CN101827507B - Electronic device and operating method thereof - Google Patents
Electronic device and operating method thereof Download PDFInfo
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- CN101827507B CN101827507B CN200910126059A CN200910126059A CN101827507B CN 101827507 B CN101827507 B CN 101827507B CN 200910126059 A CN200910126059 A CN 200910126059A CN 200910126059 A CN200910126059 A CN 200910126059A CN 101827507 B CN101827507 B CN 101827507B
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Abstract
The invention relates to an electronic device and an operating method thereof. The electronic device comprises a fixed element, a second machine body and a first machine body, wherein the fixed element is provided with a first arc slide slot which penetrates through the fixed element; the second machine body is provided with a second arc slide slot and a first straight slide slot, which are mutually connected; and the first machine body is provided with a first projecting part which penetrates through the first arc slide slot and is embedded in the first straight slide slot. When the first projecting part relatively slides a first preset distance from one end of the first straight slide slot, the first arc slide slot and the second slide slot are overlapped, so that the first projecting part slides along the overlapped first arc slide slot and second slide slot so as to drive the first machine body. The invention also provides an operating method of the electronic device. The electronic device and the operating method thereof can slide the second machine body a preset distance with little effort to enable the first machine body to rotate so as to expose an operating unit on the second machine body; moreover, no moment arm is produced in the sliding direction of the second machine body, so that the invention has the effect of labor saving.
Description
Technical field
The present invention relates to a kind of electronic installation and method of operation thereof, particularly relate to rotating electronic installation of a kind of its body and method of operation thereof.
Background technology
Present on the market electronic installation, for example mobile phone, PDA(Personal Digital Assistant), for the economy system volume, usually can display screen and input unit is placed apart, for example see also shown in Figure 1ly, be the sketch map that has the convention electronic installation now.Electronic installation 100 comprises a first housing 102, a second housing 104, a display screen 106 and an input unit 108.Display screen 106 is arranged on the first housing 102, and input unit 108 is arranged on the second housing 104.When wanting operating electronic devices 100, earlier the first housing 102 is released, to expose the input unit 108 on the second housing 104.
Yet, in the time will operating input unit 108, need skid off the area of whole input unit 108, the action of this slip display screen 106 need be bigger with the area of held electronic installation, therefore causes operational inconvenience.And the input unit of mode of operation 108 be a horizontal type with display screen 106, with general employed on computers software, for example is the straight formula interface difference of MSN, makes user's adaptation of need taking time separately.And when user's lateral operation display screen 106, design application of force direction is vertical direction D1.So can produce arm of force S1, make the user just can slip off the first housing 102 than great.So, need make simultaneously with the hands usually and could release the first housing 102.
This shows that above-mentioned existing electronic installation and method of operation thereof obviously still have inconvenience and defective, and demand urgently further improving in product structure, method and use.In order to solve the problem of above-mentioned existence; Relevant manufacturer there's no one who doesn't or isn't seeks solution painstakingly; But do not see always that for a long time suitable design is developed completion; And common product and method do not have appropriate structure and method to address the above problem, and this obviously is the problem that the anxious desire of relevant dealer solves.Therefore how to found a kind of new electronic installation and method of operation thereof, real one of the current important research and development problem that belongs to, also becoming the current industry utmost point needs improved target.
Summary of the invention
The objective of the invention is to; Overcome the defective that existing electronic installation and method of operation thereof exist; And a kind of new electronic installation and method of operation thereof are provided; Technical problem to be solved is after making its second housing one predeterminable range that slides effortlessly, makes first housing rotation and exposes the operating unit on the second housing, and for example be input unit.The direction of the slip second housing can't produce the arm of force, and therefore electronic installation of the present invention and method of operation thereof have the labour-saving effect, are very suitable for practicality.
The object of the invention and solve its technical problem and adopt following technical scheme to realize.A kind of electronic installation according to the present invention's proposition; Comprise: a retaining element; Have one first relative element surface and one second element surface, one first arc chute and one first sliding part, this first arc chute is to be through to this second element surface and this first sliding part is to be arranged at this second element surface from this first element surface; One second housing; Have first housing surface, one second arc chute that is connected and one first straight line chute, reach one second sliding part; This second arc chute, this first straight line chute and this second sliding part are to be arranged at this first housing surface, and this second sliding part is to be connected in this first sliding part; And a first housing, having one first protuberance and relative one the 3rd body surface and one the 4th body surface, this first protuberance is to be arranged at the 4th body surface and to pass this first arc chute and be embedded in this first straight line chute; Wherein, When this second housing relatively this retaining element slide and make this first protuberance when being positioned at an end slide relative one first predeterminable range of this first straight line chute; This first arc chute and this second arc chute are overlapping; Make this first protuberance slide, to drive this first housing along this overlapping first arc chute and this second arc chute.
The object of the invention and solve its technical problem and also can adopt following technical measures further to realize.
Aforesaid electronic installation more comprises: one first flexible member is to be connected in this first housing and this retaining element; When this first protuberance is when being positioned at this overlapping first arc chute and this second arc chute, the elastic-restoring force of this first flexible member drives this first protuberance and slides on this overlapping first arc chute and this second arc chute.
Aforesaid electronic installation, wherein said retaining element have more a circular through hole, and this electronic installation more comprises: a spiral cover is to be fixed in this first housing and to pass in this circle through hole to protrude from this second element surface.
Aforesaid electronic installation, the center of circle of wherein said first arc chute is to aim in fact with the center of circle of this circle through hole.
Aforesaid electronic installation, the central angle of wherein said first arc chute are essentially 90 degree.
Aforesaid electronic installation, wherein said first predeterminable range is 9 centimetres.
Aforesaid electronic installation, the wherein said second housing comprises an input unit, this input unit is to be arranged at this first housing surface.
Aforesaid electronic installation, wherein said input unit are a civilian key board all over Britain.
Aforesaid electronic installation, the wherein said first housing comprises a display unit, this display unit is to be arranged at the 3rd body surface.
Aforesaid electronic installation; Wherein said retaining element has more one the 3rd arc chute and one the 3rd sliding part; The 3rd sliding part is to be arranged at this second element surface, and this first housing has more one second protuberance, is to be arranged at the 4th body surface; This electronic installation more comprises: one the 3rd body; Have second housing surface, one the 4th arc chute that is connected and one second straight line chute, reach one the 4th sliding part, the 4th arc chute, this second straight line chute and the 4th sliding part are to be arranged at this second housing surface, and the 4th sliding part is to be connected in the 3rd sliding part; Wherein, This second protuberance is to pass the 3rd arc chute and be embedded in this second straight line chute; When the 3rd body relatively this retaining element slide and make this second protuberance when being positioned at an end slide relative one second predeterminable range of this second straight line chute; The 3rd arc chute and the 4th arc chute are overlapping, make this second protuberance slide along the 3rd overlapping arc chute and the 4th arc chute, to drive this first housing.
Aforesaid electronic installation, wherein said first predeterminable range is to equate in fact with this second predeterminable range.
Aforesaid electronic installation more comprises: one second flexible member is to be connected in the 3rd body and this retaining element; When this second protuberance is when being positioned at the 3rd overlapping arc chute and the 4th arc chute, the elastic-restoring force of this second flexible member drives this second protuberance and slides on the 3rd overlapping arc chute and the 4th arc chute.
Aforesaid electronic installation; The wherein said second housing has more one first projection chute and the 3rd body has more one second projection chute; This electronic installation more comprises: a body link component; Comprise one first projection and one second projection, this first projection is to be embedded in this first projection chute, and this second projection is to be embedded in this second projection chute; Wherein, when wherein when being slided of this second housing and the 3rd body, another person of this second housing and the 3rd body is driven by this body link component.
Aforesaid electronic installation, wherein said retaining element have more a circular through hole, and this electronic installation more comprises: a spiral cover is to be fixed in this first housing and to pass in this circle through hole to protrude from this second element surface; Wherein, the center of circle of the 3rd arc chute is to aim in fact with the center of circle of this circle through hole.
Aforesaid electronic installation, the central angle of wherein said the 3rd arc chute are essentially 90 degree.
Aforesaid electronic installation, the external form of the wherein said first housing are a cuboid; When this first protuberance is when being positioned at this first straight line chute, the long limit of this first housing is to be parallel to this first straight line chute in fact.
The object of the invention and solve its technical problem and also adopt following technical scheme to realize.The method of operation of a kind of electronic installation that proposes according to the present invention; It may further comprise the steps: an electronic installation is provided; This electronic installation comprises a retaining element, a first housing and a second housing; This retaining element has one first relative element surface and one second element surface and one first arc chute and one first sliding part; This first arc chute is to be through to this second element surface and this first sliding part is to be arranged at this second element surface from this first element surface; This second housing has first housing surface, one second arc chute that is connected and one first straight line chute, reaches one second sliding part; This second arc chute, this first straight line chute and this second sliding part are to be arranged at this first housing surface, and this first housing has one first protuberance and relative one the 3rd body surface and one the 4th body surface, and this first protuberance is to be arranged at the 4th body surface and to pass this first arc chute and be embedded in this first straight line chute; This second housing that slides so that this first protuberance is from being positioned at an end slide relative one first predeterminable range of this first straight line chute, and makes this first arc chute and this second arc chute overlapping; And this first protuberance is along this overlapping first arc chute and the slip of this second arc chute, to drive this first housing.
The object of the invention and solve its technical problem and also can adopt following technical measures further to realize.
The method of operation of aforesaid electronic installation, wherein said electronic installation more comprises: one first flexible member is to be connected in this first housing and this retaining element; When this first protuberance is when being positioned at this overlapping first arc chute and this second arc chute, the elastic-restoring force of this first flexible member drives this first protuberance and slides on this overlapping first arc chute and this second arc chute.
The method of operation of aforesaid electronic installation; Wherein said retaining element has more one the 3rd arc chute and one the 3rd sliding part; The 3rd sliding part is to be arranged at this second element surface; This first housing has more one second protuberance, is to be arranged at the 4th body surface, and this electronic installation more comprises: one the 3rd body; Have second housing surface, one the 4th arc chute that is connected and one second straight line chute, reach one the 4th sliding part, the 4th arc chute, this second straight line chute and the 4th sliding part are to be arranged at this second housing surface; Wherein, This second protuberance is to pass the 3rd arc chute and be embedded in this second straight line chute; When the 3rd body relatively this retaining element slide and make this second protuberance when being positioned at an end slide relative one second predeterminable range of this second straight line chute; The 3rd arc chute and the 4th arc chute are overlapping, make this second protuberance slide along the 3rd overlapping arc chute and the 4th arc chute, to drive this first housing.
The method of operation of aforesaid electronic installation; Wherein said electronic installation more comprises a body link component, and this body link component comprises one first projection and one second projection, and this second housing has more one first projection chute; This first projection is to be embedded in this first projection chute; The 3rd body has more one second projection chute, and this second projection is to be embedded in this second projection chute, and comprise in the step of this second housing that slides: this body link component drives the 3rd body; So that this second protuberance is from being positioned at this second predeterminable range of this end slide relative of this second straight line chute, and make the 3rd arc chute and the 4th arc chute overlapping; And this second protuberance is along the 3rd overlapping arc chute and the slip of the 4th arc chute, to drive this first housing; Wherein, this first predeterminable range is to equate in fact with this second predeterminable range.
The method of operation of aforesaid electronic installation more comprises: one second flexible member is to be connected in the 3rd body and this retaining element; When this second protuberance is when being positioned at the 3rd overlapping arc chute and the 4th arc chute, the elastic-restoring force of this second flexible member drives this second protuberance and slides on the 3rd overlapping arc chute and the 4th arc chute.
The present invention compared with prior art has tangible advantage and beneficial effect.Can know that by above technical scheme major technique of the present invention thes contents are as follows:
For achieving the above object, the invention provides a kind of electronic installation.Electronic installation comprises a retaining element, a second housing and a first housing.Retaining element has one first relative element surface and one second element surface, one first arc chute and one first sliding part.First arc chute is to be through to second element surface and first sliding part is to be arranged at second element surface from first element surface.One second arc chute and one first straight line chute and one second sliding part that the second housing has first housing surface, is connected.Second arc chute, the first straight line chute and second sliding part are to be arranged at first housing surface and second sliding part is to be connected in first sliding part.The first housing has one first protuberance and relative one the 3rd body surface and one the 4th body surface.First protuberance is to be arranged at the 4th body surface and to pass first arc chute and be embedded in the first straight line chute.Wherein, When second housing relative fixed element slides and makes first protuberance when being positioned at an end slide relative one first predeterminable range of the first straight line chute; First arc chute and second arc chute are overlapping; The protuberance of winning is slided, to drive the first housing along the first overlapping arc chute and second arc chute.
In addition, for achieving the above object, the present invention also provides a kind of method of operation of electronic installation.Method of operation may further comprise the steps.One electronic installation is provided, and electronic installation comprises a retaining element, a first housing and a second housing.Retaining element has one first relative element surface and one second element surface and one first arc chute and one first sliding part.First arc chute is to be through to second element surface and first sliding part is to be arranged at second element surface from first element surface.One second arc chute and one first straight line chute and one second sliding part that the second housing has first housing surface, is connected.Second arc chute, the first straight line chute and second sliding part are to be arranged at first housing surface.The first housing has one first protuberance and relative one the 3rd body surface and one the 4th body surface, and first protuberance is to be arranged at the 4th body surface and to pass first arc chute and be embedded in the first straight line chute.The slip second housing so that first protuberance is from being positioned at an end slide relative one first predeterminable range of the first straight line chute, and makes first arc chute and second arc chute overlapping.First protuberance slides along the first overlapping arc chute and second arc chute, to drive the first housing.
By technique scheme, electronic installation of the present invention and method of operation thereof have advantage and beneficial effect at least:
1, electronic installation of the present invention can not produce the application of force arm of force, can promote the second housing and the 3rd body more effortlessly.
2, electronic installation of the present invention is worked as the promotion second housing one distance, and promotes the 3rd body one distance, and the first housing is just rotatable.That is to say that the first housing can not rotate when being the horizontal type attitude, making that the first housing is more convenient to carry and take in.
3, electronic installation of the present invention is when promoting wherein one one predeterminable ranges of the second housing and the 3rd body; Drive another person of the second housing and the 3rd body by the body link component; Make electronic installation not need bimanualness, as long as singlehanded just can slide the simultaneously second housing and the 3rd body.
4, the first housing of electronic installation of the present invention can turn to into straight formula, to meet the straight formula Display Modes of most of softwares, makes electronic installation have more affinity.
In sum, the invention relates to a kind of electronic installation and method of operation thereof.Electronic installation comprises a retaining element, a first housing and a second housing.Retaining element has one first arc chute, and first arc chute is to run through retaining element.The second housing has one second arc chute and the one first straight line chute that is connected.The first housing has one first protuberance and passes first arc chute and be embedded in the first straight line chute.Wherein, When first protuberance when being positioned at an end slide relative one first predeterminable range of the first straight line chute; First arc chute and second arc chute are overlapping, the protuberance of winning are slided, to drive the first housing along the first overlapping arc chute and second arc chute.The present invention has obvious improvement technically, and has tangible good effect, really is the new design of a novelty, progress, practicality.
Above-mentioned explanation only is the general introduction of technical scheme of the present invention; Understand technological means of the present invention in order can more to know; And can implement according to the content of specification, and for let of the present invention above-mentioned with other purposes, feature and advantage can be more obviously understandable, below special act preferred embodiment; And conjunction with figs., specify as follows.
Description of drawings
Fig. 1 is the sketch map of existing convention electronic installation.
Fig. 2 A is the sketch map of the electronic installation of preferred embodiment of the present invention.
Fig. 2 B is the sketch map that the first housing of Fig. 2 A is straight formula.
Fig. 3 A is the sketch map of retaining element of the electronic installation of Fig. 2 A.
Fig. 3 B is a sketch map of watching retaining element among Fig. 3 A along direction V2.
Fig. 4 is the sketch map of second housing connector of the second housing of Fig. 2 A.
Fig. 5 is the setting area sketch map of the second housing connector of Fig. 4.
Fig. 6 is the sketch map of the 3rd body connector of the 3rd body of Fig. 2 A.
Fig. 7 is the setting area sketch map of the 3rd body connector of Fig. 6.
Fig. 8 is the sketch map of the first housing watched along direction V1 among Fig. 2 A.
Fig. 9 is the sketch map of body link component of the electronic installation of Fig. 2 A.
Figure 10 is the sketch map of spiral cover of the electronic installation of Fig. 2 A.
Figure 11 is the assembled relation figure of spiral cover, the first rotor element, the second rotor element, retaining element, second housing connector, the 3rd body connector and body link component.
Figure 12 is a sketch map after the assembling of Figure 11.
Figure 13 is the second housing connector of present embodiment and the sketch map that the 3rd body connector is slided.
Figure 14 is the rearview of Figure 13.
Figure 15 is the flow chart of the electronic installation of the preferable enforcement of the present invention.
100,200: electronic installation 102: the first housing
104: the second housing 106: display screen
108: input unit 202: retaining element
204: the first housing 206: the second housing
208: the long limit 212 of the first housing: first housing surface
216: the three bodies of 214: the first input units
218: 220: the three body surfaces of display unit
222: 224: the second input units in second housing surface
226: 228: the first element surfaces of spiral cover
232: the first arc chutes of 230: the second element surfaces
236: the three arc chutes of 234: the first sliding parts
240: the second arc chutes of 238: the three sliding parts
244: the second sliding parts of 242: the first straight line chutes
246: second housing connector 248: sidewall
252: the second straight line chutes of 250: the four arc chutes
256: the three body connectors of 254: the four sliding parts
260: the first flexible members of 258: the first protuberances
266: 268: the first projections of body link component
272: the first projection chutes of 270: the second projections
276: the first rotor elements of 274: the second projection chutes
278: the second rotor elements 280: element through hole
284: the second flexible members of 282: the second protuberances
One end of 288: the second straight line chutes of one end of 286: the first straight line chutes
The other end of 292: the second straight line chutes of the other end of 290: the first straight line chutes
294: the surface of 296: the three body connectors in the surface of second housing connector
The surface of 300: the second rotor elements in the surface of 298: the first rotor elements
302: spiral cover body D1: vertical direction
D2, D3: direction D4: counterclockwise
L1: the first predeterminable range L2: second predeterminable range
V1, V2: direction R1, R2: dashed region
S1: the arm of force
Embodiment
Reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the present invention; Below in conjunction with accompanying drawing and preferred embodiment; To electronic installation and its embodiment of method of operation, structure, method, step, characteristic and the effect thereof that proposes according to the present invention, specify as after.
Relevant aforementioned and other technology contents, characteristics and effect of the present invention can be known to appear in the detailed description of graphic preferred embodiment is consulted in following cooperation.Through the explanation of embodiment, when can being to reach technological means that predetermined purpose takes and effect to obtain one more deeply and concrete understanding to the present invention, yet the appended graphic usefulness that only provides reference and explanation be not to be used for the present invention is limited.
See also shown in Fig. 2 A and Fig. 2 B, Fig. 2 A is the sketch map of the electronic installation of preferred embodiment of the present invention, and Fig. 2 B is the sketch map that the first housing of Fig. 2 A is straight formula.The electronic installation 200 of preferred embodiment of the present invention comprises a first housing 204, a second housing 206 and one the 3rd body 216.The first housing 204 has a display unit 218 and one the 3rd body surface 220.Display unit 218 is to be arranged at the 3rd body surface 220.The second housing 206 has first housing surface 212 and 1 first input unit 214, for example is a civilian key board all over Britain.First input unit 214 is to be arranged at first housing surface 212.The 3rd body 216 has second housing surface 222 and 1 second input unit 224, for example is a civilian key board all over Britain.Second input unit 224 is to be arranged at second housing surface 222.When the second housing 206 slides one first predeterminable range L1 (not being illustrated in Fig. 2 A) and the 3rd body 216 when sliding one second predeterminable range L2 (not being illustrated in Fig. 2 A) toward the direction D3 of Fig. 2 A toward the direction D2 of Fig. 2 A; The first housing 204 is to turn to along counter clockwise direction D4 to be straight formula, shown in Fig. 2 B.That is to say that the first housing 204 has rotated 90 degree.
In addition, the external form of the first housing 204 is a cuboid.Shown in Fig. 2 A, direction D2 and direction D3 are parallel to the long limit 208 of the first housing 204 in fact.
Below introduce the structure of included a retaining element, a second housing connector, one the 3rd body connector, one first rotor element, one second rotor element, a body link component and a spiral cover of electronic installation 200 earlier.Introduce the assembled relation of above-mentioned parts then again at Figure 11.
See also shown in Fig. 3 A and Fig. 3 B, Fig. 3 A is the sketch map of retaining element of the electronic installation of Fig. 2 A, and Fig. 3 B is a sketch map of watching retaining element among Fig. 3 A along direction V2.The electronic installation 200 of preferred embodiment of the present invention more comprises a retaining element 202.Retaining element 202 has one first relative element surface 228 and one second element surface 230, one first arc chute 232, one first sliding part 234 (first sliding part 234 is illustrated in Fig. 3 B), one the 3rd arc chute 236, one the 3rd sliding part 238 (the 3rd sliding part 238 is illustrated in Fig. 3 B) and a circular through hole 264.First arc chute 232 and the 3rd arc chute 236 are to be through to second element surface 230 from first element surface 228; And first sliding part 234 and the 3rd sliding part 238 are to be arranged at second element surface, 230, the first sliding parts 234 and the 3rd sliding part 238 for example is a projection.In addition; The center of circle of first arc chute 232 is to aim in fact with the center of circle of circular through hole 264, and the center of circle of the 3rd arc chute 236 and the center of circle of circular through hole 264 are to aim in fact and the central angle of first arc chute 232 and the central angle of the 3rd arc chute 236 are essentially 90 degree.
See also Fig. 4 and shown in Figure 5, Fig. 4 is the sketch map of second housing connector of the second housing of Fig. 2 A, and Fig. 5 is the setting area sketch map of the second housing connector of Fig. 4.The second housing 206 comprises a second housing connector 246, and second housing connector 246 is to be fixedly arranged on the first housing surface 212, and it is provided with the position and is positioned at dashed region R1 as shown in Figure 5 haply.Second housing connector 246 has one second arc chute 240 that is connected and one first straight line chute 242, one first projection chute 272 and one second sliding part 244.Second sliding part 244 for example is a chute, in order to connect first sliding part 234 (being illustrated in Fig. 3 B).Wherein, the length of the first straight line chute 242 is that the first straight line chute 242 is to be parallel to direction D2 in fact more than or equal to the first predeterminable range L1 (the first predeterminable range L1 is not illustrated in Fig. 4).In addition, when second housing connector 246 is fixedly arranged on 206 last times of the second housing, a surface 294 of second housing connector 246 is the somes that become the first housing surface 212 of the second housing 206.Further say; Though second arc chute 240 of present embodiment, the first straight line chute 242, the first projection chute 272 and second sliding part 244 are to be that example is explained to be arranged at second housing connector 246; Yet in other embodiments; Second arc chute 240, the first straight line chute 242, the first projection chute 272 and second sliding part 244 also can directly be arranged on the first housing surface 212, so can save the cost of manufacture of second housing connector 246.
See also Fig. 6 and shown in Figure 7, Fig. 6 is the sketch map of the 3rd body connector of the 3rd body of Fig. 2 A, and Fig. 7 is the setting area sketch map of the 3rd body connector of Fig. 6.The 3rd body 216 comprises that one the 3rd body connector, 256, the three body connectors 256 are to be fixedly arranged on the second housing surface 222, and it is provided with the position and is positioned at dashed region R2 as shown in Figure 7 haply.The 3rd body connector 256 has one the 4th arc chute 250 that is connected and one second straight line chute 252, one second projection chute 274 and one the 4th sliding part 254.The 4th sliding part 254 for example is a chute, in order to be connected in the 3rd sliding part 238 (being illustrated in Fig. 3 B).Wherein, the second straight line chute 252 is to be parallel to direction D3 in fact to the length of the second straight line chute 252 more than or equal to the second predeterminable range L2 (the second predeterminable range L2 is not illustrated in Fig. 6).In addition, when the 3rd body connector 256 is fixedly arranged on 216 last times of the 3rd body, a surface 296 of the 3rd body connector 256 is the somes that become the second housing surface 222 of the 3rd body 216.Further say; Though the 4th arc chute 250 of present embodiment, the second straight line chute 252, the second projection chute 274 and the 4th sliding part 254 are to be that example is explained to be arranged at the 3rd body connector 256; Yet in other embodiments; The 4th arc chute 250, the second straight line chute 252, the second projection chute 274 and the 4th sliding part 254 also can directly be arranged on the second housing surface 222, so can save the cost of manufacture of the 3rd body connector 256.
Seeing also shown in Figure 8ly, is the sketch map of watching the first housing among Fig. 2 A along direction V1.The first housing 204 more comprises one first rotor element 276, one second rotor element 278, one first protuberance 258 and one second protuberance 282.The first housing 204 has more one the 4th body surface 262.The first rotor element 276 and the second rotor element 278 are to be fixedly arranged on the 4th body surface 262, and first protuberance 258 and second protuberance 282 are arranged at respectively on the first rotor element 276 and the second rotor element 278.In addition; When the first rotor element 276 and the second rotor element 278 are fixedly arranged on 262 last times of the 4th body surface, a surface 300 of a surface 298 and second rotor element 278 of the first rotor element 276 is the somes that become the 4th body surface 262 of the first housing 204.Further say; Though first protuberance 258 of the present invention and second protuberance 282 are to be that example is explained to be arranged at respectively on the first rotor element 276 and the second rotor element 278; Yet in other embodiments, first protuberance 258 and second protuberance 282 also can directly be arranged at the 4th body surface 262.
Seeing also shown in Figure 9ly, is the sketch map of body link component of the electronic installation of Fig. 2 A.Body link component 266 has one first projection 268, one second projection 270 and an element through hole 280.First projection 268 in order to the first projection chute, 272, the second projections 270 that are embedded in Fig. 4 in order to be embedded in the second projection chute 274, the spiral cover 226 of element through hole 280 in order to pass Figure 10.When wherein when being slided of the second housing 206 and the 3rd body 21, another person of the second housing 206 and the 3rd body 216 is driven by body link component 266.
Seeing also shown in Figure 10ly, is the sketch map of spiral cover of the electronic installation of Fig. 2 A.Electronic installation 200 more comprises a spiral cover 226.Spiral cover 226 is to be fixed in the first housing 204 and to pass in circular through hole 264 (being illustrated in Fig. 3 B) to protrude from second element surface 230 (being illustrated in Fig. 3 B).Spiral cover 226 has a spiral cover body 302 and a sidewall 248.Spiral cover 226 has limited the displacement of retaining element 202 with body link component 266, makes overall structure more stable.
See also Figure 11 and shown in Figure 12, Figure 11 is the assembled relation figure of spiral cover, the first rotor element, the second rotor element, retaining element, second housing connector, the 3rd body connector and body link component, and Figure 12 is a sketch map after the assembling of Figure 11.The first rotor element 276 and the second rotor element 278 are to be connected on the sidewall 248 of spiral cover 226.Spiral cover 226 is to pass in circular through hole 264 and protrude from second element surface 230, makes the element through hole 280 of body link component 266 be sheathed on the spiral cover 226.In addition, first protuberance 258 passes first arc chute 232 and is embedded in the first straight line chute 242 and is positioned at an end 286 (being illustrated in Figure 12) of the first straight line chute 242.And second protuberance 282 is to pass the 3rd arc chute 236 and be embedded in the second straight line chute 252 and be positioned at an end 288 (being illustrated in Figure 12) of the second straight line chute 252.First projection 268 is to be embedded in the first projection chute 272, and second projection 270 is to be embedded in the second projection chute 274.
Further say; Chimeric by above-mentioned protuberance and chute; And chimeric between sliding part, make spiral cover 226, the first rotor element 276, the second rotor element 278, retaining element 202, second housing connector 246, the 3rd body connector 256 and body link component 266 firmly and movably link each other.
Figure 12 is the internal structural map of Fig. 2 A; That is; When the first housing 204 was horizontal type and puts shown in Fig. 2 A, the relative position of the retaining element 202 of this moment, second housing connector 246, the 3rd body connector 256, the first rotor element 276 and the second rotor element 278 was just as shown in Figure 12.Because first protuberance 258 is subject to the first straight line chute 242, therefore the first rotor element 276 can't rotate.And second protuberance 282 also is subject to the second straight line chute 252, and therefore the second rotor element 278 also can't rotate.That is to say that when the first rotor element 276 and the second rotor element 278 were positioned at the position of Figure 12, the first housing 204 can't be rotated.So, when viewing and admiring the displaying contents of display unit 218 with the electronic installation 200 of Fig. 2 A, the first housing 204 can or not run into and rotates easily and be corrupted to user's the excitement of viewing and admiring because of deadweight because of carelessness.
Shown in figure 12, electronic installation 200 more comprises one first flexible member 260 and one second flexible member 284.First flexible member 260 is the first rotor elements 276 that are connected on the first housing 204, and second flexible member 284 is the second rotor elements 278 that are connected on the first housing 204.First flexible member 260 and second flexible member 284 are respectively in order to provide the first rotor element 276 and the second rotor element, 278 1 elastic-restoring forces.
See also Figure 13 and shown in Figure 14, Figure 13 is the second housing connector of present embodiment and the sketch map that the 3rd body connector is slided, and Figure 14 is the rearview of Figure 13.When the second housing 206 of Fig. 2 A slides and makes first protuberance 258 when an end 286 slide relative first predeterminable range L1 that is positioned at the first straight line chute 242 comes the other end 290 of the first straight line chute 242 along direction D2 relative fixed element 202; First arc chute 232 and second arc chute 240 are overlapping; Simultaneously; When the 3rd body 216 of Fig. 2 A slides and makes second protuberance 282 when an end 288 slide relative second predeterminable range L2 that is positioned at the second straight line chute 252 comes the other end 292 of the second straight line chute 252 along direction D3 relative fixed element 202; The 3rd arc chute 236 and the 4th arc chute 250 are overlapping, shown in figure 13.Wherein, the first predeterminable range L1 is to be that example is explained with 9 centimetres.
Shown in figure 14, first projection 268 of body link component 266 is embedded in the first projection chute 272, and second projection 270 of body link component 266 is embedded in the second projection chute 274.When wherein when being slided of the second housing 206 and the 3rd body 216, another person of the second housing 206 and the 3rd body 216 is driven by body link component 266.Say that further the user needs only the slip second housing 206 first predeterminable range L1, then the 3rd body 216 can be driven and the same distance of sliding by body link component 266.Preferably, the second predeterminable range L2 equals the first predeterminable range L1 in fact.So, when first protuberance 258 was slid into the first overlapping arc chute 232 and second arc chute 240, second protuberance 282 was also slid into simultaneously by 266 drives of body link component and is positioned at the 3rd overlapping arc chute 236 and the 4th arc chute 250.So; The user needs only the wherein one first predeterminable range L1 or the second predeterminable range L2 of slide the at one time second housing 206 and the 3rd body 216, then just D4 (being illustrated in Figure 13) rotation counterclockwise (because the first rotor element 276 and the second rotor element 278 are to be fixedly arranged on the first housing 204) of the first housing 204.Further say; Shown in Fig. 2 B; The user needs only wherein one of the singlehanded slip second housing 206 and the 3rd body 216; The first housing 204 is rotated with counter clockwise direction D4, and rotating manner for example is the elastic-restoring force drive first housing 204 rotations by first flexible member 260 and second flexible member 284.So, electronic installation 200 can make the first housing 204 rotate automatically with one-handed performance, in operation, is quite easily so.
Though present embodiment is to be that example is explained with three bodies (being the first housing, the second housing and the 3rd body), yet in other embodiments, also can have only two bodies.For example, omit the 3rd body 216, make the only remaining first housing 204 of electronic installation and the second housing 206.So, still can be behind the slip second housing 206 first predeterminable range L1, rotate the first housing 204, for example be to rotate or the elastic-restoring force of first flexible member 260 rotates the first housing 204 automatically with hand.
Though the first predeterminable range L1 of present embodiment is to be that example is explained to equal the second predeterminable range L2 in fact, yet in other embodiments, also can be inequality.For example, can save body link component 266 and design makes the length of the first straight line chute 242 and the length that is uneven in length of the second straight line chute 252.So; The second housing 206 first predeterminable range L1 can slide earlier; And then the 3rd body 216 second predeterminable range L2 that slide; At this moment, first protuberance 258 is positioned at the first overlapping arc chute 232 and second arc chute 240 and second protuberance 282 and is positioned at the 3rd overlapping arc chute 236 and the 4th arc chute 250 simultaneously, makes the first housing 204 rotatable in the case.Therefore, the value that the value of the first predeterminable range L1 and second is established distance L 2 might not equate that its value is not limited by the present invention.
In addition; Because the center of circle of first arc chute 232 and the center of circle of circular through hole 264 are to aim in fact and the center of circle of the center of circle of the 3rd arc chute 236 and circular through hole 264 is to aim in fact; And the central angle of the central angle of first arc chute 232 and the 3rd arc chute 236 is to be essentially 90 degree; So the rotational angle of the first housing 204 is to be essentially equal angular, promptly 90 spend.
Seeing also shown in Figure 15ly, is the flow chart of the electronic installation of the preferable enforcement of the present invention.The method of operation of the electronic installation of the preferable enforcement of the present invention may further comprise the steps.
At first, in step S502, electronic installation 200 is provided.
Then, in step S504, the slip second housing 206 so that first protuberance 258 is from being positioned at an end 286 slide relative first predeterminable range L1 of the first straight line chute 242, and makes first arc chute 232 and second arc chute 240 overlapping.Simultaneously; Body link component 266 drives the 3rd body 216 synchronously; So that second protuberance 282 is from being positioned at an end 288 slide relative second predeterminable range L2 (the second predeterminable range L2 equals the first predeterminable range L1 in fact) of the second straight line chute 252, and make the 3rd arc chute 236 and the 4th arc chute 250 overlapping.
Then, in step S506, first protuberance 258 slides along the first overlapping arc chute 232 and second arc chute 240, and simultaneously, second protuberance 282 slides along the 3rd overlapping arc chute 236 and the 4th arc chute 250.That is to say; When first protuberance 258 was positioned at the first overlapping arc chute 232 and second arc chute 240 and second protuberance 282 also is positioned at the 3rd overlapping arc chute 236 and the 4th arc chute 250 simultaneously, first protuberance 258 and second protuberance 282 were to rotate with counter clockwise direction D4.So, the first housing 204 rotates with counter clockwise direction D4 synchronously.
Electronic installation that the above embodiment of the present invention disclosed and method of operation thereof have multiple advantages, below just list and lift the explanation of part advantage as follows:
(1), because the second housing 206 and the 3rd body 216 along direction D2 and direction D 3 slips, so can not produce the application of force arm of force, can promote the second housing 206 and the 3rd body 216 more effortlessly.
(2), when promoting the second housing 206 1 distances, for example be the first predeterminable range L1 and promote the 3rd body 216 1 distances, for example be the second predeterminable range L2 after, the first housing 204 just turns.That is to say that the first housing 204 is can not rotate when being the horizontal type attitude, making that the first housing 204 is more convenient to carry and take in.
(3), when promoting wherein one one predeterminable ranges of the second housing 206 and the 3rd body 216; Drive another person of the second housing 206 and the 3rd body 216 by body link component 266; Make electronic installation 200 not need bimanualness, as long as singlehanded just can slide the simultaneously second housing 206 and the 3rd body 216.
(4), the first housing 204 can turn to into straight formula, to meet the straight formula Display Modes of most of softwares, makes electronic installation 200 have more affinity.
The above only is preferred embodiment of the present invention, is not the present invention is done any pro forma restriction; Though the present invention discloses as above with preferred embodiment; Yet be not in order to limiting the present invention, anyly be familiar with the professional and technical personnel, in not breaking away from technical scheme scope of the present invention; When the method for above-mentioned announcement capable of using and technology contents are made a little change or be modified to the equivalent embodiment of equivalent variations; In every case be the content that does not break away from technical scheme of the present invention, to any simple modification, equivalent variations and modification that above embodiment did, all still belong in the scope of technical scheme of the present invention according to technical spirit of the present invention.
Claims (21)
1. electronic installation is characterized in that comprising:
One retaining element; Have one first relative element surface and one second element surface, one first arc chute and one first sliding part, this first arc chute is to be through to this second element surface and this first sliding part is to be arranged at this second element surface from this first element surface;
One second housing; Have first housing surface, one second arc chute that is connected and one first straight line chute, reach one second sliding part; This second arc chute, this first straight line chute and this second sliding part are to be arranged at this first housing surface, and this second sliding part is to be connected in this first sliding part; And
One first housing has one first protuberance and relative one the 3rd body surface and one the 4th body surface, and this first protuberance is to be arranged at the 4th body surface and to pass this first arc chute and be embedded in this first straight line chute;
Wherein, When this second housing relatively this retaining element slide and make this first protuberance when being positioned at an end slide relative one first predeterminable range of this first straight line chute; This first arc chute and this second arc chute are overlapping; Make this first protuberance slide, to drive this first housing along this overlapping first arc chute and this second arc chute.
2. electronic installation according to claim 1 is characterized in that more comprising:
One first flexible member is to be connected in this first housing and this retaining element;
When this first protuberance is when being positioned at this overlapping first arc chute and this second arc chute, the elastic-restoring force of this first flexible member drives this first protuberance and slides on this overlapping first arc chute and this second arc chute.
3. electronic installation according to claim 1; It is characterized in that wherein said retaining element has more a circular through hole; This electronic installation more comprises: a spiral cover is to be fixed in this first housing and to pass in this circle through hole to protrude from this second element surface.
4. electronic installation according to claim 3, the center of circle that it is characterized in that wherein said first arc chute is to aim at the center of circle of this circle through hole.
5. electronic installation according to claim 4, the central angle that it is characterized in that wherein said first arc chute are 90 degree.
6. electronic installation according to claim 1 is characterized in that wherein said first predeterminable range is 9 centimetres.
7. electronic installation according to claim 1 is characterized in that the wherein said second housing comprises an input unit, and this input unit is to be arranged at this first housing surface.
8. electronic installation according to claim 7 is characterized in that wherein said input unit is a civilian key board all over Britain.
9. electronic installation according to claim 1 is characterized in that the wherein said first housing comprises a display unit, and this display unit is to be arranged at the 3rd body surface.
10. electronic installation according to claim 1; It is characterized in that wherein said retaining element has more one the 3rd arc chute and one the 3rd sliding part; The 3rd sliding part is to be arranged at this second element surface; This first housing has more one second protuberance, is to be arranged at the 4th body surface, and this electronic installation more comprises:
One the 3rd body; Have second housing surface, one the 4th arc chute that is connected and one second straight line chute, reach one the 4th sliding part; The 4th arc chute, this second straight line chute and the 4th sliding part are to be arranged at this second housing surface, and the 4th sliding part is to be connected in the 3rd sliding part;
Wherein, This second protuberance is to pass the 3rd arc chute and be embedded in this second straight line chute; When the 3rd body relatively this retaining element slide and make this second protuberance when being positioned at an end slide relative one second predeterminable range of this second straight line chute; The 3rd arc chute and the 4th arc chute are overlapping, make this second protuberance slide along the 3rd overlapping arc chute and the 4th arc chute, to drive this first housing.
11. electronic installation according to claim 10 is characterized in that wherein said first predeterminable range is to equate with this second predeterminable range.
12. electronic installation according to claim 10 is characterized in that more comprising:
One second flexible member is to be connected in the 3rd body and this retaining element;
When this second protuberance is when being positioned at the 3rd overlapping arc chute and the 4th arc chute, the elastic-restoring force of this second flexible member drives this second protuberance and slides on the 3rd overlapping arc chute and the 4th arc chute.
13. electronic installation according to claim 10 is characterized in that the wherein said second housing has more one first projection chute and the 3rd body has more one second projection chute, this electronic installation more comprises:
One body link component comprises one first projection and one second projection, and this first projection is to be embedded in this first projection chute, and this second projection is to be embedded in this second projection chute;
Wherein, when wherein when being slided of this second housing and the 3rd body, another person of this second housing and the 3rd body is driven by this body link component.
14. electronic installation according to claim 10 is characterized in that wherein said retaining element has more a circular through hole, this electronic installation more comprises:
One spiral cover is to be fixed in this first housing and to pass in this circle through hole to protrude from this second element surface;
Wherein, the center of circle of the 3rd arc chute is to aim at the center of circle of this circle through hole.
15. electronic installation according to claim 14, the central angle that it is characterized in that wherein said the 3rd arc chute are 90 degree.
16. electronic installation according to claim 1, the external form that it is characterized in that the wherein said first housing is a cuboid;
When this first protuberance is when being positioned at this first straight line chute, the long limit of this first housing is to be parallel to this first straight line chute.
17. the method for operation of an electronic installation is characterized in that it may further comprise the steps:
One electronic installation is provided; This electronic installation comprises a retaining element, a first housing and a second housing; This retaining element has one first relative element surface and one second element surface and one first arc chute and one first sliding part; This first arc chute is to be through to this second element surface and this first sliding part is to be arranged at this second element surface from this first element surface; This second housing has first housing surface, one second arc chute that is connected and one first straight line chute, reaches one second sliding part; This second arc chute, this first straight line chute and this second sliding part are to be arranged at this first housing surface; This first housing has one first protuberance and relative one the 3rd body surface and one the 4th body surface, and this first protuberance is to be arranged at the 4th body surface and to pass this first arc chute and be embedded in this first straight line chute;
This second housing that slides so that this first protuberance is from being positioned at an end slide relative one first predeterminable range of this first straight line chute, and makes this first arc chute and this second arc chute overlapping; And
This first protuberance slides along this overlapping first arc chute and this second arc chute, to drive this first housing.
18. the method for operation of electronic installation according to claim 17 is characterized in that wherein said electronic installation more comprises:
One first flexible member is to be connected in this first housing and this retaining element;
When this first protuberance is when being positioned at this overlapping first arc chute and this second arc chute, the elastic-restoring force of this first flexible member drives this first protuberance and slides on this overlapping first arc chute and this second arc chute.
19. the method for operation of electronic installation according to claim 17; It is characterized in that wherein said retaining element has more one the 3rd arc chute and one the 3rd sliding part; The 3rd sliding part is to be arranged at this second element surface; This first housing has more one second protuberance, is to be arranged at the 4th body surface, and this electronic installation more comprises:
One the 3rd body has second housing surface, one the 4th arc chute that is connected and one second straight line chute, reaches one the 4th sliding part, and the 4th arc chute, this second straight line chute and the 4th sliding part are to be arranged at this second housing surface;
Wherein, This second protuberance is to pass the 3rd arc chute and be embedded in this second straight line chute; When the 3rd body relatively this retaining element slide and make this second protuberance when being positioned at an end slide relative one second predeterminable range of this second straight line chute; The 3rd arc chute and the 4th arc chute are overlapping, make this second protuberance slide along the 3rd overlapping arc chute and the 4th arc chute, to drive this first housing.
20. the method for operation of electronic installation according to claim 19; It is characterized in that wherein said electronic installation more comprises a body link component, this body link component comprises one first projection and one second projection, and this second housing has more one first projection chute; This first projection is to be embedded in this first projection chute; The 3rd body has more one second projection chute, and this second projection is to be embedded in this second projection chute, comprises in the step of this second housing that slides:
This body link component drives the 3rd body, so that this second protuberance is from being positioned at this second predeterminable range of this end slide relative of this second straight line chute, and makes the 3rd arc chute and the 4th arc chute overlapping; And
This second protuberance slides along the 3rd overlapping arc chute and the 4th arc chute, to drive this first housing;
Wherein, this first predeterminable range is to equate with this second predeterminable range.
21. the method for operation of electronic installation according to claim 19 is characterized in that more comprising:
One second flexible member is to be connected in the 3rd body and this retaining element;
When this second protuberance is when being positioned at the 3rd overlapping arc chute and the 4th arc chute, the elastic-restoring force of this second flexible member drives this second protuberance and slides on the 3rd overlapping arc chute and the 4th arc chute.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910126059A CN101827507B (en) | 2009-03-04 | 2009-03-04 | Electronic device and operating method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910126059A CN101827507B (en) | 2009-03-04 | 2009-03-04 | Electronic device and operating method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101827507A CN101827507A (en) | 2010-09-08 |
| CN101827507B true CN101827507B (en) | 2012-09-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN200910126059A Expired - Fee Related CN101827507B (en) | 2009-03-04 | 2009-03-04 | Electronic device and operating method thereof |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007060059A (en) * | 2005-08-23 | 2007-03-08 | Yasushi Chikaishi | Open/close structure of portable telephone |
| CN200953711Y (en) * | 2006-08-25 | 2007-09-26 | 富港电子（东莞）有限公司 | Rotating type pivot |
| CN101202779A (en) * | 2006-11-24 | 2008-06-18 | 三星电子株式会社 | Sliding/swing module and mobile terminal having same |
-
2009
- 2009-03-04 CN CN200910126059A patent/CN101827507B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007060059A (en) * | 2005-08-23 | 2007-03-08 | Yasushi Chikaishi | Open/close structure of portable telephone |
| CN200953711Y (en) * | 2006-08-25 | 2007-09-26 | 富港电子（东莞）有限公司 | Rotating type pivot |
| CN101202779A (en) * | 2006-11-24 | 2008-06-18 | 三星电子株式会社 | Sliding/swing module and mobile terminal having same |
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| Publication number | Publication date |
|---|---|
| CN101827507A (en) | 2010-09-08 |
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Granted publication date: 20120905 Termination date: 20130304 |