CN104281209A

CN104281209A - Electronic device

Info

Publication number: CN104281209A
Application number: CN201310286760.9A
Authority: CN
Inventors: 田平
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2013-07-09
Filing date: 2013-07-09
Publication date: 2015-01-14
Anticipated expiration: 2033-07-09
Also published as: CN104281209B

Abstract

The invention discloses an electronic device which is used for solving the technical problem that in the prior art, the overall shape of a rotary shaft of an electronic device cannot change along with changes of the opening angle of the electronic device, and consequentially the electronic device is not attractive enough. The electronic device comprises a first body, a second body and a connection body. The connection body comprises a main connection body, a first connection piece and a second connection piece. K holes penetrating through the first side of the main connection body and the second side opposite to the first side are formed in the main connection body, K sets of cables can penetrate through the K holes, and thus data or signals can be transmitted between the first body and the second body through the K sets of cables, wherein K is a positive integer. When the first body rotates to the second position from the first position around the second body by surrounding the connection body, the shape of the connection body changes into the second shape corresponding to the second position from the first shape corresponding to the first position, and the first shape is different from the second shape.

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 electronic technology, the kind of electronic equipment gets more and more, and function also from strength to strength, brings facility to the productive life of people.

In numerous electronic equipment, notebook computer is one of electronic equipment be most widely used, in today of the performance homogeneity increasingly of various notebook computer, the appearance design of notebook computer becomes the emphasis of concern, and the rotating shaft of notebook is the key position of the appearance design of notebook computer.The base of notebook computer and display screen link together by the rotating shaft of notebook computer, and display screen can be allowed around base rotation.In some notebook computers released recently, rotating shaft even can be separated with display screen, display screen can be taken out from base, use separately as panel computer.

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

1, in existing notebook computer, the global shape of rotating shaft can not change along with the change of notebook computer open angle, like this, just makes notebook computer attractive in appearance not in use.

2, in the separable notebook computer of existing display, after display is removed, because the rotating shaft be fixed on base can not change due to shape, seems very lofty by making with the base of rotating shaft, affecting the attractive in appearance of notebook computer base.

Summary of the invention

The embodiment of the present application is by providing a kind of electronic equipment, global shape in order to solve the rotating shaft of the electronic equipment existed in prior art can not change along with the change of electronic equipment open angle, make the technical matters that electronic equipment is attractive in appearance not, achieve and the global shape of electronic equipment can be allowed to change along with the change of electronic equipment open angle, make electronic equipment become technique effect more attractive in appearance when open angle changes and when screen separates.

The embodiment of the present application provides a kind of electronic equipment, comprising: the first noumenon; Second body; Connector, described connector comprises: connect main body, the first web member, the second web member; Wherein, described first web member is arranged in described connection main body, for described the first noumenon and described connector being linked together; Described second web member is arranged in described connection main body, for described second body and described connector being linked together; Described connection main body offers the first side of through described connection main body and K hole of second side relative with described first side, K group cable can pass from a described K hole, and then data or signal are transmitted between described the first noumenon and described second body by described K group cable, K is positive integer; Turn to second place process around described second body from primary importance around described connector at described the first noumenon, the shape of described connector is also from first change of shape corresponding with described primary importance to second shape corresponding with the described second place, and described first shape and described second shape are difformity.

Preferably, described connection main body specifically comprises: swinging mounting, is made up of M tumbler, M be more than or equal to 3 integer; Rotation axis, is arranged on described swinging mounting, and for a fixing described M tumbler, to make, a described M tumbler is sheathed is joined together to form described swinging mounting, and enables described swinging mounting Bending Deformation; First fixture, is arranged on the first end of described swinging mounting; Second fixture, is arranged on the second end of described swinging mounting.

Preferably, when the cable number of first group of cable in described K group cable is at least two cables, described at least two cables are arranged together in the mode of being arranged side by side.

Preferably, first group of cable in described K group cable comprises flexible PCB, when described first group of cable also comprises at least one cable, described flexible PCB and described at least one cable arranged together in the mode of being arranged side by side.

Preferably, described electronic equipment also comprises the first operator guards, and described first operator guards is arranged on first group of cable in described K group cable.

Preferably, described first operator guards is specially a protective sleeve, is set on described first group of cable; Or described first operator guards is specially P sheet screening glass, described P sheet screening glass is arranged on the P side of described first group of cable, P be more than or equal to 1 integer.

Preferably, described first operator guards is specially by can the structure made of the material of shield electromagnetic interference.

Preferably, described first operator guards is specially metal construction or carbon fiber structural.

Preferably, when being specially a slice screening glass in described P sheet screening glass, described screening glass is specially the structure of first side that can cover described first group of cable completely.

Preferably, described connector also comprises: connect housing, described connection housing is arranged on the outside surface of described connection main body, for covering described connection main body described outside surface all or in part.

Preferably, walk abreast be provided with the first cavity and the second cavity at the first end of described connection housing, walking abreast at the second end of described connection housing is provided with the 3rd cavity and the 4th cavity.

Preferably, described first cavity and described 3rd cavity are specifically as follows the same cavity that is interconnected also can be disconnected independently two cavitys mutually; It also can be disconnected independently two cavitys mutually that described second cavity and described 4th cavity are specifically as follows the same cavity that is interconnected.

Preferably, the N number of connexon main body comprising the first connexon main body and the second connexon main body is included in described connection main body, and described first connexon main body includes at least two rotation axiss comprising the first rotation axis and the second rotation axis be disposed adjacent, when described second connexon main body includes at least two rotation axiss comprising the 3rd rotation axis and the 4th rotation axis be disposed adjacent, described first rotation axis can be inserted in described first cavity, described second rotation axis can be inserted in described second cavity, and described 3rd rotation axis can be inserted in described 3rd cavity, described 4th rotation axis can be inserted in described 4th cavity, linked together by the described housing that is connected with described second connexon main body to enable described first connexon main body, wherein, N be more than or equal to 2 integer.

Preferably, when described rotation axis number in described first connexon main body is greater than 2, and the described rotation axis number in described second connexon main body is when being also greater than 2, at least be describedly connected housing to connect by one between described first connexon main body with described second connexon main body.

Preferably, after described N number of connexon main body is linked together by least P described connection housing, wherein, P be more than or equal to 1 integer; In described N number of described connexon main body connexon main body described at least one described first fixture on be provided with the first web member; In described N number of described connexon main body connexon main body described at least one described second fixture on be provided with the second web member.

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

(1) due in the embodiment of the present application, the global shape of the connector of electronic equipment can change along with the change of electronic equipment open angle, solve the technical matters that electronic equipment is attractive in appearance not when open angle changes and when the first noumenon separates, the global shape realizing electronic equipment connector when open angle changes can change thereupon, and after the first noumenon of electronic equipment is separated, connector on second body can change shape, makes the second body present the technique effect of a profile comparatively attractive in appearance.

(2) due in the embodiment of the present application, the connection main body of electronic equipment comprises many rotation axiss, these rotation axiss will share the moment of torsion of the first noumenon relative to the second body, the moment of torsion that every root rotation axis is shared all diminishes, thus the diameter of every root rotation axis can be reduced, and then thinner connection main body can be designed, solve the technical matters of the lightening development of rotating shaft thickness restriction electronic equipment, achieve and can reduce rotation axis diameter, be beneficial to the technique effect of the frivolous development of electronic equipment.

(3) due in the embodiment of the present application, the cable transmitting the cable set of data between the first noumenon with the second body completes cabling in the mode of being arranged side by side through being connected the hole that main body is opened, the thickness of cable set is reduced, solving the cable set of restrainting bundled shape, to there is thickness blocked up, the technical matters of the lightening development of restriction electronic equipment, by cable is arranged in flat cable set in the mode be arranged side by side, complete cabling through corresponding aperture, and then realize the technique effect that electronic equipment becomes more frivolous.

(4) due in the embodiment of the present application, owing to passing the cable set outer setting matcoveredn connecting main body perforate, so, achieve the available protecting to cable set, cable set is not easily fractureed with more durable.

(5) due in the embodiment of the present application, ornament materials due to connector adopts proportion to be less than the material connecting material of main part proportion and makes, and then realize, while the soundness ensureing connector, achieving and reducing heavy technique effect, and then also effectively reduce the weight of electronic equipment.

Accompanying drawing explanation

The schematic diagram of a kind of electronic equipment that Fig. 1 provides for the embodiment of the present application;

The construction module schematic diagram of a kind of electronic equipment that Fig. 2 provides for the embodiment of the present application;

The schematic diagram of a kind of electronic equipment after the first noumenon is removed that Fig. 3 provides for the embodiment of the present application;

The another schematic diagram of a kind of electronic equipment after the first noumenon is removed that Fig. 4 provides for the embodiment of the present application;

The structural representation of the connection main body of a kind of electronic equipment that Fig. 5 provides for the embodiment of the present application;

Structural representation during the connection main body curves of a kind of electronic equipment that Fig. 6 provides for the embodiment of the present application;

Perforate in the connection main body of a kind of electronic equipment that Fig. 7 provides for the embodiment of the present application and cable and the first operator guards are through the schematic diagram of perforate;

Perforate during the connection main body curves of a kind of electronic equipment that Fig. 8 provides for the embodiment of the present application and cable and the first operator guards are through the schematic diagram of perforate;

The first connexon main body in a kind of electronic equipment that Fig. 9 provides for the embodiment of the present application, the second connexon main body be connected shell structure schematic diagram;

The structural representation of the connector in a kind of electronic equipment that Figure 10 provides for the embodiment of the present application.

Embodiment

The embodiment of the present application is by providing a kind of electronic equipment, the global shape solving the rotating shaft of the electronic equipment existed in prior art can not change along with the change of electronic equipment open angle, makes the technical matters that electronic equipment is attractive in appearance not after rotation is separated with the first noumenon.

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:

The first noumenon;

Second body;

Connector, described connector comprises: connect main body, the first web member, the second web member;

Wherein, described first web member is arranged in described connection main body, for described the first noumenon and described connector being linked together; Described second web member is arranged in described connection main body, for described second body and described connector being linked together;

Described connection main body offers the first side of through described connection main body and K hole of second side relative with described first side, K group cable can pass from a described K hole, and then data or signal are transmitted between described the first noumenon and described second body by described K group cable, K is positive integer;

Turn to second place process around described second body from primary importance around described connector at described the first noumenon, the shape of described connector is also from first change of shape corresponding with described primary importance to second shape corresponding with the described second place, and described first shape and described second shape are difformity.

Due in the scheme that provides in the application, at described the first noumenon in the process of described second body, the shape of described connector also will change thereupon, make rotating shaft give soft profile on the whole, become more attractive in appearance; And after user takes off the first noumenon, because the connector shape on the second body can change, user can be fixed as a certain shape according to the hobby of oneself, is averagely layered on the second body as smoothed out with the fingers, like this, become more attractive in appearance by making with the second body of connector.

In order to make the application the technical staff in the technical field more clearly understand the present invention, below in conjunction with accompanying drawing, by specific embodiment, technical solution of the present invention is described in detail.

Please refer to Fig. 1 to Figure 10, the embodiment of the present application one provides a kind of electronic equipment, and in a particular application, this electronic equipment can be notebook computer, also can be mobile phone etc., concrete, in the embodiment of the present application, will not be restricted.In the following description, will take electronic equipment as notebook computer be example, the electronic equipment in the embodiment of the present application is described in detail.

Electronic equipment in the embodiment of the present application comprises:

The first noumenon 10, specifically, when electronic equipment is notebook computer, the first noumenon 10 can the display screen of notebook computer, also can be the panel computer with touch function that can take out, concrete, in the embodiment of the present application, will not be restricted.

Second body 20, specifically, when electronic equipment is notebook computer, the second body 20 is exactly be provided with keyboard, or the base of the notebook computer of keyboard and Trackpad, certainly in actual applications, except arranging keyboard on base, outside Trackpad, can also miscellaneous equipment be set, as: finger print input device etc., do not apply for not being restricted at this, schematically illustrate no longer one by one yet.

Connector 30, wherein, web member 30 comprises:

Connect main body 301;

First web member 302, is arranged in described connection main body 301, for being linked together with described connector 30 by described the first noumenon 10;

Second web member 303, is arranged in described connection main body 301, for being linked together with described connector 30 by described second body 20.

Continue to use the example that electronic equipment is notebook computer, connector 30 is exactly the rotating shaft of notebook computer, one end of first web member 302 is arranged in rotating shaft main body, the other end is fixed on the panel computer of notebook computer, one end of second web member 303 is arranged in rotating shaft main body, and the other end is fixed on the base of notebook computer.Panel computer and the second web member are fixed on for the first web member 302 and are fixed on concrete grammar on base, can be that a grab is set on the first web member 302 and the second web member 303, the panel computer and base correspondence position of notebook computer arrange a draw-in groove, being aimed at by grab snaps in draw-in groove, just the first web member 302 can be fixed on panel computer, and the second web member is fixed on base.In addition, also screw or pin can be used to be fed through the screw offered on the first web member 302 and the corresponding fixed orifice offered on the panel computer of notebook computer, just can the first web member 302 be fixed on panel computer, in like manner, use screw or pin to be fed through the screw offered on the second web member 303 and the corresponding fixed orifice offered on the base of notebook computer, just the second web member can be fixed on base.Certainly, for the ordinary person of the application's art, can also according to actual needs, use additive method that the first web member 302 is fixed on display section, and the second web member is fixed on base, just schematically illustrate no longer one by one in this application.

The normal need of work data of electronic equipment or signal can transmit between the first noumenon 10 and the second body 20, and for this reason, the connection main body 301 of the present embodiment to electronic equipment has done following process:

Connection main body 301 offers the first side of through connection main body and K hole 3011 of second side relative with the first side, K group cable 40 can pass from K hole 3011, and then data or signal are transmitted between the first noumenon 10 and the second body 20 by K group cable 40.

Continue to use the example that electronic equipment is notebook computer, in the present embodiment, connect in main body 301 and have 1 rectangular opening 3011, the meaning that the shape in hole 3011 is set to rectangle is, when same open volume, rectangular opening 3011 has less height, so just can will connect the less of the thickness design of main body 301, and then make notebook computer become more frivolous.Certainly, in a practical situation, the number in hole 3011 can be more than one, the ordinary person of the application's art also can be according to actual needs, the shape in hole 3011 is done to other setting, such as trapezoidal, hexagon etc., just schematically illustrate no longer one by one in this application.The cable number that the K group cable 40 passed from K hole 3011 specifically comprises can be 1, also can be many, by the K group cable 40 passed from K hole 3011, data or Signal transmissions can be carried out between the panel computer of notebook computer and base portion, like this, notebook computer just can be operated by base and peripheral apparatus, and is shown by these operating results by panel computer, and user uses notebook computer to complete various task by this.

In the present embodiment, the first noumenon 10 can be rotated around the second body 20 by connector 30, turn to the process of the second place around the second body 20 from primary importance at the first noumenon 10, the shape of connector 30 is also from first change of shape corresponding with described primary importance to second shape corresponding with the described second place, and described first shape and described second shape are difformity.

Please refer to Fig. 1, Fig. 3 and Fig. 4, continue to use the example that electronic equipment is notebook computer, on the one hand, the panel computer of notebook computer around base rotation time, change along with rotational angle changes by the shape of connector entirety, the connector of such notebook computer with the profile of softness, makes notebook computer more attractive in appearance to user.On the other hand, after panel computer takes out, the shape being fixed on the connector on base can change, user can according to the hobby of oneself by a certain for connector fixed bit shape, such as, connector can be smoothed out with the fingers flat with hand by user, makes it be laid in base upper surface or base lower surface, makes base keep a profile attractive in appearance.Certainly, when panel computer is removed, connector can be separated with base and be fixed on panel computer completely, identical with aforementioned reason, and the panel computer with connector also becomes more attractive in appearance by because the shape of connector can change.

Please refer to Fig. 5 and Fig. 6, the connection main body 301 of the electronic equipment that the embodiment of the present application provides specifically comprises:

Swinging mounting 3012, is made up of M tumbler 30121, M be more than or equal to 3 integer;

Rotation axis 3013, is arranged on swinging mounting 3012, and for a fixing described M tumbler 30121, to make, M tumbler 30121 is sheathed is joined together to form swinging mounting 3012, and makes swinging mounting 3012 can Bending Deformation;

First fixture 3014, is arranged on the first end of described swinging mounting 3012;

Second fixture 3015, is arranged on the second end of described swinging mounting 3012.

Wherein, one group of rotary gear shaft that swinging mounting 3012 specifically refers to, tumbler 30121 specifically refers to the gear in gear set, rotation axis 3013 specifically refers to the mandrel for multiple gear set being fixed together, M gear is connected by mandrel between two, wherein, M is more than or equal to 3, in theory when 3 gears are connected between two, the number of mandrel should be 2, the gear be connected on same mandrel can rotate around this mandrel, after multiple gear is linked together by mandrel, just be combined into rotary gear shaft, by engaging each other the rotation realizing whole rotary gear shaft between two between gear, make whole rotary gear shaft can Bending Deformation.One end of first fixture 3014 is arranged on the first end of swinging mounting 3012, the other end of the first fixture 3014 is fixed on the first web member 302, and the other end of the first web member 302 is fixed on the first noumenon 10, by such structure, just by the first noumenon be connected main body and link together; Equally, one end of second fixture 3015 is arranged on the second end of swinging mounting 3012, the other end of the second fixture 3015 is fixed on the second web member 303, and the other end of the second web member 303 is fixed on the second body 20, by such structure, just by the second body be connected main body and link together.

Continue to use the example that electronic equipment is notebook computer, connect main body 301 and be connected with the panel computer of notebook computer by the first web member 302, be connected with the base of notebook computer by the second web member 303; Panel computer around base rotation time, the tumbler 30121 connected in main body 301 engages each other between two and realizes rotating, and the rotation axis 3013 connected in main body 301 provides moment of torsion, by such structure, connector 30 can along with panel computer around the change of base rotation angle Bending Deformation, present soft profile.In addition, owing to having many for the rotation axis of fixing tumbler 30121, moment of torsion during connector 30 deformation is made to be split on many rotation axiss, therefore the moment of torsion every root rotation axis shared is all relatively little, what make it possible to the diameter design of rotation axis 3013 is less, and then the diameter of tumbler can correspondingly reduce, the thickness connecting entire body can diminish accordingly, thus makes notebook computer become more frivolous.

In order to reduce the thickness of electronic equipment, connect main body 301 thickness can reduce as far as possible, and then the height connecting the hole 3011 that main body 301 is offered also will design very little, like this, the height in hole 3011 little to a certain extent after, the arrangement of bundle fasciculation can not be continued through first group of cable set 401 wherein, because the thickness of the cable of bundle fasciculation arrangement itself is probably greater than the height in hole 3011, make first group of cable set 401 not pass hole 3011.For this reason, the arrangement mode of the present embodiment to group cable of first in electronic equipment 401 has done following design:

When the cable number of first group of cable 401 in K group cable 40 is at least two cables, described at least two cables are arranged together in the mode of being arranged side by side.If that is: the cable number of first group of cable 401 comprise Q root cable (Q be more than or equal to 2 integer), then described Q root cable one is close to one and is arranged side by side in turn, when the part in Q root cable arranges full one deck in hole 3011, the mode that residue cable continues to be arranged side by side on the first layer is close to arrangement, if the second layer is booked cable, then continue in third layer arrangement, by that analogy, until all Q root cables are all drained.Like this, the Q root cable of first group of cable 401 has just been arranged in the cable set of flat.Relative to the cable set being bundled into pencil, when having as much root cable, the thickness of the first group of cable 401 be arranged side by side is less, can pass from highly very little hole 3011.And for specifically the putting in order of Q root cable of first group of cable 401, the ordinary person of art can specifically set according to actual needs, just schematically illustrates no longer one by one in this application.Certainly, when only comprising 1 cable in first group of cable 401, only need by this root cable directly through hole 3011.

In a practical situation, flexible PCB also can be used to be used as cable through hole 3011, or to use flexible PCB to pass hole 3011 in conjunction with other cables as cable set.Specifically comprise following situation:

When only comprising flexible PCB in first group of cable 401, can through under the prerequisite in hole 3011 at guarantee first group of cable 401, multiple flexible PCBs both can be arranged side by side, also can arrange by stacking one by one, or in conjunction with the arrangement mode be arranged side by side and stacking arranges, namely every one deck can only have a flexible PCB, so arranges multilayer; Or every one deck has 2 or multiple flexible PCBs, so arranges one or more layers.This is because flexible PCB is inherently very thin, so adopt, no matter which kind of mode above-mentioned arranges, and the thickness of first group of cable 401 all can be very little, in flat.Certainly, when only wrapping a flexible PCB in first group of cable 401, only need by this flexible PCB cable directly through hole 3011;

When first group of cable 401 both comprised flexible PCB, when also comprising other cables, described flexible PCB and other cables arranged together in the mode of being arranged side by side.Namely there is (also can be a multiple) flexible PCB at the ground floor of first group of cable 401, be close to this flexible PCB and be arranged side by side other cables, if when the thickness of flexible PCB is greater than other cables of one deck, other cables can arrange multilayer; Equally, if when the thickness of flexible PCB is less than other cables of one deck, flexible PCB can arrange multilayer.In addition, when the width restriction flexible PCB in hole 3011 and other cables can not occur within the same layer, can first make other cables in first group of cable 401 be arranged side by side one to multiple layer, on it, stacking arranges multi-layer flexible circuit board always again; Also flexible PCB can be placed on lower floor, other cables are placed on upper strata; Also stacking arrangement can be replaced by other cables of one deck flexible PCB one deck.Certainly, in actual applications, the ordinary person of art can be combined above-mentioned various cable arrangement modes according to actual needs, just schematically illustrates no longer one by one in this application.

For the single cable that some diameter that may exist in notebook is larger, as feeder line etc., in the notebook computer that the embodiment of the present application provides, single cable larger for these diameters can be designed to the special cables that cross section is flat, to reduce its thickness, can through highly less hole 3011, and then notebook computer be made to become more frivolous.

In order to make the thickness of the cable set 40 through hole 3011 as far as possible little, then to ensure to connect the hole 3011 that main body 301 is offered abundant, enough wide, such first group of cable 401 is through just can only arrangement which floor even one deck cable on a small quantity during hole 3011, like this, it is very little that the cable set 40 that thickness is very little can allow the height in hole 3011 to offer, and then make electronic equipment become more frivolous.In a practical situation, can connector 30 be designed very long, even its length equals the width of notebook computer, such as, the panel computer of notebook computer and base width are 35cm, the length of connector 30 can be 15cm, 25cm, 35cm etc., like this, the quantity in hole 3011 and width restricted hardly relative to the length of connector.

In the use procedure of electronic equipment, through group cable of first in hole 3,011 401 when bending can repeatedly with hole 3011 contact internal walls, be easy to wearing and tearing and fracture, and then causing the interruption of data transmission between the first noumenon 10 and the second body 20, affecting the normal work of electronic equipment.For this reason, the electronic equipment that the embodiment of the present application provides also comprises:

First operator guards 50, be arranged on first group of cable 401, its concrete structure is:

Protective sleeve 501, is set on first group of cable 401; Or

First operator guards 50 is specially P sheet screening glass 502, is arranged on the P side of first group of cable 401, P be more than or equal to 1 integer.

Please refer to Fig. 7 and Fig. 8; in a practical situation; if the first operator guards 50 is protective sleeve 501; then the shape of 501 determines, such as, if the cross section of first group of cable is trapezoidal primarily of sheathed first group of cable 401 in it; then the cross section of protective sleeve 501 can be rectangle, trapezoidal etc.; certainly, the ordinary person of art can set the shape of protective sleeve according to actual needs, just schematically illustrates no longer one by one in this application.

If the first operator guards 50 is made up of multi-disc screening glass 502, then must ensure that the screening glass 502 of the first side being positioned at first group of cable 401 must cover the first side of first group of cable 401 completely.Such as, the shape be positioned on the upside of first group of cable 401 is rectangle, long 3cm, wide 1cm, then the shape being positioned at the screening glass 502 on the upside of first group of cable 401 can be rectangle, and its length must be greater than 3cm, the wide 1cm that must be greater than, and such as long is 3.1cm, and wide is 1.05cm.Certainly, in this instance, screening glass 502 can be other shapes, but it must comprise one and grows up in 3cm, the rectangle being wider than 1cm.

It should be noted that; all arbitrary group of cables not in cable set 40 all must arrange the first operator guards 50; such as the cable set that the cable having better protective seam by itself forms; in order to cost-saving or be subject to the restriction of hole 3011 size, can not the first operator guards 50 be set in this type of cable set.

Because the protective sleeve 501 that is set on first group of cable 401 and the screening glass 502 that is positioned at first group of cable 401 first side are all positioned at inside, hole 3011, and the process that can rotate around the second body 20 along with the first noumenon 10 of the global shape of connector 30 and changing, and then hole 3011 also can produce Bending Deformation in the connection main body 301 being opened in connector 30 thereupon, so, the first operator guards 50 being positioned at inside, hole 3011 must adapt to this deformation, namely the screening glass 502 being set in the protective sleeve 501 on first group of cable 401 or being positioned at first group of cable 401 first side is all wanted can the deformation along with connector deformation, that is protective sleeve 501 or screening glass 502 all should by flexible deformation, the recoverable material of deformation is made.In a practical situation; the material of protective sleeve 501 or screening glass 502 can be used as with elastic sheet metal or carbon fiber; certainly, the ordinary person of art can select the material category of making first operator guards 50 according to actual needs, just schematically illustrates no longer one by one in this application.In addition; bend for the ease of protective sleeve 501; the area of protective sleeve 501 left and right sides should be reduced as far as possible; this is because what be positioned at protective sleeve 501 assembly of the left and right sides can deformation direction and actual deformation direction not be same direction; if left and right sides area is excessive; to the deformation of protective sleeve 501 be made to need larger external force, even if user needs larger acting force that the first noumenon 10 could be allowed to rotate around the second body 20, user experience can be had a greatly reduced quality.In like manner; the area being positioned at the screening glass 502 of first group of cable left and right sides also should be as far as possible little; even can cancel the screening glass of the left and right sides; just the screening glass 502 covered completely first group of cable about 401 both sides is set in the both sides up and down of first group of cable 401; like this, the external force that the Bending Deformation of connector 30 needs will reduce a lot.

May have electromagnetic field in the environment for use of electronic equipment, these electromagnetic fields can produce electromagnetic interference (EMI) to the cable set 40 that data between the first noumenon 10 and the second body 20 are transmitted, and affect performance and the stability of electronic equipment.For this reason, in the electronic equipment that the embodiment of the present application provides, enhance the electromagnetic screen protection at cable 40 place.Be specially:

First operator guards 50 has shield electromagnetic interference structure; Or

There is in the first operator guards surface coating the screen layer of shield electromagnetic interference characteristic.

Because the first operator guards 50 can be made up of elastic sheet metal, a lot of metal material can shield electromagnetic interference, and therefore, as long as select suitable metal material, namely the first operator guards 50 self has certain electromagnetic shielding action.Certainly, above-mentioned two kinds of methods combining can be used, namely apply in first operator guards 50 outside with electromagnetic armouring structure the screen layer that one deck has shield electromagnetic interference characteristic again, like this, will greatly reduce the protection of external electromagnetic field to cable set 40.

Continue to use the example that electronic equipment is notebook computer; in order to protect first group of cable 401 through the perforate 3011 connecting main body 301; first group of cable 401 arranges the first operator guards 50, is specifically as follows the protective sleeve 501 of sheathed first group of cable 401 or is placed in the screening glass 502 of first group of cable 401 first side.At the panel computer of notebook computer in the process of base rotation; the shape of connector 30 produces deformation thereupon, connect perforate 3011 in main body 301 and through the first group of cable 401 in hole 3011 and the first operator guards 50 of being arranged on first group of cable 401 all by Bending Deformation thereupon.Due to the first operator guards 50 material therefor be flexible deformation, the recoverable material of deformation makes; so this process can repeat; do not affecting under the prerequisite that connector changes with notebook computer open angle; avoid first group of cable 401 when bending and the contact internal walls of hole 3011, and then avoid the wearing and tearing of first group of cable 401 and fracture.In addition; in order to prevent the electromagnetic field in environment for use, electromagnetic interference (EMI) is produced to the cable set 40 transmitting data or signal between the panel computer of notebook computer and base; screen layer or use that first operator guards 50 applies shield electromagnetic interference have the first operator guards 50 shielding electromagnetic structure; effectively inhibit ambient electromagnetic field to the electromagnetic interference (EMI) of cable set 40, improve performance and the stability of notebook computer.

In order to the profile making connector keep attractive in appearance, in the electronic equipment that the embodiment of the present application provides, connector also comprises:

Connecting housing 304, be arranged on the outside surface connecting main body 301, connecting main body 301 described outside surface all or in part for covering.

Owing to connecting housing 304 its decoration function main, too high requirement is not had to intensity, so the proportion of its material used can be less than connect main body 303 material therefor proportion, so just greatly can alleviate the weight of connector, and then reduce the weight of electronic equipment.In specific implementation process, connect the effect that main body 301 mainly plays rotation in whole connector, so in order to provide enough moments of torsion, the material that the making material connecting main body wants selection and comparison tough and tensile, such as, steel, or the nano material etc. that hardness is higher, these materials due to hardness ratio comparatively large, so cause the rate of specific gravity of the connection main body be made also larger.And the making material connecting housing can select the relatively little material of rate of specific gravity to make, such as plastics, aluminium alloy, magnesium alloy, lithium alloy etc.

In a particular application, connect the column structure that housing 304 is specially cavity, by the rotation axis 3013 in connection main body 301 being plugged in the cavity connecting housing 304 connection realized connecting main body 301, to a kind of preferred structure that connection housing 304 provides be in the embodiment of the present application: walking abreast at the first end connecting housing 304 arranges the first cavity 3041 and the second cavity 3042, connecting, the second end corresponding with first end on housing 304 is parallel is provided with the 3rd cavity 3043 and the 4th cavity 3044, certainly respectively arranging two cavitys at the two ends connecting housing 304 is a kind of implementation provided in the embodiment of the present application, in a particular application, first cavity and the second cavity can also be merged into 1 cavity, 3rd cavity and the 4th cavity are merged into 1 cavity respectively, or 3 cavitys are set respectively at the first end and the second end connecting housing, or be that 2 cavitys are set at the first end connecting housing, and the second end 3 cavitys are set can, as long as can fix the rotation axis connecting main body to cavity when the rotation axis connecting main body plugs, here the cavity numbers connecting housing two ends is not specifically limited.

Further, described first cavity 3041 and described 3rd cavity 3043 are specifically as follows the same cavity that is interconnected also can be disconnected independently two cavitys mutually;

It also can be disconnected independently two cavitys mutually that described second cavity 3042 and described 4th cavity 3044 are specifically as follows the same cavity that is interconnected.

In specific implementation process, connect housing 304 and also can be designed as conducting structure, if that is when the two ends connecting housing are provided with 2 cavitys respectively, the first cavity being arranged on first end and the second cavity being arranged on the second end can be two separate cavitys, can conducting be also same cavity; In like manner, the second cavity being arranged on first end and the 4th cavity being arranged on the second end can be two separate cavitys, also can conducting be same cavity, when after the cavity conducting connecting two ends in housing, the overall weight of connector can be alleviated further.

Visible, in the embodiment of the present application owing to adopting the less material of rate of specific gravity to make the technological means connecting housing, the rate of specific gravity making the material connecting housing is less than the rate of specific gravity making the material connecting main body, achieves and makes to be connected the main body technique effect lighter with the overall weight being connected the connector that shell combination becomes.

Further, the N number of connexon main body comprising the first connexon main body and the second connexon main body is included in described connection main body, and described first connexon main body includes at least two rotation axiss comprising the first rotation axis and the second rotation axis be disposed adjacent, when described second connexon main body includes at least two rotation axiss comprising the 3rd rotation axis and the 4th rotation axis be disposed adjacent, described first rotation axis can be inserted in described first cavity, described second rotation axis can be inserted in described second cavity, and described 3rd rotation axis can be inserted in described 3rd cavity, described 4th rotation axis can be inserted in described 4th cavity, linked together by the described housing that is connected with described second connexon main body to enable described first connexon main body, wherein, N be more than or equal to 2 integer.

Please refer to Fig. 9, in specific implementation process, there is provided a kind of by connecting the embodiment that housing connects main body link together two below, that supposes that the connector provided in the embodiment of the present application comprises has multiple connection main body, the first connexon main body 30101 in these connection main bodys and the second connexon main body 30102 need the connection housing 304 respectively by two ends with two cavity to connect, at the first end connecting housing 304, there is the first cavity 3041 and the second cavity 3042, at the second end connecting housing 304, there is the 3rd cavity 3043 and the 4th cavity 3044, the first rotation axis 30131 adjacent in first connexon main body 30101 and the second rotation axis 30132 are inserted in the first cavity 3041 and the second cavity 3042 respectively, the 3rd rotation axis 30133 adjacent in second connexon main body 30102 and the 4th rotation axis 30134 are inserted in the 3rd cavity 3043 and the 4th cavity 3044 respectively, this just makes the first connexon main body 30101 be connected to this with the second connexon main body 30102 to be connected the two ends of housing 304.Due to connect main body be by rotation axis be plugged in connect housing cavity in realize being connected and fixed, so in order to make annexation more firm, in actual applications, the cross sectional shape connecting the cavity of housing two is consistent with the cross sectional shape of the rotation axis connected in main body, and the rotation axis connected in main body specifically can be designed as the different column structure of cross sectional shape, can be right cylinder also can be polygon cylinder, so, the cross sectional shape being arranged on the cavity connected on housing accordingly also can be circular or polygonal, as long as can match with the interface shape of rotation axis, make connected mode more firm, the cross sectional shape of cavity specifically what shape does not limit here.

Further, when described rotation axis number in described first connexon main body is greater than 2, and the described rotation axis number in described second connexon main body is when being also greater than 2, at least be describedly connected housing to connect by one between described first connexon main body with described second connexon main body.

Please refer to Figure 10, in specifically implementation process, although do not limit the cavity numbers connected on housing in the embodiment of the present application, but in the preferred mode of the one provided, that two cavitys are set respectively at the two ends connecting housing, because arrange two cavitys make connection housing play to two connect main bodys connection function while, when two connect main bodys by rotate process in, connect housing can also play some firm effects.Here the example of the above-mentioned connection to the first connexon main body and the second connexon main body is continued, if there is multiple rotation axis separately in the first connexon main body and the second connexon main body, such as each own 6 rotation axiss, at this moment, use two ends are the words that the connection housing of two cavity connects, 3 such connection housings use side by side and just whole rotation axis in these two connexon main bodys all can be inserted in cavity, certainly, as long as two connexon main bodys firmly can be coupled together, rotation axis in two connexon main bodys does not need all to be plugged as in cavity, so use the words of 1 or 2 connection housing also passable, that is, be connected two the connexon main bodys no matter needed include how many rotation axiss separately, at least need one to connect housing between them to connect.Suppose that having 8 to connect main body 301 needs to be connected, wherein each connection main body 301 respectively comprises 6 rotation axiss, when selecting the connection housing 304 of two cavity to connect, at least need 1 two cavity to connect housing 304 between every two connection main bodys 301 to connect, 3 two cavitys can be had at most to connect housing 304 connect side by side, in actual applications, this area is that technician situation can decide the number of the connection housing 304 used according to actual needs; After 8 connection main bodys 301 are joined together, only employ 1 or 2 place connecting the local relative usage of housing 3 connection housing and just define hollow out shape, while alleviating whole connector weight further, too increase the appearance of whole connector, make to connect housing while playing connection function, also serve decoration function to connector.In Fig. 10, middle 4 connection main bodys be connected use same connection housing, that is, connect housing when ensureing the firm connection to connection main body, also multiple connection housing design can be become as a whole, those skilled in the art can do relevant improvement to connection housing 304 as required on the basis designed shown in Figure 10, just schematically illustrates no longer one by one in this application.

Visible, in the embodiment of the present application owing to adopting when multiple connection main body comprising many rotation axiss is connected, connect the technological means of the minimizing that the number of housing can be suitable, not necessarily each rotation axis is capped to make the connection main body that is connected, achieve the effect of the weight alleviating connector entirety further, and by connecting housing, the part of connector is covered, whole connector is played to the effect of decoration.

Further, after described N number of connexon main body is linked together by least P described connection housing, wherein, P be more than or equal to 1 integer;

In described N number of described connexon main body connexon main body described at least one described first fixture on be provided with the first web member; In described N number of described connexon main body connexon main body described at least one described second fixture on be provided with the second web member.

In specific implementation process, after multiple connexon main body is linked together side by side by multiple connection housing 304, owing to being provided with the first fixture 3014 at the first end of each connexon main body, second end of each connexon main body is provided with the second fixture 3015, after these connexon main bodys are connected side by side, the first all fixtures can at the first end of the connector be combined into, the second all fixtures can at the second end of the connector be combined into, so, first web member 302 can be fixedly installed at the first all fixture ends, second web member 303 is fixedly installed at the second all fixture ends, by the first web member 302, the first noumenon 10 of electronic equipment can be connected with connector 30, by the second web member 303, second body 20 of electronic equipment can be connected with connector 30, certainly, the first all fixture ends to be all arranged on the first web member 302 and to be all arranged on by the second all fixture ends on the second web member 303 just that one is preferred embodiment in the embodiment of the present application, in actual applications, those skilled in the art can select the number of the first fixture and the second fixture as required, in theory, as long as there is at least one first fixture end to arrange the first web member in the first all fixtures, as long as and there have at least one second fixture end to arrange the second web member in the second all fixtures to be just passable.

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, is characterized in that, comprising:

The first noumenon;

Second body;

2. electronic equipment as claimed in claim 1, it is characterized in that, described connection main body specifically comprises:

Swinging mounting, is made up of M tumbler, M be more than or equal to 3 integer;

Rotation axis, is arranged on described swinging mounting, and for a fixing described M tumbler, to make, a described M tumbler is sheathed is joined together to form described swinging mounting, and enables described swinging mounting Bending Deformation;

First fixture, is arranged on the first end of described swinging mounting;

Second fixture, is arranged on the second end of described swinging mounting.

3. electronic equipment as claimed in claim 1, it is characterized in that, when the cable number of first group of cable in described K group cable is at least two cables, described at least two cables are arranged together in the mode of being arranged side by side.

4. electronic equipment as claimed in claim 1, it is characterized in that, first group of cable in described K group cable comprises flexible PCB, when described first group of cable also comprises at least one cable, described flexible PCB and described at least one cable arranged together in the mode of being arranged side by side.

5. electronic equipment as claimed in claim 1, it is characterized in that, described electronic equipment also comprises the first operator guards, and described first operator guards is arranged on first group of cable in described K group cable.

6. electronic equipment as claimed in claim 5, it is characterized in that, described first operator guards is specially a protective sleeve, is set on described first group of cable; Or

Described first operator guards is specially P sheet screening glass, and described P sheet screening glass is arranged on the P side of described first group of cable, P be more than or equal to 1 integer.

7. electronic equipment as claimed in claim 6, is characterized in that, described first operator guards is specially by can the structure made of the material of shield electromagnetic interference.

8. electronic equipment as claimed in claim 6, it is characterized in that, described first operator guards is specially metal construction or carbon fiber structural.

9. electronic equipment as claimed in claim 6, it is characterized in that, when being specially a slice screening glass in described P sheet screening glass, described screening glass is specially the structure of first side that can cover described first group of cable completely.

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

Connect housing, described connection housing is arranged on the outside surface of described connection main body, for covering described connection main body described outside surface all or in part.

11. electronic equipments as claimed in claim 10, is characterized in that, walking abreast at the first end of described connection housing is provided with the first cavity and the second cavity, and walking abreast at the second end of described connection housing is provided with the 3rd cavity and the 4th cavity.

12. electronic equipments as claimed in claim 11, is characterized in that, it also can be disconnected independently two cavitys mutually that described first cavity and described 3rd cavity are specifically as follows the same cavity that is interconnected;

It also can be disconnected independently two cavitys mutually that described second cavity and described 4th cavity are specifically as follows the same cavity that is interconnected.

13. electronic equipments as claimed in claim 12, it is characterized in that, the N number of connexon main body comprising the first connexon main body and the second connexon main body is included in described connection main body, and described first connexon main body includes at least two rotation axiss comprising the first rotation axis and the second rotation axis be disposed adjacent, when described second connexon main body includes at least two rotation axiss comprising the 3rd rotation axis and the 4th rotation axis be disposed adjacent, described first rotation axis can be inserted in described first cavity, described second rotation axis can be inserted in described second cavity, and described 3rd rotation axis can be inserted in described 3rd cavity, described 4th rotation axis can be inserted in described 4th cavity, linked together by the described housing that is connected with described second connexon main body to enable described first connexon main body, wherein, N be more than or equal to 2 integer.

14. electronic equipments as claimed in claim 13, it is characterized in that, when described rotation axis number in described first connexon main body is greater than 2, and the described rotation axis number in described second connexon main body is when being also greater than 2, at least be describedly connected housing to connect by one between described first connexon main body with described second connexon main body.

15. electronic equipments as claimed in claim 14, is characterized in that, after described N number of connexon main body is linked together by least P described connection housing, wherein, P be more than or equal to 1 integer;