CN109567860A

CN109567860A - Ultrasonic imaging method, equipment and storage medium

Info

Publication number: CN109567860A
Application number: CN201811222650.5A
Authority: CN
Inventors: 姜玉新; 温博; 孟华; 王红燕; 徐钟慧
Original assignee: Shenzhen Mindray Bio Medical Electronics Co Ltd; Peking Union Medical College Hospital Chinese Academy of Medical Sciences
Current assignee: Shenzhen Mindray Bio Medical Electronics Co Ltd; Peking Union Medical College Hospital Chinese Academy of Medical Sciences
Priority date: 2018-10-19
Filing date: 2018-10-19
Publication date: 2019-04-05
Anticipated expiration: 2038-10-19
Also published as: CN109567860B; CN114305499A

Abstract

This application involves a kind of ultrasonic imaging method, equipment and storage mediums.This method comprises: executing ultrasonic imaging process using the corresponding inspection parameter of default inspection mode, receive the triggering command of the first section scanning agreement, first section scanning agreement includes at least one section mark, start section scanning process according to the first section scanning agreement, it include: to determine that first object section identifies from the mark of at least one section, according to the corresponding relationship of preset section mark and checking mode, it determines that first object section identifies corresponding first checking mode, and executes ultrasonic imaging process according to the corresponding inspection parameter of the first checking mode.Inspection efficiency can be improved using this method, improve the accuracy of check image and the accuracy of inspection result.

Description

Ultrasonic imaging method, equipment and storage medium

Technical field

This application involves technical field of medical equipment, more particularly to a kind of ultrasonic imaging method, equipment and storage medium.

Background technique

With the fast development of field of medical device, it clinically increasingly be unable to do without the booster action of Medical Devices.Ultrasound Inspection equipment is as common developing apparatus in occupation of critical role in clinical use.

Usually in ultrasonic examination process, doctor needs multiple positions for test object to check, thus according to every The tangent plane picture at a position determines the inspection result at each position.It but is terrible due to the feature at each position to be checked difference To the tangent plane picture at each position to be checked, it is often necessary to which doctor checks equipment for different position manual settings to be checked Inspection parameter, to obtain inspection result.

However, the detection method in traditional technology, detection efficiency are lower.

Summary of the invention

Based on this, it is necessary in view of the above technical problems, provide a kind of ultrasonic imaging method that can be improved detection efficiency, Equipment and storage medium.

In a first aspect, the embodiment of the present invention provides a kind of ultrasonic imaging method, this method comprises:

Ultrasonic imaging process is executed using the corresponding inspection parameter of default inspection mode；

The triggering command of the first section scanning agreement is received, the first section scanning agreement includes at least one section mark Know；

Start section scanning process according to the first section scanning agreement, the section scanning process includes:

Determine that first object section identifies from the mark of at least one described section；

According to the corresponding relationship of preset section mark and checking mode, the first of the first object section mark is determined Checking mode；

The ultrasonic imaging process is executed according to the corresponding inspection parameter of first checking mode；

Wherein, the ultrasonic imaging process includes:

Emit ultrasonic wave to target object, and receive the ultrasonic echo returned from the target object, is returned with obtaining ultrasound Wave signal；

An at least frame tangent plane picture for the target object is obtained according to the ultrasound echo signal.

Second aspect, the embodiment of the present invention provide a kind of ultrasonic imaging method, this method comprises:

Ultrasonic imaging process is executed using default ultrasonic probe；

According to the corresponding relationship of preset section mark and ultrasonic probe, determine that the first object section mark is corresponding First object ultrasonic probe；

The ultrasonic imaging process is executed using the first object ultrasonic probe；

Wherein, the ultrasonic imaging process includes:

The third aspect, the embodiment of the present invention provide a kind of supersonic imaging apparatus, which includes: ultrasonic probe, transmitting electricity Road receives circuit, processor；Wherein, the processor executes following steps:

Wherein, the ultrasonic imaging process includes:

Fourth aspect, the embodiment of the present invention provide a kind of supersonic imaging apparatus, which includes: ultrasonic probe, transmitting electricity Road receives circuit, processor；Wherein, the processor executes following steps:

Ultrasonic imaging process is executed using default ultrasonic probe；

Wherein, the ultrasonic imaging process includes:

Above-mentioned ultrasonic imaging method and equipment, supersonic imaging apparatus are able to use the corresponding inspection parameter of default inspection mode Ultrasonic imaging process is executed, by receiving the triggering command of the first section scanning agreement, the first section scanning agreement includes at least One section mark, starts section scanning process according to the first section scanning agreement, section scanning process includes: from least one First object section mark is determined in the mark of section, according to preset section mark and the corresponding relationship of checking mode, determines the One target section identifies corresponding first checking mode, and executes ultrasonic imaging according to the corresponding inspection parameter of the first checking mode Process, ultrasonic imaging process include: to motivate ultrasonic probe to emit ultrasonic wave to target object by transmit circuit, and pass through reception Circuit control ultrasonic probe receives the ultrasonic echo returned from target object, to obtain the first ultrasound echo signal；According to first An at least frame tangent plane picture for ultrasound echo signal acquisition target object.Method provided by the embodiment of the present application, greatly reduces The number clicked mouse and tap keyboard of user during the inspection process, so that user's operation more simplifies and conveniently, greatly Improve inspection efficiency；And it can be avoided the manual setting as caused by user experience is insufficient or misoperation and check mould The mistake of formula, greatly improves the accuracy of tangent plane picture, and then the accuracy of inspection result is greatly improved.

Detailed description of the invention

Fig. 1 is the structural schematic diagram figure for the supersonic imaging apparatus that one embodiment provides；

Fig. 2 is the flow diagram for the ultrasonic imaging method that one embodiment provides；

Fig. 3 is the flow diagram for the ultrasonic imaging method that another embodiment provides；

Fig. 4 is the flow diagram for the ultrasonic imaging method that another embodiment provides；

Fig. 5 is the flow diagram for the ultrasonic imaging method that another embodiment provides；

Fig. 6 is the flow diagram for the ultrasonic imaging method that another embodiment provides；

Fig. 7 is the flow diagram for the ultrasonic imaging method that another embodiment provides；

Fig. 8 is the structural schematic diagram for the supersonic imaging device that one embodiment provides；

Fig. 9 is the structural schematic diagram for the supersonic imaging device that another embodiment provides.

Specific embodiment

It is with reference to the accompanying drawings and embodiments, right in order to which the objects, technical solutions and advantages of the application are more clearly understood The application is further elaborated.It should be appreciated that specific embodiment described herein is only used to explain the application, not For limiting the application.

The there is provided ultrasonic imaging method of the embodiment of the present application, can be adapted in supersonic imaging apparatus shown in FIG. 1, Fig. 1 For the structural block diagram schematic diagram of the supersonic imaging apparatus 10 in the embodiment of the present application.The supersonic imaging apparatus 10 may include probe 100, transmit circuit 101, transmitting/reception selection switch 102, reception circuit 103, wave beam synthesis circuit 104,105 and of processor Display 106.Transmit circuit 101 can emit ultrasonic wave to target object with incentive probe 100.Receiving circuit 103 can pass through Probe 100 receives the ultrasonic echo returned from target object, to obtain ultrasound echo signal/data.The ultrasound echo signal/ Data are sent into processor 105 after wave beam synthesis circuit 104 carries out Beam synthesis processing.Processor 105 is to the ultrasonic echo Signal/data are handled, to obtain the ultrasound image of target object or the ultrasound image of Interventional object.Processor 105 The ultrasound image of acquisition can store in memory 107.These ultrasound images can be shown on display 106.

In one embodiment of the application, the display 106 of supersonic imaging apparatus 10 above-mentioned can be touch display screen, liquid Crystal display screen etc. is also possible to independently of separate display devices such as liquid crystal display, television sets except supersonic imaging apparatus 10, It can also be the display screen, etc. on the electronic equipments such as mobile phone, tablet computer.

In one embodiment of the application, the memory 107 of supersonic imaging apparatus 10 above-mentioned can be deposited for flash card, solid-state Reservoir, hard disk etc..

In one embodiment of the application, a kind of computer readable storage medium is also provided, the computer-readable storage medium Matter is stored with a plurality of program instruction, and after which calls execution by processor 105, each implementation of the application can be performed Any combination of the part steps or Overall Steps or in which step in ultrasonic imaging method in example.

In one embodiment, which can be memory 107, can be flash card, solid-state is deposited The non-volatile memory mediums such as reservoir, hard disk.

In one embodiment of the application, the processor 105 of supersonic imaging apparatus 10 above-mentioned can be by software, hard Part, firmware or a combination thereof are realized, circuit, single or multiple specific integrated circuit (application can be used Specific integrated circuits, ASIC), single or multiple universal integrated circuits, single or multiple microprocessors, The combination of single or multiple programmable logic device or aforementioned circuit or device or other suitable circuits or device, from And the processor 105 is allowed to execute the corresponding steps of the ultrasonic imaging method in each embodiment of the application.

How the technical solution of the application and the technical solution of the application are solved with specifically embodiment below above-mentioned Technical problem is described in detail.These specific embodiments can be combined with each other below, for the same or similar concept Or process may repeat no more in certain embodiments.Below in conjunction with attached drawing, the embodiment of the present invention is described.

Fig. 2 is the flow diagram of ultrasonic imaging method that one embodiment provides, the present embodiment what is involved is ultrasound at As equipment executes according to the triggering command received the detailed process of ultrasonic imaging process automatically.As shown in Fig. 2, this method packet It includes:

S101, ultrasonic imaging process is executed using the corresponding inspection parameter of default inspection mode.

Wherein, the ultrasonic imaging process includes: to emit ultrasonic wave to target object, and receive and return from the target object The ultrasonic echo returned, to obtain ultrasound echo signal；At least the one of the target object is obtained according to the ultrasound echo signal Frame tangent plane picture.

It should be noted that above-mentioned default inspection mode can be a kind of higher checking mode of frequency of use, it can also be with It is the checking mode that can support to check most species, to this, the present embodiment does not limit.

Specifically, inspection parameter corresponding to checking mode of the supersonic imaging apparatus according to above-mentioned default is configured, and Execute ultrasonic imaging process.Wherein ultrasonic imaging process includes: to emit ultrasonic wave to target object by probe, and pass through probe The ultrasonic echo returned from target object to obtain ultrasound clawback signal, and calls back signal according to the ultrasound and obtains target object Tangent plane picture.

S102, the triggering command for receiving the first section scanning agreement, the first section scanning agreement includes at least one Section mark.

Specifically, external equipment of the user by supersonic imaging apparatus, sends triggering command to supersonic imaging apparatus, it is optional Ground, the external equipment can be mouse, keyboard, touch screen or speech recognition equipment.For example, it may be user by mouse or Scanning agreement in section required for person's touch screen clicks selects key, is also possible to the required section scanning inputted by keyboard The mark of agreement can also be the title of scanning agreement in section required for user is by voice input, in this regard, the present embodiment Without limitation.It should be noted that the information of the section scanning agreement in need used is carried in the triggering command, wherein each Section scanning agreement includes at least one section mark, and each section mark can correspond to the imaging depth at a scanning position Or imaging angle, so as to scan the different depth at a position or the lesion situation of angle, such as evening pregnant association in system It may include the multiple section marks in the horizontal cross section of thalamus, the horizontal cross section of telocoele and small brain level cross section etc. in view.

S103, according to the first section scanning agreement start section scanning process, the section scanning process include: from First object section mark is determined at least one section mark；It is identified according to preset section corresponding with checking mode Relationship determines that the first object section identifies corresponding first checking mode.

Specifically, due to may each comprise at least one section mark, supersonic imaging apparatus in each scanning agreement Processor can be identified according at least one section included in the first section scanning agreement, start section scanning process. It should be noted that above-mentioned section scanning process may include, determined from the mark of at least one above-mentioned section firstly the need of Be acquired first object section mark, the first object section mark can be random selection be also possible to according to use practise Used or other preset sequences are configured, and to this, the present embodiment does not limit.Processor can be marked according to preset section Know the corresponding relationship with checking mode, determines the first checking mode corresponding with above-mentioned first object section mark.Wherein, on It states first object section mark the two that can be corresponding with the first checking mode to match each other, be set for example, by using the first checking mode Setting supersonic imaging apparatus enables to first object section mark tangent plane picture collected the most clear.For example, " late in system It is pregnant " " the left ventricular outflow tract view section " that includes in scanning agreement, should " left ventricular outflow tract view section " identified in above-mentioned section and check mould Entitled " the middle evening pregnant fetal rhythm B-mode " of corresponding checking mode, then show: in inspection " in system in the corresponding relationship of formula Evening is pregnant " " left ventricular outflow tract view section " in scanning agreement when, the checking mode setting according to " middle evening pregnant fetal rhythm B-mode " is ultrasonic Imaging device, collected tangent plane picture clarity meet inspection requirements.

Optionally, above-mentioned section mark and the corresponding relationship of checking mode can be one-to-one relationship, or more To more corresponding relationships, many-to-one corresponding relationship can also be；Optionally, the form of expression of above-mentioned corresponding relationship can be column The form of table is also possible to the mode of line, can also be that (such as each section mark has a rope to the corresponding mode of index Quotation marks, each call number are corresponding with a checking mode), to this, the present embodiment does not limit.

S104, ultrasonic imaging process is executed according to the corresponding inspection parameter of first checking mode.

Specifically, supersonic imaging apparatus is arranged according to the corresponding inspection parameter of identified first checking mode in processor, And execute ultrasonic imaging process.It should be noted that the ultrasonic imaging process includes the transmit circuit of supersonic imaging apparatus, lead to It crosses ultrasonic probe and emits ultrasonic wave to target object to be checked, such as the head of patient or the abdomen of pregnant woman, and use it It receives circuit and the ultrasonic echo returned from target object is received by ultrasonic probe, to obtain ultrasound echo signal, then by super Acoustic imaging equipment handles ultrasound echo signal, obtains an at least frame tangent plane picture for target object.Optionally, mould is checked Formula can include but is not limited to the inspection parameter of supersonic imaging apparatus, such as may include: imaging depth, frequency, gain and bright Degree etc..

Processor identifies corresponding checking mode pair according to each section included in the first section scanning agreement one by one Supersonic imaging apparatus is arranged one by one, and acquires the tangent plane picture under each checking mode, to execute section scanning automatically Process.

In the present embodiment, supersonic imaging apparatus executes ultrasonic imaging stream using the corresponding inspection parameter of default inspection mode Journey starts section scanning process by receiving the triggering command of the first section scanning agreement, and according to the first section scanning agreement, Section scanning process specifically includes: determining that first object section identifies from the mark of at least one section, and according to preset The corresponding relationship of section mark and checking mode determines that first object section identifies corresponding first checking mode, and further Ultrasonic imaging process is executed according to the first checking mode, ultrasonic imaging process specifically includes: emitting ultrasonic wave to target object, and The ultrasonic echo returned from target object is received, to obtain ultrasound echo signal, and target pair is obtained according to ultrasound echo signal An at least frame tangent plane picture for elephant, wherein the first section scanning agreement includes at least one section mark.The present embodiment is used Method, due to its section mark and the corresponding relationship of checking mode, processor can according to the corresponding relationship, it is automatic really Fixed each section mark is corresponding, matching checking mode, and uses automatically and the matched inspection mould in scanning section Supersonic imaging apparatus is arranged in formula, so that supersonic imaging apparatus can realize the scanning to the target object automatically and obtain institute The tangent plane picture needed, which obviate users to find suitable checking mode using naked eyes in the setting of a variety of checking modes, with And avoid user and repeatedly click mouse or the repeatedly operation of percussion keyboard brought by checking mode by manually selecting, While guaranteeing that tangent plane picture meets demands on examination, greatly reduces the click mouse of user during the inspection process and tap key The number of disk, so that user's operation more simplifies and conveniently, greatly improves inspection efficiency；And ultrasonic device uses automatically Supersonic imaging apparatus is arranged in checking mode corresponding with target object, can be avoided since user experience is insufficient or misoperation The mistake of caused manual setting checking mode, and then caused inspection result mistake, which greatly reduce ultrasound imaging procedures In checking mode be arranged fault the occurrence of, greatly improve the accuracy of tangent plane picture, and then inspection result is greatly improved Accuracy.

Optionally, on the basis of the above embodiments, the first checking mode is different from default inspection mode.Ultrasonic imaging is set It is standby to execute ultrasonic imaging process according to default inspection mode in the initial state, it is swept when supersonic imaging apparatus receives the first section It looks into after the triggering command of agreement, according to the corresponding relationship of preset section mark and checking mode, determines that first object is cut Face identifies corresponding first checking mode, and by checking mode by default inspection pattern switching to the first checking mode, to execute Ultrasonic imaging process.Since the first checking mode is different from default inspection mode, and the first checking mode and first object section Mark corresponds to, and therefore, obtains the corresponding tangent plane picture of first object section mark, the matter of image using the first checking mode Amount is higher, therefore further improves the accuracy of tangent plane picture, and further improve the accuracy of inspection result.

Optionally, on the basis of the above embodiments, described executed using the corresponding inspection parameter of default inspection mode is surpassed Acoustic imaging process includes: to execute ultrasonic imaging according to the corresponding inspection parameter of the default inspection mode using default ultrasonic probe Process；It is described to execute the ultrasonic imaging process according to the corresponding inspection parameter of first checking mode, comprising: when described the One target section mark is there are when preset first object ultrasonic probe, using the first object ultrasonic probe according to described the The corresponding inspection parameter of one checking mode executes the ultrasonic imaging process.

In general, supersonic imaging apparatus can connect at least one ultrasonic probe, different types of ultrasonic probe can be used for Check different check objects.One of ultrasonic probe can be set as default ultrasonic probe in processor, this default is ultrasonic Probe can be the higher ultrasonic probe of versatility, such as can be and can implement ultrasonic imaging stream for more check object The more ultrasonic probe of the ultrasonic probe or access times of journey, to this, the present embodiment does not limit.

Specifically, supersonic imaging apparatus utilizes default ultrasonic probe, using inspection parameter corresponding to default inspection mode Execute ultrasonic imaging process.Supersonic imaging apparatus receives the triggering command of the first section scanning agreement, and according to first section Scanning agreement starts section scanning process.When first object section identify there are when preset first object ultrasonic probe, then surpass Acoustic imaging equipment executes the ultrasonic imaging according to the corresponding inspection parameter of the first checking mode using first object ultrasonic probe Process.Wherein, above-mentioned preset first object ultrasonic probe and first object section are identified there are corresponding relationship, for example, by using the One target ultrasonic probe obtains the tangent plane picture of first object section mark, enables to tangent plane picture to be more clear, image matter It measures higher.Therefore, method used by the present embodiment, supersonic imaging apparatus can be identified in first object section to be existed therewith When first object ultrasonic probe, ultrasound is executed according to the corresponding inspection parameter of the first checking mode using first object ultrasonic probe Imaging device, so that accessed tangent plane picture is more clear, picture quality is higher, so that inspection result is accurate fixed It further increases.

Optionally, on the basis of the above embodiments, described executed using the corresponding inspection parameter of default inspection mode is surpassed Acoustic imaging process includes: to execute ultrasonic imaging according to the corresponding inspection parameter of the default inspection mode using default ultrasonic probe Process；It is described to execute the ultrasonic imaging process according to the corresponding inspection parameter of first checking mode, comprising: when described the One target section mark is described there is no when preset first object ultrasonic probe, judging whether the default ultrasonic probe is supported First checking mode；If supporting, using the default ultrasonic probe according to the corresponding inspection parameter of first checking mode Execute the ultrasonic imaging process；If not supporting, support is determined whether there is from identifiable ultrasonic probe list to be selected Second target ultrasonic probe of first checking mode.

Specifically, supersonic imaging apparatus is held using default ultrasonic probe according to the corresponding inspection parameter of default inspection mode Row ultrasonic imaging process.Supersonic imaging apparatus receives the triggering command of the first section scanning agreement, and is swept according to first section Look into agreement starting section scanning process.When first object section, preset first object ultrasonic probe is not present in mark, then locate Reason device judges to default whether ultrasonic probe supports the first current checking mode, if default ultrasonic probe supports the first current inspection Look into mode, then supersonic imaging apparatus using default ultrasonic probe according to the corresponding inspection parameter of the first checking mode execute ultrasound at As process；If default ultrasonic probe does not support the first current checking mode, processor to search above-mentioned identifiable to be selected super Sonic probe list, and then determine in the ultrasonic probe list to be selected with the presence or absence of the second target ultrasound for supporting the first checking mode Probe has corresponding relationship, i.e., utilizes the second target ultrasound automatically between the second target ultrasonic probe and the first checking mode It pops one's head in and the corresponding inspection parameter of the first checking mode is used to execute ultrasonic imaging process, so that its tangent plane picture got is more To be clear, picture quality is higher, and inspection result accurately further increases surely.

In one embodiment, " branch is determined whether there is from identifiable ultrasonic probe list to be selected in above-mentioned steps Hold the second target ultrasonic probe of first checking mode ", it can specifically include: if the identifiable ultrasonic probe to be selected There is the second target ultrasonic probe for supporting first checking mode in list, is then pressed using the second target ultrasonic probe The ultrasonic imaging process is executed according to the corresponding inspection parameter of first checking mode；If the identifiable ultrasound to be selected is visited There is no the second target ultrasonic probe for supporting first checking mode in head list, then pressed using the default ultrasonic probe The ultrasonic imaging process is executed according to the corresponding inspection parameter of the default inspection mode or returns to vacancy prompt.

Specifically, supporting the second target of above-mentioned first checking mode to visit if existed in above-mentioned ultrasonic probe list to be selected Head, then supersonic imaging apparatus using second target probe and according to the corresponding inspection parameter of the first checking mode execute ultrasound at As process；If the second target probe for supporting above-mentioned first checking mode is not present in above-mentioned ultrasonic probe list to be selected, Supersonic imaging apparatus can use default ultrasonic probe, and execute ultrasonic imaging according to the corresponding inspection parameter of default inspection mode Process can also return to vacancy prompt.Optionally, when returning to vacancy prompt, the specified ultrasound of user's input can also be utilized It pops one's head in and the corresponding inspection parameter of checking mode specified according to user executes ultrasonic imaging process.Using provided in this embodiment Method, supersonic imaging apparatus can execute ultrasonic imaging process according to selection and the matched ultrasonic probe of the first checking mode, into And making the tangent plane picture got relatively sharp, picture quality is higher, and inspection result accurately further increases surely.

Optionally, on the basis of the above embodiments, processor can also return to the first checking mode and default inspection mould The different prompt of formula.Optionally, prompting mode can be the pop-up prompted dialog frame in the display device of supersonic imaging apparatus, It can be and export prompt statement on script column, be also possible to flashing indicator light, can also be the loudspeaking by supersonic imaging apparatus Device exports speech prompt information, and to this, the present embodiment does not limit.

Optionally, on the basis of above-mentioned embodiment shown in Fig. 2, above-mentioned first checking mode and default inspection mode phase Together, then it includes: using default ultrasonic probe that the corresponding inspection parameter of the use default inspection mode, which executes ultrasonic imaging process, Ultrasonic imaging process is executed according to the corresponding inspection parameter of the default inspection mode；It is described according to first checking mode pair The inspection parameter answered executes the ultrasonic imaging process, comprising: when there are the first preset mesh for first object section mark When marking ultrasonic probe, judge whether the first object ultrasonic probe supports the default inspection mode；If supporting, institute is utilized It states first object ultrasonic probe and executes the ultrasonic imaging process according to the corresponding inspection parameter of the default inspection mode；If no It supports, then executes the ultrasonic imaging according to the corresponding inspection parameter of the default inspection mode using the default ultrasonic probe Process.

Specifically, then supersonic imaging apparatus is super using default when above-mentioned first checking mode is identical as default inspection mode Sonic probe simultaneously executes ultrasonic imaging process according to the corresponding inspection parameter of default inspection mode.Supersonic imaging apparatus receives first and cuts The triggering command of face scanning agreement, and determine that first object section identifies from the mark of at least one above-mentioned section, according to pre- If section mark and the corresponding relationship of checking mode, determine the first checking mode of first object section mark, if first There are when preset, matching first object ultrasonic probe, then further judge that the first object is super for target section mark Whether sonic probe supports above-mentioned default inspection mode, if the first object ultrasonic probe supports above-mentioned default inspection mode, ultrasound Imaging device then utilizes first object ultrasonic probe and executes ultrasonic imaging stream according to the corresponding inspection parameter of default inspection mode Journey, so that when executing ultrasonic imaging process now really matched first object can be identified using with first object section Ultrasonic probe and matched default inspection mode, and avoid frequent switching checking mode bring and check that efficiency reduces and is The waste for resource of uniting, and then while the quality of guarantee tangent plane picture, improve the expense for checking efficiency and reducing system.If The first object ultrasonic probe does not support above-mentioned default inspection mode, then using default ultrasonic probe according to default inspection mode pair The inspection parameter answered executes ultrasonic imaging process, to avoid the spy of frequent switching ultrasound while realizing acquisition tangent plane picture The mistake of inspection result caused by the waste of head and checking mode bring system resource and handoff error.

Optionally, on the basis of above-mentioned embodiment shown in FIG. 1, the first checking mode and the default inspection mode phase Together, it is described using the corresponding inspection parameter of default inspection mode execute ultrasonic imaging process include: using default ultrasonic probe by Ultrasonic imaging process is executed according to the corresponding inspection parameter of the default inspection mode；It is described corresponding according to first checking mode Inspection parameter execute the ultrasonic imaging process, comprising: when there is no preset first objects to surpass for the first object section When sonic probe, using the default ultrasonic probe according to the corresponding inspection parameter of the default inspection mode execute the ultrasound at As process.

Specifically, then supersonic imaging apparatus is super using default when above-mentioned first checking mode is identical as default inspection mode Sonic probe simultaneously executes ultrasonic imaging process according to the corresponding inspection parameter of default inspection mode.Supersonic imaging apparatus receives first and cuts The triggering command of face scanning agreement, and determine that first object section identifies from the mark of at least one above-mentioned section, according to pre- If section mark and the corresponding relationship of checking mode, determine the first checking mode of first object section mark, if first Target section mark is there is no when preset, matching first object ultrasonic probe, then supersonic imaging apparatus utilizes default Ultrasonic probe executes ultrasonic imaging process according to the corresponding inspection parameter of default inspection mode to realize acquisition tangent plane picture Meanwhile avoiding the waste and the caused inspection of handoff error of frequent switching ultrasonic probe and checking mode bring system resource Come to an end the fault of fruit.

Fig. 3 is the flow diagram for the ultrasonic imaging method that another embodiment provides, and what is involved is ultrasounds for the present embodiment Imaging device replaces the detailed process that agreement is checked under the same mode.Optionally, as shown in figure 3, in above-mentioned Fig. 2 institute On the basis of the embodiment shown, can also include: after S101

S201, the first switching command is received.

S202, in response to first switching command, closed according to preset checking mode is corresponding with section scanning agreement System, determines the corresponding second section scanning agreement of first checking mode.

S203, scanning process in section is started according to the second section scanning agreement.

Specifically, supersonic imaging apparatus can receive the first switching command of user's input, wherein first switching command In include the information of the second section scanning agreement that needs to switch, such as the mark of the second section scanning agreement.Optionally, this It sweeps the second section that the input form of one switching command switches required for being clicked for user by mouse or touch screen That looks into agreement selects key, is also possible to the mark of the second section scanning agreement switched over required for inputting by keyboard, In this regard, the present embodiment does not limit.It, can be according to above-mentioned default after supersonic imaging apparatus receives above-mentioned first switching command Checking mode and section scanning agreement corresponding relationship, determine the second section scanning included by the first switching command assist View, and corresponding section scanning process is started according to the second section scanning agreement.

Method shown in the present embodiment can be applied in following scene: when the last menstrual period that pregnant woman informs Xiang doctor Time it is wrong when, such as last menstrual period time informed according to pregnant woman, doctor judge the pregnant woman for the early pregnancy stage, then In checking process, doctor then selects early pregnancy agreement to check the fetus of the pregnant woman.But in checking process, doctor passes through Multiple tangent plane pictures determine the pregnant woman in fact and be in the pregnant stage, in the case where can satisfy demands on examination, in order to Facilitate inspection, doctor exits the checking mode of early pregnancy agreement without executing, so that it may directly under the checking mode of early pregnancy agreement, By the interface be arranged in interface corresponding to pregnant agreement, scanning section included in pregnant agreement in starting, and obtaining Tangent plane picture corresponding to pregnant agreement, so that the inspection of pregnant agreement is again introduced into without exiting Early prenatal care mode in completing In pregnant checking mode and call in pregnant agreement so that check more operated quickly and conveniently.

In the present embodiment, by receiving the first switching command, in response to first switching command, supersonic imaging apparatus root According to the corresponding relationship of preset checking mode and section scanning agreement, determine that corresponding second section of first checking mode is swept Agreement is looked into, and scanning process in section is started according to the second section scanning agreement.Using the method for the present embodiment, ultrasonic imaging Equipment can be under the same checking mode, and directly the second section scanning agreement according to indicated by the first switching command is cut The switching of face scanning agreement, which obviate when needing replacing section scanning agreement, exit current checking mode and again into Enter many and diverse operation of other checking mode, so that operation is more simplified while ensuring inspection result, checks efficiency more It is high.

Fig. 4 is the flow diagram for the ultrasonic imaging method that another embodiment provides, and what is involved is ultrasounds for the present embodiment Imaging device identifies the detailed process of switching checking mode when executing the same section scanning agreement according to unused section.It can Choosing, as shown in figure 4, " determining that the first object is cut in S102 on the basis of above-mentioned Fig. 2 or embodiment shown in Fig. 3 Face identifies corresponding first checking mode " after, can also include:

S301, determine that the second target section identifies from the mark of at least one described section.

S302, the corresponding relationship with checking mode is identified according to preset section, determines that second target section identifies Corresponding second checking mode.

S303, first checking mode is switched to second checking mode.

S304, the ultrasonic imaging process is executed according to the corresponding inspection parameter of the second checking mode.

Specifically, processor identified from least one section included by above-mentioned first section scanning agreement in determine the Two target sections mark, optionally, first object section mark and the second target section mark can be and be accustomed to according to inspection Carry out sequence arrangement is also possible to according to checking that depth is arranged successively, and to this, the present embodiment does not limit.Processor according to The corresponding relationship of preset section mark and checking mode determines that the second target section mark corresponding second checks mould Formula.It should be noted that second checking mode is matched with the second target section mark, set for example, by using the second checking mode Setting supersonic imaging apparatus enables to its collected tangent plane picture relatively sharp.Supersonic imaging apparatus is by current first later Checking mode is switched to second checking mode, and is configured according to inspection parameter corresponding to second checking mode, into And execute above-mentioned ultrasonic imaging process.

In the present embodiment, supersonic imaging apparatus is after completing the tangent plane picture acquisition of first object section mark, automatically Determine that the second target section identifies from the mark of at least one above-mentioned section, and according to preset section mark and checking mode Corresponding relationship determines that the second target section identifies corresponding second checking mode, and the first current checking mode is switched For second checking mode, the ultrasonic imaging process is executed according to the corresponding inspection parameter of the second checking mode, to make The checking mode for obtaining supersonic imaging apparatus can be switched over automatically according to its tangent plane picture collected, avoid the hand of user The inspection speed that dynamic selection or setting checking mode may cause is slow, low efficiency, or even phenomena such as setting fault occurs, so that Its checking process is more quick, further improves and checks efficiency and check on the quality, improves the accuracy of inspection result.And And so that the operation of user is more simple, it is easy to grasp, reduces the learning cost of user.

Optionally, on the basis of above-mentioned embodiment shown in Fig. 4, Fig. 5 is the ultrasonic imaging side that another embodiment provides The flow diagram of method, what is involved is supersonic imaging apparatus when executing the same section scanning agreement for the present embodiment according to not having to Section mark switching checking mode another concrete mode.As shown in figure 5, on the basis of the above embodiments, it is above-mentioned After S103, the above method can also include:

S401, determine that the second target section identifies from the mark of at least one described section.

S402, the corresponding relationship with checking mode is identified according to the preset section, determines second target section Identify corresponding second checking mode.

S403, judge whether second checking mode and first checking mode are identical.

If S404A, not identical, first checking mode is switched to second checking mode, and according to second The corresponding inspection parameter of checking mode executes the ultrasonic imaging process.

S404B, if they are the same then continues to execute the ultrasonic imaging stream according to the corresponding inspection parameter of the first checking mode Journey.

Specifically, processor identified from least one section included by above-mentioned first section scanning agreement in determine the Two sections mark, optionally, first object section mark and the second target section mark can be and carried out according to inspection habit Sequence arranges, and is also possible to according to checking that depth is arranged successively, to this, the present embodiment does not limit.Processor is according to default Section mark and the corresponding relationship of checking mode, determine that the second target section identifies corresponding second checking mode.It Afterwards, processor judges whether second checking mode and the first checking mode are identical, it is alternatively possible to be that both judgements must identify It is whether identical, it is also possible to judge whether the inspection parameter of the two is identical, to this and without limitation.When the second checking mode and When one checking mode is not identical, then the first current checking mode of supersonic imaging apparatus is switched to the second checking mode, and press Ultrasonic imaging process is executed according to the corresponding inspection parameter of the second checking mode, therefore can acquiring the second target sectional drawing As when using the second matching checking mode so that tangent plane picture is relatively sharp, picture quality is higher；When When the second checking mode and not identical the first checking mode, then continue to execute according to the corresponding inspection parameter of the first checking mode super Acoustic imaging process, i.e. inspection parameter are not altered, therefore can be to avoid system resource brought by frequent switching checking mode Waste, and ensure that the clarity of tangent plane picture, it is ensured that inspection result it is accurate.

Fig. 6 is the flow diagram for the ultrasonic imaging method that another embodiment provides, and what is involved is ultrasounds for the present embodiment The instruction switching checking mode that imaging device is inputted according to user carries out the detailed process of ultrasonic imaging.As shown in fig. 6, above-mentioned On the basis of embodiment, after above-mentioned S102, the above method can also include:

S501, the second switching command is received.

S502, in response to second switching command, determine third checking mode.

S503, first checking mode is switched to the third checking mode.

S504, the ultrasonic imaging process is executed according to the corresponding inspection parameter of third checking mode.

Specifically, supersonic imaging apparatus can receive the second switching command of user's input, wherein second switching command In include the information of third checking mode that needs to switch.Optionally, the input form of first switching command can be user The third checking mode switched required for being clicked by mouse or touch screen, it is also possible to needed for being inputted by keyboard The mark for the third checking mode switched over wanted, in this regard, the present embodiment does not limit.Supersonic imaging apparatus receives above-mentioned After second switching command, the third inspection that the second switching command is included can be determined according to above-mentioned second switching command The information of mode, and the first current checking mode of supersonic imaging apparatus is switched to third checking mode, so according to this The corresponding inspection parameter setting supersonic imaging apparatus of three checking modes is to execute ultrasonic imaging process.

For example, find tangent plane picture collected and unintelligible when user uses the first checking mode, determine using the Three checking modes carry out tangent plane picture acquisition, therefore select key by what mouse clicked third checking mode, thus by ultrasonic imaging The checking mode of equipment is directly switched to third checking mode so that current tangent plane picture is relatively sharp and intuitive.

Method used by the present embodiment receives the second switching command of user's input, and root by supersonic imaging apparatus Third checking mode is determined according to second switching command, so that supersonic imaging apparatus can be by the first current checking mode It is switched to third checking mode, and executes ultrasonic imaging process according to the corresponding inspection parameter of third checking mode, so that super During acoustic inspection, switching checking mode can be instructed according to the input of user, and more flexibly checking mode can be carried out Setting so that acquisition tangent plane picture be more clear with it is intuitive while, enhance the intelligence of human-computer interaction.

Fig. 7 is the flow diagram for the ultrasonic imaging method that another embodiment provides.What is involved is ultrasounds for the present embodiment Imaging device executes the detailed process of ultrasonic imaging process according to the triggering command received automatically.As shown in fig. 7, this method packet It includes:

S601, ultrasonic imaging process is executed using default ultrasonic probe.

It should be noted that above-mentioned default ultrasonic probe can be the higher ultrasonic probe of frequency of use, it is also possible to energy Enough checking modes for supporting to check most species, to this, the present embodiment does not limit.

Specifically, supersonic imaging apparatus executes ultrasonic imaging process using default ultrasonic probe.Wherein ultrasonic imaging process It include: that ultrasonic wave, and the ultrasonic echo returned by probe from target object are emitted to target object by probe, to be surpassed Sound calls back signal, and calls back the tangent plane picture that signal obtains target object according to the ultrasound.

S602, the triggering command for receiving the first section scanning agreement, the first section scanning agreement includes at least one Section mark.

Specifically, explaining in detail for this step can be with reference to the description of above S102, details are not described herein again.

S603, scanning process in section is started according to the first section scanning agreement, the section scanning process includes: institute It states and determines first object section mark in the mark of at least one section；It is closed according to preset section mark is corresponding with ultrasonic probe System determines the corresponding first object ultrasonic probe of the first object section mark.

Specifically, due to may each comprise at least one section mark, supersonic imaging apparatus in each scanning agreement It can be identified according at least one section included in the first section scanning agreement, start section scanning process.It needs to illustrate , above-mentioned section scanning process may include, and be determined from the mark of at least one above-mentioned section firstly the need of being acquired First object section mark, the first object section mark can be random selection be also possible to according to use habit or its He is configured preset sequence, and to this, the present embodiment does not limit.Processor can be identified according to preset section and ultrasound The corresponding relationship of probe determines first object ultrasonic probe corresponding with above-mentioned first object section mark.Wherein, above-mentioned Mark the two that can be corresponding with first object ultrasonic probe in one target section matches each other, and visits for example, by using first object ultrasound It is the most clear that head obtains the first object section obtained tangent plane picture of mark.For example, being wrapped in " evening is pregnant in system " scanning agreement " the left ventricular outflow tract view section " included, should " left ventricular outflow tract view section " institute in the corresponding relationship of above-mentioned section mark and ultrasonic probe Corresponding ultrasonic probe is No. 1 ultrasonic probe, then shows: " the left ventricular outflow tract view in inspection " evening is pregnant in system " scanning agreement When section ", meet inspection requirements according to No. 1 collected tangent plane picture clarity of ultrasonic probe institute.

Optionally, above-mentioned section mark and the corresponding relationship of ultrasonic probe can be one-to-one relationship, or more To more corresponding relationships, many-to-one corresponding relationship can also be；Optionally, the form of expression of above-mentioned corresponding relationship can be column The form of table is also possible to the mode of line, can also be that (such as each section mark has a rope to the corresponding mode of index Quotation marks, each call number are corresponding with a ultrasonic probe), to this, the present embodiment does not limit.

S604, the ultrasonic imaging process is executed using the first object ultrasonic probe；Wherein, the ultrasonic imaging stream Journey includes: to emit ultrasonic wave to target object, and receive the ultrasonic echo returned from the target object, to obtain ultrasonic echo Signal；An at least frame tangent plane picture for the target object is obtained according to the ultrasound echo signal.

Specifically, supersonic imaging apparatus utilizes first object ultrasonic probe, ultrasonic imaging process is executed.It needs to illustrate It is that the ultrasonic imaging process includes the transmit circuit of supersonic imaging apparatus, by ultrasonic probe to target object to be checked, Such as the head of patient or the abdomen of pregnant woman emit ultrasonic wave, and receive circuit using it and received by ultrasonic probe from target Ultrasound echo signal to obtain ultrasound echo signal, then is handled by processor, is obtained by the ultrasonic echo that object returns An at least frame tangent plane picture for target object.Supersonic imaging apparatus is one by one according to each included in the first section scanning agreement Section identifies corresponding ultrasonic probe and acquires tangent plane picture, to execute section scanning process automatically.

In the present embodiment, supersonic imaging apparatus executes ultrasonic imaging process using default ultrasonic probe, and by receiving the The triggering command of one section scanning agreement, and section scanning process, section scanning process are started according to the first section scanning agreement It specifically includes: determining that first object section identifies in identifying from least one section, and identify and surpass according to preset section The corresponding relationship of sonic probe determines that first object section identifies corresponding first object ultrasonic probe, and further uses first Target ultrasound executes ultrasonic imaging process, and ultrasonic imaging process specifically includes: emitting ultrasonic wave to target object, and receives from mesh The ultrasonic echo that object returns is marked, to obtain ultrasound echo signal, and target object is obtained at least according to ultrasound echo signal One frame tangent plane picture, wherein the first section scanning agreement includes at least one section mark.Method used by the present embodiment, Due to the corresponding relationship of section mark and ultrasonic probe, supersonic imaging apparatus can be automatically determined according to the corresponding relationship Each section mark is corresponding, matching ultrasonic probe, and automatically uses and the matched ultrasonic probe in scanning section Ultrasonic imaging process is executed, so that supersonic imaging apparatus, which can be automatically determined, identifies matched ultrasonic probe, nothing with section It needs user's subjectivity to find suitable ultrasonic probe in multiple ultrasonic probes, avoids since user experience is insufficient or operates not When it is caused fault and manually select low efficiency the case where, it greatly improves the accuracy of tangent plane picture and quality, in turn Greatly improve the accuracy of inspection result.

Optionally, on the basis of above-mentioned embodiment shown in Fig. 7, first object ultrasonic probe and default ultrasonic probe are not Together.Supersonic imaging apparatus executes ultrasonic imaging process using default ultrasonic probe in the initial state, when supersonic imaging apparatus connects After the triggering command for receiving the first section scanning agreement, according to the corresponding relationship of preset section mark and ultrasonic probe, really It makes first object section and identifies corresponding first object ultrasonic probe, and by currently employed ultrasonic probe by default ultrasound Probe switches to first object ultrasonic probe, to execute ultrasonic imaging process.Due to first object ultrasonic probe and default ultrasound Probe is different, and first object ultrasonic probe is corresponding with first object section mark, therefore, is obtained using first object ultrasonic probe The tangent plane picture for taking first object section mark corresponding, the quality of image is higher, therefore further improves tangent plane picture Accuracy, and further improve the accuracy of inspection result.

Optionally, on the basis of the above embodiments, processor can also return to first object ultrasonic probe and default is super The different prompt of sonic probe.It can be also possible to pop up prompted dialog frame in the display device of supersonic imaging apparatus Script column exports prompt statement, is also possible to flashing indicator light, can also be and exports language by the loudspeaker of supersonic imaging apparatus Sound prompt information, to this, the present embodiment does not limit.

It should be understood that although each step in the flow chart of Fig. 2-7 is successively shown according to the instruction of arrow, These steps are not that the inevitable sequence according to arrow instruction successively executes.Unless expressly stating otherwise herein, these steps Execution there is no stringent sequences to limit, these steps can execute in other order.Moreover, at least one in Fig. 2-7 Part steps may include that perhaps these sub-steps of multiple stages or stage are not necessarily in synchronization to multiple sub-steps Completion is executed, but can be executed at different times, the execution sequence in these sub-steps or stage is also not necessarily successively It carries out, but can be at least part of the sub-step or stage of other steps or other steps in turn or alternately It executes.

Fig. 8 is the structural schematic diagram of supersonic imaging device that one embodiment provides, as shown in figure 8, the device includes: the One processing module 11, the first receiving module 12 and Second processing module 13.

Specifically, first processing module 11 is used to execute ultrasonic imaging stream using the corresponding inspection parameter of default inspection mode Journey.

First receiving module 12, for receiving the triggering command of the first section scanning agreement, first section scanning association View includes that at least one section identifies.

Second processing module 13, for starting section scanning process, the section according to the first section scanning agreement Scanning process includes: to determine that first object section identifies from the mark of at least one described section；It is identified according to preset section With the corresponding relationship of checking mode, the first checking mode of the first object section mark is determined；It is checked according to described first The corresponding inspection parameter of mode executes the ultrasonic imaging process；Wherein, the ultrasonic imaging process includes: to send out to target object Ultrasonic wave is penetrated, and receives the ultrasonic echo returned from the target object, to obtain ultrasound echo signal, and according to the ultrasound Echo-signal obtains an at least frame tangent plane picture for the target object.

In one embodiment, first checking mode is different from the default inspection mode.

In one embodiment, first processing module 11 are specifically used for default ultrasonic probe according to described silent Recognize the corresponding inspection parameter of checking mode and executes ultrasonic imaging process；Second processing module 13 specifically can be used for when described the One target section mark is there are when preset first object ultrasonic probe, using the first object ultrasonic probe according to described the The corresponding inspection parameter of one checking mode executes the ultrasonic imaging process.

In one embodiment, first processing module 11 are specifically used for default ultrasonic probe according to described silent Recognize the corresponding inspection parameter of checking mode and executes ultrasonic imaging process；Second processing module 13 specifically can be used for when described the One target section mark is described there is no when preset first object ultrasonic probe, judging whether the default ultrasonic probe is supported First checking mode；If supporting, using the default ultrasonic probe according to the corresponding inspection parameter of first checking mode Execute the ultrasonic imaging process；If not supporting, support is determined whether there is from identifiable ultrasonic probe list to be selected Second target ultrasonic probe of first checking mode.

In one embodiment, Second processing module 13, if specifically can be used for the identifiable ultrasonic probe to be selected There is the second target ultrasonic probe for supporting first checking mode in list, is then pressed using the second target ultrasonic probe The ultrasonic imaging process is executed according to the corresponding inspection parameter of first checking mode；If the identifiable ultrasound to be selected is visited There is no the second target ultrasonic probe for supporting first checking mode in head list, then pressed using the default ultrasonic probe The ultrasonic imaging process is executed according to the corresponding inspection parameter of the default inspection mode or returns to vacancy prompt.

In one embodiment, described device can also include the first cue module, first cue module, for returning Return first checking mode prompt different from the default inspection mode.

In one embodiment, first checking mode is identical as the default inspection mode；First processing module 11, It is specifically used for default ultrasonic probe and executes ultrasonic imaging stream according to the corresponding inspection parameter of the default inspection mode Journey；Second processing module 13 specifically can be used for when there are the spies of preset first object ultrasound for first object section mark When head, judge whether the first object ultrasonic probe supports the default inspection mode；If supporting, first mesh is utilized It marks ultrasonic probe and executes the ultrasonic imaging process according to the corresponding inspection parameter of the default inspection mode；If not supporting, The ultrasonic imaging process is executed according to the corresponding inspection parameter of the default inspection mode using the default ultrasonic probe.

In one embodiment, first checking mode is identical as the default inspection mode；First processing module 11, It is specifically used for default ultrasonic probe and executes ultrasonic imaging stream according to the corresponding inspection parameter of the default inspection mode Journey；Second processing module 13 specifically can be used for when there is no preset first object ultrasonic probes for the first object section When, the ultrasonic imaging stream is executed according to the corresponding inspection parameter of the default inspection mode using the default ultrasonic probe Journey.

In one embodiment, Second processing module 13 can be also used for determining the first object section mark pair After the first checking mode answered, the first switching command is received；In response to first switching command, according to preset checking mode With the corresponding relationship of section scanning agreement, the corresponding second section scanning agreement of first checking mode is determined；According to described Second section scanning agreement starts section scanning process.

In one embodiment, Second processing module 13 can be also used for marking in the determination first object section After knowing corresponding first checking mode, determine that the second target section identifies from the mark of at least one described section；According to default Section mark and the corresponding relationship of checking mode, determine that second target section identifies corresponding second checking mode；It will First checking mode is switched to second checking mode；According to described in the corresponding inspection parameter execution of the second checking mode Ultrasonic imaging process.

In one embodiment, Second processing module 13 can be also used for described according to first checking mode pair After the inspection parameter answered executes ultrasonic imaging process, the second switching command is received；In response to second switching command, is determined Three checking modes；First checking mode is switched to the third checking mode；According to the corresponding inspection of third checking mode It looks into parameter and executes the ultrasonic imaging process.

In one embodiment, Second processing module 13 can be also used for described according to first checking mode pair After the inspection parameter answered executes ultrasonic imaging process, determine that the second target section identifies from the mark of at least one described section； According to the corresponding relationship of preset the section mark and checking mode, second target section mark corresponding second is determined Checking mode；Judge whether second checking mode and first checking mode are identical；If not identical, by described first Checking mode is switched to second checking mode, and according to the corresponding inspection parameter of the second checking mode execute the ultrasound at As process；If they are the same, then continue to execute the ultrasonic imaging process according to the corresponding inspection parameter of the first checking mode.

Fig. 9 is the structural schematic diagram of supersonic imaging device that one embodiment provides, as shown in figure 9, the device includes: the Three processing modules 14, the first receiving module 15 and fourth processing module 16.

Specifically, third processing module 14, for executing ultrasonic imaging process using default ultrasonic probe.

First receiving module 15, for receiving the triggering command of the first section scanning agreement, first section scanning association View includes that at least one section identifies；

Fourth processing module 16, for starting section scanning process, the section according to the first section scanning agreement Scanning process includes: to determine that first object section identifies from the mark of at least one described section；It is identified according to preset section With the corresponding relationship of ultrasonic probe, determine that the first object section identifies corresponding first object ultrasonic probe；Using described First object ultrasonic probe executes the ultrasonic imaging process；Wherein, the ultrasonic imaging process includes: to emit to target object Ultrasonic wave, and the ultrasonic echo returned from the target object is received, to obtain ultrasound echo signal；According to the ultrasonic echo Signal obtains an at least frame tangent plane picture for the target object.

In one embodiment, the first object ultrasonic probe is different from the default ultrasonic probe.

In one embodiment, described device can also include the second cue module, and second cue module is for returning Return the first object ultrasonic probe prompt different from the default ultrasonic probe.

Supersonic imaging device provided by the above embodiment can execute above method embodiment, realization principle and technology Effect is similar, and details are not described herein.

In one embodiment, a kind of supersonic imaging apparatus is provided, specifically may refer to shown in Fig. 1, comprising: ultrasound is visited First 100, transmit circuit 101 receives circuit 103, processor 105；Wherein, the processor 105 executes following steps: using silent Recognize the corresponding inspection parameter of checking mode and executes ultrasonic imaging process；The triggering command of the first section scanning agreement is received, it is described First section scanning agreement includes at least one section mark；Start section scanning stream according to the first section scanning agreement Journey, the section scanning process include: to determine that first object section identifies from the mark of at least one described section；According to default Section mark and the corresponding relationship of checking mode, determine the first checking mode of the first object section mark；According to institute It states the corresponding inspection parameter of the first checking mode and executes the ultrasonic imaging process；Wherein, the ultrasonic imaging process include: to Target object emits ultrasonic wave, and receives the ultrasonic echo returned from the target object, to obtain ultrasound echo signal；According to The ultrasound echo signal obtains an at least frame tangent plane picture for the target object.

In one embodiment, described to execute ultrasonic imaging process packet using the corresponding inspection parameter of default inspection mode It includes: executing ultrasonic imaging process according to the corresponding inspection parameter of the default inspection mode using default ultrasonic probe；It is described to press The ultrasonic imaging process is executed according to the corresponding inspection parameter of first checking mode, comprising: when the first object section Mark is there are when preset first object ultrasonic probe, using the first object ultrasonic probe according to first checking mode Corresponding inspection parameter executes the ultrasonic imaging process.

In one embodiment, described to execute ultrasonic imaging process packet using the corresponding inspection parameter of default inspection mode It includes: executing ultrasonic imaging process according to the corresponding inspection parameter of the default inspection mode using default ultrasonic probe；It is described to press The ultrasonic imaging process is executed according to the corresponding inspection parameter of first checking mode, comprising: when the first object section There is no when preset first object ultrasonic probe, judge whether the default ultrasonic probe supports described first to check mould to mark Formula；If supporting, described surpass is executed according to the corresponding inspection parameter of first checking mode using the default ultrasonic probe Acoustic imaging process；If not supporting, is determined whether there is from identifiable ultrasonic probe list to be selected and support first inspection Look into the second target ultrasonic probe of mode.

In one embodiment, the processor 105 specifically can be used for executing following steps: if it is described it is identifiable to The the second target ultrasonic probe for existing in ultrasonic probe list and supporting first checking mode is selected, then utilizes second target Ultrasonic probe executes the ultrasonic imaging process according to the corresponding inspection parameter of first checking mode；If described identifiable There is no the second target ultrasonic probes for supporting first checking mode in ultrasonic probe list to be selected, then utilize the default Ultrasonic probe executes the ultrasonic imaging process or returns to vacancy and mentions according to the corresponding inspection parameter of the default inspection mode Show.

In one embodiment, the processor 105 specifically can be used for executing following steps:

Return to first checking mode prompt different from the default inspection mode.

In one embodiment, first checking mode is identical as the default inspection mode；It is described to use default inspection Looking into the corresponding inspection parameter of mode and executing ultrasonic imaging process includes: using default ultrasonic probe according to the default inspection mode Corresponding inspection parameter executes ultrasonic imaging process；It is described execute according to the corresponding inspection parameter of first checking mode described in Ultrasonic imaging process, comprising: when first object section mark is there are when preset first object ultrasonic probe, described in judgement Whether first object ultrasonic probe supports the default inspection mode；If supporting, pressed using the first object ultrasonic probe The ultrasonic imaging process is executed according to the corresponding inspection parameter of the default inspection mode；If not supporting, the default is utilized Ultrasonic probe executes the ultrasonic imaging process according to the corresponding inspection parameter of the default inspection mode.

In one embodiment, first checking mode is identical as the default inspection mode；It is described to use default inspection Looking into the corresponding inspection parameter of mode and executing ultrasonic imaging process includes: using default ultrasonic probe according to the default inspection mode Corresponding inspection parameter executes ultrasonic imaging process；It is described execute according to the corresponding inspection parameter of first checking mode described in Ultrasonic imaging process, comprising: when preset first object ultrasonic probe is not present in the first object section, write from memory using described Recognize ultrasonic probe and executes the ultrasonic imaging process according to the corresponding inspection parameter of the default inspection mode.

In one embodiment, the processor 105 is also used to execute following steps: receiving the first switching command；Response First inspection is determined according to the corresponding relationship of preset checking mode and section scanning agreement in first switching command Look into the corresponding second section scanning agreement of mode；Start section scanning process according to the second section scanning agreement.

In one embodiment, the processor 105 is also used to execute following steps: identifying from least one described section Middle determination the second target section mark；According to the corresponding relationship of preset section mark and checking mode, second mesh is determined It marks section and identifies corresponding second checking mode；First checking mode is switched to second checking mode；According to The corresponding inspection parameter of two checking modes executes the ultrasonic imaging process.

In one embodiment, the processor 105 is also used to execute following steps: receiving the second switching command；Response In second switching command, third checking mode is determined；First checking mode is switched to the third checking mode； The ultrasonic imaging process is executed according to the corresponding inspection parameter of third checking mode.

In one embodiment, the processor 105 is also used to execute following steps: identifying from least one described section Middle determination the second target section mark；According to the corresponding relationship of preset the section mark and checking mode, described the is determined Two target sections identify corresponding second checking mode；Judge second checking mode and first checking mode whether phase Together；If not identical, first checking mode is switched to second checking mode, and corresponding according to the second checking mode Inspection parameter execute the ultrasonic imaging process；

If they are the same, then continue to execute the ultrasonic imaging process according to the corresponding inspection parameter of the first checking mode.

In one embodiment, a kind of supersonic imaging apparatus is additionally provided, it can be with continued reference to shown in Fig. 1, comprising: ultrasound Probe 100, transmit circuit 101 receive circuit 103, processor 105；Wherein, the processor 105 executes following steps: using Default ultrasonic probe and executes ultrasonic imaging process；Receive the triggering command of the first section scanning agreement, first section scanning Agreement includes at least one section mark；Start section scanning process according to the first section scanning agreement, the section is swept Looking into process includes: to determine that first object section identifies from the mark of at least one described section；According to preset section mark with The corresponding relationship of ultrasonic probe determines that the first object section identifies corresponding first object ultrasonic probe；Utilize described One target ultrasonic probe executes the ultrasonic imaging process；Wherein, the ultrasonic imaging process includes: super to target object transmitting Sound wave, and the ultrasonic echo returned from the target object is received, to obtain ultrasound echo signal；Believed according to the ultrasonic echo Number obtain an at least frame tangent plane picture for the target object.

In one embodiment, the processor 105 can be also used for, return the first object ultrasonic probe with it is described Default the different prompt of ultrasonic probe.

Supersonic imaging apparatus provided by the above embodiment, implementing principle and technical effect and above method embodiment class Seemingly, details are not described herein.

In one embodiment, a kind of computer readable storage medium is provided, computer program is stored thereon with, is calculated Machine program realizes the step in the method for any of the above-described embodiment when being executed by processor.Specifically, computer program is processed Device performs the steps of when executing executes ultrasonic imaging process using the corresponding inspection parameter of default inspection mode；Receive first The triggering command of section scanning agreement, the first section scanning agreement include at least one section mark；According to described first Scanning agreement in section starts section scanning process, and the section scanning process includes: true from the mark of at least one described section Determine first object section mark；According to the corresponding relationship of preset section mark and checking mode, determine that the first object is cut First checking mode of face mark；The ultrasonic imaging process is executed according to the corresponding inspection parameter of first checking mode； Wherein, the ultrasonic imaging process includes: to emit ultrasonic wave to target object, and receive the ultrasound returned from the target object Echo, to obtain ultrasound echo signal；An at least frame sectional drawing for the target object is obtained according to the ultrasound echo signal Picture.

In one embodiment, a kind of computer readable storage medium is provided, computer program is stored thereon with, is calculated Machine program realizes the step in the method for any of the above-described embodiment when being executed by processor.Specifically, computer program is processed Device performs the steps of when executing executes ultrasonic imaging process using default ultrasonic probe；Receive the first section scanning agreement Triggering command, the first section scanning agreement include at least one section mark；It is opened according to the first section scanning agreement Dynamic section scanning process, the section scanning process include: to determine first object section from the mark of at least one described section Mark；According to preset section mark and the corresponding relationship of ultrasonic probe, the first object section mark corresponding the is determined One target ultrasonic probe；The ultrasonic imaging process is executed using the first object ultrasonic probe；Wherein, the ultrasonic imaging Process includes: to emit ultrasonic wave to target object, and receive the ultrasonic echo returned from the target object, is returned with obtaining ultrasound Wave signal；An at least frame tangent plane picture for the target object is obtained according to the ultrasound echo signal.

Computer readable storage medium provided by the above embodiment, implementing principle and technical effect and the above method are implemented Example is similar, and details are not described herein.

Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with Relevant hardware is instructed to complete by computer program, the computer program can be stored in a non-volatile computer In read/write memory medium, the computer program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein, To any reference of memory, storage, database or other media used in each embodiment provided herein, Including non-volatile and/or volatile memory.Nonvolatile memory may include read-only memory (ROM), programming ROM (PROM), electrically programmable ROM (EPROM), electrically erasable ROM (EEPROM) or flash memory.Volatile memory may include Random access memory (RAM) or external cache.By way of illustration and not limitation, RAM is available in many forms, Such as static state RAM (SRAM), dynamic ram (DRAM), synchronous dram (SDRAM), double data rate sdram (DDRSDRAM), enhancing Type SDRAM (ESDRAM), synchronization link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM (RDRAM), direct memory bus dynamic ram (DRDRAM) and memory bus dynamic ram (RDRAM) etc..

Each technical characteristic of above embodiments can be combined arbitrarily, for simplicity of description, not to above-described embodiment In each technical characteristic it is all possible combination be all described, as long as however, the combination of these technical characteristics be not present lance Shield all should be considered as described in this specification.

The several embodiments of the application above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art It says, without departing from the concept of this application, various modifications and improvements can be made, these belong to the protection of the application Range.Therefore, the scope of protection shall be subject to the appended claims for the application patent.

Claims

1. a kind of ultrasonic imaging method characterized by comprising

The triggering command of the first section scanning agreement is received, the first section scanning agreement includes at least one section mark；

According to the corresponding relationship of preset section mark and checking mode, determine that the first of the first object section mark checks Mode；

Wherein, the ultrasonic imaging process includes:

Emit ultrasonic wave to target object, and receive the ultrasonic echo returned from the target object, to obtain ultrasonic echo letter Number；

2. the method according to claim 1, wherein first checking mode and the default inspection mode are not Together.

3. according to the method described in claim 2, it is characterized in that, described held using the corresponding inspection parameter of default inspection mode Row ultrasonic imaging process includes:

Ultrasonic imaging process is executed according to the corresponding inspection parameter of the default inspection mode using default ultrasonic probe；

It is described to execute the ultrasonic imaging process according to the corresponding inspection parameter of first checking mode, comprising:

When the first object section is identified, there are when preset first object ultrasonic probe, utilize first object ultrasound spy Head executes the ultrasonic imaging process according to the corresponding inspection parameter of first checking mode.

4. according to the method described in claim 2, it is characterized in that, described held using the corresponding inspection parameter of default inspection mode Row ultrasonic imaging process includes:

When preset first object ultrasonic probe is not present in mark when the first object section, the default ultrasonic probe is judged Whether first checking mode is supported；

If supporting, described surpass is executed according to the corresponding inspection parameter of first checking mode using the default ultrasonic probe Acoustic imaging process；If not supporting, is determined whether there is from identifiable ultrasonic probe list to be selected and support first inspection Look into the second target ultrasonic probe of mode.

5. according to the method described in claim 4, it is characterized in that, described determine from identifiable ultrasonic probe list to be selected With the presence or absence of supporting the second target ultrasonic probe of first checking mode to include:

The second target ultrasound of first checking mode is supported to visit if existing in the identifiable ultrasonic probe list to be selected Head, then using the second target ultrasonic probe according to the corresponding inspection parameter of first checking mode execute the ultrasound at As process；

If there is no the second target ultrasounds for supporting first checking mode in the identifiable ultrasonic probe list to be selected Probe then executes the ultrasonic imaging according to the corresponding inspection parameter of the default inspection mode using the default ultrasonic probe Process returns to vacancy prompt.

6. according to the method described in claim 2, it is characterized in that, the method also includes:

7. the method according to claim 1, wherein first checking mode and the default inspection mode phase Together；

It is described to include: using the corresponding inspection parameter execution ultrasonic imaging process of default inspection mode

When there are when preset first object ultrasonic probe, judge the first object ultrasound spy for first object section mark Whether head supports the default inspection mode；

If supporting, institute is executed according to the corresponding inspection parameter of the default inspection mode using the first object ultrasonic probe State ultrasonic imaging process；If not supporting, using the default ultrasonic probe according to the corresponding inspection of the default inspection mode Parameter executes the ultrasonic imaging process.

8. the method according to claim 1, wherein first checking mode and the default inspection mode phase Together；

When the first object section be not present preset first object ultrasonic probe when, using the default ultrasonic probe according to The default inspection mode corresponding inspection parameter execution ultrasonic imaging process.

9. the method according to claim 1, wherein determination first object section mark corresponding the After one checking mode, which comprises

Receive the first switching command；

Institute is determined according to the corresponding relationship of preset checking mode and section scanning agreement in response to first switching command State the corresponding second section scanning agreement of the first checking mode；

Start section scanning process according to the second section scanning agreement.

10. the method according to claim 1, wherein the determination first object section mark is corresponding After first checking mode, which comprises

Determine that the second target section identifies from the mark of at least one described section；

According to the corresponding relationship of preset section mark and checking mode, second target section mark corresponding second is determined Checking mode；

First checking mode is switched to second checking mode；

The ultrasonic imaging process is executed according to the corresponding inspection parameter of the second checking mode.

11. the method according to claim 1, wherein described according to the corresponding inspection of first checking mode After parameter executes ultrasonic imaging process, which comprises

Receive the second switching command；

In response to second switching command, third checking mode is determined；

First checking mode is switched to the third checking mode；

The ultrasonic imaging process is executed according to the corresponding inspection parameter of third checking mode.

12. the method according to claim 1, wherein described according to the corresponding inspection of first checking mode After parameter executes ultrasonic imaging process, which comprises

According to the corresponding relationship of preset the section mark and checking mode, determine that second target section mark is corresponding Second checking mode；

Judge whether second checking mode and first checking mode are identical；

If not identical, first checking mode is switched to second checking mode, and according to the second checking mode pair The inspection parameter answered executes the ultrasonic imaging process；

13. a kind of ultrasonic imaging method characterized by comprising

Ultrasonic imaging process is executed using default ultrasonic probe；

According to the corresponding relationship of preset section mark and ultrasonic probe, the first object section mark corresponding first is determined Target ultrasonic probe；

Wherein, the ultrasonic imaging process includes:

14. according to the method for claim 13, which is characterized in that the first object ultrasonic probe and default ultrasound Probe is different.

15. according to the method for claim 14, which is characterized in that the method also includes:

Return to the first object ultrasonic probe prompt different from the default ultrasonic probe.

16. a kind of supersonic imaging apparatus characterized by comprising ultrasonic probe, transmit circuit receive circuit, processor；Its In, the processor executes following steps:

According to the corresponding relationship of preset section mark and checking mode, the first object section mark corresponding first is determined Checking mode；

Wherein, the ultrasonic imaging process includes:

It motivates the ultrasonic probe to emit ultrasonic wave to target object by the transmit circuit, and passes through the reception circuit control It makes the ultrasonic probe and receives the ultrasonic echo returned from the target object, to obtain the first ultrasound echo signal；

An at least frame tangent plane picture for the target object is obtained according to first ultrasound echo signal.

17. equipment according to claim 16, which is characterized in that first checking mode and the default inspection mode It is different.

18. equipment according to claim 17, which is characterized in that the processor executes corresponding using default inspection mode Inspection parameter execute ultrasonic imaging process the step of include:

19. equipment according to claim 17, which is characterized in that the processor executes corresponding using default inspection mode Inspection parameter execute ultrasonic imaging process the step of include:

The processor executes the ultrasonic imaging process according to the corresponding inspection parameter of first checking mode, comprising:

When first object section mark is there is no when preset first object ultrasonic probe, handled device judges the default Whether ultrasonic probe supports first checking mode；

20. equipment according to claim 19, which is characterized in that the processor is arranged from identifiable ultrasonic probe to be selected It is determined whether there is in table and supports that the second target ultrasonic probe of first checking mode includes:

The second target ultrasound of first checking mode is supported to visit if existing in the identifiable ultrasonic probe list to be selected Head, then the processor is executed using the second target ultrasonic probe according to the corresponding inspection parameter of first checking mode The ultrasonic imaging process；

If there is no the second target ultrasounds for supporting first checking mode in the identifiable ultrasonic probe list to be selected Probe, then the processor executes institute according to the corresponding inspection parameter of the default inspection mode using the default ultrasonic probe It states ultrasonic imaging process or returns to vacancy prompt.

21. equipment according to claim 17, which is characterized in that the processor also executes the following steps:

22. equipment according to claim 16, which is characterized in that first checking mode and the default inspection mode It is identical；

The processor executes the step of executing ultrasonic imaging process using the corresponding inspection parameter of default inspection mode and includes:

When the first object section is identified there are when preset first object ultrasonic probe, the processor judges described first Whether target ultrasonic probe supports the default inspection mode；

23. equipment according to claim 16, which is characterized in that first checking mode and the default inspection mode It is identical；

When preset first object ultrasonic probe is not present in the first object section, the processor is super using the default Sonic probe executes the ultrasonic imaging process according to the corresponding inspection parameter of the default inspection mode.

24. equipment according to claim 16, which is characterized in that the processor is also used to execute following steps:

Receive the first switching command；

25. equipment according to claim 16, which is characterized in that the processor is also used to execute following steps:

First checking mode is switched to second checking mode；

26. equipment according to claim 16, which is characterized in that the processor is also used to execute following steps:

Receive the second switching command；

In response to second switching command, third checking mode is determined；

First checking mode is switched to the third checking mode；

27. equipment according to claim 16, which is characterized in that the processor is also used to execute following steps:

Judge whether second checking mode and first checking mode are identical；

28. a kind of supersonic imaging apparatus characterized by comprising ultrasonic probe, transmit circuit receive circuit, processor；Its In, the processor executes following steps:

Ultrasonic imaging process is executed using default ultrasonic probe；

Wherein, the ultrasonic imaging process includes:

29. equipment according to claim 28, which is characterized in that the first object ultrasonic probe and default ultrasound Probe is different.

30. equipment according to claim 29, which is characterized in that the processor also executes the following steps: