CN107395235A

CN107395235A - It is easy to take the mobile phone Kato assembly of dress and supporting Kato female seat assembly

Info

Publication number: CN107395235A
Application number: CN201710855845.2A
Authority: CN
Inventors: 张皓崎
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-09-21
Filing date: 2017-09-21
Publication date: 2017-11-24

Abstract

The invention reside in offer kinds of schemes to be easy to the mobile phone Kato assembly for taking dress and supporting Kato female seat assembly to realize, including Kato assembly and the deck assembly supporting with it；Compared to the Kato assembly of mobile phone needs card pin or other instruments just can remove to use and be inconvenient on the market now, and user hardly carries with card pin can bring very burden when card taking is badly in need of, and Kato assembly provided by the invention does not need other instruments to can be achieved quickly to remove and install, using very convenient quick, have great convenience for the user.

Description

It is easy to take the mobile phone Kato assembly of dress and supporting Kato female seat assembly

Technical field

The present invention relates to electronic component field, in particular to the Kato assembly and deck assembly on mobile phone.

Technical background

As development in science and technology mobile phone is increasingly popularized, also have become equipment more and more too busy to get away in people's life it One, although the life of mobile phone let us becomes very convenient, some designs on mobile phone use it is also inconvenient, Such as the Kato assembly on mobile phone could be taken out with card pin when taking every time, but card pin is hardly carry-on in usually living Carry, so card pin almost not can not find suitable method and be taken out conveniently card when wanting to remove SIM card or SD card Assembly is held in the palm, this is that cellphone subscriber brings very big inconvenience and puzzlement.

The content of the invention

Now on the market also without it is a kind of can need not the mobile phone Kato assembly that just can conveniently remove of card pin and Coordinate its realization conveniently to remove and load onto the deck assembly of function, be to have very big city in the society of current one mobile phone of human hand Field demand.

Due on current market also without a kind of mobile phone Kato assembly that just can conveniently remove of card pin and its supporting of not needing Deck assembly, so the purpose of the present invention is that same purpose is realized by multiple technologies scheme, that is, need not Kato assembly is quickly and easily removed in the case of the aids such as card pin.

Scheme one, it is total by the Kato that is arranged on below Kato assembly mounting hole site of pressing one ejection Kato of releasing the button Into further taking out Kato assembly；Set a Kato to release the button below Kato and be arranged on phone housing, block under nature Support is released the button, and outer surface and phone housing outer surface are tangent, and Kato, which is released the button, to be connected on phone housing, can only before and after Slide, can be spacing by elements such as cell phone mainboards when moving to a certain position in rear from front end spacing place, the displacement is Pressable depth capacity, it can be resetted after loosing one's grip；Can be by a buckle knot when Kato is released the button and moves to certain position Structure top, which is opened, makes the buckle structure disengage the limitation to Kato assembly, and Kato assembly ejects under flexible member effect；During installation only Kato assembly need to be pushed into place, buckle structure is locked automatically；Realize that the action for removing Kato assembly is opened to press Kato Button is opened, the ejection of Kato assembly, pulls out Kato assembly.

Scheme two, pressing Kato assembly ejection Kato assembly, Kato assembly can be pressed by by interior of mobile phone certain depth Can unlock locking of the element to it after entering to a certain depth, be ejected after loosing one's grip in the presence of flexible member, Ran Houqu Lower Kato assembly, Kato assembly need to be only pushed into latched position during installation, locking member locks Kato assembly automatically；Realization takes The action of lower Kato assembly pulls out to press.

Scheme three, by being released the button Kato assembly top by the lateral Kato being pressed on beside Kato assembly mounting hole site Go out.Lateral Kato, which is released the button, directly to be contacted with the inner surface of Kato assembly or indirectly ejects piece by some mechanisms and Kato End thereof contacts, and the other end and the Kato body contact of Kato ejection piece；Directly released the button using lateral Kato and eject card Ask the lateral Kato middle part of releasing the button of the embodiment of assembly to be provided with a hole, be fixed on by the hole on phone housing and can Rotated around the hole, can rotate its other end when an its one end is depressed ejects Kato assembly, by an elasticity member after release Part resets；Press the Kato top that lateral Kato is released the button and the embodiment of piece ejection Kato assembly is indirectly ejected by Kato Slice centre position set a hole and can around the hole in certain angle scope internal rotation, material is thus formed a lever, when by Lower Kato, which is released the button, will drive Kato ejection piece to eject Kato assembly；Kato assembly pinches Kato assembly after being ejected The part being ejected can remove Kato assembly；Need to only Kato assembly be shifted onto position during installation；Kato assembly is removed in realization Action for pressing Kato release the button ejection Kato assembly, remove Kato assembly.

By multiple schemes of appeal provide it is a variety of solution mobile phone Kato assemblies do not need other any instruments can It is quick and convenient to remove the technology installed.

Brief description of the drawings

A part of Figure of description for forming the application is used for providing that the present invention is explained further, signal of the invention Property embodiment and its illustrate be used for explain the present invention, do not form inappropriate limitation of the present invention.

In order to which the part illustrated to needs is clearly expressed, partial sectional view, part has largely been used to put in accompanying drawing Big figure, broken away views and the part to partial view are hidden, and wherein the cutting line of partial sectional view is with dotted line Outline, partial enlarged drawing is outlined with double dot dash line, and other views placed beside explosive view are outlined with dotted line, understand exhibition with this It now should be noted part；For ease of expression, in brief description of the drawings, sectional view and partial enlarged drawing do not distinguish it individually in the figure number On particular location, but indicate and illustrate by its label when illustrating his father's view.

For the ease of multiple embodiments of the clear explanation present invention, the similar portion of the partial action and shape of all embodiments Part has different features these different features again thereon with identical name nominating, for the different embodiments of the same part It is distinguish between with different titles.

Fig. 1 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one Go out the explosive view of the embodiment one of Kato assembly, the wherein view in dotted line frame is its top view.

Fig. 2 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one The Kato for going out the embodiment one of Kato assembly is released the button and phone housing installation detailed view；The wherein width of the left side one is outside mobile phone The axle side broken away views of shell；A middle width is that Kato is released the button the axle side broken away views on phone housing；On the right Lower two width are all the axis side views for the different visual angles that Kato is released the button.

Fig. 3 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one Go out the right view and front view of the embodiment one of Kato assembly；Wherein the width of the left side one is the right view of the present embodiment, and A is it in card Hold in the palm the partial enlarged drawing at assembly ejection supporting plate targeting port；A middle width is the front view of the present embodiment, and C is at partial cutaway D Partial enlarged drawing, B are the partial enlarged drawings at limit fastener reseting shrapnel；The width of rightmost one is the hiding deck metal plate of the present embodiment Front view after golden shell.

Fig. 4 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one Go out the front view of the embodiment one of Kato assembly；Wherein the width of first row first is that the present embodiment conceals deck sheet metal shell and card Front view when holding in the palm assembly in the raw；The width of first row second is that the present embodiment conceals deck sheet metal shell and Kato is opened Open front view when Kato assembly after button is pressed is in ejection state；First to ranked third width be at the present embodiment Kato assembly Front view when nature；The width of second row first be Kato assembly in nature conceal deck sheet metal shell and Kato assembly and to phone housing carry out biopsy cavity marker devices after front view broken away views；The width of second row second is that Kato assembly exists Kato is released the button be pressed after Kato assembly conceal deck sheet metal shell and Kato assembly and right when being in ejection state The broken away views of front view after phone housing progress biopsy cavity marker devices.

Fig. 5 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one Go out the explosive view of the embodiment two of Kato assembly.

Fig. 6 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one Go out the right view and front view of the embodiment two of Kato assembly；Wherein the width of the left side one is the right view of the present embodiment, and A is it in card Hold in the palm the partial enlarged drawing at assembly ejection supporting plate targeting port；A middle width is the front view of the present embodiment；The width of rightmost one is this Front view after the hiding deck sheet metal shell of embodiment, B are its partial enlarged drawings at spring and stop pin mounting groove.

Fig. 7 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one Go out the front view of the embodiment two of Kato assembly；Wherein the width of first row first is that the present embodiment conceals deck sheet metal shell and card Front view when holding in the palm assembly in the raw；The width of first row second is that the present embodiment conceals deck sheet metal shell and Kato is opened Open front view when Kato assembly after button is pressed is in ejection state；The width of second row first is Kato assembly in nature When the broken away views for concealing the front view after deck sheet metal shell and Kato assembly；The width of second row second is that Kato assembly exists Kato is released the button be pressed after Kato assembly concealing deck sheet metal shell and the Kato General Logistics Department just when being in ejection state The broken away views of view.

Fig. 8 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one Go out the explosive view of the embodiment three of Kato assembly；

Fig. 9 shows being released the button bullet by the Kato that is arranged on below Kato assembly mounting hole site of pressing one for scheme one Go out the front view of the embodiment three of Kato assembly；Wherein the width of first row first be the present embodiment Kato assembly in the raw when Front view, A is its partial enlarged drawing at matrix rotary stopper buckle；The width of first row second is that the Kato of the present embodiment is opened Front view when Kato assembly after button is pressed is in ejection state is opened, B is its part at matrix rotary stopper buckle Enlarged drawing；The width of second row first be the present embodiment Kato assembly in the raw when conceal the front view after Kato assembly Broken away views；The width of second row second be the present embodiment Kato release the button be pressed after Kato assembly it is hidden when being in ejection state The broken away views of the front view after Kato assembly are hidden；

Figure 10 shows that the Kato being arranged on by pressing one below Kato assembly mounting hole site of scheme one is released the button Eject the explosive view of the example IV of Kato assembly；

Figure 11 shows that the Kato being arranged on by pressing one below Kato assembly mounting hole site of scheme one is released the button Eject the front view of the example IV of Kato assembly；Wherein the width of first row first be the present embodiment Kato assembly in the raw When front view, A is its partial enlarged drawing at position-limited claw；The width of first row second be the Kato of the present embodiment release the button by Press front view when rear Kato assembly is in ejection state；The width of second row first is that the present embodiment Kato assembly is in nature shape The broken away views of the front view after Kato assembly and deck sheet metal shell are concealed during state；The width of second row second is the present embodiment card Support is released the button be pressed after Kato assembly concealing after Kato assembly and deck sheet metal shell just when being in ejection state The broken away views of view；

Figure 12 show scheme two by press Kato assembly eject Kato assembly embodiment one explosive view its View in middle dotted line frame is its top view；

Figure 13 shows the front view for ejecting the embodiment one of Kato assembly by pressing Kato assembly of scheme two；Wherein The front view when width of the left side one is the present embodiment Kato assembly insertion neck, A is its partial enlarged drawing at position-limited claw；The right One width is the front view of Kato assembly in its natural state.

Figure 14 shows the front view for ejecting the embodiment one of Kato assembly by pressing Kato assembly of scheme two；Wherein The width of the first row left side one is the front view when Kato assembly of the present embodiment is pressed into unlocked position in nature；First One width of row the right is that the Kato assembly of the present embodiment is pressed into Kato assembly quilt after unlocked position is loosed one's grip again in nature Front view during ejection；The width of the second row left side one is the front view when Kato assembly of the present embodiment will be removed；Second row The width of the right one is after hiding deck sheet metal shell when the Kato assembly of the present embodiment is pressed into unlocked position in nature Front view；

Figure 15 shows the explosive view for ejecting the embodiment two of Kato assembly by pressing Kato assembly of scheme two；Its In above in a dotted line frame be the present embodiment top view, below in a dotted line frame be the present embodiment Kato assembly Rearview.

Figure 16 shows the Kato assembly of the embodiment two by pressing Kato assembly ejection Kato assembly of scheme two Axis side view；Wherein A is partial enlarged drawing of the width at spine groove above；B is partial enlarged drawing of the following width at spine groove.

Figure 17 shows the front view for ejecting the embodiment two of Kato assembly by pressing Kato assembly of scheme two；Its The middle width figure of the first row left side one is front view of the Kato assembly of the present embodiment when inserting in deck assembly；Wherein in first row Between a width figure be front view when the Kato assembly of the present embodiment is inserted into deck assembly bottommost from outside；One on the right of first row Width is front view of the Kato assembly in nature；Wherein the width figure of the second row left side one is that the Kato assembly of the present embodiment is being inserted Enter broken away views of rearview when in deck assembly after phone housing is concealed；Wherein a width figure is this reality among second row Apply rearview broken away views conceal phone housing after of the Kato assembly of example when being inserted into deck assembly bottommost；The A width is broken away views of rearview of the Kato assembly in nature after phone housing is concealed on the right of two rows；3rd row The width of the left side one be front view when Kato assembly is pressed against deck assembly bottommost in nature；The right of 3rd row One width is that Kato assembly is pressed against front view when ejecting card holder assembly is loosed one's grip after deck assembly bottommost in nature； The width of the left side one of 4th row is that rearview when Kato assembly is pressed against deck assembly bottommost in nature is being hidden Broken away views after phone housing；The width of the right one of 4th row is that Kato assembly is pressed against deck assembly in nature Loosed one's grip after bottommost ejecting card holder assembly when broken away views of the rearview after phone housing is concealed；

Figure 18 shows the explosive view for ejecting the embodiment three of Kato assembly by pressing Kato assembly of scheme two.Its In middle dotted line frame is the broken away views of the rearview of the Kato assembly of the present embodiment.

Figure 19 shows the front view for ejecting the embodiment three of Kato assembly by pressing Kato assembly of scheme two；Wherein Sectional view is sectional view of the width front view of the present embodiment left side one in B-B positions, and A is B-B sectional views in Kato assembly rotating suspension Partial enlarged drawing at hook；The width of the right one is the present embodiment behind hiding Kato assembly, deck sheet metal shell and SIM card contact The broken away views of front view.

Figure 20 shows the front view for ejecting the embodiment three of Kato assembly by pressing Kato assembly of scheme two；Wherein The width figure of the first row left side one is front view of the Kato assembly of the present embodiment when inserting in deck assembly；A width among first row Figure is the front view when Kato assembly of the present embodiment is inserted into deck assembly bottommost from outside；A width is card on the right of first row Hold in the palm front view of the assembly in nature；Wherein the width figure of the second row left side one is the Kato assembly of the present embodiment in insertion deck Broken away views of the rearview after phone housing is concealed when in assembly；Wherein a width figure is the present embodiment among second row Broken away views of rearview of the Kato assembly when being inserted into deck assembly bottommost after phone housing is concealed；Second row is right The width of side one is broken away views of rearview of the Kato assembly in nature after phone housing is concealed；The left side of 3rd row One width is front view when Kato assembly is pressed against deck assembly bottommost in nature；The width of the right one of 3rd row is Kato assembly is pressed against front view when ejecting card holder assembly is loosed one's grip after deck assembly bottommost in nature；4th row The width of the left side one be that rearview when Kato assembly is pressed against deck assembly bottommost in nature is concealing mobile phone Broken away views after shell；The width of the right one of 4th row is that Kato assembly is pressed against deck assembly bottommost in nature Loose one's grip afterwards ejecting card holder assembly when broken away views of the rearview after phone housing is concealed；

Figure 21 shows the explosive view for ejecting the example IV of Kato assembly by pressing Kato assembly of scheme two；Its In in a dotted line frame be above the convex rotary stopper snap-lock pin of the present embodiment and the axle of convex rotary stopper buckle Side view；In a dotted line frame it is below the cover plate of the present embodiment and the axis side view of torsionspring.

Figure 22 shows that the convex of the example IV for ejecting Kato assembly by pressing Kato assembly of scheme two rotates limit The front view and rearview of position snap-lock pin and rotary stopper buckle mounting bracket；Wherein a width is its front view above, below One width is its rearview；Sectional view is the A-A sectional views that front view cuts open to obtain from A-A positions.

Figure 23 shows that the convex of the example IV for ejecting Kato assembly by pressing Kato assembly of scheme two rotates limit Position snap-lock pin, rotary stopper buckle mounting bracket, the upward view of torsionspring and convex rotary stopper buckle and front view with And the convex rotary stopper snap-lock pin, rotary stopper buckle mounting bracket, convex rotary stopper buckle, torsion bullet of the present embodiment The sectional view of the upward view of spring and Kato assembly；Wherein a width is convex rotary stopper snap-lock pin, rotary stopper card above Detain the upward view of mounting bracket, torsionspring and convex rotary stopper buckle, a middle width be convex rotary stopper snap-lock pin, The front view of rotary stopper buckle mounting bracket, torsionspring and convex rotary stopper buckle；A bottom width is convex rotation limit Position snap-lock pin, rotary stopper buckle mounting bracket, convex rotary stopper buckle, the upward view of torsionspring and Kato assembly Full sectional view of the cutting to convex rotary stopper snap-lock pin mounting groove opening position.

Figure 24 shows the disconnected of the front view of the example IV by pressing Kato assembly ejection Kato assembly of scheme two The sectional view of view and upward view；View when wherein first row is the present embodiment Kato assembly insertion interior of mobile phone, the left side one Width is the broken away views of front view, and the width of the right one is look up figure cutting to convex rotary stopper snap-lock pin mounting groove opening position Full sectional view；Wherein second row is that the present embodiment Kato assembly is locked in interior of mobile phone, i.e., in the raw when regard Figure, the width of the left side one are the broken away views of front view, and the width of the right one is look up figure cutting pacifies to convex rotary stopper snap-lock pin The full sectional view of tankage opening position；Wherein the 3rd row is that the present embodiment will take out Kato assembly and further press Kato assembly To view during interior of mobile phone, the width of the left side one is the broken away views of front view, and the width of the right one is look up figure cutting and rotated to convex The full sectional view of limit fastener locking pin mounting groove opening position；Wherein the 4th row is that the present embodiment will take out Kato assembly and will block Support assembly is further pressed into interior of mobile phone and then the view loosed one's grip, and the width of the left side one is the broken away views of front view, the width of the right one Figure cutting is look up to the full sectional view of convex rotary stopper snap-lock pin mounting groove opening position；Wherein the 5th row is this implementation Kato assembly is taken out instantaneous view by example completely, and the width of the left side one is the broken away views of front view, and the width of the right one is look up figure cutting To the full sectional view of convex rotary stopper snap-lock pin mounting groove opening position.

Figure 25 show scheme three by being released the button by the lateral Kato being pressed on beside Kato assembly mounting hole site The explosive view for the embodiment one that Kato assembly is ejected；View wherein in dotted line frame is the top view of the present embodiment.

Figure 26 show scheme three by being released the button by the lateral Kato being pressed on beside Kato assembly mounting hole site The front view and left view for the embodiment one that Kato assembly is ejected；Wherein the width of the left side one is that the present embodiment is in Kato assembly Front view during nature, A are the partial enlarged drawing at its place that released the button in lateral Kato；The width of the right one is that the present embodiment exists Kato assembly in the raw when left view.

Figure 27 show scheme three by being released the button by the lateral Kato being pressed on beside Kato assembly mounting hole site The front view for the embodiment one that Kato assembly is ejected；Wherein the width of the left side one is that the present embodiment is in nature shape in Kato assembly Front view during state；The width of the right one is the present embodiment facing when Kato assembly is ejected after pressing lateral Kato and releasing the button Figure.

Figure 28 show scheme three by being released the button by the lateral Kato being pressed on beside Kato assembly mounting hole site The explosive view for the embodiment two that Kato assembly is ejected；View wherein topmost in a dotted line frame is that lateral Kato is opened Button and lateral Kato are released the button the axis side view of mounting seat；View in a middle dotted line frame is rivet, Kato assembly Eject the axis side view of piece and Kato assembly ejection piece base；View in a bottom dotted line frame be lateral Kato open by Button, lateral Kato release the button mounting seat, rivet, Kato assembly ejection piece and Kato assembly ejection piece base front view.

Figure 29 show scheme three by being released the button by the lateral Kato being pressed on beside Kato assembly mounting hole site The front view of embodiment two and the broken away views of rearview that Kato assembly is ejected；The wherein width figure of the first row left side one is this reality The lateral Kato of example is applied to release the button the disconnected of the front view after concealing Kato assembly and deck sheet metal shell when in the raw Open view；A width figure is that the lateral Kato of the present embodiment is released the button Kato assembly and deck are concealed when being pressed on the right of first row The broken away views of front view after sheet metal shell；The width figure of the second row left side one is that the lateral Kato of the present embodiment is released the button in certainly The broken away views of the rearview after Kato assembly and deck sheet metal shell are concealed during right state；A width figure is this on the right of second row The release the button disconnection of the rearview after Kato assembly and deck sheet metal shell are concealed when being pressed of the lateral Kato of embodiment regards Figure；The width figure of the 3rd row left side one is that the release the button disconnection of front view when in the raw of the lateral Kato of the present embodiment regards Figure；A width figure is the broken away views that the lateral Kato of the present embodiment is released the button when being pressed on the right of 3rd row；The 4th row left side one Width figure is that the lateral Kato of the present embodiment is released the button the broken away views of rearview when in the raw；A width on the right of 4th row Figure is that the lateral Kato of the present embodiment is released the button the broken away views of rearview when being pressed；

Figure 30 show scheme three by being released the button by the lateral Kato being pressed on beside Kato assembly mounting hole site The explosive view for the embodiment three that Kato assembly is ejected；View wherein in dotted line frame is the top view of the present embodiment.

Figure 31 show scheme three by being released the button by the lateral Kato being pressed on beside Kato assembly mounting hole site The broken away views of the front view for the embodiment three that Kato assembly is ejected；Wherein the width of the first row left side one is that the present embodiment laterally blocks Hold in the palm the disconnected of the front view after Kato assembly, deck sheet metal shell and SIM card contact are concealed when in the raw of releasing the button Open view；A width is that the lateral Kato of the present embodiment is released the button Kato assembly, card are concealed when being pressed wherein on the right of first row The broken away views of front view after seat sheet metal shell and SIM card contact；Wherein the width of the second row left side one is that the present embodiment laterally blocks Support is concealed when releasing the button in the raw outside Kato assembly, deck sheet metal shell and SIM card contact and cutting mobile phone The broken away views of front view after shell；It is hidden when being pressed to be that the lateral Kato of the present embodiment is released the button for a width wherein on the right of second row The broken away views of the front view after Kato assembly, deck sheet metal shell and SIM card contact and cutting phone housing are hidden；Wherein The width of the 3rd row left side one is that the present embodiment lateral Kato conceals Kato assembly, deck metal plate when releasing the button in the raw The broken away views that shell, lateral Kato are released the button with the front view behind SIM card contact；A width is this reality on the right of wherein the 3rd row Apply the lateral Kato of example release the button Kato assembly, deck sheet metal shell are concealed when being pressed, lateral Kato is released the button and SIM The broken away views of front view behind card contact；

Figure 32 show scheme three by being released the button by the lateral Kato being pressed on beside Kato assembly mounting hole site The broken away views of the front view of the embodiment three that Kato assembly is ejected, rearview and axis side view；The wherein left side of first row One width is that lateral Kato is released the button the broken away views of front view when in the raw；The width of the right one of first row is lateral Kato is released the button the broken away views of front view when being pressed；The width of the left side one of second row is that lateral Kato is released the button and is in The broken away views of rearview during nature；The width of the right one of second row is the backsight that lateral Kato is released the button when being pressed The broken away views of figure；The width of the left side one of 3rd row is that lateral Kato is released the button the disconnection of axis side view when in the raw View；The width of the right one of 3rd row is that lateral Kato is released the button the broken away views of axis side view when being pressed；

1st, Kato assembly；

101st, otch is locked；102nd, spine groove；103rd, pilot notched；

2nd, Kato is released the button；

201st, Kato is released the button clamping boss；202nd, Kato is released the button positive limit boss；203 Katos are released the button Thimble；

3rd, phone housing；

301st, Kato is released the button clamping button；302nd, Kato is released the button stopper slot；303rd, spring and stop pin mounting groove； 304th, limiting card pin mounting groove；

4th, cell phone mainboard；

401st, mainboard relief cut；

5th, Kato assembly detection contact；

6th, Kato assembly ejection supporting plate；

7th, deck sheet metal shell；

701st, Kato assembly ejection supporting plate targeting port；702nd, extension spring mounting mouth；703rd, extension spring resettlement groove；704th, spacing pawl seat Mounting groove；705th, position-limited claw reseting shrapnel；706th, position-limited claw installation flanging bore；707th, position-limited claw stops shell fragment；708th, position-limited claw Compress shell fragment；709th, rear portion knock-pin installation flanging bore；

8th, limit fastener；

9th, limit fastener reseting shrapnel；

10th, extension spring；

11st, SIM card contact；

12nd, SD card contact；

13rd, spring；

14th, spacing oblique buckle；

15th, screw；

16th, cover plate；

1601st, cover plate fixing hole；1602nd, convex rotary stopper buckle fixes convex closure；1603rd, convex rotary stopper buckle is pacified Shelve fixing hole；

17th, matrix rotary stopper buckle；

18th, matrix rotary stopper buckle reseting shrapnel seat；

1801st, matrix rotary stopper buckle reseting shrapnel；

19th, Kato assembly ejection shell fragment；

20th, spacing pawl seat；

2001st, position-limited claw installation base；

21st, position-limited claw；

2101st, position-limited claw mounting hole；2102nd, position-limited claw guiding surface；

22nd, position-limited claw reseting shrapnel；

23rd, Kato assembly position limiting slide block；

2301st, Kato assembly position limiting slide block locking pin；2302nd, Kato assembly position limiting slide block mounting hole；

24th, Kato assembly Rotary hanging hook fixed plate；

25th, Kato assembly Rotary hanging hook；

26th, convex rotary stopper snap-lock pin；

2601st, convex rotary stopper snap-lock pin syringe needle；2602nd, convex rotary stopper snap-lock pin backshank；

27th, rotary stopper buckle mounting bracket；

2701st, convex rotary stopper buckle mounting groove；2702nd, convex rotary stopper buckle installation base；2703rd, convex revolves Turn limit fastener confined planes；2704th, convex rotary stopper snap-lock pin mounting groove；2705th, convex rotary stopper snap-lock Pin rotating hole；

28th, convex rotary stopper buckle；

2801st, convex rotary stopper buckle front end confined planes；2802nd, convex rotary stopper snap-lock boss；2803rd, it is convex Type rotary stopper buckle rear end confined planes；2804th, convex rotary stopper buckle mounting hole；

29th, lateral Kato is released the button cover plate；

2901st, spring retainer groove；

30th, lateral Kato is released the button；

3001st, spring installation base；3002nd, lateral Kato is released the button lead；3003rd, lateral Kato, which is released the button, leads To groove；

3004th, lateral Kato is released the button mounting hole；3005th, lateral Kato, which is released the button, ejects end；

31st, thimble；

3101st, rear portion knock-pin card interface；

32nd, rear portion knock-pin；

3201st, rear portion knock-pin mounting hole；3202nd, rear portion knock-pin joint end；

33rd, lateral Kato is released the button mounting seat；

3301st, lateral Kato, which is released the button, is directed laterally to rail；3302nd, lateral Kato is opened and presses reseting shrapnel；3303rd, it is lateral Kato is released the button bottom guided way；

34th, rivet；

35th, Kato assembly ejection piece；

3501st, Kato assembly ejection piece tail end；

36th, Kato assembly ejection piece base；

3601st, Kato assembly ejection piece base stator；

37th, torsionspring；

Embodiment

The present invention provides multiple technologies scheme to realize that mobile phone Kato assembly is not needing the situation of other aids just Convenient and swift can remove and install, the parts of multiple schemes generally form it is identical；It might have for different schemes part Increase and decrease or Same Part on feature it is different, for ease of describe and understand realize identical function part have it is different Same name is used when feature or shape, name is distinguish between different features thereon respectively again.

Forming major part of the invention is：Kato assembly 1, Kato release the button 2, phone housing 3, cell phone mainboard 4, card Hold in the palm assembly detection contact 5, Kato assembly ejection supporting plate 6, deck sheet metal shell 7, limit fastener 8, limit fastener reseting shrapnel 9, Extension spring 10, SIM card contact 11, SD card contact 12 etc. form, in addition for the different embodiment parts of different embodiments It can increase and decrease, enumerated again when the specific embodiment of narration to specific embodiment.

Fig. 1 to Figure 11 shows the solution of the present invention one, and wherein Fig. 1 to Fig. 4 shows the embodiment one of scheme one, Fig. 5 The embodiment two of scheme one is shown to Fig. 7, Fig. 8 to Fig. 9 shows the embodiment three of scheme one, Figure 10 to Figure 11 sides of showing The example IV of case one.

As Fig. 1 the present embodiment is mainly total by release the button 2, phone housing 3, cell phone mainboard 4, Kato of Kato assembly 1, Kato Into detection contact 5, Kato assembly ejection supporting plate 6, deck sheet metal shell 7, limit fastener 8, limit fastener reseting shrapnel 9, extension spring 10th, SIM card contact 11, SD card contact 12 are formed, and the deck assembly of the present embodiment detects contact 5, Kato assembly by Kato assembly Supporting plate 6, deck sheet metal shell 7 are ejected, limit fastener 8, limit fastener reseting shrapnel 9, extension spring 10, SIM card contact 11, SD card are touched Point 12 is formed；2 it is connected to as Fig. 2 Katos are released the button by the clamping boss 201 of releasing the button of the Kato on its edge outside mobile phone The Kato of shell 3 is released the button on clamping button 301, and the Kato that now Kato is released the button on 2 is released the button positive limit boss 202 Contacted with the stopper slot 302 of releasing the button of the Kato on phone housing 3, therefore Kato is released the button and 2 can only slid back and forth, and works as slip To spacing and forward slip can not be continued by Kato stopper slot 302 of releasing the button during front end, now Kato release the button 2 it is outer Surface is just tangent with the outer surface of phone housing 3, and for example Fig. 4 second row the first width figure, and Kato, which is released the button, 2 is followed by hand Mainboard 4, it can be stopped when being pressed into bosom by cell phone mainboard 4 and can not continue to be moved rearwards, will be blocked by said structure Support, which is released the button, 2 to be limited in a suitable scope of activities and slides back and forth.

Such as Fig. 3 partial enlarged drawing C, Kato assembly 1 is by locking otch 101 by the limit fastener on both sides during nature 8 firmly lock, and now the close Kato of limit fastener 8 releases the button 2 face and Kato is released the button and 2 contacts and withstood on At foremost position；Limit fastener 8 is fixed on limit fastener reseting shrapnel 9, and limit fastener reseting shrapnel 9 is consolidated by buckle It is scheduled on deck sheet metal shell 7, such as Fig. 3 partial enlarged drawing B；Two extension springs 10 of partial enlarged drawing A such as Fig. 1 and Fig. 3 are installed In the extension spring resettlement groove 703 on the both sides of deck sheet metal shell 7, one end is articulated on extension spring mounting mouth 702, and the other end is articulated in card Hold in the palm on assembly ejection supporting plate 6；As Fig. 3 Katos assembly ejection supporting plate 6 is connected to the Kato assembly ejection on the both sides of deck sheet metal shell 7 One end distance can be slid back and forth on supporting plate targeting port 701 and thereon.

The width figure of the first row left side one such as Fig. 4 is the front view after the present embodiment conceals deck sheet metal shell 7, natural shape Kato assembly 1 is limited buckle 8 and locked during state, and pushing Kato assembly ejection supporting plate 6 to rear makes it be detected with Kato assembly Contact 5 contacts and extension spring 10 is stretched；When Kato release the button 2 pressed to interior of mobile phone when occur as in Fig. 4 first rows Between a width figure state, limit fastener 8 opened by Kato 2 tops of releasing the button and fixed its limit fastener reseting shrapnel 9 and deform, this time limit Position buckle 8 loses the locking to Kato assembly 1, and Kato assembly ejects supporting plate 6 and pushes up Kato assembly 1 under the effect of the elastic force of extension spring 10 Go out, and leave the contact with Kato assembly detection contact 5, initial configuration is recovered in Kato assembly detection contact 5；So far card taking is completed Support assembly 1 acts.

By the structure of the above-mentioned embodiment one to scheme one and the narration of assembling, can clearly illustrate, the present embodiment Card taking support assembly 1 only needs to press Kato and releases the button 2；Installation Kato assembly 1 only needs Kato assembly 1 being inserted into bottom , limit fastener 8 automatically resets under the elastic force effect of limit fastener reseting shrapnel 9 and Kato assembly 1 is locked, and incites somebody to action Kato, which is released the button, 2 is pushed to return to front end, returns to its nature.

As the composition of Fig. 5 the present embodiment and the embodiment one of scheme one are substantially similar, difference is to lock Kato total Into 1 structure；Only different places is described in detail here for ease of describing.Such as the spacing tiltedly cards of Fig. 6 partial enlarged drawing B Button 14 and spring 13 are arranged in spring and stop pin mounting groove 303, and spring 13 is whole to be in compressive state；Bullet during nature Spring 13 holds out against spacing tiltedly buckle 14, and the spacing tiltedly inclined-plane on buckle 14 and Kato, which are released the button, 2 to be contacted, and Kato released the button into 2 Push up the front end of stroke, i.e., Kato release the button 2 nature when position, while to hold out against Kato total for spacing tiltedly buckle 14 Locking otch 101 into 1 locks Kato assembly 1；As a width figure is the front view of the present embodiment, spring 13 and limit among Fig. 6 Tiltedly buckle 14 is enclosed in spring and stop pin mounting groove 303 by cover plate 16 by screw 15 for position；When pressing Kato releases the button 2 When, Kato is released the button the spacing tiltedly buckle 14 of 2 extruding the right and lefts, it is extruded the spring at its rear 13, is finally lost pair The locking of Kato assembly 1, Kato assembly 1 are ejected；The width figure of the first row left side one such as Fig. 7 is Kato assembly 1 in nature When, a width is to press Kato to release the button scene of the Kato assembly 1 after 2 when being ejected on the right of first row.

The card taking support assembly 1 of the present embodiment and the action of installation Kato assembly 1 and the embodiment one of scheme one are completely the same, Do not repeating again.

As the composition of Fig. 8 the present embodiment and the embodiment one of scheme one are substantially similar, difference is to lock Kato total Into 1 structure and the structure of ejection Kato assembly 1；Only different places is described in detail here for ease of describing.Such as Fig. 9 partial enlarged drawing A and partial enlarged drawing B, matrix rotary stopper buckle 17 is rotated by a round boss by matrix to be limited A hole is buckled on phone housing 3 on a corresponding aperture on position buckle reseting shrapnel seat 18, and buckle reseting shrapnel seat 18 is pressed in matrix rotation Turn limit fastener 17 times and be fixed on phone housing 3 on corresponding boss, it is recessed that partial enlarged drawing A show Kato assembly 1 The lock-out state of type rotary stopper buckle 17, partial enlarged drawing B are that Kato is released the button and 2 presses rear Kato assembly 1 and be unlocked ejection When state；As the width figure of Fig. 9 first rows left side one be the present embodiment Kato assembly 1 in the raw when front view, when by Lower Kato release the button 2 when matrix rotary stopper buckle 17 2 tops are released the button to the width figure shape of Fig. 9 first rows left side one by Kato State, Kato assembly 1 are ejected in the case where Kato assembly ejection shell fragment 19 acts on, now Kato assembly detection contact 5 and Kato assembly Ejection shell fragment 19 separates；2 opisthocoelous rotary stopper buckles 17 are released the button in the reset of matrix rotary stopper buckle when unclamping Kato Matrix rotary stopper buckle reseting shrapnel 1801 on shell fragment seat 18 returns to original state under acting on, and Kato released the button into 2 Back into the front end of stroke, i.e., Kato release the button 2 nature when position, i.e., from a width on the right of Fig. 9 second row Scheme the width figure of the second row left side one.Only need Kato assembly 1 being pushed inwardly into bottom, matrix rotation when Kato assembly 1 is installed Matrix rotary stopper buckle reseting shrapnel 1801 of the limit fastener 17 on matrix rotary stopper buckle reseting shrapnel seat 18 acts on Kato assembly 1 is locked automatically down, such as the width figure state of Fig. 9 first rows left side one.

As the composition of Figure 10 the present embodiment and the embodiment one of scheme one are substantially similar, difference is to lock Kato total Into 1 structure and the structure of ejection Kato assembly 1；Only different places is described in detail here for ease of describing.Such as Figure 10 compared to the Kato of the embodiment one of scheme one released the button more than 2 Kato release the button positive limit boss 202 this Feature, this feature and position-limited claw 21 contact；Such as Figure 11 partial enlarged drawing A, spacing pawl seat 20 is installed on spacing pawl seat mounting groove On 704, position-limited claw 21 is buckled on the position-limited claw installation base 2001 of spacing pawl seat 20 by position-limited claw mounting hole 2101 and can be around It rotates, and position-limited claw reseting shrapnel 705 is used to reset position-limited claw 21；If Figure 11 first rows the first width figure is Kato assembly 1 in the raw when front view, when press Kato release the button 2 when Kato thereon release the button positive limit boss 202 position-limited claw 21 can outwards be ejected, position-limited claw reseting shrapnel 705 deforms upon, when reach be pressed into certain depth when Kato Assembly 1 is ejected in the presence of Kato assembly ejects shell fragment 19, a width figure state on the right of Figure 11 first rows；It is spacing after loosing one's grip Pawl reseting shrapnel 705 recovers shape position-limited claw 21 and resetted.Only need Kato assembly 1 being pushed inwardly into bottom when Kato assembly 1 is installed , position-limited claw 21 automatically locks Kato assembly 1, such as the width figure state of Figure 11 first rows left side one.

Figure 12 to Figure 24 shows the solution of the present invention two, and wherein Figure 12 to Figure 14 shows the embodiment one of scheme two, Figure 15 to Figure 17 shows the embodiment two of scheme two, and Figure 18 to Figure 20 shows the embodiment three of scheme two, Figure 21 to Figure 24 Show the example IV of scheme two.

As Figure 12 the present embodiment mainly by Kato assembly 1, phone housing 3, cell phone mainboard 4, Kato assembly detect contact 5, Deck sheet metal shell 7, SIM card contact 11, SD card contact 12, Kato assembly ejection shell fragment 19, position-limited claw 21 and position-limited claw reset Shell fragment 22 forms；Such as Figure 12 explosive view and Figure 13 partial enlarged drawing A, position-limited claw 21 passes through position-limited claw mounting hole thereon 2101 are connected between the position-limited claw installation flanging bore 706 on deck sheet metal shell both sides about 7, and upper and lower both sides position-limited claw installation is turned over Lateral opening 706 be just inserted into position-limited claw mounting hole 2101 allow position-limited claw 21 rotate about and also without departing from；Such as Figure 13 Partial enlarged drawing A decks sheet metal shell 7 on position-limited claw compress shell fragment 708 be pressed in always on position-limited claw 21, provide one for it Individual elastic force, it is F1 to count the elastic force；Position-limited claw reseting shrapnel 22 has been pressed on Kato assembly 1 in default situations, not to position-limited claw 21 applying powers, such as Figure 14 second rows the first width figure, when Kato assembly 1 is extracted, position-limited claw reseting shrapnel 22 resets, to position-limited claw Compress shell fragment 708 and apply an elastic force, it is F2 to count the elastic force；Position-limited claw stops that shell fragment 707 is used for the motion for hindering position-limited claw 21, Stop that shell fragment 707 applies a resistance to position-limited claw 21 when position-limited claw 21 extrudes position-limited claw when position-limited claw stops shell fragment 707, meter should Power is F3；As the left side of the width graph card support assembly 1 of Figure 14 second rows left side one face in face of the locking otch below 101 than locking The face of otch more than 101 is kept right, i.e., the two faces not in the same plane, face of the locking otch below 101 to right flank away from With a distance from the face less than locking otch more than 101 to right flank, so if the width figure of Figure 13 left sides one is when installing Kato assembly 1 Position-limited claw 21 will not be stopped the left side of shell fragment 707 by top to position-limited claw, and and for example the figure such as width figure of Figure 14 first rows left side one, works as Kato Assembly 1 from lock-out state press inward against when, because the face for locking otch more than 101 protrudes than the face below it, so can handle The top of position-limited claw 21 stops the left side of shell fragment 707 to position-limited claw.

Such as the width figure of Figure 14 second rows left side one when Kato assembly 1 is inserted into the width figure position time limit of Figure 13 left sides one from the position Position pawl reseting shrapnel 22 is jacked up by Kato assembly 1 leaves position-limited claw compression shell fragment 708, and position-limited claw 21 is pushed outwards but do not arrived by top Position-limited claw stops the left side of shell fragment 707；Continuation pushes away Kato assembly 1 and reaches a width figure state on the right of Figure 13 inside, now position-limited claw 21 Compress to enter in locking otch 101 under shell fragment 708 acts in position-limited claw and lock Kato assembly 1, so far insert Kato assembly 1 simultaneously Lock Kato assembly 1 and act completion.

As on the right of Figure 13 a width figure be the present embodiment Kato assembly 1 in the raw when front view, when pressing inward against The width figure state of Figure 14 first rows left side one will be reached during Kato assembly 1, position-limited claw 21 stops that shell fragment 707 is left by top to position-limited claw Side, position-limited claw compress shell fragment 708 close to position-limited claw reseting shrapnel 22, now loose one's grip and a width figure shape on the right of Figure 14 first rows occur State, deformation can not be recovered so shell fragment 708 can not be compressed to position-limited claw because position-limited claw reseting shrapnel 22 contacts with Kato assembly 1 A width figure on the right of applying power such as Figure 14 second rows, the power that now position-limited claw compresses that shell fragment 708 applies to Kato assembly 1 is that F1 can not Position-limited claw is overcome to stop that shell fragment 707 returns to the right positions that position-limited claw stops shell fragment 707 to the power F2 that Kato assembly 1 applies, So position-limited claw 21 is set at a width figure opening position on the right of Figure 14 first rows, Kato assembly 1 can not be formed and hindered, now loosed one's grip Kato assembly 1 can be ejected under shell fragment 19 acts in Kato assembly and outwards ejected；When Kato assembly 1 is by a width on the right of Figure 14 first rows Position-limited claw reseting shrapnel 22 loses when figure moves to one width figure position of Figure 14 second rows left side recovers bullet with the contact of Kato assembly 1 Property deformation and the applying power F3 of shell fragment 708 is compressed to position-limited claw, position-limited claw can be overcome to stop shell fragment 707 under F1 and F3 collective effects The power F2 applied to Kato assembly 1, Kato assembly 1 is moved to position-limited claw and stop shell fragment 707 right side such as Figure 14 second rows left side One width figure；So far the taking-up action of Kato assembly 1 is completed.

By the structure of the above-mentioned embodiment one to scheme two and the narration of assembling, can clearly illustrate, the present embodiment Card taking support assembly 1 only needs to press Kato assembly 1 and then looses one's grip and can eject；Installation Kato assembly 1 is only needed Kato assembly 1 In place, position-limited claw 21 locks to Kato assembly 1 automatically for insertion.

As the composition of Figure 15 the present embodiment and the embodiment one of scheme two are substantially similar, difference is to lock Kato total Into 1 structure.

Such as the present embodiment of embodiment one of Figure 15 compared to scheme two, to have changed Kato into the locking member of Kato assembly 1 total Into position limiting slide block 23, coordinate that Kato assembly 1 to be entered line-locked be spine groove 102 and pilot notched on Kato assembly 1 with it 103；Such as Figure 16 partial enlarged drawing A and partial enlarged drawing B, it is less than E ＇ at A ＇ on pilot notched 103, is not one not from A ＇ to B ＇ Disconnected elevated slope, there is a tomography at B ＇, just and at A ＇ height is similar for B ＇ tomography lower；From B ＇ to C ＇ be also one not Disconnected elevated slope, another at C ＇ to have a tomography, just and at A ＇ height is similar for C ＇ tomography lower；It is also one from C ＇ to D ＇ Individual constantly elevated slope, another at D ＇ to have a tomography, just and at A ＇ height is similar for D ＇ tomography lower；From D ＇ to E ＇ It is a continuous elevated slope, is exactly pilot notched 103 after E ＇；It is that a constantly rise is again unexpected so from A ＇ to E ＇ The structure of tomography step-down, similar to a ratchet, have the function that non-return.

With reference to the width figure of Figure 15 and Figure 17 second rows left side one, Kato assembly position limiting slide block 23 is fixed on hand by screw 15 On machine shell 3, there is waist-shaped hole on Kato assembly position limiting slide block 23, and only in rectilinear direction of the line of two screw of left and right 15 or so Sliding, have Kato assembly position limiting slide block locking pin 2301 on Kato assembly position limiting slide block 23, it is relatively weak in position, Thus its part when it is pressed down on, can be supported to deform upon downwards, its is supported when active force disappears Deformation is recovered in part, and Kato assembly position limiting slide block locking pin 2301 returns to original position；With reference to Figure 17 width of the first row left side one Figure and the width figure of the second row left side one, Kato assembly position limiting slide block locking pin 2301 is along guiding when Kato assembly 1 is inserted Otch 103 slides into the A ＇ positions such as Figure 16, because A ＇ positions are relatively deep so Kato assembly 1 is not locked to Kato assembly position limiting slide block The top stroke extruding of pin 2301 is determined so Kato assembly position limiting slide block locking pin 2301 enters spine groove；When continuation is pressed to interior of mobile phone Kato assembly position limiting slide block locking pin 2301 will move to B ＇ along spine groove from A ＇ when pressing Kato assembly 1, due to shallower at B ＇ So herein to Kato assembly position limiting slide block locking pin 2301 formed extrude, Kato assembly position limiting slide block locking pin 2301 support to Lower deformation, when one, which crosses B ＇, reaches B ＇ tomographies, the support section of Kato assembly position limiting slide block locking pin 2301 recovers shape immediately Become Kato assembly position limiting slide block locking pin 2301 to enter in B ＇ tomographies, and with spine groove contacts side surfaces, can not now continue inwardly to press Kato assembly 1 is pressed, reaches the limit of the width figure state of centre one of a width figure and second row among such as Figure 17 first rows of position；It is now loose Hand, Kato assembly 1 outwards ejects in Kato assembly ejection shell fragment 19, with reference to Figure 16 partial enlarged drawing A, the spacing cunning of Kato assembly B ＇ processes are the same to move to C ＇ to block locking pin 2301 from B ＇ with being moved to from A ＇, and now Kato assembly 1 is by the spacing cunning of Kato assembly Block locking pin 2301 locks, Kato assembly 1 in the raw, such as the right one of a width figure on the right of Figure 17 first rows and second row Width figure；When Kato assembly 1 to be taken out, Kato assembly 1 only need to be pressed inward against, now such as Figure 16 partial enlarged drawing A and part Enlarged drawing B, Kato assembly position limiting slide block locking pin 2301 can only move to the D ＇ such as Figure 17 width figure of the 3rd row left side one along C ＇ With the width figure of the left side one of the 4th row；Kato assembly position limiting slide block locking pin 2301 moves to E ＇ now Kato assemblies along D ＇ after loosing one's grip Position limiting slide block locking pin 2301 and Kato assembly 1 depart from a width figure and the width of the right one of the 4th row on the right of the 3rd row such as Figure 17 Figure；A series of tracks of the said process Kato assembly position limiting slide block locking pin 2301 in spine groove are by inside and outside Kato assembly 1 Motion plus the side-to-side movement of Kato assembly position limiting slide block 23 composition, due to the structure Kato assembly position limiting slide block locking pin of spine groove 2301 can only be along A ＇ to E ＇ sequential movements in spine groove.

By the structure of the above-mentioned embodiment two to scheme two and the narration of assembling, can clearly illustrate, the present embodiment Card taking support assembly 1, which only needs to press Kato assembly 1, can eject Kato assembly 1, only need inwardly to push away Kato assembly 1 during installation Enter to extreme position and loose one's grip.

As the composition of Figure 18 the present embodiment and the embodiment two of scheme two are substantially similar, difference is to lock Kato total Into 1 structure；As Figure 18 compared to the present embodiment of embodiment two of scheme two has changed Kato into the locking member of Kato assembly 1 Assembly Rotary hanging hook 25, with reference to the width figure of Figure 19 rightmosts one and partial enlarged drawing A, Kato assembly Rotary hanging hook 25 is installed on spacing In card pin mounting groove 304, and certain distance and can left rotation and right rotation certain angle are arranged at the bottom of limiting card pin mounting groove 304, this Sample one comes except can also be when by power along Figure 19 partial enlarged drawing A upper arrows, along the arrow side in addition to left rotation and right rotation To deforming upon, power recovers deformation when discharging, such as Kato assembly Rotary hanging hook 25 can be along Figure 19 during A ＇ to the B ＇ Partial enlarged drawing A upper arrows direction deforms upon, and recovers deformation after B ＇ are reached.

Such as the view in Figure 18 dotted line frames, the embodiment of spine groove and scheme two on the Kato assembly 1 of the present embodiment is different, Locking and unlocking manner to Kato assembly are identical in principle, with reference to the present embodiment accompanying drawing it will be understood that here The only process of narration locking and unblock；Such as Figure 20 width figure of first row Far Left one and the width figure of Far Left one of second row, work as card The upper prong of Kato assembly Rotary hanging hook 25 is slided into corresponding to scheme two along pilot notched 103 when support assembly 1 presses inward against The A ＇ positions of embodiment two initially enter spine groove, when continuing to press Kato assembly 1 to extreme position such as in Figure 20 first row Between the width figure of centre one of a width figure and second row, after loosing one's grip as Figure 20 first row on the right of a width figure and second row the width of the right one Figure, now Kato assembly 1 is locked by Kato assembly Rotary hanging hook 25；Card taking support assembly 1 need to be only pressed inward against during card taking support assembly 1 To such as Figure 20 width figure of the 3rd row's Far Left one and the width figure of Far Left one of the 4th row, then loose one's grip and eject shell fragment in Kato assembly 19 effects are lower to arrive the width figure position of the right one of a width figure and the 4th row on the right of the 3rd row such as Figure 20.

The present embodiment card taking support assembly 1, which only needs to press Kato assembly 1, can eject Kato assembly 1, only need during installation Kato assembly 1 is pushed home into extreme position to loose one's grip.

As the composition of Figure 21 the present embodiment and the embodiment one of scheme two are substantially similar, difference is to lock Kato total Into 1 structure, the latch-up structure to Kato assembly 1 of the present embodiment is made up of multiple parts, first specifically describes this implementation herein The latch-up structure part of example；As Figure 22 convex rotary stopper snap-locks pin 26 is arranged on rotary stopper buckle mounting bracket 27, One, the right and left one side can simultaneously rotate around convex rotary stopper snap-lock pin rotating hole 2705；Such as Figure 23 convex rotary stoppers Buckle 28 is arranged on the convex rotary stopper of rotary stopper buckle mounting bracket 27 by convex rotary stopper buckle mounting hole 2804 On buckle installation base 2702 and it can rotate about, such as convex rotary stopper buckle front end on Figure 23 convex rotary stoppers buckle 28 Convex rotates when confined planes 2801 contact with the convex rotary stopper buckle confined planes 2703 on rotary stopper buckle mounting bracket 27 The negative side for the arrow that limit fastener 28 is limited and can not indicated along a width figure among Figure 23 on convex rotary stopper buckle 28 It to rotation, now can only in the direction of the arrow rotate, be its dead point referred to here as the point of convex rotary stopper buckle 28；Such as Figure 23 most View above a width figure and Figure 21 in a dotted line frame below, convex rotary stopper snap-lock pin syringe needle 2601 are used to limit The position of convex rotary stopper buckle 28, limitation convex rotary stopper buckle 28 reversely rotate；Such as Figure 21 and Figure 24 cover plates 16 and Convex rotary stopper buckle thereon fixes convex closure 1602 prevents its upper and lower vibration for fixing convex rotary stopper buckle 28.

Such as the view in a dotted line frame below Figure 21, the torsionspring 37 of the lower section of cover plate 16 is used for convex rotary stopper Buckle 28 is resetted, and makes it in nature at above-mentioned dead-centre position, such as a width figure among Figure 23；Such as Figure 23 most A width figure is when Kato assembly 1 is inserted into mobile phone below, the convex rotary stopper card of convex rotary stopper snap-lock pin 26 Button locking pin backshank 2602 contacts with the lower surface of Kato assembly 1, and now convex rotary stopper snap-lock pin 26 can not be around convex Type rotary stopper snap-lock pin rotating hole 2705 is along rotate counterclockwise, and convex rotary stopper snap-lock pin 26 at this moment Convex rotary stopper snap-lock pin syringe needle 2601 contacted with convex rotary stopper buckle 28, now convex rotary stopper buckle Locking pin 26 can not be rotated in a clockwise direction, Gu now convex rotary stopper snap-lock pin 26 can not rotate limit around convex Position snap-lock pin rotating hole 2705 rotates, now by taking the convex rotary stopper buckle 28 in left side as an example, if now strong by external force Row rotates convex rotary stopper buckle 28 to one width of Figure 23 bottoms after certain angle along a width figure upward arrow direction among Figure 23 The convex rotary stopper snap-lock boss 2802 of figure convex rotary stopper buckle 28 will extrude convex rotary stopper snap-lock Pin syringe needle 2601 makes convex rotary stopper snap-lock pin 26 that downward deformation occur, when crossing convex rotary stopper snap-lock Convex rotary stopper snap-lock pin 26 recovers deformation after pin syringe needle 2601, and convex rotary stopper snap-lock boss 2802 moves To the left side of convex rotary stopper snap-lock pin syringe needle 2601, a width figure on the right of the rows of Figure 24 the 3rd, now torsionspring 37 Elastic force convex rotary stopper buckle 28 can not be made to extrude convex rotary stopper snap-lock pin syringe needle 2601 make convex rotation limit Position snap-lock pin 26 is deformed and resetted, and can only be fixed on the position by convex rotary stopper snap-lock pin syringe needle 2601, if Wish that convex rotary stopper buckle 28 returns to above-mentioned dead-centre position, Kato assembly 1 need to only be taken out from interior of mobile phone, so One, which carrys out Kato assembly 1, loses limitation to convex rotary stopper snap-lock pin backshank 2602, the lower convex of the effect of torsionspring 37 Rotary stopper buckle 28 extrude convex rotary stopper snap-lock pin syringe needle 2601 make convex rotary stopper snap-lock pin 26 around The rotate counterclockwise of convex rotary stopper snap-lock pin rotating hole 2705 so as to lose the locking to convex rotary stopper buckle 28, A width figure on the right of the rows of Figure 24 the 5th.

It is the scene that Kato assembly 1 inserts interior of mobile phone such as the width figure of Figure 24 first rows left side one, now convex rotary stopper Buckle 28 is reversed under the effect of Kato assembly 1, and convex rotary stopper snap lock is not extruded also because torsion is less all Determine pin syringe needle 2601, a width figure on the right of Figure 24 first rows；Reach Figure 24 second rows left side when continuing and pushing away Kato assembly 1 forward One width figure position, convex rotary stopper buckle 28 enter locking otch 101 under the effect of torsionspring 37 and reach above-mentioned dead point Position, now Kato assembly 1 locked by convex rotary stopper buckle 28；Only needed to mobile phone when needing and taking out Kato assembly 1 Internal direction pressing Kato assembly 1, such as the width figure position of the 3rd row left sides of Figure 24 one, now with left side convex rotary stopper buckle 28 Exemplified by, because the windup-degree to convex rotary stopper buckle 28 is larger so the convex on convex rotary stopper buckle 28 rotates Limit fastener locking boss 2802 extrudes convex rotary stopper snap-lock pin syringe needle 2601 and forces convex rotary stopper buckle The modification of locking pin 26 moves to convex rotary stopper snap-lock pin syringe needle so as to convex rotary stopper snap-lock boss 2802 2601 the right, convex rotary stopper buckle 28 are locked and can not resetted by convex rotary stopper snap-lock pin syringe needle 2601, A width figure on the right of the rows of Figure 24 the 3rd, reaches pressing of the release to Kato assembly 1 behind above-mentioned position, and Kato assembly 1 is total in Kato Ejected into the effect of ejection shell fragment 19 is lower, as long as Kato assembly 1 not taken out to then convex rotary stopper buckle 28 from mobile phone completely It will be locked always by convex rotary stopper snap-lock pin syringe needle 2601, such as the two width views of the rows of Figure 24 the 4th, if Kato assembly 1 Taken out completely from mobile phone, then convex rotary stopper snap-lock pin 26 is around convex rotary stopper snap-lock pin rotating hole 2705 Rotate counterclockwise is so as to releasing the locking to convex rotary stopper buckle 28；So far the installation to Kato assembly and taking-up process Narration finishes.

Figure 25 to Figure 32 shows the solution of the present invention three, and wherein Figure 25 to Figure 27 shows the embodiment one of scheme three, Figure 28 to Figure 29 shows the embodiment two of scheme three, and Figure 30 to Figure 32 shows the embodiment three of scheme three.

As Figure 25 the present embodiment mainly by Kato assembly 1, phone housing 3, cell phone mainboard 4, Kato assembly detect contact 5, Release the button cover plate 29, lateral Kato of deck sheet metal shell 7, SIM card contact 11, SD card contact 12, screw 15, lateral Kato is opened Button 30, thimble 31, rear portion knock-pin 32 is opened to form；With reference to Figure 25 and Figure 26 partial enlarged drawing A, the one end of spring 13 is enclosed on peace On the spring installation base 3001 for releasing the button 30 mounted in lateral Kato, the other end withstands on lateral Kato and released the button cover plate 29 On；Lateral Kato release the button cover plate 29 by screw 15 by lateral Kato release the button 30 and spring 13 be fixed on phone housing On 3；Lateral Kato is released the button and 30 laterally Kato can released the button lid by lateral Kato lead 3002 of releasing the button Plate 29 slides, and is acted on by the elastic force of spring 13；Lateral Kato release the button 30 outer surface in nature and mobile phone The outer surface of shell 3 is tangent, due to lateral Kato release the button 30 outer surface close to interior of mobile phone side exist one with mobile phone outside The positive stop lug boss that shell 3 is engaged, thus lateral Kato release the button 30 again spring 13 inside of phone housing 3 is withstood under acting on Without dropping out, when firmly press lateral Kato release the button 30 when lateral Kato release the button 30 inwardly motion and extrusion spring 13, just reached after 13 compression limit of spring is reached lateral Kato release the button 30 pressing extreme position；Such as Figure 25, Figure 27 With Figure 26 partial enlarged drawing A, the front end of thimble 31 and lateral Kato, which are released the button, 30 to be contacted, and rear end passes through rear portion knock-pin card Interface 3101 is connected on the rear portion knock-pin joint end 3202 of rear portion knock-pin 32, and thimble 31 is connected to deck sheet metal shell 7 Side, and can be slid back and forth along the side of deck sheet metal shell 7, such as Figure 26；Rear portion knock-pin 32 is pacified by rear portion knock-pin Dress hole 3201 snaps onto deck sheet metal shell about 7 between the rear portion knock-pin installation flanging bore 709 on both sides, and can be around its turn It is dynamic.

Installation Kato assembly 1 only need to be pushed into extreme position by the present embodiment when installing Kato assembly 1 to interior of mobile phone , such as the width figure of Figure 27 left sides one；Only need to release the button lateral Kato when needing to remove Kato assembly 1 and 30 press, side Moved to Kato 30 promotion thimbles 31 of releasing the button to interior of mobile phone direction, thimble 31 promotes the rear portion top of rear portion knock-pin 32 again Rod joint end 3202 makes rear portion knock-pin 32 be rotated around rear portion knock-pin installation flanging bore 709, the other end of rear portion knock-pin 32 Kato assembly 1 is ejected, a width figure on the right of Figure 27；The lateral Kato of being loosed one's grip after being ejected of Kato assembly 1 releases the button 30 in bullet Spring 13 automatically resets under acting on；So far the installation of Kato assembly 1 and the process narration of taking-up finish.

The present embodiment card taking support assembly 1, which needs to press lateral Kato, which releases the button, 30 can eject Kato assembly 1, pacify Only need Kato assembly 1 being pushed home into extreme position during dress and loose one's grip.

As Figure 28 the present embodiment mainly by Kato assembly 1, phone housing 3, cell phone mainboard 4, Kato assembly detect contact 5, Deck sheet metal shell 7, SIM card contact 11, SD card contact 12, screw 15, lateral Kato release the button 30, lateral Kato open by Button mounting seat 33, rivet 34, Kato assembly ejection piece 35, Kato assembly ejection piece base 36 form；As Figure 28 topmost one View in dotted line frame, lateral Kato releases the button 30 the right and lefts and bottom respectively has a lateral Kato to release the button guide groove 3003, the guide groove of the right and left is released the button with the lateral Kato that lateral Kato is released the button in mounting seat 33 and is directed laterally to rail 3301 coordinate, and can be slid back and forth along it, and the lateral Kato of bottom releases the button guide groove 3003 and lateral Kato is released the button Lateral Kato in mounting seat 33 bottom guided way 3303 of releasing the button coordinates, and can also be slid back and forth along it, and lateral Kato is opened Open lateral Kato in button mounting seat 33 and open to press reseting shrapnel 3302 and lateral Kato and release the button and contact behind 30, be Lateral Kato release the button 30 offers reset needed for elastic force, when lateral Kato releases the button 30 by along interior of mobile phone direction External force when, can along the guide rail that lateral Kato is released the button in mounting seat 33 along interior of mobile phone direction slide, when loosing one's grip in side Open to Kato and resetted by the effect of reseting shrapnel 3302 is lower；During nature lateral Kato release the button 30 outer surface and mobile phone The outer surface of shell 3 is tangent, has the positive stop lug boss of an annular to be against inside phone housing 3 at rear position at it and is used for it It is spacing to prevent it from moving to outer handset, as Figure 28 partial enlarged drawing in lateral Kato release the button at 30；In Figure 28 Between view in a dotted line frame, the view is the ejection assembly of mobile phone Kato 1 of embodiment itself, and ejection assembly is by Kato assembly Ejection piece base 36, Kato assembly ejection piece 35 and rivet 34 form, and Kato assembly ejection piece base 36 is fixed on cell phone mainboard 4 On, Kato assembly ejects piece 35 and is riveted together and can be revolved around rivet 34 by rivet 34 and Kato assembly ejection piece base 36 Turn；Such as the Kato assembly ejection piece tail end 3501 on the view Kato assembly ejection piece 35 in one dotted line frame of Figure 28 bottoms Released the button with lateral Kato 30 back contacts, 1 anterior lower section of the ejection of Kato the assembly front end of piece 35 and mobile phone Kato protrudes Part contacts, when press lateral Kato release the button 30 when Kato assembly ejection piece 35 will be promoted to rotate, so as to by Kato assembly 1 Ejection.

As Figure 29 left sides one arrange the first width and the second width figure, when the present embodiment scene in nature, when pressing side To Kato release the button 30 when occur such as the first width figure and the second width figure of a row on the right of Figure 29, lateral Kato, which is released the button, 30 to be pushed away Dynamic Kato assembly ejection piece 35 rotates, and moves out Kato assembly ejection piece 35 front end；Only need to be by it during installation Kato assembly 1 It is pushed into interior of mobile phone direct limit position, as Figure 29 left sides one arrange state shown in the 3rd width and the 4th width figure, when needing Lateral Kato need to be only pressed when removing Kato assembly 1 and releases the button 30, in the case where Kato assembly ejection piece 35 acts on, Kato assembly 1 can be ejected.

As Figure 30 the present embodiment mainly by Kato assembly 1, phone housing 3, cell phone mainboard 4, Kato assembly detect contact 5, Deck sheet metal shell 7, SIM card contact 11, SD card contact 12, screw 15, lateral Kato are released the button 37 groups of 30, torsionspring Into；The mechanism and the embodiment 2 of scheme three of the present embodiment are more similar, and difference is the difference of ejection assembly, such as Figure 30 sheets The ejection assembly of embodiment by screw 15, lateral Kato release the button 30 and torsionspring 37 form；As Figure 31 left sides one are listed in During nature lateral Kato release the button 30 outer surface rearward position have an annular boss be used for prevent it from moving to mobile phone Housing exterior and its outer surface and the outer surface of phone housing 3 are tangent, lateral Kato 30 lower sections of releasing the button connect a torsionspring 37 For being resetted to it；When press lateral Kato release the button 30 outer surface when lateral Kato release the button 30 rotations, such as scheme 31 the right one arrange, and reset the state for returning to the row of Figure 31 left sides one after loosing one's grip under the effect of torsionspring 37.

It need to only be pushed it into interior of mobile phone direct limit position when mobile phone Kato 1 is installed, install Kato assembly 1 Such as Figure 32 left sides one of state afterwards arrange, and when needing to take out Kato assembly 1, only need to press lateral Kato and release the button 30 appearances Face, occur after pressing such as a column-shaped state on the right of Figure 32, release the button 30 front end of lateral Kato ejects Kato assembly 1, Kato The embodiment two of state and scheme three when assembly 1 is ejected is basically identical.

The various architectural features of each embodiment proposed by the invention can be mutually combined use, all to be related to institute of the present invention The technical characteristic or similar features being related to are within the scope of the present invention.

Claims

1. a kind of mobile phone Kato assembly for being easy to take dress and supporting Kato female seat assembly, including Kato assembly, Kato assembly lock Determine component, Kato is released the button, female seat assembly；Described female seat assembly includes deck sheet metal shell, Kato assembly detects contact, SIM card contact, SD card contact and ejection component；Described ejection component is by the shell fragment with favorable elasticity or by extension spring and Kato The component that assembly ejection supporting plate is formed；Described Kato assembly locked component includes limit fastener and limit fastener reset element； Described limit fastener reset element is the shell fragment or spring for having favorable elasticity；Described limit fastener reset element is arranged on On deck sheet metal shell or phone housing；It is characterized in that can be by Kato assembly locking group after Kato assembly insertion interior of mobile phone Part is locked, and Kato need to be only pressed when need to take out Kato assembly and is released the button, and limit fastener top is opened in the motion that Kato is released the button, So as to release the locking to Kato assembly, Kato assembly is ejected in the presence of elastic parts, unclamps and Kato is released the button Pressing, Kato release the button buckle reset element reset limit fastener when limit fastener extruding make its reset.

2. a kind of mobile phone Kato assembly for being easy to take dress and supporting Kato female seat assembly, including Kato assembly, Kato assembly lock Determine component, female seat assembly；Described female seat assembly includes deck sheet metal shell, Kato assembly detection contact, SIM card contact, SD Card contact and ejection component；Described ejection component includes the shell fragment with favorable elasticity or held in the palm by extension spring and the ejection of Kato assembly The component that plate is formed；Described Kato assembly locked component is for Kato assembly position limiting slide block or Kato assembly Rotary hanging hook or by limiting The component or pacified by cover plate, convex rotary stopper snap-lock pin, rotary stopper buckle that position pawl and position-limited claw reseting shrapnel form Shelve, one kind in the component of convex rotary stopper buckle and torsionspring composition；It is characterized in that the insertion of Kato assembly is in one's hands Inside machine it is later can by Kato assembly locked component lock, it is necessary to need to only be pressed when taking out Kato assembly to interior of mobile phone direction Kato assembly, Kato assembly internally move when can complete release Kato assembly locked component locking, ejection component It is ejected under effect.

3. a kind of mobile phone Kato assembly for being easy to take dress and supporting Kato female seat assembly, including Kato assembly, lateral Kato are opened Button, female seat assembly, ejection assembly, torsionspring, spring, lateral Kato is opened to release the button mounting seat；Described ejection assembly It is made up of rivet, Kato assembly ejection piece and Kato assembly ejection piece base or is made up of thimble and rear portion knock-pin；Described Female seat assembly includes deck sheet metal shell, Kato assembly detection contact, SIM card contact, SD card contact；It is characterized in that pressing side Being released the button to Kato can be released the button by lateral Kato in itself or indirectly by driving ejection assembly by Kato assembly Ejected from interior of mobile phone, unclamp pressing rear side and release the button and can be released the button in torsionspring, spring or lateral Kato to Kato Resetted under the elastic reaction of mounting seat.

4. a kind of mobile phone Kato assembly for being easy to take dress and supporting Kato female seat assembly, it is characterised in that including claim 1 What into claim 3, any one was told is easy to take the mobile phone Kato assembly of dress and supporting Kato female seat assembly.