CN209086685U - Intelligent host and intelligent watch capable of changing shooting direction - Google Patents
Intelligent host and intelligent watch capable of changing shooting direction Download PDFInfo
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- CN209086685U CN209086685U CN201821609222.3U CN201821609222U CN209086685U CN 209086685 U CN209086685 U CN 209086685U CN 201821609222 U CN201821609222 U CN 201821609222U CN 209086685 U CN209086685 U CN 209086685U
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- 230000007306 turnover Effects 0.000 claims description 4
- 238000010586 diagram Methods 0.000 description 9
- 238000000034 method Methods 0.000 description 7
- 238000004891 communication Methods 0.000 description 5
- 230000008569 process Effects 0.000 description 4
- 238000006243 chemical reaction Methods 0.000 description 3
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- 239000012790 adhesive layer Substances 0.000 description 2
- 238000001514 detection method Methods 0.000 description 2
- 230000017525 heat dissipation Effects 0.000 description 2
- 230000001133 acceleration Effects 0.000 description 1
- 230000001154 acute effect Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 238000001816 cooling Methods 0.000 description 1
- 230000009977 dual effect Effects 0.000 description 1
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Abstract
The utility model relates to an intelligence wrist-watch technical field specifically discloses a can change intelligent host computer of shooting direction, including the host computer body that is equipped with double-phase offside chassis support and is equipped with camera and display screen, host computer body slidable connection slides and can take place the upset when sliding to the assigned position between the different positions in double-phase offside of chassis support and chassis support relatively to make the relative chassis support of host computer body can have different states. By adopting the design, when the camera needs to photograph or scan a code function, the camera can be aligned to the direction required by a user to photograph or scan the code by sliding the host body to the designated position and overturning the host body by a certain angle, so that the inconvenience caused by the fact that the traditional intelligent watch can only photograph a fixed direction or twist an arm to adjust the photographing angle and scan the code direction and the like and is not flexible enough is solved. Additionally, the utility model also discloses an intelligent wrist-watch of having this intelligent host computer.
Description
Technical field
The utility model relates to the smart host of smartwatch technical field more particularly to a kind of changeable shooting direction and
Smartwatch.
Background technique
Smart electronics product is quickly grown now, and the function of smartwatch is increasingly rich, and can not only realize conventional wristwatch
Time display function, additionally it is possible to realization take pictures, video and barcode scanning payment etc. functions.But traditional smartwatch was using
Cheng Zhonghui exists following insufficient: smartwatch can only shoot fixed-direction or adjust shooting angle or barcode scanning by twisting arm
Direction is unable to satisfy the different use demands of user using inflexible freedom.
Utility model content
The utility model discloses the smart hosts and smartwatch of a kind of changeable shooting direction, and having can be according to user
The function of use demand change camera shooting direction.
To achieve the goals above, in a first aspect, the utility model embodiment discloses a kind of changeable shooting direction
Smart host, comprising:
Chassis overhang, the chassis overhang include two opposite sides；And
Host main body, the host main body are equipped with camera and display screen, and the host main body is slidably coupled to institute
State two opposite sides of chassis overhang, and the host main body can the relatively described chassis overhang at first of the opposite side
It sets and is slided between the second position, and when sliding into the second position, the host main body can the relatively described chassis overhang
It is flipped, so that the host main body is overturn by first state to the second state, to change the shooting side of the camera
To and change the direction of the display screen；
Wherein, the first state is that the host main body is stacked at the chassis overhang and the display screen is away from described
The state of the upper surface of chassis overhang；
Second state is that the relatively described chassis overhang of the host main body overturns to the display screen and favours/or hang down
Directly in the state of the upper surface of the chassis overhang.
As an alternative embodiment, in the embodiment of the utility model first aspect, the host main body packet
It includes two sides, turning end and the nonrotational end being oppositely arranged with the turning end, the two sides of the host main body and is slidably connected to institute
The two opposite sides of chassis overhang are stated, the turning end is used for the hair when the two sides of the host main body slide into the second position
Raw overturning, the camera are set to the nonrotational end.
As an alternative embodiment, the camera is set in the embodiment of the utility model first aspect
In the host main body, the camera includes front camera and/or rear camera.
As an alternative embodiment, in the embodiment of the utility model first aspect, the camera includes
Front camera and rear camera, the host main body include the display surface being oppositely arranged and non-display face, the display screen
Set on the display surface, the front camera is set to the display surface, and the rear camera is set to the non-display face.
As an alternative embodiment, in the embodiment of the utility model first aspect, the rear camera
Setting position in the non-display face is corresponding in the setting position of the display surface with the front camera.
As an alternative embodiment, in the embodiment of the utility model first aspect, the front camera
Shooting direction perpendicular to the display surface, the shooting direction of the rear camera is perpendicular to the non-display face.
As an alternative embodiment, the host main body can in the embodiment of the utility model first aspect
Lateral turnover occurs for the relatively described chassis overhang.
As an alternative embodiment, in the embodiment of the utility model first aspect, the host main body position
When second state, the host main body chassis overhang overturning can return back to the first state/or opposite relatively
The chassis overhang is overturn to the third state, and the third state is that the host main body is stacked at the chassis overhang and described
State of the display screen towards the upper surface of the chassis overhang.
As an alternative embodiment, in the embodiment of the utility model first aspect, the chassis overhang
Two opposite sides are equipped with sliding rail, and the sliding rail includes the first position and the second position；
The host main body corresponds to the sliding rail equipped with rotating junction, and the rotating junction card is set and axis is connected to correspondence
The sliding rail in.
As an alternative embodiment, in the embodiment of the utility model first aspect, the chassis overhang pair
The second position is answered to be equipped with rotation fixation kit, the rotation fixation kit is used at the relatively described bottom in the rotating junction
The rotating junction is connected to when disc carrier is flipped, so that described in the relatively described chassis overhang holding of the host main body
Second state.
As an alternative embodiment, in the embodiment of the utility model first aspect, the rotating junction
At least provided with the first confined planes and the second confined planes of angled setting, the rotation fixation kit is used in the rotation connection
The relatively described chassis overhang in portion abuts when being flipped with first confined planes/or second confined planes, so that the master
The relatively described chassis overhang of machine ontology obtains different limit angles.
As an alternative embodiment, in the embodiment of the utility model first aspect, the fixed group of the rotation
Part includes the fixing piece for being set to the dynamic clamping head and quiet clamping head of the chassis overhang and connecting with the dynamic clamping head and quiet clamping head, the fixing piece
It is arranged towards the sliding rail and partially protrudes into the sliding rail, the fixing piece is described for abutting with the rotating junction
Dynamic clamping head and quiet clamping head is used to provide the active force for keeping the fixing piece to abut with the rotating junction, so that the host main body
The relatively described chassis overhang keeps second state.
As an alternative embodiment, in the embodiment of the utility model first aspect, the chassis overhang packet
It includes bottom plate and is connected to the bottom plate two sides and forms the both side plate of the two opposite sides, the both side plate is arranged with the cunning
Rail.
As an alternative embodiment, in the embodiment of the utility model first aspect, projection on the side plate
Have boss, the chassis overhang further includes fixed plate, and the fixed plate is set on the side plate, and the fixed plate with it is described convex
Platform is opposite and interval is arranged, and the sliding rail is formed between the fixed plate and the boss.
As an alternative embodiment, in the embodiment of the utility model first aspect, the host main body packet
The cover for including the host shell with accommodating cavity and being embedded with the display screen and being connect with the host shell, the display
Screen covers the opening of the accommodating cavity of the host shell.
Second aspect, the utility model embodiment additionally provide a kind of smartwatch, the smartwatch include watchband with
And the smart host such as above-mentioned changeable shooting direction, the watchband are connected to the two opposite sides of the chassis overhang,
The watchband and the connection direction of the chassis overhang are different with the glide direction of the relatively described chassis overhang of the host main body.
Compared with prior art, the smart host and smartwatch of a kind of changeable shooting direction of the utility model have
Below the utility model has the advantages that
The smart host and smartwatch of a kind of changeable shooting direction provided by the utility model, by smartwatch
On add chassis overhang, and host main body can be slided between the different positions with respect to chassis overhang, and specified sliding into
It can be also flipped when position, so that host main body can have different states with respect to chassis overhang.It is set using such
Meter to designated position and can be overturn certain angle by sliding host main body when needing use to take pictures or barcode scanning function
Degree, direction needed for camera being directed at user is taken pictures or barcode scanning, and solving traditional smartwatch can only shoot
Fixed-direction twists arm to adjust the inflexible bring inconvenience of the use such as shooting angle and barcode scanning direction.
And there are double camera modules of front camera and rear camera because being arranged, shooting function can be enriched, to meet
Different shooting demands of the user under different occasions, different scenes, this, which can greatly improve user, makes smartwatch
With experience.
In addition, sliding host main body to specific bit can be passed through in function biggish using calorific values such as video or calls
It sets and brings it about overturning, so that pyrotoxin can be not directly contacted with skin, while be conducive to the rapid cooling of host main body, mention
High integral heat sink effect.
In addition, it can be made to overturn with respect to chassis overhang by sliding host main body when user is without using smart host
To host main body display screen can towards the state of the upper surface of chassis overhang, in this way, display screen is no longer arranged upward, so as to
It is enough to play a protective role to display screen, it reduces and scratches or the risk of broken screen.
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 host main body of smart host disclosed in the utility model embodiment one is located at the schematic diagram of first state；
Fig. 2 is that the host main body of smart host disclosed in the utility model embodiment one slides into the structure of the second position and shows
It is intended to；
Fig. 3 is that the host main body of smart host disclosed in the utility model embodiment one is located at the preposition camera shooting of the second state
The schematic diagram of head side；
Fig. 4 is that the host main body of smart host disclosed in the utility model embodiment one is located at the postposition camera shooting of the second state
The schematic diagram of head side；
Fig. 5 is that the host main body of smart host disclosed in the utility model embodiment one is located at the schematic diagram of the third state；
Fig. 6 is that the structure of sliding rail on the opposite side of the chassis overhang of smart host disclosed in the utility model embodiment one is shown
It is intended to；
Fig. 7 is the structural schematic diagram of the chassis overhang of smart host disclosed in the utility model embodiment one；
Fig. 8 is the structural schematic diagram of the rotating junction of smart host disclosed in the utility model embodiment one；
Fig. 9 is the structural schematic diagram of the rotation fixation kit of smart host disclosed in the utility model embodiment one；
Figure 10 is the structural schematic diagram of the host main body of smart host disclosed in the utility model embodiment one；
Figure 11 is the structural schematic diagram of smartwatch disclosed in the utility model embodiment two.
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.
It should be noted that the term " includes " of the utility model embodiment and " having " and their any deformation,
Be intended to cover it is non-exclusive include, for example, containing the process, method of a series of steps or units, system, product or setting
It is standby those of to be not necessarily limited to be clearly listed step or unit, but may include be not clearly listed or for these mistakes
The intrinsic other step or units of journey, method, product or equipment.
The utility model embodiment discloses the smart host and smartwatch of a kind of changeable shooting direction, is able to solve
Traditional smartwatch has that heat dissipation effect is bad and can not provide real-time guard to screen in routine use.
It is described in detail below with reference to attached drawing.
Embodiment one
Fig. 1 is that host main body 2 is stacked at chassis overhang 1 and display screen 21 is away from chassis overhang 1 referring to FIG. 1 to FIG. 4,
The state of upper surface 11, Fig. 2 are state of the host main body 2 relative to 1 lateral sliding of chassis overhang to the second position, Fig. 3, Fig. 4
Overturn with respect to chassis overhang 1 to display screen 21 for host main body 2 favour/or the upper surface 11 perpendicular to chassis overhang 1 shape
State.The smart host 10 includes chassis overhang 1 and host main body 2.Chassis overhang 1 includes two opposite sides 1a, and host main body 2 is equipped with
Camera and display screen 21, host main body 2 is slidably coupled to the two opposite sides 1a of chassis overhang 1, and host main body 2 can phase
Chassis overhang 1 is slided between the first position and the second position of two opposite sides 1a, and when sliding into the second position, host
Ontology 2 can be flipped with respect to chassis overhang 1, so that host main body 2 is overturn by first state to the second state, be taken the photograph to change
As the shooting direction of head and the direction of change display screen 21.
The smart host 10 of the utility model can be applied to smartwatch, when the smart host 10 of the utility model is applied to
When smartwatch, the host that host main body 2 can be used as smartwatch is used, and chassis overhang 1 then can be used as connection table band
Component uses.Specifically, the host main body 2 of the utility model includes not only mainboard, for realizing touch-control, the touch-control of display function
Screen/or display screen, realize that the shooting of the shooting function of host main body fills at the battery being powered to mainboard, touch screen/display screen
Set, realize communication device (such as wireless communication devices, Bluetooth communication device, the infrared communication device of the communication function of host main body
Part etc.), realize host main body detection function sensor (such as gravity sensor, acceleration transducer, range sensor,
Baroceptor, dabbles and detects identification module at ultraviolet detector), realize the heart rate detection that is detected to the heart rate of user
Device, the timer of timing function for realizing host main body, element that the identity of user is identified, such as fingerprint mould group, face
Portion identifies mould group, and realizes audio input and/or microphone, the loudspeaker of output etc..It should learn, above-mentioned each device
Part, functional module group are set to inside host main body, and are electrically connected with mainboard, are realized by mainboard to these devices, functional module group
Control, and then control its and realize corresponding function.
Therefore, the host main body 2 of the utility model embodiment be different from traditional wrist-watch be only able to achieve time showing,
The dial plates of functions such as timing.
Wherein, first state is the upper table that host main body 2 is stacked at chassis overhang 1 and display screen 21 deviates from chassis overhang 1
The state (such as Fig. 1) in face 11, that is, at this point, the folded top for being located at chassis overhang 1 of host main body 2, and the display of host main body 2
Screen 21 is arranged upward, that is, away from the direction of the upper surface of chassis overhang 1 11.In this case, which applies
It is no different when smartwatch with common wrist-watch host use.
And working as user need to use the host main body 2 that it be made to be capable of forming angle with respect to chassis overhang 1 in order to operate display
It, then can be by the way that host main body 2 be slid into the second position (as schemed along its opposite side with respect to chassis overhang 1 when shielding 21, filming apparatus
Shown in 2), then at this point, host main body 2 is no longer stacked at 1 top of chassis overhang completely.When host main body 2 is sliding with respect to chassis overhang 1
When moving to the second position, then host main body 2 can be flipped with respect to chassis overhang 1, to obtain the second state.That is, second
State be host main body 2 overturn with respect to chassis overhang 1 to display screen 21 favour/or perpendicular to chassis overhang 1 upper surface 11
State (as shown in Figure 3, Figure 4), i.e., at this point, host main body 2 is with respect to forming angle between chassis overhang 1, the angle can according to
The use habit at family is adjusted to acute angle, right angle either obtuse angle etc..
In the present embodiment, host main body 2 includes two sides, and the two sides of host main body 2 are slidably connected to the two of chassis overhang 1
Opposite side, i.e., when with respect to chassis overhang 1 lateral sliding occurs for host main body 2, its essence is the two sides of host main body 2 on chassis
It is slided on the two opposite sides of bracket 1.To avoid when host main body 2 is turned into the second state with respect to chassis overhang 1, camera is too
Block or cause shooting inconvenient so that object is closed on by arm etc. in the shooting visual field of camera close to chassis overhang 1, host main body 2 is also
Equipped with turning end and the nonrotational end being oppositely arranged with turning end.Wherein, turning end in the two sides of host main body 2 for sliding into
It is flipped when the second position, camera is set to nonrotational end.
Specifically, camera is set in host main body 2, is designed convenient for the cabling of the mainboard in camera and host main body 2,
So that the cabling inside host main body is more succinct, the volume of complete machine is reduced.Camera may include front camera 22 and/
Or rear camera 23.In order to enrich shooting function and make the host main body 2 that shooting can be achieved when in different conditions,
Set camera to include front camera 22 and rear camera 23 dual-camera structure.
Further, host main body 2 includes the display surface and non-display face 1b that are oppositely arranged, wherein the display surface is then
The display surface of display screen 21, non-display face 1b are the one side away from display screen.The front camera 22 is arranged towards display surface, after
Camera 23 is set to be arranged towards the non-display face 1b.Specifically, for the host main body of the present embodiment 2, it is with display surface
Forward direction, using non-display face as rear Xiang Fangxiang, then the host main body 2 has double camera modules, and double camera modules are
One in front and one in back it is arranged.In this way, when host main body 2 is in first state with respect to chassis overhang 1, due to 22 court of front camera
To forward direction, the rear camera 23 is towards backward direction, then the front camera 22 can be used for shooting the scape of forward direction
Object.And since the smart host can be applied to smartwatch and be worn on user's arm, in first state, after this
The scene that user wants shooting can not be taken due to blocking for arm face by setting camera 23.Based on this, this reality
With it is novel can be by sliding into the second position and being flipped to the second state host main body 2 with respect to chassis overhang 1, this
When, host main body 2 is no longer folded to be located on chassis overhang 1, and its free end is arranged far from chassis overhang 1, at this point, even if user wears
The smartwatch is worn, rear camera 23 will not be blocked by arm face again, then rear camera 23 equally may be used
Applied to shooting.It follows that the host main body 2 of the utility model is to realize relative to the purpose of the rotation of chassis overhang 1
Therefore the different shooting demands of user on the basis of original single camera, also add rear camera 22, so that
After host main body 2 is with respect to the sliding overturning of chassis overhang 1, there can be dual camera to realize the different shooting demands of user respectively.Thing
In reality, user can realize that the self-timer of user, video are logical by front camera 22 when wearing the smartwatch and shooting
The functions such as words, and the functions such as scene shot, the barcode scanning of forward direction then can be achieved in rear camera 23, therefore, are configured with double take the photograph
As the host main body 2 of head can satisfy different shooting demands of the user under different occasions, different scene, this can greatly be mentioned
Usage experience of the high user for smartwatch.
It should learn, which can be used for realizing the scene shot on the periphery of host main body 2, sweep
The functions such as code, and rear camera 23 can also be used for realizing the functions such as self-timer, the video calling of user.It specifically can be according to user's
Actually use situation setting.
Further, since the display surface of the front camera 22 towards the display screen 21 is arranged, the rear camera 23
It is arranged towards the non-display face 1b.Wherein, which can position
In in display screen 21, may be alternatively located at outside display screen 21.
In the present embodiment, rear camera 23 is in the setting position of non-display face 1b and front camera 22 in display surface
Setting position it is corresponding, display surface and non-display face 1b respectively correspond the opening being provided with for finding a view for camera, when us
The position of camera can be found according to opening of finding a view when shooting, and camera is directed at the scenery that we need to shoot, and
Viewing focuses the scenery of camera intake on display screen 21.Because the display surface of front camera 22 towards the display screen 21 is set
It sets, which is arranged towards the non-display face 1b, when we using front camera 22 when being shot, because finding a view
Opening and display surface in the same face, the position that can be quickly found out where camera and subject needed for being aligned is shot.But
When being shot using rear camera 23, because user needs viewing display screen 21 when shooting to watch or focus the scape of intake
Object, so position where can not grasping camera in real time and subject is aligned with, the shooting that will cause user in this way is inconvenient.
Therefore, can by rear camera 23 non-display face 1b setting position and front camera 22 in the setting position pair of display surface
It answers, when user is shot using rear camera 23, can know front camera 22 by the opening of finding a view of front camera 22
Position focalize to know the position of rear camera 23 to shoot to find a view and be aligned.Meanwhile it being used when shooting
The sight at family is typically normal to display screen 21 therefore can be by front camera 22 preferably to watch captured scenery
Shooting direction is set as perpendicular to display surface, and the shooting direction of rear camera 23 is perpendicular to non-display face 1b, in this way, user watches
It is equivalent to directly observation subject when display screen, keeps shooting more convenient.
Therefore, display surface and non-display face 1b can be changed the bottom of relative to by the overturning of the opposite chassis overhang 1 of host main body 2
The angle of disc carrier 1, to change the shooting direction of front camera 22 and rear camera 23.Due in the second state,
Host main body 2 is tilted or is vertically arranged with respect to chassis overhang 1, then at this point, arm of the host main body 2 far from user, i.e., in this shape
Under state, the biggish function of the calorific values such as video calling, shooting, reading is can be used in user.
It recombines shown in Fig. 2, Fig. 3 and Fig. 4, in the present embodiment, since the two sides of host main body 2 are connected to chassis branch
With respect to chassis overhang 1 lateral turnover can occur for the opposite side of frame 1, therefore, host main body 2.Specifically, such as Fig. 2, Fig. 3 and Fig. 4 institute
Show, in first state, display screen 21 is arranged upward, when host main body 2, which slides into the second position, to be flipped, host main body
2 are inwardly flipped towards the opposite side of chassis overhang 1, so that display screen 21 by being arranged overturning extremely towards chassis branch upward
The direction of the inside of the opposite side of frame 1.
Further, on the basis of turning end, nonrotational end is overturn the lateral turnover upward, i.e., nonrotational end faces away from
The direction of chassis overhang 1 is overturn.At this point, display screen 21 is shown from the direction overturning for the upper surface 11 for being parallel to chassis overhang 1
Screen 21 is carried on the back towards the upper surface of chassis overhang 1 11, i.e. display surface towards the upper surface of chassis overhang 1 11, non-display face 1b direction
Outside from chassis overhang 1, the shooting direction of camera by changing into chassis overhang 1 perpendicular to chassis overhang 1 into angle or
In parallel.
Further, when host main body 2 is located at the second state but is not required to reuse shooting function, host main body 2 can
The opposite overturning of chassis overhang 1 returns back to first state/or opposite chassis overhang 1 is overturn to the third state, and the third state is host
Ontology 2 be stacked at chassis overhang 1 and display screen 21 towards the upper surface of chassis overhang 1 11 state (as shown in Figure 5).At this point,
The display surface of display screen 21 is covered by chassis overhang 1, to avoid display screen 21 directly by extraneous friction or shock.In this shape
Under state, since display screen 21 is arranged towards chassis overhang 1, if in this case can be due to by earth using display screen 21
The display content of disc carrier 1 blocked and display screen 21 can not be watched.
It, in the present embodiment, can opposite bottom for the ease of the host main body 2 in conjunction with shown in Fig. 2, Fig. 3, Fig. 4, Fig. 6 and Fig. 7
The two opposite sides 1a of disc carrier 1 is slided, and the two opposite sides 1a of the chassis overhang 1 is equipped with sliding rail 12, and the host main body 2 is slidably
Set on the sliding rail 12.Specifically, which can be by the sliding slot being arranged on the two opposite sides 1a of chassis overhang 1 or projection
Boss on the two opposite sides 1a of chassis overhang 1 is formed.Preferably, the sliding rail 12 is by projection in the two opposite of chassis overhang 1
Boss on the 1a of side is formed.
Further, chassis overhang 1 includes bottom plate 13 and is connected to 13 two sides of bottom plate and forms the two of two opposite sides 1a
Side plate 14, both side plate are arranged with sliding rail 12.Wherein, boss 141 is convexly equipped on both side plate 14, chassis overhang 1 further includes fixing
Plate 15, fixed plate 15 are set on side plate 14, and fixed plate 15 is opposite with boss 141 and interval is arranged, fixed plate 15 and boss 141
Between formed sliding rail 12.
Further, for the ease of limiting sliding position of the host main body 2 on sliding rail 12, sliding rail 12 includes opposite sets
The first end and the second end set, first end are equipped with the first card slot 121, and the first card slot 121 forms first position, second end
Portion is equipped with the second card slot 122, and the second card slot 122 forms the second position.
In the present embodiment, the sliding for the ease of host main body 2 with respect to sliding rail 12, the corresponding sliding rail of the host main body 2
12 are equipped with rotating junction 24, and the rotating junction 24 card is set and axis is connected in corresponding sliding rail 12.Specifically, in host main body
During 2 opposite sliding rails 12 slide, its essence is rotating junctions 24 to slide relative to sliding rail 12.That is, in first state
When, rotating junction 24 is located in the first card slot 121, that is, rotating junction 24 is located at first position；Needing host main body 2
When rotating relative to chassis overhang 1, then rotating junction 24 slides into the second position along the first position of sliding rail 12 and is flipped,
I.e. rotating junction 24 slides into the second card slot 122 along sliding rail 12 by the first card slot 121；And when host main body 2 is in the second position
When be flipped again to the third state, which is still located at the second card slot 122 of the second position, at this point, wearing
Wearer can exert a force so that rotating junction 24 is flipped, thus after rotating junction 24 is flipped, due to the second card slot
122 setting, rotating junction 24 can be approximately fixed in the second position, without sliding from the second position to first position
It is dynamic.
It is highly preferred that first card slot 121 should be the circular trough substantially matching with rotating junction 24, in order to the company of rotation
The card of socket part 24 is set.
Further, which includes host interconnecting piece 241 and axis part 242, and host interconnecting piece 241 is fixed
In host main body 2, so that rotating junction 24 is combined into one with host main body 2, i.e. host main body 2 and rotating junction 24
Motion state is consistent, so that host main body 2 can when rotating junction 24 rotates in the second card slot 122 of sliding rail 12
Overturning is realized relative to 1 lateral sliding of chassis overhang or relative to chassis overhang 1.Axis part 242 card set and axis be connected to it is corresponding
In sliding rail 12, axis part 242 can be achieved to slide but can not realize overturning on the first position of sliding rail 12, to ensure host main body
2 in slipping with 1 keeping parallelism of chassis overhang, it is unlikely that chassis overhang 1 is scraped because being flipped in slipping.
In conjunction with shown in Fig. 6 to Fig. 9, in the present embodiment, in order to keep the state after the overturning of host main body 2, in chassis branch
Setting rotation fixation kit 16 in frame 1, rotation fixation kit 16 are used to be flipped in rotating junction 24 with respect to chassis overhang 1
When be connected to rotating junction 24, the active force of the state after being held turned over is provided for rotating junction 24, so that host main body 2
Opposite chassis overhang 1 keeps the second state.Specifically, which is set to the second position of the sliding rail 12, thus
When rotating junction 24 slides into the second position and is flipped, it is possible to provide the state after keeping the rotating junction 24 to overturn
Active force.
Further, in order to make host main body 2 more stably lateral sliding and preferably keep overturning on sliding rail 12
State afterwards, first confined planes 243 and second confined planes 244 (such as Fig. 8) of the rotating junction 24 at least provided with angled setting.
Wherein, first confined planes 243 and the second confined planes 244 are set to the axis part 242 engaged in rotating junction 24 with sliding rail 12,
And first confined planes 243 and the second confined planes 244 can be multiple, each first confined planes 243 and the second confined planes 244
Between angled setting, and in order to realize the limit to the host main body 2, first confined planes 243 and the second confined planes 244
Area may be configured as it is equal or different.
Specifically, due to rotation fixation kit 16 be used for rotating junction 24 with respect to chassis overhang 1 be flipped when with
First confined planes 243/ or the second confined planes 244 abut, so that host main body 2 obtains different limit angles with respect to chassis overhang 1
Degree.For example, the area that second confined planes 244 are arranged is greater than the area of the first confined planes 243, when rotation fixation kit 16 abuts
When first confined planes 243, then at this time host main body 2 with respect to chassis overhang 1 can angle between 30~80 °, and work as
Rotation fixation kit 16 is when being connected to the second confined planes 244, then at this time host main body 2 can be located at 80 with respect to chassis overhang 1~
120 ° of angle.And preferably, it is accustomed to meet user for the operation of display screen 21 and viewing, when rotation fixation kit 16
When being connected to the second confined planes 244, then the host main body 2 can be located at 90 ° of angle with respect to chassis overhang 1, at this point, the display screen
21 are arranged perpendicular to chassis overhang 1.
In the present embodiment, rotation fixation kit 16 include set on chassis overhang 1 dynamic clamping head and quiet clamping head 161 and with elasticity
The fixing piece 162 that return unit 161 connects, fixing piece 162 are arranged and partially protrude into sliding rail 12, fixing piece 162 towards sliding rail 12
For abutting with rotating junction 24, dynamic clamping head and quiet clamping head 161 is for providing what stationary piece 162 was abutted with rotating junction 24
Active force, so that host main body 2 keeps the second state with respect to chassis overhang 1.When fixing piece 162 is abutted with rotating junction 24
When, fixing piece 162 acts perpendicularly to confined planes, to enhance fixing piece 162 to the withstanding effect of rotating junction 24.
Preferably, spring can be selected in dynamic clamping head and quiet clamping head 161, and spring flexibility ratio is high, and extensibility is good, in switching process, bullet
Spring can play buffer function because itself having elastic reaction, reduce dynamic clamping head and quiet clamping head 161 in telescopic process to intelligent master
The vibration that machine 2 generates.In addition, because of the elastic reaction of spring, rotation fixation kit 16 can firmly be connected to chassis overhang 1 at
The confined planes of different angle.
Further, when host main body 2 is located at the third state, if user need to reuse the display screen 21, can turn
The host main body 2 is moved, so that rotating junction 24 is flipped in the second card slot 122, so that host main body 2 is by the third state
It is overturn again to the second state.
Two of them switching process is described in detail below:
The axis part 242 of rotating junction 24 is arranged in the first of first end when being located at first state with host main body 2
For card slot 121:
The-the second state of first state-first state: force is by host main body 2 along the upper surface 11 for being parallel to chassis overhang 1
Direction to the second end where side push, the axis part 242 of rotating junction 24 is along corresponding first card in first position
Slot 121 slides onto the second card slot 122 and is sticked in the second card slot 122, and force overturns host main body 2 towards second direction, shows
Display screen 21 away from the overturning of chassis overhang 1 by, to display screen 21 towards the upper surface of chassis overhang 1 11, realizing host main body 2 by the
One state is overturn to the second state, at this point, rotation fixation kit 16 is connected to the confined planes of rotating junction 24, so that host sheet
Body 2 keeps the second state.Host main body 2 is returned back to by display screen 21 towards the overturning of the upper surface of chassis overhang 1 11 and is parallel to
Then the upper surface 11 of chassis overhang 1 pushes host main body 2, so that the rotating junction 24 of host main body 2 is from the second card slot
122 slide into the first card slot 121 along sliding rail 12, realize host main body 2 by the second replying state to first state.
The-the second state of first state-the-the second state of the third state-first state: force is by host main body 2 along being parallel to
Side where the direction to first end of the upper surface 11 of chassis overhang 1 pushes, and the axis part 242 of rotating junction 24 is from the
One card slot 121 slides onto the second card slot 122 and is sticked in the second card slot 122, and force turns over host main body 2 towards second direction
Turn, display screen 21 is by, towards the upper surface of chassis overhang 1 11, realizing host main body 2 away from the overturning of chassis overhang 1 to display screen 21
Second state is switched to by first state, at this point, rotation fixation kit 16 is connected to the confined planes of rotating junction 24, so that main
Machine ontology 2 keeps the second state.Exert a force again by host main body 2 favoured by display screen 21/or perpendicular to and towards chassis branch
The overturning of upper surface 11 to the display screen 21 of frame 1 is stacked at chassis overhang 1 and towards the upper surface of chassis overhang 1, realizes host sheet
Body 2 is overturn by the second state to the third state.
Vertically host main body 2 is forced in push up host main body 2 along the direction for the upper surface 11 for being parallel to chassis overhang 1
Dynamic, the axis part 242 of rotating junction 24 is rotated along corresponding second card slot 122 in the second position, and host main body 2 is by the third state
Overturning is the second state.
It exerts a force again and overturns host main body 2 towards first direction, host main body 2 is display screen 21 by the overturning of the second state
Upper surface 11 that is parallel and deviating from chassis overhang 1；It is exerted a force again by host main body 2 by display screen 21 away from the upper of chassis overhang 1
Surface 11 and deviate from 1 parallel slip of chassis overhang to display screen 21 and the parallel upper surface 11 for being stacked at chassis overhang 1, then
Host main body 2 is pushed, so that the rotating junction 24 of host main body 2 slides into the first card slot along sliding rail 12 from the second card slot 122
In 121, host main body 2 is by the second replying state to first state.
As shown in Figure 10, in the present embodiment, host main body 2 further includes having the host shell 25 of accommodating cavity and being embedded
The cover 26 for having display screen 21 and connecting with host shell 25, display screen 21 cover the opening of the accommodating cavity of host shell 25.Its
In, non-display face 1b is set on the bottom surface of host shell 25.Cover 26 is for connecting host shell 25 and display screen 21, cover 26
It is set as up-narrow and down-wide arcuate structure, relatively narrow one end is set as the first cover end 261, and the first cover end 261 is for being embedded display
Screen 21, avoids the impact force when the side of host main body 2 is hit from directly acting on display screen 21.Wider one end is set as
Two cover ends 262, the second cover end 262 are connect with host shell 25, to increase the receiving cavity area of host shell 25, reduce master
The thickness of casing body 25 keeps the appearance of host main body 2 more frivolous.
Further, display screen 21 pastes the first cover end 261 for being embedded at cover 26 by adhesive-layer, display screen 21
Surface is slightly below the outer at the first cover end 261, can be in user accidentally by host when host main body 2 is located at first state
When ontology 2 and the external world collide, using the first cover end 261 externally protrude out in display screen and avoid display screen 21 directly with the external world
It collides；Secondly, can be kept away when the display screen 21 of host main body 2 carries out lateral sliding towards the upper surface of chassis overhang 1 11
Exempt from display screen 21 and sliding friction directly occurs with the upper surface 11 of chassis overhang 1, to avoid display screen 21 is scratched.Second cover end
262 are embedded at host shell 25 by adhesive-layer stickup.
A kind of smart host for changeable shooting direction that the utility model embodiment one provides has sliding rail by setting
12 and card slot chassis overhang 1, and be arranged in host main body 2 rotating junction 24 and be arranged on chassis overhang 1 turn
Dynamic fixation kit 16 so that the folded host main body 2 being located on chassis overhang 1 can the opposite generation lateral sliding of chassis overhang 1 and
Overturning, to obtain movable smart host 10.According to user's needs, smart host 2 can realize host main body with respect to chassis overhang 1
2, which are stacked at chassis overhang 1 and display screen 21, overturns away from the upper surface 11 of chassis overhang 1, host main body 2 with respect to chassis overhang 1
Favour to display screen 21/or the equal different conditions in upper surface 11 perpendicular to chassis overhang 1 mutual conversion, to change camera shooting
The shooting direction of head, to meet the requirement of user's difference occasion.
In addition, because the camera in host main body 2 is set as that there is front camera 22 and the double of rear camera 23 to take the photograph
As head mode, shooting function can be enriched, meets different shooting demands of the user under different occasions, different scenes, and greatly
User is improved for the usage experience of smartwatch in ground.
Embodiment two
Figure 11 is please referred to, is a kind of intelligence of the smart host of changeable shooting direction disclosed in the utility model embodiment two
Energy wrist-watch, the watchband 20 including smart host 10 and set on 10 two sides of smart host.Two watchbands 20 are connected to chassis branch
The outside of the two opposite sides of frame 1, watchband 20 and chassis overhang 1, which can be fixed, to be either rotatablely connected.
Specifically, since watchband 20 is connected to the two opposite sides of chassis overhang 1, in host main body 2 with respect to chassis branch
When frame 1 slides between the first position and the second position of opposite side, host main body 2 horizontally slips relative to watchband 20.Host
During ontology 2 is overturn by first state to the second state, host main body 2 is with respect to chassis overhang 1 at first of opposite side
It sets and slides into the second position, host main body 2 is turned right Slideslip relative to watchband 20 by leftward position, when sliding into the second position,
A side to overturn where the display screen 21 of host main body 2 towards watchband 20.Host main body 2 is overturn by the third state to the second state
During, host main body 2 can return back to first state by the third state in the second position of opposite side with respect to chassis overhang 1,
Host main body 2, which is overturn relative to watchband 20 by leftward position, to be re-directed towards the direction of first end to the right side of watchband 20 and slides back
First state.
It follows that glide direction and reverses direction and watchband 20 and chassis branch of the host main body 2 with respect to chassis overhang 1
The direction that frame 1 connects is not in the same direction, in this way, not only will not influence watchband 20 when host main body 2 is slided with respect to chassis overhang 1
It wears, while also more meeting the use habit of user, and by the way of lateral sliding, the structure of wrist-watch designs more convenient conjunction
Reason.
In addition, the design and use of smart host 10 are referred to the description of embodiment one, which is not described herein again.
The smartwatch that the utility model embodiment two provides can be sent out by the way that host main body 2 is arranged relative to chassis overhang 1
The smart host 10 of raw lateral sliding overturning, host main body 2 can be with respect to watchbands 20 to lateral movement, i.e. user has in wearing and is somebody's turn to do
When the smartwatch of smart host, can 2 relative arm of host main body be displaced sideways and be overturn, and then changeable camera
Shooting direction.At the same time, the state after host overturning can be used in the biggish function of part calorific value, keep pyrotoxin not straight
Contact arm.And can overturn display screen 21 when not needing the function using display screen 21 is towards the upper of chassis overhang 1
Surface 11, to protect display screen 21.In addition, because being additionally arranged chassis overhang 1 between host main body 2 and the arm of user,
Host main body 2 is stacked under the daily wearing state of chassis overhang 1, and chassis overhang 1 can help thermally conductive and accelerate host main body 2
Heat dissipation, reduce host main body 2 to the direct heat transfer amount of skin.
Above to the smart host and smartwatch of a kind of changeable shooting direction disclosed in the utility model embodiment
It being described in detail, specific case used herein is expounded the principles of the present invention and embodiment, with
The explanation of upper embodiment is merely used to help understand the smart host and intelligence of a kind of changeable shooting direction of the utility model
Wrist-watch and its core concept；At the same time, for those skilled in the art, based on the idea of the present invention, specific real
Apply in mode and application range that there will be changes, in conclusion the content of the present specification should not be construed as to the utility model
Limitation.
Claims (16)
1. a kind of smart host of changeable shooting direction characterized by comprising
Chassis overhang, the chassis overhang include two opposite sides；And
Host main body, the host main body are equipped with camera and display screen, and the host main body is slidably coupled to the bottom
The opposite side of the two of disc carrier, and the host main body can the relatively described chassis overhang the opposite side first position and
It is slided between the second position, and when sliding into the second position, the host main body can the relatively described chassis overhang generation
Overturning so that the host main body is overturn by first state to the second state, thus change the shooting direction of the camera with
And change the direction of the display screen；
Wherein, the first state is that the host main body is stacked at the chassis overhang and the display screen is away from the chassis
The state of the upper surface of bracket；
Second state be the relatively described chassis overhang of the host main body overturn to the display screen favour/or perpendicular to
The state of the upper surface of the chassis overhang.
2. a kind of smart host of changeable shooting direction according to claim 1, which is characterized in that the host main body
It is slidably connected to including two sides, turning end and the nonrotational end being oppositely arranged with the turning end, the two sides of the host main body
The two opposite sides of the chassis overhang, the turning end are used for when the two sides of the host main body slide into the second position
It is flipped, the camera is set to the nonrotational end.
3. a kind of smart host of changeable shooting direction according to claim 1 or 2, which is characterized in that the camera shooting
Head is set in the host main body, and the camera includes front camera and/or rear camera.
4. a kind of smart host of changeable shooting direction according to claim 3, which is characterized in that the camera packet
Front camera and rear camera are included, the host main body includes the display surface being oppositely arranged and non-display face, the display
Screen is set to the display surface, and the front camera is set to the display surface, and the rear camera is set to the non-display face.
5. a kind of smart host of changeable shooting direction according to claim 4, which is characterized in that the postposition camera shooting
Head is corresponding in the setting position of the display surface with the front camera in the setting position in the non-display face.
6. a kind of smart host of changeable shooting direction according to claim 5, which is characterized in that the preposition camera shooting
The shooting direction of head is perpendicular to the display surface, and the shooting direction of the rear camera is perpendicular to the non-display face.
7. a kind of smart host of changeable shooting direction according to claim 1 or 4, which is characterized in that the host
Ontology can the relatively described chassis overhang generation lateral turnover.
8. a kind of smart host of changeable shooting direction according to claim 1, which is characterized in that the host main body
When positioned at second state, the host main body can chassis overhang overturning relatively return back to the first state/or phase
The chassis overhang is overturn to the third state, the third state is stacked at the chassis overhang and institute for the host main body
State state of the display screen towards the upper surface of the chassis overhang.
9. a kind of smart host of changeable shooting direction according to claim 1, which is characterized in that the chassis overhang
Two opposite sides be equipped with sliding rail, the sliding rail includes the first position and the second position；
The host main body corresponds to the sliding rail equipped with rotating junction, and the rotating junction card is set and axis is connected to corresponding institute
It states in sliding rail.
10. a kind of smart host of changeable shooting direction according to claim 9, which is characterized in that the chassis branch
Frame corresponds to the second position and is equipped with rotation fixation kit, and the rotation fixation kit is used in the rotating junction with respect to institute
It states and is connected to the rotating junction when chassis overhang is flipped, so that the relatively described chassis overhang of the host main body is kept
Second state.
11. a kind of smart host of changeable shooting direction according to claim 10, which is characterized in that the rotation connects
Socket part is at least provided with the first confined planes and the second confined planes of angled setting, and the rotation fixation kit is in the rotation
The interconnecting piece relatively described chassis overhang abuts when being flipped with first confined planes/or second confined planes, so that institute
It states the relatively described chassis overhang of host main body and obtains different limit angles.
12. a kind of smart host of changeable shooting direction described in 0 or 11 according to claim 1, which is characterized in that described turn
Dynamic fixation kit includes the fixing piece for being set to the dynamic clamping head and quiet clamping head of the chassis overhang and connecting with the dynamic clamping head and quiet clamping head, institute
It states fixing piece to be arranged towards the sliding rail and partially protrude into the sliding rail, the fixing piece with the rotating junction for supporting
It connects, the dynamic clamping head and quiet clamping head is used to provide the active force for keeping the fixing piece to abut with the rotating junction, so that described
The relatively described chassis overhang of host main body keeps second state.
13. according to a kind of described in any item smart hosts of changeable shooting direction of claim 9 to 11, which is characterized in that
The chassis overhang includes bottom plate and is connected to the bottom plate two sides and forms the both side plate of the two opposite sides, the two sides
Plate is arranged with the sliding rail.
14. a kind of smart host of changeable shooting direction according to claim 13, which is characterized in that on the side plate
It is convexly equipped with boss, the chassis overhang further includes fixed plate, and the fixed plate is set on the side plate, and the fixed plate and institute
It states boss relatively and interval is arranged, form the sliding rail between the fixed plate and the boss.
15. a kind of smart host of changeable shooting direction according to claim 1, which is characterized in that the host sheet
Body includes the cover for having the host shell of accommodating cavity and being embedded with the display screen and connecting with the host shell, described
Display screen covers the opening of the accommodating cavity of the host shell.
16. a kind of smartwatch, which is characterized in that the smartwatch includes watchband and any one of such as claim 1 to 15
It is described two opposite to be connected to the chassis overhang for the smart host of the changeable camera shooting direction, the watchband
Side, the glide direction of the connection direction chassis overhang opposite with the host main body of the watchband and the chassis overhang is not
Together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821609222.3U CN209086685U (en) | 2018-09-29 | 2018-09-29 | Intelligent host and intelligent watch capable of changing shooting direction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821609222.3U CN209086685U (en) | 2018-09-29 | 2018-09-29 | Intelligent host and intelligent watch capable of changing shooting direction |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209086685U true CN209086685U (en) | 2019-07-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821609222.3U Active CN209086685U (en) | 2018-09-29 | 2018-09-29 | Intelligent host and intelligent watch capable of changing shooting direction |
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| Country | Link |
|---|---|
| CN (1) | CN209086685U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111917959A (en) * | 2020-08-10 | 2020-11-10 | Tcl通讯（宁波）有限公司 | Camera control method and device, storage medium and smart watch |
| CN113823134A (en) * | 2021-09-23 | 2021-12-21 | 黑龙江大学 | Online classroom interaction device with student emotion analysis function and method thereof |
-
2018
- 2018-09-29 CN CN201821609222.3U patent/CN209086685U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111917959A (en) * | 2020-08-10 | 2020-11-10 | Tcl通讯（宁波）有限公司 | Camera control method and device, storage medium and smart watch |
| CN111917959B (en) * | 2020-08-10 | 2022-06-10 | Tcl通讯（宁波）有限公司 | Camera control method and device, storage medium and smart watch |
| CN113823134A (en) * | 2021-09-23 | 2021-12-21 | 黑龙江大学 | Online classroom interaction device with student emotion analysis function and method thereof |
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