CN101517610A - Project information display device, project information display method, project information display program, and electronic medical record information display device - Google Patents
Project information display device, project information display method, project information display program, and electronic medical record information display device Download PDFInfo
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Abstract
The present invention provides an electronic medical record information display device capable of displaying project information performing project management in a time unit desired by a user by a simple operation. The device includes: a storage unit (30) for storing calendar information, detailed information on medical operation, and electronic medical record information; a time scale generation unit (41) for acquiring calendar information from the storage unit (30) and generating a plurality of time scales of the different time units; an electronic medical record information acquisition unit (42) for acquiring electronic medical record information corresponding to the time scale of the smallest time unit among the generated time scales from the storage unit (30); display screen information generation unit (43) for generating display screen information from the generated time scales and the acquired electronic medical record information; and a display unit (50) having the display screen for displaying the generated display screen information.
Description
Technical field
The present invention relates to a kind of project information display device, project information display packing, project information display routine and electronic health record information display device that is used for the project management in various fields.
Background technology
In the past, developed and utilized a kind of application program that is used for carrying out project management in various fields.
Wherein, utilize electronic health record to come the treatment plan of managing patient at medical scene.
By adopting this electronic health record, and utilize paper defects to last to compare, can dwindle the shelf space of data, and do not browse paper defects and operation such as go through and the information in the past relevant of can in display frame, reading rapidly with desirable patient.
For rapid reading patient's information, shown in TOHKEMY 2003-108661 communique, like that, be aggregated into instrument in the schedule by utilizing the medical information that will be called clinical path, can easily read to the process and the plan of treatment.
In addition, by the technology of using No. 2706645 communiques of Jap.P. or No. 2815346 communiques of Jap.P. to put down in writing, a glance just can be understood the arrangement of time about patient's various information, and can share information with the healthcare givers of relevant treatment, and carry out input of data etc. by each healthcare givers, perhaps can suitably change treatment plan etc. according to these.
Summary of the invention
But, the technology that above-mentioned No. 2706645 communiques of TOHKEMY 2003-108661 communique, Jap.P. and No. 2815346 communiques of Jap.P. are put down in writing shows each information in the framework of calendar (with day or hour be unit) at a fixed time, and can't tackle the situation etc. of wanting to want to show with the year with the situation of more detailed chronomere (for example to divide or second be unit) display message, on the contrary the long-standing information of leap that is unit etc.
For example, in the various project managements of the treatment plan in comprising medical treatment, each behavior of formation project and other behavior from the possession, situation about being associated exclusively is more, only have under the situation about using at the appointed time with the details of related situation subordinate, exclusive of other behavior etc., in order clearly to point out these information, need sometimes to carry out to be divided into unit or to be the demonstration of unit with the second.
In the invention that Japanese kokai publication hei 11-212700 communique is put down in writing, be displayed on GUI identifier in the display frame by operation, can change to year, month, day etc. is that the desirable display mode of unit comes display message, but expects a kind of technology that can more easily carry out the alter operation of this display mode.
Therefore, the object of the present invention is to provide a kind of project information display device, project information display packing, project information display routine and electronic health record information display device that can show the project information of carrying out project management with the desirable chronomere of user by shirtsleeve operation.
In order to achieve the above object, project information display device of the present invention is characterised in that, possess: storage part, its storage comprise the calendar information of date information, as a plurality of behavioural informations of the details of each behavior of carrying out in project and the project information that is made of behavioural information of selecting from above-mentioned a plurality of behavioural informations and the execution time information of carrying out this selected behavioural information; The time scale generating unit, it obtains calendar information during the appointed demonstration from above-mentioned storage part, generates a plurality of time scales of different time unit; The project information acquisition unit, its from above-mentioned storage part obtain with a plurality of time scales that generate by above-mentioned time scale generating unit among corresponding, the project information that comprises above-mentioned execution time information in during above-mentioned demonstration of the time scale of minimum chronomere; Display frame information generating unit, it generates display frame information according to a plurality of time scales that generated by above-mentioned time scale generating unit and the project information of being obtained by above-mentioned project information acquisition unit; And display part, it shows the display frame information that is generated by above-mentioned display frame information generating unit.
In addition, project information display packing of the present invention is characterised in that, possess following steps: storing step, storage comprise the calendar information of date information, as a plurality of behavioural informations of the details of each behavior of carrying out in project and the project information that is made of behavioural information of selecting from above-mentioned a plurality of behavioural informations and the execution time information of carrying out this selected behavioural information; Time scale generates step, obtains the calendar information during the appointed demonstration from the calendar information of storing above-mentioned storing step, generates a plurality of time scales of different time unit; The project information obtaining step obtains corresponding with the time scale that generates chronomere minimum in a plurality of time scales that generate in the step at above-mentioned time scale, as to comprise above-mentioned execution time information in during above-mentioned demonstration project information from the project information of storing above-mentioned storing step; Display frame information generates step, generates display frame information according to a plurality of time scales that generate in above-mentioned time scale generation step and the project information of obtaining in above-mentioned project information obtaining step; And step display, be presented at above-mentioned display frame information and generate the display frame information that generates in the step.
In addition, project information display routine of the present invention is characterised in that, makes the project information display device realize following function: storage comprises the calendar information of date information, as a plurality of behavioural informations of the details of each behavior of carrying out in project and the project information that is made of behavioural information of selecting from above-mentioned a plurality of behavioural informations and the execution time information of carrying out this selected behavioural information; From stored above-mentioned calendar information, obtain the calendar information during the appointed demonstration, generate a plurality of time scales of different chronomeres; Corresponding, the project information that comprises above-mentioned execution time information in during above-mentioned demonstration of the time scale of minimum chronomere among the above-mentioned a plurality of time scales that from above-mentioned stored project information, obtain and generated; According to generating display frame information by above-mentioned a plurality of time scales that generated and the accessed project information corresponding with the temporal information of time scale above-mentioned minimum time unit; And show the above-mentioned display frame information generated.
In addition, electronic health record information display device of the present invention is characterised in that, possess: storage part, its storage comprise the calendar information of date information, as a plurality of behavioural informations of the details of each behavior of carrying out in project and the electronic health record information that is made of behavioural information of selecting from above-mentioned a plurality of behavioural informations and the execution time information of carrying out this selected behavioural information; The time scale generating unit, it obtains calendar information during the appointed demonstration from above-mentioned storage part, generates a plurality of time scales of different chronomeres; The electronic health record information acquiring section, its from above-mentioned storage part obtain with a plurality of time scales that generate by above-mentioned time scale generating unit corresponding, the electronic health record information that comprises above-mentioned execution time information in during above-mentioned demonstration of the time scale of minimum chronomere; Display frame information generating unit, it generates display frame information according to a plurality of time scales that generated by above-mentioned time scale generating unit and the electronic health record information of being obtained by above-mentioned electronic health record information acquiring section; And display part, it constitutes the display frame information that demonstration is generated by above-mentioned display frame information generating unit.
Therefore according to project information display device of the present invention, project information display packing, project information display routine and electronic health record information display device, can show the project information of carrying out project management with the desirable chronomere of user by shirtsleeve operation.
Description of drawings
Fig. 1 is the block diagram of expression as the structure of the electronic health record display device of the project information display device of an embodiment of the invention.
Fig. 2 is the key diagram of the structure of the COA that utilizes in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Fig. 3 is the key diagram of position of the information of the COA on the time shaft that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Fig. 4 is the displayed map of the time scale of the parallel time scale pattern that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Fig. 5 is the displayed map of the time scale of the time course scale pattern that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Fig. 6 is that to be illustrated in what show as each picture in the electronic health record display device of the project management display device of an embodiment of the invention be the key diagram of time width of the time scale of unit with day, hour, minute.
Fig. 7 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Fig. 8 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Fig. 9 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 10 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 11 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 12 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 13 is the displayed map of the display frame that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 14 is the process flow diagram of expression as the action of the electronic health record display device of the project management display device of an embodiment of the invention.
Figure 15 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention and electronic health record information.
Figure 16 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 17 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 18 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 19 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 20 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 21 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention.
Figure 22 is the enlarged drawing that is illustrated in as window displayed zone manager in the electronic health record display device of the project management display device of an embodiment of the invention.
Figure 23 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention and electronic health record information.
Figure 24 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention and electronic health record information.
Figure 25 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention and electronic health record information.
Figure 26 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention and electronic health record information.
Figure 27 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention and electronic health record information.
Figure 28 is the displayed map of an example of the time scale that shows in the electronic health record display device that is illustrated in as the project management display device of an embodiment of the invention and electronic health record information.
Figure 29 is the displayed map that is illustrated in an example of the time scale that shows in the project management display device of other embodiment of the present invention and monthly calendar.
Figure 30 is the displayed map that is illustrated in an example of the time scale that shows in the project management display device of other embodiment of the present invention and monthly calendar.
Embodiment
As an embodiment of project information display device of the present invention, the electronic health record display device that shows the treatment plan of electronic health record in medical field is described.
In the electronic health record display device of present embodiment, show the medical information that is kept in the electronic health record accordingly with the time scale of time shaft of the various chronomeres of expression.
＜as the structure of the electronic health record display device of an embodiment 〉
The structure of the electronic health record display device 1 in the present embodiment is described with reference to Fig. 1.
Electronic health record display device 1 in the present embodiment has input part 10, display message operating portion 20, storage part 30, display message generating unit 40 and display part 50.
Display message operating portion 20 has mode selection part 21, chronomere's selection portion 22, show during selection portion 23, electronic health record information update section 24 and window area selection portion 25.
By the operation of doctor to input part 10, mode selection part 21 is chosen in the display mode of the time scale that display frame shows from parallel time scale pattern described later and time course scale pattern.
In addition, by the operation of doctor, be chosen in the time scale that display frame shows and the pattern of electronic health record information view mode and the snapshot mode from working time described later to input part 10.
By the operation of doctor to input part 10, chronomere's selection portion 22 was selected the chronomere of specified quantity unit, year unit, month unit, day unit, hour unit, minute unit or second unit from 10 years, as the chronomere of the time scale that shows in display frame.In the present embodiment, select three chronomeres.
By utilized input part 10 traveling time scales by the doctor, selection portion 23 is selected during the demonstration of display message during the demonstration.
By the operation of doctor to input part 10, the electronic health record information that 24 pairs of electronic health record information update section are presented in the display frame is upgraded.
By the operation of doctor to input part 10, window area selection portion 25 is selected according to time scale and electronic health record information and the viewing area of the display frame information that generated by display message generating unit 40.
Calendar information storage part 31 storage comprises and is used for 10 years, year, month, day, hour, minute or second is the calendar information that unit shows the date information of time scale.
Display message storage part 32 has: COA information storage part 32a, and it preserves the details relevant with various medical acts of input in advance; And electronic health record information storage part 32b, its record was with 10 years, year, month, day, hour, minute and second be the electronic health record information of unit, and this electronic health record information is made of the information of the medical act of selecting in the information relevant with medical act from be kept at COA information storage part 32a and the execution time information of carrying out the medical act of this selection.
To be kept among the COA information storage part 32a, the information relevant with medical act describes.
In the present embodiment, shown various medical acts being defined as " behavior (act) " respectively manages.
And these each behaviors have the information (Core ofAct: the behavior core is made as " COA " below) that becomes its behavior core.Preserve among this COA define based on time shaft respectively and other behavior between relation etc.
Kind as behavior, " observation ", " prescription ", " injection ", " diet is provided " etc. are arranged, for example have respectively in them from carrying out " injection " through the information relevant that must " observation " after stipulated time etc. with other medical act based on time shaft.
Information beyond the medical act, for example the information etc. of " symptom " also is the COA that produces according to " observations " such behavior, the COA of these information (symptom) conducts " observation " and being held.That is to say that all medical informations are all as the COA of some medical act (act) and be held.
According to this idea, in the electronic health record display device of present embodiment, in the data structure that has the such time shaft of electronic health record, also input has based on the COA of the information of time shaft respectively and shows, thereby providing of medical information that degree of accuracy is high is provided.
The structure of-COA-
The information that constitutes each COA that is utilized among the present invention is described with reference to Fig. 2.
Each COA has (1) behavioural information layer 100, (2) behavior act layer 200, (3) output layer 300 and (4) administration and supervision authorities 400.
(1) the behavioural information layer 100
Behavioural information layer 100 have as the information relevant with self-behavior promptly from (i) of behavior information self-behavioural information 110 and as the information that is used for linking with other COA be link information (ii) link behavioural information 120.
(i) self-behavioural information 110
Oneself's behavioural information 110 also has conduct from the self-behavioral trait 111 of behavior characteristic information and as the self-behavior logical one 12 from the behavior logical message, in self-behavioral trait 111, preserve title 111a (formal title, another name, assumed name etc.), classification 111b (macrotaxonomy, middle classification, subclassification etc.), related ID111c (corresponding with title 111a, as to be used for the identification id that links with other COA), the knowledge 111d (amount, speed, unit, scientific knowledge or the proprietary technology etc. relevant) of self-behavior with self-behavior.
Example as classification 111b has " action behavior ", " behavior in logic " as macrotaxonomy, as the middle classification of " action behavior " " observed behavior ", " intervening act " is arranged.In addition, subclassification as " observed behavior " has " case history ", " symptom ", " suggestion " etc., as the subclassification of " intervening act " " corpse or other object for laboratory examination and chemical testing inspection ", " image inspection ", " physiology inspection ", " prescription ", " injection ", " disposal ", " be admitted to hospital and leave hospital ", " diet is provided " etc. is arranged.In addition, the subclassification as " behavior in logic " has " data based on the combination of check result generate ", " generation of prescription, article receipt " etc.
Information such as the evaluation method of the calculation method of the amount when in self-behavior logical one 12, preserving the self-behavior of execution, the proper range of dosage, symptom, the conversion of unit, display packing.
(ii) link behavioural information 120
Link behavioural information 120 has link behavioral trait 121 and link behavior logical one 22, in link behavioral trait 121 according to timeline information preserve by with other COA carry out chain fetch application subordinate/information such as the content of exclusive behavior, application time, range of application, in link behavior logical one 22, preserve the conditional, logic flow (Off ロ one) of logical "or" when linking, logical etc. etc. according to the information of link behavioral trait 121 and with other COA.
(2) the behavior act layer 200
In behavior action layer 200, preserve according to self-behavior logical one 12 and link behavior logical one 22 and carry out logic control information between action when handling, for example execution sequence, conditional etc.
(3) output layer 300
In output layer 300, preserve the state 300a relevant (supposition, plan, implement decision, preparation, enforcement, result etc.), estimate 300b (success, failure etc.), achievement 300c (observations, result of implementation, graphically, receipt/prescription generation etc.) and for the information such as intervention 300d of other COA with the action of COA of oneself.
(4) administration and supervision authorities 400
In administration and supervision authorities 400, preserve the management ID group 400a that is used to manage each COA, management title 400b, with literary property 400c and the copyright information 400ds such as works date and time, update date and time of each COA as the works thing.
Figure 3 illustrates the range of application of the information on the time shaft of each COA.COA can have a plurality of link behavioural informations 120 respectively, in the COA of Fig. 3, has these three link behaviors of link behavioural information 120-1～120-3.
In Fig. 3, link behavioural information 120-1 carries out based on the information through using after the stipulated time after the medical act of self-behavioural information 110, link behavioural information 120-2 is and the simultaneously applied information of execution based on the medical act of self-behavioural information 110, and link behavioural information 120-3 is the information of application when the medical act based on self-behavioural information 110 finishes.
Turn back to Fig. 1, display message generating unit 40 has time scale generating unit 41, electronic health record information acquiring section 42 and display frame information generating unit 43.
Time scale generating unit 41 is according to the information that gets access to from input part 10 or display message operating portion 20, and the calendar information that obtains three chronomeres that meet from the calendar information storage part 31 of storage part 30 generates each time scale.In a plurality of time scales that generated, be shown with pointer P at the timetable of the basic point that becomes display message.
The display width of each chronomere that in addition, can be when generating this time scale as required and freely is set at wieldy width.
As the display mode of the time scale that is generated, have parallel time scale pattern and time course scale pattern, switch according to the indication of the mode selection part 21 of display message operating portion 20.
Parallel time scale pattern is the pattern that the different a plurality of time scales of chronomere is shown with identical time width.
Fig. 4 is the example that has shown the time scale of a month unit, day unit, these three chronomeres of hour unit with parallel time scale pattern, show 0～23 this time frame of 24 hours of hour unit with the width identical, use the width identical (according to month and difference) this 30 days the time frame that shows 1～30 of day unit in Fig. 2 with the time frame of month (being June) of moon unit with 1 day time frame of day unit.
By showing time scale with parallel time scale pattern like this, three time scales move with identical speed with respect to the pointer P of the basic point of expression display message, when therefore manually moving any time scale, scale also automatically moves with identical speed At All Other Times, make to show corresponding date, constantly thereby carry out update displayed.
Time course scale pattern is the pattern that the different a plurality of time scales of chronomere is shown with different time widths.
Fig. 5 is the example that has shown the time scale of a month unit, day unit, these three chronomeres of hour unit with time course scale pattern, the width setup of the time frame of day unit must be manyed day (being 10 days in Fig. 3) than the time frame of hour unit narrow demonstration on a picture, and must be than the narrow a plurality of moons (being 8 months in Fig. 3) that on a picture, show of the time frame of day unit with the width setup of the time frame of moon unit.
By showing time scale with time course scale pattern like this, three time scales move with different speed with respect to the pointer P of the basic point of expression display message, and chronomere is big more in Fig. 5, and the speed that moves is slow more.Therefore, when manually moving any time scale, scale also automatically moves with friction speed At All Other Times, makes and shows corresponding date, constantly thereby carry out update displayed.
For example, shown in Fig. 6 (a), when be set in the display frame of 600 pixels show 11 days day unit time during frame, according to following formula [1], the time width of every pixel is 1584 seconds.
[formula 1]
11 days/600 pixels=(60 seconds * 60 minutes * 24 hours * 11 days)/600 pixels=1584 second formulas [1]
In addition, shown in Fig. 6 (b), when time that is set in the display frame of 600 pixels hour unit that shows 20 hours during frame, according to following formula [2], the time width of every pixel is 120 seconds.
[formula 2]
20 hours/600 pixels=(60 seconds * 60 minutes * 20 hours)/600 pixels=120 second formulas [2]
In addition, shown in Fig. 6 (c), when time that is set in the display frame of 600 pixels minute unit that shows 76 minutes during frame, according to following formula [3], the time width of every pixel is 7.6 seconds.
[formula 3]
76 minutes/600 pixels=(60 seconds * 76 minutes)/600 pixels=7.6 second formulas [3]
Like this, different and different with 1 pixel time corresponding width according to chronomere, therefore at the same time in the display frame of (a)～(c) these three time scales of displayed map 6, for example in 1 second, make under the situation that 1 hour time scale moves, the translational speed of the time scale of day unit (a) only was 2 pixel/seconds, the translational speed of the time scale of hour unit (b) was 30 pixel/seconds, the translational speed of the time scale of minute unit (c) was 473 pixel/seconds, and translational speed is different greatly.
In addition,, have view mode and snapshot mode working time, switch according to the indication of the mode selection part 21 of display message operating portion 20 as the pattern of the time scale that generates.
Working time, view mode was a pattern of upgrading shown display frame information along with the process of time.
In more detail, the scale slippage pattern that has pointer slippage (Off ロ one) pattern that pointer P moves on the scale at a fixed time along with the process of time and time scale to move in view mode working time with respect to fixing pointer P.
Snapshot mode is a fixing shown display frame information and with respect to the pattern through not upgrading of time.
In addition, time scale generating unit 41 changes according to the indication of chronomere's selection portion 22 of display message operating portion 20 chronomere to the time scale that generates.
For example, in the present embodiment, for example can change to as among Fig. 7 with the demonstration shown in the bold box based on " 10 years units; year unit; month unit " these three chronomeres, as among Fig. 8 with the demonstration shown in the bold box based on " year unit; month unit; day unit " these three chronomeres, as among Fig. 9 with the demonstration shown in the bold box based on " month unit; day unit; hour unit " these three chronomeres, as among Figure 10 with the demonstration shown in the bold box based on " day unit; hour unit; minute unit " these three chronomeres, as among Figure 11 with shown in the bold box based on the demonstration of " hour unit; minute unit; second unit " these three chronomeres etc.
In addition, time scale generating unit 41 according to the demonstration of display message operating portion 20 during the indication of selection portion 23, move any time scale or moving hand P, thus update time scale temporal information.
The operation of the switching push button (not shown) by being presented at the optional position in the display frame is switched by the traveling time scale and is come update time information still to come information update time by moving hand P.
Electronic health record information acquiring section 42 is according to the represented moment of pointer P of the time scale that is generated by time scale generating unit 41, with as the time scale of hour unit of chronomere minimum in the time scale accordingly the electronic health record information storage part 32b of the display message storage part 32 in the storage part 30 obtain electronic health record information, this electronic health record information is based on the COA that comprises execution time information in during the demonstration of being selected by selection portion during showing 23.
In addition, electronic health record information acquiring section 42 is according to from the indication of electronic health record information update section 24 the electronic health record information that has got access to being upgraded.When electronic health record was newly appended COA, the COA information storage part 32a of the display message storage part 32 in the storage part 30 obtained needed COA information, thus electronic health record information is upgraded.
Display frame information generating unit 43 according to the time scale that generates by time scale generating unit 41, by electronic health record information acquiring section 42 obtain according to the chronomere of represented moment of the pointer P of this time scale and time scale or the electronic health record information upgraded and for the viewing area of adjusting electronic health record information predefined window area manager generates display frame information.
50 pairs of display frame information that generated by the display frame information generating unit 43 of display message generating unit 40 of display part show, are displays etc.
Figure 13 is the displayed map that expression is presented at display frame information the state on the display part 50.
In Figure 13, picture top shows time scale 51, the electronic health record information 52 corresponding with this time scale 51 is displayed on the bottom of time scale 51, window area manager 53 is displayed on the picture upper left quarter, leveled time linear window zone manager 54 and vertical time linear window zone manager 55 are displayed on the picture upper right side, and the flexible button 56 of time shaft is displayed on the optional position of picture (being upper right side in the present embodiment).
＜as the action of the electronic health record display device of an embodiment 〉
Below with reference to the action of Figure 14～Figure 28 detailed description as the electronic health record management system 1 of an embodiment.
Shown in the process flow diagram of Figure 14, at first, when by the doctor to the operation of input part 10 to electronic health record display device 1 energized and when importing desirable patient's personal information (S1), in the time scale generating unit 41 of display message generating unit 40, generate time scale based on default setting.
In the present embodiment, according to the default setting of time scale, generate the time scale (S2) of a month unit, day unit, these three chronomeres of hour unit as shown in Figure 4 with parallel time scale pattern.At this, show the frame of hour unit of chronomere of 20 hours conduct minimum.In addition, it is consistent with the current time (17: 00 on the 1st June) in operation moment to become the pointer P of basic point of display message this moment.
In addition, time scale according to the following generation present embodiment of default setting: when the chronomere of minimum is 10 years units, year unit, month unit, day unit or hour unit, generate the time scale of present embodiment with the pattern of snapshot mode, when the chronomere of minimum is minute unit or second unit, with working time view mode generate the time scale of present embodiment.At this, minimum chronomere is a hour unit, and therefore generating with current time (17: 00 on the 1st June) with snapshot mode is 20 hours the time scale (3: 00 on the 2nd 00 minute～June of 7 o'clock on the 1st June) of basic point.
Then, by the electronic health record information storage part 32b of the display message storage part 32 of electronic health record information acquiring section 42 in the storage part 30 obtain generate with time scale 00 minute～June of 7 o'clock on the 1st June 3: 00 on the 2nd corresponding hour unit electronic health record information (S3).
Then, in display frame information generating unit 43,, generate display frame information (S4) according to the time scale that generates by time scale generating unit 41 and by the electronic health record information that electronic health record information acquiring section 42 gets access to.
As shown in Figure 13 the display frame information that is generated is presented at (S5) on the display part 50.
Then, when the operation of input part 10 being utilized the time shaft of indication higher level's times such as mouse or stylus by the doctor, is time course scale pattern ("Yes" of S6) with the display mode of time scale from the parallel time scale mode conversion of default setting by mode selection part 21, as shown in Figure 5 time scale is updated to time course scale pattern (S7), turns back to the processing of step S3.
At this, even the display mode of change time scale, the represented current time of pointer P can not change yet, therefore according to the electronic health record information that has got access to and the time scale after upgrading generate display frame information and show (S3～S5).
When being transformed to desirable display mode when not needing the conversion display mode when showing or with the state of default setting ("No" of S6), under the situation ("Yes" of S8) of change chronomere, chronomere by the doctor changes (shift) time scale to the operation of input part 10 upgrades the electronic health record information (S7) that shows desirable chronomere that makes to time scale.
The chronomere of time scale for example can change to as among Fig. 7 with the demonstration shown in the bold box based on " 10 years units; year unit; month unit " these three chronomeres, as among Fig. 8 with the demonstration shown in the bold box based on " year unit; month unit; day unit " these three chronomeres, as among Fig. 9 with the demonstration shown in the bold box based on " month unit; day unit; hour unit " these three chronomeres, as among Figure 10 with the demonstration shown in the bold box based on " day unit; hour unit; minute unit " these three chronomeres, as among Figure 11 with shown in the bold box based on the demonstration of "; time unit; minute unit; second unit " these three chronomeres etc.
Come the change of the chronomere of execution time scale by following method: the such method of knob down 51c on the method for knob down 51b on the two ends of the method that moves up and down between the time shaft of time scale 51, running time scale 51 or periphery that operation is configured in time scale 51 shown in the arrow 51a of Figure 12.
At this, the demonstration that changes to as shown in Figure 11 based on ", time unit, minute unit, second unit " these three chronomeres comes time scale is upgraded, and turns back to the processing of step S3.
When turning back to step S3, the electronic health record information storage part 32b of the display message storage part 32 in the storage part 30 obtains and the corresponding electronic health record information of unit second as the temporal information of minimum time unit among the time scale that is updated, and generation display frame information also shows (S3～S5).
Figure 15 illustrates the time scale 51 of the display frame information that will generate according to the electronic health record information corresponding and electronic health record information 52 and be presented at state on the display part 50 with second unit.
At this, obtaining with the second from electronic health record information storage part 32b is the electronic health record information 52 of unit, and therefore according to default setting, the scale slippage pattern of view mode is that pattern generates time scale 51 with working time.
Under the scale slippage pattern of view mode working time, per second scale update time 51 is accompanied by the renewal of this time scale 51 along with the process of time, and electronic health record information 52 also is acquired and is updated, shows.
In Figure 15, in electronic health record information 52, value pictorialization with the cardiogram of measuring that gets access to, mean blood pressure, respiration rate, blood oxygenation, with time scale accordingly, transverse axis shows as display items display as time shaft, the longitudinal axis, further obtain new measured value at per second and come the update displayed image information.
At this, when wanting that pattern changed to snapshot mode ("Yes" of S9), the operation of input part 10 is updated to regular time scale 51 by the doctor, turn back to the processing of step S3.
At this, the time scale 51 according to the up-to-date electronic health record information that gets access to 52 and after upgrading generates the display frame information and shows (S3～S5).
Then, illustrate when changing to desirable pattern or the situation ("Yes" of S10) during ("No" of step S9) change shows when not needing to change pattern.
At this, the situation during time scale 51 still shows for change under based on the state of the moon unit of default setting, day unit, these three chronomeres of hour unit is described.
Have in the change during the demonstration based on the change of a blow mode with based on the change of sliding-modes.
These blow modes and sliding-modes further are categorized as simulation model and figure pattern respectively.
Change situation during the demonstration with reference to Figure 16 explanation by the simulation model in the blow mode.
Under the simulation model in a blow mode, when clicking desirable position on the time scale 51 that uses input part 10 in chronomere arbitrarily by the doctor, following all the shown time shafts of clicked chronomere are moved by instantaneous, make that the represented absolute time in clicked position is consistent with pointer P.
Therefore, click from pointer P position far away more, traveling time is big more.
At this, shown in Figure 16 (a), under the pointer P state consistent with " 17 o'clock June 1 (Thursday) ", when being equivalent to the position C1 in " July 5 (Wednesday) 15 time " when clicking on the time shaft in moon unit, moving all time shafts (month unit, day unit, hour unit) and make as Figure 16 (b) shown in such consistent with pointer P as " the 15 o'clock July 5 (Wednesday) " of the represented absolute time of clicked position C1.
And, when being equivalent to the position C2 on " (Friday) on the 7th 12 time " when clicking on the time shaft in day unit under the state at Figure 16 (b), moving the following all time shafts of day unit (day unit, hour unit) and make as Figure 16 (c) shown in such consistent with pointer P as " the 12 o'clock July 7 (Friday) " of the represented absolute time of clicked position C2.
Then, change situation during the demonstration with reference to Figure 17 explanation by the figure pattern in the blow mode.
Under the figure pattern in a blow mode, when clicking desirable position on the time scale 51 that uses input part 10 in chronomere arbitrarily by the doctor, under the state that chronomere is fixed less than the time shaft of clicked chronomere, move, make that the represented absolute time in clicked position is consistent with pointer P.
At this, shown in Figure 17 (a), under the pointer P state consistent with " 17 o'clock June 1 (Thursday) ", when clicking the position C3 of the optional position that is equivalent to July on the time shaft in moon unit, as chronomere less than clicked chronomere day unit, hour unit the state that is fixed of time shaft under the time shaft of instantaneous mobile month unit, make that as Figure 16 (b) shown in such clicked position C3 represented " July " is consistent with pointer P, thereby become pointer P and " 17 o'clock July 1 (Saturday) " consistent state.
And, when clicking the position C4 of the optional position that is equivalent to " (Sun.) on the 2nd " on the time shaft in day unit under the state at Figure 17 (b), the time shaft of instantaneous mobile day unit under the state that is fixed less than the time shaft of hour unit of clicked chronomere as chronomere, make that as Figure 17 (c) shown in such clicked position C4 represented " 2 days " is consistent with pointer P, thereby become pointer P and " 17 o'clock July 2 (Sun.) " consistent state.
Change during showing under the figure pattern in this blow mode,, then can move and make phase the optional position of the not same month of Hour Minute Second is consistent with pointer P on the same day if thus for example at the enterprising line operate of the time shaft of moon unit.
In addition, under the simulation model in sliding-modes, make the time shaft of all chronomeres with consistent when using input part 10 to slide by the doctor when time shaft of chronomere makes that desirable position is consistent with pointer P arbitrarily, moving with the represented absolute time of the pointer P consistent location of the time shaft that is slided.
For example, wanting when consistent with " 23 o'clock on the 15th February ", at first consistent near the enterprising line slip of time shaft that with the moon is unit makes the center of pointer P and the frame in " February ", the time shaft that with the day is unit has thus shown with " 15 days " to be near the day at center, it is consistent with the day to be at this that enterprising line slip of time shaft of unit makes near the right-hand member of pointer P and the frame of " 15 days ", thus hour being that the time shaft of unit has shown with " before 0 o'clock " to be near the time at center,, adjust thus hour to be that the enterprising line slip of time shaft of unit makes pointer P final consistent with " " at 23 o'clock at this.
In addition, under the figure pattern in sliding-modes, when using input part 10 to slide by the doctor when time shaft of chronomere makes that desirable position is consistent with pointer P arbitrarily, under the state that chronomere is fixed less than the time shaft of the chronomere of being slided, only move the time shaft that is slided.
Under the figure pattern in this sliding-modes, also with a blow mode in figure pattern similarly, for example by at the enterprising line operate of the time shaft of moon unit, can show mutually the information of the not same month of Hour Minute Second on the same day successively.
About this blow mode and sliding-modes, carry out operation under the blow mode by utilizing left mouse button to click time shaft, come the sliding time axle by pinning right mouse button, carry out the operation under the sliding-modes, separately use these patterns thus, perhaps switch these patterns by utilizing mouse or stylus etc. that the mode switch button (not shown) of the outside that is presented at the time scale 51 on the picture is operated.
In addition, with reference to Figure 18～Figure 21 span (the ス パ Application) pattern that the scope during showing is changed is described.
The span pattern that scope during showing is changed is following pattern: during desirable time range (time interval) on selecting time scale, move to the demonstration that the whole indication range of the chronomere of the minimum in the time scale is zoomed to the times selected scope.
For example, in the time scale 51 that shows with moon unit, day unit, these three chronomeres of hour unit as shown in Figure 18, when coming from being when selecting " (Thursday)～2 day (Friday) on the 1st " the time shaft of unit with the day by utilize cursor to carry out drag operation by the doctor, whole indication range as hour unit of the chronomere of the minimum in this time scale 51 is reduced into " 0 o'clock～2 days (Friday) on (Thursday) on the 1st " at 24 o'clock, hour to be that the demonstration ratio of unit is changed, show as shown in Figure 19.
At this moment, hour to be the demonstration of unit when becoming too in detail, also can changed making shown chronomere become the chronomere of suitable size by change automatically owing to show ratio.
When being left by the cursor of drag operation when being the time shaft of unit with the day, time scale 51 reverts to parallel time scale pattern.
In addition, in the time scale 51 that shows with moon unit, day unit, these three chronomeres of hour unit as shown in Figure 20, when coming from hour being when selecting " during 16 time～20 " the time shaft of unit by utilize cursor to carry out drag operation by the doctor, whole indication range as hour unit of the chronomere of the minimum in this time scale 51 is enlarged into " " at 16 o'clock～20 o'clock, hour to be that the demonstration ratio of unit is changed, show like that as shown in figure 21.
At this moment, hour to be the demonstration of unit when becoming too rough, also can changed making shown chronomere become the chronomere of suitable size by change automatically owing to show ratio.
At this, when being left by the cursor of drag operation when being the time shaft of unit with the day, time scale 51 also reverts to parallel time scale pattern.
About these time ranges of under the span pattern, selecting (time interval), 1) can be with the operated whole indication range that length directly is applied as minimum chronomere that drags, 2) can be unit also, with the operated whole indication range that length is applied as minimum chronomere that drags with branch, hour, day of setting etc. interimly.
By 1) change under the situation of demonstration, for example when from the day be the center drag operation on " (Thursday) on the 1st " of time shaft of unit to from preceding 2/3 the position on " (Friday) on the 2nd " time, will be applied as the whole indication range of minimum time unit at 16 o'clock on " 12 o'clock～2 days (Friday) on (Thursday) on the 1st ".
In addition, by 2) change under the situation of demonstration, for example when similarly from being that the center drag operation on " (Thursday) on the 1st " of time shaft of unit is to from preceding 2/3 the position on " (Friday) on the 2nd " time with the day, is that the unit decision drags length with the day, will be applied as the whole indication range of minimum time unit at 24 o'clock on " 0 o'clock～2 days (Friday) on (Thursday) on the 1st ".
Can switch according to purpose and use above-mentioned 1) and 2).
When come update time during scale 51 by the operation under this span pattern, be accompanied by this renewal and electronic health record information also is updated demonstration.
Upgrade (S7) by like this time scale 51 being carried out move operation, changing to during the desirable demonstration and, turn back to the processing of step S3 time scale 51.
In step S3, from electronic health record information 52 storage part 32b obtain with upgrade after time scale 51 hour to be the corresponding electronic health record information 52 of temporal information of unit, generate display frame information and show (S3～S5).
And, the processing of ("Yes" of S11) when the window area of this shown display frame information being changed with reference to Figure 13 and Figure 22 explanation.
Under the state that display frame information is presented on the display part 50, when utilizing input part 10 to come the flexible button 56 of window area manager 53, leveled time linear window zone manager 54, vertical time linear window zone manager 55 or time shaft operated by the doctor, show that the window area of electronic health record information 52 is changed ("Yes" of S11).
In this window area manager 53, about by the area of part viewing area 53b being operated the electronic health record information that shows, for time-axis direction as horizontal direction, with the position of the fixing pointer P on the time scale 51 is that benchmark amplifies or dwindles, for display items display quantity, be that benchmark amplifies or dwindles with the position that is set by the user (position etc. of for example representing the central authorities of the upper end of whole viewing area a or the longitudinal axis) as the electronic health record information of vertical direction.
Come operation part viewing area 53b by pattern of dragging or some blow mode, wherein, drag in the pattern above-mentioned, drag the area that changes zone, display part 53b by transverse axis, the longitudinal axis, horizontal direction sidebar 53c or the vertical direction sidebar 53d that utilizes 10 pairs of part viewing areas of input part 53b, in above-mentioned some blow mode, by the optional position among part viewing area 53b, horizontal direction sidebar 53c or the vertical direction sidebar 53d being clicked the area that changes zone, display part 53b.
Under the pattern of dragging, can carry out following operation: horizontal frame line by movable part viewing area 53b as the arrow A of Figure 22 or mobile and horizontal direction sidebar 53c only amplify or dwindle the time axial length of being represented by transverse axis; The display items display quantity that lower frame line or mobile vertical direction sidebar 53d by movable part viewing area 53b as arrow B increases or reduce the COA that is represented by the longitudinal axis; And by carrying out the amplification of time axial length simultaneously or dwindle and the increase or the minimizing of the display items display quantity of COA in the frame angle of movable part viewing area 53b as arrow C.
In addition, under a blow mode, can carry out following operation:, carry out the amplification of time axial length simultaneously or dwindle and the increase or the minimizing of the display items display quantity of COA by as the some D of Figure 22, clicking the optional position among whole viewing area 53a, horizontal direction sidebar 53c or the vertical direction sidebar 53d.
And, under a blow mode, when button click 53e is clicked, the minimum zone of the horizontal vertical direction of viewing area, display part 53b, when button click 53f is clicked, the maximum magnitude of the horizontal direction of viewing area, display part 53b and the minimum zone of vertical direction, when button click 53g is clicked, the maximum magnitude of the horizontal vertical direction of viewing area, display part 53b, when button click 53h is clicked, the minimum zone of the horizontal direction of viewing area, display part 53b and the maximum magnitude of vertical direction.
In addition, the operation of moving about the display position to transverse axis (time shaft) direction of the part viewing area 53b in whole viewing area 53a can be operated the viewing area on leveled time linear window zone manager 54 shown in Figure 13 by the pattern of dragging and change.
In addition, the operation of moving about the display position to the longitudinal axis (display items display of the COA) direction of the part viewing area 53b in whole viewing area 53a can be operated the viewing area on vertical time linear window zone manager 55 shown in Figure 13 by the pattern of dragging and change.
In addition, between continuous chronomere (for example unit of hour unit → day, day unit of the unit → moon etc.), set in advance and make that higher level's the minimum display width of chronomere is consistent with the maximum display width of the chronomere of continuous subordinate, thus by up and down or about drag the flexible button 56 of time shaft, can switch continuously and shown electronic health record information time corresponding unit.
For example, by the flexible button 56 of time shaft being dragged to or the right side dwindles the viewing area and expands demonstration electronic health record information, when the minimum display width of the electronic health record information time corresponding unit that reaches and showing yet continued to drag, the chronomere that switches to subordinate showed electronic health record information.
In addition, by the flexible button 56 of time shaft being dragged to down or a left side is amplified the viewing area and compressed demonstration electronic health record information, when the maximum display width of the electronic health record information time corresponding unit that reaches and showing yet continued to drag, the chronomere that switches to the higher level showed electronic health record information.
By carrying out any operation in these operations, be presented in the electronic health record information 52 content update for after changing the corresponding electronic health record information 52 (S12) of part viewing area 53b, turn back to the processing of step S3.
The processing that Figure 23～Figure 28 illustrates by repeating these steps S6～step S12 comes the time scale 51 of demonstration in display part 50 and the example of electronic health record information 52.
In Figure 23, as the electronic health record information 52 that gets access to, utilize COA to show following information: the symptom of between 1940～2005, confirming to have renal hypertension, between nineteen eighty-two～2005 year, carried out the administration of depressor (taking orally), in the period of nineteen sixty-five～1985, carried out the administration of the many peaceful ingots (taking orally) of general power, between～nineteen ninety-five in 1970, confirm to have the symptom of osteoporosis, between 1985～2005, confirm to have the symptom of diabetes, between 2000～2005, carried out insulin (self-injection), carried out 1973, three times MRI of 1979 and 1987 has carried out twice kidney biopsy of 1972 and 1980.
In Figure 24, as the electronic health record information 52 that gets access to, utilize COA to show following information: annual administration 30g respectively between years these 18 years in nineteen ninety～2007,45g, 20g, 15g, 25g, 11g, 10g, 9g, 8g, 5g, 3g, 2g, 1g, 30g, 15g, 7g, 3g, the many peaceful ingots of the general power of 1g, the annual administration 30g respectively between years these 19 years in nineteen ninety～2008,30g, 30g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 25g, 15g, 15g, 15g, 15g, 15g, 15g, 15g, the cyclosporine of 15g, carried out 1992, nineteen ninety-five, four times kidney biopsy of 2003 and 2007 was 1g based on the administration of therapy pulse in 1991,1994 is 1g, 1998 is 1g, 1999 is 1g, 2002 be 1g and be 1g in 2006.
In Figure 25, as the electronic health record information 52 that gets access to, utilize COA to show following information: in February, 2000～these 15 months April calendar year 2001 between every month many peaceful ingots of general power of administration 3g, 3g, 3g, 2g, 2g, 2g, 2g, 2g, 2g, 2g, 2g, 2g, 2g, 2g, 2g respectively, the urine protein of average every day is 1g, July to be 1g, November to be that 1g, April calendar year 2001 are 2g in April, 2000, not detecting total serum protein, is 1g, July to be 1g, November to be that 1g, April calendar year 2001 are 2g based on the administration of therapy pulse in April, 2000.
In Figure 26, as the electronic health record information 52 that gets access to, utilize COA to show following information: administration every day prednisolone 60mg between 4～9 February of calendar year 2001, on 11st, 13 days, 15 days, administration every day prednisolone 30mg on the 17th, at administration prednisolone 10mg on the 19th, at administration prednisolone 5mg on the 22nd, in February 5 calendar year 2001,7 days, administration every day on the 9th 20% glucose intravenous injection 8g, on 12nd, administration every day on the 18th 20% glucose intravenous injection 4g, between 3～5 these 3 days February of calendar year 2001, carried out 3 times suction in 1 day, between 6～17 these 12 days, carried out 2 times suction in 1 day, in February 5 calendar year 2001,8 days, carry out 1 blood sampling on the 12nd, carried out 2 blood samplings on 17th.
In Figure 27, as the electronic health record information 52 that gets access to, utilize COA to show following information: the physiological saline drop of the amount during 15 o'clock～19 o'clock on the 15th February during administration 60mL/, and during on the same day 20 o'clock～1 o'clock on the 16th during administration 30mL/, 15 o'clock on the 15th February, on the same day and 1 o'clock on the 16th 3 times 20% glucose intravenous injection have been carried out at 20 o'clock, carried out 14 o'clock on the 15th February, on the same day and 3 suctions of 6 o'clock on the 16th at 22 o'clock, taken a blood sample 6 o'clock on the 16th February.
In Figure 28, as the electronic health record information 52 that gets access to, utilize COA to show following information: between initial 17 minutes of 22: 48～24: 4 on the 15th 76 minutes administration dopamine 5 μ g/kg/ minutees, administration dopamine 3 μ g/kg/ branches between ensuing 4 minutes, administration dopamine 5 μ g/kg/ branches between ensuing 6 minutes, administration dopamine 1 μ g/kg/ branch between ensuing 9 minutes, administration dopamine 5 μ g/kg/ branches between ensuing 17 minutes, administration dopamine 1.5 μ g/kg/ branches between ensuing 23 minutes, be per minute 30 times till the respiration rate of utilizing lung ventilator is set at 23: 35 on the 15th, after 23: 35 on the 15th, be per minute 25 times, at 23 o'clock on the 15th 10 minutes～13 minutes and 23: 41 minutes 1 difference administration xylocaine intravenous injection 50mg, at 22: 58～23: 4 on the 15th, 23: 21 minutes 1 and 23: 45 minutes 1 difference administration Meylon intravenous injection 20mL.
When carrying out these are presented at electronic health record information 52 on the display part 50 and append the renewal of new COA information etc. ("Yes" of S12), utilize the operation of 10 pairs of electronic health record information 52 renewal portions 24 of input part by the doctor, obtain desirable COA information, update displayed image information (S13) in display frame information generating unit 43 by electronic health record information acquiring section 42 from the COA information storage part 32a of the display message storage part 32 of storage part 14.
Processing when explanation is obtained the desirable COA information that gets access to from COA information storage part 32a and is input to the electronic health record information 52 that has constituted by electronic health record information acquiring section 42.
Among COA on the electronic health record information 52 that has constituted and the COA that newly appends, preserve like that as mentioned above respectively by comprise with other COA between link information link behavioral trait 121 and link that behavior logic etc. 122 constitutes link behavioural information 120.
Be that basic point comes the service time axle to preserve these link behavioral traits 121 with the relative time constantly in advance, show the information of these of axle service time by utilizing input part 10 operation COA information with the enforcement of each COA.
When wanting that electronic health record information acquiring section 42 appended new COA information, detect the moment of wanting to append be kept among this new COA link behavioral trait 121 be kept at linking having or not of relevance between the behavioral trait 121 among the COA that is input to electronic health record information 52.
The COA that has been input to electronic health record information 52 is being transfused to time scale 51 moment corresponding, therefore based on the enforcement of this COA constantly and the absolute time of the information of the timeline information that comprised of the link behavioral trait 121 that is saved be determined.
Result as detecting detects under the situation of relevance between the COA that wants to append and other COA, and the processing that shows the warning picture, appends the COA of dependency ground generation, the COA that deletion is in exclusive relation etc. comes the update displayed image information.
Carry out these handle after or and other COA between do not detect relevance and when allowing to append new COA, determine the input of new COA information.
When determining the input of new COA information, the absolute time of the information of the timeline information that is comprised based on the link behavioral trait 121 that is kept among this COA that imports is determined, monitor with the COA that imports afterwards between the having or not of relevance.
When waiting update displayed image information (S12) by appending of COA information like this, turn back to the processing of step S3.
When showing desired information by the processing that repeats above-mentioned step S6～step S13, EO ("Yes" of S14).
According to above present embodiment, therefore can select the time scale 51 of desirable chronomere to show electronic health record information 52, can show from based on 10 years being the several 10 years long-term information of the leap of demonstration of unit to based on the various information of information of the measured value that changes all the time that are the demonstration of unit with the second.
And, be unit with the second, minute to be in the time scale 51 of unit, shown display frame information is upgraded along with the process of time while can obtain up-to-date value, therefore can show the change in information of measuring in real time.
In addition, can show a plurality of time scales 51 with different time widths, therefore on the bigger time scale 51 of chronomere (for example being unit), make after pointer P moves the rough time with the year, interimly on the time scale 51 of less chronomere (for example month unit → day unit), pointer is further moved to want the moment that shows, can from cross over several 10 years huge information, show the information corresponding by shirtsleeve operation thus with the desirable moment.
In addition, the time axial length (transverse direction) or the display items display quantity of shown electronic health record information 52 can be adjusted, thereby the information in desirable zone can be shown with desirable size by the window area manager.
In addition, can show with the time scale 51 of desirable chronomere in the information that be kept at the shown COA of electronic health record information 52 and other COA between link properties information, therefore when formulating treatment plan, can judge and show the subordinate relation between the COA, exclusive relation easily.
In addition, be embedded in the computing machine by functional structure sequencing, can also make up the project information display routine that makes this computing machine bring into play function as the electronic health record display device display message operating portion, display message generating unit and the storage part of the electronic health record display device of above-mentioned embodiment.This project information display routine also can be utilized as disclosed software on Web on the network etc.
In addition, in the present embodiment, as an example of project information display device the electronic health record display device has been described, but has been not limited thereto, also can be applied to the situation of the project information that shows other project information, for example manufacturing process managed etc. in factory.
In addition, in the present embodiment, be made as storage part is arranged on structure in the electronic health record display device, but be not limited thereto, also storage part can be arranged on by network and be connected in other the device such as server on the device with display message operating portion and display message generating unit.
By such formation, also can tackle when the quantity of information in storage part is huge.
In addition, in the present embodiment, the situation of the chronomere that is chosen in the time scale that display frame shows from 10 years units, year unit, month unit, day unit, hour unit, minute unit or second unit has been described, but be not limited to these, so long as express time, the unit in proper order of the units of Zhou Danwei, unit in 1000,10,000 years units, unit, millisecond unit, microsecond units or setting arbitrarily in 100000000 years etc. just can select according to content displayed.
In addition, in the present embodiment, illustrated and in chronomere's selection portion, selected three situations that are presented at the chronomere of the time scale in the display frame, but be not limited thereto, also can change to four or two as required and wait other line number.
For example when showing time scale with two chronomeres, a form as the time scale of the chronomere of the higher level in these two time scales also can be made as and can select based on the moon being the demonstration of unit by the monthly calendar that shows date in week.
With reference to the example of Figure 29 and Figure 30 explanation based on the demonstration of this monthly calendar.
As shown in Figure 29 shown in (a), pointer P is consistent with " 17 o'clock June 1 (Thursday) ", when in time scale, showing " during 1 day 7 June "～" during 2 days 2 June " as hour unit of minimum chronomere, utilize monthly calendar to show the time scale of higher level's chronomere if select to make, then as Figure 29 (b), show, emphasize with in time scale, show as hour unit of the chronomere of subordinate during the date portion of corresponding monthly calendar assign to show.At this, emphasize " June 1 " and " June 2 ".
At this, when in monthly calendar by carrying out clicking operation or drag operation by the user when appending the date of being emphasized, reduce width hourly as hour unit of the chronomere of subordinate come to the time width that comprises the day that is added hour being that the time scale of unit shows.
Also can be in advance to set as the time scale of hour unit of the chronomere of this subordinate shown during the limit value of (hourage), and be set at when the time and switch to a day unit from a hour unit above this limit value.
For example, in Figure 30, select between " April 7 "～" April 26 " long-term, thus the chronomere of subordinate is switched to a day unit and show.
When showing this monthly calendar, can be only on the time scale of the chronomere of subordinate display pointer P, by time scale is carried out the moment that clicking operation or slide move this pointer P basic point represented, that become display message.
In addition, about the demonstration of monthly calendar, can by operation setting about it movable button (not shown) or the operation that the title division of each month of monthly calendar carries out slide etc. changed shown month.In addition, when the operation of knob down on the two ends of the operation that moves up and down between the time shaft at time scale of operation that carries out as the chronomere of the above-mentioned time scale of change, select time scale 51 or select to be configured in time scale periphery on during the operation etc. of knob down, can switching time axle show the function of utilizing various patterns.
In addition, in the present embodiment, when showing time scale, a side bigger from chronomere arranges from picture top successively, shows but also can arrange from picture top successively from the less side of chronomere on the contrary.
In addition, the various patterns of setting in the present embodiment can be carried out multiple combination according to the purpose of using.
For example, from parallel time scale pattern to the conversion of time course scale pattern, when rolling mouse or pen on the time shaft in the chronomere of subordinate etc., can be not yet be time course scale pattern and switching from parallel time scale mode switch at axle At All Other Times, when perhaps during demonstration, changing, be set at the pattern that when some blow mode, also can use based on the operation of sliding to information.
In addition, in the present embodiment, be set at the window area that at random changes shown display frame information by click or drag window port area manager, but be not limited thereto, for example also can be set at demonstration and be divided into 3 * 3 cancellate window area manager, come and to change window area in enough stage ground by clicking this any grid.
In addition, in the present embodiment, the electronic health record display device that shows the treatment plan of electronic health record in medical field has been described, but also project information display device of the present invention can have been utilized aspect following: in (1) natural science field, interactional relationship analysis about the parsing of phenomenons such as intermolecular reaction based on effluxion, (2) in the field of space science, the parsing of the relation on the time shaft of the demonstration of other time of light-year level and the spontaneous phenomenon that in universe, takes place, (3) in the line of time, the analysis of the important historical such as mutual relationship between the analysis of the time relationship of event and the history of the Western world and the Japanese history, (4) on the service management software, the calendar information of arrangement of time management software etc.
Claims (34)
1. project information display device is characterized in that possessing:
Storage part, its constitute storage comprise the calendar information of date information, as a plurality of behavioural informations of the details of each behavior of in project, carrying out and the project information that constitutes by behavioural information of from above-mentioned a plurality of behavioural informations, selecting and the execution time information of carrying out this selected behavioural information;
The time scale generating unit, its constitute from above-mentioned storage part obtain be designated as during the demonstration during calendar information, generate a plurality of time scales of different time unit;
The project information acquisition unit, its constitute from above-mentioned storage part obtain with a plurality of time scales that generate by above-mentioned time scale generating unit among corresponding, the project information that comprises above-mentioned execution time information in during above-mentioned demonstration of the time scale of minimum chronomere;
Display frame information generating unit, it constitutes according to a plurality of time scales that generated by above-mentioned time scale generating unit and the project information of being obtained by above-mentioned project information acquisition unit and generates display frame information; And
Display part, it constitutes the display frame information that demonstration is generated by above-mentioned display frame information generating unit.
2. project information display device according to claim 1 is characterized in that,
The a plurality of time scales that generated by above-mentioned time scale generating unit generate with all identical time width, perhaps generate with different respectively time widths.
3. project information display device according to claim 1 and 2 is characterized in that,
The a plurality of time scales that generate by above-mentioned time scale generating unit comprise at least arbitrarily with 10 years, year, month, week, day, time, minute, second be the time scale of unit generation.
4. according to each the described project information display device in the claim 1～3, it is characterized in that,
The a plurality of time scales that generated by above-mentioned time scale generating unit have the pointer of representing the basic point in the above-mentioned calendar information,
Above-mentioned time scale generating unit is by during moving the above-mentioned pointer on the time scale generated or changing the demonstration of above-mentioned time scale with respect to the above-mentioned time scale of above-mentioned pen travel that is fixed,
Thereupon, above-mentioned project information acquisition unit according to after changing the demonstration of above-mentioned time scale in above-mentioned time scale generating unit during, the project information that gets access to is upgraded,
Above-mentioned display frame information generating unit according to after changing the demonstration of above-mentioned time scale in above-mentioned time scale generating unit during and in above-mentioned project information acquisition unit, upgrade after above-mentioned project information, above-mentioned display frame information is upgraded.
5. project information display device according to claim 4 is characterized in that,
Above-mentioned time scale generating unit will be in the time scale that is generated the time scale of chronomere arbitrarily on the appointment by clicking operation the optional position or by the time scale of chronomere is arbitrarily carried out slide and the optional position of appointment as the position of above-mentioned pointer, change during the demonstration of above-mentioned time scale.
6. according to the described project information display device of claim 1～5, it is characterized in that,
When in a time scale from a plurality of time scales that generated, selecting arbitrarily time range, above-mentioned time scale generating unit is with the whole indication range of the time scale of this times selected range applications chronomere that is the minimum in the above-mentioned a plurality of time scales that generated, come to change during the demonstration to a plurality of time scales
Thereupon, above-mentioned project information acquisition unit is upgraded the project information of being obtained during according to after changing the demonstration of above-mentioned time scale in above-mentioned time scale generating unit,
Above-mentioned display frame information generating unit according to after changing the demonstration of above-mentioned time scale in above-mentioned time scale generating unit during and in above-mentioned project information acquisition unit, upgrade after above-mentioned project information come above-mentioned display frame information is upgraded.
7. according to each the described project information display device in the claim 1～6, it is characterized in that,
In the behavioural information that above-mentioned behavior information memory cell is stored, comprise the link information that constitutes by the application conditions that is used to make above-mentioned each behavior that is performed between self behavior and other behavior, to have relevance,
Above-mentioned project information acquisition unit is when having appended new above-mentioned behavioural information to the project information that gets access to, mutually detect the behavioural information in the above-mentioned project information of using the behavior above-mentioned link information that comprised of information, and generate output information according to detected result.
8. according to each the described project information display device in the claim 1～7, it is characterized in that,
Above-mentioned display frame information generating unit has the window area manager, a plurality of time scales that generate according to the indication range information that is generated by this window area manager, by above-mentioned time scale generating unit and the project information of being obtained by above-mentioned project information acquisition unit generate display frame information, wherein, above-mentioned window area manager selects the indication range of the above-mentioned display frame information that will generate to generate the indication range information that is used to amplify or dwindle displaying contents.
9. project information display device according to claim 8 is characterized in that,
In the display frame of above-mentioned display part, about above-mentioned display frame information, show above-mentioned a plurality of time scale on the top of above-mentioned display frame, bottom at above-mentioned a plurality of time scales shows the above-mentioned project information that is got access to by above-mentioned project information acquisition unit, shows above-mentioned window area manager in the upper left end of above-mentioned display frame.
10. according to each the described project information display device in the claim 1～9, it is characterized in that,
During the demonstration of the calendar information that above-mentioned time scale generating unit is obtained with the predetermined distance renewal along with the process of time,
, during the demonstration of above-mentioned project information acquisition unit according to the above-mentioned time scale after in above-mentioned time scale generating unit, upgrading the project information of being obtained is upgraded thereupon,
Above-mentioned display frame information generating unit according to the demonstration of the above-mentioned time scale after in above-mentioned time scale generating unit, upgrading during and in above-mentioned project information acquisition unit, upgrade after above-mentioned project information come above-mentioned display frame information is upgraded.
11. each the described project information display device according in the claim 1～10 is characterized in that,
One in above-mentioned a plurality of time scale is a plurality of monthly calendars of arranging the date by week.
12. a project information display packing is characterized in that possessing following steps:
Storing step, storage comprise the calendar information of date information, as a plurality of behavioural informations of the details of each behavior of in project, carrying out and the project information that constitutes by behavioural information of from above-mentioned a plurality of behavioural informations, selecting and the execution time information of carrying out this selected behavioural information;
Time scale generates step, from the calendar information of above-mentioned storing step, storing, obtain during being designated as demonstration during calendar information, generate a plurality of time scales of different time unit;
The project information obtaining step obtains corresponding with the time scale that generates chronomere minimum in a plurality of time scales that generate in the step at above-mentioned time scale, as to comprise above-mentioned execution time information in during above-mentioned demonstration project information from the project information of storing above-mentioned storing step;
Display frame information generates step, generates display frame information according to a plurality of time scales that generate in above-mentioned time scale generation step and the project information of obtaining in above-mentioned project information obtaining step; And
Step display is presented at above-mentioned display frame information and generates the display frame information that generates in the step.
13. project information display packing according to claim 12 is characterized in that,
Generate a plurality of time scales that generate in the step at above-mentioned time scale and generate, perhaps generate with different respectively time widths with all identical time width.
14. according to claim 12 or 13 described project information display packings, it is characterized in that,
Above-mentioned time scale generate a plurality of time scales that generate in the step comprise at least arbitrarily with 10 years, year, month, week, day, time, minute, second be the time scale of unit generation.
15. each the described project information display packing according in the claim 12～14 is characterized in that,
Generate the pointer that a plurality of time scales that generate in the step have the basic point of the above-mentioned calendar information of expression at above-mentioned time scale,
Generate in the step at above-mentioned time scale,, change during the demonstration of above-mentioned time scale by the above-mentioned pointer on the mobile time scale that is generated or with respect to the above-mentioned time scale of above-mentioned pen travel that is fixed,
, in above-mentioned project information obtaining step, during the demonstration that generates in the step above-mentioned time scale after changing at above-mentioned time scale, the project information that gets access to is upgraded thereupon,
Generate in the step in above-mentioned display frame information, according to during the demonstration that generates in the step above-mentioned time scale after changing at above-mentioned time scale and the above-mentioned project information after in above-mentioned project information obtaining step, upgrading, come above-mentioned display frame information is upgraded.
16. project information display packing according to claim 15 is characterized in that,
Generate in the step at above-mentioned time scale, on the time scale of chronomere arbitrarily that will be in the time scale that is generated the optional position of appointment by clicking operation or by the time scale of chronomere is arbitrarily carried out slide and the optional position of appointment as the position of above-mentioned pointer, change during the demonstration of above-mentioned time scale.
17. according to the described project information display packing of claim 12～16, it is characterized in that,
Generate in the step at above-mentioned time scale, when in a time scale from a plurality of time scales that generated, selecting arbitrarily time range, whole indication range with the time scale of this times selected range applications chronomere that is the minimum in the above-mentioned a plurality of time scales that generated, come to change during the demonstration to a plurality of time scales
Thereupon, in above-mentioned project information obtaining step, according to during the demonstration that generates in the step above-mentioned time scale after changing at above-mentioned time scale the project information of being obtained being upgraded,
Generate in the step in above-mentioned display frame information, according to during the demonstration that generates in the step above-mentioned time scale after changing at above-mentioned time scale and the above-mentioned project information after in above-mentioned project information obtaining step, upgrading come above-mentioned display frame information is upgraded.
18. each the described project information display packing according in the claim 12～17 is characterized in that,
In the behavioural information of in above-mentioned storing step, storing, comprise the link information that constitutes by the application conditions that is used to make above-mentioned each behavior that is performed between self behavior and other behavior, to have relevance,
In above-mentioned project information obtaining step, when the project information that gets access to has been appended new above-mentioned behavioural information, mutually detect the behavioural information in the above-mentioned project information of using the behavior above-mentioned link information that comprised of information, and generate output information according to detected result.
19. each the described project information display packing according in the claim 12～18 is characterized in that,
Indication range with the indication range that is used to select above-mentioned display frame information is selected step,
Generate in the step in above-mentioned display frame information, generate display frame information according to the indication range information of selecting in above-mentioned indication range to select in the step, a plurality of time scales that in above-mentioned time scale generation step, generate and the project information of in above-mentioned project information obtaining step, obtaining.
20. project information display packing according to claim 19 is characterized in that,
In above-mentioned display frame generation step, generate display frame information as follows: show above-mentioned a plurality of time scale on the top of above-mentioned display frame, show above-mentioned project information in the bottom of above-mentioned a plurality of time scales, show in the upper left end of above-mentioned display frame to be used to carry out the window area manager that above-mentioned indication range is selected step.
21. each the described project information display packing according in the claim 12～20 is characterized in that,
Generate in the step at above-mentioned time scale, during the demonstration of the calendar information that is obtained with the predetermined distance renewal along with the process of time,
, in above-mentioned project information obtaining step, the project information of being obtained is upgraded according to next during the demonstration that generates the above-mentioned time scale after upgrading in the step at above-mentioned time scale thereupon,
Generate in the step in above-mentioned display frame information, come above-mentioned display frame information is upgraded according to the above-mentioned project information after during above-mentioned time scale generates the demonstration of the above-mentioned time scale after the renewal in the step and in above-mentioned project information obtaining step, upgrading.
22. each the described project information display packing according in the claim 12～21 is characterized in that,
One in above-mentioned a plurality of time scale is a plurality of monthly calendars of arranging the date by week.
23. a project information display routine is used to make the project information display device to realize following function:
Storage comprises the calendar information of date information, as a plurality of behavioural informations of the details of each behavior of in project, carrying out and the project information that constitutes by behavioural information of from above-mentioned a plurality of behavioural informations, selecting and the execution time information of carrying out this selected behavioural information;
From stored above-mentioned calendar information, obtain be designated as during the demonstration during calendar information, generate a plurality of time scales of different chronomeres;
Corresponding, the project information that comprises above-mentioned execution time information in during above-mentioned demonstration of the time scale of minimum chronomere among the above-mentioned a plurality of time scales that from above-mentioned stored project information, obtain and generated;
According to generating display frame information by above-mentioned a plurality of time scales that generated and the accessed project information corresponding with the temporal information of time scale above-mentioned minimum time unit; And
Show the above-mentioned display frame information that is generated.
24. project information display routine according to claim 23 is characterized in that,
Above-mentioned a plurality of time scale generates with all identical time width, perhaps generates with different respectively time widths.
25. according to claim 23 or 24 described project information display routines, it is characterized in that,
Above-mentioned a plurality of time scale comprise at least arbitrarily with 10 years, year, month, week, day, time, minute, second be the time scale that unit generates.
26. each the described project information display routine according in the claim 23～25 is characterized in that,
The above-mentioned a plurality of time scales that generated have the pointer of the basic point of the above-mentioned calendar information of expression,
Also have following function:
By the above-mentioned pointer on the mobile above-mentioned time scale that generates or with respect to the above-mentioned time scale of above-mentioned pen travel that is fixed, change during the demonstration of above-mentioned time scale;
According to during the demonstration of above-mentioned above-mentioned time scale after changing the project information of being obtained being upgraded; And
According to during the demonstration of above-mentioned above-mentioned time scale after changing and the above-mentioned project information after the above-mentioned renewal come above-mentioned display frame information is upgraded.
27. project information display routine according to claim 26 is characterized in that,
Optional position that will appointment on the time scale of the chronomere arbitrarily in the above-mentioned time scale that generates by clicking operation or by the time scale of chronomere is arbitrarily carried out slide and the optional position of appointment as the position of above-mentioned pointer, change during the demonstration of above-mentioned time scale.
28. according to the described project information display routine of claim 23～27, it is characterized in that,
Also have following function:
When selecting arbitrarily time range in the time scale from the above-mentioned a plurality of time scales that generate, with the whole indication range of the time scale of this times selected range applications chronomere that is the minimum in the above-mentioned a plurality of time scales that generated, come to change during the demonstration to a plurality of time scales;
Thereupon, according to during the demonstration of above-mentioned above-mentioned time scale after changing the project information of being obtained being upgraded; And
According to during the demonstration of above-mentioned above-mentioned time scale after changing and the above-mentioned project information after the above-mentioned renewal come above-mentioned display frame information is upgraded.
29. each the described project information display routine according in the claim 23～28 is characterized in that,
In above-mentioned behavioural information, comprise the link information that constitutes by the application conditions that is used to make above-mentioned each behavior that is performed between self behavior and other behavior, to have relevance,
Also has following function: when accessed project information has been appended new above-mentioned behavioural information, mutually detect the behavioural information in the above-mentioned project information of using the behavior above-mentioned link information that comprised of information, and generate output information according to detected result.
30. each the described project information display routine according in the claim 23～29 is characterized in that,
Indication range selection function with the indication range that is used to select above-mentioned display frame information,
Has following function: generate display frame information according to the indication range information of utilizing above-mentioned indication range selection function to select, the above-mentioned a plurality of time scales that generate and above-mentioned accessed project information.
31. project information display routine according to claim 30 is characterized in that,
Generate above-mentioned display frame information as follows: show above-mentioned a plurality of time scale on the top of above-mentioned display frame, show above-mentioned project information in the bottom of above-mentioned a plurality of time scales, show the window area manager that is used to carry out above-mentioned indication range selection function in the upper left end of above-mentioned display frame.
32. each the described project information display routine according in the claim 23～31 is characterized in that also having following function:
Along with the process of time to upgrade during the demonstration of predetermined distance to the calendar information that when generating above-mentioned time scale, obtains;
Thereupon, according to during the demonstration of the above-mentioned time scale after the above-mentioned renewal project information of being obtained being upgraded; And
According to during the demonstration of the above-mentioned time scale after the above-mentioned renewal and the above-mentioned project information after the above-mentioned renewal come above-mentioned display frame information is upgraded.
33. each the described project information display routine according in the claim 23～32 is characterized in that,
One in above-mentioned a plurality of time scale is a plurality of monthly calendars of arranging the date by week.
34. an electronic health record information display device is characterized in that possessing:
Storage part, its constitute storage comprise the calendar information of date information, as a plurality of behavioural informations of the details of each behavior of in project, carrying out and the electronic health record information that constitutes by behavioural information of from above-mentioned a plurality of behavioural informations, selecting and the execution time information of carrying out this selected behavioural information;
The time scale generating unit, its constitute from above-mentioned storage part obtain be designated as during the demonstration during calendar information, generate a plurality of time scales of different chronomeres;
The electronic health record information acquiring section, its constitute from above-mentioned storage part obtain with a plurality of time scales that generate by above-mentioned time scale generating unit corresponding, the electronic health record information that comprises above-mentioned execution time information in during above-mentioned demonstration of the time scale of minimum chronomere;
Display frame information generating unit, it constitutes according to a plurality of time scales that generated by above-mentioned time scale generating unit and the electronic health record information of being obtained by above-mentioned electronic health record information acquiring section and generates display frame information; And
Display part, it constitutes the display frame information that demonstration is generated by above-mentioned display frame information generating unit.
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| JP206637/2006 | 2006-07-28 | ||
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| CN112578956A (en) * | 2019-09-30 | 2021-03-30 | 北京国双科技有限公司 | Date and time range processing method, storage medium and electronic device |
| CN113270174A (en) * | 2021-04-30 | 2021-08-17 | 展华科技股份有限公司 | Method and system for graphically displaying doctor's advice drug arrangement condition |
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