CN1542586A - Notebook computer with a turnable display module - Google Patents
Notebook computer with a turnable display module Download PDFInfo
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- CN1542586A CN1542586A CNA031286194A CN03128619A CN1542586A CN 1542586 A CN1542586 A CN 1542586A CN A031286194 A CNA031286194 A CN A031286194A CN 03128619 A CN03128619 A CN 03128619A CN 1542586 A CN1542586 A CN 1542586A
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- casing
- location structure
- teat
- track
- recess
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Abstract
The notebook computer with turnable display assembly includes the first casing with notch on its one end; the second casing with one front plate, turnable between the first position and the second position and set to one end of the first casing; and guiding track set on the side wall of the notch. During turning the second casing, the protrudent part will be moved repeatedly along the guiding track between the initial positioning mechanism and the hooked positioning mechanism. When the protrudent part is pushed by the initial positioning mechanism or the hooked positioning mechanism, the second casing will be in the first position or the second position and the display assembly will face the first direction or the second direction. When the protrudent part detaches from the hooked positioning mechanism, the second casing will be made by the elastic element to turn toward the first position.
Description
Technical field
The present invention relates to a kind of notebook, particularly relate to a kind of notebook with rotatable display apparatus module.
Background technology
With reference to Fig. 1, the stereographic map of the notebook that its expression is traditional.Among Fig. 1, notebook 100 comprises base 102, flip 104, liquid crystal display device module (LCM) 106 and CD player 108 at least.One end of flip 104 and a termination of base 102 are closed, and flip 104 can come back rotation along the direction of the arrow 150 of Fig. 1, with folding on base 102.CD player 108 is configured on the side of base 102, uses for the user and inserts CD and broadcast.LCD MODULE 106 is configured on the side of flip 104 and near CD player 108, in order to show the information of the CD that CD player 108 is play.
Under flip 104 closed at situation on the base 102, the user can utilize CD player 108 to play CDs, and liquid crystal display device module 106 will show the information of the CD that CD player 108 is play.Because the visual angle of liquid crystal display device module 106 is restricted, the user must be in the angular field of view of liquid crystal display device module 106, can see the picture that liquid crystal display device module 106 is shown.
With reference to Fig. 2, it represents the stereographic map of a traditional notebook.In Fig. 2, notebook 200 comprises base 202, flip 204, liquid crystal display device module 206 and CD player 208 at least.Flip 204 can come back rotation along the direction of the arrow 250 of Fig. 2, with folding on base 202.CD player 208 is configurable on a side of base 202, and liquid crystal display device module 206 is configured on the end face of flip 204, and near CD player 208.
Under flip 204 closed at situation on the base 202, the user can utilize CD player 208 to play CDs, and liquid crystal display device module 206 will show the information of CD.Yet the user also must be in the angular field of view of liquid crystal display device module 206, can see the picture that liquid crystal display device module 206 is shown.
With reference to Fig. 3, it represents the stereographic map of the notebook that another is traditional.In Fig. 3, notebook 300 comprises base 302, flip 3304, liquid crystal display device module 306 and CD player 308 at least.Flip 304 can come back rotation along the direction of the arrow 350 of Fig. 3, with folding on base 302.CD player 308 is configurable on a side of base 302, and liquid crystal display device module 306 is configured on the inclined side of flip 304, and near CD player 308.
Under flip 304 closed at situation on the base 302, the user can utilize CD player 308 to play CDs, and liquid crystal display device module 306 will show the information of the CD that CD player 308 is play.Yet the user can see the picture that liquid crystal display device module 306 is shown also only in the angular field of view of liquid crystal display device module 306.
So when the user is positioned at outside the angular field of view of liquid crystal display device module 106,206 and 306, the user can't see the picture that liquid crystal display device module 106,206 and 306 is shown, produce the dead angle phenomenon.For example, the user can't see the picture that liquid crystal display device module 106 is shown by the top of notebook 100; The user can't see the picture that liquid crystal display device module 206 is shown by a side of notebook 200; The user can't see the picture that liquid crystal display device module 306 is shown by the top of notebook 300 and a side.Hence one can see that, and liquid crystal display device module can only design towards the single direction of notebook, and this will limit to the usable range of liquid crystal display device module.
Summary of the invention
Therefore, purpose of the present invention just provides a kind of notebook with rotatable display apparatus module, it utilizes pivot device to cause second casing to rotate on first casing, can make display apparatus module on second casing towards first direction or second direction, notebook one end the place ahead or oblique upper for example, or even many angle change, this just increases the usable range of display apparatus module.
According to purpose of the present invention, a kind of electronic installation with rotatable display apparatus module is proposed, as notebook, it comprises first casing, second casing, display apparatus module, flexible member, teat and guide rails.First casing has a side recess, and the side recess has a recess inwall and a recess sidewall.Second casing is configured in the side recess coming and going the mode of rotating in a primary importance and a second place, and second casing has a casing header board and a housing side wall.Display apparatus module is configured on the casing header board, and flexible member is with returning back to primary importance so that second casing is rotated by the second place.Teat is arranged on housing side wall in the mode of Elastic Sliding, and guide rails is configured on the recess sidewall.Have an initial location structure and a hook-shaped location structure in the guide rails, when second casing was rotated, teat moved between initial location structure and hook-shaped location structure along guide rails repetitiousness ground.Wherein, when teat was propped up by initial location structure, second casing was positioned at primary importance, and display apparatus module is towards first direction; When teat was propped up by hook-shaped location structure, second casing was positioned at the second place, and display apparatus module is towards second direction; When teat and the disengaging of hook-shaped location structure, flexible member will force second casing to rotate towards primary importance, make teat move to initial location structure.
According to a further object of the present invention, a kind of pivot device is proposed, use so that one second casing rotates in a side recess of one first casing.The side recess has a recess inwall and a recess sidewall, and second casing has a casing header board and a housing side wall.Pivot device comprises flexible member, teat and guide rails.Flexible member is with returning back to a primary importance so that second casing is rotated by a second place, and teat is arranged on housing side wall in the mode of Elastic Sliding, and guide rails is configured on the recess sidewall.Have an initial location structure and a hook-shaped location structure in the guide rails, when second casing was rotated, teat moved between initial location structure and hook-shaped location structure along guide rails repetitiousness ground.Wherein, when teat was propped up by initial location structure, second casing was positioned at primary importance, and the casing header board is towards first direction; When teat was propped up by hook-shaped location structure, second casing was positioned at the second place, and the casing header board is towards second direction; When teat and the disengaging of hook-shaped location structure, flexible member will force second casing to rotate towards primary importance, make teat move to initial location structure.
According to another object of the present invention, a kind of electronic installation is proposed, as notebook, it comprises first casing, second casing, display apparatus module, flexible member, teat and guide rails.First casing has a side recess, and the side recess has a recess inwall and a recess sidewall.Second casing is configured in the side recess coming and going the mode of rotating in a primary importance and a second place, and second casing has a casing header board and a housing side wall.Display apparatus module is configured on the casing header board, and flexible member is with returning back to primary importance so that second casing is rotated by the second place.Teat is arranged on recess sidewall in the mode of Elastic Sliding, and guide rails is configured on the housing side wall.Have an initial location structure and a hook-shaped location structure in the guide rails, when second casing was rotated, teat moved between initial location structure and hook-shaped location structure along guide rails repetitiousness ground.Wherein, when teat was propped up by initial location structure, second casing was positioned at primary importance, and display apparatus module is towards first direction; When teat was propped up by hook-shaped location structure, second casing was positioned at the second place, and display apparatus module is towards second direction; When teat and the disengaging of hook-shaped location structure, flexible member will force second casing to rotate towards primary importance, make teat move to initial location structure.
Description of drawings
Fig. 1 represents the stereographic map of traditional notebook;
Fig. 2 represents the stereographic map of a traditional notebook again;
Fig. 3 represents the stereographic map of the notebook that another is traditional;
Fig. 4 A represents the three-dimensional combination figure according to the notebook with rotatable display apparatus module of preferred embodiment of the present invention;
The display apparatus module of Fig. 4 B presentation graphs 4A is towards the side view of the oblique upper of notebook one end;
First casing of Fig. 5 A presentation graphs 4A and a three-dimensional exploded view of second casing;
First casing of Fig. 5 B presentation graphs 4A and another three-dimensional exploded view of second casing;
The amplification face upwarding stereogram of second casing of Fig. 6 A presentation graphs 5A;
The amplification left side view of second casing of Fig. 6 B presentation graphs 5A;
The vertical view of second casing of Fig. 6 C presentation graphs 6A;
The three-dimensional exploded view of second casing of Fig. 6 D presentation graphs 6A;
Fig. 7 represents the enlarged diagram by the recess sidewall of looking towards a recess sidewall in the recess of Fig. 5 A;
Fig. 8 A～Fig. 8 E represents that teat is when first casing rotates and the view of the course of action between the guide rails;
Fig. 9 represents the synoptic diagram with guide rails of two hook-shaped location structures of the present invention.
Embodiment
For above-mentioned purpose of the present invention, feature and advantage can be become apparent, a preferred embodiment cited below particularly, and it is as follows to be elaborated in conjunction with the accompanying drawings:
With reference to Fig. 4 A, its expression is according to the three-dimensional combination figure of the notebook with rotatable display apparatus module of preferred embodiment of the present invention.In Fig. 4 A, notebook 400 comprises base 405, first casing 402, second casing 404 and display apparatus module 406 at least, but and first casing 402 be configured on the base 405 in the mode of folding, and first casing 402 has a side recess 403.Second casing 404 be configured in the side recess 403 coming and going the mode of rotating in a primary importance and a second place, and second casing 404 has a casing header board 404a, and display apparatus module 406 is configured among the casing header board 404a.Certainly, second casing 404 also is configured in the leading edge of base 405 in rotating mode, makes the display apparatus module 406 that is configured in casing header board 404a can be positioned at the leading edge of base 405, seldom gives unnecessary details at this.
In addition, the present invention designs a pivot device especially, in order to connect first casing 402 and second casing 404, makes second casing 404 can come back rotation along the direction of the arrow 450 of Fig. 4 A when closure is on base 405.Like this, display apparatus module 406 can also can reach the variation at many angles of inclination towards the place ahead or the oblique upper of notebook 400 1 ends.
Under state of nature, and for example shown in Fig. 4 A, when second casing 404 was positioned at primary importance, display apparatus module 406 was towards a first direction, as the place ahead of an end of notebook 400.When second casing 404 by the application of force and by pivot device of the present invention after arrow 450 directions of Fig. 4 A are rotated an angle and when locating, second casing 404 is positioned at the second place, and display apparatus module 406 is towards a second direction, as the oblique upper of an end of notebook 400, shown in Fig. 4 B.At this moment, pivot device produces a reverse torsion because of being rotated.In Fig. 4 B, second casing 404 also can rotate along the direction of the arrow 460 of Fig. 4 B by the reverse torsion of pivot device, thereby is returned to the primary importance shown in Fig. 4 A.Therefore like this, it is very flexible that the usable range of display apparatus module 406 becomes, and having broken away from traditionally can only be towards the restriction of the single direction of notebook.
How to connect first casing 402 and second casing 404 as for pivot device of the present invention, and it is as follows with accompanying drawings to cause second casing 404 to rotate.
With reference to Fig. 5 A and Fig. 5 B, it is represented by first casing of Fig. 4 A and two three-dimensional exploded views of second casing.In Fig. 5 A and Fig. 5 B, side recess 403 has recess inwall 403a and relative recess sidewall 403b and 403c.Second casing 404 has relative chassis sidewall 404b and 404c, and chassis sidewall 404b and 404c show vertical connection of two ends of the mode that is parallel to each other and casing header board 404a greatly.
In Fig. 5 A, an end of second casing 404 has gim peg 417c, chute 413c and teat 424c, the i.e. part-structure of pivot device of the present invention.Gim peg 417c gives prominence to outside housing side wall 404c, and chute 413c is configured among the housing side wall 404c, and the bearing of trend of chute 413c is parallel with the normal to a surface direction of casing header board 404a.Teat 424c is exposed to outside the housing side wall 404c, but and teat 424c is arranged on housing side wall 404c in the mode of Elastic Sliding, and can slidably reciprocate along chute 413c.Equally, in Fig. 5 B, the other end of second casing 404 has gim peg 417b, chute 413b and teat 424b, and these structures also are the parts of pivot device of the present invention.Gim peg 417b gives prominence to outside housing side wall 404b, and chute 413b is configured among the housing side wall 404b, and the bearing of trend of chute 413b is parallel with the normal to a surface direction of casing header board 404a.Teat 424b is exposed to outside the housing side wall 404b, but teat 424b is arranged on housing side wall 404b in the mode of Elastic Sliding, and slidably reciprocates along chute 413b.
Recess sidewall 403b has a breach 420b and a guide rails 407b, and for example shown in Fig. 5 A.Guide rails 407b be protuberance on recess sidewall 403b and contiguous recess inwall 403a, slide in order to the teat 424b of derivation graph 5B when second casing 404 rotates.Breach 420b than guide rails 407b away from recess inwall 403a, with so that gim peg 417b insert and engage.Equally, recess sidewall 403c has a breach 420c and a guide rails 407c, and for example shown in Fig. 5 B.Guide rails 407c be protuberance on recess sidewall 403c and contiguous recess inwall 403a, slide in order to the teat 424c of derivation graph 5A when 404 rotations of second casing.Breach 420c,, links together win casing 402 and second casing 404 and can rotate, shown in Fig. 4 A with so that gim peg 417c inserts and engages away from recess inwall 403a than guide rails 407c.
In order to understand the structure of pivot device of the present invention more, simultaneously with reference to Fig. 6 A～6D.Wherein, the amplification face upwarding stereogram of second casing of Fig. 6 A presentation graphs 5A, and the amplification left side view of second casing of Fig. 6 B presentation graphs 5A.The vertical view of second casing of Fig. 6 C presentation graphs 6A, and the three-dimensional exploded view of second casing of Fig. 6 D presentation graphs 6A.Pivot device of the present invention also comprises rotating shaft spring 411b and 411c, interior extension 412b and 412c, slide block 414b and 414c and coil tension spring 415b and 415c.
The end of rotating shaft spring 411b is connected and fixed bolt 416b, and gim peg 416b is fixed on the two reference column 419b in second casing 404 by two-screw 418b, and two reference column 419b are adjacent to casing header board 404a and housing side wall 404b.The other end of rotating shaft spring 411b is connected and fixed bolt 417b, and gim peg 417b also is exposed to part-structure outside the housing side wall 404b, and is fixed among the breach 420b of Fig. 5 A.Equally, the end of rotating shaft spring 411c is connected and fixed bolt 416c, and gim peg 416c is fixed on the two reference column 419c in second casing 404 by two-screw 418c, and contiguous casing header board 404a of two reference column 419c and housing side wall 404c.The other end of rotating shaft spring 411c is connected and fixed bolt 417c, and gim peg 417c also has the structure of part to be exposed to outside the housing side wall 404c, and is fixed among the breach 420c of Fig. 5 B.So, when first casing 402 and second casing 404 link together, rotating shaft when rotating shaft spring 411b and 411c are used as second casing 404 and rotate with respect to first casing 402, and along with the rotational angle of second casing 404 increases and produces the reverse torsion of corresponding size.Wherein, this reverse torsion can so that second casing 404 by second site reversion to primary importance.
It should be noted that the present invention also can directly be connected rotating shaft spring 411b first casing 402 and second casing 404 with 411c, still can reach the purpose that second casing 404 is rotated on first casing 402.
With reference to Fig. 7, its expression is by the enlarged diagram of the recess sidewall 403b that is looked towards recess sidewall 403b in the recess 403 of Fig. 5 A.In Fig. 7, guide rails 407b comprises arc track 425b, slope track 426b and baffle plate track 427b.The contiguous recess inwall of arc track 425b 403a, and the opening of arc track 425b is back to recess inwall 403a.Slope track 426b is arranged in the opening of arc track 425b obliquely, and the upper end of slope track 426b roughly is positioned at the below of arc track 425b upper end, and the lower end of slope track 426b is away from recess inwall 403a than the upper end of slope track 426b.When second casing 404 is positioned at primary importance and display apparatus module 406 towards first direction, during as the place ahead of an end of the notebook 400 of Fig. 4 A, the normal to a surface direction of casing header board 404a is parallel with the normal to a surface direction of recess inwall 403b, and the upper end of arc track 425b props up teat 424b.Wherein, the upper end of arc track 425b can be considered as the initial location structure of guide rails 407b.In addition, the upper end inner edge of arc track 425b has a breach, props up the effect of teat 424b in order to the upper end of strengthening arc track 425b.Baffle plate track 427b is between slope track 426b and arc track 425b, and the end of baffle plate track 427b is connected with the lower end of slope track 426b, and the other end of baffle plate track 427b has a hook-shaped location structure 428b.In addition, the lower end of arc track 425b has a convex configuration 429b corresponding to hook-shaped location structure 428b, in order to prop up teat 424b with hook-shaped location structure 428b.When hook-shaped location structure 428b props up teat 424b, casing header board 404a normal to a surface direction and recess inwall 403b normal to a surface direction form an angle, and second casing 404 is positioned at the second place and display apparatus module 406 oblique upper towards an end of notebook 400.In addition, the structural symmetry of the structure of guide rails 407c and guide rails 407b does not repeat them here.
When second casing 404 was connected with first casing 402 by pivot device of the present invention, casing header board 404a normal to a surface direction was parallel with recess inwall 403a normal to a surface direction, and promptly second casing 404 is positioned at primary importance.Display apparatus module 406 is towards first direction, and as the place ahead of notebook 400 1 ends of Fig. 4 A, the initial location structure of guide rails 407b and 407c will prop up teat 424b and 424c respectively.The present invention will be that example describes with teat 424b and guide rails 407b, shown in Fig. 8 A.Because the elastic force effect of the coil tension spring 415b of Fig. 6 A makes teat 424b to be propped up by the formed initial location structure in arc track 425b upper end.
When the user prepares to adjust the display apparatus module 406 of Fig. 8 A towards second direction, during as the oblique upper of the notebook 400 of Fig. 4 B, the user can the application of force on casing header board 404a, make that casing header board 404a will be axle center and rotating along the direction of the arrow 450 of Fig. 8 A with rotating shaft spring 411b.At this moment, teat 424b will run into the upper end of arc track 425b, and slide into the lower end of slope track 426b along slope track 426b, shown in Fig. 8 B.In Fig. 8 B, when teat 424b is propped up by slope track 426b, distance between interior extension 412b and the teat 424b shortens, and the coil tension spring 415b of presentation graphs 6A has been compressed and has produced an elastic force, and rotating shaft spring 411b is reversed and produces a reverse torsion.
When the user is rotated further the casing header board 404a of Fig. 8 B, after in case the lower end of teat 424b and slope track 426b breaks away from, the elastic force of the reverse torsion of rotating shaft spring 411b and the coil tension spring 415b of Fig. 6 A, to force teat 423b to touch baffle plate track 427b, and hook-shaped location structure 428b will prop up teat 423b, shown in Fig. 8 C.In Fig. 8 C, casing header board 404a normal to a surface direction and recess inwall 403a normal to a surface direction form an angle, and display apparatus module 406 is towards second direction, as the oblique upper of notebook 400 1 ends of Fig. 4 B.
After the user rotates casing header board 404a one low-angle of Fig. 8 C along the direction of the arrow 450 of Fig. 8 C a little and lets go, the elastic force of the reverse torsion of rotating shaft spring 411b and the coil tension spring 415b of Fig. 6 A, to force teat 424b and hook-shaped location structure 428b to break away from, teat 424b will touch the lower end of arc track 425b, shown in Fig. 8 D.Then, teat 424b will continue to slide into along arc track 425b the upper end of arc track 425b, turn back to reference position, shown in Fig. 8 E.In Fig. 8 E, casing header board 404a normal to a surface direction is parallel with recess inwall 403a normal to a surface direction, and display apparatus module 406 is towards first direction, as the place ahead of notebook 400 1 ends of Fig. 4 A.
So, after second casing 404 is rotated, by rotating shaft spring 411a and 411c respectively with coil tension spring 415b and 415c effect, teat 424b and 424c will move between initial location structure and hook-shaped location structure along guide rails 407b and 407c repetitiousness ground respectively, and can be located in initial location structure or hook-shaped location structure place, so that casing header board 404a lays respectively at primary importance with towards first direction, or be positioned at the second place with towards second direction.It should be noted that the present invention also can use the flexible member of other modes, make second casing 404 rotate and return back to primary importance by the second place.
In order to increase the variation of display apparatus module 406 at the back angle of inclination that is produced of second casing, 404 rotations, the present invention can adjust the structure of the guide rails on recess sidewall 403b and the 403c, as shown in Figure 9.In Fig. 9, guide rails 907b comprises arc track 925b, slope track 926b and baffle plate track 927b.The contiguous recess inwall of arc track 925b 403a, the opening of arc track 925b is back to recess inwall 403a.Slope track 926b is arranged in the opening of arc track 925b obliquely, and the upper end of slope track 926b roughly is positioned at the below of arc track 925b upper end, and the lower end of slope track 926b is away from recess inwall 403a than the upper end of slope track 926b.Baffle plate track 927b is between slope track 926b and arc track 925b, and the end of baffle plate track 927b is connected with the lower end of slope track 926b.Baffle plate track 927b has hook- shaped location structure 928b and 930b, and hook-shaped location structure 928b is positioned at the other end of baffle plate track 927b, and hook-shaped location structure 930b is between the lower end and hook-shaped location structure 928b of slope track 926b.In addition, the lower end of arc track 925b has convex configuration 929b and 931b, in order to strengthen the effect that teat 924b is propped up by hook- shaped location structure 928b and 931b respectively.When teat 924b was propped up by hook- shaped location structure 928b and 931b respectively, casing header board 404a normal to a surface direction and recess inwall 403a normal to a surface direction formed two angles.At this moment, display apparatus module 406 is towards the oblique upper of notebook 400 1 ends, and presents different angles of inclination.
In addition, can be adjusted at display apparatus module 406 under the prerequisite of differing tilt angles, the present invention can omit the structures such as rotating shaft spring, slide block, chute and coil tension spring that second casing, 404 1 ends are disposed.Relatively, the present invention also can omit the structure of guide rails on the recess sidewall of first casing 402.Certainly, this end of second casing 404 also can pass through general pivot structure, as pivot spigot and pivot hole, is connected with this recess sidewall of first casing 402 and rotates.
In addition, the present invention can be with structural arrangements such as rotating shaft spring, slide block, chute and coil tension springs at least one recess sidewall of first casing 402, and relatively, the present invention will dispose guide rails at least one housing side wall of second casing 404.Wherein, chute is configured in the recess sidewall, and slide block slidably is configured in the chute, and slide block has a teat.One end of telescopic resilience body is fixed in first casing, and the other end of telescopic resilience body connects this slide block.In addition, the arc track vicinity is at the casing header board, and the opening of arc track is back to the casing header board, and the lower end of slope track than the upper end of slope track away from the casing header board.Like this, the present invention still can reach the purpose that display apparatus module 406 is adjusted to differing tilt angles.
Yet those skilled in the art can understand technology of the present invention and be not limited thereto that for example, first casing 402 is generally the base casing or the flip casing of notebook, and display apparatus module 406 can be liquid crystal display device module (LCM).In addition, when display apparatus module is during towards notebook one end oblique upper at the beginning, the present invention can be adjusted to display apparatus module up by designed pivot device.In addition, when display apparatus module is up the time at the beginning, the present invention can be adjusted to display apparatus module towards oblique upper by designed pivot device.Even when display apparatus module be when side obliquely at the beginning, the present invention can be adjusted to display apparatus module towards the place ahead by designed pivot device.It should be noted that rotating shaft spring of the present invention can be the rotating shaft elastic body, coil tension spring can be the telescopic resilience body.Even pivot device of the present invention can be applied on other electronic installations.
The notebook that the above embodiment of the present invention disclosed with rotatable display apparatus module, it utilizes pivot device of the present invention to cause second casing to rotate on first casing, can make display apparatus module on second casing towards first direction or second direction, the place ahead or oblique upper as notebook one end, even reach the variation at many angles of inclination, to increase the usable range of display apparatus module.
In sum; though the present invention discloses with a preferred embodiment, be not that any those skilled in the art is not breaking away from the spirit and scope of the invention in order to qualification the present invention; can make various changes and retouching, so protection scope of the present invention is when being defined with accompanying claims.
Claims (24)
1. electronic installation with rotatable display apparatus module comprises:
One first casing has a side recess, and this side recess has a recess inwall and a recess sidewall;
One second casing coming and going the mode of rotating in a primary importance and a second place, is configured in the side recess, and this second casing has a casing header board and a housing side wall;
One display apparatus module is configured on the casing header board;
One flexible member is with returning back to primary importance so that second casing is rotated by the second place;
One teat is arranged on housing side wall in the mode of Elastic Sliding; And
One guide rails is configured on the recess sidewall, has an initial location structure and a hook-shaped location structure in the guide rails, and when second casing was rotated, teat moved between initial location structure and hook-shaped location structure along guide rails repetitiousness ground;
Wherein, when teat was propped up by initial location structure, second casing was positioned at primary importance, and display apparatus module is towards a first direction; When teat was propped up by hook-shaped structure, second casing was positioned at the second place, and display apparatus module is towards a second direction; When teat and the disengaging of hook-shaped location structure, flexible member will force second casing to rotate towards primary importance, make teat move to initial location structure.
2. electronic installation as claimed in claim 1, wherein flexible member is a rotating shaft elastic body, this rotating shaft elastic body connects housing side wall and recess sidewall, and as the rotating shaft of second casing, the rotating shaft elastic body is produced a reverse torsion in order to reverse the back at quilt, wherein, and when teat and the disengaging of hook-shaped location structure, oppositely torsion will force second casing to be rotated towards primary importance by the second place, make teat move to initial location structure.
3. electronic installation as claimed in claim 2, its shaft elastic body are rotating shaft springs.
4. electronic installation as claimed in claim 1, wherein electronic installation also comprises:
One chute is configured in the housing side wall;
One slide block slidably is configured in the chute, and slide block has teat; And
One telescopic resilience body, one end are fixed in second casing, and the other end of telescopic resilience body connects slide block.
5. electronic installation as claimed in claim 4, wherein the telescopic resilience body is a coil tension spring.
6. electronic installation as claimed in claim 4, wherein electronic installation also comprises: extension in, be configured on the inwall of housing side wall, this extension has a through hole towards the casing header board, and interior extension is connected with the telescopic resilience body.
7. electronic installation as claimed in claim 6, wherein this slide block also comprises:
One body engages with chute, and this body is connected with teat; And
One straight-bar portion, the one end is connected with body, and the other end of this straight-bar portion runs through through hole.
8. electronic installation as claimed in claim 1, wherein guide rails also comprises:
One arc track is adjacent to the recess inwall, and the opening of this arc track is back to the recess inwall;
One slope track, inclination status in the opening of arc track, the position, upper end of this slope track below the track upper end of circling round, and the lower end of slope track than the upper end of slope track away from the recess inwall, the upper end of arc track is initial location structure; And
One baffle plate track, between slope track and arc track, an end of baffle plate track is connected with the lower end of slope track, and the other end of baffle plate track has hook-shaped location structure.
9. electronic installation as claimed in claim 8, wherein the baffle plate track also has another hook-shaped location structure, and this hook-shaped location structure is between track lower end, slope and hook-shaped location structure.
10. electronic installation as claimed in claim 1, wherein second casing has another housing side wall, and the side recess has another recess sidewall, and housing side wall is connected with another recess sidewall in rotating mode.
11. electronic installation as claimed in claim 1, wherein this display apparatus module is a liquid crystal display device module (LCM).
12. a pivot device is used so that one second casing rotates in a side recess of one first casing, this side recess has a recess inwall and a recess sidewall, and second casing has a casing header board and a housing side wall, and this pivot device comprises at least:
One flexible member is with returning back to a primary importance so that second casing is rotated by a second place;
One teat is arranged at housing side wall in the mode of Elastic Sliding; And
One guide rails is configured on the recess sidewall, has an initial location structure and a hook-shaped location structure in this guide rails, and when second casing was rotated, teat moved between initial location structure and hook-shaped location structure along guide rails repetitiousness ground;
Wherein, when teat was propped up by initial location structure, second casing was positioned at primary importance, and the casing header board is towards a first direction; When teat was propped up by hook-shaped location structure, second casing was positioned at the second place, and the casing header board is towards a second direction; When teat and the disengaging of hook-shaped location structure, flexible member will force second casing to rotate towards primary importance, make teat move to initial location structure.
13. pivot device as claimed in claim 12, wherein flexible member is a rotating shaft elastic body, this rotating shaft elastic body connects housing side wall and recess sidewall, and as the rotating shaft of second casing, the rotating shaft elastic body is produced a reverse torsion in order to reverse the back at quilt, wherein, and when teat and the disengaging of hook-shaped location structure, this reverse torsion will force second casing to be rotated towards primary importance by the second place, make teat move to initial location structure.
14. pivot device as claimed in claim 13, its shaft elastic body are rotating shaft springs.
15. pivot device as claimed in claim 12, wherein this pivot device also comprises:
One chute is configured in the housing side wall;
One slide block slidably is configured in this chute, and this slide block has teat; And
One telescopic resilience body, one end are fixed in second casing, and the other end of this telescopic resilience body connects slide block.
16. pivot device as claimed in claim 15, wherein the telescopic resilience body is a coil tension spring.
17. pivot device as claimed in claim 15, wherein pivot device also comprises: extension in, be configured on the inwall of housing side wall, and this extension has a through hole towards the casing header board, and interior extension is connected with the telescopic resilience body.
18. pivot device as claimed in claim 17, wherein slide block also comprises:
One body engages with chute, and this body is connected with teat; And
One straight-bar portion, the one end is connected with body, and the other end of this straight-bar portion runs through through hole.
19. pivot device as claimed in claim 12, wherein guide rails also comprises:
One arc track is adjacent to the recess inwall, and the opening of this arc track is back to the recess inwall;
One slope track is arranged in the opening of arc track obliquely, and the upper end of this slope track is positioned at the below of the upper end of the track that circles round, and the lower end of slope track than the upper end of slope track away from the recess inwall, the upper end of arc track is initial location structure; And
One baffle plate track, between slope track and arc track, an end of this baffle plate track is connected with the lower end of slope track, and the other end of baffle plate track has hook-shaped location structure.
20. pivot device as claimed in claim 12 wherein has a display apparatus module in the casing header board.
21. an electronic installation comprises:
One first casing has a side recess, and this side recess has a recess inwall and a recess sidewall;
One second casing coming and going the mode of rotating in a primary importance and a second place, is configured in the side recess, and this second casing has a casing header board and a housing side wall;
One display apparatus module is configured on the casing header board;
One flexible member is with returning back to primary importance so that second casing is rotated by the second place;
One teat is arranged on recess sidewall in the mode of Elastic Sliding; And
One guide rails is configured on the housing side wall, has an initial location structure and a hook-shaped location structure in this guide rails, and when second casing was rotated, teat moved between initial location structure and hook-shaped location structure along guide rails repetitiousness ground;
Wherein, when teat was propped up by initial location structure, second casing was positioned at primary importance, and display apparatus module is towards a first direction; When teat was propped up by hook-shaped location structure, second casing was positioned at the second place, and display apparatus module is towards a second direction; When teat and the disengaging of hook-shaped location structure, flexible member will force second casing to rotate towards primary importance, make teat move to initial location structure.
22. electronic installation as claimed in claim 21, wherein flexible member is a rotating shaft elastic body, this rotating shaft elastic body connects housing side wall and recess sidewall, and as the rotating shaft of second casing, the rotating shaft elastic body is produced a reverse torsion in order to reverse the back at quilt, wherein, and when teat and the disengaging of hook-shaped location structure, oppositely torsion will force second casing to be rotated towards primary importance by the second place, make teat move to initial location structure.
23. electronic installation as claimed in claim 21, wherein electronic installation also comprises:
One chute is configured in the recess sidewall;
One slide block slidably is configured in the chute, and this slide block has teat; And
One telescopic resilience body, one end are fixed in first casing, and the other end of this telescopic resilience body connects slide block.
24. electronic installation as claimed in claim 21, wherein guide rails also comprises:
One arc track is adjacent to the casing header board, and the opening of this arc track is back to the casing header board;
One slope track is arranged in the opening of arc track obliquely, and the upper end of this slope track is positioned at the below of the upper end of the track that circles round, and the lower end of slope track than the upper end of slope track away from the casing header board, the upper end of arc track is initial location structure; And
One baffle plate track, between slope track and arc track, an end of this baffle plate track is connected with the lower end of slope track, and the other end of baffle plate track has hook-shaped location structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA031286194A CN1542586A (en) | 2003-04-28 | 2003-04-28 | Notebook computer with a turnable display module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA031286194A CN1542586A (en) | 2003-04-28 | 2003-04-28 | Notebook computer with a turnable display module |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1542586A true CN1542586A (en) | 2004-11-03 |
Family
ID=34322207
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA031286194A Pending CN1542586A (en) | 2003-04-28 | 2003-04-28 | Notebook computer with a turnable display module |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1542586A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100517167C (en) * | 2006-06-09 | 2009-07-22 | 鸿富锦精密工业（深圳）有限公司 | Notebook computer |
| CN101867626A (en) * | 2009-04-14 | 2010-10-20 | 纬创资通股份有限公司 | Electronic device and display device thereof |
| CN106374188A (en) * | 2016-02-24 | 2017-02-01 | 耀登电通科技（昆山）有限公司 | Mobile communication device and back cover thereof |
-
2003
- 2003-04-28 CN CNA031286194A patent/CN1542586A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100517167C (en) * | 2006-06-09 | 2009-07-22 | 鸿富锦精密工业（深圳）有限公司 | Notebook computer |
| CN101867626A (en) * | 2009-04-14 | 2010-10-20 | 纬创资通股份有限公司 | Electronic device and display device thereof |
| CN101867626B (en) * | 2009-04-14 | 2013-08-14 | 纬创资通股份有限公司 | Electronic device and display device thereof |
| CN106374188A (en) * | 2016-02-24 | 2017-02-01 | 耀登电通科技（昆山）有限公司 | Mobile communication device and back cover thereof |
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| AD01 | Patent right deemed abandoned |
Effective date of abandoning: 20041103 |
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| C20 | Patent right or utility model deemed to be abandoned or is abandoned |