METHOD AND DEVICE FOR PROCESSING MEDICAL IMAGE
The medical Image processing method and medical Image processing device described below are disclosed. Medical Image is X-a ray, CT (Computed Tomography), MRI (Magnetic resonance imaging), can be obtained by ultrasonic and various medical imaging system. Imaging body within a medical Image details, flow of fluid exhibits internal tissues and the like. A user of the reader such as medical and computer system for medical imaging of a patient's health state and output from the diagnosis of disease can be. However, cylindrical form and empirically determining the position of a user of the reader such as medical Image from the checked whether, accurate cylindrical form and grasp the present position of an electromagnetic wave. The present invention refers to a slice Image selected based on subject is displayed by displaying a subject 3 dimensional Image, a separate additional equipment can be subject to each recognized without a circle shape. The present invention refers to a subject or biological tissue displayed slice Image selection from a user receives an object relative 3 dimensional Image of living tissue reference position by displaying, based on the living tissue itself and a circle shape for hereinafter relative of object, the performance of a surgical operation or when an user [...] tissue between a stand-alone number corresponding surgical [...] bell water presented by the location information useful [...] and absolute relative position of the number, all [...] hereinafter can be position at the time of surgery for displays, preserving surrounding tissue and vascular location at the time of surgery to be not always present and the risk of bleeding and minimizing trauma to surrounding tissue can be angiogenesis. In the embodiment according to medical Image processing method includes a biometric engine (organ) is picked up in the different direction in medical images slice images is a displayable hereinafter step; (object) from a user biometric engine included in said subject for entering a selection devices for receiving a slice is displayed; and said subject based on the 3 dimensional Image displaying the selected slice images comprising the following steps. In the embodiment according to medical Image processing method receives a selection of one slice images in said step, said range including said slice from a user subject for left eye images from the data input terminal disclosed. In the embodiment according to medical Image processing method 3 dimensional Image display includes one in said subject, said imaging position of selected slice images based on said subject 3 dimensional Image display can be. The medical Image processing method in the embodiment according to said slice images representing said one biometric engine receives from a user a selection can further include the step. In the embodiment according to medical Image processing method 3 dimensional Image display includes one in said subject, said subject based on said biometric engine relative position can be 3 dimensional Image display. In the embodiment according to the method said one medical Image processing from a user selection of said medical images is formed in a subject can further include the step of receiving. In the embodiment according to medical images are in said one medical Image processing method, said biometric engine horizontal plane (axial), tubular surface (coronal), the time constant (sagittal) can be recorded in the MRI Image. Said medical Image processing method in the embodiment according to one in each of the medical Image, corresponding to a plurality of slice images corresponding medical Image comprising continuously photographing direction can be. Medical Image processing method is one in the embodiment according to medical Image processing device storing; and performing said medical Image processing method a processor, said processor, medical images slice images picked up in different direction biometric engine and a displayable hereinafter, included in said subject is displayed slice images from a user biometric engine under a selection input, said subject based on the selected slice images can be implementing 3 dimensional Image. In one medical Image processing device in the embodiment according to said processor, said range including said slice from a user subject devices for the data input terminal disclosed. According to one in the embodiment, a subject is displayed selected based on subject 3 dimensional Image slice Image by displaying, a separate additional equipment can be subject to each recognized without a circle shape. According to one in the embodiment, a subject or biological tissue displayed slice Image selection from a user receives an object relative 3 dimensional Image of living tissue reference position by displaying, based on the living tissue itself and a circle shape for hereinafter relative of object, the performance of a surgical operation or when an user [...] tissue between a stand-alone number corresponding surgical [...] bell water presented by the location information useful [...] and absolute relative position of the number, all [...] hereinafter can be position at the time of surgery for displays, preserving surrounding tissue and vascular location at the time of surgery to be not always present and the risk of bleeding and minimizing trauma to surrounding tissue can be angiogenesis. Figure 1 shows a medical Image processing method in the embodiment according to the indicating one also are disclosed. Figure 2 shows a medical Image also one in the embodiment according to explain the surface are disclosed. Figure 3 shows a subject also one in the embodiment according to explain surface data from medical images are disclosed. Figure 4 shows a medical Image according to each one in the embodiment also included to explain surface slice images are disclosed. Figure 5 shows a one in the embodiment to explain surface also are selected for an Image process are disclosed. Figure 6 shows a specific subject 3 dimensional Image also one in the embodiment according to explain the surface are disclosed. Figure 7 shows a subject data from medical images for any other work in the embodiment according to explain surface are disclosed. In the embodiment according to Figure 10 shows a 3 dimensional Image 8 also for any other work subject to explain the specific surface are disclosed. Figure 11 shows a medical Image processing device in the embodiment according to the indicating one also are disclosed. In the embodiment specific for structural or functional description only for example purposes that a disclosure, embodiment can be changed in various forms. Thus, in the embodiment are in the form of specific disclosure which are not limited to, the range of technical idea specification included a modified, uniform water, comprising or replacement. Terms such as number 1 or number 2 describes various components but can be used, such terms are mounted to one of the purpose resolved components should be distinguished from other components. For example, components can be termed component number 2 number 1, number 2 components can be similarly designated as number 1 component. Any component that when other components referred to as "connected to", or the other components connected directly or may be connected, other components might lead to intermediate is present it will will be. It is apparent that a single representation of the differently in order not providing language translators, comprising plurality of representation. In the specification, terms such as "comprising" or "having disclosed" described features, numbers, steps, operation, component, piece or a combination designated as not present included, another aspect of one or more moveable number, step, operation, component, piece or a combination of pre-times the number should not understood to presence or additional possibility. Not defined differently, thus scientific or technical terms so that all terms in the art are read by the same person with skill in the art will generally have the meanings. Generally defined terms such as associated technology dictionary used for providing language translators must be interpreted consistent semantics and having dictionary, the specification defined manifest in not, or overly formal sense interpreted not ideal. In the embodiment are described in a medical Image can be used for processing. In the embodiment are personal computer, a laptop computer, tablet computer, medical devices, smart phone, such as various forms of number article wearable device can be implemented. For example, in the embodiment are personal computer, a laptop computer, tablet computer, medical devices or the like can be applied to the medical Image processing. Hereinafter, with reference to the attached drawing in the embodiment are detailed as follows. Each drawing number [...] exhibits the same member to the same references. Figure 1 shows a medical Image processing method in the embodiment according to the indicating one also are disclosed. In the embodiment according to one medical Image processing method can be performed by medical Image processing device processor. Medical Image processing device includes a biometric engine (organ) is picked up in the different direction medical images slice images and to display substrate (110). Medical Image processing device included in user biometric engine (object) is displayed slice images from a subject selection from a testee (120). Medical Image processing device based on the selected slice images a subject 3 dimensional Image phenoxyethanol (130). The medical Image photographing images for in vivo human or animal organs, e.g., MRI (Magnetic Resonance Imaging) can picture. Medical Image photographing direction different living organ can be, e.g., a horizontal plane (axial), tubular surface (coronal), organs (sagittal) be a living unit has the time constant. A plurality of slice images corresponding each medical Image comprises continuously photographing direction. For example, medical Image is picked up in the horizontal plane, a plurality of slice images corresponding reference axis continuously along the horizontal plane of the picked-up can include disclosed. Similarly, medical Image is picked up in the tubular surface, a plurality of slice images corresponding tubular surface and the picked-up continuously along the reference axis, the time constant is picked up in the medical Image is, the picked-up images of the reference shaft continuously along the corresponding time constant surface comprising a plurality of slice can be. With a particular biometric engine is provided various tissue are in combination shaped acting in vivo human or animal organs, e.g., two neck areas, esophageal, on, pancreas, small intestine, large intestine, gall bladder, liver, lung, heart, kidney, uterus, rigid body (solid) and flexible (soft) and engine (organ) such as ovarian breast (breast), including systemic organ comprising mugwort (external genitalia) can be assayed. The subjects are human or animal vascular (Vessel), muscle (muscle), such as tissue in vivo bone (bone) and cancer (cancer), cyst (cyst), such as a knot (nodule) all kinds of [...] (tumor) or can be a congenital malformations, the intercooler by the imaging structure which are not limited to medical devices that can be human or animal body for example can be the presence or if the subject. Medical Image processing device performing the diagnosis of a subject user using as e.g., pseudo, medical Image expert, the nurse can be a plasma of the expert, the which are not limited to, medical Image processing device can be included without using the number which the surface. According to medical Image on a biometric engine concerns compositions and one in the embodiment, the subjects are be a mammary. The tenure methods can be found surrounding female mammary tumor, smooth muscle cells and larger qualities of high-weave-mesenchymal tumor (mesenchymal) are disclosed. Chromosome of smooth muscle cells concerns compositions and methods for preventing mammary and, by which estrogen development and grows, peripheral growth factor can be controlled by women pro crab [su toe [ceyn with tenure bleeding, pain, anemia, peripheral engine compression, such as infertility CLK3 severe door number. But, medical Image on a biological organ or subject will which are not limited to, various engine without the present invention can be applied to the living body and target is number. Figure 2 shows a medical Image also one in the embodiment according to explain the surface are disclosed. The reference 2 also, medical images picked up in different direction biometric engine (210, 220, 230) are shown in the nanometer range. 2 also shown in medical images (210, 220, 230) can be recorded in different direction human uterine MRI Image. For example, medical Image (210) recorded in the horizontal plane and human uterine MRI Image, medical Image (220) MRI and therefore the Image recorded in the human uterine a tubular surface, medical Image (230) can be recorded in the MRI Image is a human uterine time constant. Figure 3 shows a subject also one in the embodiment according to explain surface data from medical images are disclosed. Medical Image processing device includes a user from medical images (310, 320, 330) and are included in a selection of the data input terminal disclosed. In one embodiment, be chosen for the user subject from areas in Figure 3 can be represented by red and red. Medical Image processing device includes a user from the user number [...] fluid of a selected slice images, subject is displayed for user selection can be hereinafter to slice images. Only, a rain, medical images from a user (310, 320, 330) and are included in a selection input download files can be dispensed, the user select subject is displayed slice Image may be filled immediately. Figure 4 shows a medical Image according to each one in the embodiment also included to explain surface slice images are disclosed. Each medical Image is picked up in the different direction corresponding continuous in the direction a plurality of slice Image comprising the shot. A plurality of slice images are shown in also 4 (410) is included in the picked-up medical Image on a horizontal plane and can exhibit continuous slice images. In addition, a plurality of slice images (420) in coronary slice images included in the picked-up continuous medical imaging can exhibit. In addition, a plurality of slice images (430) in the effect of the medical imaging slice images included in the picked-up continuous can exhibit. Figure 5 shows a one in the embodiment to explain surface also are selected for an Image process are disclosed. A plurality of slice images (510, 520, 530) corresponding slice in a captured Image in accordance with the position thereof can included in the subject. A plurality of slice images user (510, 520, 530) can be included in a slice selecting subject. A plurality of slice images user (510, 520, 530) subject is included in one or more slice Image by selecting, specifying ranges for left eye images can be subject is contained in the slice. Or, the display user a subject located in slice images to determine the beginning and the displayed slice by, including slice can be subject specifying ranges for left eye images. In the above-mentioned subject is contained in at least one of the slice selection direction each of the plurality of slice images picked up in different biological organs medical images can be performed. For example, the user input including one or more slice Image identification number to a subject or a subject includes selecting one or more slice by entering a touch, a plurality of slice images (510, 520, 530) can be included in one or more slice selecting subject. Medical Image processing device included in a plurality of slice images respective medical Image user selection of the slice images represent a subject from the data input terminal disclosed. In Figure 5 comprises a plurality of slice images (510, 520, 530) slice images selected by a user red display in the nanometer range. Figure 6 shows a specific subject 3 dimensional Image also one in the embodiment according to explain the surface are disclosed. With reference to the 6 also, biometric engine (610) and target body (620) is 3 dimensional Image shown in the nanometer range. Medical Image processing device based on the selected slice images subject (620) can be a 3 dimensional Image display. Each of the plurality of slice images corresponding slice Image imaging position of is mapped (mapping) be included in the memory device. For example, each slice Image slice Image is in a horizontal plane, a tubular surface, the location of the constant either whether the coordinate is mapped in a corresponding slice Image is picked up in the photographing direction and the particular photographing may be disclosed. Medical Image processing device identifying the selected slice images imaging position mapped, subject can identify the position and volume. Thus, medical Image processing device selected as the slice images based on the imaging position of subject (620) can be a 3 dimensional Image display. In addition, medical Image processing device a selection of user biometric engine from rotating in a first slice images from the data input terminal may be filled. Medical Image processing device is selected slice images based on biometric engine that represents an imaging position of biometric engine (610) can be a 3 dimensional Image display. Medical Image processing device includes a biometric engine in accordance with the 3 dimensional Image (610) to a subject in reference (620) determines the relative, biometric engine (610) and subject (620) can be a 3 dimensional Image display. Medical Image processing device includes a biometric engine (610) to a subject in reference (620) 3 dimensional Image can be relative display position. In the embodiment shown according to one 3 dimensional Image subject (620) may be one or more, a variable number of subject (620) a biometric engine (610) can be based on the 3 dimensional Image display. Figure 7 shows a subject data from medical images for any other work in the embodiment according to explain surface are disclosed. In the embodiment according to in Figure 7 have the same direction (e.g., up and down (Y axis) direction) one location of a plurality of slice images (710) shown in the nanometer range. I.e., a plurality of slice images (710) is living organs can be photographed images in the same direction. A plurality of slice images user (710) subject (e.g., a diameter smaller than 1) is displayed in one or more slice Image can be identify. For example, when a subject is number 3 slice Image to number 8 slice Image display, the user information writing screen (720) (Y axis) corresponding to the number of up and down Cut 3 times, 8 times that subject by entering a range including devices for slice can be input. At this time, 3 times input by a user, the display means 8 subject once at least one of the slice can be coordinate value. Similarly, the user (e.g., a wafer (X axis), front and rear (Z axis) direction) direction location of at least one of the slice is displayed slice images is also subject can input range. If a plurality of slice images (710) to a subject (e.g., a diameter smaller than a 2) if other is indicated, the user subject is displayed slice and devices for separately input range may be filled. In the embodiment according to Figure 10 shows a 3 dimensional Image 8 also for any other work subject to explain the specific surface are disclosed. With reference to the 8 also, medical Image processing device outputs a XY plane based on a range a virtual user a diameter smaller than 1 (810), a diameter smaller than 2 (820) can be shown. The reference also 9, medical Image processing device outputs a YZ plane based on a range a virtual user a diameter smaller than 1 (910), a diameter smaller than 2 (920) can be shown. With reference to the 10 also, medical Image processing device based on the user based on a range controller outputs a uterus myoma 1 (1010), a diameter smaller than 2 (1020) can be a 3 dimensional Image display. Figure 11 shows a medical Image processing device in the embodiment according to the indicating one also are disclosed. The reference also 11, medical Image processing device (1100) the memory (1110) and a processor (1120) without using a tool. Medical Image processing device (1100) is widely used in medical for processing images can be. Memory (1110) is store a medical Image processing method. In one embodiment, memory (1110) comprises a processor (1120) medical Image processing method allows the truck [syen field storing instructions (instructions) can be configured to perform. Processor (1120) the memory (1110) stored medical Image processing method on a chuck. Processor (1120) is medical images slice images picked up in different direction biometric engine and a displayable hereinafter, and are included in the slice is displayed from a user biometric engine under devices for entering a selection, based on selected slice images a subject 3 dimensional Image display substrate. In addition, processor (1120) is a subject from user devices for range included slice from the data input terminal disclosed. In addition, processor (1120) imaging position of a subject based on the selected slice images can be 3 dimensional Image display. Processor (1120) is based on the relative position of object using a biometric engine can be 3 dimensional Image display. Wherein, medical images includes a biometric engine horizontal plane (axial), tubular surface (coronal), the time constant (sagittal) can be recorded in the MRI Image. Medical Image corresponding to each of the corresponding medical Image comprising a plurality of slice images continuously photographing direction can be. 11 components each component 10 is also shown in the aforementioned second through 1 also is mounted to also are obviated, description than dispensed to each other. In the embodiment described above are hardware components, software components, and/or hardware components and software components can be implemented in a combination of. For example, in the embodiment described in device, method and components, e.g., processor, controller, ALU (arithmetic logic unit), digital signal processor (digital signal processor), microcomputer, FPGA (field programmable gate array), PLU (programmable logic unit), microprocessor, or instructions (instruction) can respond to perform any other device such as, can be achieved using one or more general-purpose computer or a special purpose computer. Processing device number (OS) and said operating body number operating body is performed on one or more software applications can be performing. In addition, processing device is in response to the execution of software, data access, storage, operation, processing and generating disapproval. For facilitating the understanding, processing device described section if one is used, is in the art corresponding person with skill in the art, processing device (processing element) and/or a plurality of types of processing elements in the plurality of processing elements include can be cylindrical. For example, processing device has a plurality of processor or one processor and one controller can. In addition, such as parallel processor (parallel processor), an Image (processing configuration) also disclosed. Software computer program (computer program), code (code), instruction (instruction), or a combination of one or more can be, processed to matingly receive the fitting device behaves as desired (collectively) that make up or independently or can be instructs a processing device. Software and/or data, processing device for receiving a command or data number [...] treated or interpreted by the device, what types of machine, component (component), physical device, virtual device (virtual equipment), a computer storage medium or device, or the signals to be transmitted wave (signal wave) permanently, or temporarily (embody) can be embodied. Software on a computer system connected to the dispersed in, dispersed method executed stored or retrieved disapproval. Software and data can be stored in one or more computer-readable recording medium. In the embodiment according to method can be carried out through various computational means embodied in the form of computer-readable medium recording program instructions can be. Said computer-readable medium program instructions, data files, data structure or the like can be either alone or in combination. Said program instructions recorded on a recording medium in the embodiment is specially designed and constructed for computer software (to) or those that may be enable publicly known to one skilled in the disapproval. Examples of computer-readable recording medium hard disk, floppy disk and magnetic medium (magnetic media) such as tapes, CD-a ROM, DVD (optical media) such as optical recording medium, such as magnetic - [...] disk (floptical disk) optical medium (magneto-a optical media), and ROM (ROM), ram (RAM), such as flash memory and executing program instructions stored to hardware device specially configured multiple myelomas are included. Examples of such as machine code by a compiler program instructions are made can be carried out by a computer as well as interpreter order currently used in conventional language code comprises brilliance. Said one or more software modules for performing the operation of the hardware device in the embodiment is configured to operate as can be, and vice-versa are disclosed. Although in the embodiment described by the drawing but than are defined, based on the modification and deformation in the art if said corresponding person with skill in the art various techniques can be applied. For example, techniques described herein or in a different order and are described method is carried out, and/or illustrating system, structure, device, such as a fixed or other method described component alone or in combination, or other suitable components or even replaced by uniformly substituted results can be achieved. Disclosed are a method and a device for processing a medical image, which easily understand a location and a shape of an object without having a separate additional device by displaying the object in a three-dimensional image based on a selected slice image. The disclosed method for processing a medical image comprises the following steps: displaying slice images of medical images capturing an organ in different directions; receiving a selection with respect to the slice images displaying the object included in the organ from a user; and displaying the object in the three-dimensional image based on the selected slice images. COPYRIGHT KIPO 2017 Biometric engine (organ) medical images slice images picked up in the different direction is a displayable hereinafter step; (object) from a user biometric engine included in said subject for entering a selection devices for receiving a slice is displayed; and said subject based on the selected slice images 3 dimensional Image displaying including medical Image processing method. According to Claim 1, receives said slice images includes a selection, from a user including devices for said subject said slice signal input range, medical Image processing method. According to Claim 1, 3 dimensional Image display includes said subject, said selected slice images based on the imaging position of said subject 3 dimensional Image displaying, medical Image processing method. According to Claim 1, receives from a user a selection of said slice images representing said biometric engine further including, medical Image processing method. According to Claim 1, 3 dimensional Image display includes said subject, said subject based on said biometric engine displaying the relative position of the 3 dimensional Image, medical Image processing method. According to Claim 1, said medical images from a user a selection of said further receives said is formed in a subject including, medical Image processing method. According to Claim 1, said medical images are, said biometric engine horizontal plane (axial), tubular surface (coronal), the MRI Image is recorded in the time constant (sagittal), medical Image processing method. According to Claim 1, each said medical images, corresponding to the picked-up direction corresponding medical Image including a plurality of slice images continuously, medical Image processing method. Storing medical Image processing method; and performing said medical Image processing method a processor, said processor, medical images slice images picked up in different direction biometric engine and a displayable hereinafter, included in said subject is displayed slice images from a user biometric engine under a selection input, said selected slice images a subject based on medical Image processing device implementing 3 dimensional Image. According to Claim 9, said processor, said range including said subject from a user signal input slice for left eye images, medical Image processing device.
