CN102415903B - Touch screen ultrasonic diagnostic apparatus and file management method thereof - Google Patents
Touch screen ultrasonic diagnostic apparatus and file management method thereof Download PDFInfo
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- CN102415903B CN102415903B CN201110276002.XA CN201110276002A CN102415903B CN 102415903 B CN102415903 B CN 102415903B CN 201110276002 A CN201110276002 A CN 201110276002A CN 102415903 B CN102415903 B CN 102415903B
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Abstract
The invention discloses touch screen ultrasonic diagnostic apparatus and a file management method thereof. The touch screen ultrasonic diagnostic apparatus comprises a file management module, wherein the file management module comprises a touch screen instruction receiving identification module and an instruction processing module; the touch screen instruction receiving identification module is arranged in a display screen area of the ultrasonic diagnostic apparatus and is used for receiving and identifying instructions aiming at a display area corresponding to the touch screen instruction receiving identification module directly; the touch screen instruction receiving identification module identifies that a touch screen instructions belong to image saving instruction, image management instruction, image call-back instruction or patient information management instruction; the touch screen instruction receiving identification module transmits the identified instructions to the instruction processing module; and the received instructions are processed by the instruction processing module, and instruction processing results are transmitted to a display screen. The touch screen ultrasonic diagnostic apparatus and the file management method thereof have the advantages that visual sense observation and touch feeling are combined uniformly, and the operation of images is simplified, so that the touch screen ultrasonic diagnostic apparatus is visual and convenient to operate.
Description
Technical field
The present invention relates to a kind of touch screen diasonograph, especially a kind of touch screen diasonograph with document management module, with and file management method.
Background technology
Diagnostic ultrasonic equipment, as a kind of diagnostic means, is applied to human body by ultrasonic detecting technology, understands data and the form of physiological tissue's structure by measurement, to reach the object of finding disease.Along with the new technique of development and clinical diagnostic applications extensively and profoundly, how to use easily diasonograph to seem and be even more important.
In the use procedure of conventional ultrasound diagnostic apparatus, there is following problem: first, because display screen and keyboard be not in same plane, doctor need to observe image change on one side, be busy with regulating parameter on one side, make so usually to be interrupted by keyboard operation in the process of observing ultrasonoscopy, therefore operation is very inconvenient; Secondly, button is numerous, and the function that doctor need to remember a large amount of buttons could skillfully be used, and this process need certain hour is unfavorable for using for the first time the doctor of diasonograph; Again, the volume of diasonograph is larger, is not easy to doctor in emergency treatment or diagnoses out of doors, makes the range of application of diasonograph be subject to great limitation.Portable ultrasound diagnostic equipment has overcome the shortcoming that conventional ultrasound diagnostic apparatus volume is large, weight is large on the basis that retains existing capability at present, but portable ultrasound diagnostic equipment still cannot be broken away from the traditional mode that display screen separates mutually with keyboard, the volume that this point has limited portable ultrasound diagnostic equipment greatly further dwindles.In order to make diasonograph miniaturization more, touch screen diasonograph has solved the problem that interface and keyboard are separated, and has greatly reduced the volume of diasonograph, and makes doctor more directly perceived in the time of operation.
To utilize the touch screen functionality of itself to make doctor's vision and touch feeling organic unity by touch-screen applications in the object of diasonograph, and simplify the operation, the touch screen that doctor can touch above display screen by direct or indirect mode sends instruction message and produces specific response by corresponding command process module to inner command reception module.But from touch-screen applications in other equipment different be, such as by touch-screen applications in depositing and drawing in bank machine or mobile phone, main purpose is in order to make user operate intuitive and convenient more, and by touch-screen applications in medical supersonic equipment, it is particularly important that real-time seems.Consider that hospital's medical number of patients of coming for a day is numerous, at this moment the use of touch screen is not limited only to make doctor's operation more directly perceived, because the whether directly perceived of operation just experiences for doctor's use itself, the more important thing is, how can consider from patient's angle, each patient's Diagnostic Time is reduced greatly, so that carry out follow-up diagnosis and treatment, this just need to not only can make touch-screen applications doctor's operation more convenient on diasonograph, and real-time is stronger, realize this point, more simple and convenient operational approach need to be proposed on the basis that uses touch screen, finally not only make doctor easy to use, and patient's consultation time is shortened.
Summary of the invention
The object of the invention is to overcome above deficiency, a kind of touch screen diasonograph and file management method thereof are provided, overcome the shortcoming of conventional ultrasound diagnostic apparatus file operation trouble.
According to technical scheme provided by the invention, described touch screen diasonograph comprises diasonograph and is overlying on the touch screen of diasonograph display screen surface, described touch screen connects touch screen input module, touch screen input module connects controller and the display screen of diasonograph, it is characterized in that: described touch screen input module includes document management module, described document management module comprises touch screen type command reception identification module and command process module, the input of the outfan link order processing module of touch screen type command reception identification module, wherein touch screen type command reception identification module is arranged in diasonograph display screen area, for directly receive and identify for its instruction of corresponding viewing area, touch screen type command reception identification module is receiving after instruction, identifying this instruction is any instruction belonging in Image Saving, image management, image readjustment and patient information management instruction, then by the command identifying to command process module, result is transferred to display screen by command process module.
Described command process module includes Image Saving submodule, image management submodule, image readjustment submodule, patient information management submodule with the different instruction of alignment processing respectively.
Described touch screen type command reception identification module comprises the identification to the position in instruction and directional information to the identification of the instruction receiving.
Described command process module can, according to the corresponding dissimilar file of different instruction identifying, be carried out Classification Management to these dissimilar files.
A file management method for touch screen diasonograph, touch screen type command reception identification module is arranged in diasonograph display screen area, directly receive and identify for its instruction of corresponding viewing area; Touch screen sends instruction to touch screen type command reception identification module; It is any instruction belonging in Image Saving, image management, image readjustment, patient information management instruction that described touch screen type command reception identification module is identified this instruction; Touch screen type command reception identification module is by the command after identification to command process module, and command process module is processed according to the instruction receiving, and then instruction process result is transferred to display screen; If while comprising first direction information and primary importance information in the instruction receiving, think that the instruction receiving is Image Saving instruction; If when comprising second direction information in the instruction receiving and having second position information, think that the instruction receiving is image management instruction; If when the instruction receiving comprises third direction information and has the 3rd positional information or only comprise the 3rd positional information, think that the instruction receiving is the instruction of image readjustment; If when the instruction receiving comprises the 4th positional information, think that the instruction receiving is patient information management instruction.
Described image management comprises: export DICOM file, printing, deletion, preserve, be made as demonstration picture (DEMO), transform at least one in form.
Described patient information management at least comprises at least one in control report page, management 3D rendering, management rest image, management film image.According to different file types, the file such as described report page that patient information is comprised, 3D rendering, rest image, film image carries out Classification Management.
The present invention has the following advantages: one aspect of the present invention is overlying on touch screen on display screen, make doctor in the time of preservation, readjustment, managing image and patient information management, regulate to the corresponding region transmission instruction message of touch screen, realize without proprietary button; So also make touch screen diasonograph simple interface; And, even if doctor is the diasonograph that uses for the first time the present invention disclosed, also can grasp fast control method, operate more directly perceived.
Brief description of the drawings
The system block diagram of Fig. 1 touch screen ultrasonic diagnostic equipment.
The document management module building-block of logic of Fig. 2 touch screen diasonograph of the present invention.
The still image of Fig. 3 embodiment of the present invention is preserved schematic diagram.
The film image of Fig. 4 embodiment of the present invention is preserved schematic diagram.
The image management schematic diagram of Fig. 5 embodiment of the present invention.
The image readjustment schematic diagram of Fig. 6 embodiment of the present invention.
The image browsing enlarged diagram of Fig. 7 embodiment of the present invention.
The patient information management schematic diagram of Fig. 8 embodiment of the present invention.
File operation chart in the patient information management of Fig. 9 embodiment of the present invention.
Detailed description of the invention
Describe each related detailed problem in technical solution of the present invention in detail below in conjunction with drawings and Examples.
As shown in Figure 1, a kind of touch screen diasonograph, comprise: controller, radiating circuit, transducer, receiving circuit, wave beam are synthetic, the formation of signal processing image, touch screen and display screen, and touch screen is overlying on display screen, and touch screen connects touch screen input module.Transducer (being also probe) is hyperacoustic transmitter-receiver device, can convert electrical energy into acoustic energy, also acoustic energy can be converted to electric energy, first radiating circuit is under the coordination of controller, send the signal of telecommunication to transducer, being converted into ultrasonic emitting by transducer goes out, receiving circuit is responsible for receiving transducer and is passed the echo signal (being converted to the signal of telecommunication by transducer) of coming, and amplify, the processing such as digital to analog conversion, wave beam is synthetic carries out dynamic focusing and dynamic aperture processing to the echo signal on different directions, be synthesized together, then the signal that signal processing and image form after wave beam is synthesized carries out noise suppressed, envelope detection, the processing such as logarithmic compression are finally presented in touch screen display.At present, touch screen, as a kind of novel computer input apparatus, provides one the simplest, natural man-machine interaction mode, is widely used in leader's office, the aspects such as Industry Control.Here adopt touch screen to replace original keyboard, first touch with finger or other objects the touch screen that is arranged on display screen front end, then system is carried out regioselective input information according to the icon of finger touch or menu position, makes man-machine interaction more simple and direct, more convenient to use.
Touch screen input module is connected with controller, the outfan of controller is connected successively with radiating circuit, transducer and receiving circuit and controller output end is also directly connected with transducer, and receiving circuit is connected successively and is all connected with controller with wave beam synthesis module, signal processing image forming module and display screen.Wherein touch screen input module is for receiving the instruction sending to touch screen by direct or indirect mode, its way of contact includes but are not limited to be clicked, double-click, slides, pull or with operations such as pulling of certain speed, can be both that single-point touches mode can be also multiple point touching mode with directive by modes such as infrared ray, electromagnetic induction, radio, felt pen, fingers.
In order to describe more clearly the present invention, below content can, by some function element that disclose above, integrate, and occur with the form of a functional module.And be described in this way, for one of ordinary skill in the art, be understandable, can't cause any announcement insufficient or disclose fuzzy problem.
As shown in Figure 2, touch screen supersonic diagnostic set of the present invention, its touch screen input module includes document management module.Described document management module includes touch screen type command reception identification module and command process module, the input of the outfan link order processing module of touch screen type command reception identification module.Touch screen type command reception identification module is arranged within the scope of whole display screen area, for directly receiving for the instruction message in its corresponding regional extent, and identify this instruction be Image Saving, image management, image adjust back and patient information management in any instruction message.Command process module is further processed with different instruction messages according to Image Saving submodule, image management submodule, image readjustment submodule and patient information management submodule.
Further, described touch screen type command reception identification module, its mode of identifying different instruction messages is directional information and the positional information of identifying in the instruction receiving.For example, if touch screen type command reception identification module identifies the instruction receiving when comprising the information on first direction and having primary importance information, think that the instruction receiving is Image Saving instruction; If when the instruction receiving comprises the information in second direction and has second position information, think that the instruction receiving is image management instruction, wherein image management instruction includes but are not limited to output DICOM file instruction, DEMO instruction (being made as demonstration picture), print image instructions, deleted image instruction, enlarged image instruction or chooses one or more in image instruction; If when the instruction receiving comprises the information on third direction and has the 3rd positional information or only comprise the 3rd positional information, think that the instruction receiving is the instruction of image readjustment; If when the instruction receiving comprises the 4th positional information, think that the instruction receiving is patient information management instruction.
Further, for the information on information and diverse location on different directions, in different embodiments, it can be need to set voluntarily according to user, is not limited to them.Such as, in one embodiment, wherein, first direction can be arbitrarily angled between 0 ° ~ 360 °, Image Saving submodule can further be identified to belong to according to the positional information in instruction and preserve the instruction of rest image or the instruction of preserving film image, primary importance packets of information contains start position information and final position information, if in the time that touch screen type command reception identification module identifies start position information in image region, at this moment final position information is being preserved rest image command reception region, Image Saving submodule is thought the message of the preservation rest image in Image Saving instruction, if final position information is being preserved film image command reception region, Image Saving submodule is thought the message of the preservation film image in Image Saving instruction.Wherein second direction can be arbitrarily angled between 0 ° ~ 360 °, second position packets of information contains start position information and final position information, if in the time that touch screen type command reception identification module identifies start position information in image region, at this moment exporting DICOM file instruction receiving area according to final position information, print image instructions receiving area, deleted image command reception region still outputs to DEMO command reception region, image management submodule further judgement is any concrete instruction message, certainly, the second position can comprise more positional information, be not limited only to the command reception region of above-mentioned functions, such as second position information not only comprises positional information and in the time that image-region also may comprise temporal information, image management submodule think to choose or enlarged image in one, specifically any instruction wherein also needs the temporal information whether comprising according to it to judge, if include temporal information, think enlarged image instruction, otherwise think to choose image instruction, wherein third direction can be divided into two kinds of directions, if third direction is that horizontal direction and the 3rd positional information are in image-region or image thumbnails viewing area, image readjustment submodule is thought the instruction of preview image, in viewing area when optional position if third direction is arbitrarily angled and the 3rd positional information between 0 ° to 360 °, image readjustment submodule further judges that this instruction is the instruction of adjusting the position of amplifying rear image, if the 3rd positional information is in image thumbnails region, image readjustment submodule further judges that this instruction is the instruction of preview image, if the 3rd positional information is at image-region, be divided into two kinds of situations: one, if this positional information only comprises a positional information and does not comprise temporal information, image readjustment submodule further judges that this instruction is the instruction that enters or exit image full screen display, two, if this positional information includes temporal information or this positional information includes two positional informationes and has movement tendency, image readjustment submodule further judges that this instruction is to enter or exit image to amplify the instruction showing, its the 4th positional information can be any one the command reception region entering on patient information management display interface.
Touch screen type command reception identification module is after the touch screen instruction that receives doctor, can identify this instruction, and by identification after command to command process module, command process module is according to the content that will carry out specifying in the instruction after identification, give corresponding file management submodule by command accordingly, then corresponding file management submodule can be processed according to the message content in instruction, then instruction process result is transferred to display screen by command process module, and display screen shows the effect after this regulation region execution instruction.Here touch screen type command reception identification module can include the command reception region of 2 or above quantity, respectively the respective regions part of corresponding display screen.
As shown in Figure 3, in the embodiment of a touch screen diasonograph the present invention relates to, the first direction information in Image Saving instruction and primary importance information are described.When doctor is clicked and held image 1 and move to and preserve when rest image command reception region 2 by direct or indirect mode, touch screen type command reception identification module receives this and pulls instruction and identify this that to pull the directional information comprising in instruction be first direction information, its positional information comprising is primary importance information, wherein first direction information can be arbitrarily angled between 0 ° to 360 °, then Image Saving submodule further judges that according to the touch screen position comprising in its positional information this instruction is to belong to the instruction of preserving rest image, and the command after identification is carried out to instruction and then preserved rest image to command reception module, rest image after preservation is presented at region 3, the image of preserving successively according to preserve time order and function be numbered.Certainly, doctor also can directly operate to preserve image to menu 4.
Except preserving rest image, the disclosed touch screen medical ultrasonic equipment of the present invention can also be preserved one section of film image, as shown in Figure 4.In one embodiment of the invention, in the time that doctor will preserve one section of film image, first moving-picture frame several 2 by starting point and the terminal of the selected one section of vidclip that will store of direct or indirect mode, as shown in Figure 4, at this moment moving-picture frame several show that two numerical value are such as 1/7 and 3/7 on 2, it represents that current one has 7 two field pictures, this film image comprises the data message since the first two field picture to the three two field pictures, then the starting point frame number of this vidclip and terminal frame number are transferred to touch screen type command reception identification module, at this moment doctor is clicked and is held image 1 and move to and preserve when film image command reception region 6 by direct or indirect mode, then touch screen type command reception identification module receives this and pulls instruction and identify this that to pull the directional information comprising in instruction be first direction information, its positional information comprising is primary importance information, wherein first direction information can be arbitrarily angled between 0 ° to 360 °, then Image Saving submodule further judges that according to primary importance information this instruction is the instruction of preserving film image, and the command after identification is carried out to instruction and then preserved film image to command reception module, film image after preservation is presented at region 3 with thumbnail form, image after preservation is numbered according to the time order and function of preserving successively.Certainly, doctor also can directly operate to preserve image to menu 4.
In the embodiment of a touch screen medical ultrasonic equipment the present invention relates to, the second direction in image management instruction and second position information are described.In the time that doctor wants to check passing rest image or film image, can browse to show all images under selected file folder, such as 1., 2., 3., 4. Fig. 5 is respectively rest image, film image, film image, rest image, doctor can set voluntarily by menu 4 quantity of while displayed map picture on a page, such as showing 1 width, 4 width, 9 width or 16 width images etc., at this moment doctor can manage these images, includes but are not limited to and browses, deletes, prints, exports DICOM file etc.First doctor clicks selection by direct or indirect mode and needs image to be processed, and at this moment the upper left corner of selected image can present selected state, as shown in Figure 5.When doctor clicks when holding any pair of choosing in image and moving to DICOM command reception region 15 by direct or indirect mode, touch screen type command reception identification module receives this and pulls instruction and identify this that to pull the directional information comprising in instruction be second direction information, its positional information comprising is second position information, wherein second direction information can be arbitrarily angled between 0 ° to 360 °, then Image Saving submodule further judges that according to its positional information this instruction is the instruction of output DICOM file, and the command after identification is carried out to instruction and then selected image to command reception module will be sent to remote work station according to the configuration of System menu or media bank arranges according to the configuration of System menu, identical response is made in the instruction of the output DICOM file that at this moment all the other selected images also can produce this action.Certainly, doctor can also be clicked and be held this image and move to print command receiving area 16 and complete printing by direct or indirect mode, doctor can also click when holding any sub-picture selecting in image and moving to deleted image command reception region 17 by direct or indirect mode, image management submodule thinks that this instruction is the instruction of deleted image, and at this moment command process module is carried out instruction and will after selected image-erasing, be put into recycle bin.By adopting same operation, doctor can also be clicked and be held any sub-picture of choosing in image and move to DEMO command reception region 18 to complete the function of choosing image setting as DEMO picture by direct or indirect mode, based on thinking of the present invention, doctor can also realize by this mode of operation the function of multiple image management, be not limited in above-mentioned functions, certainly, also can directly operate menu 4 for aforesaid operations doctor.In the time that doctor need to adjust back preview piece image, can double-click this image, this width image full screen display.
Further, lower current file folder all images can also be classified, and identify with different Shipping Options Pages, such as " all images " 10, " rest image " 11 and " film image " 12.In the time that doctor clicks " all images " 10, the frame of its Shipping Options Page, with highlighted demonstration, at this moment shows images all in this file, not only comprises rest image but also comprise film image, in the time that the quantity of image exceedes the quantity that current page specifies to show, continue to show at lower one page.In the time that doctor clicks " rest image " 11, show rest images all in this file.In the time that doctor clicks " film image " 12, show film images all in this file.The object of doing is like this, in the time that amount of images is many, what doctor can be according to oneself need to find required image type fast by Shipping Options Page attribute.Such as current page setting be every page show 4 width images, and this file next have 40 width images, comprising 30 width film images and 10 width rest images, and image is numbered successively in order, one have 10 pages.In the time that doctor wants readjustment to browse last width rest image, if the current selection of doctor " all images " 10, every page shows 4 width images by picture number, need to turn over 9 pages until can find this rest image after the 10th page, if the current selection of doctor " rest image " 11, one has 3 pages, current page shows the 31 width rest image to the 34 width rest images in order, the like, doctor only need turn over 2 pages and wants until page 3 just can be seen the image browsed, has saved like this for about 78% time compared with aforementioned operation.
As shown in Figure 6, in the embodiment of a touch screen medical ultrasonic equipment the present invention relates to, third direction and the 3rd positional information in the instruction of image readjustment are described.Although be in order to illustrate how to carry out image management in above-mentioned Fig. 5; but the mode of image readjustment is also simply described; Fig. 6 is another mode of image readjustment; all only represent a specific embodiment of invention thought of the present invention; the thinking according to the present invention; those skilled in the art can do any equivalence transformation, but all think within protection scope of the present invention.Doctor enters after image call back scheme, display interface as shown in Figure 6, giving tacit consent on current main interface 21 what show is the first two field picture, thereunder show breviary Figure 22 of all images in current file folder, if when doctor wants to adjust back certain piece image, doctor can click image corresponding in this thumbnail, at this moment touch screen type command reception identification module thinks that the instruction receiving is the 3rd positional information, and be transferred to command process module and calculated the frame number that selected image is corresponding, finally on main interface, show selected image, the position at selected image place in present image is also upgraded thereupon and show to corresponding progress indicator 24.In order to make it more vivid, wherein breviary Figure 23 of selected image is a bit larger tham other thumbnails, and doctor can be clear that the position at selected image place in all images.The embodiment providing from Fig. 6 can find out, current place file is patient A, and one has 18 width images, and what current readjustment showed is the 6th width image.Upper level catalogue 9 shows that the folder name at current all images 10 places is called " patient A ", can certainly select only to show all rest image 11 or film images 12 in " patient A " file.Except by above-mentioned click mode preview image, doctor can also be in 21 regions, main interface or breviary Figure 22 region press frame sequential readjustment image by horizontal slip, when touch screen type command reception identification module receive be the message of horizontal slip time, think that this instruction message is third direction information, and identify the instruction that this instruction is preview former frame or a rear two field picture, the not special definition of horizontal slip described here can be that certain angular range between 0 ° to 360 ° of User Defineds is as horizontal direction.If when doctor slides left, command process module is successively decreased the frame number of present image and is automatically calculated the frame number of new images, if when doctor slides to the right, command process module increases progressively the frame number of present image automatically calculate the frame number of new images.Wherein operate in 21 regions, main interface with in breviary Figure 22 region, the method of the frame number of its calculating new images is also different, if 21 regions, Zhu interface, touch screen position, after sliding, the frame number of image calculates according to the number of times sliding, such as sliding once left, the frame number of present image subtracts one, slide once to the right, the frame number of present image adds one, if touch screen position is in breviary Figure 22 region, the position calculation of touch screen when the frame number of image stops according to slip after sliding, the frame number of the nearest image in this touch screen position of layback is as the frame number of new images, at this moment the command information that command process module comprises according to it is displayed in full screen the image that will adjust back, no matter be above-mentioned which kind of mode, progress bar 4 upgrades thereupon, and the corresponding thumbnail of selected image also can highlight thereupon.
Further, also can adopt Shipping Options Page to classify for all images under the current file of choosing, such as all images 10, rest image 11 and film image 12, it has a detailed description in the explanation of Fig. 5.
As shown in Figure 6, doctor can also print, export the operations such as DICOM file and deletion to this image of choosing, by direct or indirect mode drag this choose image to corresponding command reception region 7 such as print command receiving area, output DICOM file instruction receiving area and delete instruction receiving area, to realize corresponding function.In concrete enforcement, doctor can be not limited to aforesaid operations, can also copy, the operation such as format conversion, is not limited to them.
If doctor only needs to check passing image, and while not needing this image to carry out any operation, can touch the optional position at main interface 21 as shown in Figure 6, at this moment touch screen type command reception identification module receives this instruction, think the instruction of image full screen display, all icon hidings on main interface 21 selected image, as shown in Figure 7.At this moment doctor can carry out in the optional position of touch screen double click operation or two finger simultaneously along in opposite directions or relative direction slide, touch screen type command reception identification module receives this instruction, and to identify the positional information comprising in this instruction be the 3rd positional information, and this positional information includes temporal information or this positional information includes two positional informationes and has movement tendency, then command process module is amplified present image according to the instruction message after identification according to predefined ratio, its magnification ratio doctor can be self-defined, for the image after amplifying, doctor can move to optional position to check the local detail of wanting observation by direct or indirect mode drag image, if after double-clicking, recover the original image size of full screen display, if when at this moment doctor need to operate this image, again touch the optional position of touch screen viewing area, current interface returns to interface as shown in Figure 6, show all icons, at this moment can operate the image of choosing.When after end of operation, doctor can click upper level catalogue 9 and get back to present image place file patient A's upper level catalogue, at this moment shows that under this catalogue, All Files folder comprises patient A.
As shown in Figure 8, in the embodiment of a touch screen medical ultrasonic equipment the present invention relates to, when patient is transfused to for No. ID, in this patient's file, just there is storage file, storage file described here includes but are not limited to image, report page, 3D file or film etc.In conventional ultrasound diagnostic apparatus, these files are all presented under the file of current patient, seem that so whole file is more in disorder.In the disclosed diasonograph of the present invention, can classify according to the file type in current patient file, and show with the form of Shipping Options Page, such as Fig. 8 be divided into " All Files " 31 with and " image " 32, " report page " 33, " 3D " 34 and " film " 35 etc. that comprise.Such as, when doctor need to check the rest image of current patient first, while entering patient A's file, can find at a glance the file that belongs to rest image, click " image " 32 and enter all static picture documents of rear demonstration interface 36, if doctor is to the interesting image in one of them image folder 37 of patient A, click and enter this image folder 37, there is interface as shown in Figure 9, at this moment show all images 38 under this file, can also click upper level catalogue 9 and turn back to the interface shown in Fig. 8, very convenient.Certainly, also can on interface shown in Fig. 8, click the labels such as " report page " 33, " 3D " 34 and " film " 35, show the file of corresponding types.In the time that doctor need to check other patients' file situation, can click the file that the upper level catalogue 9 shown in Fig. 8 shows current all patients.
Claims (1)
1. the file management method of a touch screen diasonograph, it is characterized in that: described touch screen diasonograph includes document management module, described document management module comprises touch screen type command reception identification module and command process module, wherein touch screen type command reception identification module is arranged in diasonograph display screen area, for directly receive and identification for its instruction of corresponding viewing area; Touch screen sends instruction to touch screen type command reception identification module; It is any instruction belonging in Image Saving, image management, image readjustment, patient information management instruction that described touch screen type command reception identification module is identified this instruction; Touch screen type command reception identification module is by the command after identification to command process module, and command process module is processed according to the instruction receiving, and then instruction process result is transferred to display screen; If while comprising first direction information and primary importance information in the instruction receiving, think that the instruction receiving is Image Saving instruction; If when comprising second direction information in the instruction receiving and having second position information, think that the instruction receiving is image management instruction; If when the instruction receiving comprises third direction information and has the 3rd positional information or only comprise the 3rd positional information, think that the instruction receiving is the instruction of image readjustment; If when the instruction receiving comprises the 4th positional information, think that the instruction receiving is patient information management instruction;
Described image management comprises: export DICOM file, printing, deletion, preserve, be made as demonstration picture, transform at least one in form;
Described patient information management at least comprises at least one in control report page, management 3D rendering, management rest image, management film image;
According to different file types, described report page, 3D rendering, rest image, film image that patient information is comprised carry out Classification Management.
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20140025941A (en) * | 2012-08-23 | 2014-03-05 | 삼성전자주식회사 | Apparatas and method for merging and sharing a image in an electronic device |
| JP2015060408A (en) * | 2013-09-18 | 2015-03-30 | 株式会社東芝 | Information recognition processing device and diagnostic method |
| JP5934816B1 (en) * | 2015-02-10 | 2016-06-15 | 日立アロカメディカル株式会社 | Ultrasound diagnostic system |
| CN107589893A (en) | 2017-09-21 | 2018-01-16 | 上海联影医疗科技有限公司 | A kind of data load method, device and terminal |
| CN113870992A (en) * | 2020-06-30 | 2021-12-31 | 深圳迈瑞生物医疗电子股份有限公司 | Blood analyzer, blood analyzer control method, and computer-readable storage medium |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101869484A (en) * | 2009-04-24 | 2010-10-27 | 深圳迈瑞生物医疗电子股份有限公司 | Medical diagnosis device having touch screen and control method thereof |
| CN201727533U (en) * | 2010-07-18 | 2011-02-02 | 江苏埃立特医疗科技有限公司 | B-mode ultrasonic diagnostic device with on screen display menu-type touch operation function |
| CN102178547A (en) * | 2011-06-10 | 2011-09-14 | 无锡祥生医学影像有限责任公司 | Ultrasonic diagnostic equipment with touch screen and touch screen command processing method thereof |
| CN202235452U (en) * | 2011-09-17 | 2012-05-30 | 无锡祥生医学影像有限责任公司 | Touch screen ultrasonic diagnostic apparatus with document management module |
-
2011
- 2011-09-17 CN CN201110276002.XA patent/CN102415903B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101869484A (en) * | 2009-04-24 | 2010-10-27 | 深圳迈瑞生物医疗电子股份有限公司 | Medical diagnosis device having touch screen and control method thereof |
| CN201727533U (en) * | 2010-07-18 | 2011-02-02 | 江苏埃立特医疗科技有限公司 | B-mode ultrasonic diagnostic device with on screen display menu-type touch operation function |
| CN102178547A (en) * | 2011-06-10 | 2011-09-14 | 无锡祥生医学影像有限责任公司 | Ultrasonic diagnostic equipment with touch screen and touch screen command processing method thereof |
| CN202235452U (en) * | 2011-09-17 | 2012-05-30 | 无锡祥生医学影像有限责任公司 | Touch screen ultrasonic diagnostic apparatus with document management module |
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Address after: 214028 Changjiang Road Jiangsu city of Wuxi Province, the new industrial park in 51, Wu District five No. 53 No. 228 block Patentee after: Wuxi CHISON medical Polytron Technologies Inc Address before: 214142 Jiangsu Province, Wuxi new area, Shannon Road No. 8 Patentee before: Xiangsheng Medical Image Co., Ltd., Wuxi |