CN109069108A

CN109069108A - Ultrasound medicine detection device, transfer control method and imaging system and terminal

Info

Publication number: CN109069108A
Application number: CN201780026560.6A
Authority: CN
Inventors: 刘智光; 周述文; 何绪金
Original assignee: Shenzhen Mindray Bio Medical Electronics Co Ltd
Current assignee: Shenzhen Mindray Bio Medical Electronics Co Ltd
Priority date: 2017-02-13
Filing date: 2017-02-13
Publication date: 2018-12-21
Anticipated expiration: 2037-02-13
Also published as: CN109069108B; CN114287965A; WO2018145320A1

Abstract

A kind of ultrasound medicine detection device, transfer control method and imaging system and terminal, its equipment is for detecting contact of the input object in the touch display screen, identify that the contact corresponds to the first operating position in the touch display screen, record and first operating position are associated at least part, and/or editor's information corresponding with the association of at least part of the ultrasound image in the corresponding ultrasound image, transmission data are obtained, the transmission data are transmitted.To improve the convenience of user's operation, user experience is greatly improved.

Description

Ultrasound medicine detection device, transfer control method and imaging system and terminal

Technical field

The present invention relates to the ultrasonic imaging control methods and imaging system that have touch display screen.

Background technique

Ultrasonic image-forming system is a kind of equipment using ultrasonic acoustic beam scanning human body, by reception, the processing to reflection signal, to obtain the image of intracorporeal organ.There are many common ultrasonic instruments: A type (amplitude mode) is that the power of reflection signal is indicated with the height of wave amplitude, it is shown that a kind of " echogram ".M type (spot scan type) is represented with vertical direction from shallowly to deep spatial position, horizontal direction represents the time, is shown as luminous point in the movement profiles of different time.The above amphitypy is one-dimensional display, is of limited application.Type B (brightness mode) i.e. ultrasound cross-section imaging instrument, referred to as " B ultrasound ".It is the power for indicating to receive signal with the different luminous point of brightness, when probe is moved along horizontal position, luminescent spot track is linked to be the sectional drawing that ultrasonic acoustic beam is scanned, is two-dimensional imaging by luminous point on display screen also synchronizing moving in the horizontal direction.It is the scanning mode that .C type is made according to principle of Doppler and then uses approximate TV as D type, shows the cross section acoustic image perpendicular to acoustic beam.In recent years, ultrasonography technology continues to develop, such as grayscale is shown and ultrasonic imaging in colored display, real time imaging, ultrasound holography, penetration ultrasonic imaging, ultrasonoscope and machine tomography rubbish shadow, three-dimensional imaging, body cavity.

When widely applied touch display screen is also gradually applied to ultrasonic image-forming system in people's life, it also in medical ultrasound imaging field is altered in steps user usage experience, thus facilitate improve conventional ultrasound imaging system in user input instruction acquisition modes.

Summary of the invention

Based on this, it is necessary to provide the data interactive mode between the acquisition modes and equipment of a kind of effective user input instruction about ultrasonic imaging for the ultrasonic image-forming system with touch display screen.

A kind of ultrasound medicine detection device is provided in one of the embodiments, and the equipment includes:

Probe；

Transmit circuit and reception circuit, for motivating described pop one's head in emit ultrasonic beam to test object, and receive the echo of the ultrasonic beam, obtain ultrasound echo signal；

Image processing module, for obtaining ultrasound image according to the ultrasound echo signal；

Data transfer communications module；

Touch display screen；

Memory, the computer program run in the memory storage processor；With,

Data processor, the data processor perform the steps of when executing described program

The ultrasound image is shown in the touch display screen,

Contact of the input object in the touch display screen is detected,

Identify that the contact corresponds to the first operating position in the touch display screen,

Record and first operating position are associated at least part, and/or editor's information corresponding with the association of at least part of the ultrasound image in the corresponding ultrasound image, obtain transmission data；

The movement of the contact is monitored,

Identify that the movement of the contact corresponds to the second operating position in the touch display screen,

Determine the variation of second operating position,

According to the variation of second operating position, the transmission data are exported by the data transfer communications module.

A kind of transfer control method of ultrasound image is provided in one of the embodiments, comprising:

Incentive probe emits ultrasonic beam to test object；

The echo of the ultrasonic beam is received, ultrasound echo signal is obtained；

Ultrasound image is obtained according to the ultrasound echo signal；

The ultrasound image is shown in the touch display screen,

Contact of the input object in the touch display screen is detected,

The movement of the contact is monitored,

Determine the variation of second operating position,

According to the variation of second operating position, the transmission information is exported by the data transfer communications module.

A kind of ultrasonic image-forming system is provided in one of the embodiments, the system comprises: ultrasound medicine detection device and ultrasound image display terminal；Wherein,

The ultrasound medicine detection device includes:

Probe,

Transmit circuit and reception circuit emit ultrasonic beam to test object for incentive probe, receive institute The echo of ultrasonic beam is stated, ultrasound echo signal is obtained,

Image processing module, for obtaining ultrasound image according to the ultrasound echo signal,

Data transfer communications module, for realizing data transmission with the ultrasound image display terminal,

First touch display screen,

First memory, the computer program run on the memory stores data processor, and,

Data processor；

The ultrasound image display terminal includes:

Second touch display screen,

Communication module, for realizing data transmission with the data transfer communications module,

Second memory, the computer program run in the memory storage processor, and,

Processor；

Processor on data processor or ultrasound image display terminal on the ultrasound medicine detection device performs the steps of when executing the program in respective memory

Showing the ultrasound image in touch display screen, the touch display screen is one of first touch display screen or second touch display screen,

Contact of the input object in the touch display screen is detected,

The movement of the contact is monitored,

Determine the variation of second operating position,

According to the variation of second operating position, the transmission data are transmitted between the data transfer communications module and communication module.

A kind of ultrasound image display terminal is provided in one of the embodiments, and the terminal includes:

Second touch display screen,

Communication module receives ultrasound image by the communication module；

Second memory, the computer program run in the memory storage processor；With,

Processor, the second processor perform the steps of when executing described program

The ultrasound image is shown in the second touch display screen,

Contact of the input object in second touch display screen is detected,

Identify that the contact corresponds to the first operating position in second touch display screen,

The movement of the contact is monitored,

Identify that the movement of the contact corresponds to the second operating position in second touch display screen,

Determine the variation of second operating position,

According to the variation of second operating position, the transmission data are exported by communication module.

Detailed description of the invention

Fig. 1 is to provide the system architecture schematic diagram of the ultrasound medicine detection device according to some embodiments；

Fig. 2 is to provide the system architecture schematic diagram of the ultrasound medical imaging system according to some embodiments；

Fig. 3 provides the system architecture schematic diagram of the ultrasonic testing system according to some embodiments；

Fig. 4 provides the flow diagram of ultrasonic imaging control method in the present embodiment shown in FIG. 1；

Fig. 5 provides the embodiment for transmitting data simultaneous display in some embodiments on a graphical user interface；

Fig. 6 provides the embodiment for transmitting data simultaneous display in some embodiments on a graphical user interface；

Fig. 7 is provided and is transmitted the embodiment that data are synchronized on the display interface of multiple output equipments in some embodiments on a graphical user interface；

Fig. 8 provides the schematic diagram of the connection relationship network of ultrasound medicine detection device and multiple output equipments and peripheral apparatus.

Specific embodiment

Below by specific embodiment combination attached drawing, invention is further described in detail.Wherein similar component uses associated similar element numbers in different embodiments.In the following embodiments, many datail descriptions are in order to enable the application can be better understood.However, those skilled in the art can recognize that part of feature is dispensed in varied situations without lifting an eyebrow, or can be substituted by other elements, material, method.In some cases, there is no show or describe in the description for the relevant some operations of the application, this is in order to avoid the core of the application is flooded by excessive description, and to those skilled in the art, these relevant operations are described in detail not to be necessary, they can completely understand relevant operation according to the general technology knowledge of description and this field in specification.

In addition, feature described in this description, operation or feature can be in any suitable way in conjunction with forming various embodiments.Meanwhile each step in method description or movement can also can obvious mode carry out sequence exchange or adjustment according to those skilled in the art institute.Therefore, the description and the appended drawings In various sequences be intended merely to clearly describe some embodiment, be not meant to be necessary sequence, wherein some sequentially must comply with unless otherwise indicated.

It is herein component institute serialization number itself, such as " first ", " second " etc., is only used for distinguishing described object do not have any sequence or art-recognized meanings.And " connection ", " connection " described in the application include unless otherwise instructed directly or indirectly connecting (connection).

Fig. 1 gives the structural schematic diagram of ultrasound medicine detection device 100 in one embodiment, and specific structure is as follows.Ultrasound medicine detection device 100 shown in FIG. 1 specifically includes that probe 101, transmit circuit 103, transmitting/reception selection switch 102, receives circuit 104, Beam synthesis module 105, signal processing module 116 and image processing module 126.In ultrasound imaging procedure, transmit circuit 103 by what is focused by delay there is certain amplitude and polar transmitting pulse to select switch 102 to be sent to probe 101 by transmitting/reception.Probe 101 is by exomonental excitation, to test object (such as, human body or the intracorporal organ of animal, tissue, blood vessel etc., it is not shown in the figure) transmitting ultrasonic wave (can be any one of plane wave, focus wave or diverging wave), the ultrasonic echo from the reflected information with test object in target area is received after certain time-delay, and this ultrasonic echo is converted into electric signal again.The electric signal that the conversion of 104 receiving transducer 101 of circuit generates is received, obtains ultrasound echo signal, and these ultrasound echo signals are sent into Beam synthesis module 105.Beam synthesis module 105 is focused the processing such as delay, the summation of weighted sum channel to ultrasound echo signal, and ultrasound echo signal feeding signal processing module 116 is then carried out relevant signal processing.Image processing module 126 is sent by the ultrasound echo signal that signal processing module 116 is handled.The difference of the imaging pattern according to needed for user of image processing module 126, different processing is carried out to signal, obtain the ultrasound image data of different mode, then the ultrasound image of different mode is formed through processing such as log-compressed, dynamic range adjustment, digital scan conversions, such as B image, C image, D image etc. or other kinds of two-dimensional ultrasonic image or three-dimensional ultrasound pattern.Certainly ultrasound image referred to herein includes a frame image or multiple image.Above-mentioned transmit circuit and reception circuit activation, which are popped one's head in, emits ultrasonic beam to test object according to the setting of ultrasonic imaging parameter, and the echo of ultrasonic beam is received, ultrasound echo signal is obtained, to obtain desired ultrasound image, to be shown, show the institutional framework inside test object.Ultrasonic imaging parameter referred to herein is related to all parameters independently selected in the imaging process of ultrasonic tissue image for user, such as, TGC (Time Gain Compensate, time gain compensation), frequency of sound wave, pulse recurrence frequency (pulse recurrence frequency, PRF), ultrasound in nature and dynamic range etc..

In some of embodiments of the invention, signal processing module 116 and image processing module 126 in Fig. 1 can integrate on a mainboard 106 or one of those or it is more than two (herein Above include this number) module be integrated on a processor/controller chip and realize.

The ultrasound image of acquisition can be exported by data transfer communications module 156 to external output equipment, which includes at least the touch display 170 for showing above-mentioned ultrasound image, and touch display 170 includes touch display screen 171 and peripheral circuit.In addition, ultrasound medicine detection device further includes data processor 140 and memory 160.Data processor 140 calls the computer program instructions recorded on memory 160 to show ultrasound image in touch display screen 171, and/or graphic user interface is formed in touch display screen.In one of the embodiments, graphic user interface (GUI) is shown on touch display 171, and show all as previously mentioned in relation to the graphical controls such as ultrasonic imaging parameter regulation, various function buttons involved in ultrasound image imaging process, and the frame image or multiple image of display ultrasound image.Based on graphic user interface (GUI) can obtain because input object the operation in touch display screen generate to graphical control carry out corresponding operating control instruction, these can be by wired or be wirelessly transferred to ultrasound medicine detection device about the control instruction of the information such as ultrasonic imaging parameter, and the work for controlling probe, transmit circuit, reception circuit etc., for obtaining desired ultrasound image；Perhaps the transmission that generates by input object in the operation in touch display screen can be obtained based on graphic user interface (GUI) about these instructions of the control instruction of ultrasound image data or by wired or be wirelessly transferred to each output equipment in addition to ultrasound medicine detection device.Ultrasound image can be shown in touch display screen, can also show the graphic user interface (GUI) of user operation instruction input.Certainly, it may be provided for the display area of display ultrasound image based on graphic user interface (GUI), then editor's information is obtained to carry out editor to ultrasound image by the gesture input of user, editor's information includes the ultrasonic imaging parameter about ultrasound image, and/or the remark information shown on the ultrasound image, so-called remark information includes: the scale of image, image definition, the station location marker popped one's head in image, the annotation information of ultrasonic imaging parameter in image, sampling gate, with the icon about anatomical position, probe positions indicate icon etc. at least one therein.

Based on the graphic user interface shown in touch display screen, data processor 140 can call the gesture detection module 113 stored in memory 160, execute the control instruction that touch operation obtains detecting user by input object on a graphical user interface.In various embodiments, it, for executing one or more modules, program or the instruction set of multiple functions, realizes the manipulation input based on graphic user interface (GUI) jointly by them comprising there is touch display screen, one or more processors, memory and storage with graphic user interface (GUI) in memory and detects and obtain relevant control instruction.In various embodiments, these functions may include parameter regulation, information input etc. are carried out to test object (for example, tissue of patient) with obtain medical detection data, picture browsing, the building of pathological data library, retrieval and maintenance, patient files information architecture, display and management, patient's catalogue information architecture, display and management, etc.. It may include in the computer program product configured to be executed for one or more processors for executing these modules, program or instruction.In some of embodiments of the invention, user is mainly interacted in touch display screen by gesture input and graphic user interface.Here gesture input may include any kind of user gesture input by directly contacting touch display screen or can detecte equipment close to touch display screen.Such as, gesture input can be user using the right hand or left hand finger (such as, index finger, thumb etc.) or can by the detectable input object of touch display screen (such as, writing pencil, touch display screen special pens) movement that a position, multiple positions, and/or multiple continuous positions are selected in touch display screen, may include similar contact, the release that touches, touch pat, grow the operational motions such as contact, rotary expansion.Here, long contact corresponds to a kind of gesture input for moving finger, thumb, writing pencil along predetermined direction or variable direction in the case where finger, thumb, writing pencil etc. keep continuous contact state with touch display screen, for example, the gesture operation as touching and drag, flick, nuzzle up, slide, scan etc. acts.It can be seen that, contact of the gesture input by input object with touch display screen is realized, contact with touch display screen may include that finger, thumb or writing pencil etc. are directly contacted with touch display screen, or non-direct contact close to touch display screen, rather than directly contact close to the gesture input of touch display screen refer to the gesture operation on the spatial position close to touch display screen act.And above-mentioned graphic user interface refers to the whole design of human-computer interaction to software, operation logic, beautiful interface, may include one or more soft keyboards and multiple graphical control objects.Soft keyboard may include a certain number of icons (or soft key).Family, which can be used, in this can choose one or more icons in soft keyboard, and one or more respective symbols is therefore selected to be inputted.Gesture detection module 113 can detecte the gesture input interacted between input object and touch display screen.Gesture detection module 113 includes for executing various operations relevant to gesture input detection, for example, determine whether to have occurred contact, determine whether gesture input persistently inputs, determine whether to prearranged gesture it is corresponding, determine operating position corresponding to gesture input, determine whether the corresponding operating position of gesture input is moved to the various program modules of the marginal position of corresponding display area, (e.g., contact whether it has stopped), the motion track that determines the movement of gesture input and track gesture input etc. each step that determines whether gesture input has interrupted.Determine that the movement of gesture input can include determining that the movement rate (amplitude) of operating position corresponding to gesture input, movement velocity (amplitude and direction), and/or acceleration of motion (variation in amplitude and/or direction), motion profile etc..These operations can be applied to single operation position (for example, gesture input that a finger is realized) or multiple while operating position (for example, " multi-touch ", i.e., gesture input that multiple fingers are realized).In some embodiments, gesture detection module 113 is used to detect the movement of one or more input objects on touch display screen surface or on the spatial position close to touch display screen.Gesture detection module 113 is stored on memory 160, and the monitoring of above-mentioned gesture input is realized by the calling of one or more processors, and the operation input for obtaining user refers to It enables.

Certainly, in the embodiment shown in fig. 1, data processor 140 and memory 160 can be set on mainboard 106, it can also be arranged independently of mainboard 106, or data processor 140 and memory 160 can form independent touch display 170 together with 171 integrated installation of touch display screen, the display for realizing ultrasound image also may be implemented to obtain the control instruction that user inputs based on ultrasound image.In one of the embodiments, signal processing module 116 and/or image processing module 126 in Fig. 1, together with the unified setting of data processor 140 generation of the data processing of execution ultrasound image and the monitoring of above-mentioned gesture input and graphic user interface on the one or more processors.Also than as shown in figure 3, providing a kind of common ultrasound medicine detection device comprising display 1, control key operating space 3, Display support arm 2, host 4 and foot-operated control 5.Display 1 can be identical with above-mentioned touch display 170, and host 4 includes above-mentioned mainboard 106, or further includes data processor 140 and memory 160.Furthermore, ultrasound medicine detection device may be equipped with a touch display control terminal 6, similar to Portable intelligent terminal devices such as IPAD or smart phones, the control instruction inputted in touch display screen by user, above-mentioned ultrasound image in display 1 and is touched into switching display between display control terminal 6, or the control instruction by being inputted on touching display control terminal 6, carry out data transmission controlling between display control terminal 6 and host 4 touching.

Furthermore, ultrasound medicine detection device in Fig. 1, one of data transfer communications module 156 can be used for connecting multiple output equipments (output equipment 1 (180) ..., output equipment n (190)), and output equipment referred to herein includes at least in printer, display, host computer (such as work station), network server and ultrasound image display terminal.Ultrasound image display terminal refers to touch display screen and is displayed for ultrasound image, the intelligent terminal with the progress data interaction of ultrasound medicine detection device, it may include the touch display control terminal 6 in Fig. 3, but it also may include such as various intelligent terminals, such as the computer equipment of IPAD, mobile phone, work station, service station with touch display screen.When ultrasound medicine detection device is connected with multiple peripheral apparatus (including above-mentioned output equipment and touch display 170) by data transfer communications module 156, it includes at least two transmission ports, touch display screen 171 shown in one of transmission port connection figure 1, remaining transmission port is to connect at least one above-mentioned output equipment.Data transfer communications module 156 can be the communication module for following various Data Transport Protocols, therefore, can be wired connection before data transfer communications module 156 and peripheral apparatus, is also possible to be wirelessly connected.The mode of wired connection includes: to be attached using one of in the data lines such as USB, VGA, HDMI.The mode of wireless connection includes being attached using one of in the agreements such as wifi agreement, Bluetooth transmission protocol, mobile communication network protocol.Either wired connection, or be wirelessly connected, all i.e. one transmission ports of generation that is connected with a peripheral apparatus.The transmission of this paper Port includes hardware port, also includes logical Virtual port.

As shown in figure 4, providing an a kind of touch control operation using in touch display screen to complete the transmission of the transmission instruction of ultrasound image data.Specifically combine Fig. 4 that explanation is explained in detail.Touch control operation includes the release of primary contact and the secondary contact of the input object in touch display screen.

In the step 410 of Fig. 4, transmit circuit and reception circuit (103 and 104) incentive probe (101), emit ultrasonic beam to test object according to the ultrasonic imaging parameter of setting, and in step 412, incentive probe (101) receives the echo of above-mentioned ultrasonic beam, obtains ultrasound echo signal.

In the step 414 of Fig. 4, image processing module 126 obtains ultrasound image according to ultrasound echo signal according to ultrasonic imaging parameter.Simultaneously in the ultrasound medicine detection device in Fig. 1, memory 160, the computer program run in storage processor, such as above-mentioned gesture detection module 113 are also provided.The ultrasound image of this paper can be the ultrasound image of previously described different mode, such as B image, C image, D image etc. or other kinds of two-dimensional ultrasonic image or three-dimensional ultrasound pattern.Likewise, the ultrasound image being mentioned herein can be static frames image, it is also possible to dynamic video image.

In the step 416 of Fig. 4, above-mentioned ultrasound image is transported in touch display 170 by data processor 140 by data transfer communications module 156, and above-mentioned ultrasound image is shown in touch display screen 171.For example, the image display area that setting is shown for ultrasound image in the graphical user interface layer formed in touch display screen.In one of the embodiments, graphic user interface includes at least two interfacial layers, ultrasound image is shown on the first boundary layer of touch display screen, is superimposed the second interface layer of transparent setting in the top of the first boundary layer, aforementioned editor's information is superimposed in second interface layer.Such set-up mode can allow the remainder data in addition to image data to be suspended on ultrasound image and show, the display of ultrasound image itself is not blocked, and user can be enabled to observe because of the adjusting based on ultrasonic imaging parameter and the variation of bring ultrasound image, or the information such as the annotation of editor are saved and transmitted with ultrasound image together.

When above-mentioned data processor executes the program in memory in one of the embodiments, before following step 418 detects contact of the input object in touch display screen can with the following steps are included:

Above-mentioned data processor receives at least part of editor's information and associated record editor's information corresponding at least part of above-mentioned ultrasound image about ultrasound image of user's input.At least part of above-mentioned ultrasound image includes at least part in multiple frames of ultrasonic image, or can also include at least part of a frame ultrasound image.User can edit ultrasound image based on hardware adaptor (such as keyboard, trace ball, touch display screen equipment), obtain aforementioned editor's information.These editor's information, which will be superimposed on ultrasound image, to be shown, or is exported together by storage with ultrasound image.

In step 418 of fig. 4, above-mentioned data processor 140 calls contact of the gesture detection module detection input object in touch display screen.For example, can detecte figure of the input object in touch display screen The contact on any one operating position on shape display interface, also can detecte contact of the input object in touch display screen in preset range on any one operating position.Such as, in one of the embodiments, as shown in Figure 5 and Figure 6, graphic display interface (501 of the above-mentioned data processor 140 in touch display screen, 601) boundary or bounding box (513 are set on, 613) contact of the input object in boundary or bounding box (513,613) on any one operating position, is detected in above-mentioned steps 418.The bezel locations in neighbouring touch display screen can be set in the boundary or bounding box.

In the step 420 of Fig. 4, above-mentioned data processor 140 calls gesture detection module to identify the first operating position that above-mentioned contact corresponds in the touch display screen.In the step 422 of Fig. 4, the above-mentioned record of data processor 140 and above-mentioned first operating position are associated at least part, and/or editor's information corresponding with the association of at least part of above-mentioned ultrasound image in corresponding above-mentioned ultrasound image, obtain transmission data.Operating position on interface referred to herein refer to user using input object in touch display screen carry out touch control operation input when corresponding to the position on display interface." position " being mentioned herein includes azimuth information, coordinate information, and/or angle information etc..

Such as, as shown in Figure 5, above-mentioned data processor 140 detects input object 512 with the initial contact of touch display screen in position 5121 on the graphic display interface (501) in touch display screen, it regard this initial contact location 5121 as the first operating position, and the ultrasound image 511 shown at the position is recorded as transmission data.As shown in Figure 6, above-mentioned data processor 140 detects input object 612 with the initial contact of touch display screen in position 6121 on the graphic display interface (601) in touch display screen, it regard this initial contact location 6121 as the first operating position, and the ultrasound image 611 shown at the position is recorded as transmission data.Certainly, transmission data are used as in addition to being displayed on the above-mentioned ultrasound image at the first operating position, it can also be using the ultrasound image shown on the display interface where above-mentioned first operating position as above-mentioned transmission data.That is, in above-mentioned steps 422, and at least part for being associated in the corresponding ultrasound image of first operating position, and/or and at least part of the ultrasound image to be associated with corresponding editor's information include one of following situations: 1, at least part, and/or editor's information corresponding with the association of at least part of above-mentioned ultrasound image in above-mentioned ultrasound image being shown at the first operating position；2, the ultrasound image and/or the corresponding editor's information of the ultrasound image shown on the display interface where above-mentioned first operating position.

In the step 424 of Fig. 4, above-mentioned data processor 140 calls gesture detection module to monitor the movement that aforementioned input object contacts in touch display screen.In the step 426 of Fig. 4, above-mentioned data processor 140 calls the movement of gesture detection module identification aforementioned contact to correspond to the second operating position in touch display screen.As shown in figure 5, input object 512 in touch display screen the first operating position 5121 occur contact start along 514 instruction direction move when, corresponding to the movement of the contact, above-mentioned data processing Device 140 calls gesture detection module that can recognize the correspondence in touch display screen and produces the second operating position 5122 of some column.In another example, as shown in Figure 6, input object 612 is when the contact start that the first operating position 6121 in touch display screen occurs is moved along the direction of 614 instructions, corresponding to the movement of the contact, above-mentioned data processor 140 calls gesture detection module that can recognize the correspondence in touch display screen and produces the second operating position 6122 comprising at least one operating position.It can be seen that, the movement of above-mentioned contact may include the contact (being moved to the contact of the second operating position 5122 in such as Fig. 5 from the first operating position 5121) moved in a certain direction, or in touch display screen the short period contact movement (being moved to the contact of the second operating position 6122 from the first operating position 6121 as shown in Figure 6) etc., such as aforementioned length contacts or sliding contact.

In the step 428 of Fig. 4, above-mentioned data processor 140 determines the variation of above-mentioned second operating position.In the step 430 of Fig. 4, above-mentioned data processor 140 exports aforementioned transmission data by data transfer communications module according to the variation of above-mentioned second operating position.In addition, can form data packet with transmission data determining in compression step 422 before exporting aforementioned transmission data, then export the data packet by data transfer communications module again.In the present embodiment, data packet transmission instruction is provided according to the variation of the second operating position, and the content for including in data packet is determined according to the first operating position.

For example, realizing the variation for determining aforementioned second operating position in above-mentioned steps 428 one of in the following ways when above-mentioned data processor executes the program in memory in one of the embodiments,；

1, determine that the second operating position is located at except preset boundary；With,

2, determine that the variation of the second operating position meets preset rules.

Here preset boundary can be and be previously mentioned, the boundary or bounding box that above-mentioned data processor 140 is arranged on the graphic display interface in touch display screen, such as 513 and 613 in Fig. 5 and figure.As shown in Figure 5 and Figure 6, when the second operating position (5122,6122) is located at boundary or bounding box (513,613) when except, characterization user has input the instruction for needing to transmit the transmission data of aforementioned determination, therefore, exports the transmission data by data transfer communications module.Such as, transmission data are exported and are shown to another output equipment, in Fig. 5, when being determined that the second operating position 5122 is located at except boundary or bounding box 513 on graphic user interface 501, the transmission data are exported to a display by data transfer communications module, the ultrasound image 511 for including in the transmission data and/or the corresponding editor's information of ultrasound image 511 are shown on the display interface (similar pattern user interface) 502 of the display.In Fig. 6, when being determined that the second operating position 6122 is located at except boundary or bounding box 613 on graphic user interface 601, the transmission data are exported to a display by data transfer communications module, the ultrasound image 611 for including in the transmission data and/or the corresponding editor's information of ultrasound image 611 are shown on the display interface (similar pattern user interface) 602 of the display.When including in above-mentioned transmission data and ultrasound image At least part when being associated with corresponding editor information, then it is same to be exported the transmission data to a display by data transfer communications module, transmit the editor's information for including in data in the display interface simultaneous display of the display.

In addition, generating the instruction of data transmission in addition to triggering based on boundary, the variation (the namely motion change of aforementioned contact) of the second operating position is also based on to trigger the instruction for generating data transmission.For example, the variation of above-mentioned the second operating position of determination meets preset rules includes:

Determine the pace of change of the second operating position, the variation track for changing acceleration, the second operating position of the second operating position, one of them meets preset rules to the direction of motion of the contact pressure and the second operating position experienced on second operating position in touch display screen etc., determines whether to trigger abovementioned steps 430 according to the preset rules of satisfaction.Such as, in one of the embodiments, the variation track for changing acceleration, the second operating position of the pace of change of second operating position, the second operating position, the contact pressure experienced on second operating position and the second operating position then trigger when the direction of motion in touch display screen reaches preset threshold or is located at preset range and execute abovementioned steps 430.

When carrying out the transmission control of transmission data before two equipment, it can be through the above way, the instruction for generating data transmission is triggered based on boundary, the variation (the namely motion change of aforementioned contact) of the second operating position is also based on to trigger the instruction for generating data transmission, so that transmission data be synchronized between both devices.When needing that transmission data are synchronous between multiple output equipments, then can further be realized using following manner.

In abovementioned steps 430, the variation according to the second operating position is also accomplished by the following way in above-mentioned data processor 140 when executing the program in memory, exports aforementioned transmission information by data transfer communications module:

First, identify the corresponding motion result obtained of the variation of above-mentioned second operating position, here motion result includes at least: the second operating position be located at predetermined margin place subregion, the pace of change of the second operating position, the variation acceleration of the second operating position, the second operating position the second operating position of variation track on the direction of motion of the contact pressure and the second operating position experienced in touch display screen etc. one of them.

Then, transmission port is selected according to above-mentioned motion result, the explanation in relation to transmission port can be found in relevant explanation above.Data transfer communications module includes at least two transmission ports, and at least part of at least two transmission ports is corresponding with motion result association.It can be realized in the following ways about the corresponding relationship of transmission port and motion result.Such as input object is detected before the contact in the touch display screen executing abovementioned steps 418 when above-mentioned data processor 140 executes the program in memory in one of the embodiments, further include: show in touch display screen and edit window；The input instruction for receiving user, is established Corresponding relationship is associated between transmission port and motion result；With store and be associated with corresponding relationship between transmission port and motion result.

Secondly, by transmission port corresponding with motion result association, output transmission data.It is illustrated based on embodiment shown in Fig. 7.

In embodiment shown in Fig. 7, including 5 output equipments, each output equipment respectively includes display interface 710, 720, 730, 740, 750, 5 output equipments pass through the transmission port 751 in data transfer communications module 156, 752, 753, 754, 755 are connected with the host machine part of ultrasound medicine detection device respectively, data processor 140 in ultrasound medicine detection device provides editor's window on display interface 700, it receives user and is based on hardware adaptor (such as keyboard, trace ball, mouse, the equipment such as touch display screen) input instruction, by the direction of motion 731 in motion result, 732, 733, 734, 735 respectively with transmission port 751, 752, 753, 754, 755 are associated with correspondence one by one.Whom when input object 703 contacts touch display screen on display interface 700 generates touch control operation, exported to select to transmit data to according to the direction of motion of the second operating position caused by the contact touch display screen of input object 703.In Fig. 7, the second operating position caused by touch display screen is contacted along the movement of 731 directions of motion based on input object 703, transmission data are exported by transmission port 751, it is supplied to the output equipment connecting with transmission port 751, and ultrasound image 702 is shown on the display interface of the output equipment 710, so that 702 simultaneous display of ultrasound image that ultrasound medicine detection device is obtained is on the display interface of another output equipment.The second operating position caused by touch display screen is contacted along the movement of 732 directions of motion based on input object 703, transmission data are exported by transmission port 752, it is supplied to the output equipment connecting with transmission port 752, and ultrasound image 702 is shown on the display interface of the output equipment 720, so that 702 simultaneous display of ultrasound image that ultrasound medicine detection device is obtained is on the display interface of another output equipment.And so on, the second operating position caused by touch display screen is contacted respectively along the movement of 733,734,735 directions of motion based on input object 703, pass through the output transmission data of transmission port 753,754,755 respectively, it is supplied to the output equipment connecting with transmission port 753,754,755, and ultrasound image 702 is shown on the display interface of corresponding output equipment 730,740,750, so that 702 simultaneous display of ultrasound image that ultrasound medicine detection device is obtained is on the display interface of other output equipments.

In embodiment provided in Fig. 7, based on the explanation carried out for the direction of motion that motion result is the second operating position, but it is not limited in various embodiments herein only with the direction of motion, can also be previously mentioned second operating position be located at predetermined margin place subregion, the pace of change of the second operating position, the variation acceleration of the second operating position, the second operating position the second operating position of variation track at least one of them in the contact pressure experienced etc..For example, display interface can be divided into multiple subregions such as top, lower section, left, right, upper left, upper right, lower-left, bottom right, and by multiple points Area is associated with transmission port corresponding respectively, when above-mentioned second operating position is located at one of them in multiple subregions, it, which is searched, according to subregion corresponds to associated transmission port, and aforementioned transmission data are transmitted by the transmission port, it is transferred on the output equipment that user specifies data will be transmitted.

Furthermore, in Fig. 7, the explanation carried out so that output equipment is the equipment that can be shown as an example, but it is only display that output equipment is not limited in various embodiments herein, it can also be and printed out the information transmitted in data by printer, either output to host computer, network server remote synchronization storage or check, can also export and carry out movable type in the ultrasound image display terminal into earlier figures 2 and synchronize to check analysis.

In addition, Fig. 2 provides the structural schematic diagram of another embodiment.As shown in Fig. 2, ultrasound medicine detection device 200 includes: probe 201, transmit circuit 203, transmitting/reception selection switch 202, receives circuit 204, Beam synthesis module 205, signal processing module 216 and image processing module 226.In the present embodiment, the function and implementation that probe 201, transmit circuit 203, transmitting/reception selection switch 202, reception circuit 204, Beam synthesis module 205, signal processing module 216 and image processing module 226 are realized select switch 102, reception circuit 104, Beam synthesis module 105, signal processing module 116 and image processing module 126 identical with the probe 101 in embodiment illustrated in fig. 1, transmit circuit 103, transmitting/reception, are not repeated herein reference can be made to being described above.In some of embodiments of the invention, signal processing module 216 and image processing module 226 in Fig. 2 can integrate on a mainboard 206 or the module of one of those or more than two (above herein including this number) is integrated on a processor/controller chip and realizes.Furthermore, ultrasound medicine detection device 200 further includes the first touch display screen 230 (with the touch display screen 171 in Fig. 1), data transfer communications module 231 (with the data transfer communications module 156 in Fig. 1), data processor 240 (with the data processor 140 in Fig. 1) and memory 260 (with the memory 160 in Fig. 1).Memory 260 is stored with the computer program run on first processor, such as gesture detection module 213, with previously mentioned gesture detection module 113, data processor 240 can call the program on memory 260 may be implemented as in Fig. 4 step 410 to the process of step 430.The difference is that, ultrasound medicine detection device 200 can be attached by wired 281 or wireless 282 data transfer mode with previously mentioned ultrasound image display terminal 270 with Fig. 1 and embodiment illustrated in fig. 4.Data transfer communications module 231 is used to realize data transmission with ultrasound image display terminal 270.Ultrasound image display terminal 270 includes the second touch display screen 271, communication module 275, second memory 272 and processor 273.The computer program run in 272 storage processor 273 of second memory, such as gesture detection module 274, it is identical as the function of gesture detection module 113 in Fig. 1, it is not repeated herein.Communication module 275 in ultrasound image display terminal 270 is used to realize data transmission with data transfer communications module 231, to realize that ultrasound medicine detection device 200 and ultrasound image are shown Data transmission between terminal 270.Second touch display screen 230 is identical as the realization function of the first touch display screen 271, but specific product parameters may not be identical, its " first " and " second " is preced with to be only used for distinguishing the entity in different application scenarios when stating embodiment, it can also be equal when below with respect to method and step or description single application scene and be interpreted as being exactly traditional touch display screen, therefore elsewhere herein can be also simply referred to as touch display screen.Ultrasound image display terminal 270 includes the touch display 170 mentioned in Fig. 1, but also may include the computer equipment that such as various intelligent terminals, such as IPAD, mobile phone, work station, server etc. have touch display screen.For example, the ultrasound image display terminal 270 in the present embodiment can also be the touch display control terminal 6 in Fig. 3.Communication mode between data transfer communications module 231 and communication module 275 can use wifi agreement, Bluetooth transmission protocol, mobile communication network protocol etc. wireless data transmission protocols.Ultrasound medicine detection device 200 and ultrasound image display terminal 270 constitute a ultrasonic image-forming system.In the ultrasonic image-forming system, the processor on the data processor or ultrasound image display terminal on above-mentioned ultrasound medicine detection device performs the steps of when executing the program in respective memory

Step 910, above-mentioned ultrasound image is shown in touch display screen, above-mentioned touch display screen is one of above-mentioned first touch display screen or second touch display screen,

Step 912, contact of the detection input object in above-mentioned touch display screen,

Step 914, the first operating position that above-mentioned contact corresponds in above-mentioned touch display screen is identified,

Step 916, record and above-mentioned first operating position are associated at least part, and/or editor's information corresponding with the association of at least part of above-mentioned ultrasound image in corresponding above-mentioned ultrasound image, obtain transmission data；

Step 918, the movement of above-mentioned contact is monitored,

Step 920, identify that the movement of above-mentioned contact corresponds to the second operating position in above-mentioned touch display screen,

Step 922, the variation of above-mentioned second operating position is determined,

Step 924, according to the variation of above-mentioned second operating position, above-mentioned transmission data are transmitted between above-mentioned data transfer communications module and communication module.

The processor on data processor or ultrasound image display terminal on above-mentioned ultrasound medicine detection device is respectively during executing above-mentioned steps 910 to step 922 in the touch display screen in respective equipment, with it is hereinbefore identical about each step in step 416 to step 428 in Fig. 4, for details, reference can be made to the related descriptions of each step above, are not repeated herein.And for above-mentioned steps 924, according to the variation of above-mentioned second operating position, above-mentioned transmission data are transmitted between above-mentioned data transfer communications module and communication module to activate to execute.For example, using following when the processor on the data processor or ultrasound image display terminal on above-mentioned ultrasound medicine detection device executes the program in memory in one of the embodiments, One of mode realizes the variation that aforementioned second operating position is determined in above-mentioned steps 922；

Here preset boundary, it can be and be previously mentioned, the boundary or bounding box that the processor on data processor or ultrasound image display terminal on above-mentioned ultrasound medicine detection device is arranged on the graphic display interface in the touch display screen respectively connected, such as 513 and 613 in Fig. 5 and figure.As shown in Figure 5 and Figure 6, when the second operating position (5122, 6122) it is located at boundary or bounding box (513, 613) when except, characterization user has input the instruction for needing to transmit the transmission data of aforementioned determination, therefore, in step 924, above-mentioned transmission data are transmitted between above-mentioned data transfer communications module and communication module, realize the synchronization of transmission data, such as transmission data are transferred to ultrasound image display terminal 270 by data transfer communications module 231 and shown by ultrasound medicine detection device 200, or transmission data are transferred to ultrasound medicine detection device 200 by communication module 275 and shown by ultrasound image display terminal 270, or editor's information in transmission data is parsed by ultrasound medicine detection device 200, to reset aforementioned ultrasonic imaging parameters.

Determine the pace of change of the second operating position, the variation track for changing acceleration, the second operating position of the second operating position, one of the direction of motion of the contact pressure and the second operating position experienced on second operating position in touch display screen etc. meets preset rules, determine whether to trigger abovementioned steps 924 according to the preset rules of satisfaction, above-mentioned transmission data are transmitted between above-mentioned data transfer communications module and communication module.Such as, in one of the embodiments, the pace of change of second operating position, the variation acceleration of second operating position, the variation track of second operating position, the contact pressure experienced on second operating position and the second operating position are when the direction of motion in touch display screen reaches preset threshold or is located at preset range, it then triggers and executes abovementioned steps 924, to realize the synchronization for carrying out transmission data between above-mentioned data transfer communications module and communication module, such as transmission data are transferred to ultrasound image display terminal 270 by data transfer communications module 231 and shown by ultrasound medicine detection device 200, or transmission data are transferred to ultrasound medicine detection device 200 by communication module 275 and shown by ultrasound image display terminal 270, or it is parsed and is passed by ultrasound medicine detection device 200 Editor's information in transmission of data, to reset aforementioned ultrasonic imaging parameters.

For the data transmission between two equipment of ultrasound medicine detection device and ultrasound image display terminal, technology connection can be established by wireless communication, certainly, as shown in figure 8, technology is also by wireless communication It can be by the printer 86 in Fig. 8, scanner 85, network server or host computer 84, facsimile machine 83, Multi Role Aircraft 82 and mobile phone 81 link together, pass through such as mobile phone 81, network server or host computer 84, the ultrasound image display terminal 270 of the realizations such as work station, it can also technology and other output equipment (such as printers 86 by wireless communication, scanner 85, network server or host computer 84, facsimile machine 83, Multi Role Aircraft 82) establish connection, after executing above-mentioned steps 910 to step 922, in step 924, according to the variation of above-mentioned second operating position, above-mentioned transmission data are sent to other output equipments by communication module, to realize the variation of above-mentioned second operating position determined according to above-mentioned steps 922, to execute step 9 In 24, transmission data are transferred to other output equipments in addition to ultrasound medicine detection device (87 in Fig. 8) by communication module 275, the output equipment of this paper is including at least one of in printer, display, host computer, network server, facsimile machine, multi-functional output machine and ultrasound image display terminal etc..Ultrasound image display terminal may include the ultrasound medicine detection device being noted above or other are displayed for any one intelligence computation machine equipment of hypergraph picture.

Process between only a kind of step that Fig. 4 is provided respectively executes sequence, it is also based on and sequence acquisition various modifications scheme hereinbefore is adjusted to each step in Fig. 4, above-mentioned each step is not limited to only execute according to the sequence of Fig. 4, it can phase double replacement in the case where meeting basic logic between step, change executes sequence, after one or more of steps can also be repeated, the last one or multiple steps are being executed, these schemes belong to the deformation scheme carried out according to embodiment provided herein.

It may include multiple displays in ultrasonic imaging.For example a display can normally show that the ultrasound image of acquisition, another display can also show image with display control interface.For the ease of the observation of doctor, the content shown on different displays can mutually switch in different displays.In the prior art, it realizes that showing that content mutually switches in display needs to carry out by the button operation on control panel, such as is realized by key controlled menu etc., operated comparatively laborious.And when using embodiment herein, can implement simple slide in touch display screen can be realized the switching that image is shown between different displays, or configuration is transferred to the update acquisition that ultrasound medicine detection device carries out ultrasound image about information such as ultrasonic imaging parameters.The transmission data being noted above are other than it can be editor's information of ultrasound image and ultrasound image, it can also be the full content or partial content on display interface that the first operating position is currently located, then previously mentioned method is used, can also one of display display interface therein be transferred to another display and synchronize display.Conversely, by upward sliding operation simple on the hand of user wherein a display, it can be with the content on two displays of free switching.

In embodiment disclosed herein, by simple slide on one screen, realizes switching of the image of display between different displays, simplify operation, improve the experience of user.It is disclosed herein Embodiment in content on display interface can arbitrarily be transmitted between touch display screen and at least one output equipment, can be operated by " sliding " will show respectively in the same or different content " getting rid of " to multiple and different displays on a display, each " sliding " movement can correspond to a display, the implementation of this " sliding " movement and the corresponding relationship of display can be to be realized by the hereinbefore described specific region for being previously defined in display lower edge or top edge (or other edges), it can also be according to direction of action, act the position occurred, sliding speed, acceleration etc. or a combination thereof is slided to realize.Multiple displays are not limited to the mode up and down of Fig. 7, can be side by side, surround or other modes, be also possible to remote display.

Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment method can be realized by means of software and necessary general hardware platform, it can certainly the former be more preferably embodiment by hardware, but in many cases.Based on this understanding, substantially the part that contributes to existing technology can be embodied in the form of software products technical solution of the present invention in other words, the computer software product is carried in a non-volatile computer readable storage medium (such as ROM, magnetic disk, CD, hard disk, server cloud space), it uses including some instructions so that a terminal device (can be mobile phone, computer, server or the network equipment etc.) execute the system structure and method of each embodiment of the present invention.For example, a kind of computer readable storage medium, is stored thereon with computer program, which at least can be used to implement each embodiment based on process shown in step S410 to step S430 in Fig. 4 being noted above when being executed by processor.

Above embodiments only express several embodiments, and the description thereof is more specific and detailed, and but it cannot be understood as limitations on the scope of the patent of the present invention.It should be pointed out that for those of ordinary skill in the art, without departing from the inventive concept of the premise, various modifications and improvements can be made, and these are all within the scope of protection of the present invention.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.

Claims

A kind of ultrasound medicine detection device, which is characterized in that the equipment includes:

Probe；

Transmit circuit and reception circuit, for motivating described pop one's head in emit ultrasonic beam to test object, and receive the echo of the ultrasonic beam, obtain ultrasound echo signal；

Image processing module, for obtaining ultrasound image according to the ultrasound echo signal；

Data transfer communications module；

Touch display screen；

Memory, the computer program run in the memory storage processor；With,

Data processor, the data processor perform the steps of when executing described program

The ultrasound image is shown in the touch display screen,

Contact of the input object in the touch display screen is detected,

Identify that the contact corresponds to the first operating position in the touch display screen,

Record and first operating position are associated at least part, and/or editor's information corresponding with the association of at least part of the ultrasound image in the corresponding ultrasound image, obtain transmission data；

The movement of the contact is monitored,

Identify that the movement of the contact corresponds to the second operating position in the touch display screen,

Determine the variation of second operating position, and,

According to the variation of second operating position, the transmission data are exported by the data transfer communications module.
Ultrasound medicine detection device according to claim 1, spy be, realizes the variation of determination second operating position when data processor executes described program one of in the following ways；

Determine that second operating position is located at except preset boundary；With,

Determine that the variation of second operating position meets preset rules.
Ultrasound medicine detection device according to claim 1, spy are, when the data processor executes described program in the detection input object before the contact in the touch display screen further include:

At least part of editor's information about the ultrasound image of user's input is received, and,

Associated record editor's information corresponding at least part of the ultrasound image.
Ultrasound medicine detection device according to claim 1, its spy is, the variation according to second operating position is also accomplished by the following way when executing described program in the data processor, exports the transmission data by the data transfer communications module:

Identify the corresponding motion result obtained of the variation of second operating position；

Transmission port is selected according to the motion result；With,

By transmission port corresponding with motion result association, the transmission data are exported, wherein the data transfer communications module includes at least two transmission ports, and at least part of at least two transmission port is corresponding with motion result association.
Ultrasound medicine detection device according to claim 4, its spy is, one of transmission port at least two transmission port connects the touch display screen, remaining transmission port is to connect at least one output equipment, and the output equipment is including at least one of in printer, display, host computer, network server and ultrasound image display terminal.
Ultrasound medicine detection device according to claim 4, spy are, when the data processor executes described program in the detection input object before the contact in the touch display screen further include:

Display editor's window；

The input instruction for receiving user, establishes between the transmission port and the motion result and is associated with corresponding relationship；With,

It stores and is associated with corresponding relationship between the transmission port and the motion result.
Ultrasound medicine detection device according to claim 4, its spy is, the motion result includes at least: second operating position be located at predetermined margin place subregion, the pace of change of second operating position, the variation acceleration of second operating position, second operating position variation track, the contact pressure and second operating position experienced on second operating position are one of in the direction of motion in touch display screen.
Ultrasound medicine detection device according to claim 1 or 3, spy be, the remark information that editor's information includes the ultrasonic imaging parameter about ultrasound image, and/or shows on the ultrasound image.
A kind of transfer control method of ultrasound image comprising:

Incentive probe emits ultrasonic beam to test object；

The echo of the ultrasonic beam is received, ultrasound echo signal is obtained；

Ultrasound image is obtained according to the ultrasound echo signal；

The ultrasound image is shown in the touch display screen,

Contact of the input object in the touch display screen is detected,

Identify that the contact corresponds to the first operating position in the touch display screen,

Record and first operating position are associated at least part, and/or editor's information corresponding with the association of at least part of the ultrasound image in the corresponding ultrasound image, obtain transmission data；

The movement of the contact is monitored,

Identify that the movement of the contact corresponds to the second operating position in the touch display screen,

Determine the variation of second operating position, and,

According to the variation of second operating position, the transmission information is exported by the data transfer communications module.
The transfer control method of ultrasound image according to claim 9, which is characterized in that the variation of determination second operating position includes；

Determine that second operating position is located at except preset boundary；With,

Determine that the variation of second operating position meets preset rules.
The transfer control method of ultrasound image according to claim 9, which is characterized in that in the detection input object before the contact in the touch display screen further include:

At least part of editor's information about the ultrasound image of user's input is received, and,

Associated record editor's information corresponding at least part of the ultrasound image.
The transfer control method of ultrasound image according to claim 9, which is characterized in that the variation according to second operating position, exporting the transmission data by the data transfer communications module includes:

Identify the corresponding motion result obtained of the variation of second operating position；

Transmission port is selected according to the motion result；With,

By transmission port corresponding with motion result association, the transmission data are exported, wherein the data transfer communications module includes at least two transmission ports, and at least part of at least two transmission port is corresponding with motion result association.
The transfer control method of ultrasound image according to claim 12, which is characterized in that in the detection input object before the contact in the touch display screen further include:

Display editor's window；

The input instruction for receiving user, establishes between the transmission port and the motion result and is associated with corresponding relationship；With,

It stores and is associated with corresponding relationship between the transmission port and the motion result.
The transfer control method of ultrasound image according to claim 12, it is characterized in that, the motion result includes at least: second operating position be located at predetermined margin place subregion, the pace of change of second operating position, second operating position variation acceleration, it is described second operation The variation track of position, the contact pressure and second operating position experienced on second operating position are one of in the direction of motion in touch display screen.
The transfer control method of the ultrasound image according to claim 9 or 11, which is characterized in that the remark information that editor's information includes the ultrasonic imaging parameter about ultrasound image, and/or shows on the ultrasound image.
A kind of ultrasonic image-forming system, which is characterized in that the system comprises: ultrasound medicine detection device and ultrasound image display terminal；Wherein,

The ultrasound medicine detection device includes:

Probe,

Transmit circuit and reception circuit emit ultrasonic beam to test object for incentive probe, receive the echo of the ultrasonic beam, obtain ultrasound echo signal,

Image processing module, for obtaining ultrasound image according to the ultrasound echo signal,

Data transfer communications module, for realizing data transmission with the ultrasound image display terminal,

First touch display screen,

First memory, the computer program run on the memory stores data processor, and,

Data processor；

The ultrasound image display terminal includes:

Second touch display screen,

Communication module, for realizing data transmission with the data transfer communications module,

Second memory, the computer program run in the memory storage processor, and,

Processor；

Processor on data processor or ultrasound image display terminal on the ultrasound medicine detection device performs the steps of when executing the program in respective memory

Showing the ultrasound image in touch display screen, the touch display screen is one of first touch display screen or second touch display screen,

Contact of the input object in the touch display screen is detected,

Identify that the contact corresponds to the first operating position in the touch display screen,

Record and first operating position are associated at least part, and/or editor's information corresponding with the association of at least part of the ultrasound image in the corresponding ultrasound image, obtain transmission data；

The movement of the contact is monitored,

Identify that the movement of the contact corresponds to the second operating position in the touch display screen,

Determine the variation of second operating position, and,

According to the variation of second operating position, the transmission data are transmitted between the data transfer communications module and communication module.
Ultrasonic image-forming system according to claim 16, its spy is, realizes the variation of determination second operating position when processor on the data processor or ultrasound image display terminal on the ultrasound medicine detection device executes described program one of in the following ways；

Determine that second operating position is located at except preset boundary；With,

Determine that the variation of second operating position meets preset rules.
Ultrasonic image-forming system according to claim 16, its spy is, when the processor on the data processor or ultrasound image display terminal on the ultrasound medicine detection device executes described program in the detection input object before the contact in the touch display screen further include:

At least part of editor's information about the ultrasound image of user's input is received, and

Associated record editor's information corresponding at least part of the ultrasound image.
According to claim 1, ultrasonic image-forming system described in 6 or 18, spy are, the remark information that editor's information includes the ultrasonic imaging parameter about ultrasound image, and/or shows on the ultrasound image.
A kind of ultrasound image display terminal, which is characterized in that the terminal includes:

Second touch display screen,

Communication module receives ultrasound image by the communication module；

Second memory, the computer program run in the memory storage processor；With,

Processor, the second processor perform the steps of when executing described program

The ultrasound image is shown in the second touch display screen,

Contact of the input object in second touch display screen is detected,

Identify that the contact corresponds to the first operating position in second touch display screen,

Record and first operating position are associated at least part, and/or editor's information corresponding with the association of at least part of the ultrasound image in the corresponding ultrasound image, obtain transmission data；

The movement of the contact is monitored,

Identify that the movement of the contact corresponds to the second operating position in second touch display screen,

Determine the variation of second operating position, and,

According to the variation of second operating position, the transmission data are exported by communication module.
Ultrasound image display terminal according to claim 20, spy be, the processor The variation of determination second operating position is realized when executing described program one of in the following ways；

Determine that second operating position is located at except preset boundary；With,

Determine that the variation of second operating position meets preset rules.
Ultrasound image display terminal according to claim 20, spy are, when the processor executes described program in the detection input object before the contact in the touch display screen further include:

At least part of editor's information about the ultrasound image of user's input is received, and

Associated record editor's information corresponding at least part of the ultrasound image.
Ultrasound image display terminal according to claim 20, spy are, export the transmission data by second communication module by the way that following steps realization is described when the processor executes described program:

Technology and output equipment establish connection by wireless communication, and Xiang Suoshu output equipment sends the transmission data.
Ultrasound image display terminal according to claim 23, spy are that the output equipment is including at least one of in printer, display, host computer, network server and ultrasound image display terminal.
Ultrasound image display terminal, spy according to claim 20 or 22 be, the remark information that editor's information includes the ultrasonic imaging parameter about ultrasound image, and/or shows on the ultrasound image.