CN104063012A

CN104063012A - Electronic equipment

Info

Publication number: CN104063012A
Application number: CN201310090386.5A
Authority: CN
Inventors: 徐健; 范小利
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2013-03-20
Filing date: 2013-03-20
Publication date: 2014-09-24
Anticipated expiration: 2033-03-20
Also published as: CN104063012B

Abstract

The invention provides electronic equipment. The electronic equipment comprises a front case, a display unit, a back case and a function body, wherein the display unit is arranged on the front case; the back case is provided with a first surface and a second surface, and the first surface of the back case and the front case are combined to form an accommodating space; the function body is accommodated in the accommodating space; the back case is provided with a first part and a second part which are in seamless connection on the second surface, the first part can be bent in a direction far away from the front case, and the first part can be used for supporting the electronic equipment after being bent.

Description

A kind of electronic equipment

Technical field

The present invention relates to electronic technology field, relate in particular to a kind of electronic equipment.

Background technology

Along with the development of electronic technology, increasing electronic product comes out, and especially electronic equipment for consumption is universal especially, becomes an indispensable part in people's work and life.

In the prior art, the electronic equipment being convenient for carrying as panel computer, smart mobile phone, no longer be confined to the use-pattern under hand holding state, this just requires to be equipped with one to these electronic equipments can support the support that it is stood, user's both hands are freed from gripping electronic equipment, realize the scene of more operating electronic equipment.

But the inventor finds realizing in process of the present invention, support product of the prior art has some defects, and first this class support product separates with electronic equipment, and complex structure, so be not easy to carry and use; Secondly; the complex structure of some support products own; the protective sleeve of the belt supporting frame for example using as the panel computer of Apple; be enclosed within on the shell of whole panel computer; can affect on the one hand the heat radiation of electronic equipment; the advantage of on the contrary electronic equipment some designs originally being brought is on the one hand to having hidden; for example; electronic device design more and more lightening; but after adding the protective sleeve that one deck is thick and heavy; such supporting structure allow electronic equipment become again thick and heavy, so can weaken the advantage that the script of electronic equipment has on the contrary.

Summary of the invention

The invention provides a kind of electronic equipment, in order to solve that support product that electronic equipment in prior art exists and electronic equipment are separated from each other and carrying and awkward technical matters of causing.

The invention provides a kind of electronic equipment, comprising: fore shell; Display unit, is arranged on described fore shell; Back cover, has first surface and second, and the first surface of described back cover is combined with described fore shell, forms an accommodation space; Function body, is placed in described accommodation space; Wherein, described back cover has Part I and Part II, described Part I and described Part II are seamless link on described second, and described Part I can be to the direction bending away from described fore shell, and described Part I can be used in and supports described electronic equipment after bending.

Optionally, in the time that described Part I bends to the direction away from described fore shell, angle between the broken line forming between described Part I and described Part II and arbitrary edge of described electronic equipment is acute angle, make described Part I after the direction bending away from described fore shell, during in the first state, can jointly support described electronic equipment by the first edge of described Part I and described electronic equipment at described electronic equipment; During in the second state, can jointly support described electronic equipment by the second edge of described Part I and described electronic equipment at described electronic equipment, wherein, described the first edge is adjacent with described the second edge.

Optionally, when described Part I is after the direction bending away from described fore shell, the angle value of the bending angle between described Part I and described Part II is the first angle value, wherein, under described the first angle value, the center of gravity of the center of gravity of described electronic equipment is projected in the first area on a supporting surface, described first area is specially: by by the first end points, the second end points and the 3rd end points connect and the region of formation, wherein, described the first end points and described the second end points are two end points at described the first edge, described the 3rd end points is on described Part I, to be positioned on described supporting surface and from described electronic equipment end points farthest.

Optionally, described back cover is specially and is made into integration, between described Part I and described Part II, there is a region of being made by resilient material, when described Part I bends along described region under the effect of external world's bending power, and while making described Part I bending reach a critical angle, resilient material in described region corresponding to the described broken line that forms between described Part I and described Part II will produce the first pulling force, drive described Part I to continue to reach the first angle along former overbending direction bending, and make described Part I remain on primary importance corresponding to described the first angle.

Optionally, described back cover comprises ground floor and the second layer, and described ground floor has described first surface, and the described second layer has described second.

Optionally; described ground floor is specifically included in physical connection pass and fastens as the first separate subdivision and the second subdivision; corresponding described Part I and described Part II respectively; described the first subdivision and described the second subdivision are by the rotatable connection of the first web member; the described second layer is specially flexible protective layer, covers on described ground floor.

Optionally, described the first web member is specially pivot structure or flexure strip structure.

Optionally, when described Part I along described the first web member in the time being bent to maximum angle away from the direction of described electronic equipment, in described the second subdivision, the edge adjacent with described the first subdivision can stop that described Part I continues bending, makes described Part I remain on the second place that described maximum angle is corresponding.

Optionally, described electronic equipment also comprises: baffle plate, be arranged between described function body and described first surface, make when described Part I is after the direction bending away from described fore shell, described baffle plate can stop described function body exposed in the residing space of described electronic equipment.

Optionally, described electronic equipment also comprises: the second web member, is separately positioned on described Part I, and on described baffle plate or described fore shell, for when described Part I is not in the time bending, described Part I is fixed on described baffle plate or described fore shell.

Another embodiment of the present invention also comprises a kind of electronic equipment, comprising: body, specifically comprises: upper shell, has the second end that first end is relative with described first end; Lower house, has the 4th end that the 3rd end is relative with described the 3rd end; Rear end face, for connecting described first end and described the 3rd end; Front end face, for connecting described the second end and described the 4th end; Function body, is arranged in the accommodation space of described upper shell, described lower house, described rear end face and the formation of described front end face; Wherein, the first area of described rear end face is greater than the second area of described front end face, and the thickness between described upper shell and described lower house is being greater than at the second thickness near described front end face near the first thickness of described rear end face.

Optionally, described rear end face tilts to be connected to described the 3rd end from described first end towards the direction away from described the second end.

Optionally, described front end face tilts to be connected to described the 4th end towards the direction near described first end from described the second end, and wherein, described rear end face is parallel to described front end face.

Optionally, described front end face and described the second end and described the 4th end form a depressed area towards described rear end face depression.

Optionally, described front end face is specially a curved surface.

Optionally, in the time that described electronic equipment is panel computer, described electronic equipment also comprises a display unit, be arranged on described lower house, wherein said upper shell has first surface and second, and described first surface is combined with described lower house, forms described accommodation space; Described upper shell has Part I and Part II, described Part I and described Part II are seamless link on described second, and described Part I can be to the direction bending away from described lower house, and described Part I can be used in and supports described electronic equipment after bending.

Optionally, the quantity of described body is two, is respectively the first noumenon and the second body, and described electronic equipment also comprises: syndeton, for by rotatable the linking together of described rear end face of the described rear end face of described the first noumenon and described the second body; Display unit, is arranged on the described lower house of described the first noumenon; Input block, is arranged on the described upper shell of described the second body; Wherein, when described the first noumenon and described the second body are during in closure state, described display unit is near described input block.

The one or more technical schemes that provide in the embodiment of the present invention, at least have following technique effect or advantage:

A kind of electronic equipment is provided in an embodiment of the present invention, and this electronic equipment comprises: fore shell; Display unit, is arranged on fore shell; Back cover, has first surface and second, and the first surface of back cover is combined with fore shell, forms an accommodation space; Function body, is placed in accommodation space; Wherein, back cover has Part I and Part II, and Part I and Part II are seamless link on second, and Part I can be to the direction bending away from fore shell, and Part I can be used in support electronic equipment after bending.Therefore known, in the present embodiment, the back cover of electronic equipment itself just can bend as the support of support electronic equipment and use, so electronic equipment and support are integrated designs, so easy to carry and use.

Further, because electronic equipment and support are integrated designs, so do not need to be equipped with extra support, so the script that can keep electronic equipment advantage in design, for example lightening, or other allow the outward appearance design more attractive in appearance of electronic equipment, because do not block, so can well present to user.

Further, the Part I of the back cover of electronic equipment and Part II are seamless link on second, so the back cover that user sees is exactly an overall housing, can't see support, so make the outward appearance of electronic equipment more attractive in appearance.

Further, because just can be used as support, the back cover of electronic equipment itself uses, thus do not need additionally to increase the thickness of electronic equipment, so that electronic equipment can do is more frivolous.

Further, in one embodiment of the invention, in the time that Part I bends to the direction away from fore shell, angle between arbitrary edge of the broken line forming between Part I and Part II and electronic equipment is acute angle, make Part I after the direction bending away from fore shell, at electronic equipment during in the first state, by the first edge support electronic equipment jointly of Part I and electronic equipment; At electronic equipment, during in the second state, by the second edge support electronic equipment jointly of Part I and electronic equipment, wherein, the first edge is adjacent with the second edge.; in the present embodiment, bending mode can make Part I that the support of two dimensions is provided after bending; for example in the time of the perpendicular screen of electronic equipment, also can support; in the time that electronic equipment becomes horizontal screen display and shows; also the back cover of the electronic equipment in the present embodiment can provide support, so can provide the support of two dimensions.

Further again, a kind of electronic equipment is provided in one embodiment of the invention, comprise body, and body specifically comprises: upper shell, has the second end that first end is relative with first end; Lower house, has the 4th end that the 3rd end is relative with the 3rd end; Rear end face, for connecting first end and the 3rd end; Front end face, for connecting the second end and the 4th end; Function body, is arranged in the accommodation space of upper shell, lower house, rear end face and front end face formation; Wherein, the first area of rear end face is greater than the second area of front end face, and the thickness between upper shell and lower house is being greater than at the second thickness near front end face near the first thickness of rear end face.Therefore, because the variable thickness between upper shell and the lower house of the electronic equipment in the present embodiment causes, and thicker the closer to rear end face, thinner the closer to front end face, for example, so in the time that electronic equipment is placed on a supporting surface, on desktop, on operating surface, for example, on (face at keyboard place) or display surface, (for example face at display unit place) will be rendered as a dip plane, meet ergonomics, thus, facilitate user's operating operation face or watch the content on display unit; Further, compared with uniform thickness electronic equipment of the prior art, more attractive in appearance in appearance.

Brief description of the drawings

Fig. 1 a-Fig. 1 c is the structural drawing of the electronic equipment in one embodiment of the invention;

Fig. 2 a-Fig. 2 b is the position view of the folding line in one embodiment of the invention;

Fig. 3 is the dynamic balance schematic diagram in one embodiment of the invention;

Fig. 4 a-Fig. 4 c is the structural drawing of the back cover of the electronic equipment in one embodiment of the invention;

Fig. 5 is the johning knot composition between the two parts of back cover of the electronic equipment in one embodiment of the invention;

Fig. 6 a-Fig. 6 b is the structural drawing of the electronic equipment in another embodiment of the present invention;

Fig. 7 is the structural drawing of the front end face of the electronic equipment in another embodiment of the present invention;

Fig. 8 a-Fig. 8 d is the structural drawing of the front end face of the electronic equipment in yet another embodiment of the invention;

Fig. 9 a-Fig. 9 b is the three-dimensional structure diagram of the electronic equipment in further embodiment of this invention.

Embodiment

The embodiment of the present invention provides a kind of electronic equipment, in order to solve that support product that electronic equipment in prior art exists and electronic equipment are separated from each other and carrying and awkward technical matters of causing.

Technical scheme in the embodiment of the present invention is to solve above-mentioned technical matters, and general thought is as follows:

This electronic equipment comprises: fore shell; Display unit, is arranged on fore shell; Back cover, has first surface and second, and the first surface of back cover is combined with fore shell, forms an accommodation space; Function body, is placed in accommodation space; Wherein, back cover has Part I and Part II, and Part I and Part II are seamless link on second, and Part I can be to the direction bending away from fore shell, and Part I can be used in support electronic equipment after bending.Therefore known, in the present embodiment, the back cover of electronic equipment itself just can bend as the support of support electronic equipment and use, so electronic equipment and support are integrated designs, so easy to carry and use.

In order better to understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.

First, this electronic equipment is for example the electronic equipments such as panel computer, smart mobile phone.

Next please refer to Fig. 1 a-Fig. 1 c, Fig. 1 a is the first three-dimensional structure diagram of electronic equipment in the present embodiment, and Fig. 1 b is the second three-dimensional structure diagram of electronic equipment in the present embodiment, and Fig. 1 c is the 3rd three-dimensional structure diagram of electronic equipment in the present embodiment.

As shown in Fig. 1 a to Fig. 1 c, this electronic equipment comprises: fore shell 10; Display unit 101, is arranged on fore shell 10; Back cover 20, has first surface (not shown) and second 20a, and the first surface of back cover 20 and fore shell 10 combinations form an accommodation space; Function body (not shown), is placed in accommodation space; Wherein, back cover 20 has Part I 201 and Part II 202, Part I 201 and Part II 202 are seamless link on second 20a, and Part I 201 can be to the direction bending away from fore shell 10, and Part I 201 can be used in support electronic equipment after bending.

Wherein, function body concrete example circuit board and be arranged on the components and parts on circuit board in this way.

Concrete example is as in Fig. 1 b, and now Part I 201 does not also bend, and covers on fore shell 10, and under this state, user can grip this electronic equipment with hand and operate.

If it is hand-held too tired that user feels, or need to uprightly be placed on desktop operating electronic equipment time, just can hold the part-structure of Part I 201, Part I 201 is bent to the direction away from fore shell 10, under such External Force Acting, Part I 201 and electronic equipment just form a non-vanishing angle, as shown in Fig. 1 c, the first edge of Part I 201 and electronic equipment just can be supported on supporting surface jointly so, with support electronic equipment, then user just can operate electronic equipment easily.

From the description of the above structure to electronic equipment, the back cover of electronic equipment itself just can bend as the support of support electronic equipment and use, so electronic equipment and support are integrated designs, so easy to carry and use.

Shown in Fig. 1 c, in the present embodiment, Part I 201, after bending, forms a broken line 203, in Fig. 1 c between Part I 201 and Part II 202, broken line 203 is specifically illustrated as a straight line, but in practice, after Part I 201 bendings, what between Part I 201 and Part II 202, form is not straight line, but a curved surface with arc, the so center line in axis or the curved surface of broken line 203 these curved surfaces of expression.

Further, in the present embodiment, the angle between any edge of broken line 203 and electronic equipment is acute angle, i.e. any edge of relative electronic equipment, and this broken line 203 tilts, and under the form of this enforcement, can realize the support of two dimensions; For example, in the time of state that electronic equipment shows in horizontal screen display, Part I 201 and the first edge 301 are placed on supporting surface, jointly support this electronic equipment; In the time of state that electronic equipment shows in perpendicular screen display, Part I 201 and the second edge 302 are placed on supporting surface, jointly support this electronic equipment, and the first edge 301 is adjacent with the second edge 302.Further, in the present embodiment, such bending mode, making to have one between electronic equipment and supporting surface is not the angle of 90 degree, display unit 101 is the state of inclination, so comparison operators share custom and the physiological characteristic at family, more convenient user uses.

But, in practice, the bending form of Part I 201 has a variety of, for example broken line 203 is parallel at least one edge of electronic equipment, please refer to shown in Fig. 2 a and Fig. 2 b, the also state in not bending of Part I 201 in Fig. 2 a and Fig. 2 b, so dotted out Part I 201 after bending, the broken line forming between Part I 201 and Part II 202.

Specifically in Fig. 2 a, only have in the time that Part I 201 and the first edge 301 are positioned over the common support electronic equipment of supporting surface, electronic equipment can present heeling condition with respect to supporting surface, and in the time that Part I 201 and the second edge 302 are positioned over the common support electronic equipment of supporting surface, the relative supporting surface of electronic equipment presents vertical state.

And specifically in Fig. 2 b, only have in the time that Part I 201 and the second edge 302 are positioned over the common support electronic equipment of supporting surface, electronic equipment can present heeling condition with respect to supporting surface, and in the time that Part I 201 and the first edge 301 are positioned over the common support electronic equipment of supporting surface, the relative supporting surface of electronic equipment presents vertical state.

In a further embodiment, in order to make Part I 201 more firm at bending rear support electronic equipment, when Part I 201 is after the direction bending away from fore shell 10, the angle value of the bending angle between Part I 201 and Part II 202 is the first angle value, wherein, under the first angle value, the center of gravity of the center of gravity of electronic equipment is projected in the first area on a supporting surface, first area is specially: by by the first end points, the second end points and the 3rd end points connect and the region of formation, wherein, the first end points and the second end points are two end points at the first edge, the 3rd end points is on Part I 201, to be positioned on supporting surface and from electronic equipment end points farthest.

Below the situation taking in Fig. 1 c is described as example, be placed on common support electronic equipment on supporting surface by Part I 201 and the first edge 301, specifically please refer to shown in Fig. 3, the first end points 3011 and the second end points 3012 are respectively two end points at the first edge 301, the 3rd end points 2011 is positioned on this supporting surface and from electronic equipment end points farthest on Part I 201, then connect respectively the first end points 3011, the second end points 3012 and the 3rd end points 2011 and form first area 204, in the present embodiment, first area 204 is specially triangle.Then the center of gravity of the center of gravity of electronic equipment is projected in the first area 204 on this supporting surface, at this moment, is firm to the support of electronic equipment, and so at this moment corresponding the first angle value satisfies condition; And when the position of center of gravity projection more approaches 204 center, first area, that will support so is more firm, so the first angle value can regulate under this condition, also can, at the first angle value fixing in the situation that, regulate the center of gravity of electronic equipment.

And for the situation in Fig. 2 a and Fig. 2 b, similar with the situation in Fig. 3, just the shape of first area 204 is rectangles.

Next, in detail concrete formation and the detailed structure of back cover 20 will be described.

In the first embodiment, back cover 20 is specially and is made into integration, and wherein, back cover 20 can be all made up of resilient material, thus, when electronic equipment drops, can provide a cushion effect, protection electronic equipment.

In practice, the material of back cover 20 can be identical, for example, adopt polymeric material, once injection moulding, and the selection principle of this polymeric material specifically resistance to bending is good, for example polyurethane material.

Further, in order to make the performance of bending place better, the thickness of bending place can be treated to thinner than the thickness of Part I 201 and Part II 202, the thickness of for example bending place be Part I 201 thickness 1/4, but on second, bending place and Part I 201 and Part II 202 are in conplane, thus from the appearance get up, back cover 20 be one smooth and be an overall housing; And from first surface outwards, between Part I 201 and Part II 202, form a groove, because bending place is thinner, so Part I 201 can easier bend in the time of bending.

In a second embodiment, back cover 20 is specially and is made into integration, but the material of back cover 20 is not resilient material entirely, for example only in bending place, corresponding region is to be made up of resilient material, and Part I 201 and Part II 202 are to be made up of rigid material, between Part I 201 and Part II 202, there is a region of being made by resilient material, principle in the selection of rigid material and resilient material specifically, preferably, compatibility between bi-material is higher, thereby can guarantee that the weldability of material surface of contact is better; Further, in the time making, preferably, it is consistent that the color matching of this bi-material is wanted, and texture need to link up, thereby seems that from second whole back cover 20 is one.

In the first embodiment and the second embodiment, when Part I 201 bends along this region under the effect of external world's bending power, and while making Part I 201 bendings reach a critical angle, resilient material in this region that between Part I 201 and Part II 202, the broken line of formation is corresponding will produce the first pulling force, drive Part I 201 to continue to reach the first angle along former overbending direction bending, and make Part I 201 remain on primary importance corresponding to the first angle.

Specifically, for example user is bending Part I 201 towards the direction away from fore shell 10, under the effect of the bending power of using user, first Part I 201 bends and reaches a critical angle, at this moment this resilient material will produce the first pulling force, drive Part I 201 to continue to arrive the first angle towards the direction bending away from fore shell 10, this first angle, be generally the maximum bend angle that this resilient material can reach, at this moment resilient material no longer produces the first pulling force, at this moment, the resistance that resilient material produces prevents that Part I 201 from continuing towards former overbending direction bending, also stop Part I 201 to bend in the opposite direction, to make Part I 201 remain on primary importance corresponding to the first angle, with firm support electronic equipment.

In the time that user wants Part I 201 to accept, just can hold Part I 201 and apply the bending power towards the direction near fore shell 10, Part I 201 is under the drive of this bending power, move towards fore shell 10, until reach a critical angle, the resilient material in this region produces the first pulling force, drive Part I 201 to continue along being folded into the first angle towards the direction of fore shell 10, return to initial position, at this moment the resilient material in this region becomes straight configuration from bending, so back cover 20 looks like a smooth and complete entirety.

In the 3rd embodiment; back cover 20 comprises ground floor and the second layer; ground floor has this first surface; the second layer has this second; in specific implementation process; ground floor concrete example is as being the structure described in aforementioned the first embodiment and the second embodiment; in order to protect back cover 20 and to beautify electronic equipment; can also adopt spray paint, the mode of oxidation, overlay film or lagging leather makes the skin of layer protective layer at back cover 20; be the second layer; certainly the corresponding second layer in this region, supporting at resilient material is also flexible.In the present embodiment, the course of work of Part I 201 and principle and the first embodiment are similar, do not repeat them here.

And in practice, the structure of ground floor can also be other forms of, referring to the description of the 3rd embodiment below.

In the 4th embodiment; ground floor is specifically included in physical connection pass and fastens as the first separate subdivision and the second subdivision; corresponding Part I 201 and Part II 202 respectively; the first subdivision and the second subdivision are by the rotatable connection of the first web member; the second layer is specially flexible protective layer (for example elastic film or leather); covering on ground floor, can be all flexible, and the place that also can only be connected with the second subdivision in the first subdivision is flexible.

In specific implementation process, the first web member has multiple example, for example pivot structure, flexure strip structure, below first describe as an example of flexure strip structure example.

Please refer to shown in Fig. 4 a, flexure strip structure comprises the first shell fragment 401, the second shell fragment 402, between the first shell fragment 401 and the second shell fragment 402, link together by an elastic component 403, wherein, the first shell fragment 401 and the second shell fragment 402 can be made up of rigid material, also can be made up of resilient material, elastic component 403 is made up of resilient material.Further, at the end of the first shell fragment 401 and the second shell fragment 402, being also provided with fixed orifice 404, for example, is threaded hole, for flexure strip structure is fixed on to electronic equipment.

Next please refer to shown in Fig. 4 b, be arranged on the annexation schematic diagram of electronic equipment by the flexure strip structure in Fig. 4 a, wherein, Fig. 4 b is the situation while seeing outward from electronic equipment internal.

Ground floor comprises the first subdivision 501 and the second subdivision 502, corresponding Part I 201 and Part II 202 respectively, the first shell fragment 401 is arranged in the first subdivision 501, the second shell fragment 402 is arranged in the second subdivision 502, the first shell fragment 401 and the second shell fragment 402 are all arranged on the first surface of back cover 20, then the connection gap between corresponding the first subdivision 501 of the part of elastic component 403 and the second subdivision 502.

Then, on ground floor, cover again one deck flexible protective layer, form second of back cover 20, look over from second so, just can't see the connection gap between the first subdivision 501 and the second subdivision 502, but look whole that back cover 20 is one.

Next please refer to shown in Fig. 4 c, Fig. 4 c is specially the schematic diagram of Part I 201 after the direction bending away from fore shell 10 again.

When under the state in Fig. 1 b, flexure strip structure is stretched, the first shell fragment 401 and the second shell fragment 402 are in the same plane, so back cover 20 looks like a smooth entirety, at this moment, the part of holding Part I 201 as user, Part I 201 is bent outward, because there is external force to be applied on Part I 201, so just there is external force to be applied on the first shell fragment 401, because the second shell fragment 402 is fixed, so the first shell fragment 401 is just towards the direction bending near the second shell fragment 402, when under the effect in external force, while being folded into certain angle, elastic component 403 parts will produce a pulling force, drive Part I 201 to continue bending, until be folded into the maximum angle that flexure strip structure can bend, Part I 201 just stops bending so, at this moment Part I 201 has also reached maximum bending angle, reach as the state of Fig. 4 c, be the state of flexure strip structure in initial maximum bending angle, initial bending angle is larger, the elastic force of flexure strip structure is just larger so, the stable dynamics of Part I 201 after opening is just larger so, this initial bending angle can arrange according to actual needs.Generally, the initial maximum bending angle of flexure strip structure is greater than the maximum bending angle of Part I 201, so that larger pulling force to be provided.

Because at this moment flexure strip structure is equivalent in initial position, so neither can drive Part I 201 to continue bending, simultaneously again because at this moment there is reverse elastic force, stop the elastic force of Part I 201 towards the direction bending near fore shell 10, thus at this moment just can be stable make electronic equipment.

In the time wanting Part I 101 to accept, just again Part I 201 is bent towards the direction near fore shell 10, because the elastic force at elastic component 403 places, so need external force to go to overcome, so under the effect of external force, Part I 201 is folded into Part II 202 in the same plane, and at this moment the first shell fragment 401 and the second shell fragment 402 are got back to and are positioned on conplane position, at this moment,, if there is no External Force Acting, will remain on the state of Fig. 1 b.

In a further embodiment, shown in Fig. 4 c, electronic equipment also comprises: baffle plate 60, be arranged between function body and the first surface of back cover 20, make when Part I 201 is after the direction bending away from fore shell 10, baffle plate 60 can stop function body exposed in the residing space of electronic equipment.

Further, refer again to Fig. 4 c, electronic equipment also comprises: the second web member, is separately positioned on Part I 201, and on baffle plate 60 or fore shell 10, for when Part I 201 is not in the time bending, Part I 201 is fixed on baffle plate 60 or fore shell 10.

Concrete, the second web member for example comprises the first connection component 601, is arranged on baffle plate 60 or fore shell 10, with the second connection component 2012, be arranged on Part I 201, in specific implementation process, first connects component 601, the second connection component 2012 concrete examples as being magnet or permanent magnet; First connects component 601 concrete examples as being draw-in groove, and second connects component 2012 concrete examples as being snap fit; Certainly, in practice, first connects component 601 is connected the structure that component 2012 can also be other forms with second, and the present invention is not construed as limiting.

Next, refer again to shown in Fig. 5, Fig. 5 is the partial enlarged drawing of Part I 201 and Part II 202 junctions, as seen from Figure 5, in the time that Part I 201 is bent to maximum angle, the first edge 5011 in the second subdivision 502 in the second edge 5021 and the first subdivision 501 adjacent with the first subdivision 501 offsets, and can stop that Part I 201 continues bending, can remain in the second place that this maximum angle is corresponding Part I 201.

In the time that the first web member is rotating shaft, except rotating shaft and this body structure of flexure strip structure in previous embodiment are different with principle of work, for the present invention, both function classes seemingly, and the content that rotating shaft is well known to those skilled in the art is set, so succinct for instructions is just not described in detail the structure of rotating shaft, the process of other processes and aforementioned flexure strip structure is similar, so repeat no more.

In above each embodiment, on the edge that can also contact with supporting surface at Part I 201, rubber strip is set, thus, can increase the friction force between Part I 201 and supporting surface, so can make on the supporting surface of standing that electronic equipment can be more firm.

In above each embodiment, the first subdivision 401 and the second subdivision 402 can adopt the material of unlike material, for example the first subdivision 401 can adopt high-strength magnesium alloy, high-strength aluminum alloy, glass fibre reinforced composite material or carbon fibre reinforced composite material, and the second subdivision 402 can adopt magnesium alloy, aluminium alloy, engineering plastics, compound substance etc., because the first subdivision 401 will provide support power, so the selection of the first subdivision 401 need to be selected the material that some intensity are higher, and the second subdivision 402 is as long as select the common material that can be used as casing, so can take into account steadiness and cost.

Specifically, for example adopt magnesium alloy material to make the second subdivision 402, adopt high-strength magnesium alloy to be made into Part I subdivision 401, then in the first subdivision 401 and the second subdivision 402 with in IMF technique bonding one complete with certain flexible leather, in the time that the first subdivision 401 is packed up, leather tightens up, can't see the vestige of discontinuities between the first subdivision 401 and the second subdivision 402 from the second face, present a complete leather appearance effect, and in the time that the first subdivision 401 is opened, the fold of discontinuities is very little, so do not affect the attractive in appearance of outward appearance.

Electronic equipment in the embodiment of the present invention, at least has following technique effect or advantage:

In another embodiment of the present invention, a kind of electronic equipment is also provided, be for example the electronic equipment in previous embodiment, smart mobile phone, panel computer, for example also the display part of notebook computer, the host machine part of notebook computer, or notebook computer, or docking station.

Please refer to shown in Fig. 6 a and Fig. 6 b, the stereographic map that Fig. 6 a is electronic equipment, the left view that Fig. 6 b is electronic equipment, this electronic equipment comprises: body, this body specifically comprises: upper shell 701, has the second end 7012 that first end 7011 is relative with first end 7011; Lower house 702, has the 4th end 7022 that the 3rd end 7021 is relative with the 3rd end 7021; Rear end face 703, for connecting first end 7011 and the 3rd end 7021; Front end face 704, for connecting the second end 7012 and the 4th end 7022; Function body, is arranged in the accommodation space that upper shell 701, lower house 702, rear end face 703 and front end face 704 form; Wherein, the first area of rear end face 703 is greater than the second area of front end face 704, and the thickness between upper shell 701 and lower house 702 is being greater than at the second thickness near front end face 704 near the first thickness of rear end face 703.

Wherein, between upper shell 701 and lower house 702, can also have two sides, these two sides can be independent parts, be connected on upper shell 701 and/or lower house 702, and can be also integrated with upper shell 701 and/or lower house 702.

Therefore, because the variable thickness between the upper shell 701 of the electronic equipment in the present embodiment and lower house 702 causes, and thicker the closer to rear end face 703, thinner the closer to front end face 704, so in the time that electronic equipment is placed on a supporting surface, for example, on desktop, on operating surface (in the time of the electronic equipment host machine part that is notebook computer or docking station, the for example face at keyboard place) or display surface on (in the time that electronic equipment is panel computer, the for example face at display unit place) will be rendered as a dip plane, meet ergonomics, thus, facilitate user's operating operation face or watch the content on display unit, further, compared with uniform thickness electronic equipment of the prior art, more attractive in appearance in appearance.

Please continue to refer to Fig. 6 a and Fig. 6 b, in the present embodiment, rear end face 703 tilts to be connected to the 3rd end 7021 from first end 7011 towards the direction away from the second end 7012, be that rear end face 703 all tilts with respect to upper shell 701 and lower house 702, it is a dip plane, thus, can increase the area of rear end face 703, and at 703 places, close rear end, thickness between upper shell 701 and lower house 702 is also thicker, for example, so can make data structure on rear end face 703, USB interface, network interface.Certainly, in the time of practice, rear end face 703 is lower house 702 vertically, can be also curved surface.

Further, in practice, the concrete example of front end face 704 also has multiple, below describes for several concrete examples.

Please refer to shown in Fig. 7, in the present embodiment, rear end face 703 concrete examples are the form in Fig. 6 b in this way, and front end face 703 tilts to be connected to the 4th end 7022 towards the direction near first end 7011 from the second end 7012, and wherein, rear end face 703 is parallel to front end face 704.

In another embodiment, front end face 704 and the second end 7012 and the 4th end 7022 form the depressed area of 703 depressions to back end on one day.

Specifically please refer to shown in Fig. 8 a, in the present embodiment, front end face 704 is perpendicular to lower house 702, forms a flat U font depressed area with the second end 7012 and the 4th end 7022.In the time that electronic equipment is specially the display part of notebook computer, because there is such a depressed area, so user is easy to just can electronic equipment and main frame be opened by this depressed area.

Please refer to again shown in Fig. 8 b, in the present embodiment, front end face 704 is a curved surface specifically, and the bending direction of this curved surface is towards rear end face 703, front end face 703 and the second end 7012 and the 4th end 7022 form the U font depressed area of a concave bottom, similar in the effect of this U subtype sunk area and Fig. 8 a.

Next please refer to again shown in Fig. 8 c, in the present embodiment, although front end face 704 is also curved surface, but different is, the bending direction of this curved surface deviates from rear end face 703, front end face 704 and the second end 7012 and the 4th end 7022 form the U font depressed area of a sunken bottom, similar in the effect of this U subtype sunk area and Fig. 8 a.

Please refer to again shown in Fig. 8 d, in the present embodiment, similar in front end face 704 and Fig. 8 c, be all the curved surface that bending direction deviates from rear end face 703, but in Fig. 8 d, in front end face 704, some has protruded the second end 7012, with the 4th end 7022, in Fig. 8 d, front end face 704 and the second end 7012 and the 4th end 7022 form the U font projection of a concave bottom, with the U font depressed area opposite direction of the concave bottom in Fig. 8 b.

In a further embodiment, in the time that electronic equipment is panel computer or smart mobile phone, electronic equipment also comprises a display unit, be arranged on lower house 702, wherein upper shell 701 has first surface and second, and first surface and lower house 702 combinations, form this accommodation space; Upper shell 701 has Part I and Part II, and Part I and Part II are seamless link on second, and Part I can be to the direction bending away from lower house 702, and Part I can be used in and supports this electronic equipment after bending.

Wherein, the structure of the back cover 20 in concrete structure and the previous embodiment of upper shell 701 is similar, so succinct for instructions is not described in detail in this.

Further, in the time that this electronic equipment is specially the main frame of notebook computer or docking station, electronic equipment also comprises an input block, is arranged on upper shell 701.

Further, in the time that this electronic equipment is specially the display part of notebook computer, electronic equipment also comprises a display unit, be arranged on lower house 702, and the host machine part of notebook computer can be other structures.

Further, when the quantity of the body comprising when this electronic equipment is 2, be designated as respectively the first noumenon and the second body, as shown in Fig. 9 a and Fig. 9 b, electronic equipment also comprises: syndeton, for by rotatable the linking together of rear end face 703a of the rear end face of the first noumenon 703 and the second body; Display unit 80, is arranged on the lower house 702 of the first noumenon; Input block 90, is arranged on the upper shell 701a of the second body; Wherein, when the first noumenon and the second body are during in closure state, display unit 80 is near input block 90.

In a further embodiment, after the first noumenon is connected with the second body, the rear end face 703 of the first noumenon is parallel with the rear end face 703a of the second body, and further, both are in the same plane.

Therefore, in the present embodiment by the first noumenon and the second body formed again one with Fig. 6 a in the similar electronic equipment of structure, suppose that the electronic equipment in Fig. 6 a is panel computer, when electronic equipment in Fig. 9 b is notebook computer, notebook computer in Fig. 9 b is in the time of closure so, with the surface structure of the panel computer in Fig. 6 a be similarly, be all the closer to rear end face, the thickness between upper shell and lower lower house is just thicker.

Similarly, the front end face of the front end face of the first noumenon and the second body has formed the front end face of electronic equipment in Fig. 9 a and Fig. 9 b jointly, similar in the example of this front end face and earlier figures 6b, Fig. 7 and Fig. 8 a-Fig. 8 d so, so be not described in detail in this.

In the present embodiment, this electronic equipment is for example notebook computer, and the first noumenon is specially the display part of notebook computer, and the second body is specially the host machine part of notebook computer; In another embodiment, this electronic equipment can also be the entirety that panel computer and docking station form, the first noumenon concrete example notebook computer in this way, the second body concrete example docking station in this way.

Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if these amendments of the present invention and within modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.

Claims

1. an electronic equipment, is characterized in that, comprising:

Fore shell;

Display unit, is arranged on described fore shell;

Back cover, has first surface and second, and the first surface of described back cover is combined with described fore shell, forms an accommodation space;

Function body, is placed in described accommodation space;

Wherein, described back cover has Part I and Part II, described Part I and described Part II are seamless link on described second, and described Part I can be to the direction bending away from described fore shell, and described Part I can be used in and supports described electronic equipment after bending.

2. electronic equipment as claimed in claim 1, it is characterized in that, in the time that described Part I bends to the direction away from described fore shell, angle between the broken line forming between described Part I and described Part II and arbitrary edge of described electronic equipment is acute angle, make described Part I after the direction bending away from described fore shell, during in the first state, can jointly support described electronic equipment by the first edge of described Part I and described electronic equipment at described electronic equipment; During in the second state, can jointly support described electronic equipment by the second edge of described Part I and described electronic equipment at described electronic equipment, wherein, described the first edge is adjacent with described the second edge.

3. electronic equipment as claimed in claim 1, it is characterized in that, when described Part I is after the direction bending away from described fore shell, the angle value of the bending angle between described Part I and described Part II is the first angle value, wherein, under described the first angle value, the center of gravity of the center of gravity of described electronic equipment is projected in the first area on a supporting surface, described first area is specially: by by the first end points, the second end points and the 3rd end points connect and the region of formation, wherein, described the first end points and described the second end points are two end points at described the first edge, described the 3rd end points is on described Part I, to be positioned on described supporting surface and from described electronic equipment end points farthest.

4. electronic equipment as claimed in claim 1, it is characterized in that, described back cover is specially and is made into integration, between described Part I and described Part II, there is a region of being made by resilient material, when described Part I bends along described region under the effect of external world's bending power, and while making described Part I bending reach a critical angle, resilient material in described region corresponding to the described broken line that forms between described Part I and described Part II will produce the first pulling force, drive described Part I to continue to reach the first angle along former overbending direction bending, and make described Part I remain on primary importance corresponding to described the first angle.

5. electronic equipment as claimed in claim 1, is characterized in that, described back cover comprises ground floor and the second layer, and described ground floor has described first surface, and the described second layer has described second.

6. electronic equipment as claimed in claim 5; it is characterized in that; described ground floor is specifically included in physical connection pass and fastens as the first separate subdivision and the second subdivision; corresponding described Part I and described Part II respectively; described the first subdivision and described the second subdivision are by the rotatable connection of the first web member; the described second layer is specially flexible protective layer, covers on described ground floor.

7. electronic equipment as claimed in claim 6, is characterized in that, described the first web member is specially pivot structure or flexure strip structure.

8. electronic equipment as claimed in claim 6, it is characterized in that, when described Part I along described the first web member in the time being bent to maximum angle away from the direction of described electronic equipment, in described the second subdivision, the edge adjacent with described the first subdivision can stop that described Part I continues bending, makes described Part I remain on the second place that described maximum angle is corresponding.

9. electronic equipment as claimed in claim 1, is characterized in that, described electronic equipment also comprises:

Baffle plate, is arranged between described function body and described first surface, makes when described Part I is after the direction bending away from described fore shell, and described baffle plate can stop described function body exposed in the residing space of described electronic equipment.

10. electronic equipment as claimed in claim 9, is characterized in that, described electronic equipment also comprises:

The second web member, is separately positioned on described Part I, and on described baffle plate or described fore shell, for when described Part I is not in the time bending, described Part I is fixed on described baffle plate or described fore shell.

11. 1 kinds of electronic equipments, is characterized in that, comprising:

Body, specifically comprises:

Upper shell, has the second end that first end is relative with described first end;

Lower house, has the 4th end that the 3rd end is relative with described the 3rd end;

Rear end face, for connecting described first end and described the 3rd end;

Front end face, for connecting described the second end and described the 4th end;

Function body, is arranged in the accommodation space of described upper shell, described lower house, described rear end face and the formation of described front end face; Wherein, the first area of described rear end face is greater than the second area of described front end face, and the thickness between described upper shell and described lower house is being greater than at the second thickness near described front end face near the first thickness of described rear end face.

12. electronic equipments as claimed in claim 11, is characterized in that, described rear end face tilts to be connected to described the 3rd end from described first end towards the direction away from described the second end.

13. electronic equipments as claimed in claim 12, is characterized in that, described front end face tilts to be connected to described the 4th end towards the direction near described first end from described the second end, and wherein, described rear end face is parallel to described front end face.

14. electronic equipments as claimed in claim 11, is characterized in that, described front end face and described the second end and described the 4th end form a depressed area towards described rear end face depression.

15. electronic equipments as claimed in claim 11, is characterized in that, described front end face is specially a curved surface.

16. electronic equipments as claimed in claim 11, it is characterized in that, in the time that described electronic equipment is panel computer, described electronic equipment also comprises a display unit, be arranged on described lower house, wherein said upper shell has first surface and second, and described first surface is combined with described lower house, forms described accommodation space; Described upper shell has Part I and Part II, described Part I and described Part II are seamless link on described second, and described Part I can be to the direction bending away from described lower house, and described Part I can be used in and supports described electronic equipment after bending.

17. electronic equipments as claimed in claim 11, is characterized in that, the quantity of described body is two, are respectively the first noumenon and the second body, and described electronic equipment also comprises:

Syndeton, for by rotatable the linking together of described rear end face of the described rear end face of described the first noumenon and described the second body;

Display unit, is arranged on the described lower house of described the first noumenon;

Input block, is arranged on the described upper shell of described the second body; Wherein, when described the first noumenon and described the second body are during in closure state, described display unit is near described input block.