CN209086696U

CN209086696U - A kind of smartwatch slidably overturn

Info

Publication number: CN209086696U
Application number: CN201821608184.XU
Authority: CN
Inventors: 陈超候; 吴奎
Original assignee: Guangdong Genius Technology Co Ltd
Current assignee: Guangdong Genius Technology Co Ltd
Priority date: 2018-09-29
Filing date: 2018-09-29
Publication date: 2019-07-09
Anticipated expiration: 2028-09-29

Abstract

The utility model discloses the smartwatch that one kind is slidably overturn, including bracket, smart host, keep structure and watchband, smart host slidably and is rotatably connected with bracket, so that smart host can slide between first position and the second postion with respect to bracket, and when sliding into the second position, smart host can be overturn with respect to bracket, so that smart host is the second posture by the overturning of the first posture, keep structure for connecting smart host and bracket, to keep smart host to be located at the state of first position, watchband is connected to bracket.Smartwatch provided by the embodiment of the utility model, utilize holding structure connection smartwatch and bracket, so that when user rotates without smart host, the state that smart host can keep its original under the holding effect for keeping structure is without opposite sliding, no matter effectively ensuring the service life of smartwatch so that smart host can all return back to its original state after overturning using how many times.

Description

A kind of smartwatch slidably overturn

Technical field

The utility model relates to smartwatch technical fields, more particularly to a kind of smartwatch slidably overturn.

Background technique

Single camera, Yong Hu is usually arranged in order to realize shooting function in current smartwatch most on the market When smartwatch is worn on hand, if thinking the shooting of realization different angle, realizes, make typically only by full wind-up With very inconvenient.Based on this, also having emerged in large numbers the wrist-watch that some Watch dail plates can be rotated relative to watchband on the market.But This wrist-watch is usually to increase shaft in Watch dail plate to realize rotation, after multiple rotation, is easy to appear Watch dail plate and watchband The case where can not normally overlapping, it is unfavorable for the normal use of Watch dail plate, to influence the service life of wrist-watch.

Utility model content

The utility model embodiment discloses a kind of smartwatch slidably overturn, can be realized the intelligence of smartwatch The relative rotation of host and the service life for not influencing smartwatch still after multiple rotation.

To achieve the goals above, the utility model embodiment discloses a kind of smartwatch slidably overturn, packet It includes

Bracket；

Smart host, the smart host are connect with the bracket slide, so that the smart host can the relatively described branch Frame slides between first position and the second postion, and when sliding into the second position, and the smart host can be with respect to institute Bracket overturning is stated, so that the smart host is the second posture by the overturning of the first posture；

Structure is kept, the holding structure is for connecting the smart host and the bracket, to keep the intelligence main Machine is located at the state of the first position；And

Watchband, the watchband are connected to the bracket；

Wherein, first posture is that the smart host is located at the first position and is stacked at the shape of the bracket State, second posture are the angled state of the relatively described bracket of the smart host.

As an alternative embodiment, the bracket includes two first opposite in the embodiments of the present invention Side and two opposite ends, two first opposite sides are equipped with main body interconnecting piece；

Two second opposite sides of the smart host are arranged with sliding rail, and the main body interconnecting piece and sliding rail cooperation connect Connect so that the smart host can the relatively described bracket slided between the first position and the second position, and in cunning When moving to the second position, the smart host can the relatively described bracket main body interconnecting piece overturning so that the intelligence Energy host is second posture by first posture overturning；

The watchband is connected to two opposite ends of the bracket.

As an alternative embodiment, the holding structure is press-key structure in the embodiments of the present invention Or magnetic structure.

As an alternative embodiment, the press-key structure includes being set to institute in the embodiments of the present invention The press component of smart host and the buckling element for being fastened on the bracket are stated, the press component is for applying pressing Active force is so that the buckling element is fastened on the bracket.

As an alternative embodiment, offering the first button on the bracket in the embodiments of the present invention Slot, the position that first catching groove is corresponded on the smart host are equipped with the second catching groove, and second catching groove and described first Catching groove connection, the press component be set to second catching groove, the buckling element be set to second catching groove in and for First catching groove fastens or separation.

As an alternative embodiment, in the embodiments of the present invention, the press component includes

Press element, the press element is fastened on second catching groove, and the press element is connected to the fastening Element；And

First elastic component, one end of first elastic component are connected to the smart host, first elastic component it is another One end is connected to the buckling element；

First elastic component, which is used to provide, keeps the buckling element to be fastened on the active force in first catching groove, with The relatively described bracket of the smart host is set to remain in the state of the first position.

Press element, the press element is set to second catching groove, and the press element is connected to the fastening member Part；And

First elastic component, first elastic component are configured to connect with the buckling element, and first elastic component is used The buckling element is kept to be fastened on the active force in first catching groove in providing, so that the relatively described branch of the smart host Frame remains in the state of the first position.

As an alternative embodiment, the press component further includes second in the embodiments of the present invention Elastic component, second elastic component are configured to connect with the press element, second elastic component be used to provide the described by Pressure element returns back to the active force of its non-pressing state.

As an alternative embodiment, the press-key structure further includes limit in the embodiments of the present invention Part, has spacing between the locating part and the press component, the locating part is used to limit the pressing of the press component Stroke.

As an alternative embodiment, in the embodiments of the present invention, the magnetic structure includes at least the One magnetic element and the second magnetic element, first magnetic element are set to or are formed in the smart host, second magnetic Property element be set to or be formed in the bracket, second magnetic element is used for and first magnetic element is attracted.

As an alternative embodiment, in the embodiments of the present invention, the filming apparatus of the smart host Including the first filming apparatus and/or the second filming apparatus.

As an alternative embodiment, in the embodiments of the present invention,

The one side that the smart host is equipped with the display screen is front, and opposite another side is the back side, institute with the front The front that the first filming apparatus is set to the smart host is stated, second filming apparatus is set to the back side of the smart host；

When the smart host is in first posture, the shooting direction of first filming apparatus is the first shooting Direction, the shooting direction of second filming apparatus are third shooting direction；

When the smart host is in second posture, the shooting direction of first filming apparatus is the second shooting Direction, the shooting direction of second filming apparatus are the 4th shooting direction；

First shooting direction, second shooting direction, the third shooting direction, the 4th shooting direction are Different directions.

As an alternative embodiment, the end of the smart host is equipped in the embodiments of the present invention Bearing boss, the bearing boss, which is equipped with, is connected to carrying groove inside the smart host, and the carrying groove is with the One opening and the second opening, described first is open towards the front of the smart host, the opening direction court of second opening To the back side of the smart host, first filming apparatus and second filming apparatus are set in the carrying groove, And first filming apparatus realizes by first opening and finds a view that second filming apparatus is real by second opening Now find a view.

As an alternative embodiment, in the embodiments of the present invention, the main body interconnecting piece includes:

Support portion, the support portion are set on first opposite side of the bracket；And

Axis part, the axis part is connected to the end of the support portion, and the axis part card is set and axis is connected to correspondence The sliding rail in.

As an alternative embodiment, in the embodiments of the present invention, the axle center of the axis part is to described The distance between bottom of bracket is first distance, axle center to the distance between the edge of the smart host of the axis part For second distance；Wherein,

At the first position, the second distance is greater than the first distance, and the smart host is in described the One posture；

In the second position, the second distance is less than, is equal to the first distance, and the smart host can be by institute Stating the overturning of the first posture is second posture.

As an alternative embodiment, the sliding rail is equipped with the first elasticity in the embodiments of the present invention Return unit, first dynamic clamping head and quiet clamping head are arranged to connect with the main body interconnecting piece, provide first dynamic clamping head and quiet clamping head The smart host is kept to be located at the active force of the first position.

As an alternative embodiment, in the embodiments of the present invention, the intelligent hand slidably overturn Table further includes the second dynamic clamping head and quiet clamping head, and second dynamic clamping head and quiet clamping head is arranged to connect with the axis part, second elasticity Return unit is used to provide the described smart host and at the certain angle and keeps at the smart host relative to the holder pivots In the active force of the certain angle.

As an alternative embodiment, in the embodiments of the present invention, the bracket include rack body and Bottom plate, the rack body is hollow frame structure, and the rack body is equipped with the main body interconnecting piece, and the bottom plate is set In in the hollow portion of the rack body, and the bottom plate extended to from a wherein opposite end for the rack body it is another opposite End.

As an alternative embodiment, in the embodiments of the present invention, two opposite end of the bracket It is arranged with watchband interconnecting piece, the watchband is connected to the watchband interconnecting piece of two opposite end.

Compared with prior art, the utility model embodiment has the advantages that

The smartwatch provided by the embodiment of the utility model slidably overturn by increasing the design of bracket, and makes Smart host can be with respect to bracket slide and when sliding into certain position, and smart host can be flipped with respect to bracket automatically, this Sample moves smart host without user manually, and smart host can be also flipped automatically, is conducive to the usage experience for improving user And interactive experience.

In addition, the utility model connects smartwatch and bracket using the design for keeping structure is increased, using holding structure, So that user without smart host rotate when, smart host can keep structure holding effect under keep its original shape State is without opposite sliding, no matter so that smart host can all return back to its original shape after overturning using how many times State effectively ensures the service life of smartwatch.

Detailed description of the invention

In order to illustrate more clearly of the technical scheme in the embodiment of the utility model, will make below to required in embodiment Attached drawing is briefly described, it should be apparent that, the drawings in the following description are merely some embodiments of the present invention, For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings Other attached drawings.

Fig. 1 is structural schematic diagram when smart host disclosed in the utility model embodiment one is located at first position；

Fig. 2 is the structural schematic diagram of bracket disclosed in the utility model embodiment one；

Fig. 3 is schematic diagram when smart host disclosed in the utility model embodiment one slides into the second position；

Fig. 4 is the decomposition diagram of Fig. 3 (omitting watchband and bracket)；

Fig. 5 is that first distance disclosed in the utility model embodiment one, second distance illustrate schematic diagram；

Fig. 6 is the schematic diagram angled with respect to bracket of smart host disclosed in the utility model embodiment one；

Fig. 7 is the structural schematic diagram at another visual angle of Fig. 6；

Fig. 8 is smart host disclosed in the utility model embodiment one (omitting the electronic component inside watchband and host) The status diagram of structure is kept when positioned at first position；

Fig. 9 is smart host disclosed in the utility model embodiment one (omitting the electronic component inside watchband and host) The status diagram of structure is kept when positioned at the second position；

Figure 10 is the disclosed structural schematic diagram for keeping structure of the utility model embodiment one；

Figure 11 is the disclosed structural schematic diagram for keeping structure of the utility model embodiment two；

Figure 12 is the disclosed structural schematic diagram for keeping structure of the utility model embodiment three.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model It clearly and completely describes, it is clear that described embodiment is only the utility model a part of the embodiment, rather than whole realities Apply example.Based on the embodiments of the present invention, those of ordinary skill in the art institute without making creative work The every other embodiment obtained, fall within the protection scope of the utility model.

In the present invention, term " on ", "lower", "left", "right", "front", "rear", "top", "bottom", "inner", "outside", " in ", "vertical", "horizontal", " transverse direction ", the orientation or positional relationship of the instructions such as " longitudinal direction " be orientation based on the figure or Positional relationship.These terms are not intended to limit indicated primarily to better describe the utility model and embodiment Device, element or component must have particular orientation, or be constructed and operated with particular orientation.

Also, above-mentioned part term is other than it can be used to indicate that orientation or positional relationship, it is also possible to for indicating it His meaning, such as term " on " also are likely used for indicating certain relations of dependence or connection relationship in some cases.For ability For the those of ordinary skill of domain, the concrete meaning of these terms in the present invention can be understood as the case may be.

In addition, term " installation ", " setting ", " being equipped with ", " connection ", " connected " shall be understood in a broad sense.For example, it may be solid Fixed connection, is detachably connected or monolithic construction；It can be mechanical connection, or electrical connection；It can be directly connected, either It indirectly connected through an intermediary, or is two connections internal between device, element or component.For this field For those of ordinary skill, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.

In addition, term " first ", " second " etc. are mainly used for distinguishing different devices, element or component (specifically Type and construction may it is identical may also be different), be not intended to show or implies meaning showing device, element or component Relative importance and quantity.Unless otherwise indicated, the meaning of " multiple " is two or more.

The technical solution of the utility model is further described below in conjunction with embodiment and attached drawing.

Embodiment one

Fig. 1, Fig. 3 and Fig. 6 are please referred to, the utility model embodiment discloses a kind of smartwatch 100 slidably overturn, Including bracket 10, smart host 20, watchband 30 and keep structure 40.Smart host 20 slidably and rotatably connects with bracket 10 It connects, so that smart host 20 can slide between first position and the second postion with respect to bracket 10, and is sliding into the second position When, which can be flipped with respect to bracket 10, so that smart host 20 is the second appearance by the overturning of the first posture State.Watchband 30 is connected to the both ends of bracket 10.The holding structure 40 is for connecting smart host 20 and bracket 10, to keep intelligence Energy host 20 is located at the state of first position.

It can be seen from the above, the smartwatch 100 of the utility model embodiment, is mainly slid by smart host 20 Be flipped automatically when the second position and realize smart host 20 relative to the rotation of bracket 10, therefore, the intelligence of the utility model The overturning of host 20 is automatic turning, this, which has broken traditional wrist-watch, can only use user hand relative to watchband rotation using dial plate The dynamic mode of turn operates simpler and entire switching process and excessively participates in without user, gives user's friendship of automatic control Mutual inductance, user experience are preferable.

In the present embodiment, the host which can act on the smartwatch 100 uses, and not only includes being set to The mainboard of inside supplies for realizing touch-control, the touch screen/of display function or display screen, to mainboard, touch screen/display screen The battery of electricity realizes that the communication device of the communication function of smart host 20 is (such as wireless communication devices, Bluetooth communication device, red Outer communication device etc.), realize smart host 20 detection function sensor (such as gravity sensor, acceleration transducer, Range sensor, ultraviolet detector, dabbles and detects identification module at baroceptor), realize the heart rate of user is detected Heart rate detector, realize smart host 20 timing function timer, realize smart host 20 camera function camera shooting Mould group, the element that the identity of user is identified, such as fingerprint mould group, face recognition mould group, and realize audio input and/ Or microphone, loudspeaker of output etc..It should learn, above-mentioned each device, functional module group are set to inside smart host 20, And be electrically connected with mainboard, the control to these devices, functional module group is realized by mainboard, and then control it and realize corresponding function Energy.

Therefore, the smart host 20 of the utility model embodiment be different from traditional wrist-watch to be only able to achieve the time aobvious Show, the dial plate of functions such as timing.

In conjunction with shown in Fig. 1 to Fig. 3, in the present embodiment, which includes that two the first opposite sides 11 and two are opposite 12 are held, is equipped with main body interconnecting piece 11a on this two the first opposite sides 11, two the second opposite sides 21 of the smart host 20 are divided It is cooperatively connected equipped with sliding rail 21a, the main body interconnecting piece 11a and sliding rail 21a, so that smart host 20 can be with respect to bracket 10 in the It is slided between one position and the second position.

Wherein, two sides for being meant that be oppositely arranged of opposite side, similarly, opposite end 12 are meant that be oppositely arranged Both ends.

Specifically, as shown in Figure 1, the smart host 20 refers to positioned at first position: smart host 20 is stacked at bracket 10 Top, and the position of the upper surface of Inertial manifolds bracket 10.And smart host 20 refers to positioned at the second position: smart host 20 Opposite bracket 10 slides certain distance, so that having spacing between a wherein opposite end 12 for the opposite bracket 10 of smart host 20 Position (as shown in Figure 3).

Further, in order to realize smart host 20 with respect to bracket 10 slide and ensure that its glide direction can be along setting Direction, the sliding rail 21a on two second opposite sides 21 of the smart host 20 can be by being set to the item being arranged on the second opposite side 21 Shape sliding slot is formed, and simultaneously, if sliding rail 21a is along intelligence if the global shape of smart host 20 is approximate cuboid What the length direction of energy host 20 was extended.

Further, since main body interconnecting piece 11a and sliding rail 21a is cooperatively connected, in order to realize smart host 20 The sliding of opposite bracket 10, main body interconnecting piece 11a may be implemented in sliding rail 21a and slide along the extending direction of sliding rail 21a, from And the position of smart host 20 is changed with respect to bracket 10, obtain the second position.

In the present embodiment, when which can slide into the second position with respect to bracket 10, the master of opposite bracket 10 Body interconnecting piece 11a is flipped and (rotates), so that the smart host 20 is the second posture by the overturning of the first posture.Specifically Ground, which is the state that smart host 20 is stacked at bracket 10, and the second posture is smart host 20 with respect to bracket 10 Angled state (as shown in Figure 6).

It follows that smart host 20 has first posture when smart host 20 is in first position, and when intelligence When host 20 is in the second position, smart host 20 has second posture.It may make smart host 20 with respect to bracket 10 as a result, Angle change, at this point, be located at smart host 20 on screen also change with respect to the angle of bracket 10, to make The screen for obtaining smart host 20 can more be directed at user.

Further, since smart host 20 is equipped with sliding rail 21a, for the ease of controlling the sliding of smart host 20, in intelligence When host 20 is located at first position, the first position answer based on the corresponding centre bit for being located at the first sliding rail 21a of interconnecting piece 11a The position set, and the second position should be smart host 20 and slide so that the corresponding end for being located at the first sliding rail 21a main body axis part 11a The position in portion, and the position where main body interconnecting piece 11a is the medium position of bracket 10, therefore, is located at the from smart host 20 When two positions are flipped with respect to main body interconnecting piece 11a, smart host 20 is the medium position positioned at bracket 10.In this way, not The stroke of the sliding of smart host 20 can be only rationally designed, the screen of smart host 20 can also be operated convenient for user.

It should learn, in the present embodiment, the smart host 20 is with respect to bracket 10 in first position and the second position When sliding, the direction of sliding is towards bracket 10 for the direction where the opposite end 12 of connection table band 30, that is to say, that The extending direction of sliding rail 21a on smart host 20 should be arranged towards the wearing direction of watchband 30.

In addition, when smart host 20 is slided with respect to bracket in first position and the second position, as long as smart host 20 is not The position where the second position is slid into, smart host 20 is in the first posture with respect to bracket 10 always, only works as smart host 20 have slid into the second position, and smart host 20 just can be the second posture by the first posture automatic turning.

Preferably, the certain angle can be 0~180 ° for example, the first angle can be 30 °, 45 °, 60 °, 75 °, 90 °, 120 °, 135 °, 150 °, 165 °, most preferably, the first angle are 90 °, then at this point, smart host 20 is upright with respect to bracket 10 Setting, that is, the screen on smart host 20 is also uprightly arranged with respect to bracket 10, screen can be operated or be watched convenient for user Screen.

In the present embodiment, in order to realize user without smart host 20 overturn when, smart host 20 is able to maintain it State positioned at first position is constant, is no different with the use with common traditional smartwatch, which can be key Structure either magnetic structure.

In conjunction with shown in Fig. 1, Fig. 8 to Figure 10, as an alternative embodiment, the holding structure 40 can be for by bond Structure.The press-key structure may include the buckling element 42 set on the press component of smart host 20 and for being fastened on bracket, should Press component enables buckling element 42 to be firmly fastened on 20 for applying pressing active force, to be unlikely to and bracket 10 Separation, in this way, smart host 20 may make to connect always with bracket 10 and keep the state in first position constant.

Further, it can be equipped with the first catching groove 102 over the mount 10, corresponding first catching groove 102 on the smart host 20 Position is equipped with the second catching groove 201, and second catching groove 201 is connected to the first catching groove 102, which includes press element 41a and the first elastic component 41b, press element 41a are fastened on second catching groove 201, and press element 41a is connected to this One end of buckling element 42, first elastic component 41b is connected to the smart host 20, and the other end of first elastic component 41b connects It is connected to the buckling element 42.The first elastic component 41b keeps the buckling element 42 to be fastened in first catching groove 102 for providing Active force so that the smart host 20 remains in the state of the first position with respect to the bracket 10.Specifically, second button Slot 201 is the open slot for being opened in one end end of smart host 20, and the second catching groove 201 not inside with smart host 20 Connection, to avoid the layout and setting for influencing the component inside smart host 20.In addition, in order to realize and the first elastic component Settable first fixed plate 201a is arranged in the connection of 41b in the second catching groove 201, which is L-shaped plate, Including horizontal component and vertical portion, wherein vertical portion is used to separate the inner space of the second catching groove 201 and smart host It comes, and the horizontal component can then be connect with the first elastic component 41b, that is to say, that one end of first elastic component 41b should connect The buckling element 42 is connected in the other end of the horizontal component of first fixed plate 201a, first elastic component 41b.In this way, In the first elastic component 41b stress, can extrude between the horizontal component and buckling element 42 of the first fixed plate 201a.

Further, which may include abutting part 42a and is connected to abutting part 42a and is used to be fastened on this The buckling parts 42b of first catching groove 102, first elastic component 41b are connected to the water of abutting part 42a and the first fixed plate 201a Between flat part.When the smart host with respect to bracket be located at first position when, the first elastic component 41b be in nature (i.e. not The state for being squeezed or elongating).

Further, in order to limit the pressing stroke of press element 41a, which may include locating part, the limit There is spacing, for limiting the pressing stroke of press element 41a between part and press element 41a.Specifically, which can be The first groove being opened on the abutting part 42a of buckling element 42, when the press element 41a depressed masterpiece used time, this is pressed Pressure element 41a can be moved along the direction towards first groove 421 until first groove is sticked in, at this point, press element 41a can not continue to move, and user can stop pressing.

Using the design of locating part, it may make the pressing of user more laborsaving and pressing be more accurate.

Please referring particularly to Fig. 8 to Fig. 9, below to press-key structure how to keep smart host be located at the process of first state into Row is described in detail.

As shown in figure 8, press element 41a is not pressed when smart host is located at first position, then the first elasticity at this time Part 41b is connected between the horizontal component and abutting part 42a of the first fixed plate 201a in nature, and the jail buckling parts 42b It is fastened in the first catching groove 102 of bracket firmly.

When user needs so that smart host is with respect to bracket slide, can then should at this time by pressing press element 41a Press element 41a is pressed power effect along the first groove moved towards abutting part 42a up to being sticked on abutting part 42a In 421, under the active force effect of press element 41a, abutting part 42a stress squeezes first elastic component 41b, then this One elastic component 41b stress is compressed, then at this point, abutting part 42a can be along the direction of the horizontal component towards the first fixed plate 201a Rise, so that buckling parts 42b is under the drive of abutting part 42a, also along the side of the horizontal component towards the first fixed plate 201a It ramps up, until buckling parts 42b is detached from (as shown in Figure 9) out of first catching groove 102.At this point, smart host is not because being kept The holding of structure acts on, so as to opposite bracket slide.

It, then at this time can be by sliding smart host that is, once buckling parts 42b is detached from out of first catching groove 102, it can So that smart host is no longer at first position with respect to bracket slide.

It should learn, it is more laborsaving for the ease of user's pressing and user's pressing, it can on abutting part 42a One inclined surface 422 is set, which can tilt from the top surface of abutting part 42a to the position of first groove 421, thus So that abutting part 42a forms up big and down small structure, in this way, when pressing press element 41a, press element 41a can be Along 422 downglide motion of inclined surface until be sticked in first groove 421 under the guiding function of the inclined surface 422, then this When, user can stop the pressing to press element 41a.

In addition, press element 41a can be used silica gel material and be made, and at this in order to promote the comfort of user's pressing Settable several salient points on the press surface of press element 41a, to promote the pressing feel of user.

In addition, in order to enable the holding structure using relatively reliable and its service life can be effectively improved, this first Elastic component 41b can be spring, and first elastic component 41b can be two simultaneously, in this way, the smart host is not only kept to be located at the The state of one position is relatively reliable, while when one of them first elastic component 41b goes wrong and either damages, another bullet Property part can also continue to use, use reliability is high.

Using the design of press-key structure come by the way of keeping the smart host to be located at the state of first position with respect to bracket, no It only keeps effect reliable, while can also operate the state broken and keep the first position at any time convenient for user, user uses body The property tested is higher.

In conjunction with shown in Fig. 1, Fig. 3, Fig. 6 and Fig. 7, which may include positive 20a and is oppositely arranged with positive 20a Back side 20b, wherein positive 20a be smart host 20 be arranged display screen one side, and back side 20b be then smart host 20 carry on the back One side from positive 20a.First posture of the smart host 20 is the state that smart host 20 is stacked at bracket 10, second appearance State is the state that smart host 20 forms certain angle with respect to bracket 10.The state for being stacked at bracket 10 refers to: smart host The state that 20 back side 20b approximation is bonded with the upper surface of bottom plate.

In the present embodiment, which can be set to inside smart host 20, and in order to meet the different shootings of user Demand, filming apparatus may include the first filming apparatus 23 and the second filming apparatus 24.That is, the smartwatch of the utility model is tool There is the smartwatch of dual camera, and since smart host 20 can be rotated relative to bracket 10, it is rotated in smart host 20 In the process, the shooting direction of the first filming apparatus 23 and the shooting direction of the second filming apparatus 24 can also correspond to change therewith, this Sample voluntarily rotates arm without user, need to only can be obtained not by adjusting the rotational angle of the opposite bracket 10 of smart host 20 Same shooting direction, it is more convenient to operate.

That is, for smartwatch 100, can be realized after when smart host 20 is overturn with respect to bracket 10 The shooting angle of filming apparatus is adjusted, no matter in this way, user is intended to realize barcode scanning, self-timer, view with the filming apparatus of smartwatch Frequency is conversed or is shooting surrounding enviroment, all becomes to be more easier, it is no longer necessary to which user can be manually rotated the arm of oneself, and user makes With experience property height.

In the present embodiment, since the smartwatch is the smartwatch with dual camera, the need to be rationally arranged The position of one filming apparatus 23 and the second filming apparatus 24, to meet the habit of taking pictures of user.At the end of smart host 20 Portion can be equipped with bearing boss 25, which is equipped with the carrying groove being connected to inside the smart host, the carrying groove There is the first opening (not indicating) and the second opening (not indicating) simultaneously, and the first opening is directed towards the front of smart host 20 20a setting, towards the back side 20b of smart host, first filming apparatus 23 and the second shooting fill the opening direction of the second opening It sets 24 to be set in the carrying groove, and the first filming apparatus 23 realizes by the first opening and find a view that the second filming apparatus 24 is logical The second opening realization is crossed to find a view.Specifically, which can be integrally formed at the end of smart host, and the bearing boss 25 can extend to the back side 20b of smart host from the positive 20a of smart host, with realize be arranged first filming apparatus 23 and Second filming apparatus 24.

The end position of smart host is set using the first filming apparatus and the second filming apparatus, intelligence can not be influenced The layout of other electronic components inside host, to be unlikely to increase the volume of smart host, so that smart host may be used also Meet the requirement of miniaturization.In addition, being arranged in end position, the shooting visual field of camera can be blocked to avoid arm, it is ensured that clap Take the photograph effect.

It further, can be first in order to avoid external dust, sundries or water enter in the first opening and the second opening The first eyeglass (not indicating) is arranged in opening, and the second eyeglass (not indicating) is arranged in the second opening, in this way, not only the first shooting Device and the second filming apparatus can pass through the first eyeglass respectively, the realization of the second eyeglass is found a view, at the same also using the first eyeglass and Second the first filming apparatus of lens protection and the second filming apparatus.

It is understood that in other embodiments, the opening direction of first opening is still arranged towards upper surface, but The opening direction of second opening is then to be arranged towards the side of smart host, and is to form angle between the side and upper surface , it finds a view in this way, the first filming apparatus can be realized towards upper surface, and the second filming apparatus is directed towards what side was found a view.It is excellent Selection of land, when the shell of smart host 20 is square casing, then the angle between first side and front 20a is then 90 °.

In the present embodiment, since smart host 20 can slide between the first position and the second position with respect to bracket 10, And when sliding into the second position, smart host 20 can be overturn with respect to the main body interconnecting piece of bracket 10, so that smart host 20 by the first posture overturning be the second posture, therefore, for the first filming apparatus 23 and the second filming apparatus 24,

In the present embodiment, when smart host is in the first posture, the shooting direction of the first filming apparatus is first count Direction X1 is taken the photograph, the shooting direction of the second filming apparatus is third shooting direction X3；When smart host is in second posture, The shooting direction of first filming apparatus is the second shooting direction X2, and the shooting direction of the second filming apparatus is the 4th shooting direction X4；First shooting direction X1, the second shooting direction X2, third shooting direction X3, the 4th shooting direction X4 are different directions.That is, When the smart host 20 is with respect to holder pivots and converts between the first posture and the second posture, the first filming apparatus 22 can It is converted between the first shooting direction X1 and the second shooting direction X2, the second filming apparatus 23 can be in third shooting direction X3 and It is converted between four shooting direction X4.Wherein, the direction of the first shooting direction X1 and the second shooting direction X2 are different, third shooting side It is different from the direction of the 4th shooting direction X4 to X3.

Further, since the positive 20a of the first filming apparatus 23 towards smart host 20 is arranged, the second filming apparatus 24 Be arranged towards the back side 20b of smart host 20, then when smart host 20 is located at the first posture, the first of the first filming apparatus 23 Shooting direction X1 is then direction (the upward side in paper direction i.e. as shown in Figure 1 towards the positive 20a of smart host 20 To), the third shooting direction X3 of the second filming apparatus 24 is then towards the direction of the back side 20b of smart host 20, therefore, at this time User can not watch the second filming apparatus 24, because the second filming apparatus 24 is blocked by bracket 10.It follows that smart host 20 When being located at the first posture, the first shooting direction X1 and third shooting direction X3 are reversed, and the first shooting direction X1 is as main bat Photography/videography head.

And when smart host 20 is located at the second posture, the main body interconnecting piece with smart host 20 with respect to bracket 10 is overturn For 90 °, the first filming apparatus 23 is converted by the first shooting direction X1 to the second shooting direction X2, and the second filming apparatus 24 is by Three shooting direction X3 are converted to the 4th shooting direction X4, at this point, the angle of the second shooting direction X2 and the first shooting direction X1 are 90 ° (as shown in Figure 6), the angle of the 4th shooting direction X4 and third shooting direction X3 is 90 °, at this point, the second filming apparatus 24 It is arranged far from bracket 10, be no longer influenced by bracket 10 blocks (as shown in Figure 7).

Can learn, when smart host 20 is overturn by the first posture to the second posture, the second filming apparatus 24 by It is blocked to be transformed by bracket 10 and forms certain angle far from and with bracket 10 with bracket 10, then at this point, whether the first shooting Device 23 or the second filming apparatus 24, all can be used as main shooting camera, depending on the shooting demand for depending on user.For example, working as When user wants to realize self-timer, it can be directed at the first filming apparatus 23, and when user wants to realize shooting surrounding enviroment or executes other bats When taking the photograph operation, then the second filming apparatus 24 can be directed at.

Referring to figs. 1 and 2, in the present embodiment, bracket 10 can be used as being located at first in smart host 20 When setting with the second position, play the role of carrying smart host 20, but also the intelligent hand slidably overturn can be worn in user When table 100, smart host 20 is isolated with the wrist of user, thus when the shell of smart host 20 is metal shell, Bracket 10 distributes when can be effectively isolated device inside smart host 20, functional module group operation to the heat of shell, thus Avoid scald user.It can thus be appreciated that, it is preferable that the bracket 10 can be used non-metallic material and be made.

As an alternative embodiment, bracket 10 may include rack body 10a and bottom plate 10b, rack body 10a is Hollow frame structure, and rack body 10a is equipped with main body interconnecting piece 11a, bottom plate 10b is set in rack body 10a In empty portion, and bottom plate 10b extends to another opposite end 12 from one of opposite end 12 of rack body 10a.Specifically, it props up Frame ontology 10a is the square set 10 to match with the shape of smart host 20, can effectively ensure that rack body 10a can in this way Carry smart host 20.And use rack body 10a for the mode of hollow framework design, it can effectively mitigate rack body The weight of 10a, to reduce the overall weight of the smartwatch 100 slidably overturn.

Further, bottom plate 10b is the square plate to match with the shape of smart host 20, and bottom plate 10b includes two Third opposite side 101 has spacing between two first opposite sides 11 of two third opposite sides 101 to rack body 10a 101a.That is, bottom plate 10b covers the hollow portion of rack body 10a completely, but rack body 10a close on two the The position of one opposite side 11 has spacing 101a, this is also for the entirety weight for mitigating the smartwatch 100 slidably overturn Amount.Specifically, two third opposite sides 101 of bottom plate 10b are corresponding with two the first opposite sides 11 of rack body 10a sets It sets, and preferably, in order to enable bracket 10 has global consistency, bottom plate 10b can be integrally formed with rack body 10a.

Further, in order to which when smart host 20 is located at first position, bracket 10 can play smart host 20 The effect of current location is kept, is provided with first baffle 11b at least one first opposite side 11 of rack body 10a, and From at least one first opposite side 11 of rack body 10a, inclination extends first baffle 11b upwards, in intelligent master Machine 20 blocks the smart host 20 when being located at first position with respect to rack body 10a so that the smart host 20 be maintained at this One position.Specifically, in order to avoid sliding rail 21a on the main body interconnecting piece 11a and smart host 20 on influence rack body 10a Connection, for first baffle 11b when blocking the smart host 20, the extreme higher position of first baffle 11b, which should be located at, closes on intelligence The position of the bottom of host 20.Preferably, two the first opposite sides 11 of rack body 10a are equipped with first baffle 11b, And first baffle 11b should be integrally formed with rack body 10a, so that first baffle 11b is formed with rack body 10a One.

In the present embodiment, in order to further keep smart host 20 to be located at the state of first position, the rack body It is provided with second baffle 12a on one of opposite end 12 of 10a, second baffle 12a is equally from the bottom of rack body 10a Portion tilts extension upwards, and second baffle 12a, when blocking the smart host 20, position is answered in the extreme higher position of second baffle 12a In the position for the bottom for closing on smart host 20, to avoid blocking the screen of smart host 20.

Further, the second position is slid into respect to rack body 10a in first position for the ease of smart host 20, it should Another opposite end 12 of rack body 10a should be not provided with any baffle blocked, to ensure that smart host 20 being capable of opposite bracket Ontology 10a is slided without being blocked.

As another optional embodiment, which may also comprise bottom plate and first baffle, which may include this Two the first opposite sides and two opposite ends, which is set at least one first opposite side, and the first baffle is certainly At least one first opposite side tilts extension upwards, for blocking when smart host is located at the first position with respect to the bottom plate The smart host, so that smart host is maintained at the first position.Specifically, which is one block of complete plate, that is, bottom plate is simultaneously Hollow processing is not done.When smart host is located at first position, the bottom plate is completely covered in smart host.At this point, can pass through Bottom plate is effectively isolated smart host and the wrist skin contact of user, so that fever is scalded when smart host internal components being avoided to run Hurt user.It is understood that the settable first baffle in two first opposite sides, then between the first baffle and bottom plate Form the space for placing the smart host.

In the present embodiment, main body interconnecting piece 11a includes support portion 111 and axis part 112, which is set to On first opposite side 11 of bracket 10, which is connected to the end of support portion 111, and the axis part 112 with it is corresponding Sliding rail 21a be cooperatively connected, that is, axis part 112 is arranged in and axis is connected in corresponding sliding rail 21a.Specifically, support portion 111 It is shaped in rack body 10a, and extends from rack body 10a to first baffle 11b and finally extends to smart host 20 Sliding rail 21a position, the end of the support portion 111 is equipped with the first shaft-jointed hole 111a, which is to be connected to The shaft of first shaft-jointed hole 111a of support portion 111, and axis part 112 is arranged in and axis is connected in sliding rail 21a, to realize phase Sliding rail 21a is slided, so that change in location occurs for smart host 20.

Further, it in order to be more advantageous to the mating connection of axis part 112 Yu sliding rail 21a, can be set in sliding rail 21a Connecting shaft 212 is set, which is slidably connected to sliding rail 21a, and is provided with the second shaft-jointed hole in connecting shaft 212 and (does not mark Show), the axis part 112 card is set and axis is connected to the second shaft-jointed hole of the connecting shaft 212, to realize axis part and connecting shaft 212 It is cooperatively connected, and then realizes the mating connection of axis part 112 and sliding rail 21a.Specifically, in axis part 112 in sliding rail 21a During sliding, since axis part 112 and connecting shaft 212 are cooperatively connected, connecting shaft 212 also can be in axis part 112 Drive under slided in sliding rail 21a.

In conjunction with shown in Fig. 3 and Fig. 5, further, the distance between the bottom of axle center to the bracket 10 of the axis part 112 is First distance L1, the distance between axle center to edge of smart host 20 of the axis part 112 are second distance L2, wherein When first position, second distance L2 is greater than first distance L1, at this point, smart host 20 is in the first posture (such as (a) of Fig. 5 It is shown)；And at the second position, second distance L2 is less than, is equal to first distance L1, then at this point, smart host 20 can be by The overturning of first posture is the second posture (shown in (b) of such as Fig. 5).Specifically, first distance L1 is the axle center of axis part 112 To the distance of the bottom of rack body 10a, second distance L2 is that the edge of axle center to the smart host 20 of axis part 112 (should Edge is that smart host 20 is flipped the edge of one end) distance.

In the present embodiment, in order to keep state of the smart host 20 when being located at first position, position is avoided the occurrence of Variation is set, sliding rail 21a is equipped with the first dynamic clamping head and quiet clamping head 211, which is arranged to and main body interconnecting piece 11a connection makes the first dynamic clamping head and quiet clamping head 211 provide the active force for keeping smart host 20 to be located at the first position.Preferably, should First dynamic clamping head and quiet clamping head 211 is the spring on sliding rail 21a.One end of first dynamic clamping head and quiet clamping head 211 is connected to sliding rail One end of 21a, the other end of the first dynamic clamping head and quiet clamping head 211 is connected to the axis part 112 of main body interconnecting piece 11a, in intelligent master When machine 20 is located at first position, the first dynamic clamping head and quiet clamping head 211 is located at its nature (do not elongate or unpressed state).This When, due to the elastic acting force of the first dynamic clamping head and quiet clamping head 211, so that smart host 20 is generally remained in first position without opposite Second position sliding.It is understood that in other embodiments, which can also be gas spring.

It should learn, when first dynamic clamping head and quiet clamping head uses gas spring, if the stroke of the gas spring is insufficient to allow It obtains smart host and the second position is slid by first position, then the smartwatch 100 may also include the auxiliary cunning set on sliding rail 21a Piece, the auxiliary slide plate are arranged to connect with the first dynamic clamping head and quiet clamping head 211, and the auxiliary slide plate is equipped with the extension along sliding rail 21a The sliding slot of direction setting, which sets with auxiliary slide plate card and axis is connected in the sliding slot 51 of the auxiliary slide plate.Specifically, this is auxiliary Helping slide plate is to do to supplement for the stretching travel to the first dynamic clamping head and quiet clamping head 211, this is because: it can be seen from the above, in intelligence When host 20 is located at first position, which is located substantially at the medium position of sliding rail 21a, and the first of the utility model Dynamic clamping head and quiet clamping head 211 is gas spring, and one end of the gas spring is fixedly connected on sliding rail 21a, the gas spring other end and axis part 112 Connection, during axis part 112 is slided, gas spring is elongated by the pulling force effect of axis part 112, and in this sliding process In, since the stroke that axis part 112 is slided is more than the stretching travel of itself of the gas spring, at this point, then may be due to gas spring Counteractive effect, cause axis part 112 to can not be successfully the end position slid into sliding rail 21a and be connected to the end position It sets, that is, smart host 20 possibly can not slide into the second position.Therefore, in order to ensure axis part 112 can smoothly be slided To the end position with sliding rail 21a and it is connected to the end position, the utility model embodiment increases the design of auxiliary slide plate, The auxiliary slide plate includes starting point 52 and end 53, the starting point 52 of the auxiliary slide plate and connecting with the other end for gas spring, should The approximate end position close to sliding rail 21a in the end 53 of slide plate is assisted, and assists the sliding slot 51 of slide plate that should interconnect with sliding rail 21a phase It is logical, so that axis part 112 can be slided in the sliding slot 51 of auxiliary slide plate, and then under the booster action of auxiliary slide plate, make The end position of sliding rail 21a can smoothly be slid by obtaining axis part 112.

It should learn, the effect of above-mentioned auxiliary slide plate is arranged to make up the stroke deficiency of gas spring, because This, if selecting the gas spring of bigger stroke, which can be not provided with.Similarly, it is drawn if the first dynamic clamping head and quiet clamping head 211 is selected Spring is stretched, and the extension spring has enough tensile elongations, then can also be not provided with auxiliary slide plate at this time.

In addition, the use of auxiliary slide plate can be also replaced by adjusting the position of axis part 112, for example, smart host 20 When positioned at first position, the end position of settable axis part 112 closer to sliding rail 21a are arranged, at this point, according to gas spring, Because the sliding stroke of axis part 112 shortens, therefore, the stroke of gas spring can also meet its requirement, can be not provided with the auxiliary at this time Slide plate.

In this embodiment, it is preferred that first dynamic clamping head and quiet clamping head 211 when being located at its nature, connects with main body One end that the axis part 112 of socket part 11a connects is located substantially at the medium position of sliding rail 21a or the middle part close to sliding rail 21a Position.It follows that the axis part 112 of main body interconnecting piece 11a is located substantially at cunning when smart host 20 is located at first position The medium position of the medium position of rail 21a or close sliding rail 21a.Similarly, opposite in the axis part 112 of main body interconnecting piece 11a When sliding rail 21a slides into smart host 20 and is located at the second position, the axis part 112 of main body interconnecting piece 11a is substantially connected to cunning The end position of rail 21a (end position is the one end connecting far from sliding rail 21a with the first dynamic clamping head and quiet clamping head 211).

It should learn, the above-mentioned holding smart host 20 refers to positioned at first position: so that smart host 20 is substantially It is fixed on first position, without sliding to the second position.

Further, when axis part 112 is moved with respect to sliding rail 21a, first dynamic clamping head and quiet clamping head 211 is due to axis part 112 pulling force effect, to moved along the direction of sliding rail 21a until the end position of sliding rail 21a is moved to, at this point, due to axis Socket part 112 contacts with the end position of sliding rail 21a and can not continue to slide, then axis part 112 stops sliding, and smart host 20 arrives It up to the second position and is flipped, so that smart host 20 is the second posture by the overturning of the first posture, that is, smart host 20 Opposite rack body 10a is angled.

In the present embodiment, in order to enable smart host 20 is also able to maintain current location at the second position constant, intelligence Energy wrist-watch 100 further includes the second dynamic clamping head and quiet clamping head 50, which is arranged to connect with the axis of main body interconnecting piece 11a Portion 112 connects, and rotates into the certain angle for providing the smart host 20 rack body 10 relatively and keeps the smart host 20 are in the active force of the certain angle.Specifically, which may be provided in connecting shaft 212, then lead to It crosses connecting shaft 212 and the connection of the second dynamic clamping head and quiet clamping head 50 and axis part is realized in axis part.When axis part 112 is in sliding rail 21a When inside sliding into smart host 20 and being located at the second position, which can provide the elastic acting force and makes intelligence Host 20 can be flipped with respect to rack body 10a, and after smart host 20 is flipped, and provide the smart host 20 Maintain it in the active force of the certain angle.

As an alternative embodiment, second dynamic clamping head and quiet clamping head 50 can be c-type elastic slice, which is set in In connecting shaft 212, when axis part 112 drives smart host 20 to slide into the second position, which can provide elasticity Power forces smart host 20 to be flipped with respect to rack body 10a, meanwhile, after smart host 20 is flipped, second bullet Property return unit 50 can also continue to provide active force keep the smart host 20 to generally remain current rollover states (i.e. smart host 20 are in the certain angle relative to rack body 10a).It follows that being whether located at first position or the second position, intelligence Energy host 20 can provide its work for being located at current location by the first dynamic clamping head and quiet clamping head 211 and the second dynamic clamping head and quiet clamping head 50 respectively Firmly.

As another optional embodiment, which can also be torsional spring.When second elasticity is multiple When position part 50 is torsional spring, then one end of the second dynamic clamping head and quiet clamping head 50 can be connect with the first dynamic clamping head and quiet clamping head 211, the second elastic reset The other end of part 50 can be connect with the connecting shaft 212.When axis part 112 slides into the second position, second dynamic clamping head and quiet clamping head 50 offer pulling force make the first dynamic clamping head and quiet clamping head 211 be stretched, to assist the sliding of axis part 112.In addition, selecting torsional spring Design, may make when axis part 112 slides into the end position of sliding rail 21a, that is, smart host 20 is located at the second position When, when the smart host 20 is angled with respect to rack body 10a overturning, which can provide torsion force and makes intelligence Host 20 is relatively reliable with respect to the overturning of rack body 10a, meanwhile, it can also keep the smart host 20 with respect to bracket using torsional spring The rollover states of ontology 10a.

In conjunction with shown in Fig. 1, Fig. 3 and Fig. 6, the sliding switching process of the smart host 20 is specific as follows:

Firstly, smart host 20 is stacked on rack body 10a and is located at first position, at this point, smart host 20 is in First posture, towards the surface of rack body 10a, axis connects the first shooting direction of the first filming apparatus 23 of smart host 20 Portion 112 is located at the medium position of sliding rail 21a.Press element 41a is pressed, so that the first catching groove of buckling element 42 and bracket 102 separation, at this point, smart host 20 can be pushed to slide axis part 112 along the end position of sliding rail 21a.Due to the first bullet Property return unit 211 connect with axis part 112, therefore, axis part 112 slide during, the first dynamic clamping head and quiet clamping head 211 It is slided under the drive of axis part 112 along the end position of sliding rail 21a, until axis part 112 is connected to the end of sliding rail 21a Position, at this point, smart host 20 is located at the second position.Since axis part 112 also connects with sliding rail 21a axis, in this position When, the opposite rack body 10a under the action of elastic acting force of the second dynamic clamping head and quiet clamping head 50 of smart host 20 is flipped, At this point, smart host 20 is in the second posture, smart host 20 forms approximate 90 ° of angle with respect to rack body 10a, then intelligence Can the first filming apparatus 23 of host 20 converted to the second shooting direction by the first shooting direction, and the second of smart host 20 Filming apparatus 24 is also converted by third shooting direction to the 4th shooting direction, and at the same time, the second dynamic clamping head and quiet clamping head 50 is in axis There is provided in socket part 112 keeps smart host 20 to be located at the active force of current location (i.e. the second position), at this point, user can be used the One filming apparatus 23 and the second filming apparatus 24 realize the shooting function of different shooting direction.

And when user thinks that smart host 20 returns back to first position, then smart host 20 can be pushed, so that smart host 20 rotate relative to rack body 10a, at this point, due to the elastic acting force of the first dynamic clamping head and quiet clamping head 211, smart host 20 can be fast Speed returns back to first position, to be stacked on rack body 10a again, at this point, the buckling element 42 is fastened on bracket again The first catching groove 102 in, the second filming apparatus 24 is converted by the 4th shooting direction to third shooting direction, the first filming apparatus 23 It is converted by the second shooting direction to the first shooting direction, at this point, the first filming apparatus 23 can be used to realize shooting function for user.

It recombines shown in Fig. 2, Fig. 4, in the present embodiment, two opposite ends 12 of rack body 10a are arranged with watchband Interconnecting piece 12b, the watchband 30 are connected to the watchband interconnecting piece 12b of two opposite end 12.Specifically, watchband interconnecting piece 12b is The cylindrical boss on the end of rack body 10a, and the cylindrical boss is hollow setting, which can pass through shaft 31 are arranged in the hollow portion of the cylindrical boss, to realize that watchband 30 and the axis of watchband interconnecting piece 12b connect.

The smartwatch slidably overturn that the utility model embodiment one provides by increasing the design of bracket, and makes Obtaining smart host can be with respect to bracket slide and when sliding into certain position, and smart host can be flipped with respect to bracket automatically, In this way, moving smart host manually without user, smart host can be also flipped automatically, and be conducive to raising user uses body It tests and interactive experience.In addition, the utility model using increase keep structure design, using keep structure connection smartwatch and Bracket, so that smart host can keep its original under the holding effect for keeping structure when user rotates without smart host The state of beginning without opposite sliding, no matter so that smart host can all to return back to its after overturning using how many times original State, effectively ensure the service life of smartwatch.

In addition, by be arranged between sliding rail and axis part the second dynamic clamping head and quiet clamping head for provide holding smart host the It can be flipped and remain in the constant active force of the second posture after overturning when two positions with respect to bracket automatically, so that It is constant can to steadily maintain current location when being located at the second posture for smart host.

Embodiment two

In conjunction with shown in Figure 11, the slidably overturning smartwatch and the utility model that the utility model embodiment two provides are real The difference place for slidably overturning smartwatch for applying example one is:

First elastic component 41b is configured to connect with buckling element 42, that is, the first elastic component 41b is no longer first with pressing Part 41a connection, but directly connect with buckling element 42.

Specifically, which is internally provided with location structure, and the location structure is for positioning the press element 41a and locked part 42, at the same time, the first catching groove 101 for fastening with locked part 42 are set to the bottom of bottom bracket 10 Portion.

Further, which is integrally formed in the positioning convex platform 202 in the second catching groove of smart host 20.It should Press element 41a is set to the positioning convex platform 202 and is connected to the locked part 42.Preferably, press element 41a can be approximately Screw-rod structure with nut.

Further, it is pressed for the ease of user and presses more laborsaving, formation pressing groove in the positioning convex platform 202 202a, pressing groove 202a can be connected to the second catching groove, which can be set to pressing groove 202a.

Further, which further includes the second elastic component 41c, which is set to pressing groove In 202a, one end of second elastic component 41c is connect with press element 41a, and the other end of second elastic component 41c is connected to this The bottom of groove 202a is pressed, which returns back to its non-pressing state (i.e. for providing press element 41a Press element be not affected by pressing force effect state) active force.In this way, when user presses press element 41a, the pressing Element 41a be pressed power effect along towards pressing groove 202a bottom direction move, until press element 41a be connected to by The bottom for pressing slot 202a, at this point, user would know that press element 41a arrived the pressing limit, so as to stop pressing in time Pressure.

That is, in the present embodiment, the bottom of pressing groove 202a be limit press element 41a by Press the locating part of stroke.

In the present embodiment, which can also be screw-rod structure.The abutting part 42a of the locked part 42 is just supported It is connected to press element 41a, the buckling parts 42b of the locked part 42 stretches out from the second catching groove and for detaining with the first of bracket Slot fastens.That is, the abutting part 42a of the locked part 42 is nut, the buckling parts 42b of the locked part 42 is screw rod.

Further, in order to realize the positioning to locked part 42 in the second catching groove, the inside of second catching groove 21 is also Equipped with fixation member 203, which closes on the positioning convex platform 202 setting, and the abutting part 42a of the locked part 42 is set In the fixation member 203.Specifically, the fixing groove for being connected to the first catching groove of bracket 10 is offered in the fixation member 203, One end of first elastic component 41b is connected to the inner wall of fixing groove, and the other end of first elastic component 41b is fixedly connected on the button Close the buckling parts 42b of component 42.It, can be by pressing press element 41a, press element when user need to rotate smart host 20 41a, which is pressurized, squeezes the abutting part 42a of the second elastic component 41b and locked part 42, at this point, the abutting part of the locked part 42 42a, which is pressurized, squeezes first elastic component 41b, so that the first elastic component 41b, which is pressurized, is extruded in the inner wall and locked part of fixing groove 42 buckling parts 42b so that the length of the first elastic component 41b shortens, and then drives the buckling parts 42b of locked part 42 It is stretched out from the first catching groove of bracket 10.

Can learn, in order to ensure press element 41a abutting part 41b and locked part 42 abutting part 42a when The abutting state that is in is carved, the abutting part 41b of press element 41a is equipped with the first inclined surface (not indicating), the locked part 42 Abutting part 42a is equipped with the second inclined surface 421, which is bonded to each other with the second inclined surface 421.In this way, in pressing member During the abutting part 41b stress of part 41a abuts the abutting part 42a of locked part 42, due to second inclined surface 421 and the The effect of one inclined surface is able to maintain abutting part 41b with abutting part 42a and is in the state of abutting always without dislocation Situation, it is ensured that the holding serviceability of structures.

The slidably overturning smartwatch that the utility model embodiment two provides is being pressed by the way that the second elastic component is arranged It can provide the active force that the pressing component returns back to its non-pressing state after component pressing, consequently facilitating user's presses next time Pressure.

Embodiment three

In conjunction with shown in Figure 12, the intelligence of smartwatch and the utility model embodiment one that the utility model embodiment three provides It can be in place of the difference of wrist-watch:

In the present embodiment, which may include magnetic structure, which is realized and propped up by magnetic structure Frame 10 is attracted, and then realizes and smart host 20 is kept to be located at first state with respect to bracket 10.

As an alternative embodiment, the magnetic structure includes at least the first magnetic element 204 and the second magnetic member Part (does not indicate), which is set to the smart host 20, which can be formed in the bracket 10, Second magnetic element is used to be attracted with the first magnetic element 204.Specifically, the first magnetic element 204 can be for set on intelligent master The magnet of 20 bottom of machine, second magnetic element can be the hardware for being formed in bracket 10.It should learn, if bracket 10 The material of itself is metal, then the second magnetic element can be then integrally formed with bracket 10, without being additionally arranged again.

As another optional embodiment, which can be formed in the smart host 20, and second Magnetic element can be set to the bracket 10.Specifically, the second magnetic element can be the magnet on bracket 10, the first magnetic member Part 204 can be the metalwork to form smart host 20.And should learn, if the shell of smart host 20 is metal material, Then the first magnetic element 204 is without additional setting.

As another optional embodiment, which is the magnet set on smart host 20, the Two magnetic elements are the magnet set on bracket 10, and the magnetic of the second magnetic element should be with the magnetic phase of the first magnetic element 204 It instead, can be due to the magnetic element principle that there is a natural attraction between the sexes, so that intelligence is main in this way, when smart host 20 is located at first position Machine 20 keeps the state being stacked on bracket 10 constant, that is, it is constant that smart host 20 is located at first position.Preferably, in intelligence 21 bottom of host shell of host 20 can be equipped with the first magnetic element 204, at the same time, in 10 corresponding host shell 21 of bracket Settable second magnetic element in the position of bottom, and the magnetism and the magnetic phase of the first magnetic element 204 of the second magnetic element Instead.When smart host 20 is located at first position with respect to bracket 10, which can inhale with the second magnetic element It closes, so that smart host 20 keeps it, to be located at first position constant.

Should learn, in the above-described embodiments, the first magnetic element 204, the second magnetic element number can basis Actual conditions adjustment, for example, one, two or more etc..

It is understood that the holding structure of the smartwatch can also wrap simultaneously for as the utility model embodiment Include the press-key structure and magnetic structure, that is, the press-key structure and magnetic knot are set simultaneously between smart host 20 and bracket 10 Structure, in this way, may make that the holding structure is more excellent more reliable with respect to the effect that bracket 10 is located at first position for smart host 20.

What the utility model embodiment three provided has the turnable smartwatch for keeping structure, by the way that the holding knot is arranged Structure includes magnetic structure, so that smart host 20 and bracket 10 can be pulled together under the action of magnetic structure, in turn So that smart host 20 can remain in first state with respect to bracket 10.In addition, by the way of magnetic structure, overall structure letter It is single, it can effectively simplify the structure design of the holding structure, be conducive to save design cost.

Smartwatch disclosed in the utility model embodiment is described in detail above, it is used herein specifically a Example is expounded the principles of the present invention and embodiment, this reality that the above embodiments are only used to help understand With the core concept of novel smartwatch；At the same time, for those skilled in the art, the think of according to the utility model Think, there will be changes in the specific implementation manner and application range, in conclusion the content of the present specification should not be construed as pair The limitation of the utility model.

Claims

1. the smartwatch that one kind is slidably overturn, which is characterized in that including

Bracket；

Smart host, the smart host slidably and is rotatably connected with the bracket, so that the smart host can be opposite The bracket slides between first position and the second postion, and when sliding into the second position, and the smart host can The relatively described bracket overturning, so that the smart host is the second posture by the overturning of the first posture；

Structure is kept, the holding structure is for connecting the smart host and the bracket, to keep the smart host position State in the first position；And

Watchband, the watchband are connected to the bracket；

Wherein, first posture is that the smart host is located at the first position and is stacked at the state of the bracket, institute Stating the second posture is the angled state of the relatively described bracket of the smart host.

2. the smartwatch according to claim 1 slidably overturn, which is characterized in that the bracket includes two first phases Opposite side and two opposite ends, two first opposite sides are equipped with main body interconnecting piece；

Two second opposite sides of the smart host are arranged with sliding rail, and the main body interconnecting piece and the sliding rail are cooperatively connected, with Make the smart host can the relatively described bracket slided between the first position and the second position, and sliding into When stating the second position, the smart host can the relatively described bracket the main body interconnecting piece overturning so that the smart host It is second posture by first posture overturning；

The watchband is connected to two opposite ends of the bracket.

3. the smartwatch according to claim 2 slidably overturn, which is characterized in that the holding structure includes key Structure and/or magnetic structure.

4. the smartwatch according to claim 3 slidably overturn, which is characterized in that the press-key structure includes being set to The press component of the smart host and buckling element for being fastened on the bracket, the press component is for providing guarantor The buckling element is held to be fastened on the active force of the bracket or be to provide the work that the buckling element is separated with the bracket Firmly.

5. the smartwatch according to claim 4 slidably overturn, which is characterized in that offer first on the bracket Catching groove, the position that first catching groove is corresponded on the smart host are equipped with the second catching groove, and second catching groove and described the The connection of one catching groove, the press component are set to second catching groove, and the buckling element is set in second catching groove and is used for It fastens or separates with first catching groove.

6. the smartwatch according to claim 5 slidably overturn, which is characterized in that the press component includes

Press element, the press element is fastened on second catching groove, and the press element is connected to the buckling element； And

First elastic component, one end of first elastic component are connected to the smart host, the other end of first elastic component It is connected to the buckling element；

First elastic component, which is used to provide, keeps the buckling element to be fastened on the active force in first catching groove, so that institute State the state that the relatively described bracket of smart host remains in the first position.

7. the smartwatch according to claim 5 slidably overturn, which is characterized in that the press component includes

Press element, the press element is set to second catching groove, and the press element is connected to the buckling element；With And

First elastic component, first elastic component are configured to connect with the buckling element, and first elastic component is for mentioning For keeping the buckling element to be fastened on the active force in first catching groove, so that the relatively described bracket of the smart host is protected Hold the state positioned at the first position.

8. the smartwatch according to claim 7 slidably overturn, which is characterized in that the press component further includes Two elastic components, second elastic component are configured to connect with the press element, and second elastic component is used to provide the described Press element returns back to the active force of its non-pressing state.

9. according to the described in any item smartwatch slidably overturn of claim 4 to 8, which is characterized in that described by bond Structure further includes locating part, has spacing between the locating part and the press component, the locating part is for limiting described press Press the pressing stroke of component.

10. the smartwatch according to claim 3 slidably overturn, which is characterized in that the magnetic structure at least wraps Including the first magnetic element and the second magnetic element, first magnetic element is set to or is formed in the smart host, and described Two magnetic elements are set to or are formed in the bracket, and second magnetic element is used to be attracted with first magnetic element.

11. the smartwatch according to any one of claims 1 to 7 slidably overturn, which is characterized in that the intelligence is main The filming apparatus of machine includes the first filming apparatus and/or the second filming apparatus.

12. the smartwatch according to claim 11 slidably overturn, which is characterized in that

The filming apparatus includes the first filming apparatus and the second filming apparatus, and the one side that the smart host is equipped with display screen is Front, opposite another side is the back side with the front, and first filming apparatus is set to the front of the smart host, described the Two filming apparatus are set to the back side of the smart host；

When the smart host is in first posture, the shooting direction of first filming apparatus is the first shooting side To the shooting direction of second filming apparatus is third shooting direction；

When the smart host is in second posture, the shooting direction of first filming apparatus is the second shooting side To the shooting direction of second filming apparatus is the 4th shooting direction；

First shooting direction, second shooting direction, the third shooting direction, the 4th shooting direction are difference Direction.

13. the smartwatch according to claim 12 slidably overturn, which is characterized in that the end of the smart host Equipped with bearing boss, the bearing boss is equipped with the carrying groove being connected to inside the smart host, the carrying groove tool There are the first opening and the second opening, described first is open towards the front of the smart host, the opening side of second opening To the back side towards the smart host, first filming apparatus and second filming apparatus are set to the carrying groove It is interior, and first filming apparatus realizes by first opening and finds a view that second filming apparatus is opened by described second Cause for gossip is now found a view.

14. according to the described in any item smartwatch slidably overturn of claim 2 to 7, which is characterized in that the main body connects Socket part includes:

Axis part, the axis part is connected to the end of the support portion, and the axis part card is set and axis is connected to corresponding institute It states in sliding rail.

15. the smartwatch according to claim 14 slidably overturn, which is characterized in that the axle center of the axis part is extremely The distance between bottom of the bracket is first distance, and the axle center of the axis part is between the edge of the smart host Distance is second distance；Wherein,

At the first position, the second distance is greater than the first distance, and the smart host is in first appearance State；

In the second position, the second distance is less than, is equal to the first distance, and the smart host can be by described the The overturning of one posture is second posture.

16. the smartwatch according to claim 14 slidably overturn, which is characterized in that the sliding rail is equipped with first Dynamic clamping head and quiet clamping head, first dynamic clamping head and quiet clamping head are arranged to connect with the main body interconnecting piece, make first dynamic clamping head and quiet clamping head The active force for keeping the smart host to be located at the first position is provided.

17. the smartwatch according to claim 14 slidably overturn, which is characterized in that the intelligence slidably overturn Energy wrist-watch further includes the second dynamic clamping head and quiet clamping head, and second dynamic clamping head and quiet clamping head is arranged to connect with the axis part, and described second Dynamic clamping head and quiet clamping head is used to provide the described smart host and at the certain angle and keeps the intelligence main relative to the holder pivots Machine is in the active force of the certain angle.

18. according to the described in any item smartwatch slidably overturn of claim 2 to 7, which is characterized in that the bracket packet Rack body and bottom plate are included, the rack body is hollow frame structure, and the rack body is connected equipped with the main body Portion, the bottom plate are set in the hollow portion of the rack body, and the bottom plate is from a wherein opposite end for the rack body Extend to another opposite end.

19. according to the described in any item smartwatch slidably overturn of claim 2 to 7, which is characterized in that the bracket Two opposite end is arranged with watchband interconnecting piece, and the watchband is connected to the watchband interconnecting piece of two opposite end.