CN103294109B

CN103294109B - A kind of electronic equipment

Info

Publication number: CN103294109B
Application number: CN201210047562.2A
Authority: CN
Inventors: 梁润生; 侯文林
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2012-02-27
Filing date: 2012-02-27
Publication date: 2018-04-27
Anticipated expiration: 2032-02-27
Also published as: CN103294109A

Abstract

The present invention discloses a kind of electronic equipment, including sub-body and upper body；Wherein, input keyboard is provided with the sub-body, touch display screen is provided with the upper body, the mainboard of the electronic equipment is arranged in the upper body；And it is provided between the upper body and the sub-body so that both are relative to the component that trackslips for sliding and rotating, to carry out withdrawing the switching of operating position and position of organizing work；And it is configured to：Set positioned at the upper body and the sub-body overlapping for withdrawing operating position, and the touch display screen is towards outside；The upper body positioned at position of organizing work is placed in the front portion of the sub-body and forms angle between the two.Compared with prior art, the bottom fever of electronic equipment can be effectively reduced during electronic equipment use of the present invention, while has the performance advantage of touch input and input through keyboard both of which concurrently, there is preferable operability.

Description

A kind of electronic equipment

Technical field

The present invention relates to technical field of electronic products, and in particular to a kind of electronic equipment.

Background technology

Relative to desktop computer, it is many convenient that laptop (notebook) is brought to the work and life of people.Very More people, which like being placed on knee notebook or radiate, to be used above undesirable object, especially standby etc. special on airport Outdoor environment, notebook is placed in using on leg, for example, handle file or play game.But for a long time will Notebook is placed on leg and uses, and the leg of user can produce sense of discomfort because bottom case overheats, the system of existing laptop Heat dissipation can not thoroughly solve the problems, such as that bottom case overheats.

In addition, compared to keyboard entry method, touch input mode is with its preferable operating characteristics and user's impression in electricity Extensive use is able on sub- product.Based on the development of touch input technology, occur in the optimization design of laptop simultaneous The two kinds of occupation modes touched using being inputted with conventional keyboard are cared for, however, being limited by its own structure, existing laptop The conversion operation of occupation mode is relatively complicated, and great inconvenience is brought to user.

In view of this, it would be highly desirable to which the overall architecture for laptop that looks for another way optimizes, effectively to carry While high complete machine heat dissipation performance, convenient it can switch between touch input and keyboard input mode.

The content of the invention

In view of the foregoing drawbacks, present invention solves the technical problem that being, there is provided a kind of electronic equipment of structure optimization, the electricity The bottom fever of electronic equipment can be effectively reduced during sub- equipment use, while has two kinds of moulds of touch input and input through keyboard concurrently The performance advantage of formula, has preferable operability.

A kind of electronic equipment provided by the invention, including sub-body and upper body；Wherein, set on the sub-body Input keyboard is equipped with, touch display screen is provided with the upper body, the mainboard of the electronic equipment is arranged on the top In main body；And it is provided between the upper body and the sub-body so that both are relative to the structure that trackslips for sliding and rotating Part, to carry out withdrawing the switching of operating position and position of organizing work；And it is configured to：Positioned at the top for withdrawing operating position Main body and sub-body overlapping are set, and the touch display screen is towards outside；The top master positioned at position of organizing work Body is placed in the front portion of the sub-body and forms angle between the two.

Preferably, the conductive energy of the component that trackslips, the sub-body is by the component that trackslips to be placed in State the electricity consumption power elements of upper body.

Preferably, the keyboard outputs control signals to the built-in component of the upper body by the component that trackslips.

Preferably, overall wedge shape segmentation between the upper body and sub-body；In side projection face, positioned at withdrawal The upper body of operating position is in pre-large post-small shape in pre-small post-large shape, the sub-body.

Preferably, the battery is located at the rear portion of the sub-body, and the keyboard is located at the front portion of the sub-body.

Preferably, the component that trackslips has the hinged end hinged with one in both, and prolongs from the hinged end Stretch the slide contact part being slidably matched with another one in both to be formed.

Preferably, the upper surface of the sub-body has the indent receiving portion of the accommodating component that trackslips；It is described to trackslip The hinged end of component and the front end of the indent receiving portion are hinged, and the slide contact part is slided with the upper body matches somebody with somebody Close.

Preferably, along the length direction of the component that trackslips, positioned at the forward position of the upper body for position of organizing work Flushed with the forward position of the component that trackslips, or the forward position of the upper body is located on rear side of the forward position of the component that trackslips.

Preferably, described trackslip has the first location fit pair between component and the upper body, and is configured to：It is described Upper body, which slides into, to be can turn at position of organizing work, and the first location fit vice card closes positioning；The component that trackslips There is the second location fit pair between the sub-body, and be configured to：The upper body is turned to slidably to withdrawal At operating position, the second location fit vice card closes positioning.

Preferably, the electronic equipment has two operating modes；When the component that trackslips is in the withdrawal working position When putting, the electronic equipment is the first operating mode；When the component that trackslips organizes work position described in, the electronics Equipment is to be different from the second operating mode of first operating mode.

Preferably, it is described when the component that trackslips switches between the withdrawal operating position and the position of organizing work First operating mode is synchronously switched over second operating mode.

Another kind electronic equipment provided by the invention, including sub-body and upper body；Wherein, on the sub-body Input keyboard is provided with, touch display screen is provided with the upper body, the mainboard of the electronic equipment is arranged on described In portion's main body；And the upper body has two operating positions, the upper body relative to the sub-body successively to Front slide, rotating backward can switch to position of organizing work, and have angle between the two；The upper body is relative to described Sub-body rotates forward successively, slides backward can switch to and withdraws operating position, and the touch display screen is towards outside.

Preferably, it is provided with battery on the sub-body；It is provided between the upper body and the sub-body So that both are relative to the component that trackslips for sliding and rotating；The sub-body by it is conductive can described in the component that trackslips be The electricity consumption power elements of the upper body are placed in, and the keyboard is output control signals on described by the component that trackslips The built-in component of portion's main body.

Preferably, overall wedge shape segmentation between the upper body and sub-body；In side projection face, positioned at withdrawal The upper body of operating position is in pre-large post-small shape in pre-small post-large shape, the sub-body；The battery is positioned at described The rear portion of sub-body, the keyboard are located at the front portion of the sub-body.

Preferably, the component that trackslips has the hinged end hinged with one in both, and prolongs from the hinged end Stretch the slide contact part being slidably matched with another one in both to be formed；The upper surface of the sub-body, which has, houses the cunning Turn the indent receiving portion of component；The hinged end of the component that trackslips and the front end of the indent receiving portion are hinged, the slip Connecting portion is slidably matched with the upper body；Trackslip the length direction of component described in, positioned at organizing work described in position The forward position of upper body is flushed with the forward position of the component that trackslips, or the forward position of the upper body is located at the component that trackslips Forward position on rear side of.

Compared with prior art, electronic equipment provided by the invention is optimized design, two aspects of major embodiment Substantial improvements.

First, heat dissipation performance is able to good optimization.Its mainboard is co-located in upper body with touch display screen, and then will be main Heat source component is separated from sub-body (close to people side under use state)；That is so that heat source is away from bottom. So set, on the one hand a large amount of heat sources can be avoided to be radiated to user, customer perception is effectively increased；Further, since mainboard is located at The upper body of complete machine, can also further improve its heat dissipation performance.

Secondly, electronic equipment provided by the invention can be in touch input with reliably switching in keyboard entry method.Specifically Ground, is provided between its upper part main body and sub-body so that both can be relative to the component that trackslips for sliding and rotating, positioned at receipts Upper body and the sub-body overlapping for going back to operating position are set, and touch display screen is towards outside, under this state, due to touching Display screen shows the use state of tangible input towards outside, to adapt to the development trend of touch operation；Positioned at exhibition The upper body for opening operating position is placed in the front portion of the sub-body and forms angle between the two, under this state, touches Display screen is touched towards user side, and can be according to the use state for the angle, i.e. input through keyboard for being actually needed adjustment upper body.

In the preferred solution of the present invention, on the whole using wedge shape segmentation, the wedge shape between upper body and sub-body The design of segmentation can optimize space layout of the elements such as mainboard inside upper body, while can also optimize the elements such as battery Space layout on sub-body；Among actual design, the specific location of respective element can be offset to large scale end, have Asymmetric arrangement compared with high-adaptability can substantially effectively make use of inner space, to meet that ultralight ultra-thin machine shape is set Meter trend provides good technical guarantee.In addition, the keyboard of the electronic equipment is located at the front portion of sub-body, due to above-mentioned wedge Shape, which is split, causes keyboard front end with actually using the in larger distance of platform (desktop), therefore, will not even if being designed without hand rest It is produced without the discomfort that hand rest may be brought.

Another preferred solution of the present invention effectively make use of the power supply that electric device is used in the actual upper body of the component that trackslips, The component that trackslips of the conductive energy of metal can specifically be used；In addition, between keyboard and the built-in component for being placed in upper body Specially it is wirelessly transferred.Compared with the prior art, this programme evades the problem of power supply and signal-transmitting cable completely, has structure The characteristics of simple designs are reasonable.

In another preferred solution of the present invention, particular for the slide displacement in the handoff procedure of operating position and position is rotated Shifting has additional corresponding location structure：Rotated for the first location fit pair of limit slippage extreme position, and for limiting Second location fit pair of extreme position.It is can turn to when upper body slides at position of organizing work, then the first positioning is matched somebody with somebody Close vice card and close positioning, the operation that user can carry out rotating upper body according to being actually needed at this time；And when upper body rotates To slidably to withdrawing at operating position, then the second location fit vice card closes positioning, and user slidably withdraws upper body at this time Until upper body overlaps completely with sub-body.

Electronic equipment provided by the invention can be laptop, e-dictionary or other have touch input and keyboard concurrently Input the electronic equipment of two kinds of input patterns.

Brief description of the drawings

Fig. 1 is laptop described in embodiment positioned at the schematic diagram for withdrawing operating position；

Fig. 2 is that the laptop shown in Fig. 1 withdraws the process schematic that operating position switches to position of organizing work certainly；

Fig. 3 is schematic diagram of the laptop shown in Fig. 1 positioned at position of organizing work；

Fig. 4 is that component is trackslipped described in embodiment positioned at the assembly relation schematic diagram for withdrawing operating position；

Fig. 5 switches to the process assembly relation for position of organizing work to trackslip component shown in Fig. 4 from withdrawal operating position Schematic diagram；

Fig. 6 is assembly relation schematic diagram of the component positioned at position of organizing work that trackslip shown in Fig. 4；

Fig. 7 shows the assembling trackslipped described in embodiment between component and local upper body and sub-body Explosive view；

Fig. 8 is the A-A profiles of Fig. 4.

In figure：

Sub-body 10, indent receiving portion 11, upper body 20, guide groove 21, rear surface 22, trackslip component 30, hinged end Portion 31, slide contact part 32, glissile segment 321, rear end face 33.

Embodiment

Based on the existing electronic equipment with keyboard and touch display screen, core of the invention is effective by structure optimization The bottom fever of electronic equipment is reduced, while touch input and the excellent operability of input through keyboard both of which switching can be obtained Energy.Illustrate present embodiment with reference to Figure of description.

Without loss of generality, present embodiment is illustrated using laptop as main body.

Fig. 1, Fig. 2 and Fig. 3 are referred to, wherein, Fig. 1 is that the withdrawal operating position of laptop described in present embodiment shows It is intended to, Fig. 2 is the process schematic that the laptop switches to position of organizing work from withdrawal operating position；Fig. 3 is the pen Remember the position view of organizing work of this computer.

Same as the prior art, which includes the sub-body 10 with input keyboard, and aobvious with touching The upper body 20 (direction of arrow shown in figure is the direction of touch display screen) of display screen, input through keyboard and touch input mode Operation principle can use the prior art to realize, repeat no more herein.In addition, the involved forward and backward noun of locality is herein Defined using notebook computer user as benchmark, i.e. be rear, be front away from user side close to user side；It should be appreciated that The application of corresponding orientation word does not form the limitation to the application protection domain.

In the present solution, mainboard (not shown) is built in upper body 20, i.e. mainboard is co-located in touch display screen Portion's main body 20, main heating source component is separated from sub-body (close to people side under use state), so that hot Source is away from bottom.Meanwhile the component 30 that trackslips is provided between upper body 20 and sub-body 10, this trackslips component 30 can So that upper body 20 is slided and rotated relative to sub-body 10, withdraw cutting for operating position and position of organizing work Change, and be configured to：Set positioned at the upper body 20 for withdrawing operating position with the overlapping of sub-body 10, and touch display screen direction Outside, as shown in Figure 1, the use state of tablet computer pad is presented at this time；Upper body 20 positioned at position of organizing work is placed in The front portion of sub-body 10 and angle is formed between the two, as shown in figure 3, the use of traditional notebook input through keyboard is presented at this time State.

That is, the upper body 20 of the laptop has two operating positions, with reference to shown in Fig. 2, top master Body 20 is relative to sub-body 10 successively forward slip, rotating backward can switch to position of organizing work, and has between the two Angle；So far the switching from withdrawing operating position to position of organizing work is completed, it is clear that angle between the two can be according to reality Border is adjusted using needs.Conversely, the upper body 20 for position of organizing work relative to sub-body 10 successively forward rotate, Slide backward can switch to and withdraw operating position, withdraw the touch display screen of operating position towards outside (diagram top).

In the present solution, the battery (not shown) provisioned in the laptop can be arranged on sub-body 10, To effectively integrate the overall space of entity component arrangement.Further, the component 30 that trackslips can be made of metal material, with tool There is excellent conductive capability, component 30 is trackslipped to put by this easy to foregoing battery (or being connected to the external power supply of sub-body) In the electricity consumption power elements of upper body 20, for example, supplying electricity to mainboard and touch-screen etc.；In addition, keyboard can also be by trackslipping Component 30 outputs control signals to the built-in component of upper body 20.Thus, conventional slip screen laptop can be evaded completely Line transmission problem.In fact, keyboard can also be with being placed between the built-in component of upper body 20 using the side being wirelessly transferred Formula realizes the transmission of control signal.

In order to meet ultra-thin and ultra-light development trend that current electronic device is presented, the upper and lower split of this programme can be directed to The overall partitioning scheme of structure makees further optimization.With reference to shown in Fig. 1, overall wedge shape between upper body 20 and sub-body 10 Segmentation；In side projection face (shown in Fig. 1), the upper body 20 positioned at withdrawal operating position is in pre-small post-large shape, lower part master Body 10 is in pre-large post-small shape.Obviously, the respective element being placed in both can preferentially be arranged on the relatively large side of volume.

For upper body 20, it is anterior that the built-in component such as mainboard can be placed in it；For sub-body 10, electricity Pond can be arranged on the rear portion of sub-body 10, and keyboard can then be arranged on the front portion of sub-body 10.It is that is, corresponding The specific location of element can be offset to large scale end, and there is the asymmetric arrangement compared with high-adaptability can substantially effectively utilize Inner space, to meet that ultralight ultra-thin machine shape designer trends provide good technical guarantee.

It should be noted that design concept and state of the art based on the application, are previously used for a component phase The component that trackslips of slip and rotation for another component can be realized using different concrete structures, certainly, as preferably setting Meter is it is contemplated that the factor such as material cost, processing technology and user's impression.Present embodiment provides a kind of preferable realization Mode, refers to Fig. 4, Fig. 5 and Fig. 6, wherein, Fig. 4 is that component is trackslipped described in present embodiment positioned at the dress for withdrawing operating position With relation schematic diagram, Fig. 5 switches to the process assembling for position of organizing work to trackslip component shown in Fig. 4 from withdrawal operating position Relation schematic diagram, Fig. 6 are assembly relation schematic diagram of the component positioned at position of organizing work that trackslip shown in Fig. 4.

The component 30 that trackslips has the hinged end 31 hinged with one in both, and extended to form from hinged end 31 The slide contact part 32 being slidably matched with another one in both.Shown in figure, hinged end 31 is used to be hinged with sub-body 10, Rotated in the lump relative to sub-body 10 with the component 30 that trackslips with actual upper body 20, slide contact part 32 and upper body 20 It is slidably matched, is slided with actual upper body 20 relative to sub-body 10.In fact, specific connection relation can also reversely be set Put, the opposite slip and relative rotation that can equally carry out between the two realize that position switches.

Please also refer to Fig. 7 and Fig. 8, wherein, Fig. 7 shows trackslip component 30 and local upper body 20 and the lower part master Assembling explosive view between body 10, Fig. 8 are the A-A profiles of Fig. 4.

The upper surface of sub-body 10 has the indent receiving portion 11 for housing the component 30 that trackslips；Correspondingly, trackslip component 30 hinged end 31 and the front end of indent receiving portion 21 are hinged, and slide contact part 32 is slidably matched with upper body 20.The cunning The pair that is slidably matched among dynamic matching relationship can use guide rail or guide groove form, in this preferred solution, the slide contact part 32 Front end upwardly extends rear side to glissile segment 321 is extended to form, and the guide groove being adapted to 321 section of glissile segment is opened up in upper body 20 21, guide groove 21 is arranged along the longitudinal direction, and length meets the status requirement of 20 forward slip of upper body.

In addition, as shown in Fig. 2, Fig. 5, along the length direction for the component 30 that trackslips, the upper body positioned at position of organizing work 20 forward position is located on rear side of the forward position for the component 30 that trackslips, to ensure that rotating operation subsequently, which is unfolded, reliably realizes.Certainly, upper body 20 forward position is flushed with the forward position for the component 30 that trackslips, it is clear that both are flushed as extreme position relation, if the forward position of upper body 20 On front side of the forward position for the component 30 that trackslips, the operability of position switching will be directly affected.

To further improve its operability, the secondary limitation for carrying out extreme position of location fit can be passed through.Specifically, it is sliding Turn that there is the first location fit pair between component 30 and upper body 20, and be configured to：Upper body 20, which slides into, to be can turn to Organize work at position, the first location fit vice card closes positioning；That is, the mistake for position of organizing work is switched to from withdrawal operating position Cheng Zhong, the first location fit is secondary to be determined for limiting upper body 20 relative to the slip extreme position of sub-body 10, when After first location fit vice card closes positioning, upper body 20 can carry out next step rotating operation.Trackslip component 30 and lower part master There is the second location fit pair between body 10, and be configured to：Upper body 20, which turns to, slidably extremely to be withdrawn at operating position, the Two location fit vice cards close positioning, i.e. self-deploy operating position switch to withdraw operating position during, the second location fit Pair, which is used to limit, trackslips component 30 relative to the definite of the rotation limit position of sub-body 10, when the second location fit vice card is closed After positioning, upper body 20 can carry out next step slide.

Preferably, the first location fit is secondary and the second location fit pair (not shown) can use and be respectively placed in two structures Salient point and pit on part, it is engaging positioning states that the salient point on a component, which is moved to the pit on another component Nei,.Operated Cheng Zhong, user can be engaged by operating handle and salient point with pit to be positioned and the sound direct feeling of generation to engaging, and Next step operation is carried out based on the impression.Except it is above-mentioned on the structure type of location fit pair in addition to, be also based on corresponding Positioning function carries out malformation, as long as meeting using needs in the range of the application is claimed.

For example, for limiting first location fit pair of the upper body 20 relative to the slip extreme position of component 30 that trackslips, 21 rear surface 22 of guide groove of upper body 20 and 321 rear end face 33 of glissile segment for the component 30 that trackslips can be selected as being adapted Location fit pair, when actual design, only need strictly to control anteroposterior direction dimension chain just to disclosure satisfy that foregoing positioning function, also It is to say, when upper body 20 slides into the position that can be rotated operation, 21 rear surface 22 of guide groove and 321 rear end of glissile segment Face fastens cooperation.

For another example foregoing the specific of location fit pair sets position to be adjusted according to corresponding positioning function. Specifically, the first location fit pair can also be arranged between sub-body 10 and upper body 20, equally can determine top Main body 20 relative to sub-body 10 slip extreme position；And the second location fit pair can be arranged on upper body 20 with Between portion's main body 10, rotation limit position of the upper body 20 relative to sub-body 10 similarly can determine.

Further, laptop described in present embodiment has two operating modes：When trackslipping, component 30 is in institute It is the tablet computer pad operating modes of the first operating mode, i.e. touch input when stating withdrawal operating position；When the component 30 that trackslips Positioned at it is described organize work position when, to be different from the biography of the second operating mode, i.e. input through keyboard of first operating mode System notebook operating mode.Corresponding to the switching of working with notebook computer position, can synchronously realize aforementioned first operational pattern with The switching of second operating mode；That is, it can withdrawn with the component that trackslips between operating position and position of organizing work Switching, the panel computer work pattern and traditional notebook operating mode of touch input synchronously switch over.

Correspondingly, obtained by elements such as sensor or travel switches positioned at withdrawal operating position and position of organizing work Information, and using this information as instruction carry out touch input panel computer work pattern and traditional notebook operating mode it is synchronous Switch over.Certainly, the acquisition of the information can be determined according to the actual posture of trackslip component 30 or upper body 20.

It should be noted that the laptop, which is based on existing hardware system and operating system, can form three implementations Example.

First embodiment realizes two kinds of operating modes using a set of one operating system of hardware system, and one kind is to be suitable for profit The operating mode manipulated with keyboard, touchpad, a kind of operating mode being suitable for using touch input manipulation.In two kinds of works Opposite user interface is different under operation mode, is adapted to respective control mode respectively, and than supporting another control mode It is superior.

Second embodiment uses a set of two operating systems of hardware system, and the first operating system is windows systems, and second For android system, (two operating systems can also be operating system：First operating system is Moc OS, and the second operation is Unite as IOS).Compared to first embodiment, the present embodiment can form the operation under different working modes based on two operating systems Mode and operation interface.

3rd embodiment can use two sets of hardware systems, two operating systems；Upper body 20 installs the hardware of ARM System, and the operating system based on the ARM hardware systems is applied, for example, android system or IOS systems；And sub-body The hardware system of 10 installation x86, and the operating system based on the x86 hardware systems is applied, for example, windows systems or Moc OS systems.Compared to first and second embodiment, this programme can be synchronous to carry out cutting for hardware system with the switching of operating position Change.For example, when withdrawal operating position is switched under open state, synchronism switching to Pad operating modes, at the same time, ARM hardware System starts, x86 hardware systems shut down or go to resting state；Vice versa.

Special instruction, the core that this programme is embodied are not limited to apply among the design of laptop, Can also apply e-dictionary or other have the electronic equipments of two kinds of input patterns of touch input and input through keyboard concurrently.

The above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications also should It is considered as protection scope of the present invention.

Claims

1. a kind of electronic equipment, it is characterised in that including：

Sub-body, is provided with input keyboard；With

Upper body, is provided with touch display screen, and the mainboard of the electronic equipment is arranged in the upper body；And

Be provided between the upper body and the sub-body so that both are opposite slides and the component that trackslips of rotation, with into Row withdraws the switching of operating position and position of organizing work；And it is configured to：Positioned at withdraw operating position the upper body with Sub-body overlapping is set, and the touch display screen is towards outside；The upper body positioned at position of organizing work is placed in The front portion of the sub-body and angle is formed between the two；

The component that trackslips has the hinged end hinged with one in both, and extended to form from the hinged end with two The slide contact part that another one is slidably matched in person；

The upper surface of the sub-body has an indent receiving portion of the component that trackslips, the hinged end with it is described interior The rear end of recessed receiving portion is hinged, and the slide contact part is slidably matched with the upper body.

2. electronic equipment according to claim 1, it is characterised in that the conductive energy of the component that trackslips, under described Portion's main body is the electricity consumption power elements for being placed in the upper body by the component that trackslips.

3. electronic equipment according to claim 2, it is characterised in that the keyboard passes through the component output control of trackslipping Signal to the upper body built-in component.

4. electronic equipment according to any one of claim 1-3, it is characterised in that the upper body and sub-body Between overall wedge shape segmentation；In side projection face, the upper body positioned at withdrawal operating position is in pre-small post-large shape, institute It is in pre-large post-small shape to state sub-body.

5. electronic equipment according to claim 4, it is characterised in that the battery of the electronic equipment is located at the lower part master The front portion of body, the keyboard are located at the front portion of the sub-body.

6. electronic equipment according to claim 1, it is characterised in that along the length direction of the component that trackslips, positioned at exhibition The forward position for opening the upper body of operating position is flushed with the forward position of the component that trackslips, or the forward position of the upper body On rear side of the forward position of the component that trackslips.

7. the electronic equipment according to claim 1 or 6, it is characterised in that it is described trackslip component and the upper body it Between there is the first location fit pair, and be configured to：The upper body, which slides into, to be can turn at position of organizing work, and described One positioning matching pair engaging positioning；Described trackslip has the second location fit pair between component and the sub-body, and configures Into：The upper body is turned to slidably to withdrawing at operating position, and the second location fit vice card closes positioning.

8. electronic equipment according to claim 1, it is characterised in that the electronic equipment has two operating modes；

When the component that trackslips is in the withdrawal operating position, the electronic equipment is the first operating mode；

When the component that trackslips organizes work position described in, the electronic equipment is to be different from first operating mode The second operating mode.

9. electronic equipment according to claim 8, it is characterised in that when the component that trackslips is in the withdrawal operating position and institute State when switching between position of organizing work, first operating mode is synchronously switched over second operating mode.

10. a kind of electronic equipment, it is characterised in that including：

Sub-body, is provided with input keyboard；With

The upper body has two operating positions, the upper body relative to the sub-body successively forward slip, Rotate backward and can switch to position of organizing work, and there is angle between the two；The upper body is relative to the lower part master Body rotates forward successively, slides backward can switch to and withdraws operating position, and the touch display screen is towards outside；

It is provided between the upper body and the sub-body so that both are relative to the component that trackslips for sliding and rotating；

11. electronic equipment according to claim 10, it is characterised in that be provided with battery on the sub-body；It is described Sub-body by it is conductive can described in the component that trackslips be the electricity consumption power elements that are placed in the upper body, it is and described Keyboard outputs control signals to the built-in component of the upper body by the component that trackslips.

12. the electronic equipment according to claim 10 or 11, it is characterised in that between the upper body and sub-body Overall wedge shape segmentation；In side projection face, positioned at withdraw operating position the upper body in pre-small post-large shape, it is described under Portion's main body is in pre-large post-small shape；The battery of the electronic equipment is located at the front portion of the sub-body, and the keyboard is positioned at described The front portion of sub-body.

13. electronic equipment according to claim 12, it is characterised in that along the length direction of the component that trackslips, be located at The organize work forward position of the upper body of position is flushed with the forward position of the component that trackslips, or before the upper body Along on rear side of the forward position of the component that trackslips.