CN201184982Y - Data processing apparatus and keyboard - Google Patents
Data processing apparatus and keyboard Download PDFInfo
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- CN201184982Y CN201184982Y CNU2008200796637U CN200820079663U CN201184982Y CN 201184982 Y CN201184982 Y CN 201184982Y CN U2008200796637 U CNU2008200796637 U CN U2008200796637U CN 200820079663 U CN200820079663 U CN 200820079663U CN 201184982 Y CN201184982 Y CN 201184982Y
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Abstract
The utility model discloses a data processing device which comprises a hollow cylinder which is provided with a cavity; a main board chip; a circuit connecting wire; a touch control device which is internally positioned in the cavity; a touch control unit; a connecting unit. The touch control device comprises a rotating platform which comprises a bearing table and a rotating unit connected with the bearing table, and the rotating unit is used for rotating the rotating platform along the axle wire vertical to the plane of the bearing table; the touch control unit is arranged on the bearing table fixedly or detachably, and is connected with the main board chip through the circuit connecting wire; the touch control unit and the bearing table are mutually connected through the connecting unit and are maintained in synchronistic motion state. The utility model also disclose a keyboard with a rotary touch control device, so that the touch control unit can be rotated in the direction opposite to the data processing device or the keyboard, the operating process of the user can conform to the principle of the human engineering, and can respectively conform to the using habits of left handers and right handers.
Description
Technical field
The utility model relates to the control technology in the electronics or the communications field, relates to a kind of data processing equipment and a kind of keyboard especially.
Background technology
Along with the development of infotech, various portable data processing devices come out one by one, as: notebook computer, personal digital assistant (Personal Digital Assistant) etc.For satisfying the portable requirement of data processing equipment, relevant input media such as keyboard, and operating control device such as mouse also all develop to the direction of easy easy band.For example: the device with alternative mouse realization operation control function commonly used comprises Trackpad (Touchpad) and TrackPoint etc. on the present notebook computer.
By the research to described data processing equipment and input media, the inventor finds to be applied in the Trackpad on described data processing equipment and the input media, owing on the structural design, have following technical matters at least:
Because described Trackpad is fixed on some planes of described data processing equipment and input media, as: with as described in Trackpad be fixed on the C face of notebook; Described Trackpad is fixed on the upper surface of keyboard, so people's direction of hand in operating process is limited to;
Because people's direction of hand in operating process is limited to, so, under the situation of long-time operation, because hand is almost operated perpendicular to described Trackpad, so finger and wrist especially easily produce sense of fatigue, if for a long time like this, also can produce the muscle neurotrosis;
Because Trackpad is fixed, so, when the angles of display when display device rotates, its mouse pointer orientation can be along with displaying contents rotates together, as: the picture on the display is rotated counterclockwise 90 degree, originally to show that the base be that the image of picture bottom changes into the display left frame is the image on base, when on Trackpad to lower slider, mouse pointer is then right-hand mobile to screen, do not meet user's use habit like this, user's operation is very inconvenient, causes maloperation especially easily.
The utility model content
The purpose of this utility model provides a kind of data processing equipment and keyboard, and the rotation by realizing Trackpad is so that user's operation is more comfortable.
According to an aspect of the present utility model, a kind of data processing equipment is provided, it is characterized in that, comprising:
Hollow circular cylinder has a cavity;
Motherboard circuit;
Circuit connecting wire;
Contactor control device is built in the described cavity, and described contactor control device comprises:
Rotation platform comprises plummer and the rotary unit that is connected with described plummer, and described rotary unit is used to make described rotation platform along the axis rotation perpendicular to plane, described plummer place;
Touch control unit is fixed or is removably disposed on the described plummer, links to each other with described motherboard circuit by described circuit connecting wire;
Linkage unit, described touch control unit links to each other and keeps being synchronized with the movement by described linkage unit with described plummer.
Preferably, described rotary unit is specially the rotating shaft of being fixed on the described rotation platform, and described rotating shaft links to each other with the housing of described data processing equipment, and can relatively rotate with described data processing equipment, and the axis of described rotating shaft overlaps with described axis; Perhaps
It is first bulge loop of axle that described rotary unit is specially with described axis, described data processing equipment be provided with offset with described first bulge loop and first scrobicular ring, described rotation platform rotates relative to described data processing equipment with described first scrobicular ring by described first bulge loop; Perhaps
It is second scrobicular ring of axle that described rotary unit is specially with described axis, described data processing equipment be provided with offset with described second scrobicular ring and second bulge loop, described rotation platform rotates relative to described data processing equipment with described second bulge loop by described second scrobicular ring.
Preferably, described linkage unit be specially be arranged at respectively can detain mutually on described touch control unit and the described rotation platform to first buckle and first draw-in groove; Perhaps
Described linkage unit is specially the viscous material layer that is attached to simultaneously on described touch control unit and the described rotation platform.
Preferably, described rotary touch-controlled device also comprises the platform side stationkeeping unit that is arranged on the described rotation platform, is used for described rotation platform is fixed in residing at least one position of rotation platform described in the rotary course.
Preferably, described data processing equipment also comprises the device side stationkeeping unit that is arranged on the described data processing equipment, described platform side stationkeeping unit is specially at least one second draw-in groove of being located at above the described rotation platform, described device side stationkeeping unit is specially at least one hinged locking plate or at least one pin joint locking plate, at least one described at least one second draw-in groove and at least one described at least one hinged locking plate or support with fixing described rotation platform with at least one described at least one pin joint locking plate button.
Preferably, described data processing equipment also comprises the device side stationkeeping unit that is arranged on the described data processing equipment, described platform side stationkeeping unit is specially at least one pit of being located at described rotation platform side, described device side stationkeeping unit is specially at least one ball on the side phase-contact surface of being located at described data processing equipment and described rotation platform, and at least one described at least one pit and at least one described at least one ball are buckled to fixing described rotation platform.
Preferably, described platform side stationkeeping unit is specially at least two positioning chucks coaxial with described rotation platform, and described positioning chuck is detained mutually to fixing described rotation platform.
Preferably, described data processing equipment also comprises the device side stationkeeping unit that is arranged on the described data processing equipment, described platform side stationkeeping unit is specially at least one platform side magnetic part of being located at described rotation platform side, described device side stationkeeping unit is specially at least one and the opposite device side magnetic part of described platform side magnetic part magnetic on the side phase-contact surface of being located at described rotation platform, and described platform side magnetic part is inhaled with fixing described rotation platform mutually with described device side magnetic part.
Preferably, described data processing equipment also comprises the device side stationkeeping unit that is arranged on the described data processing equipment, described platform side stationkeeping unit is specially the platform side frictional layer attached to described rotation platform side, described device side stationkeeping unit be specially attached to the side phase-contact surface of described rotation platform on the device side frictional layer, described platform side frictional layer and described device side frictional layer are finished at described rotation platform and are rotated the back by the fixing described rotation platform of friction force.
Preferably, described rotary touch-controlled device also comprises connecting line arrangement unit, is used for neatly depositing described circuit connecting wire.
According on the other hand of the present utility model, a kind of keyboard is provided, comprising:
At least one button;
Hollow circular cylinder has a cavity;
Motherboard circuit;
Circuit connecting wire;
Contactor control device is built in the described cavity, and described contactor control device comprises:
Rotation platform comprises plummer and the rotary unit that is connected with described plummer, and described rotary unit is used to make described rotation platform along the axis rotation perpendicular to plane, described plummer place;
Touch control unit is fixed or is removably disposed on the described plummer, links to each other with described motherboard circuit by described circuit connecting wire;
Linkage unit, described touch control unit links to each other and keeps being synchronized with the movement by described linkage unit with described plummer.
Preferably, described rotary unit is specially the rotating shaft of being fixed on the described rotation platform, and described rotating shaft links to each other with the housing of described keyboard, and can relatively rotate with described keyboard, and the axis of described rotating shaft overlaps with described axis; Perhaps
It is first bulge loop of axle that described rotary unit is specially with described axis, described keyboard be provided with offset with described first bulge loop and first scrobicular ring, described rotation platform rotates relative to described keyboard with described first scrobicular ring by described first bulge loop; Perhaps
It is second scrobicular ring of axle that described rotary unit is specially with described axis, described keyboard be provided with offset with described second scrobicular ring and second bulge loop, described rotation platform rotates relative to described keyboard with described second bulge loop by described second scrobicular ring.
Preferably, described linkage unit be specially be arranged at respectively can detain mutually on described touch control unit and the described rotation platform to first buckle and first draw-in groove; Perhaps
Described linkage unit is specially the viscous material layer that is attached to simultaneously on described touch control unit and the described rotation platform.
Preferably, described rotary touch-controlled device also comprises the platform side stationkeeping unit that is arranged on the described rotation platform, is used for described rotation platform is fixed in residing at least one position of rotation platform described in the rotary course.
Preferably, described rotary touch-controlled device also comprises connecting line arrangement unit, is used for neatly depositing the circuit connecting wire that links to each other with described touch control unit.
Compared with prior art, data processing equipment that embodiment of the present utility model provided and keyboard have rotary touch-controlled device, can realize the change of user's work angle.At least can reach following beneficial effect comprises: (1) makes user's operating process meet the ergonomics principle, can ease people use the sense of fatigue of touch pad for a long time, thereby has satisfied the comfort level that the user uses.(2) by described rotary touch-controlled device is rotated to different angles, can meet lefthanded and righthanded user's use habit respectively.(3) when display device rotates, described rotary touch-controlled device can correspondingly rotate, even the mouse pointer orientation can need not change user's operating habit along with display device rotates together yet, not only easy-to-usely more also can reduce unnecessary maloperation.
Description of drawings
Fig. 1 is the synoptic diagram of notebook computer embodiment of the present utility model;
Fig. 2 is another synoptic diagram of keyboard embodiment of the present utility model;
Fig. 3 is the fixing structural representation of the rotation platform of rotation platform one embodiment of hinged locking plate for the utility model adopts;
Fig. 4 is the fixing structural representation of the hinged locking plate of rotation platform one embodiment of hinged locking plate for the utility model adopts;
Fig. 5 is the fixing effect synoptic diagram of rotation platform one embodiment of hinged locking plate for the utility model adopts;
Fig. 6 adopts the fixedly structural representation of the rotation platform of rotation platform one embodiment of pin joint locking plate for the utility model;
Fig. 7 adopts the fixedly structural representation of the pin joint locking plate of rotation platform one embodiment of pin joint locking plate for the utility model;
Fig. 8 adopts a fixedly structural representation of the rotation platform of rotation platform one embodiment of ball for the utility model;
Fig. 9 adopts the fixedly structural representation of the data processing equipment inwall of rotation platform one embodiment of ball for the utility model;
Figure 10 adopts the fixedly structural representation of rotation platform one embodiment of rotating shaft for the utility model;
Figure 11 adopts the fixedly structural representation of the auxilliary positioning chuck of rotation platform one embodiment of rotating shaft for the utility model;
Figure 12 adopts fixedly another structural representation of the auxilliary positioning chuck of rotation platform one embodiment of rotating shaft for the utility model;
Figure 13 adopts the fixedly structural representation of the main positioning chuck upper disk surface of rotation platform one embodiment of rotating shaft for the utility model;
Figure 14 is the circuit connection diagram of a Trackpad;
Figure 15 adopts the structural representation of rotating shaft arrangement Trackpad circuit connecting wire one embodiment for the utility model.
Embodiment
See also Fig. 1 and Fig. 2, show the notebook computer and the keyboard that have rotary touch-controlled device respectively, have hollow circular cylinder 11, motherboard circuit, circuit connecting wire and the contactor control device of a cavity.Wherein, contactor control device is built in the described cavity, comprising: touch control unit 10, rotation platform 20 and linkage unit; Described touch control unit 10 links to each other and keeps being synchronized with the movement by described linkage unit with described rotation platform 20; Wherein, touch control unit 10 comprises Trackpad 101 and the operating key 102 that is used with described Trackpad; Rotation platform 20, comprise plummer and rotary unit, touch control unit 10 is fixed or is removably disposed on the described plummer, and described rotary unit links to each other with described plummer, is used to make described rotation platform along the axis rotation perpendicular to plane, described rotation platform 20 place.
Wherein, circuit connecting wire is used to connect the circuit of described touch control unit and the motherboard circuit of described notebook computer.
Wherein, hollow circular cylinder 11 is used to place described rotary touch-controlled device, and described rotary touch-controlled device can rotate relative to described notebook computer or keyboard in described hollow circular cylinder 11.
Wherein, rotation platform 20 can be cylindric or round table-like, rotary unit can be the rotating shaft of being fixed on the rotation platform 20, described rotating shaft links to each other with described notebook computer or keyboard, and can relatively rotate with described notebook computer or keyboard, the axis of described rotating shaft overlaps with the axis of rotation platform 20.
Rotary unit also can be that the axis with rotation platform 20 is first bulge loop of axle, notebook computer or keyboard be provided with offset with first bulge loop and first scrobicular ring, rotation platform 20 rotates relative to described notebook computer or keyboard with first scrobicular ring by first bulge loop.
Rotary unit can also be that the axis with rotation platform 20 is second scrobicular ring of axle, notebook computer or keyboard be provided with offset with second scrobicular ring and second bulge loop, rotation platform 20 rotates on described notebook computer or keyboard with second bulge loop by second scrobicular ring.
Wherein, linkage unit can be arranged at respectively can detain mutually on touch control unit 10 and the rotation platform 20 to first buckle and first draw-in groove; It can also be the viscous material layer that is attached to simultaneously on touch control unit 10 and the rotation platform 20.
For limited the pre-set position that rotation platform 20 is fixed in the rotary course, following five kinds of embodiments are preferably arranged: implement by hinged locking plate, implement, implement by ball by the pin joint locking plate, implement by positioning chuck, by magnetic material enforcement etc.
For rotation platform 20 being fixed on rotation platform 20 residing any positions in the rotary course, preferably, can be by on the side of rotation platform 20 and notebook computer or keyboard and side phase-contact surface rotation platform 20, adhering to the higher material of friction factor respectively, utilize bigger stiction to realize at an arbitrary position fixing of rotation platform 20.
Following mask body introduction is for the specific implementation of each embodiment that rotation platform 20 is fixed on limited the pre-set position in the rotary course:
Adopt hinged locking plate mode to implement, as shown in Figure 3, the last plane of rotation platform 20 is provided with limited draw-in groove 30, and the position of set draw-in groove 30 and number need according to specific design and decide, draw-in groove 30 can be evenly distributed on the rotation platform 20, also can be distributed in unevenly on the rotation platform 20.As shown in Figure 4, the edge of corresponding rotation platform 20 is provided with a hinged locking plate 40 on notebook computer or the keyboard, and hinged locking plate 40 links to each other with notebook computer or keyboard by a mechanical axis 41, and can rotate in the certain angle scope along mechanical axis 41.At least a portion of the concrete shape of draw-in groove 30 and hinged locking plate 40 hinged locking plate 40 when guaranteeing that the two deducts mutually can with the condition of draw-in groove 30 complete interlocks under can design arbitrarily.As shown in Figure 5, when hinged locking plate 40 and draw-in groove 30 interlock to the time, rotation platform 20 is fixed on a certain fixed position.
Adopt pin joint locking plate mode to implement, as shown in Figure 6, the last plane of rotation platform 20 is provided with limited draw-in groove 50, and the position of set draw-in groove 50 and number need according to specific design and decide, draw-in groove 50 can be evenly distributed on the rotation platform 20, also can be distributed in unevenly on the rotation platform 20.As shown in Figure 7, the edge of corresponding rotation platform 20 is provided with pin joint locking plate 610 on notebook computer or the keyboard, and chute 620 and accommodation space 640 also comprise slide rail 630 on the pin joint locking plate 610.Chute 620 cooperates with slide rail 630 to realize the slip of pin joint locking plate 610.At least a portion of the concrete shape of draw-in groove 50 and pin joint locking plate 610 pin joint locking plate 610 when guaranteeing that the two deducts mutually can with the condition of draw-in groove 50 complete interlocks under can design arbitrarily.
The employing ball type is implemented, as shown in Figure 8, the side of rotation platform 20 is provided with a groove 710 and limited pit 720, the position of set pit 720 and number need according to specific design and decide, pit 720 can be evenly distributed on rotation platform 20 sides, also can be distributed in rotation platform 20 sides unevenly.As shown in Figure 9, be provided with ball 810 with contacted of the side of rotation platform 20 on notebook computer or the keyboard, ball 810 links to each other with notebook computer or keyboard by a spring.When rotation platform 20 rotated, ball 810 slided in groove 710, when ball 810 and pit 720 interlock to the time, rotation platform 20 is fixed on a certain position.
Adopt the positioning chuck mode to implement, as shown in figure 10, rotation platform 20 can further comprise nut 910, plummer 920, main positioning chuck 930, auxilliary positioning chuck 940 and rotating shaft 950.Auxilliary positioning chuck 940, main positioning chuck 930, plummer 920 passes rotating shaft 950 successively, by nut 910 each parts is compressed at last.Wherein: rotating shaft 950, one ends have external thread, and the upper end cooperates with nut 910, plays the effect that compresses each parts, and lower end and notebook computer or keyboard connect firmly.Auxilliary positioning chuck 940, round dot 941 (as shown in figure 11) or pillow positioning boss 941 ' (as shown in figure 12) that projection is arranged on the card, dual mode all can, the trim designs at center is compressing the arbitrary shape that the auxilliary positioning chuck 940 in back and rotating shaft 950 do not relatively rotate for guaranteeing.Main positioning chuck 930, its have on card down with auxilliary positioning chuck 940 on the round dot 941 or pillow boss 941 ' the corresponding groove 931 of projection, have on its upper disk surface boss 932 (as shown in figure 13) with realize with plummer 920 on breach 921 buckle mutually.Plummer 920, be used to carry control module 10 as Trackpad, its upper disk surface is connected with control module 10 and is fixing, its lower wall mask has a circle boss 922, the breach 923 that matches with the boss 932 of main positioning chuck 930 upper disk surfaces is arranged on the boss 922, and the breach of reserving for routing hole 924, plummer 920 does not relatively rotate with main positioning chuck 930 in the use.Nut 910 is used for cooperating with the external thread of rotating shaft 950, plays the effect that compresses each parts.Because the effect of nut 910 is to fix each parts, its position above the plummer 920 or below all can.When the user uses this whirligig, rotation control unit 10 is to desirable position, plummer 920, main positioning chuck 930 and control module 10 rotate together, they do not relatively rotate between three, auxilliary positioning chuck 940 and rotating shaft 950 do not relatively rotate with main frame is fixing, rely on the structural design between the upper disk surface of the following card of main positioning chuck 930 and auxilliary positioning chuck 940 to fix its position.
Adopt the magnetic material mode to implement, the side of rotation platform 20 is provided with limited platform side magnetic part, the position of set magnetic part and number need according to specific design and decide, and magnetic part can be evenly distributed on rotation platform 20 sides, also can be distributed in rotation platform 20 sides unevenly.Be provided with at least one notebook computer opposite or keyboard side magnetic part with contacted of the side of rotation platform 20 on notebook computer or the keyboard with platform side magnetic part magnetic.Utilize the platform side magnetic part to make rotation platform 20 be fixed on a certain position with the principle that notebook computer or keyboard side magnetic part attract mutually.
For rotation platform 20 being fixed on rotation platform 20 residing any positions in the rotary course, preferably, can be by on the side of rotation platform 20 and notebook computer or keyboard and side phase-contact surface rotation platform 20, adhering to the higher material of friction factor respectively, utilize bigger stiction to realize at an arbitrary position fixing of rotation platform 20.
As shown in figure 14, circuit connection diagram for present Trackpad, wherein left contact 1030 and right contact 1040 be the left button and the right button of corresponding Trackpad respectively, and connecting line 1010 is the connecting lines that link to each other with left contact 1030, and connecting line 1020 is the connecting lines that link to each other with right contact 1040.As shown in figure 15, be a kind of preferably connecting line arrangement structure, no matter whether rotation platform 20 can be fixed on a certain position in rotary course,, all can select the connecting line of this kind scheme arrangement Trackpad for use in rotary course no matter which kind of mode rotation platform 20 adopts be fixed on a certain position.Wherein connecting line arrangement axle 1050 is rotating shafts coaxial with rotation platform, Trackpad connecting line 1010 and 1020 all can rule be wound on the connecting line arrangement axle 1050, when the user rotates rotation platform 20, connecting line arrangement axle 1050 can rotate thereupon, thereby has guaranteed that connecting line is in good order all the time.
The above, it only is preferred embodiment of the present invention, be not that 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 limit the present invention, any those skilled in the art, in not breaking away from the technical solution of the present invention scope, when the technology contents that can utilize above-mentioned announcement is made a little change or is modified to the equivalent embodiment of equivalent variations, in every case be the content that does not break away from technical solution of the present invention, according to technical spirit of the present invention to any simple modification that above embodiment did, equivalent variations and modification all still belong in the scope of technical solution of the present invention.
Claims (15)
1. a data processing equipment is characterized in that, comprising:
Hollow circular cylinder has a cavity;
Motherboard circuit;
Circuit connecting wire;
Contactor control device is built in the described cavity, and described contactor control device comprises:
Rotation platform comprises plummer and the rotary unit that is connected with described plummer, and described rotary unit is used to make described rotation platform along the axis rotation perpendicular to plane, described plummer place;
Touch control unit is fixed or is removably disposed on the described plummer, links to each other with described motherboard circuit by described circuit connecting wire;
Linkage unit, described touch control unit links to each other and keeps being synchronized with the movement by described linkage unit with described plummer.
2. data processing equipment as claimed in claim 1, it is characterized in that, described rotary unit is specially the rotating shaft of being fixed on the described rotation platform, described rotating shaft links to each other with the housing of described data processing equipment, and can relatively rotate with described data processing equipment, the axis of described rotating shaft overlaps with described axis; Perhaps
It is first bulge loop of axle that described rotary unit is specially with described axis, described data processing equipment be provided with offset with described first bulge loop and first scrobicular ring, described rotation platform rotates relative to described data processing equipment with described first scrobicular ring by described first bulge loop; Perhaps
It is second scrobicular ring of axle that described rotary unit is specially with described axis, described data processing equipment be provided with offset with described second scrobicular ring and second bulge loop, described rotation platform rotates relative to described data processing equipment with described second bulge loop by described second scrobicular ring.
3. data processing equipment as claimed in claim 1 is characterized in that, described linkage unit be specially be arranged at respectively can detain mutually on described touch control unit and the described rotation platform to first buckle and first draw-in groove; Perhaps
Described linkage unit is specially the viscous material layer that is attached to simultaneously on described touch control unit and the described rotation platform.
4. data processing equipment as claimed in claim 1, it is characterized in that, described rotary touch-controlled device also comprises the platform side stationkeeping unit that is arranged on the described rotation platform, is used for described rotation platform is fixed in residing at least one position of rotation platform described in the rotary course.
5. data processing equipment as claimed in claim 4, it is characterized in that, also comprise the device side stationkeeping unit that is arranged on the described data processing equipment, described platform side stationkeeping unit is specially at least one second draw-in groove of being located at above the described rotation platform, described device side stationkeeping unit is specially at least one hinged locking plate or at least one pin joint locking plate, at least one described at least one second draw-in groove and at least one described at least one hinged locking plate or support with fixing described rotation platform with at least one described at least one pin joint locking plate button.
6. data processing equipment as claimed in claim 4, it is characterized in that, also comprise the device side stationkeeping unit that is arranged on the described data processing equipment, described platform side stationkeeping unit is specially at least one pit of being located at described rotation platform side, described device side stationkeeping unit is specially at least one ball on the side phase-contact surface of being located at described data processing equipment and described rotation platform, and at least one described at least one pit and at least one described at least one ball are buckled to fixing described rotation platform.
7. data processing equipment as claimed in claim 4 is characterized in that, described platform side stationkeeping unit is specially at least two positioning chucks coaxial with described rotation platform, and described positioning chuck is detained mutually to fixing described rotation platform.
8. data processing equipment as claimed in claim 4, it is characterized in that, also comprise the device side stationkeeping unit that is arranged on the described data processing equipment, described platform side stationkeeping unit is specially at least one platform side magnetic part of being located at described rotation platform side, described device side stationkeeping unit is specially at least one and the opposite device side magnetic part of described platform side magnetic part magnetic on the side phase-contact surface of being located at described rotation platform, and described platform side magnetic part is inhaled with fixing described rotation platform mutually with described device side magnetic part.
9. data processing equipment as claimed in claim 4, it is characterized in that, also comprise the device side stationkeeping unit that is arranged on the described data processing equipment, described platform side stationkeeping unit is specially the platform side frictional layer attached to described rotation platform side, described device side stationkeeping unit be specially attached to the side phase-contact surface of described rotation platform on the device side frictional layer, described platform side frictional layer and described device side frictional layer are finished at described rotation platform and are rotated the back by the fixing described rotation platform of friction force.
10. data processing equipment as claimed in claim 1 is characterized in that, described rotary touch-controlled device also comprises connecting line arrangement unit, is used for neatly depositing described circuit connecting wire.
11. a keyboard is characterized in that, comprising:
At least one button;
Hollow circular cylinder has a cavity;
Motherboard circuit;
Circuit connecting wire;
Contactor control device is built in the described cavity, and described contactor control device comprises:
Rotation platform comprises plummer and the rotary unit that is connected with described plummer, and described rotary unit is used to make described rotation platform along the axis rotation perpendicular to plane, described plummer place;
Touch control unit is fixed or is removably disposed on the described plummer, links to each other with described motherboard circuit by described circuit connecting wire;
Linkage unit, described touch control unit links to each other and keeps being synchronized with the movement by described linkage unit with described plummer.
12. keyboard as claimed in claim 11, it is characterized in that described rotary unit is specially the rotating shaft of being fixed on the described rotation platform, described rotating shaft links to each other with the housing of described keyboard, and can relatively rotate with described keyboard, the axis of described rotating shaft overlaps with described axis; Perhaps
It is first bulge loop of axle that described rotary unit is specially with described axis, described keyboard be provided with offset with described first bulge loop and first scrobicular ring, described rotation platform rotates relative to described keyboard with described first scrobicular ring by described first bulge loop; Perhaps
It is second scrobicular ring of axle that described rotary unit is specially with described axis, described keyboard be provided with offset with described second scrobicular ring and second bulge loop, described rotation platform rotates relative to described keyboard with described second bulge loop by described second scrobicular ring.
13. keyboard as claimed in claim 11 is characterized in that, described linkage unit be specially be arranged at respectively can detain mutually on described touch control unit and the described rotation platform to first buckle and first draw-in groove; Perhaps
Described linkage unit is specially the viscous material layer that is attached to simultaneously on described touch control unit and the described rotation platform.
14. keyboard as claimed in claim 11, it is characterized in that, described rotary touch-controlled device also comprises the platform side stationkeeping unit that is arranged on the described rotation platform, is used for described rotation platform is fixed in residing at least one position of rotation platform described in the rotary course.
15. keyboard as claimed in claim 11 is characterized in that, described rotary touch-controlled device also comprises connecting line arrangement unit, is used for neatly depositing the circuit connecting wire that links to each other with described touch control unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200796637U CN201184982Y (en) | 2008-03-31 | 2008-03-31 | Data processing apparatus and keyboard |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200796637U CN201184982Y (en) | 2008-03-31 | 2008-03-31 | Data processing apparatus and keyboard |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201184982Y true CN201184982Y (en) | 2009-01-21 |
Family
ID=40272721
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200796637U Expired - Fee Related CN201184982Y (en) | 2008-03-31 | 2008-03-31 | Data processing apparatus and keyboard |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201184982Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104679284A (en) * | 2013-11-29 | 2015-06-03 | 名硕电脑(苏州)有限公司 | Container with input/ output function |
| CN105487600A (en) * | 2014-09-18 | 2016-04-13 | 联想(北京)有限公司 | Electronic equipment |
-
2008
- 2008-03-31 CN CNU2008200796637U patent/CN201184982Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104679284A (en) * | 2013-11-29 | 2015-06-03 | 名硕电脑(苏州)有限公司 | Container with input/ output function |
| CN105487600A (en) * | 2014-09-18 | 2016-04-13 | 联想(北京)有限公司 | Electronic equipment |
| CN105487600B (en) * | 2014-09-18 | 2020-08-25 | 联想(北京)有限公司 | Electronic equipment |
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