CN105094217A

CN105094217A - Electronic device

Info

Publication number: CN105094217A
Application number: CN201410211309.5A
Authority: CN
Inventors: 刘俊峰
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-05-19
Filing date: 2014-05-19
Publication date: 2015-11-25
Anticipated expiration: 2034-05-19
Also published as: CN105094217B

Abstract

The invention discloses an electronic device. The electronic device comprises a first body, a second body and a connection piece, wherein the first body at least comprises a first surface and a second surface which are opposite to each other; a first output unit is at least arranged on the second surface; the second body at least comprises a third surface and a fourth surface which are opposite to each other; a first input unit is at least arranged on the third surface; the first body and the second body are connected by the connection piece; and at least one surface of the first surface, the second surface, the third surface and the fourth surface is a curved surface.

Description

A kind of electronic equipment

Technical field

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

Background technology

Along with the development of science and technology and the progress of society, electronic equipment have also been obtained development at full speed, and the kind of electronic product also gets more and more, and electronic equipment is as cover-slide-type handset, clamshell handset, notebook computer, plug-in type notebook computer etc.Deng becoming an indispensable part in people's live and work.People have also enjoyed the various facilities that scientific development brings, and present people can pass through various types of electronic equipment, enjoy the comfortable life along with development in science and technology brings.

Existing electronic equipment comprises the first noumenon, the second body and the web member being connected the first noumenon and the second body.Described the first noumenon comprises first surface and the second surface opposing with described first surface, and described second surface is provided with display screen.Described second body comprises the 3rd surface and the 4th surface with described 3rd surface opposite, and the described 3rd is provided with multiple button on the surface.See on the whole, namely the chamfering of each marginal surface is ignored, make to have on the surface groove, the difference in height between button upper surface and integral planar, the hole offered on the surface or groove, difference in height etc. between display screen and second surface because arranging button, described first surface, described second surface, described 3rd surface and described 4th surface are plane.

But present inventor in the process realizing technical scheme, at least find that above-mentioned prior art exists following technical matters:

Due to described first surface, described second surface, described 3rd surface and described 4th surface integral being plane, therefore, the demand of special scenes can not be met.

Summary of the invention

The application provides a kind of electronic equipment, solve in prior art due on described first surface, described second surface, described 3rd surface and described 4th surface integral for plane, and cause described electronic equipment can not meet the technical matters of the demand of special scenes.

The application provides a kind of electronic equipment, and described electronic equipment comprises the first noumenon, the second body and web member, and described the first noumenon at least has contrary first surface and second surface, at least arranges the first output unit at described second surface;

Described second body at least has the 3rd contrary surface and the 4th surface, at least arranges the first input block on described 3rd surface;

Described web member connects described the first noumenon and described second body, described web member at least has the first state, when described web member is in described first state, the distance of the second reference point in the Second Edge on the first reference point in the first limit of described second surface and described 3rd surface is greater than threshold value;

Wherein, described first limit is the limit away from described second body in described second surface, described Second Edge is the limit away from described the first noumenon in described 3rd surface, and the position of described first reference point on described first limit is corresponding with the described position of the second reference point on described Second Edge;

In the flrst mode, in described first surface, described second surface, described 3rd surface and described 4th surface, at least one surface is curved surface to described electronic equipment, and wherein, described first mode is the pattern that described web member is in described first state.

Preferably, described curved surface is the curved surface that on both sides relative on described curved surface, the shape of the shortest route of any two pairs of corresponding point in described curved surface is identical with length.

Preferably, described curved surface is the curved surface of the same side of the arbitrary tangent being positioned at described curved surface.

Preferably, described curved surface is described curved surface only has one group of relative limit be the curved surface of curved side.

Preferably, described first output unit is be the display unit of concave curvature form relative to described the first noumenon, and limit corresponding with described first limit on described display unit is curved side.

Preferably, described first input block is specially relative to described second body in the contact input block protruding curved-surface shape or arrange along protrusion curved surface, and limit corresponding with described Second Edge on described contact input block is curved side.

Preferably, be provided with radiating element in described second body, described 4th surface is the curved surface relative to described second body recess, and the described 4th offers air outlet on the surface; When described radiating element work, form the airflow path for dispelling the heat, described air outlet is in the end of described airflow path.

Preferably, described web member also has second state different from described first state, and when described web member is in described second state, described electronic equipment is in second pattern different from described first mode; When described web member is in described second state, the distance of described first reference point and described second reference point is less than or equal to described threshold value.

Preferably, described curved surface number is at least two, the mating shapes or consistent of described at least two curved surfaces.

Preferably, described second surface and described 3rd surface are the curved surface of mating shapes, when described web member is in described second state, the distance between the 4th reference point that on described second surface, the 3rd reference point and the described 3rd is corresponding with described 3rd reference point location is on the surface less than or equal to described threshold value.

Preferably, described second surface is the curved surface caved in relative to described the first noumenon, and described 3rd surface is the curved surface that relatively described second body protrudes.

Preferably, the surface equation of described second surface is identical with the surface equation on described 3rd surface.

Preferably, described first surface, described second surface, described 3rd surface are the curved surface that surface equation is identical with described 4th surface, described first surface is the convex surface relative to described the first noumenon, described second surface is the concave surface relative to described the first noumenon, described 3rd surface is the convex surface relative to described second body, and described 4th surface is the concave surface relative to described second body.

Preferably, described the first noumenon relative to described second body motion, makes the distance of described first reference point and described second reference point be less than or equal to described threshold value by described web member.

Preferably, when described electronic equipment switches to described second pattern from described first mode, be switched to described second state by described web member from described first state, make described curved surface or at least one curved surface switch to plane.

Preferably, described electronic equipment comprises the interlinked mechanism be connected with described the first noumenon or described second body, and when described the first noumenon is relative to described second body motion, described interlinked mechanism drives described surface to switch between curved surface and plane.

Preferably, described electronic equipment also comprises: parameter regulator, detecting unit and processor, and described parameter regulator, for adjusting the controling parameters on described surface, switches between curved surface and plane to make described surface; Described detecting unit is for detecting the detected parameters of the current distance shown between described first reference point and described second reference point; Described processor for receiving described detected parameters, and judges whether the described current distance that described detected parameters shows is less than described threshold value, to determine whether that controlling described parameter regulator adjusts described controling parameters.

Preferably, described web member is specially rotational coupling mechanism, and the number of described rotational coupling mechanism is one, and described the first noumenon and described second body realize being rotationally connected by means of only described rotational coupling mechanism.

Preferably, described web member comprises rotating shaft, different with the shape of the link of described rotating shaft from the shape of the link of described rotating shaft and described second body on described the first noumenon, to avoid, when described electronic equipment switches between described first mode and described second pattern, producing between described the first noumenon and described second body and interfering.

Preferably, described web member comprises rotating shaft, described rotating shaft at least has primary importance state, when described rotating shaft is in primary importance state, described rotating shaft at least and between described the first noumenon or described second body has interval, to make described the first noumenon can rotate relative to described second body, realize the switching of described electronic equipment between described first mode and described second pattern.

Preferably, described rotating shaft and all have described interval between described the first noumenon and described second body, and the interval of described rotating shaft and described the first noumenon and described second body is unequal.

Preferably, described rotating shaft also has the second place state different from described primary importance state, described rotating shaft can switch to described primary importance state from described second place state, at least and between described the first noumenon or described second body has described interval to make described rotating shaft.

Preferably, the curved surface that described second surface is identical with the surface equation that described 3rd surface is, described first limit is straight line; Described web member is specially the mechanism that is slidably connected connected on described first surface and described 3rd surface; Being slidably connected mechanism described in described the first noumenon and described second body pass through can relative sliding, and to make described web member be in second state different from described first state, described electronic equipment is in second pattern different from described first mode.

Preferably, described second surface and described 3rd surface at least one be curved surface, described electronic equipment also comprises the occlusion part be arranged on described the first noumenon or described second body, when described electronic equipment is in described second pattern, have interval between the edge on described second surface and described 3rd surface, described occlusion part blocks in described interval.

The application's beneficial effect is as follows:

Above-mentioned electronic equipment is by being set to curved surface by least one surface in described first surface, described second surface, described 3rd surface and described 4th surface, thus solve in prior art due on described first surface, described second surface, described 3rd surface and described 4th surface integral for plane, and cause described electronic equipment can not meet the technical matters of the demand of special scenes.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described by the accompanying drawing used required in describing embodiment below, apparently, the accompanying drawing in the following describes is only some embodiments of the present invention.

Fig. 1 is the structural representation of the application first better embodiment electronic equipment;

Fig. 2 is the structural representation of another state of the application first better embodiment electronic equipment;

Fig. 3 is the side view of another embodiment of the curved surface of electronic equipment in Fig. 1;

Fig. 4 is the side view of the another embodiment of the curved surface of electronic equipment in Fig. 1;

Fig. 5 is the structural representation of the application second better embodiment electronic equipment;

Fig. 6 is the structural representation of the application the 3rd better embodiment electronic equipment;

Fig. 7 is the structural representation of the application the 4th better embodiment electronic equipment;

Fig. 8 is the structural representation of the application the 5th better embodiment electronic equipment;

Fig. 9 is the structural representation of the application the 6th better embodiment electronic equipment;

Figure 10 is the structural representation of the application the 7th better embodiment electronic equipment;

Figure 11 is the structural representation of the application the 8th better embodiment electronic equipment;

Figure 12 is the structural representation of the application the 9th better embodiment electronic equipment;

Figure 13 is the structural representation of the application the tenth better embodiment electronic equipment;

Figure 14 is the structural representation of another state of electronic equipment in Figure 13;

Figure 15 is the structural representation of the application the 11 better embodiment electronic equipment;

Figure 16 is the structural representation of the application the 12 better embodiment electronic equipment;

Figure 17 is the partial enlarged drawing of electronic equipment in Fig. 1;

Figure 18 is the structural representation of the application the 13 better embodiment electronic equipment;

Figure 19 is the structural representation of the application the 14 better embodiment electronic equipment;

Figure 20 is the structural representation of the application the 15 better embodiment electronic equipment;

Figure 21 is the structural representation of the application the 16 better embodiment electronic equipment;

Figure 22 is the structural representation of the application the 17 better embodiment electronic equipment;

Figure 23 is the structural representation of the application the 18 better embodiment electronic equipment;

Figure 24 is the structural representation of another state of electronic equipment in Figure 23;

Figure 25 is the structural representation of the another state of electronic equipment in Figure 23;

Figure 26 is the structural representation of the another state of the application the 19 better embodiment electronic equipment;

Figure 27 is the structural representation of another state of electronic equipment in Figure 25;

Figure 28 is the structural representation of the another state of the application the 20 better embodiment electronic equipment;

Figure 29 is the structural representation of the another state of the application the 21 better embodiment electronic equipment.

Embodiment

The embodiment of the present application by providing a kind of electronic equipment, solve in prior art due on described first surface, described second surface, described 3rd surface and described 4th surface integral for plane, and cause the bad technical matters of described electronic equipment.

Technical scheme in the embodiment of the present application is for solving the problems of the technologies described above, and general thought is as follows:

A kind of electronic equipment, described electronic equipment comprises the first noumenon, the second body and web member, and described the first noumenon at least has contrary first surface and second surface, at least arranges the first output unit at described second surface;

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

As shown in Figure 1, be the structural representation of the application first better embodiment electronic equipment.Described electronic equipment comprises the first noumenon 10, second body 20 and web member 30.

Described the first noumenon 10 at least has contrary first surface 11 and second surface 12, at least arranges the first output unit 121 at described second surface 12.Described first output unit 121 can be image output unit (as display screen) or audio output unit (as loudspeaker) etc., and in the present embodiment, described first output unit 121 is display unit; In other embodiments, described first output unit 121 also can be loudspeaker etc.In other embodiments, described second surface 12 also can arrange multiple the first identical or different output unit 121, in addition, described second surface 12 also can arrange second input blocks such as input collecting unit (as at least having keyboard or the touch sensing unit of a button), image acquisition units (as camera) or audio collection unit (as microphone).Described second surface 12 has the first limit 122 away from described second body 20.Described first limit 122 there is the first reference point 123.

Described second body 20 at least has the 3rd contrary surface 23 and the 4th surface 24, on described 3rd surface 23, the first input block 21 is at least set, described first input block 21 can be input collecting unit (as at least having keyboard or the touch sensing unit of a button), image acquisition units (as camera) or audio collection unit (as microphone) etc., in the present embodiment, described first input block 21 is keyboard, in other embodiments, described first input block 21 can be touch sensing unit, camera or microphone etc.In other embodiments, described 3rd surface 23 also can multiple the first identical or different input block 21, in addition, described 3rd surface 23 also can arrange the second output unit, such as image output unit (as display screen) or audio output unit (as loudspeaker) etc.

Described 3rd surface 23 has the Second Edge 231 away from described the first noumenon.Described Second Edge 231 has second reference point 232 corresponding with the position of described first reference point 123, namely the position of described second reference point 232 on described Second Edge 231 is corresponding with the position of described first reference point 123 on described first limit 122.Particularly, the position of described second reference point 232 on described Second Edge 231 is corresponding with the position of described first reference point 123 on described first limit 122, refer to, described first limit 122 is determined the position of described first reference point 123 is identical with the method for the position determining the second reference point 232 on described Second Edge 231.As described in the first reference point 123 be left end point on the first limit 122, described second reference point 232 is the left end point on Second Edge 231; Described first reference point 123 is the mid point on the first limit 122, and described second reference point 232 is the mid point on Second Edge 231; Described first reference point 123 is the left end point on the first limit 122, and described second reference point 232 is the left end point on Second Edge 231.

Described web member 30 connects described the first noumenon 10 and described second body 20, makes described the first noumenon 10 and described second body 20 can by the relative motion of described web member 30.Described web member 30 can be the combination of rotational coupling mechanism, the mechanism that is slidably connected, rotational coupling mechanism and the mechanism that is slidably connected or insertion type connecting mechanism, refers to subsequent descriptions.Described web member 30 at least has the first state, when described web member 30 is in described first state, the distance of the second reference point 232 in the Second Edge 231 on the first reference point 123 in the first limit 122 of described second surface 12 and described 3rd surface 23 is greater than threshold value.In a specific embodiment, described threshold value can be arranged as required, as being set to any number such as 5 millimeters, 1 centimetre, 3 centimetres or 5 centimetres.

When described web member 30 is in the first state, described electronic equipment 100 is in first mode.Described first mode can be I/O pattern, the pattern namely when using state.In the flrst mode, in described first surface 11, described second surface 12, described 3rd surface 23 and described 4th surface 24, at least one surface is curved surface to described electronic equipment 100.That is, can a surface be curved surface in described first surface 11, described second surface 12, described 3rd surface 23 and described 4th surface 24, can two surfaces be also curved surface, can three surfaces be also curved surface, curved surface can also be in four surfaces.In the present embodiment, described second surface 12 is curved surface.

Described curved surface is not the curved surface in absolute sense, but sees it is curved surface on the whole, as: the level as described on second surface 12 as described in ignoring between framework and display screen is poor, regards as described framework and described display screen in same plane; Ignore the hole on each surface or groove; Ignore the difference in height etc. between button and integral surface.In addition, the single device on surface as display screen be curved surface time, and when the area of single device exceedes the total area 40% on surface, can think on described surface integral to be curved surface; Again, the multiple devices on surface as keyboard be curved surface time, and when the surface area of multiple device exceedes 40% of the total area, can think on described surface integral to be curved surface.The global shape of described curved surface can be arranged as required, can have any shape, also can for the shape with bending rule is as S type, partial sphere shape, local cylindrical shape etc.

Above-mentioned electronic equipment 100 is by being set to curved surface by least one surface in described first surface 11, described second surface 12, described 3rd surface 23 and described 4th surface 24, thus solve in prior art due on described first surface, described second surface, described 3rd surface and described 4th surface integral for plane, and cause described electronic equipment can not meet the technical matters of the demand of special scenes.

Described web member 30 can only have described first state, and accordingly, described electronic equipment 100 only has first mode.Certainly, described web member 30 also can also have the second state.Particularly, as shown in Figure 2, described web member 30 is in second state different from described first state, described web member 30 can be switched to described second state by rotation, sliding type from described first state, also can be that described web member 30 has two plug-in positions, as, when described the first noumenon 10 is plugged in the primary importance of described web member 30, described web member 30 is in the first state; When described the first noumenon 10 is plugged in the second place of described web member 30, described web member 30 is in the second state.When described web member 30 is in described second state, described electronic equipment 100 is in second pattern different from described first mode, when described first mode is I/O pattern, described second pattern can be non-input output mode, or for being different from the another kind of input and output mode of above-mentioned I/O pattern.When described web member 30 is in described second state, the distance of described first reference point 123 and described second reference point 232 is less than or equal to described threshold value.

Described second state is switched to by rotation and/or sliding type from described first state at described web member 30, described the first noumenon 10 can, by described web member 30 relative to described second body motion, make the distance of described first reference point 123 and described second reference point 232 be less than or equal to described threshold value.When described web member 30 is rotational coupling mechanism, described threshold value is more than or equal to described electronic equipment 100 when being in the second pattern, the spacing distance between the first limit 122 of described the first noumenon 10 and the Second Edge 231 of described second body 20; And described web member 30 for be slidably connected mechanism time, when described electronic equipment 100 is in the second pattern, described threshold value is more than or equal to square again evolution square adding the spacing of described first reference point 123 and described second reference point 232 of the thickness sum of spacing distance between described the first noumenon 10 and described second body 20 and described the first noumenon 10.

Be described to the concrete shape of curved surface below.In a specific embodiment, the shape of described curved surface can be set as required, can have any shape, also can for having the shape of bending rule.As shown in Figure 3, be the side view of curved surface.Described curved surface is the curved surface with bending rule, on both sides relative on described curved surface, the shape of the shortest route of any two pairs of corresponding point in described curved surface is identical with length, that is, first parallel plane second plane at the place of described curved surface is identical with length with the shape on described limit with the intersecting lens of described curved surface.Wherein, " described curved surface " can be the limit corresponding with described first limit 122, also can be the limit not corresponding with described first limit 122.

Preferably, as shown in Figure 4, described curved surface can be partial sphere shape or local cylindrical shape, that is, described curved surface is the curved surface of the same side of the arbitrary tangent being positioned at described curved surface.Described curved surface is positioned at the same side of its arbitrary tangent.Described partial sphere is that a curved surface rotates the incomplete sphere formed around a central point; Described local cylindrical shape is that wire-wound one central point rotates the incomplete cylinder formed always.

Further, described curved surface only there is one group of relative limit to be curved side.That is, described curved surface is the shape of local cylinder.Particularly, described curved side can be limit corresponding with described first limit 122 or Second Edge 231 on the surface for curved surface in described first surface 11, second surface 12, the 3rd surface 23 and the 4th surface 24, also can be and limit not corresponding on described first limit 122 or Second Edge 231.In the present embodiment, described curved side is the limit corresponding with described first limit 122 or Second Edge 231, and namely the long limit of electronic equipment 100 is curved side.

In addition, in above-mentioned embodiment, the curvature of described curved surface can be arranged according to specific needs, and described curved surface also can be set to the curved surface of concave curvature or protrusion as required.

Again, the projected length of described curves on space surfaces limit in the plane of the plane perpendicular to two straight line places is more than or equal to Second Threshold, and described Second Threshold can be arranged as required, as 1cm, 3cm etc., that is, the value that the height demand fulfillment that arches upward of described curved surface is certain.

The number of described curved surface can be arranged as required, and concrete set-up mode has following four kinds:

The number of A, described curved surface is one.When the number of described curved surface is one, the set-up mode of described curved surface is as follows:

First kind of way: described second surface 12 is set to curved surface.

Particularly, when described second surface 12 is curved surface, as shown in Figure 1, described first output unit 121 is that limit corresponding with described first limit 122 on described display unit is curved side relative to the display unit of described the first noumenon 10 in concave curvature form.That is, described first output unit 121 is that wire-wound one central point rotates the incomplete cylinder formed always.By described first output unit 121 being set to relative to the display unit of described the first noumenon 10 in concave curvature form, and limit corresponding with described first limit 122 on it is set to curved side, thus the difference between distance on the eyeball that can reduce each point and beholder on display unit between corresponding point, the radian of plane can be adjusted, to ensure that described display unit is equal with the distance of eyes, thus bring better sensory experience to user, the equipment effect especially for the display unit being greater than 7 cun is better.

The second way: described 3rd surface 23 is set to curved surface.

As shown in Figure 5, be the structural representation of the application second better embodiment electronic equipment.In the present embodiment, described 3rd surface 23 is curved surface, and described first input block 21 can be the contact such as touch sensing unit and/or keyboard input block.When described first input block 21 is contact panel, described first input block 21 is specially relative to described second body 20 in the contact input block protruding curved-surface shape; And when described first input block 21 is keyboard, described first input block 21 is specially relative to described second body 20 along the contact input block protruding curved surface setting, and limit corresponding with described Second Edge 231 on described contact input block is curved side.That is, described first input block 21 is that wire-wound one central point rotates the incomplete cylinder formed always.By described first input block 21 being set to relative to described second body 20 in the contact input block protruding curved-surface shape or arrange along protrusion curved surface, and limit corresponding with described Second Edge 231 on described contact input block is set to curved side, thus make described first input block 21 more meet the design of ergonomics song, improve the comfort level of the use of user, especially make the first input block 21 carry out situation about inputting for long-time (physics or virtual).

The third mode: described 4th surface 24 is set to curved surface.

As shown in Figure 6, be the structural representation of the application the 3rd better embodiment electronic equipment.In the present embodiment, described 4th surface 24 is the curved surface caved in relative to described second body 20, described 4th surface 24 offers air outlet, is provided with radiating element 22 in described second body 20, described second body 20 thermal current can be flowed out by described air outlet.Particularly, when described radiating element work, form the airflow path for dispelling the heat, described air outlet is in the end of described airflow path, and described thermal current can flow out from described air outlet.

And in prior art, because described 4th surface is plane, the 4th surface contacts with stayed surface usually, therefore, the 4th can not set out air port on the surface; And in the present embodiment, because described 4th surface 24 is curved surface, when described 4th surface 24 is arranged on a stayed surface, also have living space between described 4th surface 24 and described stayed surface, therefore, in the present embodiment, air port can be set out on described 4th surface 24, thermal current in described second body 20 can flow out from described air outlet, thinks described electronic equipment dissipating heat.Review in prior art, even if the 4th is provided with foot pad support on the surface, the problem of the blocking air outlet of common flexible support face < bed surface > can not be solved, and the application can solve.

Limit corresponding with described Second Edge 231 on described 4th surface 24 can be curved side, or the limit not corresponding with described Second Edge 231 is curved side.By the curved surface that described 4th surface 24 is set to cave in relative to described second body 20, and air outlet is offered on described 4th surface 24, radiating element 22 is provided with in described second body 20, when described radiating element work, form the airflow path for dispelling the heat, described air outlet is in the end of described airflow path, described thermal current can flow out from described air outlet, think described electronic equipment dissipating heat, make the radiating effect of described electronic equipment better, thus electronic equipment performance can be promoted, or the performance promoting electronic equipment runs the upper limit.In addition, when electronic equipment 100 is in non-input/output state and is carried, because the 4th surface 24 is curved surface, it is more close to the users, and no matter is hand-held mode, laptop mode, still bears pattern, electronic equipment can more be pressed close to the curve of health mutually, particularly applicable to large screen equipment, be easy to carry, reduce and collide with external environment.

4th kind of mode: described first surface 11 is set to curved surface.

As required described first surface 11 can be set to the shape needed; thus the outward appearance of described electronic equipment can be improved; in addition; because described first surface 11 is curved surface; when described electronic equipment 100 falls; described first surface 11 also can play the effect of buffering; thus reduce the impaired probability of described electronic equipment 100; protect described electronic equipment 100; in addition; the appearance and modeling that can also make described electronic equipment 100 particularly, increases the differentiation between described electronic equipment 100 and other products, improves the identification of described electronic equipment 100.

The number of B, described curved surface is two.When the number of described curved surface is at least two, the mating shapes of described at least two curved surfaces or consistent.Mating shapes mentioned here refers to that the shape of two curved surfaces is identical on the whole, and one is the curved surface protruded, and another is the curved surface of depression.And unanimously refer to that the shape of two curved surfaces is identical on the whole, and be all the curved surface of curved surface or the depression protruded.

Described curve form identical on the whole, be not identical in absolute sense, but see it is identical on the whole, and as poor in the level as described on second surface 12 as described in ignoring between framework and display screen, regard as described framework and described display screen in same plane; Ignore the hole on each surface or groove; Ignore the difference in height etc. between button and integral surface.

When the number of described curved surface is two, the setting of described curved surface has at least with under type:

First kind of way: described second surface 12 and described 3rd surface 23 be curved surface.

When described second surface 12 and described 3rd surface 23 are curved surface, can as required, described second surface 12 can mate with described 3rd surface 23, also can not mate, specific as follows.

Particularly, as shown in Figure 7, described second surface 12 and described 3rd surface 23 are the curved surface of mating shapes, when described web member 30 is in described second state, distance between the 4th reference point 233 corresponding with described 3rd reference point 124 position on the 3rd reference point 124 and described 3rd surface 23 on described second surface 12 is less than described threshold value, that is, the distance between described second surface 12 and described 3rd surface 23 is relevant to the distance between described first limit 122 and described Second Edge 231.In the present embodiment, described second surface 12 is the curved surface of depression, and described 3rd surface 23 is the curved surface protruded, in other embodiments, also described second surface 12 can be set to the curved surface protruded, and described 3rd surface 23 be set to the curved surface of depression.

Particularly, as shown in Figure 8, described second surface 12 is the curved surface caved in relative to described the first noumenon 10, and described 3rd surface 23 is the curved surface that relatively described second body 20 protrudes.In the present embodiment, the curved surface that described second surface 12 and described 3rd surface 23 do not match for shape, in other embodiments, described second surface 12 and described 3rd surface 23 also can for the curved surfaces matched.

Further, the surface equation of described second surface 12 is identical with the surface equation on described 3rd surface 23, namely, described second surface 12 and described 3rd surface 23 are set to two curved surfaces mated, so that when described electronic equipment 100 is in the second pattern, can well fit in described second surface 12 and described 3rd surface 23, to prevent described dust, chip etc. from entering between described second surface 12 and described 3rd surface 23, and make the design arrangement that the device in electronic equipment 100 can be compacter.

The second way: as shown in Figure 9, the first surface 11 of the first noumenon 10 of described electronic equipment 100 and the second surface 12 of the second body 20 are the curved surface of mating shapes.In the present embodiment, the 3rd surface 23 and the 4th surface 24 are plane.By first surface 11 and second surface 12 being set to the curved surface of mating shapes; thus the appearance and modeling making described electronic equipment 100 particularly; increase the differentiation between described electronic equipment 100 and other products; improve the identification of described electronic equipment 100; in addition, when described electronic equipment 100 falls, the effect of buffering can also be played; reduce the impaired probability of electronic equipment 100, protection electronic equipment 100.

The third mode: as shown in Figure 10, the first surface 11 of the first noumenon 10 of electronic equipment 100 and the 4th surface 24 of the second body 20 are the curved surface of mating shapes, and described second surface 12 and the 3rd surface 23 are plane.By first surface 11 and the 4th surface 24 being set to the curved surface of mating shapes; thus the appearance and modeling making described electronic equipment 100 particularly; increase the differentiation between described electronic equipment 100 and other products; in addition; can also when described electronic equipment 100 falls; play the effect of buffering; reduce the impaired probability of electronic equipment 100; protection electronic equipment 100; in addition; described electronic equipment 100 and the differentiation of other electronic equipment can also be increased, improve the identification of described electronic equipment 100.And, when electronic equipment 100 is in non-input/output state and is carried, because the 4th surface 24 is curved surface, no matter be hand-held mode, laptop mode, still bear pattern, electronic equipment can more be pressed close to the curve of health mutually, particularly applicable to large screen equipment, be easy to carry, reduce and collide with external environment.

4th kind of mode: as shown in figure 11, the first surface 11 of the first noumenon 10 of electronic equipment 100 is the curved surface that shape is consistent with the 3rd surface 23 of the second body 20, and described second surface 12 and the 4th surface 24 are curved surface.By first surface 11 is set to curved surface; thus the appearance and modeling making described electronic equipment 100 particularly; increase the differentiation between described electronic equipment 100 and other products, improve the identification of described electronic equipment 100, in addition; can also when described electronic equipment 100 falls; play the effect of buffering, reduce the impaired probability of electronic equipment 100, protection electronic equipment 100; in addition, the differentiation of described electronic equipment 100 and other electronic equipment can also be increased.In addition, by the 3rd surface 23 being provided with the first input block 21 is set to curved surface, make more to meet the design of ergonomics song, improve the comfort level of the use of user, especially make the first input block 21 carry out situation about inputting for long-time (physics or virtual).

In addition, in other embodiments, also the second surface 12 of the first noumenon 10 of electronic equipment 100 can be set to the consistent curved surface of shape with the 4th surface 24 of the second body 20, and described first surface 11 and the 3rd surface 23 be set to plane; The 3rd of second body 20 of electronic equipment 100 surface 23 and described 4th surface 24 can also be set to the curved surface of mating shapes, and the first surface 11 of described the first noumenon 10 and second surface 12 are set to plane.

The number of C, described curved surface is three.When the number of described curved surface is three, described curved surface has following set-up mode at least:

First kind of way: described first surface 11, described second surface 12 and described 3rd surface 23 are set to curved surface, described 4th surface 24 is set to plane.As: by as described in first surface 11 with as described in the 3rd surface 23 be set to the consistent protrusion curved surface of shape, and described second surface 12 is set to the curved surface with described 3rd surperficial 23 mating shapes.

By first surface 11 is set to curved surface; thus the appearance and modeling making described electronic equipment 100 particularly; increase the differentiation between described electronic equipment 100 and other products; improve the identification of described electronic equipment 100; in addition, when described electronic equipment 100 falls, the effect of buffering can also be played; reduce the impaired probability of electronic equipment 100, protection electronic equipment 100.In addition, by the 3rd surface 23 being provided with the first input block 21 is set to curved surface, make more to meet the design of ergonomics song, improve the comfort level of the use of user, especially make the first input block 21 carry out situation about inputting for long-time (physics or virtual).By described second surface 12 and described 3rd surface 23 are set to curved surface, electronic equipment 100 can be increased when non-input/output state, the compactedness of the cooperation between described the first noumenon 10 and described second body 20.

The second way: described first surface 11, described second surface 12 and described 4th surface 24 are set to curved surface, described 3rd surface 23 is set to plane.As: by as described in first surface 11 with as described in the 3rd surface 23 be set to the consistent protrusion curved surface of shape, and described 4th surface 24 is set to the curved surface with described first surface 11 mating shapes.

By first surface 11 and the 4th surface 24 are set to curved surface; thus the appearance and modeling making described electronic equipment 100 particularly; increase the differentiation between described electronic equipment 100 and other products; improve the identification of described electronic equipment 100; in addition, when described electronic equipment 100 falls, the effect of buffering can also be played; reduce the impaired probability of electronic equipment 100, protection electronic equipment 100.By the second surface 12 being provided with the first output unit 121 is set to curved surface, thus the difference between distance on the eyeball that can reduce upper first output unit 121 each point and beholder between corresponding point, the radian of plane can be adjusted, equal with the distance of eyes to ensure the first output unit 121, thus bring better sensory experience to user, the equipment effect especially for the display unit being greater than 7 cun is better.

The third mode: described second surface 12, described 3rd surface 23 and described 4th surface 24 are set to curved surface, described first surface 11 is set to plane.As: by as described in second surface 12 with as described in the 4th surface 24 be set to the consistent concave curvature of shape, and described 3rd surface 23 is set to the curved surface with described second surface 12 mating shapes.

By described second surface 12 and described 3rd surface 23 are set to curved surface, electronic equipment 100 can be increased when non-input/output state, the compactedness of the cooperation between described the first noumenon 10 and described second body 20.By first surface 11 and the 4th surface 24 are set to curved surface; thus the appearance and modeling making described electronic equipment 100 particularly; increase the differentiation between described electronic equipment 100 and other products; improve the identification of described electronic equipment 100; in addition, when described electronic equipment 100 falls, the effect of buffering can also be played; reduce the impaired probability of electronic equipment 100, protection electronic equipment 100.

The number of D, described curved surface is four.

Particularly, as shown in figure 12, described first surface 11, described second surface 12, described 3rd surface 23 are the curved surface that surface equation is identical with described 4th surface 24, described first surface 11 is the convex surface relative to described the first noumenon 10, described second surface 12 is the concave surface relative to described the first noumenon 10, described 3rd surface 23 is the convex surface relative to described second body 20, and described 4th surface 24 is the concave surface relative to described second body 20.

In the present embodiment, limit corresponding with described first limit 122 on described first surface 11 is curved side, and the limit not corresponding with described first limit 122 is straight line; First limit 122 of described second surface 12 is curved side, and the limit be connected with described first limit 122 is straight line; The Second Edge 231 on described 3rd surface 23 is curved side, and the limit be connected with described Second Edge 231 is curved side; On described 4th surface 24, the limit corresponding with described Second Edge 231 is curved side, and the limit not corresponding with described Second Edge 231 is straight line.In other embodiments, also the limit corresponding with described first limit 122 or Second Edge 231 on described first surface 11, described second surface 12, described 3rd surface 23 and described 4th surface 24 can be set to straight line, be set to curved side with described first limit 122 or the not corresponding limit of Second Edge 231.

When described web member 30 is switched to described second state from described first state, described curved surface can keep the shape of curved surface always, also can shape change.Particularly, when described electronic equipment 100 switches to described second pattern from described first mode, described second state is switched to from described first state by described web member 30, when the number of described curved surface is one, described curved surface is made to switch to plane, and when the number of described curved surface is two or more, in described curved surface, at least one curved surface switches to plane.In addition, the time that described surface switches can switch with the pattern of described electronic equipment 100, or before the pattern of described electronic equipment 100 switches or after switching.

Control described curved surface and switch to plane, have at least as under type realizes:

A, mechanical type mode, comprise and being switched between curved surface and plane relative to surface described in described second body 20 motion triggers by described the first noumenon 10, with after described the first noumenon 10 has moved relative to described second body 20, then control described surface and switch between curved surface and plane.

As shown in Figure 13 and Figure 14, described electronic equipment 100 comprises the interlinked mechanism 40 be connected with described the first noumenon 10 or described second body 20, when described the first noumenon 10 moves relative to described second body 20, described interlinked mechanism drives described surface to switch between curved surface and plane.This kind of mode is belonged to and is switched between curved surface and plane relative to surface described in described second body 20 motion triggers by described the first noumenon 10.In the present embodiment, described interlinked mechanism 40 is traction belt, and one end is fixed on described second body 20, and described is deformable surface, as surface is made up of flexible screen and flexible frame.

When described the first noumenon 10 rotates relative to described second body 20, under the acting force of described interlinked mechanism 40, the surface of described the first noumenon 10 is switched between curved surface and plane.In other embodiments, described interlinked mechanism 40 also can be fixed on described the first noumenon 10, when described second body 20 rotates relative to described the first noumenon 10, under the effect of described interlinked mechanism 40, the surface of described second body also can be made to switch between described curved surface and plane.

Again, in other embodiments, also can described interlinked mechanism 40 be fixed on web member 30, the surface of described the first noumenon 10 or the second body 20 can be made equally to switch between described plane and curved surface.

By arranging the interlinked mechanism 40 be connected with described the first noumenon 10 or described second body 20, make when described the first noumenon 10 moves relative to described second body 20, described interlinked mechanism 40 can drive described surface to switch between curved surface and plane, thus when described surface is switched to curved surface by needs, control described surface by described interlinked mechanism 40 and switch to curved surface, be convenient to the use of user; And after being used to complete, described surface can being controlled by described interlinked mechanism 40 and switch to plane, thus be convenient to carrying and carry.

Controlling described surface except adopting aforesaid way switches to except curved surface, can also be in the following ways.As shown in figure 15, in the present embodiment, described interlinked mechanism 40 is specially a thrust piece, and described thrust piece is arranged in the second body 20, and described the first noumenon 10 part is that resilient material is made.Complete after described the first noumenon 10 rotates relative to described second body 20, trigger described thrust piece and stretch out, thus the surface promoting described the first noumenon 10 switches to curved surface from plane; And after described electronic equipment 100 is used to complete, controlling described thrust piece retracts, the surface recovery shape of described the first noumenon 10, namely switches to plane from described curved surface.Aforesaid way for after described the first noumenon 10 has moved relative to described second body 20, then controls the mode that described surface switches between curved surface and plane.

Aforesaid way can certainly be changed the mode being set to and being switched between curved surface and plane relative to surface described in described second body 20 motion triggers by described the first noumenon 10.Need to increase by a gear train between described web member 30 and described thrust piece, when described web member 30 moves, drive described thrust piece stretch out or retract, thus the surface controlling described the first noumenon 10 switches between plane and curved surface.

In addition, also can be arranged on described the first noumenon 10 and a described thrust piece is set, when described second body 20 moves relative to described the first noumenon 10 or motion after, described thrust piece stretches out or retracts, thus the surface controlling described second body 20 switches between plane and curved surface.

In addition, described surface can also be realized in the following ways to switch between curved surface and plane.Be described for second surface 12 below.Described first output unit 121 adopts flexible output unit, and the framework of fixing described first output unit 121 adopts deformable mechanism.When the described second surface 12 of needs switches between plane and curved surface, control the shape of the distortion of described framework and distortion, also can there is alteration of form along with the shape of framework in described first output unit 121, thus can realize described second surface 12 and switch between plane and curved surface.

Also directly elevating mechanism etc. can be set in the first noumenon 10 or the second body 20, by rising or the decline of described elevating mechanism, thus realize described surface and switch between described plane and curved surface.Can also be provided with rotating shaft on said surface, described surface is made up of two parts, and two parts can around described axis of rotation.When the described surface deformation of needs, can axis of rotation described in Mechanical course or electric control, thus the position relationship between the two parts changing surface, thus realize the switching of described surface between described plane and curved surface.

Control described surface above by mechanical system to switch between curved surface and plane, thus the switching of described surface between curved surface and plane can be stablized, reliably, and save the energy.

B, parameter adjustment mode

That is, described surface is set to deformable material, at least partly as memory metal material, stupalith etc.When switching between plane and curved surface on the described surface of needs, adjust the controling parameters of described material, as temperature or the voltage of memory metal as described in adjusting, adjust the voltage etc. of described stupalith, described surface can be made to switch between plane and curved surface.

Particularly, as shown in figure 16, described electronic equipment 100 also comprises parameter regulator 50, detecting unit 60 and processor 70.Described parameter regulator 50, for adjusting the controling parameters on described surface, as temperature parameter, voltage parameter etc., switches between curved surface and plane to make described surface.

Described detecting unit 60 is for detecting the detected parameters of the current distance shown between described first reference point 123 and described second reference point 232.Described detecting unit 60 is specifically as follows angular transducer or range sensor or hall device.

Described processor 70 for receiving described detected parameters, and judges whether the described current distance that described detected parameters shows is less than described threshold value, to determine whether that controlling described parameter regulator 50 adjusts described controling parameters.

Control described surface above by parameter adjustment mode to switch between curved surface and plane, thus accurately can control described surface switching shape.

Below will be described in detail described web member 30.Mention in the foregoing written description, described web member 30 can be the combination of rotational coupling mechanism, the mechanism that is slidably connected, rotational coupling mechanism and the mechanism that is slidably connected or insertion type connecting mechanism, below will be described in detail to various mode.

The first: described web member 30 is specially rotational coupling mechanism.

Meet described electronic equipment 100 can switch between first mode and described second pattern time, under not producing the prerequisite of interference between described the first noumenon 10 and described second body 20, described rotating shaft can be one, also can be two; Described rotating shaft and between described the first noumenon 10 and described second body 20 can continuously every, also can have interval; Described rotating shaft can be equal with the interval between described the first noumenon 10 and described second body 20, also can be unequal; In addition, described rotating shaft can also be the combination with one another of aforesaid way, as: single axle, interval single shaft, interval twin shaft, at equal intervals single shaft etc.

Below citing is described in detail.

As shown in Figure 1, described web member 30 is specially rotational coupling mechanism, and the number of described rotational coupling mechanism is one, and the second body 20 described in described the first noumenon 10 realizes being rotationally connected by means of only described rotational coupling mechanism.The length of described rotational coupling mechanism can be arranged according to the flexibility of described curved surface.

Particularly, as Figure 17, described web member 30 comprises rotating shaft 31, first fixture 32 and the second fixture 33, described first fixture 32 one end is sheathed in described rotating shaft 31, the other end is fixed on described the first noumenon 10, described second fixture 33 one end is sheathed in described rotating shaft 31, and the other end is fixed on described second body 20, and described the first noumenon 10 can be rotated relative to described second body 20.The number of described first fixture 32 and described second fixture 33 can be arranged as required, and the length of rotating shaft 31 can be arranged according to the flexibility of described curved surface.The length of described rotating shaft 31 can be 1-10 centimetre, and preferred length is 3-4 centimetre, and the diameter of described rotating shaft 31 can be 2-10 millimeter, and preferred diameter is 4-5 millimeter.

As shown in figure 18, described web member 30 comprises rotating shaft 31, in order to avoid when described electronic equipment 100 switches between described first mode and described second pattern, produce between described the first noumenon 10 and described second body 20 and interfere, different with the shape of the link of described rotating shaft 31 from the shape of the link of described rotating shaft 31 and described second body 20 on described the first noumenon 10, to reach when described electronic equipment 100 switches between described first mode and described second pattern, avoid producing between described the first noumenon 10 and described second body 20 interfering.

In the present embodiment, be by by described the first noumenon 10 and described second body 20 from the link of described rotating shaft 31 to cut away shape different, and make on described the first noumenon 10 different with the shape of the link of described rotating shaft 31 from the shape of the link of described rotating shaft 31 and described second body 20.In other embodiments, also can cut away a part by described the first noumenon 10 with the link of described rotating shaft 31, and keep the shape with the link of described rotating shaft 31 on described second body 20; Or cut away a part by described second body 20 with the link of described rotating shaft 31, and keep the shape with the link of described rotating shaft 31 on described the first noumenon 10, as shown in figure 19, the two ends of the side that described second body 20 is connected with web member 30 are cut off, thus ensure can not produce interference when mutually rotating between described the first noumenon 10 and described second body 20.

Meet described electronic equipment 100 switch between first mode and described second pattern time, under not producing the prerequisite of interference between described the first noumenon 10 and described second body 20, described rotating shaft can and between described the first noumenon 10 and described second body 20 continuously every, also and interval can be had between described the first noumenon 10 and described second body 20.In the present embodiment, the actual interval referred between the axle center of described rotating shaft and described the first noumenon 10 and described second body 20 of described rotating shaft and the interval between described the first noumenon 10 and described second body 20.

Particularly, in the present embodiment, as shown in figure 20, described rotating shaft 31 at least has primary importance state, when described rotating shaft 31 is in primary importance state, described rotating shaft 31 at least and between described the first noumenon 10 or described second body 20 has interval, to make described the first noumenon 10 can rotate relative to described second body 20, realizes the switching of described electronic equipment 100 between described first mode and described second pattern.That is, described rotating shaft 31 can have interval with in described the first noumenon 10 and the second body 20, also can have interval with described the first noumenon 10 and described second body 20.In the present embodiment, described rotating shaft 31 has interval with described the first noumenon 10 and described second body 20, and interval is equal.Keep there is described interval between described rotating shaft 31 and described the first noumenon 10 or described second body 20 always, also can be reached by change in location and have described interval between described the first noumenon 10 or the second body 20.

And when described rotating shaft 31 and described the first noumenon 10 and described second body 20 have interval, the interval of described rotating shaft 31 and described the first noumenon 10 can be equal with the interval of described rotating shaft 31 and described second body 20, also can not wait.In the present embodiment, described rotating shaft 31 and all have described interval between described the first noumenon 10 and described second body 20, and described rotating shaft 31 is unequal with the interval of described the first noumenon 10 and described second body 20.

As shown in figure 21, described first rotating shaft 31 and the interval between described the first noumenon 10 and described second body 20 are not etc., and in the present embodiment, interval between described first rotating shaft 31 and described the first noumenon 10 is less than the interval between described first rotating shaft 31 and described second body 20, and the position of described the first noumenon 10 is partial in the same side that described first rotating shaft 31 is positioned at described the first noumenon 10 and described second body 20.In other embodiments, interval between described first rotating shaft 31 and described the first noumenon 10 is greater than the interval between described first rotating shaft 31 and described second body 20, and described turn of the first axle 31 is positioned at the position of described second body 20 of the same side deflection of described the first noumenon 10 and described second body 20.

By by described first rotating shaft 31 and being set between described the first noumenon 10 and described second body 20 unequal, thus when preventing from further relatively rotating between described the first noumenon 10 and described second body 20, produce between described the first noumenon 10 and described second body 20 and interfere, make the opening procedure of electronic equipment 100 more smooth and easy.

The second: described web member 30 is specially the combination of at least Liang Zhong mechanism, as rotational coupling mechanism and the combination etc. of the mechanism that is slidably connected.Described Liang Zhong mechanism can be identical, also can be different.

Interval between described rotating shaft 31 and described the first noumenon 10 or described second body 20 can be constant, also can be variable.Particularly, described rotating shaft 31 also has the second place state different from described primary importance state, described rotating shaft 31 can switch to described primary importance state from described second place state, at least and between described the first noumenon 10 or described second body 20 has described interval to make described rotating shaft 31.That is, when described rotating shaft 31 is in second place state, described rotating shaft and can interval be had between described the first noumenon 10 and described second body 20, interval can be there is no yet, when there being interval, the interval of second place state described in described rotating shaft 31 and different at the interval of described primary importance.

Described rotating shaft 31 can switch between described primary importance state and described second place state, can be realized by increase rotating shaft, also realizes by increasing by the mechanism that is slidably connected.Below first the technical scheme by an increase rotating shaft is described.

First the mode that identical to employing two kinds mechanism combines is described, and described web member adopts the mode of two rotational coupling mechanisms to be described, and namely adopts the mode of twin shaft.As shown in figure 22, described web member 30 also comprises rotating shaft 34 and connecting portion 35, and described rotating shaft 34 connects described second body 20 by described second fixture 33, and described second body 20 is rotated relative to described rotating shaft 34; Described rotating shaft 31 connects described the first noumenon 10 by described first fixture 32, and described the first noumenon 10 can be rotated relative to described rotating shaft 31; Described connecting portion 35 is connected between described rotating shaft 31 and rotating shaft 34, makes can relatively rotate between described rotating shaft 31 and described rotating shaft 34.When described the first noumenon 10 needs to rotate relative to described second body 20, described the first noumenon 10 first rotates around described rotating shaft 31, when turning to the extreme angles with described rotating shaft 31, described rotating shaft 31 achieves the switching between described primary importance state and described second place state.Afterwards, described the first noumenon 10 and described rotating shaft 31 can be rotated around described rotating shaft 34.Adopt the web member 30 of aforesaid way, described the first noumenon 10 can be realized and rotate 360 degree relative to described second body 20, make described electronic equipment 100 can be switched to panel computer using state.

Be described to the combination of the different mechanism of employing two kinds below, which realizes the mode that described rotating shaft 31 can switch between described primary importance state and described second place state be described in detail by increasing by the mechanism that is slidably connected.As Figure 23-Figure 25, described web member 30 also comprises slide rail 36, and described slide rail 36 offers chute 361, and described rotating shaft 31 is arranged with in chute 361, and can rotate in chute 361 and move.Described rotating shaft 31 can be made to switch between described primary importance state and described second place state by described rotating shaft 31 movement in described chute 361.

In the present embodiment, described slide rail 36 is fixed on described second body 20, when described electronic equipment 100 needs to be switched to first mode from the second pattern, described the first noumenon 20 drives described rotating shaft 31 mobile in described chute 361, makes described rotating shaft 31 be switched to described primary importance state from described second place state; When described rotating shaft 31 is switched to described primary importance state, described the first noumenon 10 is rotated relative to described second body 20 by described rotating shaft 31, thus makes described electronic equipment 100 switch to first mode from described second pattern.Described electronic equipment 100 switches to the process of described second pattern to be the inverse process of said process from described first mode, does not repeat them here.

In other embodiments, described slide rail 36 can be fixed on described the first noumenon 10, can realize described rotating shaft 31 equally and switch between described primary importance state and described second place state.Aforesaid way by arrange described slide rail 36 make described rotating shaft 31 can have between described the first noumenon 10 or the second body 20 interval and continuously every between switch, after described rotating shaft 31 slides into the second place from the primary importance of described slide rail 26, described the first noumenon 10 and described second body 20 can relatively rotate, described electronic equipment 100 is made to be in the second pattern, now, described rotating shaft 31 can be made to slip back in described primary importance from the second place slide, thus make the described electronic equipment 100 being in the second pattern as far as possible compact, reduce the space that described electronic equipment 100 takies, in addition, can also in the gap reducing to be between the first noumenon 10 of the electronic equipment 100 of the second pattern and the second body 20.

Except the structure adopting above-mentioned rotational coupling mechanism dissimilar with these two kinds, the mechanism that is slidably connected, the mode offering two slots on described first fixture 32 or described second fixture 33 can also be adopted, described rotating shaft 31 can be plugged in any one in two slots, and interval between two slots and described the first noumenon 10 or the second body 20 is different.

The third: described web member 30 is the mechanism that is slidably connected.

Particularly, as shown in figures 26 and 27, the curved surface that described second surface 12 is identical with the surface equation that described 3rd surface 23 is, described first limit 122 is straight line; Described web member 30 is specially the mechanism that is slidably connected connected on described second surface 12 and described 3rd surface 23.Being slidably connected mechanism described in described the first noumenon 10 and described second body 20 pass through can relative sliding, to make described web member 30 be in second state different from described first state, described electronic equipment 100 is in second pattern different from described first mode.Described sliding connection structure comprises chute 37 and draw runner 38.Described chute 37 is arranged in one of them in described the first noumenon 10 and described second body 20, and described draw runner 38 is arranged on another of described the first noumenon 10 and described second body 20.In the present embodiment, the bearing of trend of described chute 37 is identical with the bearing of trend on described first limit 122, described the first noumenon 10 and described second body 20 can on the bearing of trend on described first limit 122 relative sliding; And as shown in figure 28, described in, the bearing of trend of chute 37 is identical with the bending direction on described 3rd surface 23, and described the first noumenon 10 and described second body 20 can slide on the bending direction of described curved surface.In the present embodiment, described first surface 11 and described 4th surface 24 are also curved surface, and in other embodiments, described first surface 11 and described 4th surface 24 can be plane, as long as described second surface 12 and described 3rd surface 23 are curved surface.

In the present embodiment, when described electronic equipment 100 is in the second pattern, described threshold value is more than or equal to square again evolution square adding the spacing of described first reference point 123 and described second reference point 232 of the thickness sum of spacing distance between described the first noumenon 10 and described second body 20 and described the first noumenon 10.

In addition, described second surface 12 and described 3rd surface 23 at least one be curved surface, i.e. described second surface 12 and described 3rd surface 23 one of them curved surface, or be both curved surface, but when not matching, as shown in figure 29, the second surface 12 being provided with the first output unit 121 is set to plane, when the 3rd surface 23 being provided with the first input block 21 being set to the curved surface protruded, make, when described electronic equipment 100 is in described second pattern, between the edge on described second surface 12 and described 3rd surface 23, have interval.Enter between second surface 12 and described 3rd surface 23 to prevent dust, chip etc., described electronic equipment 100 also comprises the occlusion part 80 be arranged on described the first noumenon 10 or described second body 20, described occlusion part can expose to described the first noumenon 10 or the second body 20, also can be arranged on described the first noumenon 10 or described second body 20 by telescopically.When described electronic equipment 100 is in described second pattern, described occlusion part 80 blocks the interval between described second surface 12 and the edge on described 3rd surface 23.

In other embodiments, the curved surface protruded if the second surface 12 being provided with the first output unit 121 is set to, the 3rd surface 23 being provided with the first input block 21 is set to plane, or second surface 12 and described 3rd surface 23 are set to different curved surfaces, make when described electronic equipment 100 is in described second pattern, when having interval between the edge on described second surface 12 and described 3rd surface 23, described occlusion part 80 also can be set.

By arranging described occlusion part 80 on described the first noumenon 10 or described second body 20, when described electronic equipment 100 is in described second pattern, described occlusion part 80 blocks the interval between described second surface 12 and the edge on described 3rd surface 23, thus prevents dust, chip etc. from entering between second surface 12 and described 3rd surface 23.

Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.

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

Claims

1. an electronic equipment, comprising:

The first noumenon, described the first noumenon at least has contrary first surface and second surface, at least arranges the first output unit at described second surface;

Second body, described second body at least has the 3rd contrary surface and the 4th surface, at least arranges the first input block on described 3rd surface;

Web member, connect described the first noumenon and described second body, described web member at least has the first state, when described web member is in described first state, the distance of the second reference point in the Second Edge on the first reference point in the first limit of described second surface and described 3rd surface is greater than threshold value;

2. electronic equipment as claimed in claim 1, is characterized in that, described curved surface is the curved surface that on both sides relative on described curved surface, the shape of the shortest route of any two pairs of corresponding point in described curved surface is identical with length.

3. electronic equipment as claimed in claim 1 or 2, it is characterized in that, described curved surface is the curved surface of the same side of the arbitrary tangent being positioned at described curved surface.

4. electronic equipment as claimed in claim 3, is characterized in that, described curved surface is described curved surface only has one group of relative limit be the curved surface of curved side.

5. electronic equipment as claimed in claim 4, is characterized in that, described first output unit is be the display unit of concave curvature form relative to described the first noumenon, and limit corresponding with described first limit on described display unit is curved side.

6. electronic equipment as claimed in claim 4, it is characterized in that, described first input block is specially relative to described second body in the contact input block protruding curved-surface shape or arrange along protrusion curved surface, and limit corresponding with described Second Edge on described contact input block is curved side.

7. electronic equipment as claimed in claim 4, it is characterized in that, be provided with radiating element in described second body, described 4th surface is the curved surface relative to described second body recess, and the described 4th offers air outlet on the surface; When described radiating element work, form the airflow path for dispelling the heat, described air outlet is in the end of described airflow path.

8. electronic equipment as claimed in claim 1, it is characterized in that, described web member also has second state different from described first state, and when described web member is in described second state, described electronic equipment is in second pattern different from described first mode; When described web member is in described second state, the distance of described first reference point and described second reference point is less than or equal to described threshold value.

9. electronic equipment as claimed in claim 8, it is characterized in that, described curved surface number is at least two, the mating shapes or consistent of described at least two curved surfaces.

10. electronic equipment as claimed in claim 9, it is characterized in that, described second surface and described 3rd surface are the curved surface of mating shapes, when described web member is in described second state, the distance between the 4th reference point that on described second surface, the 3rd reference point and the described 3rd is corresponding with described 3rd reference point location is on the surface less than or equal to described threshold value.

11. electronic equipments as claimed in claim 8, it is characterized in that, described second surface is the curved surface caved in relative to described the first noumenon, and described 3rd surface is the curved surface that relatively described second body protrudes.

12. electronic equipments as described in claim 10 or 11, it is characterized in that, the surface equation of described second surface is identical with the surface equation on described 3rd surface.

13. electronic equipments as claimed in claim 8, it is characterized in that, described first surface, described second surface, described 3rd surface are the curved surface that surface equation is identical with described 4th surface, described first surface is the convex surface relative to described the first noumenon, described second surface is the concave surface relative to described the first noumenon, described 3rd surface is the convex surface relative to described second body, and described 4th surface is the concave surface relative to described second body.

14. electronic equipments as claimed in claim 8, is characterized in that, described the first noumenon relative to described second body motion, makes the distance of described first reference point and described second reference point be less than or equal to described threshold value by described web member.

15. electronic equipments as claimed in claim 13, it is characterized in that, when described electronic equipment switches to described second pattern from described first mode, be switched to described second state by described web member from described first state, make described curved surface or at least one curved surface switch to plane.

16. electronic equipments as claimed in claim 15, it is characterized in that, described electronic equipment comprises the interlinked mechanism be connected with described the first noumenon or described second body, when described the first noumenon is relative to described second body motion, described interlinked mechanism drives described surface to switch between curved surface and plane.

17. electronic equipments as claimed in claim 15, it is characterized in that, described electronic equipment also comprises:

Parameter regulator, for adjusting the controling parameters on described surface, switches between curved surface and plane to make described surface;

Detecting unit, for detecting the detected parameters of the current distance shown between described first reference point and described second reference point;

Processor, for receiving described detected parameters, and judges whether the described current distance that described detected parameters shows is less than described threshold value, to determine whether that controlling described parameter regulator adjusts described controling parameters.

18. electronic equipments as claimed in claim 8, it is characterized in that, described web member is specially rotational coupling mechanism, and the number of described rotational coupling mechanism is one, and described the first noumenon and described second body realize being rotationally connected by means of only described rotational coupling mechanism.

19. electronic equipments as claimed in claim 8, it is characterized in that, described web member comprises rotating shaft, different with the shape of the link of described rotating shaft from the shape of the link of described rotating shaft and described second body on described the first noumenon, to avoid, when described electronic equipment switches between described first mode and described second pattern, producing between described the first noumenon and described second body and interfering.

20. electronic equipments as claimed in claim 8, it is characterized in that, described web member comprises rotating shaft, described rotating shaft at least has primary importance state, when described rotating shaft is in primary importance state, described rotating shaft at least and between described the first noumenon or described second body has interval, to make described the first noumenon can rotate relative to described second body, realize the switching of described electronic equipment between described first mode and described second pattern.

21. electronic equipments as claimed in claim 20, is characterized in that, described rotating shaft and all have described interval between described the first noumenon and described second body, and the interval of described rotating shaft and described the first noumenon and described second body is unequal.

22. electronic equipments as claimed in claim 20, it is characterized in that, described rotating shaft also has the second place state different from described primary importance state, described rotating shaft can switch to described primary importance state from described second place state, at least and between described the first noumenon or described second body has described interval to make described rotating shaft.

23. electronic equipments as claimed in claim 8, is characterized in that, the curved surface that described second surface is identical with the surface equation that described 3rd surface is, described first limit is straight line; Described web member is specially the mechanism that is slidably connected connected on described second surface and described 3rd surface; Being slidably connected mechanism described in described the first noumenon and described second body pass through can relative sliding, and to make described web member be in second state different from described first state, described electronic equipment is in second pattern different from described first mode.

24. electronic equipments as claimed in claim 8, it is characterized in that, described second surface and described 3rd surface at least one be curved surface, described electronic equipment also comprises the occlusion part be arranged on described the first noumenon or described second body, when described electronic equipment is in described second pattern, have interval between the edge on described second surface and described 3rd surface, described occlusion part blocks in described interval.