CN208940017U - It is a kind of can unloading smart host structure and its smartwatch - Google Patents

It is a kind of can unloading smart host structure and its smartwatch Download PDF

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Publication number
CN208940017U
CN208940017U CN201821612271.2U CN201821612271U CN208940017U CN 208940017 U CN208940017 U CN 208940017U CN 201821612271 U CN201821612271 U CN 201821612271U CN 208940017 U CN208940017 U CN 208940017U
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China
Prior art keywords
main body
host main
host
state
bearing support
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CN201821612271.2U
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Chinese (zh)
Inventor
胥干
齐磊
金祖涛
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Guangdong Genius Technology Co Ltd
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Guangdong Genius Technology Co Ltd
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Priority to CN201821612271.2U priority Critical patent/CN208940017U/en
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Abstract

The utility model discloses it is a kind of can unloading smart host structure and its smartwatch, comprising: bearing support, the bearing support include the first opposite end, and first opposite end is equipped with the first connector；And host main body, the host main body are removably connected to first connector, to realize that the host main body is connected with the bearing support or separated with the bearing support.By the desirable unloading functions of host main body, host can be removed and be put to conversing or listen to music in one's ear by user；The functions such as any angle shooting and barcode scanning payment can have not only been realized by the rotatable function of host main body, but also were solved legacy hosts ontology and fitted in arm so that the case where scalding user's arm in the case of long-term use.

Description

It is a kind of can unloading smart host structure and its smartwatch
Technical field
The utility model relates to smartwatch field, more particularly to it is a kind of can unloading smart host structure and its intelligent hand Table.
Background technique
With the development of science and technology, the function that smartwatch can be realized is also more and more, for example, smartwatch can not only It realizes call function, while can also be achieved shooting function.
The shooting angle of the camera of current smartwatch most on the market is usually arranged upward, that is, with intelligence The display surface of wrist-watch is arranged in the same direction.User using camera shoot either video capability when, need to rotate arm or Wrist adjusts the angle coverage of camera, to realize normal photographing or video.But this mode needs the arm of user Identical posture is kept for a long time, be easy to cause the arm of user tired, to bring uncomfortable usage experience to user；This Outside, in video or when taking pictures, host main body is because operation may give off heat, and smartwatch is because being worn in user hand and pasting Nearly arm, so as to the case where scalding user hand skin of arm occur.
Utility model content
The utility model discloses it is a kind of can unloading smart host structure and smartwatch, host main body can be rotated, It realizes any angle shooting, improves that user need to twist arm when using traditional intelligence wrist-watch and be inconvenient to shoot ask Topic；By can unloading host main body come solve the problems, such as host fever scald one's hand, improve the experience of user.
In order to achieve the above object, in a first aspect, the utility model provide it is a kind of can unloading smart host structure, institute Stating smart host structure includes: bearing support, and the bearing support includes the first opposite end, and first opposite end is equipped with first Connector；And
Host main body, the host main body are removably connected to first connector, with realize the host main body with The bearing support connection is separated with the bearing support.
As an alternative embodiment, in the utility model first aspect embodiment, the first connector packet First support interconnecting piece is included, the first support interconnecting piece is set to first opposite end of the bearing support；First axle connects Portion, first axis part connect with the first support interconnecting piece axis；And first connecting portion, the first connecting portion are set to institute State the first axis part；The host main body is equipped with second connecting portion, and the second connecting portion can be rotated and be removably connected to institute State first connecting portion；
First axis part can be rotated relative to the first support interconnecting piece, so that the host main body can be relatively described Bearing support is rotated and is converted between the first state and a second state, and is turned in the relatively described bearing support of the host main body It moves to when being located at second state, the second connecting portion can be rotated relative to the first connecting portion, so that the host sheet Body is rotated relative to the axial direction of the first connecting portion；Wherein, the first state is described in the host main body is stacked at The state of bearing support, second state are the state that the relatively described bearing support of the host main body forms certain angle.
As an alternative embodiment, in the utility model first aspect embodiment, the second connecting portion is Shaft or axis hole, the second connecting portion are the axis hole cooperated with the first connecting portion or shaft.
As an alternative embodiment, in the utility model first aspect embodiment, the first connecting portion is Shaft, the second connecting portion are axis hole, and the host main body is equipped with first connecting rod and the second connecting rod, second connection Bar is connect with the first connecting rod, and second connection is formed between second connecting rod and the first connecting rod Portion.
As an alternative embodiment, the host main body is also wrapped in the utility model first aspect embodiment The first dynamic clamping head and quiet clamping head and the second dynamic clamping head and quiet clamping head are included, first dynamic clamping head and quiet clamping head is configured to connect with the first connecting rod Connect, second dynamic clamping head and quiet clamping head is configured to connect with second connecting rod, with keep the first connecting rod with it is described The second connecting portion is formed between second connecting rod, and then the second connecting portion is kept to connect with the first connecting portion State.
As an alternative embodiment, the bearing support also wraps in the utility model first aspect embodiment The second opposite end being oppositely arranged with first opposite end is included, second opposite end is equipped with the second connector, the host When the relatively described bearing support of ontology is turned to positioned at the first state, the host main body and second connector are removable Unload connection.
As an alternative embodiment, in the utility model first aspect embodiment, which is characterized in that the intelligence Energy wrist-watch further includes keeping structure, and the holding structure is for connecting the host main body and second connector, so that institute State the connection status of host main body holding and second connector.
As an alternative embodiment, in the utility model first aspect embodiment, the holding structure includes Press-key structure and/or magnetic structure.
As an alternative embodiment, in the utility model first aspect embodiment, on second connector Equipped with buckling parts, the press-key structure includes set on the pressing component of the host main body, set on the elasticity of the pressing component Part and buckling element, the pressing component for providing pressing active force so that the buckling element is fastened on the buckling parts, The elastic component is used to provide the active force for keeping the buckling element to be fastened on the buckling parts.
As an alternative embodiment, the holding structure is magnetic in the utility model first aspect embodiment Structure is inhaled, including being set to the first magnetic element of the host main body and set on the second magnetic element of second connector, First magnetic element is magnetic two opposite magnetic elements with second magnetic element；
Second magnetic element be used for first magnetic attraction element be attracted so that the host main body keep with it is described The state of second connector connection, so that the relatively described bearing support of the host main body keeps the first state.
As an alternative embodiment, the host main body is equipped in the utility model first aspect embodiment Filming apparatus.
As an alternative embodiment, in the utility model first aspect embodiment, the filming apparatus includes First filming apparatus and the second filming apparatus, first filming apparatus at least have the first shooting direction and the second shooting side To second filming apparatus at least has the 4th shooting direction and the 5th shooting direction；
The host main body rotates relative to the bearing support and turns between the first state and second state When changing, first filming apparatus is converted between first shooting direction and second shooting direction, the second count Device is taken the photograph to convert between the 4th shooting direction and the 5th shooting direction；
Second shooting direction and first shooting direction be not in the same direction, and the 5th shooting direction and the described 4th is clapped It is not in the same direction to take the photograph direction.
As an alternative embodiment, in the utility model first aspect embodiment, first filming apparatus Also there is third shooting direction, second filming apparatus also has the 6th shooting direction；
The host main body is rotated relative to the first connecting portion, so that the relatively described first connecting portion of the host main body Axial direction rotation when, first filming apparatus between second shooting direction and the third shooting direction turn It changes, second filming apparatus is converted between the 5th shooting direction and the 6th shooting direction；
The third shooting direction and the 6th shooting direction are the host main body along the first connecting portion The direction axially rotated.
As an alternative embodiment, in the utility model first aspect embodiment, the host main body includes The upper and lower surfaces being oppositely arranged, the upper surface are equipped with the first shooting form, and the lower surface is equipped with the second shooting view Window, first filming apparatus are found a view by the first shooting form realization, and second filming apparatus passes through described second Shooting form realization is found a view.
As an alternative embodiment, in the utility model first aspect embodiment, the second connector packet It includes
Second support interconnecting piece, the second support interconnecting piece are set to second opposite end of the bearing support, institute It states host main body and is removably connected to the second support interconnecting piece；And
Second axis part, second axis part are set to the second support interconnecting piece.
As an alternative embodiment, the bearing support is folding in the utility model first aspect embodiment The cyclic structure that curved bar part is bent to form.
As an alternative embodiment, in the utility model first aspect embodiment, the bending rod piece includes First bending rod piece and with the spaced second bending rod piece of the first bending rod piece, first connector, described Two connectors are all connected between the first bending rod piece and the second bending rod piece, and with the first bending rod piece, The second bending rod piece forms the cyclic structure of closure.
As an alternative embodiment, the bending rod piece is equipped in the utility model first aspect embodiment Lug boss, the host main body correspond to the lug boss equipped with groove, and the lug boss with the groove for engaging, so that institute It states the relatively described bearing support of host main body and keeps the first state.
As an alternative embodiment, first axis part is set in the utility model first aspect embodiment There is damping structure, the damping structure keeps the host main body to rotate to form described one relative to the bearing support for providing Determine the active force of angle.
Second aspect, the utility model additionally provide a kind of smartwatch comprising watchband can unloading with described above Smart host structure.
As an alternative embodiment, the watchband is connected to institute in the utility model second aspect embodiment State the bearing support of smart host structure.
As an alternative embodiment, in the utility model second aspect embodiment, the watchband, the host Ontology connection coaxial with first connector of the bearing support.
One kind provided by the utility model can unloading smart host structure and its smartwatch, by bearing support The first connector being detachably connected with host main body is set, so that host main body can be separated with bearing support and watch bracelet, Host main body is because heat can not distribute when to realize the function of any angle shooting with barcode scanning payment, and then also avoid wearing And the case where scalding user's arm.
In addition, can be rotated relative to bearing support by setting host main body and can realize rotation, so as to further adjust The display direction of the display screen in host main body and the shooting angle of camera are saved, and then the use of different user can be suitble to practise It is used, effectively improve the usage experience of user.
Detailed description of the invention
Fig. 1 is the smart host structural schematic diagram that the utility model embodiment two provides；
Fig. 2 is the host main body of the offer of the utility model embodiment two with respect to the schematic diagram that bearing support separates；
Fig. 3 is the structural schematic diagram for the first axis part that the utility model embodiment two provides；
Fig. 4 is the structural schematic diagram of the first connecting rod of the offer of the utility model embodiment two, the second connecting rod；
Fig. 5 is the position view of the first, second key that the utility model embodiment two provides and baffle；
Fig. 6 is the schematic diagram that the host main body that the utility model embodiment three provides is in the second state；
Fig. 7 is the structural schematic diagram for the bearing support that the utility model embodiment three provides；
Fig. 8 is the structural schematic diagram for the first support interconnecting piece that the utility model embodiment three provides；
Fig. 9 is the schematic diagram that the host main body that the utility model embodiment four provides is in the second state；
Figure 10 is the structural schematic diagram for the press-key structure that the utility model embodiment four provides；
Figure 11 is the schematic diagram that the host main body that the utility model embodiment five provides is in the second state；
Figure 12 is the schematic diagram that the host main body that the utility model embodiment five provides is in autorotation；
Figure 13 is the flow chart of the state conversion for the host main body that the utility model embodiment five provides.
Figure 14 is the schematic diagram for the filming apparatus that the utility model embodiment six provides；
Figure 15 is the schematic diagram of the first shooting direction that the utility model embodiment six provides and the 4th shooting direction；
Figure 16 is the schematic diagram of the second shooting direction that the utility model embodiment six provides and the 5th shooting direction；
Figure 17 is the schematic diagram of the third shooting direction that the utility model embodiment six provides and the 6th shooting direction；
Figure 18 is the structural schematic diagram for the damping structure that the utility model embodiment seven provides；
Figure 19 is that the structure for the smartwatch (host main body is in first state) that the utility model embodiment eight provides is shown It is intended to；
Figure 20 is that the structure for the smartwatch (host main body is in the second state) that the utility model embodiment eight provides is shown It is intended to.
Specific embodiment
In the present invention, term " on ", "lower", "top", "bottom", " in ", " perpendicular ", " oblique ", "vertical", "horizontal" etc. The orientation or positional relationship of instruction is to be based on the orientation or positional relationship shown in the drawings.These terms are primarily to preferably retouch The utility model and embodiment are stated, indicated device is not intended to limit or is constructed and is 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 " setting ", " fixed ", " connection ", " affixed " shall be understood in a broad sense.For example, it may be fixedly connected, It is detachably connected or monolithic construction；It can be mechanical connection, or electrical connection；It can be directly connected, either, in Between medium be indirectly connected, or be two connections internal between device, element or component.Skill common for this field For art personnel, 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
The utility model embodiment one provide it is a kind of can unloading smart host structure, including bearing support and host Ontology.Bearing support includes the first opposite end, and the first opposite end is equipped with the first connector, and host main body is removably connected to first Connector, to realize that host main body is separated with bearing support connection or with bearing support.
Embodiment two
Also referring to Fig. 1 to Fig. 2, the utility model embodiment two provide it is a kind of can unloading smart host structure, Including bearing support 1 and host main body 2.Bearing support 1 includes the first opposite end (not marking), and the first opposite end is equipped with first Connector 13, host main body 2 are removably connected to the first connector 13, with realize host main body 2 connect with bearing support 1 or with Bearing support 1 separates.
Wherein, defining the state isolated with bearing support 1 of host main body 2 is discrete state, then divides when host main body 2 is in When from state, host main body 2 can leave bearing support 1, so as to become small-sized smart machine for users to use, I.e., it is possible to hand held as mobile phone freely operate, in this way, being put into user when making a phone call in one's ear and making to converse and is apparent.
In the present embodiment, smart host structure can be applied to the smart machines such as smartwatch, Intelligent bracelet.As intelligent master When machine structure is applied to smartwatch, the wrist-watch host which can be used as smartwatch is used.That is, host main body 2 can Realization is conversed, is received and sent messages, video calling, scanning the two-dimensional code, mobile payment, checking environmental information and check biological information etc. Function, therefore, in the present embodiment, which may include mainboard assembly (not shown), display screen component, battery, loudspeaking Device, microphone, deck component, communication module and the sensor for realizing various functions, wherein sensor can be gravity sensor, Acceleration sensor, range sensor, heart rate sensor, baroceptor, ultraviolet detector etc..Host main body further includes simultaneously For element of identification, such as fingerprint recognition mould group, face recognition mould group etc..
However, it should learn, in the utility model embodiment, the display screen of the host main body 2 should be single aobvious Display screen, that is, the utility model host main body 2 can by way of opposite bearing support 1 detachably separate, come so that user for The use operation of the display screen of host main body 2 can be operated such as the display screen to mobile phone, it is therefore not necessary to double-display screen is set, it can It reduces and the electricity of 2 internal cell of host main body is consumed, improve battery durable ability.
As shown in connection with fig. 3, in the present embodiment, host main body 2 is removably connected to the first connector 13, to realize host Ontology 2 is connected with bearing support 1 or is separated with bearing support 1.Specifically, the first connector 13 includes first connecting portion 134, main Machine ontology 2 is equipped with second connecting portion 21, and the second connecting portion 21 being arranged in host main body 2 is removably connected to the first connector 13 First connecting portion 134.Specifically, first connecting portion 134 can be shaft, which can form for three parts, and first part is It is embedded in the larger-size axis body of the first connector 13, second part is the lesser axis body of size, for being connected to the shaft Component rotation, Part III is the lesser axis body of size for connecting elements.Second connecting portion 21 is axis hole, the axis hole Size is matched with the Part III of shaft, using this design method can be used family when dismantling host main body 2 compared with For simplicity.
As shown in connection with fig. 4, further, host main body 2 is equipped with first connecting rod 22a and the second connecting rod 22b, and second connects Extension bar 22b is connect with first connecting rod 22a, and forms second connecting portion between the second connecting rod 22b and first connecting rod 22a 21.Specifically, first connecting rod 22a and first connecting rod 22b is L shape bar, first connecting rod 22a and first connecting rod 22b Include stock and with stock quarter butt connected vertically, offer semi-circular recesses, first connecting rod 22a and first on the quarter butt Connecting rod 22b, which is reversely oppositely arranged, makes the two halves circular groove on two quarter butts be enclosed second connecting portion 21 (that is, forming axis Hole), the axis hole is for making shaft enter and engage, to realize being detachably connected for host main body 2 and the first connector 13.
Further, shaft can be detached from easily from axis hole and in unloading host main body 2, be convenient for user in order to prevent Operation, host main body 2 further includes the first dynamic clamping head and quiet clamping head 23a and the second dynamic clamping head and quiet clamping head 23b, the first dynamic clamping head and quiet clamping head 23a quilt It is arranged to connect with first connecting rod 22a, the second dynamic clamping head and quiet clamping head 23b is configured to connect with the second connecting rod 22b, to keep The second connecting portion 21 formed between first connecting rod 22a and the 22b of the second connecting rod, and then keep second connecting portion 21 and first The state that interconnecting piece 134 connects.
Preferably, the first dynamic clamping head and quiet clamping head 23a and the second dynamic clamping head and quiet clamping head 23b can be spring, the first dynamic clamping head and quiet clamping head 23a One end connect with one end of the stock of first connecting rod 22a, one end of the second dynamic clamping head and quiet clamping head 23b and the second connecting rod 22a Stock one end connection, to keep the fastening state of axis hole and shaft.That is, utilizing the first dynamic clamping head and quiet clamping head 23a and the second bullet The elastic acting force of property return unit 23b, may make first connecting rod 22a and the second connecting rod 22b that it can be kept to form the axis The state in hole is constant so that shaft can be firmly fastened in axis hole, and then ensure host main body 2 with bearing support Connection reliability when 1 connection.
Further, in order to realize the fixation of the first dynamic clamping head and quiet clamping head 23a and the second dynamic clamping head and quiet clamping head 23b, hand-set host 2 It further include that the first fixed plate 24a and the second fixed plate 24b, the first fixed plate 24a and the second fixed plate 24b are relatively arranged on second The two sides of interconnecting piece 21, and the first fixed plate 24a and the second fixed plate 24b are fixedly installed on host main body 2.First elasticity is multiple The other end and the first fixed plate 24a of position part 23a is affixed, and the other end of the second dynamic clamping head and quiet clamping head 23b and the second fixed plate 24b are solid It connects.In this way, the other end of the stock of first connecting rod 22a and the length of the second connecting rod 22b are pressed simultaneously as user When the other end of bar, first connecting rod 22a is mobile to compress the first dynamic clamping head and quiet clamping head 23a to the direction of the first fixed plate 24a, Make the first dynamic clamping head and quiet clamping head 23a that there is elastic potential energy, at the same time, the second connecting rod 22b is moved to the direction of the second fixed plate 24b It is dynamic to make the second dynamic clamping head and quiet clamping head 23b that there is elastic potential energy to the second dynamic clamping head and quiet clamping head 23b of compression, so that the first connection Bar 22a and the aperture of the second connecting rod 22b axis hole surrounded become larger, so that shaft can arbitrarily enter axis hole or divide with axis hole From.And when user cancels the pressing force of pressing first connecting rod 22a and the second connecting rod 22b, the first dynamic clamping head and quiet clamping head 23a's Elastic potential energy is converted to the opposite direction movement that kinetic energy pushes first connecting rod 22a towards the first fixed plate 24a, the second dynamic clamping head and quiet clamping head The elastic potential energy of 23b is converted to the opposite direction movement that kinetic energy pushes the second connecting rod 22b towards the second fixed plate 24b, so that The axis hole returns back to its initial size (size matched with shaft) so that shaft be sticked in axis hole and can not It is detached from from axis hole.It is arranged in this way, user, which does not need tool, can be realized first connecting portion 134 and host main body 2 Connect or separate, consequently facilitating user connection or disassembly host main body 2.
As shown in connection with fig. 5, in the present embodiment, first connecting rod 22a and the second connecting rod are pressed for the ease of user The other end of 22b, the stock of first connecting rod 22a are equipped with the first key 221, and the other end of the stock of the second connecting rod 22b is set There is the second key 222, the first key 221 and the second key 222 are used to press for user, and separate shaft with axis hole, thus Improve the operation convenience of user.
In conjunction with shown in Fig. 4 and Fig. 5, the first axis part 132 and above-mentioned first connecting rod 22a, the second connecting rod 22b, the Gear is provided between one dynamic clamping head and quiet clamping head 23a, the second dynamic clamping head and quiet clamping head 23b, the first fixed plate 24a and the second fixed plate 24b Plate 20, baffle 20 are leave a blank rotating shaft position and the angularly disposed long square plate in host main body 2.Baffle 20 is for protecting the first connection Bar 22a, the second connecting rod 22b, the first dynamic clamping head and quiet clamping head 23a, the second dynamic clamping head and quiet clamping head 23b, the first fixed plate 24a and second The degree that connection structure and the above-mentioned component of reduction between fixed plate 24b are contaminated or are touched, and then can slow down above-mentioned The aging speed of component, the oblique design of baffle 20 are also used to increase the connection area of host main body 2 and the first axis part 132, So that stronger and convenient for host main body 2 rotation when connection of host main body 2 and the first axis part 132.
It should learn, in addition to the second connecting portion 21 that the utility model embodiment is mentioned is axis hole, first connecting portion 134 the case where being shaft, in other embodiments, second connecting portion 21 can also be shaft, and first connecting portion 134 can also be axis Hole, in this case, above-mentioned first connecting rod 22a, the second connecting rod 22b, the first dynamic clamping head and quiet clamping head 23a, the second elasticity Return unit 23b, the first fixed plate 24a, the second fixed plate 24b should all be set on the first axis part 132, specific axis hole with turn Axis setting position should be designed with reference to actual demand, and second connecting portion 21 is axis hole in concrete principle and the present embodiment, and first The case where interconnecting piece 134 is shaft principle is identical, and so it will not be repeated.
The utility model embodiment two provide it is a kind of can unloading smart host structure, opposite can be held by host main body It carries bracket to be detachably connected, that is, host main body can be separated with respect to bearing support, so as to meet the different use demands of user (such as call, video, operating display curtain etc.) and different occasions (can be by host main bodies and carrying if you need to carry out secret call Bracket separates and host main body is close to the users in one's ear), the different use demands of different user are enabled adaptation to, and then can Effectively improve the usage experience of user.
In addition, host main body and being detachably connected for bearing support are by way of shaft and shaft hole matching, dismounting is more The design of convenient and structure is simpler.
Embodiment three
In conjunction with shown in Fig. 1, Fig. 2 and Fig. 6, the utility model embodiment three provide it is a kind of can unloading smart host knot Structure, the utility model embodiment three it is a kind of can unloading smart host structure and the utility model embodiment two one kind it is desirable It is in place of the difference for the smart host structure unloaded:
The host main body 2 can be rotated and be removably connected to the first connector 13 of bearing support 1, so that host sheet Body 2 can be rotated when connecting with the first connector 13 relative to bearing support 1.
In the present embodiment, bearing support 1 is the cyclic structure being bent to form by bending rod piece.Specifically, bearing support 1 Including the first bending rod piece 15 and the second bending rod piece 16 connecting with the first bending rod piece 15, the first connector 13 is connected to Between one bending rod piece 15 and the second bending rod piece 16, and closure is formed with the first bending rod piece 15, the second bending rod piece 16 Cyclic structure.
Preferably, the first bending rod piece 15 is the rod piece of approximate " Contraband " shape, the approximation " Contraband " with the second bending rod piece 16 Shape rod piece is segmented into three parts, respectively first part, second part and Part III.Wherein, with the first bending rod piece 15 For, first part 151 is vertical bar, and second part 152 and Part III equal 153 are transverse bar.Second bending 16 knot of rod piece Structure is identical as the first bending rod piece 15, and so it will not be repeated.And first bending rod piece 15 and the second bending rod piece 16 be Contraband shape bar Vertical bar in part is folded upward at the rod piece to form protrusion.Using this design, bearing support 1 can meet ergonomics, patch It shares family arm and also leaves a small amount of heat-dissipating space, can be reduced the heat that the host main body 2 that user experiences issues.
Further, bearing support 1 is equipped with lug boss (not marking), and 2 respective protrusions portion of host main body is equipped with groove and (does not mark Note), lug boss with groove for engaging, so that host main body 2 keeps fastening with respect to bearing support 1.Specifically, lug boss is Contraband First part 151 in shape rod piece, which is folded upward at, is formed by part.The groove of 2 two sides of host main body is set in host main body 2 fasten when being stacked at bearing support 1 with lug boss, keep the host main body 2 being placed on bearing support 1 more firm.
In conjunction with shown in Fig. 2, Fig. 3 and Fig. 6, in the present embodiment, the first connector 13 include first support interconnecting piece 131, First axis part 132 and first rotating shaft 133, the first axis part 132 are connected to first rotating shaft with 131 axis of first support interconnecting piece 133, first support interconnecting piece 131 is equipped with two connecting holes (not marking), for making the first bending rod piece 15 and the second bending rod piece 16 second part 152 respectively enters and engages.It is connect using the first bending rod piece and the second bending rod piece 16 with first support The mode that portion 131 is detachably connected can be easily carried the dismounting of bracket 1.
Further, which further includes the first axis part 132 connect with 131 axis of first support interconnecting piece. Specifically, first support interconnecting piece 131 is set to the first opposite end of bearing support 1, is connected to first connection in host main body 2 When portion 134, since the first axis part 132 can be rotated relative to first support interconnecting piece 131, host main body 2 also can be first It is rotated under the action of axis part 132 relative to first support interconnecting piece 131.Specifically, which passes through first rotating shaft 133 realize the rotation connection with first support interconnecting piece 133.
In conjunction with shown in Fig. 2, Fig. 7 and Fig. 8, it is preferable that first support interconnecting piece 131 is equipped with three holes altogether, wherein two holes are used In making the first bending rod piece 15 respectively enter and engage with the second bending rod piece 16, another hole is worn for first rotating shaft 133 Hollow hole 131a, the outside of first support interconnecting piece 131 are equipped with link slot 131b, and link slot 131b is for making the first axis part Common axle is connected in first rotating shaft 133 after 132 insertions.First support interconnecting piece 131 is additionally provided with arc protection board 131c, the arc Protection board 131c is set to the side backwards to the setting of wearer's arm, for keeping structure thick and solid.Wherein, the first axis part 132 is interior Side is equipped with and second leaves a blank slot (not indicating), this second leaves a blank slot for entering first support interconnecting piece 131 and engaging.
In conjunction with shown in Fig. 1, Fig. 3 and Fig. 6, in the present embodiment, the first axis part 132 can be with respect to first support interconnecting piece 131 rotations, so that host main body 2 can be rotated relative to bearing support 1, so that host main body 2 can be with respect to bearing support 1 the It is converted between one state and the second state, and when host main body 2 is turned to respect to bearing support 1 positioned at the second state, the master Machine ontology 2 can be rotated relative to first connecting portion 134.Specifically, the first axis part 132 is with the axial direction of first rotating shaft 133 Rotation direction a is rotated relative to first support interconnecting piece 131, and user is led when using smartwatch by rotation Machine ontology 2 come realize change the display screen 27 in host main body 2 towards and filming apparatus the functions such as shooting direction, make user The shooting that just can be carried out different directions without full wind-up keeps user more convenient using smartwatch in daily life.
In conjunction with shown in Fig. 1 and Fig. 6, host main body 2, which longitudinally rotates, is being stacked at bearing support 1 for host main body 2 Rotated under state to outside the end of bearing support 1, and finally make equipped with display screen 27 one facing towards the end of bearing support 1 Outside, to form the rotation of the second state.That can learn is the negative side that host main body 2 can also be rotated along longitudinal direction by the second state It is inwardly rotated to the end towards bearing support 1, until host main body 2 is stacked on bearing support 1, here then is provided with display screen 27 Face away from bearing support 1 while.
Wherein, first state is the state that host main body 2 is stacked at bearing support 1, and the second state is that host main body 2 is opposite The state of the formation certain angle of bearing support 1.Specifically, in first state, host main body 2 is stacked in bearing support 1 Top, that is, bearing support 1 is completely covered in host main body 2.
Defining the second state is that host main body 2 can along the axial direction rotation process of first rotating shaft 133 from first state Along 134 axial-rotation of first connecting portion, 360 degree of state, the first axis part 132 can relative to first rotating shaft 133 it is axial rotate so that Host main body 2 turns to the second state from first state.Due to the opposite formation of bearing support 1 of host main body 2 in the second state Certain angle, then at this point, second connecting portion 21 can be rotated relative to first connecting portion 134, so that host main body 2 opposite first connects The axial direction b of socket part 134 is rotated, i.e., host main body 2 can not only axially move around first rotating shaft 133, but also can be around the first connection Portion 134 axially moves.
Further, defining the certain angle is an angular interval, which is host main body 2 from first state Host main body 2 and first support connect when can in rotational direction rotate along the axial direction b of first connecting portion 134 in a rotation process Socket part 131 is formed by angle.
It can learn, in host main body 2 before entering the second state along first rotating shaft 133 from first state, meeting There are one section of host main bodies 2 not to be bonded with bearing support 1, can not be fixed along 134 one week state of axial-rotation of first connecting portion This section of state of justice is intermediate state, intermediate state be host main body 2 from first state along 133 axial-rotation of first rotating shaft to State between second state.In an intermediate state, host main body 2 still cannot be one week along 134 axial-rotation of first connecting portion, i.e., Be host main body 2 along 134 axial-rotation of first connecting portion when will receive the blocking of bearing support 1.
Further, in host main body 2 along first rotating shaft 133 from the second state with first state to the rotation of the second state When direction a is continued to rotate, can rotate host main body 2 cannot along 134 axial-rotation of first connecting portion, 360 degree of state because At this moment host main body 2 will receive the blocking of bearing support 1, and defining this state is the third state.Host under the third state The scenery landscape that ontology 2 is normally used for shooting wide-angle can be improved user's by the rotation of 2 wide-angle of host main body Usage experience.
It follows that host main body 2 can be divided into four kinds of states when being axially moved along first rotating shaft 133, respectively First state, intermediate state, the second state and the third state.First state is that host main body 2 is connect with the first connector 13, And host main body is stacked at the state on bearing support 1, host main body 2 and bearing support 1 be at 0 degree of angle in this case, Host main body 2 and the host use of traditional smartwatch are no different under the state；Intermediate state is that host main body 2 is connect with first Part 13 connects, and rotates to along first rotating shaft 133 state between second state in first state, in this case host main body 2 Usually with bearing support 1 at 0-60 degree angle, host main body 2 is the angle of more suitable user's self-timer in this state；Second shape State be host main body 2 can along the state of 134 axial-rotation of the first connector, in this case host main body 2 and bearing support 1 at 60-150 degree angle, host main body 2 is more shot suitable for landscape in this state；The third state is by the second state along first Shaft 133 continues rotation until the state that can not be rotated, host main body 2 and bearing support 1 are at 150-180 degree in this case Angle, host main body 2 is more shot suitable for wide-angle in this state.
Specifically, host main body 2 can also continue in rotational direction a in a third condition and continue to rotate, but is to continue with and turns The dynamic use meaning for just losing host main body 2.This is because when the smart host structure of the utility model is applied to intelligent hand When table, in the case where user wears the smartwatch, since host main body 2 is that opposite bearing support 1 longitudinally rotates, with Form second state, that is, when host main body 2 is rotated relative to bearing support 1, what it is with display screen 27 is located at by folded on one side The first state of 1 top of bearing support is rotated to outside the end of bearing support 1, and finally makes one equipped with display screen 27 to face To outside the end of bearing support 1, therefore, when host main body 2 and 1 angulation of bearing support are 180 degree, then host sheet at this time The display screen 27 of body 2 is blocked, user will be unable to see display screen towards the arm face of user by the arm face of user Shown picture on 27.
In conjunction with shown in Fig. 2, Fig. 6 and Fig. 7, in order to be connect in host main body 2 with the first connector 13 and in first state When, it is able to maintain host main body 2 and is in first state without converting to the second state, bearing support 1 further includes opposite with first End (not marking) second opposite end (not marking) for being oppositely arranged is provided with the second connector 14 on second opposite end, this Two connectors 14 are equally used for being detachably connected when host main body 2 is connect with the first connector 13 with host main body 2.Namely It says, when host main body 2 is connect with the first connector 13 and when being in first state, host main body 2 is similarly connect with second Part 14 connects, so that host main body 2 be kept to be in first state.
And when host main body 2 is want to be converted by first state to the second state, then need to make host main body 2 and second first The separation of connector 14 just can be achieved.Specifically, the second connector 14 is similarly coupled to the first bending rod piece 15 and the second bending bar Between part 16, and the second connector 14 and the first bending rod piece 15, the second bending rod piece 16 and the first connector 13 enclose and connect It connects to form closed circular structure.On second connector 14 can be equipped with for fasten host main body 2 fastener (such as protrusion The catching groove that fastener, recess are arranged either has magnetic component etc.), it can be real when host main body 2 is stacked at bearing support 1 Now keep the current state of host main body 2.
The utility model embodiment three provide it is a kind of can unloading smart host structure, by setting host main body with It when first connector connects, can be rotated under the action of the first connector relative to bearing support, so as to pass through rotational angle The shooting direction to realize the relative orientation and filming apparatus that change the display screen in host main body is adjusted, and then can satisfy The display and shooting demand of user's difference occasion.
In addition, also may be implemented in using host main body with respect to the rotatable mode of bearing support without removing host main body In the case where, the problem of arm of user when in use is scalded by host main body fever can be effectively improved.
Example IV
In conjunction with shown in Fig. 9 to Figure 10, the utility model embodiment four provide it is a kind of can unloading smart host structure, this Utility model example IV it is a kind of can unloading smart host structure and embodiment three it is a kind of can unloading smart host knot It is in place of the difference of structure:
In the present embodiment, smartwatch further includes keeping structure, and the holding structure is for connecting host main body 2 and second Connector 14, so that host main body 2 keeps the connection status with the second connector 14.
Specifically, which may include press-key structure and/or magnetic structure.
Incorporated by reference to shown in Fig. 9 to Figure 10, as an alternative embodiment, the holding structure includes press-key structure, Two connectors 14 are equipped with buckling parts 144, and press-key structure includes set on the pressing component 25 of host main body 2, set on pressing component Elastic component 251 and buckling element 252, pressing component 25 be used for user provide pressing active force when make buckling element 252 detain Together in buckling parts 144, elastic component 251 is used to provide the active force for keeping buckling element 252 to be fastened on buckling parts 144.Specifically, The spring 251 is with buckling element 252 for making the second connector 14 after connecting keep fastening to the company of holding with host main body 2 It connects.Certainly, it should it learns, it, can be by pressing the press section if user need to separate host main body 2 with the second connector 14 Part 25 separates buckling element 252 with buckling parts 144, and therefore, in the case, elastic component 251 can also be achieved offer elasticity Active force separates buckling element 252 with buckling parts 144.
In the present embodiment, pressing component 25 includes press section 253 and press section (not marking), which is used for Pressing, the elastic component 251 and buckling element 252 are set to press section.Specifically, buckling element 252 includes the first buckling end 252a and the second buckling end 252b, the first buckling end 252a are on the press section, and the second buckling end 252b is for being fastened on Conjunction portion 144.When host main body 2 is located at first state, user's pressable host main body 2, so that second buckling end 252b Alignment buckling parts 144 is simultaneously fastened in buckling parts 144, at this point, the elastic component 251 is in preloading condition, so that the second button End 252b is closed firmly to be fastened in buckling parts 144.
And when needing so that host main body 2 is separated with the second connector 14 to realize its rotating function, then it can pass through pressing The press section 253, at this point, the press section is pressed portion 253 pressing effect and squeeze the elastic component 251, then elastic component 251 by It squeezes, then the stretching travel of elastic component 251 shortens, at this point, elastic component 251 is shunk toward the direction towards press section 253, thus band The second buckling end 252b is moved toward the direction movement (that is, jacking up upwards) towards press section, at this point, the second buckling end 252b It is detached from out of buckling parts 144.
It should learn, in the utility model embodiment, in order to save the setting of component, assemble and make intelligence Main machine structure overall structure is simple, which can be one, and the press-key structure may be provided at host main body 2 and nonrotationally hold End center at, so that the balance of host main body 2 can be kept as far as possible in pressing.
In addition, the press section 253 can be selected silica gel material or can press in order to improve the pressing comfort level of user Silica gel push-button is arranged outside portion 253.
It needs to learn, in other embodiments, buckling parts 144 can also be set in host main body 2, then second Setting button structure on connector 14.In this case, the size of 25 each section of pressing component and position and buckling parts 144 Size just need to refer to actual demand with Position Design and be designed, concrete principle is identical as principle in the present embodiment, therefore not It repeats again.
As another optional embodiment, structure is kept to may also comprise magnetic structure, magnetic structure includes being set to master The first magnetic element (not shown) of machine ontology 2 and the second magnetic element (not shown) set on the second connector 14, the first magnetic Property element and the second magnetic element be magnetic two opposite magnetic elements；Second magnetic element is used to inhale with the first magnetic attraction element It closes, so that host main body 2 keeps the state connecting with the second connector 14, so that host main body 2 is protected with respect to bearing support 1 Hold first state.Specifically, the first magnetic element may be disposed on the second connector 14, and the second magnetic element then may be provided at master The position of corresponding first magnetic element of machine ontology 2.When smartwatch is worn in user hand, as user pushes host Ontology 2 is rotated to the second connector 14, when host main body 2 is turned to it is smaller at a distance from the second connector 14 when, magnetic structure Host main body 2 can be adsorbed on the second connector 14, connect host main body 2 with the second connector 14 and be able to maintain this company It connects, when user, which needs to rotate host main body 2, carries out other operations, needs to be greater than the magnetism that magnetic structure generates to one The pulling force of adsorption capacity, Lai Lakai host main body 2 and the second connector 14, so as to so that host main body 2 enter intermediate state from And axial-rotation is carried out along first rotating shaft 133.
The utility model embodiment four provide it is a kind of can unloading smart host structure, pass through to increase and keep setting for structure It sets, so that when by the second state conversion (or restore) to first state, to be positively retained at first state constant for host main body, thus So that the use of the host main body and the host use of traditional intelligence wrist-watch are no different, so as to meet user without using the intelligence Host main body can be stacked at the demand on bearing support without converting easily to the second state by the occasion of energy main machine structure.
Embodiment five
The utility model embodiment five provide it is a kind of can unloading smart host structure, the utility model embodiment five mentions Confession it is a kind of can unloading smart host structure and the utility model embodiment four it is a kind of can unloading smart host structure Difference place is:
In conjunction with shown in Fig. 3, Figure 11, Figure 12, in the present embodiment, since the second connecting portion 21 of host main body 2 can be rotated And therefore first connecting portion 134 that is detachable and being connected to the first connector 13 connects in host main body 2 and first connecting portion 134 When being connected together and being in the second state, host main body 2 can be rotated relative to first connecting portion 134, and due to first connecting portion 134 For shaft, therefore, along the axial direction b of first connecting portion 134 rotation, in this case, Yong Huke can occur for host main body 2 Rotational angle by adjusting host main body 2 with respect to the axial direction b of first connecting portion 134, so as to adjust in host main body 2 The rotational angle of display screen 27 and filming apparatus with respect to the axial direction b of first connecting portion, to may make in host main body Display screen and filming apparatus can be conveniently adjusted to face user or backwards to user angle, the use of more convenient user.
That is, host main body 2 in addition to the discrete state of above-described embodiment two, the first state of above-described embodiment three, It also defines host main body 2 with the state of rotation other than intermediate state, the second state, the third state and in the second condition can The state for carrying out rotation is autorotation, then autorotation is axial generation rotation of the host main body 2 along first connecting portion 134 State.
In conjunction with shown in Figure 11, Figure 12 and Figure 13, specifically, host main body 2 is in first state, intermediate state, the second shape State, autorotation, six kinds of states of the third state and discrete state can mutually convert by the operation of user.Example Such as, when host main body 2 is in first state, host main body 2 is connect with the first connector 13 on bearing support 1 with second After part 14 separates, host main body 2 is in discrete state；And works as and the host main body 2 in discrete state is again coupled to upper first After connector 13 and the second connector 14, then host main body 2 returns to first state.It, will when host main body 2 is in first state Host main body 2 separates with the second connector 14 and keeps the connection status of host main body 2 and the first connector 13, at this time rotation master Machine ontology 2 makes host main body 2 form certain angle with respect to bearing support 1, when in rotational direction a is turned to the greatest extent host main body 2 When head, host main body 2 can successively pass through intermediate state, the second state and the third state.When host main body 2 is in the second state When, rotation can be carried out along first connecting portion 134.
Specifically, in conjunction with shown in Figure 11 and Figure 12, when host main body 2 is in the second state, at this point, if host main body 2 Display screen 27 towards the direction in the outside of bearing support 1, then can be by rotating host main body 2, so that host main body 2 connects along first 134 rotation of socket part makes the display screen 27 of host main body 2 by turning to towards the direction in 1 outside of bearing support towards bearing support The direction of 1 inside, in this way, user can adjust the rotational angle according to the use habit of oneself, to change the display screen 27 Relative orientation.That is, then caning turn to display screen 27 towards 1 inside of bearing support when user wants convenient for operating display 27 Direction, convenient for alignment user (as shown in figure 12).And when user wants to show the content on display screen 27 to other people, then it can be rotated To display screen 27 towards the direction in the outside of bearing support 1, convenient for be aligned other people (as shown in figure 11).
The utility model embodiment five provide it is a kind of can unloading smart host structure, by being set on the first axis part The mode for setting first connecting portion can make host main body carry out rotation along first connecting portion, be clapped convenient for user with any angle It takes the photograph.
Embodiment six
Also referring to Figure 14 to 17, the utility model embodiment six provide it is a kind of can unloading smart host structure, The utility model embodiment six provide it is a kind of can unloading smart host structure and one kind of this hair embodiment five can unloading It is in place of the difference of smart host structure:
In conjunction with shown in Figure 14, in the present embodiment, host main body 2 is equipped with filming apparatus 26.Filming apparatus 26 includes first Filming apparatus 261 and the second filming apparatus 262.For the ease of filming apparatus is arranged, the host main body 2 is upper including being oppositely arranged Surface (not marking) and lower surface (not marking), upper surface are equipped with the first shooting form (not marking), and lower surface is equipped with second count It takes the photograph form (not marking), the first filming apparatus 261 is found a view by the first shooting form realization, and the second filming apparatus 262 passes through the Two shooting form realizations are found a view.Specifically, the upper surface of the host main body can be the one side equipped with display screen 27, then host main body Lower surface be to deviate from the one side of display screen 27.Then, the first filming apparatus 261 can be preposition filming apparatus, the second shooting dress Setting 262 is postposition filming apparatus.First shooting form and the second shooting form are for protecting the first filming apparatus 261 and second Filming apparatus 262 is not corroded by sweat, grease and the external environment in user hand.
In conjunction with shown in Figure 15 and Figure 16, further, the first filming apparatus 261 at least has the first shooting direction X1 and the Two shooting direction X2, the second filming apparatus 262 at least have third shooting direction X3 and the 4th shooting direction X4；Host main body 2 When rotating and convert between the first state and a second state relative to bearing support 1, the first filming apparatus 261 is in the first shooting side It is converted between X1 and the second shooting direction X2, the second filming apparatus 262 is in the 4th shooting direction X4 and the 5th shooting direction X5 Between convert；Second shooting direction X2 and the first shooting direction X1 be not in the same direction, the 5th shooting direction X5 and the 4th shooting direction X4 Not in the same direction.
Specifically, in the case where host main body 2 is in first state, the first filming apparatus 261 has the first shooting direction X1, the Two filming apparatus 262 have the 4th shooting direction X4, and the first shooting direction X1 is only the first filming apparatus 261 in host main body 2 The locating direction under first state, the 4th shooting direction X4 are only that the second filming apparatus 262 in host main body 2 is in first Locating direction under state.That is, in the first state, the first shooting direction X1 is directed towards 27 upwardly direction of display screen, the 4th Shooting direction X4 is directed towards away from 27 downwardly direction of display screen.That is, the 4th shooting direction X4 and the first shooting direction X1 are reversed Setting.
And the section of the second state is turned to from first state in host main body 2, the first filming apparatus 261 also has second Shooting direction X2, it is the first filming apparatus that the second filming apparatus 262, which also has the 5th shooting direction X5, the second shooting direction X2, 261 turn under the second state each direction passed through from first state with host main body 2, and the 5th shooting direction X5 is the Two filming apparatus 262 turn under the second state each direction passed through from first state with host main body 2.And it should learn , the 5th shooting direction X5 should be oppositely arranged with the second shooting direction X2.
Wherein, the first filming apparatus 261 and the second filming apparatus 262 can carry one or more cameras, and carrying is taken the photograph As the quantity of head can be required according to professional standard and user and change.
In the present embodiment, the first filming apparatus 261 also has third shooting direction X3, and the second filming apparatus 262 also has There is the 6th shooting direction X6；Host main body 2 is rotated relative to first connecting portion 134, so that host main body 2 is with respect to first connecting portion When 134 axial direction b rotation, the first filming apparatus 261 is converted between the second shooting direction X2 and third shooting direction X3, Second filming apparatus 262 is converted between the 5th shooting direction X5 and the 6th shooting direction X6；Third shooting direction X3 and the 6th Shooting direction X6 is host main body 2 along the direction that the axial direction b of first connecting portion 134 is rotated.
In conjunction with shown in Figure 16 and Figure 17, Figure 16 is that host main body 2 is in the second state, and display screen 27 is towards bearing support On the outside of 1 end, Figure 17 is in the state of Figure 16 for host main body 2 and is rotated clockwise 90 along first connecting portion 134 The figure that obtained host main body 2 is in autorotation is spent, display screen 27 is towards user at this time.
Specifically, third shooting direction X3 is the first filming apparatus 261 in the second shooting direction X2 paths traversed Along the axial set for rotating passed through direction of first connecting portion 134, the 6th shooting direction X6 is the second filming apparatus 262 the Along the axial set for rotating passed through direction of first connecting portion 134 in five shooting direction X5 paths traversed.
In conjunction with shown in Figure 13, when the first shooting direction X1 and the 4th shooting direction X4 are that host main body 2 is in first state, Shooting direction corresponding to first filming apparatus 261 and the second filming apparatus 262；Second shooting direction X2 and the 5th shooting direction When X5 is that host main body 2 is in intermediate state, the second state and the third state, the first filming apparatus 261 and the second shooting are filled Shooting direction corresponding to setting 262；Third shooting direction X3 and the 6th shooting direction X6 is that host main body 2 is in autorotation When, shooting direction corresponding to the first filming apparatus 261 and the second filming apparatus 262.
Using the division mode of above-mentioned shooting direction, when user needs to shoot sky or ground using smart host structure When, 2 both ends of host main body are connect with the first connector 13 and the second connector 14, are made in the case where being in first state With the first filming apparatus 261 and the second filming apparatus 262, the picture of the first shooting direction X1 can be shot；When user needs When using in front of smart host structure shooting user or user rear, the connection of host main body 2 and the second connector 14 is dismantled, is made It obtains host main body 2 and forms certain angle with respect to bearing support 1, that is, first count can be used to take the photograph device 261 or the second filming apparatus 262 Finding in the second shooting direction X2 or the 5th shooting direction X5 shoots customer satisfaction system camera site, is only to make host Ontology 2 axially moves to customer satisfaction system camera site along first rotating shaft 133 and is shot；When user needs to shoot a user left side When side or right, being found using first or second filming apparatus 262 in third shooting direction X3 or the 6th shooting direction X6 is made Customer satisfaction system camera site is shot, and is so that host main body 2 is axially moved along first rotating shaft 133, but also make host Ontology 2 axially moves along first connecting portion 134, so that finding shoots customer satisfaction system camera site.
It follows that the smart host structure of the utility model embodiment, can arbitrarily adjust according to the use demand of user The shooting direction of host main body 2, relative to traditional smartwatch, the utility model embodiment smart host structure is applied to intelligence It can possess higher shooting freedom degree when wrist-watch, be more in line with the different shooting demands of user.
The utility model embodiment six provide it is a kind of can unloading smart host structure, by being arranged in host main body First filming apparatus and the second filming apparatus, so that host main body has the first shooting direction, the second shooting direction, third shooting Direction, the 4th shooting direction, the 5th shooting direction and the 6th shooting direction can be covered all around using this six shooting direction The scenery landscape that context can take makes user shoot experience good.
Embodiment seven
Also referring to Figure 18, the utility model embodiment seven provide it is a kind of can unloading smart host structure, this reality With new embodiment seven provide it is a kind of can unloading smart host structure and one kind of the utility model embodiment six can unloading Smart host structure difference in place of be:
In the present embodiment, the first axis part 132 is equipped with damping structure, and damping structure keeps host main body 2 for providing The active force for forming certain angle is rotated relative to bearing support 1.Specifically, which refers to the first axis part 132, first What bearing attachment 131 and annular elastic slice 135 were formed enables host main body 2 along any of 133 axial-rotation of first rotating shaft Securing structure in angle.Wherein, which is the elastic slice of approximate C-shaped, is equipped with protrusion in annular elastic slice 135, should Protrusion is rubbed for generating to squeeze with the first rotating shaft 133 and first support interconnecting piece 131 when the first axis part 132 rotates Power is wiped so that the first axis part 132 does not relatively rotate with first support interconnecting piece 131, that is to say, that the damping knot Structure allow host main body 2 when axially moving along first rotating shaft 133 in the case where not by external force with any Angle park.
Using this damping structure, host main body 2 can be fixed on a certain angle when using smartwatch by user Degree is carried out using host main body 2 is turned to a certain angle operating for a long time convenient for user.
The utility model embodiment seven provide it is a kind of can unloading smart host structure, by being arranged in first rotating shaft Annular elastic slice makes the first axis part, first support interconnecting piece and annular elastic slice form damping structure, makes host main body in user It can be parked when axially moving along first rotating shaft with any angle, be kept manually without user, user experience is more It is good.
Embodiment eight
Referring to Figure 2 together, Fig. 9, Figure 19 and Figure 20, the utility model embodiment eight provide a kind of smartwatch, Including watchband and as described in above-described embodiment one to embodiment seven it is a kind of can unloading smart host structure, which is connected to Bearing support 1.
Further, watchband has the both ends being oppositely arranged, and one end of watchband 3 is equipped with the first watchband interconnecting piece and (does not scheme Show), the first watchband interconnecting piece axis is connected to the first axis part 132, the first watchband interconnecting piece, the first axis part 132 and first The coaxial connection of 131 three of frame interconnecting piece, that is, the first watchband interconnecting piece, the first axis part 132 and first support interconnecting piece 131 Common axle is connected to first rotating shaft 133, and the first watchband interconnecting piece can be relatively rotated with first support interconnecting piece 131, so that with The patch of wrist-watch can be adjusted by the first watchband interconnecting piece of rotation or first support interconnecting piece 131 when wearing smartwatch for family Tight degree, so it is user-friendly.
Further, the other end of watchband is equipped with the second watchband interconnecting piece (not shown), the second watchband interconnecting piece and second 142 axis of axis part is connected to the second shaft 143.
A kind of smartwatch that the utility model embodiment eight provides, by by one end of watchband and host main body and holding The coaxial connection of first support interconnecting piece for carrying bracket, to realize the co-rotation of host main body and watchband.In this way, not increasing On the basis of the watchband connecting shaft of traditional intelligence wrist-watch, the rotation connection of host main body and bearing support can also have been realized, thus The design and assembling of component are effectively reduced, so that the overall structure of smartwatch is more compact.
Above to one kind disclosed in the utility model embodiment can unloading smart host structure and its smartwatch carry out It is discussed in detail, specific case used herein is expounded the principles of the present invention and embodiment, above reality Apply example explanation be merely used to help understand the utility model it is a kind of can unloading smart host structure and its smartwatch；Together When, for those of ordinary skill in the art, based on the idea of the present invention, in specific embodiments and applications It will change, in conclusion the content of the present specification should not be construed as a limitation of the present invention.

Claims (22)

1. one kind can unloading smart host structure characterized by comprising
Bearing support, the bearing support include the first opposite end, and first opposite end is equipped with the first connector；And
Host main body, the host main body are removably connected to first connector, with realize the host main body with it is described Bearing support is connected or is separated with the bearing support.
2. smart host structure according to claim 1, which is characterized in that first connector includes
First support interconnecting piece, the first support interconnecting piece are set to first opposite end of the bearing support；
First axis part, first axis part connect with the first support interconnecting piece axis；And
First connecting portion, the first connecting portion are set to first axis part；
The host main body is equipped with second connecting portion, and the second connecting portion can be rotated and be removably connected to first connection Portion；
First axis part can be rotated relative to the first support interconnecting piece, so that the host main body can the relatively described carrying Holder pivots are simultaneously converted between the first state and a second state, and are turned in the relatively described bearing support of the host main body When positioned at second state, the second connecting portion can be rotated relative to the first connecting portion, so that the host main body phase Axial direction rotation to the first connecting portion；Wherein, the first state is that the host main body is stacked at the carrying The state of bracket, second state are the state that the relatively described bearing support of the host main body forms certain angle.
3. smart host structure according to claim 2, which is characterized in that the host main body can the relatively described carrying branch Frame longitudinally rotates, to form second state.
4. smart host structure according to claim 2 or 3, which is characterized in that the second connecting portion is shaft or axis Hole, the second connecting portion are the axis hole cooperated with the first connecting portion or shaft.
5. smart host structure according to claim 4, which is characterized in that the first connecting portion is shaft, described the Two interconnecting pieces are axis hole, and the host main body is equipped with first connecting rod and the second connecting rod, second connecting rod and described the The connection of one connecting rod, and the second connecting portion is formed between second connecting rod and the first connecting rod.
6. smart host structure according to claim 5, which is characterized in that the host main body further includes that the first elasticity is multiple Position part and the second dynamic clamping head and quiet clamping head, first dynamic clamping head and quiet clamping head are configured to connect with the first connecting rod, and described second Dynamic clamping head and quiet clamping head is configured to connect with second connecting rod, with keep the first connecting rod and second connecting rod it Between the state that forms the second connecting portion, and then the second connecting portion is kept to connect with the first connecting portion.
7. smart host structure according to claim 2 or 3, which is characterized in that the bearing support further include with it is described The second opposite end that first opposite end is oppositely arranged, second opposite end are equipped with the second connector, and the host main body is opposite When the bearing support is turned to positioned at the first state, the host main body is detachably connected with second connector.
8. smart host structure according to claim 7, which is characterized in that the smart host structure further includes keeping knot Structure, the holding structure is for connecting the host main body and second connector, so that the host main body is kept and institute State the connection status of the second connector.
9. smart host structure according to claim 8, which is characterized in that the holding structure include press-key structure and/ Or magnetic structure.
10. smart host structure according to claim 9, which is characterized in that second connector is equipped with buckling parts, The press-key structure includes the pressing component set on the host main body, the elastic component set on the pressing component and fastens first Part, the pressing component is for providing pressing active force so that the buckling element is fastened on the buckling parts, the elastic component For providing the active force for keeping the buckling element to be fastened on the buckling parts.
11. smart host structure according to claim 9, which is characterized in that the holding structure is magnetic structure, including The first magnetic element set on the host main body and the second magnetic element set on second connector, described first is magnetic Element is magnetic two opposite magnetic elements with second magnetic element；
Second magnetic element is used to be attracted with first magnetic attraction element, so that the host main body is kept and described second The state of connector connection, so that the relatively described bearing support of the host main body keeps the first state.
12. smart host structure according to claim 2 or 3, which is characterized in that the host main body is equipped with shooting dress It sets.
13. smart host structure according to claim 12, which is characterized in that the filming apparatus includes the first shooting dress Setting at least has the first shooting direction and the second shooting direction with the second filming apparatus, first filming apparatus, and described second Filming apparatus at least has the 4th shooting direction and the 5th shooting direction；
When the host main body is rotated relative to the bearing support and is converted between the first state and second state, First filming apparatus is converted between first shooting direction and second shooting direction, second filming apparatus It is converted between the 4th shooting direction and the 5th shooting direction；
Second shooting direction and first shooting direction be not in the same direction, the 5th shooting direction and the 4th shooting side To not in the same direction.
14. smart host structure according to claim 13, which is characterized in that first filming apparatus also has third Shooting direction, second filming apparatus also have the 6th shooting direction；
The host main body is rotated relative to the first connecting portion, so that the axis of the relatively described first connecting portion of the host main body When rotating to direction, first filming apparatus is converted between second shooting direction and the third shooting direction, institute The second filming apparatus is stated to convert between the 5th shooting direction and the 6th shooting direction；
The third shooting direction and the 6th shooting direction are axial direction of the host main body along the first connecting portion The direction of rotation.
15. smart host structure according to claim 13, which is characterized in that the host main body includes being oppositely arranged Upper and lower surfaces, the upper surface be equipped with first shooting form, the lower surface be equipped with second shooting form, described first Filming apparatus is found a view by the first shooting form realization, and second filming apparatus is realized by the second shooting form It finds a view.
16. smart host structure according to claim 7, which is characterized in that second connector includes
Second support interconnecting piece, the second support interconnecting piece are set to second opposite end of the bearing support, the master Machine ontology is removably connected to the second support interconnecting piece；And
Second axis part, second axis part are set to the second support interconnecting piece.
17. smart host structure according to claim 2, which is characterized in that the bearing support is the bending of bending rod piece The cyclic structure of formation.
18. smart host structure according to claim 17, which is characterized in that the bending rod piece includes the first bending bar Part and with the spaced second bending rod piece of the first bending rod piece, first connector, second connector are equal Be connected between the first bending rod piece and the second bending rod piece, and with the first bending rod piece, second folding Curved bar part forms the cyclic structure of closure.
19. smart host structure according to claim 18, which is characterized in that the bending rod piece is equipped with lug boss, institute It states host main body and corresponds to the lug boss equipped with groove, the lug boss with the groove for engaging, so that the host sheet The relatively described bearing support of body keeps the first state.
20. smart host structure according to claim 2, which is characterized in that first axis part is equipped with damping structure, The damping structure keeps the host main body to rotate the work to form the certain angle relative to the bearing support for providing Firmly.
21. a kind of smartwatch, which is characterized in that the smartwatch include watchband and with any one of claim 1 to 20 institute State can unloading smart host structure, the watchband is connected to the bearing support of the smart host structure.
22. smartwatch according to claim 21, which is characterized in that the watchband, the host main body are held with described Carry the coaxial connection of the first connector of bracket.
CN201821612271.2U 2018-09-29 2018-09-29 It is a kind of can unloading smart host structure and its smartwatch Active CN208940017U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111179649A (en) * 2019-11-22 2020-05-19 广东小天才科技有限公司 Wearable device-based astronomical knowledge learning method and wearable device
CN112073081A (en) * 2020-09-07 2020-12-11 广州驰创科技有限公司 Be used for thing networking maintenance personal to inform equipment
CN115128938A (en) * 2022-04-13 2022-09-30 广东小天才科技有限公司 Installing support, intelligent host and intelligent wearing equipment

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111179649A (en) * 2019-11-22 2020-05-19 广东小天才科技有限公司 Wearable device-based astronomical knowledge learning method and wearable device
CN111179649B (en) * 2019-11-22 2021-11-05 广东小天才科技有限公司 Wearable device-based astronomical knowledge learning method and wearable device
CN112073081A (en) * 2020-09-07 2020-12-11 广州驰创科技有限公司 Be used for thing networking maintenance personal to inform equipment
CN115128938A (en) * 2022-04-13 2022-09-30 广东小天才科技有限公司 Installing support, intelligent host and intelligent wearing equipment
CN115128938B (en) * 2022-04-13 2023-08-25 广东小天才科技有限公司 Installing support, intelligent host computer and intelligent wearing equipment

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