CN202150073U - Cover-flip type electronic device - Google Patents
Cover-flip type electronic device Download PDFInfo
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- CN202150073U CN202150073U CN201120272180U CN201120272180U CN202150073U CN 202150073 U CN202150073 U CN 202150073U CN 201120272180 U CN201120272180 U CN 201120272180U CN 201120272180 U CN201120272180 U CN 201120272180U CN 202150073 U CN202150073 U CN 202150073U
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Abstract
The utility model discloses a cover-flip type electronic device. The cover-flip type electronic device comprises a first component, a second component and a pivoting part. The pivoting part leads the first component to be pivoted with the second component. The first component comprises a first buffering cushion and a first magnetic-induction element. The first buffering cushion is telescopically arranged on the surface of the first component. The first magnetic-induction element is positioned in the first component and synchronously linked with the first buffering cushion. The second component comprises a second magnetic-induction element. When the first component and the second component are in covering connection, the first buffering cushion stretches out or retracts into (retreat into) the surface of the first component with the linkage of the first magnetic-induction element under the action of a magnetic force between the first magnetic-induction element and the second magnetic-induction element.
Description
Technical field
The utility model relates to a kind of portable computer, particularly relates to a kind of portable computer with movable buffer pad.
Background technology
Portable computer (for example notebook computer) one of the at present popular 3C commodity of can saying so.Because the notebook computer commodity have trended towards maturing, consumer demand is the computing power of computer no longer just, and the convenience of appearance design or use is also listed the consumer in and bought one of project of considering.
Upper casing that is pivoted each other in the notebook computer now and lower casing can overturn through pivot or cover each other.Lower casing has relative keyboard face and placed side.Lower casing has more buffer pad.Buffer pad is located at keyboard face when surface regularly, excessively covers the strength to lower casing in order to the buffering upper casing; When buffer pad was located at the surface, placed side regularly, the available buffer lower casing excessively was positioned over the strength of desktop.In addition, upper casing and lower casing can turn over three-sixth turn relatively, make the screen face of keyboard face and upper casing of lower casing can be each other back to.
Yet no matter upper casing and lower casing overturn each other or cover, and buffer pad still is present in each surface of lower casing, causes the inconvenience when carrying.
In view of this, portable computer still has the space of improveing and innovating to this inconvenience.
The utility model content
The purpose of the utility model is to provide a kind of cover-lifting type electronic device, when the loam cake that is used to cover-lifting type electronic device covers with lower cover mutually, can carry out automatically that buffer pad stretches out or the operation of retraction (being recessed into).
For reaching above-mentioned purpose, the utility model comprises one first parts, one second parts and an articulated section according to the cover-lifting type electronic device that an embodiment is provided.First parts comprise one first casing, one first buffer pad and one first magnetic strength element.The first buffer pad telescopically is located at first casing surface.The first magnetic strength element is positioned at first casing, with the synchronous interlock of first buffer pad.Second parts comprise one second casing and one second magnetic strength element.The second magnetic strength element is positioned at second casing.The articulated section is articulated first casing and second casing.When first casing covered with second casing mutually, through the first magnetic strength element and the interelement magneticaction of second magnetic strength, first buffer pad stretched out or retraction (being recessed into) first casing surface with the interlock of the first magnetic strength element.
These first parts also comprise: first elastic component, be positioned at this first casing, and connect an inwall of this first buffer pad and this first casing.
This first magnetic strength element is that magnetic is inhaled mutually with this second magnetic strength element; Wherein when this first casing and this second casing oppositely cover; This first buffer pad is this first casing of retraction with the interlock of this first magnetic strength element; When this first casing when oppositely covering away from this second casing, this first buffer pad stretches out this first casing surface.
These first parts also comprise: second buffer pad, telescopically are located at this first casing surface of this first buffer pad relatively; And second elastic component, be positioned at this first casing, connect an inwall of this second buffer pad and this first casing.
These first parts also comprise:
Trace, it comprises: first end, with this first magnetic strength element and the synchronous interlock of this first buffer pad; Second end is with the synchronous interlock of this second buffer pad; And interlude, between this first end and this second end; And
Pivot is hubbed in this first casing this interlude of this trace.
This first magnetic strength element and this second magnetic strength element are that magnetic is repelled each other; Wherein when this first casing and this second casing oppositely cover; This first buffer pad stretches out this first casing with the interlock of this first magnetic strength element; When this first casing when oppositely covering away from this second casing, this first casing surface of this first buffer pad retraction.
These first parts also comprise: second buffer pad, telescopically are located at this first casing surface of this first buffer pad relatively; And second elastic component, be positioned at this first casing, connect an inwall of this second buffer pad and this first casing.
These first parts also comprise:
Trace comprises: first end, with this first magnetic strength element and the synchronous interlock of this first buffer pad; Second end is with the synchronous interlock of this second buffer pad; And interlude, between this first end and this second end; And
Pivot is hubbed in this first casing this interlude of this trace.
This second magnetic strength element comprises: can, be positioned at this second casing, and have an opening; And magnet, being positioned at this can, one of which is showed out this opening of this can, and when this first casing covers with this second casing mutually, just in the face of this first magnetic strength element.
These first parts also comprise: operation interface is positioned at the one side of this first casing, and deviates from this first magnetic strength element; And these second parts also comprise: display screen, be positioned at the one side of this second casing, and deviate from this second magnetic strength element, wherein when this first casing covered with this second casing mutually, this operation interface was back to this display screen.
The advantage of the utility model is; The principle that the cover-lifting type electronic device of the utility model is inhaled mutually or repelled each other through magnetic; When the casing of winning is covered with second casing mutually; First buffer pad and second buffer pad can synchronously stretch out or retraction (being recessed into) first casing surface, conveniently to hand and to carry cover-lifting type electronic device.
Description of drawings
For letting the above-mentioned of the utility model and other purposes, characteristic, advantage and the embodiment can be more obviously understandable, the detailed description of appended accompanying drawing be following:
Figure 1A is the deployed condition synoptic diagram of first embodiment of the utility model cover-lifting type electronic device;
Figure 1B is the view that covers of first embodiment of the utility model cover-lifting type electronic device;
Fig. 2 is the deployed condition synoptic diagram of first embodiment under a variation of the utility model cover-lifting type electronic device;
Fig. 3 A is the enlarged diagram of the regional M1 of Fig. 2;
Fig. 3 B is the enlarged diagram of the regional M2 of Fig. 2;
Fig. 4 oppositely covers view for first embodiment of the utility model cover-lifting type electronic device under this changes;
Fig. 5 is the enlarged diagram of the regional M3 of Fig. 4;
Fig. 6 A is the partial schematic diagram of another variation under deployed condition of the utility model cover-lifting type electronic device;
Fig. 6 B is that another of the utility model cover-lifting type electronic device changes at the partial schematic diagram that oppositely covers under the state;
Fig. 7 A is the deployed condition synoptic diagram of one second embodiment of the utility model cover-lifting type electronic device;
Fig. 7 B be the utility model cover-lifting type electronic device second embodiment oppositely cover view.
The main element symbol description
100: cover-lifting type electronic device 383: interlude
400: the second parts of 120: the second parts
130: 410: the second casings in articulated section
140: three of buffer pads 411: the
150: the first magnetic strength elements 412: fourth face
160: the second magnetic strength elements 420: display screen
200: 430: the second magnetic strength elements of cover-lifting type electronic device
Casing 432 in 310: the first: opening
311: the first 433: magnet
312: the second 500: the articulated section
320: operation interface 600: cover-lifting type electronic device
610: the first parts of 330: the first buffer pads
331: workplace 611: buffer pad
332: 612: the first magnetic strength elements of connecting portion
341: workplace 614: the magnetic strength face
342: connecting portion 615: operation interface
620: the second parts of 350: the first magnetic strength elements
351: 621: the second magnetic strength elements of magnetic strength face
370: the second elastic component M1: zone
380: trace M2: zone
381: the first end Z: axially
382: the second end D1-D4: direction
Embodiment
Below will clearly demonstrate the spirit of the utility model with accompanying drawing and detailed description; As be familiar with these technological personnel after the preferred embodiment of understanding the utility model; When can be by the technology of the utility model institute teaching, change and modification, it does not break away from the spirit and the scope of the utility model.
Consult shown in Figure 1A and Figure 1B, Figure 1A is the deployed condition synoptic diagram of one first embodiment of the utility model cover-lifting type electronic device 100; Figure 1B is the view that covers of first embodiment of the utility model cover-lifting type electronic device 100.
The utility model provides a kind of cover-lifting type electronic device 100.This cover-lifting type electronic device 100 comprises one first parts 110, one second parts 120 and an articulated section 130.Articulated section 130 articulates first parts 110 and second parts 120.So, second parts 120 can pivot to cover or with away from first parts 110.Specifically; Second parts 120 can (be called for short direction D1) towards counterclockwise, and pivot is covered on (figure does not show) on first parts 110 with forward; Perhaps, second parts 120 can be toward the clockwise direction, and (being called for short direction D2) pivots oppositely to be covered on first parts 110 (Figure 1B).
First parts 110 have a buffer pad 140 and one first magnetic strength element 150 at least.Buffer pad 140 telescopicallies are located at first parts, 110 surfaces, and so, buffer pad 140 stretches out the surface of (protrusion) or retraction (being recessed into) first parts 110 movably.The first magnetic strength element 150 is positioned at first parts 110, and connects buffer pad 140, and so, buffer pad 140 can synchronously produce displacement along Z-direction with the first magnetic strength element 150.Second parts 120 have one second magnetic strength element 160 at least.The second magnetic strength element 160 is fixedly located in second parts 120.
Among this embodiment; When second parts 120 oppositely are covered on 110 last times of first parts towards direction D2; Because the first magnetic strength element 150 in first parts 110 is sensed the second magnetic strength element 160 in second parts 120; And receive the attraction of the second magnetic strength element 160, buffer pad 140 is the surface of retraction (being recessed into) first parts 110 along with the interlock of the first magnetic strength element 150.At this moment, cover-lifting type electronic device 100 outside surfaces just do not have the buffer pad 140 of relief, not only are not easy to use the person and carry and grip, and can highlight its whole pleasing aesthetic appearance yet.When second parts 120 when oppositely covering the state away from first parts 110, buffer pad 140 is promptly replied and the surface of stretching out (protrusion) first parts 110, and provides buffering second parts 120 excessively to cover to the strength of first parts 100.
Under the same concept; The design that can reverse the above-mentioned buffer pad 140 and the first magnetic strength element 150 according to the actual requirements; Make second parts, 120 forwards be covered on 110 last times of first parts, but in buffer pad 140 retractions (being recessed into) first parts 110 of first parts, 110 bottom surfaces.
Consult shown in Fig. 2, Fig. 3 A and Fig. 3 B, Fig. 2 is the deployed condition synoptic diagram of first embodiment under a variation of the utility model cover-lifting type electronic device 200; Fig. 3 A is the enlarged diagram of the regional M1 of Fig. 2; Fig. 3 B is the enlarged diagram of the regional M2 of Fig. 2.
Among first embodiment of the utility model, first parts 300 for example are a main frame portion.Second parts 400 for example are a screen portion.Through the pivot joint of articulated section 500, screen portion can be covered in the main frame portion forward or backwards.
Consult shown in Fig. 2, Fig. 3 A; During this changes; Specifically, first parts 300 comprise one first casing 310, one first buffer pad 330, one second buffer pad 340, one first magnetic strength element 350, one first elastic component 360, one second elastic component 370 and a trace 380 at least.
Second buffer pad, 340 telescopicallies are located at second 312 of first casing 310; The one of which side is a workplace 341; Workplace 341 stretches out (protrusion) or retraction (being recessed into) first casing 310 second 312 movably; Side is a junction 342 in addition, and connecting portion 342 is positioned at first casing 310, in order to connect trace 380.Second elastic component 370 is positioned at first casing 310, connects second buffer pad 340 and first casing, 310 inside, in order to provide elastic force with workplace 341 reliefs that drive second buffer pad 340 on second 312 of first casing 310.
Consult shown in Fig. 2, Fig. 3 B, second parts 400 comprise one second casing 410 and one second magnetic strength element 430.Second casing 410 has relative the 3rd 411 and fourth face 412.Having 420, the three 411 of display screens for the 3rd 411 can be covered on first 311 when second parts, 400 forwards cover first parts 300; Fourth face 412 can be covered on second 312 when second parts 400 oppositely cover first parts 300.The second magnetic strength element 430 is fixedly located in second casing 410; Preferably; The second magnetic strength element 430 is positioned at the position of second casing 410 near fourth face 412; Perhaps, the second magnetic strength element 430 is positioned at the fourth face 412 of second casing 410, and the preferably corresponding first magnetic strength element 350 in its position.
Consult Fig. 4, shown in Figure 5, Fig. 4 oppositely covers view for first embodiment of the utility model cover-lifting type electronic device 200 under this changes; Fig. 5 is the enlarged diagram of the regional M3 of Fig. 4.
When second casing 410 oppositely covers first casing 310; When making operation interface 320 back to display screen 420; Magnetic attraction through 430 of the first magnetic strength element 350 and the second magnetic strength elements; The magnetic strength element 350 of winning is moved towards the second magnetic strength element 430, synchronously drive first buffer pad 330 first 311 along Z-direction retraction (being recessed into) first casing 310; At this moment; First end 381 of trace 380 is also driven and rotates towards direction D3 by the first magnetic strength element 350; Make second end 382 of trace 380 also synchronously rotate, and then synchronously drive second buffer pad 340 second 312 along Z-direction retraction (being recessed into) first casing 310 towards direction D3.So, when oppositely covering, because second buffer pad, 340 recessed first casings 310, so first parts 300 and second parts 400 more can closely cover.In addition, because in first buffer pad 330, second all retractions of buffer pad 340 (be recessed into), first casing 310, each corresponding flexible member 360,370 all so produce an elastic returning power.
Otherwise; When second casing 410 from oppositely covering state away from first casing 310; Through the elastic returning power of above-mentioned each flexible member 360,370, make the workplace 331 of the buffer pad 330 of winning get back to first 311 of first casing 310, the workplace 341 of second buffer pad 340 and get back to second 312 of first casing 310.Second buffer pad 340 like this is replied second 312 function that excessively is positioned over the strength of desktop of buffering, promptly avoids second 312 direct and desktop generation wearing and tearing; 330 of first buffer pads are replied buffering second parts 400 and are excessively covered to the strength of first parts 300.
Consult shown in Fig. 6 A and Fig. 6 B, Fig. 6 A is the partial schematic diagram of another variation under deployed condition of first embodiment of the utility model cover-lifting type electronic device 200; Fig. 6 B is that another of the utility model cover-lifting type electronic device 200 changes in the partial schematic diagram that oppositely covers under the state.
Consult shown in Fig. 6 A; During another of first embodiment of the utility model changed, first buffer pad, 330 telescopicallies were located at first 311 of first casing 310, and the one of which side has a workplace 331; Workplace 331 stretches out (protrusion) or retraction (being recessed into) first casing 310 first 311 movably; Side has a junction 332 in addition, and connecting portion 332 is arranged in first casing 310, in order to connect trace 380.First elastic component 360 is positioned at first casing 310, connects first buffer pad 330 and first casing, 310 inside, in order to first 311 of workplace 331 retractions (be recessed into) first casing 310 of elastic force to drive first buffer pad 330 to be provided.
Second buffer pad, 340 telescopicallies are located at second 312 of first casing 310; The one of which side is a workplace 341; Workplace 341 stretches out (protrusion) or retraction (being recessed into) first casing 310 second 312 movably; Side is a junction 342 in addition, and connecting portion 342 is positioned at first casing 310, in order to connect trace 380.Second elastic component 370 is positioned at first casing 310, connects second buffer pad 340 and first casing, 310 inside, in order to second 312 of workplace 341 retractions (be recessed into) first casing 310 of elastic force to drive second buffer pad 340 to be provided.
Consult shown in Fig. 6 A and Fig. 6 B, second parts 400 comprise one second casing 410 and one second magnetic strength element 430.Second casing 410 has relative the 3rd 411 and fourth face 412.Have a display screen 420 (like Fig. 4) for the 3rd 411, the 3rd 411 can be covered on first 311 when second parts, 400 forwards cover first parts 300; Fourth face 412 can be covered on second 312 when second parts 400 oppositely cover first parts 300.The second magnetic strength element 430 is fixedly located in second casing 410, and preferably, the second magnetic strength element 430 is positioned at the position of second casing 410 near fourth face 412, and perhaps, the second magnetic strength element 430 is positioned at the fourth face 412 of second casing 410.
So; When second casing 410 oppositely covers first casing 310 (shown in Fig. 6 B); Magnetic attraction through 430 of the first magnetic strength element 350 and the second magnetic strength elements; The magnetic strength element 350 of winning is moved towards the second magnetic strength element 430, and then drive second 312 surface of second buffer pad 340 synchronously along outstanding first casing 310 of Z-direction; At this moment; Second end 382 of trace 380 is also synchronously driven by the first magnetic strength element 350 and rotates towards direction D4; Make first end 381 of trace 380 also synchronously rotate, and then drive first buffer pad 330 stretches out (protrusion) first casing 310 along Z-direction first 311 surface towards direction D4.So, second buffer pad 340 produces buffering second parts 400 and excessively covers to the strength of first parts 300, and first buffer pad 330 produces avoids first 311 function that excessively is positioned over the strength of desktop.In addition, because first buffer pad 330, second buffer pad 340 all stretch out outside (protrusion) first casing 310 surfaces, each corresponding flexible member 360,370 all so produce an elastic returning power.
Otherwise; When second casing 410 from oppositely covering the state away from first casing 310; Through above-mentioned each flexible member 360,370, make in workplace 331 retractions (being recessed into) first casing 310 of the buffer pad 330 of winning, in workplace 341 retractions (being recessed into) first casing 310 of second buffer pad 340.So, owing in first buffer pad 330 and second buffer pad, 340 difference retractions, first casing 310, can reach preferable appearance design purpose.
The present invention can be because of actual demand, and for example appearance design is preferential or pooling feature is preferential, and reaches corresponding function according to the design of above-mentioned different embodiment respectively, need only want the position change of element can reach the function of different embodiment.
First implements in each sharp variation, and first parts 300 also optionally comprise one the 3rd flexible member 352 (Fig. 3 A, Fig. 5).The 3rd elastic component 352 is positioned at first casing 310, connects the first magnetic strength element 350 and first casing, 310 inside, gets back to original position in order to elastic force to be provided and to drive the first magnetic strength element 350.
In addition; First implements in each sharp variation; The first magnetic strength element 350 preferably can comprise a magnetic strength face 351; When first parts 310 and second parts 410 oppositely covered, magnetic strength face 351 was over against the second magnetic strength element 430, with improve the first magnetic strength element 350 and the second magnetic strength element 430 mutually the effect of magnetic to overcome flexible member and to promote trace 380.
What need definition is, one of them is required to be magnet device the first magnetic strength element 350 and the second magnetic strength element 430, and magnet device is permanent magnet (like loadstone etc.), impermanent magnet (like electromagnet etc.) for example.
If the first magnetic strength element 350 and the second magnetic strength element 430 are all magnet device, the first magnetic strength element 350 is inhaled for magnetic with the second magnetic strength element 430 mutually.If one of them is the hardware that can receive magnetic for the first magnetic strength element 350 and the second magnetic strength element 430, this hardware for example is steel, iron, cobalt, nickel, copper, zinc or the like; Perhaps, above-mentioned alloy; Perhaps, above-mentioned filled gold or the like.
In addition, when the second magnetic strength element 430 was magnet device, the second magnetic strength element comprised a can 431 and a magnet 433.Can 431 is positioned at this second casing, has an opening 432.Magnet 433 is positioned at can 431, and one of which is showed out this opening 432 of this can 431, and when first casing 310 covered with second casing 410 mutually, the first magnetic strength element 350 just alignd.
Consult shown in Fig. 7 A and Fig. 7 B, Fig. 7 A is the deployed condition synoptic diagram of one second embodiment of the utility model cover-lifting type electronic device 600; Fig. 7 B be the utility model cover-lifting type electronic device 600 second embodiment oppositely cover view.
Among this second embodiment, the cover-lifting type electronic device 600 of the utility model comprises one first parts 610, one second parts 620 and an articulated section 630.Articulated section 630 articulates first parts 610 and second parts 620.So, second parts 620 can pivot to be covered on first parts 610, and perhaps, second parts 620 can pivot with away from first parts 610 (Fig. 7 A).Specifically; Second parts 620 can (be called for short direction D1) towards counterclockwise and pivot with forward and are covered on the one side of first parts 610 (figure does not show); Perhaps, second parts 620 can be toward the clockwise direction (being called for short direction D2) pivots with on the face in addition that oppositely is covered on first parts 610 (Fig. 7 B).
So; Oppositely be covered on the face in addition of first parts 610 towards direction D2 when second parts 620; When making operation interface 615 back to display screen 625; Because the first magnetic strength element 612 can sense the second magnetic strength element 621, and receive the repulsion of the second magnetic strength element 621, make the surface that buffer pad 611 stretches out first parts 610 along with the interlock of the first magnetic strength element 612.Otherwise, when second parts 620 from oppositely covering the state away from first parts 610, elastic component 613 makes buffer pad 611 remain in first parts 610.
In addition; Among second embodiment, the first magnetic strength element 612 preferably can comprise a magnetic strength face 614, when first parts 610 cover with second parts 620 mutually; Magnetic strength face 614 is near the second magnetic strength element 621, to improve the effect of the first magnetic strength element 612 and 621 effects of the second magnetic strength element.
The first magnetic strength element 612 is all the identical magnet device of magnetic with the second magnetic strength element 621, and win magnetic strength element 612 and the second magnetic strength element, 621 magnetic are repelled each other.Magnet device is permanent magnet (like loadstone), impermanent magnet (like electromagnet) for example.
So; When first parts 610 and second parts 620 oppositely cover; When making operation interface 615 back to display screen 622; Through first parts, the 610 surperficial buffer pads 611 that stretch out (protrusion), cover-lifting type electronic device 600 can stably be positioned over a placed side, watches display screen 622 to make things convenient for the user.
The do not ration the power supply kind of sub-device of the cover-lifting type electronic device that the utility model is disclosed in these above-mentioned a little embodiment, the cover-lifting type electronic device of the utility model be not limited to notebook computer, mobile phone, video camera, game machine, language translation machine one of them.
Claims (10)
1. a cover-lifting type electronic device is characterized in that, this cover-lifting type electronic device comprises:
First parts comprise: first casing; First buffer pad, telescopically are located at this first casing surface; And the first magnetic strength element, be positioned at this first casing, with the synchronous interlock of this first buffer pad;
Second parts comprise: second casing; And the second magnetic strength element, be fixedly located in this second casing; And
The articulated section, make this first casing and this second casing optionally forward cover or oppositely cover,
Wherein when this first casing and this second casing oppositely covered, through this first magnetic strength element and the interelement magneticaction of this second magnetic strength, this first buffer pad stretched out or this first casing of retraction with the interlock of this first magnetic strength element.
2. cover-lifting type electronic device as claimed in claim 1 is characterized in that, these first parts also comprise: first elastic component, be positioned at this first casing, and connect an inwall of this first buffer pad and this first casing.
3. cover-lifting type electronic device as claimed in claim 2; It is characterized in that; This first magnetic strength element is that magnetic is inhaled mutually with this second magnetic strength element, and wherein when this first casing and this second casing oppositely covered, this first buffer pad is this first casing of retraction with the interlock of this first magnetic strength element; When this first casing when oppositely covering away from this second casing, this first buffer pad stretches out this first casing surface.
4. cover-lifting type electronic device as claimed in claim 3 is characterized in that, these first parts also comprise: second buffer pad, telescopically are located at this first casing surface of this first buffer pad relatively; And second elastic component, be positioned at this first casing, connect an inwall of this second buffer pad and this first casing.
5. cover-lifting type electronic device as claimed in claim 4 is characterized in that, these first parts also comprise:
Trace, it comprises: first end, with this first magnetic strength element and the synchronous interlock of this first buffer pad; Second end is with the synchronous interlock of this second buffer pad; And interlude, between this first end and this second end; And
Pivot is hubbed in this first casing this interlude of this trace.
6. cover-lifting type electronic device as claimed in claim 2; It is characterized in that; This first magnetic strength element and this second magnetic strength element are that magnetic is repelled each other, and wherein when this first casing and this second casing oppositely covered, this first buffer pad stretched out this first casing with the interlock of this first magnetic strength element; When this first casing when oppositely covering away from this second casing, this first casing surface of this first buffer pad retraction.
7. cover-lifting type electronic device as claimed in claim 6 is characterized in that, these first parts also comprise: second buffer pad, telescopically are located at this first casing surface of this first buffer pad relatively; And second elastic component, be positioned at this first casing, connect an inwall of this second buffer pad and this first casing.
8. cover-lifting type electronic device as claimed in claim 7 is characterized in that, these first parts also comprise:
Trace comprises: first end, with this first magnetic strength element and the synchronous interlock of this first buffer pad; Second end is with the synchronous interlock of this second buffer pad; And interlude, between this first end and this second end; And
Pivot is hubbed in this first casing this interlude of this trace.
9. cover-lifting type electronic device as claimed in claim 1 is characterized in that, this second magnetic strength element comprises: can, be positioned at this second casing, and have an opening; And magnet, being positioned at this can, one of which is showed out this opening of this can, and when this first casing covers with this second casing mutually, just in the face of this first magnetic strength element.
10. cover-lifting type electronic device as claimed in claim 1 is characterized in that, these first parts also comprise: operation interface is positioned at the one side of this first casing, and deviates from this first magnetic strength element; And these second parts also comprise: display screen, be positioned at the one side of this second casing, and deviate from this second magnetic strength element, wherein when this first casing covered with this second casing mutually, this operation interface was back to this display screen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120272180U CN202150073U (en) | 2011-07-29 | 2011-07-29 | Cover-flip type electronic device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120272180U CN202150073U (en) | 2011-07-29 | 2011-07-29 | Cover-flip type electronic device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202150073U true CN202150073U (en) | 2012-02-22 |
Family
ID=45591126
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120272180U Expired - Lifetime CN202150073U (en) | 2011-07-29 | 2011-07-29 | Cover-flip type electronic device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202150073U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104679130A (en) * | 2013-11-28 | 2015-06-03 | 纬创资通股份有限公司 | Portable electronic module |
-
2011
- 2011-07-29 CN CN201120272180U patent/CN202150073U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104679130A (en) * | 2013-11-28 | 2015-06-03 | 纬创资通股份有限公司 | Portable electronic module |
| CN104679130B (en) * | 2013-11-28 | 2018-01-16 | 纬创资通股份有限公司 | Portable electronic module |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120222 |
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| CX01 | Expiry of patent term |