CN208937928U - A kind of overturning smartwatch - Google Patents

Abstract

The utility model discloses a kind of overturning smartwatch, including bottom bracket, wrist-watch host, keep structure and watchband, bottom bracket includes the first end for setting first connecting portion and the second end for setting second connecting portion, wrist-watch host connect with first connecting portion and opposing floor portion holder pivots and can convert between the first state and a second state, structure is kept to be configured to connect with wrist-watch host and bottom bracket, so that wrist-watch host opposing floor portion bracket keeps first state, the both ends of watchband are separately connected first connecting portion and second connecting portion.Overturning smartwatch provided by the embodiment of the utility model, structure is kept by setting, using keep structure make wrist-watch host without when rotating can opposing floor portion bracket keep closed state so that the use of smartwatch is no different with general wristwatch effectively to meet the different use demands of user.

Description

A kind of overturning smartwatch

Technical field

The utility model relates to smartwatch technical field more particularly to a kind of overturning smartwatch.

Background technique

Single camera module, user is usually arranged in order to realize shooting function in current smartwatch most on the market When smartwatch to be worn on hand, if thinking the shooting of realization different angle, realized typically only by full wind-up, Using 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 It is that 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 table The case where band can not be overlapped normally, 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 overturning smartwatch, repeatedly overturns in the wrist-watch host of smartwatch Afterwards, the service life quick and precisely overlapped without influencing smartwatch can be still realized.

To achieve the goals above, the utility model embodiment discloses a kind of overturning smartwatch, including

Bottom bracket, the bottom bracket include the first end and second end being oppositely arranged, and the first end is equipped with first Interconnecting piece, the second end are equipped with second connecting portion；

The first connecting portion of wrist-watch host, the wrist-watch host and the bottom bracket is rotatablely connected, the wrist-watch Host can be rotated relative to the bottom bracket and be converted between the first state and a second state；

Structure is kept, the holding structure is configured to connect with the wrist-watch host and the bottom bracket, so that institute It states the relatively described bottom bracket of wrist-watch host and keeps the first state；And

Watchband, the both ends of the watchband are connected to the first connecting portion and the second connecting portion；

Wherein, the first state is that the wrist-watch host is stacked at the state on the bottom bracket, second shape State is the state that the relatively described bottom bracket of the wrist-watch host forms certain angle.

As an alternative embodiment, the holding structure includes by bond in the embodiments of the present invention Structure and/or magnetic structure.

As an alternative embodiment, the press-key structure includes press section in the embodiments of the present invention Part, locked part and the first dynamic clamping head and quiet clamping head, the pressing component pressable are set to the wrist-watch host, the locked part One end abutted with the pressing component, the other end of the locked part for be fastened and connected with the bottom bracket or with institute State bottom bracket separation；

First dynamic clamping head and quiet clamping head is set to described one end of the locked part, and first dynamic clamping head and quiet clamping head is for mentioning The active force being fastened and connected for the other end and the bottom bracket that keep the locked part.

As an alternative embodiment, the press-key structure further includes second in the embodiments of the present invention Dynamic clamping head and quiet clamping head, second dynamic clamping head and quiet clamping head are configured to connect with the pressing component, are protected with providing the pressing component Hold the active force of its non-pressing state.

As an alternative embodiment, in the embodiments of the present invention, the bottom or interior of the wrist-watch host Portion is equipped with location structure, and the location structure is for positioning the pressing component and the locked part.

As an alternative embodiment, in the embodiments of the present invention, the bottom of the wrist-watch host Equipped with the location structure, the abutting part of the pressing component is set to the location structure and abuts with the locked part, and The press section of the pressing component is stretched out from the bottom of the wrist-watch host；

The locked part is set to the location structure, and the other end of the locked part is from the institute of the wrist-watch host Bottom is stated to stretch out and be fastened and connected with the bottom bracket.

As an alternative embodiment, the location structure includes being set to institute in the embodiments of the present invention It states the positioning groove of the bottom of wrist-watch host and is covered on the fixation cover board of the positioning groove, the fixed cover board is used It is located at the pressing component and the locked part on the location structure in covering.

As an alternative embodiment, described in being corresponded in the embodiments of the present invention, on the fixed cover board Positioning groove is equipped with fixed card slot of the opening towards the positioning groove, and the pressing component and the locked part are set to described In positioning groove and the fixed card slot.

As an alternative embodiment, in the embodiments of the present invention, the inside of the wrist-watch host Equipped with the location structure, the press section of the pressing component is set to the location structure and from described in location structure stretching The outside of wrist-watch host, the abutting part of the pressing component are connected to the locked part.

As an alternative embodiment, in the embodiments of the present invention, the inside of the wrist-watch host It is additionally provided with fixation member, the fixation member closes on the location structure setting, and described one end of the locked part is set to institute Fixation member is stated, the abutting part of the pressing component extends to the fixation member and supports with described one end of locked part It connects.

As an alternative embodiment, the location structure is equipped with locating part in the embodiments of the present invention, For the locating part to having spacing between the pressing component, the locating part is used to limit the pressing row of the pressing component Journey.

As an alternative embodiment, in the embodiments of the present invention, the locked part can for one or Two, the locked part is fastened and connected in the bottom or side of the bottom bracket.

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 wrist-watch host, second magnetic Property element be set to or be formed in the bottom bracket, second magnetic element is used for and first magnetic element is attracted.

As an alternative embodiment, the wrist-watch host includes being equipped with to show in the embodiments of the present invention It the host shell of display screen and encloses in the display screen periphery and the cover that is connect with the host shell, the holding structure It is configured to connect with the host shell and the bottom bracket.

As an alternative embodiment, in the embodiments of the present invention, the wrist-watch host and the bottom The coaxial connection in one end of the first connecting portion and the watchband of bracket.

As an alternative embodiment, the wrist-watch host passes through first turn in the embodiments of the present invention The first connecting portion of axis and the bottom bracket is rotatablely connected, and the first rotating shaft is equipped with damping structure, the damping Structure keeps the wrist-watch host to rotate the active force to form the certain angle relative to the bottom bracket for providing.

As an alternative embodiment, in the embodiments of the present invention, the camera module of the wrist-watch host For preposition camera module and/or postposition camera module.

As an alternative embodiment, in the embodiments of the present invention, the camera shooting of the wrist-watch host Mould group is preposition camera module and postposition camera module, and the preposition camera module and the postposition camera module are divided into described The tow sides of wrist-watch host, the wrist-watch host rotate relative to the bottom bracket and in the first states and described second When converting between state, the preposition camera module and the postposition camera module are obtained with the rotation of the wrist-watch host Different shooting direction.

As an alternative embodiment, the bottom bracket is plate structure in the embodiments of the present invention, Or the bottom bracket is the closed hoop structure being bent to form by bending rod piece.

As an alternative embodiment, the both ends of the watchband are arranged in the embodiments of the present invention One watchband retaining ring and the second watchband retaining ring；

First bracelet clasp is arranged with the first watchband interconnecting piece, the first watchband interconnecting piece and the first connecting portion And the coaxial connection of wrist-watch host；

Second bracelet clasp is arranged with the second watchband interconnecting piece, and the second watchband interconnecting piece is rotated by the second shaft It is connected to the second connecting portion of the bottom bracket.

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

Overturning smartwatch provided by the embodiment of the utility model keeps structure by setting, is made using holding structure Wrist-watch host without when rotating can opposing floor portion bracket keep closed state so that the use of smartwatch and common hand Table is no different, and effectively meets the different use demands of user.

In addition, the rotation of smartwatch provided by the embodiment of the utility model, watchband and bottom bracket and wrist-watch host with The rotation of bottom bracket is coaxial design, that is, all realized by first rotating shaft, therefore, can effective simplified intelligent wrist-watch structure Design, reduces the assembling of component, while the structural compactness of smartwatch also can be improved, so that the appearance power of smartwatch It is stronger.

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 that the wrist-watch host of smartwatch disclosed in the utility model embodiment one is located at the structural representation of first state Figure；

Fig. 2 is that the wrist-watch host of smartwatch disclosed in the utility model embodiment one is located at the structural representation of the second state Figure；

Fig. 3, which is that the utility model embodiment one is disclosed, keeps structure to be set to the structural schematic diagram on fixed cover board；

Fig. 4 is the bottom substance schematic diagram of wrist-watch host disclosed in the utility model embodiment one；

Fig. 5 is the structural schematic diagram of the holding structure of smartwatch disclosed in the utility model embodiment one；

Fig. 6 is the structural schematic diagram that cover board is fixed disclosed in the utility model embodiment one；

Fig. 7 is the decomposition diagram that wrist-watch host disclosed in the utility model embodiment one is located at the second state；

Fig. 8 is a kind of structural schematic diagram of bottom bracket disclosed in the utility model embodiment one；

Fig. 9 is another structural schematic diagram of bottom bracket disclosed in the utility model embodiment one；

Figure 10, which is that the utility model embodiment two is disclosed, keeps structure to be set to the structural schematic diagram inside smartwatch；

Figure 11 is the structural schematic diagram of the holding structure of smartwatch disclosed in the utility model embodiment three；

Figure 12 is the shooting side for the camera module that wrist-watch host disclosed in the utility model embodiment four is located at first state To schematic diagram；

Figure 13 is the bat for the preposition camera module that wrist-watch host disclosed in the utility model embodiment four is located at the second state Take the photograph direction schematic diagram；

Figure 14 is the bat for the postposition camera module that wrist-watch host disclosed in the utility model embodiment four is located at the second state Take the photograph direction schematic diagram.

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

Also referring to Fig. 1 to Fig. 4, a kind of overturning smartwatch provided by the embodiment of the utility model, including bottom branch Frame 10, wrist-watch host 20, watchband 30 and holding structure.Bottom bracket 10 includes the first end 11 and second end being oppositely arranged 12, first end 11 is equipped with first connecting portion 11a, and second end 12 is equipped with second connecting portion 12a.Wrist-watch host 20 and bottom bracket 10 first connecting portion 11a rotation connection, and wrist-watch host 20 can opposing floor portion bracket 10 rotation and in first state and second It is converted between state.The both ends of watchband 30 are connected to first connecting portion 11a and second connecting portion 12a.The holding structure quilt It is arranged to connect with wrist-watch host 20 and bottom bracket 10, so that 20 opposing floor portion bracket 10 of wrist-watch host is maintained at the first shape State.Wherein, first state is that wrist-watch host 20 is stacked at the state on bottom bracket 10, and the second state is 20 phase of wrist-watch host The state of certain angle is formed to bottom bracket 10.

Should learn, in the present embodiment, the first connecting portion 11a of the wrist-watch host 20 and bottom bracket 10 and One end of watchband 30 should be coaxial connection, so as to reduce the component design of smartwatch, the component group of simplified intelligent wrist-watch Process is filled, so that the structure of smartwatch is more compact.

Wherein, wrist-watch host 20 includes the front and back 20b being oppositely arranged, in general, front is that wrist-watch host 20 is equipped with The one side of display screen 20a, back side 20b are the one side that wrist-watch host 20 deviates from display screen 20a.This is stacked at the shape of bottom bracket 10 State refers to: the state that the back side 20b approximation of wrist-watch host 20 is bonded with the front of bottom bracket 10.And the opposing floor portion bracket 10 The state for forming certain angle refers to: the front of wrist-watch host 20 and back side 20b form one with the front of bottom bracket 10 Determine the state of angle.

In the present embodiment, which uses as the host of smartwatch, may include being set to wrist-watch host Mainboard inside 20, the battery that mainboard is powered, realize wrist-watch host 20 shooting function filming apparatus, realize wrist-watch The communication device (such as wireless communication devices, Bluetooth communication device, infrared communication device etc.) of the communication function of host 20 is realized Sensor (such as gravity sensor, acceleration transducer, range sensor, the air pressure sensing of the detection function of wrist-watch host 20 Device, dabbles and detects identification module at ultraviolet detector), realize the heart rate detector detected to the heart rate of user, realize hand The timer of the timing function of table host 20, 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, the loudspeaker of output etc..It should learn, above-mentioned each device, function mould Group is set to inside wrist-watch host 20, and is electrically connected with mainboard, realizes the control to these devices, functional module group by mainboard, And then it controls it and realizes corresponding function.

Therefore, the wrist-watch 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.

Further, since the first connecting portion 11a of wrist-watch host 20 and bottom bracket 10 is rotatablely connected, it can lead to The rotational angle for crossing adjustment wrist-watch host 20 and bottom bracket 10, so that wrist-watch host 20 can be in first state and the second shape It is converted between state.Specifically, in order to meet the wearing habit and use habit of user, the wrist-watch host 20 and bottom bracket 10 it Between rotational angle can be adjusted between 0~90 °, for example, when wrist-watch host 20 is located at first state, wrist-watch host 20 and bottom Angle between portion's bracket 10 is 0 °；And when wrist-watch host 20 is located at the second state, the wrist-watch host 20 and bottom bracket 10 Between angle be preferably 90 °.This is because: the display when wrist-watch host 20 is located at first state, on wrist-watch host 20 Screen 20a opposing floor portion bracket 10 is arranged upward, and when 20 opposing floor portion bracket 10 of wrist-watch host rotates shape angle in 90 ° When, also opposing floor portion bracket 10 is in 90 ° by the display screen 20a of wrist-watch host 20, and at this moment, user can facilitate viewing screen.

Certainly, the rotational angle of host main body 20 and rack body 10 can also adjust between 0~180 °.Preferably, should Rotational angle can for 0 °, 30 °, 45 °, 60 °, 75 °, 90 °, 120 °, 130 °, 135 °, 140 °, 145 °, 150 °, 160 °, 170 ° or 180 ° etc..

It should learn, when host main body 20 is located at the second posture, the host main body 20 and the formation of rack body 10 Certain angle be preferably 0~90 °.

In conjunction with shown in Fig. 1 and Fig. 3, in the present embodiment, which may include the host equipped with display screen 20a It shell 21 and encloses in the periphery display screen 20a and the cover 22 that connect with host shell 21, that is to say, that cover 22 is covered and set Host shell 21 upper surface and enclose in the periphery of display screen 20a, in this way, using cover 22 to display screen 20a's Periphery plays a protective role.That is, the front of the host main body refers to the front of cover in the present embodiment.

Further, which can be configured to connect with the host shell 21 and bottom bracket 10.That is, The holding structure may connect between host shell 21 and bottom bracket 10, keep 21 opposing floor portion branch of host shell to realize Frame 10 is located at the first state.

Further, it is also convenient for the user's operation holding structure, the holding simultaneously for the ease of the setting of the holding structure Structure may connect to the bottom of host shell 21.Specifically, the bottom of the host shell 21 can be equipped with location structure, the positioning knot Structure can be used for positioning the link position of the holding structure and host shell 21, to avoid keeping structure to move in use Position or the case where shifted after being used for multiple times.

In conjunction with shown in Fig. 4 and Fig. 6, in the present embodiment, which may include that 21 bottom of host shell is arranged in The positioning groove 21a and fixation cover board 21b for being covered on positioning groove 21a, fixation cover board 21b, which can be used for covering being located at, to be somebody's turn to do Holding structure on location structure, thus can avoid when 20 opposing floor portion bracket 10 of wrist-watch host turns to second state, The holding structure is directly exposed to the case where bottom of host shell 21 of wrist-watch host 20, effectively ensures the outer of wrist-watch host 20 While seeing decorative effect, it is also beneficial to the fixation cover board 21b and keeps the protective effect of structure.

Preferably, for the ease of the setting of holding structure, which be may be provided on fixed cover board 21b, that is, Gu Determine to be arranged on cover board 21b the fixed card slot for being arranged with corresponding positioning groove 21a and being open towards positioning groove 21a, this Sample, when that will fix cover board 21b and be covered on positioning groove 21a, the fixed card slot of fixed cover board 21b can be with positioning groove 21a It is combined to form the space for accommodating the holding structure.

Preferably, fixation cover board 21b can be connect by way of screw, bolt with the bottom of the host shell 21, with Realize that the lid of the fixation cover board 21b and positioning groove 21a closes.

The holding structure may include press-key structure, magnetic structure or simultaneously include press-key structure and magnetic structure.In conjunction with Fig. 3 To shown in Fig. 6, in the present embodiment, which includes press-key structure.The press-key structure includes pressing component 41, buckling parts Part 42 and the first dynamic clamping head and quiet clamping head 43,41 pressable of pressing component are set to wrist-watch host 20, one end of the locked part 42 It is abutted with pressing component 41, the other end of the locked part 42 with bottom bracket 10 for being fastened and connected or dividing with bottom bracket 10 From.First dynamic clamping head and quiet clamping head 43 is set to the other end of the locked part 42, keeps the another of the locked part 42 for providing The active force that end is fastened and connected with bottom bracket 10.That is, the other end and bottom bracket 10 when locked part 42 fasten When connection, which is the active force for keeping locked part 42 to connect with bottom bracket 10 as offer. Therefore, when user needs to separate on 42 opposing floor portion bracket 10 of locked part, user need to apply pressing on pressing component 41 Power makes the first dynamic clamping head and quiet clamping head 43 be pressed power effect and stop to the holding active force of locked part 42.

The active force for keeping the locked part 42 and bottom bracket 10 to fasten is provided using the first dynamic clamping head and quiet clamping head 43, can be had Effect is so that locked part 42 and the fastening compactness and reliability when the fastening of bottom bracket 10.Even in this way, wrist-watch host 20 After opposing floor portion bracket 10 rotates repeatedly, still it can make 20 phase of wrist-watch host by the active force of the first dynamic clamping head and quiet clamping head 43 First state is returned back to bottom bracket 10, to keep the normal use of smartwatch, effectively ensures the use of smartwatch Service life.

Further, since 21 bottom of host shell of wrist-watch host 20 is equipped with location structure, the pressing component 41 And locked part 42 can be set to location structure.Specifically, the pressing component 41 and locked part 42 can be set to the fixation lid Plate 21b.It can be seen from the above, the fixation cover board 21b be equipped with fixed card slot, the fixed card slot may include the first card slot 211a and with First card slot 211a connection and the second card slot 211b for being set to the first two sides card slot 211a, which may include press section The 41a and abutting part 41b for being divided into the press section two sides 41a, press section 41a are set in first card slot 211a, and in order to just It is pressed in user's operation, press section 41a should partially be located at outside location structure, that is, press section 41a should be partially from host shell 21 Bottom stretch out.Two abutting part 41b is respectively correspondingly arranged in the second card slot 211b, and edge is prolonged towards the direction of locked part 42 It stretches.

First card slot 211a is respectively included using the fixed card slot of fixation cover board 21b and is connected to the first card slot 211a The second card slot 211b design, being located by connecting convenient for press section 41a and abutting part 41b and fixed card slot, thus nothing It needs additionally to dismount more convenient by the fixed press section 41a and abutting part 41b of the modes such as screw, bolt.

Further, in order to realize positioning and fixation of the locked part 42 in fixed card slot, which further includes Third card slot 211c, the third card slot 211c are connected to the second card slot 211b and the first card slot 211a, and the second card slot 211b In third card slot 211c, in order to the connection of the abutting part 41b and locked part 42 of the pressing component 41.Specifically, should Locked part 42 includes abutment end 42a and buckling end 42b, and abutment end 42a is then to abut with the abutting part 41b of pressing component 41 One end, and buckling end 42b is then the one end being fastened and connected with bottom bracket 10.The abutment end of the locked part 42 42a In in third card slot 211c, buckling end 42b is then fastened and connected from third card slot 211c is protruding with bottom bracket 10.

Preferably, in order to enable keeping structure and being fastened and connected for bottom bracket 10 relatively reliable and reasonable, the buckling parts Part 42 can be two, and two locked parts 42 respectively correspond two abutting part 41b setting of pressing component 41, and therefore, this is fixed The third card slot 211c of card slot should also correspond to two, which is respectively correspondingly arranged in two third card slot 211c It is interior.

In the present embodiment, since locked part 42 is two, the first dynamic clamping head and quiet clamping head 43 also corresponds to the buckling parts Part 42 is set as two, and in order to realize that the fastening to locked part 42 and bottom bracket 10 provides active force, the first elasticity is multiple Position part 43 should be located in third card slot 211c, and should connect with the buckling end 42b of locked part 42.Specifically, in order to ensure The both ends of one dynamic clamping head and quiet clamping head 43 are fixed, settable first fixing lug boss 2111 in third card slot 211c, first bullet One end of property return unit 43 is fixedly connected on the abutment end 42a of the locked part 42, the other end of first dynamic clamping head and quiet clamping head 43 It is fixedly connected on first fixing lug boss 2111, in this way, can realize the fixation at the both ends of the first dynamic clamping head and quiet clamping head 43, thus It, can also be by squeezing the first dynamic clamping head and quiet clamping head 43 in locked part 42 when user needs locked part 42 to separate with bottom bracket 10 Abutment end 42a and the first fixing lug boss 2111 between so that the buckling end 42b of locked part 42 is multiple in the first elasticity The extruding force effect of position part 43 is lower to be separated with bottom bracket 10.

It further, in the two opposing lateral sides of bottom bracket 10 can for the ease of being fastened and connected with locked part 42 Corresponding locked part 42 is provided with buckling groove 101, and the buckling end 42b of the locked part 42 is for being fastened and connected in the buckling groove In 101.

Specifically, wrist-watch host 20 is described in detail in conjunction with Fig. 3 to Fig. 6 and keeps the course of work of structure:

When 20 opposing floor portion bracket 10 of wrist-watch host is located at first state, since the buckling parts of locked part 42 is corresponding What the buckling groove 101 of bottom bracket 10 was arranged, therefore, buckling parts can be made to be fastened on buckling groove by pressing wrist-watch host 20 In 101, which is connected to the abutment end 42a and the first fixing lug boss of locked part 42 in preloading condition Between 2111, at this point, the no longer opposing floor portion bracket 10 of wrist-watch host 20 can be rotated.

And when user needs that (i.e. wrist-watch host 20 is no longer at the so that 20 opposing floor portion bracket 10 of wrist-watch host can be rotated One state) when, user can be by pressing the press section 41a of the pressing component 41, and the 41a power that is pressed in the press section acts on so that even The abutting part 41b stress for being connected to press section 41a abuts the abutment end 42a of the locked part 42, so that abutment end 42a is squeezed First dynamic clamping head and quiet clamping head 43, at this point, the first dynamic clamping head and quiet clamping head 43 is extruded and is compressed in abutment end 42a and the first fixing lug boss Between 2111, so that the buckling end 42b stress of locked part 42 is detached from from the buckling groove 101 of bottom bracket 10, at this time User can be rotated wrist-watch host 20 so that wrist-watch host 20 can opposing floor portion bracket 10 second shape is transformed by first state State.

It should learn, in above process, when the buckling end 42b of locked part 42 is from the fastening of bottom bracket 10 After being detached from slot 101, user can stop pressing, at this point, the pressing force acted on the 41a of press section disappears, then first is elastic Return unit 43 can return back to its preloading condition under the elastic acting force of its own.Until when user need to make wrist-watch host again When 20 opposing floor portion brackets 10 are in first state, wrist-watch host 20 need to be only pressed again, buckling parts is made to squeeze the first elasticity again Position part 43 is simultaneously fastened in the buckling groove 101 of bottom bracket 10.

In the present embodiment, in order to enable user is after pressing press section 41a, press section 41a can return back to its not by Pressure condition, in order to press next time, which may also include the second dynamic clamping head and quiet clamping head 44, second dynamic clamping head and quiet clamping head 44 It is configured to connect with pressing component 41, to provide the active force that the pressing component 41 keeps its non-pressing state.Specifically, should Second dynamic clamping head and quiet clamping head 44 is set in first card slot 211a, and the second fixing lug boss 2112 is additionally provided in the first card slot 211a, and One end of second dynamic clamping head and quiet clamping head 44 is connected to the press section 41a of the pressing component 41, second dynamic clamping head and quiet clamping head 44 it is another One end is connected to second fixing lug boss 2112.Preferably, in order to position second dynamic clamping head and quiet clamping head 44 in the first card slot 211a Interior position can correspond to the second dynamic clamping head and quiet clamping head 44 in first card slot 211a and the first locating slot 2113 is arranged, first positioning Slot 2113 extends to the second fixing lug boss 2112 from the press section 41a of the pressing component 41, and the second dynamic clamping head and quiet clamping head 44 is located at should In first locating slot 2113.In addition, in order to enable the stress of press section 41a when user presses more balances, second elasticity Return unit 44 is preferably set as two.

Specifically, when user presses the press section 41a of the pressing component 41, which is pressed The pressing force of portion 41a and be extruded between press section 41a and the second fixing lug boss 2112.And when user stops pressing the press section When the press section 41a of part 41, the pressing force for acting on second dynamic clamping head and quiet clamping head 44 disappears, at this point, the second dynamic clamping head and quiet clamping head 44 Its nature can be returned back under its own elastic reaction, so that press section 41a returns back to its non-pressing state.Its In, which refers to: press section 41a is not affected by the state of pressing force effect.

It can learn, the first above-mentioned dynamic clamping head and quiet clamping head 43, the second dynamic clamping head and quiet clamping head 44 can be spring.

Further, in order to enable user can perceive the press degree for pressing component 41 in time, in the fixation lid It can be equipped with locating part 2114 on plate 21b, there is spacing between the press section 41a of the locating part 2114 to the pressing component 41, it should Locating part 2114 is used to limit the pressing stroke of the press section 41a of the pressing component 41.Specifically, which can be Boss in first card slot 211a is set, when not pressing, the press section 41a of the pressing component 41 to the locating part There is spacing between 2114.When user presses press section 41a, press section 41a be pressed power effect squeeze second elasticity Return unit 44 so that press section 41a is moved along the direction close to the locating part 2114 until be connected to the locating part 2114, At this point, due to the position-limiting action of the locating part 2114, even if user applies bigger pressing force again, press section 41a is also no longer Continue to move, then user would know that and have reached the pressing limit at this time, and user can stop pressing.

By the way of locating part 2114, by limit press section 41a pressing stroke, so as to be conducive to user by Pressure presses more laborsaving.

In addition, in order to improve user pressing comfort, press section 41a can for silica gel material be made either can by Setting silica gel sheath etc. outside splenium 41a.

It should learn, since the fixed card slot of fixation cover board 21b need to be combined to form with positioning groove 21a for setting The space of the holding structure is set, therefore, the structure of positioning groove 21a should match with the structure of the fixed card slot, here then It repeats no more.

In conjunction with shown in Fig. 1, Fig. 2 and Fig. 7, in the present embodiment, which connect with the first of bottom bracket 10 The coaxial connection in one end of portion 11a and watchband 30.Specifically, wrist-watch host 20 can pass through first rotating shaft 23 and bottom bracket 10 The connection of one end of first connecting portion 11a and watchband 30.That is, in the rotation of 20 opposing floor portion bracket 10 of wrist-watch host, It one end of watchband 30 can also the rotation of opposing floor portion bracket 10.

Further, in order to realize that wrist-watch host 20 and the axis of bottom bracket 10 connect, host is equipped on wrist-watch host 20 Interconnecting piece, the host interconnecting piece can be equipped with the first groove 24a, which is divided into interval for host coupling part 24 and sets The first part 24b and second part 24c set, first connecting portion 11a are located in first groove 24a, and first connecting portion The two sides of 11a are respectively facing first part 24b and second part 24c setting.

Further, first connecting portion 11a is the cylindrical boss on bottom bracket 10, and in wrist-watch host 20 When connecting with bottom bracket 10, first connecting portion 11a should be fully located in the first groove 24a, to may make first rotating shaft 23 The connection of wrist-watch host 20 and bottom bracket 10 can be realized also cross host interconnecting piece and first connecting portion 11a.It is understood that , in other embodiments, first connecting portion 11a can also be square boss.

In the present embodiment, in order to realize that the axis of watchband 30, wrist-watch host 20 and bottom bracket 10 is connected in coaxial design, One end of watchband 30 is equipped with the first watchband retaining ring 31, which is equipped with the first watchband interconnecting piece 31a, first table Band connection portion 31a is connect by first rotating shaft 23 with first connecting portion 11a.Specifically, in the first watchband interconnecting piece 31a Portion is equipped with the second groove 311, which is partially connected to the first groove 24a, first connecting portion 11a be located at this In two grooves 311, and the first watchband interconnecting piece 31a is located in first groove 24a, then at this point, the first watchband interconnecting piece The two sides of 31a should be respectively facing first part 24b and second part the 24c setting of host interconnecting piece, therefore, in positional relationship On, the first part 24b and second part 24c that should be host interconnecting piece are located at outside, and successively ecto-entad is the first watchband company Socket part 31a and first connecting portion 11a.

Further, for the first watchband interconnecting piece 31a, host interconnecting piece and first connecting portion 11a, thirdly It the axle center of person should on the same line, in this way, first rotating shaft 23 just can be achieved is arranged in the first watchband interconnecting piece 31a, master simultaneously Machine interconnecting piece and first connecting portion 11a realize that axis connects.Specifically, the first shaft hole 24d of perforation is equipped on host interconnecting piece, And first shaft hole 24d should be connected to the first groove 24a；First connecting portion 11a is equipped with the second axis hole 111 of perforation, this One watchband interconnecting piece 31a is equipped with the third axis hole (not indicating) of perforation, and third axis hole is connected to the second groove 311.This first Axis hole 24d, the second axis hole 111 and the concentric setting of third axis hole, and first rotating shaft 23 simultaneously be arranged in first shaft hole 24d, Second axis hole 111 and third axis hole, with realize host interconnecting piece, the first watchband interconnecting piece 31a simultaneously with first connecting portion 11a Axis connect, and then realize that wrist-watch host 20, watchband 30 connect with the axis of bottom bracket 10 simultaneously.That is, being connected for host For portion, first shaft hole 24d runs through first part 24b and second part 24c simultaneously.It is understood that the first shaft hole 24d, the second axis hole 111, third axis hole should be the round hole to match with first rotating shaft 23.

In the present embodiment, the rotation of 20 opposing floor portion bracket 10 of wrist-watch host is kept to form the certain angle in order to realize State, that is, wrist-watch host 20 keeps the second state constant, and damping structure can be equipped in the first rotating shaft 23, which uses The active force of the certain angle is formed in the offer holding 20 opposing floor portion bracket 10 of wrist-watch host rotation.

Specifically, the damping structure include fixing sleeve be set to the shaft set 23a of the first rotating shaft 23 and be connected to this Elastic component 23b between one shaft 23 and shaft set 23a, elastic component 23b are used to drive shaft to cover 23a in first rotating shaft 23 Frictional resistance is generated with shaft set 23a when rotation, so that wrist-watch host 20 keeps the opposite bottom bracket 10 to be located at the second state.

Further, in order to improve the being completely embedded property that shaft covers 23a and first rotating shaft 23, which may also include Washer 23c, washer 23c are arranged in first rotating shaft 23 and connect with shaft set 23a far from one end of elastic component 23b, so that Obtaining shaft set 23a can be securely seated between in first rotating shaft 23 under the action of washer 23c.

Preferably, in order to improve the damping of the damping structure, which may include the first axle body and with The spaced the second axle body of one axis body, the then at this point, damping structure should all be arranged on the first axle body and the second axle body.

In the present embodiment, in order to ensure shaft set 23a will not be fallen during rotation from first rotating shaft 23 and The extraneous adornment effect for improving the host interconnecting piece of wrist-watch host 20, in the settable shaft of host interconnecting piece of wrist-watch host 20 Plug 24e, shaft plug 24e can be arranged in the axis hole 24d of first part 24b and second part 24c of host interconnecting piece, Shaft so as to remain in first rotating shaft 23 covers 23a, while user also being avoided to watch first rotating shaft 23 and shaft set The components such as 23a, so that vision perception of the wrist-watch host 20 at host interconnecting piece position is more preferably.

In conjunction with shown in Fig. 1, Fig. 7 and Fig. 8, in the present embodiment, which can be plate structure, then at this point, should Bottom bracket 10 can be plate.That is, wrist-watch host 20 is to be stacked at completely when wrist-watch host 20 is in first state On the bottom bracket 10.Specifically, when bottom bracket 10 is plate structure, the material of bottom bracket 10 is preferably heat-insulated Material, such as plastic cement.This is because: when the shell of wrist-watch host 20 is metal material, due to being arranged inside wrist-watch host 20 Above-mentioned device and functional module group, therefore, the device at runtime, can issue a large amount of heat, and these heats just may be used It is separated by the bottom bracket 10 of heat-insulated material, so that wrist-watch host 20 will not directly contact use when user wears smartwatch The wrist skin at family, so can be avoided 20 calorific value of wrist-watch host it is big and may the wrist skin to user cause the feelings of scald Condition.

Therefore, which can not only realize the function that carrying wrist-watch host 20 rotates, while can also be achieved opponent The effect that table host 20 and the wrist skin of user are thermally shielded.

Further, when wrist-watch host 20 is located at first state, in order to ensure bottom bracket 10 can carry hand completely The size of table host 20, the bottom bracket 10 should match with the size of wrist-watch host 20.

In the present embodiment, first connecting portion 11a and second connecting portion 12a is the two-phase set on bottom bracket 10 The cylindrical boss of opposite end 11, and be stacked on bottom bracket 10 in order to avoid influencing wrist-watch host 20, first connecting portion 11a It is set to second connecting portion 12a on the outside of the end of bottom bracket 10.

Further, it in order to improve the structural strength of bottom bracket 10, can be set in the both ends end position of bottom bracket 10 Reinforcing element 13 is set, which is used to that first connecting portion 11a and second connecting portion to be arranged on bottom bracket 10 12a, at the same can also reinforced bottom bracket 10 overall structural strength.

It follows that, when it is plate structure, can be one piece of common thin plate, so for bottom bracket 10 Reinforcing element 13 is set in two end afterwards, in this way, may make bottom bracket 10 no setting is required as thicker plate, from And when 20 opposing floor portion bracket 10 of wrist-watch host being made to be located at first state, the integral thickness of the smartwatch can still keep compared with It is thin, so as to meet lightening, the Miniaturization Design of smartwatch, meet the requirement of public users.

As shown in connection with fig. 9, it is to be understood that in other embodiments, which can also be by bending rod piece 102 The closed hoop structure being bent to form.At this point, first connecting portion 11a and second connecting portion 12a may be provided at bending rod piece 102 On, and since bottom bracket 10 is closed hoop structure, the smartwatch is worn in user and wrist-watch host 20 is being located at When first state, the bottom of wrist-watch host 20 is the wrist skin for directly fitting user.

The bottom bracket 10 can effectively be mitigated the overall weight of smartwatch and be subtracted by the way of bending rod piece 102 The integral thickness of small smartwatch, so that smartwatch can keep its lightening design.

In conjunction with shown in Fig. 1 to Fig. 4, in the present embodiment, for the ease of the connection of watchband 30 and bottom bracket 10, in table The other end with 30 can be equipped with the second watchband retaining ring 32, which is equipped with the second watchband interconnecting piece 32a, this second Watchband interconnecting piece 32a is rotationally connected with the second connecting portion 12a of the bottom bracket 10 by the second shaft 321, so that should Second watchband interconnecting piece 32a can be rotated relative to second connecting portion 12a, and then realize the other end opposing floor portion bracket 10 of watchband 30 Rotation connection.

In conjunction with shown in Fig. 2 and Fig. 4, when user need to adjust the angle of 20 opposing floor portion bracket 10 of wrist-watch host, it can pass through The rotational angle for manually adjusting 20 opposing floor portion bracket 10 of wrist-watch host, when wrist-watch host 20 turns to the target angle of user When, at this point, user stops adjustment wrist-watch host 20, wrist-watch host 20 can be maintained at and work as since the holding of the damping structure acts on Preceding angle is constant.

And when user wants to be stacked at wrist-watch host 20 on bottom bracket 10 (i.e. wrist-watch host 20 is located at first state), It then can be again by wrist-watch host 20 be manually adjusted, at this point, then user adjusts wrist-watch host 20 due to the active force of damping structure The power applied need to be greater than the active force of damping structure, so that wrist-watch host 20 can be adjusted and opposing floor portion bracket again 10 rotations, until wrist-watch host 20 is stacked on bottom bracket 10, at this point, the locked part 42 of the holding structure is fastened on bottom In the buckling groove 101 of 10 two sides of bracket, user stops adjustment wrist-watch host 20, and wrist-watch host 20 can be due to the guarantor of the holding structure The effect of holding and to be maintained at current state (i.e. first state) constant.

The overturning smartwatch that the utility model embodiment one provides, includes press-key structure by the way that the holding structure is arranged, So that wrist-watch host 20 can snap together under the holding effect for keeping structure with bottom bracket 10, in this way, can with Family keeps its stationary state when rotating without wrist-watch host 20, is no different it with common smartwatch.

In addition, by the bottom that the press-key structure is set to wrist-watch host 20, thus may not only facilitate user's pressing operation, Press-key structure can also be reduced for the space hold of wrist-watch host 20 simultaneously.

In addition, setting locating part 2114 limits the design of the pressing stroke of pressing component 41 on fixed cover board 21b, it can So that the pressing of user is more laborsaving, the usage comfort of user is effectively improved.

Embodiment two

As shown in connection with fig. 10, the overturning smartwatch of the overturning smartwatch and embodiment one of the utility model embodiment two Difference in place of be only that:

The wrist-watch host 20 is internally provided with location structure, and the location structure is for positioning the pressing component 41 and button Component 42 is closed, at the same time, the buckling groove 101 for fastening with locked part 42 is set to the bottom of bottom bracket 10.

Specifically, which is shaped in the positioning convex platform 201 inside the host shell 21 of wrist-watch host 20, That is, the positioning convex platform 201 can form together when forming the host shell 21.The press section 41a of the pressing component 41 is set to should Positioning convex platform 201 and the outside that wrist-watch host 20 is extend out to from the positioning convex platform 201, the abutting part 41b of the pressing component 41 are supported It is connected to the locked part 42.Preferably, which can be approximate screw-rod structure, the press section 41a of the pressing component 41 It can be nut, the abutting part 41b of the pressing component 41 can be screw rod.

Further, it is pressed for the ease of user and presses more laborsaving, formation pressing groove in the positioning convex platform 201 The opening of 201a, pressing groove 201a are set to the outside of host shell 21, to may make the press section 41a of pressing component 41 The opening of pressing groove 201a can be covered.Specifically, second dynamic clamping head and quiet clamping head 44 is equipped in pressing groove 201a, this One end of two dynamic clamping head and quiet clamping heads 44 is connect with press section 41a, and the other end of second dynamic clamping head and quiet clamping head 44 is connected to this by indentation The bottom of slot 201a.In this way, press section 41a is pressed power effect along towards by indentation when user presses press section 41a The bottom direction of slot 201a moves, until press section 41a is connected to the bottom of pressing groove 201a, at this point, user would know that Press section 41a arrived the pressing limit, so as to stop pressing in time.

That is, in the present embodiment, the bottom of pressing groove 201a is the pressing for limiting press section 41a The component of stroke.

In the present embodiment, which can also be screw-rod structure.The abutment end 42a of the locked part 42 is just supported It is connected to the abutting part 41b of the pressing component 41, the buckling end 42b of the locked part 42 is stretched out and is used for from host shell 21 It is fastened with bottom bracket 10.That is, the abutment end 42a of the locked part 42 is nut, the buckling end 42b of the locked part 42 is spiral shell Bar.

Further, in order to realize the positioning to locked part 42 in host shell 21, the inside of the host shell 21 It is additionally provided with fixation member 21c, fixation member 21c closes on the positioning convex platform 201 setting, the abutment end 42a of the locked part 42 Set on fixation member 21c, the self-positioning boss 201 of the abutting part 41b of the pressing component 41 extend to fixation member 21c and with The buckling end 42b of locked part 42 is abutted.Specifically, the fastening for being connected to bottom bracket 10 is offered on fixation member 21c The fixing groove 212 of slot 101, one end of first dynamic clamping head and quiet clamping head 43 are connected to the inner wall of fixing groove 212, and first elasticity is multiple The other end of position part 43 is fixedly connected on the buckling end 42b of the locked part 42.When user need to rotate wrist-watch host 20, can lead to It crosses and presses press section 41a, press section 41a, which is pressurized, squeezes second dynamic clamping head and quiet clamping head 44 and abutting part 41b, at this point, the button The abutment end 42a for closing component 42, which is pressurized, squeezes first dynamic clamping head and quiet clamping head 43, so that the compression of the first dynamic clamping head and quiet clamping head 43 is extruded in The inner wall of fixing groove 212 and the buckling end 42b of locked part 42, so that the length of the first dynamic clamping head and quiet clamping head 43 shortens, from And the buckling end 42b of locked part 42 is driven to stretch out from the buckling groove 101 of bottom bracket 10.

It can learn, in order to ensure the abutting part 41b of pressing component 41 and the abutment end 42a moment of locked part 42 In the state of abutting, the abutting part 41b of the pressing component 41 is equipped with the first inclined surface (not indicating), the abutting of the locked part 42 42a is held to be equipped with the second inclined surface 421, which is bonded to each other with the second inclined surface 421.In this way, in pressing component 41 Abutting part 41b stress abut locked part 42 abutment end 42a during, since second inclined surface 421 is inclined with first The effect on inclined-plane is able to maintain abutting part 41b with abutment end 42a and is in the state of abutting always without the feelings of dislocation Condition, it is ensured that the holding serviceability of structures.

The overturning smartwatch that the utility model embodiment two provides, by the way that location structure to be set in host shell 21 Portion, so that the overall structure of smartwatch is more compact.

In addition, the holding structure is press-key structure, and the press-key structure only includes single pressing component 41 and single Locked part 42, it is corresponding, only a buckling groove 101 also need to be set on bottom bracket 10, so that keeping structure Overall construction design it is simpler, keep structure and the connection of bottom bracket 10 it is more fast and simple.

Embodiment three

In conjunction with shown in Figure 11, the area of the smartwatch of smartwatch and embodiment one that the utility model embodiment three provides Place is not:

In the present embodiment, which may include magnetic structure, which is realized by magnetic structure and bottom Portion's bracket 10 is attracted, and then realizes and 20 opposing floor portion bracket 10 of wrist-watch host is kept to be located at first state.

As an alternative embodiment, the magnetic structure includes at least the first magnetic element 202 and the second magnetic member Part (does not indicate), which is set to the wrist-watch host 20, which can be formed in the bottom bracket 10, which is used to be attracted with the first magnetic element 202.Specifically, the first magnetic element 202 can be for set on wrist-watch The magnet of 21 bottom of host shell of host 20, second magnetic element can be the hardware for being formed in bottom bracket 10.It answers This learns, if the material of bottom bracket 10 itself is metal, the second magnetic element then can with 10 one of bottom bracket at Type, without being additionally arranged again.

As another optional embodiment, which can be formed in the wrist-watch host 20, and second Magnetic element can be set to the bottom bracket 10.Specifically, the second magnetic element can be magnet on bottom bracket 10, first Magnetic element 202 can be the metalwork to form wrist-watch host 20.And should learn, if the shell of wrist-watch host 20 is metal Material, then the first magnetic element 202 is without additional setting.

As another optional embodiment, which is the magnet set on wrist-watch host 20, the Two magnetic elements are the magnet set on bottom bracket 10, and the magnetic of the second magnetic element should be with the magnetic of the first magnetic element 202 Property due to the magnetic element principle that there is a natural attraction between the sexes when wrist-watch host 20 is located at first state on the contrary, in this way, can make to go smoothly Table host 20 keeps the state being stacked on bottom bracket 10 constant, that is, it is constant that wrist-watch host 20 is located at first state.It is preferred that Ground can be equipped with the first magnetic element 202 in 21 bottom of host shell of wrist-watch host 20, at the same time, in bottom bracket 10 Settable second magnetic element in the position of 21 bottom of corresponding host shell, and the magnetism and the first magnetic element of the second magnetic element 202 magnetism is opposite.When 20 opposing floor portion bracket 10 of wrist-watch host is located at first state, which can be with Second magnetic element is attracted, so that wrist-watch host 20 keeps it, to be located at first state constant.

Should learn, in the above-described embodiments, the first magnetic element 202, 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 are set simultaneously between wrist-watch host 20 and bottom bracket 10 Structure is inhaled, in this way, the holding structure may make to be located at the effect of first state more for 20 opposing floor portion bracket 10 of wrist-watch host It is excellent more reliable.

The overturning smartwatch that the utility model embodiment three provides, includes magnetic structure by the way that the holding structure is arranged, So that wrist-watch host 20 and bottom bracket 10 can be pulled together under the action of magnetic structure, so that wrist-watch master Machine 20 can opposing floor portion bracket 10 remain in first state.In addition, overall structure is simple by the way of magnetic structure, it can The structure design for effectively simplifying the holding structure, is conducive to save design cost.

Example IV

In conjunction with shown in Figure 12 to Figure 14, it is practical new with this that the utility model embodiment four discloses a kind of overturning smartwatch It is in place of the difference of the overturning smartwatch of type embodiment one:

The camera module of the wrist-watch host 20 of the utility model is preposition camera module and/or postposition camera module.

Specifically, it is rotatablely connected due to wrist-watch host 20 by first rotating shaft 23 and bottom bracket 10, wrist-watch host 20 may include the turning end 20c and free end 20d being oppositely arranged, and turning end 20c is to pass through first rotating shaft 23 and bottom bracket One end of 10 first connecting portion 11a connection, and free end 20d be then can be as turning end 20c opposing floor portion bracket 10 be real Now rotation and opposing floor portion bracket 10 can form one end of angle.Specifically, in order to avoid the shooting for influencing camera module regards Angle, the camera module are preferably disposed to free end 20d, and in order to avoid influencing the display of the display area of wrist-watch host 20, should Camera module can be set to the end of free end 20d.

Further, camera module may be provided at the inside of wrist-watch host 20, and in order to realize that the different shootings of user need It asks, which may include preposition camera module 25 and postposition camera module 26.Preposition camera module is set to the wrist-watch host 20 front, postposition camera module are set to the back side of wrist-watch host.In the present embodiment, when wrist-watch host is in the first posture When, the shooting direction of preposition camera module is the first shooting direction X1, and the shooting direction of postposition camera module is third shooting side To X3；When wrist-watch host is in second posture, the shooting direction of preposition camera module is the second shooting direction X2, postposition The shooting direction of camera module 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, in the 20 opposing floor portion holder pivots of wrist-watch host and in the first posture and When converting between two postures, preposition camera module 25 can be converted between the first shooting direction X1 and the second shooting direction X2, after Setting camera module 26 can convert between third shooting direction X3 and the 4th shooting direction X4.Wherein, the first shooting direction X1 and The direction of second shooting direction X2 is different, and third shooting direction X3 is different from the direction of the 4th shooting direction X4.

That is, when 20 opposing floor portion bracket 10 of wrist-watch host is rotated and converted between the first state and the second state, The preposition camera module 25 can convert between the first shooting direction X1 and the second shooting direction X2 and the postposition camera module 26 can convert between third shooting direction X3 and the 4th shooting direction X4, in this way, during wrist-watch host 20 rotates, Also the adjustment transformation of the shooting angle of preposition camera module 25 and postposition camera module 26 is achieved that, to meet user couple In the shooting demand of different shooting angles.

In the present embodiment, the cover 22 of wrist-watch host 20 is equipped with the first opening being connected to inside host shell 21 (not Mark), which may be provided in the first opening, in this way, not only preposition camera module 25 can pass through the first opening Realization is found a view, while also with being connected to inside host shell 21 can be conducive to the first camera module and host due to the first opening The wires design of the connection of mainboard inside shell 21.Meanwhile the second opening can be equipped with (not in the back side 20b of host shell 21 Mark), which is connected to the inside of host shell 21, and postposition camera module 26 may be provided in the second opening, in this way, Postposition camera module 26 can be realized by the second opening to be found a view and is realized and the master inside host shell 21 by the second opening The cabling of plate connects.

It follows that when wrist-watch host 20 is located at first state, for preposition camera module 25 and postposition camera module For 26, what the front that preposition camera module 25 is directed towards wrist-watch host 20 was found a view, postposition camera module 26 is directed towards wrist-watch master What the back side 20b of machine 20 found a view, then at this point, the first shooting direction X1 of preposition camera module 25 is then alignment wrist-watch host 20 Positive direction, the third shooting direction X3 of postposition camera module 26 are then the direction for being directed at the back side 20b of wrist-watch host 20.

Further, for the ease of the setting of preposition camera module 25 and postposition camera module 26, and it is not influenced and is found a view, Second opening is correspondingly arranged with the first opening, and the second opening and the first open communication.

Further, when being located at first state due to 20 opposing floor portion bracket 10 of wrist-watch host, the back side of wrist-watch host 20 20b is that the approximate upper surface for fitting in bottom bracket 10 is arranged, therefore, for preposition camera module 25 and postposition camera module For 26, postposition camera module 26 when wrist-watch host 20 is located at first state is blocked by bottom bracket 10, that is, after The third shooting direction X3 for setting camera module 26 is towards the upper surface direction (as shown in figure 14) of bottom bracket 10.Thus may be used Know, when 20 opposing floor portion bracket 10 of wrist-watch host is located at first state, user can be realized by preposition camera module 25 and be shot Operation.

And when 20 opposing floor portion bracket 10 of wrist-watch host is turned to positioned at the second state, since wrist-watch host 20 is the bottom of with respect to Portion's bracket 10 forms certain angle, then preposition camera module 25 is converted by the first shooting direction X1 to the second shooting direction X2, after It sets camera module 26 to be converted by third shooting direction X3 to the 4th shooting direction X4, at this point, 26 opposing floor portion of postposition camera module Bracket 10 also forms certain angle, that is, postposition camera module 26 is no longer influenced by blocking for bottom bracket 10, and user can be according to oneself Shooting demand select preposition camera module 25 or postposition camera module 26 to execute shooting function.For example, user may be selected it is preposition Camera module 25 realizes self-timer, video calling, and postposition camera module 26 is selected to realize barcode scanning operation, shooting periphery scenery etc..

Further, since preposition camera module 25 and postposition camera module 26 are set to the free end of wrist-watch host 20 The end of 20d, therefore, the first opening and the second opening can be by the hollow circles of the outside projection of end sections in free end 20d Cylindrical end tangs are formed, that is, the hollow space of hollow cylindrical boss forms the first opening and the second opening, in this way, first The setting of opening will not influence the setting of the display screen 20a of wrist-watch host 20, while preposition camera module 25 can also be made to have There is the good shooting visual field.

Further, extraneous dust or sundries enter in the first opening and the second opening in order to prevent, the first opening Settable first eyeglass (not indicating), settable second eyeglass (not indicating) of the second opening, the preposition camera module 25 can lead to It crosses the realization of the first eyeglass to find a view, postposition camera module 26 can be realized by the second eyeglass and be found a view.Specifically, the first eyeglass can be bonded In the first opening, the second eyeglass can be adhered to the second opening.

It is understood that in other embodiments, preposition camera module 25 still may be provided at positive first opening, And postposition camera module 26 can be then set on the side angled with front, at this point, this second is opened on side.It is this In the case of, whether wrist-watch host 20 is located at first state or the second state, and postposition camera module 26 will not be all blocked, In this way, user can select corresponding camera module to execute shooting operation according to shooting demand at any time.

Preferably, in order to prevent when wrist-watch host 20 is located at first state, wrist-watch host 20 is stacked at bottom bracket 10 On may cause bottom and postposition camera module 26 and hit and either rub and damage postposition camera module 26, the bottom bracket 10 Settable avoiding hollow groove at the position of the corresponding postposition camera module 26.Specifically, which can be and the second eyeglass phase Circular trough, U-type groove or square groove for matching etc..

Using the design that avoiding hollow groove is arranged on bottom bracket 10, bottom bracket 10 can avoid to postposition camera module 26 It is blocked caused by shooting visual angle, so that even if postposition camera module 26 also can when wrist-watch host 20 is in first state It is found a view by avoiding hollow groove realization.

It, can be by manually adjusting wrist-watch host 20 when user need to adjust the angle of 20 opposing floor portion bracket 10 of wrist-watch host The rotational angle of opposing floor portion bracket 10, when wrist-watch host 20 turns to the target angle of user, at this point, user stops adjustment Wrist-watch host 20, wrist-watch host 20 can due to the holding of the holding structure acts on and it is constant to be maintained at current angular, at this point, preposition Camera module 25 and postposition camera module 26 can be at can shooting state, user can according to actual photographed demand select it is preposition Camera module 25 or postposition camera module 26 execute corresponding operation.

It, then can be again by manually adjusting wrist-watch master and when user wants for wrist-watch host 20 to be stacked on bottom bracket 10 Machine 20, at this point, the active force due to keeping structure, then the power that user adjusts that wrist-watch host 20 is applied, which need to be greater than, keeps structure Active force so that wrist-watch host 20 can be adjusted again and opposing floor portion bracket 10 rotates, until wrist-watch host 20 is folded On bottom bracket 10, at this point, user stops adjustment wrist-watch host 20, wrist-watch host 20 can be due to the holding of the holding structure It acts on and is maintained at that current state (i.e. first state) is constant, at this point, postposition camera module 26 is not due to the design of avoiding hollow groove It is blocked by bottom bracket 10, be then similarly in can shooting state for preposition camera module 25 and postposition camera module 26.

A kind of overturning smartwatch that the utility model embodiment four provides, by the way that preposition camera module 25 is arranged with after Camera module 26 is set, using the rotation of 20 opposing floor portion bracket 10 of wrist-watch host, so that preposition camera module 25 and postposition Camera module 26 can obtain different shooting direction with the rotation of wrist-watch host 20, meet the different shooting demands of user.

A kind of overturning smartwatch disclosed in the utility model embodiment is described in detail above, it is used herein Specific case is expounded the principles of the present invention and embodiment, and the explanation of above example is only intended to help Understand a kind of core concept of overturning smartwatch of the utility model；At the same time, for those skilled in the art, foundation The thought of the utility model, there will be changes in the specific implementation manner and application range, in conclusion in this specification Appearance should not be construed as a limitation of the present invention.

Claims (20)

1. a kind of overturning smartwatch, which is characterized in that including

Bottom bracket, the bottom bracket include the first end and second end being oppositely arranged, and the first end is equipped with the first connection Portion, the second end are equipped with second connecting portion；

The first connecting portion of wrist-watch host, the wrist-watch host and the bottom bracket is rotatablely connected, the wrist-watch host It can rotate relative to the bottom bracket and convert between the first state and a second state；

Structure is kept, the holding structure is configured to connect with the wrist-watch host and the bottom bracket, so that the hand The relatively described bottom bracket of table host keeps the first state；And

Watchband, the both ends of the watchband are connected to the first connecting portion and the second connecting portion；

Wherein, the first state is that the wrist-watch host is stacked at the state on the bottom bracket, and second state is The relatively described bottom bracket of the wrist-watch host forms the state of certain angle.

2. overturning smartwatch according to claim 1, which is characterized in that the holding structure include press-key structure and/ Or magnetic structure.

3. overturning smartwatch according to claim 2, which is characterized in that the press-key structure includes pressing component, button Close component and the first dynamic clamping head and quiet clamping head, the pressing component pressable is set to the wrist-watch host, and the one of the locked part End is abutted with the pressing component, the other end of the locked part be used to be fastened and connected with the bottom bracket or with the bottom The separation of portion's bracket；

First dynamic clamping head and quiet clamping head is set to described one end of the locked part, and first dynamic clamping head and quiet clamping head is for providing guarantor Hold the other end of the locked part and active force that the bottom bracket is fastened and connected.

4. overturning smartwatch according to claim 3, which is characterized in that the press-key structure further includes that the second elasticity is multiple Position part, second dynamic clamping head and quiet clamping head are configured to connect with the pressing component, keep it not to provide the pressing component The active force of pressing state.

5. overturning smartwatch according to claim 3 or 4, which is characterized in that the bottom or inside of the wrist-watch host Equipped with location structure, the location structure is for positioning the pressing component and the locked part.

6. overturning smartwatch according to claim 5, which is characterized in that the bottom of the wrist-watch host is equipped with institute State location structure, the abutting part of the pressing component is set to the location structure and abuts with the locked part, and described presses The press section of splenium part is stretched out from the bottom of the wrist-watch host；

The locked part is set to the location structure, and the other end of the locked part is from the bottom of the wrist-watch host Portion stretches out and is fastened and connected with the bottom bracket.

7. overturning smartwatch according to claim 6, which is characterized in that the location structure includes being set to the wrist-watch The positioning groove of the bottom of host and the fixation cover board for being covered on the positioning groove, the fixed cover board is for covering The pressing component and the locked part on the location structure.

8. overturning smartwatch according to claim 7, which is characterized in that it is recessed to correspond to the positioning on the fixed cover board Slot is equipped with fixed card slot of the opening towards the positioning groove, and it is recessed that the pressing component and the locked part are set to the positioning In slot and the fixed card slot.

9. overturning smartwatch according to claim 5, which is characterized in that the inside of the wrist-watch host is equipped with institute Location structure is stated, the press section of the pressing component is set to the location structure and stretches out the wrist-watch master from the location structure The outside of machine, the abutting part of the pressing component are connected to the locked part.

10. overturning smartwatch according to claim 9, which is characterized in that the inside of the wrist-watch host is also set There is fixation member, the fixation member closes on the location structure setting, and described one end of the locked part is set to described solid Determine component, the abutting part of the pressing component extends to the fixation member and abuts with described one end of locked part.

11. overturning smartwatch according to claim 5, which is characterized in that the location structure is equipped with locating part, described For locating part to having spacing between the pressing component, the locating part is used to limit the pressing stroke of the pressing component.

12. overturning smartwatch according to claim 6, which is characterized in that the locked part can be one or two, The locked part is fastened and connected in the bottom or side of the bottom bracket.

13. overturning smartwatch according to claim 2, which is characterized in that the magnetic structure includes at least the first magnetic Property element and the second magnetic element, first magnetic element is set to or is formed in the wrist-watch host, the described second magnetic member Part is set to or is formed in the bottom bracket, and second magnetic element is used to be attracted with first magnetic element.

14. overturning smartwatch according to any one of claims 1 to 4, which is characterized in that the wrist-watch host includes setting There is the host shell of display screen and encloses in the display screen periphery and the cover that is connect with the host shell, the holding Structure is configured to connect with the host shell and the bottom bracket.

15. overturning smartwatch according to any one of claims 1 to 4, which is characterized in that the wrist-watch host with it is described The coaxial connection in one end of the first connecting portion and the watchband of bottom bracket.

16. overturning smartwatch according to claim 15, which is characterized in that the wrist-watch host by first rotating shaft with The first connecting portion of the bottom bracket is rotatablely connected, and the first rotating shaft is equipped with damping structure, the damping structure It keeps the wrist-watch host to rotate relative to the bottom bracket to form the active force of the certain angle for providing.

17. overturning smartwatch according to any one of claims 1 to 4, which is characterized in that the camera shooting of the wrist-watch host Mould group is preposition camera module and/or postposition camera module.

18. overturning smartwatch according to claim 17, which is characterized in that the camera module of the wrist-watch host For preposition camera module and postposition camera module, the preposition camera module and the postposition camera module are divided into the wrist-watch The tow sides of host, the wrist-watch host rotate relative to the bottom bracket and in the first states and second state Between when converting, the preposition camera module and the postposition camera module obtain difference with the rotation of the wrist-watch host Shooting direction.

19. overturning smartwatch according to any one of claims 1 to 4, which is characterized in that the bottom bracket is plate Structure or the bottom bracket are the closed hoop structure being bent to form by bending rod piece.

20. overturning smartwatch according to any one of claims 1 to 4, which is characterized in that set up separately at the both ends of the watchband There are the first watchband retaining ring and the second watchband retaining ring；

First bracelet clasp is arranged with the first watchband interconnecting piece, the first watchband interconnecting piece and the first connecting portion and institute State the coaxial connection of wrist-watch host；

Second bracelet clasp is arranged with the second watchband interconnecting piece, and the second watchband interconnecting piece is rotatablely connected by the second shaft In the second connecting portion of the bottom bracket.