CN103777679B - Electronic installation and its method for resistance to sliding can be reduced - Google Patents
Electronic installation and its method for resistance to sliding can be reduced Download PDFInfo
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- CN103777679B CN103777679B CN201210395367.9A CN201210395367A CN103777679B CN 103777679 B CN103777679 B CN 103777679B CN 201210395367 A CN201210395367 A CN 201210395367A CN 103777679 B CN103777679 B CN 103777679B
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Abstract
The invention discloses a kind of electronic installation reducing resistance to sliding and its method, electronic installation comprises base, display module, support member and demagnetization assembly.Two relative sides of base are respectively equipped with one first metalwork and one second metalwork.Two relative sides of display module are respectively equipped with one first magnet assembly and one second magnet assembly, and the first magnet assembly is adjacent to the first metalwork, and the second magnet assembly can slide with respect to base adjacent to the second metalwork, display module.The two ends of support member are pivotally coupled with display module and base respectively.Demagnetization assembly is in order to when display module slides with respect to base, to eliminate magnetic force produced by the first magnet assembly respectively and to eliminate magnetic force produced by the second magnet assembly.The electronic installation reducing resistance to sliding disclosed by the invention and its method, eliminate magnetic force produced by magnet assembly with a demagnetization assembly, can avoid producing resistance in sliding process.
Description
Technical field
The present invention relates to a kind of electronic installation reducing resistance to sliding and its method；More particularly, to one kind is by control magnetic
Power acts on and reduces electronic installation and its method for resistance to sliding.
Background technology
Due to the success of tablet PC and ultra-thin notebook computer (Ultrabook), Ge Jia manufacturer is there's no one who doesn't or isn't devoted to
The tablet PC of the exploitation of similar-type products, wherein pushing lid is one of them.Refer to Fig. 1, be normal on current market
The pushing lid tablet PC 1 seen, comprises base 10, display module 20, support member 30 and keyboard 70, and display module 20 can be the bottom of at
Slide on seat 10.When display module 20 is pushed to a fixed position to a direction by user, can support aobvious by support member 30
Show that module 20 is tiltedly stood on base 10, the interplanar that now display module 20 and base 10 are in assumes an angle of inclination, therefore
User can look at display module 20 operation keyboard 70.
Pushing lid tablet PC 1 shown in Fig. 1 is still defective.As shown in figure 1, because display module 20 is only by support
Part 30 and stand on base 10, therefore when user touching display module 20 when, display module 20 can towards keyboard 70 direction
Tilt, cause using upper inconvenience.In order to solve this problem, some manufacturers can arrange metalwork in base 10 both sides, in display
Module 20 two bottom sides arrange magnet assembly, by magnet assembly adsorbing metal part with by display module 20 be fixed on base 10 it
On, but above-mentioned design can make display module 20 be not easy to slide on base 10 again.Therefore, it is necessary to provide one kind can reduce cunning
The device and method of dynamic resistance, to solve the disappearance of prior art.
Content of the invention
Present invention is primarily targeted at proposing a kind of electronic installation reducing resistance to sliding and its method, by control
Magneticaction and reduce resistance to sliding.
For reaching above-mentioned purpose, the present invention provides a kind of electronic installation, comprises base, display module, support member and demagnetization
Assembly.Two relative sides of base are respectively equipped with the first metalwork and the second metalwork.Two of display module are relatively
Side be respectively equipped with the first magnet assembly and the second magnet assembly, and the first magnet assembly is adjacent to the first metalwork, second
Magnet assembly can slide with respect to base adjacent to the second metalwork, display module.Support member two ends are pivotally distinguished
Couple with display module and base.Demagnetization assembly is in order to when display module slides with respect to base, to eliminate the first magnetic respectively
Magnetic force produced by assembly and magnetic force produced by cancellation the second magnet assembly.Whereby, when display module slides with respect to base
When stopping to fixed position sliding, demagnetization assembly fails, and adsorbs the first metalwork and/or the by the first magnet assembly
Two magnet assemblies adsorb the second metalwork, make the interplanar that supports support display module and base are in assume angle of inclination.
Wherein, this demagnetization assembly comprises one first wire coil, one second wire coil and a Power Supply Assembly, this first gold medal
Belong to coil and coat this first metalwork, this second wire coil coats this second metalwork, produce an electricity by this Power Supply Assembly
Stream this first wire coil of circulation and this second wire coil produce another magnetic field, offset the magnetic field of this first magnet assembly respectively
And offset the magnetic field of this second magnet assembly, to eliminate the magnetic force of this first magnet assembly and the magnetic eliminating this second magnet assembly
Power.
Wherein, this electronic installation further includes angle detection device, in order to judge whether this angle of inclination changes.
Wherein, this electronic installation further includes a first pressure sensor and a second pressure sensor, is respectively arranged at this
This two relative sides of base, whether this first pressure sensor is in order to judge this first magnet assembly in this first metal
The boundary slip of part, this second pressure sensor is in order to judge whether this second magnet assembly is slided in the edge of this second metalwork
Dynamic.
Wherein, this electronic installation further includes keyboard, is arranged at this base.
The present invention provides a kind of electronic installation, comprises base, display module, support member and Power Supply Assembly.Two of base
Relative side is respectively equipped with the first metalwork and the second metalwork.Two relative sides of display module are respectively equipped with
One wire coil and the second wire coil, and the first wire coil is adjacent to the first metalwork, the second wire coil is adjacent to the second gold medal
Belong to part, display module can slide with respect to base.Support member two ends pivotally respectively with display module and base coupling
Connect.Power Supply Assembly circulates the first wire coil and the second wire coil to produce magnetic field respectively in order to produce electric current, and when display
When module is slided with respect to base, Power Supply Assembly stops producing electric current and does not produce magnetic field.Whereby, when display module is the bottom of with respect to
When seat slides into fixed position and stops sliding, Power Supply Assembly produce current flowing first wire coil and the second wire coil with
Produce magnetic field, adsorb the first metalwork by the first wire coil and/or the second wire coil adsorbs the second metalwork, make support
Part supports the interplanar that display module and base are in assume angle of inclination.
Wherein, this electronic installation further includes angle detection device, in order to judge whether this angle of inclination changes.
Wherein, this electronic installation further includes a first pressure sensor and a second pressure sensor, is respectively arranged at this
This two relative sides of base, whether this first pressure sensor is in order to judge this first wire coil in this first metal
The boundary slip of part, this second pressure sensor is in order to judge whether this second wire coil is slided in the edge of this second metalwork
Dynamic.
Wherein, this electronic installation further includes keyboard, is arranged at this base.
The present invention provides a kind of method reducing resistance to sliding, for an electronic installation.Electronic installation comprises base, display
Module, support member and demagnetization assembly, two relative sides of base are respectively equipped with the first metalwork and the second metalwork, show
Show that two relative sides of module are respectively equipped with the first magnet assembly and the second magnet assembly, and the first magnet assembly is neighbouring
First metalwork, the second magnet assembly can slide with respect to base adjacent to the second metalwork, display module, the two ends of support member with
Pivotable mode is coupled with display module and base respectively, inclines in order to support the interplanar that display module and base are in present
Rake angle.The method comprises：Judge whether angle of inclination changes；Judge the first magnet assembly whether in the edge of the first metalwork
Slide, and judge the second magnet assembly whether in the boundary slip of the second metalwork；And by demagnetization assembly, eliminate respectively
Magnetic force produced by first magnet assembly and magnetic force produced by cancellation the second magnet assembly.
The electronic installation of the reduced resistance to sliding of the present invention and its method, eliminate magnet assembly with a demagnetization assembly and are produced
Raw magnetic force, can avoid producing resistance in sliding process.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Brief description
Fig. 1 is the Organization Chart of existing pushing lid tablet PC.
Fig. 2 is the Organization Chart of the electronic installation according to one embodiment of the invention.
Fig. 3 is the action schematic diagram of the electronic installation according to one embodiment of the invention.
Fig. 4 is the Organization Chart of the electronic installation according to another embodiment of the present invention.
Fig. 5 is the action schematic diagram of the electronic installation according to another embodiment of the present invention.
Fig. 6 is the flow chart of steps of the method for the reduction resistance to sliding according to one embodiment of the invention.
Wherein, reference：
1：Pushing lid tablet PC 10：Base
20：Display module 30：Support member
70：Keyboard
1a：Electronic installation 10a：Base
11a：First metalwork 12a：Second metalwork
20a：Display module
21a：First magnet assembly 22a：Second magnet assembly
30a：Support member
41a：First wire coil 42a：Second wire coil
43a：Power Supply Assembly 50a：Angle detection device
60a：First pressure sensor 61a：Second pressure sensor
70a：Keyboard θ 1：Angle of inclination
1b：Electronic installation 10b：Base
11b：First metalwork 12b：Second metalwork
20b：Display module 21b：First wire coil,
22b：Second wire coil 30b：Support member
40b：Power Supply Assembly 50b：Angle detection device
60b first pressure sensor 61b：Second pressure sensor
70b：Keyboard θ 2：Angle of inclination
Specific embodiment
Be above and other objects of the present invention, feature and advantage can be become apparent, cited below particularly go out the present invention
Specific embodiment, and coordinate institute's accompanying drawings, it is described in detail below.
Hereinafter please refer to Fig. 2 and Fig. 3, be according to the Organization Chart of electronic installation of one embodiment of the invention and dynamic respectively
Make schematic diagram.As shown in Fig. 2 according to one embodiment of the invention, the electronic installation 1a of the present invention includes base 10a, display mould
Block 20a, support member 30a, the first wire coil 41a and the second wire coil 42a, Power Supply Assembly 43a, angle detection device 50a,
One pressure transducer 60a and second pressure sensor 61a, keyboard 70a.It is noted that present embodiment only illustrates the present invention
Preferred embodiment, for avoiding repeating, do not record in detail all possible change combination.However, those skilled in the art should
It is understood that above-mentioned each assembly may not be all necessity.And for implementing the present invention, the existing assembly of other more detail also may be comprised.
Each assembly all may be omitted depending on demand or be changed, and wantonly two inter-modules may not have other assemblies.
According to one embodiment of the invention, two relative sides of base 10a be respectively equipped with the first metalwork 11a, the
Two relative sides of two metalwork 12a, display module 20a are respectively equipped with the first magnet assembly 21a, the second magnet assembly
22a, the wherein first magnet assembly 21a adjacent to the first metalwork 11a, the second magnet assembly 22a adjacent to the second metalwork 12a, and
Display module 20a can slide with respect to base 10a.Support member 30a two ends pivotally respectively with display module 20a and
Base 10a couples.
Refer to Fig. 3, display module 20a is to lie low on base 10a, when user is towards side as shown in Figure 3 at the beginning
To when promoting display module 20a, support member 30a is driven to be raised above with the one end being connected with base 10a for axle center.And in display
After module 20a slides into a fixed position with respect to base 10a and stops sliding, adsorb first by the first magnet assembly 21a
Metalwork 11a, and/or adsorb the second metalwork 12a by the second magnet assembly 22a, make support member 30a support display module
The interplanar that 20a and base 10a is in assumes a tilt angle theta 1.Now display module 20a firmly tiltedly stands on base 10a
On, even if display module 20a is touched by external force also will not tilt.
According to one embodiment of the invention, electronic installation 1a also comprises the first wire coil 41a, the second wire coil 42a
And Power Supply Assembly 43a, as the demagnetization assembly in the present embodiment, in order to when display module 20a slides with respect to base 10a,
Eliminate the first magnet assembly 21a, magnetic force produced by the second magnet assembly 22a respectively.Refer to Fig. 2 and Fig. 3, the first metal wire
Circle 41a coats the first metalwork 11a, and the second wire coil 42a coats the second metalwork 12a.When display module 20a is the bottom of with respect to
When seat 10a slides, electric current is produced by Power Supply Assembly 43a and circulates the first wire coil 41a, the second wire coil 42a respectively and produce
Magnetisation field, this magnetic field need to be equal in magnitude and in opposite direction with the magnetic field of the first magnet assembly 21a, the second magnet assembly 22a, therefore can
With the magnetic field cancellation of the first magnet assembly 21a, the second magnet assembly 22a, eliminate the first magnet assembly 21a, the second magnet assembly
The magnetic force of 22a.Consequently, it is possible in sliding process the first magnet assembly 21a, the second magnet assembly 22a and the first metalwork
11a, the second metalwork 12a will not mutually adsorb, and display module 20a can swimmingly slide with respect to base 10a.
According to one embodiment of the invention, electronic installation 1a also comprises angle detection device 50a, may be used to judge display module
Whether the tilt angle theta 1 between 20a and base 10a changes.If the tilt angle theta 1 between display module 20a and base 10a changes,
Then represent that display module 20a may just slide with respect to base 10a.Angle detection device 50a can be acceleration sensing meter
(accelerometer), gyroscope (gyroscope) or gaussmeter (magnetometer), but the present invention is not limited thereto.
It is noted that being related to angle detection device 50a how to judge whether tilt angle theta 1 changes, should be technical field that the present invention belongs to
Technical staff is familiar with, and is the category of prior art, repeats no more in description.
According to one embodiment of the invention, electronic installation 1a also comprises first pressure sensor 60a, second pressure sensor
61a, is respectively arranged at two relative sides of base 10a, first pressure sensor 60a is in order to judge the first magnet assembly
Whether, in the boundary slip of the first metalwork 11a, whether second pressure sensor 61a is in order to judge the second magnet assembly 22a for 21a
Boundary slip in the second metalwork 12a.Refer to Fig. 3, when display module 20a is from lying low in base 10a, start with respect to
When base 10a slides, the first magnet assembly 21a, the second magnet assembly 22a also can be in the first metalwork 11a, the second metalworks
The boundary slip of 12a.Now demagnetization assembly not yet starts to act on, and the first magnet assembly 21a, the second magnet assembly 22a still have
Magnetic force, therefore the first magnet assembly 21a, the second magnet assembly 22a can adsorb the first metalwork 11a, the second metalwork 12a, and press
Compel to first pressure sensor 60a, second pressure sensor 61a, can determine whether the first magnet assembly 21a, the second magnetic group whereby
Part 22a is just in the boundary slip of the first metalwork 11a, the second metalwork 12a.And if between display module 20a and base 10a
Tilt angle theta 1 changes, and the first magnet assembly 21a, the second magnet assembly 22a are just in the first metalwork 11a, the second metal
Two conditions of the boundary slip of part 12a are all set up, then can determine whether that display module 20a just slides with respect to base 10a really, you can
Start demagnetization assembly to the first magnet assembly 21a, the second magnet assembly 22a demagnetization.
Next referring to Fig. 4 and Fig. 5, it is according to the Organization Chart of electronic installation of another embodiment of the present invention and dynamic respectively
Make schematic diagram.The present embodiment is essentially identical with the framework of previous embodiment, and difference is the means of demagnetization.
As shown in figure 4, according to another embodiment of the present invention, the electronic installation 1b of the present invention includes base 10b, display mould
Block 20b, support member 30b, Power Supply Assembly 40b, angle detection device 50b, first pressure sensor 60b, second pressure sensor 61b
And keyboard 70b.
In the present embodiment, two relative sides of base 10b are equally respectively equipped with the first metalwork 11b, the second gold medal
Belong to part 12b, except for the difference that, two relative sides of display module 20b are respectively equipped with the first wire coil 21b, the second metal
Coil 22b, and the first wire coil 21b is adjacent to the first metalwork 11b, the second wire coil 22b is adjacent to the second metalwork 12b.
Display module 20b can slide with respect to base 10b；Support member 30b two ends pivotally respectively with display module 20b and
Base 10b couples.
As shown in figure 5, display module 20b is to lie low on base 10b, when user is towards side as shown in Figure 5 at the beginning
To when promoting display module 20b, support member 30b is driven to be raised above with the one end being connected with base 10b for axle center.And in display
After module 20b slides into a fixed position with respect to base 10b and stops sliding, Power Supply Assembly 40b produces electric current and circulates respectively
First wire coil 21b, the second wire coil 22b, to produce magnetic field, adsorb the first metalwork by the first wire coil 21b
11b, and/or by second wire coil 22b adsorb the second metalwork 12b, can make support member 30b support display module 20b with
The interplanar that base 10b is in assumes a tilt angle theta 2.
According to one embodiment of the invention, Power Supply Assembly 40b in order to produce electric current circulate respectively the first wire coil 21b,
Second wire coil 22b is to produce a magnetic field.And when display module 20b slides with respect to base 10b, Power Supply Assembly 40b
Stop producing electric current and do not produce magnetic field.Consequently, it is possible in sliding process the first wire coil 21b and the first metalwork 11b
Will not mutually adsorb, the second wire coil 22b also will not mutually be adsorbed with the second metalwork 12b, and display module 20b can be smooth
Ground slides with respect to base 10b.
According to one embodiment of the invention, electronic installation 1b also comprises angle detection device 50b, may be used to judge display module
Whether the tilt angle theta 2 between 20b and base 10b changes.The effect of angle detection device is identical with previous embodiment, in this enforcement
Repeat no more in example.
According to one embodiment of the invention, electronic installation 1b also comprises first pressure sensor 60b, second pressure sensor
61b, is respectively arranged at two relative sides of base 10b, first pressure sensor 60b is in order to judge the first wire coil
Whether, in the boundary slip of the first metalwork 11b, whether second pressure sensor 61b is in order to judge the second wire coil 22b for 21b
Boundary slip in the second metalwork 12b.Refer to Fig. 5, when display module 20b is from lying low in base 10b, start with respect to
When base 10b slides, the first wire coil 21b, the second wire coil 22b will necessarily be in the first metalwork 11b, the second metalworks
The boundary slip of 12b.Now Power Supply Assembly 40b not yet fails, and still persistently produces electric current and flows through the first wire coil
21b, the second wire coil 22b, thus the first wire coil 21b, the second wire coil 22b can adsorb the first metalwork 11b, second
Metalwork 12b, and it is urged to first pressure sensor 60b, second pressure sensor 61b, can determine whether the first wire coil whereby
21b, the second wire coil 22b are just in the boundary slip of the first metalwork 11b, the second metalwork 12b.And if display module
Tilt angle theta 2 between 20b and base 10b changes, and the first wire coil 21b, the second wire coil 22b are just in the first gold medal
Belong to part 11b, two conditions of boundary slip of the second metalwork 12b all to set up, then can determine whether display module 20b really just with respect to
Base 10b slides, and Power Supply Assembly 40b can stop producing electric current, and the first wire coil 21b, the second wire coil 22b will not produce
Magnetisation field.
Referring next to Fig. 6, it is the steps flow chart of the method for reduction resistance to sliding according to one embodiment of the invention
Figure.The method that the reduction resistance to sliding of the present invention will be described with the electronic installation 1a shown in Fig. 2 and Fig. 3 below.But should be noted
It is that the method for the reduction resistance to sliding of the present invention is not limited so that being used in the electronic installation 1a shown in Fig. 2 and Fig. 3.
Step S1：Judge whether angle of inclination changes.
Refer to Fig. 3, when user promotes display module 20a towards direction as illustrated in the drawing, support member 30a with bottom
One end that seat 10a connects is raised above for axle center, and now the tilt angle theta 1 between display module 20a and base 10a also becomes therewith
More, and electronic installation 1a can sense the change of this angle by angle detection device 50a.This part refer to description before chat
State, in here is omitted.
Step S2：Judge magnet assembly whether in the boundary slip of metalwork.
If angle detection device 50a senses the change at angle of inclination, then judge first by first pressure sensor 60a
Whether magnet assembly 21a is in the boundary slip of the first metalwork 11a, and judges the second magnetic by second pressure sensor 61a
Whether assembly 22a is in the boundary slip of the second metalwork 12a.As it was previously stated, when display module 20a is from lying low in base 10a,
Start when sliding with respect to base 10a, the first magnet assembly 21a, the second magnet assembly 22a also can the first metalwork 11a, the
The boundary slip of two metalwork 12a.Now demagnetization assembly not yet starts to act on, the first magnet assembly 21a, the second magnet assembly
22a still has magnetic force, therefore the first magnet assembly 21a, the second magnet assembly 22a can adsorb the first metalwork 11a, the second metalwork
12a, and be urged to first pressure sensor 60a, second pressure sensor 61a, can determine whether whereby the first magnet assembly 21a,
Two magnet assembly 22a are just in the boundary slip of the first metalwork 11a, the second metalwork 12a.Before this part refer to description
Narration, in here is omitted.
Step S3：By demagnetization assembly, eliminate magnetic force produced by magnet assembly.
Finally, if the tilt angle theta 1 between display module 20a and base 10a changes, and the first magnet assembly 21a,
Two magnet assembly 22a just all set up in two conditions of boundary slip of the first metalwork 11a, the second metalwork 12a, then can determine whether
Display module 20a just slides with respect to base 10a really, you can start demagnetization assembly to the first magnet assembly 21a, the second magnetic
Assembly 22a demagnetization.And with regard to demagnetization assembly how to the first magnet assembly 21a, the second magnet assembly 22a demagnetization, refer to
Narration before bright book, in here is omitted.
It must be noted that, the method for the reduction resistance to sliding of the present invention is not limited with above-mentioned order of steps, only
The purpose of the present invention can be reached, above-mentioned order of steps also can be changed.
Certainly, the present invention also can have other various embodiments, in the case of without departing substantially from present invention spirit and its essence, ripe
Know those skilled in the art to make various corresponding changes according to the present invention and deform, but these corresponding changes and deformation
The protection domain of the claims in the present invention all should be belonged to.
Claims (10)
1. a kind of electronic installation is it is characterised in that comprise：
One base, two relative sides of this base are respectively equipped with one first metalwork and one second metalwork；
One display module, two relative sides of this display module are respectively equipped with one first magnet assembly and one second magnetic
Assembly, and this first magnet assembly is adjacent to this first metalwork, this second magnet assembly adjacent to this second metalwork, this display mould
Block can slide with respect to this base；
One support member, its two ends is pivotally coupled with this display module and this base respectively；And
One demagnetization assembly, in order to when this display module slides with respect to this base, to eliminate this first magnet assembly respectively and to be produced
Raw magnetic force and eliminate this magnetic force produced by the second magnet assembly；
Whereby, when this display module slides into a fixed position with respect to this base stop slide when, this demagnetization assembly stop
Effect, adsorbs this first metalwork by this first magnet assembly and/or this second magnet assembly adsorbs this second metalwork, make
This display module of this supports support, the interplanar that this display module and this base are in assumes an angle of inclination.
2. electronic installation according to claim 1 it is characterised in that this demagnetization assembly comprise one first wire coil, one
Second wire coil and a Power Supply Assembly, this first wire coil coats this first metalwork, and this second wire coil cladding should
Second metalwork, produces this first wire coil of a current flowing by this Power Supply Assembly and the generation of this second wire coil is another
Magnetic field, offsets the magnetic field of this first magnet assembly and the magnetic field offsetting this second magnet assembly respectively, to eliminate this first magnetic
The magnetic force of assembly and the magnetic force eliminating this second magnet assembly.
3. electronic installation according to claim 2 is it is characterised in that further include：One angle detection device, in order to judge that this inclines
Whether rake angle changes.
4. electronic installation according to claim 3 is it is characterised in that further include：One first pressure sensor and one second
Pressure transducer, is respectively arranged at this two relative sides of this base, this first pressure sensor in order to judge this first
Whether in the boundary slip of this first metalwork, this second pressure sensor in order to judge this second magnet assembly is magnet assembly
The no boundary slip in this second metalwork.
5. electronic installation according to claim 4 is it is characterised in that further include：One keyboard, is arranged at this base.
6. a kind of electronic installation is it is characterised in that comprise：
One base, two relative sides of this base are respectively equipped with one first metalwork and one second metalwork；
One display module, two relative sides of this display module are respectively equipped with one first wire coil and one second metal wire
Circle, and this first wire coil is adjacent to this first metalwork, this second wire coil is adjacent to this second metalwork, this display module
Can slide with respect to this base；
One support member, its two ends is pivotally coupled with this display module and this base respectively；And
One Power Supply Assembly, circulates this first wire coil and this second wire coil to produce a magnetic respectively in order to produce an electric current
, and when this display module slides with respect to this base, this Power Supply Assembly stops producing this electric current and does not produce this magnetic field；
Whereby, when this display module slides into a fixed position with respect to this base stop slide when, this Power Supply Assembly produce
This first wire coil of this current flowing and this second wire coil, should by the absorption of this first wire coil to produce this magnetic field
First metalwork and/or this second wire coil adsorb this second metalwork, make this display module of this supports support, this display
The interplanar that module and this base are in assumes an angle of inclination.
7. electronic installation according to claim 6 is it is characterised in that further include：One angle detection device, in order to judge that this inclines
Whether rake angle changes.
8. electronic installation according to claim 7 is it is characterised in that further include：One first pressure sensor and one second
Pressure transducer, is respectively arranged at this two relative sides of this base, this first pressure sensor in order to judge this first
Whether in the boundary slip of this first metalwork, this second pressure sensor in order to judge this second wire coil is wire coil
The no boundary slip in this second metalwork.
9. electronic installation according to claim 8 is it is characterised in that further include：One keyboard, is arranged at this base.
10. a kind of reduce resistance to sliding method, for an electronic installation it is characterised in that this electronic installation comprise a base,
One display module, a support member and a demagnetization assembly, two relative sides of this base be respectively equipped with one first metalwork with
And one second metalwork, two relative sides of this display module are respectively equipped with one first magnet assembly and one second magnetic
Assembly, and this first magnet assembly is adjacent to this first metalwork, this second magnet assembly adjacent to this second metalwork, this display mould
Block can slide with respect to this base, the two ends of this support member pivotally respectively with this display module and this base coupling
Connect, in order to support this display module, the interplanar that this display module and this base are in assumes an angle of inclination, the method bag
Contain：
Judge whether this angle of inclination changes；
Whether judge this first magnet assembly in the boundary slip of this first metalwork, and whether judge this second magnet assembly
Boundary slip in this second metalwork；And
By this demagnetization assembly, eliminate this magnetic force produced by the first magnet assembly respectively and eliminate this second magnet assembly and produced
Raw magnetic force.
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| CN201210395367.9A CN103777679B (en) | 2012-10-17 | 2012-10-17 | Electronic installation and its method for resistance to sliding can be reduced |
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| CN201210395367.9A CN103777679B (en) | 2012-10-17 | 2012-10-17 | Electronic installation and its method for resistance to sliding can be reduced |
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| CN103777679B true CN103777679B (en) | 2017-03-01 |
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| TWI594109B (en) * | 2016-10-14 | 2017-08-01 | 緯創資通股份有限公司 | Portable electronic device capable of preventing a display from falling |
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| US6850407B2 (en) * | 2002-07-19 | 2005-02-01 | Kabushiki Kaisha Toshiba | Electronic apparatus having two housings coupled by hinge mechanism, one of which is reversible to the other |
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| CN101382821A (en) * | 2007-09-05 | 2009-03-11 | 广达电脑股份有限公司 | Portable electronic device with adjustable display panel |
| CN101995911A (en) * | 2009-08-11 | 2011-03-30 | 鸿富锦精密工业（深圳）有限公司 | Notebook computer |
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