CN101763180B - Displacement information transition system, method and indicating device thereof - Google Patents
Displacement information transition system, method and indicating device thereof Download PDFInfo
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Abstract
The invention relates to a displacement information transition system, method and indicating device thereof. The displacement information transition system comprises a displaying device, and an indicating device connected with the displaying device by signals; the displaying device comprises a sensing unit, a first transmitting and receiving unit, and an adjusting structure; the sensing unit is arranged at a first position in the indicating device, which senses the first motion of the indicating position so as to obtain first displacement information; the first transmitting and receiving unit is electrically connected with the sensing unit, and connected with the displaying device by signals to transmit the first displacement information to the displaying device; the adjusting structure is connected with the sensing unit, and adjusts the sensing unit to a second position in the indicating device so as to lead the sensing unit to sense the first motion of the indicating device and obtain second displacement information, thereby leading the first transmitting and receiving unit to transmit the second displacement information to the displaying device. The invention improves the moving phenomenon of deviation display vernier in the prior art.
Description
Technical field
The present invention relates to displacement information transition system and method, particularly adjust the System and method for of displacement information conversion through the adjustment structure in the indicating device.
Background technology
The control of vernier in the computer system usually through indicating device as: mouse or optical pen wait and realize; No doubt enough when utilizing the so general indication of operator scheme conduct purposes; But be used as for needs under the situation of comparatively exquisite fine precisions such as painting or write; But may have problems; Because every user's hand eye coordination property is all inconsistent with reaction, so user's angle of controlling indicating device and use habit etc. all become operational variance factor, with making the corresponding deformation trace that shows and user are expected on the screen deformation trace difference to some extent.
In other words; The user is when the indicating device of operation mouse or optical pen and so on; Be unlike in that general smooth surface is write or the surface of nib contact when painting and the surface of displaying are at grade, on the contrary, when controlling the vernier displacement on the screen through moving of mouse or optical pen; The actual surface of moving and operating indicating device of user is not the screen that display position moves; Therefore carry out correspondingly between also must the deformation trace with the deformation trace of reality and demonstration, and this corresponded manner will cause the corresponding picture that comes out that the situation of skew is arranged because of following the example of of the coordinate axis that is used as benchmark on the screen with user's cognition or customary difference.
See also Fig. 1, the deviation situation synoptic diagram of the imaging results when it is drawn for the user operates indicating device and the reference coordinate between centers of screen-picture.Among Fig. 1 (a); The user operates indicating device and expects and draw a upright tree 101; But because the corresponding relation between indicating device and screen exists error; The skew situation that feasible tree 101 appears on screen like Fig. 1 (b); Be that screen is attend between the reference data (x-y coordinate) of institute's operation displayed benchmark (x '-y ' coordinate) and screen end an angle θ of skew is clockwise arranged; And such skew all maybe be different for each user even every group screen curtain and the corresponding relation of indicating device, i.e. operation for user A exists clockwise/deviation angle θ 1 counterclockwise, for the operation of user B then exist another clockwise/counterclockwise deviation angle θ 2.
Produce the situation of deviation angle for fear of the picture of screen display, the user must cooperate the result of screen display to proofread and correct with manual mode usually, makes such mode of operation quite not conform with ergonomics.And it is another kind of with the practice that solves the corresponding precision problem of displacement; Then be to use plotting sheet to come sense of displacement that indicating devices such as sensing ruling pen move with respect to the XY direction of principal axis on the plotting sheet; Adjust relative position through plotting sheet and reach the relative coordinate benchmark that meets user's expection; Such practice no doubt provides a kind of settling mode, but the volume of plotting sheet but seems quite huge compared to common indicating device, and therefore such practice causes sizable inconvenience for the user.
Can learn that via above-mentioned explanation known technology is unsatisfactory with the function of the corresponding display result of screen for the detection of indicating device, though and the practice of plotting sheet solves such error still brings other inconvenience.
Summary of the invention
The object of the present invention is to provide a kind of displacement information transition system, method and indicating device, it need not use plotting sheet and still can improve the coordinate setting precision problem of indicating device corresponding to screen.
One side of the present invention is a kind of displacement information transition system, and it comprises: a display device; And an indicating device, signal is connected in this display device, and it comprises: a sensing cell, be positioned at a primary importance of this indicating device, one first of its this indicating device of sensing moves and obtains one first displacement information; One first transmit receive unit is electrically connected on this sensing cell and signal and is connected in this display device, and it is sent to this display device with this first displacement information; An and adjustment structure; Be connected in this sensing cell; It is adjusted to the second place in this indicating device with this sensing cell by this primary importance; And make this this indicating device of sensing cell sensing this first move and obtain one second displacement information, and then make this first transmit receive unit that this second displacement information is sent to this display device.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this adjustment structure comprises: a rotation driving lever; And a rotating mechanism, being connected in this rotation driving lever and this sensing cell, it to the operation of this rotation driving lever and this rotating mechanism of related adjustment, and then is adjusted to this second place with this sensing cell by this primary importance according to a user.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this display device comprises: one second transmit receive unit, signal are connected in this first transmit receive unit, and it receives this first displacement information and this second displacement information.
According to above-mentioned conception; Displacement information transition system of the present invention; Wherein this display device also comprises: a display unit; Be electrically connected this second transmit receive unit, this display unit to should first displacement information and this second displacement information show one first deformation trace and one second deformation trace respectively.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this display device has a reference data, and first deformation trace has one first operation benchmark, this second deformation trace has one second operation benchmark.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this second operation benchmark is than this first operation benchmark this reference data of convergence more.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this indicating device also comprises: one first control module, be connected in this adjustment structure, and its this adjustment structure of control is adjusted to this second place with this sensing cell.
According to above-mentioned conception; Displacement information transition system of the present invention; Wherein this calibration apparatus comprises: a motor; Be electrically connected on this first control module, it receives the control signal that this first control module sent and with a rotation or a move mode this sensing cell is adjusted to this second place.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this adjustment structure also comprises: a rotating mechanism is connected in this sensing cell; And a rotary joint, being connected in this rotating mechanism and this motor, it drives this rotating mechanism rotation according to this control signal, and and then adjusts this sensing cell to this second place.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this calibration apparatus can be adjusted to this second place with this sensing cell from this primary importance through a rotation or a move mode.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this calibration apparatus can be a track, a gear or a spool.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this indicating device also comprises: a housing, be arranged at this sensing cell outside, and this housing can be made up of a metal material, an alloy material, a plastic material or a compound substance.
According to above-mentioned conception; Displacement information transition system of the present invention; Wherein this indicating device also comprises: an executive component, be arranged on this housing and be connected in this adjustment structure, its according to user's operation and corresponding this adjustment structure of adjustment to the amplitude of this sensing cell adjustment.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this executive component can be a button or a knob.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this indicating device can be an indicator device like an optical mouse, a MousePen or a trace ball etc.
According to above-mentioned conception, displacement information transition system of the present invention, wherein can further obtain one first operation benchmark, can further obtain one second operation benchmark by this second displacement information by this first displacement information.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this display device has a reference data, and this second operation benchmark is than this first operation benchmark this reference data of convergence more.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this display device can be a screen or a tablet computer.
According to above-mentioned conception, displacement information transition system of the present invention, wherein the signal connected mode of this display device and this indicating device can be wireless mode such as infrared ray, blue bud, wireless network or is wired modes such as data line, grid line.
Another aspect of the invention is a kind of indicating device, it comprises: a housing; One sensing cell is arranged at the primary importance in this housing, and it is that one first of this housing of sensing moves and obtains one first displacement information, and this first displacement information is sent to a display device; An and adjustment structure; Be connected in this sensing cell; It is adjusted to the second place in this housing with this sensing cell by this primary importance; And then make this this housing of sensing cell sensing this first move and obtain one second displacement information, and this second displacement information is sent to this display device.
According to above-mentioned conception; Indicating device of the present invention; Wherein this indicating device also comprises: one first transmit receive unit, and be electrically connected on this sensing cell and signal and be connected in a display device, it is sent to this display device with this first displacement information and this second displacement information.
According to above-mentioned conception, indicating device of the present invention, this indicating device also comprises: one first control module, be electrically connected on this sensing cell and this first transmit receive unit, and its this adjustment structure of control is adjusted to this second place with this sensing cell.
According to above-mentioned conception, indicating device of the present invention, wherein this adjustment structure comprises: a rotation driving lever is connected in this housing; And a rotating mechanism, be arranged in this housing and be connected in this rotation driving lever and this sensing cell, according to a user adjustment of this rotation driving lever is driven this rotating mechanism, and then this sensing cell is adjusted to this second place by this primary importance.
According to above-mentioned conception, indicating device of the present invention, wherein this adjustment structure also comprises: a rotary joint, be arranged in this housing and be connected to this rotating mechanism, its control signal of being sent according to this first control module drives this rotating mechanism rotation.
According to above-mentioned conception; Indicating device of the present invention; Wherein this adjustment structure comprises: a motor, be electrically connected on this first control module and this sensing cell, and it is adjusted to this second place with a rotating manner or a move mode with this sensing cell by this first control module control.
According to above-mentioned conception, indicating device of the present invention, wherein this display device comprises: one second transmit receive unit, and signal is connected in this indicating device, and it receives this first displacement information and this second displacement information.
According to above-mentioned conception; Indicating device of the present invention, wherein this display device also comprises: a display unit is electrically connected this second transmit receive unit; This display unit has a reference data, and corresponding said displacement information and show one first track and one second track.
According to above-mentioned conception, indicating device of the present invention, wherein can get one first operation benchmark, and this second track can get one second operation benchmark certainly from this first track.
According to above-mentioned conception, indicating device of the present invention, wherein this second operation benchmark is than this first operation benchmark this reference data of convergence more.
According to above-mentioned conception; Indicating device of the present invention; Wherein this display device also comprises: one second control module; Be electrically connected on this second transmit receive unit and this display unit, it gets one first control information and is sent to this indicating device through this second transmit receive unit according to this first operation benchmark and this reference data.
According to above-mentioned conception, indicating device of the present invention, wherein this housing can be made up of a metal material, an alloy material, a plastic material or a compound substance.
According to above-mentioned conception; Displacement information transition system of the present invention; Wherein this indicating device also comprises: an executive component, be arranged on this housing and be connected in this adjustment structure, its according to user's operation and corresponding this adjustment structure of adjustment to the amplitude of this sensing cell adjustment.
According to above-mentioned conception, displacement information transition system of the present invention, wherein this executive component can be a button or a knob.
According to above-mentioned conception, indicating device of the present invention, wherein this calibration apparatus can be a track, a gear or a spool.
According to above-mentioned conception, indicating device of the present invention, it can be an indicator device like an optical mouse, a MousePen or a trace ball etc.
According to above-mentioned conception, indicating device of the present invention, wherein this display device can be a screen or a tablet computer.
According to above-mentioned conception, indicating device of the present invention, wherein this display device and this indicating device can infrared ray, wireless mode such as blue bud, wireless network or be connected with wired mode signals such as data line, grid lines.
Of the present invention is a kind of displacement information conversion method more on the one hand; Be applied to have an indicating device of a sensing cell and an adjustment structure; Wherein this sensing cell is positioned at a primary importance of this indicating device; This displacement information conversion method comprises following steps: this sensing cell moves according to one first of this indicating device and obtains one first displacement information, and this first displacement information is sent to a display device; Through this adjustment structure this sensing cell is adjusted to the second place in this indicating device by this primary importance; And this sensing cell first moves and obtains one second displacement information according to this of this indicating device, and this first displacement information is sent to this display device.
According to above-mentioned conception, displacement information conversion method of the present invention, this displacement information conversion method also comprises following steps: receive this first displacement information and corresponding one first deformation trace that shows by a display device; And this display device receives this first displacement information and corresponding one second deformation trace that shows.
According to above-mentioned conception, displacement information conversion method of the present invention, wherein also comprise following steps: this display device provides a reference data; Get one first operation benchmark according to this first deformation trace; And relatively this reference data and this first operation benchmark and an adjustment information.
According to above-mentioned conception, displacement information conversion method of the present invention wherein also comprises following steps: this adjustment structure is adjusted this sensing cell to this second place according to this adjustment information.
According to above-mentioned conception; Displacement information conversion method of the present invention, wherein this adjustment structure step of adjusting this sensing cell to this second place according to this adjustment information makes this second operation benchmark more level off to this reference data of this display device than this first operation benchmark.
According to above-mentioned conception, displacement information conversion method of the present invention, wherein this adjustment structure step of adjusting this sensing cell to this second place according to this adjustment information can realize the manual operation of this adjustment structure through the user.
According to above-mentioned conception, displacement information conversion method of the present invention, wherein this adjustment structure step of adjusting this sensing cell to this second place according to this adjustment information can realize through this adjustment structure of the control of one first control module in this indicating device.
According to above-mentioned conception, displacement information conversion method of the present invention wherein also comprises following steps: corresponding user and store this adjustment information in a storage unit.
The present invention reaches the deviation adjustment effect of display device when correspondence shows displacement through changing the displacement information that indicating device is sent to display device, shows the phenomenon that vernier moves thereby improved the known technology deviation.
Description of drawings
Fig. 1 (a), Fig. 1 (b), the deviation situation synoptic diagram of the imaging results when it is drawn for the user operates indicating device and the reference coordinate between centers of screen-picture.
Fig. 2, it is adjusted to directivity with the reference data input picture view when consistent for the operation benchmark of the present invention during with user's practical operation indicating device.
Fig. 3, it is a displacement information transition system synoptic diagram of the present invention.
Fig. 4 (a), the relative position figure of the indicating device inner structure when it is positioned at primary importance for sensing cell.
Fig. 4 (b), the indicating device trajectory diagram when it is positioned at primary importance for sensing cell.
Fig. 4 (c), it is adjusted to sensing cell for the adjustment structure relative position figure of the indicating device inner structure after the second place.
Fig. 4 (c), it is adjusted to the indicating device trajectory diagram after the second place for the adjustment structure with sensing cell.
Fig. 5, it is the operational flowchart of the displacement information Adjustment System of the present invention's proposition.
Fig. 6 (a), Fig. 6 (b), it is the partial interior structural representation that applies the present invention to a MousePen.
Description of reference numerals in the above-mentioned accompanying drawing is following:
101,201 trees, 338 lines
3391 body shells of 31 display device
311 display units, 3393 written shells
313 second control modules, 3394 MousePen shells
315 second transmit receive units, 3395 scales
33 indicating devices, 3397 openings
331 sensing cells, 3331 rotation driving levers
333 adjustment structures, 3333 rotary joints
335 first transmit receive units, 3335 adjustment structures
337 first control modules, 501～507 steps
Embodiment
Because when known technology corresponds to indicating device mobile display device such as screen; Has the phenomenon that deviation shows that vernier moves; In order to improve this kind phenomenon; The present invention proposes a kind of method of between display device (as: screen, tablet computer etc.) and indicating device (as: optical mouse, MousePen or trace ball etc.), carrying out the displacement information conversion; The main practice is to adjust the physical location of the sensing cell of sensed displacement in indicating device set inside adjustment structure, and after the position of sensing cell was adjusted, then the user associated sensed result that moves indicating device also can be affected; And then change the displacement information that indicating device is sent to display device, reach the deviation adjustment effect of display device when correspondence shows displacement.
See also Fig. 2; It is adjusted to directivity with reference data (x-y coordinate) the input picture view when consistent for the operation benchmark of the present invention during with user's practical operation indicating device (x '-y ' coordinate); In case the operation benchmark can be consistent with the direction of reference data; Then the tree on the screen 201 just can appear with the mode that forward does not have a skew when showing; Therefore the present invention just the operation benchmark when how will import (x '-y ' coordinate) trend towards reference data (x-y coordinate) as target, develop the practice of utilizing the interior adjustment structure of indicating device to adjust sensing cell.
See also Fig. 3; It is a displacement information transition system synoptic diagram of the present invention; This displacement information transition system has mainly comprised display device 31 and indicating device 33, can or be that wired mode signals such as data line, grid line are connected through wireless mode such as infrared ray, blue bud, wireless network between display device 31 and the indicating device 33.
Indicating device 33 used in the present invention comprises: sensing cell 331, originally be positioned at primary importance, and be used for the sensing user first of indicating device 33 is moved and to obtain first displacement information; First transmit receive unit 335 is electrically connected on sensing cell 331 and signal and is connected in display device 31, the purpose of using first transmit receive unit 335 be with the user operate for indicating device 33 and first displacement information be sent to display device 31; And adjustment structure 333; Be connected in sensing cell 331; Through adjustment structure 333 sensing cell 331 is adjusted to the second place by at the beginning primary importance; Then sensing cell 331 moves obtaining second displacement information for first of sensing indicating device 33 when the second place, and then through first transmit receive unit 335 second displacement information is sent to display device 31.In addition, indicating device 33 can also adopt the structure of housing 339 usually, is used for interior arrangements such as sensing cell 331, first transmit receive unit 339 and first control module 337 etc. are arranged in the indicating device 33.
In indicating device 33, be connected in sensing cell 331 and to the adjustment structure 333 that its position is adjusted, the core practice of the present invention of can saying so.The purpose of using adjustment structure 333 is that the sensing cell on being connected in 331 is adjusted to the second place by primary importance; Make sensing cell 331 because operation benchmark that the second place sensed with originally in operation benchmark that primary importance sensed difference to some extent; And when the sensing user moves for first of indicating device 33, obtain second displacement information, and then make first transmit receive unit 335 that second displacement information is sent to display device 31.In addition, indicating device 33 can also be connected to first control module 337 with adjustment structure 333, controls the adjustment action of 333 pairs of sensing cells 331 of adjustment structure through first control module 337.
The external form that the mode that adjustment structure 333 is adjusted for sensing cell 331 can be looked indicating device 33 is with factors such as structures and different; For example: constitute adjustment structure 333 through rotation driving lever connected to one another and rotating mechanism; Rotating mechanism is connected in sensing cell 331; Thus, when the user operate rotation during driving lever with related adjustment rotating mechanism, and then sensing cell 331 is adjusted to the second place afterwards by primary importance originally.
Structure corresponding to indicating device 33; Display device 31 of the present invention has comprised second transmit receive unit 313; Be connected in first transmit receive unit 335 in the indicating device 33 in order to signal, it receives first displacement information and second displacement information that first transmit receive unit 335 is transmitted.Be electrically connected on the display unit of second transmit receive unit 315 in addition in addition; Be used for corresponding first displacement information and second displacement information of showing; As for 313 of second control modules that is electrically connected on display unit 311 and second transmit receive unit 315 can be with the contents extraction of these displacement informations and behind the corresponding coordinate information; First deformation trace and second deformation trace that will correspond respectively to first displacement information and second displacement information through control signal are shown in respectively in the display unit 311, and wherein second deformation trace will more meet the reference data (x-y coordinate) that display device 33 is provided than first deformation trace.
See also Fig. 4; It is that indicating device 33 of the present invention is in the inside block diagram of adjustment sensing cell 331 front and back and the explanation of trajectory diagram; Wherein Fig. 4 (a), Fig. 4 (b) represent the user when using indicating device 33 at the beginning; The relative position figure and the trajectory diagram of indicating device 33 inner structures, Fig. 4 (c), Fig. 4 (d) then represent the relative position figure and the trajectory diagram of indicating device 33 inner structures after adjustment structure 33 is adjusted to the second place with sensing cell 331.
Display device has first operation of moving that a reference data is carried out indicating device 33 by user that arrow indicates among Fig. 4 (a) and Fig. 4 (c) equally; Behind interior location through adjustment structure 333 adjustment sensing cells 331; The sensing direction that makes sensing cell 331 is consistent with the moving direction of housing 339, and the signal that makes correspondence send display device 31 to produces the effect of less error.First deformation trace has one first operation benchmark, second deformation trace and has one second operation benchmark, and the second operation benchmark is than this first operation benchmark this reference data of convergence more.
In other words; When the user uses indicating device 33 at first; Move and the vernier track that produces has one group of actual coordinate axle x1 '-y1 ' (i.e. the first operation benchmark) as first; Have deviation angle θ between this coordinate axis and reference coordinate axle x-y (being reference data), and the angle of this skew will because of sensing cell 331 by the angle and position of adjustment sensings after, when letting the user that same indicating device 33 is carried out identical move mode; Actual coordinate axle x2 '-y2 ' after the renewal (promptly second operation benchmark) be adjusted to into the consistent direction of reference coordinate axle x-y of benchmark as a reference, reach the purpose of adjusting displacement information.
See also Fig. 5, it is the operational flowchart of the displacement information Adjustment System of the present invention's proposition.The displacement information transition system of being made up of display device 31 and indicating device 33 is when the user begins indicating device 33 operated (step 501); The mobile pairing track that the display unit 311 (being generally screen) of display device 31 can correspondingly show the user to indicating device 33 compares with the reference coordinate axle of motion track and screen itself whether crooked phenomenon (step 503) is arranged; If judge that crooked result is sure; Then system gets into the program (step 505) of adjustment operation reference coordinate axle and repeats to judge and the process of adjusting; Until judge that crooked result is for negating; The crooked part of this representative has been eliminated through the mode of adjustment sensing cell 331 positions, so the step of adjustment is also in this end (step 507).
Further observing system gets into the program (step 505) of the position of adjustment sensing cell 331 with realization adjustment operation reference coordinate axle; Can find that this step can divide into different modes with operator's use-pattern according to the configuration mode of displacement information transition system, below run over wherein several kinds:
One of which is compared reference data and operation reference coordinate for the user through the range estimation mode; When adopting this kind pattern; The user is with the adjustment structure 333 on the manual mode adjustment indicating device 33; Adjust the position of connection sensing cell 331 on it with mode such as rotate or move through adjustment structure 33; User's manual adjustment will make displacement information that indicating device 33 is sent to display device 31 also correspondence change, through repeating to adjust the process of sensing cell 331, whether reach unanimity by the reference coordinate of the display frame of visual judgement deformation trace of user and display device 31; After obtaining a position that can not produce deviation, then follow-up operation all can be adopted consistent correspondence adjustment mode.
Second it can provide a training software in display device 31; Let the user actual utilize indicating device 33 draw or handwriting input before obtain corresponding conversion setting value; Gap needs in order to the prompting user still departs from are adjusted again; Even further indicate the sense of rotation of the required adjustment of user or mobile amplitude, for example represent quantity of required adjustment etc. with the numerical value of scale.
Its three is to use as indicating device 33 inner adjustment structures 333 with motor, and electric electromechanics is connected in sensing cell 331, and then motor can use rotating manner or move mode that sensing cell 331 is adjusted to the second place.The amplitude of motor adjustment sensing cell 331 can be by user's manual adjustment; Or after obtaining the adjusting range in the reference information that display device 31 passed back through first transmit receive unit 335, directly affect the displacement of sensing cell 331 by first control module, 337 control motor.
See also Fig. 6 (a), Fig. 6 (b), it is the synoptic diagram that applies the present invention to the partial interior structure of a MousePen.Wherein Fig. 6 (a) is the sectional view of cutting sth. askew; To adopt the MousePen shells 3394 that various types of materials constituted such as metal material, alloy material, plastic material or compound substance to divide into a body shell 3391 and written shell 3393 among the figure; First control module, 337 (not shown) then are attached on the MousePen main circuit board 3371, adjust the position of sensing cell 331 in MousePen through line 338 modes.
Fig. 6 (b) then further carries out trickleer observation for housing 339 structures of indicating device 33 and the composition of adjustment structure 333; Housing 339 among the figure is except MousePen shell 3394; Scale 3395 and opening 3397 more are provided for the use of the adjustment structure 333 of arranging in pairs or groups; On the other hand; 333 on adjustment structure further provides the adjustment mode of rotation driving lever 3331 as the user, and through opening on the housing 339 3397 and scale 3395, rotation driving lever 3395 can be with the control of the unit on the scale 3395 as adjusting range; And then affect moving of rotary joint 3333, then again with the sensing cell 331 on the rotary joint 3333 drive rotatable mechanism 3335.
Adjust the position of sensing cell except utilizing the adjustment structure; Can also increase an executive component (not shown) that is arranged on the housing 339 and is connected in adjustment structure 333 on the indicating device; Such as button or knob; The interface that provides the user to operate, and according to user's operation and the amplitude of 333 pairs of sensing cells of corresponding adjustment adjustment structure, 331 adjustment.Certainly; The design of adjustment structure 333 is except several kinds of above-mentioned modes; Different variations can also be arranged; No matter be to drive the structure of sensing cell 331, as long as can be used to drive sensing cell 331 to rotate or move mode produces the position and moves all and may be utilized with track, gear, spool or other.
The aforementioned position of how the clear indicating device of the present invention of explaining of block scheme 33 being adjusted sensing cell 331 through adjustment structure 333; Be sent to display device so as to the adjustment indicating device; As for the communication way between indicating device and the display device; Then can utilize different modes to carry out, be not limited to aforementioned giving an example.
In addition; Use habit to the different users; Can also in indicating device, write down the deviation angle of transferring sensing cell 331 with the storage unit (not shown); Memory cell is electrically connected on first control module 337, so as to the function of user's corresponding record is provided, and makes the user when follow-up use indicating device 33; Can exempt the corresponding adjustment process of conversion through the function of user's corresponding record, and can directly use adjustment structure 333 that this sensing cell 331 is adjusted to the relative position corresponding to specific user.
Though the present invention has disclosed like above-mentioned preferred embodiment, yet it is not in order to limiting the present invention, and the present invention must be appointed by those of ordinary skills and executes that the craftsman thinks and be to modify as all, yet does not take off as attaching the scope of claim institute desire protection.
Claims (18)
1. displacement information transition system, it comprises:
One display device; And
One indicating device, signal are connected in this display device, and it comprises:
One sensing cell is positioned at a primary importance of this indicating device, and one first of its this indicating device of sensing moves and obtains one first displacement information;
One first transmit receive unit is electrically connected on this sensing cell and signal and is connected in this display device, and it is sent to this display device with this first displacement information; And
One adjustment structure; Be connected in this sensing cell; It is adjusted to the second place in this indicating device with this sensing cell by this primary importance; And make this this indicating device of sensing cell sensing this first move and obtain one second displacement information, and then make this first transmit receive unit that this second displacement information is sent to this display device.
2. displacement information transition system as claimed in claim 1, wherein this display device comprises:
One second transmit receive unit, signal are connected in this first transmit receive unit, and it receives this first displacement information and this second displacement information; And
One display unit is electrically connected this second transmit receive unit, this display unit to should first displacement information and this second displacement information show one first deformation trace and one second deformation trace respectively.
3. displacement information transition system as claimed in claim 1; Wherein this display device has a reference data; And further obtained one first operation benchmark, further obtained one second operation benchmark by this second displacement information by this first displacement information, wherein this second operation benchmark is than this first operation benchmark this reference data of convergence more.
4. displacement information transition system as claimed in claim 1, wherein this indicating device also comprises:
One first control module; Be connected in this adjustment structure; It controls a motor that is electrically connected on this adjustment structure according to the user to the operation of an executive component, rotates or a move mode with one through this adjustment structure of this motor drives, and this sensing cell is adjusted to this second place.
5. displacement information transition system as claimed in claim 4, wherein this adjustment structure comprises:
One rotating mechanism is connected in this sensing cell; And
One rotary joint is connected in this rotating mechanism and this motor, and it drives this rotating mechanism rotation according to a control signal, and and then adjusts this sensing cell to this second place.
6. displacement information transition system as claimed in claim 1, wherein this adjustment structure is a track, a gear or a spool.
7. displacement information transition system as claimed in claim 1, wherein this indicating device also comprises:
One housing is arranged at this sensing cell outside, and this housing is made up of a metal material, a plastic material or a compound substance.
8. displacement information transition system as claimed in claim 1, wherein this indicating device also comprises:
One housing is arranged at this sensing cell outside, and this housing is made up of an alloy material.
9. indicating device, it comprises:
One housing;
One sensing cell is arranged at the primary importance in this housing, and one first of its this housing of sensing moves and obtains one first displacement information, and this first displacement information is sent to a display device; And
One adjustment structure; Be connected in this sensing cell; It is adjusted to a second place that is positioned at this housing with this sensing cell by this primary importance; And then make this this housing of sensing cell sensing this first move and obtain one second displacement information, and this second displacement information is sent to this display device.
10. indicating device as claimed in claim 9, wherein this indicating device also comprises:
One first transmit receive unit is electrically connected on this sensing cell and signal and is connected in this display device, and it is sent to this display device with this first displacement information and this second displacement information; And
One first control module is electrically connected on this sensing cell and this first transmit receive unit, and its this adjustment structure of control is adjusted to this second place with this sensing cell.
11. indicating device as claimed in claim 10, wherein this adjustment structure comprises:
One rotation driving lever is connected in this housing;
One rotating mechanism is arranged in this housing and is connected in this rotation driving lever and this sensing cell, according to a user adjustment of this rotation driving lever is driven this rotating mechanism, and then this sensing cell is adjusted to this second place by this primary importance; And
One rotary joint is arranged in this housing and is connected to this rotating mechanism, and its control signal of being sent according to this first control module drives this rotating mechanism rotation.
12. indicating device as claimed in claim 10; Wherein this adjustment structure comprises a motor; Be electrically connected on this first control module and this sensing cell, it is adjusted to this second place with a rotating manner or a move mode with this sensing cell by this first control module control.
13. indicating device as claimed in claim 9, wherein this display device comprises one second transmit receive unit, and signal is connected in this indicating device, and it receives this first displacement information and this second displacement information.
14. indicating device as claimed in claim 13; Wherein this display device also comprises a display unit; Be electrically connected this second transmit receive unit, this display unit has a reference data, and corresponding said displacement information and show one first track and one second track; According to corresponding respectively one first operation benchmark and the one second operation benchmark of drawing of this first track and this second track, wherein this second operation benchmark is than this first operation benchmark this reference data of convergence more.
15. indicating device as claimed in claim 14; Wherein this display device also comprises one second control module; Be electrically connected on this second transmit receive unit and this display unit, it gets one first control information and is sent to this indicating device through this second transmit receive unit according to this first operation benchmark and this reference data.
16. a displacement information conversion method, an indicating device that is applied to have a sensing cell and an adjustment structure, wherein this sensing cell is positioned at a primary importance of this indicating device, and this displacement information conversion method comprises following steps:
This sensing cell moves according to one first of this indicating device and obtains one first displacement information, and this first displacement information is sent to a display device;
Through this adjustment structure this sensing cell is adjusted to the second place in this indicating device by this primary importance; And
This sensing cell first moves and obtains one second displacement information according to this of this indicating device, and this second displacement information is sent to this display device.
17. displacement information conversion method as claimed in claim 16 wherein also comprises following steps:
This display device provides a reference data;
Get one first operation benchmark according to this first deformation trace;
Relatively this reference data and this first operation benchmark and an adjustment information; And
This adjustment structure is adjusted this sensing cell to this second place according to this adjustment information, and then makes this second operation benchmark more level off to this reference data of this display device than this first operation benchmark.
18. displacement information conversion method as claimed in claim 17; Wherein this adjustment structure is adjusted the manual operation realization of the step of this sensing cell to this second place through the user according to this adjustment information, or realizes through this adjustment structure of the control of one first control module in this indicating device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010100025068A CN101763180B (en) | 2010-01-08 | 2010-01-08 | Displacement information transition system, method and indicating device thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010100025068A CN101763180B (en) | 2010-01-08 | 2010-01-08 | Displacement information transition system, method and indicating device thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101763180A CN101763180A (en) | 2010-06-30 |
| CN101763180B true CN101763180B (en) | 2012-07-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010100025068A Expired - Fee Related CN101763180B (en) | 2010-01-08 | 2010-01-08 | Displacement information transition system, method and indicating device thereof |
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| Country | Link |
|---|---|
| CN (1) | CN101763180B (en) |
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2010
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| Publication number | Publication date |
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| CN101763180A (en) | 2010-06-30 |
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