CN101101496A - Portable electronic apparatus with touch control unit - Google Patents
Portable electronic apparatus with touch control unit Download PDFInfo
- Publication number
- CN101101496A CN101101496A CNA2006100287026A CN200610028702A CN101101496A CN 101101496 A CN101101496 A CN 101101496A CN A2006100287026 A CNA2006100287026 A CN A2006100287026A CN 200610028702 A CN200610028702 A CN 200610028702A CN 101101496 A CN101101496 A CN 101101496A
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- China
- Prior art keywords
- control unit
- touch control
- axis part
- portable electron
- electronics
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Abstract
The invention is a portable electronic device with touch-control unit, comprising a main body, and a touch control unit pin-jointed with the main body, and the main body has holding part adjacent to the pin-joint position of the touch control unit to make the touch control unit able to be turned and held in the holding part, thus reducing the width space of the main body occupied by the touch control unit, and overcoming the defect that the existing technique is difficult to miniaturize.
Description
[technical field]
The invention relates to a kind of portable electron device, more detailed it, about a kind of portable electron device with touch control unit.
[background technology]
Convenience demand in response to carry-on portabilityization, present various portable electron device is day by day popularized, and for example mobile phone, notebook computer, Satellite Navigation Set (GPS), PDA(Personal Digital Assistant) and hand held multimedia video player etc. can be found everywhere.Simultaneously can bring the facility of people's hommization and the computer of efficient is an example, become modern's demand, in order to comply with this market trend, computermaker is made up computer display device and the computer body folding mode with separable two-part one after another, so, portable computer (Portable Computer) is to answer rhythm and give birth to, and with convenient this portable computer is put into leather trunk or the handbag of carrying, to have satisfied the business people's of available computer demand everywhere.
At present, for example the basic structure of the portable computer of notebook computer as shown in Figure 1, this notebook computer 1 mainly is made of host computer 11, contactor control device 111 and display device 13, wherein, this host computer 11 has key board unit 113, and this contactor control device 111 is in order to provide the user and operate with touch control manner that vernier on this display device 13 moves and emulation mouse function such as right and left key operation.
Yet, along with the continuous lifting of notebook computer 1 function and operation efficiency and the development trend that size is constantly dwindled, reduced the scope limited and taken under the limit condition in host computer 11 very big spaces based on key board unit 113, the miniaturization Design of notebook computer 1 certainly exists the restriction that is subjected to contactor control device 111 and key board unit 113 area occupied, so when the notebook computer specification is contracted to below 12 inches, because key board unit takies the restriction of set width spaces, causing notebook computer not have extra width spaces can be for contactor control device is set.So, not only sacrifice the part control function of notebook computer and reduce the convenience of use, and the user must an external mouse can be beneficial to and controls this vernier, correspondingly, then must reserve one in this notebook computer and connect slot (output/input port) for this mouse grafting, thus, the user then must additionally carry mouse, and then increase the burden that the user carries, and take output/input interface; In addition, take output/input interface generally in order to the expansion effect of this notebook computer to be provided, in order not influence the original expanded function of notebook computer, then must on original basis that takies output/input interface and respective numbers, be increased again, correspondingly increased use cost.
Therefore, how to develop a kind of portable electron device with touch control unit, can dwindle the width spaces that takies electronics, so as to miniaturization, the portability that is beneficial to portable electron device, and promote the convenience of controlling use, solved the disadvantages of above-mentioned prior art, real in desiring most ardently the problem of solution at present.
[summary of the invention]
Fundamental purpose of the present invention is to provide a kind of portable electron device with touch control unit, and dwindling the width spaces that takies electronics, and the miniaturization that utilizes portable electron device is with portable.
For reaching above-mentioned purpose and other purpose, the invention provides a kind of portable electron device with touch control unit, comprising: electronics has first axis part of being located at a side and the holding part that is adjacent to this first axis part; And touch control unit, be electrically connected to this electronics, and a side has second axis part and is connected to this first axis part with respective shaft, take in to this holding part so that this touch control unit is turning.
In the aforementioned portable electron device with touch control unit, this first axis part can be at least one axis hole, and this second axis part then can be rotating shaft that should axis hole; Yet in a preferred embodiment, also can change this second axis part into is at least one axis hole, and this first axis part is to rotating shaft that should axis hole.In addition, no matter first axis part or second axis part are that the equivalence of axis hole or rotating shaft changes actually, and this axis hole and rotating shaft all can be the wringing fit design, with formation rotary damping therebetween, can make touch control unit after turning to the demand position, can have locating effect, prevent loosening phenomenon.
In a preferred embodiment, this electronics one side can be provided with at least one groove, and forms this first axis part in these groove both sides, and this touch control unit one side then can be provided with projection that should groove, and forms this second axis part in these projection both sides.In another preferred embodiment, this electronics one side can be provided with at least one projection, and forms this first axis part in these projection both sides, and this touch control unit one side then can be provided with groove that should projection, and forms this second axis part in these groove both sides.Preferably, this first axis part can be axis hole, and this second axis part then is to rotating shaft that should axis hole; Certainly also can change this second axis part into is axis hole, and this first axis part then is to rotating shaft that should axis hole.
In addition, in above-mentioned portable electron device with touch control unit, this touch control unit can by flexible circuit board and winding displacement wherein one with this electronics electrically connect one and this touch control unit can comprise a contact panel.This electronics is wherein one of mobile phone, notebook computer, Satellite Navigation Set (GPS), PDA(Personal Digital Assistant) and a hand held multimedia video player.
Compared with prior art, the present invention has the portable electron device of touch control unit, touch control unit is coupling in a side of electronics, to make this touch control unit rotate freely with respect to this electronics, be accommodated in the holding part of electronics so can raise to use or overturn, so as to dwindling the width spaces that takies electronics.Because portable electron device provided by the present invention can dwindle the width spaces that touch control unit takies electronics, so the miniaturization that can be beneficial to this portable electron device is with portable, simultaneously, owing to integrate the event of touch control unit, can make the user need not additionally peg graft mouse to control this portable electron device, control the convenience that uses portable electron device so promote, in addition, also can avoid additionally to increase in the prior art connection slot to cooperate the use of mouse, cause the drawback that takies output/input interface and corresponding cost.
[description of drawings]
Fig. 1 is for showing the basic structure synoptic diagram of existing notebook computer;
Fig. 2 shows that the embodiment that the present invention has a portable electron device of touch control unit is configured in the schematic side view that touch control unit is user mode;
Fig. 3 shows that the embodiment that the present invention has a portable electron device of touch control unit is configured in the schematic side view that touch control unit is receiving state; And
Fig. 4 and Fig. 5 show that the present invention has two kinds of pass structure decomposing schematic representations that are coupling of the portable electron device of touch control unit.
[embodiment]
Below cooperate graphic explanation specific embodiments of the invention now, know that usually the knowledgeable can understand technical characterictic of the present invention easily and reach effect so that have in the affiliated technical field.
Fig. 2 to Fig. 5 has graphic that the preferred embodiment of the portable electron device of touch control unit draws according to the present invention, wherein, the portable electron device 3 that the present invention has touch control unit comprises an electronics 31, and one be coupling in the touch control unit 33 of this electronics 31, this electronics 31 is such as mobile phone, notebook computer, Satellite Navigation Set (GPS), PDA(Personal Digital Assistant), hand held multimedia video player or other portable electron device, in following each embodiment, only be that example describes with the notebook computer, but not as limit, in addition, this touch control unit 33 comprises or itself is the touch indicator device of contact panel analog mouse buttons such as (Touch Pad).
See also Fig. 2 and Fig. 3, the portable electron device that the present invention has touch control unit comprises electronics 31, has first axis part 311 of being located at a side and the holding part 313 that is adjacent to this first axis part 311; And touch control unit 33, be electrically connected to this electronics 31, and a side has second axis part 331 and is connected to this first axis part 311 with respective shaft.In present embodiment, to be coupling to first axis part 311 of this electronics 31 and the quantity of second axis part 331 be two in order to reach this touch control unit 33, but not as limit, also can be one or more, specifically can do respective settings according to the physical size size of electronics 31 (for example notebook computer), but the bigger relative set of size the more, so that preferable bond strength and relative durability to be provided.
One side of this electronics 31 is provided with first axis part 311, in present embodiment, the front side of this electronics 31 is located in this first axis part 311, the holding part 313 that is adjacent to this first axis part 311 then is located at the front side, bottom surface of this electronics 31, and certain partly is communicated to this first axis part 311 at least to make this holding part 313.
This touch control unit 33 electrically connects mutually with this electronics 31, preferably, this touch control unit 33 is by flexible circuit board or winding displacement (not shown) and be electrically connected to this electronics 31, can see through the deflection characteristic of this flexible circuit board or winding displacement, can keep electrical connection when making this touch control unit 33 with respect to these electronics 31 upsets, but in electronic installation, use the technology that flexible circuit board or winding displacement constitute to electrically connect all can the person of understanding as the persond having ordinary knowledge in the technical field of the present invention, so be not shown in graphic in, in this in detail its configuration mode also is described in detail no longer.
Because portable electron device 3 provided by the present invention is coupling touch control unit 33 in a side of electronics 31, to make this touch control unit 33 rotate freely with respect to this electronics 31, be accommodated in the holding part 313 of electronics 31 so can raise to use or overturn, so as to dwindling the width spaces that takies electronics 31, the miniaturization that therefore can be beneficial to this portable electron device 1 particularly is beneficial to and is applied in small size portable electron device 1 (for example 8 inches to 10 inches notebook computer) with portable.Simultaneously, owing to integrate touch control unit 33 events, can make the user need not additionally peg graft mouse to control this portable electron device 1, control the convenience that uses portable electron device 1 so promote, in addition, also can avoid additionally to increase in the prior art connection slot to cooperate the use of mouse, cause the drawback that takies output/input interface and corresponding cost.
See also Fig. 4, these electronics 31 1 sides are provided with at least one groove 315, and form this first axis part 311 in these groove 315 both sides, these touch control unit 33 1 sides then are provided with projection 333 that should groove 315, and form this second axis part 331 in these projection 333 both sides, in present embodiment, this second axis part 331 is for being formed at the axis hole of these projection 333 both sides, and this first axis part 311 is then for being formed at these groove 315 both sides to rotating shaft that should axis hole.In addition, this for example for example can be the wringing fit design for first axis part 311 of rotating shaft for second axis part 331 of axis hole with this, to constitute rotary damping therebetween, can make touch control unit 33 after turning to the demand position, can have locating effect, prevent loosening phenomenon.
Though be provided with at least one groove 315 with these electronics 31 1 sides in the present embodiment, and these touch control unit 33 1 sides then are provided with projection 333 that should groove 315 are example, but in order to constitute the setting of first axis part 311 and second axis part 331, be not to exceed with the pattern of projection 333 with the aforementioned groove 315 that is provided with, also can corresponding axis hole and rotating shaft be set to constitute this first axis part 311 and second axis part 331 in relative position, or between this electronics 31 and touch control unit 33 assembling hinge that contains rotating shaft and axis hole, all can constitute the relation of being coupling that is equivalent to first axis part 311 and second axis part 331, these variations answer the persond having ordinary knowledge in the technical field of the present invention all can the person of understanding, in this in detail its configuration mode are described in detail no longer.
Except aforementioned variation, also can be as shown in Figure 5, be provided with a projection 315 ' in these electronics 31 1 sides, and form this first axis part 311 in these projection 315 ' both sides, these touch control unit 33 1 sides then are provided with groove 333 ' that should projection 315 ', and form this second axis part 331 in these groove 333 ' both sides.In present embodiment, this second axis part 331 is for being formed at the rotating shaft of these groove 333 ' both sides, and this first axis part 311 is then for being formed at these projection 315 ' both sides to axis hole that should rotating shaft.Similarly, this for example for example can be the wringing fit design for first axis part 311 of axis hole for second axis part 331 of rotating shaft with this, to constitute rotary damping therebetween, can make touch control unit 33 after turning to the demand position, can have locating effect, prevent loosening phenomenon.
In sum, the present invention has the portable electron device of touch control unit, touch control unit is coupling in a side of electronics, to make this touch control unit rotate freely with respect to this electronics, be accommodated in the holding part of electronics so can raise to use or overturn, so as to dwindling the width spaces that takies electronics.Because portable electron device provided by the present invention can dwindle the width spaces that touch control unit takies electronics, so the miniaturization that can be beneficial to this portable electron device is with portable, simultaneously, owing to integrate the event of touch control unit, can make the user need not additionally peg graft mouse to control this portable electron device, control the convenience that uses portable electron device so promote, in addition, also can avoid additionally to increase in the prior art and connect slot to cooperate the use of mouse, cause the drawback that takies output/input interface and corresponding cost, promote industrial utilization relatively.
Claims (11)
1, a kind of portable electron device with touch control unit, comprise an electronics and touch control unit, it is characterized in that: this electronics has first axis part of being located at a side and the holding part that is adjacent to this first axis part, and this touch control unit is taken in to this holding part, and this touch control unit is electrically connected to this electronics, and a side has second axis part and is connected to this first axis part with respective shaft.
2, the portable electron device with touch control unit as claimed in claim 1 is characterized in that: this first axis part is at least one axis hole, and this second axis part then is to rotating shaft that should axis hole.
3, the portable electron device with touch control unit as claimed in claim 1 is characterized in that: this second axis part is at least one axis hole, and this first axis part then is to rotating shaft that should axis hole.
4, as claim 2 or 3 described portable electron devices with touch control unit, it is characterized in that: this axis hole and this rotating shaft are wringing fit.
5, the portable electron device with touch control unit as claimed in claim 1, it is characterized in that: this electronics one side is provided with at least one groove, and form this first axis part in these groove both sides, this touch control unit one side then is provided with projection that should groove, and forms this second axis part in these projection both sides.
6, the portable electron device with touch control unit as claimed in claim 1, it is characterized in that: this electronics one side is provided with at least one projection, and form this first axis part in these projection both sides, this touch control unit one side then is provided with groove that should projection, and forms this second axis part in these groove both sides.
7, as claim 5 or 6 described portable electron devices with touch control unit, it is characterized in that: this first axis part is an axis hole, and this second axis part then is to rotating shaft that should axis hole.
8, as claim 5 or 6 described portable electron devices with touch control unit, it is characterized in that: this second axis part is an axis hole, and this first axis part then is to rotating shaft that should axis hole.
9, the portable electron device with touch control unit as claimed in claim 1 is characterized in that: this touch control unit is by flexible circuit board or winding displacement and the electric connection of this electronics.
10, the portable electron device with touch control unit as claimed in claim 1, it is characterized in that: this touch control unit comprises a contact panel.
11, the portable electron device with touch control unit as claimed in claim 1 is characterized in that: this electronics is wherein one of mobile phone, notebook computer, Satellite Navigation Set, personal digital assistant and a hand held multimedia video player.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006100287026A CN101101496A (en) | 2006-07-06 | 2006-07-06 | Portable electronic apparatus with touch control unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006100287026A CN101101496A (en) | 2006-07-06 | 2006-07-06 | Portable electronic apparatus with touch control unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101101496A true CN101101496A (en) | 2008-01-09 |
Family
ID=39035803
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2006100287026A Pending CN101101496A (en) | 2006-07-06 | 2006-07-06 | Portable electronic apparatus with touch control unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101101496A (en) |
-
2006
- 2006-07-06 CN CNA2006100287026A patent/CN101101496A/en active Pending
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Open date: 20080109 |