阅读说明：本技术 电子设备 (Electronic equipment ) 是由 蔡洪侦 于 2019-09-09 设计创作，主要内容包括：本申请实施例提供一种电子设备,电子设备包括壳体、卡托、推出机构和卡帽,壳体设置有与外界连通的收纳槽,卡托可收纳于收纳槽内,推出机构设置在壳体内,卡帽通过第一连接件与卡托可转动连接,卡帽包括相对的第一端部和第二端部,卡帽的第一端部与推出机构抵接；当第一端部受到外部作用力时,卡帽绕第一连接件沿靠近收纳槽的方向朝靠近收纳槽的方向转动,使卡帽的另一端朝背离收纳槽的方向转动并凸出于壳外表面,且卡帽的一端驱动推出机构,使至少一部分卡托朝背离收纳槽的方向运动并凸出于壳体外表面。本申请实施例无需额外的顶针或其他工具即可取出卡托,提高卡托取出的便利性。(The embodiment of the present application provides a kind of electronic equipment, electronic equipment includes shell, Kato, ejecting mechanism and card cap, shell is provided with the accommodating groove being in communication with the outside, Kato can be accommodated in accommodating groove, ejecting mechanism is arranged in shell, card cap is rotatably connected by the first connector with Kato, and card cap includes opposite first end and the second end, and the first end of card cap is abutted with ejecting mechanism；When first end is by applied external force, card cap is rotated along the direction close to accommodating groove towards the direction close to accommodating groove around the first connector, the other end of card cap is set to rotate towards the direction away from accommodating groove and protrude from shell outer surface, and one end of card cap drives ejecting mechanism, and at least part Kato is made to move towards the direction away from accommodating groove and protrude from housing outer surface.The embodiment of the present application can be taken off Kato without additional thimble or other tools, improve the convenience that Kato takes out.)

1. a kind of electronic equipment, which is characterized in that including shell, Kato, ejecting mechanism and card cap, the shell be provided with outside The accommodating groove of boundary's connection, the Kato can be accommodated in the accommodating groove, and the ejecting mechanism is arranged in the shell, described Card cap is rotatably connected by the first connector and the Kato, and the card cap includes opposite first end and the second end, The first end is abutted with the ejecting mechanism；

When the first end is by applied external force, the card cap is around first connector along close to the accommodating groove Direction rotation, makes the second end rotate and protrude from the housing outer surface, and institute towards the direction away from the accommodating groove It states first end and drives the ejecting mechanism, make at least part Kato towards away from the direction of accommodating groove movement and convex For the housing outer surface.

2. electronic equipment according to claim 1, which is characterized in that the card cap is provided with connecting hole, the connecting hole For strip through-hole, and the connecting hole is tilted towards the first end, and first connector is threaded through in the connecting hole, The outer peripheral surface of first connector and the hole wall of the connecting hole have gap, and the gap is for making the first end can It is rotated along the direction close to the accommodating groove.

3. electronic equipment according to claim 2, which is characterized in that the Kato include the first side, the second side and Third side, first side is adjacent with the first end, and the third side is adjacent with the second end, and described Between first side and the third side, the height of first side is greater than second side for two sides Highly, the direction that the third side faces away from second side is obliquely installed.

4. electronic equipment according to claim 3, which is characterized in that the Kato is provided with slot, and the card cap includes The main part is arranged in close to the side of the accommodating groove, the plug division setting in main part and plug division, the plug division It is rotatably connected in the slot and with the Kato, there is space between the plug division and the slot；

When the first end is by the applied external force, the plug division can be by the space towards close to institute State the direction movement of accommodating groove.

5. electronic equipment according to claim 4, which is characterized in that a part of the slot is located at described second side Portion, and another part of the slot is located at the third side.

6. electronic equipment according to claim 5, which is characterized in that between the first end and the plug division away from From less than the distance between the second end and the plug division.

7. electronic equipment according to claim 6, which is characterized in that when the first end is not affected by the external action When power, the main body section is in the accommodating groove, and the flush with outer surface of the outer surface of the main part and the shell.

8. electronic equipment according to claim 7, which is characterized in that the shell includes:

Abutting part, the abutting part are abutted with the first end；

Groove, the groove are arranged between the protrusion and the abutting part, and the first end can turn to described recessed In slot；And

Limiting section, the limiting section are abutted with the second end to limit the second end.

9. electronic equipment according to any one of claims 1 to 8, which is characterized in that the ejecting mechanism includes:

Impeller, the impeller are rotatably connected by the second connector and the shell；With

Pressing piece, the pressing piece are arranged between the first end and the impeller；

When the first end drives the ejecting mechanism, the pressing piece drives the impeller around second connection Part rotation, to push the Kato to move towards the direction away from the accommodating groove.

10. electronic equipment according to claim 9, which is characterized in that the pressing piece includes:

Push rod, the push rod include the second end of opposite first end, and the first end is abutted with the first end； With

Connecting rod, the connecting rod are arranged between the second end of the push rod and the impeller, and the connecting rod is for connecting institute State push rod and the impeller.

11. electronic equipment according to claim 10, which is characterized in that the connecting rod includes:

Bending segment, the bending segment are abutted with the second end of the pressing piece, and the bending segment is to the length side of the shell It is arranged to bending；With

Vertical section, one end of the vertical section are connect with the bending segment, and the other end of the vertical section is connect with the push rod.

12. electronic equipment according to claim 11, which is characterized in that the impeller includes the first company interconnected Socket part, second connecting portion and pushing part, the first connecting portion are connect with the connecting rod, and the second connecting portion is arranged described Between first connecting portion and the pushing part, the pushing part is for pushing the Kato；

When the first end of the card cap drives the ejecting mechanism, the push rod is moved towards the first direction, and drives institute It states connecting rod and presses the first connecting portion, rotate the first connecting portion towards the first direction, the pushing part is towards described Second direction movement.

13. electronic equipment according to claim 12, which is characterized in that the outer surface of the second connecting portion is arc Face, the arcwall face are formed by bending towards the direction away from the Kato, hanging down between the second connecting portion and the pushing part Straight distance is less than the vertical range between the second connecting portion and the first connecting portion.

14. electronic equipment according to claim 13, which is characterized in that the shell is provided with protrusion, the protrusion Portion and the Kato are adjacent, and the protrusion is provided with limit hole, and the push rod is arranged in the limit hole, and with the limit The interference fit connection of position hole.

15. electronic equipment according to claim 14, which is characterized in that the size of the first end of the push rod is less than institute The size of limit hole is stated, the size of the second end of the push rod is greater than the size of the limit hole.

Technical field

This application involves electronic technology field more particularly to a kind of electronic equipment.

Background technique

Kato is usually provided in electronic equipment, the enclosure interior of electronic equipment is arranged in Kato, can be used for placing user Identification card or storage card.Shell in the related technology is usually provided with centre hole, needed when taking out Kato by with thimble The matched thimble in hole or other sharp tools, inconvenient to use, poor user experience.

Summary of the invention

The embodiment of the present application provides a kind of electronic equipment, can be taken off Kato without additional thimble or other tools, mentions The convenience that high Kato takes out.

The embodiment of the present application provides a kind of electronic equipment, including shell, Kato, ejecting mechanism and card cap, the shell are set It is equipped with the accommodating groove being in communication with the outside, the Kato can be accommodated in the accommodating groove, and the ejecting mechanism is arranged in the shell In vivo, the card cap is rotatably connected by the first connector and the Kato, and card cap includes opposite first end and second The first end of end, the card cap is abutted with the ejecting mechanism；It is described when the first end is by applied external force Card cap is rotated along the direction close to the accommodating groove towards the direction close to the accommodating groove around first connector, makes described the Two ends rotate and protrude from the housing outer surface towards the direction away from the accommodating groove, and described in first end driving Ejecting mechanism makes at least part Kato move towards the direction away from the accommodating groove and protrude from the shell appearance Face.

First end the second end first end the embodiment of the present application passes through the cooperation of ejecting mechanism and card cap, can be not In the case where needing additional means, Kato is taken out, it is convenient and efficient.

Detailed description of the invention

In order to more clearly explain the technical solutions in the embodiments of the present application, make required in being described below to embodiment Attached drawing is briefly described.It should be evident that the drawings in the following description are only some examples of the present application, for For those skilled in the art, without creative efforts, it can also be obtained according to these attached drawings other attached Figure.

Fig. 1 is the structural schematic diagram of electronic equipment provided by the embodiments of the present application.

Fig. 2 is the structural schematic diagram of the shell in electronic equipment shown in Fig. 1.

Fig. 3 is the structural schematic diagram of Kato in electronic equipment shown in Fig. 1.

Fig. 4 is the assembly structure diagram of shell provided by the embodiments of the present application, card cap and ejecting mechanism.

Fig. 5 is the partial sectional view in Fig. 4 along the direction P1-P1.

Fig. 6 is the structural schematic diagram of middle connecting rod shown in Fig. 5.

Fig. 7 is the structural schematic diagram of middle impeller shown in Fig. 5.

Fig. 8 is the structural schematic diagram of deck provided by the embodiments of the present application.

Fig. 9 is the structural schematic diagram of middle card cap shown in Fig. 5.

Figure 10 is the structural schematic diagram of the first connector and the relative motion of connecting hole first time provided by the embodiments of the present application.

Figure 11 is the structural schematic diagram of the first connector provided by the embodiments of the present application and second of relative motion of connecting hole.

Figure 12 is structural schematic diagram when card cap shown in Fig. 9 does first time lever rotary motion.

Figure 13 is structural schematic diagram when card cap shown in Fig. 9 does second of lever rotary motion.

Figure 14 is that Kato shown in Fig. 9 is removed the structural schematic diagram outside shell.

Figure 15 is the assembly structure diagram of shell provided by the embodiments of the present application, Kato, deck, card cap.

Figure 16 is the configuration schematic diagram of package assembly shown in Figure 15.

Specific embodiment

Referring to Fig. 1, Fig. 1 is the structural schematic diagram of electronic equipment provided by the embodiments of the present application.Electronic equipment such as Fig. 1 Electronic equipment 20 may include shell such as shell 100 and Kato such as Kato 200.

Electronic equipment 20 can be calculating equipment such as laptop computer, the computer monitor comprising embedded computer Device, tablet computer, cellular phone, media player or other hand-helds or portable electronic device, lesser equipment are (such as Watch equipment, hanging equipment, earphone or receiver device, the equipment being embedded in glasses are worn on the head of user Other equipment or other Wearables or micromodule equipment), television set, the computer display not comprising embedded computer, trip (such as wherein the electronic equipment with display is installed in information kiosk or automobile for play equipment, navigation equipment, embedded system System), realize two or more equipment in these equipment function equipment or other electronic equipments.In showing for Fig. 1 Example property configuration in, electronic equipment 20 is portable device, such as cellular phone, media player, tablet computer or other just It takes formula and calculates equipment.If desired, other configurations can be used for electronic equipment 20.The example of Fig. 1 is merely exemplary.

Wherein, shell 100 can by plastics, glass, ceramics, fibrous composite, metal (for example, stainless steel, aluminium etc.), its Two or more any combination of his suitable material or these materials is formed.Integral type can be used to configure shape for shell 100 At in integral type configuration, some or all shells 100 are processed or are molded as single structure, or multiple knots can be used Structure (for example, bearing wall and frame structure, the one or more structures for forming outer enclosure surface etc.) is formed.

Referring to Fig. 2, Fig. 2 is the structural schematic diagram of the shell in electronic equipment shown in Fig. 1.Shell 100 may include substrate Such as substrate 120, substrate 120 can be used as the carrier of electronic equipment 20.For example, substrate 120 can carry the card of electronic equipment 20 Hold in the palm the devices such as component 400, circuit board, camera, radiator.In some embodiments, substrate 120 may include inner surface and appearance Face, the inner surface of substrate 120 and the outer surface of substrate 120 can be disposed opposite to each other.Wherein the inner surface of substrate 120 can be installation electronics The one side of each device of equipment 20, wherein the outer surface of substrate 120 can be located at the outside of electronic equipment 20.For example substrate 120 is outer Surface is the visible one side of user, and the inner surface of substrate 120 is the sightless one side of user.

As shown in Fig. 2, shell 100 may include frame 140, frame 140 may be provided at the inner surface of substrate 120, and frame 140 peripheries for surrounding substrate 120 are arranged.Frame 140 is centered around the periphery of substrate 120, and it is empty that storage can be formed on substrate 120 Between, to store the device of electronic equipment 20.In some embodiments, frame 140 can be integrally formed with substrate 120, such as be passed through The mode of injection molding forms.Frame 140 is provided with the accommodating groove 142 being in communication with the outside, and accommodating groove 142 is through slot structure, accommodating groove 142 side is in communication with the outside, and the other side of accommodating groove 142 is connected to the inside of shell 100.

It is the structural schematic diagram of Kato in electronic equipment shown in Fig. 1 also referring to Fig. 1 and Fig. 3, Fig. 3.Kato 200 can be with For installing smart card such as smart card 300, smart card 300 can be subscriber identification card or storage card.For example, Kato 200 can be set holding tank 210, and the size shape of holding tank 210 is adapted with the size shape of smart card 300, smart card 300 It may be mounted in holding tank 210.It should be noted that holding tank 210 can be used for two smart cards of installation, one of them Smart card can be subscriber identification card, another smart card can be user for storage card or two smart cards The double-card dual-standby of electronic equipment 20 may be implemented in identification card.

Kato 200 may be mounted in the shell 100, for example Kato 200 is mountable in accommodating groove 142, and can be It is converted between in accommodating groove 142 and outside accommodating groove 142.Smart card 300 can be installed to the appearance of Kato 200 by user It receives in slot 210, and pushes Kato 200, so that Kato 200 is entered the inside of shell 100, and be located in accommodating groove 140, so that intelligence 300 can be blocked to be electrically connected with electronic equipment 20, realize mobile communication function.Kato 200 can also be pulled out accommodating groove 142 by user Outside, so that Kato 200 is exposed in the external world, and the smart card 300 in Kato 200 can be taken out or is replaced.

Kato 200 can be regular shape, for example Kato 200 can be rectangular configuration, round rectangle structure.Kato 200 It may include multiple sides, such as Kato 200 may include first side 220, second side 230, third side 240 and the 4th Side 250, first side 220 are connected between third side 240 and four side 250, and first side 220 and second side 230 are oppositely arranged, and second side 230 is connect with third side 240 and four side 250 simultaneously, and are located at 240 He of third side Between four side 250.When Kato 200 is installed accommodating groove 142 in a housing 100, second side 230 is located at shell 100 Inside, notch position of the first side 210 close to accommodating groove 142.It should be noted that Kato 200 or irregular shape Shape.

Wherein, first side 220 includes sequentially connected first side 221, the second side 222 and third side 223, the The height of one side 221 is greater than the height of the second side 222 to form step structure, and third side 223 faces away from second side The direction in portion 212 is obliquely installed, to form an inclined-plane.It should be noted that the second side 222 can not also be with the first side 221 form step structure, for example the second side 222 and third side 223 can directly incline to the direction away from the first side 221 Tiltedly it is arranged to form an inclined-plane.

First side 220 is provided with slot such as slot 224, and slot 224 is from first side 220 to 230 side of second side It is formed to recess.The a part of of slot 224 can be located at the second side 222, and another part of slot 224 can be located at third side Portion 223.First side 220 is additionally provided with the first jack such as the first jack 225, and the first jack 225 runs through in a thickness direction First side 220, and the first jack 225 is connected to slot 224.

Third side 240 is provided with the first card slot such as the first card slot 242, when Kato 200 is mounted on shell 100, First card slot 242 can be clamped with the shackle member of shell 100, and Kato 200 is fixed in shell 100.Accordingly, the 4th side The second card slot such as the second card slot 252 has can be set in side 250.First card slot 242 can be used for fixed third side 240, the Two draw-in groove 252 can be used for fixing four side 250, fix two sides of Kato 200, Ke Yiti simultaneously by two card slots The stable connection of high Kato 200 and shell 100.Wherein, there are two the inclined-planes of opposite tilt for the first card slot 242 tool, and two tiltedly Pass through horizontal plane interconnection before face.The structure of second card slot 252 is identical as the first card slot 242, and details are not described herein.

Fig. 4 and Fig. 5 are please referred to, Fig. 4 is that the package assembly of shell provided by the embodiments of the present application, card cap and ejecting mechanism is shown Meaning, Fig. 5 are the partial sectional view in Fig. 4 along the direction P1-P1.Electronic equipment 20 can also include ejecting mechanism such as ejecting mechanism 400, ejecting mechanism 400 is arranged inside shell 100, for example ejecting mechanism 400 can be set on substrate 120, and is located at base Plate 120 and frame 140 are in the storage space formed.Ejecting mechanism 400 can be used for pushing Kato 200, and Kato 200 is pushed away Out to outside accommodating groove 142, smart card 300 is made to be exposed to the external world, replaces smart card convenient for user.

Please continue to refer to Fig. 5, shell 100 is provided with protrusion such as protrusion 160, and protrusion 160 is from table in frame 140 100 internal direction of shell is faced to protrude to be formed.When Kato 200 is located in accommodating groove 142, protrusion 160 and 200 phase of Kato It is adjacent.Protrusion 160 is provided with limit hole such as limit hole 162, limit hole 162 simultaneously with connect inside accommodating groove 142 and shell 100 It is logical.

Wherein, ejecting mechanism 400 may include pressing piece such as pressing piece 420, and pressing piece 420 may include push rod 422 With connecting rod 424.Push rod 422 can be set in limit hole 162, and is interference fitted and connects with limit hole 162.Push rod 422 can be with It is moved in limit hole 162, for example push rod 422 can be moved to the direction close to card cap such as card cap 600, so that push rod 422 It is abutted with card cap 600, with support card cap 600, is located at card cap 600 in accommodating groove 142, and the main part appearance of card cap 600 Face is flushed with the outer surface of frame 140, to block accommodating groove 142, achievees the purpose that water proof and dust proof.Push rod 422 can also support or oppose Direction movement from card cap 600, with drive link 424, connecting rod 424 is such as pushed by the driving pressing impeller of push rod 422 Part 430, impeller 430 push outside Kato 200 to accommodating groove 142 under the driving of connecting rod 424.

Push rod 422 may include two opposite ends, and the size of one of end of push rod 422 is less than limit hole 162 size allows one of end to pass through limit hole 162, and is located in limit hole 162；The ruler of another end The very little size greater than limit hole 162, so that another end can not pass through limit hole 162, another end is located at limit hole 162 Outside.The embodiment of the present application can not only limit push rod 422 by the size of two ends of control push rod 422, Scope of activities of the push rod 422 in limit hole 162 can also be controlled.

Ejecting mechanism 400 can also include waterproof colloid such as waterproof colloid 410, and waterproof colloid 410 is set in push rod 422 On.For example waterproof colloid 410 can have through-hole or groove, waterproof colloid 410 can be set in by the through-hole or groove and be pushed away On bar 422, and the inner surface of waterproof colloid 410 wraps up the outer surface of push rod 422 and is fixedly connected with push rod 422, can use The mode of interference fit connection is realized, can also be realized by the way of glue bonding, so that waterproof colloid 410 is not easy from push rod It falls off on 422.Waterproof colloid 410 can be made of rubber, such as silica gel, latex, neoprene, nitrile rubber, fluorine-containing rubber Deng.

Please continue to refer to Fig. 5, push rod 422 can be set the limiting slot for limiting waterproof colloid 410, and limiting slot can be with The periphery outer surface of push rod 422 is set.Waterproof colloid 410 can be set in limiting slot and part protrusion is outside limiting slot.It can With understanding, a part of waterproof colloid 410 is located in limiting slot, and a part of waterproof colloid 410 is located at outside limiting slot.It is anti- The inner surface of hydrocolloid 410 is abutted with push rod 422, and the outer surface of waterproof colloid 410 is abutted with the hole wall for forming limit hole 162. The interference fit of waterproof colloid 410 and limit hole 162 is simultaneously maintained in limit hole 162 and can block push rod 422 and limit hole 162 Hole wall between gap, improve waterproof reliability.Moreover, the interference fit of waterproof colloid 410 and limit hole 162, can make Push rod 422 during moved in limit hole 162, need certain active force to overcome waterproof colloid 410 and protrusion Frictional force between 160 can cause Kato 200 to be pushed out into outside shell 100 to avoid user misoperation, influence electronics and set Standby 20 mobile communication performance.

Referring to Figure 6 together, Fig. 6 is the structural schematic diagram of middle connecting rod shown in Fig. 5.One end of connecting rod 424 and 422 phase of push rod Neighbour's setting, and one end of connecting rod 424 can be connect with another end of push rod 422, and connection type can be to abut, is viscous It connects, be clamped or be bonded, limit to this embodiment of the present application and not.It should be noted that one end of connecting rod 424 can not also It is connect with push rod 422, for example one end of connecting rod 424 can be spaced a distance between push rod 422, as long as push rod 422 is supported or opposed When direction from card cap 600 moves, it can be moved with drive link 424 to the direction away from card cap 600.

Connecting rod 424 may include bending segment 4242 and vertical section 4244, and the length direction of bending segment 4242 to shell 100 is curved Folding setting, another end abutment of bending segment 4242 and push rod 422, compared to directly by the end of vertical section 4244 and push rod 422 abut, and the embodiment of the present application setting bending segment 4242 can increase the contact area of push rod 422 Yu connecting rod 424, improve push rod 422 drive efficiency.

Sliding slot has can be set in shell 100, and the vertical section 4244 of connecting rod 424 can be slidably connected with sliding slot, so that connecting rod 424 can move in sliding slot.Vertical section 4244 can have two ends, and two ends are located at outside sliding slot, one of end It is connect with bending segment 4242, another end is connect with impeller 430, to push impeller 430 to move.Vertical section 4244 with The connection type of impeller 430 can be to be detachably connected, for example vertical section 4244 is provided with third card slot 4246, impeller 430 a part can be set in third card slot 4246, so that the other end of vertical section 4244 and impeller 430 are clamped, make It obtains and is easily assembled and dismantles between connecting rod 424 and impeller 430.Certainly, vertical section 4244 is fixedly connected with impeller 430 is also Can with, being fixedly connected can be realized by the way of being bonded or welded.

Referring to Figure 7 together, Fig. 7 is the structural schematic diagram of middle impeller shown in Fig. 5.Impeller 430 may include mutual First connecting portion 432, second connecting portion 434 and the pushing part 436 of connection.

Wherein, second connecting portion 434 can be connected by the second connector such as the second connector 440 with the rotation of shell 100 It connects.For example, second connecting portion 434 is provided with the second jack such as the second jack 4342, the second connector 440 can be threaded through It in two jacks 4342, and is fixedly connected with shell 100, impeller 430 is rotated around the second connector 440.Second The outer surface of interconnecting piece 434 is arcwall face, and arcwall face is formed by bending towards the direction away from Kato 200, second connecting portion 434 and shell A part of body 100 abuts, and so that it is formed a rotation space in the position of first connecting portion 432, when impeller 430 is by push rod When 422 driving, impeller 430 around the second connector 440 rotate so that first connecting portion 432 to deviate from Kato 200 side To rotation, rotation space is compressed, pushing part 436 is rotated to the direction close to Kato 200, is pushed outside Kato 200 to accommodating groove 142 Portion.Wherein, the second connector 440 can be the common rotating connector of those skilled in the art, shaft, pin shaft etc., sheet Application embodiment does not limit this.

First connecting portion 432 can be fastened in the third card slot 4246 of connecting rod 424, to realize impeller 430 and connecting rod 424 connection.Vertical range between second connecting portion 434 and first connecting portion 432 is greater than second connecting portion 434 and pushing part Vertical range between 436.It is understood that the position where first connecting portion 432 is higher than 436 position of pushing part. Such as using the center of second connecting portion 434 or minimum depression points as reference level surface, first connecting portion 432 and reference levels The vertical range in face is greater than the vertical range between pushing part 436 and reference level surface.Compared to directly by first connecting portion 432 It is arranged with pushing part 436 in same plane, the embodiment of the present application can not expand impeller 430 to 100 inner space of shell Occupancy in the case where, increase first connecting portion 432 scope of activities, and then increase pushing part 436 rotation distance, make Kato 200, which more protrude from 200 outer surface of shell, protrudes from outside housing outer surface, takes out Kato 200 convenient for user.

First connecting portion 432 is bent to form an arc away from the direction of side towards the third side 240 of third side 240 Shape face, arcwall face and shell 100 form the first space, another end accommodation of vertical section 4244 is and low in the first space In or equal to position of the arcwall face where with the junction of second connecting portion 434.Arc prolongs towards 434 direction of second connecting portion It stretches, and connect with the outer surface of second connecting portion 434 to form an inclined surface, the direction which faces away from Kato 200 is inclined Tiltedly setting, inclined surface and shell 100 form second space.When first connecting portion 432 to away from 200 direction of Kato move when, incline Inclined-plane is gradually contacted with shell 100, at this time due to the presence in the first space, so the process contacted in inclined surface with shell 100 In, the other end of vertical section 4244 just contacts with shell 100 or is spaced certain gap with shell 100, and it is ingenious in design, it keeps away Exempt from the presence because of the other end of vertical section 4244, so that inclined surface can not be contacted with shell 100, wastes the interior of shell 100 Portion space.

Pushing part 436 can be disposed adjacent with Kato 200, so that when 422 driver under stress connecting rod 424 of push rod, pushing part 436 move towards the direction outside shell 100, and Kato 200 is released outside accommodating groove 142.For example, pushing part 436 can be with Kato 200 second side 230 is disposed adjacent, and when 422 driver under stress connecting rod 424 of push rod, pushing part 436 is to close to second side 230 direction pushes, and pushes second side 230, so that the first side 220 of Kato 200 is switched to receipts out of accommodating groove 142 It receives outside slot 142, so that smart card 300 is exposed outside shell 100.Certainly, pushing part 436 can also directly be connected to second The outer surface of side 230.

The structure and impeller 430 and shell 100 and Kato that the embodiment of the present application passes through ingenious setting impeller 430 Positional relationship between 200 can increase the rotation distance of pushing part 436 in the case where saving 100 inner space of shell, Make Kato 200 more protrude from 200 outer surface of shell to protrude from outside housing outer surface, improves the convenience that Kato 200 takes out.

Referring to Fig. 8, Fig. 8 is the structural schematic diagram of deck provided by the embodiments of the present application.Electronic equipment 20 further includes card Seat such as deck 500, deck 500 is for fixing Kato 200.Deck 500 is provided with fixing groove such as fixing groove 510, works as Kato 200 be located at shell 100 in when, can be fixed in fixing groove 510.Deck 500 is provided with shackle member, for fixing Kato 200. For example, the first shackle member 520 and the second shackle member 530, the first shackle member 520 and the second shackle member has can be set in deck 500 530 are oppositely arranged on the cell wall for forming fixing groove 510 in deck 500.First card slot of the first shackle member 520 and Kato 200 242 are adapted, and are fastened in the first card slot 242 to fix third side 240, the second shackle member 530 and the second of Kato 200 Card slot is adapted, and is fastened in the second card slot 252 to fix four side 250.

Wherein, the first shackle member 520 can be elastic slice, and the outer surface of the first shackle member 520 is arcwall face, for the first card Fitting 520 provides deformation space.When Kato 200 is moved to 100 internal direction of shell, the outer surface of the first shackle member 520 is sent out Raw elastic deformation, and plan-position is slid into along first inclined-plane of the first card slot 242, second inclined-plane can block to first Fitting 520 is limited, and the first shackle member 520 is fastened in the first card slot 242；When Kato 200 is to 100 outside side of shell To when movement, elastic deformation occurs for the outer surface of the first shackle member 520, and from the plan-position of the first card slot 242 along first A inclined-plane skids off outside the first card slot 252, allows the third side 240 of Kato 200 to be detached from the first card slot 242, and then make Fixing groove 510 can be detached from by obtaining Kato 200.The structure and motion process of second shackle member 530 are identical as the first clamping nearly 510, Details are not described herein.It should be noted that deck 500 shackle member only can be arranged or deck 500 also can be set two A above shackle member, the quantity of shackle member can be set according to the actual situation, not limited herein.

Ejecting mechanism 400 in above-mentioned application embodiment can be set on deck 500, for example, deck 500 be provided with it is more A fixed part such as fixed part 540, multiple fixed parts 540, which enclose, to be set to form sliding slot, and the connecting rod 424 of ejecting mechanism 400 can be set In sliding slot.Impeller 430 can be rotatablely connected by the second connector 440 with deck.

Also referring to Fig. 9, Fig. 9 is the structural schematic diagram of middle card cap shown in Fig. 5.Card cap 600 may include that main part is all Such as main part 610, main part 610, which can cover, to be located on Kato 200, and is disposed adjacent with the first side of Kato 200 220.When When Kato 200 is located in accommodating groove 142, main part 610 is located at the notch position of accommodating groove 142, the outer surface of main part 610 with The flush with outer surface of shell 100 can be with water proof and dust proof to block accommodating groove 142.

Card cap 600 can be rotatably connected by the first connector such as the first connector 700 with Kato 200.For example, card Cap 600 may include plug division such as plug division 620, and plug division 620 is arranged on main part 610, and is located at main part 610 and leans on The side of nearly Kato 200.Plug division 620 is provided with connecting hole such as connecting hole 622, and connecting hole 622 runs through plug division 620.Its In, the first connector 700 can be the common rotating connector of those skilled in the art, shaft, pin shaft etc., the application reality It applies example and this is not limited.

When assembly, plug division 620 can be mounted in slot 224, and connecting hole 552 and the first jack 225 are carried out Contraposition, then the first connector 700 is inserted into the first jack 225, slot 224 and connecting hole 622, so that card cap 600 and card Support 200 is rotatably connected.

Main part 610 may include opposite first end 612 and the second end 614, first end 612 and push rod 422 One of end abutment.Main part 610, protrusion 160 and third side 223, which can enclose, sets that form a pressing space all Such as the first pressing space 1422, one of end of push rod 422 is located in the first pressing space 1422.When first end 612 When receiving along first direction active force, card cap 600 is rotated around the first connector 700, and first end 612 turns towards first direction Dynamic, driving push rod 422 is moved towards first direction, and push rod 422 abuts to connecting rod 424, so that connecting rod 424 is also transported towards first direction Dynamic, driving impeller 430 is rotated around the second connector 440, so that pushing part 436 is rotated towards second direction, pushes Kato 200 To outside accommodating groove 142, at the same time, the second end 614 is also rotated towards second direction, and protrudes from 200 outer surface of shell protrusion In outside housing outer surface, user can catch the second end 614, and Kato 200 is hauled out outside shell 100.Wherein, first direction It refers to towards the direction inside shell 100 outside shell 100, second direction refers to inside shell 100 towards shell Direction outside 100.

The embodiment of the present application passes through the cooperation of ejecting mechanism 400 and card cap 600, can be the case where not needing additional means Under, Kato 200 is taken out, it is convenient and efficient.

Please continue to refer to Fig. 5, shell 100 is provided with limiting section such as limiting section 170, and limiting section 170 is used for second end Portion 614 is limited, to limit the slewing area of the second end 614.Main part 610 is close to the part and of the second end 614 One side 221 abuts, and main part 610, which is enclosed close to the part of plug division 620 with the second side 222 and plug division 620, to be set to form the Two pressing spaces such as second press space 1424.

Shell 100 is also provided with abutting part portion such as abutting part 180, and abutting part 180 is abutted with first end 612, To reduce the gap between shell 100 and first end 612.Shell 100 is additionally provided with groove such as groove 190, and groove 190 Between abutting part 180 and protrusion 160, first end 612 can rotate in groove 190.

The shape size of the first jack 225 in above-mentioned application embodiment is adapted with the size of the first connector 700, even It connects hole 622 and is greater than ruler of first connector 700 in the width direction of shell 100 in the size in the width direction of shell 100 It is very little.For example, the first connector 700 can be cylindrical structure, the first jack 225 can be circle corresponding with the cylindrical structure Hole, connecting hole 622 is strip through-hole, and connecting hole 622 is tilted towards first end 612, the outer peripheral surface of the first connector 700 There can be gap with the hole wall of connecting hole 622, card cap 600 can move in connecting hole 622 by the gap.

Wherein, the size of slot 224 is greater than the size of plug division 620, so that having between slot 224 and plug division 620 Space, plug division 620 can be moved by the space along the inclined direction of connecting hole 622, changed plug division 620 and existed Position in slot 224.

Also referring to Figure 10 and Figure 11, Figure 10 is the first connector provided by the embodiments of the present application and connecting hole first time The structural schematic diagram of relative motion, Figure 11 are the first connector provided by the embodiments of the present application and second of relative motion of connecting hole Structural schematic diagram.When first end 612 is by active force along first direction, due to first end 612 and abutting part 180 Abut, at this time first end 612 by along first direction active force and abutting part 180 act on the extruding of first end 612 Power, so that first end 612 is first moved towards the width direction of shell 100, so that plug division 620 is from the bottom of connecting hole 622 Portion position is moved to the top position of connecting hole 622, and the first time motion path of plug division 620 is as shown in Figure 10；Then, first End 612 and abutting part 180 enter in groove 190 after misplacing, and continue to rotate towards the internal direction of shell 100, grafting at this time Portion 620 is moved from the top position of connecting hole 622 along the inclined direction of connecting hole 622 under the drive of first end 612, is inserted Second of motion path of socket part 620 is as shown in figure 11.The embodiment of the present application is abutted using abutting part 180 with first end 612 It can reduce the gap between card cap 600 and shell 100, while passing through the ingehious design of connecting hole 622, so that without in shell A rotation space is designed on 100, so that it may make first end 612 that can both can guarantee the sealing of shell 100 towards rotating in shell 100 Property, and second end 612 can be made to produce outside shell 100.In order to illustrate the motion state of ejecting mechanism 400 and card cap 600, below from Explanation is described in the taking-up process of smart card.

When needing to take out smart card 300, the first end 612 of card cap 600 can be pressed, card cap 600 can do two at this time Secondary lever rotary motion.

Wherein, Figure 12 is structural schematic diagram when card cap shown in Fig. 9 does first time lever rotary motion, and Figure 13 is Fig. 9 institute Show that structural schematic diagram when card cap does second of lever rotary motion, Figure 14 are that Kato shown in Fig. 9 is removed the structure outside shell Schematic diagram.The entire infrastructure of deck is not shown in Figure 12, Figure 13 and Figure 14.

As shown in figure 5, when first end 612 is not affected by applied external force, the outer surface of main part 610 and shell 100 Flush with outer surface, first end 612 is abutted with abutting part 180 at this time, and the second end 614 is abutted with limiting section 170, plug division 620 are located at first position.When plug division 620 is located at first position, the first connector 700 and Kato 200 close in plug division 620 Hole wall abut.

As shown in figure 12, when card cap 600 does first time lever rotary motion, first end 612 is by along first direction Active force, plug division 620 are moved along the inclined direction of connecting hole 622, so that plug division 620 is located at the second position.Plug division 620 When positioned at the second position, the first connector 700 is abutted with the hole wall for deviating from Kato 200 in plug division 620.At the same time, first End 612 is rotated along the inclined direction of connecting hole 622, so that first end 612 and abutting part 180 misplace, is transferred to groove 190 In, and main part 610 is made to squeeze the second pressing space 1424, the second end 614 rotates first distance d1 towards second direction, makes The second end 614 protrudes from 200 outer surface of shell and protrudes from outside housing outer surface.At this point, due to blocking when first time lever motion The pressing stroke of cap 600 is smaller, and card cap 600 is also smaller to the driving force of ejecting mechanism 400, so that 400 nothing of ejecting mechanism Method push Kato 200 be detached from deck 500 the first shackle member 520 and the second shackle member 530 limitation, so when Kato 200 also It is fixed in fixing groove 510, only the second end 614 rotates first distance d1, and first distance d1 is also smaller, so that the The part that two ends 614 are protruded outside accommodating groove 142 is also fewer, bad crawl.The embodiment of the present application passes through abutting part 180, recessed Mutual cooperation between slot 190 and connecting hole 622, so that first end 612 is when being not affected by along the active force of first direction, One end 612 can be abutted directly with abutting part 180, reduce the gap between abutting part 180 and first end 612, and will not First end 612 is hindered to rotate towards 100 internal direction of shell；When carrying out the rotary motion of first time lever, so that first end 612 and abutting part 180 misplace so that first end 612 can enter groove 190 in be rotated.Such as Figure 13 institute Show, when card cap 600 does second of lever rotary motion, first end 612 is by along first direction active force, first end 612 carry out second towards first direction in groove 190 rotates, and squeezes the first pressing space 1422, the second end 614 towards second Direction rotates second distance d2, and when first end 612 rotates, 612 driving push rod 422 of first end is moved to first direction, is pushed away Bar 422 is pressed connecting rod 424 by the driving of first end 612, and connecting rod 424 presses the first connecting portion 432 of impeller 430, so that Impeller 430 is rotated around the second connector 440, and pushing part 436 is moved towards second direction, moves Kato 200 towards second direction Third distance d3, so that Kato 200 is located at outside accommodating groove 142 (movement of Kato 200 is not shown in the figure).At this point, the second end 614 compared to total move distance D when not moving be first time lever motion when the second end 614 rotate first distance d1, The third distance d3 that the second distance d2 and Kato that the second end 614 rotates when second of lever motion are moved towards second direction it With namely D=d1+d2+d3.Second of lever rotary motion is also to allow card cap to realize the one of very little section of pressing stroke 600 the second end 614 tilts bigger a distance, and hand is facilitated to pick up uplift portion.User can directly clutch The part tilted in two ends 612, and Kato 600 is firmly dragged, so that Kato 600 is moved towards the direction outside shell 100, by part Or entire Kato 600 is hauled out outside shell 100, facilitates user to replace smart card 300, as shown in figure 14.

The embodiment of the present application is by the mutual cooperation of card cap 600 and ejecting mechanism 400, compared to 600 own rotation of card cap, The second end 614 can be increased and stretch out distance outside shell 100 in the case that active force is fixed in a first direction.

First end 612 in above-mentioned application embodiment is less than the second end 614 to inserting to the distance between plug division 620 The distance between socket part 620.It is understood that card cap 600 at this time is laborious lever, card cap 600 can be made to surround in this way First connector 700 rotate when, in the lesser situation of amount of spin of first end 612, increase the second end 614 rotation away from From.

As shown in Figure 5 and Figure 8, card cap 600 can also include protrusion 630, and 630 setting of protrusion is in main part 610 close to card The side of support 500, and one of end abutment of protrusion 630 and push rod 422.Accordingly, one of end of push rod 422 The outer surface in portion can be set in the arcwall face towards 100 inner recess of shell.The radian and push rod 422 of 630 protrusion of protrusion The radian of one of end outer surface recess is adapted, and protrusion 630 can be embedded into the arcwall face of the recess, make first end Portion 612 reduces first end 612 at a distance from raised 630 positions are between push rod 422, helps to improve closer to push rod 422 Drive efficiency of the first end 612 to push rod 422.And compared to plane contact, the arcwall face design of recess can also make the The protrusion 630 of one end 612 is rotated along the arcwall face during rotation, improves the rotation fluency of first end 612.

In order to illustrate the assembling process of each component in above-mentioned application embodiment, carried out below from the assemble flow of each component detailed It describes in detail bright.

Figure 15 and Figure 16 are please referred to, Figure 15 is the assembling knot of shell provided by the embodiments of the present application, Kato, deck, card cap Structure schematic diagram, Figure 16 are the configuration schematic diagram of package assembly shown in Figure 15.

When assembly, component assembling can be carried out according to following below scheme:

(1) card cap 600 and Kato 200 are installed together, the plug division 620 of card cap 600 can be inserted into slot 224 In, the first jack 225 is aligned with connecting hole 622, and the first connector 700 is inserted into the first jack 225,224 and of slot In connecting hole 622, card cap 600 is made to be rotatably connected with Kato 200, card cap 600 can be rotated around the first connector 700.

(2) by assembled Kato 200 and card cap 600 outside shell 100 to the direction inside shell 100 from accommodating groove 142 are inserted into inside shell 100, are located at Kato 200 on the substrate 120 of shell 100, the outer surface of card cap 600 and shell 100 Outer surface flush.

(3) connecting rod 424 and impeller 430 are fixed on deck 500, then deck 500 is fixed to the substrate of shell 100 On 120, to complete the assembling of deck 500, connecting rod 424 and impeller 430, and deck 500 is located on Kato 200, makes card Support 200 is fixed in fixing groove 510.

(4) one of end of push rod 422 is passed through in limit hole 162, and make another end of push rod 422 with Connecting rod 424 abuts, and push rod 422 can withstand the first end 612 of card cap 600, so that card cap 600 is in non-pressing state, card cap 600 outer surface keeps flushing with the outer surface of shell 100.

It should be noted that above-mentioned assembling flow path can adjustment assembly according to the actual situation sequencing, the application is real It applies example and this is not limited.

Electronic equipment provided by the embodiments of the present application is described in detail above.Specific case pair used herein The principle and embodiment of the application is expounded, the application that the above embodiments are only used to help understand.Meanwhile For those skilled in the art, according to the thought of the application, change is had in specific embodiments and applications Place, in conclusion the contents of this specification should not be construed as limiting the present application.