CN108174512A - Electronic equipment - Google Patents

Abstract

Present invention is disclosed a kind of electronic equipment, the electronic equipment includes mainboard, stent and the FPC that charges, and the charging FPC is at least partly arranged in the stent, and described charging FPC one end is electrically connected the mainboard, and the other end is used to receive external electric energy.Charging FPC is arranged on stent, makes charging FPC more firm, compact, shock resistance is stronger.

Description

Electronic equipment

Technical field

The present invention relates to intelligence to dress technical field, and in particular to a kind of electronic equipment.

Background technology

There is the charging unit to charge the battery, charging unit in the electronic equipments such as intelligent wearable device, mobile phone, tablet In have FPC, since electronic equipment is often in strenuous vibration, FPC easily loosens in strenuous vibration, comes off, and influences electricity The charge function of sub- equipment.

The above is only used to facilitate the understanding of the technical scheme, and is not represented and is recognized that the above is existing skill Art.

Invention content

The main object of the present invention is provides a kind of electronic equipment, and stabilized structure, compact, shock resistance is strong.

The present invention proposes a kind of electronic equipment, and the electronic equipment includes mainboard, stent and charging FPC, the charging FPC is at least partly arranged in the stent, and described charging FPC one end is electrically connected the mainboard, and the other end is used to receive outside Electric energy.

Further, it is described charging FPC include ontology, first connecting portion, second connecting portion, the first connecting portion with The second connecting portion is connected to the ontology both ends to form " U " shape, and the second connecting portion is electrically connected with the mainboard, The first connecting portion is used to receive the external electric energy.

Further, the stent has locating slot, and the charging FPC is matched with the locating slot.

Further, the stent includes crown wall and side wall, and the crown wall is formed with described with the side wall vertical connection Locating slot.

Further, the electronic equipment further includes platelet, and the first connecting portion is electrically connected with the platelet, with logical It crosses the platelet and receives the external electric energy.

Further, the crown wall has mounting groove, and the platelet is set on the mounting groove.

Further, the locating slot includes：

Ontology slot accommodates the ontology；

Vertical channel, it is vertical with the ontology slot to communicate, accommodate the first connecting portion.

Further, the platelet has metallic contact, and the metallic contact is prolonged from the mounting groove toward the vertical channel It stretches the first connecting portion being pressed in the vertical channel.

Further, positioning column is equipped in the mounting groove, the platelet is sheathed on the positioning column.

Further, the mainboard has solder joint, and the second connecting portion is fixedly connected with the solder joint.

Beneficial effects of the present invention：Charging FPC in electronic equipment of the present invention is arranged on stent, makes charging FPC more Firm, compact, shock resistance is stronger.

Description of the drawings

Fig. 1 is the explosive view of a kind of electronic equipment of one embodiment of the invention；

Fig. 2 be one embodiment of the invention a kind of electronic equipment in upper casing structure diagram；

Fig. 2 a be one embodiment of the invention a kind of electronic equipment in button structure diagram；

Fig. 3 be one embodiment of the invention a kind of electronic equipment in stent structure diagram；

Fig. 4 be one embodiment of the invention a kind of electronic equipment in stent another structure diagram；

Fig. 5 be one embodiment of the invention a kind of electronic equipment in the structure diagram of circuit platelet and charging connector；

Fig. 6 be one embodiment of the invention a kind of electronic equipment in mainboard structure diagram；

Fig. 7 be one embodiment of the invention a kind of electronic equipment in charge FPC structure diagram；

Fig. 8 is the scheme of installation of a kind of electronic equipment of one embodiment of the invention；

Fig. 9 be one embodiment of the invention a kind of electronic equipment in access flap structure diagram；

Figure 10 be one embodiment of the invention a kind of electronic equipment in GSM antenna structure diagram；

Figure 11 be one embodiment of the invention a kind of electronic equipment in GPS antenna structure diagram；

Figure 12 be one embodiment of the invention a kind of electronic equipment in antenna scheme of installation；

Figure 13 be one embodiment of the invention a kind of electronic equipment in conducting wire structure diagram.

The embodiments will be further described with reference to the accompanying drawings for the realization, the function and the advantages of the object of the present invention.

Specific embodiment

Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is only the part of the embodiment of the present invention, instead of all the embodiments.Base Embodiment in the present invention, those of ordinary skill in the art are obtained all without creative efforts Other embodiment shall fall within the protection scope of the present invention.

It is to be appreciated that the directional instruction (up, down, left, right, before and after etc.) of institute is only used in the embodiment of the present invention Relative position relation, motion conditions under a certain particular pose (as shown in drawings) between each component etc. are explained, if the spy When determining posture and changing, then directionality instruction also correspondingly changes correspondingly, and the connection can be directly connected to, Can be indirectly connected with.

In addition, in the present invention such as relating to the description of " first ", " second " etc. is only used for description purpose, without being understood that To indicate or implying its relative importance or the implicit quantity for indicating indicated technical characteristic.Define as a result, " the One ", at least one this feature can be expressed or be implicitly included to the feature of " second ".In addition, the skill between each embodiment Art scheme can be combined with each other, but must can be implemented as basis with those of ordinary skill in the art, when technical solution It will be understood that the combination of this technical solution is not present with reference to there is conflicting or can not realize when, it also will in the present invention Within the protection domain asked.

The present invention provides a kind of electronic equipment, which includes intelligent wearable device, mobile phone, tablet etc., intelligently wear It wears equipment and includes tracker, smartwatch, bracelet etc..For convenience of understanding, the present invention is illustrated by taking tracker as an example.

Refer to Fig. 2, Fig. 2 a, the tracker in the present embodiment includes button assembly, and button assembly includes button and outer Shell, button are set on shell and are integrally formed with shell.

In the present embodiment, button and shell are integrally formed, waterproof and dustproof, and make button more firm, greatly improve by The shock resistance of key.

In the present embodiment, button and shell are integrally formed, and the overall structure of tracker is made more to consolidate compact, and can be subtracted Few button occupies the inner space of more tracker, reduces the thickness of tracker, makes tracker compact, be convenient for carrying.

In the present embodiment, button includes keycap 111, connecting portion 110 and extension 112, and connecting portion 110 encloses connecting key Cap 111, and be shaped in shell, extension 112 are protrudingly placed on the inner surface of keycap 111 and higher than the inner surfaces of shell, can be with Reduce the dynamics of pressing keys, keycap 111 combines the key inside formed with extension 112 without the space connected, makes button Itself there is waterproof effect, water will not be flowed into tracker from key inside, so after button is set on shell, be made if necessary Button has waterproof effect, need to only consider button and the seal at cage connection, and when button passes through connecting portion 110 When being integrally formed respectively with shell, you can make button with having good seal at cage connection.

In the present embodiment, the outer surface of connecting portion 110 forms fluted 1100, and groove 1100 is enclosed in keycap.Groove 1100 setting can further reduce the dynamics of pressing keys.

In the present embodiment, the thickness of connecting portion 110 is less than the thickness of keycap 111.When pressing keys are, can further it subtract Small pressing dynamics, and the flexibility of button can be increased.

In the present embodiment, the thickness of keycap 111 is less than the thickness of shell.The pressing to keycap 111 can further be reduced Dynamics.Specifically, the flush with outer surface of the outer surface of keycap and shell, the inner surface of button is formed with recess, so that keycap 111 thickness is less than shell.

In the present embodiment, keycap 111 is circle, and connecting portion 110, groove 1100 are annular, and extension 112 is erected for column type Technique is simpler when the straight middle part for being set on 111 inner surface of keycap, circular keycap 111 make the button be integrally formed with shell, and Shape is more beautiful, and extension 112 is set on the middle part of 111 lower face of keycap, allows further to reduce during pressing keycap 111 Pressing dynamics.It should be appreciated that button can also be arranged to other structures.

Further, please refer to Fig. 6, Fig. 8, button assembly further includes mainboard 20, and mainboard 20 is equipped with control contact 201.Button corresponds to mainboard 20 and sets, and mainboard 20 is provided with control contact 201 corresponding with button, wherein, press keycap 111 When connecting portion 110 sink, and extension 112 compress control contact 201.During using tracker, the outer of keycap 111 need to be only pressed Surface makes extension 112 be contacted with the control contact 201 of mainboard 20, you can and control tracker such as is started, is closed at the work, It is simple, convenient.

In this implementation, shell is made with button of makrolon so that tracker is whole lighter.

Referring to Fig. 1-13, the tracker of one embodiment of the invention, including stent 30, battery 60, positioning device, charging Device, above-mentioned button assembly.

In the present embodiment, shell has cavity 116, and stent 30 is set in cavity 116, mainboard 20, battery 60, positioning dress It puts and is set on stent 30 with charging unit, mainboard 20 is electrically connected battery 60, positioning device and charging unit.

In the present embodiment, shell has cavity 116, and stent 30 is set in cavity 116, mainboard 20, battery 60, positioning dress It puts and is installed on stent 30 with internal parts such as charging units, make whole more firm, the compact and shock resistance of tracker more By force.In the prior art, the internal part of tracker is directly to be fixed by shell, but the mounting structure of shell is less, internal portion Part can not obtain good support and fix, so shock resistance is poor, is very easy to loosen in strenuous vibration, come off, this Invention closes stent 30 in 116 inner cover of cavity of shell, by internal parts such as mainboard 20, battery 60, positioning device, charging units After on stent 30, internal part can must get well good support and fix, and greatly improve the antidetonation energy of internal part Power solves the problems, such as that internal part easily loosens, comes off.

As shown in figure 3, stent 30 includes crown wall 350 and side wall, crown wall 350 has a notch 370, and side wall surrounds crown wall 350 settings by notch 370 to be enclosed host cavity 310, and side wall surrounds an irregular framework, it is preferable that the shape of framework The shape setting of cavity 116 is matched, shell is enable just to be set in 30 outside of stent, stent 30 during strenuous vibration is avoided to move. It can be set on stent 30 at least one for installing the internal parts such as mainboard 20, battery 60, positioning device and charging unit Groove body, groove body can be surrounded by crown wall 350, can also be surrounded by side wall, can also jointly be surrounded with side wall by crown wall 350. It can be installed after setting groove body with more convenient internal part, and internal part can be fixed more preferably, the cell wall of groove body can be with Internal part movement is limited, and then increases the shock resistance of internal part, internal part is further prevented to loosen, come off.

Referring again to Fig. 1, Fig. 3, Fig. 4, in the present embodiment, side wall includes the first side wall 351, second sidewall 352, the Three side walls 353, the 4th side wall 354, the first side wall 351, second sidewall 352, third side wall 353, the 4th side wall 354 connect successively It connects and is enclosed an accommodating space, crown wall 350 is fixedly arranged on accommodating space, and crown wall 350 is fixed in accommodating space to house Space is separated into accommodating space 370 and lower accommodating space 360, upper accommodating space 370, host cavity 310, lower accommodating space 360 communicate, and mainboard 20 is set on upper accommodating space 370, and battery 60 is set on lower accommodating space 360.Further, the first side wall 351 It is oppositely arranged with the 4th side wall 354, second sidewall 352 is oppositely arranged with third side wall 353.It should be appreciated that in other embodiment In, stent 30 can also surround irregular structure by the side walls such as three faces, five faces, seven faces and polylith crown wall 350.

In the present embodiment, the structure of stent 30 can also be set according to the overall structure and size of tracker, for example, Sphere, cuboid or square of rule etc. can be generally configured as, can be set in cavity 116 and mainboard 20, battery can be installed 60th, the internal parts such as positioning device and charging unit.

Referring again to Fig. 2, in the present embodiment, shell includes lower casing 12 and integrally formed upper casing 11, and upper casing 11 includes First side plate 1101, the second side plate 1102, third side plate 1104, the 4th side plate 1104 and one piece of top plate 117, the first side plate 1101st, the second side plate 1102,1104 and the 4th side plate 1104 of third side plate enclose top plate 117 and form cavity 116, and top plate 117 is set In the first side plate 1101, the second side plate 1102,1104 and the 4th side plate 1104 of third side plate end.It should be appreciated that at it In his embodiment, upper casing 11 can also be surrounded other irregular by three pieces, five pieces, the side plates such as seven pieces and polylith top plate 117 Structure.

In the present embodiment, shell is provided with hanging hole 120 so that pet to be facilitated to carry, and specifically, upper casing 11 has positioning region 119, positioning region 119 and shell are integrally formed, and positioning region 119 is located on the corner of shell, substantially in U-typed structure, respectively with The bottom wall of top plate 117 and the first side plate 1101, the inner wall connection of the second side plate 1102, hanging hole 120 are set in positioning region 119 Be pierced by upper casing 11, make two openings respectively on the lateral wall of upper casing 11, the setting of positioning region 119 avoid hanging hole 120 with The cavity 116 of upper casing 11 connects, and strengthens the waterproof effect of upper casing 11.It should be appreciated that positioning region 119 can also be arranged on outside In the other positions of shell.

In the present embodiment, after stent 30 is arranged on cavity 116 of shell, the side wall of side wall substantially with the inner wall of upper casing Fitting, both can prevent stent 30 from being shifted in vibrations in this way, can also avoid using installing component that stent 30 and shell is mutual It is fixed.

In the present embodiment, mainboard 20 includes substrate, component.Component is set on substrate, and screening cover 204 covers at substrate, Part component is set on surface of the surface less than screening cover 20 of component in screening cover 204.Screening cover 204 is used to prevent member The electromagnetic signal of device is interfered with each other with extraneous electromagnetic signals.Screening cover 204 has arc notch, and arc notch makes mainboard 20 Upper formation allows bit space 100, and control contact 201, which is located at, to be allowed in bit space 100, button and makes bit space 100 opposite, by pressing During key, for keycap 111 with extension 112 toward bit space 100 is allowed to stretch into, extension 112, which stretches into, allows bit space 100 with controlling contact 201 contacts.

In the present embodiment, button, which is set, is shaped in top plate 117, mainboard 20 is horizontal be set on stent 30 and with 117 phase of top plate It is right, contact 201 and screening cover 204 is controlled to be set on mainboard 20 and corresponding top plate 117.

Referring again to Fig. 1, Fig. 3, Fig. 4, Fig. 6, Fig. 8, in the present embodiment, there is stent 30 host cavity 310 to be tied with support Structure, mainboard 20 are covered on host cavity 310 by support construction, make that mainboard 20 is more firm, shock resistance is stronger, can effectively prevent Only there is the situation for loosening, shifting in strenuous vibration in mainboard 20.

The lid of mainboard 20 closes host cavity 310.In other embodiments, host cavity 310 can also be formed by other means, For example, the top down recess of crown wall 350 directly forms host cavity 310, support construction is arranged at least two sides cell wall, mainboard 20 are set in support construction.

In the present embodiment, support construction includes the first heavy platform 311 and the second heavy platform that are formed in 310 both ends of host cavity 312, the first heavy platform 311 is formed by 352 surface local subsidence of second sidewall, and the second heavy platform 312 is by under 350 surface part of crown wall It is heavy to be formed.First heavy platform 311 and the second heavy platform 312 can not only support mainboard 20, can also limit mainboard 20 and shift.

In the present embodiment, support construction, which further includes, is formed in the support protrusion 314 on 310 both sides of host cavity and third heavy platform 313, support protrusion 314 is convexly equipped in the inner surface of third side wall 353, and third heavy platform 313 is by 350 surface local subsidence shape of crown wall Into, wherein, the second heavy platform 312 is communicated with third heavy platform 313.Support protrusion 314, the first heavy platform 311, the second heavy platform 312 and Three heavy platforms 313 cooperate, and mainboard 20 can be firmly limited in upper accommodating space 370.It is appreciated that due to support protrusion 314 is small with the contact area of mainboard 20, and in other embodiments, can support protrusion 314 be flexibly arranged on mainboard 20 needs to prop up Support or the position for needing to strengthen support；First heavy platform 311, the second heavy platform 312 and third heavy platform 31 and the contact surface of mainboard are big, Also it can be arranged in other positions according to specific needs.

In the present embodiment, the second heavy platform 312 has the resigning portion 314 for matching 20 periphery of mainboard with third heavy platform 313.When When mainboard 20 has component, component can be housed in resigning portion 314 by resigning portion 314, makes mainboard 20 more steady Solid, it is compact.When component is located at 20 middle part of mainboard, component will be housed in host cavity 310, wherein, the table of component The distance in face and 60 surface of battery is not more than 1mm, makes tracker integrally compacter.

In the present embodiment, stent 30 further includes protruding portion, and protruding portion is extended from side wall toward host cavity 310, specifically, dashes forward Go out the end face that portion is set on third side wall 353,20 part of mainboard is set between protruding portion and support construction.Protruding portion is tied with support Structure cooperation limitation mainboard 20 moves up and down.It should be appreciated that in other embodiments, protruding portion may also be arranged on crown wall 350.

In the present embodiment, protruding portion includes the first protruding portion 315 and the second protruding portion 316, and mainboard 20 is prominent with first respectively Go out portion 315, the second protruding portion 316 is supported.It, can be further after 20 and first protruding portion 315 of mainboard, the second protruding portion 316 are supported It limits mainboard 20 to move up and down, and then makes mainboard 20 more firm, compact.

In the present embodiment, third heavy platform 313 includes supporting walls and limited wall, and supporting walls are used to support mainboard 20；Limited wall It is vertical with supporting walls.The side of host cavity 310 is convexly equipped at least one limiting section 317, and limiting section 317 is set on the end of limited wall Face.Limiting section 317 shifts for further limiting mainboard 20, makes mainboard 20 more firm.Specifically, limiting section 317 is two It is a, the both sides of arrangement setting supporting table 33 (being described below).

Referring again to Fig. 1, Fig. 3, Fig. 8, Figure 13, further, tracker further includes conducting wire 61,61 both ends of conducting wire difference Battery 60 and mainboard 20 are electrically connected, stent 30 has wire casing, and conducting wire 61 is set on wire casing.

Battery 60 passes through mainboard 20 and conducting wire 61 and charges to itself by powering to conducting wire 61 to mainboard 20.Conducting wire 61 It is provided in wire casing, makes conducting wire 61 more firm, and enhance the shock resistance of conducting wire 61.

In the present embodiment, according to the concrete structure of tracker, wire casing can be positioned only on crown wall 350.It can also only set It puts on side wall, can also be set on crown wall 350 and side wall simultaneously.The size of wire casing is set according to the size of conducting wire.

As shown in figure 13, conducting wire 61 includes lower horizontal segment 611, the first bending section 612, the first bending section 612, upper level Section 614.Lower horizontal segment 611 is electrically connected with battery 60；Horizontal segment 611 under first bending section, 612 vertical connection；Second bending section 613 connect with the first bending section 612, and with lower 611 gap setting of horizontal segment；Upper 614 one end of horizontal segment connects the second bending section 613, other end connection mainboard 20.

In the present embodiment, wire casing includes the first gap slot 332, inverted draw cut 330, side channel 331, the second gap slot 335：First Gap slot 332 is formed in crown wall 350 and is communicated with host cavity 310, wherein, upper horizontal segment 614 is covered on first and lacked by mainboard 20 In mouth slot 332；Inverted draw cut 330 is formed in crown wall 350 and is communicated with the first gap slot 332, and inverted draw cut 330 accommodates the second bending section 613；Side channel 331 is formed in the first side wall 351 and is communicated with inverted draw cut 330；Second gap slot 335 and side channel 331, lower accommodating sky Between 360 communicate, the lower horizontal segment 611 of the second gap slot 335 receiving.Pass through the first gap slot 332, the second gap slot 335, inverted draw cut 330 fix conducting wire 61 with side channel 331, can further consolidate conducting wire 61, strengthen the shock resistance of conducting wire 61, and make tracking Device is integrally compacter, it should be understood that in other embodiments, the first gap slot 332, the second gap slot 335, inverted draw cut 330 with Side channel 331 can also be formed in the other positions of stent 30, when inverted draw cut 330 is not suitable for connecting or not connecting with side channel 331 When having better effect, can not also connect.

In the present embodiment, it is in step-like that the first gap slot 332 is connected with inverted draw cut 330, so that conducting wire 61 is oriented to mainboard 20 Lower section.

In the present embodiment, the first gap slot 332 has from inverted draw cut 330 toward 310 inclined inclined-plane 333 of host cavity.Work as conducting wire 61 with the lower surface of mainboard 20 when need to connect, and conducting wire 61 preferably can be oriented to 20 lower surface of mainboard by inclined-plane 333, prevent from leading Mainboard 20 is jacked up the stabilization for influencing mainboard 20 by line 61.

In the present embodiment, 333 bottom end of inclined-plane is extended with supporting table 334 to host cavity 310, when under conducting wire 61 and mainboard 20 When surface connects, supporting table 334 can give 61 end of conducting wire to provide support, conducting wire 61 be made to connect ground with mainboard 20 more firm.

In the present embodiment, the slot bottom of the first gap slot 332 is provided with guide protrusions 336, and specifically, guide protrusions 336 are set It puts in the side of the first gap slot 332, the second bending section 613 connects with upper horizontal segment 614 around 336 side bending of guide protrusions It connects preferably to fix conducting wire 61, guide protrusions 336 are set as fillet close to the side of conducting wire 61, prevent from leading during vibrations To raised 336 damage wires 61.

Referring again to Fig. 1, Fig. 3, Fig. 4, Fig. 5, Fig. 8, Fig. 9, in the present embodiment, charging unit includes circuit platelet 40 With charging connector 41, circuit platelet 40 is arranged in stent 30,41 electrical connection circuit platelet 40 of charging connector, 40 electricity of circuit platelet Mainboard 20 is connected to be electrically connected external power supply.

In the present embodiment, external power supply is charged by circuit platelet 40 with charging connector 41 to battery 60, circuit platelet 40 It is arranged on stent 30, makes 40 shock resistance of circuit platelet stronger, strenuous vibration can be effectively prevent to influence the charging work(of tracker Energy.

In the present embodiment, 41 electrical connection circuit platelet 40 of charging connector can be connected by FPC, can also pass through circuit Connection.40 electrically connected mainboard 20 of circuit platelet, can also be connected by connection by FPC.Charging connector 41 with After external power supply connection, charged by circuit platelet 40, mainboard 20 and conducting wire 61 to battery 60.

In the present embodiment, stent 30 has mounting groove 400, and circuit platelet 40 is set on mounting groove 400, it is preferable that mounting groove 400 size is matched with the size of circuit platelet 40, and the antidetonation of circuit platelet 40 can be further increased by mounting groove 400 Ability, it should be understood that mounting groove 400 can be selected on any position of stent 30, for example, set on crown wall 350 or being set on On side wall.

In the present embodiment, mounting groove 400 is formed by side wall around crown wall 350, specifically, the first side wall 351, third side Wall 353 is vertical at 350 both sides of crown wall and forms mounting groove 400.

In the present embodiment, side wall is convexly equipped with limit protrusion 324, further limiting circuit platelet 40 toward 400 direction of mounting groove It is mobile.It is that crown wall 350 is surrounded with the first side wall 351, third side wall 353 by mounting groove 400 in this present embodiment, so limiting Protrusion 324 can be arranged on the first side wall 351 or third side wall 353, also or simultaneously be arranged on the first side wall 351 in third Side wall 353, it should be understood that when mounting groove 400 is surrounded by other side walls of crown wall 350 and side wall, limit protrusion 324 also may be used To be set on other side walls.

In the present embodiment, charging connector 41 is set on circuit platelet 40, and mounting groove 400 has the receiving of receiving charging connector Slot 321.

In the present embodiment, charging connector 41 can not only be accommodated fixation by holding tank 321, be also prevented from circuit platelet 40 connect loosening with charging connector 41.

In the present embodiment, circuit platelet 40 is horizontal to be set on mounting groove 400, and charging connector 41 is located at 40 lower section of circuit platelet, Corresponding, holding tank 321 is set on the slot bottom of mounting groove 400.It should be appreciated that according to the position of mounting groove 400 and the knot of stent 30 Structure, in other embodiments, charging connector 41 can also be set in the other positions of circuit platelet 40, for example, circuit platelet 40 Level is set on mounting groove 400, and charging connector 41 is located above circuit platelet 40 or positioned at the side of circuit platelet 40, when filling When electric connection 41 is located at circuit 40 side of platelet, charging connector 41 is corresponded in mounting groove 400, holding tank 321 is set on side wall On side wall, when charging connector 41 corresponds to the opening setting of mounting groove 400, holding tank 321 can be not provided with.

In the present embodiment, charging connector 41 has bottom plate 420 and arch bar 430, and arch bar 430 covers in bottom plate 420 and forms interface 410, bottom plate 420 is fixed on circuit platelet 40.

In the present embodiment, charging connector 41 has stopper protrusion 412, and stent 30 corresponds to stopper protrusion 412 and is provided with limiting Recess portion 325.Stopper protrusion 412 can further consolidate interface 410, and can offset interface with the limiting mutual cooperation of recess portion 325 The pulling force generated during 410 plug charge cable, preventing connector from being loosened after Reusability influences charge function.Preferably, it limits Position protrusion 412 is two, is arranged in 41 lower section of charging connector, and the limiting correspondence stopper protrusion 412 of recess portion 325, which is set on, to be accommodated The slot bottom of slot 321.It should be appreciated that in other embodiments, according to the structure and position of charging connector 41 and holding tank 321, limit Position protrusion 412 can also be located at the side of charging connector 41, top etc..

Such as Fig. 9, tracker further includes the access flap 70 of lid splice grafting mouth 410, and access flap 70 includes cover board 701, set on cover board Fixed column 703 on 70 and the joint portion on cover board 701 702, holding tank 321 accommodate fixed column 703, and interface 410 is received Hold joint portion 702.Cover board 701 is matched with board slot 113.

In the present embodiment, interface 410 is provided with access flap 70, and after setting access flap 70, interface 410 can make interface 410 Waterproof and dustproof.The size of the size at joint portion 702 preferably matched interfaces 410.Joint portion 702 is made to be housed in interface 410 When, access flap 70 can not only be fixed, but also can prevent interface 410 from deforming.

In the present embodiment, charging connector 41 is set on holding tank 321 so that the formation interface slot of holding tank 321 and accommodating groove, fill Electric connection 41 is arranged in interface slot, accommodating groove receiving fixed column 703.

In the present embodiment, shell corresponding interface 410 is provided with charge port 114, corresponding cover board 701 is provided with board slot 113, Corresponding fixed column 703 is provided with perforation 115, and charge port 114 is arranged on the slot bottom of board slot 113, and the perforation 115 of shell is arranged on The side of board slot 113, joint portion 702 enter the interface 410 of charging connector 41, fixed column 703 by the charge port 114 of shell Accommodating groove is entered by the perforation 115 of shell.Preferably, fixed column 703 is provided with guide part 704, and guide part 704 is substantially Cone shape, after guide part 704 passes through the perforation 115 of shell, in accommodating groove so that accommodating groove is compacter.

In the present embodiment, charging connector 41 also has guide wall 411, and guide wall 411, which tilts, is set on 430 end face of arch bar, connects Conjunction portion 702 slips into interface 410 by the guiding of guide wall 411.

In the present embodiment, positioning column 322 is equipped in mounting groove 400, circuit platelet 40 is sheathed on positioning column 322.Positioning column 322 are set on the slot bottom of mounting groove 400, cooperate with mounting groove 400 and fix circuit platelet 40, make circuit platelet 40 more Firm, specifically, there are two positioning columns 322, is cylindrical shape, the vertical slot bottom for being set on mounting groove 400.It should be appreciated that when branch When frame 30 is not for installing the mounting groove of circuit platelet 40, positioning column 322 can also be set in the other positions of stent 30.

Referring again to Fig. 1, Fig. 3, Fig. 6, Fig. 7, Fig. 8, further, tracker further includes charging FPC50, and charge FPC50 It is at least partly arranged in stent 30, and one end electrically connected mainboard 20, the other end is used to receive external electric energy.

In the present embodiment, charging FPC50 is arranged on stent 30, charging FPC50 is made more to consolidate, compact, shock resistance It is stronger.

In the present embodiment, using charging FPC50 connections mainboard 20 with receiving external electric energy, external electric energy is made to enter tracking More stablize after device.And since charging FPC50 thickness is small, so the position of available installation is more, for example, fitting stent 30 lateral surface or upper surface setting avoid increasing the thickness of tracker entirety.

In the present embodiment, charging FPC50 includes ontology 501, first connecting portion 502, second connecting portion 503, the first connection Portion 502 is connected to 501 both ends of ontology to form " U " shape with second connecting portion 503, and second connecting portion 503 is electrically connected with mainboard 20 It connects, first connecting portion 502 is used to receive external electric energy.

In the present embodiment, charging FPC50 is connect by second connecting portion 503 with mainboard 20, when the ontology of charging FPC50 After 501 location determination on stent 30, no matter mainboard 20 is arranged on which position on stent 30, can pass through second The extension of connecting portion 503 is connect with mainboard 20, avoids the installation site of charging FPC50 limitation mainboards 20.It should be understood that second connects The length and length direction of socket part 503 are determined according to the ontology 501 and the relative position of mainboard 20 of charging FPC50.

In the present embodiment, stent 30 has locating slot, and charging FPC50 is matched with locating slot, and charging FPC50 matchings are set on Locating slot can further consolidate charging FPC50, and can completely avoid the thickness of charging FPC50 influence trackers.

In the present embodiment, the side wall vertical connection of crown wall 350 and side wall, locating slot is by crown wall 350 and the side wall wall of side wall It is formed.Specifically, the one of the upper surface of crown wall 350 lateral lower recess forms locating slot with the first side wall 351.It should be appreciated that In other embodiments, locating slot can be independently formed by crown wall 350, for example, the middle part of crown wall 350 is to the direct shape of lower recess Into locating slot, for another example, in the middle part of the side of the first side wall 351 it is recessed to the first side wall 351 and directly forms locating slot.

In the present embodiment, locating slot is set on 310 side of host cavity, and limiting section 317 is located at locating slot and host cavity 310 Between, the charging FPC50 in mainboard 20 and the locating slot in host cavity 310 can be limited simultaneously by limiting section 317, made The overall structure of tracker is more firm, compact.

In the present embodiment, first connecting portion 502 is electrically connected with circuit platelet 40, to receive outside by circuit platelet 40 Electric energy.

In the present embodiment, charging FPC50 is connect by first connecting portion 502 with circuit platelet 40, when charging FPC50's After location determination of the ontology 501 on stent 30, no matter circuit platelet 40 is arranged on which position on stent 30, can Extended through first connecting portion 502 and connect with circuit platelet 40, avoid the installation site of charging FPC50 limiting circuits platelet 40. It should be understood that the length and length direction of first connecting portion 502 are according to the ontology 501 of charging FPC50 and circuit platelet 40 Relative position determine.

In the present embodiment, locating slot includes：Ontology slot 340 accommodates ontology 501；Vertical channel 341 is hung down with 501 slot of ontology It directly communicates, accommodates first connecting portion 502.Ontology 501 presses the second bending section 613 in inverted draw cut 330, wherein, inverted draw cut 330 Sink to being formed by 340 bottom wall portion of ontology slot.

In the present embodiment, conducting wire 61 is stacked with charging FPC50, and specifically, the slot bottom of ontology slot 340 is to lower recess Inverted draw cut 330 is formed, the second bending section 613 of conducting wire 61 is arranged on inverted draw cut 330, and the ontology 501 for the FPC50 that charges, which is laminated, is set on this After body slot 340, the second bending section 613 is pressed, makes conducting wire 61 whole more firm, compact.

In the present embodiment, circuit platelet 40 has metallic contact 402, and metallic contact 402 is from mounting groove 400 toward vertical channel 341 extend first connecting portion 502 being pressed in vertical channel 341.

In the present embodiment, the slot bottom of mounting groove 400 has boss 323, and circuit platelet 40 is set on boss, circuit platelet 40 have jag, and jag protrudes the boss and extends toward vertical channel 341, and metallic contact 402 is set on the bottom of jag Portion, first connecting portion 502 are connect in the bottom of jag with metallic contact 402, further to be connected by jag by first Portion 502 is pressed in vertical channel 341, makes the connection of first connecting portion 502, first connecting portion 502 and metallic contact 402 more It is firm.It should be appreciated that according to the size of first connecting portion 502, boss 323 can be arranged on suitable height, make metallic contact 402 can press first connecting portion 502 on ground more preferably.

In the present embodiment, metallic contact 402 have it is multiple, for example, four, five etc., along prolonging for first connecting portion 502 Length direction arrangement setting, enables metallic contact 402 to be fixed to each other with multiple positions on 502 length direction of first connecting portion, into One step consolidates first connecting portion 502.

In the present embodiment, mainboard 20 has solder joint 205, and second connecting portion 503 is fixedly connected with solder joint 205.

In the present embodiment, solder joint 205 protrudes from 20 one end of mainboard, and is supported on the first heavy platform of 310 side of host cavity On 311, the first heavy platform 311 can further limit 20 activity of mainboard by limiting solder joint 205, can also avoid the end of mainboard 20 straight It connects and is contacted with stent 20, prevent from wearing the end of mainboard 20 in strenuous vibration.

In the present embodiment, after solder joint 205 is supported on the first heavy platform 311, the second connecting portion 503 and solder joint of the FPC50 that charges Solder joint 205, can be pressed on the first heavy platform 311 by 205 upper end connection, make the overall structure of tracker more firm, compact, And then make shock resistance more preferable.

In the present embodiment, solder joint 205 have it is multiple, for example, four, six etc., along the extension side of second connecting portion 503 It is set to arrangement, solder joint 205 is enable to be fixed to each other with multiple positions on 503 length direction of second connecting portion, is further consolidated Second connecting portion 503.

In the present embodiment, ontology slot 340 and mounting groove 400 both sides that be respectively arranged on host cavity 310 adjacent, vertical channel 341 Between mounting groove 400 and host cavity 310, the solder joint 205 on mainboard 20 is located at the one end of mainboard 20 far from vertical channel 341, Metallic contact 402 on circuit platelet 40 is located at the one end adjacent with vertical channel 341 of circuit platelet 40, ontology slot 340 with it is vertical Slot 341 is set on the side of host cavity 310, efficiently uses the space of 310 side of host cavity, and the charging FPC50 of " U " shape structure is set After ontology slot 340 and vertical channel 341, surround on 310 3 side of host cavity so that the structure of tracker is integrally compacter.

Referring again to Figure 10-12, further, tracker further includes antenna, antenna feed point, and antenna is at least partially disposed in Between 30 inner surface of stent and feed point.

In the present embodiment, antenna is at least partially disposed between stent 30 and feed point, is consolidated antenna with feed point by stent 30 It is fixed, make that antenna is more firm, shock resistance is stronger.Specifically, antenna is at least partially disposed between protruding portion and feed point.

In the present embodiment, antenna one end is set on the outer surface of stent 30, and the other end is located in inner surface and the feedback of stent 30 Between point, it is strong further to consolidate antenna, the shock resistance of increase antenna.

In the present embodiment, feed point is set on mainboard 20, and mainboard 20 fixes feed point, and then makes feed point and stent 30 by antenna Fix more preferably.

As shown in figure 5, in the present embodiment, since host cavity 310 is surrounded, and protruding portion is by side wall by crown wall 350 with side wall Extend in the host cavity 310, so antenna is preferably disposed between protruding portion and feed point, and antenna respectively with feed point, protruding portion It abuts, the entirety for making intelligent wearable device is compacter, and the connection of antenna and feed point is without welding so that antenna is installed more Add convenient and simple.It should be appreciated that in other embodiments, antenna can also be arranged on feed point and stent 30 other positions it Between.

In the present embodiment, antenna includes interior bending part, upper bending part, matrix：Interior bending part (82,92) is set on protruding portion Inner surface, there is the contact that is abutted with feed point；Upper bending part (81,91) set on the upper surface of protruding portion, and with interior bending Bending connects；Matrix is set on side wall, and is connect with upper bending part bending.

Further, antenna is GPS antenna, and the interior bending part 82 of GPS antenna is set on the inner surface of the first protruding portion 315, The upper bending part 81 of GPS antenna is set on the upper surface of the first protruding portion 315；Feed point be the first feed point 203, the matrix of GPS antenna Including the first noumenon 80 and preceding bending part 83, the first noumenon 80 is set on third side wall 353, and with the upper bending part 81 of GPS antenna Bending connects；Preceding bending part 83 is set on second sidewall 352, and is connect with 80 bending of the first noumenon.

In other embodiments, antenna is GSM antenna, and the interior bending part 82 of GSM antenna is set on the second protruding portion 316 Inner surface, the upper bending part 81 of GSM antenna are set on the upper surface of the second protruding portion 316；Feed point be the second feed point 202, GSM days The matrix of line includes：Second ontology 90 is connect set on third side wall 353, and with 91 bending of upper bending part of GSM antenna；After roll over Turn of bilge 93 is connect set on the 4th side wall 354, and with 90 bending of the second ontology.

In the present embodiment, the first protruding portion 315 and the second protruding portion 316 interval are set on third side wall 353, corresponding, the One feed point 203 and the second feed point 202 interval are set on mainboard 20.

In the present embodiment, GPS antenna can be set simultaneously with GSM antenna, and two antennas make tracker positioning more accurate, And use can be switched.It should be appreciated that one of setting can also be selected in other embodiments.

In the present embodiment, feed point is flexible laminated structure, and interior bending part is made to be more convenient to be mounted on feed point and protrusion Between portion.

In the present embodiment, antenna is laminated structure, and one side sets viscous glutinous layer, and antenna is arranged on stent by viscous glutinous layer 30.Viscous glutinous layer can be that the substance that glue, pitch etc. have viscous stickiness matter is formed, and the antenna of laminated structure combines viscous glutinous layer, can So that antenna is more convenient to install without on stent 30, being enabled the antenna to by fixing pieces such as screw, iron nails, and can subtract The overall weight of light tracker.

In the present embodiment, antenna is made of flexible material.Flexible material can be high-molecular organic material, such as polyamides Imines or polyester film etc. are used as the base material of antenna by flexible material, and antenna is made to have good bending, is avoided violent It is broken in vibrations.

Beneficial effects of the present invention：Shell have cavity 116, stent 30 be set on cavity 116 in, mainboard 20, battery 60, The internal parts such as positioning device and charging unit are installed on stent 30, enable whole more firm, the compact and antidetonation of tracker Power is stronger.In the prior art, the internal part of tracker is directly to be fixed by shell, but the mounting structure of shell is less, interior Portion's component can not obtain good support and fix, so shock resistance is poor, it is very easy in strenuous vibration to loosen, is de- It falls, present invention setting stent 30 in the cavity 116 of shell will be in mainboard 20, battery 60, positioning device, charging unit etc. After portion's component is mounted on stent 30, internal part can must get well good support and fix, and greatly improve the anti-of internal part Shake ability solves the problems, such as that internal part easily loosens, comes off.

The foregoing is merely the preferred embodiment of the present invention, are not intended to limit the scope of the invention, every utilization The equivalent structure or equivalent flow shift that description of the invention and accompanying drawing content are made directly or indirectly is used in other phases The technical field of pass, is included within the scope of the present invention.

Claims (10)

1. a kind of electronic equipment, which is characterized in that the electronic equipment includes mainboard, stent and charging FPC, the charging FPC It is at least partly arranged in the stent, described charging FPC one end is electrically connected the mainboard, and the other end is used to receive external electrical Energy.

2. electronic equipment as described in claim 1, which is characterized in that the charging FPC includes ontology, first connecting portion, the Two connecting portions, the first connecting portion and the second connecting portion are connected to the ontology both ends to form " U " shape, and described second Connecting portion is electrically connected with the mainboard, and the first connecting portion is used to receive the external electric energy.

3. electronic equipment as claimed in claim 2, which is characterized in that the stent has locating slot, the charging FPC and institute State locating slot matching.

4. electronic equipment as claimed in claim 3, which is characterized in that the stent include crown wall and side wall, the crown wall with The side wall vertical connection is formed with the locating slot.

5. electronic equipment as claimed in claim 4, which is characterized in that the electronic equipment further includes platelet, and described first connects Socket part is electrically connected with the platelet, to receive the external electric energy by the platelet.

6. electronic equipment as claimed in claim 5, which is characterized in that the crown wall has mounting groove, and the platelet is set on institute State mounting groove.

7. electronic equipment as claimed in claim 6, which is characterized in that the locating slot includes：

Ontology slot accommodates the ontology；

Vertical channel, it is vertical with the ontology slot to communicate, accommodate the first connecting portion.

8. electronic equipment as claimed in claim 7, which is characterized in that the platelet has metallic contact, the metallic contact Extend the first connecting portion being pressed in the vertical channel from the mounting groove toward the vertical channel.

9. electronic equipment as claimed in claim 8, which is characterized in that positioning column, the small sleeve-board are equipped in the mounting groove Set on the positioning column.

10. electronic equipment as claimed in claim 2, which is characterized in that the mainboard have solder joint, the second connecting portion with The solder joint is fixedly connected.