attachment structure |
| US10215206B2 (en) | 2016-05-30 | 2019-02-26 | Nanning Fugui Precision Industrial Co., Ltd. | Connecting structure for electronic devices |
| CN107453119B (en) * | 2016-05-30 | 2019-07-23 | 南宁富桂精密工业有限公司 | Connection structure |
| CN107450849A (en) * | 2017-05-11 | 2017-12-08 | 宜鼎国际股份有限公司 | Open-ended interface panel |
| CN107450849B (en) * | 2017-05-11 | 2020-09-01 | 宜鼎国际股份有限公司 | Extensible interface board |
| CN113028212A (en) * | 2021-03-01 | 2021-06-25 | 北谷电子有限公司 | Detachable controller and assembling method of detachable controller |
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Open date: 20091007 |